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B.71, 2K?.4, (2007).  =6*0.1=0.6 13) V.Aynutdinov et al., "The BAIKAL neutrino telescope - results and plans" Int.J.Mod.Phys.A20 (2005) 6932-6936.  =1.472*30*0.1=4.416 14) V.Aynutdinov et al., "The Baikal neutrino telescope: Results and prospects", Nucl.Phys. (proc. Suppl.), B138 (2005). 175.  =0.875*30*0.1=2.625 15) V.Aynutdinov et al., "The BAIKAL neutrino project: status, results and perspectives", Nucl.Phys.(Proc.Suppl.) B143 (2005) 335-342.  =0.875*30*0.1=2.625 16) .9=CB48=>2 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 M:A?5@8<5=B0E =0 09:0;LA:>< =59B@8==>< B5;5A:>?5", 72.  (A5@. $87.), B.69, ! 3 (2005)410. LVAL,  =6*0.1=0.6 17) .9=CB48=>2 8 4@., "3@0=8G5=85 =0 ?>B>: <N>=>2 2KA>:8E M=5@389 ?> 40==K< 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "-200" 72.  (A5@. $87.) 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B.71, 2K?.4, (2007).  =6*0.1=0.6 13) V.Aynutdinov et al., "The BAIKAL neutrino telescope - results and plans" Int.J.Mod.Phys.A20 (2005) 6932-6936.  =1.472*30*0.1=4.416 14) V.Aynutdinov et al., "The Baikal neutrino telescope: Results and prospects", Nucl.Phys. (proc. Suppl.), B138 (2005). 175.  =0.875*30*0.1=2.625 15) V.Aynutdinov et al., "The BAIKAL neutrino project: status, results and perspectives", Nucl.Phys.(Proc.Suppl.) B143 (2005) 335-342.  =0.875*30*0.1=2.625 16) .9=CB48=>2 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 M:A?5@8<5=B0E =0 09:0;LA:>< =59B@8==>< B5;5A:>?5", 72.  (A5@. D87.), B.69, ! 3 (2005)410. LVAL3  =6*0.1=0.6 17) .9=CB48=>2 8 4@., "3@0=8G5=85 =0 ?>B>: <N>=>2 2KA>:8E M=5@389 ?> 40==K< 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "-200" 72.  (A5@. D87.) B.69, ! 3 (2005) 406.  =6*0.1=0.6 18) V.Aynutdinov et al., "BAIKAL neutrino telescope NT200+: upgrade of data acquisition and time calibration systems", Proc. 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, 3-11 Aug 2005, V.5, p.231.  =6*0.1=0.6 19) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the BAIKAL neutrino telescope NT200", Proceedings of 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, 3-11 Aug 2005, V.9, p.203.  =6*0.1=0.6 20) V.Aynutdinov et al., "Search for a diffuse flux of high-energy neutrinos with the NT200 neutrino telescope", Proceedings of 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, 3-11 Aug 2005, V.5, p.39.  =6*0.1=0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", Proceedings of 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, 3-11 Aug 2005, V.5, p.75.  =6*0.1=0.6 22) V.Aynutdinov, et al., "Study of a possibility of acoustic detection of super high energy neutrino in Lake Baikal'', Proceedings of 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, 3-11 Aug 2005, V.8, p.251.  =6*0.1=0.6 23) K.Antipin et aLVAL4l. "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.  =6*0.1=0.6 24) K.Antipin et al. "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.  =6*0.1=0.6 25) G.V.Domogatsky et al.  Neutrino geophysics at Baksan: On searches for antineutrinos and radiogenic-heat sources in the interior of the earth , Phys.Atom.Nucl., Vol.63, p.43-50 (2006), Yad.Fiz., Vol.63, 46-53 (2006).  =45*0.914*0.25=10.283 >:;04K: 1) K.Antipin et al. (presented by Zh. Dzhilkibaev), "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.  =6*0.1=0.6 2) V.Aynutdinov et al. (presented by G. Domogatsky), "Baikal neutrino telescope". 3rd Int. Workshop On NO-VE: Neutrino Oscillations In Venice: 50 Years After The Neutrino Experimental Discovery, February 7-10, 2006, Venice, Italy.  =6*0.1=0.6 3) V.Aynutdinov et al. (presented by V. Aynutdinov), "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia. LVAL5  =6*0.1=0.6 4) V.Aynutdinov et al. (presented by V. Aynutdinov), "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 5) . 9=CB48=>2 8 4@. (4>:;04G8: . 9=CB48=>2), "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O.  =4*0.1=0.4 6) V.Aynutdinov et al. (presented by Zh. Dzhilkibaev), "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden.  =6*0.1=0.6 7) V.Aynutdinov et al. (presented by E. Osipova), "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden.  =6*0.1=0.6 8) V.Aynutdinov et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope NT200". 29th International Cosmic Ray Conference, (2005), Pune, India.  =6*0.1=0.6 9) V.Aynutdinov et al., "Search for a diffuse flux of high-energy neutrinos with the NT200 neutrino telescope". 29th International Cosmic Ray Conference, (2005), Pune, India.  =6*0.1=0.6 10) V.Aynutdinov et al., "Baikal neutrino telescope NT200+: Upgrade of data acquisition and time calibration systems". 29th International Cosmic Ray Conference, (2005), Pune, India. LVAL6 =6*0.1=0.6 11) V.Aynutdinov et al., "The Baikal neutrino experiment: from NT200 to NT200+". 29th International Cosmic Ray Conference, (2005), Pune, India.  =6*0.1=0.6 12) V.Aynutdinov, et al., "Study of a possibility of acoustic detection of super high energy neutrino in Lake Baikal''. 29th International Cosmic Ray Conference, Pune, India, 3-11 Aug 2005.  =6*0.1=0.6 13) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia.  =6*0.1=0.6 14) V.Aynutdinov et al., "Status and new results from the Baikal detector". IX International Conference on Topics in Astropartical and Underground Physics (TAUP2005), (2005), Zaragoza, Spain.  =6*0.1=0.6 15) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005.  =6*0.1=0.6 16) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd International Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov., Catania, Italy, 2005.  =6*0.1=0.6 17) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov., Catania, Italy, 2005.   = 6*0.1 = 0.6 18) V.Aynutdinov et al.> LVALN , "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy.   = 6*0.1 = 0.6 B>3>: ;8G=K9  =72.459   (:0: @C:>2>48B5;O ;01>@0B>@88) = 72.459*0.5 + 76.531*0.75 = 93.627iLVAL6 A@548 =081 A@548 =081 F8B8@ 4 @01>B = 3670 (1808,1378,274,210), 4@C38E =5 >1=0@C65=>@54;>65=8O .. 0B0520 @54;030N CG8BK20BL 0   1) >:;04K =0 A5<8=?@0E 2 0CG=KE F5=B@0E >AA88 8 70@C156LO ( >AA88  3 ?>45;8BL =0 G8A;> 02B>@>2, 2 70@C156=KE 8=AB8BCB0E- 2 ?>4548BL =0 G8A;> A>02B>@>2 2) B7K2K =? @01>BK 2 @>AA89A:8E 8 70@C156=KE 6C@=0;0E ( @?AA89A:8E -2 2 70@C156=KE-1) 3) B7K2K =0 48?;><K-1 :0=4840BA:85 -2 8 4>:B>@A:85 3 (2 42CE ?;A;54=8E A;CG0OE #G8BK20BL 8 02B>@AB2> >B7K2>2 / :0: 254CI59 >@30=870F88) #G8BK20BL 2 >BGQB0E : 2:;NG5=85 AAK;>: 2 Particl Data  53> AAK;:0E ?5@5=5AB8 AAK;:C =0 Particl Data A ?>A; hep 2 A?8A:5 =0 ?5@2K9Mne kasetsa, sto neobhodimo ychitivat indeks tsitirovania a takse rasbit vse eto po otdelam i vnytri otdela opredelat koefficienti. Takse mne kasetsa po koefficientom neobhodimo videlit 3 grypp. 1. slabie 2. crednie 3. horosie Slabim ne platit nichego. Crednim ystanovit koef. 1 a silnim koef. 3 i platit ishoda is etih koeficientov P.S. K sosaleniyu ia ne mogy prisytstvovat 22 fevrala na ychenom sovete.><>30F:89: CG8BK20BL 2:;NG5=85 2 206= , >A>1 70 5 ;5B (8 4>:;04 A8?>20) >:;04G8: 8 A>02B>@K?LVALMG9@0A=8:>2 8:>;09 0;5@L528G, @>4. 03.05.1951, 702;01 $,   70 2005-2006 33. C1;8:0F88: Yu.M.Andreev, S.I.Bityukov, N.V.Krasnikov / Sleptons at post-WMAP&  // Phys.Atom.Nucl. 68, p.366-373, 2005,   = 0.914*45/3 = 13.71 Yu.M.Andreev, S.I.Bityukov, N.V.Krasnikov, A.N.Toropin / Using the $e^{\pm}\mu^{\mp}~+~E^{miss}_T$ signature&  // Phys.Atom.Nucl.70, p.11-17, 2007,   = 0.914*45/4 = 10.28 S.N.Gninenko, M.M.Kirsanov, N.V.Krasnikov, V.A.Matveev / Detection of heavy& // Phys.Atom.Nucl. 70, p.1-10, 2007,   = 0.914*45/4 = 10.28 P.Adzic et al / Results of the first performance tests&  // Eur.Phys.J. C44S2, p.1-10, 2006,   = 3.209*30/10 = 9.63 S.N.Gninenko, N.V.Krasnikov, V.A.Matveev, A.Rubbia / Some aspects of positronium physics // Phys.Part.Nucl. 37, p.321-346, 2006,   = 0.505*45/4 = 5.74 >:;04K: ..@0A=8:>2 / Search for sleptons&  // 10th CMS RDMS Conference,   = 6.00/4 = 1.50 ..@0A=8:>2 / Search for lepton number violation&  // 11th CMS RDMS Conference,   = 6.00/4 = 1.50 N.V.Krasnikov / Search for lepton number violation&  // Flavour in the era of the LHC, 7-10 November, 2006, CERN,   = 30.00/3 = 10.00 N.V.Krasnikov / Search for new physics at the LHC // International Conference on Theoretical Physics, Lebedev Physical Institute, April 11-16, 2005, Moscow,   = 30.00/2 = 15.00 ...=4@552 / Search for sleptons&  // 11th CMS RDMS Conference,   = 6.00/4 = 1.50 !..=8=5=:> / Search for heavy neutrino&  // 10th CMS RDMS Conference,   = 6.00/4 = 1.50 ..8@A0=>2 / Search for heavy neutrino&  // 11th CMS RDMS Conference,   = 6.00/4 = 1.50 S.I.Bityukov / Program for evaluation&  // PHYSTATO5: Statistical Problems in Particle Physics, Astrophysics and Cosmology, Oxford, England, United Kingdom, 12-15 Sep 2005,   = 6.00/4 = 1.50 S.I.Bityukov / The Bayesian effects&  // PHYSTATO5: Statistical Problems in Particle Physics, Astrophysics and Cosmology, Oxford, England, United Kingdom, 12-15 Sep 2005,   = 6.00/4 = 1.50 S.I.Bityukov / Statistically dual distr LVAL ibutions&  // PHYSTATO5: Statistical Problems in Particle Physics, Astrophysics and Cosmology, Oxford, England, United Kingdom, 12-15 Sep 2005,   = 6.00/4 = 1.50 =45:A F8B8@>20=8O: 1984 AAK;:8 / 178 @01>B B>3>:   = 86.64*0.5 + 49.20 *0.75 = 80.22LVAL " 6<8@>=>28G ==0 ;5:A0=4@>2=0, 24.03.1964, <=A, >43>B>2:0 :0=4840BA:>9 48AA5@B0F88 (?C1;8:0F89 =5B)  =00@052A:89 !5@359 %0@8B>=>28G, 09.11.1953, =A, #G0AB2>20; 2 @01>B0E ?> A>740=8N >?B8G5A:>3> AB5=40 (?C1;8:0F89 =5B)  =00A0=>2 @8D 0A0=->3;K, 05.06.1957, <=A, #G0AB2>20; 2 @01>B0E ?> A>740=8N >?B8G5A:>3> AB5=40 (?C1;8:0F89 =5B)  =0>B5@O 0:B82=>AB8, ?@>1;5<K A> 74>@>2L5<0A0=>2 @8D 0A0=->3;K, 05.06.1957, <=A, #G0AB2>20; 2 @01>B0E ?> A>740=8N >?B8G5A:>3> AB5=40 (?C1;8:0F89 =5B)  =00A0=>2 @8D 0A0=->3;K, 05.06.1957, <=A, #G0AB2>20; 2 @01>B0E ?> A>740=8N >?B8G5A:>3> AB5=40 (?C1;8:0F89 =5B)  =0(:>;L=8:>2 =4@59 -4C0@4>28G, , <=A. 0B=5@ >@8A !0<>9;>28G, 16.12.1918 , :>=AC;LB0=B; .!. 0B=5@ O2;O5BAO :>=AC;LB0=B>< 8 ?5@50BB5AB0F88 =5 ?>4;568B ?> 2>7@0ABC>;>=A:89 =4@59 5>=84>28G, @>4. 14.09.1956, =A $/  /    70 2005-2006 33. = 0C7=5F>2 OG5A;02 ;5:A0=4@>28G; * .. C7=5F>2 >BACBAB2C5B 2 ;01>@0B>@88 4;8B5;L=>5 2@5<O ?> =58725AB=K< ?@8G8=0<68;02O= 5>=84 025=>28G, 27.03.1940 , =A.=4@552 .@89 8E09;>28G, @>4. 21.09.1951, A=A $-,   70 2005-2006 33. C1;8:0F88: Yu.M.Andreev, S.I.Bityukov, N.V.Krasnikov / Sleptons at post-WMAP&  // Phys.Atom.Nucl. 68, p.366-373, 2005,   = 0.914*45/3 = 13.71 Yu.M.Andreev, S.I.Bityukov, N.V.Krasnikov, A.N.Toropin / Using the $e^{\pm}\mu^{\mp}~+~E^{miss}_T$ signature&  // Phys.Atom.Nucl. 70, p.11-17, 2007,   = 0.914*45/4 = 10.28 >:;04K: ..@0A=8:>2/ Search for sleptons&  //10th CMS RDMS Conference,   = 6.00/4 = 1.50 ..@0A=8:>2/ Search for lepton number violation&  //11th CMS RDMS Conference,   = 6.00/4 = 1.50 ...=4@552/ Search for sleptons&  //11th CMS RDMS Conference,   = 6.00/4 = 1.50 N.V.Krasnikov / Search for lepton number violation&  // Flavour in the era of the LHC, 7-10 November, CERN, 2006,   = 30.00/3 = 10.00 =45:A F8B8@>20=8O: 67 AAK;>: / 20 @01>B B>3>:   = 38.49<LVAL 62Z04>@>6=K9 !5@359 8:B>@>28G 1970 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. B>3>2K9   =05@0A:8= 235=89 0A8;L528G !B0@H89 =0CG=K9 A>B@C4=8:, :D<= B>3>2K9   =0>;C152 ;5:A0=4@ ;5:A5528G !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B D87.-<0B. =0C: B>3>2K9   =05G0520 848O >;8:0@?>2=0, @>4. 27.04.1936, A.=.A., :.D.-<.= 8G=K9  =05@18;>2 048< ;L8G 40B0 @>64. 02.09.1933, A. =. A. 8G=K9  =0CI75 = A 75 3>40 1832, =0 ?>;AB02:8 !/$1997, /$1997, /$2002, /$2006, /$2007=2.318, /$2007=2.318 !" 8BN:>2 !5@359 20=>28G, @>4. 26.12.1951, A=A $- (A>2<5AB8B5;L ),   70 2005-2006 33. C1;8:0F88: Yu.M.Andreev, S.I.Bityukov, N.V.Krasnikov / Sleptons at post-WMAP&  // Phys.Atom.Nucl. 68, p.366-373, 2005,   = 0.914*45/3/2 = 6.86 Yu.M.Andreev, S.I.Bityukov, N.V.Krasnikov, A.N.Toropin / Using the $e^{\pm}\mu^{\mp}~+~E^{miss}_T$ signature&  // Phys.Atom.Nucl. 70, p.11-17, 2007,   = 0.914*45/4/2 = 5.14 >:;04K: S.I.Bityukov / The Bayesian effects&  // PHYSTATO5: Statistical Problems in Particle Physics, Astrophysics and Cosmology, Oxford, England, United Kingdom, 12-15 Sep 2005,   = 6.00/4/2 = 0.75 S.I.Bityukov / Statistically dual distributions&  // PHYSTATO5: Statistical Problems in Particle Physics, Astrophysics and Cosmology, Oxford, England, United Kingdom, 12-15 Sep 2005,   = 6.00/4/2 = 0.75 S.I.Bityukov / Program for evaluation&  // PHYSTATO5: Statistical Problems in Particle Physics, Astrophysics and Cosmology, Oxford, England, United Kingdom, 12-15 Sep 2005,   = 6.00/4/2 = 0.75 !..8BN:>2 / Electromagnetic calorimeter&  // 11th CMS RDMS Conference,   = 6.00/3/2 = 1.00 ..@0A=8:>2 / Search for sleptons&  // 10th CMS RDMS Conference,   = 6.00/4/2 = 0.75 ..@0A=8:>2 / Search for lepton number violation&  // 11th CMS RDMS Conference,   = 6.00/4/2 = 0.75 ...=4@552 / Search for sleptons&  // 11th CMS RDMS Conference,   = 6.00/4/2 = 0.75 =45:A F8B8@>20=8O: 606 AAK;>: / 75 @01>B B>3>:   = 17.50LLVAL$|DhC <5=O 76 ?C1;8:0F89, F8B8@>20=89 2A53> 1820 (2>B GB> "1@0BA:85 <>38;K 45;0NB). ! 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The 2nd International Workshop on the highest energy cosmic rays and their sources INR, Moscow, April 14-16, 2005 (2 4>:;040),  =2*4=8 "@5BL8 0@:>2A:85 GB5=8O, / , $, >A:20,12-13 <0O 2005 (1 ?@83;. 4>:;04),  =20 Post-YKIS2005 Seminar: Gravity and Cosmology, YITP, Kyoto, Japan, July 4-29, 2005, (A>02B>@ 4>:;040 A !.!818@O:>2K<),  =6/2=3 Selected Topics in Theoretical Physics, September 18-23, 2005, Tbilisi, Georgia, (1 4>:;04),  =6 5. C:>2>4AB2> 48?;><=8:><,  =10 6. !>740=85 =>2>3> :C@A0 ;5:F89, !B0=40@B=0O <>45;L D878:8 M;5<5=B0@=KE G0AB8F, ?@>G8B0= ABC45=B0< AB0@H8E :C@A>2 8 0A?8@0=B0< D878G5A:>3> D0:C;LB5B0 852A:>3> >AC40@AB25==>3> #=825@A8B5B0 (18 0AB@>=><8G5A:8E G0A>2), >:BO1@L 2006,  =20 7. B>3>,  =591.969LVALMGBH5=8G=>2 3>@L=0B>;L528G 1964 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 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Bondorf, I.A Pshenichnov, I.N. Mishustin,  Dynamical and statistical fragment emission properties in 200 A MeV Ne-20+Ar-40 collisions , Nucl. Phys. A764 (2006) 15.  =1.950*30/10 = 5.85 3. I.A. Pshenichnov I.N. Mishustin, W. Greiner,  Neutrons from fragmentation of light nuclei in tissue-like media: a study with the GEANT4 toolkit , Phys. Med. Biol. 50 (2005) 5493.  =2.683*30/3 = 26.83 4. U.I. Uggerhoj, I.A. Pshenichnov, C. Scheidenberger, H.D. Hansen, H. Knudsen, E. Uggerhoj, P. Sona, A. Mangiarotti, S. Ballestrero,  Charge-changing interactions of ultrarelativistic In nuclei , Phys. Rev. C 72 (2005) 057901.  =3.61*30/9 = 12.03 5. M.B. Golubeva, F.F. Guber, T.L. Karavicheva, E.V. Karpechev, A.B. Kurepin, A.I. Maevskaya, I.A. Pshenichnov et al.,  Neutron emission in electromagnetic dissociation of ultrarelativistic Pb ions , Phys. Rev. C 71 (2005) 024905.  =3.61*30/1LVAL0 = 10.83 6. I.A. Pshenichnov, B.L. Berman, W.J. Briscoe, C. Cetina, G. Feldman, P. Heimberg, A.S. Iljinov, I.I. 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".101, K?.2, !.135-139. 23CAB 2006. 6*0,1=0,6 14) AA;54>20=85 M:AB@0:F88 8=48O :0@1>=>2K<8 :8A;>B0<8 A F5;LN A>740=8O AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=>3> =59B@8=> (4;O M:A?5@8<5=B0 ?> LENS-A?5:B@>A:>?88 =87:>M=5@35B8G5A:8E =59B@8=>). ..0=8;>2, ..!.@K;>2, ..>@?CA>2, & ..57@C:>2,& (13 02B.) 048>E8<8O, 2005, ".47, !5, !.445-451 6*0,1=0,6 15) >:;04 =0 <564C=0@>4=>< A>25I0=88: L.B.Bezrukov  Future projects and Russia , Workshop  Abschlussworkshop-SFB375-Gaissach(Bad Tolz) , 09-11 October 2006, Gaossach, Geramny. 6*0,1=0,6 A53>:  = 47,053:LVALL;5=A:89 /= !B0=8A;02>28G @>4. 21.11.1957, =A -,   70 2005-2006 33 >:;04K: /.!. ;5=A:89/ ;8O=85 <=>3>:@0B=>3> @0AA5O=8O =0 25;8G8=C :@8B8G5A:>3> ?>;O 4;O C1530NI8E M;5:B@>=>2 2 0B<>AD5@5// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4 B>3>  : 4A8= !5@359 >=AB0=B8=>28G @>4. 13.07.1928, 3.=.A. # 1. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).   = 1,23430/5 = 7,40. 2. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 = 0,6. 3. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/10 = 0,4.. 4. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 = 0,6. B>3>:   = 9.0LVAL0:0B0=>2 ;048<8@ 8:>;0528G @>4. 10.9.1941, <=A -,   70 2005-2006 33 C1;8:0F88: .. 0:0B0=>2, .. >340=>2, ".. 8@8=0, .. >:>C;8=, .!. 8420=A:89, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, .. &O1C:, .. (0;010520, .. /H8=/ AA;54>20=85 <N>=>2 A25@E2KA>:8E M=5@389 ?> 40==K< 0:A0=c:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0// 72. , A5@. D87., 2005, B. 69, ! 3, AB@. 394-396.   = 6/12 = 0.5 B>3>  : 0.5>;:>20 N4<8;0 0;5@852=0 @>4. 24.12.1940, 2=A -,   70 2005-2006 33. C1;8:0F88: O.G. Ryaz"skaya,L.V. Volkova and G.T. Zatsepin. <Direct cosmic ray muons and atmospheric neutrinos". Nucl. Phys. B (Proc. Suppl.),143 (2005) 527.   = 0.875*30/3=8.75 E.N. Alexeyev and L.V. Volkova. Neutrino Data and Neutrino-Antineutrino Transition arXiv.hep-ph/0504282  =6/2=3 N.Yu. Agafonova, V.V. Boyarkin, E.V. Kaurova, A.S. Mal'gin, O.G. Ryazhskaya and L.V. Volkova (for LVD collaboration). On the cosmic ray muon positive excess problem. The Journal of Physics: Conference Series 39 (2006) 489.  =6/6=1 O.G. Ryazhskaya, L.V. Volkova and G.T. Zatsepin. Possible charm production and direct muon contribution to EAS at very high energies. Int. J. of Modern Phys. A, vol. 20 N 29, (2005) pp.6971.  =1.472*30/3=14.72 L.V. Volkova. Poster at Neutrino 2006, Santa Fe. USA. June 13-19. Cosmic ray muons and muon bremsstrahlung gammas at very high energies in the atmosphere.  =6 .. >;:>20.  ?>B>:0E <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E 8 A25@E2KA>:8E M=5@38OE. 72. , A5@. $87. (2 ?5G0B8).  =4 O.G. Ryazhskaya,L.V. Volkova and G.T. Zatsepin. Prompt and direct muon production in the atmosphere and very high energy inclined EAS at sea level. Nucl. Phys. B (Proc. Suppl.), 151(2006)303.  =0.875*30/3=8.75 =45:A F8B8@>20=8O 423. B>3>:  =46.2DLVALT>7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2005-2006 33 >:;04K: V.A. Kozyarivsky, A.S. Lidvansky/ Sidereal Wave in Cosmic Ray Intensity as Measured by Underground and Surface Detectors and the Problem of True Anisotropy of Cosmic Rays// 2nd AOGS Annual Meeting, Singapore, June 20-24, 2005.   = 30/2 = 15 V.A. Kozyarivsky, A.S. Lidvansky, V.B. Petkov, T.I. Tulupova/ Mean Diurnal Variations of Cosmic Ray Intensity as Measured by the Baksan Surface and Underground Detectors// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 93-96.   = 6/4 = 1.5 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ On Measurements of the True Anisotropy of Cosmic Rays// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol.2, pp. 97-100.   = 6/3 = 2 .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20/ 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.33 .. ;5:A55=:>, .. 60??C52, .. >7O@82A:89, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=/ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/7 = 0.57 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ Amplitude and direction of the anisotropy of cosmic rays of TeV energies// XIV International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, August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c:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0// 72. , A5@. D87., 2005, B. 69, ! 3, AB@. 394-396.   = 6*0.1 = 0.6 N.S. Khaerdinov, A.S. Lidvansky, and V.B. Petkov/  Electric Field of Thunderclouds and Cosmic Rays: Evidence for Acceleration of Particles (Runaway Electrons) // Atmospheric Research, vol. 76, issues 1-4, July-August 2005, pp. 346-354.   = 1.481*30/3 = 14.81 A.S. Lidvansky/  Air Cherenkov Methods in Cosmic Rays: Review and Some History // Radiation Physics and Chemistry, Vol. 75, issue 8, August 2006, pp. 891-898.   = 0.868*30/1 = 26.04 >:;04K: N.S. Khaerdinov, A.S. Lidvansky/ Cosmic Rays in Thunderstorm Atmosphere: Observable Effects and Implications// 2nd AOGS Annual Meeting, Singapore, June 20-24, 2005.   = 30/2 = 15 V.A. Kozyarivsky, A.S. Lidvansky/ Sidereal Wave in Cosmic Ray Intensity as Measured by Underground and Surface Detectors and the Problem of True ALVALKnisotropy of Cosmic Rays// 2nd AOGS Annual Meeting, Singapore, June 20-24, 2005.   = 30/2 = 15 V.A. Kozyarivsky, A.S. Lidvansky, V.B. Petkov, T.I. Tulupova/ Mean Diurnal Variations of Cosmic Ray Intensity as Measured by the Baksan Surface and Underground Detectors// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 93-96.   = 6/4 = 1.5 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ On Measurements of the True Anisotropy of Cosmic Rays// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol.2, pp. 97-100.   = 6/3 = 2 N.S. Khaerdinov, A.S. Lidvansky, V.B. Petkov/ Variations of the Intensity of Cosmic Ray Muons due to Thunderstorm Electric Fields// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 389-392.   = 6/3 = 2 N.S. Khaerdinov, A.S. Lidvansky, V.B. Petkov/ Strong Enhancement of the Soft Component of Cosmic Rays during Thunderstorm: A Case Study and Implications// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 393-396.   = 6/3 = 2 N.S. Khaerdinov, A.S. Lidvansky/ Cosmic Rays in Thunderstorm Atmosphere: Observable Effects and Implications// 13th Intern. School  Particles and Cosmology , Baksan Valley, April 18-24, 2005.   = 6/2 = 3 N.S. Khaerdinov, A.S. Lidvansky/ Generation of Particles by Thunderclouds// 13th Intern. School  Particles and Cosmology , Baksan Valley, April 18-24, 2005.   = 6/2 = 3 D.D. Dzhappuev, A.U. Kudzhaev, A.S. Lidvansky, Yu.V. Stenkin and V.B. Petkov/ Study of  multi-core air showers with EAS array  Carpet-2 // 29th ICRC, Pune, (2005), vol. 6, pp. 233-236.   = 6/5 = 1.2 D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, V.I. Volchenko, A.F. Yanin/ Search for UHE gamma-ray short transients at Andyrchy EAS array// 29 ICRC, Pune, 2005, vol. 4, pp. 451-454.   = 6/7 = 0.86 .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8// 29 A5@>AA89A:0O :>LVALL=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2 .!.8420=A:89, .!.%05@48=>2, ..'5@=O52/ @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.33 .!. 8420=A:89, .!. %05@48=>2// ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2 .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20// 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389, 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.33 .. >;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=/ >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>: // 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/9 = 0.44 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ Amplitude and direction of the anisotropy of cosmic rays of TeV energies// XIV International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, August 15-22, 2006.   = 6/3 = 2 N.S. Khaerdinov, A.S. Lidvansky/ Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds// 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal.   = 6/2 = 3 .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5// ( -"$ 2006,   = 20/2 = 10. N.S. Khaerdinov, A.S. Lidvansky, Variations of intensity of cosmic ray muons due to thunderstorm electric fields, General Assembly of European Geosciences Union, Vienna, April 02-07, 2006.   = 6/2 = 3. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by ThundercloudsR LVALb , General Assembly of European Geosciences Union, Vienna, April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c:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0// 72. , A5@. D87., 2005, B. 69, ! 3, AB@. 394-396.   = 6*0.1 = 0.6 Yuri V. Stenkin/Remarks on astrophysical origin of the knee in cosmic ray spectrum //Nucl. Phys. B (Proc. Suppl.), 151, p. 65-68, 2006,   = 0.875*30 = 26.25 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin/  Search for aligned events in muon groups measured by BUST // Nucl. Phys. B (Proc. Suppl.), 151, p. 473-476, 2006,   = 0.875*30/3 = 8.75 >:;04K: .. &O1C:, .. CE0<54H8=, ... !B5=L:8=/ @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E // 29,   = 4/3 = 1.33 ..60??C52, ..;5:A55=:>, ..>;G5=:> 8 4@./ >45@=870F8O CAB0=>2:8 >25@-2  / // 29,   = 4/10 = 0.4 ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=/ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O// 29 ,   = 4/7 = 0.57 ... !B5=L:8=, .. >;G5=:>, .. 60??C52 8 4@./59B@>=K 2 (// 29 ,   = 4/5 = 0.8 Yu.V.Stenkin/ Thermal neutrons in EAS: a new dimension in EAS study // ISVHECRI 2006,   = 6 A.L.Tsyabuk, LVALR.A.Muhamedshin and Yu.V.Stenkin/  Lateral distribution for aligned events in muon groups deep underground // ISVHECRI 2006,   = 6/3 = 2 ...!B5=L:8=/ (8@>:85 0B<>AD5@=K5 ;82=8// ( -"$ 2006,   = 20 ...!B5=L:8=/ 59B@>=K 2 :>A<8G5A:8E ;CG0E// ( -"$ 2006,   = 20 D.D.Dzhappuev, A.U.Kudzhaev, A.S.Lidvansky, Yu.V.Stenkin and V.B.Petkov/ Study of  multi-core air showers with EAS array  Carpet-2 // 29th ICRC, Pune, 2005,   = 6/5 = 1.2 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin/  Search for aligned events in muon groups deep underground // 29th ICRC, 2005,   = 6/3 = 2 Yuri V. Stenkin/  Power-law spectra in the Nature: analogies with the cosmic ray spectrum // Proc. of 29th ICRC, 2005,   = 6 Yu.V.Stenkin/  Two approaches to the cosmic ray  knee problem and the experimental data // 29th ICRC, 2005,   = 6 Yu.V.Stenkin/  On power-law spectra in the Nature: analogies with the cosmic ray spectrum //  Particles and Cosmology  05 ,   = 6 B>3>:   = 108.5PLVAL`"C;C?>20 "0BLO=0 20=>2=0 @>4. 04.11.1940, <=A -,   70 2005-2006 33 >:;04K: V.A. Kozyarivsky, A.S. Lidvansky, V.B. Petkov, T.I. Tulupova/ Mean Diurnal Variations of Cosmic Ray Intensity as Measured by the Baksan Surface and Underground Detectors// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 93-96.   = 6/4 = 1.5 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ On Measurements of the True Anisotropy of Cosmic Rays// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol.2, pp. 97-100.   = 6/3 = 2 .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20/ 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3., "5:ABK 4>:;04>2, PCR-05.   = 4/3 = 1.33 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ Amplitude and direction of the anisotropy of cosmic rays of TeV energies// XIV International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, August 15-22, 2006.   = 6/3 = 2 B>3>  : 6.83LVALMGQ%05@48=>2 08;L !0D>28G @>4. 30.11.1958, =A !" , A>2<5AB8B5;L 2 -   70 2005-2006 33 C1;8:0F88: N.S. Khaerdinov, A.S. Lidvansky, and V.B. Petkov/  Electric Field of Thunderclouds and Cosmic Rays: Evidence for Acceleration of Particles (Runaway Electrons) // Atmospheric Research, vol. 76, issues 1-4, July-August 2005, pp. 346-354.   = 1.481*30/3 = 14.81 >:;04K: N.S. Khaerdinov, A.S. Lidvansky/ Cosmic Rays in Thunderstorm Atmosphere: Observable Effects and Implications// 2nd AOGS Annual Meeting, Singapore, June 20-24, 2005.   = 30/2 = 15 N.S. Khaerdinov, A.S. Lidvansky, V.B. Petkov/ Variations of the Intensity of Cosmic Ray Muons due to Thunderstorm Electric Fields// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 389-392.   = 6/3 = 2 N.S. Khaerdinov, A.S. Lidvansky, V.B. Petkov/ Strong Enhancement of the Soft Component of Cosmic Rays during Thunderstorm: A Case Study and Implications// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 393-396.   = 6/3 = 2 N.S. Khaerdinov, A.S. Lidvansky/ Cosmic Rays in Thunderstorm Atmosphere: Observable Effects and Implications// 13th Intern. School  Particles and Cosmology , Baksan Valley, April 18-24, 2005.   = 6/2 = 3 N.S. Khaerdinov, A.S. Lidvansky/ Generation of Particles by Thunderclouds// 13th Intern. School  Particles and Cosmology , Baksan Valley, April 18-24, 2005.   = 6/2 = 3 .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2 .!.8420=A:89, .!.%05@48=>2, ..'5@=O52/ @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.33 .!. 8420=A:89, .!. %05@48=>2// ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:> LVAL 9 :><?>=5=BK :>A<8G5A:8E ;CG59, 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2 N.S. Khaerdinov, A.S. Lidvansky/ Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds// 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal.   = 6/2 = 3 .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5// ( -"$ 2006,   = 20/2 = 10. B>3>  : 58.14LVALF'5@=O52 ;5:A0=4@ >@8A>28G @>4. 21.11.1957, <=A -,   70 2005-2006 33 C1;8:0F88: .. !<8@=>2, .. >;G5=:>, !.. 0@?>2, .!. 8420=A:89, .. 5B:>2, .. 04G5=:>2, .. '5@=O52, .$. /=8=/ >8A: :>A<8G5A:8E 2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 =4K@G8  / // 72. , A5@. D87., 2005, B. 69, ! 3, AB@. 413-415.   = 6/8 = 0.75 >:;04K: .!.8420=A:89, .!.%05@48=>2, ..'5@=O52/ @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.33 .. >;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=/ >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>: // 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/9 = 0.44 B>3>  : 2.52&O1C: 40< 5>=BL528G, @>4. 28.08.1943, =A -,   70 2005-2006 33. C1;8:0F88: ..0:0B0=>2, ..>340=>2,..., ..&O1C: 8 4@./ AA;54>20=85 <N>=>2 A25@E2KA>:8E M=5@389 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0// 72. , A5@. $87., B. 69(3), AB@. 394-397, 2005,   = 6*0.1 = 0.6 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin/  Search for aligned events in muon groups measured by BUST // Nucl. Phys. B (Proc. Suppl.), 151, p. 473-476, 2006,   = 0.875*30/3 = 8.75 >:;04K: .. &O1C:, .. CE0<54H8=, ... !B5=L:8=/ @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE 2KAB@>5==KE <N>=>2 2 3@C??0E // 29 ,   = 4/3 = 1.33 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin /  Search for aligned events in muon groups deep underground // 29th ICRC, 2005,   = 6/3 = 2 A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin/  Lateral distribution for aligned events in muon groups deep underground // ISVHECRI 2006,   = 6/3 = 2 B>3>:   = 14.68LVAL"@>8F:89 !5@359 048<>28G G.I. Rubtsov et al Upper limit on the ultrahigh-energy photon flux from AGASA and Yakutsk data. Phys.Rev.D73:063009,2006. 4.852*30/10=14.556 D.S. Gorbunov , P.G. Tinyakov, I.I. Tkachev, S.V. Troitsky Estimate of the correlation signal between cosmic rays and BL Lacs in future data. JCAP 0601:025,2006. 6.739*30/4=50.5425 D.S. Gorbunov , P.G. Tinyakov, I.I. Tkachev, S.V. Troitsky Identification of extragalactic sources of the highest energy EGRET photons by correlation analysis. Mon.Not.Roy.Astron.Soc.Lett.362:L30-L34,2005. 5.352*30/4=40.14 S.V. Troitsky Magnetic deflections and possible sources of the ultra-high-energy cosmic rays in the AGASA-HiRes-Yakutsk cluster. Astropart.Phys.26:325-331,2006. 4.047*30/1=121.41 D.S. Gorbunov, S.V. Troitsky A comparative study of correlations between arrival directions of ultra-high-energy cosmic rays and positions of their potential astrophysical sources. Astropart.Phys.23:175-189,2005. 4.047*30/2=60.705 2A53> ?> 5 >?C1;8:>20==K< AB0BLO< 287.3535 4>@01>B:0 :C@A0 ;5:F89 4 A5<5AB@0*5=20 4>:;04K: UHECR and their sources 2005, 2 4>:;040 = 8 !>2@5<5==0O 0AB@>D878:0 2005 (?@83;0H5==K9 :C@A ;5:F89 =0 <564C=0@>4=>9 H:>;5 2 C1=5) = 30 GZK-40, 1 4>:;04 = 4 A53> 349.3535LVALMGU >?>;=5==0O 25@A8O   0B0520 .. 70 2005-2006 3>4 ! 8A?>;L7>20=85< a) A) "-D0:B>@>2 6C@=0;>2 70 2005 3>4 (25@A8O http://www.inr.ac.ru/ads_icons/pr/impf3/ImpactFactorsPhysics.pdf, C?><O=CB0O 2 D52@0;5 2007 3>40) 8 B) "-D0:B>@>2 6C@=0;>2 70 2003 3>4 (25@A8O, 4>ABC?=0O =0 http://www.inr.ac.ru/ads_icons/pr/impf3/impf.htm 0?@02;5=85 - "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. .L. Kataev, QCD sum rules and radial excitations of light pseudoscalar and scalar mesons// /$, 68, AB@. 597-602, 2005   A) 0.914*45/1=41.13 B) 0.467*45/1=21.015 2. .A.L. 0taev, The puzzzle of the nonplanar structure of the QCD contributions to the Gottfried sum rule/-'/, 36, 2K?.7, AB@.70-77, 2005   A) 0.505*45/1=22.7 B) 0.237*45/1=10.665 3. S.I. Alekhin, A.L. Kataev, S.A. Kulagin, M.V. Osipenko, Evaluation of the isospin asymmetry of the nucleon structure functions with CLAS++// Nucl.Phys. A, 755 p. 345-349, 2005   A) 1.950*30/4=14.62 B) 1.761*30/4=13.207 4. A.L. Kataev, Infrared renormalons and the relations between the Gross-Llewellyn Smith and Bjorken polarized and unpolarzized sum rules // 8AL<0 2 -"$ 81, A. 744-747, 2005.   A) 1.446*45/1=65.07 B) 1.326*45/1=59.67 5. A.L. Kataev, Deep inelastic sum rules at the boundaries between perurbative and nonperturbative QCD// Mod. Phys.Lett. A20, p.2007  2022, 2005   A) 1.251*30/1=37.53 B) 1.589*30/1=47.67 6. .L. .Kataev, The Relations between Bjorken polarized, Bjorken unpolarized and Gross-Llewellyn Smith sum rule // Nucl. Phys. Proc. Suppl. 155, pp. 269-270, 2006.   A) 0.875*30/1=26.25 B) 0.990*30/1=29.7 7. A.L. Kataev, The improved 10th order QED expression for a(mu): New results and related estimates // Nucl. Phys. Proc. Suppl. 155, pp. 369-371, 2006.   A) 0.875*30/1=26.25 B) 0.990*30/1=29.7 8. A.L. Kataev, Reconsidered estimates of the 10LVALVth order QED contributions to the muon anomaly // Phys.Rev. D74, 073011, 2006.   A) 4.852*30/1=145.56 B) 4.599*30=137.97 >:404K: 1. A.L. Kataev,Renormalons at the boundaries between perturbative and non-perturbative QCD 19 Recontre de Physique de la Vallee d Aosta, March 2005, Italy,  =30 2. A.L. Kataev The improved 10th order QED expressions for a(mu): new results and related estimates 7th Int. Conference on Neutrino Factory and Superbeams (NuFact05), Frasctai, June 2005, Italy.  =30 (CB>G=5==>5) 3. A.L. Kataev, The relations between Bjorken polarized, Bjorken unpolarized and Gross-Lewellyn Smith sum rules 7th Int. Conference on Neutrino Factory and Superbeams (NuFcat 05), Frasctai, June 2005, Italy.  =30 (CB>G=5==>5) 4.A.L. Kataev, The comments on QED contributions to (g-2)_mu// 12><>=>A>2A:0O :>=D5@5=F8O ?> D878:5 M;5<5=B0@=KE G0AB8F, ?>A2OI5==0O 250-;5B8N # >A:20, 23CAB 2005 3.   =20 (CB>G=5==>5) 5. ...0B052, !2O7L <564C ?@028;0<8 AC<< 3;C1>:>=5C?@C3>3> ;5?B>=-=C:;>==>3> @0AA5O=8O, >=D5@5=F8O $878:0 DC=40<5=B0;L=KE 2708<>459AB289, ?>A2OI5==0O 60-;5B8N "-$, 5:01@L 2005 3>40,  =4 6. .. 0B052, 'B> <>65B 40BL ?@5F878>==>5 87CG5=85 2:;04>2 - 2 0=><0;L=K9 <03=8B=K9 <><5=B <N>=0 ?@8 A@02=5=88 A M:A?5@8<5=B><, >:;04 =0 !5AA88 /$, 0?@5;L 2006 3>40,  =4 7. A.L. Kataev, The relations between different deep-inelastic sum rules in the perturbative and non-perturbative bregions of QCD Invited plenary talk at the International School Calculations in modern particle physics and accelrators of future generation (CALC-2006), Dubna, July 2006,  =30 8. A.L. Kataev, New relations between DIS sum rules, ICHEP-06, Moscow, August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a Kataev, ALVALC7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503., 8.>. 702  / ,   70 2005-200633. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters , Proceedings of the V-th International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia, (2 ?5G0B8). 6 A>02B>@>2.  (0,914*45)/6=6,9 1. " Ju. Gavriljuk, V. Gavrin, A. Gangapshev, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)-capture of 78Kr , Proceedings of the V-th International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia, (2 ?5G0B8). 12 A>02B>@>2.  (0,914*45)/10=4,1 1. " Schnert, S., Abt, I. (et al.)  Status of the Germanium Detector Array (GERDA) in the search of neutrinoless  decays of 76Ge at LNGS Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, >10 A>02B>@>2.  (0,914*45)/10=4,1 1. II) >:;04K: " C7L<8=>2 ..  New stage of a search for the 2K(2)-capture of 78Kr , International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia  6,0 1. III) C:>2>4AB2> A>8A:0B5;5<: " 0=30?H52 .., 20053.  30,0 1. IV) C:>2>4AB2> 48?;><=8:><: " 070;>2 .., 20053. ( / , 0A?8@0=B)  10,0 1. " !C=H52 .., 20063. (#, 0A?8@0=B)  10,0 1. B>3>: 71,1 1.LVAL0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., <.=.A.  / ,   70 2005-200633. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, 6 A>02B>@>2.  (0,914*45)/6=6,9 1. " Ju. Gavriljuk, V. Gavrin, A. Gangapshev, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)-capture of 78Kr , Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2124-2128, 12 A>02B>@>2.  (0,914*45)/10=4,1 1. " Schnert, S., Abt, I. (et al.)  Status of the Germanium Detector Array (GERDA) in the search of neutrinoless  decays of 76Ge at LNGS Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, >10 A>02B>@>2.  (0,914*45)/10=4,1 1. II) >:;04K: " 0=30?H52 ..  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters , International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia  6,0 1. " 0=30?H52 ..  New limit for the two-neutrino double beta-decay of Xe-136 , Proceedings of the XIII-th international school  Particles and Cosmology , April 18-23, 2005, Baksan Valley, Kabardino-Balkaria, Russia  4,0 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 25,1*2(5;5B ?>A;5 #-0)*2(3>4 70I8BK 48AA. 2005)=100,4 1. ?>;AB02:8 50,2*LVALL<070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., 8=6.-M:A?.  / ,   70 2005-200633. I) C1;8:0F88: " Ju. Gavriljuk, V. Gavrin, A. Gangapshev, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)-capture of 78Kr , Proceedings of the V-th International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia, (2 ?5G0B8). 12 A>02B>@>2.  (0,914*45)/10=4,1 1. II) >:;04K: " =5B III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 4,1*3(0A?8@0=B)/2(?>;AB02:8)=6,202@8;N: .@89 8E09;>28G, @>4. 02.09.19583., 254. 8=6. <0B.  / ,   70 2005-200633. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters , Proceedings of the V-th International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia, (2 ?5G0B8). 6 A>02B>@>2.  (0,914*45)/6=6,9 1. " Ju. Gavriljuk, V. Gavrin, A. Gangapshev, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)-capture of 78Kr , Proceedings of the V-th International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia, (2 ?5G0B8). 12 A>02B>@>2.  (0,914*45)/10=4,1 1. II) >:;04K: " =5B III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 11,0ZLVAL4l0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., <.=.A.  / ,   70 2005-200633. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, N. Osetrova, S. Panasenko, S. 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Yu.N.Eroshenko / "Dark matter annihilation in the Galaxy"//QUARKS-2006. 14th Intern Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006,  =2 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko / "Dark matter clumps in the Galaxy"//6th Intern. Workshop on the Identification of Dark Matter, 11-16 Sept., 2006, Rhodes Island, Greece,  =2 .!.5@578=A:89, ..>:CG052, ...@>H5=:> / "==838;OF8O B5<=>9 <0B5@88 2 30;> 0;0:B8:8"//A5@>AA89A:0O 0AB@>D87. :>=D. AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 (HEA-2005)", >A:20,  , 26-28 45:. 2005,  =1.3 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko / "Dark energy accretion onto black hole" // 13th General Conf. of the European Phys. Soc. Beyond Einstein Physics for the 21st Century. 11-15 July, 2005 Univ. of Bern, Switzerland,  =2 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko / "Dark energy and black holes"// 12th Lomonosov Conf. on Elementary Particle Physics, Moscow State University, August 25-31, Moscow 2005,  =2 V.Berezinsky, V.Dokuchaev, Yu.Eroshenko / "Small-scale dark matter clustering in the galactic halo"//A. Einstein Century Intern. Conf. 18-22 July 2005, Paris, France, Eds. Jean-Michel Alimi, Andre Fuzfa. AIP Conf. Proceeddings. V. 861, p. 807-813,  =2 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko / "Dark energy accrzLVALetion onto black holes"// A. Einstein Century Intern. Conf. 18-22 July 2005, Paris, France. Eds. Jean-Michel Alimi, Andre Fuzfa. AIP Conf. Proceed. V. 861, p. 554-557,  =2 V.Berezinsky, V.Dokuchaev, Yu.Eroshenko / "Dark matter annihilation in the Galaxy"//V Intern. Conf. on Non-Accelerator New Physics, Dubna, Russia, June 20-26, 2005,  =2 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko / "Dark energy accretion onto black hole"//XII Russian Gravitational Conf., Kazan State Pedagogical Univ. Russia. June 20-26, 2005, AB@. 105-106,  =1.3 E.Babichev, V. okuchaev, Yu.Eroshenko / "Phantom energy accretion onto black hole"//Intern. Conf. on Theor. Physics, Lebedev Institute, Moscow, Russia. April 11-16, 2005, p. 36,  =2 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Small-scale Dark Matter Clumps"//Proceed. of the Fifth Intern. Workshop. The identification of dark matter. Edinburgh, UK 6-10 Sept. 2004 edited by N.J.C.Spooner and V.Kudryavtsev (Univ. of Sheffield, UK) p. 81-86, 2005,  =2 C:>2>4AB2> 48?;><=8:><:  =10 B>3>:  =283.9LVALMGf.@89 8:>;0528G @>H5=:> @>4. 3.4.1973, <=A ,   70 2005-2006 33 C1;8:0F88: V.Berezinsky, V.Dokuchaev, Yu.Eroshenko / Destruction of small-scale in the hierarchical structures and galaxies // Phys. Rev. D 73, p. 063504, 2006,  =4.852*30/3=48.52 E.Babichev, V.Dokuchaev, Yu.Eroshenko /"Dark energy cosmology with generalized linear equation of state"// Class. Quantum Grav. 22 p. 143-154, 2005,  =2.938*30/3=29.38 V.Berezin, V.Dokuchaev, Yu.Eroshenko, A.Smirnov/ "Phantom shell around black hole and global geometry"// Class. Quant. Grav. 22, p. 4443-4456, 2005,  =2.938*30/4=22.03 ..018G52, ..>:CG052, ...@>H5=:>/ "::@5F8O B5<=>9 M=5@388 =0 G5@=CN 4K@C"// -"$, 127, No. 3, AB@. 597-609, 2005,  =1.099*45/3=16.49 V.Dokuchaev, Yu.Eroshenko, S.Rubin/ "Quasars formation around clusters of primordial black holes"// Grav. Cosmol. 11, p. 99-104, 2005,  =6/3=2 >:;04K: E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black holes"// Proceed. of the XLIst Rencontres de Moriond. Contents and Structures of the Universe. La Thuile, Italy (March 18-25, 2006). Ed. Christophe Magneville, Resa Ansari, Jacques Dumanche and Jean Tran Thanh Van. The Gioi Publishers. Vietnam. p. 166-173,  =2 V.S.Berezinsky, V.I.Dokuchaev, Yu.N.Eroshenko/ "Formation and destruction of small-scale dark matter clumps in Galaxy"// 564. :>=D. ?> 3@028B0F88, :>A<>;>388, 0AB@>D878:5 8 =5AB0F8>=0@=>9 307>48=0<8:5, ?>A2OI5==0O 90-;5B8N A> 4=O @>645=8O ?@>D. ..!B0=N:>28G0. 1-6 <0@B0 2006, >A:20, #-"#,  =2 .!.5@578=A:89, ..>:CG052, ...@>H5=:>/ "==838;OF8O B5<=>9 <0B5@88 2 0;0:B8:5"// 29-O A5@>AA89A:0O :>=D. ?> :>A<8G. ;CG0<, $ , >A:20, 3-7 023., 2006,  =1.3 V.S.Berezinsky, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark matter annihilation in the Galactic halo"// XLIst Rencontres de Moriond. XXVIth Astrophys. Moriond Meeting. From Dark Halos to Light. La Thuile, Aosta Valley, Italy (March 12-18, 2006),  =2 V.S.BerLVALgezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter distribution in Galaxy"// QUARKS-2006. 14th Intern. Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006,  =2 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter annihilation in the Galaxy"// QUARKS-2006. 14th Intern Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006,  =2 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter clumps in the Galaxy"// 6th Intern. Workshop on the Identification of Dark Matter, 11-16 Sept., 2006, Rhodes Island, Greece,  =2 .!.5@578=A:89, ..>:CG052, ...@>H5=:>/ "==838;OF8O B5<=>9 <0B5@88 2 30;> 0;0:B8:8"// A5@>AA89A:0O 0AB@>D878G5A:0O :>=D. AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 (HEA-2005)", >A:20,  , 26-28 45:. 2005,  =1.3 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black hole"// 13th General Conf. of the European Phys. Soc. Beyond Einstein Physics for the 21st Century. 11-15 July, 2005 Univ. of Bern, Switzerland,  =2 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy and black holes"// 12th Lomonosov Conference on Elementary Particle Physics, Moscow State University, August 25-31, Moscow 2005,  =2 V.Berezinsky, V.Dokuchaev, Yu.Eroshenko/ "Small-scale dark matter clustering in the galactic halo"// A. Einstein Century Intern. Conf. 18-22 July 2005, Paris, France,  =2 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black holes"// A. Einstein Century Intern. Conf. 18-22 July 2005, Paris, France.  =2 V.Berezinsky, V.Dokuchaev, Yu.Eroshenko// "Dark matter annihilation in the Galaxy" V Intern. Conf. on Non-Accelerator New Physics, Dubna, Russia, June 20-26, 2005,  =2 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black hole"// XII Russian Gravitational Conference, Kazan State Pedagogical Univ. Russia. June 20-26, 2005, AB@. 105-106,  =1.3 E.Babichev, V.Dokuchaev, Yu.Eroshenko/ "Phantomt LVAL energy accretion onto black hole"// Intern. Conf. on Theor. Physics, Lebedev Institute, Moscow, Russia. April 11-16, 2005, p. 36,  =2 V.S.Berezinsky, V.I.Dokuchaev, Yu.N.Eroshenko/ "Small-scale Dark Matter Clumps"// Proceed. of the Fifth Intern. Workshop. The identification of dark matter. Edinburgh, UK 6-10 Sept. 2004 edited by N.J.C.Spooner and V.Kudryavtsev (Univ. of Sheffield, UK) p. 81-86, 2005,  =2 B>3>:  =148.3LVAL>;18;:8= >@8A !5@35528G, 11.09.1933, A=A $/ ,   70 2005-06 33. = 24 >:;04K: 1. B.S. Dolbilkin/70:07=>9 /  Decay modes of MGR& / EMIN2006/   = 20. 2. B.S. Dolbilkin/ Low Energy Dipole Resonance& / EMIN2006/   = 4. B>3>:   = 24C3052 -430@ 0;5@L528G, @>4.22.08.1939,   70 2005-2006 3. > >C1;8:0F88: >E.V.Bugaev, A.Misaki, K.Mitsui/"Neutrinos from extragalactic cosmic ray interactions in the far infrared background"//Astropart.Phys.24,p.345-354,2005,  =4.047*30/3=40.47 >E.V.Bugaev/"High energy neutrinos as a probe for new physics and astrophysics"//Int.J.Mod.Phys.A20,pp.6909-6918,2005,  =1.472*30=44.16 > >>:;04K: >E.V.Bugaev, P.A.Klimai/"Interactions of high energy cosmic rays with extragalactic infrared radiation background"//Talk at 5th Int.Conf. NANP'05, Dubna, Russia,2005,  =3 >E.V.Bugaev, P.A.Klimai/"Neutrino from extragalactic cosmic ray interactions in far infrared background"//Int.Conf.ICRC 2005, Pune, India, Proc. v.9, pp.65-68,2006,  =3 >E.V.Bugaev/"Photoabsorption cross sections at superhigh energies of real photons"//14th Int.Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai,China,  =6 > > C:>2>4AB2> 48?;><=8:><,  =10 > >>@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 "$878:0 =59B@8=>", A 22545=85< =>2>3> <0B5@80;0 (2 A2O78 A ?5@5=>A>< ;5:F89 A 4-3> =0 5-K9 :C@A D0:C;LB5B0 $- $"),  =5 > >B>3>:  =111.63LVALMGj%0181C;;8= 0@0B 0@A>28G @>4. 29.07.1965, A=A $-,   70 2005-2006 33 C1;8:0F88: 1.Measurement of Neutrino Oscillation by the K2K Experiment, By K2K Collaboration (M.H. Ahn et al.). Published in Phys.Rev.D74:072003,2006.  =4.852*30/10=14.556 2. Search for T-violating transverse muon polarization in the K+ ---> pi0 mu+ nu decay, M. Abe et al. Published in Phys.Rev.D73:072005,2006.  =4.852*30/10=14.556 3.An Improved search for nu(mu) ---> nu(e) oscillation in a long-baseline accelerator experiment. By K2K Collaboration (S. Yamamoto et al.). Published in Phys.Rev.Lett.96:181801,2006.  =7.489*30/10=22.467 4.Measurement of the quasi-elastic axial vector mass in neutrino-oxygen interactions. By K2K Collaboration (R. Gran et al.). Published in Phys.Rev.D74:052002,2006.  =4.852*30/10=14.556 5. Measurement of K+ ---> pi0 mu+ nu gamma decay using stopped kaons. By KEK-E470 Collaboration (S. Shimizu et al.). Published in Phys.Lett.B633:190-194,2006.  =5.301*30/10=15.903 6.New result of the measurement of the direct photon emission in K+ ---> pi+ pi0 gamma decay. By KEK-E470 Collaboration (M.A. Aliev et al.). Published in Eur.Phys.J.C46:61-67,2006.  =3.580*30/10=10.74 7.Search for coherent charged pion production in neutrino-carbon interactions. By K2K Collaboration (M. Hasegawa et al.). Published in Phys.Rev.Lett.95:252301,2005.  =7.489*30/10=22.467 8.Upper limit on the branching ratio for the decay pi0 ---> nu anti-nu.By E949 Collaboration (A.V. Artamonov et al.). Published in Phys.Rev.D72:091102,2005.  =4.852*30/10=14.556 9.Search for the decay K+ to pi+ gamma gamma in the pi+ momentum region P > 213 MeV/c. By E949 Collaboration (A.V. Artamonov et al.). Published in Phys.Lett.B623:192-199,2005.  =5.301*30/10=15.903 10.Evidence for muon neutrino oscillation in an accelerator-based experiment. By K2K Collaboration (E. Aliu et al.) Published in Phys.Rev.Lett.94:081802,2005.  =7.489*30/10=22.467 11.Long sandwich modules for photon veto detec0 LVAL@ tors. N. Yershov, M. Khabibullin, Yu. Kudenko (Moscow, INR) , L. Littenberg (Brookhaven) , V. Mayatski (UNIPLAST, Vladimir) , O. Mineev (Moscow, INR) . Published in Nucl.Instrum.Meth.A543:454-462,2005.  =1.224*30/6=6.12 12. E. Gushin et al. Published in Nucl.Instrum.Meth.A567,2006, p.250.  =1.224*30/10=3.672 !C<<0@=K9  =177.96LVALMGl!?8A>: >?C1;8:>20==KE @01>B =0CG=>3> A>B@C4=8:0 =AB8BCB0 O45@=KE 8AA;54>20=89 %>BO=F520 ;5:A5O 8:>;0528G0 70 ?5@8>4 2005  20063.3. : 1) MEASUREMENT OF K+ ---> PI0 MU+ NU GAMMA DECAY USING STOPPED KAONS. By KEK-E470 Collaboration (S. Shimizu et al.). Dec 2005. 12pp. Published in Phys.Lett.B633:190-194,2006 e-Print Archive: hep-ex/0512068 ,   = (5.301x 30)/10 = 15.903 2) NEW RESULT OF THE MEASUREMENT OF THE DIRECT PHOTON EMISSION IN K+ ---> PI+ PI0 GAMMA DECAY. By KEK-E470 Collaboration (M.A. Aliev et al.). Nov 2005. 13pp. Published in Eur.Phys.J.C46:61-67,2006 e-Print Archive: hep-ex/0511060,   = (3.209x 30)/10 = 9.627 3) UPPER LIMIT ON THE BRANCHING RATIO FOR THE DECAY PI0 ---> NU ANTI-NU. By E949 Collaboration (A.V. Artamonov et al.). BNL-73936-2005-JA, IHEP-2005-09, KEK-2005-11, TRIUMF-TRI-PP-05-08, TUHEP-EX-05-002, Jun 2005. 9pp. Published in Phys.Rev.D72:091102,2005 e-Print Archive: hep-ex/0506028,   = (4.852x 30)/10 = 14.556 4) SEARCH FOR COHERENT CHARGED PION PRODUCTION IN NEUTRINO-CARBON INTERACTIONS. By K2K Collaboration (M. Hasegawa et al.). DAPNIA-05-106, Jun 2005. 5pp. Published in Phys.Rev.Lett.95:252301,2005 e-Print Archive: hep-ex/0506008,   = (7.489x 30)/10 = 22.467 5) SEARCH FOR THE DECAY K+ TO PI+ GAMMA GAMMA IN THE PI+ MOMENTUM REGION P > 213 MEV/C. By E949 Collaboration (A.V. Artamonov et al.). BNL-73917-2005-JA, FERMILAB-PUB-05-449-E, IHEP-2005-08, KEK-2005-8, TRIUMF-TRI-PP-05-07, TUHEP-EX-05-001, May 2005. 14pp. Published in Phys.Lett.B623:192-199,2005 e-Print Archive: hep-ex/0505069,   = (5.301x 30)/10 = 15.903 6) EVIDENCE FOR MUON NEUTRINO OSCILLATION IN AN ACCELERATOR-BASED EXPERIMENT. By K2K Collaboration (E. Aliu et al.). Nov 2004. 5pp. Published in Phys.Rev.Lett.94:081802,2005 e-Print Archive: hep-ex/0411038,   = (7.489x 30)/10 = 22.467 7) MEASUREMENT OF NEUTRINO OSCILLATION BY THE K2K EXPERIMENT. By K2K Collaboration (M.H. Ahn et al.). Jun 2006. 40pp. Published in Phys.L LVAL\ Rev.D74:072003,2006 e-Print Archive: hep-ex/0606032,   = (4.852x 30)/10 = 14.556 8) SEARCH FOR T-VIOLATING TRANSVERSE MUON POLARIZATION IN THE K+ ---> PI0 MU+ NU DECAY. M. Abe et al.. Apr 1, 2006. 34pp. Published in Phys.Rev.D73:072005,2006,   = (4.852x 30)/10 = 14.556 9) MEASUREMENT OF THE QUASI-ELASTIC AXIAL VECTOR MASS IN NEUTRINO-OXYGEN INTERACTIONS. By K2K Collaboration (R. Gran et al.). Mar 2006. 14pp. Published in Phys.Rev.D74:052002,2006 e-Print Archive: hep-ex/0603034,   = (4.852x 30)/10 = 14.556 10) AN IMPROVED SEARCH FOR NU(MU) ---> NU(E) OSCILLATION IN A LONG-BASELINE ACCELERATOR EXPERIMENT. By K2K Collaboration (S. Yamamoto et al.). Mar 2006. 5pp. Published in Phys.Rev.Lett.96:181801,2006 e-Print Archive: hep-ex/0603004,   = (7.489x 30)/10 = 22.467 B>3>   = 167.058LVALMGnC45=:> .@89 @83>@L528G @>4. 05.10.1951, 702. $-! $-,   70 2005-2006 33 C1;8:0F88: 1. M.H. Ahn et al. Measurement of Neutrino Oscillation by the K2K Experiment, Phys. Rev.D74:072003,2006.  =4.852*30/10=14.556 2. M. Abe et al., Search for T-violating transverse muon polarization in the K+ ---> pi0 mu+ nu decay, Phys. Rev. D73:072005,2006.  =4.852*30/10=14.556 3. S. Yamamoto et al., An Improved search for nu(mu) ---> nu(e) oscillation in a long-baseline accelerator experiment. Phys.Rev.Lett.96:181801,2006.  =7.489*30/10=22.467 4. R. Gran et al. Measurement of the quasi-elastic axial vector mass in neutrino-oxygen interactions. Phys.Rev.D74:052002,2006.  =4.852*30/10=14.556 5. S. Shimizu et al., Measurement of K+ ---> pi0 mu+ nu gamma decay using stopped kaons. Phys.Lett.B633:190-194,2006.  =5.301*30/10=15.903 6. M.A. Aliev et al., New result of the measurement of the direct photon emission in K+ ---> pi+ pi0 gamma decay. Eur.Phys.J.C46:61-67,2006.  =3.580*30/10=10.74 7. Hasegawa et al Search for coherent charged pion production in neutrino-carbon interactions. Phys.Rev.Lett.95:252301,2005.  =7.489*30/10=22.467 8. A.V. Artamonov et al. Upper limit on the branching ratio for the decay pi0 ---> nu anti-nu. Phys.Rev.D72:091102,2005.  =4.852*30/10=14.556 9. A.V. Artamonov et al. Search for the decay K+ to pi+ gamma gamma in the pi+ momentum region P > 213 MeV/c. Phys.Lett.B623:192-199,2005.  =5.301*30/10=15.903 10. S. Yamamoto et al. Design, construction, and initial performance of SciBar detector in K2K experiment. IEEE Trans.Nucl.Sci.52:2992-2997,2005.  =1.119*30/10=3.357 11. E. Aliu et al. Evidence for muon neutrino oscillation in an accelerator-based experiment. Phys.Rev.Lett.94:081802,2005.  =7.489*30/10=22.467 12. N. Yershov, M. Khabibullin,Yu. Kudenko et al., Long sandwich modules for photon veto detectors. Nucl.Instrum.Meth.A543:454-462,2005.  =1.224*30/6=6.12 13. E. Gushin, M.Khabibullin, Yu.Kudenko et alvLVAL. Multi-pixel Geiger-mode avalanche photodiodes with high quantum efficiency and low excess noise factor, Nucl.Instrum.Meth.A567,2006, p.250.  =1.224*30/10=3.672 >:;04K: 1. Yu.Kudenko, Multi-pixel Geiger mode photosensors, Talk given at International Scope Study Workshop on NuFAct, Tsukuba, Japan, January 2006,  =6 2. Yu.Kudenko, The T2K experiment: status and instrumentation of the 280m near detector, Invited talk at 9th ICATPP Conference on Astroparticle, Particle, Space Physics, Detectors and Medical Physics Applications, Como, Italy, October 2005,  =30 3. ...C45=:>, AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 2, @83;0H5==K9 4>:;04 =0 XL 78<=59 H:>;5 /$, D52@0;L 2006,  =20 4. Yu.Kudenko, Status of the T2K experiment, Invited talk at ICHEP06, Moscow, Russia, 2006,  =30 >@01>B:0 =0CG=>->1@07>20B0;L=>3> :C@A0  =5 C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: .@H>2  2005 3. .;852  2006 3.   = 30*2 =60 !C<<0@=K9 8=48284C0;L=K9   = 332.32   @C:>2>48B5;O = 278.8@LVAL~R1. #G5ABL 2 >;>65=88 70I8BC 48AA5@B0F89 A>8A:0B5;O<8 2 2>7@0AB5 AB0@H5 40 ;5B: ?@8@02=O2 :0=4840BA:CN 48AA5@B0F8N : ?0B5=BC, 0 4>:B>@A:CN - 242>5 1>;LH5 2. #G5ABL =0CG=K5 8 =0CG=>-B5E=8G5A:85 >BG5BK, ?@8@02=O2 8E : CAB=><C 4>:;04C =0 >AA89A:>9 :>=D5@5=F88 3. #G5ABL 2=54@5=85 @07@01>B>: 2 ?@>872>4AB2> 8 ?@0:B8:C. @8<5@: CG0AB85 .. 5=5F:>3>, .. 8D0=>20, .. ;>B=8:>2>9 2 @01>B5, @57C;LB0BK :>B>@>9 2=54@5=K 2 ?@0:B8:C >AB0=>2;5=85< @028B5;LAB20 $ ! 789 >B 22.12.2006 3.  @0<:0E ACI5AB2CNI53> ?>@O4:0 MB> =5 >B<5G5=>> ?>GB8 C65 30 ;5B O 15AA8;L=> =01;N40N, :0: 87<K20NBAO =04 =0C:>9 10=48BK, ?0@078BK 8 ?CAB>1@5E8 > > 8 2>B ?@8?;K;8 -- 0:045<8G5A:0O "25@B8:0;L 2;0AB8" 48A:@548B8@>20;0 A51O 4> B0:>9 AB5?5=8, GB> A45;0;0 =0C:C 15770I8B=>9 ?5@54 BC?K< <@0:>15A85< (40, >@8A (B5@=, MB> 8 ?@> B51O) > > O 83=>@8@CN MB>B "454;09=", B.:. E>B5; 1K 871560BL A>CG0AB8O 2 C=8GB>65=88 =0C:8: A>@52=>20BLAO A >157LO=0<8 2 4>AB020=88 10=0=>2 ?> D>@<0;L=K< ?@87=0:0< 15A?>;57=>, >=8 8 B0: =8:>340 =8G5< 4@C38<, :@><5 8<8B0F88 =0C:8, =5 70=8<0;8AL -- ?@8<5@K 2>:@C3 =0A > > 2AN -- 0:045<8G5A:CN 8 2=50:045<8G5A:CN -- "25@B8:0;L 2;0AB8", 2K;82HCN =0 ## MB>  -- =04> ! ' "",  ! "  > > :B> 1K ?>4A:070;, 345 =09B8 A>@B8@ A ?>4E>4OI53> @07<5@0 O<>9... > > !", 1;8=,  "+ > > (, '!#. !#!!!!!!!!!! > > 1C4C C2060BL B>3>, C :>3> E20B05B C<0 ?>=8<0BL, ?@8 G5< BCB 0:045<8G5A:0O A2>1>40... > > cheers > f > > ---------------------------------------------------- > PS > =0 2AO:89 A;CG09: O 2 74@02>< C<5 8 ?>;=>9 ?0<OB8, AKB, B@572, ?5@5E>6C : >B;04:5 >G5@54=>3> <>4C;O M:A?5@8<5=B0;L=>9 A8AB5<K >1@01>B:8 40==KE 4;O "@>8F:-N<0AA =0 >A=>25 <5B>40 http://arxiv.org/pdf/physics/0604127 ... > > cheers > f > > Powered by the E-mail PIM - Info Select - www.miclog.comLVALMGq@8H8=0 5@0 .@L52=0 @>4. 23.09.1971, A=A $/ ,   70 2005-2006 33 = 60.07 C1;8:0F88: V.Yu. Grishina, L.A. Kondratyuk, Cassing, M. Mirazita, P. Rossi/ Comparative Regge analysis of L, S0, L(1520) and q+ production in gp, pp and pp reactions. // Eur.Phys.J.A 25, p. 141-150, 2005,  =1.659*30/5=9.954 V.Yu. Grishina, L.A. Kondratyuk, A. Sibirtsev, M. Buscher, S. Krewald, U.-G. Meissner, F.P. Sassen / Ka scattering length and the reaction dd a K+ K //Eur.Phys.J.A 25, p. 159-164, 2005,  =1.659*30/6=8.295 P. Fedorets, M. Buescher, V.P. Chernyshev, S. Dymov, V.Yu. Grishina, C. Hanhart, M. Hartmann, V. Hejny, V. Kleber, H.R. Koch, L.A. Kondratyuk, V. Koptev, A.E. Kudryavtsev, P. Kulessa, S. Merzliakov, S. Mikirtychiants, M. Nekipelov, H. Ohm, R. Schleichert, H. Stroeher, V.E. Tarasov, K.-H. Watzlawik, I. Zychor / a0 (980) -resonance production in the reaction pp d p+h close to the K anti-K threshold // /$ 69, AB@. 306-313, 2006; Phys.Atom.Nucl. 69,p. 306-313, 2006.  =0.467*45/10+0.914*30/10=2.102+2.742=4.844 A.Dzyuba, V.Kleber, M.Buescher, V.P.Chernyshev, S.Dymov, P.Fedorets, V.Grishina, C.Hanhart, M.Hartmann, V.Hejny, L.Kondratyuk, V.Koptev, P.Kulessa, Y.Maeda, T.Mersmann, S.Mikirtychyants, M.Nekipelov, D.Prasuhn, R.Schleichert, A.Sibirtsev, H.J.Stein, H.Stroeher, I.Zychor / Scalar-isovector K anti-K production close to threshold // Eur.Phys.J.A29, p. 245-251, 2006.  =1.659*30/10=4.977 >:;04K: L.A. Kondratyuk, V.Yu. Grishina, M. Buscher/ Interaction of K-mesons with light nuclei. // Proceedings of 6th International Conference on Nuclear Physics at Storage Rings (STORI 2005), Julich, Bonn, Germany,23  26 May 2005 Published in *Bonn 2005, Nuclear physics at storage rings* 165-168 e-Print Archive: nucl-th/05070213  =6/3=2 V. Grishina/ Interactions of Low-Energy K-bar Mesons with Lightest Nuclei and K-Nuclear Bound States //Workshop on hadron physics at COSY HPC05, July 25  29, 2005, Physikzentrum Bad Honnef, Germany  =6 ... @8H8=0, .. >=4@0BN:/ 708< LVAL >459AB28O 0=B8-K <57>=>2 A ;53:8<8 O4@0<8 ?@8 =87:8E M=5@38OE //4>:;04 =0 :>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 5-9 5:01@O 2005 3., "-$, >A:20.  =4/2=2 ... @8H8=0, .. >=4@0BN:/ >645=85 AB@0==KE G0AB8F 2 M:A:;N782=KE 8 8=:;N782=KE @50:F8OE 8 ?@>1;5<0 ?5=B0:20@:0 //4>:;04 =0 :>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 5-9 5:01@O 2005 3., "-$, >A:20.  =4/2=2 V.Yu. Grishina / Comparative Regge analysis of L, S0 and L(1520) production in gp and pp reactions// >:;04 =0 XI 564C=0@>4=>< !5<8=0@5 ?> M;5:B@><03=8B=K< 2708<>459AB28O< O4@0E, >A:20, A5=BO1@L 21-24, 2006  =20 B>3>:  =60.07LVALMGsC@528G @83>@89 0=>28G, @>4. 28.11.1935, 702. A5:B>@>< $/ ,   70 2005-2006 33. =43,293 C1;8:0F88: N.Severijns, A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.V.Golovko, G.M.Gurevich, P.Herzog, I.S.Kraev, A.A.Lukhanin, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, Yu.G.Toporov, C.Tramm, V.N.Vyachin, D.Zakoucky, .Zotov. Angular distribution of a particles from oriented 253,254Es and 255Fm nuclei. Phys. Rev. C71 (2005) 044324.  =3.610*30/10=10.83 ..C@528G, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..5;O52, ..>30, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ..OG8=, .0:>CF:8. #3;>2K5 @0A?@545;5=8O a-G0AB8F, 8A?CA:05<KE >@85=B8@>20==K<8 O4@0<8 253Es 8 255Fm 725AB8O  (A5@. $87.) 69, ! 5 (2005) 727-731.  =0.663*45/10=2.984 ..(0@>2,& , ..C@528G, & 7<5@5=85 @07=>AB59 ?>;=KE A5G5=89 DsigL(np) ?@8 1.39, 1.69, 1.89 8 1.99 M. /45@=0O D878:0, 68 (2005) 1858  1973.  =0.467*45/10=2.102 G.M.Gurevich, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov , V.Golovko, P.Herzog, I.Kraev, A.A.Lukhanin, A.A.Belyaev, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, N.Severijns, Yu.G.Toporov, .V.N.Vyachin, D. Zakoucky. Angular distributions of a-particles emitted by oriented 253Es and 255Fm nuclei. Bulletin of Russian Academy of Sciences. Physics. V.69 (2005).  =1.298*30/10=3.894 V.I.Sharov,& ,G.M.Gurevich,& Measurements of the total-cross-section difference DeltaSigmaL(np) at 1.39, 1.69, 1.89 and 1.99 GeV. Physics of Atomic Nuclei, vol. 68, No. 11, 2005, pp. 1796-1811.  =0.914*30/10=2.742 G.M.Gurevich, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov , V.Golovko, P.Herzog, I.Kraev, A.A.Lukhanin, A.A.Belyaev, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, N.Severijns, Yu.G.Toporov, V.N.Vyachin, C.Tramm, D. Zakoucky, E.Zotov..Alpha- and gamma-anisotropy in the decay of oriented 254Es and its daughter nucleus 250Bk. Bulletin of Russian Academy of Sciences. Physics. V.70 (2006).  =1.298*30/10=3.8jLVALz94 ..C@528G, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..5;O52, ..>30, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ."@0<<, ..OG8=, .0:>CF:8. -.>B>2. #3;>20O 0=87>B@>?8O 0;LD0- 8 30<<0-87;CG5=8O 2 @0A?045 >@85=B8@>20==>3> 254Es 8 53> 4>G5@=53> O4@0 250Bk. 725AB8O  (A5@. $87.) 70, ! 2 (2006) 247-250.  =0.663*45/10=2.984 >:;04K: G.M.Gurevich. Alpha- and gamma-anisotropy in the decay of oriented 254Es and its daughter nucleus 250Bk. LVth National Conference on Nuclear Physics  Frontiers in the Physics of Nucleus (St.-Peterburg, June 28  July 1, 2005).  =4 G.M.Gurevich. Angular distributions of alpha particles emitted by oriented 241,243Am nuclei. /4@> 2006. 56 <564C=0@>4=0O :>D5@5=F8O ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0, !0@>2, 2006.  =4 A53>: 37.43 !@54=89 ?> A5:B>@C  =32.77 B>3>:  =37.43*0.5+32.77*0.75=43.2935'-FA 0 + } & x ! s  b ]XSNIPK[$?7@?@HHHH<߿Z @7@?*@HHHH<߿Y">7@?@HHHH<߿X@7@?@:HHHH<߿W?7@?@HHHH<߿V!̠B7@?pMGHHHH<߿UNbC7@?MGHHHH<߿TH ffB7@?<<<<<ϿSA7@?@HHHH<߿RSB7@?DMGHHHH<߿QO$B7@?@HHHH<߿PR8B7@?@HHHH<߿O ̦B7@?FMGHHHH<߿NfsHC7@?8MGHHHH<߿M 33B7@?^ @HHHH<߿LB7@?MGHHHH<߿K Q5C7@?MGHHHH<߿JhףmC 7@?SMGHHHH<߿Ik33B7@?MGHHHH<߿HDffA7@?&MGHHHH<߿GDA7@?MGHHHH<߿F ff@7@?. @HHHH<߿EuB7@? 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BSDolbilkin, Proc. Int. Conf. NPA2, Hungary, 237, 2005 Total photon cross sections on nucleons at baryon resonances 2.2. BSDolbilkin, Proc. 55 Nat. Conf. Nucl. Phys, Petersburg, 86, 2005 An universal curve for nucleon and nuclear photoproduction cross sections at the baryon resonance region of 200-800 MeV 4=0:>, 87-70 >BACBAB28O 45=53 =0 :><0=48@>2:8 2 ;01>@0B>@88 =8 =0 >4=C ?>5E0BL =5 C40;>AL, E>BO @3:><8B5B :>=D5@5=F88 NPA2 ?@54;030; >?;0B8BL >@3. 27=>A 8 ?@51K20=85.  ?@54K4CI85 2 3>40 1K;> B> 65 A0<>5. 5;0B5;L=> 225AB8 ?@028;>, GB>1K A>B@C4=8:, ?@54AB0282H89 4>:;04, <>3 CG0AB2>20BL 2 :>=D5@5=F88 1>;55 <5=55 @53C;O@=>. 3. >A:>;L:C 2 / =5B A2>53> 8740=8O, B8?0 5AB=8: , 8AL<0 , :0: C <=>38E >@30=870F89, 0 6C@=0; ?> O45@=>9 D878:5 ?@0:B8G5A:8 >48=, F5;5A>>1@07=> CG8BK20BL 2 @07<5@5 6  10 10;;>2 -- 4>:;04K =0 A5<8=0@0E C A51O 8;8 2 4@C38E >@30=870F8OE, ;5:F88 =0 (:>;0E -- ?@5?@8=BK, B.:. :20;8D8:0F8O A>B@C4=8:>2 4>AB0B>G=> 2KA>:0 4;O B>3>, GB>1K ?@8@02=OBL MB8 4>:;04K 8 ?@5?@8=BK : 4>:;04C =0 :>=D5@5=F88 8;8 ?C1;8:0F88 2 6C@=0;5.LVALMGw>=4@0BL52 C4>;LD 5>=84>28G, @>4. 19.10.1940, A=A $/  /    70 2005-2006 33. = 99.1 J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, C. Bradtke, A. Braghieri, N. D'Hose, H. Dutz, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, L. Van Hoorebeke, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, S.S. Kamalov, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, L. Tiator, R. Van de Vyver, F. Zapadtka A2 and GDH Collaborations (45) Measurement of the helicity dependence for the channel in the second resonance region Phys. Rev. C74, 045204 (2006) 3.610*30/10 =10.83 J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, C. Bradtke, A. Braghieri, N. D'Hose, H. Dutz, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, T. Iwata, O. Jahn, P. Jennewein, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. Van de Vyver, L. Van Hoorebeke, F. Zapadtka (43) First measurement of the Gerasimov-Drell-Hearn integrand for from 200 to 800 MeV Phys. Rev. Lett. 97, 202303 (2006) 7.489*30/10 =22.47 J. Ahrens, S. Altieri, J.R.M. Annand, G. Anton, H.-J. Arends, K. Aulenbacher, R. Beck, C. Bradtke, A. Braghieri, N. Degrande, N. D'Hose, H. Dutz, S. Grtz, P. Grabmayr, K. Hansen, J. Harmsen, D. Von Harrach, S. Hasegawa, T. Hasegawa, E. Heid, K. Helbing, H. Holvoet, L. Van Hoorebeke, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, T. Kageya, B. Kiel, F. Klein, R. Kondratiev, K. Kossert, J. Krimmer, M. Lang, B. Lannoy, R. Leukel, V. Lisin, T. Matsuda, J.C. McGeorge, A. Meier, D. Menze, W. Meyer, T. Michel, J. Naumann, A. Panzeri, P. Pedroni, T. PinellLVALxi, I. Preobrajenski, E. Radtke, E. Reichert, G. Reicherz, C. Rohlof, G. Rosner, D. Ryckbosch, M. Sauer, B. Schoch, M. Schumacher, B. Seitz, T. Speckner, N. Takabayashi, G. Tamas, A. Thomas, R. Van de Vyver, A. Wakai, W. Weihofen, F. Wissmann, F. Zapadtka, G. Zeitler GDH and A2 Collaborations (68) Intermediate resonance excitation in the reaction Physics Letters B 624 (2005) 173 5.301*30/10 =15.9 J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, A. Braghieri, N. D'Hose, H. Dutz, S. Grtz, S. Hasegawa, E. Heid, H. Holvoet, L. Van Hoorebeke, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, R. Kondratiev, M. Lang, B. Lannoy, K. Livingston, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. Van de Vyver, T. Walcher, F. Zapadtka (39) Measurement of the G asymmetry for the channels in the resonance region Eur.Phys.J. A 26, 135-140 (2005) 1.659*30/10 =4.98 H. Dutz, K. Helbing, J. Krimmer, T. Speckner, G. Zeitler, J. Ahrens, S. Altieri, J.R.M. Annand, G. Anton, H.-J. Arends, R. Beck, A. Bock, C. Bradtke, A. Braghieri, W. V. Drachenfels, F. Frommberger, M. Godo, S. Grtz, P. Grabmayr, S. Hasegawa, K. Hansen, J. Harmsen, E. Heid, W. Hillert, H. Holvoet, N. Horikawa, T. Iwata, L. Van Hoorebeke, N. D'Hose, P. Jennewein, B. Kiel, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, R. Leukel, V. Lisin, D. Menze, W. Meyer, T. Michel, J. Naumann, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, E. Radtke, G. Reicherz, C. Rohlof, T. Rostomyan, M. Sauer, B. Schoch, M. Schumacher, G. Tamas, A. Thomas, R. Van de Vyver, W. Weihofen, F. Zapadtka (57) Measurement of Helicity-Dependent Photoabsorption Cross Sections on the Neutron from 815 to 1825 MeV Phys. Rev. Lett. 94, 162001 (2005) 7.489*30/10 =22.47 M. Pfeiffer, U. Thoma, H. Van Pee ,J. Ahrens, J.R.M. Annand, R. Beck, G. Caselotti, S. Cherepnya, K. Fohl, L. Fog, D. Hornidge, S. Janssen, V.  LVAL Kashevarov, R. Kondratiev, M. Kotulla, B. Krusche, J.C. McGeorge, I.J.D. MacGregor, K. Mengel, J. Messchendorp, V. Metag, R. Novotny, M. Rost, S. Sack, R. Sanderson, S. Schadmand, A. Thomas, D.P. Watts (28) Reply to Comment on Photoproduction of mesic Phys. Rev. Lett. 94, 049102 (2005) 7.489*30/10 =22.47   70 2005-0633.=10.83+22.47*3+15.9+4.98=99.1vLVAL0?8: ;5:A0=4@ 8E09;>28G @>4. 1953-05-28, =A,   70 2005  2006 33. = 31,211 C1;8:0F88: 1 V.G.Gurzadyan, J.-P. Bocquet, A. Kashin e.a. A.M.Lapik, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.(GRAAL collaboration). Probing the light speed anisotropy with respect to the cosmic microwave background radiation dipole Modern Physics Letters A 20, No. 1 (2005) 19  28 1.251 * 30 /10 = 3.753 2. D. Rebreyend,& A.Lapik& (28authors) Eta Photoproduction on the Neutron at GRAAL International Journal of Modern Physics A, Volume 20,Issue 08-09,pp 1554-1559(2005) arXiv:nucl-ex/0411025 1.472*30/10=4.416 3. Moricciani,D.;& Lapik,A.;& (29authors) Resent Result from GRAAL International Journal of Modern Physics A, Volume 20,Issue 02-03,pp 503-513(2005) 1.472*30/10=4.416 4. O.Bartalini,.. A.Lapik,.. (33 authors) Measurement of pi0 photoproduction on the proton from 550 to 1500 MeV at GRAAL Eur.Phys.J. A26,399-419(2005) 1.659*30/10=4.977 5. C.Schaerf for the GRAAL collaboration. The GRAAL Collaboration Results and Prospects Proc. Of the Int.Workshop on the Physics of Excited Baryons, NSTAR- 2005, USA 30/10 = 3.0 6.O.Bartalini,& A.Lapik,& Neutron detection efficiency of BGO calorimeter at GRAAL Nucl.Instrum.& Meth.A562:85-91,2006 1.224*30/10=3.672 7.Lleres, O.Bartalini, & V.Kouznetsov, A.Lapik, A.N.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. Polarization observable measurements for and for energies up to 1.5 GeV European Physics Journal A -100221 (2006). 1.659 * 30/10 = 4.977 8.O.Bartalini, V.Bellini e.a. V.Kuznetsov, A.Lapik, A.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. (GRAAL collaboration). Eta-photoproduction on the deuteron. Proc. Of the XI Int.Seminar EMIN-2006 ( Electromagnetic Interactions of Nuclei ). Moscow  2006 20/10=2.0 "=31.211LVALMG{8A8= 0;5@89 02;>28G @>4. 24.08.1945, @C:. A5:B>@0 $/  /    70 2005-2006 33. = 75.49 0AG5B : J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, C. Bradtke, A. Braghieri, N. d'Hose, H. Dutz, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, L. van Hoorebeke, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, S.S. Kamalov, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, L. Tiator, R. van de Vyver, F. Zapadtka A2 and GDH Collaborations (45) Measurement of the helicity dependence for the channel in the second resonance region Phys. Rev. C74, 045204 (2006) 3.610*30/10 =10.83 J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, C. Bradtke, A. Braghieri, N. d'Hose, H. Dutz, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, T. Iwata, O. Jahn, P. Jennewein, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. van de Vyver, L. van Hoorebeke, F. Zapadtka (43) First measurement of the Gerasimov-Drell-Hearn integrand for from 200 to 800 MeV Phys. Rev. Lett. 97, 202303 (2006) 7.489*30/10 =22.47 J. Ahrens, S. Altieri, J.R.M. Annand, G. Anton, H.-J. Arends, K. Aulenbacher, R. Beck, C. Bradtke, A. Braghieri, N. Degrande, N. d'Hose, H. Dutz, S. Grtz, P. Grabmayr, K. Hansen, J. Harmsen, D. von Harrach, S. Hasegawa, T. Hasegawa, E. Heid, K. Helbing, H. Holvoet, L. van Hoorebeke, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, T. Kageya, B. Kiel, F. Klein, R. Kondratiev, K. Kossert, J. Krimmer, M. Lang, B. Lannoy, R. Leukel, V. Lisin, T. Matsuda, J.C. McGeorge, A. Meier, D. Menze, W. Meyer, T. Michel, J. Naumann, A. Panzeri, P. PedroFLVALVni, T. Pinelli, I. Preobrajenski, E. Radtke, E. Reichert, G. Reicherz, C. Rohlof, G. Rosner, D. Ryckbosch, M. Sauer, B. Schoch, M. Schumacher, B. Seitz, T. Speckner, N. Takabayashi, G. Tamas, A. Thomas, R. van de Vyver, A. Wakai, W. Weihofen, F. Wissmann, F. Zapadtka, G. Zeitler GDH and A2 Collaborations (68) Intermediate resonance excitation in the reaction Physics Letters B 624 (2005) 173 5.301*30/10 =15.9 J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, A. Braghieri, N. d'Hose, H. Dutz, S. Grtz, S. Hasegawa, E. Heid, H. Holvoet, L. van Hoorebeke, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, R. Kondratiev, M. Lang, B. Lannoy, K. Livingston, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. van de Vyver, T. Walcher, F. Zapadtka (39) Measurement of the G asymmetry for the channels in the resonance region Eur.Phys.J. A 26, 135-140 (2005) 1.659*30/10 =4.98 H. Dutz, K. Helbing, J. Krimmer, T. Speckner, G. Zeitler, J. Ahrens, S. Altieri, J.R.M. Annand, G. Anton, H.-J. Arends, R. Beck, A. Bock, C. Bradtke, A. Braghieri, W. v. Drachenfels, F. Frommberger, M. Godo, S. Grtz, P. Grabmayr, S. Hasegawa, K. Hansen, J. Harmsen, E. Heid, W. Hillert, H. Holvoet, N. Horikawa, T. Iwata, L. van Hoorebeke, N. d'Hose, P. Jennewein, B. Kiel, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, R. Leukel, V. Lisin, D. Menze, W. Meyer, T. Michel, J. Naumann, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, E. Radtke, G. Reicherz, C. Rohlof, T. Rostomyan, M. Sauer, B. Schoch, M. Schumacher, G. Tamas, A. Thomas, R. van de Vyver, W. Weihofen, F. Zapadtka (57) Measurement of Helicity-Dependent Photoabsorption Cross Sections on the Neutron from 815 to 1825 MeV Phys. Rev. Lett. 94, 162001 (2005) 7.489*30/10 =22.47   70 2005-0633.=10.83+22.47*2+15.9+4.98= 76.65   @C:>2>48B5;O = 76.65*0.5+(99.1+0)/2*0.75 =75.49LVALMG}54>@57>2 ;048<8@ 5>@38528G @>4 13.09.1946, 702. 01, $/ ,   70 2005  2006 33. = 172,6   @C:>2>48B5;O=172,6*0.5 + 39.9*0.75=116,25 C1;8:0F88: 1 V.G.Gurzadyan, J.-P. Bocquet, A. Kashin e.a. A.M.Lapik, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.(GRAAL collaboration). Probing the light speed anisotropy with respect to the cosmic microwave background radiation dipole. Modern Physics Letters A 20, No. 1 (2005) 19  28. 1.251 * 30 /10 = 4.2 2.V.G.Nedorezov. Photonuclear Reactions: Astrophysics Implications. Proc. Of the Int. Conference on Nuclear and Radiation Physics, Almata 2005, p.153 30 3. C.Schaerf for the GRAAL collaboration.  The GRAAL Collaboration Results and Prospects , Proc. Of the Int.Workshop on the Physics of Excited Baryons, NSTAR- 2005, USA. 30/10 = 3,0 4. ..>=>=>2, ..54>@57>2. F5=:0 25;8G8=K :20=B>2>9 MDD5:B82=>AB8 45B5:B8@>20=8O 4;O A8AB5<K N<8=>D>@ - >1J5:B82 - !-<0B@8F0, B@C4K 564C=0@>4=>3> >=3@5AA0 548F8=A:0O D878:0 2005, >A:20 2005. 4/2 = 2 5. ... @8H:8=, ..54>@57>2, 8 4@. &8D@>2>9 @5=B35=>2A:89 45=A8B><5B@, B@C4K 564C=0@>4=>3> >=3@5AA0 548F8=A:0O D878:0 2005, >A:20 2005. 4/6 = 0,8 6. .. >=>=>2, !.. 3=0B>2, ..54>@57>2. ..>B0?>2. !8AB5<0 ?>;CG5=8O @5=B35=>2A:8E 87>1@065=89 =0 >A=>25 ;N<8=>D>@0, >1J5:B820 8 !-<0B@8FK, B@C4K XVII >AA89A:>9 =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 5@07@CH0NI89 :>=B@>;L 8 4803=>AB8:0. C25@4;>2A: (2005). 4/6 = 0/8 7. .Bartalini, V.Bellini e.a. V.Kuznetsov, A.Lapik, A.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. (GRAAL collaboration). Neutron detection efficiency of BGO calorimeter at GRAAL. Nucl.Instrum.& Meth.A562:85-91,2006 1.224 * 30/10 = 3,6 8.J.Ajaka, O/Bartalini, A.Mushkarenkov, V.Nedorezov e.a. Evidence for nucleon resonance excitation in omega meson photoproduction. Phys.Rev.Lett. 96 : 132003 , 2006. 7.489*30/10=22.467 9. A.Lleres, O.Bartalini, & V.Kouznetsov, A.Lapik, A.N.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. Polarization observable measurementLVAL~s for and for energies up to 1.5 GeV. European Physics Journal A -100221 (2006). 1.659 * 30/10 = 5,1 10. D.Rebreyend, V.Nedorezov e.a. Eta photoproduction on the neutron at GRAAL. Int..J.of Mod.Phys. A20 08-09 (2005) 1554 - 1559. 4.416 * 30/10 = 13,2 11. D. Morriciani , V.Nedorezov e.a. Recent result from GRAAL. Int..J.of Mod.Phys. A4 08-09 (2005) 503-513. 4.416 * 30/10 = 13,2 12. O.Bartalini, V.Nedorezov, e.a. Measuremnent of pi0 photoproduction on the proton from 550 to 1500 MeV at GRAAL. Eur.Phys.J. A26 (2005) 399  419. 1.659 * 30/10 = 4.9 13. O.Bartalini, V.Bellini e.a. V.Kuznetsov, A.Lapik, A.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. (GRAAL collaboration). Eta-photoproduction on the deuteron. Proc. Of the XI Int.Seminar EMIN-2006 ( Electromagnetic Interactions of Nuclei ). Moscow  2006. 20/10 = 2,0 14. A.D.Belyaev, V.V.Chesnokov, A.S.Ignatov, V.G.Nedorezov, N.N.Peskov, M.E.Stepanov. New relational database for experimental and model meson photoproduction data in internet. Proc. Of the XI Int.Seminar EMIN-2006 ( Electromagnetic Interactions of Nuclei ). Moscow  2006.20/6 = 3,4 15... >=>=>2, !..3=0B>2, .. >B0?>2, ..54>@57>2. &8D@>20O A8AB5<0 4;O ?>;CG5=8O @5=B35=>2A:8E 87>1@065=89 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. "-, 2006, !5, AB@.156-159. 0,226 *45/ 5 = 3,0 16. ..>=>=>2, !.. 3=0B>2, .. >B0?>2. !8AB5<0 ?>;CG5=8O @5=B35=>2A:8E 87>1@065=89 =0 >A=>25 ;N<8=>D>@0, >1J5:B820 8 !-<0B@8FK. "578AK :>=D5@5=F88 NDT URAL 2005, AB@.142. 20/4 = 5 17. ..>=>=>2, !.. 3=0B>2, .. >B0?>2. 5=B35=>B5;52878>==0O A8AB5<0 4;O 02B><0B878@>20==>3> :>=B@>;O B>;I8=K AB5=>: B@C1. "578AK :>=D5@5=F88 NDT URAL 2005, AB@.157. 20/4 = 5 18...>=>=>2, ..54>@57>2. F5=:0 25;8G8=K :20=B>2>9 MDD5:B82=>AB8 45B5:B8@>20=8O 4;O A8AB5<K N<8=>D>@ - >1J5:B82 - !-<0B@8F0, B578AK :>=3@5AA0 548F8=A:0O D878:0 2005. 4/5 = 0.9 19 .. >=>=>2, !..3=0B>2, .. >B0?>2, ..54>@57>2, .. C4=52, .."C@8=35. 07@01>B:0 <5B>4>2 ?>;CG5=8O 8 F8D@>2>0 LVAL@ 9 >1@01>B:8 @5=B35=>2A:8E 87>1@065=89. "@C4K 2->9 :>=D5@5=F88 ?> <548F8=A:>9 D878:5, "@>8F:, <09 2006 3. 4/6 = 0,8 " 122,6 C:>2>4AB2> 48?;><=8:><:  =10 3=0B>2 .!. # 2005 0=52A:89 .. $"%, 2006 0B5=B ! 46166 (2005101494.22(0011868)) #AB@>9AB2> 4;O ?@>2545=8O @5=B35=>2A:8E 8AA;54>20=89 - &8D@>2>9 @5=B35=>2A:89 45=A8B><5B@ !. 20 C@A ;5:F89 (1 A5<5AB@) 20 B>3>:  =172,6   @C:>2>48B5;O=172,6*0.5 + 39.9*0.75=116,25LVALMG C4=52 8:>;09 OG5A;02>28G 18.12.1972, <=A , $/ ,   70 2005  2006 33. = 122,6 C1;8:0F88: 1 V.G.Gurzadyan, J.-P. Bocquet, A. Kashin e.a. A.M.Lapik, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.(GRAAL collaboration). Probing the light speed anisotropy with respect to the cosmic microwave background radiation dipole. Modern Physics Letters A 20, No. 1 (2005) 19  28. 1.251 * 30 /10 = 4.2 3. C.Schaerf for the GRAAL collaboration.  The GRAAL Collaboration Results and Prospects , Proc. Of the Int.Workshop on the Physics of Excited Baryons, NSTAR- 2005, USA. 30/10 = 3,0 5. ... @8H:8=, ..54>@57>2, .. C4=52 8 4@. &8D@>2>9 @5=B35=>2A:89 45=A8B><5B@, B@C4K 564C=0@>4=>3> >=3@5AA0 548F8=A:0O D878:0 2005, >A:20 2005. 4/6 = 0,8 7. .Bartalini, V.Bellini e.a. V.Kuznetsov, A.Lapik, A.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. (GRAAL collaboration). Neutron detection efficiency of BGO calorimeter at GRAAL. Nucl.Instrum.& Meth.A562:85-91,2006 1.224 * 30/10 = 3,6 8.J.Ajaka, O.Bartalini, A.Mushkarenkov, V.Nedorezov e.a. Evidence for nucleon resonance excitation in omega meson photoproduction. Phys.Rev.Lett. 96 : 132003 , 2006. 7.489 *30/10 = 22.467 9. A.Lleres, O.Bartalini, & V.Kouznetsov, A.Lapik, A.N.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. Polarization observable measurements for and for energies up to 1.5 GeV. European Physics Journal A -100221 (2006). 1.659 * 30/10 = 5,1 10. D.Rebreyend, V.Nedorezov, N.Rudnev e.a. Eta photoproduction on the neutron at GRAAL. Int..J.of Mod.Phys. A20 08-09 (2005) 1554 - 1559. 4.416 * 30/10 = 13,2 11. D. Morriciani , V.Nedorezov , N.Rudnev e.a. Recent result from GRAAL. Int..J.of Mod.Phys. A4 08-09 (2005) 503-513. 4.416 * 30/10 = 13,2 12. O.Bartalini, V.Nedorezov, Rudnev N. e.a. Measuremnent of pi0 photoproduction on the proton from 550 to 1500 MeV at GRAAL. Eur.Phys.J. A26 (2005) 399  419. 1.659 * 30/10 = 4.9 13. O.Bartalini, V.Bellini e.a. V.Kuznetsov, A.Lapik, A.Mushkarenkov, V.Nedorezov, N.Rudnev, Al LVAL| .Turinge e.a. (GRAAL collaboration). Eta-photoproduction on the deuteron. Proc. Of the XI Int.Seminar EMIN-2006 ( Electromagnetic Interactions of Nuclei ). Moscow  2006. 20/10 = 2,0 19 .. >=>=>2, !..3=0B>2, .. >B0?>2, ..54>@57>2, .. C4=52, .."C@8=35. 07@01>B:0 <5B>4>2 ?>;CG5=8O 8 F8D@>2>9 >1@01>B:8 @5=B35=>2A:8E 87>1@065=89. "@C4K 2->9 :>=D5@5=F88 ?> <548F8=A:>9 D878:5, "@>8F:, <09 2006 3. 4/6 = 0,8 " 122,6LVALMG CA0:>2 @BC@ ;048<8@>28G, 25.11. 1964, <=A.   70 2205-2006 33. = 24,586 N.Severijns, A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.V.Golovko, G.M.Gurevich, P.Herzog, I.S.Kraev, A.A.Lukhanin, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, Yu.G.Toporov, C.Tramm, V.N.Vyachin, D.Zakoucky, .Zotov. Angular distribution of a particles from oriented 253,254Es and 255Fm nuclei. Phys. Rev. C71 (2005) 044324.  =3.610*30/10=10.83 ..C@528G, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..5;O52, ..>30, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ..OG8=, .0:>CF:8. #3;>2K5 @0A?@545;5=8O a-G0AB8F, 8A?CA:05<KE >@85=B8@>20==K<8 O4@0<8 253Es 8 255Fm 725AB8O  (A5@. $87.) 69, ! 5 (2005) 727-731.  =0.663*45/10=2.984 G.M.Gurevich, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov , V.Golovko, P.Herzog, I.Kraev, A.A.Lukhanin, A.A.Belyaev, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, N.Severijns, Yu.G.Toporov, .V.N.Vyachin, D. Zakoucky. Angular distributions of a-particles emitted by oriented 253Es and 255Fm nuclei. Bulletin of Russian Academy of Sciences. Physics. V.69 (2005).  =1.298*30/10=3.894 G.M.Gurevich, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov , V.Golovko, P.Herzog, I.Kraev, A.A.Lukhanin, A.A.Belyaev, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, N.Severijns, Yu.G.Toporov, V.N.Vyachin, C.Tramm, D. Zakoucky, E.Zotov..Alpha- and gamma-anisotropy in the decay of oriented 254Es and its daughter nucleus 250Bk. Bulletin of Russian Academy of Sciences. Physics. V.70 (2006).  =1.298*30/10=3.894 ..C@528G, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..5;O52, ..>30, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ."@0<<, ..OG8=, .0:>CF:8. -.>B>2. #3;>20O 0=87>B@>?8O 0;LD0- 8 30<<0-87;CG5=8O 2 @0A?045 >@85=B8@>20==>3> 254Es 8 53> 4>G5@=53> O4@0 250Bk. 725AB8O  (A5@. $87.) 70, ! 2 (2006) 247-250.  =0.663*45/10=2.984 LVALB>3>: 24,586|LVAL4!>@>:8= .@89 20=>28G , 26.10.1939, =A $/ ,   70 2005-06 33.= 6.0 C1;8:0F88: 1. ...!>@>:8= 1 >4=>< A?5F80;L=>< @5H5=88 C@02=5=8O (@548=35@0 5AB=8: # 1, 13 (2005) 113-117. B>3>:   = 6,0!>;>4CE>2 .. @>4. 19.11.1935 3., 702 A5:B. $/ ,   70 2005-2006 33 = 21,25 17:2 + 17*3:4 = 21,25. C1;8:0F88: 1. .. 0A8;L52, .. @><>2, .. !>;>4CE>2. 07@57=>9 <8:@>B@>=-@5F8@:C;OB>@ A> A25@E?@>2>4OI8<8 ' @57>=0B>@0<8. B><=0O M=5@38O, 96, 6, (2004), A. 457-461.   = 6:3=2. 2. A.M.Gromov, G.V.Solodukhov, A.A.Vassiliev. Mathematical modeling of the acceleration process in race-track microtron. Proceedings of RuPAC 2004, Dubna, Russia, (2004).   = 6:3=2. 3. .. 0A8;L52, .. @><>2, .. !>;>4CE>2. @8<5=5=85 A25@E?@>2>4OI8E '-A8AB5< 2 CA:>@8B5;OE A =51>;LH>9 M=5@3859. B><=0O M=5@38O, B. 99, 4, 289-295, 2005 3.   = 6:3=2. 4. .. @><>2, .. !>;>4CE>2. #A:>@8B5;L M;5:B@>=>2 A 42C<O M=5@38O<8 4;O 8AA;54>20B5;LA:8E 8 ?@8:;04=KE F5;59. "@C4K XI 564C=0@>4=>9 :>=D5@5=F88 ?> ?@8<5=5=8N CA:>@8B5;59 70@O65==KE G0AB8F. !0=:B-5B5@1C@3, 2005 3. AB@. 30-33.   = 6:2=3. 5. A.V.Alferov, V.V.Petrenko, & A.M.Gromov, G.V.Solodukhov. Radiation-chemical mechanism of metal valence increase during radiolysis of sulphuric acid water solutions. 13 564C=0@>4=0O :>=D5@5=F8O ?> @0480F8>==>9 D878:5 8 E8<88, "><A:, 2006 3.   = 6:6=1. 6. .. @><>2, .. !>;>4CE>2. 0480F8>==K9 B5E=>;>38G5A:89 :><?;5:A / . "@C4K XI 564C=0@>4=>9 :>=D5@5=F88 ?> ?@8<5=5=8N CA:>@8B5;59 70@O65==KE G0AB8F. !0=:B-5B5@1C@3, 2005 3. AB@. 158  160.   = 6:2=3. 7. A.A.Vasiliev, A.M. Gromov, G.V.Solodukhov. Race-Track Microtron-Recirculator with Superconducting RF Cavities. Atomic Energy, 96, 6, (2005). Springer, New York.   = 6:3=2. 8. A.A.Vasiliev, A.M. Gromov, G.V.Solodukhov. Use of Superconducting RF System in Low Energy Accelerators. Atomic Energy, 99, 4, (2005) Springer, New York.   = 6:3=2. !C<<0: 17:2 + 17*3:4 = 21,25.LVAL .;5:A55=:> 8:B>@ ;048<8@>28G, 27.12.1945, A=A ;01>@0B>@88 !". C1;8:0F88 70 2005-2006 33. 0 >:;04K =0 :>=D5@5=F8OE: 1. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:> .(..C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2,  >45@=870F8O CAB0=>2:8 >25@-2  /  4/10=0.4 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 <. =04 C@>2=5< <>@O 4/7=0.6   = 1"C;C?>2 >@8A ;5:A5528G @>4.06.08.1931, A=A $/ ,   70 2005-2006 33.= 21,145 C1;8:0F88: ..>@5;8:, .."C;C?>2, ..#@8=/  1 0A8<<5B@88 C3;>2KE @0A?@545;5=89 ?@>4C:B>2 ?@O<KE+?>;C?@O<KE D>B>=59B@>==KE @50:F89 2 >1;0AB8 87>25:B>@=>3> 3830=BA:>3> :204@C?>;L=>3> @57>=0=A0 // /$ 69, AB@.622  630, 2006,  =0.467*45/3=7.005 M.L.Gorelik, B.A.Tulupov, M.H.Urin/  Asymmetry of the Angular Distributions of Products of Photoneutron Direct-Semidirect Reactions in the Region of an Isovector Giant Quadrupole Resonance // Phys.At.Nucl. 66, p.622  630, 2006,  =0.914*30/3=9.14 >:;04K: M.L.Gorelik, I.V.Safonov, B.A.Tulupov, M.H.Urin / Isovector Giant Dipole and Quadrupole Resonances and Direct +Semidirect Photonucleon Reactions // EMIN XI,  =20/4=5 B>3>:  =21.145VLVALf>;852 CA018 CE0@18528G, 31.03.1956, A=A ;01>@0B>@88 !" C1;8:0F88 2005-2006: 5.3 1. Novoseltsev, M.M. Boliev, A.V. Butkevich, S.P. Mikheev and V.B. Petkov, "A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope (BUST)", Nuclear Physics B - Proceedings Supplements, Volume 151, Issue 1, January 2006, Pages 337-340. 0.875*30/5=5.3 >:;04K =0 :>=D5@5=F8OE 2005-2006: 0.84 1. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. >;852, ..>;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 4/10=0.4 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  4/9=0.44 C:>2>4AB2> 48?;><=8:>< =10   = 16.18LVALH60??C52 0E8@ 0=8O;>28G, 05.05.1953, A=A ;01>@0B>@88 !" C1;8:0F88 2005-2006: 0.6 1. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..60??C52, ..0@?>20, .#.C46052, ..5B:>2, .. 04G5=:>2, .$./=8=, ../=:5, "!>1KB8O GLE 23-3> F8:;0 A>;=5G=>9 0:B82=>AB8 ?> 40==K< 0:A0=A:8E ;82=52KE CAB0=>2>: =4K@G8 8 >25@ 8 =>2>3> 0:A0=A:>3> =59B@>==>3> <>=8B>@0", 725AB8O , A5@. D87., 2005, B.69, ! 6, A.796-799 6/10=0.6 >:;04K =0 :>=D5@5=F8OE 2005-2006: 3.0 1. 29th International Cosmic Ray Conference (Pune, India, 2005), D.D.Dzhappuev, A.U.Kudzhaev, A.S.Lidvansky, Yu.V.Stenkin and V.B.Petkov,  Study of multi-core air showers with EAS array Carpet-2" 6/5=1.2 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:> .(..C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2,  >45@=870F8O CAB0=>2:8 >25@-2  /  4/10=0.4 3. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 <. =04 C@>2=5< <>@O , 4/7=0.6 4. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ...!B5=L:8=, ..>;G5=:>, ..60??C52, .#.C46052, ..8E09;>20,  59B@>=K 2 ( 4/5=0.8   = 3.6LVALMG0@?>2 !5@359 8:>;0528G, 06.08.1960, A=A ;01>@0B>@88 !" C1;8:0F88 2005 -2006: 37.1 1. .. !<8@=>2, .. >;G5=:>, !.. 0@?>2, .!. 8420=A:89, .. 5B:>2, .. 04G5=:>2, .. '5@=O52, .$. /=8=,  >8A: :>A<8G5A:8E 30<<0-2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 "=4K@G8"  /  , 725AB8O , A5@.D87., 2005, B.69, ! 3, A. 413-415. 6/8=0.75 2. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..0@?>20, ..8@>H=8G5=:>, ..5B:>2, .!.!B@830=>2, .$./=8=, "A?;5A:8 8=B5=A82=>AB8 <N>=>2 A M=5@3859 1>;55 200 M 2> 2@5<O A>1KB89 GLE 21-23 F8:;>2 A>;=5G=>9 0:B82=>AB8", 725AB8O , A5@. D87., 2005, B.69, ! 6, A.800-803. 6/8=0.75 3. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..60??C52, ..0@?>20, .#.C46052, ..5B:>2, .. 04G5=:>2, .$./=8=, ../=:5, "!>1KB8O GLE 23-3> F8:;0 A>;=5G=>9 0:B82=>AB8 ?> 40==K< 0:A0=A:8E ;82=52KE CAB0=>2>: =4K@G8 8 >25@ 8 =>2>3> 0:A0=A:>3> =59B@>==>3> <>=8B>@0", 725AB8O , A5@. D87., 2005, B.69, ! 6, A.796-799 6/10=0.6 4. S.N. Karpov, Z.M. Karpova, V.B. Petkov, E.V. Vashenyuk, V.G. Yanke, "New neutron monitor station in Baksan valley", International Journal of Modern Physics A, v. 20, No.29, p. 6696, 2005 1.472*30/5 = 8.8 5. .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, !.. 0@?>2, .. 5B:>2, "7<5@5=85 M=5@3>2K45;5=8O 2 AF8=B8;;OF8>==>< 45B5:B>@5 8 ?>A;58<?C;LAK $-#", "-, 2005, ! 4, A.26-33. 0.226 *45/5=2.0 6. . . !<8@=>2, .. 5B:>2, !. .0@?>2, ">8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388LVAL =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2006, B>< 32, !1, A. 3 8 1.315*45/3=19.7 7. T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment , Journal of Physics: Conference Series 39 (2006) 478 480 6/10=0.6 8. .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !..0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 45/10 = 1.0 9. -.. 0H5=N:, ... 0;018=, .. 2>7452A:89, !.. 0@?>2, 5;OB828ABA:85 A>;=5G=K5 ?@>B>=K 2 A>1KB88 20 O=20@O 2005 3. >45;L=K5 8AA;54>20=8O. // 2006, 5><03=5B87< 8 M@>=><8O, !4, ! 4, A. 1-7. 0.390*30/4=2.9 >=D5@5=F88 2005 - 2006: 8.4 1. V INTERNATIONAL CONFERENCE on NON-ACCELERATOR NEW PHYSICS (Dubna, Russia, June 20--25, 2005), T. Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment" 6/10=0.6 2. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, V.B. Petkov, S.LVALN. Karpov,  Search for TeV gamma rays from GRBs at Baksan Underground Scintillation Telescope 6/2=3 3. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, A.B.Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, V.I.Volchenko, A.F.Yanin,  Search for UHE gamma-ray short transients at Andyrchy EAS array 6/7=0.86 4. IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain), T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment 6/10=0.6 5. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  4/9=0.44 6. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. >;852, ..>;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 4/10=0.4 7. 29th International Cosmic Ray Conference (Pune, India, 2005), S.N. Karpov, Z.M. Karpova, Yu.V. Balabin and E.V. Vashenyuk,  Study of the GLE events with use of the EAS-arrays data ,  LVAL 6/4=1.5 8. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), !..0@?>2, ...0;018=, -..0H5=N:, ..8@>H=8G5=:>,  N>==K5 2A?;5A:8 =0 !" 2> 2@5<O A>1KB89 GLE: =5:>B>@K5 ?>4E>4K : 8=B5@?@5B0F88 , 4/4=1   = 45.5LVAL.C46052 ;5:A0=4@ #@CH15:>28G, 30.01.1952, =A ;01>@0B>@88 !" C1;8:0F88 2005-2006: 0.6 1. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..60??C52, ..0@?>20, .#.C46052, ..5B:>2, .. 04G5=:>2, .$./=8=, ../=:5, "!>1KB8O GLE 23-3> F8:;0 A>;=5G=>9 0:B82=>AB8 ?> 40==K< 0:A0=A:8E ;82=52KE CAB0=>2>: =4K@G8 8 >25@ 8 =>2>3> 0:A0=A:>3> =59B@>==>3> <>=8B>@0", 725AB8O , A5@. D87., 2005, B.69, ! 6, A.796-799 6/10=0.6 >:;04K =0 :>=D5@5=F8OE 2005-2006: 3.0 1. 29th International Cosmic Ray Conference (Pune, India, 2005), D.D.Dzhappuev, A.U.Kudzhaev, A.S.Lidvansky, Yu.V.Stenkin and V.B.Petkov,  Study of multi-core air showers with EAS array Carpet-2" 6/5=1.2 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:> .(..C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2,  >45@=870F8O CAB0=>2:8 >25@-2  /  4/10=0.4 3. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 <. =04 C@>2=5< <>@O , 4/7=0.6 4. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ...!B5=L:8=, ..>;G5=:>, ..60??C52, .#.C46052, ..8E09;>20,  59B@>=K 2 ( 4/5=0.8   = 3.6LVALMG5B:>2 0;5@89 >@8A>28G, 10.05.1957, 702. ;01. !" C1;8:0F88 2005 -2006: 99.7 1. .. !<8@=>2, .. >;G5=:>, !.. 0@?>2, .!. 8420=A:89, .. 5B:>2, .. 04G5=:>2, .. '5@=O52, .$. /=8=,  >8A: :>A<8G5A:8E 30<<0-2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 "=4K@G8"  /  , 725AB8O , A5@.D87., 2005, B.69, ! 3, A. 413-415. 6/8=0.75 2. .. 0:0B0=>2, .. >340=>2, ".. 8@8=0, .. >:>C;8=, .!. 8420=A:89, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, .. &O1C:, .. (0;010520, .. /H8=, "AA;54>20=85 <N>=>2 A25@E2KA>:8E M=5@389 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", 72. , A5@. D87., 2005, B. 69, ! 3, AB@. 394-396. 6/10=0.6 3. .. <5;LG0:>2, .. >340=>2, ... 8;8F:89, !.. C@6852, !.. 5=8A>2, .$. C=09F52, .. >;>1>2, .. 8=48=, .. >:>C;8=, .. ><?0=85F, .!. 8420=A:89, .. 8?052, .. 0BNH8=, ..$. >2>A5;LF52, .. 2G8==8:>2, .. 5B:>2, .. 5B@CE8=, .. @>:>?5=:>, .. K18=, .. !>;40B>2, ... !B5=L:8=, .. !KB8=, -.. /=A>=, .. /H8=, "@>5:B M:A?5@8<5=B0  !-( 4;O ?>8A:0 =>2KE D878G5A:8E ?@>F5AA>2 2 :>A<8G5A:8E ;CG0E", 725AB8O , A5@.D87., 2005, B.69, ! 3, A.391-393. 6/10=0.6 4. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..0@?>20, ..8@>H=8G5=:>, ..5B:>2, .!.!B@830=>2, .$./=8=, "A?;5A:8 8=B5=A82=>AB8 <N>=>2 A M=5@3859 1>;55 200 M 2> 2@5<O A>1KB89 GLE 21-23 F8:;>2 A>;=5G=>9 0:B82=>AB8", 725AB8O , A5@. D87., 2005, B.69, ! 6, A.800-803. 6/8=0.75 5. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..60??C52, ..0@?>20, .#.C46052, ..5B:>2, .. 04G5=:>2, .$./=8=, ../=:5, "!>1KB8O GLE 23-3> F8:;0 A>;=5G=>9 0:B82=>AB8 ?> 40==K< 0:A0=A:8E ;82=52KE CAB0=>2>: =4K@G8 8 >25@ 8 =>2>3> 0:A0=A:>3> =59B@>==>3> <>=8B>@0", 725AB8O , A5@. D87., 2005, B.69, ! 6, A.LVAL796-799 6/10=0.6 6. N.S. Khaerdinov, A.S. Lidvansky, V.B. Petkov, Cosmic rays and the electric field of thunderclouds: Evidence for acceleration of particles (runaway electrons), Atmospheric Research, 76 (2005), 346-354. 1.481*30/3=14.8 7. V.B. Petkov, "The knee of EAS size spectrum, missing component and very high energy muons", International Journal of Modern Physics A, v. 20, No.29, p. 6846, 2005 1.472*30 = 44.2 8. S.N. Karpov, Z.M. Karpova, V.B. Petkov, E.V. Vashenyuk, V.G. Yanke, "New neutron monitor station in Baksan valley", International Journal of Modern Physics A, v. 20, No.29, p. 6696, 2005 1.472*30/5 = 8.8 9. .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, !.. 0@?>2, .. 5B:>2, "7<5@5=85 M=5@3>2K45;5=8O 2 AF8=B8;;OF8>==>< 45B5:B>@5 8 ?>A;58<?C;LAK $-#", "-, 2005, ! 4, A.26-33. 0.226 *45/5=2.0 10. Yu.F. Novoseltsev, M.M. Boliev, A.V. Butkevich, S.P. Mikheev and V.B. Petkov, "A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope (BUST)", Nuclear Physics B - Proceedings Supplements, Volume 151, Issue 1, January 2006, Pages 337-340. 0.875*30/5=5.3 11. . . !<8@=>2, .. 5B:>2, !. .0@?>2, ">8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2006, B>< 32, !1, A. 3 8 1.315*45/3=19.7 12. T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. ZhaLVALng, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment , Journal of Physics: Conference Series 39 (2006) 478 480 6/10=0.6 13. .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 45/10 = 1.0 >=D5@5=F88 2005 - 2006: 26.5 1. XIII-th International School  PARTICLES AND COSMOLOGY (April 18  23, 2005, Baksan Valley, Kabardino Balkaria, Russian Federation), D.V. Smirnov, V.B. Petkov,  Search for TeV gamma rays from GRBs at Baksan Underground Scintillation Telescope . 6/2=3 2. V INTERNATIONAL CONFERENCE on NON-ACCELERATOR NEW PHYSICS (Dubna, Russia, June 20--25, 2005), T. Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment" 6/10=0.6 3. EMMA SYMPOSIUM (31.08. - 03.09.2005, Haapaj4rvi, Finland), V.B.Petkov,  Cosmic Ray Experiment at Baksan Underground Scintillation Telescope =6 4. 29th International Cosmic Ray Conference (Pune, India, 2005), D.D.Dzhappuev, A.U.Kudzhaev, A.S.Lidvansky, Yu.V.Stenkin and V.B.Petkov,  Study of multi-core air showers with EAS array Carpet-2" 6/5=1.2 5. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, V.B. Petkov, S.N. Karpov,  Search for TeV gamma rays from GRBs at Baksan Underground SLVALcintillation Telescope 6/2=3 6. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, V.I.Volchenko, A.F.Yanin,  Search for UHE gamma-ray short transients at Andyrchy EAS array 6/7=0.86 7. 29th International Cosmic Ray Conference (Pune, India, 2005), V.A. Kozyarivsky, A.S. Lidvansky, V.B. Petkov, T.I. Tulupova, "Mean Diurnal Variations of Cosmic Ray Intensity as Measured by the Baksan Surface and Underground Detectors" 6/4=1.5 8. IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain), V.B. Petkov, J. Szabelski, D.V. Smirnov,  Muon groups and primary composition around the knee 6/3=2 9. IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain), T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment 6/10=0.6 10. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  4/9=0.44 11. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. >;852, ..>;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2LVAL>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 4/10=0.4 12. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:> .(..C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2,  >45@=870F8O CAB0=>2:8 >25@-2  /  4/10=0.4 13. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. 5B:>2, /. (015;LA:8, .. >2>A5;LF520, .. !<8@=>2,  @C??K <N>=>2 1>;LH>9 :@0B=>AB8 8 <0AA>2K9 A>AB02  2 >1;0AB8 87;><0 4/4=1 14. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. 5B:>2,   2>7<>6=>AB8 87CG5=8O D;C:BC0F89 <=>65AB25==>AB8 2 3@C??0E <N>=>2 =4 15. XIV International Symposium on Very High Energy Cosmic Ray Interactions (Weihai, China, August 15-22, 2006), V.B. Petkov, J. Szabelski, D.V. Smirnov, R.V. Novoseltseva,  High energy muon number spectrum detected at Baksan Underground Scintillation Telescope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nternational Symposium on Very High Energy Cosmic Ray Interactions (Weihai, China, August 15-22, 2006), V.B. Petkov, J. Szabelski, D.V. Smirnov, R.V. Novoseltseva,  High energy muon number spectrum detected at Baksan Underground Scintillation Telescope 6/4=1.5 =48284C0;L=K9   = 3.5LVALMG!<8@=>2 <8B@89 ;048<8@>28G, 17.08.1972, =A ;01>@0B>@88 !" C1;8:0F88 2005 -2006: 21.5 1. .. !<8@=>2, .. >;G5=:>, !.. 0@?>2, .!. 8420=A:89, .. 5B:>2, .. 04G5=:>2, .. '5@=O52, .$. /=8=,  >8A: :>A<8G5A:8E 30<<0-2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 "=4K@G8"  /  , 725AB8O , A5@.D87., 2005, B.69, ! 3, A. 413-415. 6/8=0.75 2. . . !<8@=>2, .. 5B:>2, !. .0@?>2, ">8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2006, B>< 32, !1, A. 3 8 1.315*45/3=19.7 3. .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 45/10 = 1.0 >=D5@5=F88 2005 - 2006: 12.2 1. XIII-th International School  PARTICLES AND COSMOLOGY (April 18  23, 2005, Baksan Valley, Kabardino Balkaria, Russian Federation), D.V. Smirnov, V.B. Petkov,  Search for TeV gamma rays from GRBs at Baksan Underground Scintillation Telescope . 6/2=3 2. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, V.B. Petkov, S.N. Karpov,  Search for TeV gamma rays from GRBs at Baksan Underground Scintillation Telescope 6/2=3 3. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, V.I.Volchenko, A.F.Yanin,  Search for UHE gamma-ray short transients at Andyrchy EAS array 6/7=0.86 4. IX International Conference on Topics in Astroparticle and LVALUnderground Physics (September 10-14 2005, Zaragoza, Spain), V.B. Petkov, J. Szabelski, D.V. Smirnov,  Muon groups and primary composition around the knee 6/3=2 5. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  4/9=0.44 6. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:> .(..C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2,  >45@=870F8O CAB0=>2:8 >25@-2  /  4/10=0.4 7. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. 5B:>2, /. (015;LA:8, .. >2>A5;LF520, .. !<8@=>2,  @C??K <N>=>2 1>;LH>9 :@0B=>AB8 8 <0AA>2K9 A>AB02  2 >1;0AB8 87;><0 4/4=1 8. XIV International Symposium on Very High Energy Cosmic Ray Interactions (Weihai, China, August 15-22, 2006), V.B. Petkov, J. Szabelski, D.V. Smirnov, R.V. Novoseltseva,  High energy muon number spectrum detected at Baksan Underground Scintillation Telescope 6/4=1.5   = 33.7LVAL!B@830=>2 5B@ !5<5=>28G, 22.09.1951, =A ;01>@0B>@88 !" C1;8:0F88 2005-2006: 6.4 1. !. . 0@?>2, -. . 0H5=N:, . . >;G5=:>, . . 0@?>20, . . 8@>H=8G5=:>, . . 5B:>2, . !. !B@830=>2, . $. /=8=,  A?;5A:8 8=B5=A82=>AB8 <N>=>2 A M=5@3859 1>;55 200 - 2> 2@5<O A>1KB89 GLE 21-23 F8:;>2 A>;=5G=>9 0:B82=>AB8 , 725AB8O . !5@8O D878G5A:0O, 2005,B>< 69, ! 6, A. 800-803. 6/8=0.75 2. /=8= .$., 70?0@>20 ., !B@830=>2 .!.,  40?B5@ A2O78 <564C :>=B@>;;5@>< ##-01 8 H8=>9 ISA , "- !5, 2006, A.160-161. 0.373 * 45/3 = 5.6 >:;04K =0 :>=D5@5=F8OE 2005-2006: 0.84 1. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. >;852, ..>;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 4/10=0.4 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  4/9=0.44   = 7.2LVALMG>;G5=:> ;048<8@ 20=>28G, 09.03.1952, =A ;01>@0B>@88 !" C1;8:0F88 2005-2006: 10.2 1. ..>;G5=:>, ..>;G5=:>. >30@8D<8G5A:85 ?@5>1@07>20B5;8 0<?;8BC4K 2 4;8B5;L=>ABL. "-. 2005, !2. A.78-87. 0.226*45/2=5.1 2. ..>;G5=:>,..>;G5=:>, ..70?0@>20, !..0@?>2, ..5B:>2, .$./=8=. 7<5@5=85 M=5@3>2K45;5=8O 2 AF8=B8;;OF8>==>< 45B5:B>@5 8 ?>A;58<?C;LAK D.M.C. "-, 2005, !4. A.26-33 0.226 *45/5=2.0 3. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..0@?>20, ..8@>H=8G5=:>, ..5B:>2, .!.!B@830=>2, .$./=8=. A?;5A:8 8=B5=A82=>AB8 <N>=>2 A M=5@3859 1>;55 200M 2> 2@5<O A>1KB89 GLE 21-23 F8:;>2 A>;=5G=>9 0:B82=>AB8. 725AB8O , !5@8O $878G5A:0O, B.69, !6, A.800-803 2005 3>4. 6/8=0.75 4. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..60??C52, ..0@?>20, .#.C46052,..5B:>2, .. 04G5=:>2, .$./=8=, ../=:5. !>1KB8O GLE 23F8:;0 A>;=5G=>9 0:B82=>AB8 ?> 40==K< 0:A0=A:8E ;82=52KE CAB0=>2>: =4K@G8 8 >25@ 8 =>2>3> 0:A0=A:>3> =59B@>==>3> <>=8B>@0. 725AB8O , !5@8O $878G5A:0O , B.69, !6, A.796-799, 20053>40. 6/10=0.6 5. ..!<8@=>2, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, .. 04G5=:>2, ..'5@=O52, .$./=8=, >8A: :>A<8G5A:8E 30<<0-2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 =4K@G8  / , 725AB8O , A5@. D87., 2005. , B.69, ! 3, A. 413-415. 6/8=0.75 6. .. 5B:>2, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..70?0@>20, !..0@?>2, ..>7O@82A:89, .. C@5=O, ..!<8@=>2, .$./=8=. #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59. "-, 2006, AB@. 50-62. 0.226 * 45/10 = 1.0 >=D5@5=F88 2005 - 2006: 2.1 1. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, V.I.Volchenko, A.F.Yanin,  @LVALPSearch for UHE gamma-ray short transients at Andyrchy EAS array 6/7=0.86 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  4/9=0.44 3. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. >;852, ..>;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 4/10=0.4 4. 12. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:> .(..C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2,  >45@=870F8O CAB0=>2:8 >25@-2  /  4/10=0.4   = 12.3LVALMG/=8= ;5:A59 $54>@>28G, 07.05.1950, =A ;01>@0B>@88 !" C1;8:0F88 2005-2006: 13.9 1. >;G5=:> .., >;G5=:> .., 70?0@>20 .., 0@?>2 !.., 5B:>2 .., /=8= .$. 7<5@5=85 M=5@3>2K45;5=8O 2 AF8=B8;;OF8>==>< 45B5:B>@5 8 ?>A;58<?C;LAK D.M.C. "-, !4, A.17 , 2005 3. 0.226* 45/6 = 1.7 2. !<8@=>2 .., >;G5=:> .., 0@?>2 !.., 8420=A:89 .!., 5B:>2 .., 04G5=:>2 .., '5@=O52 .., /=8= .$. >8A: :>A<8G5A:8E 30<<0-2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 "=4K@G8"  / , 725AB8O , A5@.D87., 2005, B.69, ! 3, A. 413-415. 6/8=0.75 3. 0@?>2 !.., 0H5=N: -.., >;G5=:> .., 0@?>20 .., 8@>H=8G5=:> .., ..5B:>2, !B@830=>2 .!., /=8= .$. "A?;5A:8 8=B5=A82=>AB8 <N>=>2 A M=5@3859 1>;55 200 M 2> 2@5<O A>1KB89 GLE 21-23 F8:;>2 A>;=5G=>9 0:B82=>AB8". 725AB8O , A5@. D87., 2005, B.69, ! 6, A.800-803. 6/8=0.75 4. 0@?>2 !.., 0H5=N: -.., >;G5=:> ..,.60??C52 ., 0@?>20 .., C46052 .#., 5B:>2 .., 04G5=:>2 .., /=8= .$., /=:5 .. !>1KB8O GLE 23 F8:;0 A>;=5G=>9 0:B82=>AB8 ?> 40==K< 0:A0=A:8E ;82=52KE CAB0=>2>: =4K@G8 8 >25@ 8 =>2>3> 0:A0=A:>3> =59B@>==>3> <>=8B>@0. 725AB8O , !5@8O $878G5A:0O , 2005, B.69, !6, A.796-799. 6/10=0.6 5. T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment , Journal of Physics: Conference Series 39 (2006) 478 480 6/10=0.6 6. /=8= .$., 70?0@>20 . . 5=5@0B>@K =0=>A5:C=LVAL4=KE 8=B5@20;>2.  M.: "- !3, 2006, A. 91-95. 0.226 * 45/2 = 5.1 7. /=8= .$., 70?0@>20 ., !B@830=>2 .!. 40?B5@ A2O78 <564C :>=B@>;;5@>< ##-01 8 H8=>9 ISA.  .: "- !5, 2006, A.160-161. 0.226 * 45/3 = 3.4 8. .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 45/10 = 1. >=D5@5=F88 2005 - 2006: 2.9 1. V INTERNATIONAL CONFERENCE on NON-ACCELERATOR NEW PHYSICS (Dubna, Russia, June 20--25, 2005), T. Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment" 6/10=0.6 2. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, V.I.Volchenko, A.F.Yanin,  Search for UHE gamma-ray short transients at Andyrchy EAS array 6/7=0.86 3. IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain), T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment $ LVAL4 6/10=0.6 4. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  4/9=0.44 5. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. >;852, ..>;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 4/10=0.4   = 16.8LVALMG>2>A5;LF52 .@89 $54>@>28G, 20.09.1950, A=A ;01>@0B>@88 !" C1;8:0F88 2005 -2006. 52.2 1. .. <5;LG0:>2, .. >340=>2, ..., ..$. >2>A5;LF52, .. 5B:>2, .. 5B@CE8=, ... "@>5:B M:A?5@8<5=B0  ! - ( 4;O ?>8A:0 =>2KE D878G5A:8E ?@>F5AA>2 2 :>A<8G5A:8E ;CG0E." 725AB8O , A5@. D878G., B. 69, 2K?.3, A.391-393, 2005 6/10=0.6 2. .. 0:0B0=>2, .. >340=>2, ".. 8@8=0, .. >:>C;8=, .!. 8420=A:89, ..$.>2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, .. &O1C:, .. (0;010520, .. /H8=. "AA;54>20=85 <N>=>2 A25@E2KA>:8E M=5@389 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0." 725AB8O , A5@. D878G., B. 69, 2K?.3, A.394-396, 2005 6/10=0.6 3. Yu.F. Novoseltsev, G.M. Vereshkov. "Estimation of charm production cross section in diffractive hadronic interactions at high energies $\sqrt s >$ 1.8 TeV". Nuclear Physics B, (Proc.Suppl) v. 151, p. 209-212, 2006 0.875*30/2=13.1 4. Yu.F. Novoseltsev, M.M. Boliev, A.V. Butkevich, S.P. Mikheev, V.B. Petkov. "A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope (BUST)" Nuclear Physics B, (Proc.Suppl) v. 151, p. 337-340, 2006 0.875*30/5=5.3 5. Yu.F. Novoseltsev, G.M. Vereshkov. "On the total charm production cross section in hadronic interactions at high energies $\sqrt s > 1.8 \TeV$" J. Phys. G: Nucl. Part. Phys. v.32, p.915-924, 2006 2.173*30/2=32.6 >=D5@5=F88 2005 - 2006: 2.4 1. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..$.>2>A5;LF52, .. 5@5H:>2. " ?>;=>< A5G5=88 @>645=8O @>645=8O c-:20@:0 2 04@>==KE 2708<>459AB28OE ?@8 2KA>:8E M=5@38OE $\sqrt (s) > 1 "M$" 4/2=2 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20,  LVAL 2006), .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(.C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$. /=8= ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 20063." 4/10=0.4 C:>2>4AB2> 48?;><=8:0<8: 1*10=10 =48284C0;L=K9   = 64.6LVALMG8E552 !B0=8A;02 02;>28G @>4. 11.10.1940, 3;.=.A. -,   70 2005-2006 3.3. C1;8:0F88: 1. V.Aynutdinov et al./"Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope"//Astropart. Phys. 25, (2006) 140-1506.  =4.047*30*0.1=12.141 2. V.Aynutdinov et al./"BAIKAL experiment: Main results obtained with the neutrino telescope NT200"//NIM A567 (2006) 423-427.  =1.224*30*0.1=3.672 3. V.Aynutdinov et al./"The BAIKAL neutrino experiment: from NT200 to NT200+",//NIM A567 (2006) 433-437.  =1.224*30*0.1=3.672 4. V.Aynutdinov et al./"Status and new results from the BAIKAL detector"//J.Phys.Conf.Ser., 39 (2006) 441-443.  =6*0.1=0.6 5. V.Aynutdinov et al./"A device for detection of acoustic signals from super high energy neutrinos"//Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.1=4.416 6. V.Aynutdinov et al./"High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos"// Int.J.Mod.Phys. A21 Supp.01 (2006) 117-121.  =1.472*30*0.1=4.416 7. V.Aynutdinov et al./"The BAIKAL neutrino telescope"///4. $87., 69, 11 (2006) 1-8.  =0.914*45*0.1=4.113 8. V.Aynutdinov et al./"The BAIKAL neutrino telescope"//Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.  =6*0.1=0.6 9. .9=CB48=>2 8 4@./"KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;"//:CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =6*0.1=0.6 10. V.Aynutdinov "The Baikal Neutrino Telescope: From NT200 to NT200+"//Czech.J.Phys.56:A349-A360,2006.  =0.36*30*0.1=1.08 11. K2K Collaboration (M.H.Ahn et al.)/"Measurement of Neutrino Oscillation by the K2K Experiment"//Phys.Rev. D74 (2006) 072003.  =4.852*30*0.1=14.56 12. K2K Collaboration(R.Gran et al.)/"Measurement of the quasi-elastic axial vector mass in neutrino-oxygen interactions"//Phys.Rev.D74 (2006) 052002.  =4.852*3LVAL0*0.1=14.56 13. 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(091>=>2 .. 2 =0AB>OI55 2@5<O - 0A?8@0=B $, =0CG=K9 @C:>2>48B5;L  C1A0=4>@6852 .. 101=10 33. C:>2>4AB2> 48?;><=8:><: >;5IC: ><0= ;048<8@>28G. 038AB5@A:0O 48AA5@B0F8O:  AA;54>20=85 ?>A;58<?C;LA>2 2 20:CC<=KE D>B>45B5:B>@0E . 09 2005 3. $". >;5IC: ><0= ;048<8@>28G 2 =0AB>OI55 2@5<O - 0A?8@0=B / , =0CG=K9 @C:>2>48B5;L  C1A0=4>@6852 .. 101=10 34. C:>2>4AB2> A>8A:0B5;5<, 70I8B82H8< :0=4840BA:CN 48AA5@B0F8N. 0A8;L52 ><0= 0;5@L528G. 8AA5@B0F8O  ">G=>ABL 2@5<5==KE 87<5@5=89 A 20:CC<=K<8 D>B>45B5:B>@0<8 2 M:A?5@8<5=B0E 2 D878:5 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:5 >A:20 / , 8N=L 20053. 301=30 35. C:>2>4AB2> A>8A:0B5;5<, 70I8B82H8< :0=4840BA:CN 48AA5@B0F8N. OBG8= 235=89 -4C0@4>28G  0=>A5:C=4=K5 8AB>G=8:8 A25B0 4;O AF8=B8;;OF8>==KE 8 G5@5=:>2A:8E 45B5:B>@>2 >A:20 / , N=L 2006 3. 301=30 A53>:   = 370,566LVALMG9=CB48=>2 ;048<8@ 0@0B>28G,@>4.21.01.1960, A=A -,  70200520063. 3. 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(A5@8O D87.)B.71,2K?.4,(2007).  =6*0.1=0.6 13)V.Aynutdinovetal.,"TheBAIKALneutrinotelescoperesultsand plans" Int.J.Mod.Phys.A20(2005)69326936.  =1.472*30*0.1=4.416 14)V.Aynutdinovetal.,"TheBaikalneutrinotelescope:Resultsand prospects"Nucl.Phys.(proc.Suppl.)B138(2005)175.  =0.875*30*0.1=2.625 15)V.Aynutdinovetal.,"TheBAIKALneutrinoproject:status,resultsand perspectives",Nucl.Phys.(Proc.Suppl.)B143(2005)335342.  =0.875*30*0.1=2.625 16).9=CB48=>2 8 4@.,">8A: =59B@8=> 2KA>:8E M=5@389 2 M:A?5@8<5=B0E =0 09:0;LA:>< =59B@8==>< B5;5A:>?5"72. (A5@.D87.)B.69,=><.3(2005) 410.  =6*0.1=0.6 17).9=CB48=>2 8 4@.,"3@0=8G5=85 =0 ?>B>: <N>=>2 2KA>:8E M=5@389 ?> 40==K< 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "200" 72. 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Abe, M.Aoki, Y.Asano,..., N.Yershov), Apr 1, 2006. 34pp. Phys.Rev.D73:072005,2006,   = 4.852*30/10 = 14.556 MEASUREMENT OF THE QUASI-ELASTIC AXIAL VECTOR MASS IN NEUTRINO-OXYGEN INTERACTIONS. By K2K Collaboration (M.H. Ahn, E. Aliu, S. Andringa,..., N.Yershov). Mar 2006. 14pp. Phys.Rev.D74:052002,2006,   = 4.852*30/10 = 14.556 MULTI-PIXEL GEIGER-MODE AVALANCHE PHOTODIODES WITH HIGH QUANTUM EFFICIENCY AND LOW EXCESS NOISE FACTOR E. Guschin, M. Khabibullin, Y. Kudenko, A. Kuznetsov, O. Mineev, Y. Musienko, S. Reucroft, J. Swain, N. Yershov and M. Vlasov Nucl.Instrum.Meth.A567:250-254,2006,  =1.224*30/10=3.672 AN IMPROVED SEARCH FOR NU(MU) ---> NU(E) OSCILLATION IN A LONG-BASELINE ACCELERATOR EXPERIMENT. By K2K Collaboration (M.H. Ahn, E. Aliu, S. Andringa,..., N.Yershov). Mar 2006. 5pp. Phys.Rev.Lett.96:181801,2006 ,  =7.489*30/10 = 22.467 UPPER LIMIT ON THE BRANCHING RATIO FOR THE DECAY PI0 ---> NU ANTI-NU. By E949 Collaboration (A.V. Artamonov, B. Bassalleck, B. Bhuyan, ..., N.V. 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Oreshko,  The upper limit to the EHE neutrino flux from the observation of the Moon , International ARENA Workshop on Acoustic and Radio EeV Neutrino Detection Activities, 17-19 May, Zeuthen, Germany (2005)..  =6:4=1,5 D.Besson, A. Butkevich, L. Dedenko, A. Provorov and I. Zheleznykh,  Calculations of radio signals produced by ultra-high and extremely high energy neutrino induced cascades in Antarctic ice , poster report, ICHEP 2006, July 26  August 2, Moscow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urentsov, GERDA Collaboration Nucl. Phys. Proc. Suppl. 145:242-245, 2005,  =1,472*30/10=4,416 2. V. Gurentsov, GERDA 1 THE GERMANIUM DETECTOR ARRAY (GERDA) FOR THE SEARCH OF NEUTRINOLESS BETA BETA DECAYS OF GE-76 AT LNGS. accepted for publication NIM B,  =1.181*30/10=3,543 @C:>2>4AB2> 48?;><=8:0<8  =10 B>3> 17,959@>2>@>2 ;5:A59 5>=84>28G, 12.09.1962, =A, >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88: D.Besson, A. Butkevich, L. Dedenko, A. Provorov and I. Zheleznykh,  Calculations of radio signals produced by ultra-high and extremely high energy neutrino induced cascades in Antarctic ice , poster report, ICHEP 2006, July 26  August 2, Moscow  =6:5=1,28@>=>28G ==0 ;5:A0=4@>2=0, 24.03.1964, <=A, >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88: L.G. Dedenko, A.A. Mironovich, I.M. Zheleznykh,  Hybrid scheme of simulation of electron-photon and electron-hadron cascades in dense medium at ultra-high energies , Proceedings of the International ARENA Workshop on Acoustic and Radio EeV Neutrino Detection Activities, 17-19 May, Zeuthen, Germany (2005).  =6:3=2LVALMG0@010=>2 3>@L ><0=>28G, 26.11.1939, A=A -,   70 2005-2006 33 1. 0@010=>2 . , 57@C:>2 ., 0=8;>2 ., 8 0:@8 , 0BB04>@8 , >AB8:>20 ., @K;>2 ..!, 5AB5@>20 ., >28:>20 ./, &820475 .., /=>28G .,  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O =87:>M=5@35B8G5A:8E 0=B8=59B@8=>. 1.AA;54>20=85 M:AB@0:F88 304>;8=8O :0@1>=>2K<8 :8A;>B0<8" , " 048>E8<8O", ?@8=OB0 : ?5G0B8  =0,237*45/10=1,067 2. I. Barabanov, S. Beloguriv, L. Bezrukov, A. Denisov, V. Kornoukhov, N. Sobolevsky "Cosmogenig activation of germanium and its reduction for low background experiments" NIM B, 251(2006), 115-120.  =1,181*30/6=5,905 3. (C18= .., 8;52 .., >=>=>2 .., 8AL:>2 .., 8:8B8=0 .., !:>@K=8= .., 0@010=>2 . ., 57@C:>2 .., 5=8A>2 .., !>1>;52A:89 .. , 5;>3C@>2 !.., >@=>CE>2 .., ;LB<0= ., 0;425;; . ">2K5 B@51>20=8O : >1>30I5==K< 87>B>?0< 4;O M:A?5@8<5=B>2 ?> 87CG5=8N 157=59B@8==>3> 42>9=>3> 15B0 @0A?040" B><=0O -=5@38O, B.101, 2K? 2, 135-139, 2006 3.  =0,336*45/10=1,512 4. AA;54>20=85 M:AB@0:F88 8=48O :0@1>=>2K<8 :8A;>B0<8 A F5;LN A>740=8O AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=>3> =59B@8=> (4;O M:A?5@8<5=B0 LENS-A?5:B@>A:>?8O =87:>M=5@35B8G5A:8E =59B@8=>). 0=8;>2 .. @K;>2 ..!. >@?CA>2 .. >AB8:>20 .. 0@010=>2 . . 57@C:>2 .. .. /=>28G, ./. >28:>20 048>E8<8O..2005. B.47, N 5, A. 451-457.  =0,237*45/10=1,067 5.  THE GERMANIUM DETECTOR ARRAY (GERDA) FOR THE SEARCH OF NEUTRINOLESS BETA BETA DECAYS OF GE-76 AT LNGS . I. Barabanov, GERDA Collaboration Nucl. Phys. Proc. Suppl. 145:242-245, 2005,  =1,472*30/10=4,416 6. I. Barabanov, Soyfer V, Goryachev V., Yanovich E. Andreev D.  Metodology and techniques of early detection anomalies 85Kr and 3H in near bottom layer of seawater by water inifitration in spent nuclear fuel in dumpsites of the ship and submarine reactors. Radioprotection, Suppl. 1, v. 40, p.S669-S675., 2005  =6/5=1,2 7. 0@010=>2 .  !>9D5@ .., >@: LVALJ OG52 ., /=>28G . . =4@552 . .  "@8B89 8 :@8?B>=-85 2 2>40E 70?04=>9 @:B8:8 (8E <5AB> 2 87CG5=88 A>AB>O=8O >B@01>B02H53> O45@=>3> B>?;820 2 7>=0E 40<?8=30 8 020@89) , 5B5>@>;>38O 8 384@>;>38O, 2006, 4, 59-69.  =0,678*30/5=4,068 8. I. Barabanov, GERDA 1 THE GERMANIUM DETECTOR ARRAY (GERDA) FOR THE SEARCH OF NEUTRINOLESS BETA BETA DECAYS OF GE-76 AT LNGS. accepted for publication NIM B,  =1.181*30/10=3,543 @C:>2>4AB2> 48?;><=8:0<8  =10 B>3> 32,85'-RM H C > 9 4 z#ud _ZUPK)\[A7@?*@HHHH<߿ŠfB7@?MGHHHH<߿BpC7@?@HHHH<߿N ffC7@?h@HHHH<߿B7@?"@HHHH<߿B7@?MGHHHH<߿3B7@? @HHHH<߿= BB7@?MGHHHH<߿u{B7@?DMMGHHHH<߿@7@?@HHHH<߿~)0A7@?Z@HHHH<߿}+33MB7@?@HHHH<߿|/33A7@?@HHHH<߿{4A7@?@HHHH<߿zDA7@?@HHHH<߿y@7@?@HHHH<߿xA7@?4@HHHH<߿wA7@? @HHHH<߿v(ffAA7@?j @HHHH<߿u1AA7@?@ @TTTH<t;33sA7@? @HHHH<߿s'A7@?@HHHH<߿r*33 B7@?0@HHHH<߿q, A7@?@HHHH<߿p0ffBTB7@?d@,@oTTTH<o5I?7@?@HHHH<߿nc/C7@?b*MGHHHH<߿m)z$A7@?z@HHHH<߿lz$A7@?n@HHHH<߿kz$A7@?z@HHHH<߿j^q=A7@?&@HHHH<߿iW3C7@?MGHHHH<߿hS ʊA7@?.@HHHH<߿g[YZC7@?@MGHHHH<߿f33@7@?@HHHH<߿e>B7@? @HHHH<߿dq=A7@?MGHHHH<߿c@7@?@HHHH<߿b+B7@?LMGHHHH<߿a B7@?CMGHHHH<߿`NC7@?!MGHHHH<߿_JոB7@?*!MGHHHH<߿^R9xB7@?4AMGHHHH<߿]OA7@?$@HHHH<߿\?33B7@?MGHHHH<߿LVALMG4(. 9"( 1#'. 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Published in Nucl.Phys.A749:150-159,2005.  =1.95*30*0.1 = 5.85 6) Transverse momentum dependence of charmonium suppression in Pb - Pb collisions at the CERN SPS. By NA50 Collaboration (B. Alessandro et al. (70 G5;)). . Published in Nucl.Phys.A749:243-250,2005.  =1.95*30*0.1 = 5.85 7) Dilepton analysis in the HADES spectrometer for C + C at 2-A-GeV. J. Bielcik et al. (99 G5;) 2005. Published in J.Phys.G31:S231-S237,2005.  =2.173*30*0.1 = 6.519 8) Dilepton analysis in the HADES spectrometer for C-12 + C-12 at 2-A-GeV. By HADES Collaboration (J. Otwinowski et al .).(100 G5;) 2005. 4pp. Published in Int.J.Mod.Phys.A20:602-605,2005.  =1.472*30*0.1 = 4.416 9) Di-electron measurements in C + C reactions at 2-GeV-A with HADES. T. Eberl et al.(99 G5;) Published in Nucl.Phys.A752:433-438,2005.  =1.95*30*0.1LVAL = 5.85 10) Charged particle multiplicity in Pb - Pb collisions from the NA50 experiment. By NA50 Collaboration (F. Prino et al.(90G5;)). Published in J.Phys.Conf.Ser.5:86-96,2005.  = 6*0.1 =0.6 11) J/psi production and suppression at SPS energies. By NA50 Collaboration (P. Cortese et al.(71) G5;)). Published in J.Phys.G31:S809-S816,2005.  =2.173*30*0.1 = 6.519 12) Status of the HMPID CsI-RICH project for ALICE at the CERN/LHC. A. Di Mauro et al. (23 G5;) Published in IEEE Trans.Nucl.Sci.52:972-979,2005.  =1.259*30*0.1 = 3.777 13) The J/psi normal nuclear absorption. G. Borges et al. (70 G5;) 2005. Published in Eur.Phys.J.C43:161-165,2005.  =3.209*30*0.1 =9.627 14) ALICE T0 detector. M. Bondila et al. (20 G5;). Published in IEEE Trans.Nucl.Sci.52:1705-1711,2005.  =1.259*30*0.1 = 3.777 15) A New measurement of J/psi suppression in Pb-Pb collisions at 158-GeV per nucleon. By NA50 Collaboration (B. Alessandro et al. (74) G5;. Published in Eur.Phys.J.C39:335-345,2005.  =3.209*30*0.1 =9.627 16) J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV. 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Labbeled Compounds and Pharmaceuticals, 2006.  =0.829*30/4=6.2175 5.7. 8< >=LVAL N, !..>;:>20, ..C1>20O, ..1@0<>2, ..C9:>2. K45;5=85 >;>20 87 AC@L<O=KE <8H5=59. V @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2006, 23-27 >:BO1@O 2006, C1=0, "578AK 4>:;04>2, A. 337. 5.8. ..C9:>2. @>872>4AB2> <548F8=A:8E @048>=C:;84>2 =0 1075 ;8=59=>3> CA:>@8B5;O =AB8BCB0 O45@=KE 8AA;54>20=89 : AB0BCA 8 ?5@A?5:B82K. OB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88. V @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2006, 23-27 >:BO1@O 2006, C1=0, "578AK 4>:;04>2, A.316. 5.9. .. 5;5A52, .. 5@0A:8=, .. >;C152, .. C9:>2, !.. 04>@>6=K9, .. 20=>2, .. 070G5=:>, .. >E0=N:, .. 8E>284, .. >10H52, .. >78:, .. 0@DQ=>2, .. !:0AK@A:0O, .. "8B>2, .. #A0=>2. AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> ""@>8F: =N-<0AA". @5?@8=B / , ! 1174/2006, ., 2006. 5.10. ..@0=>2, ..(BC:>2A:89, ..>AB>20, ..09F52, !..(8B8:, ..C9:>2, .. 'C40:>2, .."NB8=. !>740=85 8 ?>43>B>2:0 : ?@>872>4AB2C @048>E8<8G5A:>3> 35=5@0B>@0 @C1848O-82 E;>@840 (! -01)  @048>D0@<?@5?0@0B0 4;O ?>78B@>==>-M<8AA8>==>9 B><>3@0D88, 0B5@80;K =0CG=>9 :>=D5@5=F88 >2K5 B5E=>;>388 2 O45@=>9 <548F8=5, !0=:B-5B5@1C@3, 12-13 >:BO1@O 2006 3., :>=D5@5=F88, $# &  , !0=:B-5B5@1C@3, A.82-83, 2006. 5.11. ..C9:>2, ..'C40:>2, ..@8;>2, .."NB8=, >AB5==8:>2, .. K6:>20, 6.8=A5=B. >AA89A:89 35=5@0B>@ AB@>=F89-82/@C18489-82. II "@>8F:0O :>=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5, : ;L<0=0E :;8=8G5A:>9 <548F8=K. B. 12, >A:>2A:89 >1;0AB=>9 =0CG=>-8AA;54>20B5;LA:89 8=AB8BCB 8<. .$.;048<8@A:>3>, ., 2006, A. 79.   ?> ?C1;8:0F8O<: 42.5535 6. !?8A>: ?0B5=B>2 70 2005 -2006 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  . (10 ?0B5=B0 =5 O2;ONBAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  ) 6.1. .. 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as chemical approach in radiochemistry and analytical chemistry. 2. Chemical approach in superheavy element research. 3. Gas chemistry of actinides. 4. Production of radionuclides in Russia. 5. Target stability and targetry investigations at intermediate energy. 6. 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stling, T. Armbrust, M. Steidl, S. Zadorozhny (total 4)  A large, 64-pixel PIN-diode detector for low-energy beta-electrons . Nuclear Instruments and Methods in Physics Research Section A, Volume 568, Issue 1, 30 November 2006, Pages 382-387.  = 1.224*30/4=9.18 @5?@8=BK: J. Angrik et al. (total 101)  KATRIN Design Report 2004 . NPI ASCR Xe~ EXP 01/2005, Jan. 2005, 245 pages.  = 6*0.1=0.6 . . 5;5A52 8 4@. (2A53> 14). AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> "@>8F: =N-<0AA , @5?@8=B /  ! /-1174/2006, >A:20, 2006 3., 24 AB@. >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 85 564C=0@>4=>5 @01>G55 A>25I0=85 ?> ?@>5:BC " , N=AB5@, 5@<0=8O, 21-23 <0@B0 2005  A5:F8>==K9 4>:;04 > A>740=88 :0;81@>2>G=>3> 8AB>G=8:0 M;5:B@>=>2 4;O ?@>25@:8 45B5:B>@>2 CAB0=>2:8 " .  = 6 105 564C=0@>4=>5 @01>G55 A>25I0=85 ?> ?@>5:BC " , 04 815=F5;L, 5@<0=8O, 6-8 <0@B0 2006 3.  ?;5=0@=K9 4>:;04 > B5:CI5< A>AB>O=88 @5:>=AB@C8@C5<>3> A?5:B@><5B@0 CAB0=>2:8 "@>8F: =N-<0AA.  =6 115 564C=0@>4=>5 @01>G55 A>25I0=85 ?> ?@>5:BC " , 0@;A@CM, 5@<0=8O, 25-27 A5=BO1@O 2006 3.  ?;5=0@=K9 4>:;04 > B5:CI5< A>AB>O=88 <>45@=870F88 CAB0=>2:8 "@>8F: =N-<0AA.  =6 B>3>2K9   =27.78LVAL 8G=K9 =0CG=K9 >BG5B 70 ?5@8>4 2005-2006 A.=.A. -$ / 20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 SPIRES-HEP (6C@=0;L=K5 ?C1;8:0F88) G8A;> @01>B 2 1075 (>?C1;8:>20==KE) 22 G8A;> 8E F8B8@>20=89 244 G8A;> F8B8@>20=89 =0 >4=C @01>BC 11 C1;8:0F88 2 2005-2006 3>40E:  @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Phys.Rev.D73:072005 ,2006 -30 02B>@>2;  =4.852*30/10 = 14.556 2. Phys.Lett.B633:190-194,2006 -19 02B>@>2;  =5.301*30/10 = 15.903 3. Eur.Phys.J.C46:61-67,2006  17 02B>@>2.  =3.209*30/10 = 9.627 4. Acta Phys.Polon.B37:139-152,2006 - 130 02B>@>2;  =0.807*30/10 = 2.421 > 6C@=0;0<:  =42.507 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1.  NA49-future spectator calorimeters, simulation and possible design , NA49-future collaboration meeting, May 23-24, 2005, CERN, Switzerland.  =6 2.  Projectile Spectator Detector (PSD) , 6-th Collaboration Meeting of CBM experiment at Fair, September 7-10, 2005, Piaski, Poland.  =6 3.  Status of Projectile Spectator Detector , 7-th Collaboration Meeting of CBM experiment at Fair, February 28-March 3, 2006, Darmstadt, Germany.  =6 4.  Projectile Spectator Detector (R&D on first module prototype) , 8-th CBM Collaboration Meeting IPHC , September 20-22, 2006, Strasbourg, France.  =6 > :>=D5@5=F8O<:  =24 B>3>2K9   = 66.507LVALT &1. $: 0@?5G52 235=89 ;048<8@>28G 2. >4 @>645=8O: 1979 3. 0B0 70I8BK 48AA5@B0F88: 70I8B0 48?;><0 2 2002 3>4C 4. >;6=>ABL: <. =. A. 5. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2: 1)ALICE: Physics Performance Report, volume 2 Journal of Physics Nucl.Part.Phys. G 32 ( 2006) 1225-2040 (:>;> 900 02B>@>2)  =2.173*30*0.1= 6.519 2) Neutron emission in electromagnetic dissociation of ultrarelativistic Pb ions. M.B. Golubeva et al. Feb 2005. Published in Phys.Rev.C71:024905,2005. (28 02B>@>2 )  =3.61*30*0.1= 10.83 6. !?8A>: ?0B5=B>2 70 2005 -2006 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  : =5B. 7. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3.: =5B 8. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 02545=8O: =5B. 9. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5: =5B. 10. @C30O 7=0G8<0O 8=D>@<0F8O: =5B. "+   = 17.3491. 070G5=:> ;53 0A8;L528G, 1951 3.@., A=A, :0=4840B =0C: 2. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. ! C:070=85< :>;-2> 02B>@>2. 3. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. O. Kazachenko (for the KATRIN Collaboration), Windowless Gaseous Tritium Source for KATRIN experiment, NANP-2005, C1=0, 20  25 8N=O, 2005 F. Eichelhardt, B. Bornschein, O. Kazachenko et.al., First Tritium Pumping Results by a Cryopump with a pre-condensed Argon Layer, ISRGD-2006, !0=:B-5B5@1C@3, 15  21 N;O, 2006.   = 6.6LVALMG  ' "0BLO=0 L2>2=0 1951 3.@., :0=4840B D87.-<0B. =0C: (1999), A=A !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3 1 Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-005, Mar 2006. 18pp. Published in Phys.Lett.B635:260-269,2006. e-Print Archive: hep-ex/0603049 (66 authors listed)  = 6 * 1 * 0,1 = 0,600 2 HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1- A-GeV and 2-A-GeV) collisions. By HADES Collaboration (W. Przygoda et al.). 2006. 14pp. Prepared for 29th Mazurian Lakes Conference on Physics: Nuclear Physics and the Fundamental Processes, Piaski, Poland, 30 Aug - 6 Sep 2005. Published in Acta Phys.Polon.B37:139-152,2006. (130 authors listed)  = 0,807 * 30 * 0,1 = 2,421 3 ALICE T0 detector. M. Bondila et al. 2005. 7pp. Published in IEEE Trans.Nucl.Sci.52:1705-1711,2005. (20 authors listed)  = 1,259 * 30 * 0,1 = 3,777 4. The J/psi normal nuclear absorption. G. Borges et al. 2005. 5pp. Prepared for International Conference on Hard and Electromagnetic Probes of High Energy Nuclear Collisions (HP 2004), Ericeira, Portugal, 4-10 Nov 2004. Published in Eur.Phys.J.C43:161-165,2005. (70 authors listed)  = 3,209 * 30 * 0,1 = 9,627 5. Aerogel Cherenkov counters for high momentum proton identification. E. Cuautle et al. 2005. 5pp. Published in Nucl.Instrum.Meth.A553:25-29,2005. (13 authors listed)  = 1,224 * 30 * 0,1 = 3,672 6. J/psi production and suppression at SPS energies. By NA50 Collaboration (P. Cortese et al.). 2005. Published in J.Phys.G31:S809-S816,2005. (71 authors listed)  = 2,173 * 30 * 0,1 = 6,519 7. Charged particle multiplicity iLVALn Pb - Pb collisions from the NA50 experiment. By NA50 Collaboration (F. Prino et al.). 2005. 11pp. Published in J.Phys.Conf.Ser.5:86-96,2005. (90 authors listed)  = 6 * 1 * 0,1 = 0,600 8. Di-electron measurements in C + C reactions at 2-GeV-A with HADES. T. Eberl et al. 2005. 6pp. Published in Nucl.Phys.A752:433-438,2005. (99 authors listed)  = 1,95 * 30 * 0,1 = 5,850 9. Dilepton analysis in the HADES spectrometer for C-12 + C-12 at 2-A-GeV. By HADES Collaboration (J. Otwinowski et al.). 2005. 4pp. Published in Int.J.Mod.Phys.A20:602-605,2005 (100 authors listed)  = 1,472 * 30 * 0,1 = 4,416 10. Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al.). May 2005. 4pp. Published in J.Phys.G32:S381-S390,2006. e-Print Archive: hep-ex/0505065 (70 authors listed)  = 6 * 1 * 0,1 = 0,600 11. Dilepton analysis in the HADES spectrometer for C + C at 2-A-GeV. J. Bielcik et al. 2005. Prepared for Hot Quarks 2004: Workshop for Young Scientists on the Physics of Ultrarelativistic Nucleus-Nucleus Collisions (HQ'04), Taos Valley, New Mexico, 18-24 Jul 2004. Published in J.Phys.G31:S231-S237,2005 (99 authors listed)  = 2,173 * 30 * 0,1 = 6,519 12. Transverse momentum dependence of charmonium suppression in Pb - Pb collisions at the CERN SPS. By NA50 Collaboration (B. Alessandro et al.). 2005. 8pp. Prepared for 18th Nuclear Physics Division Conference: Phase Transitions in Strongly Interacting Matter, Prague, Czech Republic, 23-29 Aug 2004. Published in Nucl.Phys.A749:243-250,2005. (70 authors listed)  = 1,95 * 30 * 0,1 = 5,850 13. Probing of in-medium hadron structure with HADES. By HADES Collaboration (P. Salabura et al.). 2005. 10pp. Prepared for 18th Nuclear Physics LVALDivision Conference: Phase Transitions in Strongly Interacting Matter, Prague, Czech Republic, 23-29 Aug 2004. Published in Nucl.Phys.A749:150-159,2005 (97 authors listed)  = 1,95 * 30 * 0,1 = 5,850 14. Neutron emission in electromagnetic dissociation of ultrarelativistic Pb ions. M.B. Golubeva et al. Feb 2005. Published in Phys.Rev.C71:024905,2005. (28 authors listed)  = 3,61 * 30 * 0,1 = 10,830 15. A New measurement of J/psi suppression in Pb-Pb collisions at 158-GeV per nucleon. By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2004-052, Dec 2004. 19pp. Published in Eur.Phys.J.C39:335-345,2005. e-Print Archive: hep-ex/0412036 (74 authors listed)  = 3,209 * 30 * 0,1 = 9,627 16. DI-ELECTRON MEASUREMENTS IN C + C REACTIONS AT 2-GEV-A WITH HADES Nucl.Phys.A752:433,2005 119 02B>@>2  = 1,95 * 30 * 0,1 = 5,850 17. Probing of in-medium hadron structure with HADES " ARTICLE Nuclear Physics A,Volume 749,7 March 2005,Pages 150-159 119 02B>@>2  = 1,95 * 30 * 0,1 = 5,850 18. J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV "CERN-PH-EP-2006-018; accepted in Euro. Phys. J.C." 66 02B>@>2  = 3,209 * 30 * 0,1 = 9,627 19. 19. Psi' production in Pb-Pb collisions at 158 GeV/nucleon. "CERN-PH-EP-2006-019; accepted in Euro. Phys. J.C." 66 02B>@>2  = 3,209 * 30 * 0,1 = 9,627 20. 20. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A- GeV and 2-A-GeV) collisions. By HADES Collaboration (W. Przygoda, & M.Golubeva, F.Guber, T.Karavicheva, V.Tiflov et.al.). Acta Phys.Polon.B37:139-152,2006 119 02B>@>2  = 0,807 * 30 * 0,1 = 2,421 21. ..@83>@L52, $.$.C15@, ..LVAL0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520,..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz,.. 5H5B8=, ..(CAB5@<0=, W.N.Trzaska.  AA;54>20=85 0<?;8BC4=KE 8 2@5<5==KE E0@0:B5@8AB8: $-#-187 A A5BG0BK<8 48=>40<8 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, 4. 14 02B>@>2  = 0,226 * 45 * 0,1 = 1,017 22. ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520, ..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz, .. 5H5B8=, ..)CAB5@<0=, W.N.Trzaska.  >=AB@C:F8O AB0@B>2>3> B@8335@=>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE, LHC, CERN !1>@=8: B@C4>2 0CG=>9 A5AA88 $, IV :>=D5@5=F8O =0CG=>->1@07>20B5;L=>3> F5=B@0 CRDF, >A:20, $, 2006, AB@.10-11. 14 02B>@>2  = 6 * 1 * 0,1 = 0,600 23. .. 5H5B8=, ..C@5?8= 8 4@., @5?@8=B CERN  Results of the test of the Threshold Aerogel Cherenkov Detector at CERN PS T10 test beam channel (ALICE-INT-2006-008, EDMS ! 759561). 13 02B>@>2  = 6 * 1 * 0,1 = 0,600 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL.  &  1K;8 A45;0=K A;54CNI85 2KABC?;5=8O ALICE week : 1 Monday 28 February 2005 T0 DCS Status 2 Friday 7 October 2005 T0 DCS Status 3 Monday 13 March 2006 T0 DCS Status - 4 Tuesday 20 June 2006 Finite State Machine implementation for the T0 detector 5 Tuesday 20 June 2006 Daq & readout for t0 6 LHC referee meeting: T0 status report   (+ 7 Production readiness Review meeting: Status of Alice T0 A53> 7 2KABC?;5=89   ?> 2KABC?;5=8O< 66 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. 8?;><=8:8 : >@;KG52 .  $   10 $5I5=:> ..  $" 10 C@5?8= ..  $ 10 A?8@0=BK 8 A>8A:0B5;8: LVAL >@;KG52 .  / $5I5=:> ..  / 0A8;L52 .   $ 10 "+   218,350LVALMG>?5;8>28G ;048<8@ 5=548:B>28G 1. >4 @>645=8O. 1945 2. 0B0 70I8BK 48AA5@B0F88 29 >:BO1@O 1971 3. 3. >;6=>ABL !! 4. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. $;592>@=K5 M:7>B8G5A:85 <C;LB810@8>=K 8 38?5@O4@0 2 B>?>;>38G5A:8E A>;8B>==KE <>45;OE, -"$ 127, 1055-1074 (2005); JETP 100, 929 (2005) - 2 02B>@0  =1.099*45/2=24.7275 2. Baryon spectrum in large N(c) chiral soliton and in quark models. Phys.Rev. D73, 094018 , 1-18 (2005); hep-ph/0602125 -2 02B>@0  =4.852*30/2=72.78 3. 0AI5?;5=8O <0AA 87>B>?>2 O45@ 2 :8@0;L=>< A>;8B>==>< ?>4E>45. /$ 69, 124-137 (2006); Phys.Atom.Nucl. 69, 120-132 (2006) -3 02B>@0  =0.914*45/3=13.71 4. 5=B0:20@:8 2 :8@0;L=KE A>;8B>==KE <>45;OE. $878:0 -;5<5=B0@=KE '0AB8F 8 B><=>3> /4@0 (-'/) 37, 1183-1223 (2006); Phys.Part.Nucl. 37, 623-644 (2006) -1 02B>@  =0.505*45=22.725 5. Mass terms in the Skyrme model, Phys.Rev D73, 014006, 1-15 (2006) -3 02B>@0  =4.852*30/3=48.52 5. Exotic baryon and multibaryon states, Proceedings of the 18-th International Workshop  High Energy Physics and Quantum Field Theory , Editors M.Dubinin, V.Savrin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entaquark-05 , Jefferson Laboratory, 20-22 >:BO1@O 20053. 8 4>:;04 =0 :>=D5@5=F88 PANIC-05.  ?@83;0H5==K9  =30 3. 0AA>2K5 G;5=K 2 <>45;8 !:8@<0. >:;04 =0 564C=0@>4=>< A5<8=0@5 "20@:8-06" , <09 2006 3.  LVAL=6 4. !B@0==K5 38?5@O4@0 8 38?5@O4@0 A BO6Q;K<8 D;592>@0<8 2 :8@0;L=KE A>;8B>==KE <>45;OE. >:;04 =0 :>=D5@5=F88 8?5@O4@0-2006, 09=F, $ , 9-14 >:BO1@O 2006 3. www.kph.uni-mainz.de/Hyp2006/talks/kopeliovich.html  =6 5. Baryon states in chiral soliton models; from nuclei to exotic baryons. Talk at the International Workshop  High Energy Physics in the LHC Era , Universidad Tecnica Federico Santa Maria, Valparaiso, Chile, 11-15 December 2006. www.fis.utfsm.cl/hep2006/vladimir_kopeliovich.html -?@83;0H5==K9  =30   ?> 4>:;040<: 78 8. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O.  =10 (C=45@N: =4@59 8@>A;02>28G, 0A?8@0=B 3-3> 3>40  9.0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5.   =5 C@A "2545=85 2 D878:C M;5<5=B0@=KE G0AB8F 8 :20=B>2CN B5>@8N ?>;O" G8B05BAO ABC45=B0< 3-4-3> :C@A>2 $". "+   = 305.4625LVAL ` x0?H8=0 ;5=0 ;048<8@>2=0, 1961, =A, :0=4840B =0C: (1988) 1. Journal of Radioanalytical and Nuclear Chemistry, Vol.264, No1(2005) 101-105. (7 02B>@>2)  =0.460*30/7=1.971 #G0AB85 2 3@0=B0E 1. 1. @0=B "& !2371. !>2<5AB=>5 ?@>872>4AB2> @048>87>B>?>2 ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59. (IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2. @0=B $  ! RUB2-10235-MO-04 (BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 (IPP =><5@ ?@>5:B0 BNL-T2-324) "+   = 1.971!>;><0B8= ;5:A59 235=L528G, @>4.06.12.1974, =A -,   70 2005-2006 33. C1;8:0F88: A. V. Kopylov, I. V. Orekhov, V. V. Petukhov, A. E. Solomatin /  A lithium experiment in the program of solar neutrino research // Physics of Atomic Nuclei, 69, 1829  1832, 2006  =0.914*45/4=10.28 B>3>:  =10.28@5E>2 3>@L 048<>28G, @>4.03.10.1939, =A -,   70 2005-2006 33. C1;8:0F88: A. V. Kopylov, I. V. Orekhov, V. V. Petukhov, A. E. Solomatin /  A lithium experiment in the program of solar neutrino research // Physics of Atomic Nuclei, 69, 1829  1832, 2006  =0.914*45/4=10.28 B>3>:  =10.285BCE>2 0;5@89 OG5A;02>28G, @>4.17.01.1957, =A -,   70 2005-2006 33. C1;8:0F88: A. V. Kopylov, I. V. Orekhov, V. V. Petukhov, A. E. Solomatin /  A lithium experiment in the program of solar neutrino research // Physics of Atomic Nuclei, 69, 1829  1832, 2006  =0.914*45/4=10.28 B>3>:  =10.28>?K;>2 =0B>;89 0A8;L528G, @>4.16.06.1946, @C:.3@. -,   70 2005-2006 33. C1;8:0F88: A. V. Kopylov, I. V. Orekhov, V. V. Petukhov, A. E. Solomatin /  A lithium experiment in the program of solar neutrino research // Physics of Atomic Nuclei, 69, 1829  1832, 2006  =0.914*45/4=10.28 >:;04K: A.V.Kopylov /  Lithium Detector of Solar Neutrinos .// NDM06  =6 B>3>:  =16.28LVALMG1. C@5?8= ;5:A59 >@8A>28G 2. 01.05.1936 3. :0=4840BA:0O  29.06.1964 4>:B>@A:0O  23.02.1973 70A;. 45OB. =0C:8 _ 30.04.1999 4. 702. ;01>@0B>@859 5. ?C1;8:0F88 2005-2006 1) J/psi production and suppression at SPS energies. J.Phys.G31:S809-S816,2005 66 02B>@>2  =2.173*30*0.1 = 6.519 2) Charged particle multiplicity in Pb - Pb collisions from the NA50 experiment, J.Phys.Conf.Ser.5:86-96,2005   = 6*0.1= =0.6 66 02B>@>2 3) Transverse momentum dependence of charmonium suppression in Pb-Pb collisions at the CERN SPS,Nucl.Phys.A749:243-250,2005 66 02B>@>2  =1.95*30*0.1 = 5.85 4) Neutron emission in the electromagnetic dissociation of ultrarelativistic Pb ions, Phys.Rev.C71:024905,2005   =3.610*30*0.1 = 10.83 28 02B>@>2 5) A new measurement of J/psi suppression in Pb-Pb collisions at 158 GeV per nucleon, Eur. Phys. J. C39:335-345,2005  =3.209*30*0.1 = 9.627 66 02B>@>2 6) DI-ELECTRON MEASUREMENTS IN C + C REACTIONS AT 2-GEV-A WITH HADES Nucl.Phys.A752:433,2005  =1.95*30*0.1 = 5.85 119 02B>@>2 7) DILEPTON ANALYSIS IN THE HADES SPECTROMETER FOR C-12 + C-12 AT 2-A-GEV. Int.J.Mod.Phys.A20:602-605,2005  =1.472*30*0.1 = 4.416 119 02B>@>2 8) DILEPTON ANALYSIS IN THE HADES SPECTROMETER FOR C + C AT 2-A-GEV. J.Phys.G31:S231-S237,2005  =2.173*30*0.1 = 6.519 119 02B>@>2 9) PROBING OF IN-MEDIUM HADRON STRUCTURE WITH HADES. Nucl.Phys.A749:150-159,2005 119 02B>@>2  = 1.95*30/10=5.85 10) Bottomonium and Drell-Yan production in p-A collisions at 450 GeV. Physics Letters B635 (2006) 260;  = 5.301*30/10=15.903 66 02B>@>2 11) J/psi aLVALnd psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV CERN-PH-EP-2006-018; accepted in Euro. Phys. J.C. 66 02B>@>2  = 3.209*30/10=9.627 12) Psi' production in Pb-Pb collisions at 158 GeV/nucleon. CERN-PH-EP-2006-019; accepted in Euro. Phys. J.C. 66 02B>@>2  = 3.209*30/10=9.627 13) HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A- GeV and 2-A-GeV) collisions. By HADES Collaboration (W. Przygoda, & M.Golubeva, F.Guber, T.Karavicheva, V.Tiflov et.al.). Acta Phys.Polon.B37:139-152,2006 119 02B>@>2  = 0.807*30/10=2.421 14) Dielectron production in C12+C12 collisions at 2AGeV with HADES By HADES Collaboration (G.Agakiechev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky, et. al.) Submitted to Phys.Rev.Lett ., 2006 119 02B>@>2  =7.489*30*0.1 = 22.467 15) ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520,..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz,.. 5H5B8=, ..(CAB5@<0=, W.N.Trzaska.  AA;54>20=85 0<?;8BC4=KE 8 2@5<5==KE E0@0:B5@8AB8: $-#-187 A A5BG0BK<8 48=>40<8 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, 4.  =0.226*45*0.1=1.017 14 02B>@>2 16) ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520, ..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz, .. 5H5B8=, ..)CAB5@<0=, W.N.Trzaska.  >=AB@C:F8O AB0@B>2>3> B@8335@=>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE, LHC, CERN !1>@=8: B@C4>2 0CG=>9 A5AA88 $, IV :>=D5@5=F8O =0CG=>->1@07>20B5;L=>3> F5=B@0 CRDF, >A:20, $, 2006, AB@.10-11.  =6*0.1=0.6 14 02B>@>2 17) .. 5H5B8=, ..C@5?8= 8 4@., @5?@8=B CERN  Results of the test of the Threshold Aerogel Cherenkov Detector atZLVALj CERN PS T10 test beam channel (ALICE-INT-2006-008, EDMS ! 759561). 13 02B>@>2  =6*0.1=0.6 18) Aerogel Cherenkov counters for high momentum proton identification NIM A553 ( 2005 ) 25  = 1.224*30*0.1 = 3.672 13 02B>@>2 19) "The medium excitation for charmonium production at the CERN SPS", A.B.Kurepin, N.S.Topilskaya, CBM Working Group report, GSI, Feb.2006. 2 02B>@0  =2*8 AB@./2=8   ?> ?C1;8:0F8O< =129.995 6. 0B5=B>2 =5B 7. >:;04K 1) Experiment for the search of Centauro events in Pb-Pb collisions at LHC, A.B.Kurepin for the CASTOR group, presented at the European Cosmic Rays Symposium, Lisbon, Portugal, September 5-8, 2006  =6 2) @83;0H5==K9 4>:;04 .. C@5?8= @>1;5<0 0=><0;L=>3> ?>402;5=8O @>645=8O G0@<>=8O 2 O4@>- O45@=KE AB>;:=>25=8OE, II !>25I0=85 ?> ?@>1;5<5 CA:>@5=8O, 2K2>40 8 8AA;54>20=8O 2708<>459AB289 @5;OB828ABA:8E 8>=>2 A O4@0<8 =0 D8:A8@>20==>9 <8H5=8 2 $- ?@8 15-35 M =0 =C:;>=, $-, @>B28=>, 24-25 >:BO1@O, 2006.   =20 B>3>   ?> 2KABC?;5=8O< = 26 8. C:>2>4AB2> 0A?8@0=B>< 2005 3. 0@?5G52 ..  = 10 9. #G51=K9 :C@A  -:A?5@8<5=B0;L=0O O45@=0O D878:0 2 A5<5AB@0 , 4>@01>B:0 :064K9 3>4   =5*2=10 10. =45:A F8B8@>20=8O: C@54=55 G8A;> =0 ?C1;8:0F8N: 13 "+   = 175.995LVAL5;>28F:89 >@0F89 @5<5528G @>4. 07.08.1916 3., A=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. 5;>28F:89, .!.>=>1552A:89 8 4@./  7CG5=85 AB@C:BC@K&  //725AB8O  A5@.D87. 2006, 70, N5, AB@. 650-655.  =0.6*45/10=2.7 2. .. 5;>28F:89, .!.>=>1552A:89 8 4@./  K45;5=85 B@05:B>@89 &  / /725AB8O  A5@.D87. 2006, 70, N5, AB@. 646-649.  =0.6*45/9=3 >:;04K: 1. G.E.Belovitsky, E.S.Konobeevski et al/  Photoemulsion &  //NUPPAC-05.  =6/10=0.6 2. G.E.Belovitsky, E.S.Konobeevski et al / Study of structure&  //RNB7.  =6/10=0.6 3. ..5;>28F:89, .!.>=>1552A:89 8 4@./  7CG5=85 AB@C:BC@K&  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 4. . ..5;>28F:89, .!.>=>1552A:89 8 4@./  K45;5=85 &  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 5. ..5;>28F:89, ..020@78=0, 8 4@./  7CG5=85& . // NPAE-2006.  =6/9=0.67 B>3>:  =8.85=5F:89 >@8A ;5:A5528G, @>4. 18. 09.1933, 702 ;01. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0 /   35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O&  // !$ $. ! 11, AB@.23-31, 2006,  =6/3=2 >:;04K: 1. .. 5=5F:89 / 548F8=A:85 8 D878G5A:85 >1>A=>20=8O &  .// 564C=0@>4=K9 =0CG=>-?@0:B8G5A:89 A5<8=0@ '5@=>1K;L. -:>;>38O. '5;>25:. 4>@>2L5 >A:20, 2006.  =4. 2. .. 5=5F:89 / 548F8=A:85 8 D878G5A:85 >A=>2K A>740=8O 70I8B=>9 >4564K & . // 0CG=>-?@0:B8G5A:0O :>=D5@5=F8O '!. !525@A:. 2006.  =4 0B5=BK: 0B5=B ! 53113./ !./. 0@1C;52, .. 5=5F:89 8 4@. // 0480F8>==>-70I8B=K9 ?>;C:><18=57>=  ( 2006 3.).  =20/9=2.2 0I8B0 48AA5@B0F89 (@C:>2>4AB2> A>8A:0B5;5<) .. 8D0=>2, 8N=L 2005 .. !0;>E8=0, 8N=L 2005  =60 B>3>:  =72.2   @C:>2>48B5;O: 0.5*72.2 +0.75 *365.2/16= 53.2LVAL020@78=0 0;5=B8=0 02;>2=0 @>4. 07.01.1942, A=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. 020@78=0, .. !B5?0=>2 / >;=>5 A5G5=85 @50:F89... / / 725AB8O , A5@. D87. 2006, 70, ! 2, AB@. 287-293.  =0.6*45/2=13,5 2. A.V. Stepanov, V.P. Zavarzina / Influence of Intranuclear Movement&  //American Institute of Physics. Conference Proceeding 768. Few-Body Problems in Physics: The 19 th European Conference on Few-Body Problems in Physics. 2005. P. 148.  = 6/2=3 3. .. 5;>28F:89, & .. 020@78=0 8 4@./ 7CG5=85 AB@C:BC@K&  //725AB8O  A5@.D87. 2006, 70, N5, AB@. 650-655.  =0.6*45/10=2.7 4. .. 5;>28F:89,& .. 020@78=0 8 4@./ K45;5=85 B@05:B>@89 &  //725AB8O  A5@.D87. 2006, 70, N5, AB@. 646-649.  =0.6*45/9=3 >:;04K: 1. A.V. Stepanov, V.P. Zavarzina / The role of nuclear excited &  // NUCLEUS -2006.  =6/2=3 2. A.V. Stepanov, V.P. Zavarzina / Shadowing effect. .. //EMIN-2006.  =6/2=3 3. A.V. Stepanov, V.P. Zavarzina /  Total nuclear reaction&  //  Frontiers in the Physics of Nucleus 2005.  =6/2=3 4. G.E.Belovitsky, & V.P. Zavarzina et al/  Photoemulsion &  //NUPPAC-05.  =6/10=0.6 5. G.E.Belovitsky, & V.P. Zavarzina et al /  Study of structure&  //RNB7.  =6/10=0.6 6. G.E.Belovitsky, E.S.Konobeevski, A.V. Stepanov, V.P. Zavarzina et al / Method of study&  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 7. G.E.Belovitsky, E.S.Konobeevski , A.V. Stepanov, V.P. Zavarzina et al/ Determination of charged particle&  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 8. ..5;>28F:89, ..020@78=0 8 4@./ 7CG5=85& . // NPAE-2006, Kyiv, Ukraine.  =6/9=0.7 B>3>:  = 22.2+12.1=34.3 .. 020@78=0  CG5=K9 A5:@5B0@L /lLVAL. ~C52 !5@359 8:B>@>28G 26.10.1954 @>4., =A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. 5;>28F:89, .!.>=>1552A:89,& , !.. C52 8 4@./ 7CG5=85 AB@C:BC@K&  //725AB8O  A5@.D87. 2006, 70, N5, AB@. 650-655.  =0.6*45/10=2.7 2. .. 5;>28F:89, .!.>=>1552A:89,& , !.. C52 8 4@./ K45;5=85 B@05:B>@89 &  / /725AB8O  A5@.D87. 2006, 70, N5, AB@. 646-649/  =0.6*45/9=3 >:;04K: 1. G.E.Belovitsky, E.S.Konobeevski et al/  Photoemulsion &  //NUPPAC-05.  =6/10=0.6 2. G.E.Belovitsky, E.S.Konobeevski et al /  Study of structure&  //RNB7.  =6/10=0.6 3. ..5;>28F:89, .!.>=>1552A:89 8 4@./  7CG5=85 AB@C:BC@K&  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 4. . ..5;>28F:89, .!.>=>1552A:89 8 4@./ K45;5=85 &  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 5. E.S.Konobeevski, M.V.Mordovskoy, et al. / Determination... // NPAE-2006.  =6/5=1.2 6. E.S.Konobeevski,& S.V.Zuev, et al. /  Determination.. /./ NPAE-2006.  =6/3=2 7 ..5;>28F:89, ..020@78=0,& .!.>=>1552A:89 8 4@./ 7CG5=85& . // NPAE-2006.  =6/9=0.67 8. ...C@<8AB@>2, !..C52, .!.>=>1552A:89 8 4@. / 7CG5=85&  // NUCLEUS -2006.  =6/5=1.2 9. !..C52, .!.>=>1552A:89 8 4@. / 72;5G5=85&  // NUCLEUS -2006.  =6/3=2 B>3>:  =15.208:8= <8B@89 ;5:A5528G, @>4. 09.08. 1930, 2=A /,   70 2005-2006 33 C1;8:0F88: 1. .. !C@:>20, .. 08:8=, .. >@4>2A:>9 / @>O2;5=85 70<:=CBKE ?>4>1>;>G5:&  //72. , A5@. $87., ". 69, A. 68-70, 2005.  = 0.6*45/3=9 2. .. 08:8=, .. 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elovitsky, E.S.Konobeevski et al/ Photoemulsion &  //NUPPAC-05.  =6/10=0.6 2. G.E.Belovitsky, E.S.Konobeevski et al / Study of structure&  //RNB7.  =6/10=0.6 3. ..5;>28F:89, .!.>=>1552A:89 8 4@./ 7CG5=85 AB@C:BC@K&  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 4. . ..5;>28F:89, .!.>=>1552A:89 8 4@./ K45;5=85 &  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 5. E.S.Konobeevski, M.V.Mordovskoy, et al. / Determination.. /./ NPAE-2006.  =6/5=1.2 6. A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, et al. / Stend& // NPAE-2006.  =6/5=1.2 7. E.S.Konobeevski,& S.V.Zuev, et al. / Determination... // NPAE-2006.  =6/3=2 8. ..5;>28F:89, ..020@78=0,& .!.>=>1552A:89 8 4@./ 7CG5=85& . // NPAE-2006.  =6/9=0.67 9. ...C@<8AB@>2, !..C52, .!.>=>1552A:89 8 4@. / 7CG5=85& // NUCLEUS-2006.  =6/5=1.2 10. !..C52, .!.>=>1552A:89 8 4@. / 72;5G5=85& // NUCLEUS -2006.  =6/3=2 11. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89 8 4@. / !B5=4& // NUCLEUS -2006.  =6/5=1.2 12. E.S.Konobeevski,/ Determination... //EMIN-2006.  =6/1=6 13. .!.>=>1552A:89 / ?@545;5=85& //@>3@.AA;54.59B@.><?;/ , 2005.  =4/1=4 B>3>:  =27.6   @C:>2>48B5;O=27.6*0.5+0.75*(27.6+15.2+12.3)/3=27.6zLVALA8?GC: 3>@L 20=>28G, @>4. 06.05. 1951 , =A /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. .. 08:8=, .. A8?GC:/   2:;045 :8@0;L=>3>&  // /$, ". 69, AB@. 507-514, 2006..  = 0.9*45/2=20.25 B>3>:  =20. 25>@4>2A:>9 8E08; 048<>28G @>4. 06.04.1954, 702.A5:B. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. !C@:>20, .. 08:8=, .. >@4>2A:>9/ @>O2;5=85 70<:=CBKE ?>4>1>;>G5:&  //72. , A5@. $87., ". 69, A. 68-70, 2005.  = 0.6*45/3=9 2. Yu.M.Yevdokimov,& M.V.Mordovskoy et al / Particles of..  //Int.J.of Biolog.Macromolecules 2005, 37, 165-173.  =1.978*30/10=6 >:;04K: 1. E.S.Konobeevski, M.V.Mordovskoy, et al. / Determination... // NPAE-2006.  =6/5=1.2 2. A.V.Andreev,& , M.V.Mordovskoy et al. / Stend&  // NPAE-2006.  =6/5=1.2 3. E.S.Konobeevski,& , M.V.Mordovskoy et al. / Determination.. /./ NPAE-2006.  =6/3=2 4. ...C@<8AB@>2, !..C52, .!.>=>1552A:89 , .. >@4>2A:>9 4@. / 7CG5=85&  // NUCLEUS -2006.  =6/5=1.2 5. !..C52, .!.>=>1552A:89, .. >@4>2A:>9 / 72;5G5=85&  // NUCLEUS -2006.  =6/3=2 6. ..=4@552,& .. >@4>2A:>9 8 4@. / !B5=4&  // NUCLEUS -2006.  =6/5=1.2 7. .. 08:8=,, .. >@4>2A:>9, .. !C@:>20 / 7>B>?8G5A:0O 7028A8<>ABL&  // NUCLEUS -2006.  =6/3=2 0B5=BK 0B5=B !2279693 :C;8=8G52 !.& >@4>2A:>9 .& / =>3>:0=0;L=0O... . 2006 3. /  =20/5=4 B>3>:  =29.8   @C:>2>48B5;O: 0.5*29.8+0.75*(29.8+11+20.25+8.8+31.25)/5= 30.1JLVAL L P`!0;>E8=0 0@30@8B0 0@:>2=0, @>4. 11. 01.1941, =A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0 /  35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O&  // !$ $. ! 11, AB@.23-31 (2006).  =6/3=2 2. !0;>E8=0 .. / AA;54>20=85 MDD5:B0 ?>=865=8O 2KA>BK 10@L5@0 &  //2B>@5D5@0B 48AA5@B0F88 =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C:, 2005, AB@. 1-27.  =6 B>3>:  =8>B0H52 !B0=8A;02 ;L8G, @>4. 26.02. 1956, A=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. Yu.M.Yevdokimov,& S.I.Potashev et al /  Particles of& . /./ Intern. J. Biolog. Macromolecules 2005, 37 165-173.  =1.978*30/10=5.9 >:;04K: 1. E.S.Konobeevski, M.V.Mordovskoy, & , S.I. Potashev et al. / Determination.. /./ NPAE-2006.  =6/5=1.2 2. A.V. Andreev, Yu.M.Burmistrov, ... S.I. Potashev et al. / Stend& // NPAE-2006.  =6/5=1.2 0B5=BK 0B5=B !2279693 :C;8=8G52 !.& !.. >B0H52 8 4@./  =>3>:0=0;L=0O... 2006 3.  =20/5=4 B>3>:  =12.3;>B=8:>20 0@8=0 8:B>@>2=0, @>4. 02. 03.1936, =A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0 /  35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O&  // !$ $. ! 11, AB@.23-31 (2006).  =6/3=2 B>3>:  =20D><>2 ;048A;02 235=L528G, @>4. 01.11.1929, A=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. ..0D><>2, ..!5@3552/  028A8<>ABL A5G5=89 ?@>F5AA>2&  // 72. . !5@. D87. ". 70 , !2, A. 235-239 (2006).  =0.6*45/2=13.5 2. .. 0D><>2, .. !5@3552 / @8<5=5=85 <>45;8&  // !$, $ !1, 2005 , AB@. 11-18.  =6/2=3 >:;04K: 1. V.E.Pafomov, V.A.Sergeev/  Deuteron Size and &  //  Frontiers in the Physics of Nucleus , June 28-July 1, 2005  =6/2=3 B>3>:  =19.5D LVALT !5@3552 ;048<8@ ;5:A0=4@>28G @>4.26.08.1933, A=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. ..0D><>2, ..!5@3552 / 028A8<>ABL A5G5=89 ?@>F5AA>2&  // 72. . !5@. D87. ". 70 , !2, A. 235-239 (2006).  =0.6*45/2=13.5 2. .. 0D><>2, .. !5@3552 / @8<5=5=85 <>45;8&  // !$, $ !1, 2005 , AB@. 11-18.  =6/2=3 >:;04K: 1. V.E.Pafomov, V.A.Sergeev/ Deuteron Size and &  //  Frontiers in the Physics of Nucleus , June 28-July 1, 2005. 2. E.S.Konobeevski, & , V.A.Sergeev et al. / Determination... // NPAE-2006.  =6/5=1.2 3. ...C@<8AB@>2, !..C52,& ..!5@3552 8 4@. /  7CG5=85&  // NUCLEUS-2006.  =6/5=1.2  =6/2=3 B>3>:  =21.9&LVAL6!B5?0=>2 ;5:A0=4@ 0A8;L528G @>4. 23.02.1934, 3=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. A.V. Stepanov, V.P. Zavarzina / Influence of Intranuclear Movement&  //American Institute of Physics. Conference Proceeding 768. Few-Body Problems in Physics: The 19 th European Conference on Few-Body Problems in Physics. 2005. P. 148.  = 6/2=3 2. .. 020@78=0, .. !B5?0=>2 / >;=>5 A5G5=85 @50:F89...  //725AB8O , A5@. D87. 2006, 70, ! 2, AB@. 287-293./  =0.6*45/2=13,5 3. .. 5;>28F:89, & .. !B5?0=>2 8 4@./  7CG5=85 AB@C:BC@K&  //725AB8O  A5@.D87. 2006, 70, N5, AB@. 650-655.  =0.6*45/10=2.7 >:;04K: 1. A.V. Stepanov, V.P. Zavarzina / The role of nuclear excited &  // NUCLEUS -2006.  =6/2=3 2. A.V. Stepanov, V.P. Zavarzina / Shadowing effect. .. //EMIN-2006.  =6/2=3 3. A.V. Stepanov, V.P. Zavarzina /  Total nuclear reaction&  //  Frontiers in the Physics of Nucleus 2005.  =6/2=3 4. G.E.Belovitsky, & A.V. Stepanov et al/ Photoemulsion &  //NUPPAC-05.  =6/10=0.6 5. G.E.Belovitsky, & A.V. Stepanov et al / Study of structure&  //RNB7.  =6/10=0.6 6. G.E.Belovitsky, & A.V. Stepanov et al / Method of study&  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 7. G.E.Belovitsky, & A.V. Stepanov et al/ Determination of charged particle&  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 8. ..5;>28F:89, & .. !B5?0=>2 8 4@./ 7CG5=85& . // NPAE-2006, Kyiv, Ukraine.  =6/9=0.67 0 4>@01>B:C =0CG=>->1@07>20B5;L=>3> :C@A0, 2:;NG0NI53> 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@A ;5:F89 2 /  4;O ABC45=B>2 $" !B@C:BC@0 0B><=>3> O4@0 8 O45@=K5 @50:F88 (:0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)  =5*4 (A5<5AB@0)=20 B>3>:  =31.3+20=51.3. .. !B5?0=>2  G;5= 48AA5@B0F8>==>3> A>25B0 /   002.119.01 LVAL %>E;>2 .@89 C7L<8G, @>4. 12. 07.1926, A=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. ... %>E;>2 / 5:>B>@K5 :CA>G=>-0=0;8B8G5A:85& . // !$ $. ! 5, AB@.20 (2006).  =6 B>3>:  =6!C@:>20 ==0 ;048<8@>2=0, @>4. 20.12. 1939, A=A /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. !C@:>20, .. 08:8=, .. >@4>2A:>9 / @>O2;5=85 70<:=CBKE ?>4>1>;>G5:&  / /72. , A5@. $87., ". 69, A. 68-70, 2005.  = 0.6*45/3=9 >:;04K: 1. .. 08:8=,, .. >@4>2A:>9, .. !C@:>20 / 7>B>?8G5A:0O 7028A8<>ABL&  // NUCLEUS -2006/  =6/3=2 B>3>:  =11LVALMG1. 515452 !5@359 @83>@L528G, 1956 3.@. A=A, :D<=(1991) 2. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. S.G.Lebedev  Gaseous Radiochemical Method for Registration of Ionizing Radiation and Its Possible Applications in Science and Industry , Proc. of the Workshop on Nuclear Data Production and Evaluation. Aug. 25-26 2005, Pohang Accelerator Laboratory, Pohang University of Science and Technology. 2. S.G.Lebedev,  Ion Probing for Exploring of Strange Electromagnetics in Carbon Films Proc. Of 14 th International Conference on Surface Modification of Materials by Ion Beams, September 04-09 2005, Kusadasi, Turkey. 3. S.G.Lebedev,  Innovation Projects of Institute for Nuclear Research of Russian Academy of Sciences Presentation on Russian-Chinese Business Sammit, March 17-18 2005, Beijing, PR China. 4.!..515452, =><0;L=K9 M;5:B@><03=5B87< =0=>AB@C:BC@8@>20==KE 3@0D8B>?>4>1=KE ?;5=>:. >:;04 =0 1I5@>AA89A:>< !>25I0=88 CG5=KE-M:A?5@B>2 2 >1;0AB8 =0=>C3;5@>4=KE <0B5@80;>2 03 D52@0;O 2006 3., 3. "@>8F: >A:>2A:>9 >1;0AB8, $# "!#. 5.!..515452, .-./=F, .!.515452. !B@0==K9 M;5:B@><03=5B87< C3;5@>4=KE :>=45=A0B>2 - B>;L:> =>2K5 ?@81>@K 8;8 "3>@OG0O" A25@E?@>2>48<>ABL?. @575=B0F8O ?@>5:B0 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 23 <0O 2005 3. http://www.inno.ru/projects/12627/ 6.S.G.Lebedev, S.V.Akulinichev, A.S.Iljinov, V.E.Yants, A Gaseous Radiochemical Method for Registration of Ionizing Radiation and Its Possible Applications In Science and Economy, Nuclear Instruments and Methods in Physics Research, v. A561(2006)90-99.  =1.224*30/4=9.18 7.!..515452, ..0@8=, .-./=F, .!.5154520, 01;N45=85 35=5@0F88 >?B8G5A:>3> 87;CG5=8O 2 ?5@5E>4=>< @568<5 A:0G:>>1@07=>3> 87<5=5=8O ?@>2>48<>AB8 2 C3;5@>4=KE ?;5=:0E, @5?@8=B / , 1165/2006, 09 2006 3., 12 AB@. 8.S.G.Lebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, Proc. of 23rd InternationLVALal Conference of INTDS, October, 15-21, 2006, Tsukuba, Japan. 9.!..515452, >8A:8 2KA>:>B5<?5@0BC@=>9 A25@E?@>2>48<>AB8 2 3@0=C;O@=KE C3;5@>4=KE ?;5=:0E, !1>@=8: AB0B59 ?>1548B5;59 >=:C@A0 =0CG=>- ?>?C;O@=KE AB0B59 A@548 45@60B5;59 3@0=B>2 $$, 2006 3. 10. S.G.Lebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, arXiv: cond-mat/0612451. 11.!..515452, -..>?B5;>2, .-./=F, 048>E8<8G5A:89 A?>A>1 <>=8B>@8@>20=8O ?>B>:0 1KAB@KE =59B@>=>2, 0B5=B $ =0 87>1@5B5=85 ! 2286586, 2006 3. 12.!..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 2006 3. http://www.inno.ru/projects/14157/ 13.!..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O ?@>5:B0  ?>1548B5;O 2> A5@>AA89A:>< :>=:C@A=>< >B1>@5 8==>20F8>==KE ?@>5:B>2 0A?8@0=B>2 8 ABC45=B>2 57>?0A=>ABL 8 ?@>B82>459AB285 B5@@>@87<C 2 =><8=0F88 =B8B5@@>@8AB8G5A:>5 8 4>A<>B@>2>5 >1>@C4>20=85, 0=A8>=0B @H>2>, 19-23 :BO1@O, 20063. 14. !..515452, .-./=F, .!.515452. 6>75DA>=>2A:0O M;5:B@>=8:0 ?@8 :><=0B=KE B5<?5@0BC@0E, @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 2006 3. http://www.inno.ru/projects/14156 15.!..515452, =5@B=K5 @048>0:B82=K5 307K ?><>30NB :>=B@>;8@>20BL O45@=>3> 468=0. 725AB8O 0C:8, 1;>38,2006. http://www.inauka.ru/blogs/article62565.html 16. !..515452,  "$"+  /' ! % !",  #+  # +% % )."!/  -" #, 725AB8O 0C:8, 1;>38, 2006. http://www.inauka.ru/blogs/article62144/print.html 17. !..515452, 6>75DA>=>2A:89 ?5@5:;NG0B5;L, >3@0=8G8B5;L B>:0, @54AB02;5=85 ?@>5:B0 =0 A09B5 7>1@5B0B5;8: http://www.inventors.ru/invention.asp?fid=65&mode=260&MS=0 18.!..515452, LVAL) ' ! : &&+ ,  ",!",.  7500 ", 725AB8O 0C:8, 1;>38, 2006. http://www.qd.ru/pletner/news.asp?id_msg=50352 19. !..515452, "5E=>;>38O 8A?>;L7>20=8O 2KA>:>B5<?5@0BC@=KE 6>75DA>=>2A:8E MDD5:B>2 2 C3;5@>4=KE :>=45=A0B0E 4;O A>740=8O "=5:@8>35==>9" M;5:B@>=8:8. @54AB02;5=85 ?@>5:B0 =0 A09B5 ><?0=88 2KA>:8E B5E=>;>389. http://www.hightechnologies.ru/rus/index.php?option=com_content&task=view&id=251&Itemid=116 20. !..515452, .-./=F, 048>E8<8G5A:89 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2, @575=B0F8O =0 A09B5 KAB02>G=>3> F5=B@0 . http://www.expo.ras.ru/base/prod_data.asp?prod_id=2684 21. !..515452, !#)!"#"   #?, C1;8:0F8O =0 A09B5 A5@>AA89A:>3> 8==>20F8>==>3> ?>@B0;0. http://www.inscience.ru/index.php?page=viewarticle&division=nnf&id=324 22.!..515452, 0:>20 AB@C:BC@0 20:CC<0? 725AB8O 0C:8, ;>38, 2006 3. http://www.inauka.ru/blogs/article62942.html 23. !..515452, " "  $  " !/, 725AB8O 0C:8, ;>38, 2006 3. http://www.inauka.ru/blogs/article64743.html 24.!..515452, .-./=F, >7<>6=K5 ?@8<5=5=8O ?@>B>G=>3> 307>2>3> @048>E8<8G5A:>3> <5B>40 45B5:B8@>20=8O 8>=878@CNI53> 87;CG5=8O 2 DC=40<5=B0;L=>9 O45@=>9 D878:5, >:;04 =0 >=D5@5=F88, ?>A2OI5==>9 60-;5B8N "-$, 5-9 45:01@O, 2005 3. http://matras.itep.ru/conference/ConfProg2005my.htm 25.S.V.Akulinichev, V.S.Klenov, L.V.Kravchuk, S.G.Lebedev, A.V.Feschenko and V.E.Yants,  Development of the detector based on CVD-diamond for use in the ratiotherapy facilities . Published in Proceedings of XIX Int. Seminar on charged particle accelerators , Crimea, Alushta , September 2006. 26. S.G.Lebedev, V.E.Yants, A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films. Accepted for publication in Nuclear Instruments & Methods in Physics Research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ebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, Proc. of 23rd International Conference of INTDS, October, 15-21, 2006, Tsukuba, Japan.  =2 3. !..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 2006 3.  =1.333 4. !..515452, .-./=F, .!.515452. 6>75DA>=>2A:0O M;5:B@>=8:0 ?@8 :><=0B=KE B5<?5@0BC@0E, @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 2006 3.  =2 5. !..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O ?@>5:B0  ?>1548B5;O 2> A5@>AA89A:>< :>=:C@A=>< >B1>@5 8==>20F8>==KE ?@>5:B>2 0A?8@0=B>2 8 ABC45=B>2 57>?0A=>ABL 8 ?@>B82>459AB285 B5@@>@87<C 2 =><8=0F88 =B8B5@@>@8AB8G5A:>5 8 4>A<>B@>2>5 >1>@C4>20=85, 0=A8>=0B @H>2>, 19-23 :BO1@O, 20063.  =1.333 6. !..515452, "5E=>;>38O 8A?>;L7>20=8O 2KA>:>B5<?5@0BC@=KE 6>75DA>=>2A:8E MDD5:B>2 2 C3;5@>4=KE :>=45=A0B0E 4;O A>740=8O "=5:@8>35==>9" M;5:B@>=8:8. @575=B0F8O ?@>5:B0 2 :>=:C@A5 ><?0=88 2KA>:8E B5E=>;>389.  =6 7. !..515452, .-./=F, 048>E8<8G5A:89 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2, @575=B0F8O ?@>5:B0 2 KAB02>G=>< F5=B@5 .  =2 8. !.HLVALX.515452, .-./=F, >7<>6=K5 ?@8<5=5=8O ?@>B>G=>3> 307>2>3> @048>E8<8G5A:>3> <5B>40 45B5:B8@>20=8O 8>=878@CNI53> 87;CG5=8O 2 DC=40<5=B0;L=>9 O45@=>9 D878:5, >:;04 =0 >=D5@5=F88, ?>A2OI5==>9 60-;5B8N "-$, 5-9 45:01@O, 2005 3.  =2 9. S.V.Akulinichev, V.S.Klenov, L.V.Kravchuk, S.G.Lebedev, A.V.Feschenko and V.E.Yants,  Development of the detector based on CVD-diamond for use in the ratiotherapy facilities . Published in Proceedings of XIX Int. Seminar on charged particle accelerators , Crimea, Alushta , September 2006.  =1 10. S.G.Lebedev  Gaseous Radiochemical Method for Registration of Ionizing Radiation and Its Possible Applications in Science and Industry , Proc. of the Workshop on Nuclear Data Production and Evaluation. Aug. 25-26 2005, Pohang Accelerator Laboratory, Pohang University of Science and Technology.  =6 11. S.G.Lebedev,  Ion Probing for Exploring of Strange Electromagnetics in Carbon Films Proc. Of 14 th International Conference on Surface Modification of Materials by Ion Beams, September 04-09 2005, Kusadasi, Turkey.  =6 12. S.G.Lebedev,  Innovation Projects of Institute for Nuclear Research of Russian Academy of Sciences Presentation on Russian-Chinese Business Sammit, March 17-18 2005, Beijing, PR China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ebedev, S.V.Akulinichev, A.S.Iljinov and V.E.Yants, A gaseous radiochemical method ..., Nucl.Inst. & Methods A, v. 561 (2006) 90.  =1.224*30/4=9.18 2. !..:C;8=8G52, ..!:>@:8= 8 4@. >2K9 18><0B5@80; =0 >A=>25 G0AB8F :><?;5:A0 (-Gd), 548F8=A:0O $878:0 !3 (31) (2006) 64.  =6/4=1.5 3. !.. :C;8=8G52, ... 24>:8<>2, ..0751=8:, .. ;OH:528G, .. 2A552, .. !0;O=>2, .. !:>@:8= 8><0B5@80; =0 >A=>25 G0AB8F E>;5AB5@8G5A:>9 684:>:@8AB0;;8G5A:>9 48A?5@A88 :><?;5:A0 (-Gd). 2. B>@8G=>5 87;CG5=85 >B 70E20B0 =59B@>=>2 2 G0AB8F0E. 548F8=A:0O $878:0, ! 4, 2006 3.  =6/3=2 4. Akulinichev S.V., Matveev V.A., Kravchuk L.V., Feschenko A.V., Grachev M.I., Novikov-Borodin A.V. RADIOLOGICAL CENTRE BASED ON INR PROTON LINAC. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =6/6=1 5. Novikov-Borodin A.V., Akulinichev S.V., Grachev M.I. Design of the Multipurpose Beam Delivery System of Experimental Complex of INR. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =6/3=2 >:;04K: 6. %>@>H:>2 .!., "-$ (>A:20), :C;8=8G52 !.., ;5=>2 .., /  ("@>8F: ) "   "       !!.  "$-2, "@>8F:, 2006.  =20/3=6.67 7. :C;8=8G52 !.., @02GC: .. 8 0B2552 .., /  ("@>8F: ) '! &"  / .  "$-2, "@>8F:, 2006.  =20/3=6.67 8. :C;8=8G52 !.., !:>@:8= .., /  ("@>8F: )  !"+ " -%" "   "  ! / .  "$-2, "@>8F:, 2006.  =20/2=10 9. :C;8=8G52 !.., !:>@:8= .., /  ("@>8F: ), 24>:8<>2 ..., !0;O=>2 .., *LVAL:  (>A:20) !  ) + "   #' " %" "    !"'! ! ! Gd-.  "$-2, "@>8F:, 2006.  =20/4=5 10. !..:C;8=8G52, ..!:>@:8= 5@A?5:B82K =59B@>==>9 B5@0?88 =0 CAB0=>2:0E /  XI 564C=0@>4=0O =0CG=0O :>=D5@5=F8O $-%'!  &!!+   !& "  #, 11 - 15 45:01@O 2006 3>40, 25=83>@>4  =30/2=15 11. 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Seminar on charged particle accelerators , Crimea, Alushta , September 2005.  =30/6=5 15. !..:C;8=8G52, ..@02GC:, ..0B2552, ..$5I5=:> 8 4@. @8:;04=K5 @01>BK =0 >A:>2A:>9 <57>==>9 D01@8:5.  !1>@=8: 4>:;04>2 XI 564C=0@>4=>3> A>25I0=8O ?> ?@8<5=5=8N CA:>@8B5;59 70@O65==KE G0AB8F 2 ?@><KH;5==>AB8 8 <548F8=5, !.-5B5@1C@3, 10-14 >:BO1@O 2005 3.  =20/4=5 ;8G=K9  =91.52 B>3>:   @C:>2>48B5;O: 91.52*0.5+88*0.75= 111.76 =45:A F8B8@>20=8O =30LVAL!:>@:8= ;048<8@ 8E09;>28G @>4. 3.8.1953, A=A $,   70 2005-2006 33 C1;8:0F88: 1. Y.M.Yevdokimov et al./  Particles of liquid&  // Int.J.Biol.Macromol 370(2005)165,  =1.177*30/10=4 2. ...24>:8<>2 8 4@./ 84:>:@8AB0;;8G5A:85& //,  402, !5(2005)AB@.1-4,  =0.2*45/9=1 3. !..:C;8=8G52 8 4@. />2K9 18><0B5@80;& //54. $878:0, ! 3, 2006, A.64-69,  =0.2*45/7=1 4. !..:C;8=8G52 8 4@. /8><0B5@80; =0& //54. $878:0, ! 4, 2006, A.54-58,  =0.2*45/7=1 >:;04K: 5. V.M.Skorkin / Xenon Neutron-Capture Therapy //LV Nat. Conf. on Nucl. Phys. St.-Peterburg.2005,  =20 6. V.M.Skorkin / Possible Mechanism &  //LV Nat. Conf. on Nucl. Phys. St.-Peterburg.2005,  =20 7. !..:C;8=8G52, ..!:>@:8=/ 5@A?5:B82K =59B@>=-& // "$-2. "@>8F:.2006,  =20/2=10 8. !..:C;8=8G52, ...24>:8<>2, ..!0;O=>2, ..!:>@:8=/ 0A?@545;5=85 ?>3;>IQ==>9& // "$-2. "@>8F:.2006,  =20/4=5 9. V.M.Skorkin / Search of 12Be &  //LVI Int. Conf.  Nucleus-2006 . Sarov.2006,  =30 10. !..:C;8=8G52, V.M.Skorkin / Perspectives&  //XI Int.Sc.Conf. Phys.-Chem.Proc. Selec.of Atoms and Mol. 2006,  =30/2=15 11. .. 5;5H:>, & !..:C;8=8G52, ..!:>@:8=/ 2B><. A8AB5<0 @0480F. :>=B@>;O " /// IX >AA89A:0O 0CG=0O >=D5@5=F8O 0480F8>==0O 0I8B0 8 0480F8>==0O 57>?0A=>ABL  /45@=KE "5E=>;>38OE, 3. 1=8=A:, 2006 3.  =20/4=5 B>3>:  =112 =45:A F8B8@>20=8O =10LVALMG>28:>2->@>48= =4@59 0;5@L528G @>4. 1.1.1962, A=A $,   70 2005-2006 33 C1;8:0F88: !B0BL8: 1. Akulinichev S.V., Matveev V.A., Kravchuk L.V., Feschenko A.V., Grachev M.I., Novikov-Borodin A.V. RADIOLOGICAL CENTRE BASED ON INR PROTON LINAC. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =6/6=1 2. Novikov-Borodin A.V., Akulinichev S.V., Grachev M.I. Design of the Multipurpose Beam Delivery System of Experimental Complex of INR. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =6/3=2 3. V.V.Kouznetsov, A.N. Mirzojan, A.N. Naboka, A.V. Novikov-Borodin, V.L.Serov, A.V. Feschenko. PULSE SHAPING SYSTEM FOR INR PROTON LINAC.  VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2005.   =6/6=1. 4. Novikov-Borodin A.V. Physical Objects of Dark Systems. LANL E-Print Archive: physics/0609086, v.1, 11 Sept. 2006.  =6 5. Novikov-Borodin A.V. Relativistic and Quantum Properties of Spatial Rotations. LANL E-Print Archive: physics/0601155, v.1, 20 Jan. 2006.  =6 >:;04K: 6. V.V.Kouznetsov, A.N. Mirzojan, A.N. Naboka, A.V. Novikov-Borodin, V.L.Serov, A.V. Feschenko. PULSE SHAPING SYSTEM FOR INR PROTON LINAC. - XIX International Workshop on Charged Particle Accelerators, Ukraine, Alushta, the Crimea, september 2005.  =30/6=5 7. >28:>2->@>48= .. 5;OB828ABA:85 8 :20=B>2K5 A2>9AB20 ?@>AB@0=AB25==KE 2@0I5=89.  .18;59=0O =0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, "-$, >A:20, 5-9 45:01@O 2005 3.  =20 8. Kutuzov V.A., Novikov-Borodin A.V., Ostroumov P.N. A Fast Chopper for Intensity Adjustment of Heavy-Ion Beams.  Int.Conf. PAC05, Knoxville, Tennesse, USA, LVAL 16-25 May, 2005.  =30/3=10 9. Akulinichev S.V., Matveev V.A., Kravchuk L.V., Feschenko A.V., Grachev M.I., Novikov-Borodin A.V. RADIOLOGICAL CENTRE BASED ON INR PROTON LINAC. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006.  =30/6=5 10. Novikov-Borodin A.V., Akulinichev S.V., Grachev M.I. Design of the Multipurpose Beam Delivery System of Experimental Complex of INR. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006.  =30/3=10 B>3>:  =64 =45:A F8B8@>20=8O(+A.V.Novikov) =15LVAL >;O@CH ;5:A0=4@ .@L528G 19.07.1950, =A,   70 2005-20063. Production properties of K*(892)+- vector mesons and their spin alignment as measured in the NOMAD experiment. Eur.Phys.J.C46:69-79,2006.   = 3.21 * 30*0.1= 9.63 V.A.Uvarov,& ,A.Y. Polyarush et al/ Experimental study of direct photon emission in K- ---> pi- pi0 gamma decay using ISTRA+ detector // Phys.Atom.Nucl.69:16-26,2006,  =0.914*45/10=4.11 O.G.Tchikilev,& , A.Y. Polyarush et al/ Observation of the radiative kaon decay K- ---> mu- pi0 gamma nu // Phys.Atom.Nucl.70:29-35,2007,  =0.914*45/10=4.11 V.N.Bolotov, A.Y. Polyarush et al/ Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup //Submitted to Phys.Atom.Nucl. ,  =0.914*45/10=4.11 >:;04 =0 :>=D5@5=F88  20@:8 2006   = 30 !>740=85 =0CG=>->1@07>20B5;L=>3> :C@A0   = 20.0 !>740=85 =0CG=>->1@07>20B5;L=>3> :C@A0   = 20.0 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A 5I5 >4=8< @C:>248B.   = 5.0 B>3>   = 9.63 + 4.11E3 + 30.0+20.0E2 + 5.0 = 96.96LVALC: OG5A;02 =0B>;L528G @>4.31.12.1980, <=A $-,   70 2005-2006 33 C1;8:0F88: V.A.Uvarov,& ,V.A.Duk et al/ Experimental study of direct photon emission in K- ---> pi- pi0 gamma decay using ISTRA+ detector // Phys.Atom.Nucl.69:16-26,2006,  =0.914*45/10=4.11. O.G.Tchikilev,& , V.A.Duk et al/ Observation of the radiative kaon decay K- ---> mu- pi0 gamma nu // Phys.Atom.Nucl.70:29-35,2007,  =0.914*45/10=4.11 V.N.Bolotov, V.A.Duk et al/ Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup //Submitted to Phys.Atom.Nucl. ,  =0.914*45/10=4.11 >:;04K: V.A.Duk /  Recent Results from ISTRA+ experiment //BAKSAN-2005,  =20 V.A.Duk /  Study of Radiative Decay ! at ISTRA+ Setup //QUARKS-2006,  =30 V.A.Duk /  Highlights on Rare Charged K Decays //BEACH-2006,  =30 V.A.Duk /  Recent Results from ISTRA+ experiment //ICHEP-2006,  =30 C:>2>4AB2> 48?;><=8:><:  =5 @><56CB>G=K9 8B>3: 127.3 1CG5=85 2 0A?8@0=BC@5:  E3 B>3>:  =127.3*3=381.9 === :0: >:>=G82H89 # 2 B5G5=88 5 ;5B :>MDD 2, B5 127.7*2=255.4 LVALH0BCH:> 0;8=0 >=AB0=B8=>2=0, =A ..>?5;8>28G, ..(C=45@N:, ..0BCH:>, 0AI5?;5=8O <0AA 87>B>?>2 O45@ 2 :8@0;L=>< A>;8B>==>< ?>4E>45. /$ 69, 124-137 (2006); Phys.Atom.Nucl. 69, 120-132 (2006) #G0AB85 2 3@0=B0E: 1) "&, @>5:B ! 2371 !>2<5AB=>5 ?@>872>4AB2> ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59, 2002-200533. (IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2) @0=B $  ! RUB2-10235- MO-04 ( BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 ( IPP =><5@ ?@>5:B0 BNL- T2-324)  = 0.914*45/3 = 13.71>;>B>2 ;048<8@ 8:>;0528G @>4. 12.1933 3.09. C1;8:0F88: V.A.Uvarov,& ,V.N. Bolotov et al/ Experimental study of direct photon emission in K- ---> pi- pi0 gamma decay using ISTRA+ detector // Phys.Atom.Nucl.69:16-26,2006,  =0.914*45/10=4.11. O.G.Tchikilev,& , V.N. Bolotov et al/ Observation of the radiative kaon decay K- ---> mu- pi0 gamma nu // Phys.Atom.Nucl.70:29-35,2007,  =0.914*45/10=4.11 V.N.Bolotov, V.A.Duk et al/ Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup //Submitted to Phys.Atom.Nucl. ,  =0.914*45/10=4.11 >:;04K: .. >;>B>2/ The Radiative Pion Decays./ QUARKS 2004 Proceedings of the 13th Intern. Seminar, 2005/ =30 .. >;>B>2 / Study of K-p0e-n  and K-p0-n  decay with ISTRA+ setup./ NEW TRENDS IN HIGH-ENERGY PHYSICS. 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Proc. 796 (2005) 180.  =6 "+   = 93.3?'-^~' y " t  o  j  e  ` [VQLSZUtq=A7@??MGHHHH<߿C7@?` @:HHHH<߿ B7@?=MGHHHH<߿sƷ@7@?:;MGHHHH<߿@@7@?6@:HHHH<߿ 7@?<<<<<ϿD #A7@?|9MGHHHH<߿+q}C7@?>`2MGHHHH<߿97@?<<<<<Ͽ/QA7@?0MGHHHH<߿9oC7@?.MGHHHH<߿OA7@?,MGHHHH<߿` d;B7@?%)MGHHHH<߿v?7@? @(HHHH<߿NA7@?&@'HHHH<߿x9TC7@?$$MGHHHH<߿@7@? @#HHHH<߿A7@?!MGHHHH<߿qL7&B7@?MGHHHH<߿p k@7@?t@HHHH<߿1C7@?*MGHHHH<߿r33A7@?LMGHHHH<߿.C7@?3MGHHHH<߿zA(A7@?MGHHHH<߿[ @@7@?@HHHH<߿(A7@? @HHHH<߿AGA7@? MGHHHH<߿33S@7@?@HHHH<߿(\?7@?@ HHHH<߿QA7@?MGHHHH<߿eA7@?@ HHHH<߿@7@? @ HHHH<߿l@q=@7@? @ HHHH<߿33A7@?|@ HHHH<߿?7@?@ HHHH<߿Fy@7@? @ HHHH<߿ף@7@? @ HHHH<߿9Aף@7@?@HHHH<߿7G@7@? @HHHH<߿33@7@?@HHHH<߿6 H @7@?@HHHH<߿~HhB7@?%MGHHHH<߿(B7@??MG&70 48?;><K 2KAB02>:zzzH<7@?<<<<<Ͽ6B7@?@HHHH<߿LVALMG1. $... 2G8==8:>2 >@8A 8E09;>28G, 4>:B>@ D87.-<0B. =0C: 2. >4 @>645=8O 1933 3. 0B0 70I8BK 48AA5@B0F88 1988 4. >;6=>ABL 254CI89 =0CG=K9 A>B@C4=8: -$ 5. !?8A>: >?C1;8:>20==KE @01>B 70 2005-2006 3.3. A C:070=85< :>;-20 02B>@>2. 1. .. 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The same, published in Internet: e-print Archive: hep-ph0508052. 6. .. 2G8==8:>2, .. ><>30F:89, >=:@5B870F8O ?0@0<5B@>2 M;5:B@>AB0=F89, 8A?>;L7CNI8E B5?;>2CN M=5@38N 2>4K 2 ?@8@>4=KE 2>4>5<0E, @5?@8=B / , ! 1145 (2005). =0 7. .. 54=O:>2, .. 2G8==8:>2, .. 0@CA>2,>8A: A?8=-7028A8<KE 2708<>459AB289 G0AB8F B5<=>9 <0B5@88. @5?@8=B / , ! 1144 (2005).  =0 8. .. 2G8==8:>2, .. 0@CA>2, #AB0=>2:0 4;O A>AB02;5=8O A<5A59 307>2 A :8A;>@>4>< 2 480?07>=5 (100-10-7)% >1. 2 A ?>3@5H=>ABLN 3%, @5?@8=B / , ! 1137 (2005).  =0 9.  8740=88 Nova Publishers  Advances in Plasma Physics Researh , V.5 (2005) 152, Francois Gerard-Editor., New York, B.M. Ovchinnikov, Y.B. Ovchinnikov, V.V. Parusov  Investigation of the proportional discharge mechanism in non electronegative gases .  =6*2/3 = 4 10.  2006 3. ?@8=OB0 2 6C@=0; 8@ 87<5@5=89 AB0BLO: .. 2G8==8:>2, .. 0@CA>2, KA>:>GC2AB28B5;L=K9 307>0=0;870B>@ :8A;>@>LVAL40 2 3070E. #AB0=>2:0 4;O A>AB02;5=8O :0;81@>2>G=KE A<5A59 307>2 A :8A;>@>4>< 2 480?07>=5 (10-7  100)% >1. 2 A ?>3@5H=>ABLN 3%.  : 6/2 = 3 6. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005-2006 3.3. 1) >:;04 8 B578AK, >?C1;8:>20==K5 2 A1>@=8:5 =0 III 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 "-2006. "5<0 4>:;040: 07@01>B:0 <=>3>DC=:F8>=0;L=>9 ?@8AB02:8 : =0@:>7=K< 8 4KE0B5;L=K< 0??0@0B0< 4;O ?@>2545=8O :A5=>=>2>3> =0@:>70, ;5G5=8O 1>;L=KE A 4KE0B5;L=>9 =54>AB0B>G=>ABLN, C;CGH5=8O 8<<C==>9 A8AB5<K ?0F85=B>2. 2B>@K: ... 5@>2, .. 2G8==8:>2, .. 0@CA>2.   6/3 = 2 2) >:;04 =0 II :>=D5@5=F88 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5  2006. 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"5<0 M:A?>78F88: KA>:>GC2AB28B5;L=K9 307>0=0;870B>@ :8A;>@>40 2 H8@>:>< :@C35 ?@><KH;5==KE 307>2. 2B>@K: .. 2G8==8:>2, .. 0@CA>2   = 0 #G0AB85 2 F5;52KE ?@>3@0<<0E @57848C<0 . 1)&5;520O ?@>3@0<<0 @57848C<0   2006  #AB0=>2:0 872;5G5=8O >B@01>B0==>3> :A5=>=0 87 ?0B@>=0 04A>@1F88 ?@8 ?@>2545=88 :A5=>=>2>3> =0@:>70 A?>;=8B5;8 : ... 5@>2, .. 2G8==8:>2, .. 0@CA>2. C:>2>4AB2> 48?;><=8:><  0@CA>2 .   = 10 0B5=B $ 2258924 .0@CA>2, ..2G8==8:>2 !?>A>1 >?@545;5=8O :>=F5=B@0F88 M;5:B@>>B@8F0B5;L=KE ?@8<5A59 2 =5M;5:B@LVAL>>B@8F0B5;L=KE 3070E.   20/2 = 10 "+   = 42  1. $... 2G8==8:>2 >@8A 8E09;>28G, 4>:B>@ D87.-<0B. 0C: 2. >4 @>645=8O 1933 3. 0B0 70I8BK 48AA5@B0F88 1988 4. >;6=>ABL 254CI89 =0CG=K9 A>B@C4=8: -$ 5. !?8A>: >?C1;8:>20==KE @01>B 70 2005-2006 3.3. ! C:070=85< :>;-20 02B>@>2. 1. .. C@>2, .. >;G0=>2, .. >B0?>2, ... 5@>2, .. 2G8==8:>2, A5=>= 2 0=5AB578>;>388. !>AB>O=85 8 ?5@A?5:B82K @0728B8O 2 >AA88. "8E>>:50=A:89 <548F8=A:89 6C@=0; ! 1, 2005 3., 31.   = 6/5= 1.2 2. .. 2G8==8:>2, .. ><>30F:89, .. 2G8==8:>2, 2>7<>6=>ABOE @01>BK @>;8:>-;>?0AB=>9 384@><0H8=K A @01>G8< B5;><-307><. @5?@8=B /  ! 1166 (2006).  =0 3. .. 2G8==8:>2, .. 0@CA>2, .. 54=O:>2, 2CED07=0O :A5=>=>20O :0<5@0 4;O ?@O<>3> 45B5:B8@>20=8O WIMP, @5?@8=B / , ! 1162 (2006).  =0 4. B.M. Ovchinnikov, V.V. Parusov, V.A. Bednyakov,  Methane ionization chamber to search for spin-dependent dark matter interactions., Presented at 5th Intern. Conf. On Non Accelerator New Physics (NAMP 05), Dubna, Russia, 20-25 June 2005.   6/3 =2 5. The same, published in Internet: e-print Archive: hep-ph0508052. 6. .. 2G8==8:>2, .. ><>30F:89, >=:@5B870F8O ?0@0<5B@>2 M;5:B@>AB0=F89, 8A?>;L7CNI8E B5?;>2CN M=5@38N 2>4K 2 ?@8@>4=KE 2>4>5<0E, @5?@8=B / , ! 1145 (2005). =0 7. .. 54=O:>2, .. 2G8==8:>2, .. 0@CA>2,>8A: A?8=-7028A8<KE 2708<>459AB289 G0AB8F B5<=>9 <0B5@88. @5?@8=B / , ! 1144 (2005).  =0 8. .. 2G8==8:>2, .. 0@CA>2, #AB0=>2:0 4;O A>AB02;5=8O A<5A59 307>2 A :8A;>@>4>< 2 480?07>=5 (100-10-7)% >1. 2 A ?>3@5H=>ABLN 3%, @5?@8=B / , ! 1137 (2005).  =0 9.  8740=88 Nova Publishers  Advances in Plasma Physics Researh , V.5 (2005) 152, Francois Gerard-Editor., New York, B.M. Ovchinnikov, Y.B. Ovchinnikov, V.V. Parusov  Investigation of the proportional discharge mechanism in non electronegative gases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elov, L. P. Netchaeva and A. V.Turbabin,  Intensity Improvements of Pulsed Source of Polarized Negative Hydrogen Ions , Review of Scientific Instruments, 77, 03A522 (2006).  , Report at 11th International Conference on Ion Sources (ICIS05), 12-16 September 2005, CAEN, France (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).   = 1,235 * 30/3 =12,35 2. N. Alberola, T. A. Anthonioz, A. Badertscher, C. Bas, A. S. Belov, P. Crivelli, S. N. Gninenko, N. A. Golubev, M. M. Kirsanov, A. Rubbia, D. Sillou,  Development of a high-efficiency pulsed slow positron beam for measurements with orthopositronium in vacuum , Nuclear Instruments and Methods in Physics Research, A 560 (2006), 224-232 (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).   = 1,224 * 30/10=4,08 3. CAST Collaboration (S. Andriasnonje, V. Arsov, A.S. Belov , N. A. Golubev, S. N. Gninenko et. al., )  First results from the CERN Axion Solar Telescope (CAST) , Phys. Rev. Let. 94, 121301 (2005) (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).   = 7,489* 30/10 =22,47 4. D. Hussey, D.R. Rich, A. S. Belov et al., A Polarized 3He Gas Compression System Using Metastability  Exchange Optical Pumping and Pneumatic Actuators, Review of Scientific Instruments, 76, 053530 (2005) (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).   = 1,235 * 30/9 =4,12 5. Yu. K. Pilipenko, V.P. Ershov, V.V. Fimushkin, L.V. Kutuzova, V. P. Vadeev and A.S. Belov,  D- polarized ion source POLARIS for the JINR accelerator NUCLOTRON , Proc. of the 10th International Workshop on Polarized Sources and Targets, eds. D.K. Toporkov et al., Nuclear Instruments and Methods in Physics Research, 536 (2005), p.p. 273-275 (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).   = 1,224 * 30/6 = 6,12 6. V.V. Mochalov, & . A. S. Belov, et al  Spin physics with light and heavy neutral mesons at Protvino , International Conference SPIN 2006, Praha, Dec 2006. 18pp. Czeh. J. Phys., 56 (2006), e-Print Archive: hep-ex/0612038 (!B0BLO 2 @5D5@8@C5<>< 6C@=LVAL0;5).   = 0,360* 30/10 =1,08 7. A.N. Vasiliev, & A. S. Belov et. al.,  Spin Physics Program in the U70 polarized proton beam, Dubna SPIN2005 Proc (XI ARW on High Energy SPIN Physics), p. 463, 2006 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 =0,6 8. Dafni, S Andriamonje, V Arsov , S Aune, D Autiero, K Barth, A Belov, S Gninenko, N Golubev / (...) / K Zioutas, First results from the CAST experiment, Journal of Physics: Conference Series, May 2006 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 =0,6 9. A.!.5;>2, @>5:B 8AB>G=8:0 ?>;O@87>20==KE >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O CA:>@8B5;O $- #-70, 4>:;04 =0 2>< 01>G5< !>25I0=88 ?> #A:>@5=8N >;O@87>20==KE @>B>=>2 2 CA:>@8B5;5 #-70, 09 2006 3 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4 10. A.Badertscher, P. Crivelli, U. Gendotti, A. Rubbia, A.S. Belov, N.A.Golubev, S.N. Gninenko, M.M. Kirsanov, T. Anthonioz, P. Nadelec, D. Sillou, N. Alberola, C. Bas,  Design and Preliminary Results on a High Efficiency Pulsed Positron Beam for Polymer and Porous Silicon , The 8th International Workshop on Positron and Positronium Chemistry - PPC8, Coimbra, Portugal, Sept. 4 - Sept. 9, 2005 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 =0,6 11. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 =0,6 12. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/10 =0,4 13. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T. LVAL Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 =0,6 14. N.N. Agapov, A.S. Belov, V. Derehchuk, V.V. Fimushkin, V.P. Vadeev. IUCF Polarized Ion Source CIPIOS for JINR Accelerator Nuclotron. Proc. of the 16th International Spin Physics Symposium (SPIN 2004), Trieste, Italy, October 10-16 2004 ( Edited by F.Brandamante, A. Bressan, A. Martin), World Scientific Publishing Co.Pte.Ltd., 2005, p.774 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/5=1,2 B>3>:   = 58.22TLVALd5@18;>2 048< ;L8G @>4. 02.09.1933, A.=.A. # 1. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. XIX Internatioal Workshop on Charged Particle Accelerators Ukraine, Alushta, Crimea, September 12-18, 2005. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 = 0,6 2. ..5@18;>2, ...0;8=8=, ..@>=8=, ..$5I5=:>. 0@80=BK A8AB5< >B:0G:8 8=65:B>@0 - # $. %II 0CG=>-B5E=8G5A:0O :>=D5@5=F8O "0:CC<=0O =0C:0 8 B5E=8:0". !C40:, #:@08=0 , A5=B.2005. "0:CC<=0O =0C:0 8 B5E=8:0". 0B5@80;K %II 0CG=>-B5E=8G5A:>9 :>=D5@5=F88, .:--, 2005,53-57 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/4 = 1 3. .. 5@18;>2, ... 0;8=8=.  2>7<>6=>AB8 8A?>;L7>20=8O :@8>=0A>A>2 4;O >B:0G:8 8=65:B>@>2 # / . %III 0CG=>-B5E=8G5A:0O :>=D5@5=F8O "0:CC<=0O =0C:0 8 B5E=8:0". !>G8, >:B.2006. "0:CC<=0O =0C:0 8 B5E=8:0". 0B5@80;K %III =0CG=>-B5E=8G5A:>9 :>=D5@5=F88. .:--, 2006, 98-101 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/2 = 2. 4. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charge Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/10 = 0,4 5. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. XVI 564C=0@>4=0O :>=D5@5=F8O ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 = 0,6. B>3>:   = 4.6LVAL0;8=8= .@89 >@6528G @>4. 19.05.1956, 702. ;01. # 1. ..5@18;>2, ...0;8=8=, ..@>=8=, ..$5I5=:>. 0@80=BK A8AB5< >B:0G:8 8=65:B>@0 - # $. %II 0CG=>-B5E=8G5A:0O :>=D5@5=F8O "0:CC<=0O =0C:0 8 B5E=8:0". !C40:, #:@08=0 , A5=B.2005. "0:CC<=0O =0C:0 8 B5E=8:0". 0B5@80;K %II 0CG=>-B5E=8G5A:>9 :>=D5@5=F88, .:--, 2005,53-57 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/4 = 1 2. .. 5@18;>2, ... 0;8=8=.  2>7<>6=>AB8 8A?>;L7>20=8O :@8>=0A>A>2 4;O >B:0G:8 8=65:B>@>2 # / . %III 0CG=>-B5E=8G5A:0O :>=D5@5=F8O "0:CC<=0O =0C:0 8 B5E=8:0". !>G8, >:B.2006. "0:CC<=0O =0C:0 8 B5E=8:0". 0B5@80;K %III =0CG=>-B5E=8G5A:>9 :>=D5@5=F88. .:--, 2006, 98-101 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/2 = 2 3. !B5?0=>2 .. @>=8= .. 0;8=8= ... 5ACI0O A?>A>1=>ABL A20@=KE A>548=5=89 48DDC78>==>9 A20@:8 2 20:CC<=KE :0<5@0E ;8=59=>3> CA:>@8B5;O ?@>B>=>2. "@C4K %II 0CG=>-B5E=8G5A:>9 :>=D5@5=F88 "0:CC<=0O =0C:0 8 B5E=8:0", !C40: 2005, AB@. 253-256 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  =4/3=1,33 4. 0;8=8= ..., 8 4@.(4) 5=B35=>48D@0:F8>==>5 8AA;54>20=85 459B@840 8 384@840 B8B0=0, 8A?>;L7C5<>3> 2 M;5:B@>D878G5A:8E CAB0=>2:0E."578AK %11 0F8>=0;L=>9 :>=D5@5=F88 ?> @>ABC :@8AB0;;>2 >A:20, >:BO1@L 20063., AB@.232 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  =4/5=0,8 5. C:>2>4AB2> 0A?8@0=B><:  =10 B>3>:   = 15.13,   @C:>2>48B5;O = 10.04 LVAL 20H0 4>;LD 20=>28G @>4. 28.02.1936, 702. A5:B. # 1. A. Feschenko, Yu. Kiselev, A. Kovalishin, L. Kravchuk, A. Kvasha, J. Tang, A. Aleksandrov, M. Champion, P. Gibson, J. Schubert. SPALLATION NEUTRON SOURCE DRIFT TUBE LINAC RESONANCE CONTROL COOLING SYSTEM MODELING. Proceedings of 2005 Particle Accelerator Conference, Knoxville, Tennessee, pp. 3754-3756 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/10=0,6 2. Yu. Kiselev, A. Kovalishin, A. Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  =4/4=1 3. C:>2>4AB2> 48?;><=8:><: 10 B>3>:   = 11.6,   @C:>2>48B5;O = 7.52LVAL(8A5;52 .@89 0A8;L528G @>4. 07.04.1950, 702. ;01. # 1. O.V.Grekhov, A.N.Drugakov, Yu.V.Kisselev. EVENTS REGISTRATION SYSTEM FOR INR LINAC. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 106-107 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/3=2 2. Yu. Kiselev, A. Kovalishin, A. Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  =4/4=1. 3. A. Feschenko, Yu. Kiselev, A. Kovalishin, L. Kravchuk, A. Kvasha, J. Tang, A. Aleksandrov, M. Champion, P. Gibson, J. Schubert. SPALLATION NEUTRON SOURCE DRIFT TUBE LINAC RESONANCE CONTROL COOLING SYSTEM MODELING. Proceedings of 2005 Particle Accelerator Conference, Knoxville, Tennessee, pp. 3754-3756 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/10=0,6 4. A. Feschenko, S. Bragin, Yu. Kiselev, L. Kravchuk, O. Volodkevich, A. Aleksandrov, J. Galambos, S. Henderson, A. Shishlo. Development and Implementation of T Procedure for the SNS Linac. Proceedings of 2005 Particle Accelerator Conference, Knoxville, Tennessee, pp. 3064-3066 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/9=0,67 B>3>:   = 4.27,   @C:>2>48B5;O =5 >?@545;5=>, ?>A:>;L:C 2 ?>4G8=5=88 =5B =0CG=KE A>B@C4=8:>2.LVAL;5=>2 8:B>@ !5@35528G @>4. 02.06.1954, =.A. # 1. !..:C;8=8G52, .!.;5=>2, ..@02GC:, !..515452, .. $5I5=:>, .-./=F. Development of the detector based on CVD - diamond for use in the radiotherapy facilities XIX Internatioal Workshop on Charged Particle Accelerators Ukraine, Alushta, Crimea, September 12-18, 2005 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/6=1 2. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/10=0,6 3. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. 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Proceedings of 2005 Particle Accelerator Conference, Knoxville, Tennessee, pp. 3754-3756 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/10=0,6 11. P. Reingardt-Nikoulin,V. Gaidash, A.Menshov, A. Feschenko, A.N.Mirzojan. Universal BCT Monitor for INR Proton Linac Pulse Beam. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 2 (46), A. 113-114 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/5=1.2 12. V.V.Kuznetsov, A.N. Naboka, A.V. Novikov-Borod, V.L.Serov, A.V. Feschenko, A.N.Mirzojan. Pulse Shaping System for INR Proton Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 46-48 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  LVAL=6/6=1. 13. C:>2>4AB2> 48?;><=8:><: 10 14. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0: 5 B>3>:   = 30.97,   @C:>2>48B5;O = 23.11pLVALh%;NAB8= 5=8A ;048<8@>28G @>4. 01.10.1980, 0A?8@0=B (<.=.A ?> A>2<5AB) # 1. Yu. Kiselev, A. Kovalishin, A. Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  =4/4*3=3. B>3>:  =3$@>;>2 ;53 "8<>D5528G @>4. 08.07.1945, =.A. # 1. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/10 = 0,6. 2. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).  = 1,234 E 30/5 = 7,464 3. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  = 4/10 = 0,4. 4. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/10 = 0,6. 5. .. C15F, .!. 8:C;8=, .". $@>;>2, .. /:CH52. #,! #!" !" +"/.)  // / !"'  -. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/4 = 1,5. B>3>:   = 10.56LVALMG/:CH52 0;5=B8= 5B@>28G @>4. 29.09.1932, 702. ;01. # 1. .!.8:C;8=, ../:CH52. The MMFL H- injector ion source control system. XIX Internatioal Workshop on Charged Particle Accelerators Ukraine, Alushta, Crimea, September 12-18, 2005 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/2 = 3,0. 2. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/10= 0,6 3. E.S. Nikulin, V.P. Yakushev. The MMFL H- injector ion source control system. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/2 = 3,0. 4. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).  = 1,234 E 30/5 = 7,464 5. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  = 4/10 = 0,4. 6. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/10 = 0,6. 7. .. C15F, .!. 8:C;8=, .". $@>;>2, .. /:CH52. #,! #!" !" +"/.)  // / !"'  -. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>LVAL.:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/4 = 1,5. B>3>:   = 16.56,   @C:>2>48B5;O =22.02LVALMG1. $ 0=BC52 ;048A;02 !5@35528G 2. >4 @>645=8O. 1954 3. 3. 0B0 70I8BK 48AA5@B0F88. $52@0;L 1994. 4. >;6=>ABL. 0CG=K9 A>B@C4=8:. 5. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. Jet absorption and corona effect at RHIC. Extracting collision geometry from experimental data. 11 45:01@O 2006. 5 AB@. ?C1;8:>20=> 2 8AL<0 2 -"$, B>< 85, 2007, AB@. 114. 2B>@ >48=.  =1.099*45=49.455 2. Measurement of direct photon production in p + p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Sep 2006. 6pp. Published in Phys.Rev.Lett.98:012002,2007. 2B>@>2 320.  =7.489*30*0.1=22.467 3. Improved measurement of double helicity asymmetry in inclusive midrapidity pi0 production for polarized p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Feb 2006. 4pp. Published in Phys.Rev.D73:091102,2006. 2B>@>2 320.  =.4.852*30*0.1=14.556 4. Azimuthal angle correlations for rapidity separated hadron pairs in d + Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Mar 2006. 6pp. Published in Phys.Rev.Lett.96:222301,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 5. Nuclear modification of electron spectra and implications for heavy quark energy loss in Au+Au collisions at s(NN)**(1/2) - 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Oct 2005. 6pp. Published in Phys.Rev.Lett.96:032301,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 6. Common suppression pattern of eta and pi0 mesons at high transverse momentum in Au+Au collisions at S(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Jan 2006. 6pp. Published in Phys.Rev.Lett.96:202301,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 7. Measurement of transverse single-spin asymmetries for mid-rapidity production of neutral pions and charged hadrons in polarized p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Jul 2005. 6pp. Published in Phys.Rev.LeLVALtt.95:202001,2005. 2B>@>2 320.  =7.489*30*0.1=22.467 8. Mid-rapidity direct-photon production in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Feb 2005. 7pp. Published in Phys.Rev.D71:071102,2005. 2B>@>2 320.  =.4.852*30*0.1=14.556 9. Formation of dense partonic matter in relativistic nucleus-nucleus collisions at RHIC: Experimental evaluation by the PHENIX collaboration. By PHENIX Collaboration (K. Adcox et al.). Oct 2004. 127pp. Published in Nucl.Phys.A757:184-283,2005. 2B>@>2 320.  =.1.95*30*0.1=5.85 10. Saturation of azimuthal anisotropy in Au + Au collisions at s(NN)**(1/2) 62-GeV to 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Nov 2004. 7pp. Published in Phys.Rev.Lett.94:232302,2005. 2B>@>2 320.  =7.489*30*0.1=22.467 11. Measurement of identified pi0 and inclusive photon v(2) and implication to the direct photon production in s(NN)**1/2 = 200-GeV Au+Au collisions. By PHENIX Collaboration (S.S. Adler et al.). Aug 2005. 6pp. Published in Phys.Rev.Lett.96:032302,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 12. Centrality dependence of direct photon production in s(NN)**(1/ 2) = 200-GeV Au + Au collisions. By PHENIX Collaboration (S.S. Adler et al.). Mar 2005. 6pp. Published in Phys.Rev.Lett.94:232301,2005. 2B>@>2 320.  =7.489*30*0.1=22.467 13. Measurement of single electron event anisotropy in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Feb 2005. 11pp. Published in Phys.Rev.C72:024901,2005. 2B>@>2 320.  =3.61*30*0.1=10.83 14. Jet structure from dihadron correlations in d+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Oct 2005. 30pp. Published in Phys.Rev.C73:054903,2006. 2B>@>2 320  =3.61*30*0.1=10.83 15. J/psi production and nuclear effects for d+Au and p+p collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Jul 2005. 6pp. Published in Phys.Rev.Lett.96:012304,2006.LVAL 2B>@>2 320  =7.489*30*0.1=22.467 16. Single electrons from heavy flavor decays in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Aug 2005. 6pp. Published in Phys.Rev.Lett.96:032001,2006. 2B>@>2 320  =7.489*30*0.1=22.467 17. Nuclear modification factors for hadrons at forward and backward rapidities in deuteron-gold collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Nov 2004. 6pp. Published in Phys.Rev.Lett.94:082302,2005. 2B>@>2 320  =7.489*30*0.1=22.467 18. Centrality dependence of charm production from single electrons measurement in Au + Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Sep 2004. 6pp. Published in Phys.Rev.Lett.94:082301,2005. 2B>@>2 320  =7.489*30*0.1=22.467 19. Jet structure of baryon excess in Au + Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Aug 2004. 6pp. Published in Phys.Rev.C71:051902,2005. 2B>@>2 320  =3.61*30*0.1=10.83 20. Modifications to di-jet hadron pair correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Jul 2005. 6pp. Published in Phys.Rev.Lett.97:052301,2006. 2B>@>2 320  =7.489*30*0.1=22.467 21. Nuclear effects on hadron production in d+Au and p+p collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Mar 2006. 13pp. Published in Phys.Rev.C74:024904,2006. 2B>@>2 320  =3.61*30*0.1=10.83 22. Jet properties from dihadron correlations in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). May 2006. 25pp. Published in Phys.Rev.D74:072002,2006. 2B>@>2 320  =4.852*30*0.1=14.556   ?> ?C1;8:0F8O< = 434.364 6. !?8A>: ?0B5=B>2 70 2005 -2006 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  . 7. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. Identified particle production at h LVAL igh transverse momentum in nucleus-nucleus collisions at RHIC. Proc. 2005 QCD and high energy hadronic interactions. March 12-19, 2005. Recontres de Moriond, Italy. p. 363 2. Evidence of finite sQGP formation time at RHIC. Proc. 22nd Winter Workshop on Nuclear Dynamics (2006) p. 39. March 11-18, 2006, La Jolla, California, USA 3. PHENIX measurements of reaction plane dependence of high pt photons and pions. Quark Matter 2006, November 2006, Shanghai, China   ?> 2KABC?;5=8O< = 18 "+   =452.364LVALMG1. $... 0@CA>2 8:B>@ ;048<8@>28G 2. >4 @>645=8O 1963 3. >;6=>ABL =0CG=K9 A>B@C4=8: -$ 4. !?8A>: >?C1;8:>20==KE @01>B 70 2005-2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. .. 2G8==8:>2, .. 0@CA>2, .. 54=O:>2, 2CED07=0O :A5=>=>20O :0<5@0 4;O ?@O<>3> 45B5:B8@>20=8O WIMP, @5?@8=B / , ! 1162 (2006). 2. B.M. Ovchinnikov, V.V. Parusov, V.A. Bednyakov,  Methane ionization chamber to search for spin-dependent dark matter interactions., Presented at 5th Intern. Conf. on Non Accelerator New Physics (NAMP 05), Dubna, Russia, 20-25 June 2005. .   = 6/5= 1.2 3. The same, published in Internet: e-print Archive: hep-ph0508052. 4. .. 54=O:>2, .. 2G8==8:>2, .. 0@CA>2, >8A: A?8=-7028A8<KE 2708<>459AB289 G0AB8F B5<=>9 <0B5@88. @5?@8=B / , ! 1144 (2005).  =0 5. .. 2G8==8:>2, .. 0@CA>2, #AB0=>2:0 4;O A>AB02;5=8O A<5A59 307>2 A :8A;>@>4>< 2 480?07>=5 (100-10-7)% >1. 2 A ?>3@5H=>ABLN 3%, @5?@8=B / , ! 1137 (2005).  =0 6.  8740=88 Nova Publishers  Advances in Plasma Physics Researh , V.5 (2005) 152, Francois Gerard-Editor., New York, B.M. Ovchinnikov, Y.B. Ovchinnikov, V.V. Parusov  Investigation of the proportional discharge mechanism in non electronegative gases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a.Paryev. Subthreshold Phi Meson Production and Medium Effects in Proton-Nucleus Reactions. Eur.Phys.J.A23, p.453-471 (2005).  =1.659*30/1 = 49.77 2) E.Ya.Paryev. Antikaon angular distributions in the reaction gamma d-->K(-)Theta(+)p--> K(-)K(+)np near the threshold and the parity of the Theta(+) Pentaquark. Preprint INR-1151/2005, August 2005, 23 pages.  = 0 3) E.Ya.Paryev. Subthreshold Phi Meson Production and Medium Effects in Proton-Nucleus Reactions. Yad. Fiz.vol.69, p.354-377 (2006).  =0.914*45 =41.13 4) E.Ya.Paryev. Antikaon angular distributions in the reaction gamma d-->K(-) Theta(+) p--> K(-)K(+)np near the threshold and the parity of the Theta(+) Pentaquark. Yad.Fiz.vol.69, p.747-759 (2006).  =0.914*45 =41.13 5)Yu.T.Kiselev and E.Ya.Paryev. Antiproton absorption in nuclei. Nucl-th/0601036.  =0.326*30/2 = 4.89 6) E.Ya.Paryev. Antikaon angular distributions in the reaction gamma d -->K(-)Theta(+)p--> K(-)K(+)np near the threshold and the parity of the Theta(+) Pentaquark. Nucl-th/0602015.  =0.326*30/1 =9.78 7) ..:8=48=>2, ..".8A5;52, ..0@B5<LO=>2, . .8E09;>2, -./.0@L52, ..!<8@=8BA:89, ..."5@5E>2, ..'C<0:>2, ..(59=:<0=. AA;54>20=85 ?>4?>@>3>2>3> >1@07>20=8O "65AB:8E" (-) <57>=>2 2 ?@>B>=-O45@=KE AB>;:=>25=8OE. 8AL<0 2 -"$. @8=OB> : ?5G0B8.  =1.099*45/9=5.495 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005-2006 3.3. >:;04 ">3;>I5=85 0=B8?@>B>=>2 2 O4@0E" =0 .18;59=>9 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", ?>A2OI5==>9 60-;5B8N "-$ (!5AA8O >B45;5=8O O45@=>9 D878:8 , 2005).  =4 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK  2005-2006 3.3. 25; D0:C;LB0B82 ?> <0B5<0B8:5 2 AB0@H8E :;0AA0E ;8F5O 3. "@>LVAL8F:0. "+   = 156.195LVALMG  (" =4@59 3>@528G, @>4.10.01.1952, A=A -$   70 2005-2006 33. C1;8:0F88: 1) ALICE T0 DETECTOR. M. Bondila et al. (20 02B>@>2) 2005. 7pp. Published in IEEE Trans.Nucl.Sci.52:1705-1711,2005   =1.259*30*0.1=3.777 2) AEROGEL CHERENKOV COUNTERS FOR HIGH MOMENTUM PROTON IDENTIFICATION. E. Cuautle et al. 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INTAS-CERN, Ref. Nr 05-103-7544  Development of a Cherenkov detector to extend the PID capability of ALICE beyond 5 GeV/c . 2006-2008 33. 3. ISTC Project # 2880, 2005-2006 33. B>3>2K9   = 41.554LVALMG" O1>2 .@89 0A8;L528G 2. >4 @>645=8O. 1933 3. 0B0 70I8BK 48AA5@B0F88 1969 4. >;6=>ABL 2=A 5. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. .564C=0@>4=0O =0CG=>-B5E=8G5A:0O :>=D5@5=F8O !!",! " +  21  20-23 8N=O 2006 3., >A:20, -" <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 ;>2CH:8 ?@>B>==>3> ?CG:0 $ / . O1>2 ..., @0G52 .., >?B5;>2 -.., $54G5=:> .., A.153, 2006  =6/1=1.5 2.. Neutron Complex of INR RAS: New Possibilities and First Experiments.E.A. Koptelov, Yu.V. Ryabov ICANS-2005, v.1, p.243  =6/2=3 3. Yu.V. Pyatkov, D.V. Kamanin, A.A. Alexandrov, I.A. Alexandrova, S.V. Khlebnikov, E.A. Kuznetsova, V.G. Lyapin, S.V. Mitrofanov, Yu.E. Penionzhkevich, Yu.V. Ryabov, E.A. Sokol, V.G. Tishchenko, W. Trzaska, A.N. Tjukavkin, S.R. Yamaletdinov, B.V. Florko Experimental confirmation of the collinear cluster tripartition of the 252Cf nucleus International Symposium on Exotic Nuclei, Peterhof, Russia, 5-12 July 2005. Conference proceedings, Editors: Yu.E.Penionzhkevich, and E.A.Cherepanov. Published by World Scientific Publishing Co. Pte. Ltd., 2005, p. 351-356. text: [pdf] (259K)  = 2*6*0.1=1.2 4. Yu.V. Pyatkov, D.V. Kamanin, W. Trzaska, S.R. Yamaletdinov, E.A. Sokol, A.N. Tjukavkin, A.A. Aleksandrov, I.A. Aleksandrova, S.V. Denisov, V.P. Krajnov, S.V. Khlebnikov, T.E. Kuzmina, E.A. Kuznetsova, S.V. Mitrofanov, Yu.E. Penionzhkevich, Yu.V. Ryabov, V.G. Tishchenko, B.V.Florko New results in studying of the collinear cluster tripartition of the 252Cf nucleus Preprint JINR Dubna E15-2005-65, Dubna 2004. text: [pdf] (648K) 5. ..5@;52, ..8@N:>2, ..@02GC:, .. 078=, .. 5H5B8=,... O1>2 %0@0B5@8AB8:8 ?@>B>B8?0 45B5:B>@0 30<<0-:20=B>2 4;O -". @5?@8=B /-1148/2005 6. ..5@;52, ..@02GC:, .. 078=, .. 5H5B8=,... O1>2, ..!0<>9;5=:> AA;54>20=85 E0@0:B5@8AB8: BaF2 AF8=B8;;OB>@>2 A F5;LN 8E ?@8<5=5=8O 2 -". @5?@8=B /-1138/2005 8. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. LVAL A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. !5=:528G .. $"#  =10 9. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. 59B@>==0O D878:0 $"#  =5 10. @C30O 7=0G8<0O 8=D>@<0F8O. C:>2>48B5;L ?@>5:B0 =59B@>==>3> 8<?C;LA=>3> 8AB>G=8:0 /  -!. "+   =20.7dLVALt"" 8:8B0 =4@5528G, !=A :0=4840B D87.-<0B. 0C: 1. @83;0H5==K9 4>:;04  Troitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov*, O.V.Kazachenko1, N.A.Lichovid, V.M.Lobashev, A.A.Nozik*, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov2, V.G. Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany   =30*0.1=3 2. #AB=K9 4>:;04 The KATRIN sensitivity to the neutrino mass and to right-handed currents in beta decay (5 02B>@>2) Neutrino 2006 XXII International Conference on Neutrino Physics and Astrophysics June 13  19, 2006 Santa Fe, New Mexico USA   = 6/5= 1.2 3. Energy calibration and monitoring of the KATRIN Experiment Authors: T. Thuemmler*, M. Beck*, J. Bonn+, B. Hillen*, H.-W. Ortjohann*, B. Ostrick*/+, E.W. Otten+, M. Prall*, N. Titov*, C. Weinheimer* for the KATRIN collaboration. >AB5@ Neutrino 2006 XXII International Conference on Neutrino Physics and Astrophysics June 13  19, 2006 Santa Fe, New Mexico USA  = 6/10=0.6 4. To the neutrino mass and to right-handed currents in tritium beta decay D. Sevilla-Sanchez1, J. Bonn1, K. Eitel2, F. Glueck3, N. Titov4;5 (for the KATRIN collaboration ) >AB5@ The 2nd Symposium On Neutrinos and Dark Matter in Nuclear Physics Paris, September 3-9, 2006  = 6/5=1.2 "+   =6LVALMG%">?8;LA:0O 0B0;8O !5@0D8<>2=0 1. >4 @>645=8O. 23.11.1946 3. 2. 0B0 70I8BK 48AA5@B0F88 1994 3. 3. >;6=>ABL !.=.A. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. 2006 3. 1). Bottomonium and Drell-Yan production in p-A collisions at 450 GeV. B.Alessandro et al., (71 authors), CERN-PH-EP-2006-005; hep-ex/0603049; Physics Letters B635 (2006) 260.  =5.301*30*0.1 = 15.903 2). J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV. B.Alessandro et al., (71 authors), CERN-PH-EP-2006-018; nucl-ex/0612012; Eur. Phys. J.C.48 (2006)329.  =3.209*30*0.1 = 9.627 3). Psi' production in Pb-Pb collisions at 158 GeV/nucleon. B.Alessandro et al., (71 authors), CERN-PH-EP-2006-019; nucl-ex/0612013; accepted in Eur. Phys. J.C.  =3.209*30*0.1 = 9.627 4). Charmonia production at the CERN/SPS, G.Borges et al., (71 author), J. Phys. G32:S381-S390,2006  =2.173*30*0.1 =6.519 5). The medium excitation for charmonium production at the CERN SPS, A.B.Kurepin, N.S.Topilskaya, CBM Working Group report, GSI, Feb.2006.  =2*8 AB@ ./2 =8 2005 3. 6). The J/psi normal nuclear absorption. G.Borges et al., (71 authors), Eur. Phys.J C43 (2005) 161.  =3.209*30*0.1 = 9.627 7). J/psi production and suppression at SPS energies. P.Cortese et al., (71 authors), J.Phys.G31:S809-S816,2005  =2.173*30*0.1 = 6.519 8). Charged particle multiplicity in Pb - Pb collisions from the NA50 experiment, F.Prino et al., (71 authors), .Phys.Conf.Ser.5:86-96,2005  LVAL&=6*0.1 =0.6 9). Charmonia production at the CERN/SPS, G.Borges et al., (71 authors), e-Print Archive: hep-ex/0505065  =6*0.1 =0.6 10). Transverse momentum dependence of charmonium suppression in Pb-Pb collisions at the CERN SPS, A.B.Kurepin et al., (71 authors), Nucl.Phys.A749:243-250,2005  =1.95*30*0.1 = 5.85 11). Neutron emission in the electromagnetic dissociation of ultrarelativistic Pb ions, M.B.Golubeva et al., (28 authors), Phys.Rev.C71:024905,2005 3.610*30*0.1 = 10.83 12). A new measurement of J/psi suppression in Pb-Pb collisions at 158 GeV per nucleon, B.Allessandro et al.,(71 authors), Eur. Phys.J.C39:335-345,2005  =3.209*30*0.1 = 9.627 13). Investigation of charmonium states production in p-A and nucleus- nucleus collisions at the CERN SPS. N.S.Topilskaya, Relativistic Nuclear Physics and Quantum Chromodinamics, Vol.I, p.255, 2005.  =6   ?> ?C1;8:0F8O< = 99.329 4. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. 1). .!.">?8;LA:0O  The medium effects for charmonium states production in relativistic nucleus- nucleus collisions , XVIII International Baldin Conference, ISHEPP, Dubna, Russia, September 25-30, 2006.  =20 2). .!.">?8;LA:0O  The transverse momentum dependence of J/psi suppression in Pb-Pb collisions at the CERN SPS . 03.09.05  10.09.05, 3. C40?5HB, 5=3@8O, 18 564C=0@>4=0O >=D5@5=F8O  Ultra-Reltivistic Nucleus-Nucleus Collisions , Quark Matter 2005.  =6 3). .!.">?8;LA:0O 028A8<>ABL >B ?>?5@5G=>3> <><5=B0 ?>402;5=8O @>645=8O J/psi 2 Pb-Pb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b computing: Technical Design Report, CERN-LHCC-2005-019 - LHCb-TDR-11, LHCb collaboration.   = 6*0.1=0.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1.  QC of modules , LHCb collaboration meeting, March 7-11, 2005, Geneva, CERN 2.  Status of supermodules cosmic test , LHCb collaboration meeting, November 11- December 2, 2005, Geneva, CERN 3.  Status of supermodules cosmic test , LHCb collaboration meeting, March 6-10, 2006, Geneva, CERN 4.  Status of SM cosmic test , LHCb commissioning meeting, March 30, 2006, Geneva, CERN   ?> 4>:;040< =24 "+   = 24,6LVAL1. 'C40:>2 0;5@89 8E09;>28G 2. 1952 3. 1987 4. =0CG=K9 A>B@C4=8: 5. 1) 5-th International Conference on Isotopes (5 ICI), Brussels (Belgium), April 25-29, 2005  Russian Sr/Rb-82 generator for PET investigations V.Chudakov, B. Zhuikov, & ., Abstract Book, p.9, 2005.  Oral Presentation.  =6/9=0.667 2) II "@>8F:0O :>=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5, 3."@>8F:, , 16-19 <0O 20063. >AA89A:89 35=5@0B>@ AB@>=F89-82/@C18489-82. ..C9:>2, ..'C40:>2, 8 4@.  =4/7=0.571 3) 0CG=0O :>=D5@5=F8O >2K5 B5E=>;>388 2 O45@=>9 <548F8=5, 3. !0=:B-5B5@1C@3, $, 12-13 >:BO1@O 20063. @0=>2 .., "NB8= .., (BC:>2A:89 .., >AB>20 .., 09F52 .., (0B8: !.., C9:>2 .., 'C40:>2 .. !>740=85 8 ?>43>B>2:0 : ?@>872>4AB2C @048>E8<8G5A:>3> 35=5@0B>@0 @C1848O-82 E;>@840 (! -01)  @048>D0@<?@5?0@0B0 4;O ?>78B@>==>-M<8AA8>==>9 B><>3@0D88, <0B5@80;K :>=D5@5=F88, A.82-83, 2006.  =4/8=0.5 6. #G0AB85 2 2KAB02:0E: >;>B0O <540;L 70 @07@01>B:C 548F8=A:89 35=5@0B>@ @C1848O-82. VI >A:>2A:89 <564C=0@>4=K9 A0;>= 8==>20F89 8 8=25AB8F89. >A:20, &, 7-10 D52@0;O 20063.  =0 #G0AB85 2 3@0=B0E: 1. "&, @>5:B ! 2371 !>2<5AB=>5 ?@>872>4AB2> ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59, 2002-200533. (IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2. &5;520O ?@>3@0<<0 @57848C<0  >445@6:0 8==>20F89, 20063. 07@01>B:0, 8A?KB0=85 8 2=54@5=85 35=5@0B>@0 AB@>=F89-82/@C18489-82 4;O <548F8=A:>9 4803=>AB8:8 A ?><>ILN ?>78B@>==>-M<8AA8>==>9 B><>3@0D88 3. @0=B $  ! RUB2-10235- MO-04 ( BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 ( IPP =><5@ ?@>5:B0 BNL- T2-324) "+   = 1.738LVALMG*1. $: @<>;052 !B0=8A;02 8:B>@>28G 2. >4 @>645=8O: 1967 3. 0B0 70I8BK 48AA5@B0F88: 16 D52@0;O 1995 4. >;6=>ABL: AB.=.A. 5. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-20 02B>@>2: ! 2B>@K, =0720=85 AB0BL8, 6C@=0; >;-2> 02B>@>2 5.1. ... >1@5F>20, !.. @<>;052, N.I. Jitariouk, .. 8;8=GC:. A?>;L7>20=85 ?>;8MB8;5=B5@5DB0;0B=KE B@5:>2KE <5<1@0=, :0: H01;>==KE <0B@8F, 4;O ?>;CG5=8O ?>;8<5@=KE =0=><0B5@80;>2 =0 >A=>25 ?>;8?8@@>;0 8 ?>;8(N-<5B8;?8@@>;0). // %8<8O 2KA>:8E M=5@389, 2005, B>< 39, ! 1, A.15-20. Impact factor for 2005: 0.462  =0.462*45/4=5.1975 4 5.2. ... >1@5F>20, !.. @<>;052, .. 8;8=GC:, N.I. Jitariouk, A. Le MoQl. 7CG5=85 AB@C:BC@K ?;5=>: M;5:B@>?@>2>4OI8E ?>;8<5@>2, ?>;CG5==KE =0 ?>25@E=>AB8 8 2 ?>@0E B@5:>2KE -"$ <5<1@0= <5B>4>< H01;>==>3> A8=B570. // %8<8O 2KA>:8E M=5@389, 2005, B>< 39, ! 6, A.416-422. Impact factor for 2005: 0.462  =0.462*45/5=4.158 5 5.3. L. Fillaudeau, B. Boissier, A. Moreau, P. Blanpain-avet, S. Ermolaev, N. Jitariouk and A. Gourdon. Investigation of rotating and vibrating filtration for clarification of rough beer. // to be published in Journal of Food Engineering, May 2007, vol. 80, issue 1, pp. 206-217. Impact factor of this journal 2005: 1.249. Journal Citation Reports 2005, published by Thomson Scientific  =1.249*30/7=5.353 7 5.4. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk and S.C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. // to be published in Journal of Labelled Compounds and Radiopharmaceuticals. Impact factor 0.829.  =0.829*30/4=6.2175 4 6. !?8A>: ?0B5=B>2 70 2005 -2006 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  : ! 2B>@K, =0720=85 8 =><5@ ?0B5=B0 6.1. N. Jitariouk, S. Ermolaev, A. Le MoQl. Procd de fabrication de membrane creuse. Demande de brevet francais, n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rmolaev, B.L. Zhuikov, V.M. Kokhanyuk, S.C. Srivastava. Production yields of 117mSn from natural antimony target in proton energy range 145-35 MeV. // 9th International Symposium on the Synthesis and Applications of Isotopes and Isotopically Labelled Compounds, Edinburgh, UK, 16-20 July, 2006 (Book of Abstracts, p. 124)  =6/4=1.5 8. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. >4 <>8< @C:>2>4AB2>< ?>43>B>2;5=0 >4=0 48AA5@B0F8>==0O @01>B0 =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 E8<8G5A:8E =0C:. A?8@0=B  >1@5F>20 N4<8;0 .@L52=0. 01>B0 2K?>;=5=0 2 1=8=A:>< 3>AC40@AB25==>< B5E=8G5A:>< C=825@A8B5B5 0B><=>9 M=5@35B8:8 8 70I8I5=0 30.03.2006 2 $% 8<. ./. 0@?>20 (>A:20).  =30 #G0AB85 2 3@0=B0E: ) @0=B "& !2371 !>2<5AB=>5 ?@>872>4AB2> @048>87>B>?>2 ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59 (IPP =><5@ ?@>5:B0 "2-1093) (LANL). ) @0=B $  ! RUB2-10235-MO-04 (BNL) 07@01>B:0 >;>20-1 LVAL 17m 2KA>:>9 C45;L=>9 0:B82=>AB8 8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 (IPP =><5@ ?@>5:B0 BNL-T2-324). ) &5;520O ?@>3@0<<0 @57848C<0  >445@6:0 8==>20F89. "5<0: 07@01>B:0, 8A?KB0=85 8 2=54@5=85 35=5@0B>@0 AB@>=F89-82/@C18489-82 4;O <548F8=A:>9 4803=>AB8:8 A ?><>ILN ?>78B@>==>-M<8AA8>==>9 B><>3@0D88. >:;04 =0 A5<8=0@5: !5<8=0@ $- 8<. .. 59?C=A:>3> @>872>4AB2> @048>0:B82=KE 87>B>?>2 8 8AB>G=8:>2 8>=878@CNI53> 87;CG5=8O, 1=8=A:, 8 8N=O 2006 3. "5<0: >;CG5=85 117mSn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alculation and Optimization of new Troitsk Spectrometer, Parameters and Fields. Proc. of International Linac Conference, Linac 2006, ) V. Paramonov, A.K. Skasyrskaya, INR, K. Floettmann, F. Stephan, DESY. PULSED RF HEATING PARTICULARITIES IN NORMAL-CONDUCTING L-BAND CAVITIES.   ?> 2KABC?;5=8O< = 12 B>3>2K9   =12 1. $ !:0AK@A:0O 9=> >=AB0=B8=>2=0, 1951 3. @., =A 2. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. @5?@8=B / 1174/2006, =>O1@L 2006."AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> ""@>8F: =N-<0AA" " .. 5;5A52, .. 5@0A:8=, .. >;C152, .. C9:>2, !.. 04>@>6=K9, .. 20=>2, .. 070G5=:>, .. >E0=N:, .. 8E>284, .. >10H52, .. >78:, .. 0@DQ=>2, .. !:0AK@A:0O, .. "8B>2, .. #A0=>2.   6/10= 0,6 2. AA;54>20=85 MDD5:B>2 >1J5<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O b A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=>  "@>8F: =N-<0AA . . 5;5A52, . . 5@0A:8=, . . C9:>2, !. . 04>@>6=K9, . . 070G5=:>, . . >E0=N:, . . 8E>284, . . >10H52, . . >78:, . . 0@D5=>2, . . !:0AK@A:0O, . . !C40G:>2, . . "8B>2, . . #A0=>2 /$ 2K945B 2LVAL A25B 2 =><5@5 3(B>< 71) 2008 3.   3. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. >:;04 =0 % <564C=0@>4=>< @01>G5< A>25I0=88 "  (2006 3.) !:0AK@A:0O .. Calculation and Optimization of new Troitsk Spectrometer, Parameters and Fields.  =6 2. V. Paramonov, A.K. Skasyrskaya, INR, K. Floettmann, F. Stephan, DESY. PULSED RF HEATING PARTICULARITIES IN NORMAL-CONDUCTING L-BAND CAVITIES. Proc. of International Linac Conference, Linac 2006, #AB=K9 A5:F8>==K9 4>:;04. 1.5 10;;0 3. 7 02B>@>2, V.V. Paramonov, First high-power ACS modul for J-PARC linac. Proc. 2006 Linac Conference, >:A28;;, !(, 2006. Proc. 2006 Linac Conference, >:A28;;, !(, 2006.  =0,857 4. 6 02B>@>2. V.V. Paramonov, S.Korepanov et al., Design consideration of the RF deflector to optimize the photo injector for PITZ. Proc. of 26 International Free Electron Lasers, FEL2006, Conference, 5@;8=, 5@<0=8O, p. 605 1 10;;.   ?> 2KABC?;5=8O< = 9,357 B>3>2K9   =9,957LVALMG/(B5@= .., 1950 3.@., A=A 4>:B>@ D87.-<0B. =0C:(2006) C1;8:0F88: 1. Hurley, K.; Stern, B.; Kommers, J.; Cline, T.; Mazets, E.; Golenetskii, S.; Trombka, J.; McClanahan, T.; Goldsten, J.; Feroci, M.; Frontera, F.; Guidorzi, C.; Montanari, E.; Lewin, W.; Meegan, C.; Fishman, G.; Kouveliotou, C.; Sinha, S.; Seetha, S. (19 A>02B>@>2) "The Interplanetary Network Supplement to the BATSE Catalogs of Untriggered Cosmic Gamma-Ray Bursts" The Astrophysical Journal Supplement Series, Volume 156, Issue 2, pp. 217-226., 2005. <?0:B ApJ SS 14.428,  =14.428*30*0.1=43.284 2. Stern, Boris E.; Poutanen, Juri. "Blind Search for the Real Sample: Application to the Origin of Ultra-High-Energy Cosmic Rays" The Astrophysical Journal, Volume 623, Issue 1, pp. L33-L36,2005 <?0:B ASTROPHYS J 6.308  =6.308*30/2=94.62 3. Tikhomirova, Ya. Yu.; Stern, B. E., "Superlong Gamma-Ray Bursts" Astronomy Letters, vol. 31, Issue 5, p.291-298, 2005 <?0:B ASTRON LETT+ 1.315 ( >AA89A:89 6C@=0;)  =1.315*45/2=29.5875 4. Popov, S. B.; Stern, B. E. "Soft gamma repeaters outside the Local Group" Monthly Notices of the Royal Astronomical Society, Volume 365, Issue 3, pp. 885-890. , 2006 <?0:B MON NOT R ASTRON SOC 5.352  =5.352*30/2=80.28 5. Tikhomirova, Yana; Stern, Boris E.; Kozyreva, Alexandra; Poutanen, Juri "New soft gamma-ray bursts in the BATSE records and spectral properties of X-ray rich bursts" Monthly Notices of the Royal Astronomical Society, Volume 367, Issue 4, pp. 1473-1477. , 2006 <?0:B MON NOT R ASTRON SOC 5.352  =5.352*30/4=40.14 6. Stern, Boris E.; Poutanen, Juri "A photon breeding mechanism for the high-energy emission of relativistic jets" Monthly Notices of the Royal Astronomical Society, Volume 372, Issue 3, pp. 1217-1226., 2006 <?0:B MON NOT R ASTRON SOC 5.352  =5.352*30/2=80.28 7. Poutanen, J.; Stern, B. E., "Gamma-ray burst spectra from continuously accelerated electrons" Il Nuovo Cimento C, vol. 28, Issue 3, p.443, 2005 <?0:BD LVALT NUOVO CIMENTO C 0.312  =0.312*30/2=4.68 "   ?> ?C1;8:0F8O< 372.8715 KABC?;5=8O =0 :>=D5@5=F8OE 1. Stern, B. E.; Poutanen, J. Moriond Workshop "Very High Energy Phenomena in the Universe", 2005 (564C=0@>4=).  =6/3=2 2. (B5@= .. "-;5:B@><03=8B=K9 :0A:04 2 @073>==>< @568<5, :0: =>2K9 <5E0=87< A25B8<>AB8 1;070@>2" AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0" >A:20, , 2005 ( >AA89A:0O)  =4 3. Stern B.E. "Runaway electromagnetic cascade in shear flows and high energy radiation of astrophysical jets" The 6th INTEGRAL Workshop The Obscured Universe Space Research Institute, Moscow, Russia,2006 (564C=0@>4=0O)  =6   ?> :>=D5@5=F8O< =12 "+   = 384.8715LVALMG1>E0=N: ;048<8@ 8E09;>28G. 2. 1954. 3. 57 AB5?5=8 4. 0CG=K9 A>B@C4=8:. 5. 1. M.L.Bonardi, F.Groppi, H.S.Mainardi, V.M.Kokhanyuk, E.V.Lapshina, M. V. Mebel, B.L.Zhuikov. Cross-section studies on Copper-64 with zinc target in the proton energy range from 140 down to 31 MeV. Proc. of MARC VI - 6th Int. conf. on methods and applications of radioanalytical chemistry. J. Radioanal. Nucl. Chem., 2005, v.264, p.101-105. (7 02B>@>2) IF=0,460  =0.460*30/7=1.971 2. ..5;5A52, ..5@0A:8=, ..C9:>2, ..20=>2, !,,04>@>6=K9, ..070G5=:>, ..>E0=N:, ..8E>284, ..>10H52, ..>78:, ..0@D5=>2, ..!:0AK@A:0O, .."8B>2, ..#A0=>2. AA;54>20=85 MDD5:B>2 >1L5<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O b-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> "@>8F: =N-<0AA, @5?@8=B /  1174/2006, =>O1@L 2006. (14 02B>@>2)  =0 3. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. Submitted to: J. Labbeled Compounds and Pharmaceuticals, 2006.  =0.829*30/4=6.2175 6. .. C9:>2, !. !@820AB020, !.. @<>;052, .. >=OE8=, !.. %0<LO=>2, . . ">30520, .. >E0=N:. !?>A>1 ?>;CG5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O. 0B5=B $. 538AB@. ! 2006147199, 0O2:0 >B 29.12.2006. (7 02B>@>2)  =20/7=2.857 7. 1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava  Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV . Final Programme and Book of Abstracts-9th International Symposium on the Synthesis and Applications of Isotopes and Isotopically Labelled Compounds, p.124, 16-20 July 2006., Edinburgh, UK. (4 02B>@0)  =6/4=1.5 2. !.. @<>;052, .. C9:>2, !. !@820AB020, .. >=OE8=, !.. %0<LO=>2, . . ">30520, .. >E0=N:. >;CG5=85 117mSn 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:0. // !5<8=0@ $- 8<. .. 59?C=A:>3> @>872>4AB2> @048>0:B82=< LVALL KE 87>B>?>2 8 8AB>G=8:>2 8>=878@CNI53> 87;CG5=8O, 1=8=A:, 8 8N=O 2006 3.  =4/7=0.571 8. 1. @0=B "& !2371. !>2<5AB=>5 ?@>872>4AB2> @048>87>B>?>2 ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59. (IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2. @0=B $  ! RUB2-10235-MO-04 (BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 (IPP =><5@ ?@>5:B0 BNL-T2-324) 3. &5;520O ?@>3@0<<0 @57848C<0  ">445@6:0 8==>20F89", 20063 " 07@01>B:0, 8A?KB0=85 8 2=54@5=85 35=5@0B>@0 AB@>=F89-82/@C18489-82 4;O <548F8=A:>9 4803=>AB8:8 A ?><>ILN ?>78B@>==>-M<8AA8>==>9 B><>3@0D88". "+   = 13.1165LVALMG32073=8=4 F8B8@ PRND factor of A.S. Botvina , 2005-2006. Publications in journals with referee examinations: 1. M.Jandel, A.S.Botvina, S.J.Yennello, G.A.Souliotis, D.V.Shetty, E.Bell, and A.Keksis. The decay time scale for highly excited nuclei as seen from asymmetrical emission of particles. Journal of Physics G (Nucl. Part. Phys.), v.31, p.29, 2005. PRND= 2.173*30/7 = 9.313 2. D.V.Shetty, A.S.Botvina, S.J.Yennello, G.A.Souliotis, E.Bell, and A.Keksis. Fragment yield distribution and the influence of neutron composition and excitation energy in multifragmentation reactions. Phys. Rev. C, v.71, p.024602, N.Y., 2005. PRND= 3.610*30/6 = 18.050 3. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, C.Boiano, A.S.Botvina, A.Boudard, J. Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstrom, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriak, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Luhning, J.Lukasik, U.Lynen, Z.Majka, M.Mocko, W.F.J.Muller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, A.Sokolov, K.Summerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch and B.Zwieglinski. Mass and isospin effects in multifragmentation. Nucl. Phys. A, v.749, p.83, Amsterdam, 2005. PRND= 1.950*30/55 = 1.063 4. V.A.Karnaukhov, H.Oeschler, S.P.Avdeyev, V.K.Rodionov, V.Kirakosyan, A.V.Simonenko, P.Rukoyatkin, A.Budzanowski, W.Karcz, I.Skwirczynska, E.A.Kuzmin, L.V.Chulkov, E.Norbeck, and A.S.Botvina. Spinodal decomposition, nuclear fog and two characteristic volumes in thermal multifragmentation. Nucl. Phys. A, v.749, p.65, Amsterdam, 2005. PRND= 1.950*30/14 = 4.179 5. R.Ogul, N.Buyukcizmeci, and A.S.Botvina. Nuclear fragmentation and critical LVAL4temperature for the liquid-gas phase transition region. Nucl. Phys. A, v.749, p.126, Amsterdam, 2005. PRND= 1.950*30/3 = 19.500 6. D.Henzlova, L.Audouin, J.Benlliure, A.S.Botvina, A.Boudard, E.Casarejos, J.E.Ducret, T.Enqvist, L.T.Got, A.Heinz, A.Junghans, B.Jurado, A.Kelic, A.Krasa, T.Kurtukian, S.Leray, P.Napolitani, M.F.Ordonez, J.Pereira, R.Pleskac, F.Rejmund, M.V.Ricciardi, K.-H.Schmidt, Ch.Schmitt, C.Stephan, C.Villagrasa, C.Volant, A.Wagner and O.Yordanov. Isotopically resolved residues from the fragmentation of projectiles with largely different N/Z - the isospin-thermometer method. Nucl. Phys. A, v.749, p.110, Amsterdam, 2005. PRND= 1.950*30/29 = 2.017 7. A.Le Fevre, G.Auger, M.L.Begemann-Blaich, N.Bellaize, R.Bittiger, F.Bocage, B.Borderie, R.Bougault, B.Bouriquet, J.L.Charvet, A.Chbihi, R.Dayras, D.Durand, J.D.Frankland, E.Galichet, D.Gourio, D.Guinet, S.Hudan, G.Imme, P.Lautesse, F.Lavaud, R.Legrain, O.Lopez, J.Lukasik, U.Lynen, W.F.J.Mueller, L.Nalpas, H.Orth, E.Plagnol, G.Raciti, E.Rosato, A.Saija, C.Schwarz, W.Seidel, C.Sfienti, B.Tamain, W.Trautmann, A.Trzcinski, K.Turzo, E.Vient, M.Vigilante, C.Volant, B.Zwieglinski, and A.S.Botvina (The INDRA and ALADIN Collaborations). Isotopic scaling and the symmetry energy in spectator fragmentation. Phys. Rev. Lett., v.94, p.162701, N.Y., 2005. PRND= 7.489*30/44 = 5.106 8. N.Buyukcizmeci, R.Ogul, and A.S.Botvina. Isospin and symmetry energy effects on nuclear fragment production in liquid-gas type phase transition region. Eur. Phys. J. A, v.25, p.57, Berlin/Heidelberg, 2005. PRND= 1.659*30/3 = 16.590 9. J.Wang, T.Keutgen, R.Wada, K.Hagel, Y.G.Ma, M.Murray, L.Qin, P.Smith, J.B.Natowitz, R.Alfaro, J.Cibor, A.Botvina, M.Cinausero, Y.El Masri, D.Fabris, A.Keksis, S.Kowalski, M.Lunardon, A.Makeev, N.Marie, E.Martin, Z.Majka, A.Martinez-DaLVAL5valos, A.Menchaca-Rocha, G.Nebbia, S.Moretto, G.Prete, V.Rizzi, A.Ruangma, D.V.Shetty, G.Souliotis, P.Staszel, M.Veselsky, G.Viesti, E.M.Winchester, S.J.Yennello, and W.Zipper. Ghoshal-like test of equilibration in near-Fermi-energy heavy-ion collisions. Phys. Rev. C, v.71, p.054608, N.Y., 2005. PRND= 3.610*30/37 = 2.927 10. J.Wang, R.Wada, T.Keutgen, K.Hagel, Y.G.Ma, M.Murray, L.Qin, A.Botvina, S.Kowalski, T.Materna, J.B.Natowitz, R.Alfarro, J.Cibor, M.Cinausero, Y.El Masri, D.Fabris, E.Fioretto, A.Keksis, M.Lunardon, A.Makeev, N.Marie, E.Martin, Z.Majka, A.Martinez-Davalos, A.Menchaca-Rocha, G.Nebbia, G.Prete, V.Rizzi, A.Ruangma, D.V.Shetty, G.Souliotis, P.Staszel, M.Veselsky, G.Viesti, E.M.Winchester, S.J.Yennello, W.Zipper, and A.Ono. Tracing the evolution of temperature in near Fermi energy heavy ion collisions. Phys. Rev. C, v.72, p.024603, N.Y., 2005. PRND= 3.610*30/38 = 2.850 11. A.S. Botvina and I.N. Mishustin. Multifragmentation reactions and properties of hot stellar matter at sub-nuclear densities. Phys. Rev. C, v.72, p.048801, N.Y., 2005. PRND= 3.610*30/2 = 54.150 12. L.Carlen, P.Golubev, B.Jakobsson, V.Avdeichikov, C.Ekstrom, C-J.Friden, A.Kolozhvari, L.Westerberg, A.Siwek, K.Aleklett, H.Persson, C.Rouki, A.S.Botvina, J.P.Bondorf, I.A.Pshenichnov, and I.N.Mishustin. Dynamical and statistical fragment emission properties in 200A MeV 20-Ne + 40-Ar collisions. Nucl. Phys. A, v.764, p.15, Amsterdam, 2006. PRND= 1.950*30/16 = 3.656 13. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Luehning, J.Lukasik, U.LyneLVAL6n, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Suemmerer, W.Trautmann, M.B.Tsang, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Mass and Isospin Dependence in Multifragmentation. Acta Phys. Polonica B, v.37, p.193, Cracow, 2006. PRND= 0.807*30/54 = 0.448 14. V.A.Karnaukhov, H.Oeschler, A.Budzanowski, S.P.Avdeyev, V.V. Kirakosyan, V.K.Rodionov, P.A.Rukoyatkin, A.V.Simonenko, W.Karcz, I.Skwirczynska, E.A.Kuzmin, E.Norbeck, A.S.Botvina. Liquid-fog and liquid-gas phase transitions in hot nuclei. Phys. Atom. Nucl., v.69, p.1142, Moscow, 2006. PRND= 0.914*45/13 = 3.164 15. W.Trautmann, A.S.Botvina, J.Brzychczyk, A.Le Fevre, P.Pawlowski, C.Sfienti, and the ALADIN and INDRA collaborations. Isoscaling and the symmetry energy in spectator fragmentation. In Proceedings of the International Workshop on Multifragmentation and Related Topics IWM2005, Catania, Italy, 2005, ed. By R.Bougault et al., (Italian Physical Society, Bologna 2006). IPS Conf. Proc., v.91, p.157, Bologna, 2006. PRND=0 16. V.Karnaukhov, H.Oeschler, S.Avdeyev, V.Rodionov, V.Kirakosyan, A.Simonenko, P.Rukoyatkin, A.Budzanowski, W.Karcz, I.Skwirczynska, B.Czech, L.Chulkov, E.Kuzmin, E.Norbeck, and A.Botvina. Nuclear multifragmentation and fission: similarity and differences. Proceedings of the International Workshop on Multifragmentation and Related Topics (IWM2005), Catania, Italy, 2005, ed. By R.Bougault et al., (Italian Physical Society, Bologna 2006). IPS Conf. Proc., v.91, p.363, Bologna, 2006. PRND=0 17. S.P.Avdeyev, V.A.Karnaukhov, H.Oeschler, V.K.Rodionov, A.V. Simonenko, V.V.Kirakosyan, P.A.Rukoyatkin, A.Budzanowski, W.Karcz, I.Skwirczynska, B.Czech, E.A.Kuzmin, L.V.Chulkov, E.Norbeck, A.S.Botvina. TiLVAL7me scale of the thermal multifragmentation in p(3.6 GeV) + Au collisions. Proceedings of the International Workshop on Multifragmentation and Related Topics (IWM2005), Catania, Italy, 2005, ed. By R.Bougault et al., (Italian Physical Society, Bologna 2006). IPS Conf. Proc., v.91, p.373, Bologna, 2006. PRND=0 18. J.Iglio, D.V.Shetty, S.J.Yennello, G.A.Souliotis, M.Jandel, A.Keksis, S.Soisson, B.Stein, S.Wuenschel, and A.S.Botvina. Symmetry energy and the isoscaling properties of the fragments produced in 40-Ar, 40-Ca + 58-Fe, 58-Ni reactions at 25, 33, 45, and 53 MeV/nucleon. Phys. Rev. C, v.74, p.024605, N.Y., 2006. PRND= 3.610*30/10 = 10.830 19. A.S.Botvina, N.Buyukcizmeci, M.Erdogan, J.Lukasik, I.N.Mishustin, R.Ogul, W.Trautmann. Modification of surface energy in nuclear multifragmentation. Phys. Rev. C, v.74, p.044609, N.Y., 2006. PRND= 3.610*30/7 = 15.471 20. A.S.Botvina and I.N.Mishustin. Statistical description of nuclear break-up. Eur. Phys. J. A, v.30, p.121, Berlin/Heidelberg, 2006. PRND= 1.659*30/2 = 24.885 21. V.A.Karnaukhov, S.P.Avdeyev, A.S.Botvina, A.Budzanowski, L.V.Chulkov, B.Czech, W. Karcz, V.V. Kirakosyan, E.A.Kuzmin, E.Norbeck, H.Oeschler, V.K.Rodionov, P.A.Rukoyatkin, A.V.Simonenko, I.Skwirczynska. Nuclear multifragmentation and fission: Similarity and differences. Nucl. Phys. A, v.780, p.91, Amsterdam, 2006. PRND= 1.950*30/15 = 3.900 Sum publications 2005-2006 : PRND= 193.995 ---------------------------------------------------------------------- 22. S.Kowalski, J.B.Natowitz, S.Shlomo, R.Wada, K.Hagel, J.Wang, T.Materna, Z.Chen, Y.G.Ma, L.Qin, A.S.Botvina, D.Fabris, M.Lunardon, S.Moretto, G.Nebbia, S.Pesente, V.Rizzi, G.Viesti, M.Cinausero, G.Prete, T.Keutgen, Y.El Masri, Z.Majka, A.Ono. Experimental determination of the symmetry energy of a loLVAL8w density nuclear gas. Phys. Rev. C, v.75, p.014601, N.Y., 2007. PRND= 3.610*30/24 = 4.512 23. G.A.Souliotis, A.S.Botvina, D.V.Shetty, A.L.Keksis, M.Jandel, M.Veselsky, S.J.Yennello. Tracing the evolution of the symmetry energy of hot nuclear fragments from the compound nucleus towards multifragmentation. Phys. Rev. C, v.75, p.011601, N.Y., 2007. PRND= 3.610*30/7 = 15.471 Sum publications (2005-2006) + 2007 : PRND= 213.978 ------------------------------------------------------------------------ Talks at International Conferences A.S.Botvina. Statistical descriptions of nuclear decay. Invited Talk at WCI-3 (3-rd World Consensus Initiative) meeting. TAMU, College Station, TX, USA, Febr.12-16, 2005. http://cyclotron.tamu.edu/wci3/WCI3/Monday/Afternoon/botvina.pdf PRND= 30/1 = 30.0 A.S.Botvina. Properties of stellar matter in supernova II explosions. Invited Talk at Hirschegg 2006: Astrophysics and Nuclear Structure. International Workshop XXXIV on Gross Properties of Nuclei and Nuclear Excitations, Hirschegg, Kleinwalsertal, Austria, January 15-21, 2006. http://theory.gsi.de/hirschegg/2006/program06.html PRND= 30/1 = 30.0 A.S.Botvina, I.N.Mishustin and W.Trautmann. Properties of stellar matter in supernova explosions and nuclear multifragmentation. Talk at 9 International Conference on Nucleus-Nucleus collisions, 28 Aug - 1 Sept 2006, Rio de Janeiro, Brazil. Http://www.nn2006.com.br/palestras_full.php PRND= 30/3 = 10.0 A.S. Botvina and I.N.Mishustin. Statistical description of multifragmentation: from nuclear reactions to supernova explosions. Invited Talk at International Conference "Selected topics on nuclear methods for non-nuclear applications", September 27 - 30, 2006, Varna, Bulgaria. Http://www.inrne.bas.bg/VLVAL.arna2006/ PRND= 30/2 = 15.0 Sum International Conferences (2005-2006): PRND= 85.0 --pLVALMG# ;5:A0=4@ 02;>28G, @>4. 12.05.1976, =A .   70 2005-2006 33 = 10.225 !B0BL8 2 8=>AB@0==KE 6C@=0;0E. 1. V.V.Ammosov, G.I.Britvich, A.P.Chubenko, V.I.Drobzhev, A.D.Erlykin, G.I.Koltsov, S.V.Kryukov, G.I.Merzon, K.K.Mukashev, R.A.Mukhamedshin, V.N.Murashov, M.I.Panasyuk, V.P.Pavlyuchenko, V.A.Ryabov, O.G.Ryazhskaya, T.Saito, A.L.Shchepetov, N.M.Sobolevsky, A.P.Soldatov, V.M.Sultangazin, I.S.Trostin, V.G.Vasilchenko, G.T.Zatsepin, A.P.Zhukov. The modern concept of the INCA project elements. Nucl.Phys. (Proc.Suppl.) 151 (2006) 426-429.  =0.875*30/10=2.625 !B0BL8 2 @>AA89A:8E 6C@=0;0E. 2. ..<<>A>2, ..C:>2, .".0F5?8=, ..5@7>=, ..CE0<54H8=, .. O1>2, ".!08B>, ..!>1>;52A:89, ..&0@52, ..'C15=:>. >2KH5=85 MDD5:B82=>AB8 @538AB@0F88 =59B@>=>2 2 >=870F8>==>-=59B@>==>< :0;>@8<5B@5. @0B:85 A>>1I5=8O ?> D878:5, $, >A:20, 2005, ! 10, AB@. 40 48.  =6/10=0.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE. 3 D.Purcell, W.Blokland, A.Liyu, J.Patton, T.Pelaia, A.Zhukov. SNS IOCs Use of Relational Database to Supply Configuration Files. The 6th International Workshop on Personal Computers and Particle Accelerator Controls, October 24-27, 2006, CEBAF Center Jefferson Lab Newport News, VA USA. http://conferences.jlab.org/PCaPAC/talks/poster/Purcell.ppt  =6/6=1.0 4. S.Assadi, A.Zhukov. Beam-Loss Measurement and Simulation of Low-Energy SNS Linac. LINAC 06, 2006 Linear Accelerator Conference, August 21-25, 2006, Knoxville TN, USA.  =6/2=3.0 5. A.Liyu, A.Zhukov. IOC - Relational DB Connectivity Bridge. EPICS Collaboration Meeting, June 12-16, 2006, Argonne National Laboratory, Argonne, Illinois USA. http://www.aps.anl.gov/epics/meetings/2006-06/Infrastructure/IOC_RDB_Bridge.pdf  =6/2=3.0 @5?@8=BK. 6. ..C:>2, ..5@5:@5AB5=:>, !.$.!84>@:8=, ..!>1>;52A:89. !?5:B@K =59B@>=>2 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2  06 / . @5?@8=B /  1140/2005, >A:20, 2005.  =0 B>3>:  =10.225XLVAL j!5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, =A -!,   70 2005-2006 33. 1. A.A. Semenov and C.H. Woo/ Spatial ordering of primary defects at elevated temperatures // Phys. Rev. B 71, p. 054109-1  054109-14, 2005.   = 2.96230/2 = 44.43. 2. A.M. Ovcharenko, C.H. Woo and A.A. Semenov/  Master-equation for cascade damage modeling // J. Nucl. Mater. 341, p. 201-208, 2005.   = 1.41430/3 = 14.14. 3. A.A. Semenov and C.H. Woo/  Void concentration for heterogeneous microstructure development in annealed metals // J. Nucl. Mater. 342, p. 188-191, 2005.   = 1.41430/2 = 21.22. 4. A.A. Semenov, C.H. Woo and W. Frank//  Comments on Monte Carlo simulations of void lattice formation // Philosophical Magazine Letters 85, p. 563-568, 2005.   = 1.31430/3 = 13.14. 5. S.L. Dudarev, A.A. Semenov, and C.H. Woo/  Segregated void swelling in a spatially heterogeneous material // Fusion Eng. & Design, 2005, vol. 75-79, p. 1031-1035.   = 0.75330/3 = 7.53. 6. A.A. Semenov, C.H. Woo/  Effect of one-dimensional diffusion on void nucleation // Applied Physics A 84, p. 261-266, 2006.   = 1.2230/2 = 18.3. 7. A.A. Semenov, C.H. Woo/  Void lattice formation as a nonequilibrium phase transition // Phys. Rev. B 74, p. 024108-1 - 024108-15, 2006.   = 2.96230/2 = 44.43. B>3>:   = 163.19.C1;8:0F88 A=A  C7=5F>2>9 235=88 0A8;L52=K @0B:85 A>>1I5=8O ?> D878:5 $80=, !8 (2006), AB@. 32-41. C;L:>20 .!., C7=5F>20 .. @O<>5 >?@545;5=85 ?0@0<5B@>2 S-2>;=>2KE DC=:F89 MDD5:B82=>3> @048CA0 8 D07>2>3> 0=0;870 M:A?5@8<5=B0;L=KE A5G5=89 p-d @0AA5O=8O.  =6/2=3LVALMG<"+( N4<8;0 8:>;052=0, @>4. 23.10.1945, =A .   70 2005-2006 33 = 5.743 !B0BL8 2 8=>AB@0==KE 6C@=0;0E 1. A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.Fertman, A.V.Kunin, V.V.Vatulin, A.S.Gnutov, Y.V.Panova, H.Iwase, E.Mustafin, D.Schardt, K.Weyrich, N.M.Sobolevskiy, L.N.Latysheva. Measurement of the Energy Deposition Profile for 238U Ions with Specific Energy 500 and 950 MeV/u in Stainless steel and Copper Targets. Accepted to Nucl.Instr.Meth. B in 2006.  =1.181*30/10=3.543 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 2. A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.D.Fertman, A.V.Kunin, V.V.Vatulin, Yu.V.Panova, E.Mustafin, D.Schardt, K.Weyrich, I.Hofmann, N.M.Sobolevsky, L.N.Latysheva. The energy deposition profile for 238U ions with energies 500 and 950 MeV/u in iron and copper. Abstracts of the Sixth International Symposium on Swift Heavy Ions in Matter (SHIM2005), May 28-31, 2005, Aschaffenburg (Bavaria), Germany, p.53. http://www.gsi.de/conferences/SHIM2005S/proceedings.pdf  =6/10=0.6 3. E.Mustafin, I.Hofmann, D.Schardt, K.Weyrich, A.Fertman, A.Golubev, A.Kantsyrev, V.Luckjashin, L.Latysheva, N.Sobolevskiy, A.Kunin, Yu.Panova, V.Vatulin. Precision Measurements of Energy Deposition of U Ions in Cu and Stainless Steel Targets at Energies of 500 MeV/u and 950 MeV/u. 2005 Particle Accelerator Conference (PAC05), May 16-20, 2005, Knoxville, Tennessee, USA. Proceedings, pp. 2318-2320. http://accelconf.web.cern.ch/AccelConf/p05/PAPERS/RPPE034.PDF  =6/10=0.6 4. E.Mustafin, J.Kaugerts, G.Moritz, G.Walter, L.Latysheva, N.Sobolevskiy. Radiation Damage of the Elementsof the SIS300 Dipoles. 2005 Particle Accelerator Conference (PAC05), May 16-20, 2005, Knoxville, Tennessee, USA. Proceedings, pp. 3943-3945. http://accelconf.web.cern.ch/AccelConf/p05/PAPERS/FPAE075.PDF  =6/6=1.0 @5?@8=BK 5. L.Latysheva, N.Sobolevsky, E.Mustafin, P.Hulsmann. Simulation of radiation damage to the RF cavity ring cores of the SIS18 and SIS100 synchrotrons. Preprint GSI Acc Note 2007 01 LVAL03, Darmstadt, 2007. B>3>:  =5.743LVALMG> 02. A5:B. !04K:>2 028;L AE0B>28G " ARTICLE-2005 1.E.A. Ekimov, V.A. Sidorov, R.A. Sadykov, N.N. Mel nik, S. Gierlotka, A. Presz,  Synthesis of carbonado-like polycrystalline diamond in the B4C-graphite system , Diamond and related materials, 14, 437-440, 2005.  =( 1.867E 30):6 =9.335 2... :8<>2, .!.20=>2, . $. 0;L, ..!B0@>AB8=, .. !5@>2, .. O18=:8=, ..$>@B>2, .. !04K:>2, .. 5;L=8:, . @5H, >;CG5=85 8 A?5:0=85 0;<07=KE G0AB8F A =0=><5B@8G5A:8< =8:5;52K< ?>:@KB85<, , 403, ! 2, 189-192, 2005.  =(0.206E45):10=0.927 3.B.Fak, R.A.Sadykov, J.Flouquet, G. Lapertot,  Pressure dependence of the magnetic structure of the itinerant electron magnet MnSi , J. Phys.: Condens.Matter, 17, 1635-1644, 2005.  =(2.145E30):4=16.09 4.S.Lyubutin, A.G. Gavriliuk, I.A. Trojan, R.A. Sadykov,  Magnetic collapse in yttrium iron garnet Y3Fe5O12 at high pressure , JETP Letters, 82 (11), 797-802, 2005.  =(1.446E45):4=16.26 5. V.A. Sidorov, R.A. Sadykov,  Hydrostatic limits of Fluorinert liquids used for neutron and transport studies at high pressure , J. Phys.: Condensed Matter, 17, no.40, S3005-S3008, 2005.  =(2.145E30):2=32.175 6."..0@D>;><5520,!..>?>20, ..O?8=,..@06:8=, ..!04K:>2, !B@C:BC@=K5 ?@52@0I5=8O :0@18=0 ?@8 2KA>:>< 402;5=88, 5>@30=8G5A:85 <0B5@80;K,B>< 41,N9,A.1081-1086,2005.  =(0.356E45):5=3.204 ---------------------------------------------- 2 2005:  =77.991 " ARTICLE-2006 1...:8<>2, .. !04K:>2, .. @><=8F:0O, .. >=4@8=, .. 5;L=8:, $878:>-<5E0=8G5A:85 A2>9AB20 :><?0:B=>3> <0B5@80;0 =0 >A=>25 0<>@D=>3> 1>@0 ?>A;5 3>@OG53> 87>AB0B8G5A:>3> ?@5AA>20=8O, 5>@30=8G5A:85 <0B5@80;K, 42, ! 5, 538-543, 2006.  =(0.356E45):5=3.204 2... :8<>2, .. !84>@>2, .. 0E<0=8=0, .. 5;L=8:, .. "8<>D552, ..!04K:>2, A>15==>AB8 A8=B570, AB@C:BC@0 8 =5:>B>@K5 D878G5A:85 A2>9AB20 0;<070, ;538@>20==>3> 1>@><, 5>@30=8G5A:85 <0B5@80;K, 42, !11, 1198-1204, 20(LVAL806.  =(0.356E45):6=2.67 3.E.A. Ekimov, V.A. Sidorov, A.V. Rakhmanina, N.N. Mel nik, R.A. Sadykov, and J.D. Thompson,  High Pressure Synthesis and Characterization of Superconducting Boron-Doped Diamond , Science and Technology of Advanced Materials, v.7, S2-S6 (2006).  =( ? E30):6= ? ;81>  =6 4.M.V. Kondrin, A.G. Lyapin, R.A. Sadykov, V.V. Brazhkin, S.V. Popova,  Dilatometry and X-ray study of orientational phase transitions in C-60 , Fullerenes, Nanotubes, and Carbon Nanostructures, 14(2-3), 415-419, 2006.  =(1.433E 30):5=8.598 3. #G0AB85 2 =0CG=KE <5@>?@8OB8OE: 3.1. 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B><=0O M=5@38O, B.101, 2K?. 2, AB@.116-125, 023CAB 2006.   = 0.036" 45/8=0.2025 Conferences 2. !.$.!84>@:8=, -..>?B5;>2, ..@02GC:, ..0B2552, ..>=><0@52, .. >3>2. @54;>65=85 ?> ADS - CAB0=>2:5 =0 >A=>25 ;8=59=>3> CA:>@8B5;O / . 564C=0@>4=0O =0CG=>-B5E=8G5A:0O :>=D5@5=F8O AA;54>20B5;LA:85 @50:B>@K 2 21 25:5. >A:20, 20-23 8N=O 2006.  =4/6=0.67 3. S.F.Sidorkin, V.V.Lemekhov, A.D.Perekrestenko, A.P.Zhukov, V.I.Trushkin. New Target Module of the Pulsed Neutron Source of INR RAS. 17th Meeting of the International Collaboration on Advanced Neutron Sources (ICANS-XVII), April 25-29, 2005, Santa Fe, New Mexico.  =6/5=1.2 4. I.I.Konovalov, A.A. Maslov, S.F. Sidorkin. CHOICE OF THE MATERIAL AND METHOD OF COATING OF TUNGSTEN PLATES. 17th Meeting of the International Collaboration on Advanced Neutron Sources (ICANS-XVII), April 25-29, 2005, Santa Fe, New Mexico.  =6/3=2 5. E.A.Koptelov, M.I.Grachev, L.V.Kravchuk, V.A.Matveev, A.D.Perekrestenko, Yu.V.Ryabov, S.F.Sidorkin. SPALLATION NEUTRONS AT INR RAS  FACILITY STATUS REPORT. 17th Meeting of the Interna-tional Collaboration on Advanced Neutron Sources (ICANS-XVII), April 25-29, 2005, Santa Fe, New Mexico.  =6/7=0.86 Preprints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eilbronn, Y.Iwata, H.Iwase, T.Murakami, H.Sato, T.Nakamura, R.M.Ronningen, K.Ieki, I.Gudowska, N.Sobolevsky. Secondary neutron-production cross sections from heavy-ion interactions in composite targets. Phys. Rev. C74 (2006) 024603.  =3.610*30/10=10.83 2. I.Barabanov, S.Belogurov, L.Bezrukov, A.Denisov, V.Kornoukhov, N.Sobolevsky. Cosmogenic activation of Germanium and its reduction for low background experiments. Nucl.Instr.Meth. B251 (2006) 115 120.  =1.181*30/6=5.905 3. A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.Fertman, A.V.Kunin, V.V.Vatulin, A.S.Gnutov, Y.V.Panova, H.Iwase, E.Mustafin, D.Schardt, K.Weyrich, N.M.Sobolevskiy, L.N.Latysheva. Measurement of the Energy Deposition Profile for 238U Ions with Specific Energy 500 and 950 MeV/u in Stainless steel and Copper Targets. Accepted to Nucl.Instr.Meth. B in 2006.  =1.181*30/10=3.543 4. V.V.Ammosov, G.I.Britvich, A.P.Chubenko, V.I.Drobzhev, A.D.Erlykin, G.I.Koltsov, S.V.Kryukov, G.I.Merzon, K.K.Mukashev, R.A.Mukhamedshin, V.N.Murashov, M.I.Panasyuk, V.P.Pavlyuchenko, V.A.Ryabov, O.G.Ryazhskaya, T.Saito, A.L.Shchepetov, N.M.Sobolevsky, A.P.Soldatov, V.M.Sultangazin, I.S.Trostin, V.G.Vasilchenko, G.T.Zatsepin, A.P.Zhukov. The modern concept of the INCA project elements. Nucl.Phys. (Proc.Suppl.) 151 (2006) 426-429.  =0.875*30/10=2.625 5. O.Geithner, P.Andreo, N.Sobolevsky, G.Hartmann, O.Jaekel. Calculation of Stopping Power Ratios for Carbon Ion Dosimetry. Phys.Med.Biol. 51 (2006) 2279 2292.  =2.683*30/5=16.098 6. I.Gudowska, N.Sobolevsky. Calculations of Particle and Heavy Ion Interactions with Space Shielding Materials using the SHIELD-HIT Transport Code. Radiation Measurements, 41 (2006) 1091 1096.  =1.023*30/2=15.345 7. I.Gudowska, N.Sobolevsky. Simulation of secondary particle production and absorbed dLVALCose to tissue in light ion beams. Radiation Protection Dosimetry 116 (2005) 301-306.  =0.490*30/2=7.35 8. I.Gudowska, J.Kempe, N.Sobolevsky. Low and High LET Dose Components in Carbon Beam. Radiation Protection Dosimetry Advance Access published on December 6, 2006. doi:10.1093/rpd/ncl472  =0.490*30/3=4.90 9. J.Kempe, I.Gudowska, N.Sobolevsky, A.Brahme. Fluence, energy fluence and absorbed dose in a therapeutic 7Li ion beam. Radiotherapy & Oncology 76, Suppl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olubev, A.V.Kantsyrev, V.E.Luckjashin, A.D.Fertman, A.V.Kunin, V.V.Vatulin, Yu.V.Panova, E.Mustafin, D.Schardt, K.Weyrich, I.Hofmann, N.M.Sobolevsky, L.N.Latysheva. The eneLVALDrgy deposition profile for 238U ions with energies 500 and 950 MeV/u in iron and copper. Abstracts of the Sixth International Symposium on Swift Heavy Ions in Matter (SHIM2005), May 28-31, 2005, Aschaffenburg (Bavaria), Germany, p.53. http://www.gsi.de/conferences/SHIM2005S/proceedings.pdf  =6/10=0.6 15. E.Mustafin, I.Hofmann, D.Schardt, K.Weyrich, A.Fertman, A.Golubev, A.Kantsyrev, V.Luckjashin, L.Latysheva, N.Sobolevskiy, A.Kunin, Yu.Panova, V.Vatulin. Precision Measurements of Energy Deposition of U Ions in Cu and Stainless Steel Targets at Energies of 500 MeV/u and 950 MeV/u. 2005 Particle Accelerator Conference (PAC05), May 16-20, 2005, Knoxville, Tennessee, USA. Proceedings, pp. 2318-2320. http://accelconf.web.cern.ch/AccelConf/p05/PAPERS/RPPE034.PDF  =6/10=0.6 16. E.Mustafin, J.Kaugerts, G.Moritz, G.Walter, L.Latysheva, N.Sobolevskiy. Radiation Damage of the Elementsof the SIS300 Dipoles. 2005 Particle Accelerator Conference (PAC05), May 16-20, 2005, Knoxville, Tennessee, USA. Proceedings, pp. 3943-3945. http://accelconf.web.cern.ch/AccelConf/p05/PAPERS/FPAE075.PDF  =6/6=1.0 @5?@8=BK. !C<<0  =0 17. ..C:>2, ..5@5:@5AB5=:>, !.$.!84>@:8=, ..!>1>;52A:89. !?5:B@K =59B@>=>2 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2  06 / . @5?@8=B /  1140/2005, >A:20, 2005. 18. ..>H:0@Q2, ..!>1>;52A:89, ..0@EC40@O=. /45@=K9 @50:B>@ A =59B@>==>9 ?>4A25B:>9 >B CA:>@8B5;O. @5?@8=B "-$ !21 05, >A:20, 2005. 19. N.Sobolevsky, E.Mustafin. Activation and neutron yield from stainless vacuum chamber irradiated by ions of mass number from proton 1H to Uranium 238U with the kinetic energy 1 GeV/u. Preprint GSI Acc Note 2007 01 02, Darmstadt, 2007. 20. L.Latysheva, N.Sobolevsky, E.Mustafin, P.Hulsmann. 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(2005) B.68, ! 3, A.203 405,  =0.2*45/2= 4.5 C:>2 .., 0F5?8= ."., 5@7>= .., CE0<54H8= . ., O1>2 .., !08B> "., !>1>;52A:89 .., &0@52 .., 'C15=:> .. / >2KH5=85 MDD5:B82=>AB8 &  // !$ (2005) 10, 40,  =0.2*45/9= 1.0 Borisov A.S., Maximenko V.M., Puchkov V.S., Pyatovsky S.E., Slavatinsky S.A., Vargasov A.V., Mukhamedshin R.A. / Some interesting phenomena &  //-'/ (2005) B.36 2K?. 5, 1228-1244,  =0.505*45/7= 3.25 Derbina V.A. & Mukhamedshin R.A. et al. / Cosmic-ray spectra &  //Astrophys. J. 628: L41 L44 (2005),  =6.308*30/10= 18.92 Amurina I.A., & Mukhamedshin R.A. et al. / Modern state &  //Int.J.Mod.Phys.A20:6778 6780 (2005),  =1.472*30/10= 4.42 Ammosov V.V., & Mukhamedshin R.A. et al. / The modern concept &  // Nucl. Phys. B (Proc. Suppl.) (2006) 151, 426 429,  =0.875*30/10= 2.62 Amurina I.A. & Mukhamedshin R.A. et al. / Current state &  //Nucl. Phys. B (Proc. Suppl.) (2006) 151, 422 425,  =0.875*30/10= 2.62 Tsyabuk A.L., Mukhamedshin R.A., Stenkin Yu.V. / Search for &  // Nucl. Phys. B (Proc. Suppl.) (2006) 151, 473 476,  =0.875*30/3= 8.75 CE0<54H8= .. /  2KAB@>5==>AB8 &  //8AL<0 2 -'/ (2006) ".3, ! 4 (133) 25LVAL 34,  =0.505*45= 22.72 >:;04K: Mukhamedshin R.A. / On alignment &  //29th ICRC (2005),   = 6.00 Hareyama M., & Mukhamedshin R.A. et al. / Proton and Helium &  //29th ICRC (2005),   =6/10= 0.60 Ichimura M., & Mukhamedshin R.A. et al. / Heavy component &  //29th ICRC (2005),   =6/10= 0. 60 Sveshnikova L.G., & Mukhamedshin R.A. et al. / All particle spectrum &  //29th ICRC (2005),   =6/10= 0.60 Ammosov V.V., & Mukhamedshin R.A. et al. / The modern concept &  //29th ICRC (2005),   =6/10= 0.60 Tsyabuk A.L., Mukhamedshin R.A., Stenkin Yu.V. / Search for &  //29th ICRC (2005),  =6/3= 2.00 Borisov A.S., & Mukhamedshin R.A. et al. / Attenuation length &  //29th ICRC (2005),  =6/9= 0.67 Ammosov V.V., & Mukhamedshin R.A. et al. / On potentialities &  //SpacePart 06,  =6/10= 0.60 Ammosov V.V., & Mukhamedshin R.A. et al. / High-energy &  //XIV ISVHECRI (2006),  =6/10= 0.60 Tsyabuk A.L., Mukhamedshin R.A., Stenkin Yu.V. / Lateral &  //XIV ISVHECRI (2006),  =6/3= 2.00 B>3>:  = 267.57LVALMGIC;038= !5@359 =0B>;L528G, @>4. 06.04.1959, A=A "$,   70 2005 2006 33. C1;8:0F88: S.A. Kulagin,  Relations between NC and CC neutrino structure functions for nucleons and nuclei , Nucl. Phys. Proc. Suppl. 139, AB@.213-218, 2005,   = 0.875*30 = 26.25 S.I. Alekhin, A.L. Kataev, S.A. Kulagin, M.V. Osipenko, Nucl. Phys. A755, AB@. 345-349, 2005,   = 1.95*30/4 =14.63 S.A. Kulagin and, R. Petti,  Global study of nuclear structure functions , Nucl. Phys. A765, AB@. 126-187, 2006,   = 1.95*30/2 = 29.25 MINERvA Collaboration (D. Naples et al., 55 02B>@>2),  MINERvA: High statistics neutrino scattering using a fine-grained detector , Int. J. Mod. Phys. A20, AB@. 3078-3081, 2005,   = 1.472*30/55 = 0.8 M. Osipenko , W. Melnitchouk , S. Simula, S. Kulagin, G. Ricco,  Leading twist moments of the neutron structure function F(2)n , Nucl. Phys. A766, AB@. 142-171, 2006,   = 1.95*30/5 = 11.7 S.A. Kulagin and R. Petti,  Phenomenology of lepton-nucleus DIS , Nucl. Phys. Proc. Suppl. 159, AB@. 180-185, 2006,   = 0.875*30/2 =13.13 S.A. Kulagin,  Theory and phenomenology of nuclear deep inelastic scattering , Acta Phys. Polon. B37, AB@. 2251-2258, 2006,   = 0.807*30 = 24.21 >:;04K: C;038= !5@359 =0B>;L528G, A.=.A. "$,   70 2005 2006 33. C1;8:0F88 2 6C@=0;0E: 1) S.A. Kulagin,  Relations between NC and CC neutrino structure functions for nucleons and nuclei , Nucl. Phys. Proc. Suppl. 139, AB@.213-218, 2005,   = 0.875*30 = 26.25 2) S.I. Alekhin, A.L. Kataev, S.A. Kulagin, M.V. Osipenko, Nucl. Phys. A755, AB@. 345-349, 2005,   = 1.95*30/4 =14.63 3) S.A. Kulagin and, R. Petti,  Global study of nuclear structure functions , Nucl. Phys. A765, AB@. 126-187, 2006,   = 1.95*30/2 = 29.25 4) MINERvA Collaboration (D. Naples et al., 55 02B>@>2),  MINERvA: High statistics neutrino scattering using a fine-grained detector , Int. J. Mod. Phys. A20, AB@. 3078-3081, 2005,   = 1.472*30/55 = 0.8 5) M. Osipenko , W. Melnitchouk , S. SimulLVALa, S. Kulagin, G. Ricco,  Leading twist moments of the neutron structure function F(2)n , Nucl. Phys. A766, AB@. 142-171, 2006,   = 1.95*30/5 = 11.7 6) S.A. Kulagin and R. Petti,  Phenomenology of lepton-nucleus DIS , Nucl. Phys. Proc. Suppl. 159, AB@. 180-185, 2006,   = 0.875*30/2 =13.13 7) S.A. Kulagin,  Theory and phenomenology of nuclear deep inelastic scattering , Acta Phys. Polon. B37, AB@. 2251-2258, 2006,   = 0.807*30 = 24.21 >:;04K =0 :>=D5@5=F8OE: 1) S.A. Kulagin, Invited talk at the Workshop "Neutrino physics at accelerators", Dubna, Jan. 25, 2006,   = 30 2) S.A.Kulagin, Invited talk at the Fourth International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt05), September 26 - 29, 2005, Okayama University, Okayama, Japan URL: http://fphy.hep.okayama-u.ac.jp/   = 30 3) S.A. Kulagin, Invited talk at the 20th Max Born Symposium Nuclear Effects in Neutrino Interactions, December 7 - 10, 2005, Wroclaw, Poland URL: http://users.ift.uni.wroc.pl/~mb20/   = 30 4) S.A. Kulagin, Invited talk at the International Seminar Quarks 06,   = 30 5) S.A. Kulagin,  Nuclear pion and shadowing effect on nuclear antiquarks , Talk at International Conference Relativistic Nuclear Physics and Quantum Chromodynamics (ISHEPP18) URL: http://relnp.jinr.ru/ishepp/,   = 6 6) S.A. Kulagin,  Modeling neutrino and electron scattering: from high to low Q^2 , Talk at International Conference Relativistic Nuclear Physics and Quantum Chromodynamics (ISHEPP18) URL: http://relnp.jinr.ru/ishepp/,   = 6 !C<<0@=K9 8=45:A F8B8@C5<>AB8 ?> SLAC SPIRES = 694 B>3>2K9   = 252.LVALMGK":0G52 3>@L 20=>28G, @>4 12.01.1957, 3;.=.A. ",   70 2005-2006 33 C1;8:0F88: 1) TeV signatures of compact UHECR accelerators. A. Neronov, P. Tinyakov, I. Tkachev. Zh.Eksp.Teor.Fiz.100:744-751,2005.   = 1.156*45/3 = 17.34 2) Constrained simulations of the magnetic field in the local Universe and the propagation of UHECRs. K. Dolag, D. Grasso, V. Springel, I. Tkachev. JCAP 0501:009,2005.   = 6.739*30/4 = 50.54 3) Massive graviton as a testable cold dark matter candidate. S.L. Dubovsk, P.G. Tinyakov, I.I. Tkachev Phys.Rev.Lett.94:181102,2005.   = 7.035*30/3 = 70.35 4) Deflections of cosmic rays in a random component of the Galactic magnetic field. P.G. Tinyakov, I. I. Tkachev Astropart.Phys.24:32-43,2005.   = 4.022*30/2 = 60.33 5) Quantum cosmology of the brane universe. A. Boyarsky, A. Neronov, I. Tkachev Phys.Rev.Lett.95:091301,2005.   = 7.035*30/3 = 70.35 6) Cosmological attractors in massive gravity. S.L. Dubovsky, P.G. Tinyakov, I.I. Tkachev Phys.Rev.D72:084011,2005.   = 4.599*30/3 = 45.99 7) Identification of extragalactic sources of the highest energy EGRET photons by correlation analysis. D.S. Gorbunov, P.G. Tinyakov, I.I. Tkachev, S.V. Troitsky Mon.Not.Roy.Astron.Soc.Lett.362:L30-L34,2005.   = 4.993*30/4 = 37.45 8) Estimate of the correlation signal between cosmic rays and BL Lacs in future data. D. S. Gorbunov, P.G. Tinyakov, I.I. Tkachev, S.V. Troitsky JCAP 0601:025,2006.   = 6.739*30/4 = 50.54 9) Where to find a dark matter sterile neutrino? A. Boyarsky, A. Neronov, O. Ruchayskiy, M. Shaposhnikov, I. Tkachev Phys.Rev.Lett.97:261302,2006.   = 7.035*30/5 = 42.21 10) The nuMSM, inflation, and dark matter. M. Shaposhnikov, I. Tkachev Phys.Lett.B639:414-417,2006.   = 4.066*30/2 = 60.99 (  ?C1;8:0F88 = 506) ************************************************************* >:;04K: 1) @83;0H5==K9 4>:;04 "Ultra-high Energy Cosmic Rays" =0 <564C=0@>4=>9 :>=D5@5=F88 "CosmrLVALic Connections", April 17-23, 2005, Villa La Magia, Pistoia, Italy http://www.physics.ucla.edu/~lamagia/   = 30 2) @83;0H5==K9 4>:;04 "The Quest for Sources of Ultra-high Energy Cosmic Rays" =0 XII 564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 ?> D878:5 M;5<5=B0@=KE G0AB8F, #, 25-31 23CAB0 2005 http://www.icas.ru/russian/index.htm   = 20 3) >:;04 "Correlations with astrophysical sources in HiRes stereo data", Moriond, France, 14 March 14 2005 (4 02B>@0)   = 6/4 4) >:;04 "Quantifying expectations of UHECR - BL Lacs correlations" =0 14->9 <564C=0@>4=>9 :>=D5@5=F88 "Quarks-2006" St. Petersburg, Russia, 19-25 May, 2006. (4 02B>@0)   = 6/4 5) @83;0H5==K9 4>:;04 "Status of correlations with BL Lacs" =0 <564C=0@>4=>9 :>=D5@5=F88 CRIS 2006 "Ultra- High Energy Cosmic Rays: Status and Perspectives" Catania, Italy, May 29 - June 2, 2006   = 30 6) &8:; ?@83;0H5==KE ;5:F89 "Introductory Cosmology" =0 ;5B=59 H:>;5 "NIC-IX" (Nuclei in the Cosmos - IX) CERN, Switzerland, 19-24 June 2006   = 30 7) &8:; ?@83;0H5==KE ;5:F89 "Ultra-high energy cosmic rays" =0 86->9 ;5B=59 H:>;5 2 57CH "Particle Physics and Cosmology: the Fabric of Spacetime", Les Houches, France, August 2006   = 30 8) @83;0H5==K9 4>:;04 "Turbulence in Reheating and Thermalization" =0 <564C=0@>4=>9 :>=D5@5=F88 "Non-linear dynamics in cosmology and high-energy physics", Madrid, Spaine, 13-16 September 2006   = 6 9) @83;0H5==K9 4>:;04 "510@8>==0O B5<=0O <0B5@8O: <>45;8 8 >3@0=8G5=8O" =0 A5@>AA89A:>9 0AB@>D878G5A:>9 :>=D5@5=F88, "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2006" (HEA 2006), >A:20,  , 25-27 45:01@O 2006 3.   = 20 (  4>:;04K = 169) ************************************************************* B>3>:   = 675LVALMGM>?B5;>2 -4C0@4 ;5:A5528G,   C1;8:0F88: 1. E.A. Koptelov, V.A. Fedchenko, O.N. Goncharenko, M.I. Grachev, L.V. Kravchuk, V.A. Matveev, A.D. Perekrestenko, Yu.V. Ryabov, S.F. Sidorkin. Spallation Neutrons at INR RAS  A Facility Status Report, The 17th Meeting of the International Collaboration on Advanced Neutron Sources, (ICANS-XVII), April 25-29, 2005, Santa Fe, New Mexico, USA, V.I, p. 69-76.  =6/9=0.7 2. E.A. Koptelov. A probable scenario of copper precipitate clustering in model FeCu alloys under cascade-damage irradiation. J. Nucl. Mater. 355(2007)238-247.  =1.414*30=42.4 3. E.A. Koptelov. On Possible Mechanism of Copper Precipitate Clustering in Model FeCu Alloys under Cascade-Damage Irradiation. ExtreMat scientific publications at the EUROMAT 2005. http://www.extremat.org/ib/site/publication/downloads/Paper%20Koptelov.pdf, http://www.extremat.org/  =6 4. C1;8:0F88 2 B@C40E 564C=0@>4=0O =0CG=>-B5E=8G5A:0O :>=D5@5=F8O AA;54>20B5;LA:85 @50:B>@K 2 21 25:5, 20-23 8N=O 2006 3., >A:20, -": " ;5=0@=K9 4>:;04: -.. >?B5;>2 59B@>==K9 :><?;5:A /   =30+6=36 " !B5=4>2K9 4>:;04: !.$.!84>@:8=, -..>?B5;>2, ..@02GC:, ..0B2552 (/ , >AA8O), ..>=><0@52 ( & , >AA8O), .. >3>2 (/, >AA8O), .."@CH:8=, ..5<5E>2 ($# -", >AA8O) @54;>65=85 ?> ADS CAB0=>2:5 =0 >A=>25 ;8=59=>3> CA:>@8B5;O /   =4/8+6/8=1.25 " ;5=0@=K9 4>:;04: <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 ;>2CH:8 ?@>B>==>3> ?CG:0 $ / , ... O1>2, M.. @0G52, -.. >?B5;>2, .. $54G5=:>  =30/4+6/4=2.5 5. ;5=0@=K9 4>:;04: ICANS-XVIII, 18th Meeting of the International Collaboration on Advanced Neutron Sources, April 25-29, 2007, Dongguan, Guangdong, P R China A Neutron Complex of INR RAS -- A Facility Status Report E.A. Koptelov, L.V. Kravchuk  =30/2=15 6. !B5=4>2K9 4>:;04: ICANS-XVIII, 18th Meeting of the International Collaboration on Advanced Neutron Sources, April 25-29, 2007, Dongguan, Guangdong, P R China, Setup forLVAL Study Neutron-Neutron Final State Interaction at Neutron Channel of Moscow Meson Factory M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev  =6/12=0.5 7. !B5=4>2K9 4>:;04: 18th Meeting of the International Collaboration on Advanced Neutron Sources, April 25-29, 2007, Dongguan, Guangdong, P R China, Neutron Sources for Neutron Therapy at the INR Facilities, S.V. Akulinichev, E.A. Koptelov, L.V. Kravchuk, V.M. Skorkin  =6/4=1.5 8. !B5=4>2K9 4>:;04: On Possible Role of Thermodiffusion for Redistributio of Impurity Atoms in a Supersaturated Solid Solution during Collision Cascade Relaxation, E.A. Koptelov, EUROMAT-2007 Congress, Nuremberg, Germany.  =6 9. !B5=4>2K9 4>:;04:  Choice of the Material and Method of Coating of Tungsten Plates , I.I. Konovalov, A.A. Maslov, S.F. Sidorkin and E.A. Koptelov, Euromat 2007 Conference in Nuremberg, Germany  =6/4=1.5 10. AA;54>20=8O ?>410@L5@=>3> 45;5=8O =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100) / : 236U(n,f)., @5?@8=B /  1182/2007. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=*.  =0 11. !B5=4>2K9 4>:;04: E.A. Koptelov. On Possible Mechanism of Copper Precipitate Clustering in Model FeCu Alloys under Cascade-Damage Irradiation. EUROMAT 2005. Prague, September 2005.  =6 0B5=B  =20/3=6.7 C:>4AB2> 0A?8@0=B>< "  =126.1    =299+10.2+3+5.7+126.5+163.2+5.5+154.1=767.2 !    =767.2/11=69.7 '",  =0.5*126.1+0.75*69.7=63.1+52.3=115.4LVALMGO02@8= ;048<8@ 8:>;0528G @>4. 15.04.1941, 4.D.<.=., 70254CNI89 ;01>@0B>@859 -,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 V.N.Gavrin for SAGE Collaboration, Measurement of the solar neutrino capture rate in SAGE and the value of the pp-neutrino flux at the earth, Nuclear Physics B (Proceedings Supplements), 138 (2005) 87-90,   = 0.875*30= 26.2 ...14C@0H8B>2, ..02@8=,LVALP ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.5 ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@, >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*45/13= 1.0 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@., "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*45/14=1.0 V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al., Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry//Solid-State Electronics, 51 (2006), in print,  =1.008*30/9 =3.36 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Present Status of the 37Ar Neutrino Source Experiment, XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrLVALQino experiment to neutrinos from an 37Ar source, //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.N.Gavrin and B.T.Cleveland, Radiochemical solar neutrino experiments//Neutrino 06, June 13-19, 2006, Santa Fe, NM, USA,  =30/2 = 15 V.N.Gavrin, Facilities for low energy neutrino in astrophysics//ICHEP 06, July 26  August 2, 2006, Moscow, Russia,  =30 J.N. Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer //5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,   = 30/8 = 3.7 J.N. Abdurashitov, V.N.Gavrin, A.V.Kalikhov, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al  Segmented Fast Neutron Spectrometer. //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,   = 30/10 = 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 =3 ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@. -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  =6/11 = 0.6 J.P.Kozlova, V.N.Gavrin, A.V.Kalikhov, I.A.Vasilenko, E.P.Veretenkin, 8 4@  Electrical properties of detector SSD GaAs  ,. XIIIth Int School on  Particles and Cosmology , April 21-26, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =30/10 = 3 M.F.Mustafin, V.N.Gavrin, J.P.Kozlova, I.A.Vasilenko, E.P.Veretenkin, V.E LVAL .Yants, et al  Gallium nitride as a material for radiation detectors , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =6/7 = 0.8 C:>2>4AB2> A>8A:0B5;5<:  =30 ":  =160.8   @C:>2>48B5;O=160.8*0.5+49.4*0.75= 80.4+ 37= 117.5LVAL-:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 @83>@L520 !25B;0=0 20=>2=0, 13.07.1944, A.=.A. -,   70 2005-200633 C1;8:0F88: 1)  Dip in UHECR spectrum as signature of proton interaction with CMB . V. Berezinsky, A.Z. Gazizov, S. I. Grigorieva, Phys. Lett. B 612:147-153, 2005.  =5,301*30/3=50.3 2)  Evidence for UHECR protons interacting with CMB . V. Berezinsky, A. Gazizov, S. Grigorieva, Proceedings 29th Cosmic Ray Conference, Pune, India, 3-11 Aug 2005 v. 3, pp. 189-192.   =6/3=2 3)  Extragalactic UHE proton spectrum and prediction of flux of iron-nuclei at 10^8 GeV  10^9 GeV . V. S. Berezinsky, S. I. Grigoreva, B. I. Hnatyk, Nucl. Phys. Proc. Suppl.151:497-500, 2006.   =0,875*30/3=8,75 4)  On astrophysical solution to ultrahigh-energy cosmic rays . V. Berezinsky, A. Z. Gazizov, S. I. Grigorieva, Phys. Rev. D74:043005, 2006.   =4,852*30/3=48,52 >:;04K: 1) !?5:B@ :>A<8G5A:8E ;CG59 A25@E2KA>:8E M=5@389. !. . @83>@L520, 29 >AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 2006.   =4 2005-200633  =50,3+2+8,75+48,52+4=113,57LVALMGT14C@0H8B>2 6>=@84 0@8<0=>28G. @>4.04.06.1963, =.A. -,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.5 ..14C@0H8B>2, ..5@5B5=:LVALU8=, ..02@8=, ..8@<>2, .-./=F, 8 4@, "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*45/14=1.0 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al  Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present Status of the 37Ar Neutrino Source Experiment , XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 J.N. Abdurashitov, V.N.Gavrin, A.V.Kalikhov, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al  Segmented Fast Neutron Spectrometer. //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005, Kabardino-Balkaria, Baks0n Valley, Russia,   = 30/10 = 3 J.N. Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer //5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,   = 30/8 = 3.7 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  LVAL0  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 = 3 "  =50.8 =45:A F8B8@>20=8O: 23LVALMGW5@5B5=:8= 235=89 02;>28G @>4.10.04.1952 3., A=A -,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@, "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*45/14=1.0 ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@. >=AB@C:F8LVALXO 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*45/13= 1.0 V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al., Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry// Solid-State Electronics, 51 (2006), in print,  =1.008*30/9 =3.36 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present Status of the 37Ar Neutrino Source Experiment , XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005, Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 M.F.Mustafin, V.N.Gavrin, J.P.Kozlova, I.A.Vasilenko, E.P.Veretenkin, V.E.Yants, et al  Gallium nitride as a material for radiation detectors , XIIIth Int School on  Particles and Cosmology , April 18-23, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =6/7 = 0.8 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.VLVAL. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 = 3 ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@ -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  =6/ 11= 0.6 J.P.Kozlova, V.N.Gavrin, A.V.Kalikhov, I.A.Vasilenko, E.P.Veretenkin, 8 4@. Electrical properties of detector SSD GaAs  ,. XIII Int School on  Particles and Cosmology , April 21-26, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =30/10 = 3 "  =51.4 =45:A F8B8@>20=8O: 57LVALMGZ8@8= !5@359 0A8;L528G @>4.23.01.1954, 8=6.-8AA;. ,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source, //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source, //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Measurement of the Response of a Ga Solar Neutrino ExperLVALiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Present Status of the 37Ar Neutrino Source Experiment, XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice, Italy,  =30/45= 3 S.V.Girin  Solar neutrino spectrometer for low energies  PHONON-MICROWAVE , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =6 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Present status of the SAGE 37Ar neutrino source experiment, XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 =3 "  =47.6 =45:A F8B8@>20=8O: 24LVALMG\>@10G52 0;5@89 ;048<8@>28G @>4 20.03.1965, :.D.<.=., =.A. ,   70 2005-2006 3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. 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Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0,6 29,958 1I0O AC<<0 137,964LVALMGg0;8E>2 =0B>;89 ;048<8@>28G @>4 18.05.1937, =.A. ,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source, //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN, //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.5 V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, LVALhE.P Veretenkin, et al., Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry, Solid-State Electronics, 51 (2007), in print,  =1.008*30/9 =3.36 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Present Status of the 37Ar Neutrino Source Experiment, XI the Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source//IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Present status of the SAGE 37Ar neutrino source experiment, XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/23= 3 J.P.Kozlova, V.N.Gavrin, A.V.Kalikhov, I.A.Vasilenko, E.P.Veretenkin, 8 4@  Electrical properties of detector X LVALh SSD GaAs  ,. XIIIth Int School on  Particles and Cosmology , April 21-26, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =30/10 = 3 J.N. Abdurashitov, V.N.Gavrin, .V.Kalikhov, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer, //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,   = 30/10 = 3 "  =52.5 =45:A F8B8@>20=8O: 54LVALMGj=>45;L "0BLO=0 ;048<8@>2=0. @>4 8.05.1957, :E=, =.A. -,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the Response of a Ga Solar NeutrinoTLVALd Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Present Status of the 37Ar Neutrino Source Experiment , XI the Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 -= 3 "  = 41.6 =45:A F8B8@>20=8O: 47LVALMGlK>7;>20 .;8O 02;>2=0 @>4.29.12.1959, :.D.<.=., =.A. -,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al. Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry// Solid-State Electronics, 51 (2006), in print,  =1.008*30/9 =3.36 >:;04K: J.P.Kozlova, V.N.Gavrin, A.V.Kalikhov, I.A.Vasilenko, E.P.Veretenkin, 8 4@  Electrical properties of detector SSD GaAs  ,. XIIIth Int. School on  Particles and Cosmology , April 21-26, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =30/10 = 3 ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@ -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  =6/11 = 0.6 ..LO:>=>2, ...>7;>20, ..0@:>2, ..565==K9, "...3>20. 5>1@0B8<K9 E0@0:B5@ @50:F88 >A0645=8O GaN 2 E;>@84-384@84=>< ?@>F5AA5, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  = 6/5 = 1.2 ..>2>@:>2, ..LO:>=>2, ...>7;>20, ..0@:>2, ..565==K9, .$.02;>2, ./.>;O:>2, ..!<8@=>2, "...3>20. -"!,+ ! GaN, + )+ % - + ",  % C!". 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  = 6/9 = 0.7 M.F.Mustafin, V.N.Gavrin, J.P.Kozlova, I.A.Vasilenko, E.P.Veretenkin, V.E.Yants, et al  Gallium nitride as a material for radiation detectors ,. XIIIth Int School on  Particles and Cosmology , April 18-23, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =6/7 = 0.8 ..LO:>=>2, ...>7;>20, ..0@:>2, ..565==K9, .$.02;>2, ..5B@>20, "...3>20. 5B0;;>3@0D8G5A:85 8 @5=B35=>48D@0:B><5B@8G5A:85 8AA;54>20=8O M?8B0:A80;L=KE A;>52 GaN, 2K@0I5==KE =0 A0?D8@5 <5B>40<8 307>B@0=A?>@B=>9 M?8B0:A88` LVALp . 3-O 564C=0@>4=0O :>=D5@5=F8O ?> D878:5 :@8AB0;;>2 @8AB0;;>D878:0 21-3> 25:0, '5@=>3>;>2:0, 2006,  =6/7 = 0.8 ..LO:>=>2, ...>7;>20, ..0@:>2, ..565==K9, .$.02;>2, ..5B@>20, "...3>20. !B@C:BC@=K5 8AA;54>20=8O 35B5@>M?8B0:A80;L=KE A;>52 GaN, 2K@0I5==KE =0 A0?D8@5. XII 0F8>=0;L=0O :>=D5@5=F8O ?> @>ABC :@8AB0;;>2, , >A:20 2006,  =4/7 = 0.6 C:>2>4AB2> 48?;><=8:><:  =10 "  =21.1 =45:A F8B8@>20=8O: 2LVALMGn0B2552 8:B>@ =0B>;L528G @>4. 11.12.1941, 4.D.<.=., 0:045<8:, 48@5:B>@ / ,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. ShikhinLVALo, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Present Status of the 37Ar Neutrino Source Experiment, XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 =3 ":  =29.5 2. V.A.Matveev, A.N.Tavkhelidze The quantum number color, colored quarks and QCD (Dedicated to the 40th Anniversary of the Discovery of color). $878:0 M;5<5=B0@=KE G0AB8F 8 0B><=>3> O4@0. 2006. B.37. 2K?.3. = 0.505*30/2=7.6 3. V.A.Matveev, A.N.Tavkhelidze The quantum number color, colored quarks and QCD (Dedicated to the 40th Anniversary of the Discovery of the Quantum Number Color) Report presented at the 99th Session of the JINR Scientific Council, Dubna, 19-20 January 2006. = 6/2=3 4. V.A.Matveev, A.N.Tavkhelidze The Quantum number of color, Colored Quarks and QCD. Proceedings of the Conference held in Yalta (Crimea), September 16-23, 2006. = 6/2=3 5. V.A.Matveev, A.N.Tavkhelidze The quantum number color, colored quarks and QCD. Proceedings of the Advanced Studies Institute on SYMMETRIES AND SPIN Czech Republic, Prague, July 19-26, 2006/ Czechoslovak JOULVALRNAL OF PHYSICS vol.56 2006 Suppl.F Czypao 56 (F) F1  F376(2006) ISSN 0011-4626 ( Recognized by the EUROPEAN PHYSICAL SOCIETY = 6/2=3 ": +16.6 = 46,1LVALMGq8@<>2 ;LO 0C<>28G, @>4. 04.12.1962 , :.E.B.=., =.A. -,   70 2005-2006 .3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@ >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*45/13= 1.0 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@ "5E=>;>38O 8LVAL CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*45/14=1.0 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Present Status of the 37Ar Neutrino Source Experiment , XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice, Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 -= 3 "  =43.6 =45:A F8B8@>20=8O: 53LVALMGs(8E8= ;5:A0=4@ ;5:A0=4@>28G @>4 16.04.1963, =.A. ,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source, //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.5 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.VLVALt.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Present Status of the 37Ar Neutrino Source Experiment, XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 J.N. Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer //5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,   = 30/8 = 3.7 A.A.Shikhin, Data acquisition system for a segmented neutron spectrometer, //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,   = 6 J.N. Abdurashitov, V.N.Gavrin, .V.Kalikhov, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer, //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,   = 30/10 = 3 V.V.Gorbachev, J.N.Abdurashitov LVAL , V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Present status of the SAGE 37Ar neutrino source experiment XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/23 = 3 "  =55.8 =45:A F8B8@>20=8O: 53LVALMGv/=F 8:B>@ -4C0@4>28G @>4.12.11.1953, =.A.-,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants,G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@., "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*45/14=1.0 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=LVALw, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.5 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Present Status of the 37Ar Neutrino Source Experiment, XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin, et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 J.N. Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer //5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,   = 30/8 = 3.7 J.N. Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al  Segmented Fast Neutron Spectrometer //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,   = 30/8 = 3.7 M.F.MustafinLVAL, V.N.Gavrin, J.P.Kozlova, I.A.Vasilenko, E.P.Veretenkin, V.E.Yants, et al  Gallium nitride as a material for radiation detectors ,. XIIIth Int School on  Particles and Cosmology , April 18-23, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =6/7 = 0.8 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 = 3 ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@ -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  =6/ 11 = 0.6 J.N. Abdurashitov, V.N.Gavrin, .V.Kalikhov, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer, //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,   = 30/10 = 3 "  =55.9 =45:A F8B8@>20=8O: 36VLVALfA.Yu Ignatiev and V.A. Kuzmin Neutrino statistics and non-standard commutation relations Physics Letters A359, 26 (2006) 1.55*30/2=23.25 V.A. Kuzmin and G.I. Rubtsov No-thinning simulations of extensive air showers and small scale fluctuations arXiv:astro - ph/0702527 1. I was awarded (2006) by the Int. Pomeranchuk Prize ("for pioneering work on baryon-number violating processes, baryogenesis, and on the fundamental properties of high-energy cosmic rays"). 2. I have delivered two review talks at ITEP, a. On problems in high-energy physics (2005), and b. Ultra-High Energy Cosmic Rays (2006). - 2*20=40 3. I have delivered an invited talk on the Erice, Italy, Int. Scool on Cosmic Ray Physics , (2005). - 30 4. I have delivered an invited talk at Gran Sasso (Italy) Int. Symp. on High-Energy Cosmic Rays, Summer of 2006. - 30 5. I have given an invited talk on Problems in Ultra-High Energy Cosmic Ray Physics at Int. Symp. "Cosmic Ray Physics", Dubna, (2006). -30 6. I have given a lecture on Ultra-High Energy Cosmic Rays Physics at NPI (Moscow State Univ.), 2006. -20 7. I have participated and delivered a talk at Int. NANP Conf. at Dubna in 2005. - 30 2A53> 180+23.25=203.25 Certainly, there were there something more done but I don"t remember and was not able to find roots.LVAL@>B>2 <8B@89 ;5:A0=4@>28G. 1. A Solvable sector of AdS theory. D. Krotov (Moscow, INR & Moscow, ITEP & Moscow State U.) , A. Morozov (Moscow, ITEP) . ITEP-TH-32-05, INR-TH-2005-19, Jun 2005. 14pp. Published in JHEP 0510:062,2005. 2. Holes in the ghost condensate. D. Krotov (Moscow, INR & Moscow State U. & Moscow, ITEP) , C. Rebbi (Boston U.) , V.A. Rubakov (Moscow, INR) , V. Zakharov (Munich, Max Planck Inst.) . INR-TH-37-2004, BUHEP-04-10, Jul 2004. 18pp. Published in Phys.Rev.D71:045014,2005. 5.944*30/2=89.16 4.852*30/4=36.39 A53> 70 ?C1;8:0F88 125.55 >=D5@5=F88: 1.BW2005 WORKSHOP II Southeastern European Workshop Challenges Beyond the Standard Model, Serbia. #AB=K9 4>:;04-6. http://seenet-mtp.pmf.ni.ac.yu/bw2005/timetable/timetable.htm 2. THE LOGIC OF NATURE, COMPLEXITY AND NEW PHYSICS: From Quark-Gluon Plasma to Superstrings, Quantum Gravity and Beyond ERICE-SICILY: 29 AUGUST - 7 SEPTEMBER 2006. #AB=K9 4>:;04-6 http://www.ccsem.infn.it/issp2006/index.html 3. International Congress on Mathematical Physics 2006, Young Researches Symposium, Rio-de-Janeiro, Brazil. #AB=K9 4>:;04-6 http://www.impa.br/opencms/pt/eventos/store/evento_0005.html 4. 20@:8 2006 #AB=K9 4>:;04-4. 5. WORKSHOP ON PURE SPINORS IN SUPERSTRING THEORY, Sao-Paulo, Brazil, 2006 @83;0H5==K9 4>:;04-30. http://www.ift.unesp.br/users/nberkovi/purespinor.html 5. ITEP Winter School of Physics, 2005, 2006. #AB=K9 4>:;04 4+4=8 B>3> 185.55 0A:>;L:> O ?>=O;, 0A?8@0=B0< =C6=> C<=>68BL =0 3  =556.65 ?>;AB02:8: 45;8BL =0 2=278.325LVAL C1F>2 @83>@89 3>@528G @>4. 31.07.1981, <=A "$,   70 2005-2006 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. G.I. Rubtsov, L.G. Dedenko, G.F. Fedorova, E.Yu. Fedunin, A.V. Glushkov, D.S. Gorbunov, I.T. Makarov, M.I. Pravdin, T.M. Roganova, I.E. Sleptsov, S.V. Troitsky /Upper limit on the ultra-high-energy photon flux from AGASA and Yakutsk data//Phys. Rev. D73:063009,2006,  =4.852*30/10=14.556 >:;04K: 1.G.I.Rubtsov/ Energy estimation of photon-induced extensive air showers.//8th International Moscow School of Physics and 33rd ITEP Winter School of Physics, 2005,  =4 2.G.I.Rubtsov/ Small-scale fluctuations of extensive air showers as the origin of energy estimation systematics. //12th Lomonosov Conference on Elementary Particle Physics,2005,  =4 3. G.I.Rubtsov/Some systematic effects in the energy reconstruction by ground arrays.//UHECR workshop 2005,  =4 4. Dedenko L.G., Fedorova G.F., Roganova T.M., Pravdin M.I., Sleptsov I.Ye., Kolosov V.A., Glushkov A.V., Gorbunov D.S., Rubtsov G.I., Troitsky S.V. /Estimates of the muon signal in giant air showers induced by the primary photons//29th International Cosmic Ray Conference, Pune India, 3-10 August 2005,  =6/10=0.6 5. G.I.Rubtsov/Small-scale structure of EAS//UHECR workshop 2006,  =4 6. G.I.Rubtsov/Upper limit on the ultrahigh-energy photon flux from AGASA and Yakutsk data//Quarks-2006,  =4 >2KH0NI89 :>MDD8F85=B 3 (0A?8@0=B 2 >BG5B=>< ?5@8>45) B>3>:   = 3*(14.556+4*5+0.6) = 105.468>LVALN>:;04K =0 :>=D5@5=F8OE (2005, 2006) 1. P. Koroteev. Lorentz invariance violation in Braneworld models. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 "Particles and Cosmology 2007" Aplril 2007. 2. P. Koroteev and Maxim Libanov. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Eleventh Marcel Grossmann Meeting on General Relativity. Berlin, Germany. July 2006 Lorentz violation and braneworlds PRND =6x2 = 12 3. P. Koroteev. Morse Theory in Topological quantum mechanics. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 The 8th International Conference on Geometry, Integrability and Quantization. Varna, Bulgaria. June 2006. PRND =6 x2=12 4. P. Koroteev. Morse Topological quantum mechanics. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Symmetries in Nonlinear Mathematical Physics (SINMP 2005), Kyiv, Ukraine, July 2005. PRND =6x2 = 12 5.. >@>B552. "5>@8O >@A0, >?5@0F88 0AA8 8 ">?>;>38G5A:85 B5>@88 ?>;O. >:;04 =0 78<=59 H:>;5 "-$ 2006, $52@0;L 2006   = 4x2 =8 6. P. Koroteev. Morse theory and Filed Theory. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 "Particles and Cosmology 2005" Aplril 2005 PRND =6x2=12 7. . >@>B552. "5>@8O >@A0 8 !C?5@A8<<5B@8G=0O :20=B>20O <5E0=8:0 >:;04 =0 H:>;5 ( 2005, ?@5;L 2005   = 4x2=8 !C<<0@=K9   = 64(LVAL8CH:0@5=:>2 ;5:A0=4@ 8:>;0528G, @>4. 19.12.1980, <=A , $/ ,   70 2005  2006 33. C1;8:0F88: 1. A. Lleres, ..., A. Mushkarenkov et al.,  Measurement of 0 photoproduction on the proton from 550 to 1500 MeV at GRAAL , Eur. Phys. J. A V.26 (2005) P.399-419, (35 A>02B>@>2).  =1.659*30/10=4.977 2. A. Mushkarenkov et al.,  Neutron detection efficiency of BGO calorimeter at GRAAL , Nucl. Inst. and Meth. A V.562 (2006) P.85-91, (36 A>02B>@>2).  =1.228*30/10=3.684 3. Y. Assafiri, ..., A. Mushkarenkov et al.,  Evidence for Nucleon-Resonance Excitation in -meson Photoproduction , Phys. Rev. Lett. V.96 (2006) P.132003, (14 A>02B>@>2).  =7.489*30/10=22.467 >:;04K: 1. A. Mushkarenkov et al.,  photoproduction from deuteron at E=0.7-1.5 GeV , In Proceedings of the 11th International Seminar ''Electromagnetic Interactions of Nuclei at Low and Medium Energies'', Moscow: Institute for Nuclear Research RAS, September 21-24, 2006, P.50-59, (36 A>02B>@>2),  =0.4 2. A.N. Mushkarenkov, V.G. Nedorezov,  Photoproduction of -mesons on quasi-free proton and neutron , LV National Conference on Nuclear Physics ''Frontiers in the Physics of Nucleus'', Saint-Petersburg, 2005, Book of Abstracts, P.203,  =2 3. A. Mushkarenkov,  Evaluation of the neutron detection efficiency in BGO calorimeter , The 12th "Euro Summer School on Exotic Beams", Mainz, Germany, 25.08-2.10 2005,  =6 ":  =39.528*3=118.584 ===  3>4 70I8BK :>MDD8F85=B 2: 39.528*2=79.0566LVALF8G=K9 =0CG=K9 >BGQB 70 ?5@8>4 2005-2006 =.A. -$ / 5@0A:8=0 235=8O 0A8;L528G0 5@0A:8= 235=89 0A8;L528G 1939 3>40 @>645=8O. 0CG=K9 A>B@C4=8: (A 1974 3.) 01>@0B>@88 <57>==>9 D878:8 B45;0 M:A?5@8<5=B0;L=>9 D878:8.  =0AB>OI55 2@5<O ?>43>B>2;5=0 :0=4840BA:0O 48AA5@B0F8O ?> B5<5: #AB0=>2:0 "@>8F: =N-<0AA 4;O 87<5@5=8O :8=5<0B8G5A:>9 <0AAK =59B@8=> 87 -@0A?040 B@8B8O. C1;8:0F88 2 2005-2006 3>40E. @5?@8=BK: 1. J. Angrik et al. (total 101)  KATRIN Design Report 2004 . Preprint FZKA 7090, Karlsruhe, Feb. 2005, 245 pages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vchinnikov, G.N. Vyalov et al., Power Stations Using the Heat of Natural Bodies of Water and of the Atmosphere. Thermal Engineering, Vol.51, No2, 2004, pp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arabanov, Soyfer V, Goryachev V., Yanovich E. Andreev D.  Metodology and techniques of early detection anomalies 85Kr and 3H in near bottom layer of seawater by water infiltration in spent nuclear fuel in dumpsites of the ship and submarine reactors. Radioprotection, Suppl. 1, v. 40, p.S669-S675., 2005  =6/5=1,2 3. C.Buck, I.Barabanov, O.Besida, L.Bezrukov, C.Cattadori, N.Danilov, A.di Vacri, F.X.Hartmann, D.Motta, S.Schonert, U.Schwan, E.Yanovich. Development of In-loaded liquid scintillators for solar neutrino detectors. Nuclear Physics B(Proc.Suppl.)143(2005) 487  =0.875*30/12=2.19 4. I.Barabanov, C.Buck, O.Besida, C.Cattadori, N.Danilov, A.di Vacri, F.X.Hartmann, Th.Lasserre, D.Motta, L.Pandola, S.Schonert, U.Schwan, E.Yanovich. Results of the LENS pilot experiment at Gran Sasso. Nuclear Physics B(Proc.Suppl.)143(2005) 559  =0.875*30/13=2.02 41 2.625 5. 0@010=>2 .  !>9D5@ .., >@OG52 ., /=>28G . . =4@552 . .  "@8B89 8 :@8?B>=-85 2 2>40E 70?04=>9 @:B8:8 (8E <5AB> 2 87CG5=88 A>AB>O=8O >B@01>B02H53> O45@=>3> B>?;820 2 7>=0E 40<?8=30 8 020@89) , 5B5>@>;>38O 8 384@>;>38O, 2006, 4, 59-69.  =0,678*45/5=6,10 41 2.625 B>3> 12,6 41 14LVALMG 1. C@=0;L=K5 AB0BL8 Phantom without UV pathology. V.A. Rubakov "5>@. <0B. D87., 149:409-426,2006 -- 0.569*45%.6 Flowing to four dimensions. E. Dudas, C. Papineau, V.A. Rubakov JHEP 0603:085,2006. ------- 5.944*30/3 = 59.4 On sgoldstino interpretation of HyperCP events. D.S. Gorbunov, V.A. Rubakov Phys.Rev.D73:035002,2006. ----- 4.852*30/2 = 72.8 Lorentz-violating brane worlds and cosmological perturbations. M.V. Libanov, V.A. Rubakov Phys.Rev.D72:123503,2005. ----- 4.852*30/2 = 72.8 More about spontaneous Lorentz-violation and infrared modification of gravity. M.V. Libanov, V.A. Rubakov JHEP 0508:001,2005. ------------ 5.944*30/2 = 89.2 Lorentz-violation and cosmological perturbations: A Toy brane-world model. M.V. Libanov, V.A. Rubakov JCAP 0509:005,2005. ------------ 6.739*30/2 = 101.1 Holes in the ghost condensate. D. Krotov, C. Rebbi, V.A. Rubakov, V. Zakharov Phys.Rev.D71:045014,2005. ----- 4.852*30/4 = 36.4 B>3> ?> ?. 1 ----------------------------- 457.3 2.>=>3@0D88 ";0AA8G5A:85 :0;81@>2>G=K5 ?>;O. >7>==K5 B5>@88", . # !!, 2005 (5@5@01>B0==>5 8740=85) >102;5==>3> <0B5@80;0 10% --- 18.5 ?5G. ;. *2*0.1 = 3.7 ";0AA8G5A:85 :0;81@>2>G=K5 ?>;O. "5>@88 A D5@<8>=0<8. 5:><<CB0B82=K5 B5>@88", . # !!, 2005 (5@5@01>B0==>5 8740=85) >102;5==>3> <0B5@80;0 50% --- 15 ?5G. ;. *2*0.5 = 15 B>3> ?> ?. 2 ----------------------------- 18.7 3. >=D5@5=F88 564C=0@>4=0O :>=D5@5=F8O ?> D878:5 2KA>:8E M=5@389 ICHEP 2006, >A:20. @83;0H5==K9 4>:;04. -------------- 30 564C=0@>4=0O :>=D5@5=F8O ?> D878:5 8 :>A<>;>388 2 B5>?@8OE A 4>?>;=8B5;L=K<8 87<5@5=8O<8, >@BA<CB, 2006 @83;0H5==K9 4>:;04. ------ 30 Yukawa--Tomonaga Centennial Symposium, 8>B>, 2006 @83;0H5==K9 4>:;04. --------- 30 564C=0@>4=K9 A5<8=0@ "20@:8-2006" 5?8=> #AB=K9 4>:;04 ----------------------------- 4 0:A0=A:0O H:>;0 "'0AB8FK 8 :>A<>;>38O" "5@A:>;, 2005 #AB=K9 4>:;04 ----------------------------- 4 B>3> ?> ?. TLVALd3 ----------------------------- 98 4. 0CG=>->1@07>20B5;L=K5 :C@AK 2545=85 2 B5>@8N @0==59 A5;5==>9, D878G5A:89 D0:C;LB5B # 2005 -- 4>@01>B:0, 2 A5<5AB@0 ---------- 5*2 2006 -- 4>@01>B:0, 2 A5<5AB@0 ---------- 5*2 Les Houches School on Theoretical Physics 2005 (:C@A ;5:F89 "Extra dimensions: A primer") - --------------------------- 0.3 A5<5AB@0*20 = 6 RTN Winter School on Strings, Supergravity and Gauge Theories, Trieste, Italy, 31 Jan - 4 Feb 2005 (:C@A ;5:F89 "Introduction to cosmology"). --------------------------- 0.3 A5<5AB@0*20 = 6 European School on High Energy Physics (:C@A ;5:F89 "Cosmology and Astroparticle Physics"), Uppsala, 2006 --------------------------- 0.5 A5<5AB@0*20 = 10 B>3> ?> ?. 4 ----------------------------- 42 5. 0B5=BK -- =5B 6. 0CG=>5 @C:>2>4AB2> 8?;><=8: @>B>2 . (A59G0A 2 0A?8@0=BC@5 #), 2005 --------------------------------------- 10 8?;><=8: 0=8= . (A59G0A 2 0A?8@0=BC@5 /), 2006 ---------------- 10/2 @C:>2>48B5;O = 5 A?8@0=B 5<84>2 !. (70I8B8; 48AA5@B0F8N 2 2007 3.) --------------------- 30/2 @C:>2>48B5;O = 15 A?8@0=B C1F>2 . (70I8B8; 48AA5@B0F8N 2 2007 3.) --------------------- 30/2 @C:>2>48B5;O = 15 B>3> ?> ?. 6 ----------------------------- 45 ! ------------------------------------- 661n LVAL~ 52:>2 <8B@89 5==048528G @>4. 05.09.1979, <=A "$,   70 2005-2006 C1;8:0F88: 1) D. Levkov, S. Sibiryakov / "Real-time instantons and suppression of collision-induced tunneling." // JETP Lett.81:53-57,2005, 8AL<0 2 -"$ 81:60-64,2005. e-Print: hep-th/0412253,  =1.446*45/2=32.535 2) D.G. Levkov, S.M. Sibiryakov / "Induced tunneling in QFT: Soliton creation in collisions of highly energetic particles." // Phys.Rev.D71:025001,2005. e-Print: hep-th/0410198,  =4.852*30/2=72.78 @>GB5=85 :C@A0 ?> 20=B>2>9 B5>@88 ?>;O =0 :0D54@5 :20=B>2>9 AB0B8AB8:8 8 B5>@88 ?>;O ($87D0: #),  =5 C:>2>4AB2> 48?;><=8:>< ( ..0=8=):  =10/2=5 B>3>:  =115.315*2=230.63LVALbCAB0D8= 0@0B $0@C:>28G, @>4.14.05.1983, 8=65=5@ -,   70 2005-2006 .3. >:;04K: M.F.Mustafin  Gallium nitride as a material for radiation detectors ,. XIIIth Int School on  Particles and Cosmology , April 18-23, 2005, Kabardino-Balkaria, Baksan Valley, Russia  =6 "  =6(59D;5@ ;5:A59 ;5:A0=4@>28G @>4. 20.04.1984, AB065@-8AA;54>20B5;L -,   70 2005-2006 3.3. >:;04K: 1) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.  =6*0.1=0.6 2) K.Antipin et al., with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 3) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O.  =4*0.1=0.4 4) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden.  =6*0.1=0.6 5) K.Antipin et al.. "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden.  =6*0.1=0.6 6) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 7) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006.  =6*0.1=0.6 B>3>:  =4*2=8LVALMG5;5=A:89 =0B>;89 8:>;0528G >:B>@ D87-<0B =0C:, A=A -$ !?8A>: ?C1;8:0F89 1. A.Zelenski et al.,  Absolute polarized H-jet polarimeter development for RHIC , (invited talk), Nucl.Instr.Meth. A536, p.248, (2005).  = 1,224*30/10 = 3,672 2. A.Bravar, & ,A.Zelenski et al., "Spin dependence in polarized pp, P-C scattering at very low momentum transfer at RHIC", Nucl. Phys. B, S146, p.77, (2005).  = 5,522*30/10 = 16,556 3. H.Okada, & A.Zelenski et al., "Measurement of An in pp-elastic scattering in CNI region with polarized H-jet target"., Phys. Lett., B638, p.450,(2006).  = 5,301*30/10 = 15,903 4. M.Bai,& A.Zelenski t al., "Polarized Proton Collisions at 205 GeV in RHIC", Phys.Rev.Lett.96, 174801, (2006).  = 7,489*30/10 = 22,467 5. F.Lin,& A.Zelenski,  Exploration of horizontal intrinsic spin resonances with two partial Siberian snakes , Phys.Rev. ST -Accelerators and Beams, 10,044001, p.1-6, (2007).  = 0,226*30/10 = 0,678 6. J.Takano,& , A.Zelenski,  Helical dipole partial Siberian Snake for the AGS , Japanese Institute of Physics Publishing and SISSA, P11002, p.1-22, (2006).   = 6/10=0,6   ?> ?C1;8:0F8O< = 59,876 >:;04K =0 :>=D5@5=F8OE 1. W.Mackay,& A.Zelenski,  Status of proton polarization in RHIC and AGS , Proc.16th Int.Spin Physics Symposium, World Scientific Publishing 2005, ed. K.Aulenbacher, p.163, (2005).   = 0,6 2. H.Okada, & A.Zelenski,  Measurement of the analyzing pwer in pp elastic scattering in thr peak CNI region at RHIC , World Scientific Publishing 2005, ed. K.Aulenbacher, p.507, (2005).   = 0,6 3. H.Huang, & A.Zelenski, Acceleration of polarized protons in the AGS with a helical partial snake , World Scientific Publishing 2005, ed. K.Aulenbacher, p.683, (2005).   = 0,6 4. A.Bravar,& A.Zelenski,  Spin dependence in elastic scattering in the CNI region , World Scientific Publishing 2005, ed. K.Aulenbacher, p.700, (2005).   = 0,6 5. T.Wise, & A.Zelenski,  Polarized hydrogen jet target for measurement oLVALf RHIC proton beam polarization , World Scientific Publishing 2005, ed. K.Aulenbacher, p.757, (2005).   = 0,6 6. A.Zelenski et al.,  Atomic beam studies in the RHIC H-jet polarimeter , World Scientific Publishing 2005, ed. K.Aulenbacher, p.761, (2005).   = 0,6 7. A.Nass, & A.Zelenski,  Atomic beam polarization measurement of the RHIC polarized H-jet polarimeter , World Scientific Publishing 2005, ed. K.Aulenbacher, p.776, (2005).   = 0,6 8. H.Huang,& A.Zelenski,  Acceleration of polarized protons in the AGS with two helical snakes , Proc. PAC 2005, p.1404, (2005).   = 0,6 9. N.Luciano, & A.Zelenski,  Luminescence Beam Profile monitor for the RHIC polarized H-jet polarimeter , Proc. PAC 2005, p.4293, (2005).   = 0,6 10. A.Zelenski,  Polarized proton beam in RHIC , (invited talk at 11th Int.Workshop on polarized Sources and Targets, Tokyo 2005), p.93, World Scientific, ed.T.Uesaka, H.Sakai, (2006).   = 30 11. V.Ptitsyn, & A.Zelenski et al., "RHIC Performance as polarized protons Collider in Run-6", Proc. of EPAC 2006, p.592,(2006).   = 0,6 12. H.Huang,& A.Zelenski,  Acceleration of polarized protons in the AGS with two helical partial snakes , Proc. EPAC 2006, p.273, (2006).   = 0,6 13. A.Zelenski "Polarized sources at accelerators", (invited talk), International. Spin Physics Symposium , Kyoto 2006, AIP Conf.Proc.915, p.181, (2007).   = 30 14. A.Zelenski , "Polarized elerctron, Proton and 3He++-ion source development at BNL", AIP Conf.Proc.915, p.987, (2007).   = 6 15. Y.Makdisi, & A.Zelenski,  Status and Operational Experience with the Polarized H-jet at RHIC , AIP Conf.Proc.915, p.975, (2007).   = 0,6 16. K.Eyser,..A.Zelenski, Absolute Polarization Measurements at RHIC in the CNI region , AIP Conf.Proc.915, p.916, (2007).   = 0,6 17. I.Nakagava, & A.Zelenski, Polarization measurements at RHIC Run2005 using CNI pC-polarimeter , AIP Conf.Proc.915, p.912, (2007).   = 0,6 18. J.Takano, & ,A.Zelenski,  Multiple Partial SLVALiberian Snakes in the AGS , AIP Conf.Proc.915, p.904, (2007).   = 0,6 19. H.Huang,& A.Zelenski et al., "Polarized proton acceleration in AGS with two partial helical snakes", . AIP Conf.Proc.915, p.900, (2007).   = 0,6 20. V.Ptitsyn, & A.Zelenski et al., "RHIC Performance with polarized protons in Run-6", . AIP Conf.Proc.915, p.896, (2007).   = 0,6 21. H.Okada, & A.Zelenski, "Measurement of Single and Double Spin Asymmetry in pp-elastic scattering in CNI region with polarized H-jet target", . AIP Conf.Proc.915, p.681, (2007).   = 0,6 22. M.Bai& , A.Zelenski,  Accelerating Polarized Protons to High Energy , AIP Conf.Proc.915, p.22 (2007).   = 0,6 23. A.Zelenski et al.,  Towards 100% polarization in the Optically-Pumped Polarized Ion Source , PAC 2007 Conf. Proceedings, p.3771, (2007).   = 0,6   ?> 2KABC?;5=8O< = 78 B>3>2K9   - 137,876LVALF t1. Cosmogenic activation of germanium and its reduction for low background experiments. I. Barabanov (Moscow, INR) , S. Belogurov (Moscow, ITEP & Moscow, INR) , L. Bezrukov, A. Denisov (Moscow, INR) , V. Kornoukhov (Moscow, ITEP & Moscow, INR) , N. Sobolevsky (Moscow, INR) . Nov 2005. 20pp. Published in Nucl.Instrum.Meth.B251:115-120,2006. e-Print Archive: nucl-ex/0511049 1,184*30:6=5,92 2. >2K5 B@51>20=8O : >1>30I5==K< 87>B>?0< 4;O M:A?5@8<5=B>2 ?> 87CG5=8N 157=59B@8==>3> 42>9=>3> 15B0-@0A?040 (M:A?5@8<5=B  ). (C18= .., 8;52 .., >=>=>2 ..,& 57@C:>2 ..,& 5=8A>2 ..(14 02B.) B><=0O M=5@38O. ".101, K?.2, !.135-139. 23CAB 2006. 6*0,1=0,6 (5,92+0,6)*1.5= 9,78%09@=0A>2 08;L 0=8528G @>4 13.02.1961, 254. 8=65=5@-B5E=>;>3 ,   70 2005-2006 3.3. C1;8:0F88: The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga, //Astroparticle Physics 25 (2006) 349 354,  =4.022*30/26=4.64 Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source, //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =2.708*30/45=1.8 Measurement of the response of a Ga solar neutrino experiment to 37Ar source, //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.467*45/45=0.467 "  = 6.9 =45:A F8B8@>20=8O: 18C@:8=0 >;8=0 5B@>2=0 @>4 06.11.1955, 254. 8=65=5@ -,   2005-2006 3.3. C1;8:0F88: The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga, //Astroparticle Physics 25 (2006) 349 354,  =4.022*30/26=4.64 Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source, //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =2.708*30/45=1.8 Measurement of the response of a Ga solar neutrino experiment to 37Ar source, //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.467*45/45=0.467 "  = 6.9 =45:A F8B8@>20=8O: 7LVALMG O6A:0O ;L30 5>@3852=0, @>4. 12.05.1941, G;5=-:>@@. ,   70 2005 -2006 33.) 6C@=0; 4>:;04 C1;8:0F88 1 @0I0NI89AO :>;;0?A0@ 8 =59B@8==>5 87;CG5=85. <H5==8: .!., O6A:0O .. 5AB=8:  75, !3, 205 (2005) 6/2=3 2 Direct cosmic ray muons and atmospheric neutrinos. Ryazhskaya O.G., Volkova L.V., Zatsepin G.T. Nucl. Phys. B (Proc. Suppl.) 143, 527 (2005) 0.875*30/3=8.75 3 7<5@5=85 C45;L=>3> 2KE>40 =59B@>=>2, 35=5@8@C5<KE <N>=0<8, A ?><>ILN ?>475<=>3> 45B5:B>@0 LVD. 30D>=>20 . .., >O@:8= . ., >1@K=8=0 . ., C7=5F>2 . ., 0;L38= . !., O6A:0O . ., /:CH52 . $. 72. , A5@. D87. 69, !3, 400-402 (2005) 6/7=0.857 4 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 5 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 6 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2.625 7 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2.625 8 Prompt and direct muon production in atmosphere and very high energy inclined EAS at see level. Ryazhskaya O. G., Volkova L. V., Zatsepin G. T. Nuclear PhLVALys. B (Proc. Suppl.) 151, 303-306 (2006) 0.875*30/3=8.75 9 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0.936 10 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0.6 11 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1.167 12 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006) 0.389*30/6= 1.945 13 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (307 - 310) 6/10=0.6 14 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0.6 15 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69 - 72) 6/10=0.6 16 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0.6 17 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) LVAL 6/10=0.6 18 V.B. Braginsky, O.G. Ryazhskaya and S.P. Vyatchanin  Limitations in quantum measurements resolution created by cosmic rays Physics Letters A, Volume 359, Issue 2, 13 November 2006, Pages 86-89; 1.55*30/3=15.5 19 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/10=0.6 20 .. >O@:8=, .. O6A:0O  5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 72574 . "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/2=3 21 O.G. Ryazhskaya  Neutrons from cosmic-ray muons underground , Proc. of 20th ECRS 06, Lisbon, http://www.lip.pt/event/2006/ecrs/proc/; 6/1=6 22 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0.6 23 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OPERA experiment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10.755 24 .. O6A:0O 59B@8=> >B 3@028B0F8>==KE :>;;0?A>2 72574: A>2@5<5==K9 AB0BCA M:A?5@8<5=B0, #$, B. 176, !10 (2006), 1039- 1050; 2.163*45/1= 97.335 25 V.B. Braginsky, O.G. Ryazhskaya and S.P. Vyatchanin  Notes about noise in gravitational wave antennas created by cosmic rays , Physics Letters A, Volume 350, (2006), 1-4. 1.55*30/3=15.5 >:;04K 1 O.G. Ryazhskaya  Neutrons from cosmic-ray muons underground , 20th ECRS 06, Lisbon, ?@83;. 4>:;04. 30 2 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , 29 :>=D5@5=F8O , 2006. 4/10=0.4 3 Ryazhskaya O. G. LVD - Large Volume Detector from the beginning till nowadays. 564C=0@>4=K9 A8<?>78C<: Russian  Italian Collaboration in the Field of Nuclear Physics, Astrophysics and Cosmic Rays. >A:20, >LVAL:BO1@L, 2005, ?@83;. 4>:;04. 30 4 O6A:0O . . 5B5:B>@ 1>;LH>3> >1JQ<0 >B 8AB>:>2 4> =0H8E 4=59. >=D5@5=F8O 60 ;5B "-$, 2005, ?@83;. 4>:;04. 20 5 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0.6 6 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Undeground Physics(TAUP), Zaragoza, 2006. 6/6=1 7 Prompt and direct muon production in atmosphere and very high energy inclined EAS at see level. Ryazhskaya O. G., Volkova L. V., Zatsepin G. T. International Conference of HECR, Pilos, 2005. 6/3=2 8 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 9 The Muon Decay and Muon Capture Detection with LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 C:>2>4AB2> 0A?8@0=B>< >O@:8=K< .. (2005-2006) 30 303.895 E 0.5 + 0.75 E34.16 =177.57LVALMG0;L38= ;5:A59 !5<5=>28G, @>4. 26.04.1946, A.=.A.,   70 2005 -2006 33. 6C@=0; 4>:;04 C1;8:0F88 1 7<5@5=85 C45;L=>3> 2KE>40 =59B@>=>2, 35=5@8@C5<KE <N>=0<8, A ?><>ILN ?>475<=>3> 45B5:B>@0 LVD. 30D>=>20 . .., >O@:8= . ., >1@K=8=0 . ., C7=5F>2 . ., 0;L38= . !., O6A:0O . ., /:CH52 . $. 72. , A5@. D87. 69, !3, 400-402 (2005) 6/7=0.857 2 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 3 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 4 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2.625 5 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2.625 6 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0.936 7 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0.6 8 Low energy background measurements with the LVD. LVD Coll. 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Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69  72) 6/10=0.6 13 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0.6 14 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) 6/10=0.6 15 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/10=0.6 16 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0.6 17 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OPERA experinLVAL~ment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10.755 >:;04K 1 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , 29 :>=D5@5=F8O , 2006. 4/10=0.4 2 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0.6 3 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Undeground Physics(TAUP), Zaragoza, 2006. 6/6=1 4 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 5 The Muon Decay and Muon Capture Detection with LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 1I0O AC<<0 34.16LVALMG30D>=>20 0B0;LO .@L52=0 @>4. 30.04.1976, =0CG=K9 A>B@C4=8:,   70 2005 -2006 33.) 6C@=0; 4>:;04 C1;8:0F88 1 7<5@5=85 C45;L=>3> 2KE>40 =59B@>=>2, 35=5@8@C5<KE <N>=0<8, A ?><>ILN ?>475<=>3> 45B5:B>@0 LVD. 30D>=>20 . .., >O@:8= . ., >1@K=8=0 . ., C7=5F>2 . ., 0;L38= . !., O6A:0O . ., /:CH52 . $. 72. , A5@. D87. 69, !3, 400-402 (2005) 6/7=0.857 2 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 3 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 4 CNGS beam monitor with the LVD detector. 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Proc. of the 9th InterLVALnational Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1.167 9 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006) 0.389*30/6= 1.945 10 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (307 - 310) 6/10=0.6 11 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0.6 12 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69 - 72) 6/10=0.6 13 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0.6 14 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) 6/10=0.6 15 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/10=0.6 16 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0.6 17 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OXLVALhPERA experiment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10.755 >:;04K 1 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , 29 :>=D5@5=F8O , 2006. 4/10=0.4 2 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0.6 3 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Undeground Physics(TAUP), Zaragoza, 2006. 6/6=1 4 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 5 The Muon Decay and Muon Capture Detection with LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 1I0O AC<<0 34.16LVALMG OA=K9 A52>;>4 02@8;>28G, @>4. 29.10.1947, A.=.A. ,   70 2005 -2006 33.) 6C@=0; 4>:;04 C1;8:0F88 1 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 2 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 3 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2.625 4 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2.625 5 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0.936 6 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0.6 7 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1.167 8 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International CosLVALmic Ray Conference, Pune (2005), 5, (307 - 310) 6/10=0.6 9 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0.6 10 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69 - 72) 6/10=0.6 11 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0.6 12 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) 6/10=0.6 13 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/10=0.6 14 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0.6 15 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OPERA experiment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10.755 >:;04K 1 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , 29 :>=D5@5=F8O , 2006. 4/10=0.4 2 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0.6 3 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International n LVAL~ Cosmic Ray Conference, Pune, 2005. 6/10=0.6 4 The Muon Decay and Muon Capture Detection with LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 1I0O AC<<0 30.358LVALMG=8:552 0A8< 1@038<>28G, 3>4 @>645=8O 11.02.1949,   70 2005 -2006 33. 6C@=0; 4>:;04 C1;8:0F88 1 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2,625 2 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 3 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2,625 4 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2,625 5 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0,936 6 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0,6 7 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1,167 8 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International Cosmic RLVALay Conference, Pune (2005), 5, (307 - 310) 6/10=0,6 9 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0,6 10 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69 - 72) 6/10=0,6 11 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0,6 12 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) 6/10=0,6 13 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/10=0,6 14 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0,6 15 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OPERA experiment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10,755 28,158 >:;04K 1 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0,6 2 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0,6 3 The Muon Decay and Muon Capture Detection with LVD N..LVAL> Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0,6 1I0O AC<<0: 29,958LVALMG/:CH52 0;5@89 $54>@>28G, @>4. 01.08.1945, =.A.,   70 2005 -2006 33.) 6C@=0; 4>:;04 C1;8:0F88 1 7<5@5=85 C45;L=>3> 2KE>40 =59B@>=>2, 35=5@8@C5<KE <N>=0<8, A ?><>ILN ?>475<=>3> 45B5:B>@0 LVD. 30D>=>20 . .., >O@:8= . ., >1@K=8=0 . ., C7=5F>2 . ., 0;L38= . !., O6A:0O . ., /:CH52 . $. 72. , A5@. D87. 69, !3, 400-402 (2005) 6/7=0.857 2 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 3 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 4 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2.625 5 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2.625 6 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0.936 7 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0.6 8 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International ConfLVALerence on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1.167 9 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (307 - 310) 6/10=0.6 10 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0.6 11 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69 - 72) 6/10=0.6 12 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0.6 13 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) 6/10=0.6 14 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/10=0.6 15 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0.6 16 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OPERA experiment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10.755 >:;04K 1 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , 29 :>=D5@5=F8O , 2006. 4/10=0.4 2 Low energy background measurements with the X LVALh LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0.6 3 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 4 The Muon Decay and Muon Capture Detection with LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 1I0O AC<<0 31.215LVALMG>1@K=8=0 :0B5@8=0 =0B>;L52=0, @>4. 29.06.1974, <.=.A. ,   70 2005 -2006 33.) 6C@=0; 4>:;04 C1;8:0F88 1 7<5@5=85 C45;L=>3> 2KE>40 =59B@>=>2, 35=5@8@C5<KE <N>=0<8, A ?><>ILN ?>475<=>3> 45B5:B>@0 LVD. 30D>=>20 . .., >O@:8= . ., >1@K=8=0 . ., C7=5F>2 . ., 0;L38= . !., O6A:0O . ., /:CH52 . $. 72. , A5@. D87. 69, !3, 400-402 (2005) 6/7=0.857 2 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 3 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 4 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2.625 5 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2.625 6 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0.936 7 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0.6 8 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th InterLVALnational Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1.167 9 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (307 - 310) 6/10=0.6 10 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0.6 11 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69 - 72) 6/10=0.6 12 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0.6 13 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) 6/10=0.6 14 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0.6 15 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OPERA experiment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10.755 >:;04K 1 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0.6 2 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 3 The Muon Decay and Muon Capture Detection with LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2LVAL005. 6/10=0.6 1I0O AC<<0 30.215LVALMG>O@:8= 048< ;048<8@>28G, @>4. 08.02.1981, <.=.A. ,   70 2005 -2006 33. 6C@=0; 4>:;04 C1;8:0F88 1 7<5@5=85 C45;L=>3> 2KE>40 =59B@>=>2, 35=5@8@C5<KE <N>=0<8, A ?><>ILN ?>475<=>3> 45B5:B>@0 LVD. 30D>=>20 . .., >O@:8= . ., >1@K=8=0 . ., C7=5F>2 . ., 0;L38= . !., O6A:0O . ., /:CH52 . $. 72. , A5@. D87. 69, !3, 400-402 (2005) 6/7=0.857 2 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 3 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 4 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2.625 5 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2.625 6 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0.936 7 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0.6 8 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th InternationLVALal Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1.167 9 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006) 0.389*30/6= 1.945 10 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (307 - 310) 6/10=0.6 11 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0.6 12 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69 - 72) 6/10=0.6 13 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0.6 14 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) 6/10=0.6 15 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/10=0.6 16 .. >O@:8=, .. O6A:0O  5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 72574 . "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/2=3 17 N. Agafonova et al. 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Proc. of the 9th International Conference on Topics in Astroparticle and Undeground Physics(TAUP), Zaragoza, 2006. 6/6=1 4 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 5 The Muon Decay and Muon Capture Detection with LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 1I0O AC<<0 37.16 >2KH0NI89 :>MDD8F85=B 4;O 0A?8@0=B>2, @01>B0NI8E ?> A>2<5AB8B5;LAB2C: 3 B>3> 111.48L'2Re l  g  n # 6 U t)HOn#Ba5T ( @<@?<<<<<Ͽ'3 @<@?<<<<<Ͽ&4 @<@?<<<<<Ͽ% @<@?<<<<<Ͽ$2 @<@?<<<<<Ͽ#@<@?<<<<<Ͽ!sff,B@<@?<<<<<Ͽ ^ 33s@@<@?<<<<<Ͽ'@<@?<<<<<Ͽ@<@?<<<<<Ͽ?@<@?<<<<<Ͽ_A@<@?<<<<<Ͽ@<@?<<<<<Ͽ" @<@?<<<<<Ͽ.@<@?<<<<<Ͽ9@<@?<<<<<ϿRxB <@?<<<<<ϿwRxB <@?<<<<<Ͽ <@?<<<<<Ͽ1 <@?<<<<<ϿT GA <@?P@HHHH<߿7B <@?@HHHH<߿ <@?<<<<<Ͽ <@?<<<<<Ͽ <@?<<<<<Ͽ <@?<<<<<Ͽ  <@?<<<<<Ͽ  <@?<<<<<Ͽ  <@?<<<<<Ͽ = <@?<<<<<Ͽ 1  <@?<<<<<Ͽ <@?<<<<<Ͽ0 <@?<<<<<ϿBB X@?(MGHHHH<߿ <@?<<<<<Ͽ <@?<<<<<Ͽ{ <@?<<<<<Ͽ? <@?@HHHH<߿{?5!B <@?MGHHHH<߿B7@?l @HHHH<߿OX9B7@? @HHHH<߿ zA7@?@HHHH<߿QffA7@?<"MGHHHH<߿[ 7@?<<<<<Ͽ7A7@?p@HHHH<߿ 7@?<<<<<Ͽe67@?<<<<<ϿRA7@?$MGHHHH<߿<̴A 7@? @HHHH<߿L B7@?+MGHHHH<߿LVAL 1. $ ;L8=>2 ;5:A0=4@ !5@35528G, 1944 3.@. >:B>@ D87-<0B =0C:,2=A 2. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. ..C9:>2, .!.;L8=>2. !8AB5<0B8:0 2KA>:>A?8=>2KE 87><5@=KE >B=>H5=89 2 @50:F8OE A ?@>B>=0<8 A@54=8E M=5@389. /45@=0O D878:0, 2006, !4, B.69, A. 766-768. B.L.Zhuikov, A.S.Iljinov. Systematics of high-spin isomers produced in nuclear reactions with intermediate-energy protons. Physics of Atomic Nuclei, 2006, No.4, p. 739-742.  =0.914*45/2=20.565 2. S.G. Lebedev, S.V. Akulinichev, A.S. Iljinov and V.E.Yants. A gaseous radiochemical method. Nucl. Instr.& Met. A v.561 (2006)  = 1,224*30/4=9.18 B>3>2K9  = 29.7451. A.N. Tavkhelidze The quantum number color, colored quarks and QCD (dedicate to the 40th anniversary of quantum number color). "@C4K 564C=0@>4=>3> A5<8=0@0 20@:8-06, 5?8=> (!0=:B- 5B5@1C@3), 2006 3. = 6 2. V.A.Matveev, A.N.Tavkhelidze The quantum number color, colored quarks and QCD (Dedicated to the 40th Anniversary of the Discovery of color). $878:0 M;5<5=B0@=KE G0AB8F 8 0B><=>3> O4@0. 2006. B.37. 2K?.3. = 0.505*30/2=7.6 3. V.A.Matveev, A.N.Tavkhelidze The quantum number color, colored quarks and QCD (Dedicated to the 40th Anniversary of the Discovery of the Quantum Number Color) Report presented at the 99th Session of the JINR Scientific Council, Dubna, 19-20 January 2006. = 6/2=3 4. V.A.Matveev, A.N.Tavkhelidze The Quantum number of color, Colored Quarks and QCD. Proceedings of the Conference held in Yalta (Crimea), September 16-23, 2006. = 6/2=3 5. V.A.Matveev, A.N.Tavkhelidze The quantum number color, colored quarks and QCD. Proceedings of the Advanced Studies Institute on SYMMETRIES AND SPIN Czech Republic, Prague, July 19-26, 2006/ Czechoslovak JOURNAL OF PHYSICS vol.56 2006 Suppl.F Czypao 56 (F) F1  F376(2006) ISSN 0011-4626 ( Recognized by the EUROPEAN PHYSICAL SOCIETY = 6/2=3 ": 22.6LVALMGC7=5F>2 8:B>@ ;048<8@>28G , @>4. 12.08.1971, 8=65=5@ 8AA;54>20B5;L ,   70 2005 -2006 33.) 6C@=0; 4>:;04 C1;8:0F88 1 7<5@5=85 C45;L=>3> 2KE>40 =59B@>=>2, 35=5@8@C5<KE <N>=0<8, A ?><>ILN ?>475<=>3> 45B5:B>@0 LVD. 30D>=>20 . .., >O@:8= . ., >1@K=8=0 . ., C7=5F>2 . ., 0;L38= . !., O6A:0O . ., /:CH52 . $. 72. , A5@. D87. 69, !3, 400-402 (2005) 6/7=0.857 2 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 3 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 4 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2.625 5 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2.625 6 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0.936 7 LVD highlights. LVD Coll. 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Petti, Modeling lepton-nucleon inelastic scattering from high to low momentumFLVALV transfer, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 5th International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt07), Batavia, Illinois, 30 May - 3 Jun 2007. URL: http://conferences.fnal.gov/nuint07/ Published in AIP Conf. Proc. 967 (2007) 215-224; e-Print: arXiv:0710.0124 [hep-ph]   = 1.5*30/3=15 A.V. Butkevich and S.A. Kulagin, QE neutrino CC cross-sections off O-16, !B5=4>2K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 5th International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt07), Batavia, Illinois, 30 May - 3 Jun 2007. URL: http://conferences.fnal.gov/nuint07/ Published in AIP Conf. Proc. 967 (2007) 298-300; e-Print: arXiv:0711.3223 [nucl-th]   = 1.5*6/2=4.5 S. Alekhin, S.A. Kulagin and R. Petti, The low-Q deep-inelastic scattering data in the global fit of PDFs, #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 15th International Workshop on Deep-Inelastic Scattering and Related Subjects (DIS2007), Munich, Germany, 16-20 Apr 2007. Published in *Munich 2007, Deep-inelastic scattering, vol. 1* 313-316 Home URL: http://www.mppmu.mpg.de/dis2007/ Proceedings URL: http://www.sciencewisepublishing.com/publications/DIS07   = 1.5*6/3=3 5:F88 =0 <564C=0@>4=KE H:>;0E: &8:; 87 3 ;5:F89 ?>4 >1I8< =0720=85< Nucleon and Nuclear Structure Functions =0 229 H:>;5 4;O <>;>4KE CG5=KE HUGS 2007 >@30=87>20==>9 E0<?B>=>2A:8< C=825@A8B5B>< 2 ?5@8>4 A 29 <0O ?> 15 8N=O 2 Jefferson Lab, Newport News, Virginia (!(). URL: http://www.jlab.org/hugs/archive/Schedule2007/schedule.html   =30 B>3>2K9   = 336.4LVALMG>:CG052 ..:  2006-2007=383.70 >:CG052 OG5A;02 20=>28G @>4. 16.8.1948, 2=A ,   70 2006-2007 33. 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 C1;8:0F88: V.Berezinsky, V.Dokuchaev, Yu.Eroshenko / "Destruction of small-scale in the hierarchical structures and galaxies" // Phys. Rev. D 73, p. 063504, 2006,  =4.852*30/3=48.52 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane" // Journal of Cosmology and Astroparticle Physics, v. 07, p. 011, 2007,  =6.739*30/3=67.39 S. Chernov, V. Dokuchaev / "The vacuum shell in the Schwarzschild-de Sitter world" //Classical and Quantum Gravity, 25, 015004, 2008,  =2.938*60/2=44.07 .>:CG052, !.'5@=>2 / ">7<>6=K5 B8?K M2>;NF88 20:CC<=KE >1>;>G5: 2>:@C3 <8@0 45 !8BB5@0" // 8AL<0 2 -"$ 85, AB@. 727, 2007,  =1.446*60/2=43.38 V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko / " Dark matter annihilation in the galaxy". (Proc. V Intern. Conf. on Non-Accelerator New Physics (NANP), Dubna, Russia, June 20--26, 2005); // /$ 69, No. 12, A. 1 10, 2006,  =0.914*60*0.7/3=12.79 . !. 5@578=A:89, . . >:CG052 8 .. . @>H5=:> / "==838;OF8O B5<=>9 <0B5@88 2 0;0:B8:5" ("@C4K 29-9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, >A:20, $ , 3--7 023CAB0 2006 3.) // 725AB8O . !5@8O D878G5A:0O. 71, AB@. 936-937, 2007,  =8*0.7/3=1.87 Veniamin S. Berezinsky, Vyacheslav I. Dokuchaev. / "High-energy neutrinos as observational signature of massive black hole formation". // Astron. Ap. 454, No. 2, 401-407 (2006).  =4.223*30/2=63.35 @5?@8=BK M;5:B@>==K5: Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko, / "Remnants of dark matter clumps" //arXiv:0712.3499v1 [astro-ph], 2007,  =4/3=1.33 V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin / "Origin of supermassive black holes" // arXiv:0709.0070v2, 2007,  =4/3=1.33 Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko / "AnisotLVALropy of dark matter annihilation with respect to the Galactic plane // arXiv:astro-ph/0612733v2, 2006,  =4/3=1.33 S.V. Chernov, V.I. Dokuchaev /  Vacuum shell in the Schwarzschild-de Sitter world // arXiv:0709.0616v1 [gr-qc], 2007,  =4/2=2 >:;04K: E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black holes"// Proceed. of the XLIst Rencontres de Moriond. Contents and Structures of the Universe. La Thuile, Italy (March 18-25, 2006). Ed. Christophe Magneville, Resa Ansari, Jacques Dumanche and Jean Tran Thanh Van. The Gioi Publishers. Vietnam. p. 166-173, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Anisotropy of dark matter annihilation in the Galaxy" // Proc. XLIInd Rencontres de Moriond Series: Electroweak Interactions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou-Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. p 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter clumps in the Galaxy"// 6th Intern. Workshop on the Identification of Dark Matter, 11-16 Sept., 2006, Rhodes Island, Greece, World Scientific Publishing, Eds. M.Axenides, G.Fanourakis and J.Vergados, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Dark matter annihilation in the clumpy galactic halo" // Les Rencontres de Physique de La Valle'e d'Aoste 4-10 March 2007. La Thuile, Aosta Valley, Italy, (?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =30/3=10 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter distribution in Galaxy"// QUARKS-2006. 14th Intern. Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006, (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter annihilation in the Galaxy"// QUARKS-200LVAL6. 14th Intern Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006, (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V.S.Berezinsky, V.I.Dokuchaev, Yu.N.Eroshenko/ "Formation and destruction of small-scale dark matter clumps in Galaxy"//564. :>=D. ?> 3@028B0F88, :>A<>;>388, 0AB@>D878:5 8 =5AB0F8>=0@=>9 307>48=0<8:5, ?>A2OI5==0O 90-;5B8N A> 4=O @>645=8O ?@>D. ..!B0=N:>28G0. 1-6 <0@B0 2006, >A:20, #-"#, (A5:F8>==K9 4>:;04),  =6/3=2 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane", XIIIth International Lomonosov Conference of Elementary Particle Physics, August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erezinsky, V.Dokuchaev, Yu.Eroshenko / "Destruction of small-scale in the hierarchical structures and galaxies" // Phys. Rev. D 73, p. 063504, 2006,  =4.852*30/3=48.52 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane" // Journal of Cosmology and Astroparticle Physics, v. 07, p. 011, 2007,  =6.739*30/3=67.39 S. Chernov, V. Dokuchaev / "The vacuum shell in the Schwarzschild-de Sitter world" //Classical and Quantum Gravity, 25, 015004, 2008,  =2.938*60/2=44.07 .>:CG052, !.'5@=>2 / ">7<>6=K5 B8?K M2>;NF88 20:CC<=KE >1>;>G5: 2>:@C3 <8@0 45 !8BB5@0" //8AL<0 2 -"$ 85, AB@. 727, 2007,  =1.446*60LVAL/2=43.38 V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko / " Dark matter annihilation in the galaxy". (Proc. V Intern. Conf. On Non-Accelerator New Physics (NANP), Dubna, Russia, June 20--26, 2005); ///$ 69, No. 12, A. 1 10, 2006,  =0.914*60*0.7/3=12.79 . !. 5@578=A:89, . . >:CG052 8 .. . @>H5=:> / "==838;OF8O B5<=>9 <0B5@88 2 0;0:B8:5" ("@C4K 29-9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, >A:20, $ , 3--7 023CAB0 2006 3.) // 725AB8O . !5@8O D878G5A:0O. 71, AB@. 936-937, 2007,  =8*0.7/3=1.87 @5?@8=BK M;5:B@>==K5: Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko, / "Remnants of dark matter clumps" //arXiv:0712.3499v1 [astro-ph], 2007,  =4/3=1.33 V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin / "Origin of supermassive black holes" //arXiv:0709.0070v2, 2007,  =4/3=1.33 Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane // arXiv:astro-ph/0612733v2, 2006,  =4/3=1.33 S.V. Chernov, V.I. Dokuchaev /  Vacuum shell in the Schwarzschild-de Sitter world //arXiv:0709.0616v1 [gr-qc], 2007,  =4/2=2 >:;04K: E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black holes"// Proceed. Of the XLIst Rencontres de Moriond. Contents and Structures of the Universe. La Thuile, Italy (March 18-25, 2006). Ed. Christophe Magneville, Resa Ansari, Jacques Dumanche and Jean Tran Thanh Van. The Gioi Publishers. Vietnam. P. 166-173, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Anisotropy of dark matter annihilation in the Galaxy" // Proc. XLIInd Rencontres de Moriond Series: Electroweak Interactions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou-Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. P 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V.S.Berezinsky, V.ILVAL$.Dokuchaev. Yu.N.Eroshenko/ "Dark matter clumps in the Galaxy"// 6th Intern. Workshop on the Identification of Dark Matter, 11-16 Sept., 2006, Rhodes Island, Greece, World Scientific Publishing, Eds. M.Axenides, G.Fanourakis and J.Vergados, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Dark matter annihilation in the clumpy galactic halo" // Les Rencontres de Physique de La Valle'e d'Aoste 4-10 March 2007. La Thuile, Aosta Valley, Italy, (?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =30/3=10 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter distribution in Galaxy"// QUARKS-2006. 14th Intern. Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006, (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter annihilation in the Galaxy"// QUARKS-2006. 14th Intern Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006, (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V.S.Berezinsky, V.I.Dokuchaev, Yu.N.Eroshenko/ "Formation and destruction of small-scale dark matter clumps in Galaxy"//564. >=D. > 3@028B0F88, :>A<>;>388, 0AB@>D878:5 8 =5AB0F8>=0@=>9 307>48=0<8:5, ?>A2OI5==0O 90-;5B8N A> 4=O @>645=8O ?@>D. ..!B0=N:>28G0. 1-6 <0@B0 2006, >A:20, #-"#, (A5:F8>==K9 4>:;04),  =6/3=2 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane", XIIIth International Lomonosov Conference of Elementary Particle Physics, August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bdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al (26 02B>@>2) The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. 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(13 02B>@>2), >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar // @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*60/10= 1.4 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@. (14 02B>@>2), "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-LVAL16,  =0.226*60/10=1.4 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, .. 0;8E>2, .. 8@<>2,.. (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . . 8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2),?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@,   = 4/9=0.4 ?@5?@8=BK M;5:B@>==K5: V.N.Gavrin and B.T. Cleveland, Radiochemical solar neutrino experiments, http://www.arXiv.org/abs/nucl-ex/0703012 (2007).   = 4/2=2 J. N. Abdurashitov, V. N. Gavrin, V. L. Matushko, A. A. Shikhin, V. E. Yants, et al., Measurement of Neutron Background at the Pyhasalmi mine for CUPP Project, Finland/ http://www.arXiv:nucl-ex/0607024,   = 4/7 = 0.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. 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Development of a Segmented Fast Neutron Spectrometer, //NANP 05, 24 June 2005, Dubna, (>?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.70, No.1, 139-145  =0.914*60/8*0.7=4.8 V.N.Gavrin, Radiochemical solar neutrinoLVAL experiments//Neutrino 06, June 13-19, 2006, Santa Fe, NM, USA, (?@83;0H5==K9, ?;5=0@=K9)  =30 V.N.Gavrin, Facilities for low energy neutrino in astrophysics//ICHEP 06, July 26  August 2, 2006, Moscow, Russia, (?@83;0H5==K9, A5:F8>==K9)  =30 V.N.Gavrin, Radiohemical solar neutrino experiments, invited talk at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007, (?@83;0H5==K9, ?;5=0@=K9)  =30 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, E.P.Veretenkin, V.E.Yants et al., Segmented high resolution fast neutron spectrometer: present status, response function, report presented at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007, (?;5=0@=K9)  =6/8= 0.7 ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@. -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O, (A5:F8>==K9)  =6/11 = 0.6 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 V.N.Gavrin, SAGE: status and future/ TAUP 2007, September 11-15, 2007, Sendai, Japan, (?@83;0H5==K9)   = 30 V.N.Gavrin, Solar Neutrino Experiments, invited talk at the 13th Lomonosov Conference on Elementary Particle Physics, 23 - 29 August, 2007, Moscow, Russia, (?@83;0H5==K9, ?;5=0@=K9)   = 30 =0 @>AA89A:8E :>=D5@5=F8OE ..02@8=, !>;=5G=K5 =59B@8==K5 M:A?5@8<5=BK, ?@83;0H5==0O ;5:F8O  LVAL =0 0:A0=A:>9 <>;>456=>9 H:>;5 M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8, 010@48=>-0;:0@8O, @8M;L1@CAL5, 16-21 0?@5;O 2007, (?@83;0H5==K9)  = 20 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..0BCH:>, ..(8E8=, .-./=F, !?5:B@><5B@ 1KAB@KE =59B@>=>2 2KA>:>3> @07@5H5=8O. >7<>6=>AB8 ?@O<>3> 87<5@5=8O A?5:B@0 8 ?;>B=>AB8 ?>B>:0 1KAB@KE =59B@>=>2 =0 =59B@>==>< :><?;5:A5 $, N 2006 01>G55 A>25I0=85 ?> ?@>3@0<<5 =0CG=KE 8AA;54>20=89 =0 =59B@>==>< :><?;5:A5 / , 1-3 <0@B0 2006 3>40, / , 3."@>8F:, (A5:F8>==K9).  =20/6= 3.3 C:>2>4AB2> A>8A:0B5;5<:  =30 ":  =259.2   @C:>2>48B5;O= 259.20.5+(718.8/13=55.30.75)=129.6 + 41.5= 171.1LVALMG14C@0H8B>2 6>=@84 0@8<0=>28G. @>4.04.06.1963, =.A. -,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V. Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*60/7= 1.9 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@. (14 02B>@>2), "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*60/10=1.4 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8LVAL=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@,   = 4/9=0.4 ?@5?@8=BK M;5:B@>==K5: J. N. Abdurashitov, V. N. Gavrin, V. L. Matushko, A. A. Shikhin, V. E. Yants, et al., Measurement of Neutron Background at the Pyhasalmi mine for CUPP Project, Finland/ http://www.arXiv:nucl-ex/0607024,   = 4/7 = 0.6 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. Development of a Segmented Fast Neutron Spectrometer, //NANP 05, 24 June 2005, Dubna, (>?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.70, No.1, 139-145  =0.914*60/8*0.7=4.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, E.P.Veretenkin, V.E.Yants et al. Segmented high resolution fast neutron spectrometer: present status, response function, report presented at th LVAL e XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April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bdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al. (9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry. Solid-State Electronics, v. 51, Issue 7 (2007) 1039-1046,  =1.239*30/9 =4.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@. (14 02B>@>2), "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*60/10=1.4 ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@. (13 02B>@>2) >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*60/10= 1.4 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 VLVALf ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 =0 @>AA89A:8E :>=D5@5=F8OE ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@ -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  =6/10= 0.6 "  =45.5LVALMG>@10G52 0;5@89 ;048<8@>28G, @>4 20.03.1965, :.D.<.=., =.A. ,   70 2006-2007 3. 3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P. Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@. (13 02B>@>2), >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*60/10= 1.4 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*60/7= 1.9 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 dLVALt87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 V.V.Gorbachev  Status and perspectivesof gallium experiments , //ICHEP 06, Moscow, Russia, 2006, (?@83;0H5==K9, A5:F8>==K9)  =30 "  =71.2LVALMG1@038<>20 "0BLO=0 8:B>@>2=0 @>4 3.04.1958, 254. 8=65=5@-?@>3@0<<8AB ,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P. Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN, //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*60/7= 1.9 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Ka* LVAL: likhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 "  =39.8LVALMG0;8E>2 =0B>;89 ;048<8@>28G @>4 18.05.1937, =.A. ,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P. Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al.(9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry. Solid-State Electronics, v. 51, Issue 7 (2007) 1039-1046,  =1.247*30/9 =4.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN, //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*60/7= 1.9 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>GBLVALR=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 "  =44.0<LVALMGL=>45;L "0BLO=0 ;048<8@>2=0. @>4 8.05.1957, :E=, =.A. -,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P. Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 "  = 26.9LVALMGK>7;>20 .;8O 02;>2=0 @>4.29.12.1959, :.D.<.=., =.A. -,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al. (9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry. Solid-State Electronics, v. 51, Issue 7 (2007) 1039-1046,  =1.247*30/9=4.2 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: ...>7;>20 8 4@. 5B0;;>3@0D8G5A:85 8 @5=B35=>48D@0:B><5B@8G5A:85 8AA;54>20=8O M?8B0:A80;L=KE A;>52 GaN, 2K@0I5==KE =0 A0?D8@5 <5B>40<8 307>B@0=A?>@B=>9 M?8B0:A88. 3-O 564C=0@>4=0O :>=D5@5=F8O ?> D878:5 :@8AB0;;>2 @8AB0;;>D878:0 21-3> 25:0, '5@=>3>;>2:0 (2006) (A5:F8>==K9)  =6/7 = 0.8 =0 @>AA89A:8E :>=D5@5=F8OE ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@ -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O, (A5:F8>==K9)  =6/11 = 0.6 ...>7;>20 8 4@. 5>1@0B8<K9 E0@0:B5@ @50:F88 >A0645=8O GaN 2 E;>@84-384@84=>< ?@>F5AA5, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O, (A5:F8>==K9)  = 6/5 = 1.2 ...>7;>20, 8 4@. -"!,+ ! GaN, + )+ % - + ",  % C!". 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O, (A5:F8>==K9)  = 6/9 = 0.7 ...>7;>20, 8 4@. !B@C:BC@=K5 8AA;54>20=8O 35B5@>M?8B0:A80;L=KE A;>52 GaN, 2K@0I5==KE =0 A0?D8@5. XII 0F8>=0;L=0O :>=D5@5=F8O ?> @>ABC :@8AB0;;>2, , >A:20 (2006) (A5:F8>==K9)  =4/7 = 0.6 ...>7;>20, 8 4@. K@0I820=85 M?8B0:A80;L=KE A;>52 GaN E;>@84-384@84=K< <5B>4><. 5-O 2A5@>AA89A:0O :>=D5@5=F8O 8B@84K 30;;8O, 8=488 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K. #, >A:20, 31.01-02.02.2007, (A5:F8>==K9)  =4/9 = 0R LVALb .4. ...>7;>20 8 4@. AA;54>20=8O AB@C:BC@K M?8B0:A80;L=KE A;>52 GaN, 2K@0I5==KE <5B>4>< E;>@84-384@84=>9 M?8B0:A88, <5B0;;>3@0D8G5A:8<8 8 @5=B35=>2A:8<8 <5B>40<8, 5-0O A5@>AA89A:0O :>=D5@5=F8O 8B@84K 30;;8O, 8=488 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K. #, >A:20, 31.01-02.02.2007, (A5:F8>==K9)  =6/6 = 1 "  =9.5LVALMG8@<>2 ;LO 0C<>28G, @>4. 04.12.1962 , :.E.B.=., =.A. -,   70 2006-2007.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P. Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@ (13 02B>@>2) >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*60/10= 1.4 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@ (14 02B>@>2) "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*60/10=1.4 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007)LVAL, B>< 70, !2, 337-345  =0.914*60/10=5.5 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. 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S.E.Bragin, A.V.Feschenko, O.V.Grekhov, N.F.Lebedeva, V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich, A.N.Mirzojan. Transverse Beam Matching and Correction Procedure in INR Linac. Proceedings of LINAC 2006, Knoxville, Tennessee, USA, pp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bdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. 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(15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6. 8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@LVALKE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@,   = 4/9=0.4 ?@5?@8=BK M;5:B@>==K5: J. N. Abdurashitov, V. N. Gavrin, V. L. Matushko, A. A. Shikhin, V. E. Yants, et al., Measurement of Neutron Background at the Pyhasalmi mine for CUPP Project, Finland/ http://www.arXiv:nucl-ex/0607024,   = 4/7 = 0.6 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. 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Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. 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(14 02B>@>2), "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*60/10=1.4 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.9 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 8LVAL7>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@,   = 4/9=0.4 ?@5?@8=BK M;5:B@>==K5: J. N. Abdurashitov, V. N. Gavrin, V. L. Matushko, A. A. Shikhin, V. E. Yants, et al., Measurement of Neutron Background at the Pyhasalmi mine for CUPP Project, Finland/ http://www.arXiv:nucl-ex/0607024   = 4/7 = 0.6 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. 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V.Turbabin,  Intensity Improvements of Pulsed Source of Polarized Negative Hydrogen Ions , Proc. Of Xth International conference on Ion Sources, ICIS 2005, Review of Scientific Instruments, 77, 03A522 (2006). 0;; = 1.235*30*0.7/3-6/3=6.65 (?C1;8:>20==K9 4>:;04 2 @5D5@8@C5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40) 5. A. S. Belov,  Production of polarized ions in nearly resonant charge-exchange collisions in plasma , Report (invited, plenary) made at XIIth International Workshop on Polarized Sources Targets and Polarimeters, BNL, USA, 10-14 September, 2007. 0;;: 30 (@83;0H5==K9, ?;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 6. E. P. Antishev, A. S. Belov, Study of Adiabaticity of Hydrogen Atoms Spin Motion in Changing Magnetic Fields, Report made at XIIth International Workshop on Polarized Sources Targets and Polarimeters, BNL, USA, 10-14 September, 2007. 0;;: 6/2=3. (>:;04 =0 <564C=0@>4=>9 LVAL:>=D5@5=F88) 7. CAST Collaboration (total authors number  65, A. Belov, S. N. Gninenko- from INR RAS),  CAST  A CERN Experiment to Search for Solar Axions , in Proc. of Sixth Intern. Conf. Of the Balkan Phys. Union, Istanbul, Turkey, August22-26, 2006, AIP Conf. Proc., 899, (37-40) 2007. 0;;: 1,5*6/10=0,9. ( 564C=0@>4=0O :>=D5@5=F8O, >?C1;8:>20==K5 B@C4K, 4>:;04) 8. V.V. Mochalov, & . A. S. Belov, et al  Spin physics with light and heavy neutral mesons at Protvino , International Conference SPIN 2006, Praha, Dec 2006. 18pp. Czeh. J. Phys., 56 (2006), e-Print Archive: hep-ex/0612038. 0;;: 1,5*6/10 =0,9. (>=D5@5=F8O <564C=0@>4=0O, 4>:;04, >?C1;8:>20==K5 B@C4K). 9. A.N. Vasiliev, & A. S. Belov et. al.,  Spin Physics Program in the U70 polarized proton beam , Dubna SPIN2005 Proc (XI ARW on High Energy SPIN Physics), p. 463, 2006. 0;;: = 1,5*6*0,5/10 =0,45. (>=D5@5=F8O <564C=0@>4=0O, 4>:;04, >?C1;8:>20==K5 B@C4K). 10. Dafni, S Andriamonje, V Arsov , S Aune, D Autiero, K Barth, A Belov, S Gninenko, N Golubev / (...) / K Zioutas, First results from the CAST experiment, TAUP 2005: Proc. Ninth Int. Conf. on Topics in Astroparticle and Underground PhysicsJournal of Physics: Conference Series, May 2006. 0;; = 1,5* 6*0,5/10 =0,45. (>=D5@5=F8O <564C=0@>4=0O, 4>:;04, >?C1;8:>20==K5 B@C4K). 11. A.!.5;>2, @>5:B 8AB>G=8:0 ?>;O@87>20==KE >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O CA:>@8B5;O $- #-70, 4>:;04 =0 2>< 01>G5< !>25I0=88 ?> #A:>@5=8N >;O@87>20==KE @>B>=>2 2 CA:>@8B5;5 #-70, 09 2006 3. 0;; = 4 (>=D5@5=F8O >AA89A:0O, CAB=K9 4>:;04). 12. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 13. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.FrLVAL(olov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp. 378-380. 0;; = 4*1.5/10 =0,6. (?C1;8:>20==K9 4>:;04 =0 >AA89A:>9 :>=D5@5=F88). 14. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, "@C4K XVI 564C=0@>4=>9 :>D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 15. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , >:;04 =0 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40. 0;;: 6/10=0,6. (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 16. A. S. Belov, P. Crivelli, S. N. Gninenko, M. M. Kirsanov, D.Sillou, A. Rubbia,  Development of the positron annigilation lifetime spectrometer based on slow positron beams for characterization and defectoscopy of nanostructural materials, 119 # + !   /  ,  !!! "% / #!"  ,  0=>B5E=>;>388 2 M;5:B@>=8:5, M=5@35B8:5, M:>;>388 8 <548F8=5 , !0=:B-5B5@1C@3, 20-23 =>O1@O 2007 3. 0;;: 6/6=1.0. (>:;04 =0 <564C=0@>4=>< A5<8=0@5) 17. C:>2>4AB2> 8?;><=8:>< $" . . =BKH52K< ?> 48?;><=>9 @01>B5 =0 A>8A:0=85 720=8O <038AB@0 ?> D878:5. 0;;: 10 B>3> '+  =87.74Z LVALj 0A8;L52 20= =4@5528G, @>4. 22.10.1984, 8.>. <.=.A. 1. 0A8;L52 .. 8=0<8G5A:>5 ?@>3@0<<8@>20=85 2 A8AB5<0E ?@>5:B8@>20=8O B@0AA ;8=59=KE A>>@C65=89. !1>@=8: B@C4>2 56->9 =0CG=>-B5E=8G5A:>9 :>=D5@5=F88, >A:20,  -, B5E=8G5A:85 =0C:8, G.3, A. 123-127. 0;;: 1.5*4/1=6.0 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 @>AA89A:>9 :>=D5@5=F88) 2. @5E>2 .., 0A8;L52 .. !8AB5<0 A1>@0 40==KE ;8=59=>3> CA:>@8B5;O / . %% <564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0. 0;;: 6/2=3.0 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) B>3> '+  =9*2=18.0LVALMG5@18;>2 .., @>4. 1933, A.=.A , :.B.=. 1. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, pp.52-54. 0;;: 6*1.5*0.5/`10=0.45 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 4>;>65==K9 @0=55) 2. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. Proceedings of XX Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org, pp.378  380. 0;;: 4*1.5/10=0.6 (>=D5@5=F8O @>AA89A:0O, 4>:;04, B@C4K) 3. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04).0;;: 6/10 = 0,6. 4. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, A>AB>O2H59AO 2 3.1=8=A:5 25-28 =>O1@O 20033., 1=8=A:, 2007, AB@.204-210. 0;;: 6E1,5E0,5/5 = 0,9. (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO 70 ?@545;0<8 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 5. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, A>AB>O2H59AO 2 3.1=8=A:5 25-28 =>O1@O 20033., 1=8=A:, 2007, AB@. 211-216.0;;: 6E1,5E0,5/5 = 0,9(>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO 70 ?@545;0<8 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 6. .!.5;>2, . LVAL .5@18;>2, !..A8=, ..C15F, ....0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. #! "   - /  #! "/ / . "@C4K %% 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04.) 0;;: 6/10 = 0,6. 7. .. 5@18;>2, ... 0;8=8=.  !" !,/  !! / "' "  # / . "0:CC<=0O =0C:0 8 B5E=8:0". 0B5@80;K %III =0CG=>-B5E=8G5A:>9 :>=D5@5=F88. .:--, 2006, 98-101. 0;; 6/2 = 3. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) B>3> '+  =7.050LVAL@A8= !5@359 >=AB0=B8=>28G. 0B0 @>645=8O 13 8N;O 19283. @>D5AA>@, 4>:B>@ B5E=8G5A:8E =0C:. ;02=K9 =0CG=K9 A>3B@C4=8: #. 1. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 0;; = 1.224*30*0.7/5-6/5=3.94 (?C1;8:>20==K9 4>:;04 2 @5D5@8@C5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40). 2. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp. 378-380. 0;; = 4*1.5/10 =0,6. (?C1;8:>20==K9 4>:;04 =0 >AA89A:>9 :>=D5@5=F88). 4. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, XVI 564C=0@>4=0O :>=D5@5=F8O ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 5. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ....0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. #! "   - /  #! "/ / . "@C4K %% 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04.) 0;;: 6/10 = 0,6. B>3> '+  =6.19LVALMG0;8=8= .@89 >@6528G @>4.19.05.1956, :.B.=., 702.;01.! 8 ! # 1. 5@18;>2 .., 0;8=8= ....  2>7<>6=>AB8 8A?>;L7>20=8O :@8>=0A>A>2 4;O >B:0G:8 8=65:B>@>2 # / . 0B5@80;K %111 =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 A CG0AB85< 70@C156=KE A?5F80;8AB>2 ##/ # 8 "%, -, >:BO1@L 20063. !@.98-101. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 0;;=4*1.5/2=3.0 2. 0;8=8= ..., 8 4@.(4). 5=B35=>48D@0:F8>==>5 8AA;54>20=85 459B@840 8 384@840 B8B0=0, 8A?>;L7C5<>3> 2 M;5:B@>D878G5A:8E CAB0=>2:0E."578AK %11 0F8>=0;L=>9 :>=D5@5=F88 ?> @>ABC :@8AB0;;>2 >A:20, >:BO1@L 20063., AB@.232, (>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 0;;: 4/5=0.8 3. ..!B5?0=>2, 0;8=8= .... 8 4@.(2). A>15==>AB8 873>B>2;5=8O ?@5F878>==KE 20:CC<=>?;>B=KE A20@=KE :>@?CA>2 B@C1>: 4@59D0 8=59=>3> #A:>@8B5;O / . 0B5@80;K %111 =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 A CG0AB85< 70@C156=KE A?5F80;8AB>2 ##/ # 8 "%, -, >:BO1@L 20063. !B@.291-294, (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 0;;=4*1.5/4=1.50. 4. Sarin V. A., Kalinin Y.Zh ( 8 G5;>25:). 708<>459AB285 87>B>?>2 2>4>@>40 A :>=AB@C:F8>==K<8 <0B5@80;0<8. "@5BLO <564C=0@>4=0O :>=D5@5=F8O 8 B@5BLO H:>;0 <>;>4KE CG5=KE 8 A?5F80;8AB>2.. !0=:B-5B5@1C@3, 02-07 8N=O 20073. AB@.232-234. IHI SM-07 (?C1;8:>20==K5 B@C4K <564C=0@>4=>9 :>=D5@5=F88). 0;;=6*1.5/8=1.125. 5. Sarin V. A., Kalinin Y.Zh ( 8 G5;>25:). The structure of the titanium deuterides and hydrides formed in titanium foils of hydride injector EPHI  T11M and on the surfaces of cathodes of diode sputter-ion pumps. Sarin V. A., Kalinin Y.Zh ( 8 G5;>25:) B578AK   ( 2 ?5G0B8). (>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 0;;=4/8=0.50. 6. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , >:;04 =0 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40 LVAL0;;: 6/10=0,6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 7. . 59=30@4B-8:C;8= ..0;8=8= !.0BCH:8= .5=LH>2 .8:C;8= . 572>2 .$5I5=:> >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0. >:;04 =0 20->< 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, 9-15 A5=BO1@O 2007. 0;;=6/8=0.75 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. ..!B5?0=>2, ...0;8=8=, ..5=LH>2. A>15==>AB8 873>B>2;5=8O ?@5F878>==>3> 20:CC<=>-?;>B=>3> ?0O=>3> :>@?CA0 ?>;CB@C1:8 8=59=>3> #A:>@8B5;O / . %1Y =0CG=>-B5E=8G5A:0O :>=D5@5=F8O 0:CC<=0O =0C:0 8 B5E=8:0, -, >:BO1@L 20073. 0B5@80;K :>=D5@5=F88 AB@.164-168, 0;;=4*1.5/3=2.0 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 9. ..24>:8<>2, ..!0@8=, .%. 01040=>2, ...0;8=8=. @8AB0;;8G5A:0O AB@C:BC@0 48384@840 B8B0=0 TiH1,05 . 6 =0F8>=0;L=0O :>=D5@5=F8O ?> ?@8<5=5=8N @5=B35=>2A:>3>, A8=E@>B@>==>3> 87;CG5=89, =59B@>=>2 8 M;5:B@>=>2 4;O 8AA;54>20=8O <0B5@80;>2.12  17 =>O1@O 20073.   , >A:20, B578AK 4>:;04>2, AB@.104 , 0;;=4/4=1.0 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 10. C:>2>4AB2> 0A?8@0=B>< 5=LH>2K< !5@355< ;5:A0=4@>28G5< 0;;=3*2 3>40=60 B>3> '+  =71.27 B>3>   #"/=62.92fLVALx>20;8H8= =0B>;89 !5<5=>28G, A.=.A., :.B.=., 1950 3.@. 1. Yu. Kiselev, A.Kovalishin, A.Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. Proc. of XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006(RuPAC 2006) p@. 258-260. http://rupac2006.inp.nsk.su/ . 0;;=4*1.5/4=1.5 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. ..20H0,...8A5;52, .!.>20;8H8=, .!.>?8=. Analysis and modernization of the INR DTL frequency control system. %% <564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0 09-15 A5=BO1@O 2007. 0;;=6/4=1.5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). B>3> '+  =3.020H0 4>;LD 20=>28G, 28.02.1936 3. @>64., 702. !5:B>@>< 1. Yu. Kiselev, A.Kovalishin, A.Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. Proc. of XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006(RuPAC 2006) p@. 258-260. http://rupac2006.inp.nsk.su/ . 0;;=4*1.5/4=1.5 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. ..20H0. Modeling of I/Q and A/P control systems by means of Matlab Simulink program package. %% <564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0 09-15 A5=BO1@O 2007. 0;;=6/1=6.0 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. ..20H0,...8A5;52, .!.>20;8H8=, .!.>?8=. Analysis and modernization of the INR DTL frequency control system. %% <564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0 09-15 A5=BO1@O 2007. 0;;=6/4=1.5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. C:>2>4AB2> 48?;><=<:>< >=><0@5=:> 20=>< !5@35528G5< 2005-2006 3>4K. 0;;=10. B>3> '+  =19.0 B>3>   #"/=15.06LVALMG8A5;52 .@89 0A8;L528G, 1950 3>40 @>645=8O, :0=4840B B5E=8G5A:8E =0C:, 70254CNI89 01>@0B>@859 C?@02;5=8O 8 02B><0B870F88 1. Yu. Kiselev, A. Kovalishin, A. Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. Proceedings of RuPAC 2006, Novosibirsk, Russia, pp. 258-260. ( http://www.jacow.org) 0;;=4*1.5/6=1.5 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. O.V.Grekhov, A.N.Drugakov, Yu.V.Kisselev. EVENTS REGISTRATION SYSTEM FOR INR LINAC. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 106-107. 0;;=6*1.5*0.5/3=1.5 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. D. Jeon, J. Stovall, H. Takeda, S. Nath, J. Billen, L. Young, I. Kisselev, A. Shishlo, A. Aleksandrov, S. Assadi, C.M. Chu, S. Cousineau, V. Danilov, J. Galambos, S. Henderson, S. Kim, L. Kravchuk and E. Tanke. Acceptance scan technique for the drift tube linac of the spallation neutron source. Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment. Volume 570, Issue 1, January 2007, pages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elov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, XVI 564C=0@>4=0O :>=D5@5=F8O ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp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eingardt-Nikoulin,V. Gaidash, A.Menshov, A. Feschenko, A.N.Mirzojan. Universal BCT Monitor for INR Proton Linac Pulse Beam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eschenko L.V.Kravchuk, A.A.Menshov, V. Aleksandrov, S. Assadi, J. Galambos, S. Henderson.Longitudinal Beam Parameters Study in the SNS Linac Proceedings of PAC07, Albuquerque, New Mexico, USA pp. 2608-2610. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). =6*1.5/7=1.29 5. . 59=30@4B-8:C;8= ..0;8=8= !.0BCH:8= .5=LH>2, .8@7>O= .8:C;8= . 572>2 .$5I5=:> >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0. >:;04 =0 20->< 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, 9-15 A5=BO1@O 2007. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).=6/8=0.75. B>3> '+  =6.44LVALMG8@7>O= ;5:A0=4@ 8:>;0528G, @>4. 05.09.1948, :D<=, 702.;01. 1. V.V.Kuznetsov, A.N. Naboka, A.V. Novikov-Borod, V.L.Serov, A.V. Feschenko, A.N.Mirzojan. Pulse Shaping System for INR Proton Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 46-48 (?C1;8:>20==K9 4>:;04, A45;0==K9 @0=55)=6*1.5*0.5/6=0.75 2. P. Reingardt-Nikoulin,V. Gaidash, A.Menshov, A. Feschenko, A.N.Mirzojan. Universal BCT Monitor for INR Proton Linac Pulse Beam. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 2 (46), A. 113-114 (?C1;8:>20==K9 4>:;04, A45;0==K9 @0=55) =6*1.5*0.5/5=0.9 3. S.E.Bragin, A.V.Feschenko O.V.Grekhov N.F.Lebedeva V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich A.N.Mirzojan. An Interactive Procedure of a Transverse Beam Matching and Correction in INR Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 116-118. 0;;: 0.5*1.5*6/8=0.56 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 4. S.E.Bragin, A.V.Feschenko, O.V.Grekhov, N.F.Lebedeva, V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich, A.N.Mirzojan. Transverse Beam Matching and Correction Procedure in INR Linac. Proceedings of LINAC 2006, Knoxville, Tennessee, USA, pp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ragin, A.V.Feschenko O.V.Grekhov N.F.Lebedeva V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich A.N.Mirzojan. An Interactive Procedure of a Transverse Beam Matching and Correction in INR Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 116-118. 0;;: 0.5*1.5*6/8=0.56 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 2. S.E.Bragin, A.V.Feschenko, O.V.Grekhov, N.F.Lebedeva, V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich, A.N.Mirzojan. Transverse Beam Matching and Correction Procedure in INR Linac. Proceedings of LINAC 2006, Knoxville, Tennessee, USA, pp.435-437. 0;;: 1.5*6/8=1.13 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 3. V.A.Moiseev,V.V.Paramonov,K.Flottmann. Beam Dynamics Issues in Undulator Based PPA. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 2 (46), A. 134-136 0;;: 0.5*1.5*6/3=1.5 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 4. ..>8A552. 7CG5=85 2>7<>6=>AB8 @01>BK =0:>?8B5;O ?@>B>=>2 /  ?@8 =87:8E M=5@38OE. %% <564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0. 0;;: 6/1=6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 5. V.V. Paramonov, L.V. Kravchuk, V.A. Moiseev, A.N. Naboka, A.K. Skasyrskaya. INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters. 7->9 564C=0@>4=K9 A5<8=0@ ?> ?@>1;5<0< CA:>@8B5;59 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0. 0;;: 6/5=1.2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 6. L.V.Kravchuk, V.A.Moiseev, A.N.Naboka, V.V.Paramonov, A.K.Skasyrskaya, K. Floettmann, F. Stephan. Hardware Development and Study for ILC Positron Source Parameters. International Linear Collider Workshop ILC07 proceeding, DESY, Hamburgb, Germany. 0;;: 1.5*6/7=1.28 (?C1;8:>20==K9 4>:;04, A45nLVAL~;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) B>3> '+  =11.67LVAL @>=8= ;53 <8B@8528G, @>48;AO 18.03.1935, !, :.B.= 1. ..!B5?0=>2, ..5=LH>2, ..@>=8=, !...#4>28G5=:>. A>15==>AB8 873>B>2;5=8O ?@5F878>==KE 20:CC<=>?;>B=KE A20@=KE :>@?CA>2 B@C1>: 4@59D0 8=59=>3> #A:>@8B5;O / . 0B5@80;K %IV =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 "0:CC<=0O =0C:0 8 B5E=8:0", -, A. 164-168 0;;=4*1.5/6=1.5 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). B>3> '+  =1.55G0520 .., =.A., :.D.<.=., 1936 3.@. 1. A. S. Belov, L. P. Netchaeva and A. V.Turbabin,  Intensity Improvements of Pulsed Source of Polarized Negative Hydrogen Ions , Proc. Of Xth International conference on Ion Sources, ICIS 2005, Review of Scientific Instruments, 77, 03A522 (2006). 0;; = 1.235*30*0.7/3-6/3=6.65 (?C1;8:>20==K9 4>:;04 2 @5D5@8@C5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40) 2. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , >:;04 =0 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40. 0;;: 6/10=0,6. (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) B>3> '+  =7.25LVALMG0@0<>=>2 0;5=B8= 8B0;L528G, 4>:B>@ D878:>-<0B5<0B8G5A:8E =0C:; 254CI89 =0CG=K9 A>B@C4=8: 1. V.A.Moiseev,V.V.Paramonov,K.Flottmann. 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RUPAC2006, p. 247. 0;;=1.5*4/5=1.2 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. H. Ao, K. Hirano, A. Ueno, T. Morishita, K. Hasegawa, Y. Yamazaki, M. Ikegami, V.Paramonov. Fabrication Status of ACS Accelerating Modules for J-PARC Linac. PAC2007, p. 1524, 2007. 0;;=1.5*6/8=1.125 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 9. L.V. Kravchuk, V.A. Moiseev, A.N. Naboka, V.V. Paramonov, A.K. Skasyrskaya, K. Floettmann, F. Stephan. Hardware Development and Study for ILC Positron Source Parameters. International Linear Collider Workshop ILC07, Hamburg, 30 May-4 June 2007, ILC07 Proceedings, DESY, Hamburg, 2007 0;;=1.5*6/7=1.28 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 10. V.V. Paramonov, A.K. Skasyrskaya. Pulsed RF heating simulations in normal-conducting L-band cavities. TESLA-FEL 2007-04, DESY, Hamburg, 0;;=4/2=2.0 (@5?@8=B) 11. V.V. Paramonov, L.V. Kravchuk, V.A. Moiseev, A.N. Naboka, A.K. Skasyrskaya. INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters. 7->9 564C=0@>4=K9 A5<8=0@ ?> ?@>1;5<0< CA:>@8B5;59 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0. 0;;: 6/5=1.2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 12. . 0@0<>=>2, . !:0AK@A:0O, K. Floettmann, F. Stephan. AA;54>20=85 MDD5:B>2 8<?C;LA=>3> ' =03@520 2 =>@<0;L=> ?@>2>4OI8E @57>=0B>@0E L-480?07>=0. ;5=0@=K9 4>:;04 =0 20->< 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, 9-15 A5=BO1@O 2007. @8=OB : ?C1;8:0F88 2 6C@=0;5  >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 . 0;;: 6/4=1.5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 13. .. 01>:0, .. 0@0<>=>2, K. Floettmann. 57C;LB0BK =0AB@>9:8 @57>=0B>@0 1CAB5@0 PITZ 8 ?@>3@0<<K 8AA;54>20=89 E0@0:B5@8AB8: OG55: =0 =87:>< C@>2=5 ' <>I=>AB8. ;5=0@=K9 4>:;04 =0 20->< 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, 9-15 A5=BO1@O 2007. @8=OB : ?C1;8:0F88 2 6C@=0;5  >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 . 0;;: 6/3=2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 14. C:>2>4AB2> ZLVALj0A?8@0=B>< / %;NAB8= .. 0;;: 30*2 3>40=60 B>3> '+  =84.15@LVAL| R%;NAB8= 5=8A ;048<8@>28G, 0A?8@0=B, 1980 3.@. 1. Yu. Kiselev, A.Kovalishin, A.Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. Proc. of XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006(RuPAC 2006) p@. 258-260. http://rupac2006.inp.nsk.su/ . 0;;=4*1.5*2/4=2.5 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). B>3>: '+   = 2.25!B5?0=>2 =0B>;89 ;5:A5528G, @>4. 25.07.19353., :0=4840B B5E=8G5A:8E =0C:, 70254CNI89 A5:B>@>< 1. ..!B5?0=>2, ..5=LH>2, ..@>=8=, !...#4>28G5=:>. A>15==>AB8 873>B>2;5=8O ?@5F878>==KE 20:CC<=>?;>B=KE A20@=KE :>@?CA>2 B@C1>: 4@59D0 8=59=>3> #A:>@8B5;O / . 0B5@80;K %IV =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 "0:CC<=0O =0C:0 8 B5E=8:0", -, A. 164-168 0;;=4*1.5/6=1.5 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. ..!B5?0=>2, ...0;8=8=, ..5=LH>2. A>15==>AB8 873>B>2;5=8O ?@5F878>==>3> 20:CC<=>-?;>B=>3> ?0O=>3> :>@?CA0 ?>;CB@C1:8 8=59=>3> #A:>@8B5;O / . %1Y =0CG=>-B5E=8G5A:0O :>=D5@5=F8O 0:CC<=0O =0C:0 8 B5E=8:0, -, >:BO1@L 20073. 0B5@80;K :>=D5@5=F88 AB@.164-168, 0;;=4*1.5/3=2.0 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) B>3> '+  =3.5 B>3>   #"/=4.38LVALMG$5I5=:> ;5:A0=4@ ;048<8@>28G @>4. 06.03.1955, 702.>B4. # 1. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (?C1;8:>20==K9 4>:;04, A45;0==K9 @0=55)  = 6*1,5*0,5/10 =0,45 2. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006), pp.378-380.(>:;04 =0 @>AA89A:>9 :>=D5@5=F88). = 4*1,5/10 =0,6 3. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/10 =0,6 4. S.E.Bragin, A.V.Feschenko, O.V.Grekhov, N.F.Lebedeva, V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich, A.N.Mirzojan. An Interactive Procedure of a Transverse Beam Matching and Correction in INR Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 116-118 (?C1;8:>20==K9 4>:;04, A45;0==K9 @0=55) =6*1,5*0.5/8=0.56 5. S.E.Bragin, A.V.Feschenko, O.V.Grekhov, N.F.Lebedeva, V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich, A.N.Mirzojan. Transverse Beam Matching and Correction Procedure in INR Linac. Proceedings of LINAC 2006, Knoxville, Tennessee , pp. 435-437(>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). =6*1.5/8=1.13. 6. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 0;; = 1.224*30*0.7/5-6/5=3.94 (?C1;8:>20==K9 4>:;04 2 @5D5@8@LVALC5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40). 7. P. Reingardt-Nikoulin,V. Gaidash, A.Menshov, A. Feschenko, A.N.Mirzojan. Universal BCT Monitor for INR Proton Linac Pulse Beam. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 2 (46), A. 113-114 (?C1;8:>20==K9 4>:;04, A45;0==K9 @0=55) =6*1.5*0.5/5=0.9 8. V.V.Kuznetsov, A.N. Naboka, A.V. Novikov-Borod, V.L.Serov, A.V. Feschenko, A.N.Mirzojan. Pulse Shaping System for INR Proton Linac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eschenko L.V.Kravchuk, A.A.Menshov, V. Aleksandrov, S. Assadi, J. Galambos, S. Henderson.Longitudinal Beam Parameters Study in the SNS Linac Proceedings of PAC07, Albuquerque, New Mexico, USA pp. 2608-2610. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). =6*1.5/7=1.29 15. C:>2>4AB2> 48?;><=8:>< $" (10:0;02@)>@>B:>2K< .. =10. 16. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 (4 A5<5AB@0) =4*8=32 B>3>: '+   = 56.22 B>3>   #"/=41.65LVALMG$@>;>2 ;53 "8<>D5528G, =.A., 1945 3.@. 1. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 0;; = 1.224*30*0.7/5-6/5=3.94 (?C1;8:>20==K9 4>:;04 2 @5D5@8@C5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40). 3. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp. 378-380. 0;; = 4*1.5/10 =0,6. (?C1;8:>20==K9 4>:;04 =0 >AA89A:>9 :>=D5@5=F88). 4. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, "@C4K XVI 564C=0@>4=>9 :>D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 5. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, A>AB>O2H59AO 2 3.1=8=A:5 25-28 =>O1@O 20033., 1=8=A:, 2007, AB@.204-210. 0;;: 6E1,5E0,5/5 = 0,9. (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO 70 ?@545;0<8 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 6. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, ~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elov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 10. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 0;; = 1.224*30*0.7/5-6/5=3.94 (?C1;8:>20==K9 4>:;04 2 @5D5@8@C5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40). 11. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp. 378-380. 0;; = 4*1.5/10 =0,6. (?C1;8:>20==K9 4>:;04 =0 >AA89A:>9 :>=D5@5=F88). 12. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, "@C4K XVI 564C=0@>4=>9 :>D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 13. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, A>AB>O2H59AO 2 3.1=8=A:5 25-28 =>O1@O 20033., 1=8=A:, 2007, AB@.204-210. 0;;: 6E1,5E0,5/5 = 0,9. (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO 70 ?@545;0<8 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 14. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:LVAL(>2K< B5E=>;>38O<, A>AB>O2H59AO 2 3.1=8=A:5 25-28 =>O1@O 20033., 1=8=A:, 2007, AB@. 211-216.0;;: 6E1,5E0,5/5 = 0,9(>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO 70 ?@545;0<8 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 15. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ....0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. #! "   - /  #! "/ / . "@C4K %% 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04.) 0;;: 6/10 = 0,6. 16. .. C15F, .!. 8:C;8=, .". $@>;>2, .. /:CH52. #,! #!" !" +"/.)  // / !"'  -. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 0;;: 6/4 = 1,5 B>3>: '+   = 9.49 B>3>   #"/=20.84LVALMG !C2>@>20 ;L30 0A8;L52=0 @>4. 23. 50.1958, =.A. -,   70 2006-2007 3.3. C1;8:0F88: 1. M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova/"Results with the Baksan Neutrino Telescope"//Proceedings of the International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006 the Uppsala University publication, with ISBN number 978-91-506-1913 -3, AB@. 25-29, 2006.  =11*2/4=5.5 2. J.Elbs, Yu.M.Bunkov, E.Collin, H.Godfrin, O.Suvorova /Ultima: Magnetic field dependence of the calibration factor (Institut Neel, CNRS/UJF, Grenoble, France and Institute for Nuclear Research RAS, Moscow, Russia) //Proceedings of the 12th International Workshop on Low Temperature Detectors, Paris, July 22-27, 2007, http://www.ltd12.org, Journal of Low Temperature Physics 2007, in press;  = (0.753*30)/5= 4.518 3. J.Elbs, Yu.M.Bunkov, E.Collin, H.Godfrin, C.B.Winkenlman, O.Suvorova /Nuclear-electron recoil discrinination by pulse shape analysis in the Ultima Dark Matter detector (Institut Neel, CNRS/UJF, Grenoble, France and Institute for Nuclear Research RAS, Moscow, Russia) //Proceedings of the International Symposium on Quantum Fluids and Solids, Kazan, Russia, August 1-6, 2007, Journal of Low Temperature Physics 2007, in press;  = (0.753*30)/6= 3.765 >:;04K: 1. M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova (presented by O.V.Suvorova)/"Results withthe Baksan Neutrino Telescope"//International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006.  =4*1.5/4=1.5 2. J.Elbs, Yu.M.Bunkov, E.Collin, H.Godfrin, O.Suvorova /Ultima: Magnetic field dependence of the calibration factor (Institut Neel, CNRS/UJF, Grenoble, France and Institute for Nuclear Research RAS, Moscow, Russia) //12th International Workshop on Low Temperature Detectors, Paris, July 22-27, 2007  = 4*1.5/5= 1.2 3. J.Elbs, Yu.M.Bunkov, E.Collin, H.Godfrin, C.B.Winkenlman, O.Suvorova /A quantum fluid used as a detector for Dar LVAL k Matter: superfluid 3He (Institut Neel, CNRS/UJF, Grenoble, France and Institute for Nuclear Research RAS, Moscow, Russia) //International Symposium on Quantum Fluids and Solids, Kazan, Russia, August 1-6, 2007 http://www.ksu.ru/qfs2007/index.php  = (20*1.5)/6= 5.0 B>3>:  =21.48FLVALV CB:528G =0B>;89 8:B>@>28G @>4. 10.11.1954, A.=.A. -,   70 2006-2007 3.3. C1;8:0F88: 1. M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova/"Results with the Baksan Neutrino Telescope"//Proceedings of the International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006 the Uppsala University publication, with ISBN number 978-91-506-1913 -3, AB@. 25-29, 2006.  =11*2/3=7.33 2. A.V. Butkevich, S.A. Kulagin/"QE neutrino CC cross section off O-16"// arXiv:0711.3223  =4/2 = 2 3. A.V.Butkevich, S.A. Kulagin/"Quasi-elastic neutrino chrged-current scattering cross sections on oxygen"//Phys.Rev.C76:045502,2007  =3.61*30/2 = 54.1 4. Yu.F.Novoseltsev, M.M.Boliev, S.P.Mikheev, V.B.Petkov/"A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope (BUST)"//Nucl. Phys. Proc. Suppl. 151, 337, 2006  =0.875*30/5 = 5.3 >:;04K: 1. M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova (presented by O.V.Suvorova)/"Results withthe Baksan Neutrino Telescope"//International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006.  =6/5=1.2 B>3>:  =69.93LVALMG 8E552 !B0=8A;02 02;>28G @>4. 11.10.1940, 3;.=.A. -,   70 2006-2007 3.3. C1;8:0F88: 1. V.Aynutdinov et al./"Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope"//Astropart. Phys. 25, (2006) 140-1506.  =4.047*30*0.1=12.141 2. V.Aynutdinov et al./"BAIKAL experiment: Main results obtained with the neutrino telescope NT200"//NIM A567 (2006) 423-427.  =1.224*30*0.1=3.672 3. V.Aynutdinov et al./"The BAIKAL neutrino experiment: from NT200 to NT200+",//NIM A567 (2006) 433-437.  =1.224*30*0.1=3.672 4. V.Aynutdinov et al./"Status and new results from the BAIKAL detector"//J.Phys.Conf.Ser., 39 (2006) 441-443.  =6*0.1=0.6 5. V.Aynutdinov et al./"A device for detection of acoustic signals from super high energy neutrinos"//Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.1=4.416 6. V.Aynutdinov et al./"High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos"// Int.J.Mod.Phys. A21 Supp.01 (2006) 117-121.  =1.472*30*0.1=4.416 7. V.Aynutdinov et al./"The BAIKAL neutrino telescope"///4. $87., 69, 11 (2006) 1-8.  =0.914*45*0.1=4.113 8. V.Aynutdinov et al./"The BAIKAL neutrino telescope"//Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.  =6*0.1=0.6 9. .9=CB48=>2 8 4@./"KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;"//:CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =6*0.1=0.6 10. V.Aynutdinov "The Baikal Neutrino Telescope: From NT200 to NT200+"//Czech.J.Phys.56:A349-A360,2006.  =0.36*30*0.1=1.08 11. K2K Collaboration (M.H.Ahn et al.)/"Measurement of Neutrino Oscillation by the K2K Experiment"//Phys.Rev. D74 (2006) 072003.  =4.852*30*0.1=14.56 12. K2K Collaboration(R.Gran et al.)/"Measurement of the quasi-elastic axial vector mass in neutrino-oxygen interactions"//Phys.Rev.D74 (2006) 0LVAL52002.  =4.852*30*0.1=14.56 13. K2K Collaboration (S.Yamamoto et al.)/"An Improved search for nu(mu) ---> nu(e) oscillation in a long-baseline accelerator experiment"//Phys.Rev.Lett. 96 (2006) 181801.  =7.489*30*0.1=22.47 14. .9=CB48=>2 8 4@./"09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O"//72.  (A5@8O D87.) B.71, 2K?.4, (2007).  =6*0.1=0.6 15. M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova/"Results with the Baksan Neutrino Telescope"//Proceedings of the International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006 the Uppsala University publication, with ISBN number 978-91-506-1913 -3, AB@. 25-29, 2006.  =11*2/3=7.33 16. K.Antipin et al./"Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment"//Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.  =6*0.1=0.6 17. K.Antipin et al./"Search for relativistic magnetic monopoles with the Baikal neutrino telescope"//Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.  =6*0.1=0.6 18. Yu.F.Novoseltsev, M.M.Boliev, A.V.Butkevich, S.P.Mikheev, V.B.Petkov/"A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope"//Nuclear Physics B, (Proc. Suppl.) 151 (2006) 337-340.  =0.875*30/5=5.25 19. .9=CB48=>2 8 4@./"The Baikal Neutrino experiment: NT200+ and beyond. "// Nucl.Instrum.Meth.A572:511-514,2007.  =1.224*30*0.1=3.672 20. K.Antipin et al./"Physics results from the Baikal Neutrino Telescope. "// Nucl.Phys.Proc.Suppl.168:296-298,2007.  =0.875*30*0.1=2.625 >:;04K: 1. K.Antipin et al. (presented by Zh. Dzhilkibaev)/"The BAIKAL experiment: status, selected results, and prospects".//The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.  =6*0.1=0.6 2. V.LVALAynutdinov et al. (presented by G. Domogatsky)/"Baikal neutrino telescope"//3rd Int. Workshop On NO-VE: Neutrino Oscillations In Venice: 50 Years After The Neutrino Experimental Discovery, February 7-10, 2006, Venice, Italy.  =6*0.1=0.6 3. V.Aynutdinov et al. (presented by V. Aynutdinov)/"Baikal neutrino project"//14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.  =6*0.1=0.6 4. V.Aynutdinov et al. (presented by V. Aynutdinov)/"Physics with the Baikal neutrino telescope"//XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 5. . 9=CB48=>2 8 4@. (4>:;04G8: . 9=CB48=>2)/"09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O"//29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O.  =4*0.1=0.4 6. V.Aynutdinov et al. (presented by Zh. Dzhilkibaev)/"Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment"// International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006, Uppsala, Sweden.  =6*0.1=0.6 7. V.Aynutdinov et al. (presented by E. Osipova)/"Search for relativistic magnetic monopoles with the Baikal neutrino telescope"//International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006, Uppsala, Sweden.  =6*0.1=0.6 8. M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova (presented by O.V.Suvorova)/"Results withthe Baksan Neutrino Telescope"//International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006.  =6/4=1.5 9. V.Aynutdinov et al./"The Baikal Neutrino Experiment: NT200+ and beyond"// X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy.  =6*0.1=0.6 10. S.P. Mikheyev /Invited talk  Neutrino from Collapsing Stars and Neutrino Oscillations // International Symposium 20th anniversary of SN 1987A, February 20 - 22, 2007, Moscow, Russia.  =20 11. S.P. Mikhey LVAL ev /Invited talk  Solar Neutrinos // International seminar  On Problems of Cosmic Rays Physics and Neutrino Astrophysics , (In honor of George Zatsepin Birthday) May 28 - 29, Moscow, Russia.  =20 12. S.P. Mikheyev /Invited talk  Oscillations of natural neutrinos // Thirteenth Lomonosov Conference on Elementary Particle Physics, August 23  29, 2007, Moscow, Russia.  =20 13. S.P. Mikheyev /Lecture  Neutrinos in matter // III International Pontecorvo Neutrino Physics School, September 16 - 26, 2007, Alushta, Crimea, Ukraine  =30 C:>2>4AB2> 48?;><=8:0<8:  =2*10=20 B>3>:  =222.18LVALMG(59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. !B065@-8AA;54>20B5;L - A 1.06.20073.   70 2006-2007 3.3. >:;04K: 1) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 2) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 3) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 4) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 5) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 6) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 7) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 8) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 9) K.Antipin et al. "The Baikal experiment - nLVAL~Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 10) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 11) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th Int. Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007   = 6*0.1 = 0.6 12) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 13) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th Int. Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 15) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma Int. Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 16) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 17) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 ___________________________________________________________________   4>:;04>2 = 24.058 ___________________________________________________________________ B>3>2K9   (:0: 0A?8@0=B0) = 24.058*1.5 = 36.087LVAL 0AG5B   70 2006-2007 3>4 ;8<09 5B@ ;5:A0=4@>28G, @>4. 18.08.1984, 0A?8@0=B, AB065@-8AA;54>20B5;L - C1;8:0F88: .5B:>2, -.C3052, .;8<09, .!<8@=>2,  3@0=8G5=8O =0 :>=F5=B@0F8N 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ 4;O E@><>AD5@=KE <>45;59 8A?0@5=8O , 8AL<0 2 -"$, B>< 87, 2K?CA: 1, A.3-6, 2008,   = 1.446*60/4 = 21.69 E.V.Bugaev, P.A.Klimai,  Constraints on power spectrum of density fluctuations from PBH evaporations , astro-ph/0612659,   = 4/2 = 2 E.Bugaev, P.Klimai, V.Petkov,  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , arXiv:0706.3778[astro-ph],   = 4/3 = 1.33 >:;04K: E.V.Bugaev, P.A.Klimai,  Interactions of high energy cosmic rays with extragalactic infrared radiation background , 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 NANP-2005, Phys.Atom.Nucl.70:156-158, 2007,   = 0.7*0.914*60/2 = 19.2 E.Bugaev, P.Klimai,  Neutrino from extragalactic cosmic ray interactions in far infrared background , Proceedings of 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, Volume 9, pp. 65-68, 2006,   = 6*(1.5-1)/2 = 1.5 E.Bugaev, P.Klimai, V.Petkov,  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< ICRC 2007, Merida, Yucatan, Mexico, 3-11 8N;O 2007,   = 6/3 = 2 .;8<09,  >8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO G5@=KE 4K@ , 4>:;04 =0 0CG=>9 >=D5@5=F88 $", 2007 3>4,   = 4 .;8<09,  Neutrino experiments and primordial black holes , 4>:;04 =0 <564C=0@>4=>9 H:>;5 ISAPP-2006, !>@5=B>, B0;8O, 2006 3>4,   = 6 B>3>:   70 2006 3>4 = 9.5   70 2007 3>4 = 48.22, A CG5B>< ?>2KH0NI53> :>MDD8F85=B0 (0A?8@0=B),   70 2007 3>4 = 72.33   70 2006-2007 3>4K = 81.83'0RM H C > ]  p % 8W v+2-4/*|0RMGHHHH<߿{5BD@?<MGHHHH<߿z%FBD@?>:MGHHHH<߿y1BD@?@7HHHH<߿xNqBD@?8MGHHHH<߿wH 33sBD@?Z@7HHHH<߿v= q=@D@?<<<<<Ͽur BD@?<<<<<ϿtD@?<<<<<ϿsD@?<<<<<ϿrXAAD@?<<<<<Ͽqz`AD@?<<<<<Ͽp7 BD@?<<<<<Ͽo33AD@?<<<<<ϿnjTCCHCD@?<<<<<ϿmC Z$ CD@?l5MGHHHH<߿lzs9BBBD@?<<<<<ϿkBD@?<<<<<ϿjUs9BD@?<<<<<Ͽi ffJCD@? @4HHHH<߿h@D@?<<<<<ϿgOBBBD@?<<<<<ϿfMffZBD@?<<<<<Ͽe#BD@?<<<<<ϿdGAfD@?2MGHHHH<߿c)\BD@?0MGHHHH<߿b333 C;D@?p3,MGHHHH<߿aL3Cff(CD@?Y&MGHHHH<߿` /]BD@?4"MGHHHH<߿_ACD@?N MGHHHH<߿^I'1[BD@? 0MGHHHH<߿]R'1[BD@?d0MGHHHH<߿\SBD@?t3MGHHHH<߿[U!pBD BD@?5MGHHHH<߿Z'1[BD@?T0 MGHHHH<߿YBD@?<MGHHHH<߿XE'1[BD@?20MGHHHH<߿W BD@?>@HHHH<߿LVALMG# @:0489 8E09;>28G. >4. 02.02.19313. 0=4. B5E=. =0C:. 0CG=K9 A>B@C4=8: -.   70 2006-20073.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383   AB0B59 = 14.523 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd International WLVALorkshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 15) V.AynutdinoLVALv et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 40.275 ____________________________________________rLVAL______________________   (?C1;8:0F88 + 4>:;04K) = 54.798LVALMG # ;048<8@ ;5:A0=4@>28G. >4.8.04.19513. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   2006-20073.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383 3) ..C:>2 8 .$.#B:8=0. 59B@8==K5 B5;5A:>?K. >?@>AK 5AB5AB2>7=0=8O. !1>@=8: (ISBN 5-8288-0999-7), ., & # 8<...(>;>E>20, 2007, AB@. 58-64.  =8/2=4 4) ..C:>2 8 4@. (6 02B>@>2) $>B>M;5:B@8G5A:89 C<=>68B5;L 4;O >?B8G5A:8E <>4C;59 3;C1>:>2>4=>3> =59B@8==>3> B5;5A:>?0 5AB>@. >?@>AK 5AB5AB2>7=0=8O. !1>@=8: (ISBN 5-8288-0999-7), . , & # 8<...(>;>E>20, 2007, AB@. 64-70.   = 8*0.167 = 1.333   AB0B59 = 19.856 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) VLVAL .Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) G.Agguras et.all. NESTOR Deep Sea Neutrino Telescope. Deployment and results. Proc. of the XIII International Symposium on Very High Cosmic Ray Interaction. Pylos, Greece 6-12 September 2004. Nuclear Physics B (Proc. Suppl.) 151 (2006) 279-286.  =30*0.875*0.7*0.1= 1.838 7) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd International Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 8) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 9) S.Tsagly et.al. Recent measurements on the Hamamatsu 13'' R8055 photomultiplier tubes. ", 2nd International Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006)  =1.224*30*0.7*0.1=2.57 10) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 11) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd Int. Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 12) G.Aggouras et al. Proc.of the 3rd Int. Workshop On NO-VE: Neutrino Oscillations In Venice: 50 Years After The Neutrino Experimental Discovery, February 7-10, 2006, Venice, Italy.  =30*1.5*0.7*0.LVAL 1=3.15 13) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 14) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 15) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 16) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 17) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 18) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 19) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 20) C:>2 ..  =B5@5A=0O 7040G0 ?> >F5=:5 8=B5=A82=>AB8 3;C1>:>2>4=>3> A25B>2>3> D>=0 >:50=0 . 13  16 <0@B0 2006 3., #, >A:20, >AA8O. 0B5@80;K V <564C=0@>4=>9 =0CG=>9 :>=D5@5=F88  $878G5A:>5 >1@07>20=85: ?@>1;5<K 8 ?5@A?5:B82K @0728B8O , AB@. 224-231.  =4*1.5=6 21) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 LVAL 22) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th Int. Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 23) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th Int. Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 24) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.  =(6+8*0.7)*0.1=1.16   = 6*0.1 = 0.6 25) S.Tsagly et al. Detail description of the 13inch Hamamatsu photomultiplier tubes. KM3Net WP3 International Meeting. 08-10 November 2006, Paris, France.  =6*0.1=0.6 26) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 27) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma Int. Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 28) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 29) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 54.433 __________________________________________________________________   (?C1;8:0F88 + 4>:;04K) = 74.289LVALMG  ( ;5:A0=4@ ;5:A0=4@>28G, @>4. 23.02.1962, =0CG=K9 A>B@C4=8:, -,   70 2006-2007 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383   AB0B59 = 14.523 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd International Workshop on LVALVery Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 15) V.Aynutdinov et alLVAL., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.  =(6+8*0.7)*0.1=1.16   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 40.275 __________________________PLVAL`_______________________________________   (?C1;8:0F88 + 4>:;04K) = 54.798LVALMG& @83>@89 ;048<8@>28G, @>4. 15.01.19413. >:B>@ D87.-<0B. =0C:. 0254CNI89 ;01>@0B>@859 -.   70 2006-2007 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383 3) G.V.Domogatsky et al.  Neutrino geophysics at Baksan: On searches for antineutrinos and radiogenic-heat sources in the interior of the earth , Phys.Atom.Nucl., Vol.63, p.43-50 (2006), Yad.Fiz., Vol.63, 46-53 (2006).  =0.914*60*0.25=13.71 4) ..><>30F:89 8 4@.  2>7<>6=>AB8 87CG5=8O =0 0:A0=5 =59B@8=> >B !25@E=>2>9, /45@=0O D878:0, B>< 70, ! 6, AB@.1116  1122.   = 0.914*60*0.25 = 13.71 _______________________________________________________________   (AB0BL8): 41.944 ______________________________________________________________ >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground LVAL Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd International Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd Int. Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly veLVALrtical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 15) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th Int. Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro- LVAL Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 40.275 __________________________________________________________________   (?C1;8:0F88 + 4>:;04K) = 82.219   @C:>2>48B5;O ;01>@0B>@88 = 0.5*82.219 + 0.75*77.883 = 99.522LVALMG68;:81052 0=-@KA 038A>28G. >4. 12.09.19513. >:B>@ D87-<0B.=0C:. 54CI89 =0CG=K9 A>B@C4=8: -,   70 2006-2007 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p.140-150, 2006  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383   AB0B59 = 14.524 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX Int. Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd International WLVALorkshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes, Uppsala Univ., p.24, 2007   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 15) V.Aynutdinov et al., "The LVALBaikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 ___________________________________________________________________   4>:;04>2 = 40.275 _____________________________________________________0 LVAL@ ______________   (?C1;8:0F88 + 4>:;04K) = 54.798 C:>2>4AB2> 48?;><=8:>< 2 2006 3>4C: (=B8?8= >=AB0=B8= 0;5@L528G. >4. 12.10.19843. :>=G8; $ 1.03.20073.)  =10 C:>2>4AB2> A>8A:0B5;5< 2 2006 8 20073.3. ((091>=>2 08@ ;5:A0=4@>28G. >4. 24.02.19803. :>=G8; 0A?8@0=BC@C /  5.05.20063. 0G8A;5= 2 ;01>@0B>@8N - =0 4>;6=>ABL <;04H53> =0CG=>3> A>B@C4=8:0 3 8N;O 20063.   = 30 * 2 = 60 !C<<0@=>5 7=0G5=85   = 54.798 + 10 + 60 = 124.798LVALMG,' 3>@L ;5:A5528G. >4. 11.01.19413. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2006-20073.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383   AB0B59 = 14.523 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2LVALnd International Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 LVAL 15) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 40.275 _____________________@LVALP_____________________________________________   (?C1;8:0F88 + 4>:;04K) = 54.798LVALMG ;53 8:>;0528G. 29.04.1966. 0=4. D87.-<0B. =0C:. 0CG=K9 A>B@C4=8: -.   70 2006  2007 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383   AB0B59 = 14.523 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd InternationaLVALl Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 15) V.AynutdLVALinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th Int. Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma Int. Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 40.275 _______________________________________________________LVAL___________   (?C1;8:0F88 + 4>:;04K) = 54.798LVALMG! 0AG5B   70 2006-2007 3>4 C3052 -430@ 0;5@L528G, @>4.22.08.1939, 4.D.-<.=., 2.=.A. - C1;8:0F88: .5B:>2, -.C3052, .;8<09, .!<8@=>2,  3@0=8G5=8O =0 :>=F5=B@0F8N 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ 4;O E@><>AD5@=KE <>45;59 8A?0@5=8O , 8AL<0 2 -"$, B>< 87, 2K?CA: 1, A.3-6, 2008,   = 1.446*60/4 = 21.69 E.Bugaev,  Photoabsorption cross sections at superhigh energies of real photons , hep-ph/0612012,   = 4 E.V.Bugaev, P.A.Klimai,  Constraints on power spectrum of density fluctuations from PBH evaporations , astro-ph/0612659,   = 4/2 = 2 E.Bugaev, P.Klimai, V.Petkov,  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , arXiv:0706.3778[astro-ph],   = 4/3 = 1.33 >:;04K: E.V.Bugaev, P.A.Klimai,  Interactions of high energy cosmic rays with extragalactic infrared radiation background , 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 NANP-2005, Phys.Atom.Nucl.70:156-158, 2007,   = 0.7*0.914*60/2 = 19.2 E.Bugaev, P.Klimai,  Neutrino from extragalactic cosmic ray interactions in far infrared background , Proceedings of 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, Volume 9, pp. 65-68, 2006,   = 6*(1.5-1)/2 = 1.5 E.Bugaev, P.Klimai, V.Petkov,  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< ICRC 2007, Merida, Yucatan, Mexico, 3-11 8N;O 2007,   = 6/3 = 2 E.Bugaev,  Photoabsorption cross sections at superhigh energies of real photons , Presented at 14th International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, 15-22 Aug 2006, Nucl. Phys. B - Proc. Suppl., v.175, p.117,   = 6 + 0.7*30*0.875 = 24.4 @><5 B>3>: >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 "$878:0 =59B@8=>", A 22545=85< =>2>3> <0B5@80;0 (2 A2O78 A ?5@5=>A>< ;5:F89 A 4-3> =0 5-K9 :C@A D0:C;LB5B0 $- $"),   = 8 C:>2>4AB2> 48?;><=8:>< .. ;8<05< (A>8A:0B5;5< 720=8O <038AB@0) 2 2006-LVAL2007 3>40E,   = 2*10 = 20 C:>2>4AB2> 0A?8@0=B>< .. ;8<05< (A 8N;O 2007),   = 30   70 2006-2007 3>4K = 134.12 (2 B>< G8A;5 70 2007 3>4  84.22 , 70 2006 3>4  49.9)LVALMG##" ;048<8@ 0@0B>28G. >4. 21.01.1960. 0=4. D87.-<0B. =0C:.!B0@H89 =0CG=K9 A>B@C4=8: -.   70 2006-20073.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383   AB0B59 = 14.523 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd ILVAL$nternational Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 1LVAL%5) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 40.275 _________________________ LVAL. _________________________________________   (?C1;8:0F88 + 4>:;04K) = 54.798 C:>2>4AB2> 48?;><=8:0<8 - 420 48?;><=8:0 2 20063. ((59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. :>=G8; $ 1.03.20073. !B065@-8AA;54>20B5;L - A 14.05.20073. 02;>20 .;8O 3>@52=0. >4. 5.10.19843. :>=G8;0 $ 1.03.22073.)   = 10*2 = 20 C:>2>4AB2> 0A?8@0=B><  >48= 0A?8@0=B 2 20073. ((59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. !B065@-8AA;54>20B5;L - A 14.05.20073.)   = 30 !C<<0@=>5   = 54.798 + 20 + 30 = 104.182LVALMG':C;8=8G52 !5@359 A52>;>4>28G @>4. 28.8.1951, 702. $,   70 2006-2007 33 C1;8:0F88: !B0BL8: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  #'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0 8 ?>40=0 70O2:0 =0 ?0B5=B / 2007.  =20/4=5 2. !..:C;8=8G52, !>AB>O=85 8 ?5@A?5:B82K @048>;>38G5A:>3> F5=B@0 2 "@>8F:5, 548F8=A:0O D878:0, ! 4, 2007 3.  =9. 3. S.G.Lebedev, S.V.Akulinichev, A.S.Iljinov and V.E.Yants, A gaseous radiochemical method ..., Nucl.Inst. & Methods A, v. 561 (2006) 90.  =1.224*30/4=9.18 4. !..:C;8=8G52, ..!:>@:8= 8 4@. >2K9 18><0B5@80; =0 >A=>25 G0AB8F :><?;5:A0 (-Gd), 548F8=A:0O $878:0 !3 (31) (2006) 64.  =0.2*45/7=1.3 5. !.. :C;8=8G52, ... 24>:8<>2, ..0751=8:, .. ;OH:528G, .. 2A552, .. !0;O=>2, .. !:>@:8= 8><0B5@80; =0 >A=>25 G0AB8F E>;5AB5@8G5A:>9 684:>:@8AB0;;8G5A:>9 48A?5@A88 :><?;5:A0 (-Gd). 2. B>@8G=>5 87;CG5=85 >B 70E20B0 =59B@>=>2 2 G0AB8F0E. 548F8=A:0O $878:0, ! 4, 2006 3.  =0.2*45/7=1.3 >:;04K: 1. S.Akulinichev, E.Koptelov, L.Kravchuk, V.Skorkin/ Neutron Sources for Neutron Therapy at the INR Facilities /// The Eighteenth Meet. of the Int. Collab. on Adv. Neut. Sourc.  ICANS-XVIII . Dongguan, China. 2007.  =30/4=7.5 2. S.V.Akulinichev, S.E.Ulin, V.M.Skorkin / Autonom. Xenon Gamma-Spectr. for Radio-Ecology //LVII Int. Conf.  Nucleus-2007 . Voroneg.2007. @8=OB> : ?5G0B8 2 725AB8O . !5@. $878G5A:0O.  =20/3*1.5=10 3. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. of Radionuclid. Prod. for PET- Diagn. and Brachyth. by the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007. @8=OB> : ?5G0B8 2 725AB8O . !5@. $878G5A:0O .  =20/4*1.5=7. 5 4. S.V.Akulinichev, L.V.Kravchuk, V.A.Matveev, A.V.Novikov-Borodin, STATUS OF THE RADIOLOGICAL CENTRE AT INR RAS OF TROITSK MEDICAL COMPLEX. accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technologyLVAL(), 2007.   =30/4*1.5=12.25 5. S.V.Akulinichev, M.I.Grachev, A.V.Novikov-Borodin THE POSSIBILITY OF THE H+, H- BEAM DELIVERY TO THE DIFFERENT TARGETS AT INR LINAC.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.   =30/3*1.5=15 6. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=6.43. 7. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. at INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007. - accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8)  =30/5*1.5=9 8. !.. :C;8=8G52, .. !:>@:8= AA;54>20=85 =0=>:@8AB0;;>2 -Gd A ?><>ILN =59B@>=>2 VI &,/ $ &/   . "!, !% "  #', "   -"  / !!/ " . / , 2007,  , !.  /"  '"  >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O  =20/2*1.5=15 9. !.. :C;8=8G52, ... 24>:8<>2, .. !0;O=>2, .. !:>@:8=/ 84:>:@8AB0;;8G5A:85 =0=>G0AB8FK -Gd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d-.  "$-2, "@>8F:, 2006.  =20/4=5 14. !..:C;8=8G52, ..!:>@:8= 5@A?5:B82K =59B@>==>9 B5@0?88 =0 CAB0=>2:0E /  XI 564C=0@>4=0O =0CG=0O :>=D5@5=F8O $-%'!  &!!+   !& "  #, 45:01@L 2006 3., 25=83>@>4  =20/2=10 15. Akulinichev S.V., Matveev V.A., Kravchuk L.V., Feschenko A.V., Grachev M.I., Novikov-Borodin A.V. RADIOLOGICAL CENTRE BASED ON INR PROTON LINAC. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =30/6*1.5=7.5 16. Novikov-Borodin A.V., Akulinichev S.V., Grachev M.I. Design of the Multipurpose Beam Delivery System of Experimental Complex of INR. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =30/3*1.5=15 17. . 5;5H:>, & !..:C;8=8G52, ..!:>@:8=. 2B><0B878@>20==0O A8AB5<0 @0480F8>==>3> :>=B@>;O " / IX !!!/ #'/ $ &/ &/ )"  &/ !!",  / +% "%/%, 3. 1=8=A:, 24-26 >:BO1@O 2006 3.  =20/4=5 ;8G=K9  =179.3 B>3>:   @C:>2>48B5;O: 179.3*0.5+104.9*0.75= 168.4 =45:A F8B8@>20=8O =30 :C;8=8G52 !5@359 A52>;>4>28G @>4. 28.8.1951, 702. $,   70 2006-2007 33 C1;8:0F88: !B0BL8: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  LVAL*#'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0 8 ?>40=0 70O2:0 =0 ?0B5=B / 2007.  =20/4=5 2. S.G.Lebedev, S.V.Akulinichev, A.S.Iljinov and V.E.Yants, A gaseous radiochemical method & , Nucl.Inst. & Methods A, v. 561 (2006) 90.  =1.224*30/4=9.18 3. !..:C;8=8G52, ..!:>@:8= 8 4@. >2K9 18><0B5@80; =0 >A=>25 G0AB8F :><?;5:A0 (-Gd), 548F8=A:0O $878:0 !3 (31) (2006) 64.  =8/4=2 4. !.. :C;8=8G52, ... 24>:8<>2, ..0751=8:, .. ;OH:528G, .. 2A552, .. !0;O=>2, .. !:>@:8= 8><0B5@80; =0 >A=>25 G0AB8F E>;5AB5@8G5A:>9 684:>:@8AB0;;8G5A:>9 48A?5@A88 :><?;5:A0 (-Gd). 2. B>@8G=>5 87;CG5=85 >B 70E20B0 =59B@>=>2 2 G0AB8F0E. 548F8=A:0O $878:0, ! 4, 2006 3.  =8/3=2.67 5. !..:C;8=8G52, !>AB>O=85 8 ?5@A?5:B82K @048>;>38G5A:>3> F5=B@0 2 "@>8F:5, 548F8=A:0O D878:0, ?@8=OB> 2 ?5G0BL 2 2007 3.  =8. >:;04K: 1. S.Akulinichev, E.Koptelov, L.Kravchuk, V.Skorkin/ Neutron Sources for Neutron Therapy at the INR Facilities /// The Eighteenth Meet. Of the Int. Collab. On Adv. Neut. Sourc.  ICANS-XVIII . Dongguan, China. 2007.  =6/4=1.5 2. Skorkin V.M./  Search of 12Be Cluster States in the Charge Exchange Reactions for Carbon // 15th Int. Seminar. ISINN-15 , Dubna. 2007.  =4 3. S.V.Akulinichev, S.E.Ulin, V.M.Skorkin / Autonom. Xenon Gamma-Spectr. For Radio-Ecology //LVII Int. Conf.  Nucleus-2007 . Voroneg.2007.  =4/3=1.33 4. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. Of Radionuclid. Prod. For PET- Diagn. And Brachyth. By the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007.  =6/4=1.5 5. S.V.Akulinichev, L.V.Kravchuk, V.A.Matveev, A.V.Novikov-Borodin, STATUS OF THE RADIOLOGICAL CENTRE AT INR RAS OF TROITSK MEDICAL COMPLEX. Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.  = =30/4*1.5=8.17*1.5=12.25 6. S.V.Akulinichev, M.I.Grachev, A.V.Novikov-LVAL+Borodin THE POSSIBILITY OF THE H+, H- BEAM DELIVERY TO THE DIFFERENT TARGETS AT INR LINAC.  Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.   =30/3*1.5=10*1.5=15 7. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=4.29*1.5=6.43. 8. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. At INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  =30/5=6 9. %>@>H:>2 .!., "-$ (>A:20), :C;8=8G52 !.., ;5=>2 .., /  ("@>8F: ) "   "       !!.  "$-2, "@>8F:, 2006.  =20/3=6.67 10. :C;8=8G52 !.., @02GC: ..  0B2552 .., /  ("@>8F: ) '! &"  / .  "$-2, "@>8F:, 2006.  =20/3=6.67 11. :C;8=8G52 !.., !:>@:8= .., /  ("@>8F: )  !"+ " -%" "   "  ! / .  "$-2, "@>8F:, 2006.  =20/2=10 12. :C;8=8G52 !.., !:>@:8= .., /  ("@>8F: ), 24>:8<>2 ..., !0;O=>2 ..,   (>A:20) !  ) + "   #' " %" "    !"'! ! ! Gd-.  "$-2, "@>8F:, 2006.  =20/4=5 13. !..:C;8=8G52, ..!:>@:8= 5@A?5:B82K =59B@>==>9 B5@0?88 =0 CAB0=>2:0E /  XI 564C=0@>4=0O =0CG=0O :>=D5@5=F8O $-%'!  &!!+   !& "  #, 11 - 15 45:01@O 2006 3>40, 25=83>@>4  =20/2=10 14. Akulinichev S.V., Matveev V.A., Kravchuk L.V., Feschenko A.V., Grachev M.I.,LVAL Novikov-Borodin A.V. RADIOLOGICAL CENTRE BASED ON INR PROTON LINAC. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =30/6*1.5=5*1.5=7.5 15. Novikov-Borodin A.V., Akulinichev S.V., Grachev M.I. Design of the Multipurpose Beam Delivery System of Experimental Complex of INR. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =30/3*1.5=10*1.5=15 16. . 5;5H:>, & !..:C;8=8G52, ..!:>@:8=. 2B><0B878@>20==0O A8AB5<0 @0480F8>==>3> :>=B@>;O " / IX !!!/ #'/ $ &/ &/ )"  &/ !!",  / +% "%/%, 3. 1=8=A:, 24-26 >:BO1@O 2006 3.  =20/4=5 ;8G=K9  =136.7 B>3>:   @C:>2>48B5;O: 136.7*0.5+46.10*0.75= 102.93 =45:A F8B8@>20=8O =30LVALMG-!:>@:8= ;048<8@ 8E09;>28G @>4. 3.8.1953, A=A $,   70 2006-2007 33 C1;8:0F88: !B0BL8: 1. !..:C;8=8G52, ..!:>@:8= 8 4@. >2K9 18><0B5@80; =0 >A=>25 G0AB8F :><?;5:A0 (-Gd), 548F8=A:0O $878:0 !3 (31) (2006) 64.  =0.2*45/7=1.3 2. !.. :C;8=8G52, ... 24>:8<>2, ..0751=8:, .. ;OH:528G, .. 2A552, .. !0;O=>2, .. !:>@:8= 8><0B5@80; =0 >A=>25 G0AB8F E>;5AB5@8G5A:>9 684:>:@8AB0;;8G5A:>9 48A?5@A88 :><?;5:A0 (-Gd). 2. B>@8G=>5 87;CG5=85 >B 70E20B0 =59B@>=>2 2 G0AB8F0E. 548F8=A:0O $878:0, ! 4, 2006 3.  =0.2*45/7=1.3 >:;04K: 1. S.Akulinichev, E.Koptelov, L.Kravchuk, V.Skorkin/ Neutron Sources for Neutron Therapy at the INR Facilities /// The Eighteenth Meet. of the Int. Collab. on Adv. Neut. Sourc.  ICANS-XVIII . Dongguan, China. 2007.  =30/4=7.5 2. S.V.Akulinichev, S.E.Ulin, V.M.Skorkin / Autonom. Xenon Gamma-Spectr. for Radio-Ecology //LVII Int. Conf.  Nucleus-2007 . Voroneg.2007. @8=OB> : ?5G0B8 2 725AB8O . !5@. $878G5A:0O.  =20/3*1.5=10 3. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. of Radionuclid. Prod. for PET- Diagn. and Brachyth. by the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007. @8=OB> : ?5G0B8 2 725AB8O . !5@. $878G5A:0O .  =20/4*1.5= 7. 5 4. Skorkin V.M./  Search of 12Be Cluster States in the Charge Exchange Reactions for Carbon // 15th Int. Seminar. ISINN-15 , Dubna. 2007.  accepted to Neutron spectroscopy, nuclear structure, related topics .  =6*1.5=9 5. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy et al/ Setup for Study of Neutron-Neutron Final State Interaction at Neutron Channel of Moscow Meson Factory //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007.  =1. 6. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. at INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=LVAL.8:8) 2007.  =30/5*1.5=9 7. S.V.Akulinichev, Yu.K.Gavrilov, O.V.Grekhov, D.B.Lazebnik, A.V.Novikov-Borodin, V.M.Skorkin and V.N.Vasiliev,/ The Beam formation System for Proton Therapy at INR RAS. //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  accepted to VANT.  =30/7*1.5=6.43 8. !.. :C;8=8G52, .. !:>@:8=/ AA;54>20=85 =0=>:@8AB0;;>2 -Gd A ?><>ILN =59B@>=>2 // VI &,/ $ &/   . "!, !% "  #', "   -"  / !!/ " . / , 2007,  , !.  /"  '"  >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O  =20/2*1.5=15 9. !.. :C;8=8G52, ... 24>:8<>2, .. !0;O=>2, .. !:>@:8=/ 84:>:@8AB0;;8G5A:85 =0=>G0AB8FK -Gd 4;O "// >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N. >O1@L 2007 3., & "", >A:20.  =20/4=5 10. ... O1>2, .. 078=, .. 810=>20 8 4@./<?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8// >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N. >O1@L 2007 3., & "", >A:20.  =20/17=1.18 11. !..:C;8=8G52, ..!:>@:8=/ 5@A?5:B82K =59B@>=-& // "$-2. "@>8F:.2006,  =20/2=10 12. !..:C;8=8G52, ...24>:8<>2, ..!0;O=>2, ..!:>@:8=/ 0A?@545;5=85 ?>3;>IQ==>9& // "$-2. "@>8F:.2006,  =20/4=5 13. V.M.Skorkin / Search of 12Be &  //LVI Int. Conf.  Nucleus-2006 . Sarov.2006,  =20 14. !..:C;8=8G52, V.M.Skorkin / Perspectives&  //XI Int.Sc.Conf. Phys.-Chem.Proc. Selec.of Atoms and Mol. 2006,  =20/2=10 15. .. 5;5H:>, & !..:C;8=8G52, ..!:>@:8=/ 2B><. A8AB5<0 @0480F. :>=B@>;O " /// IX >AA89A:0O 0CG=0O >=D5@5=F8O 0480F8>==0O 0I8B0 8 0480F8>==0O 57>?0A=>ABL  /45@=KE "5E=>;>38OE, 3. 1=8=A:, 2006 3.  =20/4=5 16. !:>@:8= .. 048>;>38G5A:89 F5=B@ / . >=D5@5=F8O 0CG=K5 F5=B@K  2 8==>20F8>==>< @0728B88 >A:LVAL/>2A:>9 >1;0AB8. >O1@L 20063. CI8=>.  =20 B>3>:  =139.2 =45:A F8B8@>20=8O =59 !:>@:8= ;048<8@ 8E09;>28G @>4. 3.8.1953, A=A $,   70 2006-2007 33 C1;8:0F88: 1. !..:C;8=8G52 8 4@. />2K9 18><0B5@80;& //54. $878:0, ! 3, 2006, A.64-69,  =0.2*60/7=1.71 2. !..:C;8=8G52 8 4@. /8><0B5@80; =0& //54. $878:0, ! 4, 2006, A.54-58,  =0.2*60/7=1.71 >:;04K: 1. S.Akulinichev, E.Koptelov, L.Kravchuk, V.Skorkin/ Neutron Sources for Neutron Therapy at the INR Facilities /// The Eighteenth Meet. Of the Int. Collab. On Adv. Neut. Sourc.  ICANS-XVIII . Dongguan, China. 2007.  =6/4=1.5 2. Skorkin V.M./  Search of 12Be Cluster States in the Charge Exchange Reactions for Carbon // 15th Int. Seminar. ISINN-15 , Dubna. 2007.  =4 3. S.V.Akulinichev, S.E.Ulin, V.M.Skorkin / Autonom. Xenon Gamma-Spectr. For Radio-Ecology //LVII Int. Conf.  Nucleus-2007 . Voroneg.2007.  =4/3=1.33 4. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. Of Radionuclid. Prod. For PET- Diagn. And Brachyth. By the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007.  =4/4=1 5. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. At INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.  =30/5*1.5=9 6. S.V.Akulinichev, Yu.K.Gavrilov, O.V.Grekhov, D.B.Lazebnik, A.V.Novikov-Borodin, V.M.Skorkin and V.N.Vasiliev,/ The Beam formation System for Proton Therapy at INR RAS. //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  =30/7*1.5=6.43 7. !..:C;8=8G52, ..!:>@:8=/ 5@A?5:B82K =59B@>=-& // "$-2. "@>8F:.2006,  =20/2=10 8. !..:C;8=8G52, ...24>:8<>2, ..!0;O=>2, ..!:>@:8=/ 0A?@545;5=85 ?>3;>IQ==>9& // "$-2. "@>8F:.2006,  =20/4=5 9. V.M.Skork4 LVALD in / Search of 12Be &  //LVI Int. Conf.  Nucleus-2006 . Sarov.2006,  =4 10. !..:C;8=8G52, V.M.Skorkin / Perspectives&  //XI Int.Sc.Conf. Phys.-Chem.Proc. Selec.of Atoms and Mol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ovikov-Borodin A.V. Off-Site Continuums and Methods of their Mathematical Description. LANL E-Print Archive: physics/07060085, v.1, 1 June 2007.  =4. 3. Novikov-Borodin A.V. Physical Objects of Dark Systems. LANL E-Print Archive: physics/0609086, v.1, 11 Sept. 2006.  =4 4. Novikov-Borodin A.V. Relativistic and Quantum Properties of Spatial Rotations. LANL E-Print Archive: physics/0601155, v.1, 20 Jan. 2006.  =4 >:;04K: 1. S.V.Akulinichev, L.V.Kravchuk, V.A.Matveev, A.V.Novikov-Borodin, STATUS OF THE RADIOLOGICAL CENTRE AT INR RAS OF TROITSK MEDICAL COMPLEX. accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.  = =30/4*1.5=8.17*1.5=12.25 2. S.V.Akulinichev, M.I.Grachev, A.V.Novikov-Borodin THE POSSIBILITY OF THE H+, H- BEAM DELIVERY TO THE DIFFERENT TARGETS AT INR LINAC.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.  = =30/3*1.5=10*1.5=15 3. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=4.29*1.5=6.43. 4. Akulinichev S.V., Matveev V.A., Kravchuk L.V., Feschenko A.V., Grachev M.I., Novikov-Borodin A.V. RADIOLOGICAL CENTRE BASED ON INR PROTON LINAC. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.) LVAL , Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =30/6*1.5=5*1.5=7.5 5. Novikov-Borodin A.V., Akulinichev S.V., Grachev M.I. Design of the Multipurpose Beam Delivery System of Experimental Complex of INR. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =30/3*1.5=10*1.5=15 B>3>:  =73.18 =45:A F8B8@>20=8O(+A.V.Novikov) =16LVALMG302@8;>2 .@89 @0A=>A;02>28G @>4. 04.10.1952, =A $,   70 2006-2007 33 C1;8:0F88: !B0BL8: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  #'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0 8 ?>40=0 70O2:0 =0 ?0B5=B / 2007.  =20/4=5 >:;04K: 1. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. at INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.  =30/5*1.5=9 2. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=6.43. 3. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. of Radionuclid. Prod. for PET- Diagn. and Brachyth. by the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007. @8=OB> : ?5G0B8 2 725AB8O . !5@. $878G5A:0O .  =20/4*1.5=7. 5 B>3>:  =28 =45:A F8B8@>20=8O =102 02@8;>2 .@89 @0A=>A;02>28G @>4. 04.10.1952, =A $,   70 2006-2007 33 C1;8:0F88: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  #'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0 8 ?>40=0 70O2:0 =0 ?0B5=B / 2007.  =20/4=5 >:;04K: 1. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. At INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.  =30/5*1.5=9 2. S LVAL( .V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=4.29*1.5=6.43. B>3>:  =20.43 =45:A F8B8@>20=8O =102FLVALV >;18;:8= >@8A !5@35528G, 11.09.1933, :D<=, 4>F5=B, A=A $/ ,   70 2006-07. C1;8:0F88 1. . !. >;18;:8=, .!. 0B=5@, .. 5:A;5@ 8 @0728B85 O45@=>9 D878:8 2 !>25BA:>< !>N75, #$ 177, 895, 2007 2,675*60 = 160.5/2 = 80.25 2. B.S. Dolbilkin, B. S. Ratner,  V I Veksler and the development of nuclear physics in the USSR ,  Advances in Physical Sciences , 50, 7, 2007, London 2,675*30 = 80.25/2 = 40.125 >=D5@5=F88 1. B.S. Dolbilkin,  Decay modes of multipole giant resonances at light and medium nuclei , ?;5=0@=K9 4>:;04, Proc. 11 Int. Sem. EMIN-2006, M, 2006 20*1.5 = 30 2. B.S. Dolbilkin,  Low energy branch of the giant dipole resonance in photo- and electronuclear reactions , 4>:;04, Proc.11 Int. Sem. EMIN-2006, M, 2006 4*1.5 = 6 3. .!. >;18;:8= 0A?04 3830=BA:8E @57>=0=A>2 ;53:8E 8 A@54=8E O45@ 87 M:A?5@8<5=B>2 A A>2?045=8O<8 70@O65==KE G0AB8F , ?;5=0@=K9 4>:;04, 57 Int. Conf. on Nuclear Physics Nucleus 2007, Voronezh, Russia, 2007 20*1.5 = 30 4. .!. >;18;:8=, .!. 0B=5@,  AB>;5B8N .. 5:A;5@0. 5@2K9 >B5G5AB25==K9 A8=E@>B@>= !-3. @83;0H5==K9 4>:;04 =0 0CG=>9 A5AA88 $ , 2007. 20/2=10 5. B.S. Dolbilkin,  Photonuclear reactions for astrophysical applications , !5:F8>==K9 4>:;04. Int. Conf. OMEG07 , Sapporo, Japan, 173, 2007 6 B>3>,   70 2006-07 33. 202. 4LVALMG6 2006-2007 . 19.12.1980, , , : 1. A. Mushkarenkov, ..., A. Lapik, V. Nedorezov, N. Rudnev, A. Turinge et al., Neutron detection efficiency of BGO calorimeter at GRAAL, Nucl. Inst. and Meth. A 562 (2006) 85-91; =1.224*30/10=3.672 2. Y. Assafiri, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Evidence for Nucleon-Resonance Excitation in !-meson Photoproduction, Phys. Rev. Lett. 96 (2006) 132003; =7.489*30/10=22.467 3. A. Lleres, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Polarization observable measurements for +p ! K+ and +p ! K+0 for energies up to 1.5 GeV, Eur. Phys. J. A 31 (2007) 79-93; =1.659*30/10=4.977 4. J. Ajaka, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Double 0 photoproduction on the neutron at GRAAL, Phys. Lett. B 651 (2007) 108- 113; =5.301*30/10=15.903 5. A. Lleres, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Measurement of  photoproduction on the proton from threshold to 1500 MeV, Eur. Phys. J. A 33 (2007) 169-184. =1.659*30/10=4.977 : 1. , . A. Mushkarenkov, ..., A. Lapik, V. Nedorezov, N. Rudnev, A. Turinge et al., photoproduction from deuteron at E = 0.7 " 1.5 GeV, In Proceedings of the 11th International Seminar Electromagnetic Interactions of Nuclei at Low and Medium Energies, Institute for Nuclear Research RAS, Moscow, September 21-24, 2006, p. 50-59. =20/10*1.5=3 : 1. , . P. Levi Sandri, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Meson photoproduction on the neutron at GRAAL, 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006; Ph LVALx ublished in Int.J.Mod.Phys.A 22, 341-348, 2007; =(30+1.472*30*0.7)/10=6.091 2. , . A. D Angelo, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Meson photoproduction on the nucleon with polarized photons, 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006; Published in Eur.Phys.J.A 31, 441-445, 2007; =(30+1.659*30*0.7)/10=6.484 3. . V. Nedorezov, ..., A. Ignatov, A. Lapik, A. Mushkarenkov, N. Rudnev, A. Turinge et al., New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei, International School of Nuclear Physics: 29th course Quarks in Hadrons and Nuclei, Erice, 16-24 September 2007. =30/10=3 : =70.571*2=141.1422LVAL F5@5A=8:>20 ==0 0A8;L52=0, 26.08.1980, 0A?8@0=B,   70 2006-2007 33 1. . .0@010=>2, ..5@5A=8:>20, ..>@=>CE>2, ..C1A0=4>@6852,  7<5@5=85 :@82>9 2KA25G820=8O AF8=B8;;OB>@0 CaMoO4  @5?@8=B /  1179/2007  =4/4=1 >;>4>9 A>B@C4=8:, 0A?8@0=B 1*1,5=1,5 B>3>  =1,5!?8A>: >?C1;8:>20==KE @01>B =0CG=>3> A>B@C4=8:0 =AB8BCB0 O45@=KE 8AA;54>20=89 D@>A8=8=0 ;048<8@0 5B@>28G0 70 ?5@8>4 2006  20073.3. : 1) About estimations of an one-photon background in neutrino oscillation experiments at low neutrino energies. V.P. Efrosinin (Moscow, INR) . Sep 2006. 17pp. e-Print: hep-ph/0609169   = 4. 2) About radiative kaon decay K+ ---> pi+ pi0 gamma. V.P. Efrosinin (Moscow, INR) . Jun 2006. 11pp. e-Print: hep-ph/0606216   = 4. 3) About the quark currents in leptonic decaies of pseudoscalar mesons. V.P. Efrosinin, A.N. Khotyantsev (Moscow, INR) . Mar 2006. 7pp. e-Print: hep-ph/0603147   = 4/2 = 2. 4) About Estimations of One-Photon Background in Neutrino-Oscillation Experiments as Low Neutrino Energies V.P.Efrosinin . Physics of Atomic Nuclei, 2007, Vol. 70, No 11, pp. 1926-1930.   = (0.914x60) = 54.84. B>3>   = 64.84;852 0;8: 14C@0E<0=>28G >4. 31.03.74, :D<=, <=A $-,   70 2006-2007 33. C1;8:0F88: 1. M.Abe et al. / Search for T-violating transverse muon polarization in the K+ pi0 mu+ nu decay / Phys.Rev.D73:072005, 2006.  =(4.852*30/10) =14.556 2. S.Shimizu et al. / Measurement of K+ pi0 mu+ nu gamma decay using stopped kaons / Phys.Lett.B633:190-194, 2006 (hep-ex/0512068).  =(5.301*30/10) =15.9 3. M.A.Aliev et al. / New result of the measurement of the direct photon emission in K+ pi+ pi0 gamma decay / Eur.Phys.J.C46:61-67, 2006 (hep-ex/0511060).  =(3.209*30/10) =9.627 4. .. ;852 8 4@., 7<5@5=85 25@>OB=>AB8 ?@O<>3> 8A?CA:0=8O D>B>=0 87 25@H8=K @0A?040 K+ pi+ pi0 gamma, @5?@8=B /   1159/2006, 31A.  =4/10=0.4 B>3>:  =(14.6+15.9+9.6+0.4)*1.5=60.8LVALMG9@H>2 8:>;09 8:B>@>28G, @>4. 03.01.1978, =A $-, :.D.-<.=. (2005)  -2007 (2006-2007 33.) C1;8:0F88: MEASUREMENT OF THE BRANCHING RATIO. V.V. Anisimovsky, A.V. Artamonov, B. Bassalleck,..., N. Yershov et al., to be published in Phys.Rev.D. e-Print: arXiv:0709.1000 [hep-ex],  =4/10=0.4 SCINTILLATOR COUNTERS WITH MULTI-PIXEL AVALANCHE PHOTODIODE READOUT FOR THE ND280 DETECTOR OF THE T2K EXPERIMENT. O. Mineev, A. Afanasjev, G. Bondarenko,..., N.Yershov Nucl.Instrum.Meth.A577:540-551,2007. e-Print: physics/0606037,  =1.224*30/10=3.672 MEASUREMENT OF NEUTRINO OSCILLATION BY THE K2K EXPERIMENT. By K2K Collaboration (M.H. Ahn, E. Aliu, S. Andringa,..., N.Yershov). Jun 2006. 40pp. Phys.Rev.D74:072003,2006,   = 4.852*30/10 = 14.556 SEARCH FOR T-VIOLATING TRANSVERSE MUON POLARIZATION IN THE K+ ---> PI0 MU+ NU DECAY. By KEK E246 Collaboration (M. Abe, M.Aoki, Y.Asano,..., N.Yershov), Apr 1, 2006. 34pp. Phys.Rev.D73:072005,2006,   = 4.852*30/10 = 14.556 MEASUREMENT OF THE QUASI-ELASTIC AXIAL VECTOR MASS IN NEUTRINO-OXYGEN INTERACTIONS. By K2K Collaboration (M.H. Ahn, E. Aliu, S. Andringa,..., N.Yershov). Mar 2006. 14pp. Phys.Rev.D74:052002,2006,   = 4.852*30/10 = 14.556 MULTI-PIXEL GEIGER-MODE AVALANCHE PHOTODIODES WITH HIGH QUANTUM EFFICIENCY AND LOW EXCESS NOISE FACTOR E. Guschin, M. Khabibullin, Y. Kudenko, A. Kuznetsov, O. Mineev, Y. Musienko, S. Reucroft, J. Swain, N. Yershov and M. Vlasov Nucl.Instrum.Meth.A567:250-254,2006,  =1.224*30/10=3.672 AN IMPROVED SEARCH FOR OSCILLATION IN A LONG-BASELINE ACCELERATOR EXPERIMENT. By K2K Collaboration (M.H. Ahn, E. Aliu, S. Andringa,..., N.Yershov). Mar 2006. 5pp. Phys.Rev.Lett.96:181801,2006 ,  =7.489*30/10 = 22.467 >:;04K =0 :>=D5@5=F8OE: Yu.Kudenko, E.Akhromeev,..A.Khotjantsev, et al., Study of MRS photodiodes for T2K experiment, Invited talk at International Workshop on new photon detectors, Kobe, Japan, 27-29 June 2006, published in theLVAL Workshop Proceedings, PoS (PD07) 016,  =45/10=4.5 >;>4>9 8AA;54>20B5;L 4> 40 ;5B, :0=4840B =0C::  =  *1.5 B>3>:  =118.87LVALMG;!?8A>: >?C1;8:>20==KE @01>B =0CG=>3> A>B@C4=8:0 =AB8BCB0 O45@=KE 8AA;54>20=89 %>BO=F520 ;5:A5O 8:>;0528G0 70 ?5@8>4 2006  20073.3. : 1) MEASUREMENT OF K+ ---> PI0 MU+ NU GAMMA DECAY USING STOPPED KAONS. By KEK-E470 Collaboration (S. Shimizu et al.). Dec 2005. 12pp. Published in Phys.Lett.B633:190-194,2006 e-Print Archive: hep-ex/0512068 ,   = (5.301x 30)/10 = 15.903 2) NEW RESULT OF THE MEASUREMENT OF THE DIRECT PHOTON EMISSION IN K+ ---> PI+ PI0 GAMMA DECAY. By KEK-E470 Collaboration (M.A. Aliev et al.). Nov 2005. 13pp. Published in Eur.Phys.J.C46:61-67,2006 e-Print Archive: hep-ex/0511060,   = (3.209x 30)/10 = 9.627 3) MEASUREMENT OF NEUTRINO OSCILLATION BY THE K2K EXPERIMENT. By K2K Collaboration (M.H. Ahn et al.). Jun 2006. 40pp. Published in Phys.Rev.D74:072003,2006 e-Print Archive: hep-ex/0606032,   = (4.852x 30)/10 = 14.556 4) SEARCH FOR T-VIOLATING TRANSVERSE MUON POLARIZATION IN THE K+ ---> PI0 MU+ NU DECAY. M. Abe et al.. Apr 1, 2006. 34pp. Published in Phys.Rev.D73:072005,2006,   = (4.852x 30)/10 = 14.556 5) MEASUREMENT OF THE QUASI-ELASTIC AXIAL VECTOR MASS IN NEUTRINO-OXYGEN INTERACTIONS. By K2K Collaboration (R. Gran et al.). Mar 2006. 14pp. Published in Phys.Rev.D74:052002,2006 e-Print Archive: hep-ex/0603034,   = (4.852x 30)/10 = 14.556 6) AN IMPROVED SEARCH FOR NU(MU) ---> NU(E) OSCILLATION IN A LONG-BASELINE ACCELERATOR EXPERIMENT. By K2K Collaboration (S. Yamamoto et al.). Mar 2006. 5pp. Published in Phys.Rev.Lett.96:181801,2006 e-Print Archive: hep-ex/0603004,   = (7.489x 30)/10 = 22.467 7) About the quark currents in leptonic decaies of pseudoscalar mesons. V.P. Efrosinin, A.N. Khotyantsev (Moscow, INR) . Mar 2006. 7pp. e-Print: hep-ph/0603147   = 4/2 = 2. 8) Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp. Temporary entry e LVAL -Print: arXiv:0709.1000 [hep-ex]   = 4/10 = 0.4 9) Scintillator counters with multi-pixel avalanche photodiode readout for the ND280 detector of the T2K experiment. O. Mineev et al. 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Aliev,..., M. Khabibullin, et al./Measurement of K+ ---> pi0 mu+ nu gamma decay using stopped kaons.// Phys.Lett.B, v. 633, pp. 190-194, 2006,  =5.301*30/10=15.903. 3) S. Yamamoto, J. Zalipska, E. Aliu, ..., M. Khabibullin, et al./An Improved search for nu(mu) ---> nu(e) oscillation in a long-baseline accelerator experiment.// Phys.Rev.Lett., v. 96, p. 181801, 2006,  =7.489*30/10=22.467. 4) R. Gran, E.J. Jeon, E. Aliu, ..., M. Khabibullin, et al./Measurement of the quasi-elastic axial vector mass in neutrino-oxygen interactions.// Phys.Rev.D, v. 74, p. 052002, 2006,  =4.852*30/10=14.556. 5) M. Abe, M. Aliev, V. Anisimovsky,..., M.M. Khabibullin, et al./Search for T-violating transverse muon polarization in the K+ ---> pi0 mu+ nu decay.// Phys.Rev.D, v. 73, p. 072005, 2006,  =4.852*30/10=14.556. 6) M.H. Ahn, E.Aliu, S. Andringa, ..., M. Khabibullin, et al./Measurement of Neutrino Oscillation by the K2K Experiment.// Phys.Rev.D, v. 74, p. 072003, 2006,  =4.852*30/10=14.556 . 7) O. Mineev, A. Afanasjev, G. Bondarenko,..., M. Khabibullin, et al. Scintillator counters with multi-pixel avalanche photodiode readout for the ND280 detector of the T2K experiment.//Nucl.Instrum.Meth. A, v.A577: p.540-551, 2007.  =1.224*30/10= 3.672 . 8)E. Guschin, M. Khabibullin, Y. Kudenko,..., et al./ Multi-pixel Geiger-mode avalanche photodiodes with high quantum efficiency and low excess noise factor// Nucl.Instrum.Meth.A567:250-254,2006.  =1.224*30/10=3.672 . -" +   "+: 9) V. V. Anisimovsky, A.V. Artamonov, B. Bassalleck,..., " LVAL2 M. Khabibullin, et al. 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By KEK-E470 Collaboration (S. Shimizu et al.). Published in Phys.Lett.B633:190-194,2006.  =5.301*30/10=15.903 8. New result of the measurement of the direct photon emission in K+ ---> pi+ pi0 gamma decay. By KEK-E470 Collaboration (M.A. Aliev et al.). Published in Eur.Phys.J.C46:61-67,2006.  =3.209*30/10=9.627 9. Multi-pixel Geiger-mode avalanche photodiodes with high quantum efficiency and low excess noise factor E. Gushin et al. 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Yu.Kudenko, The T2K experiment: status and instrumentation of the 280m near detector, Invited talk at 9th ICATPP Conference on Astroparticle, Particle, Space Physics, Detectors and Medical Physics Applications, Como, Italy, October 2005, published in the Conference Proceedings, 2006, p.245-252,  =30*1.5*0.5=22.5 3. ...C45=:>, AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 2, @83;0H5==K9 4>:;04 =0 XL 78<=59 H:>;5 /$, D52@0;L 2006,  =20 4. Yu.Kudenko, Status of the T2K experiment, Invited talk at ICHEP06, Moscow, Russia, 2006, Published in the Proceedings of ICHEP-06, V.1.  =45. 5. Yu.Kudenko, Status of the long baseline experiment T2K, Invited talk at Workshop  Neutrino oscillations at accelerators , Dubna, 23-25 January 2006,  =20 6. Yu.Kudenko, E.Akhromeev, et al., Study of MRS photodiodes for T2K experiment, Invited talk at International Workshop on new photon detectors, Kobe, Japan, 27-29 June 2006, published in the Workshop Proceedings, PoS (PD07) 016,  =45/10=4.5 7. ...C45=:>, >2K5 @57C;LB0BK 2 =59B@8==KE CA:>@8B5;L=KE M:A?5@8<5=B0E, 4>:;04 =0 0@:>2A:8E GB5=8OE, >A:20, 10 <0O 2007 3.  =20 8. ...C45=:>, #A:>@8B5;L=K5 =59B@8==K5 M:A?5@8<5=BK: =>2K5 @57C;LB0BK 8 ?5@A?5:B82K, ?@83;0H5==K9 4>:;04 =0 A5AA88 A5:F88 O45@=>9 D878:8 $ , "-$, >A:20, 26-30 =>O1@O 2007 3.  =20. >=>3@0D8O (CG51=>5 ?>A>185): ...C45=:>. A=>2K M:A?5@8<5=B0;L=>9 D878:8 M;5<5=B0@=KE G0AB8F, 170 A., >A:20 2007, ISBN 978-5-94274-028-3. #G. 874. ;. = 12.3  =12.3*2=24.6 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0:  =8 C:>2>4AB2> A>8A:0B5;O<8, 70I\ LVALl 8B82H8<8 :0=4840BA:85 48AA5@B0F88: .;852  2006 3.   = 30 C:>2>4AB2> ABC45=B0<8: .7<09;>2, .D0=0AL52, .(09E852 - 1-9 3>4 <038AB5@A:>9 @01>BK.  2006 3.  =10*3 = 30 .E@0<552, .K:>2  10:0;02@A:0O 48?;><=0O @01>B0 - 2006 3.  =10*2 = 20 .7<09;>2, .D0=0AL52, .(09E852 - 2-9 3>4 <038AB5@A:>9 @01>BK.  2007 3.  =10*3 = 30 .E@0<552, .K:>2  1-9 3>4 <038AB5@A:>9 @01>BK - 2007 3.  =10*2 = 20 !C<<0@=K9 8=48284C0;L=K9   = 431.912   @C:>2>48B5;O = 321.88LVALMGD810=>2 0:A8< 0;5=B8=>28G @>4. 09.04.1971, A=A "$,   70 2006-200733 C1;8:0F88: 1) .. 810=>2, -../. C3052, "!2>9AB20 E833A>2A:>9 G0AB8FK 2 <>45;8 A >1J548=5==K<8 ?>:>;5=8O<8 D5@<8>=>2" /$ 70, 898-904, 2007,   = 0.914*60/2=27.42; 2) M.Libanov, V.Rubakov, E.Papantonopoulos, M.Sami and S.Tsujikawa, "UV stable, Lorentz-violating dark energy with transient phantom era," JCAP {\bf 0708} (2007) 010   = 6.739*30/5=40.434 3) -;5:B@>==K9 ?@5?@8=B M.Libanov, V.Rubakov, E.Papantonopoulos, M.Sami and S.Tsujikawa, "UV stable, Lorentz-violating dark energy with transient phantom era," arXiv:0704.1848 [hep-th]   = 4/5=0.8 4) -;5:B@>==K5 ?@5?@8=BK \bibitem{Koroteev:2007yp} P.~Koroteev and M.~Libanov, "On Existence of Self-Tuning Solutions in Static Braneworlds without Singularities," a) arXiv:0712.1136 [hep-th]. b) ITEP-TH-60-07 c) ULB-TH-07-34   = (4*3)/2=6 >=D5@5=F88 1) ?C1;8:>20==K9 4>:;04 Electroweak interactions and Unified theories, La Thuile (Italy) , March 11-18 2006, 4>:;04 "Higgs boson with a single generation in the bulk", -.C3052, .810=>2   = (6*1.5)/2=4.5 2) #AB=K9 4>:;04 QUARKS-2006, 14th International Seminar on High Energy Physics, St. Petersburg, Russia, 19-25 May, 2006, 4>:;04 "Higgs boson with a single generation", -.C3052, .810=>2   = (4)/2=2 3) ?C1;8:>20==K9 4>:;04 6th International Workshop on the Identification of Dark Matter, Rhodes, Greece, September 11-16, 2006, 4>:;04 "Seesaw, Leptogenesis and Majorana neutrino as DM", .=8A8<>2, .810=>2, $.57@C:>2   = (6*1.5)/3=3 4) ?C1;8:>20==K9 4>:;04 Baksan'7: XIV-O <564C=0@>4=0O H:>;0 "'0AB8FK 8 :>A<>;>38O", ?@5;L 16-21 2007, "Lorentz Invariance Violation in Braneworld Models", .>@>B552, .810=>2   = (4*1.5)/2=3 C:>2>4AB2> 48?;><=8:>< >@>B552 5B@ ;5:A0=4@>28G 01.2006-06.2006 - 10:0;02@ 06.2006-12.2007 - <038AB@  =10*2=20 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O A LVAL BC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL :C@A0 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2006-07)  =2(3>40)*3(A5<5AB@0)*8 = 48 !5<8=0@K ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2006-07)  =2(3>40)*3(A5<5AB@0)*8 = 48 B>3>  : 203.154LVAL >28:>20 0;8=0 /:>2;52=0, 15.07.1950, =A -,   70 2006-2007 33 1. 0@010=>2 . , 57@C:>2 ., 0=8;>2 ., 8 0:@8 , 0BB04>@8 , >AB8:>20 ., @K;>2 ..!, 5AB5@>20 ., >28:>20 ./, &820475 .., /=>28G .,  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O =87:>M=5@35B8G5A:8E 0=B8=59B@8=>. 1.AA;54>20=85 M:AB@0:F88 304>;8=8O :0@1>=>2K<8 :8A;>B0<8" , " 048>E8<8O", B. 49, 2K? 3 (2007)  =0,537*60/10=3,2 2. Novikova G., (RENO collaboration)  Progress Report On RENO (2007) 125-127,  =1,472*30/10=4,416 3 Novikova G (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS, Nucl. Phys. Proc. Suppl., 168 (2007) 122-124,  =1,472*30/10=4,416 4. ./. >28:>20, .. >@8A>20, .. 5;>CA, . . 0@010=>2, .. 57@C:>2, ..0=8;>2, ..20=>2, ../=>28G.  AA;54>20=85 2>7<>6=>AB8 >1@07>20=8O :>>@48=0F8>==KE A>548=5=89 2 304>;8=89-A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@0E (GdLS) A?>;L7>20=85 @07=>;830=4=KE :><?;5:A>2 304>;8=8O 4;O A>740=8O GdLS . @5?@8=B /  1161 ?@5;L 2007,  =4/8=0,5 B>3> 11,880=>2A:89 !B0=8A;02 ;048<8@>28G, 30.09.1941, =A -,   70 2006-2007 33 1. !.. 80=>2A:89  >45;8@>20=85 ?>402;5=8O 2=5H=53> D>=0 2 M:A?5@8<5=B5 ?> ?>8A:C 42>9=>3> 157=59B@8==>3> 15B5-@0A?04 @5?@8=B /  1179/2007  =4 2. S.V. Kianovsky, (GERDA Coll) THE GERMANIUM DETECTOR ARRAY (GERDA) FOR THE SEARCH OF NEUTRINOLESS BETA BETA DECAYS OF GE-76 AT LNGS. accepted for publication NIM B,  =1.181*30/10=3,543 3. S.V. Kianovsky, (GERDA Coll) GERmanium detector array, GERDA, Physica Scripta 2006 (2006) 46.  =1,244*30/10=3,74 4. S.V. Kianovsky, (GERDA Coll) Status of the Germanium detector array (GERDA) in the search of neutrinoless beta beta decays of 76Ge at LNGS, Phys. Atom. Nucl. 69 (2006) 2101.  =0,914*30/10=2,75 !C<<0=14 >;>4>9 A>B@C4=8:, 0A?8@0=B 14*1,5=21 B>3>  =218LVALH/=>28G 235=89 ;5:A0=4@>28G, 21.10.1949, =A -,   70 2006-2007 33 1. 0@010=>2 . , 57@C:>2 ., 0=8;>2 ., 8 0:@8 , 0BB04>@8 , >AB8:>20 ., @K;>2 ..!, 5AB5@>20 ., >28:>20 ./, &820475 .., /=>28G .,  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O =87:>M=5@35B8G5A:8E 0=B8=59B@8=>. 1.AA;54>20=85 M:AB@0:F88 304>;8=8O :0@1>=>2K<8 :8A;>B0<8" , " 048>E8<8O", B. 49, 2K? 3 (2007)  =0,537*60/10=3,2 2. I. Barabanov, Soyfer V, Goryachev V., Yanovich E. Andreev D.  Metodology and techniques of early detection anomalies 85Kr and 3H in near bottom layer of seawater by water inifitration in spent nuclear fuel in dumpsites of the ship and submarine reactors. Radioprotection, Suppl. 1, v. 40, p.S669-S675., 2006  =6/5=1,2 3. 0@010=>2 .  !>9D5@ .., >@OG52 ., /=>28G . . =4@552 . .  "@8B89 8 :@8?B>=-85 2 2>40E 70?04=>9 @:B8:8 (8E <5AB> 2 87CG5=88 A>AB>O=8O >B@01>B02H53> O45@=>3> B>?;820 2 7>=0E 40<?8=30 8 020@89) , 5B5>@>;>38O 8 384@>;>38O, 2006, 4, 59-69.  =0,678*30/5=5,5 4. E Yanovich, (GERDA Coll) THE GERMANIUM DETECTOR ARRAY (GERDA) FOR THE SEARCH OF NEUTRINOLESS BETA BETA DECAYS OF GE-76 AT LNGS. accepted for publication NIM B,  =1.181*30/10=3,543 5. E Yanovich, (GERDA Coll) GERmanium detector array, GERDA, Physica Scripta 2006 (2006) 46.  =1,244*30/10=3,74 6. E Yanovich, (GERDA Coll) Status of the Germanium detector array (GERDA) in the search of neutrinoless beta beta decays of 76Ge at LNGS, Phys. Atom. Nucl. 69 (2006) 2101.  =0,914*30/10=2,75 7. E Yanovich., (RENO collaboration)  Progress Report On RENO (2007) 125-127,  =1,472*30/10=4,416 8. E Yanovich., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS, Nucl. Phys. Proc. Suppl., 168 (2007) 122-124,  =1,472*30/10=4,416 B>3> 28,8LVALA8?GC: 3>@L 20=>28G, @>4. 06.05. 1951 , :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / C1;8:0F88: !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 .. 08:8=, .. A8?GC:/  2:;045 :8@0;L=>3>& / /$, ". 69, AB@. 507-514, 2006./  = 0.9*60/2=27 B>3>:  =2708:8= <8B@89 ;5:A5528G, @>48;AO 9 023CAB0 1930 3>40, 4>:B>@ D878:>-<0B5<0B8G5A:8E =0C:, 254CI89 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0. . !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. .. 08:8=, .. A8?GC:/  2:;045 :8@0;L=>3>& / /$, ". 69, AB@. 507-514, 2006./  = 0.9*60/2=27 2. 08:8= .., >@4>2A:>9 .., !C@:>20 .. 7>B>?8G5A:0O 7028A8<>ABL A5G5=89 @0AA5O=8O =59B@>=>2 =87:8E M=5@389 =0 G5B=KE 87>B>?0E Ru 8 Pd 8 >1>1I5==0O >?B8G5A:0O <>45;L, 72. , A5@. D87., B.71, !6 , 2007, !. 902 904.   = 8/3=2,67 ":  =27+ 2,67 = 29.7C@5=F>2 0;5@89 20=>28G, 30.09.1941, =A -,   70 2006-2007 33 1. V. I. Gurentsov  The planning of the experiment and the training of the computer program @5?@8=B /  1170/2006  =4 2. V. I. Gurentsov, (GERDA Coll) THE GERMANIUM DETECTOR ARRAY (GERDA) FOR THE SEARCH OF NEUTRINOLESS BETA BETA DECAYS OF GE-76 AT LNGS. accepted for publication NIM B,  =1.181*30/10=3,543 3. V. I. Gurentsov, (GERDA Coll) GERmanium detector array, GERDA, Physica Scripta 2006 (2006) 46.  =1,244*30/10=3,74 4. V. I. Gurentsov, (GERDA Coll) Status of the Germanium detector array (GERDA) in the search of neutrinoless beta beta decays of 76Ge at LNGS, Phys. Atom. Nucl. 69 (2006) 2101.  =0,914*30/10=2,75 5. V. I. Gurentsov., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS, Nucl. Phys. Proc. Suppl., 168 (2007) 122-124,  =1,472*30/10=4,416 @C:>2>4AB2> 0A?8@0=B>< 2007,  =30 B>3> 44LVALMGI0@010=>2 3>@L ><0=>28G, 26.11.1939, A=A -,   70 2006-2007 33 1. 0@010=>2 . , 57@C:>2 ., 0=8;>2 ., 8 0:@8 , 0BB04>@8 , >AB8:>20 ., @K;>2 ..!, 5AB5@>20 ., >28:>20 ./, &820475 .., /=>28G .,  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O =87:>M=5@35B8G5A:8E 0=B8=59B@8=>. 1.AA;54>20=85 M:AB@0:F88 304>;8=8O :0@1>=>2K<8 :8A;>B0<8" , " 048>E8<8O", B. 49, 2K? 3 (2007)  =0,537*60/10=3,2 2. I. Barabanov, S. Beloguriv, L. Bezrukov, A. Denisov, V. Kornoukhov, N. Sobolevsky "Cosmogenig activation of germanium and its reduction for low background experiments" NIM B, 251(2006), 115-120.  =1,181*30/6=6,0 3. (C18= .., 8;52 .., >=>=>2 .., 8AL:>2 .., 8:8B8=0 .., !:>@K=8= .., 0@010=>2 . ., 57@C:>2 .., 5=8A>2 .., !>1>;52A:89 .. , 5;>3C@>2 !.., >@=>CE>2 .., ;LB<0= ., 0;425;; . ">2K5 B@51>20=8O : >1>30I5==K< 87>B>?0< 4;O M:A?5@8<5=B>2 ?> 87CG5=8N 157=59B@8==>3> 42>9=>3> 15B0 @0A?040" B><=0O -=5@38O, B.101, 2K? 2, 135-139, 2006 3.  =0,336*60/10=2,0 4. I. Barabanov, Soyfer V, Goryachev V., Yanovich E. Andreev D.  Metodology and techniques of early detection anomalies 85Kr and 3H in near bottom layer of seawater by water inifitration in spent nuclear fuel in dumpsites of the ship and submarine reactors. Radioprotection, Suppl. 1, v. 40, p.S669-S675., 2006  =6/5=1,2 5. 0@010=>2 .  !>9D5@ .., >@OG52 ., /=>28G . . =4@552 . .  "@8B89 8 :@8?B>=-85 2 2>40E 70?04=>9 @:B8:8 (8E <5AB> 2 87CG5=88 A>AB>O=8O >B@01>B02H53> O45@=>3> B>?;820 2 7>=0E 40<?8=30 8 020@89) , 5B5>@>;>38O 8 384@>;>38O, 2006, 4, 59-69.  =0,678*30/5=5,5 6. I. Barabanov, (GERDA Coll) THE GERMANIUM DETECTOR ARRAY (GERDA) FOR THE SEARCH OF NEUTRINOLESS BETA BETA DECAYS OF GE-76 AT LNGS. accepted for publication NIM B,  =1.181*30/10=3,543 7. I. Barabanov, (GERDA Coll) GERmanium detector array, GERDA, Physica Scripta 2006 (2006) 46.  =1,244*30/10=3,74 8. I. Barabanov, (GERDA Coll) Sta LVAL tus of the Germanium detector array (GERDA) in the search of neutrinoless beta beta decays of 76Ge at LNGS, Phys. Atom. Nucl. 69 (2006) 2101.  =0,914*30/10=2,75 9. 0@010=>2 . ., (RENO collaboration)  Progress Report On RENO (2007) 125-127,  =1,472*30/10=4,416 10. 0@010=>2 . ., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS, Nucl. Phys. Proc. Suppl., 168 (2007) 122-124,  =1,472*30/10=4,416 @C:>2>4AB2> 0A?8@0=B>< 2006-2007,  =30 @C:>2>4AB2> 48?;><=8:>< 2006-2007,  =10 B>3> 76,6LVALMGK5=5F:89 >@8A ;5:A5528G, @>48;AO 18 A5=BO1@O 1933 3>40, 4>:B>@ B5E=8G5A:8E =0C:, 70254CNI89 ;01>@0B>@859 0B><=>3> O4@0, G;5= :>@@5A?>=45=B >AA89A:>9 8=65=5@=>9 0:045<88. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. 1. !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5  35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 35B5@>35==>9 70I8B5 M;5:B@>==> D>B>==K< 87;CG5=85<. 5=5F:89 .., ;>B=8:>20 .., !0;>E8=0 .., @0B:85 A>>1I5=8O ?> D878:5 $, 2006.  !11.  !.23  31.  =8/3=2,67 2. >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. 548F8=A:85 8 D878G5A:85 >A=>2K A>740=8O 70I8B=>9 >4564K >B 8>=878@CNI8E 87;CG5=89. 5=5F:89 .., >:;04 =0 =0CG=> ?@0:B8G5A:>9 :>=D5@5=F88 2 !525@A:5 2 E>45 CG5=89 '! 20 22 8N=O 2006 3>40.  =20 3. >:;04 CAB=K9, =0 ?;5=0@=>< 70A540=88, =5 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. 548F8=A:85 8 D878G5A:85 >1>A=>20=8O A>740=8O A@54AB2 8=48284C0;L=>9 70I8BK >B A>G5B0==>3> @0480F8>==>3> ?>@065=8O.. 5=5F:89 .., 4>:;04 =0 564C=0@>4=>< =0CG=> ?@0:B8G5A:>< A5<8=0@5 '5@=>1K;L: M:>;>38O, G5;>25:, 74>@>2L5, 6  8 45:01@O 2006 3>40 &, >A:20.  =4 4. >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. "5E=>;>38O :>=B@>;O @0480F8>==> 70I8B=KE A2>9AB2 A?5F80;L=>9 70I8B=>9 >4564K ?>60@=KE, >E@0=ONI8E -!. .. 5=5F:89, .. 8D0=>2, 4>:;04 =0 20 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 AB>@8G5A:85 8 A>2@5<5==K5 0A?5:BK @5H5=8O ?@>1;5< 3>@5=8O, BCH5=8O 8 >15A?5G5=8O 157>?0A=>AB8 ;N459 ?@8 ?>60@0E // 0B5@80;K 20 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88, ?>A2OI5==>9 70-;5B8N A>740=8O 8=AB8BCB0.  !5:F8O 2.  .: , 2007,  !.54-56.  =41,5/2=3 5. 0B5=B 0B5=B =0 ?>;57=CN <>45;L !53113. 0480F8>==>-70I8B=K9 :><18=57>=. 0@1C;52 !./., 5=5F:89 .. 8 4@.(9), 0@538AB@8@>20=> 2 >AC40@AB25==>< @55AB@5 10 <0O 2006 3., @8>@8B5B ?>;57=>9 <>45;8 01 =>O1@O 2005 3.  =20/9=2,22 6. 0B5=B 0B5=B =0 ?>;57=CN <>45;L !63230. 0I8B=0O <0A:0. 0@1C;52 !./., 5=5F:89 .. 8 4@.(9), 0@538AB@8@>20=> 2 >AC40@AB25==>< @55A LVALB@5 27 <0O 2007 3., @8>@8B5B ?>;57=>9 <>45;8 28 D52@0;O 2007 3.  =20/9=2,22 7. 0B5=B 0B5=B =0 ?>;57=CN <>45;L !65730. 0480F8>==>-70I8B=0O >45640 0@1C;52 !./., 5=5F:89 .. 8 4@.(11), 0@538AB@8@>20=> 2 >AC40@AB25==>< @55AB@5 27 023CAB0 2007 3., @8>@8B5B ?>;57=>9 <>45;8 02 <0O 2007 3.  =20/11=1,82 8. 8?;>< 8?;>< =AB8BCB0 O45@=KE 8AA;54>20=89  70 CG0AB85 2 564C=0@>4=>9 A?5F80;878@>20==>9 2KAB02:5 '5@=>1K;L: M:>;>38O, G5;>25:, 74>@>2L5 #G0AB=8:8 ?@54AB02;5==KE @07@01>B>: 5=5F:89 .., 8D0=>2 .. ;>B=8:>20 .., !0;>E8=0 .. 6  8 45:01@O 2006 3>40 &, >A:20.  =5/4=1,25 9. 540;L 540;L ;0C@50B0 '! >AA88 70 =0CG=K5 8 B5E=8G5A:85 @07@01>B:8 5H5=85< :>;;5388 8=8AB5@AB20 >AA89A:>9 $545@0F88 ?> 45;0< 3@0640=A:>9 >1>@>=K, G@572KG09=K< A8BC0F8O< 8 ;8:2840F88 ?>A;54AB289 AB8E89=KE 154AB289 >B 6 45:01@O 2006 3 ?@8AC645=0 @5<8O '! >AA88 5=5F:><C >@8AC ;5:A5528GC 70 @07@01>B:C 8 >A2>5=85 ?@>872>4AB20 87>;8@CNI8E :>ABN<>2 4;O BCH5=8O ?>60@>2 8 ;8:2840F88 020@89 ?@8 2>7459AB288 8>=878@CNI8E 87;CG5=89 8 03@5AA82=KE A@54.  =10 =48284C0;L=K9   70254CNI53> ;01>@0B>@859 0B><=>3> O4@0 5=5F:>3> .. @025=  =2,67+20+4+3+2,22+2,22+1,82+1,25+10=47,18 (47,2)   @C:>2>48B5;O ?>4@0745;5=8O = 42.6LVALMGM5;>28F:89 >@0F89 @5<5528G @>4. 07.08.1916 3., A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007 V.34 / =1.659*30/9=5.53 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. 5;>28F:89, .!. >=>1552A:89, .. !B5?0=>2, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "7CG5=85 AB@C:BC@K 30;> =59B@>=>871KB>G=KE O45@ 2 @50:F88 ?5@540G8 42CE =59B@>=>2". 725AB8O , A5@. D87. ".70, ! 5, AB@. 650-655 (2006). / =8/10=.8 2. .. 5;>28F:89, .!. >=>1552A:89, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "K45;5=85 B@05:B>@89 70@O65==KE G0AB8F 2 O45@=KE D>B>M<C;LA8OE". 725AB8O , A5@. D87. ". 70, ! 5, AB@. 646-649 (2006). / =8/9=.9   = 7.23 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 : 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction".Report on 7th International Conference on Radioactive Nuclear Beams,. July 3-7, 2006. Cortina d'Ampezzo (Italy). Proc. of Conference , 2006. #AB=K9 4>:;04, A5:F8>==K9, >?C1;8:>20=. / =6*1.5/9=1 2. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov , N.G. Polukhina, N.I. Starkov, S.M. Lukyanov, Yu.G. Sobolev.  Study of the neutron halo structure in the two neutron transfer reactions NPAE-2006, Kyiv, Ukraine. #AB=K9 4>:;04 (A5:F8>==K9), >?C1;8:>20==K9 2 B@C40E :>=D5@5=F88 /  =6*1.5/9=1 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the tHLVALXwo-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/10=.6 2. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev.  Study of the two-neutron transfer reaction included by 6He radioactive beam 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.169-170. #AB=K9 4>:;04. / =6/10=.6 3. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt. /  =6/5=1.2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 1. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2 / !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3. #AB=K9 4>:;04. / =4/5=.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398. /  =6*.5/10=.3   =5.5 ":  = 7.23+5.5=12.73'*RM : 5 ' y " to]X94/*| @D@?:MGHHHH<߿ @D@?:MGHHHH<߿3 ff>AD@?H6MGHHHH<߿̀AD@?@MGHHHH<߿ ffBD@?BMGHHHH<߿offB33BD@?RMGHHHH<߿HBD@?@HHHH<߿lGAD@?lMGHHHH<߿ ffICD@?MGHHHH<߿3 @D@?@HHHH<߿$ ffAD@?&MGHHHH<߿z@D@?MGHHHH<߿@D@?MGHHHH<߿ @D@?&MGA?@ 5B:>2K<bbHH<|{*AD@?MGHHHH<߿̐AD@?MGHHHH<߿DAD@?MGHHHH<߿33AD@?MGHHHH<߿? 33SBD@?F}MG"@C4K 6 >AA :>=D >?C1; (A>3; 5B:>2C) - 4>102; 10HH<klBD@?{MGHHHH<߿ffC33BD@?\@vMGHHHH<߿ 3BD@?`tMGHHHH<߿3 CD@?4rMGHHHH<߿=*CD@?$5nMGHHHH<߿q=BD@?lMGHHHH<߿RRCMCID@?'iMGHHHH<߿{CD@?gMGHHHH<߿AD@?@a=5 @074 =0 2 B: ?>; AB, => A>B@ / (=5 A>2<5AB)HH<)H*@D@?p@aHHHH<߿+33qBD@?(dMGHHHH<߿/= AD@?vbMGHHHH<߿4RNAD@? @aHHHH<߿AD@?_MGHHHH<߿Hz@D@?@^HHHH<߿@D@? @^=5 @074 =0 2 B: ?>; AB, => A>B@ / (=5 A>2<5AB)HH<AD@?2@GHHHH<߿(A'AD@?&[MGHHHH<߿1\2=0 @>4. 07.01.1942, A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007 V.34 / =1.659*30/9=5.53 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. 020@78=0, .. !B5?0=>2 ">;=>5 A5G5=85 @50:F89 8 0<?;8BC40 @0AA5O=8O =0 =C;52>9 C3>; 4;O 2708<>459AB28O ;53:8E AB018;L=KE 8 M:7>B8G5A:8E O45@ A O4@0<8 ?@8 M=5@388 10-1000 M/=C:;>=". 725AB8O , A5@. D87. ". 70, ! 2, AB@. 287-293 (2006) / =8/2=4 2. .. 5;>28F:89, .!. >=>1552A:89, .. !B5?0=>2, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "7CG5=85 AB@C:BC@K 30;> =59B@>=>871KB>G=KE O45@ 2 @50:F88 ?5@540G8 42CE =59B@>=>2". 725AB8O , A5@. D87. ".70, ! 5, AB@. 650-655 (2006). / =8/10=.8 3. .. 5;>28F:89, .!. >=>1552A:89, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "K45;5=85 B@05:B>@89 70@O65==KE G0AB8F 2 O45@=KE D>B>M<C;LA8OE". 725AB8O , A5@. D87. ". 70, ! 5, AB@. 646-649 (2006). / =8/9=.9 4. .. 020@78=0, .. !B5?0=>2. >;L 2>71C645==KE A>AB>O=89 O4@0 2 MDD5:B5 70B5=5=8O D>B>?>3;>I5=8O ?@8 A@54=8E M=5@38OE. " 725AB8O , A5@. D87. ". 71, ! 3, AB@. 434-437. (2007)  =8/2=4  =15.23 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 : 1. V.P. Zavarzina, A.V. Stepanov  The role of nuclear excited states in the photoabsorption shadowing effect at medium energies >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. NUCLEUS- 2006. !0@>2, 4-8 A5=BO1@O 2006 3. #AB=K9 4>:;04, A5:F8>==K9, >?C1;8:>20= /  =6*1.5/2=4.5 2. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo usingLVALQ neutron transfer reaction".Report on 7th International Conference on Radioactive Nuclear Beams,. July 3-7, 2006. Cortina d'Ampezzo (Italy). Proc. of Conference , 2006. #AB=K9 4>:;04, A5:F8>==K9, >?C1;8:>20=. / =6*1.5/9=1 3. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov , N.G. Polukhina, N.I. Starkov, S.M. Lukyanov, Yu.G. Sobolev.  Study of the neutron halo structure in the two neutron transfer reactions NPAE-2006, Kyiv, Ukraine. #AB=K9 4>:;04 (A5:F8>==K9), >?C1;8:>20==K9 2 B@C40E :>=D5@5=F88 /  =6*1.5/9=1 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. A.V. Stepanov, V. P. Zavarzina  SHADOWING EFFECT OF PHOTOABSORPTION AT INTERMEDIATE ENERGIES AND NUCLEON-NUCLEON CORRELATION FUNCTION IN NUCLEAR MATTER Report on the XI International Seminar on Electromagnetic Interactions of Nuclei. Moscow September 21-24, 2006. / =6/2=3 2. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/10=.6 3. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev.  Study of the two-neutron transfer reaction included by 6He radioactive beam 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.169-170. #AB=K9 4>:;04. / =6/10=.6 4. E.S.Konobeevski, A.V.Stepanov, V.P.Zavarzina ROLE OF CONFIGURATIONS OF NEUTRON HALO IN FORMATION OF MODEL VERTEX FUNCTION FOR DESCRIPTION OF TWO- NEUTRON TRANSFER REACTION. 57 International Conference on Nuclear Physics  NUCLEUS-2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/3=2 5. E.Konobeevski, A.Stepanov, and V.ZavarLVALzina  Role of configurations of neutron halo in formation of model vertex function for description of two- neutron transfer reaction 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. #AB=K9 4>:;04. /  =6/3=2 6. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt. /  =6/5=1.2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 1. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2 / !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3. #AB=K9 4>:;04. / =4/5=.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398. /  =6*.5/10=.3  =17 ":  = 32.23LVALMGSC52 !5@359 8:B>@>28G, @>48;AO 26.10. 1954 3>40, :0=4840B D87.-<0B. =0C:, =0CG=. A>B@. 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007. V 34 (2 ?5G0B8)  =1,659*30/9=5,53 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1) ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 2) .. 5;>28F:89, .!. >=>1552A:89, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "K45;5=85 B@05:B>@89 70@O65==KE G0AB8F 2 O45@=KE D>B>M<C;LA8OE". 725AB8O , A5@. D87. ". 70, ! 5, AB@. 646-649 (2006)  =8/9=0,89 3) .. 5;>28F:89, .!. >=>1552A:89, .. !B5?0=>2, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "7CG5=85 AB@C:BC@K 30;> =59B@>=>871KB>G=KE O45@ 2 @50:F88 ?5@540G8 42CE =59B@>=>2". 725AB8O , A5@. D87. ".70, ! 5, AB@. 650-655 (2006).  =8/10=0,8 >:;04 CAB=K9, A5:F8>==K9, 8740==K9,, =0 <564C=0@>4=>9 :>=D5@5=F88. 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction".Report on 7th International Conference on Radioactive Nuclear Beams,. July 3-7, 2006. Cortina d'Ampezzo (Italy). Proc. of Conference , 2006, p. 72.  =6/9*1,5=1 2. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuev / DETERMINATION OF SINGLET NN-SCATTERING LENGTH FROM DATA ON NN- FINAL STATE INTERACTION IN n+dp+n+n REACTION // In Proc. of International Conference  CurrentLVALT Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 293  =6/5*1,5=1,8 3. S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / DETERMINATION OF VALUE OF SINGLET NN-SCATTERING LENGTH BY SOLUTION OF INVERSE PROBLEM FOR DATA ON n+dp+n+n REACTION YIELD // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 373.  =6/3*1,5=3 4. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. Proceedings of the Conference. UKRAINE Kyiv 2007. Part I. P. 237-245.  =6/9*1,5=1 5. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. ?@545;5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > nn-2708<>459AB288 2 :>=5G=>< A>AB>O=88 2 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.199.  =6/6*1,5=1.5 6. !..C52, .!.>=>1552A:89, ..>@4>2A:>9. 72;5G5=85 25;8G8=K A8=3;5B=>9 4;8=K nn-@0AA5O=8O ?CB5< @5H5=8O >1@0B=>9 7040G8 4;O 40==KE > 2KE>45 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.200.  =6/3*1,5=3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 7. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 8. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. LuLVALUkyanov, and Yu.G. Sobolev / STUDY OF THE TWO NEUTRON TRANSFER REACTION INDUCED BY 6He RADIOACTIVE BEAM // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 169-170.  =6/10=0.6 9. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 10. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 11. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. P. 113.  =6/10-=0.6 12. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, and Yu. Sobolev / STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1.2 13. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 14. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, YuLVAL.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 15. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2/ !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3.  =4/5=0.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 16. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398. 6/10*0,5=0,3 =48284C0;L=K9   =0CG=. A>B@ 01>@0B>@88 0B><=>3> O4@0 C520 !..  =5,53+1,33+0,89+0,8+1+1,5+3+1+1,8+3+1,2+0,6+1,2+0,86+0,6+1,2+1,2+0,6+0,8+0,3=28,4LVALMGW>=>1552A:89 235=89 !5@35528G, @>48;AO 23 023CAB0 1943 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007. V 34 (2 ?5G0B8)  =1,659*30/9=5,53 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 2. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 3. .. 5;>28F:89, .!. >=>1552A:89, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "K45;5=85 B@05:B>@89 70@O65==KE G0AB8F 2 O45@=KE D>B>M<C;LA8OE". 725AB8O , A5@. D87. ". 70, ! 5, AB@. 646-649 (2006)  =8/9=0,89 4. .. 5;>28F:89, .!. >=>1552A:89, .. !B5?0=>2, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "7CG5=85 AB@C:BC@K 30;> =59B@>=>871KB>G=KE O45@ 2 @50:F88 ?5@540G8 42CE =59B@>=>2". 725AB8O , A5@. D87. ".70, ! 5, AB@. 650-655 (2006).  =8/10=0,8 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. 5. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction".Report on 7th International Conference on Radioactive Nuclear Beams,. July 3-7, 2006. Cortina d'Ampezzo (Italy). Proc. of Conference , 2006, p. 72.  =6/9*1,5=1 6. A.V. ALVALXndreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007.v.2,.p.780  =6/5*1,5=1.8 7. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuev / DETERMINATION OF SINGLET NN-SCATTERING LENGTH FROM DATA ON NN- FINAL STATE INTERACTION IN n+dp+n+n REACTION // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 293  =6/5*1,5=1,8 8. S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / DETERMINATION OF VALUE OF SINGLET NN-SCATTERING LENGTH BY SOLUTION OF INVERSE PROBLEM FOR DATA ON n+dp+n+n REACTION YIELD // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 373.  =6/3*1,5=3 9. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. Proceedings of the Conference. UKRAINE Kyiv 2007. Part I. P. 237-245.  =6/9*1,5=1 10. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. ?@545;5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > nn-2708<>459AB288 2 :>=5G=>< A>AB>O=88 2 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.199.  =6/6*1,5=1.5 11. !..C52, .!.>=>1552A:89, ..>@4>2A:>9. 72;5G5=85 25;8G8=K A8=3;5B=>9 4;8=K nn-@0AA5O=8O ?CB5< @5H5=8O >1@0B=>9 7040G8 4;O 40==KE > 2KE>45 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?LVALY5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.200.  =6/3*1,5=3 12. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52 !B5=4 4;O 8A?KB0=8O AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2. 0B5@80;K 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.304.  =6/5*1,5=1.8 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 13. E.S.Konobeevski . Study of neutron - neutron final state interaction in nd break-up reaction at neutron energy of 40-140 MeV. XI International Seminar on Electromagnetic Interactions of Nuclei. Moscow September 21-24, 2006  =6/1=6 14. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 15. E.Konobeevski, A.Stepanov, and V.Zavarzina  Role of configurations of neutron halo in formation of model vertex function for description of two- neutron transfer reaction 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.172.  =6/3=2 16. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, and Yu.G. Sobolev / STUDY OF THE TWO NEUTRON TRANSFER REACTION INDUCED BY 6He RADIOACTIVE BEAM // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 169-170.  =6/10=0.6 17. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 18. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, LVALZV.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 19. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. P. 113.  =6/10-=0.6 20. E.S.Konobeevski, A.V.Stepanov, V.P.Zavarzina ROLE OF CONFIGURATIONS OF NEUTRON HALO IN FORMATION OF MODEL VERTEX FUNCTION FOR DESCRIPTION OF TWO- NEUTRON TRANSFER REACTION. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. P. 213.  =6/3-=2 21. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev / STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1.2 22. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 23. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 LVAL:>=D5@5=F88 24. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2/ !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3.  =4/5=0.8 25. .!.>=>1552A:89 / ?@545;5=85 4;8=K nn-@0AA5O=8O 2 @50:F88 nd-pnn.& / >=D5@5=F8O  @>3@0<<0 AA;54>20=89 =0 .59B@>==>< :><?;5:A5 /  1-3 <0@B0 2006 3. "@>8F:/  =4/1=4 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 26. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo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nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 2. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 3. 08:8= .., >@4>2A:>9 .., !C@:>20 . 7>B>?8G5A:0O 7028A8<>ABL A5G5=89 @0AA5O=8O =59B@>=>2 =87:8E M=5@389 =0 G5B=KE 87>B>?0E Ru 8 Pd 8 >1>1I5==0O >?B8G5A:0O <>45;L., 72. , A5@. D87., B.71, !6 , 2007, !. 902 904.  =8/3=2,67 >:;04 CAB=K9, A5:F8>==K9, 8740==K9,, =0 <564C=0@>4=>9 :>=D5@5=F88. 4. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007.v.2,.p.780  =6/6*1,5=1.5 5. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuev / DETERMINATION OF SINGLET NN-SCATTERING LENGTH FROM DATA ON NN- FINAL STATE INTERACTION IN n+dp+n+n REACTION // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 293  =6/5*1,5=1,8 6. S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / DETERMINATION OF VALUE OF SINGLET NN-SCATTERING LENGTH BY SOLUTION OF INVERSE PROBLEM FOR DATA ON n+dp+n+n REACTION YIELD // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 373.  =6/3*1,5=3 7. ...C@<8ABLVAL]@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. ?@545;5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > nn-2708<>459AB288 2 :>=5G=>< A>AB>O=88 2 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.199.  =6/6*1,5=1.5 8. !..C52, .!.>=>1552A:89, ..>@4>2A:>9. 72;5G5=85 25;8G8=K A8=3;5B=>9 4;8=K nn-@0AA5O=8O ?CB5< @5H5=8O >1@0B=>9 7040G8 4;O 40==KE > 2KE>45 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.200.  =6/3*1,5=3 9. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52 !B5=4 4;O 8A?KB0=8O AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2. 0B5@80;K 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.304.  =6/5*1,5=1.8 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 10. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 11. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 12. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 13. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.LVALZuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 14. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 0B5=BK: 0B5=BK 0B5=B !2279693 :C;8=8G52 !.& >@4>2A:>9 ..8 4@./ =>3>:0=0;L=0O.../ 2006 3. /  =20/5=4 =48284C0;L=K9   702.A5:B>@>< 01>@0B>@88 0B><=>3> O4@0 >@4>2A:>3> ... @025=  =1,33+1,33+2,67+1,8+3+1,8+3+1,8+1,2+1,2+0,86+1,2+0,6+4=27PLVAL b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afomov, V.A. Sergeev FINAL-STATE INTERACTION BETWEEN NUCLEONS PRODUCED IN THE ELASTIC DEUTERON BREAKUP WITHIN A POTENTIAL THREE-BODY MODEL 57 International Conference on Nuclear Physics  NUCLEUS 2007 . June 25-29, 2007. Voronezh. Russia.  =6/2=3 ": =7LVALMG`>B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 2. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. 3. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007.v.2,.p.780  =6/5*1,5=1.8 4. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuev / DETERMINATION OF SINGLET NN-SCATTERING LENGTH FROM DATA ON NN- FINAL STATE INTERACTION IN n+dp+n+n REACTION // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 293  =6/5*1,5=1,8 5. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. ?@545;5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > nn-2708<>459AB288 2 :>=5G=>< A>AB>O=88 2 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.199.  =6/6*1,5=1.5 6. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52 !B5=4 4;O 8A?KB0=8O AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2. 0B5@80;K 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.304.  =6/5*0LVAL@1,5=1.8 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 7. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 8. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 9. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 10. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 11. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 0B5=BK: 0B5=B !2279693 :C;8=8G52 !.& !.. >B0H52 8 4@./ =>3>:0=0;L=0O.../ 2006 3. ./  =20/5=4 =48284C0;L=K9   A=A 01>@0B>@88 0B><=>3> O4@0 >B0H520 !.. @025=  =1,33+1,33+1,8+1,8+1,8+1,5+1,2+1,2+0,86+1,2+0,6+4=18,624LVALvH%>E;>2 .@89 C7L<8G, @>4. 12. 07.1926, A=A. /, :D<=. 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D87., B.71, !6 , 2007, !. 902 904.  =8/3=2,67!0;>E8=0 0@30@8B0 0@:>2=0, @>48;0AL 11 O=20@O 1941 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. 1. !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5  35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 35B5@>35==>9 70I8B5 M;5:B@>==> D>B>==K< 87;CG5=85<. 5=5F:89 .., ;>B=8:>20 .., !0;>E8=0 .., @0B:85 A>>1I5=8O ?> D878:5 $, 2006.  !11.  !.23  31.  =8/3=2,67 2. >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. AA;54>20=85 MDD5:B0 A=865=8O 10@L5@0 ?@8 >1@0B=>< =0?@O65=88 2 48>40E (>B:8 A ?@><56CB>G=K< A;>5< =0 >A=>25 AB@C:BC@K 7>;>B>-:@5<=89 .. !0;>E8=0, 4>:;04 =0 3 564C=0@>4=>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K D878:8 B25@4>3> B5;0. 8=A:, 23-26 >:BO1@O 2007 3.//!1. 4>:;04>2 =0 III 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88 2 B@5E B><0E, B.2, 8=A:, 874. F5=B@ #, 2007.  !.79 81.  =1,56=9 3. 8?;>< 8?;>< =AB8BCB0 O45@=KE 8AA;54>20=89  70 CG0AB85 2 564C=0@>4=>9 A?5F80;878@>20==>9 2KAB02:5 '5@=>1K;L: M:>;>38O, G5;>25:, 74>@>2L5 #G0AB=8:8 ?@54AB02;5==KE @07@01>B>: 5=5F:89 .., 8D0=>2 .. ;>B=8:>20 .., !0;>E8=0 .. 6  8 45:01@O 2006 3>40 &, >A:20.  =5/4=1,25  =2,67+9+1,25=12,92(12,9)LVALMGc!5@3552 ;048<8@ ;5:A0=4@>28G, @>48;AO 26.08.1933 3., :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1) ..0D><>2, ..!5@3552 028A8<>ABL A5G5=89 ?@>F5AA>2 48D@0:F8>==>3> 2708<>459AB28O 459B@>=>2 A O4@0<8 >B E0@0:B5@8AB8: 459B@>=0 8 =C:;>=-O45@=>3> ?>B5=F80;0. 72. . !5@. D87. ". 70 , !2, A. 235-239 (2006).  =8/2=4. 2) ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430.  =8/6=1,33 >:;04 CAB=K9, A5:F8>==K9, 8740==K9,, =0 <564C=0@>4=>9 :>=D5@5=F88. 1. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuev / DETERMINATION OF SINGLET NN-SCATTERING LENGTH FROM DATA ON NN- FINAL STATE INTERACTION IN n+dp+n+n REACTION // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 293  =6/5*1,5=1,8 2. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. ?@545;5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > nn-2708<>459AB288 2 :>=5G=>< A>AB>O=88 2 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3.  =6/5*1,5=1.8 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 3. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 4. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. ^LVALnof 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007.  =6/5=1.2 5. V.E. Pafomov, V.A. Sergeev FINAL-STATE INTERACTION BETWEEN NUCLEONS PRODUCED IN THE ELASTIC DEUTERON BREAKUP WITHIN A POTENTIAL THREE-BODY MODEL 57 International Conference on Nuclear Physics  NUCLEUS 2007 . June 25-29, 2007. Voronezh. Russia.  =6/2=3. 6. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 7. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 =48284C0;L=K9   A=A 01>@0B>@88 0B><=>3> O4@0 !5@35520 .  = 4+1,33+1,8+1,8+1,2+1,2+3+1,2+0,6=16.13LVALMGe!B5?0=>2 ;5:A0=4@ 0A8;L528G @>4. 23.02.1934, 3=A. /, 4>:B>@ D87-<0B. =0C:, ?@>D5AA>@. C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007 V.34 / =1.659*30/9=5.53 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. 020@78=0, .. !B5?0=>2 ">;=>5 A5G5=85 @50:F89 8 0<?;8BC40 @0AA5O=8O =0 =C;52>9 C3>; 4;O 2708<>459AB28O ;53:8E AB018;L=KE 8 M:7>B8G5A:8E O45@ A O4@0<8 ?@8 M=5@388 10-1000 M/=C:;>=". 725AB8O , A5@. D87. ". 70, ! 2, AB@. 287-293 (2006) / =8/2=4 2. .. 5;>28F:89, .!. >=>1552A:89, .. !B5?0=>2, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "7CG5=85 AB@C:BC@K 30;> =59B@>=>871KB>G=KE O45@ 2 @50:F88 ?5@540G8 42CE =59B@>=>2". 725AB8O , A5@. D87. ".70, ! 5, AB@. 650-655 (2006). / =8/10=.8 3. .. 020@78=0, .. !B5?0=>2. >;L 2>71C645==KE A>AB>O=89 O4@0 2 MDD5:B5 70B5=5=8O D>B>?>3;>I5=8O ?@8 A@54=8E M=5@38OE. " 725AB8O , A5@. D87. ". 71, ! 3, AB@. 434-437. (2007)  =8/2=4  =14.33 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 : 1. V.P. Zavarzina, A.V. Stepanov  The role of nuclear excited states in the photoabsorption shadowing effect at medium energies >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. NUCLEUS- 2006. !0@>2, 4-8 A5=BO1@O 2006 3. #AB=K9 4>:;04, A5:F8>==K9, >?C1;8:>20= /  =6*1.5/2=4.5 2. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction".Report on 7th International Conference on Radioactive Nuclear Beams,. July 3-7, 2006. Cortina d'Ampezzo (Italy). Proc. of Conference , 2006. #AB=K9 4>:;04, A5:F8>==K9, >?C1;8:>20=. / =6*1.5/9=1 3. G.ELVALf. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov , N.G. Polukhina, N.I. Starkov, S.M. Lukyanov, Yu.G. Sobolev.  Study of the neutron halo structure in the two neutron transfer reactions NPAE-2006, Kyiv, Ukraine. #AB=K9 4>:;04 (A5:F8>==K9), >?C1;8:>20==K9 2 B@C40E :>=D5@5=F88 /  =6*1.5/9=1 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/10=.6 2. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev.  Study of the two-neutron transfer reaction included by 6He radioactive beam 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.169-170. #AB=K9 4>:;04. / =6/10=.6 3. 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NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt.LVAL /  =6/5=1.2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 1. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2 / !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3. #AB=K9 4>:;04. / =4/5=.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398. /  =6*.5/10=.3  =14 0 4>@01>B:C =0CG=>->1@07>20B5;L=>3> :C@A0, 2:;NG0NI53> 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. 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C1;8:0F88: 29.4 1) . . !<8@=>2, .. 5B:>2, !. .0@?>2, ">8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2006, B>< 32, !1, A. 3 8 1.315*60/3= 26.3 2) .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 60/10 = 1.356 3) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 4) Edgar Bugaev, Peter Klimai, Valery Petkov, Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , arXiv: 0706.3778v1 [astro-ph] 26 Jun 2007. 4/3 = 1.33 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 25.7 1) XIII International Symposium on Very High Energy Cosmic Ray Interactions (Pilos, Greece, September 6-12, 2004). Yu.F. Novoseltsev, M.M. Boliev, A.V. Butkevich, S.P. Mikheev and V.B. 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Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raiha, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment". ?C1;8:>20=>: /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60*0.7/10 = 3.84 4) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. 5B:>2, " 2>7<>6=>AB8 87CG5=8O D;C:BC0F89 <=>65AB25==>AB8 2 3@C??0E <N>=>2". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.566-568. 4+8*0.7 = 9.6 5) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. 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Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/9 = 0.67 5) 30th International Cosmic Ray Conference, Merida (Mexico), 2007. Edgar Bugaev, Peter Klimai, Valery Petkov,  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models . LVALz 6/3 = 2 6) International Cosmic Ray Workshop ICRW  ARAGATS 2007 , Nor-Amberd, Yerevan, Armenia, 2007. D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I.Michailova, V.B.Petkov, Yu.V. Stenkin,  Study for hadronic component with hadron energy $>$50 GeV at "Carpet-2" EAS array . 6/7 = 0.86 7) The International Conference "Near-Earth Astronomy - 2007" (Terskol, North Caucasus, Russia), 2007. B.E. Zhilyaev, M.V. Andreev, A.V. Sergeev, V.B. Petkov,  Detection of an oscillatory phenomenon in optical transient counterpart of GRB090522C from observations on Peak Terskol . 6/4 = 1.5 8) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. 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C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 13.8 1) XIII International Symposium on Very High Energy Cosmic Ray Interactions (Pilos, Greece, September 6-12, 2004). Yu.F. Novoseltsev, G.M. Vereshkov. "Estimation of charm production cross section in diffractive hadronic interactions at high energies $\sqrt s >$ 1.8 TeV". ?C1;8:>20=>:. Nuclear Physics B, (Proc.Suppl) v. 151, p. 209-212, 2006. 0.875*30*0.7/2=9.2 2) XIII International Symposium on Very High Energy Cosmic Ray Interactions (Pilos, Greece, September 6-12, 2004). Yu.F. Novoseltsev, M.M. Boliev, A.V. Butkevich, S.P. Mikheev, V.B. Petkov. "A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope (BUST)". ?C1;8:>20=>: Nuclear Physics B, (Proc.Suppl) v. 151, p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c-:20@:0 2 04@>==KE 2708<>459AB28OE ?@8 2KA>:8E M=5@38OE $\sqrt (s) > 1 "M$". 4/2=2 2) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4 C:>2>4AB2> 48?;><=8:0<8: 1*10=10 1) >A5=:> ., #, 2006, 48?;><=0O @01>B0 " 538AB@0F8O :@0B=KE 2708<>459AB289 <N>=>2 =0 0:A0=A:>< >475<=>< !F8=B8;;OF8>==>< "5;5A:>?5"   = 59.2LVALMG~%05@48=>2 08;L !0D>28G, 30.11.1958, :.D.-<.=., =A ;01. !" >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 13.8 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .!.8420=A:89, .!. %05@48=>2, ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59,. ?C1;8:>20=: 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1052-1055. (4+8*0.7)/2 = 4.8 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .!.8420=A:89, .!.%05@48=>2, ..'5@=O52, @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2. ?C1;8:>20=: 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1056-1060. (4+8*0.7)/3 = 3.2 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .!.8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8. ?C1;8:>20=: 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062. (4+8*0.7)/2 = 4.8 4) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ". ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. (4+8*0.7)/10 = 0.96 >=D5@5=F88, =5 >?C1;8:>20=>: 39 1) 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal. N.S.Khaerdinov, A.S. Lidvansky,  Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds . 6/2 = 3 2) ( -"$ 2006. .!. 8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, ?@83;0H5==K9. 20/2 = 10 3) General Assembly of European Geosciences Union (Vienna, April 02-07, 2006). N.S.Khaerdinov, A.S. Lidvansky,  Variations of intensity ofLVAL cosmic ray muons due to thunderstorm electric fields . 6/2 = 3 4) General Assembly of European Geosciences Union (Vienna, April 02-07, 2006). N.S.Khaerdinov, A.S. Lidvansky,  Generation of Elementary Particles by Thunderclouds ,. 6/2 = 3 5) 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C (86=89 >23>@>4, 1-7 >:BO1@O 2007 3.). .!. 8420=A:89, .!. %05@48=>2,  0@80F88 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5 (=01;N405<K5 MDD5:BK 8 8E 8=B5@?@5B0F8O) , ?@83;0H5==K9. 20/2 = 10 9. 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3. .!. 8420=A:89, .!. %05@48=>2,  #A:>@5=85 8 35=5@0F8O 70@O65==KE G0AB8F M;5:B@8G5A:8< ?>;5< 3@>7>2KE >1;0:>2 , ?@83;0H5==K9. 20/2 = 10   = 52.8 ========= %05@48=>2 08;L !0D>28G, 30.11.1958, :.D.-<.=., =A ;01. !" >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 8.6 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .!.8420=A:89, .!. %05@48=>2, ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, A5:F8>==K9. ?C1;8:>20=: 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1052-1055. 4*1.5/2 = 3 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .!.8420=A:89, .!.%05@48=>2, ..'5@=O52, @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2, AB5=4>2K9. ?C1;8:>20=: 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1056-1060. 4*1.5/3 = 2 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .!.8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8, A5:F8>==K9. ?C1;8:>20=: 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062. 4*1.5/2 = 3 4) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, LVAL..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", A5:F8>==K9. ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 4*1.5/10 = 0.6 >=D5@5=F88, =5 >?C1;8:>20=>: 39 1) 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal. N.S.Khaerdinov, A.S. Lidvansky,  Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds , A5:F8>==K9. 6/2 = 3 2) ( -"$ 2006. .!. 8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, ?@83;0H5==K9. 20/2 = 10 3) General Assembly of European Geosciences Union (Vienna, April 02-07, 2006). N.S.Khaerdinov, A.S. Lidvansky,  Variations of intensity of cosmic ray muons due to thunderstorm electric fields , A5:F8>==K9. 6/2 = 3 4) General Assembly of European Geosciences Union (Vienna, April 02-07, 2006). N.S.Khaerdinov, A.S. Lidvansky,  Generation of Elementary Particles by Thunderclouds , A5:F8>==K9. 6/2 = 3 5) 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C (86=89 >23>@>4, 1-7 >:BO1@O 2007 3.). .!. 8420=A:89, .!. %05@48=>2,  0@80F88 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5 (=01;N405<K5 MDD5:BK 8 8E 8=B5@?@5B0F8O) , ?@83;0H5==K9. 20/2 = 10 9. 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3. .!. 8420=A:89, .!. %05@48=>2,  #A:>@5=85 8 35=5@0F8O 70@O65==KE G0AB8F M;5:B@8G5A:8< ?>;5< 3@>7>2KE >1;0:>2 , ?@83;0H5==K9. 20/2 = 10   = 47.6 ================================================================%05@48=>2 08;L !0D>28G @>4. 30.11.1958, A=A !" ,   70 2006-2007 33 C1;8:0F88: .. 60??C52, .. ;5:A55=:>, .. >;G5=:>, .LVAL. >;G5=:> .(. C;852, .. C;8520, ... >=>20;>2, .#. C46052, .!. 8420=A:89, .. 8E09;>20, .. 5B:>2, .. !<8@=>2, .. !B5?0=>2, ... !B5=L:8=, .!. %05@48=>2, >45@=870F8O CAB0=>2:8 >25@-2  / , 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 542-545.   = 8*0.1 = 0.8. .!. 8420=A:89, .!. %05@48=>2, ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1052-1055.   = 8/2 = 4. .!.8420=A:89, .!.%05@48=>2, ..'5@=O52, @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1056-1060.   = 8/3 = 2.667. .!. 8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062.   = 8/2 = 4.0. >:;04K: N.S. Khaerdinov, A.S. Lidvansky, Variations of intensity of cosmic ray muons due to thunderstorm electric fields, General Assembly of European Geosciences Union, Vienna, April 02-07, 2006.   = 6/2 = 3.0. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds, General Assembly of European Geosciences Union, Vienna, April 02-07, 2006.   = 6/2 = 3.0. .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2.0. .!.8420=A:89, .!.%05@48=>2, ..'5@=O52/ @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.333. .!. 8420=A:89, .!. %05@48=>2// ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CLVALAB0 2006 3.,   = 4/2 = 2.0. N.S. Khaerdinov, A.S. Lidvansky/ Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds// 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal.   = 6/2 = 3.0. .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5// ( -"$ 2006,   = 20/2 = 10.0. .!. 8420=A:89, .!. %05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5 (=01;N405<K5 MDD5:BK 8 8E 8=B5@?@5B0F8O), 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 18-21.   = 20/2*1.5 = 15.0. .!. 8420=A:89, .!. %05@48=>2, #A:>@5=85 8 35=5@0F8O 70@O65==KE G0AB8F M;5:B@8G5A:8< ?>;5< 3@>7>2KE >1;0:>2, 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 196-197.   = 20/2*1.5 = 15.0. B>3>:   = 65.8LVALMG60??C52 0E8@ 0=8O;>28G, 05.05.1953, :.D.<.=., A=A ;01>@0B>@88 !" C1;8:0F88: 18.28 1) ...!B5=L:8=, .. 60??C52, %. $. 0;L45A- 0;8A8O,  59B@>=K 2 H8@>:8E 0B<>AD5@=KE ;82=OE , /45@=0O D878:0 B. 70, ! 6, 2007, AB@. 1123 1135. . 0.914*60/3 = 18.28 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 4.48 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O . ?C1;8:>20=: 72. , A5@.D87., 2007, B>< 71, ! 7, c.1075-1078. (4+8*0.7)/6 = 1.6 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ". ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. (4+8*0.7)/10 = 0.96 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ...!B5=L:8=, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20  59B@>=K 2 ( . ?C1;8:>20=: 72. , A5@8O D878G5A:0O, B>< 71, !4, A.558-561. (4+8*0.7)/5 = 1.92 >=D5@5=F88, =5 >?C1;8:>20=>: 6.15 1) 30th International Cosmic Ray Conference, Merida (Mexico), 2007. D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, YU.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/9 = 0.67 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.LVAL L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/8 = 0.75 3) International Cosmic Ray Workshop ICRW  ARAGATS 2007 , Nor-Amberd, Yerevan, Armenia, 2007. D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I.Michailova, V.B.Petkov, Yu.V. Stenkin,  Study for hadronic component with hadron energy $>$50 GeV at "Carpet-2" EAS array . 6/7 = 0.86 4) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory . 6/6 = 1 5) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods . 6/9 = 0.67 6) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study . 6/5 = 1.2 7) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, A.S. Lidvansky, Yu.M.Andreyev, V. Kozyrivsky, T. Tulupova, D.D.Dzhappuev, A.U. Kudzhaev,  Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies . 6/6 = 1   = 28.9LVALMG/=8= ;5:A59 $54>@>28G, 07.05.1950, :.D.-<.=., =A ;01>@0B>@88 !" C1;8:0F88: 13.1 1) /=8= .$., 70?0@>20 . . 5=5@0B>@K =0=>A5:C=4=KE 8=B5@20;>2.  M.: "- !3, 2006, A. 91-95. 0.226 * 60/2 = 6.8 2) /=8= .$., 70?0@>20 ., !B@830=>2 .!. 40?B5@ A2O78 <564C :>=B@>;;5@>< ##-01 8 H8=>9 ISA.  .: "- !5, 2006, A.160-161. 0.226 * 60/3 = 4.5 3) .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 60/10 = 1.356 4) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 5.36 1) IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain). T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment . ?C1;8:>20=>: Journal of Physics: Conference Series 39 (2006) 478 480 8*0.7/10 = 0.56 2) 5th International Conference on NONACCELERATOR NEW PHYSICS (Dubna, Russia, June 20 25, 2005). Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nur,LVAL<menniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment". ?C1;8:>20=>: /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60*0.7/10 = 3.84 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. (4+8*0.7)/10 = 0.96 >=D5@5=F88, =5 >?C1;8:>20=>: 1.5 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  . 4/9=0.44 2) 20th ECRS - European Cosmic Ray Symposium (5-8 September, 2006, Lisboa, Portugal), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, P.S.Striganov, V.I.Volchenko, A.F.Yanin, M.M. Boliev,  Search for high energy gamma-ray bursts . 6/9 = 0.67 3) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4   = 20.LVALMG>;852 CA018 CE0@18528G, 31.03.1956, :.D.-<.=., A=A ;01>@0B>@88 !" C1;8:0F88: 0.4 1) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 6.89 1) XIII International Symposium on Very High Energy Cosmic Ray Interactions (Pilos, Greece, September 6-12, 2004). Yu.F. Novoseltsev, M.M. Boliev, A.V. Butkevich, S.P. Mikheev and V.B. Petkov, "A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope (BUST)". ?C1;8:>20=: Nuclear Physics B - Proceedings Supplements, V. 151, Issue 1, January 2006, Pages 337-340. 0.875*30*0.7/5 = 3.675 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. (4+8*0.7)/10 = 0.96 3) International Workshop on Exotic Physics with Neutrino Telescopes (Uppsala, Sweden, September 20-22, 2006). M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova, "Results with the Baksan Neutrino Telescope". ?C1;8:>20=: Proceedings of the International Workshop on Exotic Physics with Neutrino Telescopes, the Uppsala University publication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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse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c.1075-1078. (4+8*0.7)/6 = 1.6 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ". ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. (4+8*0.7)/10 = 0.96 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ...!B5=L:8=, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20  59B@>=K 2 ( . ?C1;8:>20=: 72. , A5@8O D878G5A:0O, B>< 71, !4, A.558-561. (4+8*0.7)/5 = 1.92 >=D5@5=F88, =5 >?C1;8:>20=>: 6.15 1) 30th International Cosmic Ray Conference, Merida (Mexico), 2007. D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, YU.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/9 = 0.67 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/8 = 0.75 3) International Cosmic Ray Workshop ICRW  ARAGATS 2007 , Nor-Amberd, Yerevan, Armenia, 2LVAL(007. D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I.Michailova, V.B.Petkov, Yu.V. Stenkin,  Study for hadronic component with hadron energy $>$50 GeV at "Carpet-2" EAS array . 6/7 = 0.86 4) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory . 6/6 = 1 5) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods . 6/9 = 0.67 6) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study . 6/5 = 1.2 7) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, A.S. Lidvansky, Yu.M.Andreyev, V. Kozyrivsky, T. Tulupova, D.D.Dzhappuev, A.U. Kudzhaev,  Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies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th ECRS - European Cosmic Ray Symposium (5-8 September, 2006, Lisboa, Portugal), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, P.S.Striganov, V.I.Volchenko, A.F.Yanin, M.M. Boliev,  Search for high energy gamma-ray bursts . 6/9 = 0.67 3) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from grLVALavitational stellar collapse . 4/10 = 0.4   = 7.4 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ 9. ;5:A55=:> 8:B>@ ;048<8@>28G, 27.12.1945, :.D.-<.=., A=A ;01>@0B>@88 !". >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.56 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O . ?C1;8:>20=: 72. , A5@.D87., 2007, B>< 71, ! 7, c.1075-1078. (4+8*0.7)/6 = 1.6 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ". ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. (4+8*0.7)/10 = 0.96 >=D5@5=F88, =5 >?C1;8:>20=>: 4.3 1) 30th International Cosmic Ray Conference, Merida (Mexico), 2007. D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/9 = 0.67 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/8 = 0.75 3) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,, Yu.V. SLVAL tenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory . 6/6 = 1 4) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods . 6/9 = 0.67 5) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study . 6/5 = 1.2   = 6.9LVALMG;5:A55=:> 8:B>@ ;048<8@>28G, 27.12.1945, :.D.-<.=., A=A ;01>@0B>@88 !". >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.6 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O , A5:F8>==K9. ?C1;8:>20=: 72. , A5@.D87., 2007, B>< 71, ! 7, c.1075-1078. 4*1.5/6 = 1 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", A5:F8>==K9. ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 4*1.5/10 = 0.6 >=D5@5=F88, =5 >?C1;8:>20=>: 4.3 1) 30th International Cosmic Ray Conference, Merida (Mexico), 2007. D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , A5:F8>==K9. 6/9 = 0.67 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , ?;5=0@=K9. 6/8 = 0.75 3) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory , ?;5=0@=K9.  LVAL 6/6 = 1 4) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , A5:F8>==K9. 6/9 = 0.67 5) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , A5:F8>==K9. 6/5 = 1.2   = 5.9LVALMG>;G5=:> ;048<8@ 20=>28G, 09.03.1952, :.D.-<.=., =A ;01>@0B>@88 !" C1;8:0F88 : 1.8 1) .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 60/10 = 1.356 2) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 3.84 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40", AB5=4>2K9. ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. (4+8*0.7)/10 = 0.96 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ". ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. (4+8*0.7)/10 = 0.96 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ...!B5=L:8=, ..>;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20  59B@>=K 2 ( . ?C1;8:>20=: 72. , A5@8O D878G5A:0O, B>< 71, !4, A.558-561. (4+8*0.7)/5 = 1.92 >=D5@5=F88, =5 >?C1;8:>20=>: 1.5 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<&LVAL68G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  . 4/9=0.44 2) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4 3) 20th ECRS - European Cosmic Ray Symposium (5-8 September, 2006, Lisboa, Portugal), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, P.S.Striganov, V.I.Volchenko, A.F.Yanin, M.M. Boliev,  Search for high energy gamma-ray bursts . 6/9 = 0.67   = 7.14LVALMG>2>A5;LF520 8B0 8:B>@>2=0, 12.11.1957, =A ;01>@0B>@88 !" C1;8:0F88: 0.4 1) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 7.06 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. (4+8*0.7)/10 = 0.96 2) XIV International Symposium on Very High Energy Cosmic Ray Interactions (Weihai, China, August 15-22, 2006). V.B. Petkov, J. Szabelski, D.V. Smirnov, R.V. Novoseltseva,  High energy muon number spectrum detected at Baksan Underground Scintillation Telescope . ?C1;8:>20=: Nuclear Physics B - Proceedings Supplements, Volume 175-176C, pp. 362-365 (2008). (6+0.875*30*0.7)/4 = 6.1 >=D5@5=F88, =5 >?C1;8:>20=>: 1.4 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. 5B:>2, /.(015;LA:8, .. >2>A5;LF520, .. !<8@=>2,  @C??K <N>=>2 1>;LH>9 :@0B=>AB8 8 <0AA>2K9 A>AB02  2 >1;0AB8 87;><0 , 4/4=1 2) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4 LVAL   = 8.9\LVALv p-D5=4852 0A8< OG5A;02>28G, @>4. 04.03.19783., <.=.A.  / ,   70 2006-200733. I) C1;8:0F88: " Khokonov M.Kh., Efendiev K.V. High Energy Limit of Single Photon Channeling Radiation Spectrum // Nucl. Instr. Meth. B.- 2006.- 252, P.36-43.  (1.041*30)/2=15.62 1. II) >:;04K: " =5B III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B V) 14.11.20073. 70I8B8; :0=4840BA:CN 48AA5@B0F8N ?> B5<5 A>15==>AB8 @0480F8>==KE ?@>F5AA>2 =0 ?CG:0E C;LB@0- @5;OB828ABA:8E M;5:B@>=>2 2 >@85=B8@>20==KE :@8AB0;;0E - 4>:C<5=BK >B?@02;5=K 2  =0 CB25@645=85 ( ?>2KH0NI89 :>MDD8F85=B - 2) B>3>: 15,62*2=31,2 1.;5:A552 235=89 8:>;0528G,19403.@., 4D<=, 2=A  / ,   70 2006-200733. 1.#G0AB85 2 <564C=0@>4=>9 :>=D5@5=F88 A 4>:;04><. @83;0HQ==K9 4>:;04  Baksan data , Twenty Years after SN1987A, USA,Hawaii,23-25 February,2007 ?@=4 - 30 1. 2.#G0AB85 2 >AA89A:>9 :>=D5@5=F88 A 4>:;04><. @83;0HQ==K9 4>:;04 0:A0=A:85 40==K5, 20 ;5B A25@E=>2>9 !1987,>A:20,21-24 $52@0;O 2007. ?@=4 - 20 1 B>3>: 50 1.8E5;52 ;5:A0=4@ >15@B>28G, 10.11.1950, =A ;01>@0B>@88 !" C:>2>4AB2> 48?;><=8:><: 0.5*10 = 5 1) !:>?8=F520 .., .$#, 2007, 48?;><=0O @01>B0 " ;8O=85 @5;8:B>2KE G5@=KE 4K@ =0 M2>;NF8N 87>B@>?=>9 A5;5==>9", A>@C:>2>48B5;L   = 5LVALMG@>B>2 <8B@89 ;5:A0=4@>28G. 1. On Pure Spinor Superfield Formalism. Victor Alexandrov , Dmitry Krotov, Andrey Losev, Vyacheslav Lysov . Published in JHEP 0710:074,2007. e-Print: arXiv:0705.2191 [hep-th] 2. Materializing superghosts. Victor Alexandrov, Dmitry Krotov, Andrei Losev, Vyacheslav Lysov Published in JETP Letters, vol.86, issue 7, pp.439-443, 2007 e-Print: arXiv:0707.1906 [hep-th] 3. Quantum field theory as effective BV theory from Chern-Simons. Dmitry Krotov, Andrei Losev, e-Print: hep-th/0603201 5.944*30/4=44.58 1.446*60/4=21.69 4/2=2 10;;0 70 ?@5?@8=B A53> 70 ?C1;8:0F88 68.27 >=D5@5=F88: 1. XIV-th International School "PARTICLES and COSMOLOGY" April 16 - 21, 2007 Baksan Valley, Kabardino-Balkaria, Russian Federation. KABC?8; A 4>:;04><  A Pure Spinor Superspace . #AB=K9 4>:;04  4. 2. International Workshop Supersymmetries and Quantum Symmetries (SQS'07), C1=0, >AA8O, 2007. KABC?8; A 4>:;04>< "The Materialization of the Superghosts" . #AB=K9 4>:;04  4. http://theor.jinr.ru/~sqs07/ 3. THE LOGIC OF NATURE, COMPLEXITY AND NEW PHYSICS: From Quark-Gluon Plasma to Superstrings, Quantum Gravity and Beyond ERICE-SICILY: 29 AUGUST - 7 SEPTEMBER 2006. #AB=K9 4>:;04-6 http://www.ccsem.infn.it/issp2006/index.html 4. International Congress on Mathematical Physics 2006, Young Researches Symposium, Rio-de-Janeiro, Brazil. #AB=K9 4>:;04-6 http://www.impa.br/opencms/pt/eventos/extra/2006_ICMP/YRSschedule.html 5. 20@:8 2006 #AB=K9 4>:;04-4. 6. WORKSHOP ON PURE SPINORS IN SUPERSTRING THEORY, Sao-Paulo, Brazil, 2006 @83;0H5==K9 4>:;04-30. http://www.ift.unesp.br/users/nberkovi/purespinor.html 7. ITEP Winter School of Physics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h LVALx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u. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. (B@C4K <564.:>=D. NANP-2005) AB@.2174-2178, 5 A>02B>@>2.  0,914*0,7*60/5=7,7 1 " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr ,. (B@C4K <564.:>=D. NANP-2005) /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,914*0,7*60/10=3,9 1 " Schnert, S., Abt, I. (et al.)  Status of the Germanium Detector Array (GERDA) in the search of neutrinoless  decays of 76Ge at LNGS Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, (B@C4K <564.:>=D. NANP-2005) >10 A>02B>@>2.  0,914*0,7*60/10=3,9 1 " ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8= =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O. 72. , A5@.D87., B>< 71, !7, 2007, 1075-1078. (B@C4K 299 2A5@>A.:>=D.?> :>A<. ;CG0< -2006) 0,169*0,7*60/10=0,7 1 " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-KaraziLVALn Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7 = 0,6 1. 3. V.V.Alekseenko, D.D.Djappuev, Yu.M.Gavriluk, D.M.Gromushkin, A.U.Kudjaev, V.V.Kuzminov, O.I.Michailova, Yu.V.Stenkin, V.I.Stepanov  Observation of thermal neutron flux variations connected with Lunar periods . Proc. of 30th International Cosmic Ray Conference ICRC 07, Merida, Mexico, 2007. - 6/9 =0,71. 4. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=LVAL0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 5. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia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u. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. (B@C4K <564.:>=D. NANP-2005) AB@.2174-2178, 5 A>02B>@>2.  6*0,5/5=0,61. [0,914*60/5=11 1] " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr ,. (B@C4K <564.:>=D. NANP-2005) /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, LVAL 12 A>02B>@>2.  6*0,5/10=0,3 1. [0,914*60/10=5,5 1] " Schnert, S., Abt, I. (et al.)  Status of the Germanium Detector Array (GERDA) in the search of neutrinoless  decays of 76Ge at LNGS Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, (B@C4K <564.:>=D. NANP-2005) >10 A>02B>@>2.  6*0,5/10=0,31. [0,914*60/10=5,5 1] " ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8= =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O. 72. , A5@.D87., B>< 71, !7, 2007, 1075-1078. (B@C4K 299 2A5@>A.:>=D.?> :>A<. CG0< -2006) 4*1,5/7= 0,9 1 [0,169*60/10=1,0 1] " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. LVAL070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7 = 0,6 1. 3. V.V.Alekseenko, D.D.Djappuev, Yu.M.Gavriluk, D.M.Gromushkin, A.U.Kudjaev, V.V.Kuzminov, O.I.Michailova, Yu.V.Stenkin, V.I.Stepanov  Observation of thermal neutron flux variations connected with Lunar periods . Proc. Of 30th International Cosmic Ray Conference ICRC 07, Merida, Mexico, 2007. - 6/9 =0,71. 4. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 5. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia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u. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. (B@C4K <564.:>=D. NANP-2005) AB@.2174-2178, 5 A>02B>@>2.  0,914*0,7*60/5=7,7 1 " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr ,. (B@C4K <564.:>=D. NANP-2005) /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,914*0,7*60/10=3,9 1 " Schnert, S., Abt, I. (et al.)  Status of the Germanium Detector Array (GERDA) in the search of neutrinoless  decays of 76Ge at LNGS Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, (B@C4K <564.:>=D. NANP-2005) >10 A>02B>@>2.  0,914*0,7*60/10=3,9 1 " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino OLVALbservatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: LVAL " 306=>:>2 .., 20073. (2B>@>9 @C:. C7L<8=>2 ..) - 10/2 = 5 1. B>3>: 24,4*1,5(3>4 70I8BK 48AA. 2005)=36,6 1. =================== 0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :D<=, <.=.A.  / ,   70 2006-200733. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. (B@C4K <564.:>=D. NANP-2005) AB@.2174-2178, 5 A>02B>@>2.  6*0,5/5=0,61. [0,914*60/5=11 1] " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr ,. (B@C4K <564.:>=D. NANP-2005) /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  6*0,5/10=0,3 1. [0,914*60/10=5,5 1] " Schnert, S., Abt, I. (et al.)  Status of the Germanium Detector Array (GERDA) in the search of neutrinoless  decays of 76Ge at LNGS Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, (B@C4K <564.:>=D. NANP-2005) >10 A>02B>@>2.  6*0,5/10=0,31. [0,914*60/10=5,5 1] " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of differentLVAL samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particlesp LVAL and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " 306=>:>2 .., 20073. (2B>@>9 @C:. C7L<8=>2 ..) - 10/2 = 5 1. B>3>: 10,5*1,5(3>4 70I8BK 48AA. 2005)=15,8 1. [46,4 1]LVALMG02@8;N: .@89 8E09;>28G, @>4. 02.09.19583., 254. 8=6. <0B.  /  (?@54;>65=> 0BB5AB>20BL =0 4>;6=>ABL =0CG=>3> A>B@.),   70 2006-200733. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. AB@.2174-2178, 5 A>02B>@>2.  0,914*0,7*60/5=7,7 1 * Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,914*0,7*60/10=3,9 1 arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=LVAL:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7 = 0,6 1. 3. V.V.Alekseenko, D.D.Djappuev, Yu.M.Gavriluk, D.M.Gromushkin, A.U.Kudjaev, V.V.Kuzminov, O.I.Michailova, Yu.V.Stenkin, V.I.Stepanov  Observation of thermal neutron flux variations connected with Lunar periods . Proc. of 30th International Cosmic Ray Conference ICRC 07, Merida, Mexico, 2007. - 6/9 =0,71. 4. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 5. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. " III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>LVAL3>: 16,1 1 ============== 02@8;N: .@89 8E09;>28G, @>4. 02.09.19583., 254. =6. 0B.  /  (?@54;>65=> 0BB5AB>20BL =0 4>;6=>ABL =0CG=>3> A>B@.),   70 2006-200733. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. !B@.2174-2178, 5 A>02B>@>2.  0,6 1 [0,914*60/5=11 1] " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,31. [0,914*60/10=5,5 1] arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, LVAL.. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7 = 0,6 1. 3. V.V.Alekseenko, D.D.Djappuev, Yu.M.Gavriluk, D.M.Gromushkin, A.U.Kudjaev, V.V.Kuzminov, O.I.Michailova, Yu.V.Stenkin, V.I.Stepanov  Observation of thermal neutron flux variations connected with Lunar periods . Proc. Of 30th International Cosmic Ray Conference ICRC 07, Merida, Mexico, 2007. - 6/9 =0,71. 4. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 5. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. " III) C:>2>4AB2> A>8A:0B5;5<: " =5B IxLVALV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 5,41. [21 1]LVALMG070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., 0A?8@0=B, 1/2 AB02:8 8=6.-8AA;54.  / ,   70 2006-200733. I) C1;8:0F88: * Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,914*0,7*60/10=3,9 1 arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk,LVAL A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 7,9*1,5(0A?8@0=B)= 11,9 1 ================== 070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., 0A?8@0=B, 1/2 AB02:8 8=6.-8AA;54.  / ,   70 2006-200733. I) C1;8:0F88: * Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,3 1. [0,914*60/10=5,5 1] " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra oLVALf the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>,\ LVALl >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 4,2*1,5(0A?8@0=B)=6,3 1. [14,1 1]LVALMG 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., :D<=, 1/2AB02:8 =.A.  / ,   70 2006-200733. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. AB@.2174-2178, 5 A>02B>@>2.  0,914*0,7*60/5=7,7 1 " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,914*0,7*60/10=3,9 1 " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>LVAL25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 15,5/2(?>;AB02:8)= 7,8 1 ================ 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., :D<=, 1/2AB02:8 =.A.  / ,   70 2006-200733. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in BaLVALksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. !B@.2174-2178, 5 A>02B>@>2.  0,61 [0,914*60/5=11 1] " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,31 [0,914*60/10=5,5 1] " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.GavrilLVALyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 4,8/2(?>;AB02:8)=2,4 1. [10,2 1]LVALMG0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., 1/2 AB02:8 <.=.A.  / ,   70 2006-20073. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. AB@.2174-2178, 5 A>02B>@>2.  0,914*0,7*60/5=7,7 1 " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,914*0,7*60/10=3,9 1] arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>LVAL9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 15,5/2(?>;AB02:8)= 7,8 1 ============ 0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., 1/2 AB02:8 <.=.A.  / ,   70 2006-20073. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino ObseLVALrvatory , /45@=0O D878:0, B>< 69, !12, 2006 3. !B@.2174-2178, 5 A>02B>@>2.  0,61. [0,914*60/5=11 1] " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,31 [0,914*60/10=5,5 1] arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.GangapshLVALev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 4,8/2(?>;AB02:8)=2,4 1. [10,2 1]'+RM H C ]  d  c ^YTx!snEuQ= 0BD@?@HHHH<߿.CD@?pMG;8B 70@C1 :><0=4jjHH<FBD@?0MGHHHH<߿(fBhC D@? @HHHH<߿? 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C@A- 5, !5<5AB@- 9, 1I55 :>;-2> G0A>2- 140 G., 5:F88 - 36 G., @0:B8G5A:85 70=OB8O - 36 G., !0<>AB>OB5;L=0O @01>B0 68 G., 70G5B- 9 A5<5AB@ - B>3>: 20,0 1.*LVAL> >/:8<5=:> !5@359 02;>28G, @>4. 30.06.19613., <.=.A.  /  A 07.07.20053.   70 2006-200733. /:8<5=:> !.. ?>AB02;5=0 7040G0 >2;045BL ?0:5B>< ?@>3@0<< GEANT 4;O <>45;8@>20=8O D878G5A:8E ?@>F5AA>2 2 =87:>D>=>2KE M:A?5@8<5=B0E. >A;5 42CE ;5B 70=OB89 @01>B0 1;87:0 : 7025@H5=8N. 4=0:> 70 2@5<O ?>43>B>2:8 /:8<5=:> !.. =5 2E>48; 2 A?8A>: A>02B>@>2 =0CG=KE @01>B ;01>@0B>@88 8 =5 2KABC?0; A 4>:;040<8 =0 :>=D5@5=F8OE. AB0;L=K5 ?>:070B5;8, CG8BK205<K5 ?@8 @0AG5B5  , C =53> ?>:0 >BACBAB2CNB. > MB>9 ?@8G8=5 53>   ?>:0 @025= =C;N.%>:>=>2 70<0B %07@5B-;8528G, @>4. 06.09.19603., 4D<=, 1/2 AB02:8 A.=.A.  /    70 2006-200733. 1) >:;04K =0 :>=D5@5=F8OE: QUARKS-2006 A. Kh. Khokonov  Stochastical study of vacuum stability - 6 1. B>3>: 6/2= 3 1.#<5@>2 (0<8;L ;L40@>28G, @>4. 6.10.1979 3., <.=.A.  /  A 10.07.20073.,   70 2006-200733.  2002 70:>=G8; 010@48=>-0;:0@A:89 3>AC40@AB25==K9 C=825@A8B5B, E8<8G5A:89 D0:C;LB5B. 2002-2005 010@48=>-0;:0@A:89 3>AC40@AB25==K9 C=825@A8B5B, 0A?8@0=BC@0 ?> A?5F80;L=>AB8 2KA>:><>;5:C;O@=K5 A>548=5=8O. - ?>2KH0NI89 :-B 2 1) C1;8:0F88 2006-2007: " #<5@>2 (.. !?>A>1K C?@>G=5=8O ?>;8<5@=KE =0=>:><?>78B>2. 0B5@80;K 564C=0@>4=>3> :>=3@5AA0 ABC45=B>2, 0A?8@0=B>2 8 <>;>4KE CG5=KE 5@A?5:B820 2007. 0;LG8:, 2007 3. A 185-186. (4>:;04 8 ?C1;8:0F8O) - 4*1,5=61. B>3>: 6*2=12 1.,LVAL<;8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :D<=, A=A  / ,   70 2006-200733. 1) >:;04K: D.D. Dzappuev,V.V.Alekseenko, A.S.Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikzailova, A.U.Kudzaev, N.F.Klimenko.  Study of EAS hadronic components with hadron energy > 50 GeV . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). B>3>: 4/8= 0,5 1. & & & & . ;8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :D<=, A=A  / ,   70 2006-200733.  2006-2007 3>40E ;8<5=:> .$. =5 8<55B ?C1;8:0F89 8 4@C38E ?>:070B5;59, CG8BK205<KE ?@8 @0AGQB5  , ?> ?@8G8=5 >1>AB@5=8O 701>;520=8O ACAB02>2. >A;5 42CE >?5@0F89 >= 2>AAB0=>28; 74>@>2L5 8 ?@8ABC?8; : @0AGQB=>9 8 <>45;L=>9 @01>B5 2 :>;;5:B825 A 8A?>;L7>20=85< >A2>5==KE 70 2@5<O 1>;57=8 ?0:5B>2 ?@>3@0<<. 57C;LB0BK >6840NBAO 2 2008 3>4C. > MB>9 ?@8G8=5 2@5<5==> 53>   @025= =C;N.LVALMG C1;8:0F8O 0AG5B   1.!..515452, =><0;L=K9 M;5:B@><03=5B87< =0=>AB@C:BC@8@>20==KE 3@0D8B>?>4>1=KE ?;5=>:. >:;04 =0 1I5@>AA89A:>< !>25I0=88 CG5=KE-M:A?5@B>2 2 >1;0AB8 =0=>C3;5@>4=KE <0B5@80;>2 03 D52@0;O 2006 3., 3. "@>8F: >A:>2A:>9 >1;0AB8, $# "!#. 2.S.G.Lebedev, S.V.Akulinichev, A.S.Iljinov, V.E.Yants, A Gaseous Radiochemical Method for Registration of Ionizing Radiation and Its Possible Applications In Science and Economy, Nuclear Instruments and Methods in Physics Research, v. A561(2006)90-99. 3.!..515452, ..0@8=, .-./=F, .!.5154520, 01;N45=85 35=5@0F88 >?B8G5A:>3> 87;CG5=8O 2 ?5@5E>4=>< @568<5 A:0G:>>1@07=>3> 87<5=5=8O ?@>2>48<>AB8 2 C3;5@>4=KE ?;5=:0E, @5?@8=B / , 1165/2006, 09 2006 3., 12 AB@. 4.S.G.Lebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, Report on 23rd International Conference of INTDS, October, 15-21, 2006, Tsukuba, Japan. To be published in the Proceedings of the Conference. 5.!..515452, >8A:8 2KA>:>B5<?5@0BC@=>9 A25@E?@>2>48<>AB8 2 3@0=C;O@=KE C3;5@>4=KE ?;5=:0E, !1>@=8: AB0B59 ?>1548B5;59 >=:C@A0 =0CG=>- ?>?C;O@=KE AB0B59 A@548 45@60B5;59 3@0=B>2 $$, 2006 3. 6. S.G.Lebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, arXiv: cond-mat/0612451. 7...>?B5;>2, !..515452, .-./=F, 048>E8<8G5A:89 A?>A>1 <>=8B>@8@>20=8O ?>B>:0 1KAB@KE =59B@>=>2, 0B5=B $ =0 87>1@5B5=85 ! 2286586, 2006 3. 8.!..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 20063.+ 8?;>< D8=0;8AB0 :>=:C@A0 http://www.inno.ru/projects/14157/ 9.!..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53>LVAL :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O ?@>5:B0  ?>1548B5;O 2> A5@>AA89A:>< :>=:C@A=>< >B1>@5 8==>20F8>==KE ?@>5:B>2 0A?8@0=B>2 8 ABC45=B>2 57>?0A=>ABL 8 ?@>B82>459AB285 B5@@>@87<C 2 =><8=0F88 =B8B5@@>@8AB8G5A:>5 8 4>A<>B@>2>5 >1>@C4>20=85, 0=A8>=0B @H>2>, 19-23 :BO1@O, 20063.+ 8?;>< ?>1548B5;O :>=:C@A0. 10.!..515452, .-./=F >=8B>@ =5@07@CH0NI53> :>=B@>;O AB5?5=8 2K3>@0=8O "- O45@=KE @50:B>@>2 =0 B5?;>2KE =59B@>=0E @575=B0F8O ?@>5:B0 !14158 =0 >=:C@A5 CAA:8E ==>20F89.+8?;>< D8=0;8AB0. http://www.inno.ru/project/14158/ 11.!..515452, .-./=F, .!.515452. 6>75DA>=>2A:0O M;5:B@>=8:0 ?@8 :><=0B=KE B5<?5@0BC@0E, @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 20063.+8?;>< D8=0;8AB0 :>=:C@A0 http://www.inno.ru/projects/14156 12.!..515452, =5@B=K5 @048>0:B82=K5 307K ?><>30NB :>=B@>;8@>20BL O45@=>3> 468=0. 725AB8O 0C:8, 1;>38,2006. http://www.inauka.ru/blogs/article62565.html 13.!..515452,  "$"+  /' ! % !",  #+  # +% % )."!/  -" #, 725AB8O 0C:8, 1;>38, 2006. http://www.inauka.ru/blogs/article62144/print.html 14.!..515452, 6>75DA>=>2A:89 ?5@5:;NG0B5;L, >3@0=8G8B5;L B>:0, @54AB02;5=85 ?@>5:B0 =0 A09B5 7>1@5B0B5;8: http://www.inventors.ru/invention.asp?fid=65&mode=260&MS=0 15.!..515452, "5E=>;>38O 8A?>;L7>20=8O 2KA>:>B5<?5@0BC@=KE 6>75DA>=>2A:8E MDD5:B>2 2 C3;5@>4=KE :>=45=A0B0E 4;O A>740=8O "=5:@8>35==>9" M;5:B@>=8:8. @54AB02;5=85 ?@>5:B0 =0 A09B5 ><?0=88 2KA>:8E B5E=>;>389. http://www.hightechnologies.ru/rus/index.php?option=com_content&task=view&id=251&Itemid=116 16.!..515452, .-./=F, 048>E8<8G5A:89 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2, @575=B0F8O =0 A09B5 KAB02>G=>3> F5=B@0 . http://www.expo.ras.ru/base/prod_data.asp?prod_id=2684 17.!..515452, 0:>20 AB@C:BC@0 20:CC<0? 725AB8O 0C:8, ;>38, 2006 3. http://www.inauka.ru/blogs/article62942.html 18.S.V.Akulinichev, V.S.Klenov, L.VLVAL.Kravchuk, S.G.Lebedev, A.V.Feschenko and V.E.Yants,  Development of the detector based on CVD-diamond for use in the ratiotherapy facilities . Published in Proceedings of XIX Int. Seminar on charged particle accelerators , Crimea, Alushta , September 2006. 19. S.G.Lebedev, V.E.Yants, A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films. Accepted for publication in Nuclear Instruments & Methods in Physics Research A. 20. S.G.Lebedev, A.S.Lebedev,  Calculation of the Lifetimes of Thin Stripper Targets Under Bombardment of Intense Pulsed Ions to be published in Phys.Rev.Special Topic: Accelerators and Beams in 2007. 21. !..515452 > A;540< C3;5@>4=>9 A25@E?@>2>48<>AB8 @8@>40 !8, 2007, AB@.38-44. 22. !..515452 >@OG0O A25@E?@>2>48<>ABL C3;5@>40? %8<8O 8 87=L !2, 2007, AB@.24-27. 23. S.G.Lebedev  Josephson-Like Behaviour of Granular Carbon Films Report on the 8 th European Conference on Applied Superconductivity, Sept.16-20, 2007. To be published in the Proceedings of the Conference. 24. !..515452 ==>20F8>==K9 ?>B5=F80; =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>: ;5=0@=K9 4>:;04 =0 >=D5@5=F88 ==>20F88 -2007 07-09 =>O1@O 20073., 3.'5@=>3>;>2:0 . C45B >?C1;8:>20= 2 B@C40E :>=D5@5=F88. 25. S.G.Lebedev, A.S.Lebedev  Exploration of Josephson-Like Behavior of Thin Granular Carbon Films to be published in Edited Collection, Editor  in  Chief: Frank Columbus, Nova Science Publishers, Inc.,2007. 26. S.G.Lebedev, A.S.Lebedev,  Calculation of the Lifetimes of Thin Stripper Targets Under Bombardment of Intense Pulsed Ions eprint arXiv: 0705.3694, 2007. 27. S.G.Lebedev, Josephson-Like Behaviour of Granular Carbon Films eprint arXiv: 0706.3310, 2007. 28. !..515452 AA;54>20=85 0=><0;L=>3> M;5:B@><03=5B87<0 =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>:. C1;8:0F8O =0 A09B5 -;5<5=BK 2007 3. http://elementy.ru/blogs/users/serleb/12054/ 28. C:>2>4AB2> ABC45=B>< 515452K< .!. (# D-B 8, A?5F80;870F8O :><?LNB5@=0LVALO 3@0D8:0) 70 2006-2007 33. ============================================== C1;8:0F8O 0AG5B   1.!..515452, =><0;L=K9 M;5:B@><03=5B87< =0=>AB@C:BC@8@>20==KE 3@0D8B>?>4>1=KE ?;5=>:. >:;04 =0 1I5@>AA89A:>< !>25I0=88 CG5=KE-M:A?5@B>2 2 >1;0AB8 =0=>C3;5@>4=KE <0B5@80;>2 03 D52@0;O 2006 3., 3. "@>8F: >A:>2A:>9 >1;0AB8, $# "!#. 2.S.G.Lebedev, S.V.Akulinichev, A.S.Iljinov, V.E.Yants, A Gaseous Radiochemical Method for Registration of Ionizing Radiation and Its Possible Applications In Science and Economy, Nuclear Instruments and Methods in Physics Research, v. A561(2006)90-99. 3.!..515452, ..0@8=, .-./=F, .!.5154520, 01;N45=85 35=5@0F88 >?B8G5A:>3> 87;CG5=8O 2 ?5@5E>4=>< @568<5 A:0G:>>1@07=>3> 87<5=5=8O ?@>2>48<>AB8 2 C3;5@>4=KE ?;5=:0E, @5?@8=B / , 1165/2006, 09 2006 3., 12 AB@. 4.S.G.Lebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, Report on 23rd International Conference of INTDS, October, 15-21, 2006, Tsukuba, Japan. To be published in the Proceedings of the Conference. 5.!..515452, >8A:8 2KA>:>B5<?5@0BC@=>9 A25@E?@>2>48<>AB8 2 3@0=C;O@=KE C3;5@>4=KE ?;5=:0E, !1>@=8: AB0B59 ?>1548B5;59 >=:C@A0 =0CG=>- ?>?C;O@=KE AB0B59 A@548 45@60B5;59 3@0=B>2 $$, 2006 3. 6. S.G.Lebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, arXiv: cond-mat/0612451. 7...>?B5;>2, !..515452, .-./=F, 048>E8<8G5A:89 A?>A>1 <>=8B>@8@>20=8O ?>B>:0 1KAB@KE =59B@>=>2, 0B5=B $ =0 87>1@5B5=85 ! 2286586, 2006 3. 8.!..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 200LVAL63.+ 8?;>< D8=0;8AB0 :>=:C@A0 http://www.inno.ru/projects/14157/ 9.!..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O ?@>5:B0  ?>1548B5;O 2> A5@>AA89A:>< :>=:C@A=>< >B1>@5 8==>20F8>==KE ?@>5:B>2 0A?8@0=B>2 8 ABC45=B>2 57>?0A=>ABL 8 ?@>B82>459AB285 B5@@>@87<C 2 =><8=0F88 =B8B5@@>@8AB8G5A:>5 8 4>A<>B@>2>5 >1>@C4>20=85, 0=A8>=0B @H>2>, 19-23 :BO1@O, 20063.+ 8?;>< ?>1548B5;O :>=:C@A0. 10.!..515452, .-./=F >=8B>@ =5@07@CH0NI53> :>=B@>;O AB5?5=8 2K3>@0=8O "- O45@=KE @50:B>@>2 =0 B5?;>2KE =59B@>=0E @575=B0F8O ?@>5:B0 !14158 =0 >=:C@A5 CAA:8E ==>20F89.+8?;>< D8=0;8AB0. Http://www.inno.ru/project/14158/ 11.!..515452, .-./=F, .!.515452. 6>75DA>=>2A:0O M;5:B@>=8:0 ?@8 :><=0B=KE B5<?5@0BC@0E, @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 20063.+8?;>< D8=0;8AB0 :>=:C@A0 http://www.inno.ru/projects/14156 12.!..515452, =5@B=K5 @048>0:B82=K5 307K ?><>30NB :>=B@>;8@>20BL O45@=>3> 468=0. 725AB8O 0C:8, 1;>38,2006. http://www.inauka.ru/blogs/article62565.html 13. !..515452,  "$"+  /' ! % !",  #+  # +% % )."!/  -" #, 725AB8O 0C:8, 1;>38, 2006. http://www.inauka.ru/blogs/article62144/print.html 14. !..515452, 6>75DA>=>2A:89 ?5@5:;NG0B5;L, >3@0=8G8B5;L B>:0, @54AB02;5=85 ?@>5:B0 =0 A09B5 7>1@5B0B5;8: http://www.inventors.ru/invention.asp?fid=65&mode=260&MS=0 15. !..515452, "5E=>;>38O 8A?>;L7>20=8O 2KA>:>B5<?5@0BC@=KE 6>75DA>=>2A:8E MDD5:B>2 2 C3;5@>4=KE :>=45=A0B0E 4;O A>740=8O "=5:@8>35==>9" M;5:B@>=8:8. @54AB02;5=85 ?@>5:B0 =0 A09B5 ><?0=88 2KA>:8E B5E=>;>389. Http://www.hightechnologies.ru/rus/index.php?option=com_content&task=view&id=251&Itemid=116 16. !..515452, .-./=F, 048>E8<8G5A:89 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2, @575=B0F8O =0 A09B5 KAB02>G=>3> F5=B@0 . Http://www.expo.ras.ru/base/prod_data.asp?prod_LVALid=2684 17.!..515452, 0:>20 AB@C:BC@0 20:CC<0? 725AB8O 0C:8, ;>38, 2006 3. Http://www.inauka.ru/blogs/article62942.html 18.S.V.Akulinichev, V.S.Klenov, L.V.Kravchuk, S.G.Lebedev, A.V.Feschenko and V.E.Yants,  Development of the detector based on CVD-diamond for use in the ratiotherapy facilities . Published in Proceedings of XIX Int. Seminar on charged particle accelerators , Crimea, Alushta , September 2006. 19. S.G.Lebedev, V.E.Yants, A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films. Accepted for publication in Nuclear Instruments & Methods in Physics Research A. 20. S.G.Lebedev, A.S.Lebedev,  Calculation of the Lifetimes of Thin Stripper Targets Under Bombardment of Intense Pulsed Ions to be published in Phys.Rev.Special Topic: Accelerators and Beams in 2007. 21. !..515452 > A;540< C3;5@>4=>9 A25@E?@>2>48<>AB8 @8@>40 !8, 2007, AB@.38-44. 22. !..515452 >@OG0O A25@E?@>2>48<>ABL C3;5@>40? %8<8O 8 87=L !2, 2007, AB@.24-27. 23. S.G.Lebedev  Josephson-Like Behaviour of Granular Carbon Films Report on the 8 th European Conference on Applied Superconductivity, Sept.16-20, 2007. To be published in the Proceedings of the Conference. 24. !..515452 ==>20F8>==K9 ?>B5=F80; =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>: ;5=0@=K9 4>:;04 =0 >=D5@5=F88 ==>20F88 -2007 07-09 =>O1@O 20073., 3.'5@=>3>;>2:0 . C45B >?C1;8:>20= 2 B@C40E :>=D5@5=F88. 25. S.G.Lebedev, A.S.Lebedev  Exploration of Josephson-Like Behavior of Thin Granular Carbon Films to be published in Edited Collection, Editor  in  Chief: Frank Columbus, Nova Science Publishers, Inc.,2007. 26. S.G.Lebedev, A.S.Lebedev,  Calculation of the Lifetimes of Thin Stripper Targets Under Bombardment of Intense Pulsed Ions eprint arXiv: 0705.3694, 2007. 27. S.G.Lebedev, Josephson-Like Behaviour of Granular Carbon Films eprint arXiv: 0706.3310, 2007. 28. !..515452 AA;54>20=85 0=><0;L=>3> M;5:B@><03=5B87<0 =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>:. fLVALvC1;8:0F8O =0 A09B5 -;5<5=BK 2007 3. Http://elementy.ru/blogs/users/serleb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zhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. / Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. // Int. Workshop  Aragats 2007 ,   = 6/8 = 0.75. D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk./ Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array.Int. Workshop  Particles and Cosmology 2007 , Baksan,   = 6/8 = 0.75. B>3>  : 6.833LVAL&O1C: 40< 5>=BL528G, @>4. 28.08.1945, =A -,   70 2006-2007 33. C1;8:0F88: A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin./  Search for aligned events in muon groups measured by BUST // Nucl. Phys. B (Proc. Suppl.), 151, p. 473-476, 2006,   = 0.875*30/3*1.5*0.5 = 6.56. .. &O1C:, .. CE0<54H8=, ... !B5=L:8=. / @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E. // 725AB8O , A5@. $87., B. 71, !4, A. 562-565 (2007),   = 8/3 = 2.667. A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin./  Lateral distribution for aligned events in muon groups deep underground . // arXiv:0701013 (2007)   = 4/3 = 1.333. >:;04K: .. &O1C:, .. CE0<54H8=, ... !B5=L:8=/ @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E // 29,   = 4/3 = 1.333 A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin/  Lateral distribution for aligned events in muon groups deep underground // ISVHECRI 2006,   = 6/3 = 2 D.D. DZHAPPUEV, V.V. ALEKSEENKO, A.S. LIDVANSKY, YU.V. STENKIN,V.B. PETKOV, O.I. MIKHAILOVA, A.U. KUDZHAEV. A.B. CHERNYAEV AND A.L. TSYABUK. /STUDY OF EAS HADRONIC COMPONENT WITH HADRON ENERGY > 50 GEV. //PROC. OF 30TH ICRC, MERIDA, REP. 303, (2007),   = 6/9*1.5 = 1.005 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. / Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. // Int. Workshop  Aragats 2007 ,   = 6/8 = 0.75. D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk./ Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array.Int. Workshop  Particles and Cosmology 2007 , Baksan,   = 6/8 = 0.75. B>3>:   = 16.398@LVALJ R!B5?0=>2 ;048<8@ 20=>28G, @>48;AO A=A -,   70 2006-2007 33. >:;04K: V.V. Alekseenko, D.D. Djappuev, Yu .M. Gavriluk , D.M. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I. Michailova, Yu. V. Stenkin, V.I. Stepanov. /Observation of thermal neutron flux variations connected with Lunar periods.// Proc. Of 30th ICRC, Merida, (2007), rep. 932,   = 6/9*1.5 = 1.0"C;C?>20 "0BLO=0 20=>2=0 @>4. 04.11.1940, <=A -,   70 2006-2007 33 !B0BL8: .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20/ 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389// 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 506-508.   = 8/3 = 2.667. >:;04K: .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20/ 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3., "5:ABK 4>:;04>2, PCR-05.   = 4/3 = 1.333 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ Amplitude and direction of the anisotropy of cosmic rays of TeV energies// XIV International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, August 15-22, 2006.   = 6/3 = 2 B>3>:   = 6.0.LVALMG!B5=L:8= .@89 0A8;L528G, @>4. 10.12.1948, A=A -,   70 2006-2007 33. C1;8:0F88: Yuri V. Stenkin./Remarks on astrophysical origin of the knee in cosmic ray spectrum //Nucl. Phys. B (Proc. Suppl.), 151, p. 65-68, 2006,   = 0.875*30*0.5 = 13.125 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin./  Search for aligned events in muon groups measured by BUST // Nucl. Phys. B (Proc. Suppl.), 151, p. 473-476, 2006,   = 0.875*30 / 3*1.5*0.5 = 6.56. ...!B5=L:8=. / (8@>:85 0B<>AD5@=K5 ;82=8. // "@C4K A54L<>9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$-2006 ?>4 @54. ..5B@CE8=0 8 .%.%>:>=>20. (ISBN 5-7558-0390-0) #, A. 43, 2007,   = 7*2/6 = 2.33 ...!B5=L:8=./ 59B@>=K 2 :>A<8G5A:8E ;CG0E. // "@C4K A54L<>9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$-2006 ?>4 @54. ..5B@CE8=0 8 .%.%>:>=>20. (ISBN 5-7558-0390-0) #, A. 55, 2007,   = 7*2/6 = 1.6 ...!B5=L:8=, ..>;G5=:>, ..60??C52, .#.C46052, ..8E09;>20./ 59B@>=K 2 (. // 725AB8O , A5@. $87., B. 71, !4, A. 558-561, (2007),   = 8/5 = 1.6. .. &O1C:, .. CE0<54H8=, ... !B5=L:8=. / @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E. // 725AB8O , A5@. $87., B. 71, !4, A. 562-565 (2007),   = 8/3 = 2.667. ..60??C52, ..;5:A55=:>, ..>;G5=:> 8 4@. / >45@=870F8O CAB0=>2:8 >25@-2  / . // 725AB8O , A5@. $87., B.71, !4, A.542-544, (2007),   = 8/10 = 0.8. ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=./ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 C@>2=5 1700 < =04 C@>2=5< <>@O. // 725AB8O , A5@. $87., B.71, !7, A. 1080-1083 (2007),   = 8/7 = 1.143. ...!B5=L:8=, ..60??C52, %.$.0;L45A-0;8A8O. / 59B@>=K 2 H8@>:8E 0B<>AD5@=KE ;82=OE. // /$, B.70, !6, A. 1123-1135, (2007),   = 60*0.914/3 = 18.28 Yuri V. Stenkin. / EAS longitudinal development and the knee // arXiv:0707.2231 (2007),   = 4 YLVALuri V. Stenkin. /  Thermal neutrons in EAS: a new dimension in EAS study // arXiv:0702048 (2007),   = 4 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin./  Lateral distribution for aligned events in muon groups deep underground . // arXiv:0701013 (2007)   = 4/3 = 1.333 Yu.V.Stenkin /  On power-law spectra in the Nature: analogies with the cosmic ray spectrum // Proc. of  Particles and Cosmology  05 , INR RAS, (2007),   = 8*0.5 = 4.0 >:;04K: .. &O1C:, .. CE0<54H8=, ... !B5=L:8=/ @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E // 29,   = 4 / 3 = 1.333 ..60??C52, ..;5:A55=:>, ..>;G5=:> 8 4@./ >45@=870F8O CAB0=>2:8 >25@-2  / // 29,   = 4 / 10 = 0.4 ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=/ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O// 29 ,   = 4 / 7 = 0.57 ... !B5=L:8=, .. >;G5=:>, .. 60??C52 8 4@./59B@>=K 2 (// 29 ,   = 4 / 5 = 0.8 Yu.V.Stenkin / Thermal neutrons in EAS: a new dimension in EAS study // ISVHECRI 2006,   = 6 A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin/  Lateral distribution for aligned events in muon groups deep underground // ISVHECRI 2006,   = 6 / 3 = 2 ...!B5=L:8= / (8@>:85 0B<>AD5@=K5 ;82=8// ( -"$ 2006,   = 20 ...!B5=L:8=/ 59B@>=K 2 :>A<8G5A:8E ;CG0E// ( -"$ 2006,   = 20 V.V. Alekseenko, D.D. Djappuev, Yu .M. Gavriluk , D.M. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I. Michailova, Yu. V. Stenkin, V.I. Stepanov. / Observation of thermal neutron flux variations connected with Lunar periods.// Proc. Of 30th ICRC, Merida, (2007), rep. 932,   = 6/9*1.5 = 1.0 YU. V. STENKIN, D. D. DZHAPPUEV, A. U. KUDZHAEV AND O.I. MIKHAILOVA. / THERMAL NEUTRON IN EAS: A NEW METHOD IN EAS STUDY. // PROC. OF 30TH ICRC, MERIDA (2007), REP. 827,   = 6 / 4*1.5 = 2.25 Yuri V. Stenkin. / EAS Longitudinal Development and the Knee.// Proc. Of 30thLVAL ICRC, Merida (2007), rep. 675,   = 6*1.5 = 9.0 D.D. DZHAPPUEV, V.V. ALEKSEENKO, A.S. LIDVANSKY, YU.V. STENKIN,V.B. PETKOV, O.I. MIKHAILOVA, A.U. KUDZHAEV. A.B. CHERNYAEV AND A.L. TSYABUK. /STUDY OF EAS HADRONIC COMPONENT WITH HADRON ENERGY > 50 GEV. //PROC. OF 30TH ICRC, MERIDA (2007), REP. 303,   = 6 / 9*1.5 = 1.0 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. / Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. // Int. Workshop  Aragats 2007 ,   = 6/8 = 0.75 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk./ Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array.Int. Workshop  Particles and Cosmology 2007 , Baksan,   = 6/8 = 0.75 V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I.Mikhailova,, Yu.V.Stenkin, V.V. Kuzminov./  Variations of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory . // XIV-International School  Particles and Cosmology , Baksan-2007,   = 6/6 = 1 B>3>:   = 128.291LVALMG8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2006-2007 33 C1;8:0F88: A.S. Lidvansky/  Air Cherenkov Methods in Cosmic Rays: Review and Some History // Radiation Physics and Chemistry, Vol. 75, issue 8, August 2006, pp. 891-898.   = 0.868*30/1 = 26.04 .!. 8420=A:89, AA;54>20=8O =0 CAB0=>2:0E 4;O @538AB@0F88 ( 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88, :045<8: .. %@8AB80=A5=  CG5=K9 >A:>2A:>3> C=825@A8B5B0, !1>@=8: AB0B59 : 80-;5B8N A> 4=O @>645=8O, ?>4 @540:F859 .. 0;<K:>20, .. 0=0AN:0 8 .. ><0=>2A:>3>, >A:20 74. #, 2007, AB@. 89-96.   = 20. .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20, 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389, 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 506-508.   = 8/3 = 2.67. .. 60??C52, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:> .(. C;852, .. C;8520, ... >=>20;>2, .#. C46052, .!. 8420=A:89, .. 8E09;>20, .. 5B:>2, .. !<8@=>2, .. !B5?0=>2, ... !B5=L:8=, .!. %05@48=>2, >45@=870F8O CAB0=>2:8 >25@-2  / , 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 542-545.   = 8*0.1 = 0.8. .!. 8420=A:89, .!. %05@48=>2, ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1052-1055.   = 8/2 = 4.0. .!.8420=A:89, .!.%05@48=>2, ..'5@=O52, @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1056-1060.   = 8/3 = 2.67. .!. 8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062.   = 8/2 = 4. .. >7O@82A:89, .!. 8420=A:89,  2>?@>AC > 25;8G8=5 8 =0?@02;5=88 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2008, B. 34, ! 2, AB@. 131-135.   = 1.315*60/2 = 39.45. >:;04K: N.S. KhLVALaerdinov, A.S. Lidvansky, Variations of intensity of cosmic ray muons due to thunderstorm electric fields, General Assembly of European Geosciences Union, Vienna, April 02-07, 2006.   = 6/2 = 3.0. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds, General Assembly of European Geosciences Union, Vienna, April 02-07, 2006.   = 6/2 = 3.0. .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2.0. .!.8420=A:89, .!.%05@48=>2, ..'5@=O52/ @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.333. .!. 8420=A:89, .!. %05@48=>2// ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2.0. .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20// 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389, 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.333. .. >;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=/ >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>: // 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/9 = 0.444. V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ Amplitude and direction of the anisotropy of cosmic rays of TeV energies// XIV International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, August 15-22, 2006.   = 6/3 = 2.0. N.S. Khaerdinov, A.S. Lidvansky/ Dynamics of Cosmic Rays in Thunderstorm AtmosphereLVAL and Generation of Elementary Particles by Thunderclouds// 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal.   = 6/2 = 3.0. .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5// ( -"$ 2006,   = 20/2 = 10.0. A.S. Lidvansky,Yu.M. Andreyev, D.D. Dzhappuev, V.A. Kozyarivsky, A.U. Kudzhaev, and T.I. Tulupova, Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies, Proc. 30th Intern. Cosmic Ray Conf., Merida, Mexico, 2007, icrc0492.   = 6/6*1.5 = 1.5. .!. 8420=A:89, .!. %05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5 (=01;N405<K5 MDD5:BK 8 8E 8=B5@?@5B0F8O), "@C4K 6 >AA89A:>9 :>=D5@5=F88 ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 18-21.   = 20/2*1.5 = 15.0. .!. 8420=A:89, .!. %05@48=>2, #A:>@5=85 8 35=5@0F8O 70@O65==KE G0AB8F M;5:B@8G5A:8< ?>;5< 3@>7>2KE >1;0:>2, "@C4K 6 >AA89A:>9 :>=D5@5=F88 ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 196-197.   = 20/2*1.5 = 15.0. C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: .!. %05@48=>2, AA;54>20=85 :@0B:>2@5<5==KE 20@80F89 2B>@8G=KE :>A<8G5A:8E ;CG59 ?>4 459AB285< M;5:B@8G5A:>3> ?>;O 0B<>AD5@K 2> 2@5<O 3@>7, 2006 - @C:>2>48B5;L   = 30 C:>2>4AB2> 0A?8@0=B>< (.. >AA>E0G) 2 B5G5=85 >4=>3> 3>40 (2007)   = 30 B>3> 8=48284C0;L=K9   : 219.24 !@54=55   A>B@C4=8:>2 ;01. = 49.613   :0: 702. ;01. 219.24*0.5 + 49.613*0.75 = 146.83,LVAL<>7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2006-2007 33 !B0BL8: .. ;5:A55=:>, .. 60??C52, .. >7O@82A:89, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=/ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O// 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 1075-1078.   = 8/7 = 1.143. .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20, 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389, 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 506-508.   = 8/3 = 2.667. .. >7O@82A:89, .!. 8420=A:89,  2>?@>AC > 25;8G8=5 8 =0?@02;5=88 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2008, B. 34, ! 2, AB@. 131-135.   = 1.315*60/2 = 39.45. >:;04K: .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20/ 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.333. .. ;5:A55=:>, .. 60??C52, .. >7O@82A:89, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=/ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/7 = 0.571. V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ Amplitude and direction of the anisotropy of cosmic rays of TeV energies// XIV International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, August 15-22, 2006.   = 6/3 = 2.0 A.S. Lidvansky, Yu.M. Andreyev, D.D. Dzhappuev, V.A. Kozyarivsky, A.U. Kudzhaev, and T.I. Tulupova, Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies, Proc. 30th Intern. Cosmic Ray Conf., Merida, Mexico, 2007, icrc0492.   = 6/6*1.5 = 1.5. B>3>  : 48.664. LVAL ;5=A:89 /= !B0=8A;02>28G @>4. 21.11.1937, =A -,   70 2006-2007 33 !B0BL8: /.!. ;5=A:89/ ;8O=85 <=>3>:@0B=>3> @0AA5O=8O =0 25;8G8=C :@8B8G5A:>3> ?>;O 4;O C1530NI8E M;5:B@>=>2 2 0B<>AD5@5// 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062.,   = 8. >:;04K: /.!. ;5=A:89/ ;8O=85 <=>3>:@0B=>3> @0AA5O=8O =0 25;8G8=C :@8B8G5A:>3> ?>;O 4;O C1530NI8E M;5:B@>=>2 2 0B<>AD5@5// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4 B>3>:   = 12LVALMG20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 2006-2007 3>40E: 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1 =6.519 2. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 3. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 4. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 5. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A-GeV and 2-A-GeV) collisions. By HADES Collaboration (WLVAL. Przygoda et al.). 2006. 14pp. Published in Acta Phys.Polon.B37:139-152, 2006. 130 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, V.Tiflov (8 02B>@>2)  =0.807*30*0.1 =2.421 6. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. Jan 2007. 16pp. 14 02B>@>2 Published in Eur.Phys.J.C52:495-506,2007. / : A. Ivashkin  =3.209*30*0.1 =9,627 7. Search for T-violating transverse muon polarization in the K+ ---> pi0 mu+ nu decay. M. Abe et al. Apr 1, 2006. 34pp. 30 02B>@>2 Published in Phys.Rev.D73:072005,2006. / : A.P. Ivashkin, M.M. Khabibullin, A.N. Khotjantsev, Yu.G. Kudenko, A. Levchenko, O.V. Mineev, N. Okorokova (7 02B>@>2)  =4.852*30*0.1 =14,556 8. Measurement of K+ ---> pi0 mu+ nu gamma decay using stopped kaons. By KEK-E470 Collaboration (S. Shimizu et al.). Dec 2005. 12pp. 19 02B>@>2 Published in Phys.Lett.B633:190-194,2006. / : A.P. Ivashkin, M.M. Khabibullin, A.N. Khotjantsev, Yu.G. Kudenko, A. Levchenko, O.V. Mineev (6 02B>@>2)  =5,301*30*0.1 =15,903 9. New result of the measurement of the direct photon emission in K+ ---> pi+ pi0 gamma decay. By KEK-E470 Collaboration (M.A. Aliev et al.). Nov 2005. 13pp. 17 02B>@>2 Published in Eur.Phys.J.C46:61-67,2006. / : A.P. Ivashkin, M.M. Khabibullin, A.N. Khotjantsev, Yu.G. Kudenko, O.V. Mineev (5 02B>@>2)  =3.209*30*0.1 =9,627 10. Performance of RPC with low-resistive silicate glass electrodes exposed to an intense continuous electron beam. V. Ammosov,& F.Guber et al. 2007. 6pp. 20 02B>@>2 Published in Nucl.Instrum.Meth.A576:331-336,2007. / : F. Guber, A. Ivashkin, V. Tiflov (3 02B>@0)  = 1,224*30/10=3,672   ?> ?C1;8:0F8O< 94,185 @5?@8=BK M;5:B@>==K5 8 8740==K5 70 @C156>< 1. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point LVALand Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 119 02B>@>2, (/ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2)  =4*0.1 =0.4 2. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. Jan 2007. 16pp. 14 02B>@>2 e-Print: arXiv:0706.2641 [physics.ins-det] / : A. Ivashkin  =4*0.1 =0.4 3. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK- 2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp. 62 authors, e-Print: arXiv:0709.1000 [hep-ex]  =4*0.1=0.4 4. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. e-Print: nucl-ex/0610048 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =4*0.1 =0.4 5. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). e-Print: nucl-ex/0608031 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 6. A New SPS programme. By NA49-future Collaboration (Marek Gazdzick, & F.Guberi et al.). Dec 2006. 19pp. 93 02B>@0. e-Print: nucl-ex/0612007 / : F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya (4 02B>@0.)  =4*0.1 =0,4 7. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. 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Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 3. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th InterLVALnational Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 4. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 5. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A-GeV and 2-A-GeV) collisions. By HADES Collaboration (W. Przygoda et al.). 2006. 14pp. Published in Acta Phys.Polon.B37:139-152, 2006. 130 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, V.Tiflov (8 02B>@>2)  =0.807*30*0.1 =2.421 6. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. Jan 2007. 16pp. 14 02B>@>2 Published in Eur.Phys.J.C52:495-506,2007. / : A. Ivashkin  =3.209*30*0.1 =9,627 7. Search for T-violating transverse muon polarization in the K+ ---> pi0 mu+ nu decay. M. Abe et al. Apr 1, 2006. 34pp. 30 02B>@>2 Published in Phys.Rev.D73:072005,2006. / : A.P. Ivashkin, M.M. Khabibullin, A.N. Khotjantsev, Yu.G. Kudenko, A. Levchenko, O.V. Mineev, N. Okorokova (7 02B>@>2)  =4.852*30*0.1 =14,556 8. Measurement of K+ ---> pi0 mu+ nu gamma decay using stopped kaons. By KEK-E470 Collaboration (S. Shimizu et al.). Dec 2005. 12pp. 19 02B>@>2 Published in Phys.Lett.B633:190-194,2006. / : A.P. Ivashkin, M.M. Khabibullin, A.N. Khotjantsev, Yu.G. Kudenko, A. Levchenko, O.V. Mineev (6 02B>@>2)  =5,301*30*0.1 =15,903 9. New result of the measurement of the direct photon emission in K+ -LVAL--> pi+ pi0 gamma decay. By KEK-E470 Collaboration (M.A. Aliev et al.). Nov 2005. 13pp. 17 02B>@>2 Published in Eur.Phys.J.C46:61-67,2006. / : A.P. Ivashkin, M.M. Khabibullin, A.N. Khotjantsev, Yu.G. Kudenko, O.V. Mineev (5 02B>@>2)  =3.209*30*0.1 =9,627 10. Performance of RPC with low-resistive silicate glass electrodes exposed to an intense continuous electron beam. V. Ammosov,& F.Guber et al. 2007. 6pp. 20 02B>@>2 Published in Nucl.Instrum.Meth.A576:331-336,2007. / : F. Guber, A. Ivashkin, V. 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S alars in pp > gamma gamma + jet: SM Higgs boson, radion, sgoldstino.. .O, 2) More 69, no.. About 712-720, sgoldstino 2006. interpretation I IA=0.914 of Hyp erCP 60/2 = 27 events. .42. Demidov, D.S. Gorbunov (Mos ow, INR), JETP Lett.84:479-484,2007. I IA S.V. = 1.446 60/2 = 43.38. 3) Non-minimal Split Sup ersymmetry. S.V. Demidov, D.S. Gorbunov (Mos ow. 0702:055,2007. 30/2 = 89.16. INR). Aieeaau: JHEP S. V, Nonminimal I IA Sup ersymmetry, =5.944 Quarks-2006, I IA= Demidov Split 4 1.5=6 Demidov S. V. Sgoldstino interpretation of Hyp erCP events, Parti les an. Cosmology .oaie. - 2007, I IA=4 Eeanne.aneea eaeoee: eaeea.iai.iua iiey, 3 naiano.a: I IA=8 . 3 = 24 iieiaie Eaaioiaay nio.oaiee, ca iaoaieea, ia iiaue yaey.ueeny . I IA eo.n, = 1 naiano.: anie.aioii, I IA aeoi. = 30 - 2.0 EOI I2006-2007. 447.92 . Demidov S. V. Sgoldstino interpretation of Hyp erCP events, Parti les an. Cosmology .oaie. - 2007, I IA=4 Eeanne.aneea eaeoee: eaeea.iai.iua iiey, 3 naiano.a: I IA=8 . 3 = 24 iieiaie Eaaioiaay nio.oaieLVALe, ca iaoaieea, ia iiaue yaey.ueeny . I IA eo.n, = 1 naiano.: anie.aioii, I IA aeoi. = 30 - 2.0 EOI I2006-2007. 447.92LVALMG>?5;8>28G ;048<8@ 5=548:B>28G 1. >4 @>645=8O. 1945 2. 0B0 70I8BK 48AA5@B0F88 29 >:BO1@O 1971 3. 3. >;6=>ABL AB0@H89 =0CG=K9 A>B@C4=8: 4. !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. 1. 0AI5?;5=8O <0AA 87>B>?>2 O45@ 2 :8@0;L=>< A>;8B>==>< ?>4E>45. /$ 69, 124-137 (2006); Phys.Atom.Nucl. 69, 120-132 (2006) -3 02B>@0  =0.914*60/3=18,28 2. 5=B0:20@:8 2 :8@0;L=KE A>;8B>==KE <>45;OE. $878:0 -;5<5=B0@=KE '0AB8F 8 B><=>3> /4@0 (-'/) 37, 1183-1223 (2006); Phys.Part.Nucl. 37, 623-644 (2006) -1 02B>@  =0.505*60=30,30 3. Mass terms in the Skyrme model, Phys.Rev D73, 014006, 1-15 (2006) -3 02B>@0  =4.852*30/3=48,52 4. V.B.Kopeliovich, A.M.Shunderuk. Strange and heavy flavoured hypernuclei in chiral soliton models. 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C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O.  =2*30=60 (C=45@N: =4@ LVAL 59 8@>A;02>28G, 0A?8@0=B 2-3-3> 3>40 /  (2006-2007 3.3.) 8. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. C@A "2545=85 2 D878:C M;5<5=B0@=KE G0AB8F 8 :20=B>2CN B5>@8N ?>;O" G8B05BAO ABC45=B0< 3-4-3> :C@A>2 $". >@01>B0= 2 2007 3. 4;O 4-3> :C@A0   =8 "+   = 307,76LVALC3052 -<8= /B:O@>28G @>4. 17.10.1978, <=A "$,   70 2006-200733 C1;8:0F88: .. 810=>2, -../. C3052, !2>9AB20 E833A>2A:>9 G0AB8FK 2 <>45;8\\ A >1J548=5==K<8 ?>:>;5=8O<8 D5@<8>=>2 /$ 70:698-9041 2007,   = 0.914*60/2=27.42; >:;04K: XLIst RENCONTRES DE MORIOND ELECTROWEAK INTERACTIONS AND UNIFIED THEORIES,  =6*1.5=9; 20@:8-2006,  =4 >MDD8F85=B: 2 (8=AB8BCB ); B>3>:  =80.840=8= ;5:A0=4@ @83>@L528G @>4. 13.09.1984, AB065@ 8AA;54>20B5;L "$,   70 2006-2007 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2006 3>4: C1;8:0F88: >:;04K: !5<8=0@A:85 70=OB8O: >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2006:  (2006) = 0 2007 3>4: C1;8:0F88: 1. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // On the over-barrier reflection in quantum mechanics with multiple degrees of freedom,  2007, -Phys. Rev.  A76,  p. 032114,   = 2.997*30/3 = 29.970 2. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // Complex trajectories in chaotic dynamical tunnelin,  2007. -Phys. Rev.  E76.  p. 046209,   = 2.418*30/3 = 24.180 3. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // Unstable semiclassical trajectories in tunneling,  2007, -Phys. Rev. Lett.  99,  p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ataev  The relations between Bjorken polarized, Bjorken unpolarized and Gross-Llewellyn Smith sum rule Nucl. Phys. Proc. Suppl. 155, pp. 260-270, 2006,  =0.875*30/1=26.25 2. A. L. Kataev.  The improved 10th order QED expression for a(mu): New results and related estimates Nucl. Phys/ Proc. Suppl/ 155, pp. 369-371, 2006  =0.875*30.1=26.25 3. A.L. Kataev/ Reconsidered estimates of the 10th order QED contributions to the muon anomaly // Phys. Rev. D 74, 073011, 2006,  =4.852*30/1=145.56 2007 4.. . L. Kataev, G. Parente, A. V. Sidorov, Erratum to  Improved fits to the xF_3 CCFR data at the next-to-next-to-leading order and beyond -'/, 38, N6, 827, 2007,  =0.505 *60/3=10.1 -;5:B@>==K5 ?@5?@8=BK: 2006 1. A. L. Kataev  The comments on QED contributions to (g-2)_mu , |// hep-ph/0602098  =4 2. A.L. Kataev,  Reconsidered estimates of the 10th order QED contributions to the muon anomaly // hep-ph/0608120//  =4 3. A.L. Kataev,  The relations between different deep-inelastic sum rules in the perturbative and non-perturbative regions of QCD // hep-ph/0610117  =4 2007 1. A. L. Kataev, (INR, Moscow)  Non-planar structure of analytical QCD predictions for the Gottfried sum rule , arXiV:0707.2855  = 4 2. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs decay to b\bar{b}: different approaches to resummation of QCD effects arXiV: 0712.2514  =4 >:;04K =0 :>=D5@5=F8OE: 2006: 1. .. 0B052// 'B> <>65B 40BL ?@5F878>==>5 87CG5=85 2:;04>2 - 2 0=><0;L=K9 <03=8B=K9 <><5=B <N>=0 ?@8 A@02=5=88 A M:A?5@8<5=B><.// >:;04 =0 !5AA88 /$, 0?@5;L 2006 3.//  =4 2. A.L. Kataev/ The relations between different deep-inelastic sum rules in the perturbative and non-perturbative regions of QCD // Invited plenary talk at Int. School  Calculations in modern paLVALrticle physics and accelerators of future generation (CALC-2006), Dubna, July 2006, //  =30 3.. A.L. Kataev,/ New relations between DIS sum rules /ICHEP-06, Moscow, August 2006, //  =6*1.5= 9 2007: 1. A. L. Kataev,  Non-planar structure of analytical QCD predictions for the Gottfried sum rule , Proceedings of International Workshop of Advanced Computing and Analysis Technique in Physics Research ( ACAT-07) Amsterdam, 23-27 April 2007, ?@8=OB> : ?5G0B8 2  Proceedings of Science // @83;0H5==K9 4>:;04 //  =30*1.5= 45 2. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs decay to b\bar{b}: different approaches to resummation of QCD effects @83;0H5==K9 4>:;04 =0 13 564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 23-27 !5=BO1@O 2007, >A:>2:89 >AC40@AB25==K9 #=825@A8B5B @830H5==K9 4>:;04//  =30 ": 346.16 564C=0@>4=K9 8=45:A F8B8@>20=8O: 4128 (A<. = FIND+A+A. KATAEVLVALMG902,307   >@1C=>2 <8B@89 !5@35528G, @>4. 20.01.1975, =.A. "$,   70 2006-200733. 1.C1;8:0F88 Comment on 'Correlation of the Highest-Energy Cosmic Rays with Nearby Extragalactic Objects' (D. Gorbunov, P. Tinyakov, I. Tkachev, S. Troitsky), [e-Print: arXiv:0711.4060 astro-ph],  =4/4=1 Muon content of ultrahigh-energy air showers: Yakutsk data versus simulations (A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky), [e-Print: arXiv:0710.5508 astro-ph],  =4/7=0.571 CMS technical design report, volume II: Physics performance (G.L. Bayatian et al), J.Phys.G34:995-1579,2007,  =2.173*30/10=6.519 How to find neutral leptons of the nuMSM? (D. Gorbunov, M. Shaposhnikov) JHEP 0710:015,2007 [e-Print: arXiv:0705.1729 hep-ph],  =5.944*30/2=89.16 Possible observations of new physics in ultrahigh-energy cosmic rays (L.G. Dedenko, G.F. Fedorova, T.M. Roganova, M.I. Pravdin, I.E. Sleptsov, V.A. Kolosov, A.V. Glushkov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky) Phys.Atom.Nucl.70:170-174,2007,  =0.914*60/10=5.484 Air-shower simulations with and without thinning: Artificial fluctuations and their suppression (D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky), Phys.Rev.D76:043004,2007, [e-Print: astro-ph/0703546],  =4.852*30/3=48.52 Constraining the fraction of primary gamma rays at ultra-high energies from the muon data of the Yakutsk extensive-air-shower array (A.V. Glushkov, D.S. Gorbunov, I.T. Makarov, M.I. Pravdin, G.I. Rubtsov, I.E. Sleptsov, S.V. Troitsky), JETP Lett.85:131-135,2007, [e-Print: astro-ph/0701245],  =1.446*60/7=12.3943 Non-minimal Split Supersymmetry, (S.V. Demidov, D.S. Gorbunov), JHEP 0702:055,2007 [e-Print: hep-ph/0612368],  =30*5.944/2=89.16 Towards event-by-event studies of the ultrahigh-energy cosmic-ray composition (D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky) Astropart.Phys.28:28-40,2007 [e-Print: astro-ph/0606442],  =30*4.047/3=40.47 More about sgoldstino interpretation ofLVAL HyperCP events (S.V. Demidov and D.S. Gorbunov) JETP Lett, 84:479-484, 2007 [e-Print Archive: hep-ph/0610066],  =1.446*60/2=43.38 Upper limit on the ultrahigh-energy photon flux from agasa and yakutsk data (G.I. Rubtsov et al.) Published in Phys.Rev.D73:063009,2006 [e-Print Archive: astro-ph/0601449],  =4.852*30/10= 14.556 More on ghosts in DGP model (D. Gorbunov, K. Koyama and S. Sibiryakov), Published in Phys.Rev.D73:044016,2006 [e-Print Archive: hep-th/0512097],  =4.852*30/3=48.52 On sgoldstino interpretation of HyperCP events, (D.S. Gorbunov and V.A.Rubakov), Published in Phys.Rev.D73:035002,2006 [e-Print Archive: hep-ph/0509147],  =4.852*30/2= 72.78 Estimate of the correlation signal between cosmic rays and BL Lacs in future data, (D.S. Gorbunov, I.I Tkachev, P.G. Tinyakov and S.V.Troitsky), JCAP 0601:025, 2006, [e-Print Archive: astro-ph/0508329],  =6.739*30/4=50.5425 2.>:;04K =0 :>=D5@5=F8OE: 3 Lectures on Cosmology at The fifth International Advanced Summer School on Modern Mathematical Physics, Bogoliubov Laboratory of Theoretical Physics (JINR, Dubna) on July 22 - 30, 2007 in the framework of the Program DIAS-TH,  =20 Kaon International Conference 21-25 May 2007, Laboratori Nazionali di Frascati dell'INFN (1 4>:;04 A 1 A>02B>@><, >?C1;8:>20= 2 B@C40E)  =6*1.5/2=4.5 13th Lomonosov Conference on Elementary Particle Physics, from 23 to 29 August, 2007 at the Moscow State University, Moscow, Russia, (1 ?@83;. >:;04),  =20 30th International Cosmic Ray Conference July 3 - 11, 2007, Merida, Yucatan, Mexico (A>02B>@ 2-E 4>:;04>2, D.Gorbunov, S.Troitsky, G.Rubtsov),  = 2*6/3=4 XIV-th International School "PARTICLES and COSMOLOGY" April 16 - 21 , 2007 Baksan Valley, Kabardino-Balkaria, Russian Federation, (1 ?@83;. >:;04),  =20 International Workshop e^+e^- Collisions from Phi to Psi BINP, LVALNovosibirsk, Russia, February 27 - March 2, 2006, (1 4>:;04),  =4 3th International Workshop The highest energy cosmic rays and their sources, INR, Moscow, Russia, May 16-18, 2006, (1 4>:;04),  =4 14th International Seminar on High Energy Physics QUARKS-2006, Repino, Russia, May 19-25, 2006, (1 ?@83;. >:;04),  =20 ITEP Meeting on the future of heavy flavour physics, ITEP, Moscow, Russia, July 24-25, 2006, (1 4>:;04),  =4 International Conference 6th Rencontres du Vietnam: Challenges in Particle Astrophysics, Hanoi, Vietnam, August 6 - 12, 2006 (1 4>:;04, >?C1;8:>20= 2 B@C40E),  =6*1.5=9 International Meeting and Workshop Brane-World Gravity: Progress and Problems, ICG, Portsmouth, United Kingdom, September 18-29, 2006 (1 4>:;04),  =6. International Workshop High Energy, Cosmology and Strings, IHP, Paris, France, December 11-15, 2006 (1 4>:;04),  =6. 5. C:>2>4AB2> 48?;><=8:>< (.!0<>@>4>2, $", 48?;>< <038AB@0, ;5B> 2007),  =10 C:>2>4AB2> 0A?8@0=B>< (.!0<>@>4>2, 1-9 3>4 0A?8@0=BC@K /),  =30 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A ., C10:>2K< (!.5<84>2, 2006, 70I8B8; :0=4840BA:CN 48AA5@B0F8N 25A=>9 2007),  =30/2=15 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A .. C10:>2K< (!.>;5A=8:>2, #, 48?;>< A?5F80;8AB0, 78<0 2006/7),  =10/2=5 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A .. C10:>2K< (.>;010=>2, #, 48?;>< A?5F80;8AB0, 78<0 2006/7),  =10/2=5 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A .. C10:>2K< (!. 0<070=>2, #, 48?;>< <038AB@0, ;5B> 2007),  =1.5*10/2=7.5 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A .. C10:>2K< (. %<5;L=8F:89, #, 48?;>< A?5F80;8AB0, 45:01@L 2007),  =10/2=5 6. !>740=85 =>2>3> :C@A0 ;5:F89, !B0=40@B=0O <>45;L D878:8 M;5<5=B0@=KE G0AB8F, ?@>G8B0= ABC45=B0< AB0@H8E :C@A>2 8 0A?8@0=B0< D878G5A:>3> D0:C;LB5B0 852A:>3> >AC40@AB25==>3> #=825@A8B5B0 (18 0AB@>=><8G5A:8E G0A>2), >:BO1@L 2006,  =30 !>740=85 =>2>3> :C@A0 ;5:F89 2545=85 2 B5>@8N :20=B>20=N LVAL^ =KE ?>;59 4;O ABC45=B>2 3-3> 8 4-3> :C@A>2 :0D54@K 20=B>2>9 AB0B8AB8:8 8 B5>@88 ?>;O D878G5A:>3> D0:C;LB5B0 #, >A5==89 8 25A5==89 A5<5AB@K 2007 3.,  =30*2=60 >@01>B:0 :C@A0 ?> :>A<>;>388 4;O ABC45=B>2 5-3> :C@A0 :0D54@K DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388 D0:C;LB5B0 ?@>1;5< D878:8 8 M=5@35B8:8 $". 5A=0->A5=L 2007, 2006,  =8*4=32 7. 740=85 :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. "5>@8O 3>@OG53> >;LH>3> 27@K20 (.!. >@1C=>2, .. C10:>2), >A:20 2007, ISBN 978-5-94274-029-0, 5G.;. 58,25,  =2*58.25/2=58.25 7. B>3>,  =902.307 21 45:01@O 2007 3>40 .!. >@1C=>2LVALMG C1F>2 @83>@89 3>@528G @>4. 31.07.1981, <=A "$,   70 2006-2007 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2006 3>4: C1;8:0F88: 1. G.I. Rubtsov, L.G. Dedenko, G.F. Fedorova, E.Yu. Fedunin, A.V. Glushkov, D.S. Gorbunov, I.T. Makarov, M.I. Pravdin, T.M. Roganova, I.E. Sleptsov, S.V. Troitsky /Upper limit on the ultra-high-energy photon flux from AGASA and Yakutsk data//Phys. Rev. D73:063009,2006,  =4.852*30/10=14.556 >:;04K: 1. G.I.Rubtsov/Small-scale structure of EAS//UHECR workshop 2006,  =4 2. G.I.Rubtsov/Upper limit on the ultrahigh-energy photon flux from AGASA and Yakutsk data//Quarks-2006,  =4 @5?>4020=85: C@A A5<8=0@>2 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 D87D0:0 #, 2 A5<5AB@0,  =8*2=16 >2KH0NI89 :>MDD8F85=B 70 2006 3>4: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2006:  (2006) = 14.556+4*2+16 = 38.56 2007 3>4: C1;8:0F88: 1. D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, Air-shower simulations with and without thinning: artificial fluctuations and their suppression, Phys.Rev.D76:043004, 2007,  =4.852*30/3=48.52 2. V.A. Kuzmin, G.I. Rubtsov, No-thinning simulations of extensive air showers and small scale fluctuations at the ground level, 8AL<0 2 -"$ 85:535-538, 2007,  =1.446*60/2=43.38 3. D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, Towards event-by-event studies of the ultrahigh-energy cosmic-ray composition, Astropart. Phys. 28 (2007) 28,  =4.047*30/3=40.47 4. A.V. Glushkov, D.S. Gorbunov, I.T. Makarov, M.I. Pravdin, G.I. Rubtsov, I.E. Sleptsov, S.V. Troitsky, Constraining the fraction of primary gamma rays at ultra-high energies from the muon data of the Yakutsk extensive-air-shower array, 8AL<0 2 -"$ 85:163,2007,  =1.446*60/7=12.39 5. L.G. Dedenko, G.F. Fedorova, T.M. Roganova, M.I. Pravdin, I.E. Sleptsov, V.A. Kolosov, A.V. Glushkov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky,  Possible observations of new physics in ultrahigh energy cosmic rays , /45@=0O $878:0 70:170-174,2007,  =0.914*60/10=5.48 >:;04K: 1. G.I.RubLVALtsov, D.S.Gorbunov, V.A.Kuzmin, S.V.Troitsky "Study of small scale fluctuations in charged particle and muon densities at the ground level with no-thinning simulations of extensive air showers", Proceedings of 30th International Cosmic Ray Conference (03-11 July 2007),  =6*1.5/4=2.25 2. G.I.Rubtsov, D.S.Gorbunov, S.V.Troitsky "Getting rid of artificial fluctuations in EAS simulated with thinning: estimate of artificial fluctuations and simple economical method to suppress them", Proceedings of 30th International Cosmic Ray Conference (03-11 July 2007),  =6*1.5/3=3 @5?@8=BK: 1. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V.Troitsky,  Muon content of ultra-high-energy air showers: Yakutsk data versus simulations , arXiv:0710.5508,  =4/7=0.57 @5?>4020=85: C@A A5<8=0@>2 ?> :;0AA8G5A:8< :0;81@>2>G=K< ?>;O< 4;O ABC45=B>2 D87D0:0 #, 2 A5<5AB@0,  =8x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inogradov V.I. Modular RT-systems and networks for monitoring and control; with event modeling and simulating. Preprints INR 1163-2006   =4 2. Vinogradov V.I. Advanced diversified compact modular architectures for convergenced high-performance computer, network and telecommunicationn systems Preprint INR - 1171/2006   =4 3. 8=>3@04>2 .. >=F5?F8O 8 A5B520O 0@E8B5:BC@0 A8AB5< 87<5@5=8O. =0:>?;5=8O 8 >1@01>B:8 40==KE !. @5?@8=B /  -1157.2006   =4 4. 8=>3@04>2 . ==>20F8>==K5 <5B>4K 8 B5E=>;>388 A>740=8O :>=25@35=B=KE :><?0:B=>-<>4C;L=KE A8AB5< 4;O 1C4CI59 :><?;5:A=>9 :><?LNB5@=>9 02B><0B870F88 @5?@8=B /  -11 780.2007.   =4 5. 8=>3@04>2 .. 0=>B5E=>;>388 ?5@A?5:B82=KE M;5:B@>==KE <>4C;L=KE A8AB5< @5?@8=B /  , 20073 (2 ?5G0B8)   =4 6. 8=>3@04>2 .. + !! "%  #,+ !!"+ ! #" # !  C@=0; CHIP- 6C@=0; "Chip News "=65=5@=0O <8:@>M;5:B@>=8:0". 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C@=0; Electronics. -;5:B@>=8:0 - 0C:0, "5E=>;>388, 87=5A.N 8,>A:20, 2007  =8 10. 8=>3@04>2 .. 8:@> 8 =0=>M;5:B@>==K5 B5E=>;>388 :><?0:B=KE 8 <0AHB018@C5<KE :><?LNB5@=KE A8AB5< 2KA>:>3> 1KAB@>459AB28O: 8:@> 8 =0=>M;5:B@>==K5 B5E=>;>388 8 :><?LNB5@=K5 <>4C;L=K5 A8AB5<K. 8:@>?@>F5AA>@=K5 <8:@><>4C;8 8 :><?0:B=K5 2AB@08205<K5 A8AB5<K Electronics Info, !7, C@=0; -;5:B@>=8:0, 5;>@CAA8O, 8=A:, 2007  =8 11. 8=>3@04>2 .. 8:@> 8 =0=>M;5:B@>==K5 BLVAL5E=>;>388 :><?0:B=KE 8 <0AHB018@C5<KE :><?LNB5@=KE A8AB5< 2KA>:>3> 1KAB@>459AB28O: !>2@5<5==K5 <>4C;L=K5 0@E8B5:BC@K A8AB5< 2KA>:>9 ?@>872>48B5;L=>AB8. 0AHB018@C5<K5 A5@25@=K5 :;0AB5@K 8 A8AB5<=>->@85=B8@>20==K5 A5B8. Electronics Info,.N8, C@=0; -;5:B@>=8:0 N8, 5;>@CAA8O, 8=A:, 2007  =8 12. 8=>3@04>2 .. 8:@> 8 =0=>M;5:B@>==K5 B5E=>;>388 :><?0:B=KE 8 <0AHB018@C5<KE :><?LNB5@=KE A8AB5< 2KA>:>3> 1KAB@>459AB28O: KG8A;8B5;L=K5 A8AB5<K 2KA>:>9 ?@>872>48B5;L=>AB8. C@=0; -;5:B@>=8:0 N9, 5;>@CAA8O, 8=A:, 2007  =8 13. Vinogradov V.I. Advanced High-performance computer System Architectures. Nuclear Instruments & Methods in Physics Research. Sector A. NIM A: 46051. 2007 Available on www.sciencedirect.com, www.elsvier.com/locate/nimA  =1,224*30=36,72 14. 8=>3@04>2 .. 5H5=85 ?@>1;5< 8 :>=F5?F8O :>=25@35=F88 <>4C;L=KE A8AB5< 8 A5B59 =0 >A=>25 =0=>M;5:B@>==KE B5E=>;>389 !!. C@=0; "!! Connect . 54><AB25==K5 8 >@?>@0B82=K5 !5B8 8 !8AB5<K. ., N6, 2007,AB@. 94-112. (C@=0; 2:;NG5= 2 5D5@0B82=K9 6C@=0; 8 107K 40==KE ",AAK;:8 ?C1;8:CNBAO 2 <564C=0@>4=>9 A?@02>G=>9 A8AB5<5 Ulrich Periodical Directory).  =8  =120,72 2. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. 1. Vinogradov V.I.Event simulation in object analysis system. EuroMedImages-06. CERN Conference France. - report. 2006 @83;0H5==K9 >:;04   =6 2. Vinogradov V.I. Advanced High-performance computer system achitectures.EuroMedImages-06 CERN Conference. -report. 2006   =6 3. Vinogradov V.I. Monitoring and Control System with event modeling and simulating. Conference USA Conference Jefferson LAb -report /2006   =6 4. Vinogradov V.I. Convergenced high-performance computer and network system architectures. Conference USA Jefferson LAb , 2006   =6 5. Vinogradov V.I. Advanced Compact Modular Systems Based on New Diversified and Convergence TechnologiesInternational Conference DATE 07, France, 2007.   =6 6. Vinogradov V.I. Convergence computer communication Methods forLVAL Advanced high performance Control Systems International Conference ICALEPCS 07, USA, 2007.   =6  =36 B>3>2K9   = 156,72 1. $ 8=>3@04>2 OG5A;02 20=>28G, 4>:B>@ D87-<0B =0C: 54CI89 =0CG=K9 A>B@C4=8: 2. !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. ! C:070=85< :>;-2> 02B>@>2. 1. Vinogradov V.I. Modular RT-systems and networks for monitoring and control; with event modeling and simulating. Preprints INR 1163-2006   =4 2. Vinogradov V.I. Advanced diversified compact modular architectures for convergenced high-performance computer, network and telecommunicationn systems Preprint INR - 1171/2006   =4 3. 8=>3@04>2 .. >=F5?F8O 8 A5B520O 0@E8B5:BC@0 A8AB5< 87<5@5=8O. 0:>?;5=8O 8 >1@01>B:8 40==KE !. @5?@8=B /  -1157.2006   =4 4. 8=>3@04>2 . ==>20F8>==K5 <5B>4K 8 B5E=>;>388 A>740=8O :>=25@35=B=KE :><?0:B=>-<>4C;L=KE A8AB5< 4;O 1C4CI59 :><?;5:A=>9 :><?LNB5@=>9 02B><0B870F88 @5?@8=B /  -11 780.2007.   =4 5. 8=>3@04>2 .. 0=>B5E=>;>388 ?5@A?5:B82=KE M;5:B@>==KE <>4C;L=KE A8AB5< @5?@8=B /  , 20073 (2 ?5G0B8)   =4 6. 8=>3@04>2 .. + !! "%  #,+ !!"+ ! #" # !  C@=0; CHIP- 6C@=0; "Chip News "=65=5@=0O <8:@>M;5:B@>=8:0". N 12, 2007 3.   =8 7. 8=>3@04>2 .. !>2@5<5==K5 A8AB5<K C?@02;5=8O A A5B52>9 0@E8B5:BC@>9 C@=0; "2B><0B870F8O 2 ?@><KH;5==>AB8" N 12 20073.   =8 8. .. 8=>3@04>2  +  (/  -"  %   & +% !!"  !"  ! !!  "%. C@=0; ""5E=>;>388 A2O78". N12, 20073   =8 9. 8=>3@04>2 .. KG8A;8B5;L=K5 A8AB5<K A <>4C;L=>9 A5B52>9 0@E8B5:BC@>9 8 =0=>B5E=>;>388 !! 2KA>:>9 ?@>872>48B5;L=>AB8. C@=0; Electronics. -;5:B@>=8:0 - 0C:0, "5E=>;>388, 87=5A.N 8,>A:20, 2007  =8 10. 8=>3@04>2 .. 8:@> 8 =0=>M;5:B@>==K5 B5E=>;>388 :><?0:B=KE 8 <0AHB018@C5<KE :><?LNB5@=KE A8AB5< 2KA>:>3> 1KAB@>459AB28O: 8:@> 8 =0=LVAL>M;5:B@>==K5 B5E=>;>388 8 :><?LNB5@=K5 <>4C;L=K5 A8AB5<K. 8:@>?@>F5AA>@=K5 <8:@><>4C;8 8 :><?0:B=K5 2AB@08205<K5 A8AB5<K Electronics Info, !7, C@=0; -;5:B@>=8:0, 5;>@CAA8O, 8=A:, 2007  =8 11. 8=>3@04>2 .. 8:@> 8 =0=>M;5:B@>==K5 B5E=>;>388 :><?0:B=KE 8 <0AHB018@C5<KE :><?LNB5@=KE A8AB5< 2KA>:>3> 1KAB@>459AB28O: !>2@5<5==K5 <>4C;L=K5 0@E8B5:BC@K A8AB5< 2KA>:>9 ?@>872>48B5;L=>AB8. 0AHB018@C5<K5 A5@25@=K5 :;0AB5@K 8 A8AB5<=>->@85=B8@>20==K5 A5B8. Electronics Info,.N8, C@=0; -;5:B@>=8:0 N8, 5;>@CAA8O, 8=A:, 2007  =8 12. 8=>3@04>2 .. 8:@> 8 =0=>M;5:B@>==K5 B5E=>;>388 :><?0:B=KE 8 <0AHB018@C5<KE :><?LNB5@=KE A8AB5< 2KA>:>3> 1KAB@>459AB28O: KG8A;8B5;L=K5 A8AB5<K 2KA>:>9 ?@>872>48B5;L=>AB8. C@=0; -;5:B@>=8:0 N9, 5;>@CAA8O, 8=A:, 2007  =8 13. Vinogradov V.I. Advanced High-performance computer System Architectures. Nuclear Instruments & Methods in Physics Research. Sector A. NIM A: 46051. 2007 Available on www.sciencedirect.com, www.elsvier.com/locate/nimA  =1,224*30=36,72  =112,72 3. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. 1. Vinogradov V.I.Event simulation in object analysis system. EuroMedImages-06. CERN Conference France. - report. 2006 @83;0H5==K9 >:;04   =6 2. Vinogradov V.I. Advanced High-performance computer system achitectures.EuroMedImages-06 CERN Conference. -report. 2006   =6 3. Vinogradov V.I. Monitoring and Control System with event modeling and simulating. Conference USA Conference Jefferson Lab -report /2006   =6 4. Vinogradov V.I. Convergenced high-performance computer and network system architectures. Conference USA Jefferson Lab , 2006   =6 5. Vinogradov V.I. Advanced Compact Modular Systems Based on New Diversified and Convergence TechnologiesInternational Conference DATE 07, France, 2007.   =6 6. Vinogradov V.I. Convergence computer communication Methods for Advanced high performance Control Systems International Conference ICALEPCS 07, USA, 2007.   =6  =36 B>3>2KLVAL9   = 148,72LVALl 52:>2 <8B@89 5==048528G @>4. 05.09.1979, <=A "$, /  70 2006-2007 /C1;8:0F88: 1) D.G. Levkov, A.G. Panin, S.M. Sibiryakov. Unstable Semiclassical Trajectories in Tunneling. // Phys. Rev. Lett. 99 170407 (2007), / =7.489*30/3t.89 2) D.G. Levkov, A.G. Panin, S.M. Sibiryakov. On the over-barrier reflection in quantum mechanics with multiple degrees of freedom. // Phys. Rev. A 76, 032114 (2007), / =2.997*30/3).97 3) D.G. Levkov, A.G. Panin, S.M. Sibiryakov. Complex trajectories in chaotic dynamical tunneling. // Phys.Rev. E 76 046209 (2007), / =2.418*30/3$.18 >:;04K: 1) D.G.Levkov. Tunneling via unstable semiclassical solutions. //Euler workshop on theoretical and mathematical physics, St. Petersburg, 2007, / =4 C@A ?> :20=B>2>9 B5>@88 ?>;O =0 :0D54@5 :20=B>2>9 AB0B8AB8:8 8 B5>@88 ?>;O ($87D0: #, 1 8 2 A5<5AB@ 2007), / =8*2 /@>GB5=85 :C@A0 ?> 20=B>2>9 B5>@88 ?>;O =0 :0D54@5 :20=B>2>9 AB0B8AB8:8 8 B5>@88 ?>;O ($87D0: #, 1 A5<5AB@ 2007), / 0 C:>2>4AB2> 48?;><=8:>< (../0=8=): / /2*2 B>3>: /  179.04*2=358.08070@C: 0;5@89 20=>28G, :0=4840B D87-<0B =0C: 0CG=K9 A>B@C4=8: 1) V. I. Nazaruk, Mod. Phys. Lett. A 21 (2006) 2189; "Field-theoretical and phenomenological description of absorption of particles in nuclei".  =1.251*30=37.53 2) V. I. Nazaruk, Eur. Phys. J. C (2007); DOI 10.1140/epjc/s10052-007-0473-6 "Field-theoretical approach to particle Oscillations in Absorbing Matter."  =3.209*30=96.27 3) V. I. Nazaruk, Eur. Phys. J. A. 31 (2007), 177. "Absorption in the final state in reactions and decays in the medium"  =1.659*30=49.77 "+   = 183,57LVALMG8G=K9 =0CG=K9 >BG5B 70 ?5@8>4 2006-2007 A.=.A. -$ / H5=8G=>20 3>@O =0B>;L528G0 H5=8G=>2 3>@L =0B>;L528G 1964 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. "5<0 48AA5@B0F88  !B0B8AB8G5A:>5 >?8A0=85 @50:F89 <=>65AB25==>3> <57>=>>1@07>20=8 =0 O4@0E , A?5F80;L=>ABL 01.04.16 -  D878:0 O4@0 8 M;5<5=B0@=KE G0AB8F , 70I8B0 ?@>E>48;0 2 48AA5@B0F8>==>< A>25B5 / 2 1998 3>4C. AB0@H89 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 SPIRES-HEP ISI Web of Science (6C@=0;L=K5 ?C1;8:0F88) G8A;> @01>B 2 1075 (>?C1;8:>20==KE) 39 38 G8A;> 8E F8B8@>20=89 186 215 C1;8:0F88 2 2006-2007 3>40E:  @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. I. Pshenichnov, A. Larionov, I. Mishustin, W. Greiner,  PET monitoring of cancer therapy with 3He and 12C beams: a study with the GEANT4 toolkit , Phys. Med. Biol., 52 (2007) 7295  =2.683*30/4 = 20.12 2. O. I. Obolensky, E. Surdutovich, I. Pshenichnov, I. Mishustin, A.V. Solov'yov, W. Greiner, Ion beam cancer therapy: fundamental aspects of the problem, Nucl. Instr. Meth. Phys. Research B, 2007, to be published.  =1.181*30/6 = 5.91 3. A.J. Baltz, G. Baur, D. d'Enterria, ... I.A. Pshenichnov et al., The Physics of Ultraperipheral Collisions at the LHC, Phys. Reports, to be published, 2007.  =10.458*30/10 = 31.37 4. I.A. Pshenichnov I.N. Mishustin, W. Greiner,  Distributions of positron-emitting nuclei in proton and carbon-ion therapy studied with GEANT4 , Phys. Med. Biol. 51 (2006) 6099.  =2.683*30/3 = 26.83 5. L. Carlen, P. Golubev, B. Jakobsson, V. Avdeichikov, C. Ekstrom, C.J. Friden, A. Kolozhvari, L. Westerberg, A. Siwek, K. Aleklett, H. Persson, C. Rouki, A.S. Botvina, J.P. Bondorf, I.A Pshenichnov, I.N. Mishustin,  Dynamical and statistical fragment emission properties in 200 A MeV Ne-20+Ar-40 collisions , Nucl. Phys. A764 (2006) 15.  =1.950*30/10 = 5.85 > 6C@=0;0<:  =90.08 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE, ?@83;0H5==K5: 1. I. PshLVALxhenichnov, I. Mishustin, W. Greiner, Nuclear reactions in heavy-ion therapy studied with the GEANT4 toolkit International Conference on Nuclear Fragmentation, Kemer (Antalya), Turkey, September 24  October 1, 2007  =30/3=10 2. Pshenichnov, I. Mishustin, W. Greiner, Towards Monte Carlo calculations of biological dose in heavy-ion therapy: modeling of nuclear fragmentation reactions, 2nd International Symposium on Atomic Cluster Collisions, July 19-23, 2007, Darmstadt, Germany  =30/3=10 3. I. Pshenichnov, A. Larionov, I. Mishustin, W. Greiner, Nuclear reactions in heavy-ion therapy: understanding complexity International Symposium  Complex Systems in Physics and Beyond , Frankfurt, Germany, November 30  December 1, 2007  =30/4=7.5 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. I. Pshenichnov, I. Mishustin, W. Greiner, MCHIT - Monte Carlo model for proton and heavy-ion therapy In Proc. International Conference on Nuclear Data for Science and Technology, April 22-27, 2007, Nice, France, to be published,  =6/3=2 2. I. Pshenichnov,  Do we need to improve nuclear fragmentation models in GEANT4? 11th Geant4 Collaboration Workshop and Users Conference, Lisbon, Portugal, October 9-14, 2006.  =6 3. I. Pshenichnov,  Validation of GEANT4 toolkit for PET monitoring in particle therapy , Japanese-German Workshop on Monte Carlo Simulation for Carbon Ion Therapy, German Cancer Research Center (DKFZ), Heidelberg, Germany, October 5-6, 2006.  =6 4. I. Pshenichnov,  Physics of proton and heavy-ion therapy studied with GEANT4 , Particle Therapy Co-Operative Group (PTCOG) 44th Meeting, Zrich, Switzerland, June 14-16, 2006.  =6 > :>=D5@5=F8O<:  =47.5 B>3>2K9   = 137.58LVALMG (" =4@59 3>@528G, @>4.10.01.1952, A=A -$, ;01>@0B>@8O <57>O45@=KE 2708<>459AB289   70 2006-2007 33. C1;8:0F88: 1. Investigations of amplitude and time characteristics of FEU-187 photomultiplier tubes with fine-mesh dynodes. V.A. Grigorev et al. 2006. 6pp. Published in Instrum.Exp.Tech.49:679-683,2006, Prib.Tekh.Eksp.49:93-98,2006. (14 authors)   = 0.226*60/10 = 1.356 2. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045,2007.(109 authors)   = 2.173*30/10 = 6.519 3. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. (109 authors) e-Print: nucl-ex/0610048   = 1.659*30/10 = 4.977 4. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007.(109 authors)   = 1.472*30/10 = 4.416 5. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302,2007. (129 authors) e-Print: nucl-ex/0608031   = 7.489*30/10 = 22.467 6. Study of energy dependence of pion production by protons on copper target near 350 MeV. E.V.Karpechev et al. 2007. 8pp. (15 authors) ?C1;8:>20=0 2 6C@=0;5 /45@=0O $878:0, B.71, !1 (AB@.1-8)   = 0.914*60/LVAL10 = 5.684 >=D5@5=F88: 1. CERN ALICE Week (Collaboration Meeting), March 13-17, 2006 Report on the HMPID Session Meeting: A.Reshetin Results of the test of the Threshold Aerogel Cherenkov Detector at CERN PS T10 test beam channel   = 0 C:>2>4AB2> 48?;><=8:0<8: 1. $ <8B@89 =4@5528G ($", $$-, 3@C??0 481).   = 10 2. #'! .@89 ;048<8@>28G ($", $$-, 3@C??0 581).   = 10 57C;LB8@CNI89   = 65.419 564C=0@>4=K5 3@0=BK: .. 5H5B8= 8<55B A;54CNI85 <564C=0@>4=K5 3@0=BK: 1. INTAS-GSI, 2006-2008 33.  Dilepton production in pA-collisions with HADES 2. INTAS-CERN, Ref. Nr 05-103-7544  Development of a Cherenkov detector to extend the PID capability of ALICE beyond 5 GeV/c . 2006- 2008 33. 3. ISTC Project # 2880, 2005-2007 33.LVAL?'.' 1$ 1#"'. 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Braneworlds and Lorentz Invariance violation. Proceedings of the Eleventh Marcel Grossmann Meeting on General Relativity. Berlin, Germany. July 2006. http://www.icra.it/MG/mg11/   = 6 * 1.5 = 9 4. Peter Koroteev. Morse Theory in Field Theory. Proceedings of ``Geometry and Integrability in Pysics'', June, 8-13, 2006 Varna, Bulgaria. http://www.bio21.bas.bg/proceedings/Proceedings_files/vol8/P08koroteev.pdf   = 6* 1.5 = 9 5. Peter Koroteev. Morse Theory in Supersymmetric Quantum Mechanics. A talk on the International ITEP winter scholl 2006. http://www.itep.ru/ws/2006/   = 6 1I89   = 32LVAL  2006-2007 >;5IC: ><0= ;048<8@>28G A?8@0=B, 0B0 @>645=8O: 21 0?@5;O 19813. C1;8:0F88: 1. . .0@010=>2, ..5@5A=8:>20, ..>@=>CE>2, ..C1A0=4>@6852, ..>;5IC:. 7<5@5=85 :@82>9 2KA25G820=8O AF8=B8;;OB>@0 CaMoO4 // @5?@8=B /  1184/2007 N;L 2007, 11A. 4E0.2=0.8 2. B.K.Lubsandorzhiev, R.V.Poleshuk, B.M.J.Shaibonov, Y.E.Vyatchin, A.V.Zablotsky. A LED Flasher for TUNKA EAS Experiment // Proc. of the 30th ICRC, Merida Mexico, July 2007 / Physics/arXiv:0709.0458 4E0.2=0.8 3. B.K.Lubsandorzhiev, R.V.Poleshuk, B.M.J.Shaibonov, Y.E.Vyatchin, A.V.Zablotsky. Powerful nanosecond light sources based on LEDs for astroparticle physics experiments // Proc. of the 30th ICRC, Merida Mexico, July 2007 / Physics/arXiv:0709.0458 4E0.25=1 4. ..0A8;L52, .-.OBG8=, ..C1A0=4>@6852, ..>E8;, ...(091>=>2. ;C1>:>2>4=0O M:A?5@8<5=B0;L=0O 38@;O=40 // @5?@8=B / -1188/2007 4E0.2=0.8 >:;04K:  A LED Flasher for TUNKA EAS Experiment =0 30->9 <564C=0@>4=>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, 5@840 5:A8:0, N;L 2007, AB5=4>2K9, CAB=K9. 6  Powerful nanosecond light sources based on LEDs for astroparticle physics experiments  =0 30->9 <564C=0@>4=>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, 5@840 5:A8:0, N;L 2007, AB5=4>2K9, CAB=K9. 6  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 GERDA (:>;0-A5<8=0@ <>;>4KE CG5=KE  $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>3>8O ?;5=0@=K9 CAB=K9. 4 1I0O AC<<0   19.4E1.5=29.1 C:>2>48B5;L 0A?8@0=B0 ..C1A0=4>@6852 0<. 48@5:B>@0 =AB8BCB0 ..57@C:>2LVAL@KA0=>2 ;048<8@ ;5:A5528G :.D.-<.=. !.=.A. - $>@<0;L=K9 @C:>2>48B5;L 57@C:>2 .. 1. @KA0=>2 .. ??0@0BC@=0O GC2AB28B5;L=>ABL >?B>M;5:B@>==>9 AE5<K @538AB@0F88 0:CAB8G5A:8E :>;510=89 @028B0F8>==>9 =B5==K. >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 $878G5A:85 8=B5@?@5B0F88 B5>@88 >B=>A8B5;L=>AB8 2-5 8N;O 20073>40, "# 8<. 0C<0=0   45=8A>2 =4@59 8:>;0528G 0A?8@0=B / , 0,5 AB02:8 AB065@-8AA;54>20B5;L & C:>2>48B5;L !>1>;52A:89 .. 1. Cosmogenic activation of germanium and its reduction for low background experiments. I. Barabanov (Moscow, INR) , S. Belogurov (Moscow, ITEP & Moscow, INR) , L. Bezrukov, A. Denisov (Moscow, INR) , V. Kornoukhov (Moscow, ITEP & Moscow, INR) , N. Sobolevsky (Moscow, INR) . Nov 2005. 20pp. Published in Nucl.Instrum.Meth.B251:115-120,2006. e-Print Archive: nucl-ex/0511049   1,181*30:6=5,905 2. >2K5 B@51>20=8O : >1>30I5==K< 87>B>?0< 4;O M:A?5@8<5=B>2 ?> 87CG5=8N 157=59B@8==>3> 42>9=>3> 15B0-@0A?040 (M:A?5@8<5=B  ). (C18= .., 8;52 .., >=>=>2 ..,& 57@C:>2 ..,& 5=8A>2 ..(14 02B.) B><=0O M=5@38O. ".101, K?.2, !.135-139. 23CAB 2006.   8*0,1=0,8   AC<<0@=>5 (5,905+0,8)*1.5= 10,0575 57@C:>2 ..LVALMG454,354     2006-2007 33. C1A0=4>@6852 0O@B> >=AB0=B8=>28G 0B0 @>645=8O  8 O=20@O 1960 3. #G5=0O AB5?5=L - :.D.-<.=. 1993. >;6=>ABL  A=A >4@0745;5=85 - - $0:B8G5A:89 @C:>2>48B5;L ..57@C:>2 C1;8:0F88: 1. V.M.Aynutdinov, & & & , B.K.Lubsandorzhiev et al. 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V.M.Aynutdinov, & & & & .., B.K.Lubsandorzhiev et al. The Baikal Neutrino Telescope // Physics of Atomic Nuclei. 2006. Vol.69. No.11. pp.1914-1921. 0,91445/10=4,113 12. M.Aynutdinov, & & & & .., B.K.Lubsandorzhiev et al. Baikal Neutrino Telescope // Proc. Of the 3rd Intern. Workshop on NO-VE: Neutrino Oscillations in Venice: 50 years after the Neutrino Experimental Discovery, Venice Italy, 7-10 February 2006. /  Venice 2006, Neutrino 0scillations in Venice 2006. P.449-459. 8/10=0.8 13. V.M.Aynutdinov, & & & & .., B.K.Lubsandorzhiev et al. The Baikal Neutrino experiment: NT200+ and beyond // Nucl. Instrum. And Meth. A. 2007. V.572. P.511-514. 1.224x30/10=3.672 14. O.Mineev, A.Afanasjev, G.Bondarenko, V.Golovin, E.Gushchin, A.Izmailov, M.Khabibulin, A.Khotjantsev, Yu.Kudenko, Y.Kurimoto, B.Lubsandorzhiev, V.Mayatski, Yu.Musienko, T.Nakaya, T.Nobuhara, B.A.J.Shaibonov, A.Shaikhiev, M.Taguchi, N.Yershov, M.Yokoyama. Scintillator counters with multi-pixel avalanche photodiode readout for the ND280 detector of the T2K experiment // Nucl. Instrum. And Meth. A. 2007. V. 577. P.540-551. 1.224x30/10=3.672 15. ..C4=52, .8H=52A:8, ..@MAA, ..01;>F:89, ..>@5AB5;520, ..C7L<8G52, ..C1A0=4>@6852 8 4@. 0AA>2K9 A>AB02 :>A<8G5A:8E ;CG59 ?> 40==K< CAB0=>2:8 "#-25 // 725AB8O . !5@8O D878G5A:0O. 2007. ".71. N.4. !.493-495. 8x0.1=0.8 16. . .0@010=>2, ..5@5A=8:>20, ..>@=>CE>2, ..C1A0=4>@6852, ..>;5IC:. 7<5@5=85 :@82>9 2KA25G820=8O AF8=B8;;OB>@0 CaMoO4 // @5?@8=B /  1184/2007 N;L 2007, 11A. 4E0.2=0.8 17. N.M.Budnev, O.V.Chvalaev, O.A.Gress, & & & .., B.K.Lubsandorzhiev et al. Tunka-133 EAS Cherenkov Array: Status of 2007 // Proc. Of the 30th ICRC, Merida Mexico, July 2007 / Astro-ph/arXiv:0712. 4x0.1=0.4 18. B.K.Lubsandorzhiev, R.V.Poleshuk, B.M.JLVAL.Shaibonov, Y.E.Vyatchin, A.V.Zablotsky. A LED Flasher for TUNKA EAS Experiment // Proc. Of the 30th ICRC, Merida Mexico, July 2007 / Physics/arXiv:0709.0458 4E0.2=0.8 19. B.K.Lubsandorzhiev, R.V.Poleshuk, B.M.J.Shaibonov, Y.E.Vyatchin. Powerful nanosecond light sources based on LEDs for astroparticle physics experiments // Proc. Of the 30th ICRC, Merida Mexico, July 2007. / Physics/arXiv:0709.0453 4E0.25=1 21. ..0A8;L52, .-.OBG8=, ..C1A0=4>@6852, ..>E8;, ...(091>=>2. ;C1>:>2>4=0O M:A?5@8<5=B0;L=0O 38@;O=40 // @5?@8=B / -1188/2007 4E0.2=0.8 22. B.K.Lubsandorzhiev, B.Combettes. The quest for the ideal scintillator for hybrid phototubes // Physics/arXiv:0710.2069 4/2=2 >:;04K: 1. @83;0H5==K9 4>:;04  Some large PMT issues , CAB=K9, =0 <564C=0@>4=>9 :>=D5@5=F88  LIGHT06 Eilat Israil 8-12 January 2006 301=30 2. @83;0H5==K9 4>:;04  Large scale PMT production in Russia , CAB=K9, =0 <564C=0@>4=>9 :>=D5@5=F88  LIGHT06 Eilat Israil 8-12 January 2006 301=30 3. @83;0H5==K9 4>:;04  Photodetectors for next generation neutrino telescopes , CAB=K9, =0 <564C=0@>4=>9 :>=D5@5=F88  Workshop  Photodetectors for future experiments in astroparticle physics  Brive France 2-4 October 2006. 301=30 4. @83;0H5==K9 4>:;04  Perspectives of Hybrid Phototubes , CAB=K9, =0 <564C=0@>4=>9 :>=D5@5=F88  Workshop -  Large area photodetectors for the next generation neutrino telescopes  0@A5;L $@0=F8O, 28 D52@0;O  3 <0@B0 2007. 30E1=30 5. ;5=0@=K9 4>:;04  The quest for the ideal scintillator for hybrid phototubes , CAB=K9, =0 <564C=0@>4=>9 :>=D5@5=F88  IEEE  9th International Conference on Inorganic Scintillators and their Applications , Winston-Salem, NC USA, 4-8 8N=O 2007. 6E1=6 6. @83;0H5==K9 4>:;04  New PMT development , CAB=K9, =0 6->9 <564C=0@>4=>9 :>=D5@5=F88 ?> D>B>45B5:B>@0< 2 D878G5A:8E M:A?5@8<5=B0E, Ringberg Castle 5@<0=8O, 23-28 !5=BO1@O 2007. 30E1=30 7. @83;0H5==K9 4>:;04  The quest for the ideal photodetector for the next generation ofLVAL deep underwater neutrino telescopes , CAB=K9, =0 5->9 <564C=0@>4=>9 :>=D5@5=F88 ?> G5@5=:>2A:8< 45B5:B>@0< RICH2007, "@85AB B0;8O, 15-20 >:BO1@O 20073. 30E1=30 8. !B5=4>2K9 4>:;04  TUNKA EAS Cherenkov experiment in Tunka Valley , CAB=K9, =0 5->9 <564C=0@>4=>9 :>=D5@5=F88 ?> G5@5=:>2A:8< 45B5:B>@0< RICH2007, "@85AB B0;8O, 15-20 >:BO1@O 20073.6/10=0,6 C:>2>4AB2> ABC45=B0<8, 0A?8@0=B0<8 8 A>8A:0B5;O<8: 1. C:>2>4AB2> A>8A:0B5;5<, 70I8B82H8< :0=4840BA:CN 48AA5@B0F8N. OBG8= 235=89 -4C0@4>28G  0=>A5:C=4=K5 8AB>G=8:8 A25B0 4;O AF8=B8;;OF8>==KE 8 G5@5=:>2A:8E 45B5:B>@>2 >A:20 / , N=L 2006 3. 301=30 2. C:>2>4AB2> 0A?8@0=B><. (091>=>2 0B>@ ;5:A0=4@>28G, 0A?8@0=B 3-3> 3>40 $, B5<0 48AA5@B0F8>==>9 @01>BK  -;5<5=BK D>B>=8:8 2 M:A?5@8<5=B0E =5CA:>@8B5;L=>9 D878:8 M;5<5=B0@=KE G0AB8F (2006-2007) (30+30)E1=60 3. C:>2>4AB2> 0A?8@0=B><. >;5IC: ><0= ;048<8@>28G, 0A?8@0=B 1-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  $>B>45B5:B>@K M:A?5@8<5=B>2 GERDA 8 D-CHOOZ 30E1=30 4. C:>2>4AB2> 0A?8@0=B><. 5@5A=8:>20 ==0 0A8;L52=0, 0A?8@0=B:0 /  3 3>4, B5<0 48AA5@B0F8>==>9 @01>BK  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 CaMoO4 (2006-2007) (30+30)/2=30 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, 10:;02@80B >AA89A:89 #=825@A8B5B 4@C61K =0@>4>2, 48?;><=0O @01>B0  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LaBr:Ce 8 CeBr 10E1=10 6. C:>2>4AB2> ABC45=B>< 48?;><=8:><. 028B0H28;8 @0:;89 (>B0528G 48?;><=8: A?5F80;8AB $, 48?;><=0O @01>B0  AA;54>20=85 2>7<>6=>AB8 8A?>;L7>20=8O :@5<=852KE D>B>C<=>68B5;59 2 20:CC<=KE 381@84=KE D>B>45B5:B>@0E 10E1=10 1I0O AC<<0  : 454.354*LVAL:>;O@CH ;5:A0=4@ .@L528G, 19503., =0CG=K9 A>B@C4=8:, :.D.<.=. C1;8:0F88: 1.Measurement of K- ---> pi0 e- anti-nu(gamma) branching ratio. V.I. Romanovsky et al. IHEP-2007-5, Apr 2007. e-Print: arXiv:0704.2052 [hep-ex]   =4 2. Observation of the Radiative Kaon Decay . /$ 70 (2007) AB@. 32-38   =0.914*60/10 =5.484 3. Study of Decay with ISTRA Setup /$ 70 (2007) AB@. 734-740  = 0.914*60/10=5.484 4. Search for the exotic Theta+ resonance in the NOMAD experiment. By NOMAD Collaboration (O. Samoylov et al.). Published in Eur.Phys.J.C49:499-510,2007.  =3.209*30/10 = 9.627 5.Production properties of K*(892)+- vector mesons and their spin alignment as measured in the NOMAD experiment. Published in Eur.Phys.J.C46:69-79,2006.  =3.209*30/10 = 9.627 >:;04 =0 :>=D5@5=F88 20@:8 2006 Study of Decay with ISTRA Setup  = 4*1.5/ 10 = 0.6 ?C1;8:>20= !>@C:>2>4AB2> 48?;><=8:>< 0:0@>2K< . 5.0 C@A ;5:F89 #?@02;5=85 1>;LH8<8 1070<8 40==KE 1 A5<5AB@ 5 :C@A, >A:>2A:89 ?@81>@>AB@>8B5;L=K9 8=AB8BCB. 30 C@A ;5:F89 !8AB5<K 8A:CAAB25==>3> 8=B5;;5:B0 1 A5<5AB@ 5 :C@A, >A:>2A:89 ?@81>@>AB@>8B5;L=K9 8=AB8BCB. B>3>:  = 96.22LVALMG!5<Q=>2 8B0;89 >=AB0=B8=>28G @>4. 20.11.1943,A=A (A>2<5AB8B5;L),   70 2006-2007 33 . C1;8:0F88: (A?8A>: ?@82545= =865): 33!C<<0:  = 584.2/2. 0AAG5B=K5 40==K5 ?@82545=K =865. C:>2>4AB2> 48?;><=8:>< (%0;8:>2 ..)  5 B>3>:  =297 (A>2<5AB8B5;L). 0AAGQB   4;O :064>3> 6C@=0;0. Phys.Rev.D  =4.852*30/10=14.556 Phys.Rev.C  =3.610*30/10=10.830 Phys.Rev.Lett.  =7.489*30/10=22.467 Nucl.Ins.Meth.A  =1.224*30/10=3.672 Inst.Exp.Tech.( Prib.Tekh.Eksp.) A  =0.226*60/10=1.356 0AAGQB AC<<0@=>3>   . Phys.Rev.D  =4.852*30/10=14.556 *6 Phys.Rev.C  =3.610*30/10=10.830 *6 Phys.Rev.Lett.  =7.489*30/10=22.467 *19 Nucl.Ins.Meth.A  =1.224*30/10=3.672 *1 Inst.Exp.Tech.( Prib.Tekh.Eksp.) A  =0.226*60/10=1.356 *1<=58 !C<<0:  = 584.2 !?8A>: ?C1;8:0F89 70 2006-2007 33. 1. Measurement of neutrino velocity with the MINOS detectors and NuMI neutrino beam.By MINOS Collaboration (P. Adamson et al.). Oct 1, 2007. 6pp. Published in Phys.Rev.D76:072005,2007.  =4.852*30/10=14.556 2. Measurement of the atmospheric muon charge ratio at TeV energies with MINOS.By MINOS Collaboration (P. Adamson et al.). FERMILAB-PUB-07-134-E, May 2007. 16pp. Published in Phys.Rev.D76:052003,2007. e-Print: arXiv:0705.3815 [hep-ex],  =4.852*30/10=14.556 3. Inclusive cross-section and double helicity asymmetry for pi0 production in p + p collisions at s**(1/2) = 200-GeV: Implications for the polarized gluon distribution in the proton.By PHENIX Collaboration (A. Adare et al.). Apr 2007. 7pp. <=58Published in Phys.Rev.D76:051106,2007. e-Print: arXiv:0704.3599 [hep-ex],  =4.852*LVAL30/10=14.556 4. Measurement of density correlations in pseudorapidity via charged particle multiplicity fluctuations in Au+Au collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Apr 2007. 32pp. <=58Published in Phys.Rev.C76:034903,2007. e-Print: arXiv:0704.2894 [nucl-ex],  =3.610*30/10=10.83 5. Elliptic flow for phi mesons and (anti)deuterons in Au + Au collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (S. Afanasiev et al.). Mar 2007. 6pp. Published in Phys.Rev.Lett.99:052301,2007. e-Print: nucl-ex/0703024,  =7.489*30/10=22.467 6. Charge-separated atmospheric neutrino-induced muons in the MINOS far detector.By MINOS Collaboration (P. Adamson et al.). FERMILAB-PUB-07-012-E, BNL-77481-2007-JA, Jan 2007. 14pp. Published in Phys.Rev.D75:092003,2007. e-Print: hep-ex/0701045,  =4.852*30/10=14.556 7. Production of omega mesons at Large Transverse Momenta in p + p and d + Au Collisions at s**(1/2)(NN) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Nov 2006. 6pp. Published in Phys.Rev.C75:051902,2007. e-Print: nucl-ex/0611031,  =3.610*30/10=10.830 8. J/psi Production vs Centrality, Transverse Momentum, and Rapidity in Au+Au Collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:232301,2007. e-Print: nucl-ex/0611020.  =7.489*30/10=22.4679. System Size and Energy Dependence of Jet-Induced Hadron Pair Correlation Shapes in Cu+Cu and Au+Au Collisions at s(NN)**(1/2) = 200 and 62.4-GeV.By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:232302,2007. e-Print: nucl-ex/0611019,  =7.489*30/10=22.46710. Energy Loss and Flow of Heavy Quarks in Au+Au Collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:172301,2007. e-Print: nucl-ex/0611018,  =7.489*30/10=22.467 11. Correlated Production of p and anti-p in Au+Au Collisions at s(NN)**(1/2) = 200-GeV.By LVALPHENIX Collaboration (A. Adare et al.). Nov 2006. 12pp. Published in Phys.Lett.B649:359-369,2007. e-Print: nucl-ex/0611016,  =7.489*30/10=22.467 12. J / psi production versus transverse momentum and rapidity in p+p collisions at s**(1/2) = 200-GeV.By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:232002,2007. e-Print: hep-ex/0611020,  =7.489*30/10=22.46713. A Detailed Study of High-p(T) Neutral Pion Suppression and Azimuthal Anisotropy in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). Nov 2006. 23pp. Published in Phys.Rev.C76:034904,2007. e-Print: nucl-ex/0611007,  =3.610*30/10=10.830 14. High transverse momentum eta meson production in p+p, d+Au and Au+Au collisions at S(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Nov 2006. 38pp. Published in Phys.Rev.C75:024909,2007. e-Print: nucl-ex/0611006,  =3.610*30/10=10.830 15. Centrality dependence of pi0 and eta production at large transverse momentum in s(NN)**(1/2) = 200-GeV d+Au collisions.By PHENIX Collaboration (Stephen Scott Adler et al.). Oct 2006. 6pp. <=58Published in Phys.Rev.Lett.98:172302,2007. e-Print: nucl-ex/0610036,  =7.489*30/10=22.467 16. Measurement of direct photon production in p + p collisions at s**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Sep 2006. 6pp. Published in Phys.Rev.Lett.98:012002,2007. e-Print: hep-ex/0609031,  =7.489*30/10=22.467 17. Measurement of high-p(T) single electrons from heavy-flavor decays in p+p collisions at s**(1/2) = 200-GeV.By PHENIX Collaboration (A. Adare et al.). Sep 2006. 6pp. Published in Phys.Rev.Lett.97:252002,2006. <=58e-Print: hep-ex/0609010,  =7.489*30/10=22.467 18. Scaling properties of azimuthal anisotropy in Au+Au and Cu+Cu collisions at s(NN) = 200-GeV.By PHENIX Collaboration (A. Adare et al.). Aug 2006. 6pp. Published in Phys.Rev.Lett.98:162301,2007. e-Print: nucl-ex/0608033,  =7.489*30/10=22.467 19. ObservationLVAL of muon neutrino disappearance with the MINOS detectors and the NuMI neutrino beam.By MINOS Collaboration (D.G. Michael et al.). FERMILAB-PUB-06-243, BNL-76806-2006-JA, Jul 2006. 6pp. Press Release. Published in Phys.Rev.Lett.97:191801,2006. e-Print: hep-ex/0607088,  =7.489*30/10=22.467 20.Published in Phys.Rev.Lett.97:191801,2006. e-Print: hep-ex/0607088,  =7.489*30/10=22.467 20. Evidence for a long-range component in the pion emission source in Au + Au collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). May 2006. 6pp. Published in Phys.Rev.Lett.98:132301,2007. e-Print: nucl-ex/0605032,  =7.489*30/10=22.467 21. Jet properties from dihadron correlations in p+p collisions at s**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). May 2006. 25pp. Published in Phys.Rev.D74:072002,2006. e-Print: hep-ex/0605039,  =4.852*30/10=14.556 22. Azimuthal angle correlations for rapidity separated hadron pairs in d + Au Collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Mar 2006. 6pp. <=58Published in Phys.Rev.Lett.96:222301,2006. e-Print: nucl-ex/0603017,  =7.489*30/10=22.467 23. Nuclear effects on hadron production in d = Au and p + p collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Mar 2006. 13pp. Published in Phys.Rev.C74:024904,2006. e-Print: nucl-ex/0603010,  =3.610*30/10=10.830 24. Common suppression pattern of eta and pi0 mesons at high transverse momentum in Au+Au collisions at S(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Jan 2006. 6pp. Published in Phys.Rev.Lett.96:202301,2006. <=58e-Print: nucl-ex/0601037,  =7.489*30/10=22.467 25. Published in Phys.Rev.D73:072002,2006. e-Print: hep-ex/0512036,  =4.852*30/10=14.556 26. Nuclear modification of electron spectra and implications for heavy quark energy loss in Au+Au collisions at s(NN)**(1/2) -TLVALd 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Oct 2005. 6pp. Published in Phys.Rev.Lett.96:032301,2006. e-Print: nucl-ex/0510047,  =7.489*30/10=22.467 27. Jet structure from dihadron correlations in d+Au collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Oct 2005. 30pp. Published in Phys.Rev.C73:054903,2006. e-Print: nucl-ex/0510021,  =3.610*30/10=10.830 28. Design and performance of LED calibration system prototype for the lead tungstate crystal calorimeter.V.A. Batarin et al. IHEP-2005-33, Sep 2005. 10pp.Published in Nucl.Instrum.Meth.A556:94-99,2006. e-Print: physics/0509233,  =1.224*30/10=3.672 29. Measurement of identified pi0 and inclusive photon v(2) and implication to the direct photon production in s(NN)**1/2 = 200-GeV Au+Au collisions.By PHENIX Collaboration (Stephen Scott Adler et al.). Aug 2005. 6pp. Published in Phys.Rev.Lett.96:032302,2006. e-Print: nucl-ex/0508019,  =7.489*30/10=22.467 30. Single electrons from heavy flavor decays in p+p collisions at s**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Aug 2005. 6pp. Published in Phys.Rev.Lett.96:032001,2006. e-Print: hep-ex/0508034,  =7.489*30/10=22.467 31. J/psi production and nuclear effects for d+Au and p+p collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Jul 2005. 6pp. Published in Phys.Rev.Lett.96:012304,2006. <e-Print: nucl-ex/0507032,  =7.489*30/10=22.467 32. Calorimeter for detection of hadrons in the energy range 10-GeV - 100-GeV.O.P. Gavrishchuk et al. JINR-D13-2004-186, Mar 2005. 23pp. Published in Instrum.Exp.Tech.49:41-55,2006, Prib.Tekh.Eksp.49:47-61,2006.  =0.226*60/10=1.356 33. Modifications to di-jet hadron pair correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Jul 2005. 6pp. Published in Phys.Rev.Lett.97:052301,2006. e-Print: nucl-ex/0507004,  =7.489*30/10=22.467jLVALz>;>B>2 ;048<8@ 8:>;0528G, @>4.09.12.1933, 702.;01. $-,   70 2006-2007 33 C1;8:0F88: 1.V.A.Uvarov,& ,V.N. Bolotov et al/ Experimental study of direct photon emission in K- ---> pi- pi0 gamma decay using ISTRA+ detector // Phys.Atom.Nucl.69:26-34,2006,  =0.914*60/10=5.48 2.O.G.Tchikilev,& , V.N.Bolotov et al/ Observation of the radiative kaon decay K- ---> mu- pi0 gamma nu // Phys.Atom.Nucl.70:32-38,2007,  =0.914*60/10=5.48 3.V.N.Bolotov, V.A.Duk et al/ Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup // Phys.Atom.Nucl.70:734-740,2007,  =0.914*60/10=5.48 @5?@8=BK: 1...@8B28G,& , ..>;>B>2,& //  2>7<>6=>AB8 A>740=8O M:A?5@8<5=B0;L=>9 CAB0=>2:84;O ?>8A:0 8 8AA;54>20=8O @0A?040 =0 CA:>@8B5;5 #-70 $- - -! " KLOD )//@5?@8=B $- 2007-8,  =4 2.Measurement of K- ---> pi0 e- anti-nu(gamma) branching ratio. V.I. Romanovsky et al. IHEP-2007-5, Apr 2007. e-Print: arXiv:0704.2052 [hep-ex]   =4 >:;04K: 1... >;>B>2/  Search for K^(0) ! ^(0),nu,nu(bar) Decay(KLOD project at IHEP) , Fraskatti, 2007 / =6 2... >;>B>2 / Study of K^(-) into pi^(0),e^(-),nu, decay with ISTRA+ setup./KAON 07, Fraskatti  =6. 3... >;>B>2/ Study of rare decay with P326 experiment at CERN SPS/ ,QUARK2006/  =6 C:>2>4AB2> 48?;><=8:0<8(0:0@>2 .., %C4O:82 .., %0;8:>2 ..):   =15 B>3>: =48284C0;L=K9  =57.54   @C:>2>48B5;O=57.54*0.5+272.07*0.75=232.8LVALMG  06-07 >;:>20 N4<8;0 0;5@852=0 24.12.1940, 2=A -,   70 2006-2007 33. 1. N.Yu. Agafonova, V.V. Boyarkin, E.V. Kaurova, A.S. Mal'gin, O.G. Ryazhskaya and L.V. Volkova (for LVD collaboration). On the cosmic ray muon positive excess problem.. The Journal of Physics: Conference Series 39 (2006) 489-489.  =6/6=1. 2. L.V. Volkova. Poster at Neutrino 2006, Santa Fe. USA. June 13-19. Cosmic ray muons and muon bremsstrahlung gammas at very high energies in the atmosphere.  =6. 3. O.G. Ryazhskaya , L.V. Volkova and G.T. Zatsepin. Prompt and direct muon production in the atmosphere and very high energy inclined EAS at sea level.Nucl. Phys. B (Proc. Suppl.) 151 (2006) 303-306.  =0.875*30/3=8.75. 4. .. >;:>20.  ?>B>:0E <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E 8 A25@E2KA>:8E M=5@38OE. 72. , A5@. $87. 71 (2007) 577-579, !4.  =41.8 5. .. >;:>20. >:;04 =0 <564C=0@>4=>< A5<8=0@5 @>1;5<K D878:8 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:8. >A:20, <09 2007.  =20. 6. .. >;:>20, .". 0F5?8=. 20@:-3;N>==>5 A>AB>O=85 25I5AB20 8 ?>;>68B5;L=K9 871KB>: <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E M=5@38OE. /45@=0O D878:0 (2 ?5G0B8).  =60/2=30.  =107.55 =45:A F8B8@C5<>AB8  441. ======================================>;:>20 N4<8;0 0;5@852=0 24.12.1940, 2=A -,   70 2006-2007 33. 1. N.Yu. Agafonova, V.V. Boyarkin, E.V. Kaurova, A.S. Mal'gin, O.G. Ryazhskaya and L.V. Volkova (for LVD collaboration). On the cosmic ray muon positive excess problem.. The Journal of Physics: Conference Series 39 (2006) 489-489.  =6/6=1. 2. L.V. Volkova. Poster at Neutrino 2006, Santa Fe. USA. June 13-19. Cosmic ray muons and muon bremsstrahlung gammas at very high energies in the atmosphere.  =6. 3. O.G. Ryazhskaya , L.V. Volkova and G.T. Zatsepin. Prompt and direct muon production in the atmosphere and very high energy inclined EAS at sea level.Nucl. Phys. B (Proc. Suppl.) 151 (2006) 30 LVAL 3-306.  =0.875*30/3=8.75. 4. .. >;:>20.  ?>B>:0E <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E 8 A25@E2KA>:8E M=5@38OE. 72. , A5@. $87. 71 (2007) 577-579, !4.  =6. 5. .. >;:>20. >:;04 =0 <564C=0@>4=>< A5<8=0@5 @>1;5<K D878:8 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:8. >A:20, <09 2007.  =20. 6. .. >;:>20, .". 0F5?8=. 20@:-3;N>==>5 A>AB>O=85 25I5AB20 8 ?>;>68B5;L=K9 871KB>: <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E M=5@38OE. /45@=0O D878:0 (2 ?5G0B8).  =60/2=30.  =71.75. =45:A F8B8@C5<>AB8  441.LVALMG697,5   0AG5B   =0CG=>3> A>B@C4=8:0 - /  :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: 02@NA52>9 ;5=K ;5:A0=4@>2=K I. !?8A>: =0CG=KE AB0B59 2005-2008 3>4>2, 2 :>B>@KE ?@8=8<0;0 CG0AB85 02@NA520 .. 1. Gavryuseva E., Zharkov S.I., and Zharkova V.V., 2008: "Phase relation between poloidal and toroidal magnetic field deduced from sunspot and background solar magnetic field in the cycle 23," Solar Physics, 248, pp. 339-358. 30/3 = 10 2. Gavryuseva E., Zharkov S.I., and Zharkova V.V., 2007: "The latitudinal distributions of sunspot areas and magnetic fields and their correlation with the background solar magnetic field in the cycle 23", Advances in Space Research, Elsevier, 39 (11): , pp. 1753-1761. 30/3 = 10 3. Noci, G.; Gavryuseva, E.; Spadaro, D.; Susino, R., 2007, "Study of the interface between coronal holes and streamers", Flows, boundaries, interactions: Flows, Boundaries, and Interaction Workshop, AIP Conference Proceedings, 934, pp. 111-118. 30/4*1.5 = 11.25 4. Noci, G.; Gavryuseva, E., 2007, "Plasma Outflows in Coronal Streamers", The Astrophysical Journal, 658, Issue 1, pp. L63-L66. 30/2 = 15 5. E. Gavryuseva, 2007, "In Search of the Origin of the Latitudinal Structure of the Photospheric Magnetic Field", Astronomical Society of the Pacific Conference Series, 383, SUBSURFACE AND ATMOSPHERIC INFLUENCES ON SOLAR ACTIVITY, Proceedings of a workshop held at National Solar Observatory, Sacramento Peak, Sunspot, New Mexico, USA, 16 20 April 2007, Edited by R. Howe, R. W. Komm, K. S. Balasubramaniam, G. J. D. Petrie, @@. 99-106. 30*1.5 = 45LVAL 6. E. Gavryuseva, 2007, "Longitudinal Structure Originated in the Tachocline Zone of the Sun", Astronomical Society of the Pacific Conference Series, 383, SUBSURFACE AND ATMOSPHERIC INFLUENCES ON SOLAR ACTIVITY, Proceedings of a workshop held at National Solar Observatory, Sacramento Peak, Sunspot, New Mexico, USA, 16 20 April 2007, Edited by R. Howe, R. W. Komm, K. S. Balasubramaniam, G. J. D. Petrie, pp. 381-388. 30*1.5 = 45 7. Gavryuseva, E.; Godoli, G. 2006, "Structure and rotation of the large scale solar magnetic field observed at the Wilcox Solar Observatory", Physics and Chemistry of the Earth, v. 31, iss. 1-3, p. 68-76. 30/2 = 15 8. Gavryuseva, E., 2006, "Topology and dynamics of the magnetic fields of the Sun", News of the Academy of Science, Izv.RAN, ser.fiz.T.70 No.1, pp.102-108. 60 9. Gavryuseva, E., 2006, "Latitudinal Structure of the Photospheric Magnetic Field through solar cycles", 2006, Solar Activity and its Magnetic Origin, Proceedings of the 233rd Symposium of the International Astronomical Union held in Cairo, Egypt, March 31 - April 4, 2006, Edited by Volker Bothmer; Ahmed Abdel Hady, Cambridge: Cambridge University Press, pp.124-127. 30 10. Gavryuseva, E., 2006, "Basic topology and dynamics of magnetic field leading activity the Sun", Solar Activity and its Magnetic Origin, Proceedings of the 233rd Symposium of the International Astronomical Union held in Cairo, Egypt, March 31 - April 4, 2006, Edited by Volker Bothmer; Ahmed Abdel Hady. Cambridge: Cambridge University Press, pp.67-68. 30*1.5 = 45 11. GLVALavryuseva, E., 2006, "Variability of the differential rotation of the photospheric magnetic field through solar cycles", Solar Activity and its Magnetic Origin, Proceedings of the 233rd Symposium of the International Astronomical Union held in Cairo, Egypt, March 31 - April 4, 2006, Edited by Volker Bothmer; Ahmed Abdel Hady. Cambridge: Cambridge University Press, pp.65-66. 30*1.5 = 45 12. Gavryuseva, E., 2006, "North-South asymmetry of the photospheric magnetic field", Solar Activity and its Magnetic Origin, Proceedings of the 233rd Symposium of the International Astronomical Union held in Cairo, Egypt, March 31 - April 4, 2006, Edited by Volker Bothmer; Ahmed Abdel Hady. Cambridge: Cambridge University Press, pp.63-64. 30 13. Gavryuseva, E., 2006, "Longitudinal structure of the photospheric magnetic field", Solar Activity and its Magnetic Origin, Proceedings of the 233rd Symposium of the International Astronomical Union held in Cairo, Egypt, March 31 - April 4, 2006, Edited by Volker Bothmer; Ahmed Abdel Hady. Cambridge: Cambridge University Press, pp.61-62. 30 14. Gavryuseva, E., 2006, "Relationships between photospheric magnetic field, solar wind and geomagnetic perturbations over last 30 years", Solar Activity and its Magnetic Origin, Proceedings of the 233rd Symposium of the International Astronomical Union held in Cairo, Egypt, March 31 - April 4, 2006, Edited by Volker Bothmer; Ahmed Abdel Hady. Cambridge: Cambridge UniLVALversity Press, pp.291-296. 30*1.5 = 45 15. Gavryuseva, E., Georgieva K., Godoli G., Kirov B., 2006, "Photospheric magnetic field and the Earth's rotation", Proc. Of eleventh international science conference , "Solar-terrestrial influences", November 23-25, 2005., ISBN 954-91424-1-9, Solar-Terrestrial Influences Laboratory "Acad. D. Mishev"  BAS, ed. By S. Panchev, 2005, pp. 250-253. 30*1.5/4 = 11.25 16. Gavryuseva, E., Georgieva K., Kirov B., J.Javaraiah, 2005, "Solar Differencial Rotation and properties of magnetic clouds", Proc. Of the SPD Congress, CDROM. 6*1.5 = 9 17. Gavryuseva, E., Godoli G., Georgieva K., Kirov B., 2006, "Solar sources of the variations in solar wind parameters and geomagnetic activity", Proc. Of eleventh international science conference , "Solar-terrestrial influences", November 23-25, 2005, ISBN 954-91424-1-9, Solar-Terrestrial Influences Laboratory ", Acad. D. Mishev" BAS, ed. By S. Panchev, 2005, pp. 240-244. 30*1.5 = 45 18. Gavryuseva, E., 2006, "Latitudinal streams of solar magnetic field", Proc. Of eleventh international science conference , "Solar-terrestrial influences", November 23-25, 2005. 30*1.5 = 45  ?5G0B8: 19. Gavryuseva, E., 2008, "Basic components of magnetic variability of the Sun", JASTP, Time varying Sun, in press. 30 20. Gavryuseva, E., 2008, "Connections between solar wind, geomagnetic characteristics and photospheric magnetic LVALfield", JASTP, Time varying Sun, in press 30 ________________________________________________________________________________ !B0BL8 606.5 II. !?8A>: <564C=0@>4=KE :>=D5@5=F89 8 A5<8=0@>2 2005-2007 3>4>2, 2 :>B>@KE ?@8=8<0;0 CG0AB85 02@NA520 .. Summer School in Astronomy and Astrophysics, August, 2007, Belgrado Gavryuseva, E., "Internal structure and rotation of the Sun from different observations" 6 h "Topology and dynamics of solar magnetic field" 6 h 30 Seminars, theory and experiments 3 h + 3 h = 6 h Lecture of Solar Physics and Helioseismology, Italy, Gavryuseva, E., 2005, 10 h 30 13th Lomonosov Conference of Elementary Particles, August, 2007, Moscow Gavryuseva, E., Variability of neutrino counting rate and the Sun A5:F8>==K9 4>:;04 15*1.5 = 22.5 Join Astrophysical Seminar, September, 2007, Moscow Gavryuseva, E., Topology and dynamics of the solar magnetic field CAB=K9 4>:;04 4 Lecture in the seminar of the Institute of Nuclear Research of Moscow State University, 2007, Gavryuseva, E., !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0 CAB=K9 4>:;04 4 Lecture in the seminar of the Institute for Nuclear Research of RAN, Moscow, 2008, Gavryuseva, E., !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0 CAB=K9 4>:;04 4 Lecture in the seminar of the Sternberg AstronomLVALical Institute of Moscow State University, 2008, Gavryuseva, E., !B@C:BC@0 3;>10;L=>3> <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0 CAB=K9 4>:;04 4 Lecture in the seminar of the IKI, 2008, Gavryuseva, E., ">?>;>38O <03=8B=KE ?>;59 8 48=0<8:0 !>;=F0 CAB=K9 4>:;04 4 Magnetic field of the Sun: Topology and Variability, Gavryuseva, Solar and Stellar Activity Cycles, 26th meeting of the IAU, Joint Discussion 8, 17-18 August 2006, Prague, Czech Republic, JD08 A5:F8>==K9 4>:;04 15 Direct comparison of the photospheric field with interplanetary magnetic field, solar wind and geomagnetic data. Gavryuseva, E., Solar and Stellar Activity Cycles, 26th meeting of the IAU, Joint Discussion 8, 17-18 August 2006, Prague, Czech Republic, JD08 A B5=4>2K9 4>:;04 6 Longitudinal structure of the solar magnetic field free of any assumption about the rotation of the coordinate system. Gavryuseva, E. Solar and Stellar Activity Cycles, 26th meeting of the IAU, Joint Discussion 8, 17-18 August 2006, Prague, Czech Republic, JD08 AB5=4>2K9 4>:;04 6 Torsional waves in the solar magnetic field in the photosphere. Gavryuseva, E. Solar and Stellar Activity Cycles, 26th meeting of the IAU, Joint Discussion 8, 17-18 August 2006, Prague, Czech Republic, JD08 AB5=4>2K9 4>:;04 6 Variability and topology of solar magnetic field. Gavryuseva, E. Solar and Stellar Activity Cycles, 26th meeting of the IAU, Joint Discussion 8, 17-18 August 2006, Prague, Czech Republic, JD08 AB5=4>2K9 4>:;04 6 Large scale magnetic field structure through solar cycles 21, 22 and 23. Gavryuseva, E. Solar Active Regions and 3D Magnetic Structure, 26th meeting of the IAU, Joint Discussion 3, 16-17 August, 2006, Prague, Czech Republic, JD03 A5:F8>==LVALK9 4>:;04 15 Relationships Between Photospheric Magnetic Field Structure, Heliospheric & Geomagnetic Characteristics Gavryuseva, E. SOHO-17. 10 Years of SOHO and Beyond, Proceedings of the conference held 7-12 May, 2006 at Giardini Naxos A5:F8>==K9 4>:;04 15 Relationship between the photospheric field, solar wind characteristics and geomagnetic perturbations over last 30 years. Gavryuseva, E. !B5=4>2K9 4>:;04 6 36th COSPAR Scientific Assembly. Held 16 - 23 July 2006, in Beijing, China. Basic topology and dynamics of magnetic field leading activity the Sun Gavryuseva, E. !B5=4>2K9 4>:;04 6 36th COSPAR Scientific Assembly. Held 16 - 23 July 2006, in Beijing, China. Correlation of the Global Photospheric Magnetic Field Structure with the Latitudinal Sunspot Distribution in the solar cycles 23 Gavryuseva, E.; Zharkov, S.; Zharkova, V. !5:F8>==K9 4>:;04 36th COSPAR Scientific Assembly. Held 16 - 23 July 2006, in Beijing, China. 20.3*1.5 = 10.5 Variability of the differential rotation of the photospheric magnetic field through solar cycles, Gavryuseva, E., AB5=4>2K9 4>:;04 6 36th COSPAR Scientific Assembly. Held 16 - 23 July 2006, in Beijing, China Longitudinal structure of the photospheric magnetic field as it is seen from the Earth and from the Sun, Gavryuseva, E., AB5=4>2K9 4>:;04 6 36th COSPAR Scientific Assembly. Held 16 - 23 July 2006, in Beijing, China Latitudinal Structure of the Photospheric Magnetic Field through solarLVAL cycles Gavryuseva, E., AB5=4>2K9 4>:;04 6 36th COSPAR Scientific Assembly. Held 16 - 23 July 2006, in Beijing, China. Solar sources of the variations in solar wind parameters and geomagnetic activity, Gavryuseva, E., Eleventh International Scientific Conference  Solar-Terrestrial Influences , Sofia, Bulgaria, 24-25 November 2005 AB5=4>2K9 4>:;04 6 Photospheric magnetic field and the Earth s rotation, Georgieva, G. Godoli, E. Gavryuseva, B. Kirov, Proceedings of the Eleventh International Scientific Conference  Solar-Terrestrial Influences , Sofia, Bulgaria, 24-25 November 2005 AB5=4>2K9 4>:;04 6 Topology and Dynamics of the magnetic field of the Sun, Gavryuseva, E. AGU Congress, 2005, Brazil; ?@83;0H5==K9 ?;5=0@=K9 4>:;04 30 Relationship between the magnetic field of the Sun, solar wind and geomagnetic perturbations, Gavryuseva, E. AGU Congress, 2005, Brazil ?@83;0H5==K9 A5:F8>==K9 4>:;04 6 ________________________________________________________________________________ >=D5@5=F88 2005-2007 260 ________________________________________________________________________________ !B0BL8 + >=D5@5=F88 2005-2007 606.5 + 260 = 866.5 ________________________________________________________________________________ !@54=53>4>2>9   289 LVAL .D.-<.=. ;5=0 02@NA520 57 6 8 8 3>4>2 527.5+170=697.5DLVALT ..04K:8= !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica, 2007, 88-117; 29*2/10=5.8 5,8 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.047*30/10=12.141 12,141 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 ": 44,01'-V] P K F u  p  ?:50+}&x!sn ף(A+UBE@? @WHHHH<߿(iBS@?FUMGHHHH<߿{Y@E@? @THHHH<߿Y@E@? @SHHHH<߿@E@? @RHHHH<߿X9@E@?PMGHHHH<߿jRAE@?NMGHHHH<߿Y@E@? @MHHHH<߿Y@E@?@LHHHH<߿R BE@? @KHHHH<߿AE@? @KHHHH<߿7AE@? @JHHHH<߿9zCE@?@IHHHH<߿ ffAE@?@AHHHH<߿Y C. E@? ADMGHHHH<߿#D@?@"HHHH<߿@D@?@:HHHH<߿ff@D@?@HHHH<߿!3B3ӛBD@?J(MG8> 702 ;01 ?? 34,78kkHH<L >BD@?MGHHHH<߿Aw]BD@?nMGHHHH<߿w]BD@?~MGHHHH<߿DFBD@?MGHHHH<߿O@BD@? @HHHH<߿DFBD@? MGHHHH<߿vBD@?MGHHHH<߿r׳CCD@?b)MGHHHH<߿J NBD@?rMGHHHH<߿D@?=6 @01>BKPP<<<ižBD@? ! MGHHHH<߿_8AD@?<<<<<ϿHCD@?!MGHHHH<߿D@?=6 @01>BKPP<<<" D@?<<<<<ϿLVALMG @>H5=:> .@89 8:>;0528G, @>4. 03.04.1973, =A -,   70 2006-2007 33. 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 C1;8:0F88: V.Berezinsky, V.Dokuchaev, Yu.Eroshenko / "Destruction of small-scale in the hierarchical structures and galaxies" // Phys. Rev. D 73, p. 063504, 2006,  =4.852*30/3=48.52 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane" // Journal of Cosmology and Astroparticle Physics, 07, p. 011, 2007,  =6.739*30/3=67.39 V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko / " Dark matter annihilation in the galaxy". Proc. V Intern. Conf. on Non-Accelerator New Physics (NANP), Dubna, Russia, June 20--26, 2005; ///$ 69, No. 12, A. 1 10, 2006,  =0.914*60*0.7/3=12.79 . !. 5@578=A:89, . . >:CG052 8 .. . @>H5=:> / "==838;OF8O B5<=>9 <0B5@88 2 0;0:B8:5" ("@C4K 29-9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, >A:20, $ , 3--7 023CAB0 2006 3.) // 725AB8O . !5@8O D878G5A:0O. 71, AB@. 936-937, 2007,  =8*0.7/3=1.87 @5?@8=BK M;5:B@>==K5: Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko, / "Remnants of dark matter clumps" // arXiv:0712.3499v1, 2007,  =4/3=1.33 Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane // arXiv:astro-ph/0612733v2, 2006,  =4/3=1.33 V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin / "Origin of supermassive black holes" //arXiv:0709.0070v2, 2007,  =4/3=1.33 >:;04K: E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black holes"// Proceed. of the XLIst Rencontres de Moriond. Contents and Structures of the Universe. La Thuile, Italy (March 18-25, 2006). Ed. Christophe Magneville, Resa Ansari, Jacques Dumanche and Jean Tran Thanh Van. The Gioi Publishers. Vietnam. p. 166-173, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V. S. Berezinsky, V. I. DokucLVAL haev. Yu. N. Eroshenko / "Anisotropy of dark matter annihilation in the Galaxy" // Proc. XLIInd Rencontres de Moriond Series: Electroweak Interactions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou-Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. p 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter clumps in the Galaxy"// 6th Intern. Workshop on the Identification of Dark Matter, 11-16 Sept., 2006, Rhodes Island, Greece, World Scientific Publishing, Eds. 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Suppl.) 175-176C (2007)   = 1.5*0.875*30/3= 13.12 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E CE0<54H8= ..  2KAB@>5==>AB8 =081>;55 M=5@38G=KE AB@C:BC@ 30<<0-04@>==KE A5<59AB2 8 2708<>459AB28OE 04@>=>2 ?@8 s^1/2 > 4 "M. 8AL<0 2 -'/ (2006) ".3, ! 4 (133) 25 34,  =0.505*60= 30.30 0;:8= .., 5@18=0 .., 0<G0;>20 .., .".0F5?8=,& CE0<54H8= ..8 4@. 0<<0-:20=BK :>A<8G5A:8E ;CG59 2KA>:8E M=5@389 2 M:A?5@8<5=B5 RUNJOB. 72. , A5@. D87. (2007) B.71, ! 4, 509-511;  =1.5*4/10= 0.60 >30= .., 0;:8= .., >B5;L=8:>2 .., CE0<54H8=LVAL  .., 070@>2 .. @>3@0<<0 ECSim 2.0 8 <>45;8@>20=85 M:A?5@8<5=B>2 A @5=B35=>M<C;LA8>==K<8 :0<5@0<8. 72. , A5@. D87. (2007) B.71, ! 4, 536-538;  =1.5*4/5 = 1.20 &O1C: .., CE0<54H8= .., !B5=L:8= ... @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E. 72. , A5@. D87. (2007) B.71, ! 4, 562-565;  =1.5*4/3 = 2.00 @5?@8=BK Tsyabuk A.L., Mukhamedshin R.A., Stenkin Yu.V. 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LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006); 0.389*30/6=1.945 1,945 5 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 6 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. 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B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 9 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.04b LVALr 7*30/10=12.141 12,141 10 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 11 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 ": 51,512LVALMG O6A:0O ;L30 5>@3852=0, @>4. 12.05.1941, G;5=-:>@@. ,   70 2006 -2007 33. 2006 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 Prompt and direct muon production in atmosphere and very high energy inclined EAS at see level. Ryazhskaya O. G., Volkova L. V., Zatsepin G. T. Nuclear Phys. B (Proc. Suppl.) 151, 303-306 (2006) 0,875*30/3=8,75 8,75 3 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 4 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 5 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006); 0.389*30/6=1.945 1,945 6  Limitations in quantum measurements resolution created by cosmic rays. V.B. Braginsky, O.G. Ryazhskaya and S.P. Vyatchanin. Physics Letters A, Volume 359, Issue 2, 13 November 2006, Pages 86-89; 1,55*30/3=15,5 15,5 7 59B@8=> >B 3@028B0F8>==KE :>;;0?A>2 72574: A>2@5<5==K9 AB0BCA M:A?5@8<5=B0. .. O6A:0O . #$, B. 176, !10 (2006), 1039- 1050; 2.163*60=129.78 129,78 8 Notes about noise in gravitational wave antennas created by cosmic rays. V.B. Braginsky, O.G. Ryazhskaya and S.P. Vyatchanin. Physics Letters A, Volume 350, (2006), 1-4; 1,55*30/3=15,5 15,5 9 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 10 Neutrons from cosmic-ray muons underground. OLVAL.G. Ryazhskaya., Proc. of 20th ECRS 06, Lisbon, @83;0H5==K9 4>:;04 =0 :>=D5@5=F88 ; 30 30 11 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. LVD Collaboration., Proc. of 20th ECRS 06, Lisbon,>AB5@=K9 4>:;04 =0 :>=D5@5=F88; 6/10=0.6 0,6 12 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 7257. .. >O@:8=, .. O6A:0O., ?>AB5@=K9 4>:;04 =0 :>=D5@5=F88 29  2006 4*1,5/2=3 3 13 C:>2>4AB2> 0A?8@0=B>< >O@:8=K< .. (2005-2006) 30 30 2007 14 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 7257. .. >O@:8=, .. O6A:0O.,"@C4K :>=D5@5=F88 29  2006, 72.  !5@. D87. B>< 71, !4, A.589-591, 2007; 8/2=4 4 15 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.047*30/10=12.141 12,141 16 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 17 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 18 59B@>=K >B <N>=>2 ?>4 75<;59 .!. 0;L38=, .. O6A:0O, /45@=0O D878:0, 2007 (2 ?5G0B8) 0,914*60/2=27.42 27,42 19 >8A: >AF8;;OF89 nu/mu-nu/tau A 8A?>;L7>20=85< ?CG:0 =59B@8=> 2KA>:8E M=5@389 87 &  0 2 @0= !0AA>  . . 0;:8=, ... >@=CH:8=, .. 0B2552, .. ;LH52A:89, .. >;CE8=0, ".. >30=>20, .. O6A:0O, 725AB8O . !5@8O D878G5A:0O, 71 (2007), 594-596; 8/7=1,143 1,143 ZLVALj Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. 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Ryazhskaya., Proc. of 20th ECRS 06, Lisbon, http://www.lip.pt/event/2006/ecrs/proc/; 6/1=6 6 @83;0H5==K9 4>:;04 =0 :>=D5@5=F88 "20 ;5B !25@E=>2>9" 2 >A:25 20 20 >:;04 =0 :>=D5@5=F88  C era una volta una Supernova 2 "C@8=5; ?@83;0HQ==K9 30 >:;04 2 :045<88 =0C: 2 "C@8=5 02.11.2007; ?@83;0HQ==K9 30 >:;04 =0 564C=0@>4=>< A5<8=0@5 (>A:20) "@>1;5<K D878:8 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:8, ?>A2OI5==>< 90-;5B8N .". 0F5?8=0 . @83;0HQ==K9. 20 >:;04 =0 0@:>2A:8E GB5=8OE 2007 20 ": 465,405LVALMG0;L38= ;5:A59 !5<5=>28G, @>4. 26.04.1946, A.=.A.,   70 2006 -2007 33 2006 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006); 0.389*30/6=1.945 1,945 5 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 6 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. LVD Collaboration., Proc. of 20th ECRS 06, Lisbon,>AB5@=K9 4>:;04 =0 :>=D5@5=F88; 6/10=0.6 0,6 7 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 2007 8 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 9 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-27 LVAL 0; 4.047*30/10=12.141 12,141 10 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 11 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 12 59B@>=K >B <N>=>2 ?>4 75<;59 .!. 0;L38=, .. O6A:0O, /45@=0O D878:0, 2007 (2 ?5G0B8) 0,914*60/2=27,42 27,42 13 Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica, 2007, 88-117; 29*2/10=5.8 5,8 ": 84,732LVALMGC7=5F>2 8:B>@ ;048<8@>28G , @>4. 12.08.1971, 8=65=5@ 8AA;54>20B5;L ,   70 2006 -2007 33. 2006 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 5 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. LVD Collaboration., Proc. of 20th ECRS 06, Lisbon,>AB5@=K9 4>:;04 =0 :>=D5@5=F88; 6/10=0.6 0,6 6 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 2007 7 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. 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(A>-@C:>2>48B5;L !025;>2 .!.)  =10:2=5 CC<<0@=K9   .. 5@5A=520 =5,7>1@K=8=0 :0B5@8=0 =0B>;L52=0, @>4. 29.06.1974, <.=.A. ,   70 2006 -2007 33 2006 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 5 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. 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OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 2007 7 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 8 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.047*30/10=12.141 12,141 9 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 10 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 ": 49,567LVALMG OA=K9 A52>;>4 02@8;>28G, @>4. 29.10.1947, A.=.A. ,   70 2006 -2007 33. 2006 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 5 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. LVD Collaboration., Proc. of 20th ECRS 06, Lisbon,>AB5@=K9 4>:;04 =0 :>=D5@5=F88; 6/10=0.6 0,6 6 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 2007 7 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 8 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.047*30/10=12.141 12,141 9 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 10 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 11 Analysis of the DaV LVALf ta Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. 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"@>8F:5, <09 2006.  =4:9=0,4LVALMG$C@5?8= ;5:A59 >@8A>28G 1. 01.05.1936 2. :0=4840BA:0O  29.06.1964 4>:B>@A:0O  23.02.1973 70A;. 45OB. =0C:8 _ 30.04.1999 3. 702. ;01>@0B>@859 !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-20 02B>@>2. 1. AA;54>20=85 0<?;8BC4=KE 8 2@5<5==KE E0@0:B5@8AB8: $-#-187 A A5BG0BK<8 48=>40<8. ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520, ..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz, .. 5H5B8=, ..(CAB5@<0=, W.N.Trzaska. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, 4. 14 02B>@>2  =0.226*60*0.1 =1.356 2. >=AB@C:F8O AB0@B>2>3> B@8335@=>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE, LHC, CERN ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520, ..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz, .. 5H5B8=, ..)CAB5@<0=, W.N.Trzaska. !1>@=8: B@C4>2 0CG=>9 A5AA88 $, IV :>=D5@5=F8O =0CG=>->1@07>20B5;L=>3> F5=B@0 CRDF, >A:20, $, 2006, AB@.10-11. (14 02B>@>2).  =8/10=0,8 3. 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Quintans et al.). 2006. 4pp. Prepared for 5th International Conference on Physics and Astrophysics of Quark Gluon Plasma (ICPAQGP 2005), Salt Lake City, Kolkata, India, 8-12 Feb 2005. Published in J.Phys.Conf.Ser.50:353-356,2006. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =8*0.1 =0,8 16. A.B.Kurepin, N.S.Topilskaya, The medium excitation for charmonium production at the CERN SPS, CBM Working Group report, GSI, Feb.2006. 2 02B>@0  =8/2=4   ?> ?C1;8:0F8O< 101,660 @5?@8=BK M;5:B@>==K5 1. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281  =4*0.1 =0.4 2. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 LVAL' 119 02B>@>2, (/ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2)  =4*0.1 =0.4 3. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. (NA50 Collaboration) B.Alessandro et al., e-Print: hep-ex/0603049, 66 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =4*0.1 =0.4 4. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. 68 02B>@>2. By NA50 Collaboration (B. Alessandro et al.). e-Print: nucl-ex/0612012 / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =4*0.1 =0.4 5. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon. (NA50 Collaboration) B.Alessandro et al. e-Print: nucl-ex/0612013, 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya 5 02B>@>2)  =4*0.1 =0.4 6. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. e-Print: nucl-ex/0610048 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2  =4*0.1 =0.4 7. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). e-Print: nucl-ex/0608031 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 8. Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al.). May 2005. 4pp. e-Print Archive: hep-ex/0505065 70 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =4*0.1 =0.4 @5?@8=BK, 8740==K5 70 @C156>< 1. .. 5H5B8=, ..C@5?8= 8 4@., @5?@8=B CERN  Results of the test of the Threshold Aerogel Cherenkov Detector at CERN PS T10 test beam channel (ALICELVAL(-INT-2006-008, EDMS ! 759561). 13 02B>@>2  =4*0.1 =0,4 2. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0,4 3. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 4. psi-prime production in Pb-Pb collisions at 158-GeV/nucleon. (NA50 Collaboration) B.Alessandro et al.,CERN-PH-EP-2006-019, Dec 2006. 16pp. 70 02B>@>2/  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya(5 02B>@>2)  =4*0.1 =0,4 5. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-005, Mar 2006. 18pp. 66 02B>@>2, /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya(5 02B>@>2)  =4*0.1 =0,4 6. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV.By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-018, Dec 2006. 21pp. 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =4*0.1 =0,4.   ?> ?@5?@8=B0< =5,6 6. 0B5=B>2 =5B 7. >:;04K 1. Experiment for the search of Centauro events in Pb-Pb collisions at LHC, A.B.Kurepin for the CASTOR group, presented at the European Cosmic Rays Symposium, Lisbon, Portugal, September 5-8, 2006  =6 2. @83;0H5==K9 4>:;04 .. C@5?8= @>1;5<0 0=><0;L=>3> ?>402;5=8O @>645=8O G0@<>=8O 2 O4@>- O45@=KE AB>;:=>25=8OE, II !>25I0=85 ?> ?@>1;5<5 CA:>@5=8O, 2K2>40 8 8AA;54>20=8O 2708<>459AB289 @5;OB828ABA:8E 8>=>2 A O4@0<8 =0 D LVAL 8:A8@>20==>9 <8H5=8 2 $- ?@8 15-35 M =0 =C:;>=, $-, @>B28=>, 24-25 >:BO1@O, 2006.   = 20 KABC?;5=8O =0 A5<8=0@0E: 1. A.Kurepin  Status of the Projectile Spectator Detector  , CBM Collaboration meeting, Dresden, 25-28 September 2007. 8. #G51=K9 :C@A  -:A?5@8<5=B0;L=0O O45@=0O D878:0 2 A5<5AB@0 , 4>@01>B:0 :064K9 3>4   =16 B>3>2K9 ;8G=K9   149,26 1 C15@ $54>@ $@84@8E>28G A=A 174,227 2 >;C1520 0@8=0 >@8A>2=0 =A 93,559 3 20H:8= ;5:A0=4@ 02;>28G A=A 100,185 4 5H5B8= =4@59 3>@528G A=A 65,419 5 ">?8;LA:0O 0B0;8O !5@0D8<>2=0 A=A 116,8 6 H5=8G=>2 3>@L =0B>;L528G A=A 137,58 7 !04>2A:89 ;5:A0=4@ !5@35528G <=A 43,2 8 0@028G520 "0BLO=0 L2>2=0 A=A 286,842 9 0@?5G52 235=89 ;048<8@>28G A=A 6,484 10 $8;8??>2 !5@359 8:>;0528G =A 0,0 1024,296 0AG5B   @C:>2>48B5;O: 149,26*0,5+102,43*0,75= 151,453LVALMG*C15@ $54>@ $@84@8E>28G 1950 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. 1. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al. (66 02B>@>2)). Published in Phys.Lett.B635:260-269,2006.  =5.301*30*0.1 = 15.903 2. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A-GeV and 2-A-GeV) collisions. Acta Phys.Polon.B37:139-152,2006. (130 02B>@>2)  =0.807*30*0.1 =2.421 3. Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al .(70 02B.)). Published in J.Phys.G32:S381-S390,2006.  =1.566*30*0.1 = 4.698 4. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1=6.519 1. Dielectron production in C + C and p + p collisions with HADES.By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 2. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon.By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-019, Dec 2006. 16pp. Published in Eur.Phys.J.C49:559-567,2007. 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilska (5 02B>@>2)  =3.209*30*0.1 =9.627 3. Dilepton production in pp and CC collisions with HADES.By HADES CollaboratLVAL+ion (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 4. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky  =7.489*30*0.1 =22.467 5. J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV. (NA50 Collaboration) B.Alessandro et al., accepted in Euro. Phys. J.C. 71 02B>@  =3.209*30*0.1 =9.627 6. Psi' production in Pb-Pb collisions at 158 GeV/nucleon. (NA50 Collaboration) B.Alessandro et al., accepted in Euro. Phys. J.C. 71 02B>@  =3.209*30*0.1=9.627 7. Performance of RPC with low-resistive silicate glass electrodes exposed to an intense continuous electron beam. V. Ammosov,& F.Guber et al. 2007. 6pp. Published in Nucl.Instrum.Meth.A576:331-336,2007.  = 1,224*30/10=3,672 8. RPC with low-resistive phosphate glass electrodes as a candidate for the CBM TOF. A. Akindinov,& .F.Guber et al. Dec 2006. 8pp. Published in Nucl.Instrum.Meth.A572:676-681,2007.  = 1,224*30/10=3,672 9. Investigations of amplitude and time characteristics of FEU-187 photomultiplier tubes with fine-mesh dynodes. V.A. Grigorev, & F.Guber et al. 2006. 6pp. Published in Instrum.Exp.Tech.49:679-683,2006, Prib.Tekh.Eksp.49:93-98,2006.(14 authors)  = 0,226*60/10=1,356 10. NA50 final results on charmonia suppression. By NA50 Collaboration (C. Quintans, M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2 et al.). 2006. 4pp. Published in J.Phys.Conf.Ser.50:353-356,2006.  = 8/10= 0,8 11LVAL,. HADES@SIS100, AKugler et all, CBM Progress Report 2006, GSI Report 2007-4 (ISSN:0171-4546), GSI1.Darmstadt, 2007, p.25., 702B>@>2 / : M. Golubeva, F. Guber (2 02B>@0).  =8/7=1,143   ?> 6C@=0;L=K< ?C1;8:0F8O< =96,227 @5?@8=BK 1. Number: CBM-TOF-internal-note-2007-001 Author: V. Ammosov, F. Guber Development of the high rate multigap RPC prototype for the central part of the CBM TOF detector. Final report URL: https://www.gsi.de/documents/DOC-2007-Dec-72.html   = 4/2=2 2. Number: CBM-PHYS-note-2007-001 Author: A.B. Kurepin, E.V. Karpechev, A.I. Maevskaya, F.F. Guber, V.Friese Charmonium Detection in the CBM Experiment URL: https://www.gsi.de/documents/DOC-2007-Dec-71.html   = 4/5=0,8 3. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. By NA50 Collaboration (B. Alessandro, & .F.Guber et al.). CERN-PH-EP-2006-018, Dec 2006. 21pp. Submitted to Eur.Phys.J.C e-Print: nucl-ex/0612012  =4*0.1 =0.4 4. psi-prime production in Pb-Pb collisions at 158-GeV/nucleon. By NA50 Collaboration (B. Alessandro, & F.Guber et al.). CERN-PH-EP-2006-019, Dec 2006. 16pp. =4*0.1 =0.4 5. Na61/Shine at the CERN SPS.By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 [nucl-ex] 119 02B>@>2 (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2)  =4*0.1 =0.4 6. Bottomonium and Drell-Yan production in p-A collisions at 450 GeV. (NA50 Collaboration) B.Alessandro et al., CERN-PH-EP-2006-005. 71 02B>@  =4*0.1 =0.4 7. J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV. (NA50 Collaboration) B.Alessandro et al. CERN-PH-EP-2006-018. 71 02B>@  =4*0.1 =0,4 8. Psi' production in Pb-Pb collisions at 158 GeV/nucleon. (NA50 CollaboraLVAL-tion) B.Alessandro et al. CERN-PH-EP-2006-019. 71 02B>@  =4*0.1 =0,4 9. A New SPS programme. By NA49-future Collaboration (Marek Gazdzick, & F.Guberi et al.). Dec 2006. 19pp. Published in PoS CPOD2006:016,2006. e-Print: nucl-ex/0612007 (93 authors)  =4*0.1 =0,4 10. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 11. Study of hadron production in hadron nucleus and nucleus nucleus collisions at the CERN SPS. By NA49-future Collaboration (N. Antoniou, & F.Guber et al.). CERN-SPSC-2006-034, CERN-SPSC-P-330, Nov 2006. 90pp  =4*0.1 =0.4 12. Study of dielectron production in C+C collisions at 1 AGeV. By HADES Collaboration (: G. Agakishiev et al.). Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex] 108 authors, INR- M.Golubeva, F.Guber, A.Ivashkin, K.Lapidus, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky  =4*0.1 =0.4 13. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. e-Print: nucl-ex/0608031  =4*0.1 =0.4 14. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007 e-Print: arXiv:0711.4281 [nucl-ex]  =4*0.1 =0.4 15. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall, (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2) et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp.  =4*0.1 =0.4   ?> ?@5?@8=B0< = 8 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 2 20073. : 1. F.Guber  Projectile Spectator detector for NA61 NA-61 workshop, CERN, .Oct 17, 2007.  =0 2. F.Guber  Status of the PSD NA49-future Collaboration meeting, Ma LVAL rch 24, 2007 3. F.Guber  Lead glass electromagnetic calorimeter for the HADES@FAIR HADES collaboration meeting, Cyprus, 29 Oct- 4 Nov 2007 4. F.Guber, M.Golubeva, A.Ivashkin NA61 EVO meeting,  Recent results on NA61 PSD development , 4 dec 2007 5. F.Guber  PSD NA49- Future meeting, Warsaw, 28-29 September, 2006 6. F.Guber  PSD NA49/NA49-future workshop, CERN, 8-24 August 2006   ?> 2KABC?;5=8O< =0 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8 4. 48?;><=8:8: !>;>2L520 "0BLO=0 ($) )  =10 5. 0A?8@0=BK: 5@5B5=:8= .. (0A?8@0=BC@0 /)  =30 0?84CA .. (0A?8@0=BC@0 /)  =30  =70 "+   = 174,227LVALMG/>;C1520 0@8=0 >@8A>2=0 >4 @>645=8O.  1950 0B0 70I8BK 48AA5@B0F88  1/A >;6=>ABL  =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-20 02B>@>2. 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1 =6.519 2. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 3. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon. By NA50 Collaboration (B. Alessandro et al.). Published in Eur.Phys.J.C49:559-567,2007. 70 02B>@>2. /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =3.209*30*0.1 =9.627 4. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. By NA50 Collaboration (B. Alessandro et al.). Submitted to Eur.Phys.J.C 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =3.209*30*0.1 =9.627 5. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. VeLVAL0retenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 6. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 7. J/psi azimuthal distribution relative to the reaction plane in Pb-Pb collisions at 158 GeV/nucleon. F.Prino et al., International Journal of Modern Physics E, V.16, Nos.7-8 (2007), p.2066-2071. 70 authors, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =1,380*30/10 =4,14 8. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al.). Mar 2006. 18pp. Published in Phys.Lett.B635:260-269,2006. 66 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =5.301*30*0.1 =15.903 9. Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al.). May 2005. 4pp. Published in J.Phys.G32:S381-S390,2006, 70 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =2.173*30*0.1 =6.519 10. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A-GeV and 2-A-GeV) collisions. By HADES Collaboration (W. Przygoda et al.). 2006. 14pp. Published in Acta Phys.Polon.B37:139-152, 2006. 130 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, V.Tiflov (8 02B>@>2)  =0.807*30*0.1 =2.421 11. NA50 final results on charmonia suppression. By NA50 Collaboration (C. Quintans et al.). 2006. 4pp. Prepared for 5th International Conference on Physics and Astrophysics of Quark Gluon Plasma (ICPAQGP 2005), Salt Lake City, Kolkata, India, 8-12 Feb 2005. Published in J.Phys.Conf.Ser.50:353-356,2006. / LVAL1: M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =6*0.1 =0.6 12. HADES@SIS100, AKugler et all, CBM Progress Report 2006, GSI Report 2007-4 (ISSN:0171-4546), GSI1.Darmstadt, 2007, p.25., 702B>@>2 / : M. Golubeva, F. Guber (2 02B>@0).  =8/7=1,143 @5?@8=BK M;5:B@>==K5 1. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281  =4*0.1 =0.4 2. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 119 02B>@>2, (/ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2)  =4*0.1 =0.4 3. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. (NA50 Collaboration) B.Alessandro et al., e-Print: hep-ex/0603049, 66 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =4*0.1 =0.4 4. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. 68 02B>@>2. By NA50 Collaboration (B. Alessandro et al.). e-Print: nucl-ex/0612012 / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =4*0.1 =0.4 5. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon. (NA50 Collaboration) B.Alessandro et al. e-Print: nucl-ex/0612013, 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya 5 02B>@>2)  =4*0.1 =04 6. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. e-Print: nucl-ex/0610048 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =4*0.1=0.4 7. Dielectron production in C-12+C-12 collisions at 2-ALVAL2GeV with HADES. By HADES Collaboration (G. Agakichiev et al.). e-Print: nucl-ex/0608031 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =4*0.1=0.4 8. Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al.). May 2005. 4pp. e-Print Archive: hep-ex/0505065 70 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =4*0.1 =0.4 @5?@8=BK, 8740==K5 70 @C156>< 1. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 2. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 3. psi-prime production in Pb-Pb collisions at 158-GeV/nucleon. (NA50 Collaboration) B.Alessandro et al.,CERN-PH-EP-2006-019, Dec 2006. 16pp. 70 02B>@>2/  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya(5 02B>@>2)  =4*0.1 =0.4 4. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-005, Mar 2006. 18pp. 66 02B>@>2, /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya(5 02B>@>2)  =4*0.1 =0.4 5. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV.By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-018, Dec 2006. 21pp. 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =4*0.1 =0.4 KABC?;5=8O =0 A5<8=0@0E: 1. HADES C LVAL ollaboration Meeting XVII, October 25-28, 2006, GSI (Germany)  Au+Au@8AGeV simulation 2. Software NA61 EVO meeting, September 10  Status of PSD geometry in simulations 3. Software NA61 EVO meeting, December 4  Recent results on NA61 PSD development B>3>2K9   = 93,559LVALMG4">?8;LA:0O 0B0;8O !5@0D8<>2=0 >4 @>645=8O. 23.11.1946 3. 0B0 70I8BK 48AA5@B0F88 1994 3. >;6=>ABL !.=.A. !?8A>: >?C1;8:>20==KE @01>B 70 2006-2007 3.3. A C:070=85< :>;-2> 02B>@>2. 2007 3. 1). psi-prime production in Pb-Pb collisions at 158-GeV/nucleon. B.Alessandro et al., (70 authors, 5 from INR), Eur.Phys.J.C49:559-567,2007.  =3.209*30/10=9.627 2.)  The medium effects for charmonium states production in relativistic nucleus- nucleus collisions , .!.">?8;LA:0O Relativistic Nuclear Physics and Quantum Chromodinamics, Vol.I, p.57, Dubna, 2007.  =8 3) J/psi azimuthal distribution relative to the reaction plane in Pb-Pb collisions at 158 GeV/nucleon. F.Prino et al., (70 authors, 5 from INR) International Journal of Modern Physics E, V.16, Nos.7-8 (2007), p.2066-2071.  =1.308*30/10=3.924 2006 3. 1). Bottomonium and Drell-Yan production in p-A collisions at 450 GeV. B.Alessandro et al., (71 authors, 5 from INR), Physics Letters B635 (2006) 260  =5.301*30/10=15.903. 2). J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV. B.Alessandro et al., (71 authors, 5 from INR), Eur. Phys. J.C.48 (2006)329.  =3.209*30/10=9.627. 3). Charmonia production at the CERN/SPS, G.Borges et al., (71 author, 5 from INR), J. Phys. G32:S381-S390,2006.  =2.173*30/10=6.519. 4). The medium excitation for charmonium production at the CERN SPS, A.B.Kurepin, N.S.Topilskaya, CBM Working Group report, GSI, Feb.2006.  = 8/2=4. 5). NA50 final results on charmonia suppression. !.Quintans et al., (71 author, 5 from INR) , J.Phys.Conf.SLVAL5er.50:353-356,2006.  =8/10= 0,8 6). Bottomonium and Drell-Yan production in p-A collisions at 450 GeV. B.Alessandro et al., CERN-PH-EP-2006-005;  =4*/10=0.4. hep-ex/0603049  =0,4 7). J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV. B.Alessandro et al., CERN-PH-EP-2006-018;  =4*/10=0.4. nucl-ex/0612012;  =0,4 8). Psi' production in Pb-Pb collisions at 158 GeV/nucleon. B.Alessandro et al., (71 authors, 5 from INR), CERN-PH-EP-2006-019;  =4*/10=0.4. nucl-ex/0612013.  =4*/10=0.4.   ?> ?C1;8:0F8O< = 39,214 6. !?8A>: ?0B5=B>2 70 2006 -2007 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  . 7. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1). .!.">?8;LA:0O- ?;5=0@=K9 4>:;04 (?@83;0H5==K9) >645=85 A>AB>O=89 G0@<>=8O 2 AB>;:=>25=8OE BO65;KE 8>=>2 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, >A:20, "-$, 26-30 =>O1@O 2007 3.   =20 2). .!.">?8;LA:0O  ?;5=0@=K9 4>:;04 (?@83;0H5==K9)  The medium effects for charmonium states production in relativistic nucleus- nucleus collisions , XVIII International Baldin Conference, ISHEPP, Dubna, Russia, September 25-30, 2006.  =30 3). .!.">?8;LA:0O  The medium excitation for charmonium states productions at the CERN experiments , CBM collaboration meeting, GSI, Germany, Darmstadt, 26.02- 3.03.2006. 4). .!.">?8;LA:0O  The transverse momentum dependence of c.LVAL>harmonium states suppression in comparison of p-A, S-U and Pb-Pb data , NA50 Collaboration meeting, CERN, Switzerland 11-12 March 2006. 5). .!.">?8;LA:0O 17>@ ?>A;54=8E M:A?5@8<5=B0;L=KE @57C;LB0B>2 2 AB>;:=>25=8OE BO65;KE 8>=>2 !5<8=0@ ?> @5;OB828ABA:>9 O45@=>9 D878:5, / , 0?@5;L 2006 3. 6). .!.">?8;LA:0O >645=85 G0@<>=8O 2 AB>;:=>25=8OE BO65;KE 8>=>2 2 M:A?5@8<5=B0E & 0, RHIC 8 RA. !5<8=0@ ;01. <57>O45@=KE 2708<>459AB289, / , 12 45:01@O, 2007 3. 8. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 9. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5.  @0<:0E :C@A0 ;5:F89 4;O ABC45=B>2 5;OB828ABA:0O O45@=0O D878:0, 2006-2007 33. (..C@5?8=) :C@A -:A?5@8<5=B NA50 ?> @>645=8N 48<N>==KE ?0@ 2 AB>;:=>25=88 @5;OB828ABA:8E O45@ =0 CA:>@8B5;5 2 & 5   =8 10. @C30O 7=0G8<0O 8=D>@<0F8O. "+   = 116,8LVALMG7!04>2A:89 ;5:A0=4@ !5@35528G 1974 3>40 @>645=8O, Dr.Rer.Nat Ph.D. 2007 TU-Dresden 2007 3. <;04H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. 5. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A-GeV and 2-A-GeV) collisions. Acta Phys.Polon.B37:139-152,2006. (130 02B>@>2)  =0.807*30*0.1 =2.421 6. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1=6.519 3. Dielectron production in C + C and p + p collisions with HADES.By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 4. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 5. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky  =7.489*30*0.1 =22.467   ?LVAL,> 6C@=0;L=K< ?C1;8:0F8O< =40,8 @5?@8=BK 16. Na61/Shine at the CERN SPS.By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 [nucl-ex] 119 02B>@>2 (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2)  =4*0.1 =0.4 17. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 18. Study of dielectron production in C+C collisions at 1 AGeV. By HADES Collaboration (: G. Agakishiev et al.). Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex] 108 authors, INR- M.Golubeva, F.Guber, A.Ivashkin, K.Lapidus, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky  =4*0.1 =0.4 19. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. e-Print: nucl-ex/0608031  =4*0.1 =0.4 20. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007 e-Print: arXiv:0711.4281 [nucl-ex]  =4*0.1 =0.4 21. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall, (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2) et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp.  =4*0.1 =0.4   ?> ?@5?@8=B0< = 2.4 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 2 20073. : 7. A.Sadovskiy  Studies for LVL1 trigger for dp-reactions HADES collaboration meeting, Cyprus, 29 Oct- 4 Nov 2007   ?> 2KABC?;5=8O< =0 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8  =0 "+   = 43,2LVALMG9052A:0O ;;0 >A8D>2=0 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 SPIRES-HEP (6C@=0;L=K5 ?C1;8:0F88) G8A;> @01>B 2 1075 (>?C1;8:>20==KE) 21 G8A;> 8E F8B8@>20=89 20 C1;8:0F88 2 2006-2007 3>40E: 1. F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya et al.,  Study of hadron production in hadron nucleus and nucleus nucleus collisions at the CERN SPS. CERN-SPSC-2006-034, CERN-SPSC-P-330, Nov 2006. 90pp. (97 authors)  =4*0,10 =0.4 2. F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya et al.,  Study of hadron production in collisions of protons and nuclei at the CERN SPS. CERN-SPSC-2006-001, CERN-SPSC-P-329, Jan 2006. 55pp (78 authors)  =4*0.10 =0.4 3. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al. ). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 [nucl-ex]  =4*0.10 =0.4 4. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. e-Print: physics/0612083 ALICE: Physics Performance Report, Volume II , ALICE Collaboration et al 2006 J. Phys. G: Nucl. Part. Phys. 32 1295-2040 doi:10.1088/0954-3899/32/10/001 pp.1514  =2.173*30/10 = 6.519 5. RPC with low-resistive phosphate glass electrodes as a candidate for the CBM TOF. A. Akindinov et al. Dec 2006. 8pp. Published in Nucl. Instrum. Meth. A572: 676-681,2007.  =1.224*30/10 =3,672 6. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. (118 authors) / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2).  = 4/10=0,4 7. A New SPS programme. By NA49-future Collaboration (Marek Gazdzicki et al.). Dec 2006. 19pp. Invited talk at 3rd International Workshop on Critical Point and Onset of Deconfinement, Florence, Italy, 3-6 Jul 2006. Published iLVAL:n PoS CPOD2006:016, 2006.  = 4/10=0,4 8. Addendum-3 to the proposal P330 Report from the NA61/SHINE pilot run performed in October 2007 SPSC-P-330 CERN-SPSC-2007-033 November 16, 2007 M.Golubeva, F.Guber, A.Ivashkin. A.Kurepin, V.Matveev, A.Maevskaya, A.Sadovsky, K.Shileev  = 4/10=0,4 9. F.Guber, A,Ivashkin, A.Kurepin, A.Maevskaya, V.Kachanov  High resolution Projectile Spectator , CBM progress report 2006, p.48 !1>@=8: GSI 2007.  =8/5=1,6 10. E.P.Akishina, T.P.Akishina, V.V.Ivanov, A.I.Maevskaya and O.Yu.Denisova: Application of the W(k,n) test for detection in the CBM experiment, CBM Progress Report 2006, GSI Report 2007-4 (ISSN:0171-4546), GSI Darmstadt, 2007, p.11.  =8/5=1,6 11. E.P.Akishina, T.P.Akishina, V.V.Ivanov, A.I.Maevskaya and O.A.Afanas'ev: Electron/pion identification in the CBM TRD using a multilayer perceptron, CBM Progress Report 2006, GSI Report 2007-4 (ISSN:0171-4546), GSI Darmstadt, 2007, p.12.  =8/5=1,6 12. A.Maevskaya, V.Ivanov, and C.Hhne: detection via electron-positron decay in CBM, CBM Progress Report 2006, GSI Report 2007-4 (ISSN:0171-4546), GSI Darmstadt, 2007, p.18.  =8/3=2,667 13. A New SPS programme. By NA49-future Collaboration (Marek Gazdzicki et al.). Dec 2006. 19pp. Invited talk at 3rd International Workshop on Critical Point and Onset of Deconfinement, Florence, Italy, 3-6 Jul 2006. e-Print: nucl-ex/0612007  = 4/10=0,4 14. E.P.Akishina, T.P.Akishina, V.V.Ivanov, A.I.Maevskaya and O.Yu.Denisova: Electron/pion identification in the CBM TRD applying a W(k,n) goodness-of-fit criterion, Particles & Nuclei, Letters Volume 5, No. 2(144), 2008, pp. 202-218 15. E.P.Akishina, T.P.Akishina, V.V.Ivanov, A.I.Maevskaya and O.A.Afanas'ev: Electron/pion identification in the CBM TRD applying a multilayer perceptron, JINR Communication, E10-2007-17, JINR, Dubna, 2007, 15 pages.  =8/5=1,6 16. Charmonium detection in the CBM experiment A.Kurepin, E. Karpechev, A.Maevskaya, F.Guber, GSI Darmstadt CBM-PHYS-note-2007-.LVAL>001  =8/5=1,6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1.  Charmonium simulations (e+e- pairs)  CBM collaboration meeting , September 20-22, 2006, Strasbourg, France   =0 2.  Feasibility of J/Psi studies in existing environment , CBM Collaboration meeting, 27.02  01.03.06, Darmstadt, Germany   =0 3.  RawData simulation for T0 detector , ALICE offline week , October 3-7, 2006, CERN, Switzerland   =0 4.  T0 detector software status , ALICE offline week , March 6-10, 2006, CERN, Switzerland   =0 5. A.Maevskaya. J/psi studies by CBM detector . Report of CBM international collaboration meeting, Feb., 2007.   =0 6. A.Maevskaya. Feasibility of J/psi studies by CBM detector with compact RICH . Report of CBM international collaboration meeting, Sep, 2007.   =0 7. A.Maevskaya. Offline status of T0 detector. ALICE-offline week March 2007   =0 8. A.Maevskaya. Offline status of T0 detector. ALICE-offline week July 2007   =0 9. A.Maevskaya. Offline status of T0 detector. ALICE-offline week October 2007   =0 10. A. Maevskaya, T.Malkiewicz, M.Oledzki, A.Bogdanov T.Karvicheva, A.Kurepin  Multiplicity measurement with T0 and V0s . First Physics CERN December 2007   =6 "+   = 29,658LVALMG<0@028G520 "0BLO=0 L2>2=0 1951 3.@., :0=4840B D87.-<0B. =0C: (1999), A=A !?8A>: >?C1;8:>20==KE @01>B 70 2006-2007 3.3 1 Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. Phys.Lett.B635:260-269,2006. 66 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  = 5,301 * 30 * 0,1 = 15,903 2 HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1- A-GeV and 2-A-GeV) collisions. By HADES Collaboration (W. Przygoda et al.). 2006. 14pp. Prepared for 29th Mazurian Lakes Conference on Physics: Nuclear Physics and the Fundamental Processes, Piaski, Poland, 30 Aug - 6 Sep 2005. Published in Acta Phys.Polon.B37:139-152,2006. (130 authors listed)  = 0,807 * 30 * 0,1 = 2,421 3 J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV accepted in Euro. Phys. J.C. 68 02B>@>2  = 3,209 * 30 * 0,1 = 9,627 4 Dilepton production in C+C and P+P collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2  = 1,472 * 30 * 0,1 = 4,416 5 7<5@5=85 2@5<5=8 687=8 ?0@0?>78B@>=8O 2 20:CC<5 , C1=0 ...:8<>2 8 4@. 8AL<0 2 -'/  = 0,505 * 60 * 0,1 = 3,030 6 ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520,..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz,.. 5H5B8=, ..(CAB5@<0=, W.N.Trzaska.  AA;54>20=85 0<?;8BC4=KE 8 2@5<5==KE E0@0:B5@8AB8: $-#-187 A A5BG0BK<8 48=>40<8 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, 4.  = 0,226 * 60 * 0,1 = 1,356 7 ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028LVAL=G520, ..>=4@0BL520, ..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz, .. 5H5B8=, ..)CAB5@<0=, W.N.Trzaska  >=AB@C:F8O AB0@B>2>3> B@8335@=>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE, LHC, CERN !1>@=8: B@C4>2 0CG=>9 A5AA88 $, IV :>=D5@5=F8O =0CG=>->1@07>20B5;L=>3> F5=B@0 CRDF, >A:20, $, 2006, AB@.10-11.  = 6 * 1 * 0,1 = 0,600 8 Study of energy dependence of pion production by proton on copper target near 350 MEV E.V.Karpechev, A.B.Kurepin, T.L.Karavicheva , 15 02B>@>2 2007, B.71, !1 (AB@.1-8)  = 0,914 * 60 * 0,1 = 5,484 9 V.A. Grigorev et al. 2006. 6pp. Published in Instrum.Exp.Tech.49:679-683,2006, Prib.Tekh.Eksp.49:93-98,2006.  = 0,226 * 60 * 0,1 = 1,356 10 NA50 final results on charmonia suppression. By NA50 Collaboration (C. Quintans et al.). 2006. 4pp. Prepared for 5th International Conference on Physics and Astrophysics of Quark Gluon Plasma (ICPAQGP 2005), Salt Lake City, Kolkata, India, 8-12 Feb 2005. Published in J.Phys.Conf.Ser.50:353-356,2006,  = 8 * 1 * 0,1 = 0,800 11 psi-prime production in Pb-Pb collisions at 158-GeV/nucleon. By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-019, Dec 2006. 16pp. Published in Eur.Phys.J.C49:559-567,2007, 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  = 3,209 * 30 * 0,1 = 9,627 12 Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin  = 1,659 * 30 * 0,1 = 4,977 13 Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et alLVAL> .(70 02B.)). Published in J.Phys.G32:S381-S390,2006  = 2,173 * 30 * 0,1 = 6,519 14 Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 2,173 * 30 * 0,1 = 6,519 15 Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 129, 02B>@>2  = 7,489 * 30 * 0,1 = 22,467 16 J/psi azimuthal distribution relative to the reaction plane in Pb-Pb collisions at 158 GeV/nucleon. International Journal of Modern Physics E, V.16, Nos.7-8 (2007), p.2066-2071. 70 authors  = 1,38 * 30 * 0,1 = 4,140 17 An improved Shashlyk Calorimeter G.S.Atoyan ..12 02B>@>2 Nucl.Instrum.Meth.A584:291-303,2008  = 1,224 * 30 * 0 = 0 @5?@8=BK M;5:B@>==K5 1 Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. NA50 Collaboration) B.Alessandro et al., CERN-PH-EP-2006-005. 71 02B>@  = 4 * 1 * 0,1 = 0,400 2 7<5@5@85 2@5<5=8 687=8 ?0@0?>78B@>=8O 2 20:CC<5 , C1=0 13-2006-94, ...:8<>2 8 4@. 15 02B>@>2  = 4 * 1 * 0,1 = 0,400 3 By NA50 Collaboration (B. Alessandro, & .F.Guber et al.). CERN-PH-EP-2006-018, Dec 2006. 21pp. e-Print: nucl-ex/0612012  = 4 * 1 * 0,1 = 0,400 4 psi-prime production in Pb-Pb collisions at 158-GeV/nucleon By NA50 Collaboration (B. Alessandro, & F.Guber et al.). CERN-PH-EP-2006-019, Dec 2006. 16pp  = 4 * 1 * 0,1 = 0,400 5 Psi' production in Pb-Pb collisions at 158 GeV/nucleon (NA50 Collaboration) B.Alessandro et al. CERN-PH-EP-2006-019. 71 02B>@  = 4 * 1 * 0,1 = 0,400 6 Study of dielectron production in C+C collisions at 1 AGeV. By HADES CoLVAL?llaboration (: G. Agakishiev et al.). Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex] 108 authors  = 4 * 1 * 0,1 = 0,400 7 Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. e-Print: nucl-ex/0608031  = 4 * 1 * 0,1 = 0,400 8 Dilepton production in pp and CC collisions with HADES By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. e-Print: nucl-ex/0610048 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  = 4 * 1 * 0,1 = 0,400 9 Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al.). May 2005. 4pp. e-Print Archive: hep-ex/0505065 70 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  = 4 * 1 * 0,1 = 0,400 10 7<5@5=85 2@5<5=8 687=8 ?0@0?>78B@>=8O 2 20:CC<5 , C1=0 13-2006-94, ...:8<>2 8 4@. 15 02B>@>2  = 4 * 1 * 0,1 = 0,400 @5?@8=BK, 8740==K5 70 @C156>< 1 .. 5H5B8=, ..C@5?8= 8 4@., @5?@8=B CERN  Results of the test of the Threshold Aerogel Cherenkov Detector at CERN PS T10 test beam channel (ALICE-INT-2006-008, EDMS ! 759561). 13 02B>@>2  = 4 * 1 * 0,1 = 0,400 2 psi-prime production in Pb-Pb collisions at 158-GeV/nucleon. (NA50 Collaboration) B.Alessandro et al.,CERN-PH-EP-2006-019, Dec 2006. 16pp. 70 02B>@>2/  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  = 4 * 1 * 0,1 = 0,400 3 Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-005, Mar 2006. 18pp. 66 02B>@>2, /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  = 4 * 1 * 0,1 = 0LVAL@,400 4 J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV.By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-018, Dec 2006. 21pp. 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2  = 4 * 1 * 0,1 = 0,400 1 ALICE week : T0 DCS Status 2 Monday 13 March 2006 T0 DCS Status - 3 Tuesday 20 June 2006 Finite State Machine implementation for the T0 detector 4 Tuesday 20 June 2006 5 Daq & readout for t0 6 T0 Detector commissioning progress - DCS workshop 3 July 2007 7 ALICE T0 DCS  STATUS - DCS workshop 2 October 2007,CERN 8 T0 Hardware status  ALICE week 1 October 2007 ,CERN Luminosity from "0 ALICE week 1 October 2007, CERN 1 LHC referee meeting: T0 status report   (+  = 30,000 2 Production readiness Review meeting: Status of Alice T0  = 6,000 System run coordinator 3 meeting, 28 November 2007,|CERN T0-detector for December cosmic run 4 First Physics meeting (14-Dec-07) Multiplicity measurements with T0  = 6,000 5 MPD experiment meeting (Dubna 8-11-07)  Start Detector for Trigger and Time-of-Flight Systems for the MPD experiment  Dubna 8-11-07 8?;><=8:8 : $5I5=:> ..  LVAL  $" (2006) 10,000 C@5?8= ..  $ (2006) 10,000 A?8@0=BK 8 A>8A:0B5;8: 30,00 >@;KG52 .  / (2006) 30,00 =>H:> .!. (A>8A:0B5;L) (2007) 30,00 $5I5=:> ..  / (2007) 30,00 C@5?8= ..  /(2007) "+   286,842LVAL >78: ;5:A0=4@ @:04L528G ;01>@0=B & C1;8:0F88 8 4>:;04K 2006 - 2007 3.3. 1. .. >78: "-:A?5@8<5=BK ?> ?@O<><C 87<5@5=8N <0AAK =59B@8=> 8 M:A?5@8<5=B ""@>8F: =N-<0AA". !54L<0O 0:A0=A:0O >;>456=>9 (:>;5 -:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8" 2006 3. 0B5@80;K MB>9 H:>;K 2KH;8 >B45;L=K< A1>@=8:><: " #+ !, !!  (+ -! ",  " "'! $ ( -"$ &#8211; 2006" # 530.1(06)+539.1(06)+524.1(06)  22.3+22.38+22.382 ISBN 978-5-72620749-0 $, 2007 3.  = 4*1,5=6 2. . . 5;5A52 8 4@. (2A53> 14). AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> "@>8F: =N-<0AA , @5?@8=B /  ! /-1174/2006, >A:20, 2006 3., 24 AB@.  = 4*0,1=0,4 3. @83;0H5==K9 4>:;04  Troitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany   =30*0.1=3 B>3>2K9  = 9,40@?5G52 235=89 ;048<8@>28G 0B0 @>645=8O: 15.03.1979 #G5=>5 720=85: 1/7 #G5=0O AB5?5=L: 1/A >;6=>ABL: <.=.A. !?8A>: ?>;=KE AAK;>:: 5F5=78@C5<K5 @>AA89A:85 6C@=0;K: 1. Study of energy dependence of pion production by protons on copper target near 350 MeV. E.V.Karpechev et al. 2007. 8pp. (15 authors) C@=0; /45@=0O $878:0, B.71, !1 (AB@.1-8)   = 0.914*60/10 = 5.684 -;5:B@>==K5 ?@5?@8=BK: 2. Charmonium Detection in the CBM Experiment A.B. Kurepin, E.V. Karpechev, A.I. Maevskaya, F.F. Guber, V. Friese (5 authors) CBM-PHYS-note-2007-001 URL: https://www.gsi.de/documents/DOC-2007-Dec-71.html   = 4/5 = 0.8 B>3>2K9:   = 5.684 + 0.8 = 6.484LVALMGC0;0H52 ;53 235=L528G 40B0 @>64. 4 O=2 1976, :0=4840B D87-<0B =0C:, =0CG=K9 A>B@C4=8: 0AG5B   70 2006-200733: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Composition of UHECR and the Pierre Auger Observatory Spectrum. Katsushi Arisaka, Graciela B. Gelmini, Matthew Healy , Oleg Kalashev, Joong Lee, Sep 2007 Journal of Cosmology and Astroparticle Physics 0712:002,2007  =6.739*30/5=40.434 GZK Photons Above 10-EeV. Graciela B Gelmini , Oleg Kalashev , Dmitry V. Semikoz Journal of Cosmology and Astroparticle Physics 0711:002,2007.  =6.739*30/3=67.39 GZK Photons in the Minimal Ultrahigh Energy Cosmic Rays Model. Graciela B Gelmini , Oleg Kalashev , Dmitry V. Semikoz Astropart.Phys.28:390-396,2007.  =4.047*30/3=40.47 Anisotropy studies around the Galactic Centre at EeV energies with the Auger Observatory. By Pierre Auger Collaboration (M. Aglietta et al.). Astropart.Phys.27:244-253,2007.  =4.047*30/10=12.141 An upper limit to the photon fraction in cosmic rays above 10**19-eV from the Pierre Auger Observatory. By Pierre Auger Collaboration (J. Abraham et al.). Astropart.Phys.27:155-168,2007.  =4.047*30/10=12.141 @5?@8=BK: Global anisotropy of arrival directions of ultrahigh-energy cosmic rays: capabilities of space-based detectors. O.E. Kalashev, B.A. Khrenov, P. Klimov, S. Sharakin, Sergey V. Troitsky. , Oct 2007 e-Print: arXiv:0710.1382 [astro-ph]  =4/5=0.8 Ultra-High Energy Cosmic Rays and the GeV-TeV Diffuse Gamma-Ray Flux. Oleg E. Kalashev, Dmitry V. Semikoz, Guenter Sigl . Apr 2007. 4pp. e-Print: arXiv:0704.2463 [astro-ph]  =4/3=1.333 >:;04K =0 :>=D5@5=F8OE: Constraints on secondary 10-100 EeV gamma ray flux in the minimal bottom-up model of Ultrahigh Energy Cosmic Rays. (AB5=4>2K9)  =6 GZK Photons Above 10 EeV QUARKS-2006, 14th International Seminar on High Energy Physics (CAB=K9)  =4 Nuclei as UHECR, Oleg E. Kalashev GZK40 The 3rd International Workshop on Ultra High Energy cosmic rays and their sources (CAB2LVALB=K9)  =4 B>3> AC<<0@=K9  =40.434+67.39+40.47+12.141+12.141+0.8+1.333+6+4+4=188.709LVALMGE0F5?8= 5>@389 "8<>D5528G,. @>4 28.05.1917, 4D<=, 0:045<8:, 702.;01. -,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P. Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (45 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/45=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (45 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/45=5.5 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9,LVALF >?C1;8:>20==K9)  =30/45*0.5=1.5 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9)  =30/45 E 0.5 = 1.5 "  =36.9 O.G. Ryazhskaya , L.V. Volkova and G.T. Zatsepin. Prompt and direct muon production in the atmosphere and very high energy inclined EAS at sea level.Nucl. Phys. B (Proc. 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High-energy cosmic-ray physics study by multipurpose astrophysical orbital observatory, Nucl. Phys. B (Proc. Suppl.) 175-176C (2007) 90 193,  =0.5*0.875*30/10 = 3.94 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 0;:8= .., 5@18=0 .., 0<G0;>20 .., .".0F5?8=,& CE0<54H8= ..8 4@. 0<<0-:20=BK :>A<8G5A:8E ;CG59 2KA>:LVALG8E M=5@389 2 M:A?5@8<5=B5 RUNJOB. 72. , A5@. D87. (2007) B.71, ! 4, 509-511;  =1.5*4/10 = 0.60 Ammosov V.V., Antonova V.P., Britvich G.I. & Mukhamedshin R.A., G.T.Zatsepin& et al. Modern status of recording system elements of the INCA project. Proc. 30th ICRC, HE 1.1A, #327;  =1.5*6/10 = 0.90 B>3>:  = 12.00 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 Prompt and direct muon production in atmosphere and very high energy inclined EAS at see level. Ryazhskaya O. G., Volkova L. V., Zatsepin G. T. Nuclear Phys. B (Proc. 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A C:070=85< :>;-2> 02B>@>2. 1. ..C9:>2, .!.;L8=>2. !8AB5<0B8:0 2KA>:>A?8=>2KE 87><5@=KE >B=>H5=89 2 @50:F8OE A ?@>B>=0<8 A@54=8E M=5@389. /45@=0O D878:0, 2006, !4, B.69, A. 766-768. B.L.Zhuikov, A.S.Iljinov. Systematics of high-spin isomers produced in nuclear reactions with intermediate-energy protons. Physics of Atomic Nuclei, 2006, No.4, p. 739-742.  =0.914*60/2=27.42 2. S.G. Lebedev, S.V. Akulinichev, A.S. Iljinov and V.E.Yants. A gaseous radiochemical method. Nucl. Instr.& Met. A v.561 (2006)  = 1,224*30/4=9.18 B>3>2K9  = 36,6RLVAL d(C=45@N: =4@59 8@>A;02>28G >4 @>645=8O. 1981 0B0 70I8BK 48AA5@B0F88 - =5B >;6=>ABL - <;04H89 =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. ..>?5;8>28G, ..(C=45@N:, ..0BCH:>. 0AI5?;5=8O <0AA O45@=KE 87>B>?>2 2 :8@0;L=>< A>;8B>==>< ?>4E>45. /$ 69, 124-137 (2006); Phys.Atom.Nucl. 69, 120-132 (2006) - 3 02B>@0  =0.914*60/3=18,28 V.B.Kopeliovich, A.M.Shunderuk. Baryon spectrum in large NA chiral soliton and in quark models. Phys.Rev. D73, 094018 (2006) - 2 02B>@0  =4.852*30/2=72,78 V.B.Kopeliovich, A.M.Shunderuk. Strange and heavy flavoured hypernuclei in chiral soliton models. Eur.Phys.J. A33, 277-281 (2007) - 2 02B>@0   =1.659*30/2 = 24,88   70 ?C1;8:0F88: 114 !?8A>: ?0B5=B>2 70 2006 -2007 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  .  =5B !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 - 2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. A.M.Shunderuk. Pentaquarks as chiral solitons and as multiquark states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roitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany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b A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=>  "@>8F: =N-<0AA . . 5;5A52, . . 5@0A:8=, . . C9:>2, !. . 04>@>6=K9, . . 070G5=:>, . . >E0=N:, . . 8E>284, . . >10H52, . . >78:, . . 0@D5=>2, . . !:0AK@A:0O, . . !C40G:>2, . . "8B>2, . . #A0=>2 /$ 2K945B 2 A25B 2 =><5@5 3(B>< 71) 2008 3.   1. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. @83;0H5==K9 4>:;04  Troitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany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stling, T. Armbrust, M. Steidl, S. Zadorozhny (total 4)  A large, 64-pixel PIN-diode detector for low-energy beta-electrons . Nuclear Instruments and Methods in Physics Research Section A, Volume 568, Issue 1, 30 November 2006, Pages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roitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany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b A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=>  "@>8F: =N-<0AA . . 5;5A52, . . 5@0A:8=, . . C9:>2, !. . 04>@>6=K9, . . 070G5=:>, . . >E0=N:, . . 8E>284, . . >10H52, . . >78:, . . 0@D5=>2, . . !:0AK@A:0O, . . !C40G:>2, . . "8B>2, . . #A0=>2 /$ 2K945B 2 A25B 2 =><5@5 3(B>< 71) 2008 3.   2. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 2. >:;04 =0 % <564C=0@>4=>< @01>G5< A>25I0=88 "  (2006 3.) !:0AK@A:0O .. Calculation and Optimization of new Troitsk Spectrometer, Parameters and Fields.  =0 3. >:;04 =0 13 <564C=0@>4=>< A>25I0=88 "  (2007). !:0AK@A:0O .. Detailed resolution calculations of old Troitsk spectrometer  =0 4. V. Paramonov, A.K. Skasyrskaya, INR, K. Floettmann, F. Stephan, DESY. PULSED RF HEATING PARTICULARITIES IN NORMAL-CONDUCTING L-BAND CAVITIES. Proc. of International Linac Conference, Linac 2006, #AB=K9 A5:F8>==K9 4>:;04.  =6/4=1,5 5. 7 02B>@>2, V.V. Paramonov, First high-power ACS modul for J-PARC linac. Proc. 2006 Linac Conference, >:A28;;, !(, 2006. Proc. 2006 Linac Conference, >:A28;;, !(, 2006.  =0,857 6. 6 02B>@>2. V.V. Paramonov, S.Korepanov et al., Design consideration of the RF deflector to optimize the photo injector for PITZ. Proc. of 26 International Free Electron Lasers, FEL2006, Conferen LVAL ce, 5@;8=, 5@<0=8O, p. 605  =6/6=1 7. @83;0H5==K9 4>:;04  Troitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany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roitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik*, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G. Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany   =30*0.1=3 2. #AB=K9 4>:;04 The KATRIN sensitivity to the neutrino mass and to right-handed currents in beta decay (5 02B>@>2) Neutrino 2006 XXII International Conference on Neutrino Physics and Astrophysics June 13  19, 2006 Santa Fe, New Mexico USA   = 6/5= 1.2 3. Energy calibration and monitoring of the KATRIN Experiment Authors: T. Thuemmler, M. Beck, J. Bonn, B. Hillen, H.-W. Ortjohann, B. Ostrick, E.W. Otten, M. Prall, N. Titov, C. Weinheimer. Neutrino 2006 XXII International Conference on Neutrino Physics and Astrophysics June 13  19, 2006 Santa Fe, New Mexico USA  = 6/10=0.6 4. To the neutrino mass and to right-handed currents in tritium beta decay D. Sevilla-Sanchez, J. Bonn, K. Eitel, F. Glueck, N. Titov The 2nd Symposium On Neutrinos and Dark Matter in Nuclear Physics Paris, September 3-9, 2006  = 6/5=1.2 "+   =6,4LVAL #A0=>2 ;048<8@ @83>@L528G =A !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. @5?@8=B / 1174/2006, =>O1@L 2006."AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> ""@>8F: =N-<0AA" " .. 5;5A52, .. 5@0A:8=, .. >;C152, .. C9:>2, !.. 04>@>6=K9, .. 20=>2, .. 070G5=:>, .. >E0=N:, .. 8E>284, .. >10H52, .. >78:, .. 0@DQ=>2, .. !:0AK@A:0O, .. "8B>2, .. #A0=>2.   4/10= 0,4 2. AA;54>20=85 MDD5:B>2 >1J5<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O b A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=>  "@>8F: =N-<0AA . . 5;5A52, . . 5@0A:8=, . . C9:>2, !. . 04>@>6=K9, . . 070G5=:>, . . >E0=N:, . . 8E>284, . . >10H52, . . >78:, . . 0@D5=>2, . . !:0AK@A:0O, . . !C40G:>2, . . "8B>2, . . #A0=>2 /$ 2K945B 2 A25B 2 =><5@5 3(B>< 71) 2008 3.   !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. @83;0H5==K9 4>:;04  Troitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany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b A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=>  "@>8F: =N-<0AA . . 5;5A52, . . 5@0A:8=, . . C9:>2, !. . 04>@>6=K9, . . 070G5=:>, . . >E0=N:, . . 8E>284, . . >10H52, . . >78:, . . 0@D5=>2, . . !:0AK@A:0O, . . !C40G:>2, . . "8B>2, . . #A0=>2 /$ 2K945B 2 A25B 2 =><5@5 3(B>< 71) 2008 3.   5. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 8. @83;0H5==K9 4>:;04  Troitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany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xcitation of high spin nuclear isomeric states by intermediate energy protons on the MMF INR RAS. . O.N. Libanova, O.P.Proskuriakov, Yu.V. Ryabov Journal of Physics G, v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erezin, A. Smirnov Gravitation and Cosmology No. 1 (49) March 2007 pp. 43-45,  =6 >:;04K: XVIII-th Petrov Scool Recent Problems in Physics V.A. Brerezin,  G5@=KE 4K@0E 8 70<0A:8@>20==KE G5@=KE 4K@0E,  =6 B>3>:  =120BCH:> 8:B>@ 5>=84>28G 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. @5?@8=B / 1186/2007, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 9 02B>@>2   = 4/9= 0,444 2. Measurement of Neutron Background at the Pyhasalmi mine for CUPP Project, Finland J. N. Abdurashitov, V. N. Gavrin, V. L. Matushko, et al. nucl-ex/0607024  = 4/7 =0,571 3. J.N. Abdurashitov, V.N. Gavrin, V.L. Matushko et al. Development of a Segment Fast Neutron Spectrometer. /45@=0O D878:0, B. 70, ! 1, 139-145.  =0,914*60/8=6,855 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. 1. J.N.Abdurashitov,...V.L. Matushko et al.  Segmented Fast Spectrometer Particle and Cosmology   = 0,6 2. ..14C@0H8B>2, ..5@5BQ=:8=, ..02@8=, ..0BCH:>, ..(8E8=, .-./=F !?5:B@><5B@ 1KAB@KE =59B@>=>2 2KA>:>3> @07@5H5=8O. >7<>6=>AB8 ?@O<>3> 87<5@5=8O A?5:B@0 8 ?;>B=>AB8 ?>B>:0 1KAB@KE =59B@>=>2 =0 =59B@>==>< :><?;5:A5 $, N 2006.>A:20 2006 3.  =4/6=0,667 3. !.. :C;8=8G52, !.. 0:;0=>2, ... 02@8;>2, .. 0BCH:>, .. !:>@:8=. >7<>6=>ABL =0@01>B:8 -" @048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / . %% International Workshop on charge particle accelerator. A5=BO1@L 9-15 2007 3. ;CHB0, #:@08=0.  =4/5=0,8 B>3>2K9 ;8G=K9   =10,54 0AG5B   8.>. 702. A5:B>@>< = 10,54*0,5 + 191,95/3*0,75=53,257LVALMGY0=BC52 ;048A;02 !5@35528G 1. >4 @>645=8O. 1954 3. 2. 0B0 70I8BK 48AA5@B0F88. $52@0;L 1994. 3. >;6=>ABL. 0CG=K9 A>B@C4=8:. 4. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. Jet absorption and corona effect at RHIC. Extracting collision geometry from experimental data. 11 45:01@O 2006. 5 AB@. ?C1;8:>20=> 2 8AL<0 2 -"$, B>< 85, 2007, AB@. 114. 2B>@ >48=.  =1.099*45=49.455 2. Measurement of direct photon production in p + p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Sep 2006. 6pp. Published in Phys.Rev.Lett.98:012002,2007. 2B>@>2 320.  =7.489*30*0.1=22.467 3. Improved measurement of double helicity asymmetry in inclusive midrapidity pi0 production for polarized p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Feb 2006. 4pp. Published in Phys.Rev.D73:091102,2006. 2B>@>2 320.  =.4.852*30*0.1=14.556 4. Azimuthal angle correlations for rapidity separated hadron pairs in d + Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Mar 2006. 6pp. Published in Phys.Rev.Lett.96:222301,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 5. Nuclear modification of electron spectra and implications for heavy quark energy loss in Au+Au collisions at s(NN)**(1/2) - 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Oct 2005. 6pp. Published in Phys.Rev.Lett.96:032301,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 6. Common suppression pattern of eta and pi0 mesons at high transverse momentum in Au+Au collisions at S(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Jan 2006. 6pp. Published in Phys.Rev.Lett.96:202301,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 7. Measurement of identified pi0 and inclusive photon v(2) and implication to the direct photon production in s(NN)**1/2 = 200-GeV Au+Au collisions. By PHENIX Collaboration (S.S. Adler et al.). 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Jul 2005. 6pp. Published in Phys.Rev.Lett.97:052301,2006. 2B>@>2 320  =7.489*30*0.1=22.467 12. Nuclear effects on hadron production in d+Au and p+p collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Mar 2006. 13pp. Published in Phys.Rev.C74:024904,2006. 2B>@>2 320  =3.61*30*0.1=10.83 13. Jet properties from dihadron correlations in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). May 2006. 25pp. Published in Phys.Rev.D74:072002, 2006. 2B>@>2 320  =4.852*30*0.1=14.556 14. Heavy Ion Collisions at the LHC - Last Call for Predictions. S. Abreu et al. Nov 2007. 185pp. Temporary entry e-Print: arXiv:0711.0974 [hep-ph]  =0,4 15. PHENIX measurements of reaction plane dependence of high-p(T) photons and pions. By PHENIX Collaboration (V.S. Pantuev for the collaboration). 2007. Published in J.Phys.G34:S805-S808,2007  =2.173*30*0.1=6,519 16. 'Jet-Ridge' effect in heavy ion collisions as a back splash from stopped parton. V.S. Pantuev . Oct 2007. 4pp. e-Print: arXiv:0710.1882 [hep-ph]  =0,4 17. Centrality dependence of charged hadron LVAL[production in deuteron + gold and nucleon + gold collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Aug 2007. 15pp. Submitted to Phys.Rev.Lett. e-Print: arXiv:0708.2416 [nucl-ex]  =0,4 18. Enhancement of the dielectron continuum in s(NN)**(1/2) = 200-geV Au+Au collisions. By PHENIX Collaboration (S. Afanasiev et al.). Jun 2007. 7pp. Submitted to Phys.Rev.Lett. e-Print: arXiv:0706.3034 [nucl-ex]  =0,4 19. Transverse momentum and centrality dependence of dihadron correlations in Au+Au collisions at s(NN) = 200-GeV: Jet-quenching and the response of partonic matter. By PHENIX Collaboration (A. Adare et al.). May 2007. 6pp. Published in Phys.Rev.C77:011901, 2008. e-Print: arXiv:0705.3238 [nucl-ex]  =0,4 20. Inclusive cross-section and double helicity asymmetry for pi0 production in p + p collisions at s**(1/2) = 200-GeV: Implications for the polarized gluon distribution in the proton. By PHENIX Collaboration (A. Adare et al.). Apr 2007. 7pp. Published in Phys.Rev.D76:051106,2007. e-Print: arXiv:0704.3599 [hep-ex]  =4.852*30*0.1=14.556 21. Measurement of density correlations in pseudorapidity via charged particle multiplicity fluctuations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). Apr 2007. 32pp. Published in Phys.Rev.C76:034903,2007. e-Print: arXiv:0704.2894 [nucl-ex]  =3.61*30*0.1=10.83 22. Elliptic flow for phi mesons and (anti)deuterons in Au + Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S. Afanasiev et al.). Mar 2007. 6pp. Published in Phys.Rev.Lett.99:052301,2007. e-Print: nucl-ex/0703024  =7.489*30*0.1=22.467 23. Production of omega mesons at Large Transverse Momenta in p + p and d + Au Collisions at s**(1/2)(NN) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). Nov 2006. 6pp. Published in Phys.Rev.C75:051902,2007.  =3.61*30*0.1=10.83 e-Print: nucl-ex/0611031 24. J/psi Production vs Centrality, Transverse MomentuLVAL\m, and Rapidity in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:232301,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0611020 25. System Size and Energy Dependence of Jet-Induced Hadron Pair Correlation Shapes in Cu+Cu and Au+Au Collisions at s(NN)**(1/2) = 200 and 62.4-GeV. By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:232302,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0611019 26. Energy Loss and Flow of Heavy Quarks in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:172301,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0611018 27. Correlated Production of p and anti-p in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Nov 2006. 12pp. Published in Phys.Lett.B649:359-369,2007.  =5.301*30*0.1=15.903 e-Print: nucl-ex/0611016 28. J / psi production versus transverse momentum and rapidity in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:232002,2007.  =7.489*30*0.1=22.467 e-Print: hep-ex/0611020 29. A Detailed Study of High-p(T) Neutral Pion Suppression and Azimuthal Anisotropy in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). Nov 2006. 23pp. Published in Phys.Rev.C76:034904,2007.  =3.61*30*0.1=10.83 e-Print: nucl-ex/0611007 30. High transverse momentum eta meson production in p+p, d+Au and Au+Au collisions at S(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). Nov 2006. 38pp. Published in Phys.Rev.C75:024909,2007.  =3.61*30*0.1=10.83 e-Print: nucl-ex/0611006 31. Centrality dependence of pi0 and eta production at large transverse momentum in s(NN)**(1/2) = 200-GeV d+Au collisions. By PHENIX Collaboration (Stephen Scott Adler et al.). Oct 2006. 6LVALpp. Published in Phys.Rev.Lett.98:172302,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0610036 32. Measurement of Single Muons at Forward Rapidity in p+p Collisions at s**(1/2) = 200-GeV and Implications for Charm Production. By PHENIX Collaboration (Stephen Scott Adler et al.). Sep 2006. 25pp. Published in Phys.Rev.D76:092002,2007.  =4.852*30*0.1=14.556 e-Print: hep-ex/0609032 33. Measurement of high-p(T) single electrons from heavy-flavor decays in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Sep 2006. 6pp. Published in Phys.Rev.Lett.97:252002,2006. e-Print: hep-ex/0609010  =7.489*30*0.1=22.467 34. Scaling properties of azimuthal anisotropy in Au+Au and Cu+Cu collisions at s(NN) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Aug 2006. 6pp. Published in Phys.Rev.Lett.98:162301,2007. e-Print: nucl-ex/0608033  =7.489*30*0.1=22.467 35. Evidence for a long-range component in the pion emission source in Au + Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). May 2006. 6pp. Published in Phys.Rev.Lett.98:132301,2007. e-Print: nucl-ex/0605032  =7.489*30*0.1=22.467   ?> ?C1;8:0F8O< = 579,02 5. !?8A>: ?0B5=B>2 70 2005 -2006 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  . 6. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. Evidence of finite sQGP formation time at RHIC. Proc. 22nd Winter Workshop on Nuclear Dynamics (2006) p. 39. March 11-18, 2006, La Jolla, California, USA 2. PHENIX measurements of reaction plane dependence of high pt photons and pions. Quark Matter 2006, November 2006, Shanghai, China   ?> 2KABC?;5=8O< = 12 "+   = 591, 02&'0RA < 7 > ]  d _Zy.Ml!(z#6BDA`P@?<<<<<ϿAu(B`P@? @HHHH<߿@@N@?<<<<<Ͽ?1 ףAN@?@HHHH<߿>0N@?<<<<<Ͽ=qCN@? @HHHH<߿<q=AN@?0@~HHHH<߿;` <]BN@?|MGHHHH<߿:首AN@?zMGHHHH<߿95N@?@wHHHH<߿8N@?<<<<<Ͽ5 JN@?<<<<<Ͽ4fN@?<<<<<Ͽ3e6N@?<<<<<Ͽ. bN@?<<<<<Ͽ-g N@?<<<<<Ͽ,[ N@?<<<<<Ͽ+  N@?<<<<<Ͽ(@3N@?<<<<<Ͽ'N@?<<<<<Ͽ&N@?<<<<<Ͽ%N@?<<<<<Ͽ$p k@N@?@wHHHH<߿"Y@F@?xMGHHHH<߿!AF@?J@wHHHH<߿ QAF@?@wHHHH<߿fBF@?4 @vHHHH<߿^HaCF@? @uHHHH<߿T #BF@?@tHHHH<߿ffBF@?@tHHHH<߿E@?<<<<<ϿE@?<<<<<ϿD E@?<<<<<ϿE@?<<<<<Ͽ9E@?<<<<<Ͽ@BE@?@kHHHH<߿CLBE@?)qMGHHHH<߿tq=@E@?VoMGHHHH<߿ BE@?+lMGHHHH<߿ 33S@E@?H@kHHHH<߿sB`@E@?@@jHHHH<߿ ?E@? @iHHHH<߿+ͬCE@?rScMGHHHH<߿# E@?*@^HHHH<߿ sBX9BE@?7_MG@TTTH< `A E@?$@^HHHH<߿ @A E@?@WHHHH<߿ HD E@?MXMGHHHH<߿LVAL 68,07 - =5 2K?;0G8205BAO  , ?>A:>;L:C 0A?8@0=B $  (=>: ?>;CG05B 8<5==CN AB8?5=48N) '5@=>2 !5@359 ;048<8@>28G, @>4. 17.04.1983 0A?8@0=B,   70 2006-2007 33. 1-9 3>4 >1CG5=8O, 0A?8@0=B B45;5=8O "5>@. $878:8 $, 2 / @01>B05B ?> 4>3>2>@C 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 C1;8:0F88: . >:CG052, !. '5@=>2 / ">7<>6=K5 B8?K M2>;NF88 20:CC<=KE >1>;>G5: 2>:@C3 <8@0 45 !8BB5@0" //8AL<0 2 -"$ 85, AB@. 727, 2007,  =1.446*60/2=43.38 @5?@8=BK M;5:B@>==K5: S.V. Chernov, V.I. Dokuchaev /  Vacuum shell in the Schwarzschild-de Sitter world //arXiv:0709.0616v1 [gr-qc], 2007,  =4/2=2 A?8@0=B (2 / ?> A>2<5AB8B5;LAB2C): :>MDD8F85=B 1.5 B>3>:  =68.07@0AG5B ?@=4 70 2006-2007 33 4;O ?82>20@>20 3.1. 1. 4>:;04 =0 40-9 <564C=0@>4=>9 78<=59 H:>;5 ?8OD 2:;04 2 ?@=4 = 6 2. 4>:;04 =0 41-9 <564C=0@>4=>9 78<=59 H:>;5 ?8OD 2:;04 2 ?@=4 = 6 3. ?@5?@8=B On Naturalness of Scalar Fields and Standard Model. Grigorii B. Pivovarov (Moscow, INR) , Victor T. Kim (St. Petersburg, INP) . CERN-PH-TH-2007-250, Dec 2007. 3pp. e-Print: arXiv:0712.0402 [hep-ph] 2:;04 2 ?@=4 = 2 8B>3> ?@=4 = 14. =87:89 ?@=4 >1JOA=O5BAO B5<, GB> 7=0G8B5;L=>5 2@5<O 1K;> 70B@0G5=> =0 A>740=85 A5@28A0 http//xstructure.inr.ac.ru, :>B>@K9 =5 >F5=8205BAO ACI5AB2CNI8<8 ?@028;0<8 @0AG5B0 ?@=4. A C2065=85<, 3.1. ?82>20@>2LVALMG`C9:>2 >@8A 5>=84>28G 3. >4 @>645=8O. 1952 4. 0B0 70I8BK 48AA5@B0F88 0=4. E8<. =0C: 1982 5. >;6=>ABL 0254CNI89 ;01>@0B>@859 6. !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 4.1. ..C9:>2, .!.;L8=>2. !8AB5<0B8:0 2KA>:>A?8=>2KE 87><5@=KE >B=>H5=89 2 @50:F8OE A ?@>B>=0<8 A@54=8E M=5@389. /45@=0O D878:0, 2006, !4, B.69, A. 766-768. B.L.Zhuikov, A.S.Iljinov. Systematics of high-spin isomers produced in nuclear reactions with intermediate-energy protons. Physics of Atomic Nuclei, 2006, No.4, p. 739-742.  =0.914*60/2=27.42 4.2. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. J. Labeled Compounds and Pharmaceuticals, 2007, v.50, ! 5-6, pp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a;O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O. 0B5=B $. ! 2313838, ?C1;.  !36, 2007 3.  =20/7=2.857 5.2. ..C9:>2, ..C:;0=>2. !?>A>1 ?@83>B>2;5=8O F8:;>B@>==KE <8H5=59 8 8AB>G=8:>2 @048>0:B82=>3> 87;CG5=8O 8 CAB@>9AB2> 4;O 53> @50;870F88. 0B. $, ! 2310249, 10.04.2006. .. !31, 2007  =20/2=10 5.3. ..5B@852. ..(8@O52, ..!<0EB8=, ..!:2>@F>2, ..C9:>2. !?>A>1 ?>;CG5=8O <5G5=KE @048>=C:;84>< <8:@>AD5@. 0B. $, ! 2310249, 10.04.2006. .. !31, 2007.  =20/5=4 5.4. B.L.Zhuikov, S.Srivastava, S.Ermolaev, N.A.Konyakhin, V.M.Kokhanuyk,S.V.Khamyanov, N.R.Togaeva. A method for production of no-carrier-added radiotin and a target for its realization. Application No. 11/962,851, filed 21.12.07 7 02B>@>2, 3  /   =20/7=2,857   ?> ?0B5=B0<: 20,19 8. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. 9th Int. Symposium on the Synthesis and Application of Isotopes and Isotopically Labelled Compounds, Edinburgh, UK, 16-20 July, 2006. Abstracts, P-30, p. 124. Submitted to: J. Labbeled Compounds and Pharmaceuticals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b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huikov , E.J. Peterson , S.C. Srivastava. Joint developments and production of accelerator radioisotopes: 0 successful international project. XVIII 5=45;552A:89 AJ574 ?> >1I59 8 ?@8:;04=>9 E8<88. >A:20, 23-28 A5=. 2007. "578AK 4>:;04>2. ".5. =AB8BCB D878G5A:>9 E8<88 8 M;5:B@>E8<88 8<. ..$@C<:8=0 . . @0=8F0, 2007. !.255. 3 02B>@0.  =4/3*1,5=2   ?> :>=D5@5=F8O<: 41,021 9. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 10. 540;8 8 48?;><K ..C9:>2, ..'C40:>2, ..>E0=N: 548F8=A:89 35=5@0B>@ Rb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d1. >B28=0 ;5:A0=4@ !B5?0=>28G, 19573. @>645=8O, :.D.-<.=, =0CG=K9 A>B@C4=8:. Publications in journals with referee examinations: 1. L.Carlen, P.Golubev, B.Jakobsson, V.Avdeichikov, C.Ekstrom, C-J.Friden, A.Kolozhvari, L.Westerberg, A.Siwek, K.Aleklett, H.Persson, C.Rouki, A.S.Botvina, J.P.Bondorf, I.A.Pshenichnov, and I.N.Mishustin. Dynamical and statistical fragment emission properties in200A MeV 20-Ne + 40-Ar collisions. Nucl. Phys. A, v.764, p.15, Amsterdam, 2006. PRND= 1.950*30/10 = 5.85 2. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Luehning, J.Lukasik, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Suemmerer, W.Trautmann, M.B.Tsang, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Mass and Isospin Dependence in Multifragmentation. Acta Phys. Polonica B, v.37, p.193, Cracow, 2006. PRND= 0.807*30/10 = 2.42 3. V.A.Karnaukhov, H.Oeschler, A.Budzanowski, S.P.Avdeyev, V.V. Kirakosyan, V.K.Rodionov, P.A.Rukoyatkin, A.V.Simonenko, W.Karcz, I.Skwirczynska, E.A.Kuzmin, E.Norbeck, A.S.Botvina. Liquid-fog and liquid-gas phase transitions in hot nuclei. Phys. Atom. Nucl., v.69, p.1142, Moscow, 2006. PRND= 0.914*60/10 = 5.48 4. J.Iglio, D.V.Shetty, S.J.Yennello, G.A.Souliotis, M.Jandel, A.Keksis, S.Soisson, B.Stein, S.Wuenschel, and A.S.Botvina. Symmetry energy and the isoscaling properties of the fragments produced in 40-Ar, 40-Ca + 58-Fe, 58-Ni reactions at 25, 33, 45, and 53 MeV/nucleon. Phys. Rev. C, v.74, p.024605, N.Y., 2006. PRND= 3.610*30/10 = 10.830 5. A.S.Botvina, N.Buyukcizmeci, M.Erdogan, J.Lukasik, I.N.Mishustin, R.Ogul, W.Trautmann. Modification of surfaceLVALe energy in nuclear multifragmentation. Phys. Rev. C, v.74, p.044609, N.Y., 2006. PRND= 3.610*30/7 = 15.471 6. A.S.Botvina and I.N.Mishustin. Statistical description of nuclear break-up. Eur. Phys. J. A, v.30, p.121, Berlin/Heidelberg, 2006. PRND= 1.659*30/2 = 24.885 7. V.A.Karnaukhov, S.P.Avdeyev, A.S.Botvina, A.Budzanowski, L.V.Chulkov, B.Czech, W. Karcz, V.V. Kirakosyan, E.A.Kuzmin, E.Norbeck, H.Oeschler, V.K.Rodionov, P.A.Rukoyatkin, A.V.Simonenko, I.Skwirczynska. Nuclear multifragmentation and fission: Similarity and differences. Nucl. Phys. A, v.780, p.91, Amsterdam, 2006. PRND= 1.950*30/10 = 5.85 8. S.Kowalski, J.B.Natowitz, S.Shlomo, R.Wada, K.Hagel, J.Wang, T.Materna, Z.Chen, Y.G.Ma, L.Qin, A.S.Botvina, D.Fabris, M.Lunardon, S.Moretto, G.Nebbia, S.Pesente, V.Rizzi, G.Viesti, M.Cinausero, .Prete, T.Keutgen, Y.El Masri, Z.Majka, A.Ono. Experimental determination of the symmetry energy of a low density nuclear gas. Phys. Rev. C, v.75, p.014601, N.Y., 2007. PRND= 3.610*30/10 = 10.83 9. G.A.Souliotis, A.S.Botvina, D.V.Shetty, A.L.Keksis, M.Jandel, M.Veselsky, S.J.Yennello. Tracing the evolution of the symmetry energy of hot nuclear fragments from the compound nucleus towards multifragmentation. Phys. Rev. C, v.75, p.011601, N.Y., 2007. PRND= 3.610*30/7 = 15.471 10. A.S.Botvina and J.Pochodzalla. Production of hypernuclei in multifragmentation of nuclear spectator matter. Phys. Rev. C, v.76, p.024909 (4 pages), N.Y., 2007. PRND= 3.610*30/2 = 54.15 11. G.A.Souliotis, A.S.Botvina, D.V.Shetty, A.L.Keksis, M.Jandel, M.Veselsky, S.J.Yennello. Properties of hot fragments formed in multifragmentation and their astrophysical implications. Nuclear Instruments and Methods in Physics Research B, v.261, p.996-999, Amsterdam, 2007. PRND= 1.18*30/7 = 5.06 12. Sum publications 2006-2007 : PRND= 156.30 Talks (Invited talks) at International Conferences 1. A.S.Botvina. Properties of stellar matter in supernova II eLVALfxplosions. Invited Talk at Hirschegg 2006: Astrophysics and Nuclear Structure. International Workshop XXXIV on Gross Properties of Nuclei and Nuclear Excitations, Hirschegg, Kleinwalsertal, Austria, January 15-21, 2006. http://theory.gsi.de/hirschegg/2006/program06.html PRND= 30/1 = 30.0 2. A.S.Botvina, I.N.Mishustin and W.Trautmann. Properties of stellar matter in supernova explosions and nuclear multifragmentation. Talk at 9 International Conference on Nucleus-Nucleus collisions, 28 Aug - 1 Sept 2006, Rio de Janeiro, Brazil. http://www.nn2006.com.br/palestras_full.php PRND= 6/3 = 2.0 3. W.Trautmann, A.S.Botvina, J.Brzychczyk, A.Le Fevre, P.Pawlowski, C.Sfienti, and the ALADIN and INDRA collaborations. Isoscaling and the symmetry energy in spectator fragmentation. Invited talk presentation. In Proceedings of the International Workshop on Multifragmentation and Related Topics IWM2005, Catania, Italy, 2005, ed. by R.Bougault et al., (Italian Physical Society, Bologna 2006). IPS Conf. Proc., v.91, p.157, Bologna, 2006. PRND=1.5*0.5*30/10 = 2.25 4. V.Karnaukhov, H.Oeschler, S.Avdeyev, V.Rodionov, V.Kirakosyan, A.Simonenko, P.Rukoyatkin, A.Budzanowski, W.Karcz, I.Skwirczynska, B.Czech, L.Chulkov, E.Kuzmin, E.Norbeck, and A.Botvina. Nuclear multifragmentation and fission: similarity and differences. Talk presentation. Proceedings of the International Workshop on Multifragmentation and Related Topics (IWM2005), Catania, Italy, 2005, ed. by R.Bougault et al., (Italian Physical Society, Bologna 2006). IPS Conf. Proc., v.91, p.363, Bologna, 2006. PRND=1.5*0.5*6/10 = 0.45 5. S.P.Avdeyev, V.A.Karnaukhov, H.Oeschler, V.K.Rodionov, A.V. Simonenko, V.V.Kirakosyan, P.A.Rukoyatkin, A.Budzanowski, W.Karcz, I.Skwirczynska, B.Czech, E.A.Kuzmin, L.V.Chulkov, E.Norbeck, A.S.Botvina. Time scale of the thermal multifragmentation in p(3.6 GeV) + Au collisions. Talk presentation. Proceedings of the International Workshop on Multifragmentation and Related Topics (IWM2005), Catania, ItaLVALgly, 2005, ed. by R.Bougault et al., (Italian Physical Society, Bologna 2006). IPS Conf. Proc., v.91, p.373, Bologna, 2006. PRND=1.5*0.5*6/10 = 0.45 6. A.S. Botvina and I.N.Mishustin. Statistical description of multifragmentation: from nuclear reactions to supernova explosions. Invited Talk at International Conference "Selected topics on nuclear methods for non-nuclear applications", September 27 - 30, 2006, Varna, Bulgaria. http://www.inrne.bas.bg/Varna2006/ Supplement to Bulgarian Journal of Physics, v.34 (s1), p.303-319, Sofia, 2007. PRND= 1.5*30/2 = 22.5 7. C.Sfienti, M.De Napoli, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstrem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Lohning, J.Lukasik, U.Lynen, Z.Majka, M.Mocko, W.F.J. Muller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pulli, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Summerer, W.Trautmann, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch and B.Zwieglinski. Gross properties and isotopic phenomena in spectator fragmentation. Invited talk at 9 International Conference on Nucleus-Nucleus collisions, 28 Aug - 1 Sept 2006, Rio de Janeiro, Brazil. http://www.nn2006.com.br/palestras_full.php Nucl. Phys. A, v.787, p.627c-632c, Amsterdam, 2007. PRND= 1.5*30/10 = 4.5 8. S.Kowalski, J.B.Natowitz, S.Shlomo, R.Wada, K.Hagel, J.Wang, T.Materna, Z.Chen, Y.G.Ma, L.Qin, A.S.Botvina, D.Fabris, M.Lunardon, S.Moretto, G.Nebbia, S.Pesente, V.Rizzi, G.Viesti, M.Cinausero, G.Prete, T.Keutgen, Y.El Masri, Z.Majka, A.Ono. Clustering and symmetry energy in a low density nuclear gas. Talk at 9 International Conference on Nucleus-Nucleus collisions, 28 Aug - 1 Sept 2006, Rio de Janeiro, Brazil. http://www.nn2006.com.br/palestras_full.php Nucl. Phys. A, v.787, p.619c-626c, Amsterdam, 2007. PRND= 1.5*6/10 = 0.9 LVALh 9. A.S. Botvina and J.Pochodzalla Production of hypernuclei in multifragmentation of nuclear spectator matter. Talk presentation, International Simposium "Nuclear Physics at J-PARC", June 1 - 2, 2007 , Tokai, Japan http://www-conf.kek.jp/NP_JPARC/program.html PRND= 6/2 = 3.0 10. A.S. Botvina, I.N.Mishustin, and W.Trautmann In-medium properties of nuclear fragments at the liquid-gas phase coexistence. Talk presentation, International Nuclear Physics Conference (INPC2007), June 3 - 8, 2007 , Tokyo, Japan http://inpc2007.riken.jp/index.files/parallel_G.html#G6 PRND= 6/3 = 2.0 11. A.S. Botvina, and I.N. Mishustin. Statistical Approach for Supernova matter. Invited talk presentation, International Conference on Nuclear Fragmentation: From Basic Research to Applications (NUFRA2007), September 24 - October 1, 2007 , Kemer (Antalya), Turkey. http://fias.uni-frankfurt.de/nufra2007/ PRND= 30/2 = 15.0 12. A.S.Botvina, I.N. Mishustin and W.Trautmann. In-medium properties of nuclear fragments at the liquid-gas phase coexistence. Talk presentation, International Workshop on Multifragmentation and Related Topics (IWM2007). Caen, France, 4-7th November, 2007. http://iwm2007.ganil.fr/ PRND = 6/3 = 2.0 13. A.S.Botvina. Multifragmentation in nuclear reactions and supernova explosions. Invited talk presentation, International Symposium "Complex Systems in Physics and Beyond". FIAS, Frankfurt am Main, Germany, 30 November - 1 December, 2007. http://fias.uni-frankfurt.de/complex07/ PRND = 30 = 30.0 Sum International Conferences (2006-2007): PRND= 115.05 Scientific-organization work: 1. Co-Chair of NUFRA2007, responsible for Scietific Program. International Conference on Nuclear Fragmentation: From Basic Research to Applications. September 24 - October 1, 2007, Kemer (Antalya), Turkey http://fias.uni-frankfurt.de/nufra2007/ There were presented 3 invited talks from INR RAS: from N.M.Sobolevsky, I.N.Pshenichnov, and A.S.Botvina. PRND = ?  LVAL Seminars given in Academic Institutions: 1. A.S.Botvina Production of hypernuclei in multifragmentation of nuclear spectator matter. Veksler and Baldin Laboratory of High Energies. Joint Institute for Nuclear Research, Dubna 20 August, 2007, Dubna. PRND = ? Citations of A.S.Botvina scientific publications: According to ISI Web (118 publications) : 2128 According to SPIRES (89 publications) : 1525 PRND = ? Sum PRND factor: 271.35LVAL.2. C7=5F>2 0;5@89 5>=84>28G, 19483. @>645=8O, :.D.-<.=., AB0@H89 =0CG=K9 A>B@C4=8: 1. ..C7=5F>2, ... O1>2, ..!04K:>2, ..>;:>2, ..;5:A552, ..5@;52, -..>?B5;>2, ..!048:>2, !..H<052, ..'5@=KH>2. 5@20O =59B@>=>3@0<<0 2 / , !--2007,AB5=4>2K9 4>:;04, A.607, .2007.  =4/10 = 0,4 2. ..!04K:>2, ..C7=5F>2, ... O1>2, ..;5:A552, .!.8B28=, !.$.!84>@:8=, ..$54G5=:>, ..@BNH8=, ..@0G52, ..$5I5=:>, ..!5@>2, -..>?B5;>2, ..@02GC:, ..>10H52, ..0B2552. 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / , !--2007, A.575, .2007.  =4/10 = 0,4 3. ... O1>2, .. 078=, ..810=>20, ..>10H52, ..C7=5F>2, ..!04K:>2, ..;5:A552, -..>?B5;>2, ..$54G5=:>, ..@0G52, ..$5I5=:>, ..!5@>2, ..@02GC:, .!.>=>1552A:89, !..>B0H52, ..!:>@:8=, <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8, !1>@=8: 0==>B0F89 4>:;04>2 :>=D5@5=F88 ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N., >A2OI05BAO 50-;5B8N 8AA;54>20B5;LA:>3> O45@=>3> @50:B>@0  ", 26-30 =>O1@O 2007 3., 3.>A:20.  = 4/10 = 0,4 B>3>:   = 0,4+ 0,4+0,4 = 1,2LVAL3. 0BKH520 N4<8;0 8:>;052=0, 1945 3. @>645=8O, =0CG=K9 A>B@C4=8: 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5F5=78@C5<KE 6C@=0;0E. !C<<0  =3.543 1. A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.Fertman, A.V.Kunin, V.V.Vatulin, A.S.Gnutov, Y.V.Panova, H.Iwase, E.Mustafin, D.Schardt, K.Weyrich, N.M.Sobolevskiy, L.N.Latysheva. Measurement of the Energy Deposition Profile for 238U Ions with Specific Energy 500 and 950 MeV/u in Stainless Steel and Copper Targets. Nucl.Instr.Meth. B263(2007)339-344.  =1.181*30/10=3.543 @5?@8=BK. !C<<0  =1.0 2. L.Latysheva, N.Sobolevsky, E.Mustafin, P.Hulsmann. Simulation of radiation damage to the RF cavity ring cores of the SIS18 and SIS100 synchrotrons. Preprint GSI Acc Note 2007 01 03, Darmstadt, 2007.  =4/4=1 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =3.0 L.N.Latysheva, E.Mustafin. Radiation damage to SIS100 and SIS300 s.c. magnets. Talk at 2nd Technical Advising Committee "Superconducting magnets", Darmstadt (Egelsbach), Germany, May 2007.  =6/2=3   70 2006-2007 33 = 7.543LVAL$!5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, :. D.-<. =, =A. 1. A.A. Semenov, C.H. Woo/  Effect of one-dimensional diffusion on void nucleation // Applied Physics A 84, p. 261-266, 2006.   = 1.99030/2 = 29.85. 2. A.A. Semenov, C.H. Woo/  Void lattice formation as a nonequilibrium phase transition // Phys. Rev. B 74, p. 024108-1 - 024108-15, 2006.   = 3.18530/2 = 47.775. 3. #AB=K9 4>:;04: C.H. Woo and A.A. Semenov/ "Non-linear Dynamics of Microstructure Evolution and Pattern Formation in Irradiated Crystals", - Symposium on Microstructural Processes in Irradiated Materials, TMS Annual Meeting & Exhibition, Orlando, Florida, February 25-March 1, 2007.   = 6/2 = 3. B>3>:   = 80.6254. 5154L .;8O >@8A>2=0, 1972 3. @>645=8O, :.D.-<.=. =0CG=K9 A>B@C4=8:, C1;8:0F88: 1) >:;04 =0 IX <564C=0@>4=>9 :>=D5@5=F88 <>;>4KE CG5=KE @>1;5<K D878:8 B25@4>3> B5;0 8 2KA>:8E 402;5=89 22-30 A5=BO1@O 2006 3. Dilatometry and X-ray study of orientational phase transition in C60. M.V. Kondrin, A.G. Lyapin, R.A. Sadykov, V.V. Brazhkin, J.B. Lebed. Institute for High Pressure Physics, Institute for Nuclear Research, Troitsk. ( =1.2) 2) >:;04 =0 @01>G5< A>25I0=88 /  01>@0B>@8O @5=B35=>AB@C:BC@=>3> 0=0;870 .... 5154L, .. 5@5:@5AB5=:>, .. !04K:>2. 3) @5?@8=B /-1158/2006, <0@B2006. ... 5154L, .. 5@5:@5AB5=:>, .. !04K:>2 01>@0B>@8O @5=B35=>AB@C:BC@=>3> 0=0;870 . ( =1.3) 4)!B5=4>2K9 4>:;04 =0 VI 0F8>=0;L=>9 :>=D5@5=F88 ?> ?@8<5=5=8N @5=B35=>2A:>3>, A8=E@>B@>==>3> 87;CG5=89, =59B@>=>2 8 M;5:B@>=>2 4;O 8AA;54>20=8O <0B5@80;>2 ( !--2007) 12-17 =>O1@O 2007 3>40. 5=B35=>2A:>5 >1>@C4>20=85 / . 5154L ..., !04K:>2 .., 8B28= .!., 5@8= .., >?B5;>2 -.. ( =4/5=0.8) B>3>:  =3.3LVALMGm5. !04K:>2 028;L AE0B>28G, 1949 3. @>645=8O,:.D-<.=., 702. !! 2006 3. 1...:8<>2, .. !04K:>2, .. @><=8F:0O, .. >=4@8=, .. 5;L=8:, $878:>-<5E0=8G5A:85 A2>9AB20 :><?0:B=>3> <0B5@80;0 =0 >A=>25 0<>@D=>3> 1>@0 ?>A;5 3>@OG53> 87>AB0B8G5A:>3> ?@5AA>20=8O, 5>@30=8G5A:85 <0B5@80;K, 42, ! 5, 538-543, 2006.  =(0,387)*45/5=3,483 2... :8<>2, .. !84>@>2, .. 0E<0=8=0, .. 5;L=8:, .. "8<>D552, ..!04K:>2, A>15==>AB8 A8=B570, AB@C:BC@0 8 =5:>B>@K5 D878G5A:85 A2>9AB20 0;<070, ;538@>20==>3> 1>@><, 5>@30=8G5A:85 <0B5@80;K, 42, !11, 1198-1204, 2006.  =(0,387E45):6=2,9025 3.E.A. Ekimov, V.A. Sidorov, A.V. Rakhmanina, N.N. Mel nik, R.A. Sadykov, and J.D. Thompson,  High Pressure Synthesis and Characterization of Superconducting Boron-Doped Diamond , Science and Technology of Advanced Materials, v.7, S2-S6 (2006).  =( ? E30):6= ? ;81>  =6 4.M.V. Kondrin, A.G. Lyapin, R.A. Sadykov, V.V. Brazhkin, S.V. Popova, Dilatometry and X-ray study of orientational phase transitions in C-60 , Fullerenes, Nanotubes, and Carbon Nanostructures, 14(2-3), 415-419, 2006.  =(0.776E 30):5=4,656 653>4=8::  =4/2=2 3. #G0AB85 2 =0CG=KE <5@>?@8OB8OE: 3.1. XIX !>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE >=45=A8@>20==>3> A>AB>O=8O !-2006(1=8=A:,12-15A5=B.2006): 3.1.;5=0@=K9 4>:;04 : ..!04K:>2 0728B85 =59B@>=>3@0D8G5A:8E 8AA;54>20=89 <03=5B8:>2 ?@8 2KA>:>< 402;5=88 (4> 40:10@), =87:8E B5<?5@0BC@0E(100mk) 8 2 A8;L=KE <03=8B=KE ?>;OE(9.5T).  =4 3.2. 34-5 !>25I0=85 ?> D878:5 =87:8E B5<?5@0BC@(!>G8,26-30A5=B.2006). ;5=0@=K9 4>:;04 : ..!04K:>2, 0728B85 =59B@>=>3@0D8G5A:8E 8AA;54>20=89 <03=5B8:>2 ?@8 2KA>:>< 402;5=88 , =87:8E B5<?5@0BC@0E 8 2 A8;L=KE <03=8B=KE ?>;OE.  =4 3.3. .. kimov, V.A. Sidorov, E.L. Gromnitskaya, N.F. Borovikov, R.A. Sadykov  Synthesis of glassy boron ceramics , CAB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 EHPRG-2006 (@030).  =9/5=1,8 3.4. "653>4=0O =0CG=0O :>=D5@5=F8O !$LVALn"" (11-13 0?@5;O 2006 3., & , >A:20)" "!!/  !" $ !  !!"//, !!"  ! % !"" !B5=4>2K9 4>:;04: "59B@>=>3@0D8G5A:85 8AA;54>20=8O <03=8B=KE A?8@0;L=KE AB@C:BC@ ?>4 402;5=85<". ..!04K:>2, . 5;;5@, .$>:, .(BCAA5@.  =4/4=1 0G8A;5=85 10;;>2 70 @C:>2>4AB2> A>8A:0B5;O<8 CG5=>9 AB5?5=8 8 48?;><=8:0<8.  =(248?;><=8:0 E 10)=20 2 2006:  =49,8415 2007. !B0BL8: 1. High Pressure Research Vol. 27, No. 1, March 2007, 179 182 "Synthesis of glassy boron ceramics" E. A. EKIMOV*, V. A. SIDOROV, R. A. SADYKOV, E. L. GROMNITSKAYA and N. F. BOROVIKOV Vereshchagin Institute for High Pressure Physics, Russian Academy of Sciences, 142190 Troitsk,  =(1.228 E30)/5=7.4 2. "Pressure demagnetization of the Martian crust: Ground truth from SNC meteorites" Natalia S. Bezaeva,1,2 Pierre Rochette,1 Je?ro?me Gattacceca,1 Ravil A. Sadykov,3,4 and Vladimir I. Trukhin2 Received 9 August 2007; revised 17 October 2007; accepted 22 October 2007; published 8 December 2007. GEOPHYSICAL RESEARCH LETTERS, VOL. 34, L23202, doi:10.1029/2007GL031501, 2007 1Centre Europe?en de Recherche et d Enseignement des Ge?osciences de l Environnement, CNRS, Aix-Marseille Universite?, Aix en Provence, France. 2Faculty of Physics, M. V. Lomonosov Moscow State University, Moscow, Russia. 3Institute for Nuclear Research, Russian Academy of Sciences, Moscow, Russia. 4Institute for High Pressure Physics, Russian Academy of Sciences, Troitsk, Russia.  =(2.602E30)/5=15.6 3. #G0AB85 2 =0CG=KE <5@>?@8OB8OE: 564C=0@>4=K9 <5648AF8?;8=0@=K9 A8<?>78C< "!@54K A> AB@C:BC@=K< 8 <03=8B=K< C?>@O4>G5=85<", Multiferroics-2007(!>G8,5-10A5=B.2007) 4>:;04 CAB=K9 "03=8B=K5 A?8@0;L=K5 AB@C:BC@K ?>4 402;5=85<" ..!04K:>2 =AB8BCB /45@=KE AA;54>20=89 , 117312, >A:20.-312, ?@>A?5:B 60-;5B8O :BO1@O,70. E-mail: rsadykov@inr.ru 8;8 E-mail: rasad49@inbox.ru . =AB8BCB $878:8 KA>:8E 02;5=89 , 142190,Troitsk, >A:.>1;. E-mail: sadykov@hppi.troitsk.ru  LVAL=4 !B5=4>2K9 4>:;04 =0 VI 0F8>=0;L=>9 :>=D5@5=F88 ?> ?@8<5=5=8N @5=B35=>2A:>3>, A8=E@>B@>==>3> 87;CG5=89, =59B@>=>2 8 M;5:B@>=>2 4;O 8AA;54>20=8O <0B5@80;>2 ( !--2007) 12-17 =>O1@O 2007 3>40. 5=B35=>2A:>5 >1>@C4>20=85 / . 5154L ..., !04K:>2 .., 8B28= .!., 5@8= .., >?B5;>2 -..  =4/5=0.8 ..C7=5F>2, ... O1>2, ..!04K:>2, ..>;:>2, ..;5:A552, ..5@;52, -..>?B5;>2, ..!048:>2, !..H<052, ..'5@=KH>2. 5@20O =59B@>=>3@0<<0 2 / , !--2007,AB5=4>2K9 4>:;04, A.607, .2007.  =4/10 = 0.4 2. ..!04K:>2, ..C7=5F>2, ... O1>2, ..;5:A552, .!.8B28=, !.$.!84>@:8=, ..$54G5=:>, ..@BNH8=, ..@0G52, ..$5I5=:>, ..!5@>2, -..>?B5;>2, ..@02GC:, ..>10H52, ..0B2552. 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / , !--2007, A.575, .2007.  =4/10 = 0.4 4. ... O1>2, .. 078=, ..810=>20, ..>10H52, ..C7=5F>2, ..!04K:>2, ..;5:A552, -..>?B5;>2, ..$54G5=:>, ..@0G52, ..$5I5=:>, ..!5@>2, ..@02GC:, .!.>=>1552A:89, !..>B0H52, ..!:>@:8=, <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8, !1>@=8: 0==>B0F89 4>:;04>2 :>=D5@5=F88 ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N., >A2OI05BAO 50-;5B8N 8AA;54>20B5;LA:>3> O45@=>3> @50:B>@0  ", 26-30 =>O1@O 2007 3., 3.>A:20.  = 4/10 = 0,4 4. !>@C:>2>4AB2> 0A?8@0=B>< 30/2=15  2007=44  (2006+2007)=49.84+42=93.84LVALMGp!84>@:8= !B0=8A;02 $54>@>28G, 1952 . /, :.D.-<.=., 254CI89 =0CG=K9 A>B@C4=8:, C1;8:0F88 8 4>:;04K CG0AB85 2 :>=D5@5=F8OE: 1. 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / . ..!04K:>2, ..C7=5F>2, ... O1>2, .. ;5:A552, .!.8B28=, !.$.!84>@:8=, ..$54G5=:>, ..@BNH8=, ..@0G52, ..$5I5=:>, .. !5@>2, -..>?B5;>2, ..@02GC:, ..>10H>2, ..0B2552. >A:20, =AB8BCB :@8AB0;;>3@0D88  !--2007-VI &,/ $ &/   . "!, !% "  #', "   -"  / !!/ " . 12-17 / / 2007 ., !, !""#"  !" $  (  4/10= 0.4 2. Choice of the Material and Method of Coating of Tungsten Plates. I.I. Konovalov, A.A. Maslov, S.F. Sidorkin and E.A. Koptelov. EUROMAT 2007, 10 - 13 September, Nuremberg, Germany (  6/4=1.5) 3. Proposal of the ADS Research Stand Based on Linac of INR RAS. S.F.Sidorkin, E.A.Koptelov, L.V.Kravchuk, V.A.Matveev, A.D.Rogov, L.I.Ponomarev, V.V.Lemekhov. 3rd High-Power Targetry Workshop, Paul Scherrer Institut, (Villigen PSI), September 10  14, 2007, Bad Zurzach, Switzerland (  6/7=0.87) 4. Target Modules of the Pulsed Neutron Source of INR RAS. 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Solomatin /  A lithium experiment in the program of solar neutrino research // arXiv:hep-ph/0601091  =4/4=1 B>3>:  =22.29LVALMGy>;G5=:> 0;8=0 0A8;L52=0, 30.03.1952, =.A. ;01. !",   = 3.4 C1;8:0F88 : 1.8 1. .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 60/10 = 1.356 2. .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.2 1. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40", AB5=4>2K9. ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. 4*1.5/10 = 0.6 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", A5:F8>==K9. ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 4*1.5/10 = 0.6 >=D5@5=F88, =5 >?C1;8:>20=>: 0.4 1. !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground ScintiHLVALXllation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4LVALMG{>E0=N: ;048<8@ 8E09;>28G 1. >4 @>645=8O. 1954 2. 0B0 70I8BK 48AA5@B0F88 --- 3. >;6=>ABL 0CG=K9 A>B@C4=8: 4. !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 4.1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. J. Labeled Compounds and Pharmaceuticals, 2007, v.50, ! 5-6, pp. 611-612.  =0.829*30/4=6.2175 4.2. .. 5;5A52, .. 5@0A:8=, .. >;C152, .. C9:>2, !.. 04>@>6=K9, .. 20=>2, .. 070G5=:>, .. >E0=N:, .. 8E>284, .. >10H52, .. >78:, .. 0@DQ=>2, .. !:0AK@A:0O, .. "8B>2, .. #A0=>2. AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> ""@>8F: =N-<0AA". @5?@8=B / , ! 1174/2006, ., 2006.  =4/10=0,4 4.3. ..C9:>2, ..>E0=N:, 6.C.8=A5=B. !>@1F8O @048>AB@>=F8O 87 684:>3> <5B0;;8G5A:>3> @C1848O. 0?@02;5=> 2 6C@=0; 048>E8<8O, !2 2008.  =0   ?> ?C1;8:0F8O<: 6.6175 5. !?8A>: ?0B5=B>2 70 2006 -2007 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  . 5.1. .. C9:>2, !. !@820AB020, !..@<>;052, ..>=OE8=, !..%0<LO=>2, . .">30520, ..>E0=N:. !?>A>1 ?>;CG5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O. 0B5=B $. ! 2313838, ?C1;.  !36, 2007 3.  =20/7=2.857 5.2. B.L.Zhuikov, S.Srivastava, S.Ermolaev, N.A.Konyakhin, S.V.Khamyanov, N.R.Togaeva, V.M.Kokhanyuk. A method for production of no-carrier-added radiotin and a target for its realization. Application No. 11/962,851, filed 21.12.07  =20/7=2,857   ?> ?0B5=B0<: 5,714 6. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 9. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. 9th Int. Symposium on the SyntheLVALsis and Application of Isotopes and Isotopically Labelled Compounds, Edinburgh, UK, 16-20 July, 2006. Abstracts, P-30, p. 124. Submitted to: J. Labbeled Compounds and Pharmaceuticals, 2006.  =6/4=1.5   ?> :>=D5@5=F8O<: 1,5 7. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8. 540;8 8 48?;><K .. C9:>2, .. 'C40:>2, .. >E0=N:. 548F8=A:89 35=5@0B>@ Rb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}@<>;052 !B0=8A;02 8:B>@>28G 1. >4 @>645=8O. 1967 2. 0B0 70I8BK 48AA5@B0F88 0=4. B5E=. =0C: 1995 3. >;6=>ABL AB.=.A. 4. !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 4.1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. J. Labeled Compounds and Pharmaceuticals, 2007, v.50, ! 5-6, pp. 611-612.  =0.829*30/4=6.2175 4.2. L. Fillaudeau, B. Boissier, A. Moreau, P. Blanpain-avet, S. Ermolaev, N. Jitariouk and A. Gourdon. Investigation of rotating and vibrating filtration for clarification of rough beer. Journal of Food Engineering, May 2007, vol. 80, issue 1, pp. 206-217. Impact factor of this journal 2005: 1.249. Journal Citation Reports 2005, published by Thomson Scientific  =1.249*30/4=5,3529 5. !?8A>: ?0B5=B>2 70 2006 -2007 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  . 5.1. .. C9:>2, !. !@820AB020, !..@<>;052, ..>=OE8=, !..%0<LO=>2, . .">30520, ..>E0=N:. !?>A>1 ?>;CG5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O. 0B5=B $. ! 2313838, ?C1;.  !36, 2007 3.  =20/7=2,857 5.2. B.L.Zhuikov, S.C.Srivastava, S.V.Ermolaev, N.A.Konyakhin, V.M.Kokhanyuk, S.V.Khamyanov, N.R.Togaeva. Process and targets for production of no-carrier-added radiotin. U.S. Patent, Application No. 11/962,851, filed 21.12.07.  =20/7=2,857 5.3. N. Jitariouk, S. Ermolaev, A. Le MoQl. Procd de fabrication de membrane creuse. Demande de brevet francais, n 06 50932, 17.03.2006.  =20/3=6,667 6. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. 9th Int. Symposium on the Synthesis and Application of Isotopes and Isotopically Labelled Compounds, Edinburgh, UK, 16-2LVAL.0 July, 2006. Abstracts, P-30, p. 124. Submitted to: J. Labelled Compounds and Pharmaceuticals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m 2KA>:>9 C45;L=>9 0:B82=>AB8 8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 (IPP =><5@ ?@>5:B0 BNL-T2-324). ) &5;520O ?@>3@0<<0 @57848C<0  >445@6:0 8==>20F89. "5<0: 07@01>B:0, 8A?KB0=85 8 2=54@5=85 35=5@0B>@0 AB@>=F89-82/@C18489-82 4;O <548F8=A:>9 4803=>AB8:8 A ?><>ILN ?>78B@>==>-M<8AA8>==>9 B><>3@0D88. >:;04 =0 A5<8=0@5: !5<8=0@ $- 8<. .. 59?C=A:>3> @>872>4AB2> @048>0:B82=KE 87>B>?>2 8 8AB>G=8:>2 8>=878@CNI53> 87;CG5=8O, 1=8=A:, 8 8N=O 2006 3. "5<0: >;CG5=85 117mSn 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:0. @> @01>BC, 2 :>B>@>9 O ?@8=8<0; =5?>A@54AB25==>5 CG0AB85, =0?8A0=0 =0CG=>-?>?C;O@=0O AB0BLO K@0I820=85 ?>;8<5@>2 2 6C@=0;5 %8<8O 8 87=L, !2, 2006. B>3>2K9   =55,4514 LVAL 0BCH:> 0;8=0 >=AB0=B8=>2=0 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. 1. ..>?5;8>28G, ..(C=45@N:, ..0BCH:>, 0AI5?;5=8O <0AA 87>B>?>2 O45@ 2 :8@0;L=>< A>;8B>==>< ?>4E>45. /$ 69, 124-137 (2006); Phys.Atom.Nucl. 69, 120-132 (2006)  = 0.914*60/3 = 18.28 #G0AB85 2 3@0=B0E: 1) "&, @>5:B ! 2371 !>2<5AB=>5 ?@>872>4AB2> ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59, 2002-200533. (IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2) @0=B $  ! RUB2-10235- MO-04 ( BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 ( IPP =><5@ ?@>5:B0 BNL- T2-324) 3) "&, @>5:B ! 2880  = 18.28nLVAL~ 0@L52 -4C0@4 /:>2;528G A=A , 1951 3.@., :D<= (1985 3.)  2007 3. 70I8B8; 4>:B>@A:CN 48AA5@B0F8N =0 B5<C "AA;54>20=85 @>645=8O 70@O65==KE :0>=>2 8 ;53:8E 25:B>@=KE <57>=>2 2 ?@>B>= 8 D>B>O45@=KE @50:F8OE". !?8A>: >?C1;8:>20==KE @01>B 70 2006-2007 3.3.: 1. E.Ya.Paryev. Subthreshold Phi Meson Production and Medium Effects in Proton-Nucleus Reactions. Yad. Fiz.vol.69, p.354-377 (2006).  =0.914*60 =54,84 2. E.Ya.Paryev. Antikaon angular distributions in the reaction gamma d-->K(-) Theta(+) p--> K(-) K(+) np near the threshold and the parity of the Theta(+) Pentaquark. Yad.Fiz.vol.69, p.747-759 (2006).  =0.914*60 =54,84 3. Yu.T.Kiselev and E.Ya.Paryev. Antiproton absorption in nuclei. Nucl-th/0601036.  =0.326*30/2 = 4.89 4. E.Ya.Paryev. Antikaon angular distributions in the reaction gamma d -->K(-)Theta(+)p--> K(-) K(+)np near the threshold and the parity of the Theta(+) Pentaquark. Nucl-th/0602015.  =0.326*30/1 =9.78 5. A.V.Akindinov, Yu.T.Kiselev, A.N.Martemyanov, K.R.Mikhailov, E.Ya.Paryev, V.A.Smirnitsky, Yu.V.Terekhov, M.M.Chumakov, and V.A.Sheinkman. Investigation of the Subthreshold Production of K(-) Mesons in Proton-Nucleus Collisions. JETP Letters, Vol.85, No.3, pp.142-148, 2007.  =1.446*60/9=9,64 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006-2007 3.3. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK  2005-2006 3.3. 25; D0:C;LB0B82 ?> <0B5<0B8:5 2 AB0@H8E :;0AA0E ;8F5O 3. "@>8F:0. "+   = 133,99B LVALR  ;L30 8:>;052=0 !?8A>: >?C1;8:>20==KE @01>B 70 2006-2007 3.3.: 1. Excitation of high spin nuclear isomeric states by intermediate energy protons on the MMF INR RAS. . O.N. Libanova, O.P.Proskuriakov, Yu.V. Ryabov Journal of Physics G, v.33,5,033005,2007  =2,173*30/3=21,73 2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. ... O1>2, .. 078=, .. 810=>20, .. >10H52, .. C7=5F>2, .. !04K:>2, .. >;:>2, .. ;5:A552, -.. >?B5;>2, .. $54G5=:>, .. @0G52, .. $5I5=:>, .. !5@>2, .. @02GC:, .!. >=>1552A:89, !..>B0H52, .. !:>@:8=. =AB8BCB O45@=KE 8AA;54>20=89 , >A:20. >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <5B0;;>2545=8N. 26 - 30 =>O1@O 2007 3. 3. >A:20  =0.6 "+   =22,33LVALZ@>A:C@O:>2 ;5:A0=4@ L2>28G !?8A>: >?C1;8:>20==KE @01>B 70 2006-2007 3.3.: 1. Excitation of high spin nuclear isomeric states by intermediate energy protons on the MMF INR RAS. . O.N. Libanova, O.P.Proskuriakov, Yu.V. Ryabov Journal of Physics G, v.33,5,033005,2007  =2,173*30/3=21,73 B>3>2K9   21,73!<8@=>2 <8B@89 ;048<8@>28G @>4. 17.08.1972, <=A -,   70 2006-2007 33 C1;8:0F88: .. 60??C52, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:> .(. C;852, .. C;8520, ... >=>20;>2, .#. C46052, .!. 8420=A:89, .. 8E09;>20, .. 5B:>2, .. !<8@=>2, .. !B5?0=>2, ... !B5=L:8=, .!. %05@48=>2, >45@=870F8O CAB0=>2:8 >25@-2  / , 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 542-545.   = 8*0.1 = 0.8. ..!<8@=>2, ..5B:>2, !..0@?>2, >8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5, !,  !" '! # , ">< 32, =><5@ 1, 2006, AB@. 3-8.   = 1.315*60/3 = 26.3. >:;04K: D.V. Smirnov/ Search for high energy gamma rays from GRBs// 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal.   = 6. .. >;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=/ >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>: // 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/9 = 0.44 B>3>  : 33.54W'-j0 + A < 7 2 -4/*|%w rmu;MBt@?CMGHHHH<߿t',@t@?@HHHH<߿s*33Bt@?8MGHHHH<߿r33At@?MGHHHH<߿q,LBt@?*MGHHHH<߿p0aBt@?MGHHHH<߿oNffAt@?@HHHH<߿nffAt@?nMGHHHH<߿mitBt@?;MGHHHH<߿lh32C t@? 6MGHHHH<߿k_@At@?@HHHH<߿j33aCt@?HiMGHHHH<߿iTLCt@?tMGHHHH<߿fLBt@? @HHHH<߿e..Ct@?HUMGHHHH<߿dF]Bt@?. @HHHH<߿c f(Ct@? @HHHH<߿bCt@?6MGHHHH<߿aDt@?MGHHHH<߿`3Ct@?2MGHHHH<߿^x Ap@?<<<<<Ͽ\QlBh@?MGHHHH<߿[Z@g@?.MGHHHH<߿YNAb@?MGHHHH<߿Xwk~Ba@?MGHHHH<߿Wk~Ba@?MGHHHH<߿VDff6AY@?MGHHHH<߿U AY@?\MGHHHH<߿TffJAY@? @HHHH<߿S4 {@Y@?MGHHHH<߿R@?Y@?@HHHH<߿Q@@`X@?MGHHHH<߿PC1|A`X@?@HHHH<߿Nr ff@`V@?MGHHHH<߿M 33A`V@?*@:0: 0A0A?<@0=B C<=>65=> =0 1.5HH<Ly A`V@?4MGHHHH<߿KA A`V@?^MGHHHH<߿J ׭AS@?@HHHH<߿I -2ZBS@?@ MGHHHH<߿H< P@?CA;>2=>JJ<<<GsP@?<<<<<ϿFXP@?<<<<<ϿEaP@?<<<<<ϿD&P@?<<<<<ϿC)A`P@?<<<<<ϿLVALMG!! #& #A5=:> .. (2006-2007): 1. CVD diamond dosimeters for heavy ion beams M. Rbisz, B. Voss, A. Heinz, E. Usenko and M. Pomorski Diamond and Related Materials, Volume 16, Issues 4-7, April-July 2007, Pages 1070-1073   = 1,902*30/5= 11,412 2. Status report of the HARP-CDP group. A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovich, A. Elagin, M. Gostkin, A. Guskov, Z. Krumshtein, Yu. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, L. Linssen, J. Wotschack , V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Yu. Sviridov, E. Usenko, V. Zaets . CERN-SPSC-SR-024, CERN-SPSC-2007-028, Sep 2007. 21pp.   =0,6+0,6 =1,2 3. The HARP resistive plate chambers: Characteristics and physics performance V. Ammosov, I. Boyko, G. Chelkov, D. Dedovitch, R. Dumps, F. Dydak, A. Elagin, V. Gapienko, M. Gostkin, A. Guskov, Z. Kroumchtein, V. Koreshev, L. Linssen, Yu. Nefedov, K. Nikolaev, A. Semak, Yu. Sviridov, E. Usenko, J. Wotschack, V. Zaets, et al Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, Volume 578, Issue 1, 21 July 2007, Pages 119-138   = 1,224*30/10 =3,672 4. Comments on  Physics Performance of the Barrel RPC System of the HARP Experiment Dydak, F.; Ammosov, V.; Boyko, I.; Chelkov, G.; Dedovitch, D.; Elagin, A.; Gapienko, V.; Gostkin, M.; Guskov, A.; Koreshev, V.; Kroumchtein, Z.; Nefedov, Y.; Nikolaev, K.; Semak, A.; Sviridov, Y.; Usenko, E.; Wotschack, J.; Zaets, V.; Zhemchugov, A. Nuclear Science, IEEE Transactions on Volume 54, Issue 4, Aug. 2007 Page(s):1454  1455.   = 1,259*30/10=3,777 5. Towards Front-End Electronics for TOF RPC Usenko, E., INR Troitsk Presented at the CBM Collaboration Meeting, GSI, 1 March 2007 6. Electronic equipment for reading and recording signals from the microstrip vertex detector of the SVD-2 setup. S.G. Basiladze, G.A. Bogdanova, M.V. Vasilev, V.Yu. Volkov, A.P. Vorobev, A.G. Voronin, P.F. Ermolov, E.G. Zverev, D.E. Karmanov, L.L. Kurchaninov, A.K. LeflaLVALt, M.M. Merkin, V.A. Senko, M.M. Soldatov, E.A. Usenko, Yu.P. Tsyupa Instrum.Exp.Tech.49:342-349,2006.   = 0,226*60/10 =1,356 7. Quality assurance procedures for the construction of ALICE TOF detector. A. Akindinov, S. Alessandrini, A. Alici, P. Antonioli, S. Arcelli, M. Basile, G. Cara Romeo, D. Cavazza, L. Cifarelli, F. Cindolo, I. D'Antone, A. De Caro, S. De Pasquale, A. Di Bartolomeo, M. Furini, M. Fusco Girard, V. Golovin, Yu. Grishuk, M. Guerzoni, M. Guida, D. Hatzifotiadou, W.W. Jung, H.N. Kim, D.H. Kim, D.W. Kim, S. Kiselev, G. Laurenti, M.L. Luvisetto, D. Mal kevich, A. Margotti, F. Massera, S. Meneghini, R. Michinelli, R. Nania, F. Noferini, G. Pancaldi, A. Pesci, R. Pilastrini, O. Pinazza, R. Preghenella, M. Rizzi, M. Ryabinin, E. Scapparone, G. Scioli, S. Sellitto, F. Semeria, S. Serra, R. Silvestri, A. Smirnitskiy, E. Ugolini, E. Usenko, K. Voloshin, M.C.S. Williams, B. Zagreev, C. Zampolli, A. Zichichi, A. Zinine, A. Zucchini, M. Zuffa. (2006). NUCLEAR PHYSICS B-PROCEEDINGS SUPPLEMENTS. vol. 158, pp. 78 - 82 ISSN: 0920-5632.   = 5,522*30/10 =16,566 8. The MRPC detector for the ALICE Time Of Flight System: Final design and performances. A. Akindinov, S. Alessandrini, A. Alici, P. Antonioli, S. Arcelli, M. Basile, G. Cara Romeo, D. Cavazza, L. Cifarelli, F. Cindolo, I. D'Antone, A. De Caro, S. De Pasquale, A. Di Bartolomeo, M. Furini, M. Fusco Girard, V. Golovin, Yu. Grishuk, M. Guerzoni, M. Guida, D. Hatzifotiadou, W.W. Jung, H.N. Kim, D.H. Kim, D.W. Kim, S. Kiselev, G. Laurenti, M.L. Luvisetto, D. Mal kevich, A. Margotti, F. Massera, S. Meneghini, R. Michinelli, R. Nania, F. Noferini, G. Pancaldi, A. Pesci, R. Pilastrini, O. Pinazza, R. Preghenella, M. Rizzi, M. Ryabinin, E. Scapparone, G. Scioli, S. Sellitto, F. Semeria, S. Serra, R. Silvestri, A. Smirnitskiy, E. Ugolini, E. Usenko, K. Voloshin, M.C.S. Williams, B. Zagreev, C. Zampolli, A. Zichichi, A. Zinine, A. Zucchini, M. Zuffa. (2006). NUCLEAR PHYSICS B-PROCEEDINGS SUPPLEMENTS. vol. 158, pp. 60 - 65 ISSN: 0920-56|LVAL32.   = 5,522*30/10 =16,566 B>3>2K9   54,549LVALMG2006 - 2007 ;8E0=>2 1@038< ;8528G, 15.09.1979, <=A >:>=G8; 2 2004 3>4C $878G5A:89 D0:C;LB5B !0=:B-5B5@1C@3A:>3> >AC40@AB25==>3> #=825@A8B5B0 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 6.0 1. XI Advanced Research Workshop on High Energy Spin Physics (DUBNA-SPIN-05). I. Alikhanov, O. Grebenyuk, Transverse Lambda(0) polarization in quasireal photoproduction at HERMES: s-quark scattering model. ?C1;8:>20=: Proceedings, edited by A.V. Efremov and S.V. Goloskokov, JINR, Dubna, 2006, p. 256. 6*(1.5-1)/2 = 1.5 2. 6-9 0:A0=A:0O >;>456=>9 (:>;K -"$ (( -"$-2005). .. ;8E0=>2, ..@515=N:, >?5@5G=0O ?>;O@870F8O O<140-38?5@>=0 2 @50:F88 :2078@50;L=>3> D>B>@>645=8O ?@8 2KA>:8E M=5@38OE. ?C1;8:>20=: "@C4K 6-9 0:A0=A:>9 >;>456=>9 (:>;K -"$ (( -"$-2005), ">< 2, 0;LG8:, 2006, A. 11. 6*(1.5-1)/2 = 1.5 3. >;>456=0O =0CG=0O :>=D5@5=F8O $878:0 8 @>3@5AA (14-16 =>O1@O 2007 3.), !0=:B-5B5@1C@3. . . ;8E0=>2, . . @515=N:, >?5@5G=0O ?>;O@870F8O O<140-38?5@>=>2 2 @50:F88 8=:;N782=>3> D>B>@>645=8O ?@8 D@03<5=B0F88 ?CG:0. !1>@=8: @01>B >;>456=>9 =0CG=>9 :>=D5@5=F88 $878:0 8 @>3@5AA, !0=:B-5B5@1C@3, 2007, A. 348. (4*1.5)/2 = 3.0 >=D5@5=F88, =5 >?C1;8:>20=>: 5.0 1. XII Advanced Research Workshop on High Energy Spin Physics (DUBNA-SPIN-07). I.Alikhanov, O. Grebenyuk, Transverse Lambda(0) polarization in inclusive photoproduction: quark recombination model. 6/2 = 3 2. 0:A0=A:0O >;>456=0O (:>;0 -"$ (( -"$-2007), 15 -22 0?@5;O, @8M;L1@CAL5, 2007. . . ;8E0=>2, . . @515=N:, >?5@5G=0O ?>;O@870F8O 38?5@>=>2 2 @50:F88 D>B>@>645=8O ?@8 2KA>:8E M=5@38OE 2 @0<:0E :20@:-@5:><18=0F8>==>9 <>45;8. 4/2 = 2   = 11.0 * 2 = 22.0LVALMG2006-2007 70?0@>20 @8=0 09@0<>2=0, 27.04.1961, =A C1;8:0F88: 13.5 1) /=8= .$., 70?0@>20 . . 5=5@0B>@K =0=>A5:C=4=KE 8=B5@20;>2.  M.: "- !3, 2006, A. 91-95. 0.226 * 60/2 = 6.8 2) /=8= .$., 70?0@>20 ., !B@830=>2 .!. 40?B5@ A2O78 <564C :>=B@>;;5@>< ##-01 8 H8=>9 ISA.  .: "- !5, 2006, A.160-161. 0.226 * 60/3 = 4.5 3) .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 60/10 = 1.356 4) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 5) T. Enqvist, V. Fhr, J. Joutsenvaara, T. Jmsn, P. Kernen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Rih, J. Sarkamo, C. Shen, I. Usoskin, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin, H. Fynbo, EMMA - A New Underground Cosmic-Ray Experiment, arXiv:astro-ph/0512398, 2005. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 5.36 1) IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain). T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. SarkamLVALo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment . ?C1;8:>20=>: Journal of Physics: Conference Series 39 (2006) 478 480 8*0.7/10 = 0.56 2) 5th International Conference on NONACCELERATOR NEW PHYSICS (Dubna, Russia, June 20 25, 2005). Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment". ?C1;8:>20=>: /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60*0.7/10 = 3.84 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. (4+8*0.7)/10 = 0.96 >=D5@5=F88, =5 >?C1;8:>20=>: 0.4 1) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4   = 19.2<LVAL N0@8= 8:B>@ 8:>;0528G =0CG=K9 A>B@C4=8: -$ C1;8:0F88 8 4>:;04K. An Improved Shashlyk Calorimeter. Sep 2007. 29pp. Published in Nucl.Instrum.Meth.A584:291-303,2008. e-Print: arXiv:0709.4514   = 1,224*30/10=3,672 Zheleznykh I.M. V.N. Marin. A compact module of the gamma quantum detector on the basis of semiconductor avalanch photodiodes and cristal scintillators for gamma tomographs and pet  scaners. Preprint INR, Moscow 2006.   =4/4=0,4 !B5=4 4;O 8A?KB0=89 45B5:B>@>2 =59B@>=>2. 725AB8O , A5@8O $878G5A:0O, B. 71, !6, AB@. 876-878. 2 02B>@0  =0,306*60/2=9,18 01;N45=85 35=5@0F88 >?B8G5A:>3> 87;CG5=8O 2 ?5@5E>4=>< @568<5 A:0G:>>1@07=>3> 87<5=5=8O ?@>2>48<>AB8 2 C3;5@>4=KE ?;5=:0E. 4 02B>@0, 2006 3. @5?@8=B /  !1165.  =4/4=1 Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APD readout. 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Mar 5, 2008, Budker INP, Novosibirsk, Russia, 4 02B>@0. submitted to NIM A.  =6/4=1,5 B>3>2K9   =15,7522006 -2007 0?>=5=:> ;5:A0=4@ 8:>;0528G, 10.10.1983, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / . >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 9.6 1. 0?>=5=:> .. >8A: :>A<8G5A:8E 30<<0-2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 =4K@G8  / . "@C4K 7-9 ( -"$ 2006, B>< 2 AB@. 30-34. (4+8*0.7)=9.6 >=D5@5=F88, =5 >?C1;8:>20=>: 4 1. 7<5@5=85 C3;>2>3> @0A?@545;5=8O ( =0 CAB0=>2:5 =4K@G8  / . !5:F8>==K9 4>:;04 =0 8-9 0:A0=A:>9 >;>456=>9 (:>;5 -"$, 15 - 22 0?@5;O 2007, @8M;L@CAL5. 4   = 13.6*1.5 = 20.4LVALMG2006 - 2007 C@5=O ;5:A0=4@ 8:>;0528G, 14.01.1978, <=A. C1;8:0F88: 1.8 1) T. Enqvist, V. Fhr, J. Joutsenvaara, T. Jmsn, P. Kernen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Rih, J. Sarkamo, C. Shen, I. Usoskin, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin, H. Fynbo, EMMA - A New Underground Cosmic-Ray Experiment, arXiv:astro-ph/0512398, 2005. 4/10 = 0.4 2) .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 60/10 = 1.356 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 4.4 1) IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain). T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment . ?C1;8:>20=>: Journal of Physics: Conference Series 39 (2006) 478 480 8*0.7/10 = 0.56 2) 5th International Conference on NONACCELERATOR NEW PHYSICS (Dubna, Russia, June 20 25, 2005). Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New UndergLVALround Cosmic-Ray Experiment". ?C1;8:>20=>: /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60*0.7/10 = 3.84   = 6.2LVALMG;5:A552 =4@59 ;5:A5528G @>4. 9 >:BO1@O 19653. =0CG=K9 A5B@C4=8: !C<<0@=K9   = 1.3 + 0.5 + 0.4 + 0.4 +0.4 = 3 0AGQB   (20063.  20073.) ;5=0@=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE A. The Investigation of the Resonance Neutron Cross Sections Structure for Mo, Ho, Ta, W on 50 m fligt path MMF Yu.V.Grigoriev, O.N.Pavlova, B.V.Zhuravlev Institute of Physics and Power Engineering, obninsk, Russia A.A.Alekseev, A.I. Berlev, E.A.Koptelov Institute for Nuclear Research RAN, Troitsk, Russia Zh.V.Mezentseva Joint Institute for Nuclear Research, Dubna, Russia ISINN-15 20073. Dubna 16-19 May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n,f). ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= @5?@8=B /  1182/2007 <09 20073.   = 4/8 = 0.5 .>. 702  >?B5;>2 -..fLVAL x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ragin, A.V.Feschenko O.V.Grekhov N.F.Lebedeva V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich A.N.Mirzojan. An Interactive Procedure of a Transverse Beam Matching and Correction in INR Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 116-118. 0;;: 0.5*1.5*6/8=0.56 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 5. S.E.Bragin, A.V.Feschenko, O.V.Grekhov, N.F.Lebedeva, V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich, A.N.Mirzojan. Transverse Beam Matching and Correction Procedure in INR Linac. Proceedings of LINAC 2006, Knoxville, Tennessee, USA, pp.435-437. 0;;: 1.5*6/8=1.13 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) B>3>: '+   = 5.19LVALMG8:C;8= 235=89 !5<5=>28G, =.A., 1945 3.@. 1. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 0;; = 1.224*30*0.7/5-6/5=3.94 (?C1;8:>20==K9 4>:;04 2 @5D5@8@C5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40). 3. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp. 378-380. 0;; = 4*1.5/10 =0,6. (?C1;8:>20==K9 4>:;04 =0 >AA89A:>9 :>=D5@5=F88). 4. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, "@C4K XVI 564C=0@>4=>9 :>D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 5. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, A>AB>O2H59AO 2 3.1=8=A:5 25-28 =>O1@O 20033., 1=8=A:, 2007, AB@.204-210. 0;;: 6E1,5E0,5/5 = 0,9. (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO 70 ?@545;0<8 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 6. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38Ox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elov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp. 378-380. 0;; = 4*1.5/10 =0,6. (?C1;8:>20==K9 4>:;04 =0 >AA89A:>9 :>=D5@5=F88). 3. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, "@C4K XVI 564C=0@>4=>9 :>D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 4. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ....0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. #! "   - /  #! "/ / . "@C4K %% 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04.) 0;;: 6/10 = 0,6. 5. .. C15F, .!. 8:C;8=, .". $@>;>2, .. /:CH52. #,! #!" !" +"/.)  // / !"'  -. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 0;;: 6/4 = 1,5 6. Makdisi, Y., Alekseev, I., Bellavia, S., Bravar, A., Bunce, G., Chapman, M.A., Dhawan S., Eyser, K.O., Gasner, D., Gill, R., Haeberli, W., Li, Z., Khodinov, A., Kponou, A., Meng, W., Nass, A., Okada, H., Saito, N., Resica, S., StLVALephenson, E., Svirida, D., Trbojevic, D., Tsang, T., Wise, T., Zelenski, A., Zubets, V. Status and operational experience with the polarized hydrogen jet at RHIC. Proc. 17th International Spin Physics Symposium (SPIN 2006), Kyoto, Japan, October 2-7, 2006, AIP Conf. Proc. 915 pp. 975-978 (2007). (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 0;;: 1.5*6/10 = 0,9 7. Makdisi, Y., Bravar, A., Bunce, G., Gill, R., Huang, H., Li, Z., Khodinov, A., Kponou, A., Meng, W., Nass, A., Rescia, S., Zelenski, A., Zubets, V., Chapman, M.A., Haaeberli, W., Wise, T., Alekseev, I., Svirida, D., Jinnouchi, O., Nakagawa, I., Okada, H., Saito, N., Dhawan, S., Stephenson, E., Eyser, K.O. Absolute measurement of the polarization of high energy proton beams at RHIC. Proc. 22-nd Particle Accelerator Conference (PAC 07), Albukerque, June 25-29, 2007, pp. 4369-4371 (2007). [KB-02-02-011; BNL-77350-2006-CP] (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 0;;: 1.5*6/10 = 0,9 8. Zelenski, A.,Alessi J., Kponou A., Ritter J., Zubets V. Towards 100% polarization in the RHIC optically pumped polarized H ion source. Proc. 22nd Particle Accelerator Conf. (PAC 07), Albuquerque, NM, p.3771, (2007). (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 0;;: 1.5*6/5 = 1,8 9. Zelenski A.,Kokhanovski S.,Kponou A., Ritter J., Zubets V.  The RHIC Optically-Pumped Polarized H- Ion Source , PSTP 2007, AIP 980, p.221.-230, (2007). (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 0;;: 1.5*6/5 = 1,8 10. Kponou A., Zelenski A., A.,Kokhanovski, Zubets V.  Sona Transition in the RHIC OPPIS , PSTP 2007, AIP 980, p.241.-247, (2007). (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 0;;: 1.5*6/4 = 2,25 B>3>: '+   = 11.40LVALMG!! #'+% " 70 2006-2007 3.3. $ =4@5O 20=>28G0, 8=65=5@0-8AA;54>20B5;O 01>@0B>@88 =59B@8==>9 0AB@>D878:8 2KA>:8E M=5@389 1. V.Aynutdinov, et al., "SEARCH FOR A DIFFUSE FLUX OF HIGH- ENERGY EXTRATERRESTRIAL NEUTRINOS WITH THE NT200 NEUTRINO TELESCOPE" Astropart. Phys. 25 (2006) 140-150.  =4,047*30/10=12,141 2. V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", NIM A567 (2006) 423-427  =1,224*30/10=3,672 3. V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", NIM A567 (2006) 433-437  =1,224*30/10=3,672 4. V.Aynutdinov et al., "Status and new results from the BAIKAL detector", J.Phys.Conf.Ser., 39 (2006) 441-443  =8/10=0,8 5. V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int.J.Mod.Phys. A21, Supp.01 (2006) 202-206  =1,38*30/10=4,14 6. V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int.J.Mod.Phys. A21 Supp.01 (2006) 117-121  =1,38*30/10=4,14 7. V.Aynutdinov et al., "The BAIKAL neutrino telescope", /4. $87., 69, 11(2006)1-8  =0,914*60/10=5,484 8. . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495  =0,348*60/10=2,088 9. V.Aynutdinov et al., "The Baikal Neutrino Telescope: From NT200 to NT200+". International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.  =0,6 10. K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.  =0,6 11. V.Aynutdinov et al. "Baikal neutrino telescope". Proc. of the 3rd Int. Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino LVALExperimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459. 12. . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).  =0,505*60/10=3,03 13. K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06),Uppsala University, p.24, 2007.  =0,6 14. K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.  = 0,6 15. V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =1,224*30/10=3,672 16. K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys.  (Proc.Suppl.) 168 (2007), p. 296-298.  =5,522*30/10=16,566 17. V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal". Proc. 30th Int. Cosmic Ray Conf., Merida, Mexico, 3-11 July, 2007.  =0,6 18. V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physical Results". Proc. 30th Int. Cosmic Ray Conf., Merida, Mexico, 3-11 July, 2007.  =0,6 19. V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans". Proc. 30th Int. Cosmic Ray Conf, Merida, Mexico, 3-11 July 2007.  =0,6 B>3>2K9  =63,605LVALMG!! #'+% " 70 2006-2007 3.3. >H5G:8=0 =4@5O 5B@>28G0, 8=65=5@0-8AA;54>20B5;O 01>@0B>@88 =59B@8==>9 0AB@>D878:8 2KA>:8E M=5@389 1. V.Aynutdinov, et al., "SEARCH FOR A DIFFUSE FLUX OF HIGH- ENERGY EXTRATERRESTRIAL NEUTRINOS WITH THE NT200 NEUTRINO TELESCOPE" Astropart. Phys. 25 (2006) 140-150.  =4,047*30/10=12,141 2. V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", NIM A567 (2006) 423-427  =1,224*30/10=3,672 3. V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", NIM A567 (2006) 433-437  =1,224*30/10=3,672 4. V.Aynutdinov et al., "Status and new results from the BAIKAL detector", J.Phys.Conf.Ser., 39 (2006) 441-443  =8/10=0,8 5. V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int.J.Mod.Phys. A21, Supp.01 (2006) 202-206  =1,38*30/10=4,14 6. V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int.J.Mod.Phys. A21 Supp.01 (2006) 117-121  =1,38*30/10=4,14 7. V.Aynutdinov et al., "The BAIKAL neutrino telescope", /4. $87., 69, 11(2006)1-8  =0,914*60/10=5,484 8. . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495  =0,348*60/10=2,088 9. V.Aynutdinov et al., "The Baikal Neutrino Telescope: From NT200 to NT200+". International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.  =0,6 10. K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.  =0,6 11. V.Aynutdinov et al. "Baikal neutrino telescope". Proc. of the 3rd Int. Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino LVALExperimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459. 12. . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).  =0,505*60/10=3,03 13. K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06),Uppsala University, p.24, 2007.  =0,6 14. K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.  = 0,6 15. V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =1,224*30/10=3,672 16. K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys.  (Proc.Suppl.) 168 (2007), p. 296-298.  =5,522*30/10=16,566 17. V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal". Proc. 30th Int. Cosmic Ray Conf., Merida, Mexico, 3-11 July, 2007.  =0,6 18. V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physical Results". Proc. 30th Int. Cosmic Ray Conf., Merida, Mexico, 3-11 July, 2007.  =0,6 19. V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans". Proc. 30th Int. Cosmic Ray Conf, Merida, Mexico, 3-11 July 2007.  =0,6 B>3>2K9  =63,605LVALMG  70 2006 2007 3>4K =4@552 =0B>;89 0A8;L528G, @>48;AO 20.10.373>40, 4>:B>@ B5E=8G5A:8E =0C:, 8.>. 3;02=>3> =0CG=>3> A>B@C4=8:0 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1) ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876.  =8/6=1,33. 2) ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / Stend for testing neutron scintillation detectors // Nuclear Physics and Atomic Energy.#4 (22), 2007,p. 100.  =8/6=1,33. >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. 1. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS // In Proc. Of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007.v.2,.p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hysics of Atomic Nuclei Vol. 60, No. 2, 1997 Determination of Form-Factor Parameters + and 0 in K3 Decay V. M. Artemov, A. D. Volkov, G. A. Emel yanenko, B. Zh. Zalikhanov, E. V. Komissarov, V. S. Kurbatov, V. Z. Serdyuk, V. V. Sidorkin, I. N. Silin, S. V. Yashchenko, V. N. Bolotov, A. V. Veselovsky, S. A. Volkov, E. N. Gushchin, V. S. Klimenko, S. V. Laptev, V. N. Marin, I. N. Semenyuk, V. L. Shmatkov, A. V. Voskanyan, A. J. Ketikian, and V. F. Konstantinov  = 0.208 *45/10=0.936 2. Physics of Atomic Nuclei Vol. 60, No. 12, 1997 Determination of Form-Factor Parameters in the Decays K !  0 and K ! e 0 V. M. Artemov, A. D. Volkov, G. A. Emel yanenko, B. Zh. Zalikhanov, E. V. Komissarov, V. S. Kurbatov, V. Z. Serdyuk, V. V. Sidorkin, I. N. Silin, S. V. Yashchenko, V. N. Bolotov, S. A. Volkov, E. N. Gushchin, V. S. Klimenko, S. V. Laptev, I. N. Semenyuk, V. L. Shmatkov, A. V. Voskanyan, A. J. Ketikian, and V. F. Konstantinov  = 0.208 *45/10=0.936 3. Physics of Atomic Nuclei Vol.65 No 11,2002 Study of the K ! e 0 decay I. V. Ajinenko, S. A. Akimenko, G. A. Akopdzhanov, K. S. Belous, G. I. Britvich, I.G.Britvich, A. P. Filin, V. N.Govorun,A. V. Inyakin, V. A. Khmelnikov, A. S. Konstantinov, V. F. Konstantinov, I. Ya. Korolkov, V. M. Leontiev, V. P. Novikov, V. F. Obraztsov, V. A. Polyakov, V. I. Romanovsky, V. M. Ronjin, V. A. Senko, N. A. Shalanda, M. M. Shapkin, V. I. Shelikhov, N. E. Smirnov, A. A. Sokolov, O. G. Tchikilev, E. V. Vlasov, O. P. Yushchenko, V. N. Bolotov, S. V. Laptev, A. Yu. Polyarush, V. E. Postoev, S. V. Yashchenko, B. Zh. Zalikhanov, and V. Z. Serdyuk  = 0.533 *45/10=2.399 4. Physics of Atomic Nuclei Vol.69, No. 1, 2006 Experimrintal Study of Direct Photon Emisson in K !  0 Decay Using ISTRA+ Detector V.A. Uvarov, S.A. Akimenko, V.N. Bolotov, G.I. Britvich, K.V. Datsko, V.A. Duk, A.P.FilinLVAL, A.V.Inyakin, V.A.Khmelnikov, A.S. Konstantinov, V.F. Konstantinov, I.Ya. Korolkov, S.V. Laptev, V.M. Leontiev, V.P. Novikov, V.F.Obraztsov, V.A. Palyakov, A.Yu. Polarush, V.I. Romanovsky, V.M. Ronjin, V.I.Shelikhov, N.E. Smirnov, O.G. Tchikilev, and O.P. Yushchenko.  = 0.616 *45/10=2.772 5. Physics of Atomic Nuclei Vol.70, No. 1, 2007 Observation of the Radiative Kaon Decay K !  0. O.G. Tchikilev, S.A. Akimenko, G.I.Britvich, K.V. Datsko, A.P.Filin, A.V.Inyakin,V.A.Khmelnikov, A.S. Konstantinov, I.Ya. Korolkov, Leontiev, V.P. Novikov, V.F.Obraztsov, V.A. Palyakov, V.I. Romanovsky, V.I. Shelikhov, V.A. Uvarov, O.P. Yushchenko, V.N. Bolotov, S.V. Laptev, V.A. Duk, and A.Yu. Polarush.  = 0.515 *45/10=2.318 6. Physics of Atomic Nuclei Vol.70, No. 4, 2007 Study of K- ! 0 e-  Decay whith ISTRA+ Setup S.A. Akimenko, V.N. Bolotov, G.I.Britvich, K.V. Datsko, V.A. Duk, A.P.Filin, E.N. Gushchin, A.V.Inyakin, V.A.Khmelnikov, A.S. Konstantinov, V.F. Konstantinov, I.Ya. Korolkov, S.V. Laptev, V.A. Lebedev, V.M. Leontev, A.E. Mazurov, V.P. Novikov, V.F.Obraztsov, V.A. Palyakov, A.Yu. Polarush, V.E. Postoev, V.I. Romanovsky, V.I. Shelikhov, O.G. Tchikilev, V.A. Uvarov, and O.P. Yushchenko.  = 0.515 *45/10=2.318 B>3>   (2007-2008) = 4.636 =45:A F8B8@>20=8O 20LVALMG0<0=8= <8B@89 ;048<8@>28G 0CG=K9 A>B@C4=8: -$ !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E. 1. V.Zherebchevsky, W.von Oertzen, D.Kamanin, B.Gebauer, S.Thummerer, Ch.Schulz, G.Royer. Binary fission and coplanar cluster decay of 60Zn compound nuclei at high angular momentum. Physics Letters B 646 (2007) 12 18.   =5,301*30/7=22,71 2. Yu.V.Pyatkov, D.V.Kamanin, W.H.Trzaska, W.von Oertzen, S.R.Yamaletdinov, A.N.Tjukavkin, V.G.Tishchenko, V.G.Lyapin, Yu.E.Peinionzhkevich, A.A.Alexandrov, S.V.Khlebnikov. Island of the high yields of 252cf(sf) collinear tripartition in the fragment mass space. Romanian Reports in Physics. 2007. V. 59, No 2. P. 388-399.   =8/10=0,8 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. V.I.Zherebchevsky, W.von Oertzen, D.V.Kamanin. Collinear ternary cluster decay of hyper-deformed 60Zn at high angular momentum. Pis'ma v ZhETF, V.85, No. 3, 2007, pp. 168-173.  =1,446*60/3=28,92 AB0BL8 2 =5@5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. V.I.Zherebchevsky, W.von Oertzen, K.A.Gridnev, D.V.Kamanin. Collinear ternary cluster decay of nuclei 60Zn. Vestnik SPbGU, V.4, No. 1, 2007, pp. 113-117 (rus).  =8/4=2 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE, 8740==K5 2 B@C40E :>=D5@5=F89 1. Yu.Pyatkov, W.Trzaska, M.Mutterer, S.Yamaletdinov, A.Tjukavkin, D.Bolgov, D.Kamanin, S.Khlebnikov, Yu.Kopach, E.Kuznetsova, J.Lavrova, V.Lyapin, M.Sillanpaa, V.Tishchenko, G.Tyurin. Searching for Rare Decay Modes in the Reaction 238U+4He (40 MeV). International Symposium on Exotic Nuclei, Khanty-Mansiysk, Russia, 17-22 July 2006. Conference proceedings. Editors: Yu.E.Penionzhkevich, and E.A.Cherepanov. AIP Conference Proceedings, 2007, p. 144-152.  = 6/10*1,5=0,9 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE, =5 8740==K5 1. D.V. Kamanin, Yu.N. Kopach, Yu.V. Pyatkov, A.A. Alexandrov, S.B. Borzakov, J.E. Lavrova, Ts. Panteleev, A.N. Tyukavkin. Study of the multy-cluster decays in the neutron induced fission of 235U. Presented at the 15th International Seminar on Interaction of Neutrons with Nuc"LVAL2lei, Dubna, Russia, 16-19 May 2007.  =6/8=0,75 2. D.V.Kamanin, Yu.V.Pyatkov, W.H.Trzaska, W. von Oertzen. Searching for multi-body decays of low and middle excited actinides. Presented at the International Symposium "Models and Methods in Few- and Many-Body Systems", Skukuza, Kruger National Park, South Africa, 6-9 February 2007.  = 6/4=1,5 3. D.V.Kamanin for the FOBOS collaboration. Rare fission modes: study of multi-cluster decays of actinide nuclei. Presented at the International Conference on Dynamical aspects of nuclear fission "DANF2006", Smolenice Castle, Slovak Republic, 2-6 October 2006. (in print)  =0,6 4. D.V.Kamanin for the FOBOS collaboration. Rare fission modes: study of multi-cluster decays of actinide nuclei. Presented at the 6th International Conference  Modern Problems of Nuclear Physics . September 19-22, 2006, Tashkent, Uzbekistan. (?@83;0H5==K9 4>:;04)  =30*0,1=0,3 5. D.V.Kamanin for the FOBOS collaboration. Searching for Collinear Tripartition in the Reaction 235U(nth, f) using MiniFOBOS Spectrometer. Presented at the 14th International Seminar on Interaction of Neutrons with Nuclei, ISINN'2006, Dubna, Russia.  =0,6 #'- &/ /",!", 1. International Symposium on Exotic Nuclei, EXON2006. 17-22 8N;O 2006 3. CG0AB=8:8 - 92 G5;>25:0, G;5= >@3:><8B5B0 2. XXXIII International Conference on High Energy Physics  ICHEP 06 , 26 8N;O  2 023CAB0 2006 3. #G0AB=8:8 ?@8<5@=> 800 G5;., G;5= @01>G59 3@C??K B>3>2K9   =59,08LVALMGC;038= !5@359 =0B>;L528G 1959 3>40 @>645=8O :0=4840B D87.-<0B. =0C: AB0@H89 =0CG=K9 A>B@C4=8: B45;0 B5>@5B8G5A:>9 D878:8   70 2007-2008 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: S.A. Kulagin and R. Petti, Neutrino inclusive inelastic scattering off nuclei, Phys. Rev. D76 (2007), 094023.   = 4.852*30/2 =72.8 A.V. Butkevich and S.A. Kulagin, Quasi-elastic neutrino charged-current scattering cross sections on oxygen, Phys. Rev. C76 (2007), 045502.   = 3.610*30/2 =54.2 S.A. Kulagin and W. Melnitchouk,  Deuteron spin structure functions in the resonance and DIS regions , Phys. Rev. C77 (2008), 015210.   = 3.610*30/2 =54.2 S.A. Kulagin and W. Melnitchouk,  Spin structure functions of He-3 at finite Q**2 , Phys. Rev. C78 (2008), 065203.   = 3.610*30/2 =54.2 NOMAD Collaboration (Q. Wu et al.)  A precise measurement of the muon neutrino-nucleon inclusive charged current cross-section off an isoscalar target in the energy range 2.5 < E(nu) < 40-GeV by NOMAD , Phys. Lett. B660 (2008), 19.   = 5.301*30/10 =15.9 @5?@8=BK: Determination of Strange Sea Distributions from Neutrino-Nucleon Deep Inelastic Scattering. S. Alekhin, S. Kulagin, R. Petti . DESY-08-185, SFB-CPP-08-99, Dec 2008. 15pp. http://www.slac.stanford.edu/spires/hep/te.shtml e-Print: arXiv:0812.4448 [hep-ph]   =4/3=1.3 New method for extracting neutron structure functions from nuclear data. Yonatan Kahn, W. Melnitchouk, S.A. Kulagin. JLAB-THY-08-883, Sep 2008. 29pp. e-Print: arXiv:0809.4308 [nucl-th]   =4/3=1.3 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: M. Osipenko, W. Melnitchouk, S. Simula, S. Kulagin, G. Ricco, Experimental moments of the nucleon structure function F2, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 13th International Conference In QCD (QCD 06), 3-7 Jul 2006, Montpellier, France. Published in Nucl. Phys. Proc. Suppl. 174 (2007), 23-26.   = 0.875*0.7*30/5 =3.7 M. Osipenko, S. Simula, S. Kulagin, G. Ricco, Neutron structure function mLVALoments at leading twist, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Quark Confinement and the Hadron Spectrum 7, Ponta Delgada, Azores, Portugal, 2-7 Sep 2006. Published in AIP Conf. Proc. 892 (2007) 448-451   = (1.5-1)*30/4=3.8 S.A. Kulagin, Progress in the description of neutrino-nuclear cross sections at high energy @83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88 XXIX International Workshop Neutrino physics at accelerators, JINR, Dubna, January 24--26, 2007, URL: http://nuweb.jinr.ru/~nd/workshop2007/   = 20 S.A. Kulagin and R.Petti, Nuclear Effects in Neutrino Structure Functions, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 5th International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt07), Batavia, Illinois, 30 May - 3 Jun 2007. URL: http://conferences.fnal.gov/nuint07/ Published in AIP Conf. Proc. 967 (2007) 94-101   = 1.5*30/2=22.5 S. Alekhin, S.A. Kulagin and R. Petti, Modeling lepton-nucleon inelastic scattering from high to low momentum transfer, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 5th International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt07), Batavia, Illinois, 30 May - 3 Jun 2007. URL: http://conferences.fnal.gov/nuint07/ Published in AIP Conf. Proc. 967 (2007) 215-224   = 1.5*30/3=15 A.V. Butkevich and S.A. Kulagin, QE neutrino CC cross-sections off O-16, !B5=4>2K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 5th International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt07), Batavia, Illinois, 30 May - 3 Jun 2007. URL: http://conferences.fnal.gov/nuint07/ Published in AIP Conf. Proc. 967 (2007) 298-300; e-Print: arXiv:0711.3223 [nucl-th]   = 1.5*6/2=4.5 S. Alekhin, S.A. Kulagin and R. Petti, The low-Q deep-inelastic scattering data in the global fit of PDFs, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 15th International Workshop on Deep-Inelastic Scattering and Related Subjects (DIS2007), Munich, Germany, 16-20 Apr 2007.LVAL Published in *Munich 2007, Deep-inelastic scattering, vol. 1* 313-316 Home URL: http://www.mppmu.mpg.de/dis2007/ Proceedings URL: http://www.sciencewisepublishing.com/publications/DIS07   = 1.5*30/3=15 S. Alekhin, S. Kulagin , R. Petti  Update of the global fit of PDFs including the low-Q DIS data. @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 16th International Workshop on Deep Inelastic Scattering and Related Subjects (DIS 2008), London, England, 7-11 Apr 2008. Published in *London 2008, Deep inelastic scattering* 43 Home URL: http://www.hep.ucl.ac.uk/dis2008/ Proceedings URL: http://www.sciwipub.com/index.php?doit=dis2008 e-Print: arXiv:0810.4893 [hep-ph]   =1.5*30/3=15 S.A. Kulagin, Calculation of quasielastic neutrino-nuclear cross sections for neutrino energy 0.2 - 2 GeV @83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88 XXX International Workshop Neutrino physics at accelerators, JINR, Dubna, January 23--25, 2008, URL: http://nuweb.jinr.ru/~nd/workshop2008/   = 20 S.A. Kulagin,  Theory and phenomenology of nuclear EMC effect , @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Nuclear medium effects on the quark and gluon structure of hadrons, Trento, Italy, 3-7 June, 2008. Home URL: http://www.ect.it/Meetings/ConfsWksAndCollMeetings/ConfWksDocument/2008/talks/3 - 7 June 08/talks.htm   = 30 S.A. Kulagin,  Nuclear effects in spin structure functions in resonance region , @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Nuclear medium effects on the quark and gluon structure of hadrons, Trento, Italy, 3-7 June, 2008. Home URL: http://www.ect.it/Meetings/ConfsWksAndCollMeetings/ConfWksDocument/2008/talks/3 - 7 June 08/talks.htm   = 30 S.A. Kulagin,  Nuclear Corrections to Charged Lepton and Neutrino Deep Inelastic Scattering , @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Low Energy Precision Electroweak Physics in the LHC Era Seattle, USA, November 3 - 8, 2008 Home URL: http://www.int.washington.edu/PROGRAMS/08-3_seminars/no LVAL v3-7.html   =30 5:F88 =0 <564C=0@>4=KE H:>;0E: &8:; 87 3 ;5:F89 ?>4 >1I8< =0720=85< Nucleon and Nuclear Structure Functions =0 229 H:>;5 4;O <>;>4KE CG5=KE HUGS 2007 >@30=87>20==>9 E0<?B>=>2A:8< C=825@A8B5B>< 2 ?5@8>4 A 29 <0O ?> 15 8N=O 2007 3. 2 Jefferson Lab, Newport News, Virginia (!(). URL: http://www.jlab.org/hugs/archive/Schedule2007/schedule.html   =30 B>3>2K9   = 493.4LVALMG"@>8F:89 !.. 2007 ?C1;8:>20==K5 AB0BL8: 1) D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, Air-shower simulations with and without thinning: artificial fluctuations and their suppression, Phys.Rev.D76:043004, 2007. 4.852*30/3=48.52 2) D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, Towards event-by-event studies of the ultrahigh-energy cosmic-ray composition, Astropart. Phys. 28 (2007) 28. 4.047*30/3=40.47 3) A.V. Glushkov et al., Constraining the fraction of primary gamma rays at ultra-high energies from the muon data of the Yakutsk extensive-air-shower array, 8AL<0 2 -"$ 85:163,2007 1.446*60/7=12.39 4) L.G. Dedenko, G.F. Fedorova, T.M. Roganova, M.I. Pravdin, I.E. Sleptsov, V.A. Kolosov, A.V. Glushkov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky,  Possible observations of new physics in ultrahigh energy cosmic rays , /45@=0O $878:0 70:170-174,2007, 0.914*60/10=5.48 5) M. Fairbairn, T. Rashba, S. Troitsky, Transparency of the Sun to gamma rays due to axionlike particles. Phys.Rev.Lett.98:201801,2007. 7.498*30/3=74.89 6) M. Fairbairn et al., Searching for energetic cosmic axions in a laboratory experiment, Eur.Phys.J.C52:899-904,2007 3.209*30/7=13.75 2A53> ?> 6 >?C1;8:>20==K< AB0BLO< 195.5 @5?@8=BK: astro-ph/0701245, 4/7=0.57 astro-ph/0703546, 4/3=1.33 arXiv:0706.0108, 4/7=0.57 arXiv:0710.1382, 4/5=0.8 arXiv:0710.5508, 4/7=0.57 arXiv:0711.4060, 4/4=1. @5?>4020=85: 4>@01>B:0 :C@A0 ;5:F89 2 A5<5AB@0*8=16 @C:>2>4AB2> 48?;><=8:>< =10 >:;04K: G.I.Rubtsov, D.S.Gorbunov, V.A.Kuzmin, S.V.Troitsky, "Study of small scale fluctuations in charged particle and muon densities at the ground level with no-thinning simulations of extensive air showers", 30th International Cosmic Ray Conference, 6*1.5/4=2.25 G.I.Rubtsov, D.S.Gorbunov, S.V.Troitsky, "Getting rid of artificial fluctuations in EAS simulated with thinning: estimate of artificial fluctuations and simple economical method to suppress them", 30th International Cosmic Ray Conference, 6*1.LVAL5/3=3 B>3> 70 2006: 231.59 2008 ?C1;8:>20==K5 AB0BL8: 1) Kalashev, B.A. Khrenov, P. Klimov, S. Sharakin, S.V. Troitsky. Global anisotropy of arrival directions of ultrahigh-energy cosmic rays: capabilities of space-based detectors.O.E. JCAP 0803:003,2008. 6.739*30/5=40.43 2) A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S. V. Troitsky. Muon content of ultrahigh-energy air showers: Yakutsk data versus simulations. 8AL<0 2 -"$. JETP Lett.87:190-194,2008. 1.446*60/7=12.39 3) D Gorbunov , P Tinyakov, I Tkachev, S. Troitsky. Comment on 'Correlation of the Highest-Energy Cosmic Rays with Nearby Extragalactic Objects'. 8AL<0 2 -"$. JETP Lett.87:461-463,2008. 1.446*60/4=21.69 4) S. V. Troitsky. Spectral energy distributions and high-energy emission of BL Lac type objects. Mon. Not. Roy. Astron. Soc. Lett., 388 (2008) L79-L84. 5.352*30/1=160.56 5) CMS Collaboration (R. Adolphi et al.). The CMS experiment at the CERN LHC. JINST 3:S08004,2008. 8/10=0.8 2A53> ?> 5 >?C1;8:>20==K< AB0BLO< 235.87 @5?@8=BK: arXiv: 0802.0399, 4/1=4 arXiv: 0804.1088, 4/4=1 arXiv: 0808.0367, 4/2=2 arXiv: 0808.0481, 4/2=2 arXiv: 0809.4886, 4/3=1.33 arXiv: 0812.1020, 4/3=1.33 @5?>4020=85: 4>@01>B:0 :C@A0 ;5:F89 2 A5<5AB@0*8=16 @C:>2>4AB2> 2-<O 48?;><=8:0<8 =20 >:;04K: S. Troitsky, Space-based detectors and global anisotropy of ultra-high-energy cosmic rays. Quarks-2008, 4/1=4 S. Troitsky, Physical conditions in potential UHECR accelerators. 4th International workshop on UHECR and their sources, Moscow, 4/1=4 B>3> 70 2008: 291.53 B>3> 70 2007-2008: 523.12LVALMG\documentclass[12pt]{article} \usepackage[koi8-r]{inputenc} \usepackage[russian]{babel} \textheight = 26cm \textwidth = 17cm \hoffset = -15mm \voffset = -20mm \pagestyle{empty} \begin{document} \begin{verbatim} >9B?G 8*"$ C'. ". 24.08.1965, ## ?D6, . NIROV Khazretali Sefovich, August 24, 1965, Senior Researcher, Theory Department, Ph.D. @B>4 * 2007--2008 . @%: 1) Kh. S. Nirov, A. V. Razumov / "Toda equations associated with loop groups of complex classical Lie groups" // arXiv: math-ph/0612054, Nucl. Phys. B782, pp.241--275, 2007; @B>4 = 5.522*30/2 = 82.83 2) 8. C. >"', 1. G. B*%' / "? Z-"%"') " < $(, "%   $(  %"'! D)" // arXiv:0705.2681, D". =$. 6*. 154, pp.451--476, 2008; (Translated in: Kh. S. Nirov, A. V. Razumov / "Z-graded loop Lie algebras, loop groups, and Toda equations" // Theor. Math. Phys. 154, pp. 385--404, 2008) @B>4 = 0.569/*60/2 = 17.07 3) Kh. S. Nirov, A. V. Razumov / "Abelian Toda solitons revisited" // arXiv: 0802.0593, Rev. Math. Phys. 20, pp. 1209--1248, 2008; @B>4 = 1.060*30/2 = 15.90 4) Kh. S. Nirov, A. V. Razumov / "The rational dressing for abelian twisted loop Toda systems" // arXiv: 0806.2597, J. High Energy Phys. (JHEP) 0812: 048, 2008; @B>4 = 5.944*30/2 = 89.16 5) Kh. S. Nirov, A. V. Razumov / "Solving non-Abelian loop Toda equations" // arXiv: 0809.3944, @B>4 = 4.00/2 = 2.00 6) Kh. S. Nirov, A. V. Razumov / "More non-Abelian loop Toda solitons" // arXiv: 0810.1025, @B>4 = 4.00/2 = 2.00 4): 1) Kh. S. Nirov / "Gauge invariance, constraints, and BRST formalism: Classical theory and problems of quantization" // International School on Particles and Cosmology, Baksan School'2007, Baksan Valley, Kabardino-Balkaria, Russia, April 16--21, 2007; @B>4 = 30 2) Kh. S. Nirov / "On loop Lie algebras, loop groups, and associated Toda systems" // InterLVALnational Workshop on Classical and Quantum Integrable Systems, JINR, Dubna, Russia, January 22--25, 2007; @B>4 = 30 3) Kh. S. Nirov / "On Abelian loop Toda soliton solutions and possible non-Abelian generalizations" // International Workshop on Classical and Quantum Integrable Systems, IHEP, Protvino, Russia, January 21--24, 2008; @B>4 = 30 4) Kh. S. Nirov / "The (T)DBM equation as a twisted loop Toda system: Generalizations and soliton solutions" // International Seminar on High Energy Physics QUARKS'2008, Sergiev Posad, Russia, May 23--29, 2008; @B>4 = 30*1.5 = 45 5) Kh. S. Nirov / "On infinite-dimensional Lie groups and their Lie algebras in nonlinear classical integrable systems" // International Summer School on Representation Theory and Statistical Mechanics", Wuppertal, Germany, September 15--19, 2008; @B>4 = 6 9$: @B>4 = 350 --------------------------------------------------------------- 8. C. >"' 9A9 B1>, =#', 30 !'"! 2009 . Kh. S. Nirov INR RAS, Moscow, January 30, 2009 \end{verbatim} \end{document}^LVALnCB:528G =0B>;89 8:B>@>28G @>4. 10.11.1954 :D<= A=A   = 168.9 0CG=>5 =0?@02;5=85 - D878:0 =59B@8=> !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A.V. Butkevich, S.A. Kulagin "Quasi-elastic neutrino chrged-current scattering cross section on oxygen" Phys.Rev. C76:045502, 2007.  =3.61*30=54.15 2. A.V. Butkevich "Analysis of quasi-elastic neutrino charged-current scattering off O-16 and neutrino energy reconstruction" Phys.Rev. C78:015501, 2008.  =3.61*30=108.30 "@C4K :>=D5@5=F89: 3. A.V. Butkevich, S.A. Kulagin "QE neutrino CC cross-section off O-16" AIP Conf.Proc.967:298-300, 2007.  =6*1.5/2=4.5 @5?@8=BK (2 B>< G8A;5 M;5:B@>==K5) 4. M.M. Boliev, A.V. Butkevich, S.P. Mikheyev, O.V. Suvorova "Results with the Baksan Neutrino Telescope" arXiv:astro-ph/0701333  =8/4=2 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 5. .. CB:528G "7<5@5=85 ?0@0<5B@>2 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=KE M:A?5@8<5=B0E 8 ?@>1;5<K >?8A0=8O 2708<>459AB28O =59B@8=> A O4@0<8" 0CG=0O A5AA8O A5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", @>B28=>, 22-25 45:01@O 2008 (?;5=0@=K9 4>:;04)  =4LVAL>;:>20 N4<8;0 0;5@L52=0 @>4. 24.12.1940 4D<= 2=A   = 55.4 0CG=>5 =0?@02;5=85 - D878:0 =59B@8=> !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. >;:>20.  ?>B>:0E <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E 8 A25@E2KA>:8E M=5@38OE. 72. , A5@. D87. 71 (2007) 577-579, !4.  =8 2. .. >;:>20, .". 0F5?8=. 20@:-3;N>==>5 A>AB>O=85 25I5AB20 8 ?>;>68B5;L=K9 871KB>: <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E M=5@38OE. /45@=0O D878:0, 71 (2008) 1912-1821.  =60*0.914/2=27.42 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 3. .. >;:>20. @83;0H5==K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 @>1;5<K D878:8 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:8. >A:20, <09 2007.  =20  >;:>20 N4<8;0 0;5@852=0 24.12.1940, 2=A -,   70 2007-2008 33. 1. .. >;:>20.  ?>B>:0E <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E 8 A25@E2KA>:8E M=5@38OE. 72. , A5@. $87. 71 (2007) 577-579, !4.  =41.8 2 .. >;:>20. >:;04 =0 <564C=0@>4=>< A5<8=0@5 @>1;5<K D878:8 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:8. >A:20, <09 2007.  =20. 3. .. >;:>20, .". 0F5?8=. 20@:-3;N>==>5 A>AB>O=85 25I5AB20 8 ?>;>68B5;L=K9 871KB>: <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E M=5@38OE. /45@=0O D878:0, 71 (2008) 1912-1821.  =60/2=30. 4. .. >;:>20. 5=5@0F8O G0@<0 8 M:A?5@8<5=B0;L=K5 40==K5 > ?>B>:5 :>A<8G5A:8E =59B@8=>. 72. , A5@. $87. (2 ?5G0B8).  =41.8 5. L. V. Volkova. Cosmic ray muons and muon bremsstrahlung gammas at very high energies in the atmosphere. Nuclear Physics B (Proc. Suppl.) (in press).  =26.25  =159.85LVALMG02@NA520 ;5=0 ;5:A0=4@>2=0 @>4. 11.02. :D<= A=A   = 174 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Gavryuseva E., Zharkov S.I., and Zharkova V.V., "Phase relation between poloidal and toroidal magnetic field deduced from sunspot and background solar magnetic field in the cycle 23," Solar Physics, 248, pp. 339-358, 2008.  =30*1.832/3 =18.32 2. Gavryuseva E., Zharkov S.I., and Zharkova V.V., "The latitudinal distributions of sunspot areas and magnetic fields and their correlation with the background solar magnetic field in the cycle 23", Advances in Space Research, Elsevier, 39 (11), pp. 1753-1761 2007.  +30*0.706/3 =7.06 3. Noci, G.; Gavryuseva, E., "Plasma Outflows in Coronal Streamers", The Astrophysical Journal, 658, Issue 1, pp. L63-L66 2007.  =30*6.308/2=94.62 "@C4K :>=D5@5=F89: 4. E. Gavryuseva, "In Search of the Origin of the Latitudinal Structure of the Photospheric Magnetic Field", Astronomical Society of the Pacific Conference Series, 383, SUBSURFACE AND ATMOSPHERIC INFLUENCES ON SOLAR ACTIVITY, Proceedings of a workshop held at National Solar Observatory, Sacramento Peak, Sunspot, New Mexico, USA, 16 20 April 2007, @@. 99-106.  =6*1.5=9 5. E. Gavryuseva, "Longitudinal Structure Originated in the Tachocline Zone of the Sun", Astronomical Society of the Pacific Conference Series, 383, SUBSURFACE AND ATMOSPHERIC INFLUENCES ON SOLAR ACTIVITY, Proceedings of a workshop held at National Solar Observatory, Sacramento Peak, Sunspot, New Mexico, USA, 16 20 April 2007, pp. 381-388.  =6*1.5=9 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 6. Gavryuseva E., "Internal structure and rotation of the Sun from different observations" and "Topology and dynamics of solar magnetic field". Summer School in Astronomy and Astrophysics, August, 2007, Belgrado  =30 7. Gavryuseva E.,  Variability of neutrLVALino counting rate and the Sun , 13th Lomonosov Conference of Elementary Particles, August, 2007, Moscow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doc file ********************************************************************************************************************************************* PLEASE USE THIS last one version. Thank you SO MUCH! ************************************************************************************************** 0AG5B   AB0@H53> =0CG=>3> A>B@C4=8:0 - /  :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: 02@NA52>9 ;5=K ;5:A0=4@>2=K I. !?8A>: =0CG=KE AB0B59 2007-2008 3>4>2, 2 :>B>@KE ?@8=8<0;0 CG0AB85 02@NA520 .. 1. Gavryuseva E., Zharkov S.I., and Zharkova V.V., 2008: "Phase relation between poloidal and toroidal magnetic field deduced from sunspot and background solar magnetic field in the cycle 23," Solar Physics, 248, pp. 339-358. ;0=  $ 16 30/3 = 10 LVAL2. Gavryuseva E., Zharkov S.I., and Zharkova V.V., 2007: "The latitudinal distributions of sunspot areas and magnetic fields and their correlation with the background solar magnetic field in the cycle 23", Advances in Space Research, Elsevier, 39 (11): , pp.753-1761. ;0=  $ 16 30/3 = 10 3. Noci, G.; Gavryuseva, E.; Spadaro, D.; Susino, R., 2007, "Study of the interface between coronal holes and streamers", Flows, boundaries, interactions: Flows, Boundaries, and Interaction Workshop, AIP Conference Proceedings, 934, pp.111-118. 30/4*1.5 = 11.25 4. Noci, G.; Gavryuseva, E., 2007, "Plasma Outflows in Coronal Streamers", The Astrophysical Journal, 658, Issue 1, pp. L63-L66. 30/2 = 15 5. E. Gavryuseva, 2007, "In Search of the Origin of the Latitudinal Structure of the Photospheric Magnetic Field", Astronomical Society of the Pacific Conference Series, 383, SUBSURFACE AND ATMOSPHERIC INFLUENCES ON SOLAR ACTIVITY, Proceedings of a workshop held at National Solar Observatory, Sacramento Peak, Sunspot, New Mexico, USA, 16-20 April 2007, Edited by R. Howe, R. W. Komm, K. S. Balasubramaniam, G. J. D. Petrie, @@. 99-106. ;0=  $ 16 30*1.5 = 45 6. E. Gavryuseva, 2007, "Longitudinal Structure Originated in the Tachocline Zone of the Sun", Astronomical Society of the Pacific Conference Series, 383, SUBSURFACE AND ATMOSPHERIC INFLUENCES ON SOLAR ACTIVITY, Proceedings of a workshop held at National Solar Observatory, Sacramento Peak, Sunspot, New Mexico, USA, 16-20 April 2007, Edited by R. Howe, R. W. Komm, K. S. Balasubramaniam, G. J. D. Petrie, pp. 381-388. ;0=  $ 16 30*1.5 = 45 7. Gavryuseva E., "Galileo Galilei in Toscana", Dante Alighieri Institute, Italy, 2008, 100 pages. 30 8. Gavryuseva E., "Il Gioiello di Firenze", Dante Alighieri Institute, Italy, 2008, 59 pages. 30 9. Gavryuseva, E., 2008, "Basic components of magnetic variability of the Sun", Journal of Atmospheric and Terrestrial Physics, Elsevier, in press. ;0= LVAL $ 16 30 10. Gavryuseva, E., 2008, "Connections between solar wind, geomagnetic characteristics and pho-tospheric magnetic field", Journal of Atmospheric and Terrestrial Physics, Elsevier. ;0=  $ 16 30 >43>B>2;5=K : ?5G0B8: 6. Gavryuseva, E., 2008, "0@80F88 <03=8B=>9 AB@C:BC@K !>;=F0 8 A:>@>AB8 @538AB@0F88 =59B@8=> =0 5<;5", AB@>=><8G5A:89 6C@=0;, ;0=  $ 16 30 7. Gavryuseva, E., 2008, ">;3>B=0O AB@C:BC@0 <03=8B=>3> ?>;O !>;=F0", 8AL<0 2 AB@>=><8G5A:89 6C@=0;, ;0=  $ 16 30 >B>2OBAO : ?5G0B8: 8. Gavryuseva, E., 2008, "(8@>B=0O AB@C:BC@0 <03=8B=>3> ?>;O !>;=F0", AB@>=><8G5A:89 6C@=0;, ;0=  $ 16 30 9. Gavryuseva, E., 2008, "7<5=5=85 48DD5@5=F80;L=>3> 2@0I5=8O !>;=F0 A F8:;>< A>;=5G=>9 0:B82=>AB8", AB@>=><8G5A:89 6C@=0;, ;0=  $ 16 30 ________________________________________________________________________________ !B0BL8 376.25 II. !?8A>: <564C=0@>4=KE :>=D5@5=F89 8 A5<8=0@>2 2007-2008 3>4>2, 2 :>B>@KE ?@8=8<0;0 CG0AB85 02@NA520 .. International School of Art and Science History, Instituto Dande Alighieri, Florence, Italy, September 2008, Gavryuseva, E., "Galileo Galilei and Renessans in science" , ?@83;0H5==K9 ?;5=0@=K9 4>:;04 2 h 30 Gavryuseva, E., "Galileana in Toscana" , F8:; ;5:F89 6 h 30 C1;8G=0O ;5:F8O A 45<>=AB@0F859 2 3;02=>< A>1>@5 $;>@5=F88 !0=B0 0@8O 45;L $L>@5. Gavryuseva, E., September 2008, "Gnomone as an instrument of scientific research in Florence Cathedral" 3 h 30 0 >A=>25 87CG5==>3> <=>9 >1H8@=>3> <0B5@80;0 > 687=8 8 45OB5;L=>AB8 . 0;8;5O 8 >1JO2;5=85< 2009 3>40 - 3>4>< 0AB@>=><88 2 A2O78 A 400-;5B85< A>740=8O 8 ?@8<5=5=8O 8< B5;5A:>?0 O 2KABC?;N A ?@83;0H5==K< 4>:;04>< "87=L 8 A<5@BL 25;8:>3> 0;8;5O 2 ">A:0=5" =0 :>=D5@5=F88 "AB@>=><8O 8 >1ILVAL5AB2>" (#, 25-27 <0@B0 2009). 5:F8O =0 A5<8=0@5 Arcetri Astrophysical Observatory, INAF, Florence Italy, >O1@L 2008, 02@NA520, E., "Predictions of the solar variability in the next 10 years". #AB=K9 4>:;04 4 5:F8O =0 A5<8=0@5 / , 0@B 2008, 02@NA520, E., !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0. #AB=K9 4>:;04 4 5:F8O =0 A5<8=0@5 AB@>=><8G5A:>3> =AB8BCB0 8<. (B5@=15@30, #, 2008, 02@NA520, E., !B@C:BC@0 3;>10;L=>3> <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0. #AB=K9 4>:;04 4 5:F8O =0 A5<8=0@5  , 2008, 02@NA520, E., ">?>;>38O <03=8B=KE ?>;59 8 48=0<8:0 !>;=F0. #AB=K9 4>:;04 4 Summer School in Astronomy and Astrophysics, August, 2007, Belgrado Gavryuseva, E., "Internal structure and rotation of the Sun from different observations". 6 h "Topology and dynamics of solar magnetic field" 6 h Seminars, theory and experiments. 3h + 3 h = 6 h A5 2<5AB5 30 13th Lomonosov Conference of Elementary Particles, August, 2007, Moscow Gavryuseva, E., Variability of neutrino counting rate and the Sun. !5:F8>==K9 4>:;04 15*1.5 = 22.5 1I5<>A:>2A:89 AB@>=><8G5:89 A5<8=0@, !5=BO1@L 2007, >A:20, 02@NA520, E., Topology and dynamics of the solar magnetic field. #AB=K9 4>:;04 4 5:F8O =0 A5<8=0@5 /$ #, 2007, 02@NA520, E., !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0. #AB=K9 4>:;04 4 ________________________________________________________________________________ >=D5@5=F88 2007-2008 166.5 ________________________________________________________________________________ !B0BL8 + >=D5@5=F88 2007-2008 376.25 + 166.5 = 542.75 ________________________________________________________________________________ !@54=53>4>2>9   2007-2008 , LVAL< 271.375 ________________________________________________________________________________ 2008 ________________________________________________________________________________ !B0BL8 2008 230 >=D5@5=F88 2008 106 _______________________________________________________________________________ !B0BL8 + >=D5@5=F88 2008 230 + 106 = 336 ________________________________________________________________________________ !@54=53>4>2>9   2008 336 ________________________________________________________________________________ .D.-<.=., AB.=.A. ;5=0 02@NA520@LVALP@83>@L520 !25B;0=0 20=>2=0 @>4. 13.07.1944 :D<= A=A   = 96.0 0CG=>5 =0?@02;5=85 - D878:0 =59B@8=> !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. R. Aloisio et al,  A dip in the UHECR spectrum and the transition from galactic to extragalactic cosmic rays . Astropart.Phys.27:76-91, 2007  =4.047*30/4=30.35 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 2. !. . @83>@L520,  !?5:B@ :>A<8G5A:8E ;CG59 A25@E2KA>:8E M=5@389 725AB8O , A5@8O D878G5A:0O , 2007,B>< 71, !4, A. 473-476  =8 @5?@8=BK (2 B>< G8A;5 M;5:B@>==K5) 3. Veniamin Berezinsky, A. Gazizov, S. Grigorieva,  On the status of the dip in UHECR spectrum . arXiv:astro-ph/0702488  =4/3=1.33 4. R. Aloisio, V. Berezinsky and S. Grigorieva,  Analytic calculations of the spectra of ultra-high energy cosmic ray nuclei. I. The case of CMB radiation. arXiv:astro-ph/0802488  =4/3=1.33 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 5. V. Berezinsky, A. Gazizov, S. Grigorieva,  On the status of the dip in UHECR spectrum . 30th International Cosmic Ray Conference, Merida, Mexico, 2007 (>?C1;8:>20==K9 ?@83;0H5==K9 4>:;04)  =30/3*1.5=15 6. S. Grigorieva,  Method of Analytic calculation of the spectra of UHE cosmic ray nuclei. The case of CMB radiation. Paris, France , September 1-6, 2008  =30 7. V. Berezinsky, A. Gazizov , S. Grigorieva, "Signatures of UHECR interaction with CMBR." International Symposium on Astronomy and Astrophysics of Extreme Universe, 22nd and 23rd of March 2007, Riken, Japan, (?@83;0H5==K9 CAB=K9 4>:;04)  =30/3=10LVALMG>:CG052 OG5A;02 20=>28G @>4. 16.8.1948, 4D<= 2=A   = 378.6 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. S. Chernov, V. Dokuchaev "The vacuum shell in the Schwarzschild-de Sitter world" Classical and Quantum Gravity, 25, 015004, 2008,  =2.938*30/2=44.07 2. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko  Remnants of dark matter clumps Phys.Rev. D77:083519, 2008.  =4.852*30/3=48.52 3. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko  Ultra-hard fluid and scalar field in the Kerr-Newman metric Phys.Rev. D78:104027, 2008.  =4.852*30/4=36.39 4. V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko "Anisotropy of dark matter annihilation with respect to the Galactic plane" Journal of Cosmology and Astroparticle Physics, v 07, p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abichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko "Ultra-hard fluid and scalar field in the Kerr-Newman metric" arXiv:0807.0449.  =4/4=1 10. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko "Phantom threat to cosmic censorship" arXiv:0806.0916.  =4/4=1 11. V.I. Dokuchaev, YuLVAL.N. Eroshenko, S.G. Rubin "Early formation of galaxies initiated by clusters of primordial black holes" arXiv:0801.0885.  =4/3=1.33 12. Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko "Remnants of dark matter clumps" arXiv:0712.3499v1 [astro-ph], 2007,  =4/3=1.33 13. V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin "Origin of supermassive black holes" arXiv:0709.0070v2, 2007,  =4/3=1.33 14. S.V. Chernov, V.I. Dokuchaev  Vacuum shell in the Schwarzschild-de Sitter world arXiv:0709.0616v1 [gr-qc], 2007,  =4/2=2 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 15. V. Berezinsky, V. Dokuchaev, Y. Eroshenko Destruction of dark matter clumps in Galaxy 15th International Seminar on High Energy Physics QUARKS-2008, 23-29 May 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/3=2 16. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko Remnants of small-scale dark matter clumps Intern. Conf. Identification of dark matter 2008 (idm2008), 18-22 August 2008, AlbaNova, Stockholm, Sweden (A5:F8>==K9, CAB=K9)  =6/3=2 17. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Cosmic censorship for phantom energy Hot topics in Modern Cosmology. Second Spontaneous Workshop, 12--17 May 2008, Cargese Institut d'Etudes Scientifiques de Cargese, Corsica, France (A5:F8>==K9, CAB=K9)  =6/4=1.5 18. !. '5@=>2, E. Babichev, V. Dokuchaev, Yu. Eroshenko "5G5=85 684:>AB8 2 <5B@8:5 5@@0-LN<5=0 A A25@E6QAB:8< C@02=5=85< A>AB>O=8O 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 19. V. Dokuchaev, E. Babichev, S. Chernov, Yu. Eroshenko Cosmic censorship for phantom energy 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O  <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., LVAL#, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 20. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko First objects in the Universe 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/3=2 21. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Cosmic censorship for phantom energy 15th Intern. Seminar on High Energy Physics QUARKS 2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 22. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Perfect fluids in the vicinity of black holes and naked singularities 15th Intern. Seminar on High Energy Physics QUARKS-2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 23. Veniamin S. Berezinsky, Vyacheslav I. Dokuchaev and Yury N. Eroshenko Dark matter annihilation in the remnants of clumps XLIIId  Rencontres de Moriond Cosmology Session La Thuile, March 15-22, 2008, Val d'Aosta, Italy (A5:F8>==K9, CAB=K9)  =6/3=2 24. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Cosmic censorship for phantom energy 3rd Biennial Leopoldina Conference on Dark Energy, Oct. 7--11, 2008, Ludwig-Maximilians-University, Munich, Germany (A5:F8>==K9, CAB=K9)  =6/4=1.5 25. V.S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko Small-scale dark matter clumps in the Galactic halo Proceedengs of the Intern. conf. Problems of Practical Cosmology held at Russian Geographical Society 23 - 27 June 2008, Saint-Petersburg, Russia. Eds. Yu.V. Barasyshev, I.N. Naganov, P. Teerikorpi, Practical Cosmology, v. I, p. 159, 2008 (?;5=0@=K9, >?C1;8:>20=) =6*1.5/3=3 26. V.S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko "Anisotropy of dark matter annihilation in the Galaxy" Proc. XLIInd Rencontres de Moriond Series: Electroweak ILVALnteractions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou- Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. p 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 27. V.S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko "Dark matter annihilation in the clumpy galactic halo" Les Rencontres de Physique de La Valle'e d'Aoste 4-10 March 2007. La Thuile, Aosta Valley, Italy, (?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =30/3=10 28. V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko "Anisotropy of dark matter annihilation with respect to the Galactic plane" XIIIth International Lomonosov Conference of Elementary Particle Physics, August 23 29, 2007, >A:20, #, (?;5=0@=K9 4>:;04),  =6/3=2 29. V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko "01;N40B5;L=K5 A;54AB28O <5;:><0AHB01=>9 :;0AB5@870F88 B5<=>9 <0B5@88" AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008,  , 24-26 45:01@O 2008. (A5:F8>==K9, CAB=K9)  =4/3=1.33 30. .. 018G52, .. >:CG052, @>H5=:>, !.. '5@=>2 " 450;L=0O 684:>ABL 21;878 G5@=KE 4K@ 8 3>;KE A8=3C;O@=>AB59 " AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008,  , 24-26 45:01@O 2008. (A5:F8>==K9, CAB=K9)  =4/4=1.0 C:>2>4AB2> 0A?8@0=B>< ('5@=>2 !5@359 ;048<8@>28G, 2-9 3>4 >1CG5=8O, 0A?8@0=B B45;5=8O "5>@. $878:8 $, 2 / @01>B05B ?> 4>3>2>@C):  =30  >:CG052 OG5A;02 20=>28G @>4. 16.8.1948, 4.D.<.=.,2=A ,   70 2007-2008 33. 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E S. Chernov, V. Dokuchaev / "The vacuum shell in the Schwarzschild-de Sitter world" //Classical and Quantum Gravity, 25, 015004, 2008,  =2.938*60/2=44.07 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko /  Remnants of dark matter clumps //PLVALhysical Review D, v. 77, p. 083519, 2008.  =4.852*30/3=48.52 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko /  Ultra-hard fluid and scalar field in the Kerr-Newman metric //Physical Review D 78, 104027, (2008).  =4.852*30/4=36.39 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane" // Journal of Cosmology and Astroparticle Physics, v. 07, p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abichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Ultra-hard fluid and scalar field in the Kerr-Newman metric" //arXiv:0807.0449.  =4/4=1 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Phantom threat to cosmic censorship" //arXiv:0806.0916.  =4/4=1 V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin / "Early formation of galaxies initiated by clusters of primordial black holes" //arXiv:0801.0885.  =4/3=1.333 Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko / "Remnants of dark matter clumps" //arXiv:0712.3499v1 [astro-ph], 2007,  =4/3=1.33 V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin / "Origin of supermassive black holes" // arXiv:0709.0070v2, 2007,  =4/3=1.33 S.V. Chernov, V.I. DokuchLVALaev /  Vacuum shell in the Schwarzschild-de Sitter world // arXiv:0709.0616v1 [gr-qc], 2007,  =4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE V. Berezinsky, V. Dokuchaev, Y. Eroshenko / Destruction of dark matter clumps in Galaxy // 15th International Seminar on High Energy Physics QUARKS-2008, 23-29 May 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/3=2 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko / Remnants of small-scale dark matter clumps // Intern. Conf. Identification of dark matter 2008 (idm2008), 18-22 August 2008, AlbaNova, Stockholm, Sweden (A5:F8>==K9, CAB=K9)  =6/3=2 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / Cosmic censorship for phantom energy / Hot topics in Modern Cosmology. Second Spontaneous Workshop, 12--17 May 2008, Cargese Institut d'Etudes Scientifiques de Cargese, Corsica, France (A5:F8>==K9, CAB=K9)  =6/4=1.5 !. '5@=>2, E. Babichev, V. Dokuchaev, Yu. Eroshenko / "5G5=85 684:>AB8 2 <5B@8:5 5@@0-LN<5=0 A A25@E6QAB:8< C@02=5=85< A>AB>O=8O // 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 V. Dokuchaev, E. Babichev, S. Chernov, Yu. Eroshenko / Cosmic censorship for phantom energy // 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko / First objects in the Universe //13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/3=2 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / Cosmic censorship for phantom energy //15th Intern. Seminar on High Energy Physics QUARKS 2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 E. Babichev, S. Chernov, V. DLVALokuchaev, Yu. Eroshenko / Perfect fluids in the vicinity of black holes and naked singularities //15th Intern. Seminar on High Energy Physics QUARKS-2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 Veniamin S. Berezinsky, Vyacheslav I. Dokuchaev and Yury N. Eroshenko / Dark matter annihilation in the remnants of clumps //XLIIId  Rencontres de Moriond Cosmology Session La Thuile, March 15-22, 2008, Val d'Aosta, Italy (A5:F8>==K9, CAB=K9)  =6/3=2 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko /Cosmic censorship for phantom energy //3rd Biennial Leopoldina Conference on Dark Energy, Oct. 7--11, 2008, Ludwig-Maximilians-University, Munich, Germany (A5:F8>==K9, CAB=K9)  =6/4=1.5 V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko /Small-scale dark matter clumps in the Galactic halo //Proceedengs of the Intern. conf. Problems of Practical Cosmology held at Russian Geographical Society 23 - 27 June 2008, Saint-Petersburg, Russia. Eds. Yu.V. Barasyshev, I.N. Naganov, P. Teerikorpi, Practical Cosmology, v. I, p. 159, 2008 (?;5=0@=K9, >?C1;8:>20=) =6*1.5/3=3 V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko / "01;N40B5;L=K5 A;54AB28O <5;:><0AHB01=>9 :;0AB5@870F88 B5<=>9 <0B5@88" // AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008,  , 24-26 45:01@O 2008. (A5:F8>==K9, CAB=K9)  =6/3=2 . . 018G52, .. >:CG052, @>H5=:>, !.. '5@=>2 / " 450;L=0O 684:>ABL 21;878 G5@=KE 4K@ 8 3>;KE A8=3C;O@=>AB59 " // AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008,  , 24-26 45:01@O 2008. (A5:F8>==K9, CAB=K9)  =6/4=1.5 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Anisotropy of dark matter annihilation in the Galaxy" // Proc. XLIInd Rencontres de Moriond Series: Electroweak Interactions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou-Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. p 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  Z LVALj =(30/3)*1.5=15 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Dark matter annihilation in the clumpy galactic halo" // Les Rencontres de Physique de La Valle'e d'Aoste 4-10 March 2007. La Thuile, Aosta Valley, Italy, (?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =30/3=10 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane" // XIIIth International Lomonosov Conference of Elementary Particle Physics, August 23 29, 2007, >A:20, #, (?;5=0@=K9 4>:;04),  =6/3=2 C:>2>4AB2> 0A?8@0=B>< ('5@=>2 !5@359 ;048<8@>28G, 2-9 3>4 >1CG5=8O, 0A?8@0=B B45;5=8O "5>@. $878:8 $, 2 / @01>B05B ?> 4>3>2>@C):  =30 B>3>:  =424LVALMG@>H5=:> .@89 8:>;0528G @>4. 03.04.1973, =A   = 225.2 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, Remnants of dark matter clumps Physical Review D77:083519, 2008.  =4.852*30/3=48.52 2. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, Ultra-hard fluid and scalar field in the Kerr-Newman metric Physical Review D78:104027 (2008).  =4.852*30/4=36.39 3. V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko "Anisotropy of dark matter annihilation with respect to the Galactic plane" Journal of Cosmology and Astroparticle Physics, v. 07, p. 011, 2007,  =6.739*30/3=67.39 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 4. .. >:CG052, ... @>H5=:>, !.. C18=, 0==55 D>@<8@>20=85 30;0:B8:, 8=8F88@>20==>5 A:>?;5=8O<8 G5@=KE 4K@, AB@>=><8G5A:89 6C@=0;, B. 85, A. 867, 2008.  =0.837*60/3=16.74 @5?@8=BK (2 B>< G8A;5 M;5:B@>==K5) 5. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, "Ultra-hard fluid and scalar field in the Kerr-Newman metric", arXiv:0807.0449.  =4/4=1 6. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, "Phantom threat to cosmic censorship", arXiv:0806.0916.  =4/4=1 7. V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin, "Early formation of galaxies initiated by clusters of primordial black holes", arXiv:0801.0885.  =4/3=1.333 8. Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko "Remnants of dark matter clumps" arXiv:0712.3499v1 [astro-ph], 2007,  =4/3=1.333 9. V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin "Origin of supermassive black holes" arXiv:0709.0070v2, 2007,  =4/3=1.333 10. .!. 5@578=A:89, . . >:CG052 8 .. . @>H5=:> "==838;OF8O B5<=>9 <0B5@88 2 0;0:B8:5" ("@C4K 29-9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, >A:20, $ , 3--7 023CAB0 2006 3.) 725AB8O . !5@8O D878G5A:0O. 71, AB@. 936, 2007,  =8*0.7/3=1.87 >:;04K =0 @>AA89A:8E 8 <LVAL564C=0@>4=KE :>=D5@5=F8OE: 11. V. Berezinsky, V. Dokuchaev, Y. Eroshenko Destruction of dark matter clumps in Galaxy 15th International Seminar on High Energy Physics QUARKS-2008, 23-29 May 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/3=2 12. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko Remnants of small-scale dark matter clumps Intern. Conf. Identification of dark matter 2008 (idm2008), 18-22 August 2008, AlbaNova, Stockholm, Sweden (A5:F8>==K9, CAB=K9)  =6/3=2 13. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Cosmic censorship for phantom energy Hot topics in Modern Cosmology. Second Spontaneous Workshop, 12--17 May 2008, Cargese Institut d'Etudes Scientifiques de Cargese, Corsica, France (A5:F8>==K9, CAB=K9)  =6/4=1.5 14. !. '5@=>2, E. Babichev, V. Dokuchaev, Yu. Eroshenko "5G5=85 684:>AB8 2 <5B@8:5 5@@0-LN<5=0 A A25@E6QAB:8< C@02=5=85< A>AB>O=8O 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 15. V. Dokuchaev, E. Babichev, S. Chernov, Yu. Eroshenko Cosmic censorship for phantom energy 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O  <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 16. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko First objects in the Universe 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/3=2 17. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Cosmic censorship for phantom energy 15th Intern. Seminar on High Energy Physics QUARKS 2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 18. LVALE. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Perfect fluids in the vicinity of black holes and naked singularities 15th Intern. Seminar on High Energy Physics QUARKS-2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 19. Veniamin S. Berezinsky, Vyacheslav I. Dokuchaev and Yury N. Eroshenko Dark matter annihilation in the remnants of clumps XLIIId  Rencontres de Moriond Cosmology Session La Thuile, March 15-22, 2008, Val d'Aosta, Italy (A5:F8>==K9, CAB=K9)  =6/3=2 20. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Cosmic censorship for phantom energy 3rd Biennial Leopoldina Conference on Dark Energy, Oct. 7--11, 2008, Ludwig-Maximilians-University, Munich, Germany (A5:F8>==K9, CAB=K9)  =6/4=1.5 21. V.S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko Small-scale dark matter clumps in the Galactic halo Proceedengs of the Intern. Conf. Problems of Practical Cosmology held at Russian Geographical Society 23 - 27 June 2008, Saint-Petersburg, Russia. Eds. Yu.V. Barasyshev, I.N. Naganov, P. Teerikorpi, Practical Cosmology, v. I, p. 159, 2008 (?;5=0@=K9, >?C1;8:>20=) =6*1.5/3=3 22. V.S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko "Anisotropy of dark matter annihilation in the Galaxy" Proc. XLIInd Rencontres de Moriond Series: Electroweak Interactions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou- Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. P 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 23. V.S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko "Dark matter annihilation in the clumpy galactic halo" Les Rencontres de Physique de La Valle'e d'Aoste 4-10 March 2007. 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".71, !12 !. 2146-2150  =.914*60/5=11 2. .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  =8/9 =.9 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) ..5;>28F:89. 1... $@0=:  @C:>2>48B5;L O45@=KE 8AA;54>20=89 A 8A?>;L7>20=85< D>B>M<C;LA8>==>3> <5B>40 8 >@30=870B>@ ?@>872>4AB20 O45@=KE D>B>M<C;LA89 2 !!!   =20 2. .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 1 =AB8BCB O45@=KE 8AA;54>20=89 , >A:20; 2 $878G5A:89 8=AB8BCB 8< ..5154520 , >A:20; 3 1J548=5==K9 =AB8BCB /45@=KE AA;54>20=89, C1=0 &/ ! !!//  "  -/ %  !" #" !!/ !" #"# + "    =20/10=2 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>2, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . 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In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10=0,6 4. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/10=.6 5. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev.  Study of the two-neutron transfer reaction included by 6He radioactive beam 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.169-170. #AB=K9 4>:;04. /  =6/10=.6 6. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and PaLVAL&rticle Physics 17-21 Nov. 2007, Luxor, Egypt. /  =6/5=1.2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 7. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2 / !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3. #AB=K9 4>:;04. / =4/5=.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 8.. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398. /  =6*.5/10=.3 9. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . ?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. Proceedings of the Conference. Kyiv 2007. Part I. P. 237-245.  =0,33 ":  = 43+8=51LVALMGC@<8AB@>2 .@89 8;0=>28G, @>4. 10.09. 1946 3>40, <.=.A. 01. 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS// Nuclear Physics and Atomic Energy. !4 (22) 2007. P.100  =8/6=1,33 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1) ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 2) ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 !B0BL8 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) 1. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008, AB@  =20/5=4 2. !.. >B0H52, ... C@<8AB@>2, .. >@4>2A:>9 # / "!"/ #(/ &/   / "  / #'  /+% '!"&  =20/3=6,7 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 >:;04 CAB=K9, A5:F8>==K9, 8740==K9,, =0 <564C=0@>4=>9 :>=D5@5=F88. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, LVAL< , S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007.v.2,.p.780  =6/6*1,5=1.5 ..=4@552, ...C@<8AB@>2, ..>H5;52, ..5H:>2, ..$8@A>2. >7<>6=>AB8 0:B820F8>==>3> 0=0;870 A 8A?>;L7>20=85< 8AB>G=8:0 B5@<0;87>20==KE =59B@>=>2 =0 1075 =59B@>==>3> 35=5@0B>@0. !1. B578A>2 4>:;040 XVIII 5=45;552A:>3> AJ5740 ?> >1I59 8 ?@8:;04=>9 E8<88. 2007, >A:20, 2 5 B. @0=8F0, 2007, B. 4, A. 68.  =6/5*1,5=1.8 ":  =14,7+4,2= 18,9LVALMG020@78=0 0;5=B8=0 02;>2=0 @>4. 07.01.1942, A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007 V.34 / =1.659*30/9=5.53 2. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,2 *30/10=3,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1... 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  =8/9 =.9 2. .. 020@78=0, .!. >=>1552A:89, .. !B5?0=>2. >;L :>=D83C@0F88 20;5=B=KE =59B@>=>2 30;> O4@0 2 D>@<8@>20=88 <>45;L=>9 25@H8==>9 DC=:F88 4;O >?8A0=8O @50:F88 ?5@540G8 42CE =59B@>=>2. 72. , !5@.D87. 2008, B.72, !6, A.845.  =8/3=2,7 3. .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =.914*60/5=11 4. .. 020@78=0, .. !B5?0=>2. >;L 2>71C645==KE A>AB>O=89 O4@0 2 MDD5:B5 70B5=5=8O D>B>?>3;>I5=8O ?@8 A@54=8E M=5@38OE. " 725AB8O , A5@. D87. ". 71, ! 3, AB@. 434-437. (2007)  =8/2=4 5. .. 020@78=0, .. !B5?0=>2 0A?@545;5=8O ?@>4C:B>2 @50:F88 :2078A2>1>4=>3> 2K1820=8O (p,p n) =0 30;> O4@0E 2 >1;0AB8 A@54=8E M=5@389. !$, !10, A. 34 (2008)  =8/2=4 6. .. 020@78=0, .. !B5?0=>2 KG8A;5=85 D0:B>@0 2K6820=8O =59B@>==>3> :><?;5:A0 ?@8 53> :2078A2>1>4=>< 2K1820=88 87 30;> O4@0. !$, ! 10, A. 11.(2008)  =8/2=4 !B0BL8 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) 1 .. 5;>28F:891, .. 020@78=01, !.. LVALC521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 1 =AB8BCB O45@=KE 8AA;54>20=89 , >A:20; 2 $878G5A:89 8=AB8BCB 8< ..5154520 , >A:20; 3 1J548=5==K9 =AB8BCB /45@=KE AA;54>20=89, C1=0 &/ ! !!//  "  -/ %  !" #" !!/ !" #"# + "    =20/10=2 2. .. 020@78=0, .. !B5?0=>2 +'! $"  +/ "  !    ! +   /   =20/2=10 3. .. 020@78=0, .. !B5?0=>2 ! /  #" & ! +/ (p,p n)   / %  !" ! % -   =20/2=10 V. P. Zavarzina , E. S. Konobeevski and A. V. Stepanov. The role of configurations of neutron halo in the formation of the model vertex function for description of the two-neutron transfer reaction -;5:B@>==K9 ?@5?@8=B http://dx.doi.org/10.3103/S1062873808060191 (2008)  =4/3=1,3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/10=.6 2. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev.  Study of the two-neutron transfer reaction included by 6He radioactive beam 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.169-170. #AB=K9 4>:;04. / =6/10=.6 3. E.S.Konobeevski, A.V.Stepanov, V.P.Zavarzina ROLE OF CONFIGURATIONS OF NEUTRON HALO IN FORMATION OF MODEL VERTEX FUNCTION FOR DESCRIPTION OF TWO- NEUTRON TRANSFER REACTION. 57 International Conference on Nuclear PhyLVALsics  NUCLEUS-2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/3=2 4. E.Konobeevski, A.Stepanov, and V.Zavarzina  Role of configurations of neutron halo in formation of model vertex function for description of two- neutron transfer reaction 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. #AB=K9 4>:;04.  =6/3=2 5. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt. /  =6/5=1.2 6. .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. @83;0H5==K9 4>:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =306/10=3 7. G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10=0,6 8 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 1. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2 / !! !" #"# + "    & ! !!//  "  -/  6He // LVAL!5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3. #AB=K9 4>:;04. / =4/5=.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398.  =6*.5/10=.3 2. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . ?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. Proceedings of the Conference. Kyiv 2007. Part I. P. 237-245.  =0,33 ":  = 59,03+12,03=71,1LVALn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afomov, V.A. Sergeev FINAL-STATE INTERACTION BETWEEN NUCLEONS PRODUCED IN THE ELASTIC DEUTERON BREAKUP WITHIN A POTENTIAL THREE-BODY MODEL 57 International Conference on Nuclear Physics  NUCLEUS 2007 . June 25-29, 2007. Voronezh. Russia.  =6/2=3 2. ..0D><>2, ..!5@3552. =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0.. >:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =6/2=3 ":  =20A8?GC: 3>@L 20=>28G, @>4. 06.05. 1951 , :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / C1;8:0F88: !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;508:8= <8B@89 ;5:A5528G, @>48;AO 9 023CAB0 1930 3>40, 4>:B>@ D878:>-<0B5<0B8G5A:8E =0C:, 254CI89 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0. . !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. 08:8= .., >@4>2A:>9 .., !C@:>20 .. 7>B>?8G5A:0O 7028A8<>ABL A5G5=89 @0AA5O=8O =59B@>=>2 =87:8E M=5@389 =0 G5B=KE 87>B>?0E Ru 8 Pd 8 >1>1I5==0O >?B8G5A:0O <>45;L, 72. , A5@. D87., B.71, !6 , 2007, !. 902 904.   = 8/3=2,7 ":  = 2,7LVALMGC52 !5@359 8:B>@>28G, @>48;AO 26.10. 1954 3>40, :0=4840B D87.-<0B. =0C:, =0CG=. A>B@. 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJ ST, 2007. V 100, p.5  =1,659*30/9=5,53 2. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,2 *30/10=3,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 2 !..C52, .!.>=>1552A:89, ..>@4>2A:>9. >;CG5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > 2KE>45 @50:F88 n + d p + n + n ?CB5< @5H5=8O >1@0B=>9 7040G8. " 2008, N3, !.5-8.  =0,226*60/3=4,52 3. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  =8/4=2 4. .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  =8/10=0,8 5. .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He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nternational Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.47.  =30/10=3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 2 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 152.  =6/3=2 3. G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10=0,6 4. G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF LVALQUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 5. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 6. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 7. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, and Yu.G. Sobolev / STUDY OF THE TWO NEUTRON TRANSFER REACTION INDUCED BY 6He RADIOACTIVE BEAM // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 169-170.  =6/10=0.6 8. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 9. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 10. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. LVALSobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. P. 113.  =6/10-=0.6 11. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev / STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1.2 12. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 13. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 14. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2/ !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3.  =4/5=0.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 15. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398.  LVAL  =0,3 16. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . ?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. Proceedings of the Conference. Kyiv 2007. Part I. P. 237-245.  =0,33 ":  = 34,8+16,6= 51,4LVALMG>=>1552A:89 235=89 !5@35528G, @>48;AO 23 023CAB0 1943 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJ ST, 2007. V 100, p.5  =1,659*30/9=5,53 2 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,2 *30/10=3,6 3 A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS. Nuclear Physics and Atomic Energy 2007 !4(22), p. 100 .  = 8/6=1,33 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 4 ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 5 ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 6 !..C52, .!.>=>1552A:89, ..>@4>2A:>9. >;CG5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > 2KE>45 @50:F88 n + d p + n + n ?CB5< @5H5=8O >1@0B=>9 7040G8. " 2008, N3, !.5-8.  =0,226*60/3=4,52 7 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  =8/4=2 8 .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6HLVALe. 72. , !5@.D87. 2008, B.72, !3, A.336.  =8/10=0,8 9 .. 020@78=0, .!. >=>1552A:89, .. !B5?0=>2. >;L :>=D83C@0F88 20;5=B=KE =59B@>=>2 30;> O4@0 2 D>@<8@>20=88 <>45;L=>9 25@H8==>9 DC=:F88 4;O >?8A0=8O @50:F88 ?5@540G8 42CE =59B@>=>2. 72. , !5@.D87. 2008, B.72, !6, A.845.  =8/3=2,7 10 .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He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avarzina , E. S. Konobeevski and A. V. Stepanov. The role of configurations of neutron halo in the formation of the model vertex function for description of the two-neutron transfer reaction ?@5?@8=B http://dx.doi.org/10.3103/S1062873808060191 (2008)  =4/3=1,3 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>2, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, @83;0H5==K9 4>:;04LVAL =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.47.  =30/10=3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 2. S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 152.  =6/3=2 3. G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10=0,6 4. G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 5. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 6. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 7. E.Konobeevski, A.Stepanov, and V.Zavarzina  Role of configurations of neutron halo in formation of model vertex function for description of two- neutron transfer reaction 20th EuropeanLVAL Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.172.  =6/3=2 8. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, and Yu.G. Sobolev / STUDY OF THE TWO NEUTRON TRANSFER REACTION INDUCED BY 6He RADIOACTIVE BEAM // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 169-170.  =6/10=0.6 9. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 10. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 11. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. P. 113.  =6/10-=0.6 12. E.S.Konobeevski, A.V.Stepanov, V.P.Zavarzina ROLE OF CONFIGURATIONS OF NEUTRON HALO IN FORMATION OF MODEL VERTEX FUNCTION FOR DESCRIPTION OF TWO- NEUTRON TRANSFER REACTION. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. P. 213.  =6/3-=2 13. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev / STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULVALLSION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1.2 14. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 15. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 16. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2/ !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3.  =4/5=0.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 17. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398.  =0,3 18. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . ?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. ProceedinzLVALgs of the Conference. Kyiv 2007. Part I. P. 237-245.  =0,33 ":  =41,4+20,6=62 =48284C0;L=K9   702. 01>@0B>@859 0B><=>3> O4@0 >=>1552A:>3> .!. @025= 57,7A'-RM H C > 9 4 /*|%w rmhW @t@?2MGHHHH<߿ @t@?.@+HHHH<߿+YCt@?*I,MGS@1TTTH<9̜@t@?@+HHHH<߿0At@?$(MGHHHH<߿ ףBt@?&MGHHHH<߿3z7Ct@?.#MGHHHH<߿Dt@?>MGHHHH<߿H6Bt@?\MGHHHH<߿=*CCIt@?<-MGHHHH<߿ UCt@?^MGHHHH<߿A)eCt@?"MGHHHH<߿ ~:At@?@HHHH<߿ Bt@? @HHHH<߿)ܖBt@?!MGHHHH<߿3('Ct@?&MGHHHH<߿Gff`Bt@? MGHHHH<߿eCLGCt@?& MGHHHH<߿Bt@?@HHHH<߿\33s@t@?XMGHHHH<߿2 ?t@?@HHHH<߿ 33@t@?@HHHH<߿> At@?@HHHH<߿Bt@?zMGHHHH<߿ At@?N@HHHH<߿ @@t@?MGHHHH<߿ @@t@?MGHHHH<߿3 At@?MGHHHH<߿At@?&MGHHHH<߿ ̌At@?#MGHHHH<߿o CBt@?:BMGHHHH<߿TBt@?j@HHHH<߿At@?@HHHH<߿1Bt@?@HHHH<߿At@?,@HHHH<߿),@t@?n@HHHH<߿~+33Bt@?9MGHHHH<߿}/At@?MGHHHH<߿|433At@?@HHHH<߿{33At@?p!MGHHHH<߿z,@t@?@HHHH<߿y@t@?: @HHHH<߿xt@?D@HHHH<߿w(ff Bt@?R'MGHHHH<߿v1xBfBt@?PMGHHHH<߿LVALMG>@4>2A:>9 8E08; 048<>28G, @>48;AO 06.04.1954 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS. Nuclear Physics and Atomic Energy 2007 !4(22), p. 100 .  = 8/6=1,33 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 2. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 3. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 4. 08:8= .., >@4>2A:>9 .., !C@:>20 . 7>B>?8G5A:0O 7028A8<>ABL A5G5=89 @0AA5O=8O =59B@>=>2 =87:8E M=5@389 =0 G5B=KE 87>B>?0E Ru 8 Pd 8 >1>1I5==0O >?B8G5A:0O <>45;L., 72. , A5@. D87., B.71, !6 , 2007, !. 902 904.  =8/3=2,67 5. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 6. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 7. !..C52, .!.>=>1552A:89, ..>@4>2A:>9. >;CG5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > 2KE>45 @50:F88 n + d p + n + n ?CB5< @5H5=8O >1@0B=>9 7040G8. " 2008, N3, !.5-8.  =0,226*60/3=4,52 8. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd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uyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 152.  =6/3=2 2. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 3. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 4. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 5. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTROjLVALzN FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 6. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 7. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 ":  =26,5+8,6=35,1LVAL !C@:>20 ==0 ;048<8@>2=0, @>48;0AL 20 45:01@O 1939 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5. 08:8= .., >@4>2A:>9 .., !C@:>20 . 7>B>?8G5A:0O 7028A8<>ABL A5G5=89 @0AA5O=8O =59B@>=>2 =87:8E M=5@389 =0 G5B=KE 87>B>?0E Ru 8 Pd 8 >1>1I5==0O >?B8G5A:0O <>45;L., 72. , A5@. D87., B.71, !6 , 2007, !. 902 904.  =8/3=2,7!0;>E8=0 0@30@8B0 0@:>2=0, @>4. 11 O=20@O 1941 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 1. .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0. 35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 A;>8AB>9 35B5@>35==>9 70I8B5 M;5:B@>==K< 87;CG5=85<. 72 , A5@. D87.!11, 2008. A. 1676.  1680.  =8/3=2,7 2. >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. AA;54>20=85 MDD5:B0 A=865=8O 10@L5@0 ?@8 >1@0B=>< =0?@O65=88 2 48>40E (>B:8 A ?@><56CB>G=K< A;>5< =0 >A=>25 AB@C:BC@K 7>;>B>-:@5<=89 .. !0;>E8=0, 4>:;04 =0 3 564C=0@>4=>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K D878:8 B25@4>3> B5;0. 8=A:, 23-26 >:BO1@O 2007 3.//!1. 4>:;04>2 =0 III 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88 2 B@5E B><0E, B.2, 8=A:, 874. F5=B@ #, 2007.  !.79 81.  =1,56=9 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0.74. / , 2008 .. !0;>E8=0 @8<5=5=85 ?>25@E=>AB=> 10@L5@=KE 45B5:B>@>2 O45@=KE 87;CG5=89 4;O 87CG5=8O A2>9AB2 ?>25@E=>AB=>3> 10@L5@0 8 ?>25@E=>AB=KE A>AB>O=89.  =20 ":  =2,7+9+20=31,9;>B=8:>20 0@8=0 8:B>@>2=0, @>48;0AL 2 <0@B0 1936 3>40, =0CG=K9 A>B@C4=8: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 1. .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0. 35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 A;>8AB>9 35B5@>35==>9 70I8B5 M;5:B@>==K< 87;CG5=85<. 72 , A5@. D87.!11, 2008. A. 1676.  1680.  =8/3=2,7  =2,7LVALMG>B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS. Nuclear Physics and Atomic Energy 2007 !4(22), p. 100 .  = 8/6=1,33 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 2. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 3. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 4. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 5. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 6. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd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nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 2. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 3. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 4. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 5. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 6. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORLLVAL\Y // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 ":  = 19,3+6,6=25,9LVALMG!5@3552 ;048<8@ ;5:A0=4@>28G, @>48;AO 26.08.1933 3., :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1) ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430.  =8/6=1,33 2. ..0D><>2, ....!5@3552 C:;>=-=C:;>==>5 2708<>459AB285 2 :>=5G=>< A>AB>O=88 ?@8 C?@C3>< @0720;5 459B@>=0 2 ?>B5=F80;L=>9 <>45;8 B@5E B5;. 72. . !5@. D87. ". 72 , !6, A. 885 (2008).  =8/2=4. !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0.74. / , 2008 ..0D><>2, ..!5@3552 =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0  =20/2=10 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 2. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 3. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 4. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STAT LVAL E INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 5. V.E. Pafomov, V.A. Sergeev FINAL-STATE INTERACTION BETWEEN NUCLEONS PRODUCED IN THE ELASTIC DEUTERON BREAKUP WITHIN A POTENTIAL THREE-BODY MODEL 57 International Conference on Nuclear Physics  NUCLEUS 2007 . June 25-29, 2007. Voronezh. Russia.  =6/2=3. 6...0D><>2, ..!5@3552. =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0.. >:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =6/2=3 ":  =15,3+10,2=25,5LVALMG!B5?0=>2 ;5:A0=4@ 0A8;L528G @>4. 23.02.1934, 3=A. /, 4>:B>@ D87-<0B. =0C:, ?@>D5AA>@. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007 V.34 / =1.659*30/9=5.53 2. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,2 *30/10=3,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. 020@78=0, .!. >=>1552A:89, .. !B5?0=>2. >;L :>=D83C@0F88 20;5=B=KE =59B@>=>2 30;> O4@0 2 D>@<8@>20=88 <>45;L=>9 25@H8==>9 DC=:F88 4;O >?8A0=8O @50:F88 ?5@540G8 42CE =59B@>=>2. 72. , !5@.D87. 2008, B.72, !6, A.845.  =8/3=2,7 2. .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =.914*60/5=11 3. .. 020@78=0, .. !B5?0=>2. >;L 2>71C645==KE A>AB>O=89 O4@0 2 MDD5:B5 70B5=5=8O D>B>?>3;>I5=8O ?@8 A@54=8E M=5@38OE. " 725AB8O , A5@. D87. ". 71, ! 3, AB@. 434-437. (2007)  =8/2=4 4. .. 020@78=0, .. !B5?0=>2 0A?@545;5=8O ?@>4C:B>2 @50:F88 :2078A2>1>4=>3> 2K1820=8O (p,p n) =0 30;> O4@0E 2 >1;0AB8 A@54=8E M=5@389. !$, !10, A. 34 (2008)  =8/2=4 5. .. 020@78=0, .. !B5?0=>2 KG8A;5=85 D0:B>@0 2K6820=8O =59B@>==>3> :><?;5:A0 ?@8 53> :2078A2>1>4=>< 2K1820=88 87 30;> O4@0. !$, ! 10, A. 11.(2008)  =8/2=4 !B0BL8 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) 1 .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 1 =AB8BCB O45@=KE 8AA;54>20=89 , >A:20; LVAL2 $878G5A:89 8=AB8BCB 8< ..5154520 , >A:20; 3 1J548=5==K9 =AB8BCB /45@=KE AA;54>20=89, C1=0 &/ ! !!//  "  -/ %  !" #" !!/ !" #"# + "    =20/10=2 2. .. 020@78=0, .. !B5?0=>2 +'! $"  +/ "  !    ! +   /   =20/2=10 3. .. 020@78=0, .. !B5?0=>2 ! /  #" & ! +/ (p,p n)   / %  !" ! % -   =20/2=10 !B0BLO 2 M;5:B@>==>< 2845 V. P. Zavarzina , E. S. Konobeevski and A. V. Stepanov. The role of configurations of neutron halo in the formation of the model vertex function for description of the two-neutron transfer reaction ?@5?@8=B http://dx.doi.org/10.3103/S1062873808060191 (2008)  =4/3=1,3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/10=.6 2. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev.  Study of the two-neutron transfer reaction included by 6He radioactive beam 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.169-170. #AB=K9 4>:;04. / =6/10=.6 3. E.S.Konobeevski, A.V.Stepanov, V.P.Zavarzina ROLE OF CONFIGURATIONS OF NEUTRON HALO IN FORMATION OF MODEL VERTEX FUNCTION FOR DESCRIPTION OF TWO- NEUTRON TRANSFER REACTION. 57 International Conference on Nuclear Physics  NUCLEUS-2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/3=2 4. E.Konobeevski, A.Stepanov, and V.ZavarLVALzina  Role of configurations of neutron halo in formation of model vertex function for description of two- neutron transfer reaction 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. #AB=K9 4>:;04. /  =6/3=2 5. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt. /  =6/5=1.2 6. .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. @83;0H5==K9 4>:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =30/10=3 7. G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10=0,6 8 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 1. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2 / !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3. #AB=K9 4>:;04. / =4/5=.8 >:LVAL;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398. /  =6*.5/10=.3 2. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . ?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. Proceedings of the Conference. Kyiv 2007. Part I. P. 237-245.  =0,33 0 4>@01>B:C =0CG=>->1@07>20B5;L=>3> :C@A0, 2:;NG0NI53> 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@A ;5:F89 2 /  4;O ABC45=B>2 $" !B@C:BC@0 0B><=>3> O4@0 8 O45@=K5 @50:F88 (:0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)  =8*4 (A5<5AB@0)=32 ":  = 58,1+12+32=102,18LVAL J!?8A>: >?C1;8:>20==KE @01>B =0CG=>3> A>B@C4=8:0 =AB8BCB0 O45@=KE 8AA;54>20=89 D@>A8=8=0 ;048<8@0 5B@>28G0 70 ?5@8>4 2007  20083.3. : 1. About Estimations of One-Photon Background in Neutrino-Oscillation Experiments as Low Neutrino Energies V.P.Efrosinin. Physics of Atomic Nuclei, 2007, Vol. 70, No 11, pp. 1926-1930.   = (0.914x60) = 54.84. 2. About Radiative Kaon Decay K+ to Pi+Pi0Gamma V.P. Efrosinin. Physics of Atomic Nuclei, 2008, Vol. 71, No 2, pp. 304-308.  =(0.914x60) = 54.84. 3. >645=85 >48=>G=KE D>B>=>2 2 nu N  2708<>459AB28OE. .. D@>A8=8=, ... C45=:>, .. %>BO=F52. /45@=0O D878:0, 2009, ">< 72, No 3, AB@. 1-6.  =(0.914x60/3) = 18.28 B>3>   = 127.96%>E;>2 .@89 C7L<8G, @>4. 12. 07.1926, A=A. /, :D<=. C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ... %>E;>2 /5:>B>@K5 :CA>G=>-0=0;8B8G5A:85& ./ !$ $. ! 9, AB@.27 (2008).  =8 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) 5:>B>@K5 :CA>G=>-0=0;8B8G5A:85 @5H5=8O >4=><5@=>3> C@02=5=8O (@548=35@0 II.  =20 B>3>:  =8+20=28LVAL6;5:A552 235=89 8:>;0528G,19403.@., 4D<=, 2=A  / ,   70 2007-200833. C1;8:0F88: 1. ..;5:A552, ..;5:A5520 538AB@0F8O =59B@8==>3> A83=0;0 >B SN19870 23 D52@0;O 1987 3>40 2 7:35 UT: 0==K5 0:A0=A:>3> ?>475<=>3> =59B@8==>3> B5;5A:>?0. 8AL<0 2 , B>< 34, !11, ?@=4  6/2 = 3 1. >:;04K: 1.#G0AB85 2 <564C=0@>4=>9 :>=D5@5=F88 A 4>:;04><. @83;0HQ==K9 4>:;04  Baksan data , Twenty Years after SN1987A, USA,Hawaii,23-25 February,2007 ?@=4 - 30 1. 2.#G0AB85 2 >AA89A:>9 :>=D5@5=F88 A 4>:;04><. @83;0HQ==K9 4>:;04 0:A0=A:85 40==K5, 20 ;5B A25@E=>2>9 !1987,>A:20,21-24 $52@0;O 2007. ?@=4 - 20 1 B>3>: 53 1.!B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 1. 8D0=>2 .. -DD5:B82=0O B5E=>;>38O :>=B@>;O @0480F8>==>-70I8B=KE A2>9AB2 A?5F>4564K ?>60@=KE -!// 0C:>Q<:85 B5E=>;>388. 2007. ".8. !1. !.3-15.  =8 2. .. 8D0=>2, .. 5=5F:89, .. >38=>2. "5E=>;>38O :>=B@>;O @0480F8>==> 70I8B=KE A2>9AB2 :><?>78F8>==KE <0B5@80;>2 8 A?5F80;L=>9 70I8B=>9 >4564K ?>60@=KE, >E@0=ONI8E -!. >60@=0O 157>?0A=>ABL, !2, 2008. A. 92  95.  =8/3=2,7 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. "5E=>;>38O :>=B@>;O @0480F8>==> 70I8B=KE A2>9AB2 A?5F80;L=>9 70I8B=>9 >4564K ?>60@=KE, >E@0=ONI8E -!. .. 5=5F:89, .. 8D0=>2, 4>:;04 =0 20 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 AB>@8G5A:85 8 A>2@5<5==K5 0A?5:BK @5H5=8O ?@>1;5< 3>@5=8O, BCH5=8O 8 >15A?5G5=8O 157>?0A=>AB8 ;N459 ?@8 ?>60@0E // 0B5@80;K 20 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88, ?>A2OI5==>9 70-;5B8N A>740=8O 8=AB8BCB0.  !5:F8O 2.  .: , 2007,  !.54-56.  =41,5/2=3 #G51=>5 ?>A>185 4;O '! 8D0=>2 .. =8<0F8>==K9 A;094=D8;L< 0480F8>==>-70I8B=K9 :>ABN< 4;O ?>60@=KE =0 -!.  =8  =8+3+2,7+8= 21,7LVALMGC7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503.,:D<=, 8.>. 702  / ,   70 2007-2008 33. I) C1;8:0F88: 1) ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8= =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O. 72. , A5@.D87., B>< 71, !7, 2007, 1075-1078. (B@C4K 299 2A5@>A.:>=D.?> :>A<. ;CG0< -2006) 0,169*0,7*60/10 = 0,7 1 2) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology": Subjects: Nuclear Experiment (nucl-ex) 0) arXiv:0711.2637 [ps, pdf, other] - 4/7 = 0,6 1. 1) Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. - 41/7= 0,6 1 E 1,5 = 0,9 1 3) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" a) arXiv:0711.2614 [ps, pdf, other] 4/7 = 0,7 1. 1) Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, MLVALoscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 41/6*1,5 = 1,0 1 4) D.Budjas, C.Catadory, A. Gangapshev, W. Hampel, M. Heisel, D. Heusser, M. Hult, A. Klimenko, V. Kuzminov, M. Laubenshtein, W. Maneschg, S. Nisi, S. Schnert, H. Simgen, A. Smolnikov, C. Tomei, A. di Vacri, S. Vasiliev, G. Zuzel.  Highly sensitive gamma-spectrometers of GERDA for material screening: Part I. a) Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 228-232. 0,4*1,5=0,6 1 b) arXiv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u.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. - 4/7 = 0,6 1. 3. V.V.Alekseenko, D.D.Djappuev, Yu.M.Gavriluk, D.M.Gromushkin, A.U.Kudjaev, V.V.Kuzminov, O.I.Michailova, Yu.V.Stenkin, V.I.Stepanov  Observation of thermal neutron flux variations connected with Lunar periods . Proc. of 30th International Cosmic Ray Conference ICRC 07, Merida, MeLVALxico, 2007. 4/9 = 0,5 1 4. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr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r. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8) 4/9=0,5 1 6. ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. 4/9=0,5 1 7. . . ;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, ..!B5?0=>2. #AB=K9 4>:;04  @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K. 30-O , !0=:B - 5B5@1C@3, 2-7 N;L, 2008. 4/10=0,4 1 III) C:>2>4AB2> 48?;><=8:><: " 5@B852 .%., 2007 3. (#, 0A?8@0=B) - 10 1 " 306=>:>2 .., 20073. (2B>@>9 @C:. 0=30?H52 ..) - 10LVAL/2 = 5 1. 0:0;02@A:85 48AA5@B0F88 2008 3. 1. 0B052 C054 %0CB8528G >=8B>@8=3 A>45@60=8O @04>=0 2 2>74CE5 ;01>@0B>@=KE ?><5I5=89  /  A ?><>ILN 2>74CH=>9 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. 0CG=K9 @C:>2>48B5;L :.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 2. >30BK@Q20 ." "@51>20=85 : :>=AB@C:F8>==K< <0B5@80;0< 8 307>2K< A@540< 2 A>2@5<5==KE =87:>D>=>2KE M:A?5@8<5=B0E. 0CG=K9 @C:>2>48B5;L :.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 3. (0>2 %0A0= CE048=>28G 7<5@5=85 @048>0:B82=>9 703@O7=Q==>AB8 <5B>4>< @538AB@0F88 ?>25@E=>AB=>9 0;LD0- 0:B82=>AB8 >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. 0CG=K9 @C:>2>48B5;L :.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 VI) C@AK ;5:F89: 1) "   " / !" $ !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  9 A53>  71 G >@01>B:0 :C@A0 - 8 1 2) $878:0 =87:>D>=>2KE 87<5@5=89 !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  10 A53>  71 G >@01>B:0 :C@A0 - 8 1 3) 01>G0O ?@>3@0<<0 ?> A?5F. ?@0:B8:C<C $878:0 =87:>D>=>2KE M:A?5@8<5=B>2 !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  10 A5R LVALb 3>  51 G - 8 1 C:>2>4AB2> 0A?8@0=B><: 070;>2 .. (2005-2008 33. >1CG5=8O) - 30*2=60 1. B>3>: =139,5 1   @C:>2>48B5;O (?> A@54=8< 40==K< A?8A:0 =.A. $): 138,75/2+0,75*13,5 = 79,5 1LVALMG0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :D<=, =.A.  / ,   70 2007-200833. I) C1;8:0F88: " arXiv:0711.2614  Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber , Yu.M.Gavriljuk , V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Instrumentation and Detectors (physics.ins-det). - 41/7= 0,6 1 " arXiv:0711.2637  Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content , Yu.M.Gavriljuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex). - 41/7= 0,6 1 " arXiv:0812.0723  Highly sensitive gamma-spectrometers of GERDA for material screening: Part I , D. Budja, C. Cattadori, A. Gangapshev, W. Hampel, M. Heisel, G. Heusser, M. Hult, A. Klimenko, V. Kuzminov, M. Laubenstein, W. Maneschg, S. Nisi, S. Schnert, H. Simgen, A. Smolnikov, C. Tomei, A. di Vacri, S. Vasiliev, G. Zuzel, Comments: Featured in: Proceedings of the XIV International Baksan School "Particles and Cosmology" Baksan Valley, Kabardino-Balkaria, Russia, April 16-21,2007. INR RAS, Moscow 2008. ISBN 978-5-94274-055-9, pp. 228-232; (5 pages, 0 figures), Subjects: Instrumentation and Detectors (physics.ins-det); High Energy Physics - Experiment (hep-ex). - 41/10= 0,4 1 II) >:;04K: " ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3.  4/6LVAL*1,5=1,0 1. " Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. - 4/6*1,5 = 1,0 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 ?@>?>@F8>=0;L=>3> AGQBG8:0 ?@8 70?>;=5=88 :@8?B>=><, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. "@C4K ...., "><2, 740B5;LAB2> $ , 3. >A:20, ISBN 978-5-7262-0909-8, 2008 3., AB@. 146-151. - 4/7*1,5=0,9 1. " Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. - 4/7*1,5=0,9 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8) - 4/8=0,5 1 " ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==> LVAL 3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " 306=>:>2 .., 20073. (2B>@>9 @C:. C7L<8=>2 ..) - 10/2 = 5 1. B>3>: 11,7*1,5(70I8B0 2 20053.)=17,6LVALMG02@8;N: .@89 8E09;>28G, @>4. 02.09.19583., 254. 8=6. <0B.  / ,   70 2007-200833. I) C1;8:0F88: " arXiv:0711.2614  Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber , Yu.M.Gavriljuk , V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Instrumentation and Detectors (physics.ins-det). - 41/7= 0,6 1 " arXiv:0711.2637  Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content , Yu.M.Gavriljuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex). - 41/7= 0,6 1 " arXiv:0812.0723  Highly sensitive gamma-spectrometers of GERDA for material screening: Part I , D. Budja, C. Cattadori, A. Gangapshev, W. Hampel, M. Heisel, G. Heusser, M. Hult, A. Klimenko, V. Kuzminov, M. Laubenstein, W. Maneschg, S. Nisi, S. Schnert, H. Simgen, A. Smolnikov, C. Tomei, A. di Vacri, S. Vasiliev, G. Zuzel, Comments: Featured in: Proceedings of the XIV International Baksan School "Particles and Cosmology" Baksan Valley, Kabardino-Balkaria, Russia, April 16-21,2007. INR RAS, Moscow 2008. ISBN 978-5-94274-055-9, pp. 228-232; (5 pages, 0 figures), Subjects: Instrumentation and Detectors (physics.ins-det); High Energy Physics - Experiment (hep-ex). - 41/10= 0,4 1 II) >:;04K: " ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3.  4LVAL/6*1,5=1,0 1. " Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. - 4/6*1,5 = 1,0 1. " V.V.Alekseenko, D.D.Djappuev, Yu.M.Gavriluk, D.M.Gromushkin, A.U.Kudjaev, V.V.Kuzminov, O.I.Michailova, Yu.V.Stenkin, V.I.Stepanov  Observation of thermal neutron flux variations connected with Lunar periods . Proc. of 30th International Cosmic Ray Conference ICRC 07, Merida, Mexico, 2007. - 6/9*1,5 = 1,0 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 ?@>?>@F8>=0;L=>3> AGQBG8:0 ?@8 70?>;=5=88 :@8?B>=><, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7*1,5=0,9 1. " Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7*1,5=0,9 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (LVAL 2 ?5G0B8)  4/8=0,5 1 " ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl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arXiv:0711.2614  Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber , Yu.M.Gavriljuk , V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Instrumentation and Detectors (physics.ins-det). - 41/7= 0,6 1 " arXiv:0711.2637  Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content , Yu.M.Gavriljuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex). - 41/7= 0,6 1 II) >:;04K: " ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8)  4/6*1,5=1,0 1. " Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6*1,5 = 1,0 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 ?@>?>@F8>=0;L=>3> AGQBG8:0 ?@8 70?>;=5=88 :@8?B>=><, >1>30IQ==K<LVAL ?> 78Kr, 8 :@8?B>=>< 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7*1,5=0,9 1. " Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7*1,5=0,9 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 " ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 6,0*1,5(0A?8@0=B)=9,0LVALMG 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., :D<=, 1/2AB02:8 =.A.  / ,   70 2007-200833. I) C1;8:0F88: " arXiv:0711.2614  Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber , Yu.M.Gavriljuk , V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Instrumentation and Detectors (physics.ins-det). - 41/7= 0,6 1 " arXiv:0711.2637  Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content , Yu.M.Gavriljuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex). - 41/7= 0,6 1 II) >:;04K: " ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/6*1,5= 1,0 1. " Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6*1,5 = 1,0 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 ?@>?>@F8>=0;L=>3> AGQBG8:0 ?@8 70?>;=5=88 :@8?B>=><, >1>30IQ==K< ?> 78Kr, 8 LVAL :@8?B>=>< 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7*1,5=0,9 1. " Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7*1,5=0,9 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 " ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 6,0/2 (?>; AB02:8)=3,0LVALMG0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., 1/2 AB02:8 <.=.A.  / ,   70 2007-20083. I) C1;8:0F88: " arXiv:0711.2614  Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber , Yu.M.Gavriljuk , V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Instrumentation and Detectors (physics.ins-det). - 41/7= 0,6 1 " arXiv:0711.2637  Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content , Yu.M.Gavriljuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex). - 41/7= 0,6 1 II) >:;04K: " ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/6*1,5= 1,0 1. " Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6*1,5 = 1,0 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 ?@>?>@F8>=0;L=>3> AGQBG8:0 ?@8 70?>;=5=88 :@8?B>=><, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=LVAL&>< 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7*1,5=0,9 1. " Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7*1,5=0,9 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 " ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 6,0/2 (?>; AB02:8)=3,0LVAL #<5@>2 (0<8;L ;L40@>28G, @>4. 6.10.1979 3., <.=.A.  /  A 10.07.20073.,   70 2007-200833.  2002 70:>=G8; 010@48=>-0;:0@A:89 3>AC40@AB25==K9 C=825@A8B5B, E8<8G5A:89 D0:C;LB5B. 2002-2005 010@48=>-0;:0@A:89 3>AC40@AB25==K9 C=825@A8B5B, 0A?8@0=BC@0 ?> A?5F80;L=>AB8 2KA>:><>;5:C;O@=K5 A>548=5=8O. - ?>2KH0NI89 :-B 2 C1;8:0F88: " #<5@>2 (.. !?>A>1K C?@>G=5=8O ?>;8<5@=KE =0=>:><?>78B>2. 0B5@80;K 564C=0@>4=>3> :>=3@5AA0 ABC45=B>2, 0A?8@0=B>2 8 <>;>4KE CG5=KE 5@A?5:B820 2007. 0;LG8:, 2007 3. A 185-186. (4>:;04 8 ?C1;8:0F8O)  4*1,5 = 61. >:;04K: (.. #<5@>2 (>B 8<5=8 :>;;5:B820 (..#<5@>2, .. HC:>2), 2CED07=K9 684:>AB=>9 45B5:B>@ 8>=878@CNI8E 87;CG5=89 ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ?@=4: 4/2 = 2 1 B>3>: 8*2 = 16-D5=4852 0A8< OG5A;02>28G, @>4. 04.03.19783., <.=.A.  / ,   70 2007-200833. I) C1;8:0F88: " =5B II) >:;04K: 1. ..-D5=4852 ;8O=85 <8:@>@5;L5D0 ?>25@E=>AB8 =0 A?5:B@ 0;LD0-G0AB8F, 2KE>4OI8E 87 >1@07F0. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8). 4 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B V) 14.11.20073. 70I8B8; :0=4840BA:CN 48AA5@B0F8N ?> B5<5 A>15==>AB8 @0480F8>==KE ?@>F5AA>2 =0 ?CG:0E C;LB@0- @5;OB828ABA:8E M;5:B@>=>2 2 >@85=B8@>20==KE :@8AB0;;0E - 4>:C<5=BK >B?@02;5=K 2  =0 CB25@645=85 ( ?>2KH0NI89 :>MDD8F85=B - 2) B>3>: 4*2=8LVALMGHC:>2 40< C70@8D>28G, @>4. 04.03.19783., :D<=, A.=.A.  / ,   70 2007-200833. I) C1;8:0F88: " =5B. II) >:;04K: " (.. #<5@>2 (>B 8<5=8 :>;;5:B820 (..#<5@>2, .. HC:>2), 2CED07=K9 684:>AB=>9 45B5:B>@ 8>=878@CNI8E 87;CG5=89 ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/2*1,5=31 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " 0C=>20 ;5=0 0;5@852=0 (#), 038AB5@A:0O 48AA5@B0F8O AA;54>20=85 20@80F88 A:>@>AB8 2KE>40 @04>=0 87 ?>@>4K A ?>25@E=>AB8 =075<=>3> 3@C=B0. 0?@02;5=85 010700- $878:0. >4 68. 038AB@ D878:8. 038AB5@A:0O ?@>3@0<<0: 010703- , 0;LG8: 2007 3>4. - 10 1. " 0A8?>20 02840 0<1>;0B>2=0 (#), 038AB5@A:0O 48AA5@B0F8O >7<>6=>AB8 ?@8<5=5=8O 42CED07=>3> 45B5:B>@0 4;O @538AB@0F88 =59B@8=>. 0?@02;5=85 010700- $878:0. >4 68. 038AB@ D878:8. 038AB5@A:0O ?@>3@0<<0: 010703- , 0;LG8: 2007 3>4. - 10 1. 038AB5@A:85 @01>BK 2K?>;=5=K5 2 2008 3>4C ?>4 @C:. HC:>20. 1) 0HC52 ;LOA =C0@>28G. ;8O=85 =5;8=59=>9 7028A8<>AB8 A25B>2>3> 2KE>40 :@8AB0;;>2 Nal [TI] >B M=5@388 =0 M:A?5@8<5=BK ?> ?>8A:C WIMPs. -10 1 2) 8E>20 O=0 ;048<8@>2=0. ?B8<870F8O ?0@0<5B@>2 ?@>?>@F8>=0;L=>3> AG5BG8:0 ?@8<5=O5<>3> 2 @048>E8<8G5A:8E M:A?5@8<5=B0E ?> @538AB@0F89 A>;=5G=KE =59B8@=>. -10 1 V) 5:F88: " /45@=>-D878G5A:85 <5B>4K 8AA;54>20=8O 25I5AB20. A?5F80;L=>ABL 010400  D878:0. 0?@02;5=85 510400- D878:0. C@A- 4. !5<5AB@-8 . 1I55 :>;-2> G0A>2- 42 , 5:F88 - 28, @0:B8G5A:85 70=OB8O - 14, 70G5B- 8 A5<5AB@ - 8 1 " -:A?5@8<5=B0;L=K5 <5B>4K O45@=>-D878G5A:8E 87<5@5=89. !?5F80;L=>ABL 010400  D878:0. 0?@02;5=85 510400- D878:0 C@A- 4, !5<5AB@- 7, 1I55 :>;-2> G0A>2- 57, 5:F88 - 38, @0:B8G5A:85 70=OB8O -19 , 70G5B- 7 A5<5AB@  8 1 " !B0B8AB8G5A:85 <5B>4K >1@01>B:8 O45@=>-D878G5A:>3> M:A?5@8<5=B0.0?@02;5=85 51040Z LVALj 0- D878:0. 038AB5@A:0O ?@>3@0<<0 510409- AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0. C@A- 5, !5<5AB@- 10 , 1I55 :>;-2> G0A>2- 70 G., 5:F88 - 18 G., @0:B8G5A:85 70=OB8O - 18 G., !0<>AB>OB5;L=0O @01>B0 34 G., 70G5B- 10 A5<5AB@  8 1 " 5B5:B>@K M;5<5=B0@=KE G0AB8F. 0?@02;5=85 510400- D878:0. 038AB5@A:0O ?@>3@0<<0 510409- AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0. C@A- 5, !5<5AB@- 9, 1I55 :>;-2> G0A>2- 140 G., 5:F88 - 36 G., @0:B8G5A:85 70=OB8O - 36 G., !0<>AB>OB5;L=0O @01>B0 68 G., 70G5B- 9 A5<5AB@  8 1 B>3>: 75,0LVAL" $/:8<5=:> !5@359 02;>28G, @>4. 30.06.19613., <.=.A.  /  A 07.07.20053.   70 2007-200833. I) C1;8:0F88: =5B II) >:;04K: " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 " ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl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h. Khokonov  Stochastical study of vacuum stability - 6 1. 2. A. Kh. Khokonov, M.B. Masaev, Y.V. Savoiskii,  Determination of Rn-222 incoming rates and its concentration by means of large NaI detector , Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia - 4/7*1,5=0,9 1. B>3>: 8,2/2= 4,1LVALMG;8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :D<=, A=A  / ,   70 2007-200833. >:;04K 2007. D.D. Dzappuev,V.V.Alekseenko, A.S.Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikzailova, A.U.Kudzaev, N.F.Klimenko.  Study of EAS hadronic components with hadron energy > 50 GeV . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). 4/8= 0,5 1. C1;8:0F88 2008. ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 8/10= 0,8 *1.5=1.2 1. 1. >:;04K 2008. 1. J. Szabelski ,A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov , Yu.V. Stenkin for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee , 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. 6/9= 0,67 1. 2. A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. Hadrons with Eh > 30 GeV , 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. 6 /8= 0| LVAL ,75 1. 3. A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV , 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. 6 /8= 0,75 1. 4. A. U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov, Yu.V. Stenkin, for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee , 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. 6 /8= 0,75 1. B>3>: 0,5 1+1.2+0.67+0.75+0.75+0.75=3.8LVALz A552 ;048A;02 8:>;0528G @>4 30.05.1949 =A $,   70 2007-2008 33 !?8A>: ?C1;8:0F89 70 2007 - 2008 3.3. C1;8:0F88: 1. P.N. Ostroumov, V.N. Aseev, I.V. Gonin, B. Rusnak. Application of International Linear Collider superconducting cavities for accelerating of protons Phys. Rev. ST Accel. Beams 10, 1200101 (2007)  =30*(1.5-1)/4=3.75 2. J. Xu, B. Mustapha, V.N. Aseev, and P.N. Ostroumov. Parallelization of a beam dynamics code and first large scale radio frequency quadrupole simulations. Phys. Rev. ST Accel. Beams 10, 014201 (2007)  =30*(1.5-1)/4=3.75 >:;04K: 1. T.P Wangler, , R.W. Garnet, J. Qiang, R. Ryne, K. R. Crandall, J. H. Billen, V. N. Aseev, at al. The RIAPMTQ/IMPACT: Beam-Dynamics Simulation Package. Proc. of PAC07, Albuquerque, NM USA, 2007, p. 3606  =30/6*1.5=7.5 2. J. Xu, B. Mustapha, V. N. Aseev and P. Ostroumov. Parallelization of TRACK for Large Scale Beam Dynamics Simulation in Linear Accelerators. Proc. of PAC07, Albuquerque, NM USA, 2007, p. 3459  =30/3*1.5=15. 3. P.N. Ostroumov, V.N. Aseev at al. Beam Test of a Grid-Less Multi-Harmonic Buncher. Proc. of PAC07, Albuquerque, NM USA, 2007, p. 2242,  =30/10*1.5=4.5   ..A5520 =34.5  @83>@8O >@8A>28G0 82>20@>20 70 2007-2008 33: 1) !B0BLO Naturalness of Scalar Fields and Standard Model. Grigorii B. Pivovarov (Moscow, INR) , Victor T. Kim (St. Petersburg, INP) . CERN-PH-TH-2007-250, Dec 2007. 3pp. Published in Phys.Rev.D78:016001,2008. e-Print: arXiv:0712.0402 [hep-ph] + 4.852*30/2 = 73 2) >:;04 =0 A5<8=0@5 "20@:8-2008" "A solution to naturalness problem" + 6 3) >:;04 =0 A5<8=0@5 "20@:8-2008" 2 A>02B>@AB25 A . 8<>< "Asymptotic effects in jet production at high energies" + 3 ============= B>3> 73+6+3 = 82LVALMG :C;8=8G52 !5@359 A52>;>4>28G @>4. 28.08.1951, 702. $,   70 2007-2008 33 C1;8:0F88 70 2007-2008 3.3.: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  #'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0, ?>40=0 8 70@538AB@8@>20=0 70O2:0 =0 ?0B5=B (2007).  =20/4=5. 2. !..:C;8=8G52, !>AB>O=85 8 ?5@A?5:B82K @048>;>38G5A:>3> F5=B@0 2 "@>8F:5, 548F8=A:0O D878:0, ! 4, 2007 3.  =8. 3. S.V.Akulinichev, V.M.Skorkin/ Possibility of Neutron Capture Therapy at the INR Neutron Complex //, Springer Berlin Heidelberg, v. 14, ParIFMBE Proceedings World Congress on Medical Physics and Biomedical Engineering 2006t 2, p. 2040-2042, July 2007.  =30*(1.5-1)/2=7.5 4. S.V.Akulinichev and V.M.Skorkin/ A Neutron Activation Study of DNA Gd Nanocrystals // Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques, v. 2, No. 6, pp. 890 893, 2008.  =20*(1.5-1)/2=5 5. !. . :C;8=8G52, .. . 02@8;>2, .. @5E>2 8 4@./!8AB5<0 D>@<8@>20=8O ?CG:0 4;O ?@>B>==>9 B5@0?88 2 / //>?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A. 68-71, 2008.  =30*(1.5-1)/7=2.1 6. !..:C;8=8G52, C..0:;0=>2, ...02@8;>2 8 4@. @>5:B CAB0=>2:8 4;O =0@01>B:8 -"-@048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, !3, A.184-186, 2008.  =30*(1.5-1)/5=3. >:;04K 70 2007-2008 33.: 1. !..:C;8=8G52, !>AB>O=85 8 ?5@A?5:B82K @048>;>38G5A:>3> F5=B@0 2 "@>8F:5, B>@0O @538>=0;L=0O :>=D5@5=F8O &: "   #!%# 17-18 >:BO1@O 2007 3., 3. "@>8F:,   = 20. 2. S.Akulinichev, E.Koptelov, L.Kravchuk, V.Skorkin/ Neutron Sources for Neutron Therapy at the INR Facilities /// The Eighteenth Meet. of the Int. Collab. on Adv. Neut. Sourc.  ICANS-XVIII . Dongguan, China. 2007- accepted to Proceedings ICANS-XVIII.  =30*1.5/4=11.3 3. S.V.Akulinichev, S.E.Ulin, V.M.Skorkin / Autonom. Xenon Gamma-SpectrLVAL . for Radio-Ecology //LVII Int. Conf.  Nucleus-2007 . Voroneg.2007. 725AB8O . !5@8O D878G5A:0O, B. 72, ! 7, !. 1054-1056, 2008,  =20/3*1.5=10. 4. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. of Radionuclid. Prod. for PET- Diagn. and Brachyth. by the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007. // 725AB8O . !5@8O D878G5A:0O, B.72, !7, !.1042-1044, 2008.  =20/4*1.5=7. 5 5. S.V.Akulinichev, Status and perspectives of the radiological centre in Troitsk, %% 564C=0@. A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.   =30*1.5=45 . 6. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=6.43. 7. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. at INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007. - accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8).  =30/5*1.5=9 8. !.. :C;8=8G52, .. !:>@:8= AA;54>20=85 =0=>:@8AB0;;>2 -Gd A ?><>ILN =59B@>=>2 VI &,/ $ &/   . "!, !% "  #', "   -"  / !!/ " . / , 2007,  , !. C@=0;:">25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O", ! 12, A. 74-77, 2008,  =20/2*1.5=15 9. !.. :C;8=8G52, ... 24>:8<>2, .. !0;O=>2, .. !:>@:8=/ 84:>:@8AB0;;8G5A:85 =0=>G0AB8FK -Gd 4;O "// >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N. >O1@L 2007 3., & "", >A:20.  =20/4=5 10. V.Skorkin, S.Akulinichev, L.Kravchuk/ The INR NeLVALutron Sources for Neutron Capture Therapy //13th International Congress on Neutron Capture Therapy. November 2008. Florence. Italy.- accepted to Proceedings ICNCT-13.  =30*1.5/3=15. 11. C..:C;8=8G52, -$'! !!/   '! ! / , III "@>8F:0O :>=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 2008.   = 20*1.5=30. 12. !..:C;8=8G52, !..0:;0=>2, ..'5@=KH520, ! +  !"+  &, # "    III "@>8F:0O :>=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 2008.  =20/3*1.5=10. 13. !..:C;8=8G52 ,..!:>@:8=, " +  "  / !"& "   /  &+. III "@>8F:0O :>=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 2008.  =20/2*1.5=15. 8G=K9   !..:C;8=8G520 = 229.8. !@54=89   ?> $= 112.5   C:>2>48B5;O = 229.8*0.5 + 112.5*0.75=199.3LVALMG 02@8;>2 .@89 @0A=>A;02>28G @>4. 04.10.1951, =A $,   70 2007-2008 33 C1;8:0F88: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  #'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0, ?>40=0 8 70@538AB@8@>20=0 70O2:0 =0 ?0B5=B / 2007.  =20/4=5. 2. !. . :C;8=8G52, .. . 02@8;>2, .. @5E>2 8 4@./!8AB5<0 D>@<8@>20=8O ?CG:0 4;O ?@>B>==>9 B5@0?88 2 / //>?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A. 68-71, 2008.  =30*(1.5-1)/7=2.1 3. !..:C;8=8G52, C..0:;0=>2, ...02@8;>2 8 4@./@>5:B CAB0=>2:8 4;O =0@01>B:8 -"-@048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, !3, A.184-186, 2008. =30*(1.5-1)/5=3 4. !..:C;8=8G52 , ...02@8;>2, ..>28:>2->@>48=/ =48284C0;L=>5 D>@<8@>20=85 ?@>B>==KE B5@0?52B8G5A:89 ?CG:>2 <>48D8F8@>20==K< ?0AA82=K< <5B>4><// ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, ">< XVII/'0ABL 1. AB@.272. =20*(1.5-1)/3=3.3 >:;04K: 1. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin  Design of the Facility for PET-Radioisot. Prod. at INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.  =30/5*1.5=9. 2. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=6.43. 3. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. of Radionuclid. Prod. for PET- Diagn. and Brachyth. by the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg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kulinichev, V.M.Skorkin/ Possibility of Neutron Capture Therapy at the INR Neutron Complex //IFMBE Proceedings World Congress on Medical Physics and Biomedical Engineering 2006, Springer Berlin Heidelberg, v. 14, Part 2, p. 2040-2042, July 2007.  =30*(1.5-1)/2=7.5 2. S.V.Akulinichev and V.M.Skorkin/ A Neutron Activation Study of DNA Gd Nanocrystals // Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques, v. 2, No. 6, pp. 890 893, 2008.  =20*(1.5-1)/2=5 3. !. . :C;8=8G52, .. . 02@8;>2, .. @5E>2 8 4@./!8AB5<0 D>@<8@>20=8O ?CG:0 4;O ?@>B>==>9 B5@0?88 2 / //>?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A. 68-71, 2008.  =30*(1.5-1)/7=2 >:;04K: 1. S.Akulinichev, E.Koptelov, L.Kravchuk, V.Skorkin/ Neutron Sources for Neutron Therapy at the INR Facilities /// The Eighteenth Meet. of the Int. Collab. on Adv. Neut. Sourc.  ICANS-XVIII . Dongguan, China. 2007. - accepted to Proceedings ICANS-XVIII. Springer.  =30*1.5/4=11.3 2. S.V.Akulinichev, S.E.Ulin, V.M.Skorkin / Autonom. Xenon Gamma-Spectr. for Radio-Ecology //LVII Int. Conf.  Nucleus-2007 . Voroneg.2007. 725AB8O . !5@8O D878G5A:0O, B. 72, ! 7, !. 1054-1056, 2008,  =30*1.5/3=15 3. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. of Radionuclid. Prod. for PET- Diagn. and Brachyth. by the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007. 725AB8O . !5@8O D878G5A:0O, B.72, !7, !.1042-1044, 2008.  =30*1.5/4= 11.25 4. Skorkin V.M./  Search of 12Be Cluster States in the Charge Exchange Reactions for Carbon // 15th Int. Seminar. ISINN-15 , Dubna. 2007.   //Proc. Int. Conf.  Neutron Spectroscopy, Nuclear Structure, Related  =6*1.5=9 5. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy et al/ Setup for Study of Neutron-Neutron Final State Interaction at Neutron Channel of Moscow Meson Factory //LVII LVALInt. Conf.  Nucleus-2007 . Voroneg. 2007.  =1. 6. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. at INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 3, A. 184-186, 2008.  =30*1.5/5=9 7. S.V.Akulinichev, Yu.K.Gavrilov, O.V.Grekhov, D.B.Lazebnik, A.V.Novikov-Borodin, V.M.Skorkin and V.N.Vasiliev,/ The Beam formation System for Proton Therapy at INR RAS. //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A.53- 2008.. =30*1.5/7=6.43 8. !.. :C;8=8G52, .. !:>@:8=/ AA;54>20=85 =0=>:@8AB0;;>2 -Gd A ?><>ILN =59B@>=>2 // VI &,/ $ &/   . "!, !% "  #', "   -"  / !!/ " .  , !. :">25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O", ! 12, A. 74-77, 2008.  =20*1.5/2=15 9. !.. :C;8=8G52, ... 24>:8<>2, .. !0;O=>2, .. !:>@:8=/ 84:>:@8AB0;;8G5A:85 =0=>G0AB8FK -Gd 4;O "// >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N. >O1@L 2007 3., & "", >A:20.  =20/4=5 10. ... O1>2, .. 078=, ..810=>20 8 4@./<?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8// >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N. &"", >A:20. 2007  =20/17=1.18 11. V.M.Skorkin/ Excitation of 12Be cluster states in charge exchange reaction //LVIII International Conference.  Nucleus-2008 . Moscow. 23  27 June 2008.  =20 12. V.M.Skorkin/ Two-step beta decay of isomeric states //LVIII International Conference.  Nucleus-2008 , Moscow, 23  27 June 2008.  =20 13. M.I. Grachev, E.V. Ponomareva, L* LVAL: .V. Kravchuk, V.K. Gorbunov, V. Skorkin, V.N. Zapolsky/System of preliminary formation of the beam for the channel of proton therapy// RuPAC 2008, Zvenigorod, Russia. November 2008. Proceedings of RuPAC 2008. Accelerator Application to Medicine and Technology. P. 352-354, 2008.  =30*1.5/6=7.5 14. V.M.Skorkin/ Dipole shift of neutron scattering resonances //ISINN-16, 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics , Dubna, June 11-14, 2008.  =6. 15. V.Skorkin, S.Akulinichev, L.Kravchuk/ The INR Neutron Sources for Neutron Capture Therapy //13th International Congress on Neutron Capture Therapy. November 2008. Florence. Italy.- accepted to Proceedings ICNCT-13.  =30*1.5/3=15.   ..!:>@:8=0 =167.16 =45:A F8B8@>20=8O = 62LVALMG>28:>2->@>48= =4@59 0;5@L528G @>4. 01.01.1962, :.B.=. A 1989 3., A=A, CG.A5:@5B0@L $,   70 2007-2008 33. >:;04K: 1. :C;8=8G52 !.., 02@8;>2 ..., >28:>2->@>48= .. #, $    "+% " "'!% #' $& + !!+ ". - 0B5@80;K 3-9 "@>8F:>9 :>=D5@5=F88 ?> <548F8=A:>9 D878:5, 8N=L 2008.  =20/3*1.5=10 2. Novikov-Borodin A.V. Off-Site Continuums as Cosmological Models of Galaxies and the Universe Proc. of Int. Conf. PPC'08 "Problems of Practical Cosmology", St-Petersburg, June 2008.  =30*1.5=45. 3. S.V.Akulinichev, M.I.Grachev, A.V.Novikov-Borodin THE POSSIBILITY OF THE H+, H- BEAM DELIVERY TO THE DIFFERENT TARGETS AT INR LINAC.  Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007 .  = =6/3=2. 4. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=6.43. !B0BL8 8 ?@5?@8=BK: 1. Novikov-Borodin A.V. Foundations of Modern Physics on Frames of Off-Site Continuums. LANL E-Print Archive: physics/0803.3500, v2, 17 Sept 2008.  =4. 2. Novikov-Borodin A.V. Off-Site Continuums as Cosmological Models of Galaxies and the Universe LANL E-Print Archive: physics/0803.3500, v3, 12 Dec 2008.  =4. 3. Novikov-Borodin A.V. Off-Site Continuums and Methods of their Mathematical Description. LANL E-Print Archive: physics/07060085, v.1, 1 June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ovikov-Borodin A.V. Off-Site Continuums as Cosmological Models of Galaxies and the Universe Proc. of Int. Conf. PPC'08 "Problems of Practical Cosmology", St-Petersburg, June 2008.  =30*1.5=45. 3. S.V.Akulinichev, L.V.Kravchuk, V.A.Matveev, A.V.Novikov-Borodin, STATUS OF THE RADIOLOGICAL CENTRE AT INR RAS OF TROITSK MEDICAL COMPLEX. Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.  = =30/4*1.5=8.17*1.5=12.25. 4. S.V.Akulinichev, M.I.Grachev, A.V.Novikov-Borodin THE POSSIBILITY OF THE H+, H- BEAM DELIVERY TO THE DIFFERENT TARGETS AT INR LINAC.  Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.  = =30/3*1.5=10*1.5=15. 5. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=4.29*1.5=6.43. !B0BL8: 1. Novikov-Borodin A.V. Foundations of Modern Physics on Frames of Off-Site Continuums. LANL E-Print Archive: physics/0803.3500, v2, 17 Sept 2008.  =4. 2. Novikov-Borodin A.V. Off-Site Continuums as Cosmological Models of Galaxies and the Universe LANL E-Print ArcLVAL,hive: physics/0803.3500, v3, 12 Dec 2008.  =4. 3. Novikov-Borodin A.V. Off-Site Continuums and Methods of their Mathematical Description. LANL E-Print Archive: physics/07060085, v.1, 1 June 2007.  =4. B>3>:  =92.68LVAL( #  ;5:A0=4@ 8:>;0528G 1984 3.@., 0A?8@0=B (2007), AB065@-8AA;54>20B5;L !?8A>: >?C1;8:>20==KE @01>B 70 2007-2008 3.3 1 The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008  = 1,224 * 30 * 0,1 = 3,672 2  !8AB5<0 1KAB@>9 M;5:B@>=8:8 AB0@B>2>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE. ..5A5;>2A:89, ..@83>@L52, ..0?;8=, "..0@028G520, ..0@028G52, ..;8<>2, ..>=4@0BL520, W.H.Trzaska, ..C@5?8=, ..C@5?8=, ..>38=>2, ..5;5H:>, .. 5H5B8= ?@8=OB0 : ?5G0B8 2 @81>@K 8 B5E=8:0 M:A?5@8<5=B0  = 0,226 * 60 * 0,1 = 1,356   ?> ?C1;8:0F8O< = 5,028 @5?@8=BK 1 ALICE ELECTROMAGNETIC CALORIMETER TECHNICAL DESIGN REPORT. By ALICE Collaboration (P. Cortese et al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ugaev, P. Klimai - "Large curvature perturbations near horizon crossing in single-field inflation models", PHYSICAL REVIEW D 78, 063515 (2008) 4,852* 30/2 72.78 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E.V.Bugaev, P.A.Klimai -  Interactions of high energy cosmic rays with extragalactic infrared radiation background , Phys.Atom.Nucl.70:156-158, 2007 (4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 NANP-2005) 0,7* 0.914 *60/2 19.19 E.Bugaev, P.Klimai, V.Petkov -  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , 4>:;04 =0 :>=D5@5=F88 ICRC 2007, Merida, Yucatan, Mexico, 3-11 8N;O 2007; Proc. of the 30th International Cosmic Ray Conference; R. Caballero et al (eds.); Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008; Vol. 3 (OG part 2), pages 1123-1126 1,5* 6/3 3.00 E.V. Bugaev, B.V. Mangazeev - "Two component model for a description of nucleon structure functions in low-x region", talk on the 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, 1-6 September, 2008 6/2 3.00 E.V. Bugaev - "Absorption cross sections of real photons at superhigh energies", Presented at 14th International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai,LVAL China, 15-22 Aug 2006; Nucl.Phys.Proc.Suppl.175-176:117-120,2008 0,7*30* 0,875 18.38 E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar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c. 145-148 4* 1,5/2 3.00 @5?@8=BK E.V. Bugaev, P.A. Klimai, V.B. Petkov - "Photon spectra from final stages of a primordial black hole evaporation in different theoretical models", arXiv:0706.3778 4,0/3 1.33 V.B. Petkov, E.V. Bugaev, P.A. Klimai, D.V. Smirnov - "Constraints on the Number Density of Evaporating Primordial Black Holes for the Chromospheric Evaporation Models", arXiv:0803.2313 4,0/4 1.00 E. Bugaev, P. Klimai - "Large curvature perturbations near horizon crossing in single-field inflation models", arXiv:0806.4541 4,0/2 2.00 V.B. Petkov, E.V. Bugaev, P.A. 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he Investigation of the Resonance Neutron Cross Sections Structure for Mo, Ho, Ta, W on 50 m fligt path MMF Yu.V.Grigoriev, O.N.Pavlova, B.V.Zhuravlev Institute of Physics and Power Engineering, obninsk, Russia A.A.Alekseev, A.I. Berlev, E.A.Koptelov Institute for Nuclear Research RAN, Troitsk, Russia Zh.V.Mezentseva Joint Institute for Nuclear Research, Dubna, Russia ISINN-15 20073. Dubna 16-19 May.   = 6*1.5/7 = 1.3 ?C1;8:>20= 2 B@C40E :>=D5@5=F88 3. 5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SIPM A> AF8=B8;;OB>@>< ZnSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88. #, >A:20.   = 6*1.5/11 = 0.9 4. Measurements of neutron transmission and cross section on the TOF spectrometers of Moscow meson factory. Grigoriev Yu,V., Sinitsa V.V., Zhuravlev B.V., Alekseev A.A., Berlev A.I., Koptelov E.A., Mezentseva Zh.V. ISINN-16 Dubna, Russia, June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n,f). ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= @5?@8=B /  1182/2007 <09 20073.   = 4/8 = 0.5 10. LVAL .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=* (* & $  $878:>-M=5@35B8G5A:89 8=AB8BCB 8<5=8 .. 59?C=A:>3> ). @5?@8=B / 1198/2008 8N;L 2008 AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100): 242mAm(n, f) 8 245Cm(n, f) .   = 4/8 = 0.5 11. ..20=>2, ..0@8=, .."8E>=>2, ..0@028G52, ..;5:A552, -..>?B5;>2, ..C7=5F>2, ..!04K:>2. "09483  A8AB5<0 A1>@0 8 ?@>A<>B@0 40==KE 2 CA;>28OE =59B@>=>3@0D8G5A:>3> M:A?5@8<5=B0 ?> 2@5<O?@>;QB=><C <5B>4C. @5@8=B /   1199/2008 8N;L 20083.   = 4/8 = 0.5XLVALlC7=5F>20 235=8O 0A8;L52=0 @>4. 10 A5=BO1@O 19503. AB0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   =0.9 = 0.9 1. . 5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SIPM A> AF8=B8;;OB>@>< ZnSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88. #, >A:20.   = 6*1.5/10 = 0.95=8A>2 =4@59 8:>;0528G, @>4. 24.01.1984, 0A?8@0=B /.   70 2007-2008 33 = 2 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =2 1. A.Denisov, A.Feschenko, A.Aleksandrov. Peculiarities of Bunch Shape Measurements of H minus Beams in Linear Accelerators. >:;04 =0 XXI A5@>AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (RuPAC 2008), 28 A5=BO1@O  3 >:BO1@O, 25=83>@>4, >AA8O.  =(4*1.5)/3=2  ;5:A59 =4@5528G, @>4. 1928 3., :.D.-<.=.  =0.5+0.5+3.9=4.9 1. AA;54>20=8O ?>410@L5@=>3> 45;5=8O =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (!-100) / : 236U(n,f). ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= @5?@8=B /  1182/2007 <09 20073.   = 4/8 = 0.5 2. ... ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=* (* & $  $878:>-M=5@35B8G5A:89 8=AB8BCB 8<5=8 .. 59?C=A:>3> ). @5?@8=B / 1198/2008 8N;L 2008 AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100): 242mAm(n, f) 8 245Cm(n, f) .   = 4/8 = 0.5 3. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=* (* & $  $878:>-M=5@35B8G5A:89 8=AB8BCB 8<5=8 .. 59?C=A:>3> ) !5G5=85 ?>410@L5@=>3> 45;5=8O 236U 6C@.  /45@=0O D878:0 2008, B>< 71, !8, A.1379-1388.   = 0.515*60/8 = 3.9LVALMG-%% 2254Q= :>MDD8F85=B 0.5 4;O =04102:8 (7=0G8B G0ABL 2@5<5=8 70 3@0=8F59) >B28=0 ;5:A0=4@ !B5?0=>28G, 19573. >645=8O, :.D.-<.=, =0CG=K9 A>B@C4=8:. RND factor of A.S. Botvina , 2007-2008. Sum PRND factor (2007-2008): PRND= 310.7 Publications in journals with referee examinations: 1. S.Kowalski, J.B.Natowitz, S.Shlomo, R.Wada, K.Hagel, J.Wang, T.Materna, Z.Chen, Y.G.Ma, L.Qin, A.S.Botvina, D.Fabris, M.Lunardon, S.Moretto, G.Nebbia, S.Pesente, V.Rizzi, G.Viesti, M.Cinausero, G.Prete, T.Keutgen, Y.El Masri, Z.Majka, A.Ono. Experimental determination of the symmetry energy of a low density nuclear gas. Phys. Rev. C, v.75, p.014601, N.Y., 2007. PRND= 3.610*30/10 = 10.8 2. G.A.Souliotis, A.S.Botvina, D.V.Shetty, A.L.Keksis, M.Jandel, M.Veselsky, S.J.Yennello. Tracing the evolution of the symmetry energy of hot nuclear fragments from the compound nucleus towards multifragmentation. Phys. Rev. C, v.75, p.011601, N.Y., 2007. PRND= 3.610*30/7 = 15.5 3. A.S.Botvina and J.Pochodzalla. Production of hypernuclei in multifragmentation of nuclear spectator matter. Hys. Rev. C, v.76, p.024909 (4 pages), N.Y., 2007. PRND= 3.610*30/2 = 54.2 4. G.A.Souliotis, A.S.Botvina, D.V.Shetty, A.L.Keksis, M.Jandel, M.Veselsky, S.J.Yennello. Properties of hot fragments formed in multifragmentation and their astrophysical implications. Nuclear Instruments and Methods in Physics Research B, v.261, p.996-999, Amsterdam, 2007. PRND= 1.18*30/7 = 5.1 5. J.Lukasik, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, G.Imme, I.Iori, H.Johansson, K.Kezzar, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, J.Luehning, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, M.De Napoli, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, C.LVAL.Sfienti, H.Simon, K.Summerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Discriminant analysis and secondary-beam charge recognition Nuclear Instruments and Methods in Physics Research (NIM) A, v.587, p.413-419, Amsterdam, 2008. PRND= 1.22*30/10 = 3.7 6. N.Buyukcizmeci, A.S.Botvina, I.N.Mishustin, R.Ogul. Role of bulk energy in nuclear multifragmentation. Phys. Rev. C, v.77, p.034608 (7 pages), N.Y., 2008. PRND= 3.610*30/4 = 27.1 7. A.S.Botvina and I.N.Mishustin. Stellar matter in supernova explosions and nuclear multifragmentation.Yadernaya Fizika , v.71, no.6, p.1114-1120, Moscow, 2008. Physics of Atomic Nuclei, v.71, no.6, p.1088-1093 , 2008. PRND= 0.914*60/2 = 27.4 8. A.Botvina, G.Chaudhuri, S.Das Gupta, and I.Mishustin. Comparison of statistical multifragmentation model simulations with canonical thermodynamical model results: a few representative cases. Phys. Lett. B, v.668, p.414-419, Amsterdam, 2008. PRND= 5.30*30/4 = 39.8 9. V.A.Karnaukhov, H.Oeschler, A.Budzanowski, S.P.Avdeyev, A.S.Botvina, E.A.Cherepanov, W.Karcz, V.V.Kirakosyan, P.A.Rukoyatkin, I.Skwirczynska, E.Norbeck. Critical temperature for the liquid-gas phase transition (from multifragmentation and fission). Yadernaya Fizika, v.71, no.11, Moscow, 2008. PRND= 0.914*60/10 = 5.5 (only for publications 2007-2008 : PRND= 189.1) Talks (Invited talks) at International Conferences 1. A.S. Botvina and I.N.Mishustin. Statistical description of multifragmentation: from nuclear reactions to supernova explosions. Invited Talk at International Conference "Selected topics on nuclear methods for non-nuclear applications", September 27 - 30, http://www.inrne.bas.bg/Varna2006/ Supplement to Bulgarian Journal of Physics, v.34 (s1), p.303-319, Sofia, 2007. PRND= (1.5-1)*30/2 = 7.5 2. C.Sfienti, M.De Napoli, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.BiancLVAL/hin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstrem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Lohning, J.Lukasik, U.Lynen, Z.Majka, M.Mocko, W.F.J. Muller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pulli, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Summerer, W.Trautmann, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch and B.Zwieglinski. Gross properties and isotopic phenomena in spectator fragmentation. Invited talk at 9 International Conference on Nucleus-Nucleus collisions, 28 Aug - 1 Sept 2006, Rio de Janeiro, Brazil. Http://www.nn2006.com.br/palestras_full.php Nucl. Phys. A, v.787, p.627c-632c, Amsterdam, 2007. PRND= 30*1.95*0.7/10 = 4.1 3. S.Kowalski, J.B.Natowitz, S.Shlomo, R.Wada, K.Hagel, J.Wang, T.Materna, Z.Chen, Y.G.Ma, L.Qin, A.S.Botvina, D.Fabris, M.Lunardon, S.Moretto, G.Nebbia, S.Pesente, V.Rizzi, G.Viesti, M.Cinausero, G.Prete, T.Keutgen, Y.El Masri, Z.Majka, A.Ono. Clustering and symmetry energy in a low density nuclear gas. Talk at 9 International Conference on Nucleus-Nucleus collisions, 28 Aug - 1 Sept 2006, Rio de Janeiro, Brazil. Http://www.nn2006.com.br/palestras_full.php Nucl. Phys. A, v.787, p.619c-626c, Amsterdam, 2007. PRND= 30*1.95*0.7/10 = 4.1 4. A.S. Botvina. Production of hypernuclei in multifragmentation of nuclear spectator matter. Talk presentation, International Simposium "Nuclear Physics at J-PARC", June 1 - 2, 2007 , Tokai, Japan http://www-conf.kek.jp/NP_JPARC/program.html PRND= 6 = 6.0 5. A.S. Botvina. In-medium properties of nuclear fragments at the liquid-gas phase coexistence. Talk presentation at INPC2007. Proceedings of the INPC2007: International Nuclear Physics Conference, June 3-8 2007, Tokyo, Japan. Volume 2, pp. 504-506. Nucl. Phys. A, v.805, p.504-506, Amsterdam, 2008. PRND= 6*1.5 = 9.0 6. A.S. Botvina and I.N. MLVAL0ishustin. Statistical Approach for Supernova matter. Invited talk presentation, International Conference on Nuclear Fragmentation: From Basic Research to Applications (NUFRA2007), September 24 - October 1, 2007 , Kemer (Antalya), Turkey. Http://fias.uni-frankfurt.de/nufra2007/ PRND= 30/2 = 15.0 7. A.S.Botvina. In-medium properties of nuclear fragments at the liquid-gas phase coexistence. Talk presentation at IWM2007. Proceedings of the IWM2007: International Workshop on Multifragmentation and Related Topics. GANIL, Caen, France, Nov. 4-7, 2007. Editors: B.Borderie, J.Frankland, A.Pagano, S.Pirrone and F.Rizzo. Italian Physical Society, Conference Proceedings v.95, pp. 97-104, 2008. PRND = 6*1.5 = 9.0 8. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Luehning, J.Lukasik, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Suemmerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isotopic effects in spectator fragmentation at relativistic energies. Talk presentation at IWM2007. Proceedings of the IWM2007: International Workshop on Multifragmentation and Related Topics. GANIL, Caen, France, Nov. 4-7, 2007. Editors: B.Borderie, J.Frankland, A.Pagano, S.Pirrone and F.Rizzo. Italian Physical Society, Conference Proceedings v.95, pp. 339-343, 2008. PRND = 6*1.5/10 = 0.9 9. A.S.Botvina. Multifragmentation in nuclear reactions and supernova explosions. Invited talk presentation, International Symposium "Complex Systems in Physics and Beyond". FIAS, Frankfurt am Main, Germany, 30 November - 1 December, 2007. http://fias.ubLVALrni-frankfurt.de/complex07/ PRND = 30 = 30.0 10. A.S. Botvina. The role of multifragmentation in spallation reactions. Invited lecture, Joint ICTP-IAEA Advanced Workshop on Model Codes for Spallation Reactions. ICTP (smr-1930), Trieste, Italy. February 4 - 8, 2008. http://agenda.ictp.trieste.it/smr.php?1930 PRND = 30 = 30.0 11. A.S. Botvina. Role of multifragmentation in spallation reactions. Talk at the First International Workshop on Accelerator Radiation Induced Activation (ARIA'08), Paul Scherrer Institut (PSI), Villigen (Switzerland). October 13-17 , 2008 . Http://aria.web.psi.ch/Program/index_program.html PRND = 6 = 6.0 Scientific-organization work: 1. Co-Chair of NUFRA2007, responsible for Scietific Program. International Conference on Nuclear Fragmentation: From Basic Research to Applications. September 24 - October 1, 2007, Kemer (Antalya), Turkey http://fias.uni-frankfurt.de/nufra2007/ There were presented 3 invited talks from INR RAS: from N.M.Sobolevsky, I.N.Pshenichnov, and A.S.Botvina. PRND = ? Citations of A.S.Botvina scientific publications: According to www.scientific.ru : 2073 LVAL 9718 Uvazhaemyi Andrey Dmitrievich, ya vnoshu predlozhenie uchityvat v PRND rabotu po organizazii nauchnyh konferenzyi. Ya polagayu, chto rabota pred0 <><5=B 4>:;040 8 2KE>40 AB0B59 O =5 O2;O;AO 0A?8@0=B><, 8=AB8BCB >:>=G8; 2 2010 3., 2 A2O78 A G5<   C<=>60N =0 ?>2KH0NI89 :>MDD8F85=B 2.9718 Uvazhaemyi Andrey Dmitrievich, ya vnoshu predlozhenie uchityvat v PRND rabotu po organizazii nauchnyh konferenzyi. Ya polagayu, chto rabota predsedatelya, ili zamestitelya predsedatelya konferenzii otvetstvennogo za nauchnuyu programmu i kontakty s uchastnikami konferenzii, dolzhna byt ozenena v balah he menee kak za dva priglashennyh plenarnyh doklada. Ryadovoe uchastie v organizazionnom komitete moget byt ozeneny v balah kak za odin plenarnyi doklad na etoi konferenzii. Ya byl by blagodaren uznat chto vy dumaete po etomu voprosu. S uvazheniem, Alexander Botvina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"09483  A8AB5<0 A1>@0 8 ?@>A<>B@0 40==KE 2 CA;>28OE =59B@>=>3@0D8G5A:>3> M:A?5@8<5=B0 ?> 2@5<O?@>;5B=><C <5B>4C. ..20=>2, ..0@8=, .."8E>=>2, ..0@028G52, ..;5:A552, -..>?B5;>2, ..C7=5F>2, ..!04K:>2. @5?@8=B /   1199/2008 <09 20073.   = 4/8 = 0.5 5. 5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SIPM A> AF8=B8;;LVALOB>@>< ZnSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88. #, >A:20.   = 6*1.5/10 = 0.9 6. 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / ., ..!04K:>2, ..C7=5F>2, ... O1>2, ..;5:A552, .!.8B28=, !.$.!84>@:8=, ..$54G5=:>, ..CBC7>2, ..@BNH8=, ..@0G52, ..$5I5=:>, .. !5@>2, -..>?B5;>2, ..@02GC:, ..>10H>2, ..0B2552. !>25I0=85 ! 2008, 13-18 >:BO1@O 2008 3. #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88.   = 6*1.5/10 = 0.9 7. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 <57>==>9 D01@8:8. ... O1>2, M.. @0G52, .. 0<0=8=, .. C7=5F>20*, .. C7=5F>2,-.. >?B5;>2, ..810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, . .!04K:>2, .. !>1>;52A:89, .. $54G5=:>. !>25I0=85 ! 2008, 13-18 >:BO1@O 2008 3. #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88.  = 6*1.5/10 = 0.9 8. Gevorg Danilyan, Peter Granz, Jens Klenke, Vyacheslav Krakhotin, Valery Kuznetsov, Ferenz Mezei, Vadim Novitsky, Valery Pavlov, Margarita Russina, Pavel Shatalov, and Thomas Wilpert Fissile Nuclei Rotation Effect in 235U(n, gf) Process. 13th International Symposium on Capture Gamma-Ray Spectroscopy and Related Topics. 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A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.Fertman, A.V.Kunin, V.V.Vatulin, A.S.Gnutov, Y.V.Panova, H.Iwase, E.Mustafin, D.Schardt, K.Weyrich, N.M.Sobolevskiy, L.N.Latysheva. Measurement of the Energy Deposition Profile for 238U Ions with Specific Energy 500 and 950 MeV/u in Stainless Steel and Copper Targets. Nucl.Instr.Meth. B263(2007)339-344.  =1.181*30/10=3.543 @5?@8=BK. !C<<0  =4.8 1. L.Latysheva, N.Sobolevsky, E.Mustafin, P.Hulsmann. Simulation of radiation damage to the RF cavity ring cores of the SIS18 and SIS100 synchrotrons. Preprint GSI Acc Note 2007 01 03, Darmstadt, 2007.  =4/4=1 2. -..>?B5;>2, ..0BKH520, ..!>1>;52A:89, -.CAB0D8=. 17>@ M:A?5@8<5=-B0;L=KE 8 B5>@5B8G5A:8E @01>B ?> >1;CG5=8N ?>;88<84>2 ?@>B>=0<8 8 8>=0<8. @5?@8=B /  1197/2008, >A:20, 2008.  =4/4=1 3. ..0BKH520, ..!>1>;52A:89. LOENT  ?@>3@0<<0 <>45;8@>20=8O ?5@5=>A0 =59B@>=>2 2 A;>6=KE 35><5B@8OE <5B>4>< >=B5 0@;>. @5?@8=B /  1200/2008, >A:20, 2008.  =4/2=2 4. E.Mustafin, A.Plotnikov, L.Latycheva, N.Sobolevsky, A.Smolyakov. Radiation damage to some accelerator elements in FAIR. Preprint GSI AC Note 2008 005, Darmstadt, 2008.  =4/5=0.8 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =15 @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 CoNuSS2008. 1. N.M.Sobolevsky, L.N.Latysheva Application of the SHIELD Transport Code In the Field of Hadron Therapy. Invited Talk at the CoNuSS2008 International Conference, Belgrade, Serbia, September 22 25, 2008. http://nss.vin.bg.ac.yu/CoNuSS2008.htm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eGe 8 MnSi . !B5=4>2K9 4>:;04 =0 VI :>=D5@5=F88  !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O "@>8F:, 2008 3.   = 4/6H"0.6 2) !04K:>2 .., !84>@>2 .., 5154L .. ., 8B28= . !.  AA;54>20=85 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi  !B5=4>2K9 4>:;04 =0 !>25I0=88 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( !-2008), 0BG8=0, 2008.   = 4/4=1 3) Submitted to the Journal of science and technology of advanced materials E A Ekimov, V A Sidorov, A Zoteev, Yu B Lebed, J D Thompson, S M Stishov  Structure and superconductivity of isotope-enriched boron-doped diamond .   = 30/6=5 4) E A Ekimov, V A Sidorov, A Zoteev, Yu B Lebed, J D Thompson, E.D. Bauer and S M Stishov,  Superconductivity in diamond induced by boron doping at high pressure Phisica status solidi (b), 1-6 (2008).   = 30/7H"4.2 5) 59B@>=>- 8 @5=B35=>3@0D8G5A:>5 8AA;54>20=8O AB@C:BC@K 8 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi. !04K:>2 .., !84>@>2 .. 5154L ... ,8B28= .!., (5?BO:>2 .,$>: . 11-9 <564C=0@>4=K9 A8<?>78C<  #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E (Ordering in Minerals and Alloys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nSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88. #, >A:20.   = 6*1.5/11 = 0.9 2.>:;04 CAB=K9 59B@>=>- 8 @5=B35=>3@0D8G5A:>5 8AA;54>20=8O AB@C:BC@K 8 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi. !04K:>2 ..,!84>@>2 .. 5154L ... ,8B28= .!.,(5?BO:>2 .,$>: . 11-9 <564C=0@>4=K9 A8<?>78C<  #?>@O4>G5=85 2 <8=5@0;0E 8 A?;0LVAL$20E (Ordering in Minerals and Alloys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ubnikova, S. P. Kuznetsov, V. S. Litvin, A. V. Shelagin, A. I. Udovenko, Very cold neutron scattering on super molecular structure of polypropylene based composites, The 22nd General Conference of the Condensed Matter Division of the European Physical Society, Rome, 2008.  =6/5=1.2 6. .. !04K:>2, .. !84>@>2, ... 5154L, .!. 8B28=, . (5?BO:>2, . $>:, 59B@>=>- 8 @5=B35=>3@0D8G5A:>5 8AA;54>20=8O D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi, VI >=D5@5=F8O !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 2008.  =4/6=0.67LVALMG:10. !04K:>2 028;L AE0B>28G, 1949 3. @>645=8O, :.D-<.=., 702. !!  (2007+2008)=42+30=72 2007. 1. !B0BL8: 1.1. High Pressure Research Vol. 27, No. 1, March 2007, 179 182 "Synthesis of glassy boron ceramics" E. A. EKIMOV*, V. A. SIDOROV, R. A. SADYKOV, E. L. GROMNITSKAYA and N. F. BOROVIKOV Vereshchagin Institute for High Pressure Physics, Russian Academy of Sciences, 142190 Troitsk,  =(1.228 E30)/5=7.4 1.2. "Pressure demagnetization of the Martian crust: Ground truth from SNC meteorites" Natalia S. Bezaeva,1,2 Pierre Rochette,1 Jerome Gattacceca,1 Ravil A. Sadykov,3,4 and Vladimir I. Trukhin2 Received 9 August 2007; revised 17 October 2007; accepted 22 October 2007; published 8 December 2007. GEOPHYSICAL RESEARCH LETTERS, VOL. 34, L23202, doi:10.1029/2007GL031501, 2007 1Centre Europe?en de Recherche et d Enseignement des Ge?osciences de l Environnement, CNRS, Aix-Marseille Universite?, Aix en Provence, France. 2Faculty of Physics, M. V. Lomonosov Moscow State University, Moscow, Russia. 3Institute for Nuclear Research, Russian Academy of Sciences, Moscow, Russia. 4Institute for High Pressure Physics, Russian Academy of Sciences, Troitsk, Russia.  =(2.602E30)/5=15.6 2. #G0AB85 2 =0CG=KE <5@>?@8OB8OE: 2.1. 564C=0@>4=K9 <5648AF8?;8=0@=K9 A8<?>78C< "!@54K A> AB@C:BC@=K< 8 <03=8B=K< C?>@O4>G5=85<", Multiferroics-2007(!>G8,5-10A5=B.2007) 4>:;04 CAB=K9 "03=8B=K5 A?8@0;L=K5 AB@C:BC@K ?>4 402;5=85<" ..!04K:>2 =AB8BCB /45@=KE AA;54>20=89 , 0. E-mail: rsadykov@inr.ru 8;8 E-mail: rasad49@inbox.ru . =AB8BCB $878:8 KA>:8E 02;5=89 , 142190,Troitsk, >A:.>1;. E-mail: sadykov@hppi.troitsk.ru  =4 4. !>@C:>2>4AB2> 0A?8@0=B>< 30/2=15  2007=42 2008 1. !B0BL8: 1.1. "Nonmagnetic high pressure cell for magnetic remanence measurements up to 1.5 GPa in a superconducting quantum interference device magnetometer" Rev. Sci. Instrum. 79, 115102 (2008); DOI:10.1063/1.2999578 Published 7 November 2008 Ravil A. Sadykov,1,2 Natalia S. Bezaeva,3,4 AleLVAL;xander I. Kharkovskiy,2 Pierre Rochette,3 Jerome Gattacceca,3 and Vladimir I. Trukhin4 1Institute for Nuclear Research, RAS, 117312, Moscow, Prospect 60-letiya Oktiabria 7a, Russia 2Institute for High Pressure Physics, RAS, 142190 Troitsk, Moscow Region, Russia 3CEREGE, CNRS/Aix-Marseille Universite, BP 80, 13545, Aix en Provence, Cedex 4, France 4Faculty of Physics, M.V. Lomonosov Moscow State University, Leninskiye Gori, 11992 Moscow, Russia Review of Scientific Instrumentfs (2007 Impact Factor: 1.384)  =(1.384E30)/6=6.92 1.2. @5?@8=B /  ..20=>2, ..0@8=, .."8E>=>2, ..0@028G52, ..;5:A552, -..>?B5;>2, ..C7=5F>2, ..!04K:>2. ""09483-A8AB5<0 A1>@0 8 ?@>A<>B@0 40==KE 2 CA;>28OE =59B@>=>3@0D8G5A:>3> M:A?5@8<5=B0 ?> 2@5<5=8 ?@>;5B0."   " / -1199.2008,8N;L,1-23AB@.>A:20.  =4/8=0.5 3. #G0AB85 2 =0CG=KE <5@>?@8OB8OE: 3.1. 4>:;04 CAB=K9 59B@>=>- 8 @5=B35=>3@0D8G5A:>5 8AA;54>20=8O AB@C:BC@K 8 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi. !04K:>2 ..,!84>@>2 .. 5154L ... ,8B28= .!.,(5?BO:>2 .,$>: . 11-9 <564C=0@>4=K9 A8<?>78C<  #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E (Ordering in Minerals and Alloys-11) , >AB>2-=0  >=C, ?. >>, 10-15 A5=BO1@O 2008 3. "@C4K A8<?>78C<0 B>< 2 AB@146-149.  =(4*1.5)/6=1 3.2. 4>:;04 CAB=K9 "High Pressure For Neutron Scattering At Low Temperatutres And High Magnetic Fields." Ravil A. Sadykov. Inst. Nuclear Research RAS, , Institute for High Pressure Physics RAS, 142190,. SE2008-Sample Environment at Neutron Scattering Facilities Workshop. 2008 May, ILL. France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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4   = 1.2!5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, =.A., :. D.-<. =.,   70 2007-2008 33.=43.2 1. A.A. Semenov, C.H. Woo and W. Frank,  Diffusion anisotropy and void development under cascade irradiation . - Applied Physics A, 2008, Vol. 93, p. 365-377 (?@83;0H5==0O AB0BLO).   = 1.85730/3 = 18.57. 2. A.A. Semenov and C.H. Woo,  Non-linear dynamics of microstructure evolution and hyper void-lattice formation . - J. Nucl. Mater., 2008, Vol. 382, p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hoice of the Material and Method of Coating of Tungsten Plates. I.I. Konovalov, A.A. Maslov, S.F. Sidorkin and E.A. Koptelov. EUROMAT 2007, 10 - 13 September, Nuremberg, Germany.    6 / 4 = 1.5 10. Proposal of the ADS Research Stand Based on Linac of INR RAS. S.F.Sidorkin, E.A.Koptelov, L.V.Kravchuk, V.A.Matveev, A.D.Rogov, L.I.Ponomarev, V.V.Lemekhov. 3rd High-Power Targetry Workshop, Paul Scherrer Institut, (Villigen PSI), September 10  14, 2007, Bad Zurzach, Switzerland    6 / 7 = 0.86 11. Target Modules of the Pulsed Neutron Source of INR RAS. S.F.Sidorkin, E.A.Koptelov, A.D.Rogov,V.V.Lemekhov. 3rd High-Power Targetry Workshop, Paul Scherrer Institut, (Villigen PSI), September 10  14, 2007, Bad Zurzach, Switzerland.    6 / 4 = 1.5LVALMG?!! 8:>;09 8E09;>28G, @>4. 06.04.1944, 4.D.-<.=., 702. A5:B. .   70 2007-2008 33 = 48.943+3.467+8.133+45+30+15+= 151 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5F5=78@C5<KE 6C@=0;0E. !C<<0  =48.943 1. A.Fertman, E.Mustafin, R.Hinca, I.Strasik, M.Pavlovic, D.Schardt, N.Sobolevskiy, A.Golubev, B.Sharkov, G.Fehrenbacher, I.Hofmann, H.Iwase, E.Kozlova, G.Mustafina. First results of an experimental study of the residual activity induced by high energy uranium ions in steel and copper. Nucl.Instr.Meth. B260(2007)579 591.  =1.181*30/10=3.543 2. A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.Fertman, A.V.Kunin, V.V.Vatulin, A.S.Gnutov, Y.V.Panova, H.Iwase, E.Mustafin, D.Schardt, K.Weyrich, N.M.Sobolevskiy, L.N.Latysheva. Measurement of the Energy Deposition Profile for 238U Ions with Specific Energy 500 and 950 MeV/u in Stainless Steel and Copper Targets. Nucl.Instr.Meth. B263(2007)339-344.  =1.181*30/10=3.543 3. I.Gudowska, M.Kopec, N.Sobolevsky. Neutron Production in Tissue-Like Media and Shielding Materials Irradiated with High-Energy Ion Beams. Radiation Protection Dosimetry 126 (2007) 652-656.  =0.490*30/3=4.90 4. S.P.Ryumin, N.M.Sobolevsky, M.V.Ufimtsev. Variations of the Flux and the Energy Spectrum of Neutrons Born in the Galactic Cosmic Ray Proton Interactions with the Matter of Earth's Satellites and Orbital Stations. Radiation Measurements 43 (2008) 47-55.  =1.023*30/3=10.23 5. M.Hollmark, I.Gudowska, D~.Belki, A.Brahme, N.Sobolevsky. An Analytical Model for Light Ion Pencil Beam Dose Distributions: Multiple Scattering of Primary and Secondary Ions. Phys. Med. Biol. 53 (2008) 3477-3491.  =2.683*30/5=16.098 6. L.Beskrovnaia, B.Florko, M.Paraipan, N.Sobovevsky, G.Timoshenko. Verification of Monte Carlo Transport Codes FLUKA, GEANT4 and SHIELD for Radiation Protection Purposes at Relativistic Heavy Ion Accelerators. Nucl. Instr. Meth. B266 (2008) 4058-4060  =1.181*30/5=7.086 7. I.Straak, E.Mustafin, A.Fertman, R.Hinca, M.Pavlovi , DLVAL@.Schardt, N.Sobolevskiy, A.Golubev, B.Sharkov, G.Fehrenbacher, I. Hofmann, H.Iwase, E.Kozlova, G.Mustafina. Experimental Study of the Residual Activity Induced by 950 MeV/u Uranium Ions in Stainless Steel and Copper. Nucl.Instr.Meth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obolevsky, E.Mustafin. Activation and neutron yield from stainless vacuum chamber irradiated by ions of mass number from proton 1H to Uranium 238U with the kinetic energy 1 GeV/u. Preprint GSI Acc Note 2007 01 02, Darmstadt, 2007.  =4/2=2 2. L.Latysheva, N.Sobolevsky, E.Mustafin, P.Hulsmann. Simulation of radiation damage to the RF cavity ring cores of the SIS18 and SIS100 synchrotrons. Preprint GSI Acc Note 2007 01 03, Darmstadt, 2007.  =4/4=1 3. -..>?B5;>2, ..0BKH520, ..!>1>;52A:89, -.CAB0D8=. 17>@ M:A?5@8<5=-B0;L=KE 8 B5>@5B8G5A:8E @01>B ?> >1;CG5=8N ?>;88<84>2 ?@>B>=0<8 8 8>=0<8. @5?@8=B /  1197/2008, >A:20, 2008.  =4/4=1 4. ..0BKH520, ..!>1>;52A:89. LOENT  ?@>3@0<<0 <>45;8@>20=8O ?5@5=>A0 =59B@>=>2 2 A;>6=KE 35><5B@8OE <5B>4>< >=B5 0@;>. @5?@8=B /  1200/2008, >A:20, 2008.  =4/2=2 5. ..>H:0@Q2, ..!>1>;52A:89, ..0@EC40@O=. 1 8A?>;L7>20=88 M;5:B@>O45@=>3> <5B>40 2 M=5@35B8:5. @5?@8=B "-$ 4 08, >A:20, 2008.  =4/3=1.333 6. E.Mustafin, A.Plotnikov, L.Latycheva, N.Sobolevsky, A.Smolyakov. Radiation damage to some accelerator elements in FAIR. Preprint GSI AC Note 2008 005, DarmstahLVALxdt, 2008.  =4/5=0.8 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =45 @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 NUFRA2007. 1. N.Sobolevsky. Monte Carlo simulation in hadron therapy: interaction of ion beam with biological tissue. Invited Talk at the NUFRA2007 International Conference, Kemer, Turkey, September 25 30, 2007. http://fias.uni-frankfurt.de/nufra2007/  =30 @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 CoNuSS2008. 2. N.M.Sobolevsky, L.N.Latysheva Application of the SHIELD Transport Code In the Field of Hadron Therapy. Invited Talk at the CoNuSS2008 International Conference, Belgrade, Serbia, September 22 25, 2008. http://nss.vin.bg.ac.yu/CoNuSS2008.htm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dgar Bugaev, Peter Klimai, Valery Petkov, Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , arXiv: 0706.3778v1 [astro-ph] 26 Jun 2007. 4/3 = 1.3 2) T.Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment", /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60/10 = 5.5 3) .. 5B:>2, " 2>7<>6=>AB8 87CG5=8O D;C:BC0F89 <=>65AB25==>AB8 2 3@C??0E <N>=>2", 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.566-568. 8 4) .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40", 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. 8/10 = 0.8 5) ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 8/10 = 0.8 6) B.E. Zhilyaev, M.V. Andreev, A.V. Sergeev, V.B. Petkov, "Detection of an oscillatory phenomenon in optical transient counterpart of GRB090522C from observations on Peak Terskol", arXiv: 0711.0038v1 [astro-ph] 31 Oct 2007. 4/4 = 1 7) D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Michailova, V.B.Petkov and Yu.V. Stenkin,  Study for hadronic component LVALCwith hadron energy>50 GeV at  Carpet-2 EAS array , Proc. of the International Cosmic Ray Workshop  Aragats 2007 (Nor-Amberd, Armenia, 8-13 September 2007), Edited by B.Pattison and R.Martirosov, Yerevan Physics Institute, p.102, 2007. 8/7 = 1.1 8) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.315*60/10= 7.9 9) .. 5B:>2, -.. C3052, .. ;8<09, .. !<8@=>2,  3@0=8G5=8O =0 :>=F5=B@0F8N 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ 4;O E@><>AD5@=KE <>45;59 8A?0@5=8O , 8AL<0 2 -"$, B.87, 2K?.1, A.3-6, 2008. 1.446 * 60/4 = 21.7 10) .. 5B:>2, -.. C3052, .. ;8<09, .. 0?>=5=:>, .!. !B@830=>2,   <5B>48:5 ?>8A:0 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ =0 ;82=52KE CAB0=>2:0E , @5?@8=B /-1209/2008, ., / , 2008. 4/5 = 0.8 11) V. B. Petkov, J. Szabelski, D. V. Smirnov and R. V. Novoseltseva, "High energy muon number spectrum detected at the Baksan Underground Scintillation Telescope", Nuclear Physics B (Proc. Suppl.), Volume 175-176C, pp. 362-365, 2008.. 0.875*30/4 = 6.6 12) V. B. Petkov, E. V. Bugaev, P. A. Klimai, D. V. Smirnov, "Constraints on the Number Density of Evaporating Primordial Black Holes for the Chromospheric Evaporation Models", arXiv:0803.2313v1 [astro-ph], 2008. 4/4 = 1.0 13) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph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dgar Bugaev, Peter Klimai, Valery Petkov, Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , Proc. 30th ICRC, (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico,Mexico City, Mexico, 2008, V. 3, p. 1123. 6*1.5/3 = 3.0 7) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*1.5/9 = 1.0 8) D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Michailova, V.B.Petkov and Yu.V. Stenkin,  Study for hadronic component with hadron energy>50 GeV at  Carpet-2 EAS array , Proc. of the International Cosmic Ray Workshop  Aragats 2007 (Nor-Amberd, Armenia, 8-13 September 2007), Edited by B.Pattison and R.Martirosov, Yerevan Physics Institute, p.102, 2007. 6*1.5/7 = 1.3 >=D5@5=F88, =5 >?C1;8:>20=>: 7.0 1) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , ?;5=0@=K9. 6/8 = 0.7 2) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4 3) 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008. .. 5B:>2, .. ;8E0=>2, /. (015;LA:8,  @>AB@0=AB25==>5 @0A?@545;5=85 <N>=>2LVALF A ?>@>3>2>9 M=5@3859 230 M 2 ( 2 >1;0AB8 87;><0 . 4/3 = 1.3 4) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski, V.B. Petkov, I.A. Alikhanov,  Lateral distribution function of high energy muons in EAS around the knee . 6/3 = 2 5) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 6) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. Hadrons with Eh > 30 GeV . 6/8 = 0.7 7) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV . 6/8 = 0.7 8) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee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u.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation", arXiv:0802.0956v2 [hep-ph] 4/3 = 1.3 3) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation" J. Phys. G: Nucl. Part. Phys. (online version 22.12.2008) [http://stacks.iop.org/0954-3899/36/025009] 2.173*30/3 = 21.7 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.8 1) .. >340=>2, .. 0:0B0=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, ..5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, MN_04. 4*1.5/7 = 0.8 2) ..>2>A5;LF52, .5@5H:>2 8 .>2>A5;LF520,   ?>;=>< A5G5=88 N 8  2708<>459AB289 ?@8 2KA>:8E M=5@38OE "s = 10 % 1000 M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, HE_05. 4*1.5/3 = 2 >=D5@5=F88, =5 >?C1;8:>20=>: 4.4 1) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 =  LVAL 0.4 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon--hadron scaling violation", 6/3 = 2 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "On the total cross sections of N and  interactions at high energies "s = 10 - 1000 Ge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idvansky and N. S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008 (?@83;0H5==K9 4>:;04).   = 20/2 = 10. 4) .!.8420=A:89, .!.%05@48=>2, 0@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2LVALK@5<O 3@>7, 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. 5) .!.8420=A:89, .!.%05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE. 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. B>3>:   = 57.5  %05@48=>2 08;L !0D>28G @>4. 30.11.1958, A=A !" ,   70 2007-2008 33 C1;8:0F88: .. 60??C52, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:> .(. C;852, .. C;8520, ... >=>20;>2, .#. C46052, .!. 8420=A:89, .. 8E09;>20, .. 5B:>2, .. !<8@=>2, .. !B5?0=>2, ... !B5=L:8=, .!. %05@48=>2, >45@=870F8O CAB0=>2:8 >25@-2  / , 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 542-545.   = 8*0.1 = 0.8. .!. 8420=A:89, .!. %05@48=>2, ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1052-1055.   = 8/2 = 4. .!.8420=A:89, .!.%05@48=>2, ..'5@=O52, @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1056-1060.   = 8/3 = 2.667. .!. 8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062.   = 8/2 = 4.0. >:;04K: .!. 8420=A:89, .!. %05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5 (=01;N405<K5 MDD5:BK 8 8E 8=B5@?@5B0F8O), 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 18-21.   = 20/2*1.5 = 15.0. .!. 8420=A:89, .!. %05@48=>2, #A:>@5=85 8 35=5@0F8O 70@O65==KE G0AB8F M;5:B@8G5A:8< ?>;5< 3@>7>2KE >1;0:>2, 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 196-197.   = 20/2*1.5 = 15.0. A. S. Lidvansky and N. S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elemr LVAL entary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 20/2 = 10. .!.8420=A:89, .!.%05@48=>2, 0@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. .!.8420=A:89, .!.%05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE. 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. B>3>:   = 57.467 ": 0: A>2<5AB8B5;L >D>@<;5= =0 8=6. 4>;6=>ABL,   27OB> A 25A>< 1/2LVALMGM60??C52 0E8@ 0=8O;>28G, 05.05.1953, :.D.<.=., A=A ;01>@0B>@88 !" C1;8:0F88: 22.0 1) ...!B5=L:8=, .. 60??C52, %. $. 0;L45A- 0;8A8O,  59B@>=K 2 H8@>:8E 0B<>AD5@=KE ;82=OE , /45@=0O D878:0 B. 70, ! 6, 2007, AB@. 1123 1135. . 0.914*60/3 = 18.28 2) ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O , 72. , A5@.D87., 2007, B>< 71, ! 7, c.1075-1078. 8/6 = 1.33 3) ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 8/10 = 0.8 4) ...!B5=L:8=, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20  59B@>=K 2 ( , 72. , A5@8O D878G5A:0O, B>< 71, !4, A.558-561. 8/5 = 1.6 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 10.9 1) .. 60??C52, ..;5:A55=:>, .#. C46052 .!. 8420=A:89, ..8E09;>20, ..5B:>2, ...!B5=L:8=, ..!B5?0=>2, .. '5@=O52, .. &O1C:, "4@>=K A >30 M 2 A>AB025 (", 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (30-O ), !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_13. 4*1.5/10 = 0.6 2) .#. C46052, .. ;5:A55=:>, .. 60??C52, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52, "AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5  >25@-2  / ", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_14. 4*1.5/8 = 0.7 3) ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2,LVALN ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 4*1.5/10 = 0.6 4) ..;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,   @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_13. 4*1.5/10 = 0.6 5) ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52,   @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, PCR_07. 4*1.5/7 = 0.9 6) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*1.5/9 = 1.0 7) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, v. 1, p. 753. 6*1.5/9 = 1.0 8) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*1.5/5 = 1.8 9) .5<8=, ..0;018=, .60?LVALO?C52, .C46052, .8E09;>20,  -DD5:BK 3>@=>-4>;8==>9 F8@:C;OF88 2 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_21. 4*1.5/5 = 1.2 10) .. 0;018=, .2>7452A:89, .60??C52, .C46052, .8E09;>20,  538AB@0F8O :@0B=KE =59B@>=>2 =0 @07=KE H8@>B0E 8 0B<>AD5@=KE C@>2=OE , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_22. 4*1.5/5 = 1.2 11) D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Michailova, V.B.Petkov and Yu.V. Stenkin,  Study for hadronic component with hadron energy>50 GeV at  Carpet-2 EAS array , Proc. of the International Cosmic Ray Workshop  Aragats 2007 (Nor-Amberd, Armenia, 8-13 September 2007), Edited by B.Pattison and R.Martirosov, Yerevan Physics Institute, p.102, 2007. 6*1.5/7 = 1.3 >=D5@5=F88, =5 >?C1;8:>20=>: 5.2 1) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , ?;5=0@=K9. 6/8 = 0.75 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory , ?;5=0@=K9. 6/6 = 1 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 4) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. DzhappuDLVALTev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. Hadrons with Eh > 30 GeV . 6/8 = 0.75 5) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV . 6/8 = 0.75 6) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 7) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6/8 = 0.75   = 38.1LVALMGQ/=8= ;5:A59 $54>@>28G, 07.05.1950, :.D.-<.=., A=A ;01>@0B>@88 !" C1;8:0F88: 14.6 1) T.Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment", /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60/10 = 5.5 2) .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40", 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. 8/10 = 0.8 3) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.315*60/10= 7.9 4) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.2 1) -.. C3052, .. 5B:>2, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..0?>=5=:>, .(. C;852, .. 70?0@>20, .. !<8@=>2, .. !5@3552, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O 2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O z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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 3) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6   = 17.4LVALMGSC46052 ;5:A0=4@ #@CH15:>28G, 30.01.1952, =A ;01>@0B>@88 !" C1;8:0F88: 3.73 1) ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O , 72. , A5@.D87., 2007, B>< 71, ! 7, c.1075-1078. 8/6 = 1.33 2) ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 8/10 = 0.8 3) ...!B5=L:8=, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20  59B@>=K 2 ( , 72. , A5@8O D878G5A:0O, B>< 71, !4, A.558-561. 8/5 = 1.6 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 10.9 1) .. 60??C52, ..;5:A55=:>, .#. C46052 .!. 8420=A:89, ..8E09;>20, ..5B:>2, ...!B5=L:8=, ..!B5?0=>2, .. '5@=O52, .. &O1C:, "4@>=K A >30 M 2 A>AB025 (", 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (30-O ), !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_13. 4*1.5/10 = 0.6 2) .#. C46052, .. ;5:A55=:>, .. 60??C52, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52, "AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5  >25@-2  / ", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_14. 4*1.5/8 = 0.7 3) ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.LVALT@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 4*1.5/10 = 0.6 4) ..;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,   @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_13. 4*1.5/10 = 0.6 5) ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52,   @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, PCR_07. 4*1.5/7 = 0.9 6) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*1.5/9 = 1.0 7) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, v. 1, p. 753. 6*1.5/9 = 1.0 8) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*1.5/5 = 1.8 9) .5<8=, ..0;018=, .60??C52, .C46052, .8E09;>20,  -DD5:BK 3>@=>-4>;8==>9 F8@:C;OF88 2 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_21. 4*1.5/5 = 1.2 10) .. 0;018=, .LVALU2>7452A:89, .60??C52, .C46052, .8E09;>20,  538AB@0F8O :@0B=KE =59B@>=>2 =0 @07=KE H8@>B0E 8 0B<>AD5@=KE C@>2=OE , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_22. 4*1.5/5 = 1.2 11) D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Michailova, V.B.Petkov and Yu.V. Stenkin,  Study for hadronic component with hadron energy>50 GeV at  Carpet-2 EAS array , Proc. of the International Cosmic Ray Workshop  Aragats 2007 (Nor-Amberd, Armenia, 8-13 September 2007), Edited by B.Pattison and R.Martirosov, Yerevan Physics Institute, p.102, 2007. 6*1.5/7 = 1.3 >=D5@5=F88, =5 >?C1;8:>20=>: 5.2 1) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , ?;5=0@=K9. 6/8 = 0.75 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory , ?;5=0@=K9. 6/6 = 1 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 4) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. Hadrons with Eh > 30 GeV . LVAL 6/8 = 0.75 5) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV . 6/8 = 0.75 6) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 7) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6/8 = 0.75   = 19.8ZLVALj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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4   = 2LVALMGX>@@5:B8@>2:0 925  ;5:A55=:> 8:B>@ ;048<8@>28G, 27.12.1945, :.D.-<.=., A=A ;01>@0B>@88 !". C1;8:0F88: 2.1 1) ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20, ...!B5=L:8=,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O , 72. , A5@.D87., 2007, B>< 71, ! 7, c.1075-1078. 8*1.5*0.5 / 7 = 0.9. 2) ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", 725AB8O , A5@. $87., 2007, B. 71, ! 4, A.542 544. 8*1.5*0.5 / 10 = 0.6. 3) M. Aglietta, V.V. Alekseenko, et al., > 10 persons/  Evolution of the cosmic ray anisotropy above 1014 eV // submitted to Astrophysical Journal Letters; astro-ph: arXiv: 0901.2740. 4 / 10 = 0.4. >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 8.4 1) .. 60??C52, ..;5:A55=:>, .#. C46052 .!. 8420=A:89, ..8E09;>20, ..5B:>2, ...!B5=L:8=, ..!B5?0=>2, .. '5@=O52, .. &O1C:, "4@>=K A >30 M 2 A>AB025 (", 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (30-O ), !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_13. 4*1.5 / 10 = 0.6. 2) .#. C46052, .. ;5:A55=:>, .. 60??C52, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52, "AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5  >25@-2  / ", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_14. 4*1.5 / 8 = 0.7. 3) ... !B5=L:8=, .. ;5:A55=:>, ..>;G5=:>,..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@31 (2008), 4*1.5 / 10 = 0.6 4) ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, LVALY.(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 4*1.5 / 10 = 0.6. 5) ..;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,   @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_13. 4*1.5 / 10 = 0.6. 6) ..@><CH:8=, ..5B@CE8=, ...!B5=L:8=, ../H8=, ..;5:A55=:>,  538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8 , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_14. 4*1.5 / 5 = 1.2. 7) ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52,   @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, PCR_07. 4*1.5 / 7 = 0.9. 8) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*1.5 / 9 = 1.0. 9) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional AutonomaLVALZ de Mexico, Mexico City, Mexico, 2008, v. 1, p. 753. 6*1.5 / 9 = 1.0. 10) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*1.5 / 5 = 1.8. 11) P.L Ghia , V.Alekseenko / EAS-TOP: the cosmic ray anisotropy in the energy region E0 = 1014- 1015eV , report #1068, Proc.30th ICRC, Merida, Mexico, 2007. 6*1.5 / 10 = 0.9. >=D5@5=F88, =5 >?C1;8:>20=>: 15.9 1) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory , ?;5=0@=K9. 6 / 6 = 1. 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , ?;5=0@=K9. 6 / 8 = 0.75. 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6 / 10 = 0.6. 4) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6 / 8 = 0.75. 5) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. LVAL[Hadrons with Eh > 30 GeV . 6 / 8 = 0.75. 6) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV . 6/8 = 0.75. 7) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6 / 10 = 0.6. 8) A5@>AA89A:0O 0CG=0O >=D5@5=F8O @8@>4=K5 ?@>F5AAK, A59A<>B5:B>=8:0 8 A>2@5<5==K9 2C;:0=87< !525@=>3> 02:070. @8M;L1@CAL5,22-30, 0@B,2008. ..;5:A55=:>,  04>=-=59B@>==K5 ?@8;82=K5 2>;=K 2 5<=>9 :>@5 . 4. 9) 9-O 0:A0=A:0O >;>456=0O (:>;0 -:A?5@8<5=B0;L=>9 8 "5>@5B8G5A:>9 $878:8 ( -"$ 2008, ?>A. -;L1@CA, 19-24 >:BO1@O 2008. .. ;5:A55=:>. @83;0HQ==K9 4>:;04  04>= - =59B@>==K5 ?@8;82=K5 20@80F89 2 5<=>9 :>@5 . 20. @>3@0<<0 (-08 =0E>48BAO =0 A09B5: http://nevod.mephi.ru/bmsh_9_programm.htm 5@2K9 4>:;04 :064>9 A5AA88 - ?@83;0HQ==K9. >:;04 1K; A45;0= =0 4=52=>< 70A540=88 21 :BO1@O, 2009. @>4>;68B5;L=>ABL 4>:;040 = 30 <8=CB.   = 41.0.  ;5:A55=:> 8:B>@ ;048<8@>28G, 27.12.1945, :.D.-<.=., A=A ;01>@0B>@88 !". C1;8:0F88: 2.1 1) ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O , 72. , A5@.D87., 2007, B>< 71, ! 7, c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zhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*1.5/9 = 1.0 8) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, v. 1, p. 753. 6*1.5/9 = 1.0 9) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*1.5/5 = 1.8 >=D5@5=F88, =5 >?C1;8:>20=>: 15.9 1) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , ?;5=0@=K9. 6/8 = 0.75 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory , ?;5=0@=K9. 6/6 = 1 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6thLVAL, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 4) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. Hadrons with Eh > 30 GeV . 6/8 = 0.75 5) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV . 6/8 = 0.75 6) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 7) A5@>AA89A:0O 0CG=0O >=D5@5=F8O @8@>4=K5 ?@>F5AAK, A59A<>B5:B>=8:0 8 A>2@5<5==K9 2C;:0=87< !525@=>3> 02:070. @8M;L1@CAL5,22-30, 0@B,2008. ..;5:A55=:>,  04>=-=59B@>==K5 ?@8;82=K5 2>;=K 2 5<=>9 :>@5 . 4 8) 9-O 0:A0=A:0O >;>456=0O (:>;0 -:A?5@8<5=B0;L=>9 8 "5>@5B8G5A:>9 $878:8 ( -"$ 2008, ?>A. -;L1@CA, 19-24 >:BO1@O 2008. .. ;5:A55=:>,  538AB@0F8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K . 20/3 = 6.7 9) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array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etkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 5) .. >;G5=:>, .. >;G5=:>, .. >2>A5;LF520,  AA;54>20=85 2>7<>6=>AB59 <>45@=870F88 !" 2 @0<:0E ?@>3@0<<K @538AB@0F88 =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 , @5?@8=B /  !1207/2008. 4/3 = 1.3 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.8 1) -.. C3052, .. 5B:>2, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..0?>=5=:>, .(. C;852, .. 70?0@>20, .. !<8@=>2, .. !5@3552, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O 2KA>:>9 M=5@388 >B 8A?0@LVAL`ONI8EAO ?5@28G=KE G5@=KE 4K@", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GA_07. 4*1.5/10 = 0.6 2) ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 4*1.5/10 = 0.6 3) ..;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,   @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_13. 4*1.5/10 = 0.6 >=D5@5=F88, =5 >?C1;8:>20=>: 1.6 1) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 3) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knFLVALVee . 6/10 = 0.6   = 14.6LVALMGb>2>A5;LF520 8B0 8:B>@>2=0, 12.11.1957, =A ;01>@0B>@88 !" C1;8:0F88: 30.4 1) .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40", 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. 8/10 = 0.8 2) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation", arXiv:0802.0956v2 [hep-ph] 4/3 = 1.3 3) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation" J. Phys. G: Nucl. Part. Phys. (online version 22.12.2008) [http://stacks.iop.org/0954-3899/36/025009] 2.173*30/3 = 21.7 4) V. B. Petkov, J. Szabelski, D. V. Smirnov and R. V. Novoseltseva, "High energy muon number spectrum detected at the Baksan Underground Scintillation Telescope", Nuclear Physics B (Proc. Suppl.), Volume 175-176C, pp. 362-365, 2008.. 0.875*30/4 = 6.6 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.8 1) .. >340=>2, .. 0:0B0=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, ..5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, MN_04. 4*1.5/7 = 0.8 2) ..>2>A5;LF52, .5@5H:>2 8 .>2>A5;LF520,   ?>;=>< A5G5=88 N 8  2708<>459AB289 ?@8 2KA>:8E M=5@38OE "s = 10 % 1000 M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, HE_05. 4*1.5/3 = 2 >=D5@5=F88, =5 >?C1;8:>20=>: 4.4 1) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520" LVAL2 , .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon--hadron scaling violation", 6/3 = 2 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "On the total cross sections of N and  interactions at high energies "s = 10 - 1000 GeV", 6/3 = 2   = 37.6LVALMGd>;G5=:> 0;8=0 0A8;L52=0, 30.03.1952, =A ;01>@0B>@88 !" C1;8:0F88 : 11.2 1) .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40", 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. 8/10 = 0.8 2) ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 8/10 = 0.8 3) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.315*60/10= 7.9 4) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 3) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6   = 14LVALMGf;8E0=>2 1@038< ;8528G, 15.09.1979, <=A ;01>@0B>@88 !" C1;8:0F88: 100.3 1) I. Alikhanov,  Parton content of the real photon: astrophysical implications , Eur. Phys. J. C 56 (2008) 479. 3.209*30 = 96.3 2) I. Alikhanov,  Parton content of real photon: astrophysical implications , arXiv:0803.3707, 2008. 4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.6 1) ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 4*1.5/10 = 0.6 >=D5@5=F88, =5 >?C1;8:>20=>: 4.5 1) 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008. .. 5B:>2, .. ;8E0=>2, /. (015;LA:8,  @>AB@0=AB25==>5 @0A?@545;5=85 <N>=>2 A ?>@>3>2>9 M=5@3859 230 M 2 ( 2 >1;0AB8 87;><0 . 4/3 = 1.3 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski, V.B. Petkov, I.A. Alikhanov,  Lateral distribution function of high energy muons in EAS around the knee . 6/3 = 2 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 4) 21st European Cosmic Ray Symposium, Koaic LVAL e, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6   = 105.4*2 = 210.8LVALC@5=O ;5:A0=4@ 8:>;0528G, 14.01.1978, <=A ;01>@0B>@88 !" C1;8:0F88: 5.5 1) T.Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment", /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60/10 = 5.5 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.6 1) ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 4*1.5/10 = 0.6 >=D5@5=F88, =5 >?C1;8:>20=>: 1.2 1) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 2) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6   = 7.3LVALMGi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th International School "PARTICLES and COSMOLOGY", 2007. A.Kh. Khokonov, V.V. Kuzminov, M.M. M.M.Kochkarov, L.A. Khamukova,  Emission detector for Dark Matter search and pp-solar neutrino direct registration , ?;5=0@=K9. 6/4 = 1.5 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 3) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee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etkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.6 1) -.. C3052, .. 5B:>2, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..0?>=5=:>, .(. C;852, .. 70?0@>20, .. !<8@=>2, .. !5@3552, .. '5@=O52, .$./=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O 2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GA_07. 4*1.5/10 = 0.6 >=D5@5=F88, =5 >?C1;8:>20=>: 4 1) 7<5@5=85 C3;>2>3> @0A?@545;5=8O ( =0 CAB0=>2:5 =4K@G8  / . !5:F8>==K9 4>:;04 =0 8-9 0:A0=A:>9 >;>456=>9 (:>;5 -"$, 15 - 22 0?@5;O 2007, @8M;L@CAL5. 4   = 13.7*1.5 = 20.6LVALMGl70?0@>20 @8=0 09@0<>2=0, 27.04.1961, =A ;01>@0B>@88 !" C1;8:0F88: 14.6 1) T.Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment", /$, Vol. 70, No. 1, 2007, p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etkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 3) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6   = 17.4pLVAL1. @0G52 8E08; 20=>28G @>4. 13.06.1944 3., 02. B45;>< -:A?5@8<5=B0;L=>3> ><?;5:A0, :.D-<.=. >=D5@5=F88: Grachev M.I., Ponomareva E.V, Kravchuk L.V., , Gorbunov V.K., INR RAS, Moscow, Seleznev V.C. #, IHEP, Protvino,  Transportation of the proton beam at the Experimental complex of linear accelerator INR of the RAS , XXI-RUPAC, September-Oktober 2008,  =1.5*30/5=9 Grachev M.I. , Ponomareva E.V., Kravchuk L.V., Gorbunov V.K., Skorkin V.M., INR, Moscow, Zapolsky V.N. # IHEP, Protvino, Russia  System of preliminary formation of the beam for the channel of proton therapy , XXI-RUPAC, September-Oktober 2008,  = 1.5*30/6=7,5 M.Grachev, E.Konobeebski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov,V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev  Setup for study neutron-neutron final state interaction at neutron channel of Moscow Meson Factory ICANS-XYIII, April 2007, Dongguan, China.  =1.5*30/12=4.5 ..!04K:>2 8 4@. 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / , !-2008.  =1.5*20/10=3 @5?@8=B: ... O1>2, M.. @0G52, -.. >?B5;>2, .. $54G5=:> <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  @5?@8=B /,  =8/4=2 07@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89: C@A ;5:F89 ABC45=B0< 3 :C@A0 $" (1 A5<5AB@) @>E>645=85 70@O65==KE G0AB8F 8 :20=B>2 A25B0 G5@57 25I5AB2>, 2:;NG0NI89 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0  =30+8=38 8G=K9  = 9+7.5+4.5+3+2+38=64   @C:>2>48B5;O = 64*0.5+16.5*0.75=32+12.375=44.375~44.4 B>3>:  = 44.4LVAL ..;852, <=.A., 2 =0AB>OI55 2@5<O =0E>48BAO 2 4;8B5;L=>9 703@0=. :><0=48@>2:5, ?>MB><C 2 A>>B25BAB288 A @028;0<8 2KG8A;5=8O   53>   =5 AG8B0;AO3. >=><0@520 ;5=0 8:B>@>2=0 @>4.25.12.1960 3., =.A. -, >=D5@5=F88: Grachev M.I., Ponomareva E.V, Kravchuk L.V., , Gorbunov V.K., INR RAS, Moscow, Seleznev V.C. #, IHEP, Protvino,  Transportation of the proton beam at the Experimental complex of linear accelerator INR of the RAS , XXI-RUPAC, September-Oktober 2008,  =1.5*30/5=9 Grachev M.I. , Ponomareva E.V., Kravchuk L.V., Gorbunov V.K., Skorkin V.M., INR, Moscow, Zapolsky V.N. # IHEP, Protvino, Russia  System of preliminary formation of the beam for the channel of proton therapy , XXI-RUPAC, September-Oktober 2008,  = 1.5*30/6=7.5 B>3>:  = 9+7.5=16.52. >@1C=>2 ;048<8@ C7L<8G @>4. 27.12.51 3., =.A. - >=D5@5=F88: Grachev M.I., Ponomareva E.V, Kravchuk L.V., , Gorbunov V.K., INR RAS, Moscow, Seleznev V.C. #, IHEP, Protvino,  Transportation of the proton beam at the Experimental complex of linear accelerator INR of the RAS , XXI-RUPAC, September-Oktober 2008,  =1,5*30/5=9 Grachev M.I. , Ponomareva E.V., Kravchuk L.V., Gorbunov V.K., Skorkin V.M., INR, Moscow, Zapolsky V.N. # IHEP, Protvino, Russia  System of preliminary formation of the beam for the channel of proton therapy , XXI-RUPAC, September-Oktober 2008,  = 1,5*30/6=7.5 B>3>:  = 9+7.5=16.5LVALMGp%>BO=F520 ;5:A5O 8:>;0528G0 70 ?5@8>4 2007  20083.3. : 1. On the level of background in underground muon measurements with plastic scintillator counters. V.I. Volchenko et al. Oct 2008. 3pp. Temporary entry e-Print: arXiv:0810.2414 [physics.ins-det]  =4/10=0.4 2. New measurement of the K+ ---> pi+ nu anti-nu branching ratio. By E949 Collaboration (A.V. Artamonov et al.). BNL-81421-2008-JA, FERMILAB-PUB-08-301-CD-E, KEK-2008-25, TRIUMF-TRI-PP-08-04, TUHEP-EX-08-03, Aug 2008. 4pp. Published in Phys.Rev.Lett.101:191802,2008. e-Print: arXiv:0808.2459 [hep-ex]  =7.489*30/10=22.467 3. Measurement of single charged pion production in the charged-current interactions of neutrinos in a 1.3-GeV wide band beam. By K2K Collaboration (A. Rodriguez et al.). May 2008. 15pp. Published in Phys.Rev.D78:032003,2008. e-Print: arXiv:0805.0186 [hep-ex]  =4.852*30/10=14.556 4. Experimental study of the atmospheric neutrino backgrounds for p ---> e+ pi0 searches in water Cherenkov detectors. By K2K Collaboration (S. Mine et al.). Jan 2008. 13pp. Published in Phys.Rev.D77:032003,2008. e-Print: arXiv:0801.0182 [hep-ex]   = (4.852x 30)/10 = 14.556 5. Measurement of the K+ --> pi+ nu nu branching ratio. By The E949 Collaboration and E787 Collaboration (S. Adler et al.). BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, FERMILAB-PUB-08-065-CD-E, Sep 2007. 40pp. Temporary entry Published in Phys.Rev.D77:052003,2008. e-Print: arXiv:0709.1000 [hep-ex]   = (4.852x 30)/10 = 14.556 6. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp. Temporary entry e-Print: arXiv:0709.1000 [hep-ex]   = 4/10 = 0.4 7. Highly sensitive micropixel avalanche photodiodes for scintillation counters of the T2K neutrino experiment. Yu.V. Musienko et al. 2008. 7pp. Published in Instrum.Exp.Tech.51:101-107,2008.  =0.226*60/10=1.356NLVAL^ 8. Scintillator counters with multi-pixel avalanche photodiode readout for the ND280 detector of the T2K experiment. O. Mineev et al. Published in Nucl.Instrum.Meth.A577:540-551,2007. e-Print: physics/0606037   = (1.224x30)/10 = 3.672 9. >:;04  59B@8==K9 M:A?5@8<5=B A 4;8==>9 107>9 =0 A5:F88 O45@=>9 D878:8 $   $878:0 DC=40<5=B0;L=KE 2708<>459AB289 , @>B28=>, 22-25 45:01@O 2008 3.   = 4. 10. >645=85 >48=>G=KE D>B>=>2 2 nu N  2708<>459AB28OE. .. D@>A8=8=, ... C45=:>, .. %>BO=F52. /45@=0O D878:0, 2009, ">< 72, No 3, AB@. 1-6.  =(0.914x60)/3 = 18.28 11. >:;04 .V.Akhrameev, L.B.Bezrukov& ..Yu.Kudenko et al., Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber readout of plastic scintillator counters for the EMMA underground experiment, talk at International Conference  New Developments in Photon Detectors , June 15-20, 2008, Aix-les-Bains, France,  =6/10=0.6 B>3>   = 94.843LVALMGr%0181C;;8= 0@0B 0@A>28G (@>4. 29.07.1965) A=A $-! $-, :D<= !C<<0@=K9   (70 2007-2008 3.3.) = 76.463   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) O. Mineev, A. Afanasjev, G. Bondarenko,..., M. Khabibullin, et al. Scintillator counters with multi-pixel avalanche photodiode readout for the ND280 detector of the T2K experiment.//Nucl.Instrum.Meth. A, v.A577: p.540-551, 2007.  =1.224*30/10= 3.672 . 2) S. Adler, V.V. Anisimovsky, M. Aoki,& , M.M. Khabibullin,& et al. (E949 Collaboration). Measurement of the K+ --> pi+ nu nu branching ratio. Phys.Rev.D77:052003,2008. 40 pp. (arXiv:0709.1000 [hep-ex]).  =4.852*30/10=14.556. 3) A.V. Artamonov, B. Bassalleck, B. Bhuyan, & , M.M. Khabibullin,& et al. (E949 Collaboration). New measurement of the K+ ->pi+ nu nu branching ratio. Phys.Rev.Lett.101:191802,2008. 4pp. (arXiv:0808.2459 [hep-ex]).  =7.489*30/10=22.467. 4) A. Rodriguez, L. Whitehead, J. L. Alcaraz,& , M. Khabibullin,& et al. (The K2K Collaboration). Measurement of single charged pion production in the charged-current interactions of neutrinos in a 1.3 GeV wide band beam. Phys.Rev.D78:032003,2008. 15pp. (arXiv:0805.0186 [hep-ex]).  =4.852*30/10=14.556. 5) S. Mine, J. L. Alcaraz, S. Andringa,& , M. Khabibullin,& et al. (The K2K Collaboration). Experimental study of the atmospheric neutrino backgrounds for p! e+ pi0 searches in water Cherenkov detectors. Phys.Rev.D77:032003,2008. 13pp. (arXiv:0801.0182 [hep-ex]).  =4.852*30/10=14.556. 6) Yu. Kudenko_, E. Akhromeev, G. Bondarenko, ..., M. Khabibullin, et al. Study of MRS photodiodes for T2K experiment. @83;0H5==K9 4>:;04 =0 :>=D5@5=F88 International workshop on new photon-detectors PD07, June 27-29 2007, Kobe University, Kobe, Japan. ?C1;8:>20=>: Proceedings of Science PoS PD07:016,2007. 8pp.  =1.5*30/10=4.5 !"",  !!!% $  #+% # %: 7) .. . CA85=:>, . . E@0<552, . .. D0=0AL52, & , . . %0181C;;8=,& 8 4@. LVALKA>:>GC2AB28B5;L=K5 <8:@>?8:A5;L=K5 ;028==K5 D>B>48>4K 4;O AF8=B8;;OF8>==KE AG5BG8:>2 1;86=53> 45B5:B>@0 M:A?5@8<5=B0 "2. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2008. ! 51. !. 101-107.  =0.226*60/10=1.356. -" +   "+: 8) V. V. Anisimovsky, A.V. Artamonov, B. Bassalleck,..., M. Khabibullin, et al. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. //BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp.; e-Print: arXiv:0709.1000 [hep-ex].  =4/10= 0.400 . 9) V.I. Volchenko, G.V. Volchenko, E.V. Akhrameev, M. 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Measurement of single charged pion production in the charged-current interactions of neutrinos in a 1.3-GeV wide band beam. By K2K Collaboration (A. Rodriguez et al.). May 2008. Published in Phys.Rev.D78:032003, 2008.  =4.852*30/10=14.556 5. 4. Highly sensitive micropixel avalanche photodiodes for scintillation counters of the T2K neutrino experiment. (Yu.V. Musienko et al.) 2008. 7pp. Published in Instrum.Exp.Tech.51:101-107, 2008.  =0.226*60/10=1.356 6. 5. Experimental study of the atmospheric neutrino backgrounds for p ---> e+ pi0 searches in water Cherenkov detectors. By K2K Collaboration (S. Mine et al.). Jan 2008. 13pp. Published in Phys.Rev.D77:032003, 2008.  =4.852*30/10=14.556 7. 6. Measurement of the K+ --> pi+ nu nu branching ratio. By The E949 Collaboration and E787 Collaboration (S. Adler et al.). Published in Phys.Rev.D77:052003, 2008.  =4.852*30/10=14.556 . 7. 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C1A0=4>@6852, . . 0OF:89, . . %0181C;;8=, . . %>BO=F52, . ". (09E852  KA>:>GC2AB28B5;L=K5 <8:@>?8:A5;L=K5 ;028==K5 D>B>48>4K 4;O AF8=B8;;OF8>==KE AGQBG8:>2 =59B@8==>3> M:A?5@8<5=B0 T2K "- B. 51, N 1, /=20@L 2008 3.   =0.226*60/10=1.356 15) P. Adzic, & , Y.Musienko et al. Intercalibration of the barrel electromagnetic calorimeter of the CMS experiment at start-up. CERN-CMS-NOTE-2008-018, Aug 2008, 15 pp, published in JINST 3:P10007,2008.   =4/10=0.4 16) X. Aslanoglou, Y.Musienko et al., "Performance studies of the final prototype for the CASTOR forward calorimeter at the CMS experiment", CERN-CMS-NOTE-2008-022, Jan 2008.  LVALx =4/10=0.4 17) R. Adolphi, ..., Y.Musienko et al. "The CMS experiment at the CERN LHC", JINST 3:S08004, 2008.   =4/10=0.4 18) A. Adiguzel, ..., Yu. Musienko et al. "Production of quartz plates for CMS-CASTOR Experiment", CERN-CMS NOTE-2008/035, Nov 2008.   =4/10=0.4 19) P. Bohn, A. Clough, E. Hazen, A. Heering, J. Rohlf, J. Freeman, S. Los, E. Cascio, S. 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Musienko, S. Reucroft, J. Swain  Tests and performance of multipixel Geiger mode APD's and APD's for the CMS ECAL , International Workshop on new Photon-Detectors (PD07), Kobe, Japan, June 27-29, 2007. Published in PoS PD07:012,2007. (@83;0H5==K9 4>:;04).   =30/3*1.5=15 2) Yu.G. Kudenko, & , Yu.V. Musienko et al,  Study of MRS photodiodes for T2K experiment , International Workshop on new Photon-Detectors (PD07), Kobe, Japan, June 27-29, 2007. Published in PoS PD07:016, 2007.   =30/10*1.5=4.5 3) Yu. Musienko, D. Renker  G-APD radiation hardness , VI International Workshop on the Latest Developments of Photon Detectors, LIGHT 07, SeptemjLVALzber 26, 2007, Ringberg Castle, Germany (@83;0H5==K9 4>:;04).   =30/2=15 4) Yu. Musienko  Advances in multipixel Geiger-mode avalanche photodiodes (silicon photomultiplies) , Int.Conf. Instrumentation for Colliding Beam Physics, Novosibirsk, Feb.2008 (@83;0H5==K9 4>:;04).   =30 5) Yu. 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Alcaraz, E.Aliu,...,N.Yershov et al.). Jan 2008. 13pp. Phys.Rev.D77:032003, 2008.  =4.852*30/10=14.556 MEASUREMENT OF THE BRANCHING RATIO. By The E949 Collaboration and E787 Collaboration (S. Adler, V.V. Anisimovsky, M. Aoki,...,N.Yershov et al.). BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, FERMILAB-PUB-08-065-CD-E, Sep 2007. 40pp. Phys.Rev.D77:052003,2008. e-Print: arXiv:0709.1000 [hep-ex]  =4.852*30/10=14.556 SCINTILLATOR COUNTERS WITH MULTI-PIXEL AVALANCHE PHOTODIODE READOUT FOR THE ND280 DETECTOR OF THE T2K EXPERIMENT. O. Mineev, A. Afanasjev, G. Bondarenko,..., N.Yershov Nucl.Instrum.Meth.A577:540-551,2007. e-Print: physics/0606037  =1.224*30/10=3.672 MEASUREMENT OF THE BRANCHING RATIO. By The E949 Collaboration (V.V. An@ LVALP isimovsky et al.). 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Measurement of single charged pion production in the charged-current interactions of neutrinos in a 1.3-GeV wide band beam. By K2K Collaboration (A. Rodriguez et al.). Phys.Rev.D78:032003,2008.  =4.852*30/10=14.556 4. Experimental study of the atmospheric neutrino backgrounds for p ---> e+ pi0 searches in water Cherenkov detectors. By K2K Collaboration (S. Mine et al.). Phys.Rev.D77:032003,2008.   = (4.852x 30)/10 = 14.556 5. Measurement of the K+ --> pi+ nu nu branching ratio. By E949 Collaboration and E787 Collaboration (S. Adler et al.). Phys.Rev.D77:052003,2008.   = (4.852x 30)/10 = 14.556 6. .. D@>A8=8=, ... C45=:>, .. %>BO=F52 , >645=85 >48=>G=KE D>B>=>2 2 nu N  2708<>459AB28OE. /45@=0O D878:0, 2009, ">< 72, No 3, AB@. 1-6.  =(0.914x60/3) = 18.28 7. Highly sensitive micropixel avalanche photodiodes for scintillation counters of the T2K neutrino experiment. Yu.V. Musienko et al. 2008. Instrum.Exp.Tech.51:101-107,2008.  =0.226*60/10=1.356 -;5:B@>==K5 ?@5?@8=BK: 1. V. V. 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A.Minamino& .Yu.Kudenko, Development of Multipixel Photon Counter, for T2K experiment, Invited talk at Internationnal Conference IEEE, Dresden, Germany, 20-25 October 2008.  =30/10=3. 8. Yu.Kudenko, Status of the long baseline neutrino experiment T2K, Invited talk at QUARKS2008, Sergiev Posad, Russia,20-26 May 2008.  =20 9. Yu.Kudenko, Near neutrino detector for the long baseline experiment T2K. Invited talk at the Inernation conference INSTR08, Novosibirsk, Russia, 1-6 March 2008.  =30. 10. M.Yokoyama,& .Yu.Kudenko, Application of MPPC for T2K near detectors, Invited talk at International Conference  New Developments in Photon Detectors , JuneLVAL 15-20, 2008, Aix-les-Bains, France,  =30/10=3.0 11. .V.Akhrameev, L.B.Bezrukov& ..Yu.Kudenko et al., Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber readout of plastic scintillator counters for the EMMA underground experiment, talk at International Conference  New Developments in Photon Detectors , June 15-20, 2008, Aix-les-Bains, France,  =6/10=0.6 >=>3@0D8O (CG51=>5 ?>A>185): ...C45=:>. A=>2K M:A?5@8<5=B0;L=>9 D878:8 M;5<5=B0@=KE G0AB8F, 170 A., >A:20 2007, ISBN 978-5-94274-028-3. #G. 874. ;. = 12.3  =12.3*2=24.6 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0:  =8 C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: ..CA85=:>  2008 3.   = 30 C:>2>4AB2> 0A?8@0=B0<8: .7<09;>2, .(09E852 - 1-9 3>4 0A?8@0=BC@K  2008 3.  =30*2 = 60 C:>2>4AB2> ABC45=B0<8: .7<09;>2, .D0=0AL52, .(09E852 - 2-9 3>4 <038AB5@A:>9 @01>BK.  2007 3.  =10*3 = 30 .E@0<552, .K:>2  1-9 3>4 <038AB5@A:>9 @01>BK - 2007 3.  =10*2 = 20 .7<09;>2, .E@0<552, .(09E852 - 2-9 3>4 <038AB5@A:>9 @01>BK.  2008 3.  =10*3 = 30 !C<<0@=K9 8=48284C0;L=K9   = 453.143   @C:>2>48B5;O = 347.24LVALMG(59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. !B065@-8AA;54>20B5;L - A 1.06.20073.   70 2007-2008 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006.LVAL Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.AynutdLVALinov, et al.,  The prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3tLVALMGOHC: ;048<8@ 20=>28G 0=4840B D87.-<0B. =0C: !B0@H89 =0CG=K9 A>B@C4=8:, - 1)  The data acquisition system for the ANTARES neutrino telescope" Nuclear Instruments and Methods in Physics Research A 570 (2007) 107-116. (!B0BLO 2 @5D5@8@C5<>< 70@C156=>< 6C@=0;5) 1.224 x 30 / 10 (CG5B A>02B>@>2) = 3.672 2) V.I. Lyashuk, E.G. Novikov,  Acoustic phenomena caused by extensive air showers in Baikal . Bulletin of the Russian Academy of Sciences: Physics (725AB8O >AA89A:>9 0:045<88 =0C:. !5@8O D878G5A:0O), Vol.71, No.4 (2007) p.587-589. (B@C4K 29-9 2A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<; C 6C@=0;0 =5B 8=45:A0) 8 / 2 (CG;8 A>02B>@>2) x 1.5 - 4 / 2 (CG;8 A>02B>@>2) = 4; (:>=D5@5=F8O 1K;0 2 2006 3: ) 3) M.Ageron et al.,  The Antares optical beacon system". Nuclear Instruments and Methods in Physics Research A 578 (2007) 498-509. . (!B0BLO 2 @5D5@8@C5<>< 70@C156=>< 6C@=0;5) 1.224 x 30 / 10 (CG5B A>02B>@>2) = 3.672 4) Vladimir Lyashuk,  Investigation of acoustic phenomena from extensive atmospheric showers . Journal of Physics: Conference series., 81:012014, 2007. (B@C4K <564C=0@>4=>9 :>=D5@5=F88 ARENA-2006) 8 / 1 (>48= 02B>@) x 1.5 - 6 (2KG;8 6 10;;>2 70 4>:;04) = 6 5) M.Ageron et al.,  Studies of a full scale mechanical prototype". Nuclear Instruments and Methods in Physics Research, A 581(2007) 695-708. . (!B0BLO 2 @5D5@8@C5<>< 70@C156=>< 6C@=0;5) 1.224 x 30 / 10 (CG5B A>02B>@>2) = 3.672 6) ..!.NB>AB0=A:89, ..OHC: ">7<>6=K5 8AB>G=8:8 =59B@>=>2 4;O =59B@8==>9 D01@8:8 (17>@). @5?@8=B "-$ 12-07, . 2007 (@5?@8=B, 1C<06=K9) 4 / 2 (CG5B A>02B>@>2) = 2 7) Dmitry Chernov, Vladimir Lyashuk, Evgeniy Novikov  The proposed experiment for search of acoustic phenomena from extensive atmospheric showers in Baikal . >:;04 =0 <564C=0@>4=KE :>=D5@5=F88 ARENA-2008 6 / 3 (CG5B A>02B>@>2) = 2 ______________________________________________________________________ ":   70 2007-20083.3. = 25.016LVALMG#" ;048<8@ 0@0B>28G. >4. 21.01.1960. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2007-20083.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (PrLVALoc. Suppl.) 168 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The LVALprototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3 C:>2>4AB2> 48?;><=8:0<8 - >48= 48?;><=8: 2 20073.8 2 20083. #( 5=8A ;5:A0=4@>28G. !BC45=B $", 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2008 3>4C, 5 :C@A $"   = 10*2 = 20 C:>2>4AB2> 0A?8@0=B><  >48= 0A?8@0=B 2 2007 8 20083.3. ((59D;5@ ;5:ALVAL59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. !B065@-8AA;54>20B5;L - A 14.05.20073.)   = 60 !C<<0@=>5   = 51.3 + 60 + 20= 131.3LVALMG ;53 8:>;0528G. 29.04.1966. 0=4. D87.-<0B. =0C:. 0CG=K9 A>B@C4=8: -.   70 2007  2008 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 LVAL(2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prototype string6LVALF for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3LVALMG& @83>@89 ;048<8@>28G, @>4. 15.01.19413. >:B>@ D87.-<0B. =0C:. 0254CNI89 ;01>@0B>@859 -.   70 2007-2008 3.3. C1;8:0F88: 1. .. ><>30F:89, ..>?59:8=, .. 8:0M;O=, .. !8=52,  2>7<>6=>AB8 87CG5=8O =0 0:A0=5 =59B@8=> >B A25@E=>2>9, /45@=0O D878:0, B. 70, ! 6, A. 1116, 2007.  =0.914*60:4=13.71 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 30.99 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.8LVAL0, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:LVAL;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   (AB0BL8+4>:;04K)= 34.0 + 31.0 = 65.0   @C:>2>48B5;O ;01>@0B>@88 = 0.5*65.0 + 0.75* 6LVAL1.6 = 78.7LVALMG ( ;5:A0=4@ ;5:A0=4@>28G, @>4. 23.02.1962, =0CG=K9 A>B@C4=8:, -,   70 2007-2008 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007)LVAL, p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prototype string for tBLVALRhe km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3LVALMG# ;048<8@ ;5:A0=4@>28G. >4.8.04.19513. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   2007-20083.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (ProcLVAL. Suppl.) 168 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prLVAL*ototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3LVALMG# @:0489 8E09;>28G. >4. 02.02.19313. 0=4. B5E=. =0C:. 0CG=K9 A>B@C4=8: -.   70 2007-20083.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 1LVAL68 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prototype str0LVAL@ing for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3LVALMG68;:81052 0=-@KA 038A>28G. >4. 12.09.19513. >:B>@ D87-<0B.=0C:. 54CI89 =0CG=K9 A>B@C4=8: -,   70 2007-2008 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (LVALProc. Suppl.) 168 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  ThLVALe prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3 C:>2>4AB2> A>8A:0B5;5< 2 2007 8 2008 3.3. ((091>=>2 08@ ;5:A0=4@>28G. >4. 24.02.19803. :>=G8; 0A?8@0=BC@C /  5.05.20063. 0G8A;5= 2 ;01>@0B>@8N - =0 4>;6=>ABL <;04H53> =0CG=>3> A>B@C4=8:0 3 8N;O 20063.)   = 30 * 2 = 60 !C<<0@=>5 7=0G5=LVAL85   = 51.3 + 60 = 111.3LVALMG,' 3>@L ;5:A5528G. >4. 11.01.19413. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2007-20083.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B LVAL(Proc. Suppl.) 168 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  TLVAL he prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3dLVALt!8=52 0;5@89 8B0;L528G, 10/12/1957, :.D.-<.=., 8.>. A.=.A. ;01 - A 27.01.2009 3>40. 1. .. ><>30F:89, ..>?59:8=, .. 8:0M;O=, .. !8=52,  2>7<>6=>AB8 87CG5=8O =0 0:A0=5 =59B@8=> >B A25@E=>2>9, /45@=0O D878:0, B. 70, ! 6, A. 1116, 2007. 0.914E60/4=13.71 2. ..>?59:8=, .. 8B28=>28G, .. 0GC;8=, .. 8:0M;O=, .. !015;L=8:>2, .. !8=52, .. !:>@>E20B>2, !.. !CE>B8=, ..-B5=:>, @>5:B (>>7-2 ?>8A: C3;0 A<5H820=8O =59B@8=>, @5?@8=B --6487/2, 2007. 4/9=0.44 3. ..>?59:8=, .. 0:55=:>2, .. 8:0M;O=, .. C@0E>2, .. !8=52, .. '5@=>2, .. (<5;L:>2, 7<5@5=85 >B=>H5=8O A?5:B@>2 15B0-G0AB8F A<5A59 ?@>4C:B>2 45;5=8O C@0=0-235 8 ?;CB>=8O-239 B5?;>2K<8 =59B@>=0<8, @5?@8=B --6520/2, 2008. 4/7=0..57 4. G. V. Domogatsky, V. I. Kopeikin, L. A. Mikaelyan, V.V. Sinev, On Possibilities of Studying of Supernova Neutrinos at BAKSAN, arXiv:0705.1893, 2007. 4/4=1 B>3>:   70 2007-20083.3. A>AB02;O5B 15.72M'-RM H C > 9 4 /*|%w rmhc )ܑBBt@?6MGHHHH<߿Mff0Bt@? @HHHH<߿UR8)Ct@?~ @HHHH<߿Y =Ct@?MGHHHH<߿M =Ct@? @HHHH<߿u-Ct@?%MGHHHH<߿=ʗCt@?&MGHHHH<߿Bt@?R@HHHH<߿ LjCt@?L @HHHH<߿'qDt@?L4MGHHHH<߿] >\Ct@?&@HHHH<߿At@?J@HHHH<߿)GqAt@?^@HHHH<߿GqAt@?P@HHHH<߿{[Ct@? @HHHH<߿^B[Ct@?6 @HHHH<߿}33At@?MGHHHH<߿33At@?(MGHHHH<߿0 ?t@?F@HHHH<߿g0At@?F@HHHH<߿33Bt@?NMGHHHH<߿t@?`@HHHH<߿Z33sAt@?@HHHH<߿s0At@?:@HHHH<߿K0At@?V@HHHH<߿C33sAt@?@HHHH<߿^ t@?R@HHHH<߿=̞Bt@?&MGHHHH<߿H33Cf?CQt@?6MGHHHH<߿* 33At@?@HHHH<߿O,Bt@?$ @HHHH<߿ At@?R@HHHH<߿33At@?MGHHHH<߿Ct@?MGHHHH<߿#xCt@?MGHHHH<߿T @t@?@HHHH<߿At@?@HHHH<߿OmBt@?@HHHH<߿N \HCt@?b MGHHHH<߿?Bt@?MGHHHH<߿|33%Bt@?F@HHHH<߿33MBt@?t-MGHHHH<߿T L@t@?MGHHHH<߿w33MBt@?x-MGHHHH<߿{ {At@?@HHHH<߿LVALMG(' =4@59 5B@>28G. 16.05.1962 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2007-20083.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007),LVAL p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prototype string for thDLVALTe km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3LVALMG#( 5=8A ;5:A0=4@>28G. 03.01.19873. 01>@0=B (A 2KAH8< >1@07>20=85<) ;01>@0B>@88 -.   70 2007-20083.3. >:;04K: 1) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 2) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 3) V.Aynutdinov, et al.,  The prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 4) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 5) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 7) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 8) .9=CB48=>2 8 4 LVAL @.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 9) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 3.2LVALMG$ =4@59 20=>28G. 28.11.56 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2007-20083.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), pLVAL. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prototype string for the HLVALXkm3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3LVAL/=>28G 235=89 ;5:A0=4@>28G, 21.10.1949, =A -,   70 2007-2008 33 1. . . 0@010=>2, .. 0=8;>2, ... &820475, ..!. @K;>2, .. 57@C:>2, >@=>CE>2 .., >28:>20 ./, /=>28G ., . 0BB04>@8, .8 0:@8,  -:AB@0:F8>==K9 <5B>4 2 ?@>F5AA0E 873>B>2;5=8O 8=489A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=KE =59B@8=> (4;O M:A?5@8<5=B0 LENS - A?5:B@>A:>?8O =87:>M=5@35B8G5A:8E =59B@8=>) , 048>E8<8O, 50 (2008) 236-242  =0,537*60/8=4,0 2. 0@010=>2 . , 57@C:>2 ., 0=8;>2 ., 8 0:@8 , 0BB04>@8 , >AB8:>20 ., @K;>2 ..!, 5AB5@>20 ., >28:>20 ./, &820475 .., /=>28G .,  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O =87:>M=5@35B8G5A:8E 0=B8=59B@8=>. 1.AA;54>20=85 M:AB@0:F88 304>;8=8O :0@1>=>2K<8 :8A;>B0<8" , " 048>E8<8O", B. 49, 2K? 3 (2007)  =0,537*60/9=3,6 3. E Yanovich., (RENO !ollaboration)  Progress Report On RENO (2007) 125-127,  =1,472*30/10=4,4 4. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. L. Loannucci, E.A. Yanovich, A.S. Malgin  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection @8=OB> : ?5G0B8, European Physical Journal C (EPJC-08-03-019.R1)   3,2E30/6=16,1 5. E Yanovich., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS, Nucl. Phys. Proc. Suppl., 168 (2007) 122-124.  =1,472*30/10=4,4 6. E Yanovich, (GERDA Collaboration)  GERDA. Germanium Detector Array. Search for Neutrino-less  Decay of 76Ge , Nuclear Physics B 68, 2007, 67-69  =1,472*30/10=4,4 7. E Yanovich (Double Chooz collaboration)  Neutrino Oscillations with Reactor Neutrinos Nuclear Physics B 168, 2007, 90-95  =1,472*30/10=4,4 B>3>: 41.3LVALMG0@010=>2 3>@L ><0=>28G, 26.11.1939, A=A -,   70 2007-2008 33 1. . . 0@010=>2, .. 0=8;>2, ... &820475, ..!. @K;>2, .. 57@C:>2, >@=>CE>2 .., >28:>20 ./, /=>28G ., . 0BB04>@8, .8 0:@8,  -:AB@0:F8>==K9 <5B>4 2 ?@>F5AA0E 873>B>2;5=8O 8=489A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=KE =59B@8=> (4;O M:A?5@8<5=B0 LENS - A?5:B@>A:>?8O =87:>M=5@35B8G5A:8E =59B@8=>) , 048>E8<8O, 50 (2008) 236-242  =0,537*60/8=4,0 2. 0@010=>2 . , 57@C:>2 ., 0=8;>2 ., 8 0:@8 , 0BB04>@8 , >AB8:>20 ., @K;>2 ..!, 5AB5@>20 ., >28:>20 ./, &820475 .., /=>28G .,  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O =87:>M=5@35B8G5A:8E 0=B8=59B@8=>. 1.AA;54>20=85 M:AB@0:F88 304>;8=8O :0@1>=>2K<8 :8A;>B0<8" , " 048>E8<8O", B. 49, 2K? 3 (2007)  =0,537*60/9=3,6 3. Barabanov, (GERDA Coll)  GERDA. Germanium Detector Array. Search for Neutrino-less  Decay of 76Ge Nuclear Physics B 68, 2007, 67-69  =1,472*30/10=4,416 4. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. L. Loannucci, E.A. Yanovich, A.S. Malgin  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection @8=OB> : ?5G0B8, European Physical Journal C (EPJC-08-03-019.R1)   3,2E30/6=16,1 5. 0@010=>2 . ., (RENO collaboration) Nuclear Physics B - Proceedings Supplements  Progress Report On RENO (2007) 125-127  =1,472*30/10=4,416 6. I. Barabanov (Double Chooz collaboration)  Neutrino Oscillations with Reactor Neutrinos Nuclear Physics B Volume 168, 2007, 90-95  =1,472*30/10=4,416 7. . . 0@010=>2, .. 5@5A=8:>20, ..C1A0=4>@6852, ..>;5IC:, ...(091>=>2, .-.OBG8=, "AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>04 "-, 2009, ! 1,. 41 45  =0,361*60/6=3,61 8. 0@010=>2 . ., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS, Nucl. Phys. Proc. SuppLVALl., 168 (2007) 122-124,  =1,472*30/10=4,416 @C:>2>4AB2> 0A?8@0=B>< 2007-2008,  =30 @C:>2>4AB2> 48?;><=8:>< 2007,  =10 B>3> 85LVALMGC: OG5A;02 =0B>;L528G @>4.31.12.1980, <=A $-,   70 2007-2008 33=200.96. C1;8:0F88: O.G.Tchikilev,& , V.A.Duk et al //  Observation of the radiative kaon decay K- ---> mu- pi0 gamma nu // Phys.Atom.Nucl.70:32-38,2007,  =0.914*60/10=5.48 V.N.Bolotov, V.A.Duk et al //  Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup // Phys.Atom.Nucl.70:734-740,2007,  =0.914*60/10=5.48. R.Adolphi et al // 2008. 361pp. The CMS experiment at the CERN LHC// JINST 3:S08004,2008,  =8/10=0.8 V.N.Bolotov, V.A. Duk.Pion program for the future rare decay experiments. /45@=0O D878:0 72 !1 2009, 69-82.  =0.914*60/10=5.48. @5?@8=BK: .. ><0=>2A:89,& , ..C:,& // 7<5@5=85 >B=>A8B5;L=>9 25@>OB=>AB8 @0A?040 K- --> e nu pi0 (gamma) //@5?@8=B $- 2007-5,  =4 ..@8B28G,& , ..C:,& //  2>7<>6=>AB8 A>740=8O M:A?5@8<5=B0;L=>9 CAB0=>2:8 4;O ?>8A:0 8 8AA;54>20=8O @0A?040 =0 CA:>@8B5;5 #-70 $- - -! " KLOD )//@5?@8=B $- 2007-8,  =4 ..'8:8;52, ... , ..C:, ...// 7<5@5=85 8=B5@D5@5=F8>==>3> G;5=0 INT 2 @0480F8>==>< @0A?045 :0>=0 K  : mu nu gamma // @5?@8=B $- 2008-27,  =4 !..:8<5=:>, ... , ..C:, ...// AA;54>20=85 ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8  // @5?@8=B $- 2008-28,  =4 >:;04K: V.A.Duk /  Study of Radiative Decay !mu nu gamma at ISTRA+ Setup //QUARKS-2006, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88 2 20073;  =2 V.A.Duk /  Recent Results from ISTRA+ experiment //ICHEP-2006, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88 2 20073;  =2 V.A.Duk /  CKM Unitarity and Kaon Decays //BAKSAN-2007,  =4 V.A.Duk /  Study of Radiative Decay !mu nu gamma at ISTRA+ Setup //KAON-2007,  =6 .. '8:8;52, .. C: //  -:A?5@8<5=B0;L=>5 8AA;54>20=85 @0A?040 K -> mu nu gamma =0 CAB0=>2:5 !" +  // 0CG=0O A5AA8O $  2007,  =4*1.5*/2=3 C:>2>4AB2> 48?;><=8:><: %C4O:>2 .., <038AB@ 1-3> 8 2-3> 3>40 >1CG5=8O  =10*2=20 C:>2>4AB2> 0A?8@0=B><: %C4O:>2 .., 0A?8@0=B /  1-3> 3>40 >1CG5=8O  =30*1=30 @><56CB>G=KLVAL9 8B>3: 100.48. >2KH0NI89 D0:B>@, :0: <>;>4><C A>B@C4=8:C:  E2 B>3>:  =200.06  C: OG5A;02 =0B>;L528G @>4.31.12.1980, <=A $-,   70 2007-2008 33 C1;8:0F88: O.G.Tchikilev,& , V.A.Duk et al //  Observation of the radiative kaon decay K- ---> mu- pi0 gamma nu // Phys.Atom.Nucl.70:32-38,2007,  =0.914*60/10=5.48 V.N.Bolotov, V.A.Duk et al //  Study of K- ---> pi0 e- anti-nu gamma decay with ISTRA+ setup // Phys.Atom.Nucl.70:734-740,2007,  =0.914*60/10=5.48 R.Adolphi et al // 2008. 361pp. The CMS experiment at the CERN LHC// JINST 3:S08004,2008,  =8/10=0.8 @5?@8=BK: .. ><0=>2A:89,& , ..C:,& // 7<5@5=85 >B=>A8B5;L=>9 25@>OB=>AB8 @0A?040 K- --> e nu pi0 (gamma) //@5?@8=B $- 2007-5,  =4 ..@8B28G,& , ..C:,& //  2>7<>6=>AB8 A>740=8O M:A?5@8<5=B0;L=>9 CAB0=>2:8 4;O ?>8A:0 8 8AA;54>20=8O @0A?040 =0 CA:>@8B5;5 #-70 $- - -! " KLOD )//@5?@8=B $- 2007-8,  =4 ..'8:8;52, & , ..C:, & // 7<5@5=85 8=B5@D5@5=F8>==>3> G;5=0 INT 2 @0480F8>==>< @0A?045 :0>=0 K  : mu nu gamma // @5?@8=B $- 2008-27,  =4 !..:8<5=:>, & , ..C:, & // AA;54>20=85 ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8  // @5?@8=B $- 2008-28,  =4 >:;04K: V.A.Duk /  Study of Radiative Decay !mu nu gamma at ISTRA+ Setup //QUARKS-2006, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88 2 20073;  =2 V.A.Duk /  Recent Results from ISTRA+ experiment //ICHEP-2006, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88 2 20073;  =2 V.A.Duk /  CKM Unitarity and Kaon Decays //BAKSAN-2007,  =4 V.A.Duk /  Study of Radiative Decay !mu nu gamma at ISTRA+ Setup //KAON-2007,  =6 .. '8:8;52, .. C: //  -:A?5@8<5=B0;L=>5 8AA;54>20=85 @0A?040 K -> mu nu gamma =0 CAB0=>2:5 !" +  // 0CG=0O A5AA8O $  2007,  =4*1.5*/2=3 C:>2>4AB2> 48?;><=8:><: %C4O:>2 .., <038AB@ 1-3> 8 2-3> 3>40 >1CG5=8O  =10*2=20 C:>2>4AB2> 0A?8@0=B><: %C4O:>2 .., 0A?8@0=B /  1-3> 3>40 >1CG5=8O  =30*1=30 @><56CB>G=K9 8B>3: 95ZLVALj >2KH0NI89 D0:B>@, :0: <>;>4><C A>B@C4=8:C:  E2 B>3>:  =190~LVAL $C<8@=>2 ;5:A59 5>=84>28G @>4. 2.3.1978 <;. =0CG. A>B@.   70 2007-2008 33. C1;8:0F88: V. Berezin, A. Smirnov Gravitation and Cosmology No. 1 (49) March 2007 pp. 43-45,  =4 B>3>:  =45@578= 8:B>@ ;5:A0=4@>28G, 13.03.1946, AB. =0CG. A>B@., "$   70 2007-2008 33. C1;8:0F88: V. Berezin, A. Smirnov Gravitation and Cosmology No. 1 (49) March 2007 pp. 43-45,  =4 V. Berezin Quantum Black Holes. Black Hole Temperature without a Black Hole http://arxiv.org/pdf/0812.4515,  =4 >:;04K: 1. 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C3052, "!2>9AB20 E833A>2A:>9 G0AB8FK 2 <>45;8 A >1J548=5==K<8 ?>:>;5=8O<8 D5@<8>=>2" "/45@=0O $878:0" 70, 898-904, 2007,   = 0.914*60/2=27.42. ) !5<8=0@A:85 70=OB8O ?> A?5F:C@A0< "0;81@>2>G=K5 ?>;O", ">A<>;>38O" 0 D878G5A:>< D0:C;LB5B5 #, 2 A5<5AB@0,   = 8*2*2=32. )   = 59.42.LVALMG0;0H52 ;53 235=L528G 40B0 @>64. 4 O=2 1976, :0=4840B D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8:, >B45; B5>@5B8G5A:>9 D878:8 0AG5B   70 2007-200833: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: GZK photons as ultra high energy cosmic rays. Graciela Gelmini, Oleg Kalashev, Dmitry V. Semikoz J.Exp.Theor.Phys.106:1061-1082,2008.  =1.099*60/3=21.98 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Global anisotropy of arrival directions of ultrahigh-energy cosmic rays: capabilities of space-based detectors. O.E. Kalashev, B.A. Khrenov, P. Klimov, S. Sharakin, Sergey V. 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Kalashev The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES, INR, Moscow  =6 Constraints on secondary 10-100 EeV gamma ray flux in the minimal bottom-up model of Ultra High Energy Cosmic Rays (AB5=4>2K9) O.Kalashev, G.Gelmini, D.Semikoz 30th International Cosmic Ray Conference, Merida, Mexico, July 2007  =6 * 1.5 / 3 = 3 B>3> AC<<0@=K9  =21.98+40.434+40.434+67.39+40.47+12.141+12.141+2+1.333+1.333+6+3=248.656LVALMG810=>2 0:A8< 0;5=B8=>28G @>4. 09.04.1971, A=A "$,   70 2007-200833 C1;8:0F88: 1) .. 810=>2, -../. C3052, "!2>9AB20 E833A>2A:>9 G0AB8FK 2 <>45;8 A >1J548=5==K<8 ?>:>;5=8O<8 D5@<8>=>2" /$ 70, 898-904, 2007,   = 0.914*60/2=27.42; 2) M.Libanov, V.Rubakov, E.Papantonopoulos, M.Sami and S.Tsujikawa, "UV stable, Lorentz-violating dark energy with transient phantom era," JCAP {\bf 0708} (2007) 010   = 6.739*30/5=40.434 3) P.~Koroteev and M.~Libanov, "On Existence of Self-Tuning Solutions in Static Braneworlds without Singularities," JHEP {\bf 0802}, 104 (2008)   = 5.944*30/2=89.16 4) 810=>2~.~., C10:>2~.~., !068=0~.~!. 8 !068=~.~. "=87>B@>?8O @5;8:B>2>3> 87;CG5=8O, 8=4CF8@>20==0O B0E8>==K<8 D;C:BC0F8O<8 BQ<=>9 M=5@388." -"$ 135 (2009) 253.   = 1.099*60/4=16.485 5) -;5:B@>==K9 ?@5?@8=B M.Libanov, V.Rubakov, E.Papantonopoulos, M.Sami and S.Tsujikawa, "UV stable, Lorentz-violating dark energy with transient phantom era," arXiv:0704.1848 [hep-th]   = 4/5=0.8 6) -;5:B@>==K5 ?@5?@8=BK P.~Koroteev and M.~Libanov, "On Existence of Self-Tuning Solutions in Static Braneworlds without Singularities," a) arXiv:0712.1136 [hep-th]. b) ITEP-TH-60-07 c) ULB-TH-07-34   = (4*3)/2=6 7) -;5:B@>==K5 ?@5?@8=BK M.~V.~Libanov, V.~A.~Rubakov, O.~S.~Sazhina and M.~V.~Sazhin. 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(18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 "  = 110A8;5=:> 20= ;5:A0=4@>28G, @>4.20.09.1980 3., <.=.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59   = 080=>2A:89 !B0=8A;02 ;048<8@>28G, 30.09.1941, 0A?8@0=B . -,   70 2007-2008 33 1. !.. 80=>2A:89  >45;8@>20=85 ?>402;5=8O 2=5H=53> D>=0 2 M:A?5@8<5=B5 ?> ?>8A:C 42>9=>3> 157=59B@8==>3> 15B5-@0A?04 @5?@8=B /  1179/2007  =4 2. S.V. Kianovsky, (GERDA Collaboration)  GERDA. Germanium Detector Array. Search for Neutrino-less  Decay of 76Ge , Nuclear Physics B 68, 2007, 67-69  =1,472*30/10=4,4 3. 3. ) I. Barabanov, L.Bezrukov, V.Gurentsov, E. 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Search for Neutrino-less  Decay of 76Ge Nuclear Physics B, Volume 168, 2007, 67-69  =1,472*30/10=4,416 3. V. I. Gurentsov., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS , Nuclear Physics B. 168 (2007) 122-124,  =1,472*30/10=4,416 @C:>2>4AB2> 0A?8@0=B>< 2007-2008,  =30 B>3> 43  C@5=F>2 0;5@89 @>4. 30.09.1941 :D<= =A   = 42.8 0CG=>5 =0?@02;5=85 - D878:0 =59B@8=> "@C4K :>=D5@5=F89: 1. V.I. Gurentsov , (GERDA Coll)  GERDA. Germanium Detector Array. Search for Neutrino-less  Decay of 76Ge Nuclear Physics B, 168, 67-69, 2007.  =1,472*30/10=4,416 2. V. I. Gurentsov., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS , Nuclear Physics B. 168 (2007) 122-124,  =1,472*30/10=4,416 @5?@8=BK (2 B>< G8A;5 M;5:B@>==K5) 3. V.I. Gurentsov  The planning of the experiment and the training of the computer program @5?@8=B /  1170/2007  =4 C:>2>4AB2> 0A?8@0=B>< 2007-2008,  =30LVALMG02@8= ;048<8@ 8:>;0528G @>4. 15.04.1941, 4.D.<.=., 70254CNI89 ;01>@0B>@859 -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P. Veretenkin, et al. (9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry//Solid-State Electronics, v. 51, Issue 7 (2007) 1039-1046  =1.247*30/9 = 4.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, .. 0;8E>2, .. 8@<>2,.. (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 .. 14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . . 8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2),?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. . (9 02B>@>2) Development of a Segmented Fast Neutron Spectrometer//Physics of Atomic Nuclei (2007), v.70, No.1, 133-139  =0.914*60/9 = 6.1 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2//?@5?@8=B / 1186 (2007) 16 AB@.   = 4/9=0.4 ?@5?@8=BK M;5:B@>==K5: V.N.Gavrin and B.T. Cleveland, Radiochemical solar neutrino experiments, http://www.arXiv.org/abs/nucl-ex/0703012 (2007).   = 4/2=2 Yu.M. Gavriljuk, V.N. Gavrin, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich (7 02B>@>2), Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content. Nov. 2007. 4pp. e-Print:LVAL arXiv:0711.2637 [nucl-ex]   = 4/7=0.6 Yu.M. Gavriljuk, V.N. Gavrin, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich (Baksan Neutrino Observ. & Kharkov Natl. U.) (7 02B>@>2), Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber. Nov. 2007. 6pp. e-Print: arXiv:0711.2614 [physics.ins-det]   = 4/7=0.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, Radiohemical solar neutrino experiments, invited talk at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007//Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 3-12   = 30*1.5=45 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. (8 02B>@>2), Segmented high resolution fast neutron spectrometer: present status, response function,oral report at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007//Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 253-270  =6/8*1.5= 1.1 Yu.M. Gavriljuk, V.N. Gavrin, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich (7 02B>@>2), Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content, oral report at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007//Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.RuLVALbakov, Moscow: 2008-02-10, 211-217  =6/7*1.5= 1.3 Yu.M. Gavriljuk, V.N. Gavrin, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich (Baksan Neutrino Observ. & Kharkov Natl. U.) ( 7 02B>@>2), Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber, oral report at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007//Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 218-227  =6/7*1.5= 1.3 V.N.Gavrin, SAGE: status and future/invited talk at TAUP 2007, September 11-15, 2007, Sendai, Japan// Journal of Physics: Conference Series 120 (2008) 052012   = 30*1.5=45 V.N.Gavrin, Solar Neutrino Experiments, invited talk at the 13th Lomonosov Conference on Elementary Particle Physics, 23 - 29 August, 2007, Moscow, Russia (?;5=0@=K9)   = 30 V.N.Gavrin, ?@83;0H5==K9 4>:;04 =0 M564C=0@>4=>9 :>=D5@5=F88 @>1;5<K D878:8 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:8 (: 90-;5B8N 0:045<8:0 .". 0F5?8=0), 28 <0O 2007   = 30 V.N.Gavrin, V.A. Matveev, At the crossroads of nuclear physics and astrophysics, invited talk at the Intern.Symposium  Trends in Nuclear Physics Research , Dubna, May 21-25, 2008,   = 30/2=15 V.N.Gavrin, Contribution of Ga experiments for understanding the Sun physics in light of the latest results of SAGE, invited talk at the Intern. Workshop  The Physics of the Sun and the Solar Neutrinos: an Update , 16-17 October 2008, LNGS, Assergi, Italy   = 30 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Veretenkin I.E., Yants V.E., Nico J.S., Thompson A.K. (8 02B>@>2),  The development of segmented high resolution fast neutron spectrometer , oral report at the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Int LVAL eractions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16 Dubna, Russia, June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r ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 .. 14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . . 8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, E.P.Veretenkin, V.E.Yants et al. . (9 02B>@>2) Development of a Segmented Fast Neutron Spectrometer, Physics of Atomic Nuclei (2007), v.70, No.1, 133-139   = 0.914*60/9=6.1 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@.   = 4/9=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al.(8 02B>@>2), Segmented high resolution fast neutron spectrometer: present status, response function, oral report presented at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007. Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 253-270  =6/8*1.5= 1.1 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Veretenkin I.E., Yants V.E., Nico J.S., Thompson A.K.(8 02B>@>2),  The development of LVAL segmented high resolution fast neutron spectrometer , oral report at the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16, Dubna, Russia, June 11-14, 2008  =6/8 = 0.8 C:>2>4AB2> 0A?8@0=B>< CAB0D8= 0@0B $0@C:>28G, 39 3>4 >1CG5=8O 2 0A?8@0=BC@5 #  =30*2=60 "  =79.4LVAL` >@10G52 0;5@89 ;048<8@>28G, @>4 20.03.1965, :.D.<.=., =.A. ,   70 2007-2008 3. 3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 "  = 115@5B5=:8= 235=89 02;>28G, @>4.10.04.1952 3., A.=.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P. Veretenkin, et al. (9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry//Solid-State Electronics, v.51, Issue 7 (2007) 1039-1046  =1.247*30/9 = 4.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, .. 0;8E>2, .. 8@<>2,.. (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 .. 14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . . 8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2),?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007) B>< 70, !2, 337-345  =0.914*60/10 = 5.5 "  =15.2LVALf=>45;L "0BLO=0 ;048<8@>2=0. @>4 8.05.1957, :.E.=., =.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 "  = 00;8E>2 =0B>;89 ;048<8@>28G @>4 18.05.1937, =.A. ,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al.(9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry//Solid-State Electronics, v.51, Issue 7 (2007) 1039-1046  =1.247*30/9 = 4.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 "  =15.2LVALMGK>7;>20 .;8O 02;>2=0 @>4.29.12.1959, :.D.<.=., A.=.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P. Veretenkin, et al. (9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry//Solid-State Electronics, v.51, Issue 7 (2007) 1039-1046  =1.247*30/9 = 4.2 A.A.Donskoy, L.I.D yakonov, A.V.Govorkov, Y.P.Kozlova (12 02B>@>2) Improved crystalline quality nonpolar a-GaN films grown by hydride vapor epitaxy// J.Vac.Sci.Technol.B 26(6) 1937-1941 (2008).  =1.626*30/10= 4.9 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...>7;>20 8 4@.(7 02B>@>2), >@D>;>38G5A:85 8 AB@C:BC@=K5 >A>15==>AB8 :2078?>4;>65: GaN, 2K@0I5==KE @0 A0?D8@5 <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88 725AB8O C7>2, 048>M;5:B@>=8:0 (2007) 47   =8/7 = 1 >:;04K: =0 @>AA89A:8E :>=D5@5=F8OE ...>7;>20, 8 4@. (9 02B>@>2) K@0I820=85 M?8B0:A80;L=KE A;>52 GaN E;>@84-384@84=K< <5B>4>< //5-O 2A5@>AA89A:0O :>=D5@5=F8O 8B@84K 30;;8O, 8=488 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, #, >A:20, 31.01-02.02.2007, (A5:F8>==K9)  =4/9 = 0.4 ...>7;>20 8 4@ (6 02B>@>2), AA;54>20=8O AB@C:BC@K M?8B0:A80;L=KE A;>52 GaN, 2K@0I5==KE <5B>4>< E;>@84-384@84=>9 M?8B0:A88, <5B0;;>3@0D8G5A:8<8 8 @5=B35=>2A:8<8 <5B>40<8// 5-0O A5@>AA89A:0O :>=D5@5=F8O 8B@84K 30;;8O, 8=488 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K. #, >A:20, 31.01-02.02.2007, (A5:F8>==K9)  =4/6 = 0.7 ...>7;>20 8 4@. (11 02B>@>2), !B@C:BC@0 B>;ABKE A;>52 =8B@840 30;;8O A =5?>;O@=>9 >@85=B0F859, 2K@0I5==KE <5B>4>< E;>@84-384@84=>9 M?8B0:F88// XI 0F8>=0;L=0O :>=D5@5=F8O ?> @>ABC :@8AB0;;>2, >A:20, 17-21 =>O1@O 2008 3. (CAB=K9 4>:;04)  =4/10 = 0.4 ...>7;>20 8 4@. (6 02B>@>2), 8D@0:B><5B@8G5A:85 8AA;54>20=8O AB@C:BC@ GaN/Al2O3 (0001), 6-0O A5@>AA89A:0O :>=D5@5=F8O 8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, !0=:B-5B5@1C@3, 18-20 LVAL 8N=O 2008 3. (CAB=K9 4>:;04)  =4/6 = 0.7 C:>2>4AB2> 48?;><=8:>< @5448?;><=0O ?@0:B8:0 ABC45=B>2 4-3> :C@A0 !!: 1. 070;>2 .. C@A>20O @01>B0 A?>;L7>20=85 ?/? 45B5:B>@>2 =0 >A=>25 CdZnTe 4;O ?>8A:0 157=59B@8==>3> 42>9=>3> 15B0-@0A?040. N=L 20083. 2. C52 . C@A>20O @01>B0 A?>;L7>20=85 ?/? 45B5:B>@>2 =0 >A=>25 Ge 4;O ?>8A:0 157=59B@8==>3> 42>9=>3> 15B0-@0A?040. N=L 20083.  =10*2 = 20 "  =32.3bLVAL tCAB0D8= 0@0B $0@C:>28G, @>4 14.05.1983, <.=.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@.   = 4/9=0.4x 1.5 = 0.6 "   = 0.68@<>2 ;LO 0C<>28G, @>4. 04.12.1962 , :.E.B.=., A.=.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, .. 0;8E>2, .. 8@<>2,.. (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 .. 14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . . 8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2),?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 "  =11LVALMG(8E8= ;5:A0=4@ ;5:A0=4@>28G @>4 16.04.1963, =.A. ,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. . (9 02B>@>2) Development of a Segmented Fast Neutron Spectrometer// Physics of Atomic Nuclei (2007), v.70, No.1, 133-139   = 0.914*60/9=6.1 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6. 8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@,   = 4/9=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al.(8 02B>@>2), Segmented high resolution fast neutron spectrometer: present status, response function, oral report at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007. Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 253-270  =6/8*1.5= 1.1 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Vetretenkin I.E., Yants V.E., Nico J.S., Thompson A.K.(8 02B>@>2),  The development of segmented high resolu LVAL tion fast neutron spectrometer , oral report at the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16 Dubna, Russia, June 11-14, 2008  =6/8= 0.8 "  =19.4LVALMG/=F 8:B>@ -4C0@4>28G @>4.12.11.1953, =.A.-,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, .. 0;8E>2, .. 8@<>2,.. (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 .. 14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . . 8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2),?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. . (9 02B>@>2) Development of a Segmented Fast Neutron Spectrometer// Physics of Atomic Nuclei (2007), v.70, No.1, 133-139   = 0.914*60/9=6.1 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2//?@5?@8=B / 1186 (2007) 16 AB@.   = 4/9=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al.(8 02B>@>2), Segmented high resolution fast neutron spectrometer: present status, response function, oral report at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007. Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 253-270  =6/8*1.5= 1.1 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Vetretenkin I.E., Yants V.E., Nico J.S., Thompson A.K.(8 02B>@>2),  The development of segmented high resolution fast  LVAL neutron spectrometer , oral report at the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16, Dubna, Russia, June 11-14, 2008  =6/8= 0.8 "  =19.4LVALl"0=LH8= !5@359 8:>;0528G, @>4.29.04.1954, <=A -,   70 2007-2008 33. 0B5=BK: 1. !..0=LH8= / 5B;520O @50:B>@=0O CAB0=>2:0 4;O ?>;CG5=8O @048>=C:;840 9>40-125 // 0B5=B !65678, 70@538AB@8@>20=> 2 >AC40@AB25==>< @55AB@5 ?>;57=KE <>45;59 $ 10.08.2007.  =20 B>3>:  =20.00!>;><0B8= ;5:A59 235=L528G, @>4.06.12.1974, <=A -,   70 2007-2008 33. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / $878G5A:>5 >1>A=>20=85 ;8B852>3> M:A?5@8<5=B0 // 8AL<0 2 -'/ (Physics of Particles and Nuclei Letters), B.4, !4(140), AA.552  558, 2007  =0.505*60/4=7.58 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 B>3>:  =15.08>?K;>2 =0B>;89 0A8;L528G, @>4.16.06.1946, @C:.3@. -,   70 2007-2008 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A. Kopylov and V. Petukhov /  On the mass eigenstate composition of the 8B neutrinos from the Sun // Journal of Cosmology and Astroparticle Physics, JCAP04(2007)002  =6.739*30/2=101.09 2. A. Kopylov and V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector // Journal of Cosmology and Astroparticle Physics, JCAP10(2008)007  =6.739*30/2=101.09 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / $878G5A:>5 >1>A=>20=85 ;8B852>3> M:A?5@8<5=B0 // 8AL<0 2 -'/ (Physics of Particles and Nuclei Letters), B.4, !4(140), AA.552  558, 2007  =0.505*60/4=7.58 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 @5?@8=BK: 1. A. Kopylov, V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector  // arXiv: 0806.0460 [hep-ph]  =4/2=2 B>3>:  =219.26LVALT@5E>2 3>@L 048<>28G, @>4.03.10.1939, =A -,   70 2007-2008 33. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / $878G5A:>5 >1>A=>20=85 ;8B852>3> M:A?5@8<5=B0 // 8AL<0 2 -'/ (Physics of Particles and Nuclei Letters), B.4, !4(140), AA.552  558, 2007  =0.505*60/4=7.58 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 B>3>:  =15.085BCE>2 0;5@89 OG5A;02>28G, @>4.17.01.1957, =A -,   70 2007-2008 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A. Kopylov and V. Petukhov /  On the mass eigenstate composition of the 8B neutrinos from the Sun // Journal of Cosmology and Astroparticle Physics, JCAP04(2007)002  =6.739*30/2=101.09 2. A. Kopylov and V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector // Journal of Cosmology and Astroparticle Physics, JCAP10(2008)007  =6.739*30/2=101.09 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / $878G5A:>5 >1>A=>20=85 ;8B852>3> M:A?5@8<5=B0 // 8AL<0 2 -'/ (Physics of Particles and Nuclei Letters), B.4, !4(140), AA.552  558, 2007  =0.505*60/4=7.58 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 @5?@8=BK: 1. A. Kopylov, V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector  // arXiv: 0806.0460 [hep-ph]  =4/2=2 2. ..2G8==8:>2, ..54=O:>2, ..>;C152, !..04>@>6=K9, ..;8<5=:>, ..5BCE>2, .-./=F // A5=>=>20O 42CED07=0O :0<5@0 4;O ?>8A:0 WIMP // @5?@8=B /  1185/2007  =4/7=0.57 B>3>:  =219.83LVAL%<5;L=8F:89 =4@59 ;5:A0=4@>28G @>4. 29.10.1985, AB065@-8AA;54>20B5;L "$,   70 2007-2008 33. 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2007 3>4: 2008 3>4: C1;8:0F88: 1. D. Gorbunov, A. Khmelnitsky and V. Rubakov, ``Constraining sterile neutrino dark matter by phase-space density observations,'' JCAP 0810 (2008) 041   = 30 * 6.739 / 3 = 67.39 2. D. Gorbunov, A. Khmelnitsky and V. Rubakov, ``Is gravitino still a warm dark matter candidate?'' JHEP 0812 (2008) 055   = 30 * 5.944 / 3 = 59.44 >:;04K: 1. Quarks-08, ``Is gravitino still a warm dark matter candidate?''   = 4 !5<8=0@A:85 70=OB8O: 20=B>2K5 ?>;O: $87D0: #, 3-9 :C@A, 1 A5<5AB@,   = 8 $87D0: #, 4-9 :C@A, 1 A5<5AB@,   = 8 >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2008:  (2008) = (67.39 + 59.44 + 4 + 8 + 8) * 1.5 = 220.245 B>3>:   = 220.245LVALMG>@1C=>2 <8B@89 !5@35528G, @>4. 20.01.1975, A.=.A. "$,   70 2007-200833. 1.C1;8:0F88 On initial conditions for the Hot Big Bang , F. Bezrukov, D. Gorbunov, M. Shaposhnikov . [e-Print: arXiv:0812.3622 hep-ph],  =4/3=1.33 Constraining sterile neutrino dark matter by phase-space density observations, D. Gorbunov, A. Khmelnitsky, V. Rubakov, JCAP 0810:041,2008 [e-Print: arXiv:0808.3910 [hep-ph]],  =(4+30*6.739)/3=68.7233 Is gravitino still a warm dark matter candidate?, D. Gorbunov, A. Khmelnitsky, V. Rubakov [accepted in JHEP, e-Print: arXiv:0805.2836 [hep-ph]]  =(4+30*5.944)/3=60.7733 Self-accelerated brane Universe with warped extra dimension, D.S. Gorbunov, S.M. Sibiryakov, [ e-Print: arXiv:0804.2248 [hep-th]],  =4/2=2 On the interpretation of the cosmic-ray anisotropy at ultra-high energies, D.S. Gorbunov, P.G. Tinyakov, I.I. Tkachev, Sergey V. Troitsky . [e-Print: arXiv:0804.1088 [astro-ph]],  =4/4=1 Comment on 'Correlation of the Highest-Energy Cosmic Rays with Nearby Extragalactic Objects', D. Gorbunov, P. Tinyakov, I. Tkachev, S. Troitsky, JETP Lett.87:461-463,2008, [e-Print: arXiv:0711.4060 astro-ph],  =(4+60*1.446)/4=22.69 Muon content of ultrahigh-energy air showers: Yakutsk data versus simulations (A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky), [e-Print: arXiv:0710.5508 astro-ph],  =(4+60*1.446)/7=12.9657 CMS technical design report, volume II: Physics performance (G.L. Bayatian et al), J.Phys.G34:995-1579,2007,  =2.173*30/10=6.519 CMS technical design report: Addendum on high density QCD with heavy ions (David G. d'Enterria, et al), J.Phys.G34:2307-2455,2007,  =2.173*30/10=6.519 How to find neutral leptons of the nuMSM? (D. Gorbunov, M. Shaposhnikov) JHEP 0710:015,2007 [e-Print: arXiv:0705.1729 hep-ph],  =(4+5.944*30)/2=91.16 Possible observations of new physics in ultrahigh-energy cosmic rays (L.G. Dedenko, G.F. Fedorova, T.M. Roganova, M.I. Pravdin, I.E. LVALSleptsov, V.A. Kolosov, A.V. Glushkov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky) Phys.Atom.Nucl.70:170-174,2007,  =0.914*60/10=5.484 Air-shower simulations with and without thinning: Artificial fluctuations and their suppression (D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky), Phys.Rev.D76:043004,2007, [e-Print: astro-ph/0703546],  =(4+4.852*30)/3=49.85 Constraining the fraction of primary gamma rays at ultra-high energies from the muon data of the Yakutsk extensive-air-shower array (A.V. Glushkov, D.S. Gorbunov, I.T. Makarov, M.I. Pravdin, G.I. Rubtsov, I.E. Sleptsov, S.V. Troitsky), JETP Lett.85:131-135,2007, [e-Print: astro-ph/0701245],  =(4+1.446*60)/7=12.9657 Non-minimal Split Supersymmetry, (S.V. Demidov, D.S. Gorbunov), JHEP 0702:055,2007 [e-Print: hep-ph/0612368],  =30*5.944/2=89.16 Towards event-by-event studies of the ultrahigh-energy cosmic-ray composition (D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky) Astropart.Phys.28:28-40,2007 [e-Print: astro-ph/0606442],  =30*4.047/3=40.47 More about sgoldstino interpretation of HyperCP events (S.V. Demidov and D.S. Gorbunov) JETP Lett, 84:479-484, 2007 [e-Print Archive: hep-ph/0610066],  =1.446*60/2=43.38 2.>:;04K =0 :>=D5@5=F8OE: 5 5:F89 ?> :>A<>;>388 =0 6->9 8<=59 H:>;5 ?> B5>@5B8G5A:>9 D878:5 2545=85 2 B5>@8N DC=40<5=B0;L=KE 2708<>459AB289, C1=0, /, DIAS-TH, O=20@L 26 --- D52@0;L 5, 2008,  =20 3 Lectures on Cosmology at The fifth International Advanced Summer School on Modern Mathematical Physics, Bogoliubov Laboratory of Theoretical Physics (JINR, Dubna) on July 22 - 30, 2007 in the framework of the Program DIAS-TH,  =20 5 Lectures on Cosmology at Physical faculty of Kiev State University, April 20 -- 30, 2008,  =30 Kaon International Conference 21-25 May 2007, Laboratori Nazionali di Frascati dell'INFN (1 4>:;04 A 1 A>02B>@><, >?C1;8:>20= 2 B@C40E, Kaon physics within nuMSM, Dmitry Gorbunov, Mikhail Shaposhnikov, Published in PoS KAON:047,2008)  =6*1.5/2=4.5 13th Lomonosov LVALConference on Elementary Particle Physics, from 23 to 29 August, 2007 at the Moscow State University, Moscow, Russia, (1 ?@83;. 4>:;04),  =20 30th International Cosmic Ray Conference July 3 - 11, 2007, Merida, Yucatan, Mexico (A>02B>@ 2-E 4>:;04>2, D.Gorbunov, S.Troitsky, G.Rubtsov),  = 2*6/3=4 XIV-th International School "PARTICLES and COSMOLOGY" April 16 - 21 , 2007 Baksan Valley, Kabardino-Balkaria, Russian Federation, (1 ?@83;. 4>:;04),  =20 4th International Workshop The highest energy cosmic rays and their sources, INR, Moscow, Russia, May 20-22, 2008, (1 4>:;04),  =4 15th International Seminar on High Energy Physics QUARKS-2008, Sergiev Posad, Russia, May 23-29, 2008, (1 4>:;04),  =4 International Conference 6th Rencontres du Vietnam: Challenges in Particle Astrophysics, Hanoi, Vietnam, August 6 - 12, 2006 (1 4>:;04, >?C1;8:>20==K9 2 @0AGQB=K9 ?5@8>4),  =6*(1.5-1)=3. 5. C:>2>4AB2> 48?;><=8:>< (.!0<>@>4>2, $", 48?;>< <038AB@0, ;5B> 2007),  =10 C:>2>4AB2> 0A?8@0=B>< (.!0<>@>4>2, 2007, 2008, 0A?8@0=BC@0 /),  =2*30=60 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A ., C10:>2K< (!.5<84>2, 2007, 70I8B8; :0=4840BA:CN 48AA5@B0F8N 2 2007)  =30/2=15 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A .. C10:>2K< (!. 0<070=>2, #, 48?;>< 10:0;02@0, ;5B> 2007, A59G0A 2 <038AB@0BC@5),  =2*10/2=10 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A .. C10:>2K< (. %<5;L=8F:89, #, 48?;>< A?5F80;8AB0, 45:01@L 2007),  =10/2=5 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (. %<5;L=8F:89, 0A?8@0=BC@0 # A D52@0;O 2008),  =30/2=15 C:>2>4AB2> 48?;><=8:>< (!. 0;8FK=, $", 2007, 2008, 48?;>< 10:0;02@0, ;5B> 2008),  =2*10=20 6. !>740=85 =>2>3> :C@A0 ;5:F89 2545=85 2 B5>@8N :20=B>20==KE ?>;59 4;O ABC45=B>2 3-3> 8 4-3> :C@A>2 :0D54@K 20=B>2>9 AB0B8AB8:8 8 B5>@88 ?>;O D878G5A:>3> D0:C;LB5B0 #, >A5==89 8 25A5==89 A5<5AB@K 2007 3., 25A5==89 A5<5AB@ 2008,  =30*3=90 >@01>B:0 :C@A0 ?> :>A<>;>388 4;O ABC45=B>2 5-3> :CX LVALh @A0 :0D54@K DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388 D0:C;LB5B0 ?@>1;5< D878:8 8 M=5@35B8:8 $". 5A=0->A5=L 2007, 2008,  =8*4=32 7.740=85 :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. "5>@8O 3>@OG53> >;LH>3> 27@K20 (.!. >@1C=>2, .. C10:>2), >A:20 2007, ISBN 978-5-94274-029-0, 5G.;. 58,25,  =2*58.25/2=58.25 5@5@01>B0==>5 8740=85 (B@5BL) :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. "5>@8O 3>@OG53> >;LH>3> 27@K20 (.!. >@1C=>2, .. C10:>2), >A:20 2008, , ISBN 978-5-382-00657-4, 5G.;. 34.2,  =2*34.2/2/3=11.4 8. B>3>,  =964.624LVAL0=8= ;5:A0=4@ @83>@L528G @>4. 13.09.1984, AB065@ 8AA;54>20B5;L "$,   70 2007-2008 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2007 3>4: C1;8:0F88: 1. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // On the over-barrier reflection in quantum mechanics with multiple degrees of freedom,  2007, -Phys. Rev.  A76,  p. 032114,   = 2.997*30/3 = 29.970 2. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // Complex trajectories in chaotic dynamical tunnelin,  2007. -Phys. Rev.  E76.  p. 046209,   = 2.418*30/3 = 24.180 3. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // Unstable semiclassical trajectories in tunneling,  2007, -Phys. Rev. Lett.  99,  p. 170407,   = 7.489*30/3 = 74.890 >:;04K: !5<8=0@A:85 70=OB8O: 1. >A<>;>38O: $" 3-9 :C@A, 1 A5<5AB@:   = 8 $" 4-9 :C@A, 2 A5<5AB@0:   = 2*8 = 16 2. ;0AA8G5A:85 :0;81@>2>G=K5 ?>;O: $" 4-9 :C@A, 2 A5<5AB@0:   = 2*8=16 3. >?. 3;02K :20=B>2>9 <5E0=8:8: $" 3-9 :C@A, 1 A5<5AB@:   = 8 >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2007:  (2007) = 1.5*(29.970+24.180+74.890+48) = 265.56 2008 3>4: C1;8:0F88: 1. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // Signatures of unstable semiclassical trajectories in tunneling,-2008, e-print arXiv:0811.3391   = 4/3 = 1.33 >:;04K: 1. Quarks-08, // Tunneling via unstable semiclassical solutions   = 4 !5<8=0@A:85 70=OB8O: >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2008:  (2008) = 1.5*(4+1.33) = 8.00 B>3>:   = 265.56+8.00 = 273.56LVAL 5<84>2 !5@359 ;048<8@>28G @>4. 16.12.1981, <=A "$,   70 2007-2008 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2007 3>4: C1;8:0F88: 1. S.V. Demidov, D.S. Gorbunov, More about sgoldstino interpretation of HyperCP events, JETP_Lett.84, 479-484, 2007,  =1.446*60/2=43.38 2. S.V. Demidov, D.S. Gorbunov, Non-minimal Split Supersymmetry, JHEP 0702:055, 2007,  =5.944*30/2=89.16 >:;04K: 1. S.V. Demidov, Nonminimal Split Supersymmetry Quarks-2006, >?C1;8:>20=> 2 20073.,  =4*(1.5-1) = 2 2. S.V. Demidov, Sgoldstino interpretation of HyperCP events, Particles and Cosmology  2007, >?C1;8:>20=> 2 2008 3.  =4*1.5=6 @5?>4020=85: C@A ;5:F89 ?> :;0AA8G5A:8< :0;81@>2>G=K< ?>;O< 4;O ABC45=B>2 D87D0:0 #, 1 A5<5AB@,  =8 C@A ;5:F89 ?> :20=B>2>9 <5E0=8:5 (4>?>;=8B5;L=K5 3;02K) 4;O ABC45=B>2 $", 1 A5<5AB@, =>2K9 :C@A  =30 0 2007:  (2007) = 43.38 + 89.16 + 2 + 6 + 8 + 30 = 178.54 2008 3>4: @5?@8=BK: 1. S.V. Demidov, O.E. Kalashev, Double Pair Production by Ultra High Energy Cosmic Ray Photons, e-Print: arXiv:0812.0859 [astro-ph],  =4/2=2 @5?>4020=85: C@A ;5:F89 ?> :20=B>2>9 <5E0=8:5 (4>?>;=8B5;L=K5 3;02K) 4;O ABC45=B>2 $", 1 A5<5AB@, =>2K9 :C@A  =30 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 #, 2 A5<5AB@0,  =8*2=16 0 2008:  (2008) = 2 + 30 + 16 = 48 >2KH0NI89 :>MDD8F85=B =0 31.12.2008 3>40: 2 (<>;>4>9 A>B@C4=8:, =5 O2;ONI89AO 0A?8@0=B><) B>3>:   = 2 * ( 178.54 + 48 ) = 453.082G8==8:>2 =0B>;89 ;5:A0=4@>28G @>4 11.05.1961 A=A "$, \\   70 2007-2008 33. C1;8:0F88: A.A.Ovchinnikov/ ``Fisher-Hartwig conjecture and the correlators in XY spin chain''/ Phys.Lett.A 366, 357-362, 2007,  =1.55*30=46.5 A.A.Ovchinnikov/ ``Fisher-Hartwig conjecture and the correlators in the impenetrable Bose gas''/ Phys.Lett.A 373, 305-307, 2009,  =1.55*30=46.5 B>3>:  =93.0LVALMG82>20@>2 .., 19.10.1957, 44<=, 2=A  , " =0 2009 "3@=0;; 1) S. Groote, J.G. Korner, A.A. Pivovarov "Heavy baryon properties with NLO accuracy in perturbative QCD." Eur.Phys.J.C58:355-382,2008. "=3.209*30/32.09 2) S. Groote, J.G. Korner, A.A. Pivovarov "Next-to-Leading Order perturbative QCD corrections to baryon correlators in matter." Phys.Rev.D78:034039,2008. "=4.852*30/3H.52 3) K.G. Chetyrkin, A. Khodjamirian, A.A. Pivovarov "Towards NNLO Accuracy in the QCD Sum Rule for the Kaon Distribution Amplitude." Phys.Lett.B661:250-258,2008. "=5.301*30/3S.01 4) S. Groote, J.G. Korner, A.A. Pivovarov "On the evaluation of a certain class of Feynman diagrams in x-space: Sunrise-type topologies at any loop order." Ann.Phys. 322:2374-2445,2007. "=2.596*30/3%.96 @5?@8=2; 1) T.Mannel, B.D.Pecjak, A.A.Pivovarov "Analyzing B(s) - anti-B(s) mixing: Non-perturbative contributions to bag parameters from sum rules". e-Print: hep-ph/0703244 "=4 >=45@5=688 1) QUARKS-2008 15th International Seminar on High Energy Physics Sergiev Posad, Russia, 23-29 May, 2008. " 2) HSQCD Hadron Structure and QCD: from LOW to HIGH energies Gatchina, Russia, June 30 -- July 4, 2008 " *1.5 3) Helmholz International School HEAVY QUARK PHYSICS 11-21 August 2008 JINR, Dubna, Russia "0 4) "Renormalization Group and Related Topics" Joint Institute for Nuclear Research Bogoliubov Laboratory of Theoretical Physics Dubna Russia, September 1 - 5, 2008 " 5) XIX International Baldin Seminar on high energy physics problems Relativistic Nuclear Physics and Quantum Chromodynamics Dubna, Russia, Sep 29 -- Oct 4, 2008 " 6) "Quantum metrology and fundamental physical constants" Sankt-Peterburg, December 2 - 4, 2008 " =45:A 6828@>20=8?: 2600 1989 "2.09+48.52+53.01+25.96+4+4*20+2*3003.58LVALMG1. S.G.Lebedev, V.E.Yants, A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films. Nuclear Instruments & Methods in Physics Research A590(2008)227-233. 2. S.G.Lebedev, A.S.Lebedev,  Calculation of the Lifetimes of Thin Stripper Targets Under Bombardment of Intense Pulsed Ions Phys.Rev.Special Topic: Accelerators and Beams, v.11, p.020401,2008. 3. !..515452 > A;540< C3;5@>4=>9 A25@E?@>2>48<>AB8 @8@>40 !8, 2007, AB@.38-44. 4. !..515452 >@OG0O A25@E?@>2>48<>ABL C3;5@>40? %8<8O 8 87=L !2, 2007, AB@.24-27. 5. S.G.Lebedev  Josephson-Like Behaviour of Granular Carbon Films Report on the 8 th European Conference on Applied Superconductivity, Sept.16-20, 2007. 6. !..515452 ==>20F8>==K9 ?>B5=F80; =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>: ;5=0@=K9 4>:;04 =0 >=D5@5=F88 ==>20F88 -2007 07-09 =>O1@O 20073., 3.'5@=>3>;>2:0 . 7. S.G.Lebedev, A.S.Lebedev  Exploration of Josephson-Like Behavior of Thin Granular Carbon Films Edited Collection  Superconducting Thin Films: New Research , Editor: Arnold H.Barness, Nova Science Publishers, Inc.,2008. ISBN: 978-1-60456-307-8. 8. S.G.Lebedev, A.S.Lebedev,  Calculation of the Lifetimes of Thin Stripper Targets Under Bombardment of Intense Pulsed Ions eprint arXiv: 0705.3694, 2007. 9. S.G.Lebedev, Josephson-Like Behaviour of Granular Carbon Films eprint arXiv: 0706.3310, 2007. 10. !..515452 AA;54>20=85 0=><0;L=>3> M;5:B@><03=5B87<0 =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>:. C1;8:0F8O =0 A09B5 -;5<5=BK 2007 3. http://elementy.ru/blogs/users/serleb/12054/ 11. S.G.Lebedev,  Search for the Reasons of Josephson Like Behavior of Thin Granular Carbon Films eprint arXiv:0802.4197, 2008. 12. S. G.Lebedev,  Evidence of Josephson-Like Behavior of Granular Carbon Films International Review of Physics (IREPHY) ,October, 2008. 13. .. =4@552, .. @02GC:, !.. 515452, .!. 5154520, .. !0<>E8=, .. ;5:A552. $C=:F8>=0;L=K5 >A>15==>AB8 =0=>:;0AB5@>2 D>=>=LVAL=KE @57>=0B>@>2. @5?@8=B /-1192/2008, <0@B 2008. 14.S.G.Lebedev, Stripper Target Lifetime Estimations. Report on 24rd International Conference of INTDS, September, 15-19, 2008, GANIL, Caen, France. To be published in the Proceedings of the Conference. 15.S.G. Lebedev, L.Yu. Sosnin, A.N. Cheltsov ,  Lu-173 and Other Radioisotopes Production Possibilities on Middle Energy Linear Proton Accelerator for Their Use in Radiographic Equipment Report on 24rd International Conference of INTDS, September, 15-19, 2008, GANIL, Caen, France. To be published in the Proceedings of the Conference 16. V.G.Andreev, L.V.Kravchuk, S.G.Lebedev, A.V.Samokhin, N.V.Alekseev, Phonon Resonant Cavities as a Promising Building Blocks of Hand-Made Nanocrystalline Matter, eprint arXiv: 0712.3680, 2007. 17.!..515452, =><0;L=K9 M;5:B@><03=5B87< =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>: 8 2>7<>6=>AB8 53> 8A?>;L7>20=8O 2 =0=>M;5:B@>=8:5 >:;04 =0 1-< 564C=0@>4=>< D>@C<5 ?> =0=>B5E=>;>38O<, >A:20, 3-5 5:01@O 2008 3., "@C4K D>@C<0, B.1, AB@.64-66. 18. V.G.Andreev, L.V.Kravchuk, S.G.Lebedev, A.V.Samokhin, N.V.Alekseev, Phonon Resonant Cavities as a Promising Building Blocks of Hand-Made Nanocrystalline Matter. C1;8:0F8O =0 A09B5 725AB8O =0C:8 2008 3. http://www.inauka.ru/blogs/article80025.html 19. ..=4@552, ..@02GC:, !..515452, .!.5154520, ..!0<>E8=, ..;5:A552, C:>B2>@=K5 =0=>:;0AB5@K "D>=>==KE @57>=0B>@>2" C1;8:0F8O =0 A09B5 -;5<5=BK 2008 3. http://elementy.ru/blogs/users/serleb/34879/ 20. S.G.Lebedev,  Stripper Target Lifetime Estimations . Accepted for publication in Nucl.Instr. and Meth. 21. S.G. Lebedev, L.Yu. Sosnin, A.N. Cheltsov ,  Lu-173 and Other Radioisotopes Production Possibilities on Middle Energy Linear Proton Accelerator for Their Use in Radiographic Equipment Accepted for publication in Nucl.Instr. and Meth. 22. ..>?B5;>2, !..515452, .-./=F, 0B5=B $ 048>E8<8G5A:89 A?>A>1 <>=8B>@8@>20=8O ?>B>:0 1KAB@KE =59B@>=>2 ?>; LVAL CG8; A5@51@O=CN <540;L =0 11 564C=0@>4=>< A0;>=5 ?@><KH;5==>9 A>1AB25==>AB8  87>1@5B5=89, ?@><KH;5==KE >1@07F>2, B>20@=KE 7=0:>2 @E8<54-2008. 23. ..>?B5;>2, !..515452, .-./=F, 0B5=B $ 048>E8<8G5A:89 A?>A>1 <>=8B>@8@>20=8O ?>B>:0 1KAB@KE =59B@>=>2 ?>;CG8; 1@>=7>2CN <540;L 8-3> 564C=0@>4=>3> A0;>=0 8==>20F89 8 8=25AB8F89 2008 3. 24. C:>2>4AB2> ABC45=B>< 515452K< .!. (# D-B 8, A?5F80;870F8O :><?LNB5@=0O 3@0D8:0) 70 2007-2008 33. 25. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 -..>?B5;>20 0480F8>==K5 MDD5:BK 2 B25@4KE B5;0E 8 GB5=85 ;5:F89 ?> :C@AC 2 B5G5=85 >A5==53> A5<5AB@0 2008 3. "LVALMG C1F>2 @83>@89 3>@528G @>4. 31.07.1981, <=A "$,   70 2007-2008 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2007 3>4: C1;8:0F88: 1. D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, Air-shower simulations with and without thinning: artificial fluctuations and their suppression, Phys.Rev.D76:043004, 2007,  =4.852*30/3=48.52 2. V.A. Kuzmin, G.I. Rubtsov, No-thinning simulations of extensive air showers and small scale fluctuations at the ground level, 8AL<0 2 -"$ 85:535-538, 2007,  =1.446*60/2=43.38 3. D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, Towards event-by-event studies of the ultrahigh-energy cosmic-ray composition, Astropart. Phys. 28 (2007) 28,  =4.047*30/3=40.47 4. A.V. Glushkov, D.S. Gorbunov, I.T. Makarov, M.I. Pravdin, G.I. Rubtsov, I.E. Sleptsov, S.V. Troitsky, Constraining the fraction of primary gamma rays at ultra-high energies from the muon data of the Yakutsk extensive-air-shower array, 8AL<0 2 -"$ 85:163,2007,  =1.446*60/7=12.39 5. L.G. Dedenko, G.F. Fedorova, T.M. Roganova, M.I. Pravdin, I.E. Sleptsov, V.A. Kolosov, A.V. Glushkov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky,  Possible observations of new physics in ultrahigh energy cosmic rays , /45@=0O $878:0 70:170-174,2007,  =0.914*60/10=5.48 >:;04K: 1. G.I.Rubtsov, D.S.Gorbunov, V.A.Kuzmin, S.V.Troitsky "Study of small scale fluctuations in charged particle and muon densities at the ground level with no-thinning simulations of extensive air showers", Proceedings of 30th International Cosmic Ray Conference (03-11 July 2007),  =6*1.5/4=2.25 2. G.I.Rubtsov, D.S.Gorbunov, S.V.Troitsky "Getting rid of artificial fluctuations in EAS simulated with thinning: estimate of artificial fluctuations and simple economical method to suppress them", Proceedings of 30th International Cosmic Ray Conference (03-11 July 2007),  =6*1.5/3=3 @5?>4020=85: C@A A5<8=0@>2 ?> :;0AA8G5A:8< :0;81@>2>G=K< ?>;O< 4;O ABC45=B>2 D87D0:0 #, 2 A5<5AB@0,  =8x2=16 0 2007:  (2007) = 48.52 + 43.38 + 40.47 + 12LVAL.39 + 5.48 + 2.25 + 3 + 16 = 171.49 2008 3>4: C1;8:0F88: 1. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V.Troitsky,  Muon content of ultra-high-energy air showers: Yakutsk data versus simulations , 8AL<0 2 -"$ 87:190-194,2008.,  =1.446*60/7=12.39 >:;04K: 1. G.I.Rubtsov/Timing-related observables for UHECR composition studies/UHECR workshop 2008,  =4 2. Rubtsov, Kalashev, Troitsky/Sensitivity of different experiments to UHE photon component//Quarks-2008,  =4/3 = 1.33 @5?@8=BK: 1. O.E. Kalashev, G.I. Rubtsov, S.V. Troitsky, Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter, arXiv:0812.1020,  =4/3=1.33 !B0BL8 2 =0CG=>-?>?C;O@=KE 6C@=0;0E: 1. .. C1F>2, /:CBA:0O :><?;5:A=0O CAB0=>2:0 4;O @538AB@0F88 H8@>:8E 0B<>AD5@=KE ;82=59, C@=0; 4;O AB0@H5:;0AA=8:>2 8 CG8B5;59 >B5=F80;, 8N=L 2008,  =4 @5?>4020=85: 1. 25A5==89 A5<5AB@ 2008, :C@A A5<8=0@>2 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45B=>2 D87D0:0 # 4 :C@A,  =8 2. >A5==89 A5<5AB@ 2008, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45B=>2 D87D0:0 # 4 :C@A,  =8 0 2008:  (2008) = 12.39 + 4 + 1.33 + 1.33 + 8 + 8 + 4 = 39.05 >2KH0NI89 :>MDD8F85=B =0 31.12.2008 3>40: 2 (<>;>4>9 A>B@C4=8:, =5 O2;ONI89AO 0A?8@0=B><) B>3>:   = 2 * ( 171.49 + 39.05 ) = 421.08rLVAL52:>2 <8B@89 5==048528G @>4. 05.09.1979, =A "$,   70 2007-2008 C1;8:0F88: 1) D.G. Levkov, A.G. Panin, S.M. Sibiryakov. "Unstable Semiclassical Trajectories in Tunneling." // Phys. Rev. Lett. 99 170407 (2007),  =7.489*30/3=74.89 2) D.G. Levkov, A.G. Panin, S.M. Sibiryakov. "Signatures of unstable semiclassical trajectories in tunneling." // arXiv:0811.3391 (2008),  =4/3=1.33 >:;04K: 1) "Anomalously large tunneling times in multidimensional quantum mechanics." // 15th International seminar on high-energy physics "Quarks-2008," Sergiev Posad, Russia, 23-29 May, 2008.  =6 2) ""C==5;8@>20=85 A ?><>ILN =5AB018;L=KE :2078:;0AA8G5A:8E B@05:B>@89," >;>456=0O H:>;0 $ ":BC0;L=K5 ?@>1;5<K D878:8," 25=83>@>4, 23-27 =>O1@O 2008 3.  =4 C@A ";0AA8G5A:85 :0;81@>2>G=K5 ?>;O. "5>@88 A D5@<8>=0<8." / , 4 :C@A, 25A5==89 A5<5AB@ 2007 3.  =30 C@A "5D>@<0;L=>5 22545=85 2 :20=B>2CN <5E0=8:C," $>=4 DC=40<5=B0;L=>9 D878:8, $, 2 :C@A, >A5==89 A5<5AB@ 2008 3.  =8 C:>2>4AB2> 0A?8@0=B>< (..0=8=):  =30/2*2=30 C:>2>4AB2> 48?;><=8:>< (.. 0==0=>2):  =10 C:>2>4AB2> 48?;><=8:>< (.. 8@?8G=8:>2):  =10/2=5 B>3>:  =169.22"LVAL2@8H8=0 5@0 .@L52=0 @>4. 23.09.1971, A=A $/ ,   70 2007-2008 33 C1;8:0F88: V.Yu. Grishina (INR, Moscow), M. Bscher (IKP FZ-Jlich, Germany), L.A. Kondratyuk (ITEP, Moscow) /  K- 3He and K+ K- interactions in the pd 3He K+ K- reaction / Phys.Rev.C 75, p. 015208, 2007.  =3.61*30/3=36.1 V.Yu. Grishina (INR, Moscow), C. Hanhart (IKP FZ-Jlich, Germany), L.A. Kondratyuk (ITEP, Moscow), and M. Bscher (IKP FZ-Jlich, Germany) / Amplitude analysis of the reaction pp d K+ anti-K0 near threshold/ 2 pp. 2008 Contribution to Annual Report 2008, Institut fr Kernphysik/COSY, Jlich Forschungszentrum, available at http://www.fz-juelich.de/ikp/en/publications.shtml  =8/4=2 >:;04K: V.Yu. Grishina, L.A. Kondratyuk, M. Buscher/ K- 3He interaction in the pd 3He K+ K- reaction. // #AB=K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5: Workshop on Hadron Physics with COSY-TOF, March 20-21, 2007, Institut fr Kernphysik, Forschungszentrum Jlich, Germany  =6/3=2 ... @8H8=0, .. >=4@0BN:/ >645=85 :0>=-0=B8:0>==KE ?0@ 2 ?@>B>=-459B@>==KE AB>;:=>25=8OE 21;878 ?>@>30  // 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 26-30 >O1@O 2007 3., "-$, >A:20.  =4/2=2 .. >=4@0BN: , ... @8H8=0, / 708<>459AB285 0=B8:0>=>2 A ;53G09H8<8 O4@0<8 ?@8 =87:8E M=5@38OE  // 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 26-30 >O1@O 2007 3., "-$, >A:20.  =4/2=2 B>3>:  =44,1LVALMGC@528G @83>@89 0=>28G, 28.11.1935, 4.D-<.=., 702. A5:B>@><,   70 2007-2008 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. N.Severijns, A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.V.Golovko, G.M.Gurevich, P.Herzog, I.S.Kraev, A.A.Lukhanin, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, Yu.G.Toporov, C.Tramm, V.N.Vyachin, F.Wauters, D.Zakoucky, E.Zotov. a-decay half-life of 253Es in metallic Fe at temperatures between 4K and 50 mK. Phys. Rev. C76 (2007) 024304. 3.610*30/10=10.83 2. N.S. Borisov, N.A. Bazhanov, A.A. Belyaev, J. Bro~, J. ern, Z. Dole~al, A.N. Fedorov, G.M. Gurevich, M.P. Ivanov, P. Kodya, P. Kubk, E.S. Kuzmin, A.B. Lazarev, F. Lehar , O.O. Lukhanin, V.N. Matafonov, A.B. Neganov, I.L. Pisarev, J. `vejda, S.N. Shilov, Yu.A. Usov, I.Wilhelm. Deuteron frozen spin polarized target for nd experiments at the VdG accelerator of Charles University. Nucl. Instr. and Meth. A593(2008)177-182. 1.224*30/10=3.672 3.N.Severijns, A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.V.Golovko, G.M.Gurevich, P.Herzog, I.S.Kraev, A.A.Lukhanin, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, M.Tandecki, Yu.G.Toporov, C.Tramm, E.Traykov, S. Van Gorp, V.N.Vyachin, F.Wauters, D.Zakoucky, E.Zotov. Hyperfine field of einsteinium in iron and nuclear magnetic moment of 254Es. Phys. Rev. C. (2 ?5G0B8). 3.610*30/10=10.83 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. C@528G, ..5;O52, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ."@0<<, ..OG8=, .0:>CF:8, -.>B>2.  2>?@>AC > 2;8O=88 <5B0;;8G5A:>3> >:@C65=8O 8 =87:8E B5<?5@0BC@ =0 A:>@>ABL 0;LD0-@0A?040 253Es. 725AB8O  (A5@. $87.) 72, 3 (2008) 340-343. 8/10=0.8 2. G.M.Gurevich,A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.Golovko, P.Herzog, I.Kraev, A.A.Lukhanin, V.P.Parfenova, T.Falet, A.V.Rusakov, N.Severijns, Yu.G.Toporov, C.Tramm, V.N.Vyachin, D.Zakoucky, E.Zotov. TheLVAL effect of metallic environment and low temperature on the 253Es  decay rate. Bulletin of the Russian Academy of Sciences: Physics, 72, 3 (2008) 315-318. 8/10=0.8 >:;04K =0 :>=D5@5=F8OE: 1. G.M.Gurevich. About the influence of metal environment and low temperature on 253Es -decay half-life. VII Int. Conf.  Nucleus 2007 (Voronezh 2007). @83;0H5==K9, >?C1;8:>20=. 30*1.5=45 2. ..C@528G 8 4@. 7<5@5=85 A25@EB>=:8E 2708<>459AB289 4;O ?@8<5A59 0:B8=84>2 2 65;575. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2008 (>A:20, 2008 ). !5:F8>==K9. 6/10=0.6 @5?@8=BK (1C<06=K5 8 M;5:B@>==K5): 1. N.S. Borisov, N.A. Bazhanov, A.A. Belyaev, J. Bro~, J. ern, Z. Dole~al, A.N. Fedorov, G.M. Gurevich, M.P. Ivanov, P. Kodya, P. Kubk, E.S. Kuzmin, A.B. Lazarev, F. Lehar , O.O. Lukhanin, V.N. Matafonov, A.B. Neganov, I.L. Pisarev, J. `vejda, S.N. Shilov, Yu.A. Usov I.Wilhelm. Deuteron frozen spin polarized target for nd experiments at the VdG accelerator of Charles University. http://arxiv.org/abs/0712.1314 4/10=0.4 =48284C0;L=K9   70 2007-2008: 72.93   @C:>2>48B5;O: 72.93*0.5+78,06*0.75= 36,46 + 58,55 = 95,01LVALMG68;02O= 5>=84 025=>28G, 27.03.1940, =0CG=K9 A>B@C4=8:.   70 2007-2008 33. = 30,68 Ia. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E: ..68;02O=. A?5:BK D>B>O45@=>3> (12N; 12B) 0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25I5AB2 A CG5B>< D>=>2KE D>B>=59B@>=>2. 725AB8O . !5@8O D878G5A:0O (2 ?5G0B8).  Ia = 12. Ib. @5?@8=BK: 1. ..;5:A552, ..68;02O=, ..C@02;52, .. 0?B52, ..515452, ..0;8=>2A:89 ..0@52, .. 052A:89, !.. 052A:89, ..!C11>B8=, ../:>2;52. -:A?5@8<5=B0;L=>5 =01;N45=85 2B>@8G=>3> 87;CG5=8O, 2K720==>3> D>B>O45@=K<8 @50:F8O<8 ?@8 >1;CG5=88 A>45@60I8E 07>B 8 C3;5@>4 25I5AB2 ?CG:0<8 g-:20=B>2 A8=E@>B@>=0 $ 0E@0. @5?@8=B $  8<. ..5154520, ., 2008.   = 4/11 = 0,36. 2. ..68;02O=.  2;8O=88 =0 D>B>O45@=>5 (12N; 12B) 0:B820F8>==>5 45B5:B8@>20=85 27@K2G0BKE 25I5AB2 D>=>2KE D>B>- 8 =59B@>=- O45@=KE @50:F89. @5?@8=B / , . (2 ?5G0B8).   = 4. 3. ..68;02O=.  2>7<>6=>AB8 =0 D>B>O45@=>3> (12N; 12B) 0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25I5AB2 (), A:@KBKE 2 3@C7>2KE :>=B59=5@0E (), A CG5B>< 35=5@0F88 D>=>2KE D>B>=59B@>=>2. @5?@8=B / , . (2 ?5G0B8).   = 4.  Ib = 0,36 + 4 + 4 = 8,36. III. >=D5@5=F88: 1. L.Z.Dzhilavyan, A.I.Karev, V.D.Laptev, H.Lowdermilk, V.G.Raevsky, V.I.Shvedunov. About possibility of the photonuclear detector for hidden in cargo containers explosives. Production of background photoneutrons in a case. Proc. of the Gordon Research Conference  Detecting Illicit Substances: Explosives & Drugs (16-21 September, 2007, Big Sky Resort, Big Sky, MT, USA).   = 6*1,5/6 = 1,5. 2. ..;5:A552, ..68;02O=, ..C@02;52, .. 0?B52, ..515452, ..0;8=>2A:89 ..0@52, .. 052A:89, !.. 052A:89, ..!C11>B8=, ../:>2;52. $>B>O45@=>5 45B5:B8@>20=85 A:@KBKE 27@K2G0BKE 25I5AB2. -:A?5@8<5=B0;L=>5 =01;N45=85 2B>@8G=>3> 87;CG5=8O, 2K720==>3> D>B>O45@=K<8 @50:F8O<8 ?@8 >1;CG5=88 A>45@60I8E 07>B 8 C3;5@>4 25I5AB2 ?CG:0<8 g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g-:20=B>2 ?@8 D>B>O45@=>< (12N; 12B)-0:B820F8>==>< 45B5:B8@>20=88 27@K2G0BKE 25I5AB2 (), A:@KBKE 2 :0@3>-:>=B59=5@0E (). !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 /4@>-2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8. 07@01>B:0 <5B>4>2 4;O =0=>B5E=>;>389, <548F8=A:>9 D878:8 8 O45@=>9 M=5@35B8:8.   = 6.  III = 1,5 + 0,82 + 6 + 6 = 14,32 B>3>:   = 12 + 8,36 + 14,32 = 34,68&'0RM H C > 9 4 /*|%Dc7V u*-t@?<<<<<Ͽ,t@?<<<<<Ͽ+t@?<<<<<Ͽ*@3t@?<<<<<Ͽ)st@?<<<<<Ͽ(Xt@?<<<<<Ͽ'at@?<<<<<Ͽ&&t@?<<<<<Ͽ%rt@?<<<<<Ͽ#< t@?<<<<<Ͽ"Y. t@?<<<<<Ͽ! bt@?<<<<<Ͽ g t@?<<<<<Ͽt@?<<<<<Ͽft@?<<<<<Ͽe6t@?<<<<<Ͽ7t@?<<<<<Ͽ[ t@?<<<<<Ͽ  t@?<<<<<Ͽ {Ct@?MGHHHH<߿t@?P@:HHHH<߿y"At@?MGHHHH<߿%HAt@?@HHHH<߿X@t@?@HHHH<߿ףP@t@? @HHHH<߿w6Ct@?>+ MGHHHH<߿d#C\Bt@?(MGHHHH<߿QKBt@? @HHHH<߿VAt@?@HHHH<߿UCt@?:!MGHHHH<߿ VEBt@?MGHHHH<߿ f82Dt@?vQMGHHHH<߿ r Bt@?.&MGHHHH<߿ +Bt@?@HHHH<߿ ffFAt@?,@HHHH<߿ @bBt@?@HHHH<߿At@?B @HHHH<߿7 Bt@?&MGHHHH<߿ Bt@?.MGHHHH<߿jCHCt@?>>MGHHHH<߿C Ct@?MGHHHH<߿zDBq=gBt@?f!MGHHHH<߿Bt@?%MGHHHH<߿t@?!MGHHHH<߿UEBt@?b!MGHHHH<߿ HAt@?, @HHHH<߿ |Ct@?&)MGHHHH<߿R Bt@?MGHHHH<߿LVALMG>@@5:F8O: >;18;:8= >@8A !5@35528G, 11.09.1933, :D<=, 4>F5=B, A=A $/ ,   70 2007-08. C1;8:0F88 3. . !. >;18;:8=, .!. 0B=5@,  .. 5:A;5@ 8 @0728B85 O45@=>9 D878:8 2 !>25BA:>< !>N75 , #$ 177, 895, 2007 2,163*60 = 129.78/2 = 64.89 4. B.S. Dolbilkin, B. S. Ratner,  V I Veksler and the development of nuclear physics in the USSR ,  Advances in Physical Sciences , 50, 7, 2007, London 2,163*30 = 64.89/2 = 32.45 5. ! >;18;:8=  0A?04 3830=BA:8E @57>=0=A>2 87 M:A?5@8<5=B>2 A A>2?045=8O<8 70@O65==KE G0AB8F 2 ;53:8E 8 A@54=8E O4@0E /4. $87. 71, 1210, (2008) 0,914* 60 = 54.84 6. BS Dolbilkin  Decay of giant resonances from coincidence experiments at light and medium nuclei NPAN 40, 1182, (2008) 0,914*30 = 27.42 >=D5@5=F88 1. B.S. Dolbilkin,  Decay modes of multipole giant resonances at light and medium nuclei , ?;5=0@=K9 4>:;04, Proc. 11 Int. Sem. EMIN-2006, M, 2006 20 2. B.S. Dolbilkin,  Low energy branch of the giant dipole resonance in photo- and electronuclear reactions , 4>:;04, Proc.11 Int. Sem. EMIN-2006, M, 2006 4 3. "@C4K Int. Sem. EMIN-2006, 2 reports 24*0.5 = 12 4. BS Dolbilkin,  Photo and electronuclear reactions in application to astrophysics in Proc. Int. Sem. OMEG-07, Japan 346, 2008 6*1.5 = 9 5. BS Dolbilkin,  Dynamics of Baryon Resonances on proton and few body systems at 200- 800 MeV energy range Invited Talk at InLVALt. Conf. NPAE-2008, will be published in Proc. In 2009 30*1.5=45 6. ! >;18;:8= 0@8>==K5 @57>=0=AK =0 ?@>B>=5 8 459B@>=5 2 >1;0AB8 200-800 M >:;04 =0 :>=D5@5=F88 /4@>-2008, 1C45B >?C1;8:>20= 2 72.  4*1.5=6 B>3>,   70 2007-08 33. 252  >;18;:8= >@8A !5@35528G, 11.09.1933, :D<=, 4>F5=B, A=A $/ ,   70 2007-08. C1;8:0F88 3. . !. >;18;:8=, .!. 0B=5@,  .. 5:A;5@ 8 @0728B85 O45@=>9 D878:8 2 !>25BA:>< !>N75 , #$ 177, 895, 2007 2,675*60 = 160.5/2 = 80.25 4. B.S. Dolbilkin, B. S. Ratner,  V I Veksler and the development of nuclear physics in the USSR ,  Advances in Physical Sciences , 50, 7, 2007, London 2,675*30 = 80.25/2 = 40.125 5. ! >;18;:8=  0A?04 3830=BA:8E @57>=0=A>2 87 M:A?5@8<5=B>2 A A>2?045=8O<8 70@O65==KE G0AB8F 2 ;53:8E 8 A@54=8E O4@0E /4. $87. 71, 1210, (2008) 0,469* 60 = 28.14 6. BS Dolbilkin  Decay of giant resonances from coincidence experiments at light and medium nuclei NPAN 40, 1182, (2008) 0,469*30 = 14.07 >=D5@5=F88 1. B.S. Dolbilkin,  Decay modes of multipole giant resonances at light and medium nuclei , ?;5=0@=K9 4>:;04, Proc. 11 Int. Sem. EMIN-2006, M, 2006 20 2. B.S. Dolbilkin,  Low energy branch of the giant dipole resonance in photo- and electroLVALnuclear reactions , 4>:;04, Proc.11 Int. Sem. EMIN-2006, M, 2006 4 3. "@C4K Int. Sem. EMIN-2006, 2 reports 24*0.5 = 12 4. BS Dolbilkin,  Photo and electronuclear reactions in application to astrophysics in Proc. Int. Sem. OMEG-07, Japan 346, 2008 6*1.5 = 9 5. BS Dolbilkin,  Dynamics of Baryon Resonances on proton and few body systems at 200- 800 MeV energy range Invited Talk at Int. Conf. NPAE-2008, will be published in Proc. In 2009 30*1.5=45 6. ! >;18;:8= 0@8>==K5 @57>=0=AK =0 ?@>B>=5 8 459B@>=5 2 >1;0AB8 200-800 M >:;04 =0 :>=D5@5=F88 /4@>-2008, 1C45B >?C1;8:>20= 2 72.  4*1.5=6 B>3>,   70 2007-08 33. 212.5LVAL) 3=0B>2 ;5:A0=4@ !5@35528G, 19 >:BO1@O 1983 3>40 @>645=8O, 0A?8@0=B, <;04H89 =0CG=K9 A>B@C4=8:. C1;8:0F88: 1. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 2.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28  : 30*1.659/10=4.98 3. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 " : 9,18 >=D5@5=F88: 1. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2007).  : 30/10=3,00 " : 3,00 " 12,18* 2 = 24,36LVALMG>=4@0BL52 C4>;LD 5>=84>28G, 19.10.1940, :.D.-<.=., A=A.   70 2007-2008 33. = 49.247 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 1. J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, M. Blackston, C. Bradtke, A. Braghieri, N. d'Hose, H. Dutz, A. Fix, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. van de Vyver, H. Weller, F. Zapadtka. A2 and GDH Collaborations (45) First measurement of the helicity dependence for the p !p +- reaction Eur. J. Phys. A 34, 11-21 (2007) 1.659*30/10=4.977 2. C.M. Tarbert, D.P. Watts, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, K. Fhl, D. Glazier, P. Grabmayr, R. Gregor, E. Heid, D. Hornidge, O. Jahn, V. Kashevarov, A. Knezevic, R. Kondratiev, M. Korolija, M. Kotulla, D. Krambrich, B. Krusche, M. Lang, V. Lisin, K. Livingston, S. Lugert, I.J.D. MacGregor, D.M. Manley, M. Martinez, J.C. McGeorge, D. Mekterovic, V. Metag, B. Nefkens, A. Nikolaev, R. Novotny, R.O. Owens, P. Pedroni, A. Polonski, S. Prakhov, J. Price, G. Rosner, M. Rost, T. Rostomyan, S. Schadmand, S. Schumann, D. Sober, A. Starostin, I. Supek, A. Thomas, M. Unverzagt, T. Walcher, F. Zehr. Crystal Balland A2 Collaborations (70) Incoherent neutral pion photoproduction on Phys. Rev. Lett. 100, 132301-5 (2008) 7.489*30/10 =22.47 -;5:B@>==K5 ?@5?@8=BK AB0B59: 1.S.Prakhov,& ,R.Kondratiev,.. et al. Measurement of slope parameter a for the h ->3p0 decay with the Crystal Ball at MAMI-C. Submitted to Phys. Rev. C (2008) , arXiv:0812.1999v2. 2.M.Unverzagt,..,R.Kondratiev,& et al. Determination of the Dalitz plot parametLVALer alpha for the decay  --> 3 pi0 with the Crystal Ball at MAMI-B. Submitted to Eur.Phys.J. (2008) , arXiv:0812.3324v1. 4/10*2 =0.8 >:;04K =0 :>=D5@5=F88 5<5F:>3> D878G5A:>3> >1I5AB20, A45;0==K5 >B 8<5=8 :>;;01>@0F88. Gieen, 12-16 <0@B0 2007 3., http://www.dpg-verhandlungen.de/2007/giessen/index.html 1. >:;04 HK 10.2. Erste Ergebnisse vom Crystal Ball Experiment am MAMI. " Andreas Thomas fur die A2-Kollaboration. 2. >:;04 HK 11.4. Double pion photoproduction off the proton " Fabien Zehr for the A2-Collaboration 3. >:;04 HK 11.6. Bestimmung der -Masse aus der Reaktion p ! p nahe der Erzeugungsschwelle " Alexander Nikolaev fur die A2-Kollaboration 4. >:;04 HK 11.8. Untersuchung des -Dalitz-Zerfalls und Bestimmung des -Formfaktors mit dem CB/TAPS Detektor an MAMI-B " Henning Berghaeuser fur die A2-Kollaboration 5. >:;04 HK 24.1. Untersuchungen zum magnetischen Moment der +(1232)-Resonanz in der Reaktion " Sven Schumann fur die A2-Kollaboration 6. >:;04 HK 24.2. The reaction p ! 0p measured with circularly polarized photons and the Magnetic Dipole Moment of the +(1232) " Benedicte Boillat for the A2-Collaboration 7. >:;04 HK 40.3. Modifikation der -Wechselwirkung in nuklearer Materie " Stefan Lugert fur die A2-Kollaboration >:;04K =0 :>=D5@5=F88 5<5F:>3> D878G5A:>3> >1I5AB20, A45;0==K5 >B 8<5=8 :>;;01>@0F88. Darmstadt, 10-14 <0@B0 2008 3., http://www.dpg-verhandlungen.de/2008/darmstadt/hk.html 8. >:;04 HK 2.1. Latest results from the GDH-experiment on the deuteron  Mauricio Martinez for the A2-Collaboration 9. >:;04 HK 2.5. Messung elektromagnetischer Formfaktoren von Mesonen mit dem Crystal Ball/TAPS Detektor an MAMI  Berghauser Henning  fur die A2-Kollaboration. 10. >:;04 HK 18.5. Polarized 3He targets at MAMI  J.Krimmer, W.Heil1, and P. Aguar-Bartolome for the A1&A2 Collaborations 10/10*6=6 58 564C=0@>4=0O :>=D5@5=F8O /4@>-2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8., >A:20, 23  27 8N=O 2008ZLVALj 3. >:;04 =0 1-< ?>;C?;5=0@=>< 70A540=88 25.07.08: ..>=4@0BL52, ..8A8=: 5@2K5 42064K ?>;O@870F8>==K5 M:A?5@8<5=BK A <5G5=K<8 D>B>=0<8. 30/2=15 B>3>:  = 4.977+22.47+0.8+6+15= 49.247LVALMG134,3 70 3@0=8F59 ?>;>65= = 0  $ : C7=5F>2 OG5A;02 ;5:A0=4@>28G B45; : $/  >;6=>ABL: =0CG=K9 A>B@C4=8: (0.1 AB02:8) !B5?5=L: =5B 1. !B0BL8 2 <564C=0@>4=KE @5D5@8@C5<KE 6C@=0;0E 1. V.Kuznetsov et al., (8 co-authors), ``Evidence for a narrow N(1685) resonance in eta photoproduction off the nucleon" Acta Physica Polonica B39, 1949 (2008).  : 30*0.807/8=3.02 2.A.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/35=10.8 3. A.Lleres et al. (GRAAL Collaboration), (38 co-authors), ``Polarization observable measurements for gp -> K+Lambda and gp -> K+Sigma for energies up to 1.5 GeV", Eur.Phys.J.A31:79-93,2007.  : 30*1.659/38=4.98 4. V.Kuznetsov et al., (13 co-authors) ``EVIDENCE FOR A NARROW STRUCTURE IN ETA PHOTOPRODUCTION OFF THE NEUTRON AT W=1.68 GEV", Phys. Lett. B647, 23, 2007  : 30*5.301/13=15.9 5. Y.Azimov, V.Kuznetsov, M.Polyakov, and I.Strakovsky, ``$K^\ast$-COUPLINGS FOR THE ANTIDECUPLET EXCITATION". Phys. Rev. D75, 054014, 2007  : 30*4.852/4=36.39 2. !B0BL8 2 @>AA89A:8E @5D5@8@C5<KE 6C@=0;0E 6. V.Kuznetsov, M.Polyakov ``New nucleon resonance N*(1685)" 8AL<0 2 -"$, 88, 399 (2008)  : 60*1.446/2=43.38 3. C1;8:0F88 2 B@C40E <564C=0@>4=KE :>=D5@5=F89 7. V.Kuznetsov, M.Polyakov, T.Boiko, J.Jang,A,Kim, W.Kim, A.Ni ``Eta photoproduction off the nucleon revisited: evidence for a Narrow N(1688) resonance." Proceedings of the Workshop on the Physics of Excited Nucleons NSTAR2007, Eds. H.-W.Hammer, V.Kleber, U.Thoma, and H.Schmieden, Springer, 2008, pg.176;  : 6*1.5/7=1.28 8. A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproducLVALtion off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008, Int. School of Nucl. Phys. Sept. 2007, Erice, Italy.  : 30*2.991*0.7/37=6.28 9. A.D'Angelo et al. (GRAAL Collaboration) (40 co-authors). ``Meson Photoproduction on the Nucelon with Polarozed Photons", Eur.Phys.J.A31:441-445,2007; 4th Int. Conference on quarks and Nuclear Physics QNP06, June 2006, Madrid, Spain.  : 30*1.659*0.7/40=3.84 10. P.Levi Sandri et al. (GRAAL Collaboration) (32 co-authors) ``Meson Photoproduction on the deuteron at GRAAL", Int.J. Mod. Phys. A22:341-348, 2007: Proceeding of 9th Int. Workshop on Meson Production Meson2006, June 2006, Cracow, Poland.  : 30*1.472*0.7/32=3.09 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 11. A.Lleres et al., (GRAAL Collaboration) (38 co-authors) ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Arxiv:nucl-ex/0807.3839  : 4/38=0.4 12. V.Kuznetsov, S.Merkulov, G.Solodukhov, Yu. Sorokin, A.Turinge. ``Total and nuclear photoabsorption cross section of 52Cr in the energy range of 8 - 70 MeV . arXiv:nucl-ex/0812.4652  : 4/5=0.8 13. V.Kuznetsov, M.Polyakov ``NEW NUCLEON RESONANCE N*(1685)" Arxiv:Hep-ex/0807.3217  : 4/2=2 14. V.Kuznetsov et al., (8 co-authors) ``Evidence for a narrow N(1685) resonance in eta photoproduction off the nucleon" Arxiv:hep-ex/0807.2316  : 4/8=0.5 15. V.Kuznetsov, M.Polyakov, J.Jang, T.Boiko, A,Kim, W.Kim, A.Ni ``Eta photoproduction off the nucleon revisited: Evidence for a narrow N(1688) resonance." Arxiv:hep-ex/0801.0778  : 4/7=0.57 16. V.Kuznetsov, M.Polyakov, T.Boiko, J.Jang, A,Kim, W.Kim, A.Ni ``Eta photoproduction off the nucleon revisited: evidence for a narrow N(1688) resonance?" Arxiv:hep-ex/0703003  : 4/7=0.57 17. V.G.Gurzadyan et al., (34 co-authors) ``On the Light Speed Anizotropy vs Cosmic Microwave Background  LVAL Arxiv:astro-ph/0701127  : 4/34=0.4 B>3>2K9  : 134.3 (3.02+10.8+4.98+15.9+36.39+43.48+1.28+6.28+3.84+3.09+0.4+0.8+2+0.5+0.57+0.57+0.4=134.3)  ?> 70@C1 :>=B@0:BC, 2 / =0 0.1 AB02:8, 2 B5<0E / =5 CG0AB2>20;LVALMG0?8: ;5:A0=4@ 8E09;>28G @>4 28.05.1953, =A,   70 2007  2008 C1;8:0F88: 1.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 2 A.Lleres et al. (GRAAL Collaboration), (38 co-authors), ``Polarization observable measurements for gp -> K+Lambda and gp -> K+Sigma for energies up to 1.5 GeV", Eur.Phys.J.A31:79-93,2007.  : 30*1.659/10=4.98 3. A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Meson photoproduction on the nucleon with polarized photons. Eur.Phys.J. A31 (2007) 441-445.  : 30*1.659/10=4.98 4. J.Ajaka, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Double p0 photoproduction on the neutron at GRAAL. Phys.Lett. B 651 (2007) 108-113 .  : 30*5,31/10=15.93 5. P.Levi Sandri, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Meson photoproduction on the neutron at GRAAL. J.Mod.Phys.A22 (2007) 341-348.  : 30*0.977/10=2.93 6. O.Bartalini, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Measurement of h- photoproduction on the proton from threshold to 1500 MeV. Europ.Phys.J. A33 (2007) 169.  : 30*1.659/10=4.98 7. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 8.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 9. A. Lleres A.,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL Collaboration). Measurement LVALof beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008).  : 30*1.659/10=4.98 10. J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 " : 81.17 >=D5@5=F88: 1. V.Gurzadyan, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. On the light speed anisotropy vs cosmic microwave background dipole. WSPC  Proceedings Compton MG11-4 (2007).  : 6/10=0.60 2. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2007).  : 30/10=3,00 3. A.Mushkarenkov, O.Bartalini, & A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. , Eta-photoproduction on the deuteron. Proc. XI Int. Sem. EMIN-2006, Moscow, 50-58, (2007).  : 30/10=3.00 7.A.D'Angelo et al. (GRAAL Collaboration) (40 co-authors). ``Meson Photoproduction on the Nucelon with Polarozed Photons", Eur.Phys.J.A31:441-445,2007; 4th Int. Conference on quarks and Nuclear Physics QNP06, June 2006, Madrid, Spain.  : 30*1.659*0.7/10=3.84 8 P.Levi Sandri et al. (GRAAL Collaboration) (32 co-authors) ``Meson Photoproduction on the deuteron at GRAAL", Int.J. Mod. Phys. A22:341-348, 2007: Proceeding of 9th Int. Workshop on Meson Production Meson2006,  LVAL June 2006, Cracow, Poland.  : 30*1.472*0.7/10=3.09 13. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-7354-0586-8 (2008)  : 30/10=3.00 " : 16.53 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 11. A.Lleres et al., (GRAAL Collaboration) (38 co-authors) ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Arxiv:nucl-ex/0807.3839  : 4/38=0.4 17. V.G.Gurzadyan et al., (34 co-authors) ``On the Light Speed Anizotropy vs Cosmic Microwave Background Arxiv:astro-ph/0701127  : 4/34=0.4 " 0.8 " 98.5LVALMG8A8= 0;5@89 02;>28G, 24.08.1947, :.D.-<.=., 702.A5:B>@><.   70 2007-2008 33. = 49.247 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 1. J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, M. Blackston, C. Bradtke, A. Braghieri, N. d'Hose, H. Dutz, A. Fix, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. van de Vyver, H. Weller, F. Zapadtka. A2 and GDH Collaborations (45) First measurement of the helicity dependence for the p !p +- reaction Eur. J. Phys. A 34, 11-21 (2007) 1.659*30/10=4.977 2. C.M. Tarbert, D.P. Watts, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, K. Fhl, D. Glazier, P. Grabmayr, R. Gregor, E. Heid, D. Hornidge, O. Jahn, V. Kashevarov, A. Knezevic, R. Kondratiev, M. Korolija, M. Kotulla, D. Krambrich, B. Krusche, M. Lang, V. Lisin, K. Livingston, S. Lugert, I.J.D. MacGregor, D.M. Manley, M. Martinez, J.C. McGeorge, D. Mekterovic, V. Metag, B. Nefkens, A. Nikolaev, R. Novotny, R.O. Owens, P. Pedroni, A. Polonski, S. Prakhov, J. Price, G. Rosner, M. Rost, T. Rostomyan, S. Schadmand, S. Schumann, D. Sober, A. Starostin, I. Supek, A. Thomas, M. Unverzagt, T. Walcher, F. Zehr. Crystal Balland A2 Collaborations (70) Incoherent neutral pion photoproduction on Phys. Rev. Lett. 100, 132301-5 (2008) 7.489*30/10 =22.47 -;5:B@>==K5 ?@5?@8=BK AB0B59: 1.S.Prakhov,& ,R.Kondratiev,.. et al. Measurement of slope parameter a for the h ->3p0 decay with the Crystal Ball at MAMI-C. Submitted to Phys. Rev. C (2008) , arXiv:0812.1999v2. 2.M.Unverzagt,..,R.Kondratiev,& et al. Determination of the Dalitz plot paramLVALeter alpha for the decay  --> 3 pi0 with the Crystal Ball at MAMI-B. Submitted to Eur.Phys.J. (2008) , arXiv:0812.3324v1. 4/10*2 =0.8 >:;04K =0 :>=D5@5=F88 5<5F:>3> D878G5A:>3> >1I5AB20, A45;0==K5 >B 8<5=8 :>;;01>@0F88. Gieen, 12-16 <0@B0 2007 3., http://www.dpg-verhandlungen.de/2007/giessen/index.html 1. >:;04 HK 10.2. Erste Ergebnisse vom Crystal Ball Experiment am MAMI. " Andreas Thomas fur die A2-Kollaboration. 2. >:;04 HK 11.4. Double pion photoproduction off the proton " Fabien Zehr for the A2-Collaboration 3. >:;04 HK 11.6. Bestimmung der -Masse aus der Reaktion p ! p nahe der Erzeugungsschwelle " Alexander Nikolaev fur die A2-Kollaboration 4. >:;04 HK 11.8. Untersuchung des -Dalitz-Zerfalls und Bestimmung des -Formfaktors mit dem CB/TAPS Detektor an MAMI-B " Henning Berghaeuser fur die A2-Kollaboration 5. >:;04 HK 24.1. Untersuchungen zum magnetischen Moment der +(1232)-Resonanz in der Reaktion " Sven Schumann fur die A2-Kollaboration 6. >:;04 HK 24.2. The reaction p ! 0p measured with circularly polarized photons and the Magnetic Dipole Moment of the +(1232) " Benedicte Boillat for the A2-Collaboration 7. >:;04 HK 40.3. Modifikation der -Wechselwirkung in nuklearer Materie " Stefan Lugert fur die A2-Kollaboration >:;04K =0 :>=D5@5=F88 5<5F:>3> D878G5A:>3> >1I5AB20, A45;0==K5 >B 8<5=8 :>;;01>@0F88. Darmstadt, 10-14 <0@B0 2008 3., http://www.dpg-verhandlungen.de/2008/darmstadt/hk.html 8. >:;04 HK 2.1. Latest results from the GDH-experiment on the deuteron  Mauricio Martinez for the A2-Collaboration 9. >:;04 HK 2.5. Messung elektromagnetischer Formfaktoren von Mesonen mit dem Crystal Ball/TAPS Detektor an MAMI  Berghauser Henning  fur die A2-Kollaboration. 10. >:;04 HK 18.5. Polarized 3He targets at MAMI  J.Krimmer, W.Heil1, and P. Aguar-Bartolome for the A1&A2 Collaborations 10/10*6=6 58 564C=0@>4=0O :>=D5@5=F8O /4@>-2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8., >A:20, 23  27 8N=O 20VLVALf08 3. >:;04 =0 1-< ?>;C?;5=0@=>< 70A540=88 25.07.08: ..>=4@0BL52, ..8A8=: 5@2K5 42064K ?>;O@870F8>==K5 M:A?5@8<5=BK A <5G5=K<8 D>B>=0<8. 30/2=15 B>3>:  = 4.977+22.47+0.8+6+15= 49.247LVALMGI.I c0 2007-2008 aa. Iooea.aieia Aeaenaia. Ieeieaaae. 19.12.1980,eoii, in,EO.. Noaouea.aoa.e.oaiuo ca.oaa.iuo .o.iaeao: 1. A. Lleres, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Polarization observable measurements for . + pK+. and . + pK+0 for energies !! up to 1.5 GeV, Eur. Phys. J.A31 (2007) 79-93; I.IA=1,659*30/10=4,977 2.J.Ajaka, ...,A.Lapik,A. Mushkarenkov,V. Nedorezov,N. Rudnev,A.Turingeetal., Double 0 photoproduction on the neutron at GRAAL, Phys. Lett.B651 (2007) 108-113; I.IA=5,301*30/10=15,903 3. A. Lleres, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Measurement of . photoproduction on the proton from threshold to 1500 MeV, Eur. Phys. J.A33 (2007) 169-184; I.IA=1,659*30/10=4,977 4. A. D Angelo, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Meson photoproduction on the nucleon with polarized photons, Eur. Phys.J.A31:441-445, 2007; I.IA=1,659*30*0,7/10=3,48 5. A. Ignatov, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., New experimental and simulated results on nuclear media effects in meson photoproduction offnuclei, Prog. Part. Nucl. Phys. 61:253-259, 2008; I.IA=2,991*30*0,7/10=6,28 6. A. Fantini, ..., A. Lapik, A. Mushkarenkov,V. Nedorezov, N. Rudnev, A.Turinge et al., First measurement of the . beam asymmetry in . photoproduction on the neutron, Phys.Rev. C 78:015203, 2008; I.IA=3,61*30/10=10,83 7. J. Ajaka, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Simultaneous photoproduction of . and 0 mesons on the proton, Phys. Rev. Lett. 100:052003, 2008. I.IA=7,489*30/10=22,47 Noaouea.aoa.e.oaiuo .inneeneeo .o.iaeao: 1. N. Rudnev, ..., A. Lapik, A. Mushkarenkov,V. Nedorezov, A.Turinge et al., Measurement of the total photoabsorption cross section on a proton in the energy range 600 1500 MeV at the GRAAL, Phys. Atom. Nucl. 71:75-82, 2LVAL008,Yad. Fiz. 71:76-83, 2008. I.IA=0,914*60/10=5,5 Aieeaau ia .inneeneeoeiioa.aioeyo: 1. Ieaia.iue. A.N. Eaiaoia, A.I. Iooea.aieia, A.A. Iaai.acia, Oioi.i.aaiea ia. 0+ ia i.ioiiaeaaeo.iia, .a.i-2008,Iineaa, 23-27 e.iy 2008a.; I.IA=4/3=1,3 2. I.eaeao.iiue. A.A. Iaai.acia, A.N. Eaiaoia, A.I. Iooea.aieia, Oioi.i.aaiea -iaciiia ia i.ioiiao, iaeo.iiao e eaaeeo ya.ao a iaeanoe ioeeiiiuo .aciiainia, .a.i-2008,Iineaa, 23-27 e.iy 2008a. I.IA=20/3=6,7 Aieeaau ia ia.aoia.iaiuoeiioa.aioeyo: 1. Ieaia.iue. V. Nedorezov, ..., A. Ignatov, A. Lapik, A. Mushkarenkov, N. Rudnev, A.Turinge et al., New experimental and simulated results on nuclear media effects in meson photoproduction offnuclei, International School of Nuclear Physics: 29th course Quarks in Hadrons and Nuclei, Erice, 16-24 September 2007. I.IA=30/10=3 Noaoueai.ai.eioao: 1. A. Lleres, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction p K+, arXiv:0807.3839. ! I.IA=4/10=0,4 EOIAI: I.IA=85,9*1,5=128,8LVALMG54>@57>2 ;048<8@ 5>@38528G @>4 13.09.1946, 702. 01, $/ ,   70 2007  2008 33. = 275,55   @C:>2>48B5;O=275,5*0.5 + 80,47*0,75= 137,75 + 60,35 = 198,10 C1;8:0F88: 1.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 2 A.Lleres et al. (GRAAL Collaboration), (38 co-authors), ``Polarization observable measurements for gp -> K+Lambda and gp -> K+Sigma for energies up to 1.5 GeV", Eur.Phys.J.A31:79-93,2007.  : 30*1.659/10=4.98 3. A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Meson photoproduction on the nucleon with polarized photons. Eur.Phys.J. A31 (2007) 441-445.  : 30*1.659/10=4.98 4. J.Ajaka, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Double p0 photoproduction on the neutron at GRAAL. Phys.Lett. B 651 (2007) 108-113 .  : 30*5,31/10=15.93 5. P.Levi Sandri, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Meson photoproduction on the neutron at GRAAL. J.Mod.Phys.A22 (2007) 341-348.  : 30*0.977/10=2.93 6. O.Bartalini, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Measurement of h- photoproduction on the proton from threshold to 1500 MeV. Europ.Phys.J. A33 (2007) 169.  : 30*1.659/10=4.98 7. .. >=>=>2, !..3=0B>2, ..54>@57>2, .. >B0?>2, A>15==>AB8 <5E0=87<0 D>@<8@>20=8O B5=52>3> 87>1@065=8O 2 AF8=B8;;OF8>==KE :@8AB0;;0E.  5D5:B>A:>?8O 4 (2007) 3  : 8/4=2.00 8. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 9.A.Ignatov et al., (37 co-authors)  New exLVALperimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 9. A. Lleres A.,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL Collaboration). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008).  : 30*1.659/10=4.98 10. J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 12. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. ;L<0=0E :;8=8G5A:>9 <548F8=K, B.XYII , (2008) G.1. AB@. 285-288.  : 8/6=1.33 " : 84,50 >=D5@5=F88: 1. V.Gurzadyan, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. On the light speed anisotropy vs cosmic microwave background dipole. WSPC  Proceedings Compton MG11-4 (2007).  : 6/10=0.60 2. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2007).  : 30/10=3,00 3. A.Mushkarenkov, O.Bartalini, & A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. , Eta-photoproduction on the deuteron. LVALProc. XI Int. Sem. EMIN-2006, Moscow, 50-58, (2007).  : 30/10=3.00 4. A.D.Belyaev, V.V.Chesnokov, A.S.Ignatov, V.G.Nedorezov, N.N.Peskov, M.E.Stepanov, A.A.Turinge, V.V.Varlamov. New relational database for experimental and model meson photoproduction data in Internet. Proc. XI Int. Sem. EMIN-2006, Moscow, 176-178, (2007).  : 30/8=3.75 5. A.D.Belyaev, V.M.Ionov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge. Experimental methods for calibration of coordinate detectors for high energy gammas and electrons. Proc. XI Int. Sem. EMIN-2006, Moscow, 205-207, (2007).  : 30/6=5.00 7.A.D'Angelo et al. (GRAAL Collaboration) (40 co-authors). ``Meson Photoproduction on the Nucelon with Polarozed Photons", Eur.Phys.J.A31:441-445,2007; 4th Int. Conference on quarks and Nuclear Physics QNP06, June 2006, Madrid, Spain.  : 30*1.659*0.7/10=3.84 8 P.Levi Sandri et al. (GRAAL Collaboration) (32 co-authors) ``Meson Photoproduction on the deuteron at GRAAL", Int.J. Mod. Phys. A22:341-348, 2007: Proceeding of 9th Int. Workshop on Meson Production Meson2006, June 2006, Cracow, Poland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iPM A> AF8=B8;;OB>@>< ZnSB2O3 A 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. "578AK 4>:;04>2 58->3> <564.A>25I0=8O .?> O45@=>9 A?5:B@>A:>?88 AB@C:BC@5 0B><=>3> O4@0 / -2008) . # (2008) , AB@. 270.  : 6/10=0.60 12. .!.3=0B>2, ..CH:0@fLVALv5=:>2, ..54>@57>2. $>B>@>645=85 h - <57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2. "578AK 4>:;04>2 58->3> <564.A>25I0=8O .?> O45@=>9 A?5:B@>A:>?88 AB@C:BC@5 0B><=>3> O4@0 / -2008) . # (2008) , AB@. 37.  : 30/3=10.00 13. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-7354-0586-8 (2008)  : 30/10=3.00 " : 56,55 #G.?>A>185. ..CH:0@5=:>2, ..54>@57>2. -;5:B@><03=8B=K5 2708<>459AB28O O45@. 74. / , 7,7 @54.874. ;8AB>2.   = 7,7 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 11. A.Lleres et al., (GRAAL Collaboration) (38 co-authors) ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Arxiv:nucl-ex/0807.3839  : 4/38=0.4 17. V.G.Gurzadyan et al., (34 co-authors) ``On the Light Speed Anizotropy vs Cosmic Microwave Background Arxiv:astro-ph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hrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, M. Blackston, C. Bradtke, A. Braghieri, N. d'Hose, H. Dutz, A. Fix, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. van de Vyver, H. Weller, F. Zapadtka. A2 and GDH Collaborations (45) First measurement of the helicity dependence for the p !p +- reaction Eur. J. Phys. A 34, 11-21 (2007) 1.659*30/10=4.977 2. C.M. Tarbert, D.P. Watts, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, K. Fhl, D. Glazier, P. Grabmayr, R. Gregor, E. Heid, D. Hornidge, O. Jahn, V. Kashevarov, A. Knezevic, R. Kondratiev, M. Korolija, M. Kotulla, D. Krambrich, B. Krusche, M. Lang, V. Lisin, K. Livingston, S. Lugert, I.J.D. MacGregor, D.M. Manley, M. Martinez, J.C. McGeorge, D. Mekterovic, V. Metag, B. Nefkens, A. Nikolaev, R. Novotny, R.O. Owens, P. Pedroni, A. Polonski, S. Prakhov, J. Price, G. Rosner, M. Rost, T. Rostomyan, S. Schadmand, S. Schumann, D. Sober, A. Starostin, I. Supek, A. Thomas, M. Unverzagt, T. Walcher, F. Zehr. Crystal Balland A2 Collaborations (70) Incoherent neutral pion photoproduction on Phys. Rev. Lett. 100, 132301-5 (2008) 7.489*30/10 =22.47 -;5:B@>==K5 ?@5?@8=BK AB0B59: 1.S.Prakhov,& ,R.Kondratiev,.. et al. Measurement of slope parameter a for the h ->3p0 decay with the Crystal Ball at MAMI-C. Submitted to Phys. Rev. C (2008) , arXiv:0812.1999v2. 2.M.Unverzagt,..,R.Kondratiev,& et al. Determination of the Dalitz plot parameter alpha LVALfor the decay  --> 3 pi0 with the Crystal Ball at MAMI-B. Submitted to Eur.Phys.J. (2008) , arXiv:0812.3324v1. 4/10*2 =0.8 >:;04K =0 :>=D5@5=F88 5<5F:>3> D878G5A:>3> >1I5AB20, A45;0==K5 >B 8<5=8 :>;;01>@0F88. Gieen, 12-16 <0@B0 2007 3., http://www.dpg-verhandlungen.de/2007/giessen/index.html 1. >:;04 HK 10.2. Erste Ergebnisse vom Crystal Ball Experiment am MAMI. " Andreas Thomas fur die A2-Kollaboration. 2. >:;04 HK 11.4. Double pion photoproduction off the proton " Fabien Zehr for the A2-Collaboration 3. >:;04 HK 11.6. Bestimmung der -Masse aus der Reaktion p ! p nahe der Erzeugungsschwelle " Alexander Nikolaev fur die A2-Kollaboration 4. >:;04 HK 11.8. Untersuchung des -Dalitz-Zerfalls und Bestimmung des -Formfaktors mit dem CB/TAPS Detektor an MAMI-B " Henning Berghaeuser fur die A2-Kollaboration 5. >:;04 HK 24.1. Untersuchungen zum magnetischen Moment der +(1232)-Resonanz in der Reaktion " Sven Schumann fur die A2-Kollaboration 6. >:;04 HK 24.2. The reaction p ! 0p measured with circularly polarized photons and the Magnetic Dipole Moment of the +(1232) " Benedicte Boillat for the A2-Collaboration 7. >:;04 HK 40.3. Modifikation der -Wechselwirkung in nuklearer Materie " Stefan Lugert fur die A2-Kollaboration >:;04K =0 :>=D5@5=F88 5<5F:>3> D878G5A:>3> >1I5AB20, A45;0==K5 >B 8<5=8 :>;;01>@0F88. Darmstadt, 10-14 <0@B0 2008 3., http://www.dpg-verhandlungen.de/2008/darmstadt/hk.html 8. >:;04 HK 2.1. Latest results from the GDH-experiment on the deuteron  Mauricio Martinez for the A2-Collaboration 9. >:;04 HK 2.5. Messung elektromagnetischer Formfaktoren von Mesonen mit dem Crystal Ball/TAPS Detektor an MAMI  Berghauser Henning  fur die A2-Kollaboration. 10. >:;04 HK 18.5. Polarized 3He targets at MAMI  J.Krimmer, W.Heil1, and P. Aguar-Bartolome for the A1&A2 Collaborations 10/10*6=6 B>3>:  = 4.977+22.47+0.8+6+15= 34.247LVALMG C4=52 8:>;09 OG5A;02>28G 18.12.1972, <=A , $/ ,   70 2007  2008 33. = 98,50 C1;8:0F88: 1.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 2 A.Lleres et al. (GRAAL Collaboration), (38 co-authors), ``Polarization observable measurements for gp -> K+Lambda and gp -> K+Sigma for energies up to 1.5 GeV", Eur.Phys.J.A31:79-93,2007.  : 30*1.659/10=4.98 3. A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Meson photoproduction on the nucleon with polarized photons. Eur.Phys.J. A31 (2007) 441-445.  : 30*1.659/10=4.98 4. J.Ajaka, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, ?V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Double 0 photoproduction on the neutron at GRAAL. Phys.Lett. B 651 (2007) 108-113 .  : 30*5,31/10=15.93 5. P.Levi Sandri, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Meson photoproduction on the neutron at GRAAL. J.Mod.Phys.A22 (2007) 341-348.  : 30*0.977/10=2.93 6. O.Bartalini, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, photoproduction??V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Measurement of on the proton from threshold to 1500 MeV. Europ.Phys.J. A33 (2007) 169.  : 30*1.659/10=4.98 7. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 8.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 9. A. Lleres A.,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL CollaboraLVALtion). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008).  : 30*1.659/10=4.98 10. J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 " : 81.17 >=D5@5=F88: 1. V.Gurzadyan, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. On the light speed anisotropy vs cosmic microwave background dipole. WSPC  Proceedings Compton MG11-4 (2007).  : 6/10=0.60 2. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2007).  : 30/10=3,00 3. A.Mushkarenkov, O.Bartalini, & A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. , Eta-photoproduction on the deuteron. Proc. XI Int. Sem. EMIN-2006, Moscow, 50-58, (2007).  : 30/10=3.00 7.A.D'Angelo et al. (GRAAL Collaboration) (40 co-authors). ``Meson Photoproduction on the Nucelon with Polarozed Photons", Eur.Phys.J.A31:441-445,2007; 4th Int. Conference on quarks and Nuclear Physics QNP06, June 2006, Madrid, Spain.  : 30*1.659*0.7/10=3.84 8 P.Levi Sandri et al. (GRAAL Collaboration) (32 co-authors) ``Meson Photoproduction on the deuteron at GRAAL", Int.J. Mod. Phys. A22:341-348, 2007: Proceeding of 9th Int. Workshop on Meson Pro LVAL duction Meson2006, June 2006, Cracow, Poland.  : 30*1.472*0.7/10=3.09 13. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-7354-0586-8 (2008)  : 30/10=3.00 " : 16.53 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 11. A.Lleres et al., (GRAAL Collaboration) (38 co-authors) ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Arxiv:nucl-ex/0807.3839  : 4/38=0.4 17. V.G.Gurzadyan et al., (34 co-authors) ``On the Light Speed Anizotropy vs Cosmic Microwave Background Arxiv:astro-ph/0701127  : 4/34=0.4 " 0.8 " 98.5LVAL  70 2007-2008 33. CA0:>2 @BC@ ;048<8@>28G, 25.11.1964, <.=.A. 1. N.Severijns, A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.V.Golovko, G.M.Gurevich, P.Herzog, I.S.Kraev, A.A.Lukhanin, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, Yu.G.Toporov, C.Tramm, V.N.Vyachin,F.Wauters, D.Zakoucky, .Zotov. a-decay half-life of 253Es in metallic Fe at temperatures between 4K and 50 mK. Phys. Rev. C76 (2007) 024304. 3.610*30/10=10.83 3. .. C@528G, ..5;O52, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ."@0<<, ..OG8=, .0:>CF:8, -.>B>2.  2>?@>AC > 2;8O=88 <5B0;;8G5A:>3> >:@C65=8O 8 =87:8E B5<?5@0BC@ =0 A:>@>ABL 0;LD0-@0A?040 253Es. 725AB8O  (A5@. $87.) 72, 3 (2008) 340-343. 8/10=0.8 4. G.M.Gurevich,& , A.V.Rusakov e.a. The effect of metallic environment and low temperature on the 253Es  decay rate. Bulletin of the Russian Academy of Sciences: Physics, 72, 3 (2008) 315-318. 8/10=0.8 5. N.Severijns,& , G.M.Gurevich,& , A.V.Rusakov e.a. Hyperfine field of einsteinium in iron and nuclear magnetic moment of 254Es. Submitted to Phys. Rev. C. 3.610*30/10=10.83 6. 5@18F:89 !.!., <>E>=>2 .., 0?8: .., CA0:>2 .. %@8;52, .., &5;51@>2A:89 .. !?5:B@><5B@ 42>9=>3> @0AA5O=8O =59B@>=>2 8 30<<0-:20=B>2. 725AB8O . -=5@35B8:0, ! 6 (2007). 8/6=1.33 7. !.!.5@18F:89 , ..;0B:89, ..0?8:, .!. 0B=5@, .. CA0:>2, .."8:0=>2, .."C;C?>2, ..&5;51@>2A:89. AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 (,n) =0 O4@0E 52Cr 8 51V. /45@=0O D878:0 (2 ?5G0B8). 0,914*60/8=6.86 B>3> 31.456LVALtH!>@>:8= .@89 20=>28G, @>4. 26.10.1939 3., :.D-<.=., =.A. >:;04K 8 B578AK: !5:F8>==K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 /4@> 2008 57>=0=A=>5 2>71C645=85 >AF8;;OB>@0 8 83>;LG0B>5 AB@>5=85 D>B>=0. 0;;K: 8 !5:F8>==K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 /4@> 2008 57>=0=A=>5 2>71C645=85 >AF8;;OB>@0 8 83>;LG0B>5 AB@>5=85 D>B>=0. 725AB8O , 2 ?5G0B8. 0;;K: 8*0,3*1,5 = 3,6 @5?@8=BK. V.Kouznetsov, S.Yu.Merkulov, G.Solodukhov, Yu.Sorokin, A.Turinge. Total and nuclear photoabsorption cross-sections of 52 Cr in the energy range of 8-70 MeV. E-print 08124652. http://slac.stanford.edu/spires 0;;K: 4 : 5 = 0,8 0;;K 2A53>: 8 + 3,6 +0,8 = 12,4!>;>4CE>2 5==0489 0A8;L528G, @>4. 19.11.1935 3., :.D-<.=, 702. A5:B>@>< #& AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E .. @><>2, .. 0A8;L52, .. !>;>4CE>2 0B5<0B8G5A:>5 <>45;8@>20=85 CA:>@5=8O 2 @07@57=>< <8:@>B@>=5 =0 50 M A >3@0=8G5==K< G8A;>< >@18B. B><=0O M=5@38O, 2008, B.104, 2K?.5, AB@. 307-310. 0;;K: 8 : 3 = 2,66 .. @><>2, .. 0A8;L52, .. !>;>4CE>2. 0B5<0B8G5A:>5 <>45;8@>20=85 D>:CA8@>2:8 2 @07@57=>< <8:@>B@>=5 =0 50 M A >3@0=8G5==K< G8A;>< >@18B. B><=0O M=5@38O, 2 ?5G0B8. 0;;K: 8 : 3 = 2,66 @5?@8=BK "..:A5=>20, ..0?8:, .. CA0:>2, ..!>;>4CE>2 #?@02;5=85 :>MDD8F85=B>< CA8;5=8O $-# 4;O @01>BK 2 CA;>28OE ?5@5<5==>9 703@C7:8. @5?@8=B / , 2 ?5G0B8. 0;;K: 4 : 4 = 1 V.Kouznetsov, S.Yu.Merkulov, G.Solodukhov, Yu.Sorokin, A.Turinge. Total and nuclear photoabsorption cross-sections of 52 Cr in the energy range of 8-70 MeV. E-print 08124652. http://slac.stanford.edu/spires 0;;K: 4 : 5 = 0,8 4>:;04K =0 A5<8=0@0E (565=545;L=KE 8;8 G0ABKE) 0;;K 2A53>:7. 0;;K @C:>2>48B5;O: 7*0,5+282,5/4*0,75=56,5,LVALX>;5=A:89 /= !B0=8A;02>28G @>4. 21.11.1937, =A -,   70 2007-2008 33 !B0BL8: /.!. ;5=A:89/ ;8O=85 <=>3>:@0B=>3> @0AA5O=8O =0 25;8G8=C :@8B8G5A:>3> ?>;O 4;O C1530NI8E M;5:B@>=>2 2 0B<>AD5@5// 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062.,   = 8. >:;04K: /.!. ;5=A:89/  ?>2545=88 ( =0 ?>74=8E AB048OE @0728B8O, 30 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !-5B5@1C@3, 3-7 023CAB0 2006 3.,   = 4*1.5 = 6. @5?@8=BK: Ya. S. Elensky/ Effect of Multiple Scattering on the Critical Electric Field for Runaway Electrons in the Atmosphere// arXiv: 0712.3861v1 (2007),   = 4. B>3>:   = 18"C;C?>2 >@8A ;5:A5528G, 06.08.1931, :.D.-<.=, A=A.,   70 2007  2008 33. C1;8:0F88: 1. !.!. 5@18F:89, .. 0?8:, .!. 0B=5@, .. CA0:>2, .."8:0=>2, .."C;C?>2, .. &5;51@>2A:89. AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 ( . n) =0 O4@0E 52 Cr 8 51V. /$ (2 ?5G0B8)  =0.914*60/7=7.83 2. .."C;C?>2, ..#@8=. $@03<5=B0F8>==K9 A4283 M=5@388 O45@=KE 3830=BA:8E @57>=0=A>2. /$ 72, !4 (2009) (2 ?5G0B8).  =0.914*60/2=27.42 >=D5@5=F88: 1. .. "C;C?>2, .. #@8= . $@03<5=B0F8>==K9 A4283 M=5@388 O45@=KE 3830=BA:8E @57>=0=A>2. >:;04, ?@54AB02;5==K9 =0 =0CG=CN A5AA8N $ (>A:20, O=20@L 2008)  =1.5*4/2=3 2. .."C;C?>2, ..#@8=. $@03<5=B0F8>==K9 A4283 M=5@388 O45@=KE 3830=BA:8E @57>=0=A>2. >:;04, ?@54AB02;5==K9 =0 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0, >A:20, 2008 3.  =!.5*6/2=4.5 B>3>:  = 7.83+27.42+3+22.19=42.75LVALMG"C@8=35 =4@59 @8A>28G 18.12.1956, A=A (1/2 AB02:8) , $/ ,   70 2007  2008 33. = 98,50 C1;8:0F88: 1.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 2 A.Lleres et al. (GRAAL Collaboration), (38 co-authors), ``Polarization observable measurements for gp -> K+Lambda and gp -> K+Sigma for energies up to 1.5 GeV", Eur.Phys.J.A31:79-93,2007.  : 30*1.659/10=4.98 3. A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Meson photoproduction on the nucleon with polarized photons. Eur.Phys.J. A31 (2007) 441-445.  : 30*1.659/10=4.98 4. J.Ajaka, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, ?V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Double 0 photoproduction on the neutron at GRAAL. Phys.Lett. B 651 (2007) 108-113 .  : 30*5,31/10=15.93 5. P.Levi Sandri, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Meson photoproduction on the neutron at GRAAL. J.Mod.Phys.A22 (2007) 341-348.  : 30*0.977/10=2.93 6. O.Bartalini, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, photoproduction??V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Measurement of on the proton from threshold to 1500 MeV. Europ.Phys.J. A33 (2007) 169.  : 30*1.659/10=4.98 7. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 8.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 9. A. Lleres A.,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAALLVAL Collaboration). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008).  : 30*1.659/10=4.98 10. J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 " : 81.17 >=D5@5=F88: 1. V.Gurzadyan, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. On the light speed anisotropy vs cosmic microwave background dipole. WSPC  Proceedings Compton MG11-4 (2007).  : 6/10=0.60 2. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2007).  : 30/10=3,00 3. A.Mushkarenkov, O.Bartalini, & A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. , Eta-photoproduction on the deuteron. Proc. XI Int. Sem. EMIN-2006, Moscow, 50-58, (2007).  : 30/10=3.00 7.A.D'Angelo et al. (GRAAL Collaboration) (40 co-authors). ``Meson Photoproduction on the Nucelon with Polarozed Photons", Eur.Phys.J.A31:441-445,2007; 4th Int. Conference on quarks and Nuclear Physics QNP06, June 2006, Madrid, Spain.  : 30*1.659*0.7/10=3.84 8 P.Levi Sandri et al. (GRAAL Collaboration) (32 co-authors) ``Meson Photoproduction on the deuteron at GRAAL", Int.J. Mod. Phys. A22:341-348, 2007: Proceeding of 9th Int. Workshop on LVAL Meson Production Meson2006, June 2006, Cracow, Poland.  : 30*1.472*0.7/10=3.09 13. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-7354-0586-8 (2008)  : 30/10=3.00 " : 16.53 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 11. A.Lleres et al., (GRAAL Collaboration) (38 co-authors) ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Arxiv:nucl-ex/0807.3839  : 4/38=0.4 17. V.G.Gurzadyan et al., (34 co-authors) ``On the Light Speed Anizotropy vs Cosmic Microwave Background Arxiv:astro-ph/0701127  : 4/34=0.4 " 0.8 " 98.5LVALMGC1A0=4>@6852 0O@B> >=AB0=B8=>28G, :.D.-<.=., A=A -   2007-2008 C1;8:0F88 2007 1. V.M.Aynutdinov, & & & & .., B.K.Lubsandorzhiev et al. The Baikal Neutrino experiment: NT200+ and beyond // Nucl. Instrum. and Meth. A. 2007. V.572. P.511-514. 1.224x30/10=3.672 2. O.Mineev, A.Afanasjev, G.Bondarenko, V.Golovin, E.Gushchin, A.Izmailov, M.Khabibulin, A.Khotjantsev, Yu.Kudenko, Y.Kurimoto, B.Lubsandorzhiev, V.Mayatski, Yu.Musienko, T.Nakaya, T.Nobuhara, B.A.J.Shaibonov, A.Shaikhiev, M.Taguchi, N.Yershov, M.Yokoyama. Scintillator counters with multi-pixel avalanche photodiode readout for the ND280 detector of the T2K experiment // Nucl. Instrum. and Meth. A. 2007. V. 577. P.540-551. 1.224x30/10=3.672 3. ..C4=52, .8H=52A:8, ..@MAA, ..01;>F:89, ..>@5AB5;520, ..C7L<8G52, ..C1A0=4>@6852 8 4@. 0AA>2K9 A>AB02 :>A<8G5A:8E ;CG59 ?> 40==K< CAB0=>2:8 "#-25 // 725AB8O . !5@8O D878G5A:0O. 2007. ".71. N.4. !.493-495. 8x0.1=0.8 4. . .0@010=>2, ..5@5A=8:>20, ..>@=>CE>2, ..C1A0=4>@6852, ..>;5IC:. 7<5@5=85 :@82>9 2KA25G820=8O AF8=B8;;OB>@0 CaMoO4 // @5?@8=B /  1184/2007 N;L 2007, 11A. 4E0.2=0.8 5. N.M.Budnev, O.V.Chvalaev, O.A.Gress, & & & .., B.K.Lubsandorzhiev et al. 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The quest LVALfor the ideal scintillator for hybrid phototubes // Physics/arXiv:0710.2069 4/2=2 KABC?;5=8O 2007 1. 2->5 564C=0@>4=>5 A>25I0=85  Workshop -  Large area photodetectors for the next generation neutrino telescopes  0@A5;L $@0=F8O, 28 D52@0;L  3 <0@B0 2007. >:;04  Perspectives of Hybrid Phototubes 1x30=30 2. 564C=0@>4=0O :>=D5@5=F8O  IEEE  9th International Conference on Inorganic Scintillators and their Applications , Winston-Salem, NC USA, 4-8 8N=O 2007. >:;04 -  The quest for the ideal scintillator for hybrid phototubes (1x30=30)x1.5=45 3. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B>@0< 2 D878G5A:8E M:A?5@8<5=B0E, Ringberg Castle 5@<0=8O, 23-28 !5=BO1@O 2007. >:;04K  New PMT development 1x30=30 4. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B>@0< 2 D878G5A:8E M:A?5@8<5=B0E, Ringberg Castle 5@<0=8O, 23-28 !5=BO1@O 2007. >:;04K  New PMT development 1x30=30 5. 5-0O 564C=0@>4=0O :>=D5@5=F8O ?> G5@5=:>2A:8< 45B5:B>@0< RICH2007, "@85AB B0;8O, 15-20 >:BO1@O 20073. >:;04K:  The quest for the ideal photodetector for the next generation of deep underwater neutrino telescopes (1x30=30)x1.5=45 6. 5-0O 564C=0@>4=0O :>=D5@5=F8O ?> G5@5=:>2A:8< 45B5:B>@0< RICH2007, "@85AB B0;8O, 15-20 >:BO1@O 20073.  TUNKA EAS Cherenkov experiment in Tunka Valley (6/10=0,6)x1.5=0.9 7. 564C=0@>4=0O :>=D5@5=F8O  Workshop  Advanced Gamma Detectors  , >A:20 >AA8O 5-8 45:01@O 2007.>:;04:  Timing properties of the new LaBr:Ce and CeBr scintillator crystals 1x30=30 C:>2>4AB2> 0A?8@0=B0<8 8 48?;><=8:0<8 2007 1. C:>2>4AB2> 0A?8@0=B><. (091>=>2 0B>@ ;5:A0=4@>28G, 0A?8@0=B 3-3> 3>40 $, B5<0 48AA5@B0F8>==>9 @01>BK  -;5<5=BK D>B>=8:8 2 M:A?5@8<5=B0E =5CA:>@8B5;L=>9 D878:8 M;5<5=B0@=KE G0AB8F (2007) (30)E1=30 3. C:>2>4AB2> 0A?8@0=B><. >;5IC: ><0= ;048<8@>28G, 0A?8@0=B 1-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  $>B>45B5:B>@K M:A?5@8<5=B>2 GERDA 8 D-CHOOZ (2007) 30E1=30 4. C:>2>4AB2> 0A?8@0=B><. 5@5A=8:>20 ==0 0A8;L52=0, 0A?8@0=B:0 /  3 3>4, B5<0 48AA5LVAL@B0F8>==>9 @01>BK  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 CaMoO4 2007 (30)/2=15 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, 10:;02@80B >AA89A:89 #=825@A8B5B 4@C61K =0@>4>2, 48?;><=0O @01>B0  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LaBr:Ce 8 CeBr (2007) 10E1=10 6. C:>2>4AB2> ABC45=B>< 48?;><=8:><. 028B0H28;8 @0:;89 (>B0528G 48?;><=8: A?5F80;8AB $, 48?;><=0O @01>B0  AA;54>20=85 2>7<>6=>AB8 8A?>;L7>20=8O :@5<=852KE D>B>C<=>68B5;59 2 20:CC<=KE 381@84=KE D>B>45B5:B>@0E (2007) 10E1=10 C1;8:0F88 2008 1.Yu. Kudenko, E. Akhrameev, G. Bondarenko, V. Golovin, E. Gushin, A. Izmailov, M. Khabibullin, A. Khotyantsev, B. Lubsandorzhiev, O. Mineev, Yu. Musienko, A. Shaykhiev, N. Yershov. Study of MRS photodiodes for T2K experiment // Proc. of PD07 Conference. Kobe Japan. June 27-29. 2007. / Proceedings of Science. Po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ubsandorzhiev, B.Combettes. The quest for the ideal scintillator for hybrid photodetectors // IEEE Transactions on Nuclear Science 2008. Vol.55. Issue 3. Part2. P.1333-1337. (1,259E30/2=18,885)x0.7=13.2195 5. B.K.Lubsandorzhiev. The quest for the ideal photodetector for the next generation deep underwater neutrino telescopes // Nucl. Instrum. and Meth. A. 2008. V. 595. P.58-61. (1,224E30/1= 36,72)x0.7=25.7334 6. B.K.Lubsandorzhiev. TUNKA  EAS Cherenkov experiment in the Tunka LVALValley // Nucl. Instrum. and Meth. A. 2008. V. 595. P.73-76. (1,224E30/1= 36,72)x0.7=25.7334 7. N.M.Budnev, O.V.Chvalaev, O.A.Gress, N.N.Kalmykov, V.A.Kozhin, E.E.Korosteleva, L.A.Kuzmichev, B.K.Lubsandorzhiev, R.R.Mirgazov, G.Navarra, M.I.Panasyuk, L.V.Pankov, V.V.Prosin, V.S.Ptuskin, Y.A.Semeney, A.V.Skurikhin, B.A.Shaibonov(junior), Ch.Spiering, R.Wischnewski, I.A.Yashin, A.V.Zablotsky, A.V.Zagorodnikov. Data acquisiyion system for the TUNKA-133 array / arXiv:0801.3037. 4/10=0.4 9. J.Greiner, A.Iyudin, G.Kanbach, & & .., B.K.Lubsandorgiev et al. Gamma-ray burst investigation via polarimetry and spectroscopy (GRIPS) // Experimental Astronomy 2008. 0.296x30/10=0.888 10. J.Greiner, A.Iyudin, G.Kanbach, & & & , B.K.Lubsandogiev et al. GRIPS - Gamma-ray burst investigation via polarimetry and spectroscopy // arXiv:0808.0267. 4/10=0.4 11. V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, & & & ., B.K.Lubsandorzhiev et al. On the level of background in underground muon measurements with plastic scintillator counters // arViv:0810.2414. 4/10=0.4 KABC?;5=8O 2008 1. 564C=0@>4=0O :>=D5@5=F8O ?> =59B@8==K< B5;5A:>?0< 1>;LH>3> >1J5<0  Very Large Volume Neutrino Telescopes VLVnT2008 . 21-24 April 2008, Toulon France. >:;04  Hybrid Phototubes in Neutrino Telescopes: Experience and Perspectives 30x1.5=45 2. 564C=0@>4=0O :>=D5@5=F8O ?> =59B@8==K< B5;5A:>?0< 1>;LH>3> >1J5<0  Very Large Volume Neutrino Telescopes VLVnT2008 . 21-24 April 2008, Toulon France. >:;04:  LED based powerful nanosecond light sources for calibration systems of deep underwater neutrino telescopes 30x1.5=45 3. 2-0O <564C=0@>4=0O :>=D5@5=F8O ?> 30<<0-45B5:B8@>20=8N  Advanced Gamma Detectors AGADE2008 2-6 June 2008, Munich Germany, >:;04:  Scintillation emission kinetics of LaBr:Ce  1x30=30 4. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection , 16-20 June 2008. Aix-les-Bains France. >:;04:  QUASAR-370 hybrid phototube as a prototype of a photodetector for the next generation of nLVALeutrino telescopes 30x1.5=45 5. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection , 16-20 June 2008. Aix-les-Bains France. >:;04:  Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber optics readout of plastic scintillator counter for EMMA experiment (6/10=0.6)x1.5=0.9 6. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection NDIP2008 , 16-20 June 2008. Aix-les-Bains France. >:;04:  Cherenkov muon-veto detector of GERDA experiment (6/5=1.2)x1.5=1.8 7. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection NDIP2008 , 16-20 June 2008. Aix-les-Bains France. >:;04:  Scintillating crystal Hybrid Photon Detetctor (X-HPD) development for the KM3Net km3-scale neutrino telescope (6/8=0.75)x1.5=1.125 8. 564C=0@>4=0O H:>;0  EUROGRAD , 6-9 October 2008, Tuebingen Germany. >:;04: Fundamentals of Photodetection 1x30=30 9. 564C=0@>4=0O :>=D5@5=F8O ?> 45B5:B8@>20=8N =59B@8=> =87:8E M=5@389 LENA2008, 15-18 December 2008, Garching Germany >:;04:  Present status of large area photodetectors 1x30=30 C:>2>4AB2> 0A?8@0=B0<8 8 48?;><=8:0<8 2008 1. C:>2>4AB2> 0A?8@0=B><. (091>=>2 0B>@ ;5:A0=4@>28G, 0A?8@0=B 3-3> 3>40 $, B5<0 48AA5@B0F8>==>9 @01>BK  -;5<5=BK D>B>=8:8 2 M:A?5@8<5=B0E =5CA:>@8B5;L=>9 D878:8 M;5<5=B0@=KE G0AB8F (2008) (30)E1=30 3. C:>2>4AB2> 0A?8@0=B><. >;5IC: ><0= ;048<8@>28G, 0A?8@0=B 2-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  $>B>45B5:B>@K M:A?5@8<5=B>2 GERDA 8 D-CHOOZ (2008) 30E1=30 4. C:>2>4AB2> 0A?8@0=B><. 5@5A=8:>20 ==0 0A8;L52=0, 0A?8@0=B:0 /  3 3>4, B5<0 48AA5@B0F8>==>9 @01>BK  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;0 CaMoO4 (2008) (30)/2=15 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, 10:0;02@80B >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2, 48?;><=0O @01>B0  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LaBr:Ce 8 CeBr (2008) 10E1=10 6. C:>2>4AB2> ABC45=B>< 48?; LVAL><=8:><. 028B0H28;8 @0:;89 (>B0528G 48?;><=8: A?5F80;8AB $, 48?;><=0O @01>B0  AA;54>20=85 2>7<>6=>AB8 8A?>;L7>20=8O :@5<=852KE D>B>C<=>68B5;59 2 20:CC<=KE 381@84=KE D>B>45B5:B>@0E (2008) 10E1=10 1I0O AC<<0   70 2007-200833.: 714.4253LVALMG  2007-2008 >;5IC: ><0= ;048<8@>28G A?8@0=B, 0B0 @>645=8O: 21 0?@5;O 19813. 2007 C1;8:0F88: 1. . .0@010=>2, ..5@5A=8:>20, ..>@=>CE>2, ..C1A0=4>@6852, ..>;5IC:. 7<5@5=85 :@82>9 2KA25G820=8O AF8=B8;;OB>@0 CaMoO4 // @5?@8=B /  1184/2007 N;L 2007, 11A. 4E0.2=0.8 2. B.K.Lubsandorzhiev, R.V.Poleshuk, B.M.J.Shaibonov, Y.E.Vyatchin, A.V.Zablotsky. A LED Flasher for TUNKA EAS Experiment // Proc. of the 30th ICRC, Merida Mexico, July 2007 / Physics/arXiv:0709.0458 4E0.2=0.8 3. B.K.Lubsandorzhiev, R.V.Poleshuk, B.M.J.Shaibonov, Y.E.Vyatchin, A.V.Zablotsky. Powerful nanosecond light sources based on LEDs for astroparticle physics experiments // Proc. of the 30th ICRC, Merida Mexico, July 2007 / Physics/arXiv:0709.0458 4E0.25=1 4. ..0A8;L52, .-.OBG8=, ..C1A0=4>@6852, ..>E8;, ...(091>=>2. ;C1>:>2>4=0O M:A?5@8<5=B0;L=0O 38@;O=40 // @5?@8=B / -1188/2007 4E0.2=0.8 >:;04K:  A LED Flasher for TUNKA EAS Experiment =0 30->9 <564C=0@>4=>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, 5@840 5:A8:0, N;L 2007, AB5=4>2K9, CAB=K9. 6x1.5=9  Powerful nanosecond light sources based on LEDs for astroparticle physics experiments  =0 30->9 <564C=0@>4=>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, 5@840 5:A8:0, N;L 2007, AB5=4>2K9, CAB=K9. 6x1.5=9  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 GERDA (:>;0-A5<8=0@ <>;>4KE CG5=KE  $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>3>8O ?;5=0@=K9 CAB=K9. 4x1=4 2008 C1;8:0F88: 1. ..0A8;L52, .-.OBG8=, ..C1A0=4>@6852, ..>E8;, ...(091>=>2, ..>;5IC:. =>3>F5;520O M:A?5@8<5=B0;L=0O 3;C1>:>2>4=0O 38@;O=40 4;O =59B@8==KE M:A?5@8<5=B>2 =0 >7. 09:0; // "-. 2008. !2. !.21-25. 0,226E60/6=2,226 2. V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, & & & ., R.V.Poleshuk et al. On the level of background in underground muon measurements with plastic scintillator counters // arViv:0810.2414 4/10=0.4 >:;04K: 1. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection , 16-2R LVALb 0 June 2008. Aix-les-Bains France. >:;04:  Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber optics readout of plastic scintillator counter for EMMA experiment 6x0.1x1.5=0.9 2. (:>;0-A5<8=0@ <>;>4KE CG5=KE  $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>3>8O . >:;04:  !G5BG8: =0=>8<?C;LA>2 AB0=40@B0 CAMAC 4;O D878G5A:8E 8AA;54>20=89 A ?@8<5=5=85< D>B>M;5:B@>==KE C<=>68B5;59 . 4x1=4 !C<<0@=K9   70 2007-200833.: 32.926x1.5=49.389LVALMG0B052 =4@59 L2>28G @>4. 21.04.1955, 2=A "$, 4>:B>@ D87.-<0B. =0C:,   70 2007-2008 33. 2.1.1.0G8A;5=85 10;;>2 70 ?C1;8:0F88 2 @5F5=78@C5<KE ?5@8>48G5A:8E 6C@=0;0E. C1;8:0F88 2 6C@=0;0E: 2008 1. A.L. Kataev  Is it possible to check urgently the 5-loop analytic results for the $e^+e^-$-annihilation Adler function? Phys. Lett. B668 , pp. 350-352, 2008,  = 4.189*30/1 = 125.67 -;5:B@>==K5 ?@5?@8=BK: 2007 1. A. L. Kataev  Non-planar structure of analytical QCD predictions for the Gottfried sum rule , arXiV:0712.2514 [hep-ph]   = 4 2. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs decay to b\bar{b}: different approaches to resummation of QCD effects arXiV: 0712.2514 [hep-ph]   = 2 2008 1. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs boson decay into bottom quarks and uncertainties of perturbative`QCD arXiV:0804.3992 [hep-ph]   = 2 2. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules arXiV: 0805.0621 [hep-th]   = 4 3. A.L. Kataev  Is it possible to check urgently the 5-loop analytic results for the $e^+e^-$-annihilation Adler function? arXiV: 0808.3121 [hep-ph]   = 4 >:;04K =0 :>=D5@5=F8OE: 2007 1. A. L. Kataev,  Non-planar structure of analytical QCD predictions for the Gottfried sum rule , ?@83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 International Workshop of Advanced Computing and Analysis Technique in Physics Research ( ACAT-07), Amsterdam, 23-27 April 2007, >?C1;8:>20=> 2 M;5:B@>==>< 6C@=0;5  Proceedings of Science PoS ACAT2007:072, 2007.   = 30*1.5=45 2. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs decay to b\bar{b}: different approaches to resummation of QCD effects @83;0H5==K9 4>:;04 =0 13 564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 23-27 !5=BO1@O 2007, >A:>2:89 >AC40@AB25==K9 #=825@A8B5B, ?C1;8:>20=> 2 B@C40LVALE >=D5@5=F88  Particle Physics on the Eve >f LHC World Scientific,2007, pp.334-337.   = 20*1.5/2=15 2008: 1. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs boson decay into bottom quarks and uncertainties of perturbative`QCD @83;0H5==K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 !>2@5<5==K5 ?@>1;5<K B5>@5B8G5A:>9 D878:8, ?>A2OI5==>< ?0<OB8 .. !>;>2F>20, C1=0, 17-18 O=20@O, 2008, C1=0, 2008, cB@. 167-183  =20*1.5/2=15 2. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules >:;04 =0 564C=0@>4=>< !5<8=0@5  20@:8-08 , 23-29 0O 2008, !5@3852 >A04.  =20 3. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina)  Perurbative QCD corrections to the width of Higgs boson into bottom quarks , >:;04 =0 564C=0@>4=>< !5<8=0@5  20@:8-08 , 23-29 0O 2008, !5@3852 >A04.  =10 4. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules , @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 5=>@<0;870F8>==0O 3@C??0 8 A<56=K5 2>?@>AK 2 G5ABL 80-;5B8O ..(8@:>20  =30 5. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina)  Uncertainties of QCD predictions of Higgs boson decay into bottom Quarks at NNLO and beyond ?@83;0H5==K9 ?;5=0@=K 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 International Workshop of Advanced Computing and Analysis Technique in Physics Research ( ACAT-08),  Are we ready for LHC era experiments Erice, Italy, November 3-7, 2007  =15 C1;8:0F88 2 B@C40E :>=D5@5=F89, >?C1;8:>20==K5 2 >BG5B=K9 ?5@8>4: 1. A.L.Kataev (INR, Moscow)  New relations between DIS sum rules , Proceedings of 33 International Conference on High Energy Physics (ICHEP 06), v I, World Scientific, 2007, pp.659-662  =15 B>3>: 306.67 2.LVAL1.7.564C=0@>4=K5 8=45:AK F8B8@>20=8O: 07K 40==KE QSPIRES (=0 27 O=20@O 2009 3.) = 4381 (=0 =0G0;> 2008 3 1K;> 4109). 07K 40==KE Scientific.Ru (=0 24 0?@5;O 2008 3.)= 2062.LVAL>>7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2007-2008 33 !B0BL8: .. ;5:A55=:>, .. 60??C52, .. >7O@82A:89, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=/ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O// 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 1075-1078.   = 8/7 = 1.143. .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20, 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389, 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 506-508.   = 8/3 = 2.667. .. >7O@82A:89, .!. 8420=A:89,  2>?@>AC > 25;8G8=5 8 =0?@02;5=88 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2008, B. 34, ! 2, AB@. 131-135.   = 1.315*60/2 = 39.45. >:;04K: A.S. Lidvansky, Yu.M. Andreyev, D.D. Dzhappuev, V.A. Kozyarivsky, A.U. Kudzhaev, and T.I. Tulupova, Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies, Proc. 30th Intern. Cosmic Ray Conf., Merida, Mexico, 2007, icrc0492.   = 6/6*1.5 = 1.5. Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 20/3 = 6.33. V.B. Petkov et al. (Carpet-3 collaboration) // ISVHECRI 2008, Paris (2008).   = 4/10*1.5 = 0.6 @5?@8=BK: Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, arXive: astro-ph/0804.4381v1, 28 April, 2008.   = 4/3 = 1.33. B>3>  : 50.92LVALMG 8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2007-2008 33 C1;8:0F88: .!. 8420=A:89, AA;54>20=8O =0 CAB0=>2:0E 4;O @538AB@0F88 ( 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88, :045<8: .. %@8AB80=A5=  CG5=K9 >A:>2A:>3> C=825@A8B5B0, !1>@=8: AB0B59 : 80-;5B8N A> 4=O @>645=8O, ?>4 @540:F859 .. 0;<K:>20, .. 0=0AN:0 8 .. ><0=>2A:>3>, >A:20 74. #, 2007, AB@. 89-96.   = 20. .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20, 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389, 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 506-508.   = 8/3 = 2.67. .. 60??C52, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:> .(. C;852, .. C;8520, ... >=>20;>2, .#. C46052, .!. 8420=A:89, .. 8E09;>20, .. 5B:>2, .. !<8@=>2, .. !B5?0=>2, ... !B5=L:8=, .!. %05@48=>2, >45@=870F8O CAB0=>2:8 >25@-2  / , 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 542-545.   = 8*0.1 = 0.8. .!. 8420=A:89, .!. %05@48=>2, ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1052-1055.   = 8/2 = 4.0. .!.8420=A:89, .!.%05@48=>2, ..'5@=O52, @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1056-1060.   = 8/3 = 2.67. .!. 8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062.   = 8/2 = 4. .. >7O@82A:89, .!. 8420=A:89,  2>?@>AC > 25;8G8=5 8 =0?@02;5=88 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2008, B. 34, ! 2, AB@. 131-135.   = 1.315*60/2 = 39.45. >:;04K: A.S. Lidvansky, Yu.M. Andreyev, D.D. Dzhappuev, V.A. Kozyarivsky, A.U. Kudzhaev, and T.I. Tulupova, Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies, Proc. 30th Intern. CoLVAL smic Ray Conf., Merida, Mexico, 2007, icrc0492.   = 6/6*1.5 = 1.5. D.D. Dzhappuev, V.V. Alexeenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I. Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk, Study of EAS hadronic component with hadron energy > 50 GeV, Proc. 30th Intern. Cosmic Ray Conf., Merida, Mexico, 2007, icrc0303.   = 6/9*1.5 = 1. .!. 8420=A:89, .!. %05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5 (=01;N405<K5 MDD5:BK 8 8E 8=B5@?@5B0F8O), "@C4K 6 >AA89A:>9 :>=D5@5=F88 ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 18-21.   = 20/2*1.5 = 15.0. .!. 8420=A:89, .!. %05@48=>2, #A:>@5=85 8 35=5@0F8O 70@O65==KE G0AB8F M;5:B@8G5A:8< ?>;5< 3@>7>2KE >1;0:>2, "@C4K 6 >AA89A:>9 :>=D5@5=F88 ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 196-197.   = 20/2*1.5 = 15.0. D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array, Proc. of Int. Workshop  Aragats 2007 , (2007)   = 6/8 = 0.75. D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk, Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. Proc. of Int. Workshop  Particles and Cosmology  2007 , Baksan, (2007).   = 6/8 = 0.75. A. S. Lidvansky and N. S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 20/2 = 10. Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 20/3 = 6.33. .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:, 4@>=K ALVAL > 30 M 2 A>AB025 (, 30 , !0=:B-5B5@1C@3, (2008),   = 4/8*1.5 = 0.75 .#.C46052, ..60??C52, .!.8420=A:89, ..5B:>2, ...!B5=L:8=, AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5 ">25@-2", 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/5*1.5 = 1.2. .!.8420=A:89, .!.%05@48=>2, 0@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. .!.8420=A:89, .!.%05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE. 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. V.B. Petkov et al. (Carpet-3 collaboration) // ISVHECRI 2008, Paris (2008).   = 4/10*1.5 = 0.6 @5?@8=BK: Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, arXive: astro-ph/0804.4381v1, 28 April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uri V. Stenkin. / EAS longitudinal development and the knee // arXiv:0707.2231 (2007),  =4 Yuri V. Stenkin. /  Thermal neutrons in EAS: a new dimension in EAS study // arXiv:0702048 (2007),  =4 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin./  Lateral distribution for aligned events in muon groups deep underground . // arXiv:0701013 (2007)  =4/3=1.333 ... !B5=L:8=. /1 >A>15==>ABOE ?@>4>;L=>3> @0728B8O ( 8 > A?5:B@5 :>A<8G5A:LVAL 8E ;CG59. ///$. B. 71, !1, (2008), A.99-111.  =60*0.914=54.84 Yu.V.Stenkin. Thermal neutrons in EAS: a new dimension in EAS study. Nucl. Phys. B (Proc. Suppl) 175-176, (2008), 326-329.  =0.875*30 = 26.25 A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin. Lateral distribution for alighned events in muon groups deep underground. Nucl. Phys. B (Proc. Suppl) 175-176, (2008), 548-550.  =0.875*30/3 = 8.75 >:;04K: V.V. Alekseenko, D.D. Djappuev, Yu .M. Gavriluk , D.M. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I. Michailova, Yu. V. Stenkin, V.I. Stepanov. /Observation of thermal neutron flux variations connected with Lunar periods.// Proc. Of 30th ICRC, Merida, (2007), rep. 932,  =6/9*1.5=1.01 YU. V. STENKIN, D. D. DZHAPPUEV, A. U. KUDZHAEV AND O.I. MIKHAILOVA. / THERMAL NEUTRON IN EAS: A NEW METHOD IN EAS STUDY. // PROC. OF 30TH ICRC, MERIDA (2007), REP. 827,  =6 / 4*1.5=2.25 Yuri V. Stenkin. / EAS Longitudinal Development and the Knee.// Proc. Of 30th ICRC, Merida (2007), rep. 675,  =6*1.5=9 D.D. DZHAPPUEV, V.V. ALEKSEENKO, A.S. LIDVANSKY, YU.V. STENKIN,V.B. PETKOV, O.I. MIKHAILOVA, A.U. KUDZHAEV. A.B. CHERNYAEV AND A.L. TSYABUK. /STUDY OF EAS HADRONIC COMPONENT WITH HADRON ENERGY > 50 GEV. //PROC. OF 30TH ICRC, MERIDA (2007), REP. 303,  =6/9*1.5=1.01 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. / Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. // Int. Workshop  Aragats 2007 ,  =6/8=0.75 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk./ Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array.Int. Workshop  Particles and Cosmology 2007 , Baksan,  =6/8=0.75 V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I.Mikhailova,, Yu.V.Stenkin, V.V. Kuzminov./  Variations of counting rate as measured with surface thermal neutron detect~LVALor at Baksan Neutrino Observatory . // XIV-International School  Particles and Cosmology , Baksan-2007,  =6/6=1 Yu.V. Stenkin. On the PRISMA project (proposal). // HECR 2008, Moscow (2008), http://quarks.inr.ac.ru/UHECR/p/prisma.ppt  =6 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@3 (2008),  =4*1.5=6 .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:./ 4@>=K A > 30 M 2 A>AB025 (.// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8= 8 4@./ 538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8. //30 , !0=:B-5B5@1C@3, (2008),  =4/5*1.5=1.2 .#. C46052, .. ;5:A55=:>,..., ... !B5=L:8= 8 4@./ AA;54>20=85 <N>=>2 A M=5@3859 > 1 M 2 A>AB025 ( =0 CAB0=>2:5 >25@-2  / .// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52 ( /)./  @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M.// 30 , !0=:B-5B5@1C@3, (2008),  =4/7*1.5=0.86 ... !B5=L:8=./  <5B>40E 87CG5=8O A?5:B@0 :>A<8G5A:8E ;CG59. //5:F8O (?@83;0H5==0O) 4;O ( -"$-2008, 0:A0= (2008).  =20 Yu.V. Stenkin. /On the PRISMA project. // ISVHECRI 2008, Paris (2008).  =6 B>3>:   =182.94LVAL\"C;C?>20 "0BLO=0 20=>2=0 @>4. 04.11.1940, <=A -,   70 2007-2008 33 !B0BL8: .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20/ 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389// 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 506-508.   = 8/3 = 2.667. >:;04K: A.S. Lidvansky, Yu.M. Andreyev, D.D. Dzhappuev, V.A. Kozyarivsky, A.U. Kudzhaev, and T.I. Tulupova, Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies, Proc. 30th Intern. Cosmic Ray Conf., Merida, Mexico, 2007, icrc0492.   = 6/6*1.5 = 1.5. B>3>:   = 4.167!B5?0=>2 ;048<8@ 20=>28G, @>48;AO A=A -,   70 2007-2008 33. !B0BL8: .. 60??C52, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:> .(. C;852, .. C;8520, ... >=>20;>2, .#. C46052, .!. 8420=A:89, .. 8E09;>20, .. 5B:>2, .. !<8@=>2, .. !B5?0=>2, ... !B5=L:8=, .!. %05@48=>2, >45@=870F8O CAB0=>2:8 >25@-2  / , 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 542-545.   = 8/10 = 0.8. >:;04K: V.V. Alekseenko, D.D. Djappuev, Yu .M. Gavriluk , D.M. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I. Michailova, Yu. V. Stenkin, V.I. 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CE0<54H8=, ... !B5=L:8=. / @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E. // 725AB8O , A5@. $87., B. 71, !4, A. 562-565 (2007),  =8/3=2.67 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin./  Lateral distribution for aligned events in muon groups deep underground . // arXiv:0701013 (2007)  =4/3=1.333 A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin. Lateral distribution for alighned events in muon groups deep underground. Nucl. Phys. B (Proc. Suppl) 175-176, (2008), 548-550.  =0.875*30/3 = 8.75 >:;04K: D.D. DZHAPPUEV, V.V. ALEKSEENKO, A.S. LIDVANSKY, YU.V. STENKIN,V.B. PETKOV, O.I. MIKHAILOVA, A.U. KUDZHAEV. A.B. CHERNYAEV AND A.L. TSYABUK. /STUDY OF EAS HADRONIC COMPONENT WITH HADRON ENERGY > 50 GEV. //PROC. OF 30TH ICRC, MERIDA (2007), REP. 303,  =6/9*1.5=1.01 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. / Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. // Int. Workshop  Aragats 2007 ,  =6/8=0.75 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk./ Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array.Int. Workshop  Particles and Cosmology 2007 , Baksan,  =6/8=0.75 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>,..., .. &O1C: 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@3, (2008),  =4*1.5/10=0.6 .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:./ 4@>=K A > 30 M 2 A>AB025 (.// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 B>3>:   =16.61LVALMG'5@=O52 ;5:A0=4@ >@8A>28G @>4. 21.11.1957, <=A -,   70 2007-2008 33 C1;8:0F88: .!.8420=A:89, .!.%05@48=>2, ..'5@=O52/ @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2// 72. , A5@. D87., 2007, B. 71, ! 7, AB@. 1056-1059.,   = 8/3 = 2.667. .. >;852, .. >;G5=:>, !..0@?>2, .!. 8420=A:89, .. 5B:>2, .. !<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=/ >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>: // 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 592-593.,   = 8/9 = 0.889. >:;04K: D.D. DZHAPPUEV, V.V. ALEKSEENKO, A.S. LIDVANSKY, YU.V. STENKIN,V.B. PETKOV, O.I. MIKHAILOVA, A.U. KUDZHAEV. A.B. CHERNYAEV AND A.L. TSYABUK. /STUDY OF EAS HADRONIC COMPONENT WITH HADRON ENERGY > 50 GEV. //PROC. OF 30TH ICRC, MERIDA (2007), REP. 303,  =6/9*1.5=1.01 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. / Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. // Int. Workshop  Aragats 2007 ,   = 6/8 = 0.75. D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. 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Vernov, "Test Functions Space in Non2.1.1. commutative Quantum Field Theory" JHEP V. 09 (2008) 125. 5.944* 30/4=44.58 10;;0. 2.1.3. 1. "Rigorous Definition of Quantum Field Operators and Test Functions Space in Noncom-mutative Quantum Field Theory", 15th International Seminar on High Energy Physics QUARKS'2008, Sergiev Posad, Russia, May 23-29, 2008, A5:F8>==K9, 6 10;;>2; 2. "Reconstruction Theorem in Noncommutative Quantum Field Theory", XIII International Conference "Selected Problems of Modern Theoretical Physics", Dubna, June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~'y"toj[ ‰Au@? @THHHH<߿ZR Bu@? @SHHHH<߿YAu@?@RHHHH<߿X6= *Cu@?@RHHHH<߿WWHa&Cu@?JPNGHHHH<߿V333Bu@?,@OHHHH<߿UpZAu@? @NHHHH<߿T9{TCu@? @MHHHH<߿S u@?@ :HHHH<߿R"u@?@ :HHHH<߿Q@u@?@ :HHHH<߿Pff@u@?@LHHHH<߿O!BZAu@? @KHHHH<߿N@Bt@?INGHHHH<߿ML Bt@?/FNGHHHH<߿LATBt@?.DNGHHHH<߿KTBt@?BNGHHHH<߿JQVBt@?^4>NGHHHH<߿IHBt@?<NGHHHH<߿HOBBt@? @;HHHH<߿G1Bt@?9MGHHHH<߿FQ@t@?7MGHHHH<߿EQ@t@? 5MGHHHH<߿DlABt@?^!2MGHHHH<߿Cff@At@?b@1HHHH<߿BbAt@?0MGHHHH<߿A@t@?@*HHHH<߿@/]Bt@?#-MGHHHH<߿?R@t@?+MGHHHH<߿>G?t@?@*HHHH<߿=H Bt@?*(MGHHHH<߿<@At@?@'HHHH<߿;@t@? @&HHHH<߿:9@t@?b@&HHHH<߿9FzAt@?(%MGHHHH<߿8!A Bt@?#MGHHHH<߿733A(tAt@? @HHHH<߿67B7 Bt@?!MGHHHH<߿5D)\KAt@?!MGHHHH<߿4(TAt@?MGHHHH<߿3ףP@t@?MGHHHH<߿24 l?t@?6@HHHH<߿14 At@?@HHHH<߿06 #۝@t@?@HHHH<߿/~;BBt@?b,MGHHHH<߿. Jt@?<<<<<ϿLVALMG5;>2 ;5:A0=4@ !B5?0=>28G @>4. 27.02.1948, 702. ;01. 1. Kellerbauer, AEGIS Proto-Collaboration - 53 G5;., A.S. Belov, S.N. Gninenko, V.A. Matveev  from INR RAS,  Proposed antimatter gravity measurement with an antihydrogen beam , Nuclear Instruments and Methods in Physics Research B 266 (2008) 351 356. 0;; = 1,224 * 30/10=3,672 (!B0BLO 2 70@C156=>< 6C@=0;5). 2. CAST Collaboration (total authors number  57, A. Belov, S. N. Gninenko- from INR RAS),  Prospects for the CERN Axion Solar Telescope sensitivity to 14.4 keV axions , Nucl. Instr. Meth. 580, 37-39(2007). 0;; = 1,224 * 30/10=3,672 (!B0BLO 2 70@C156=>< 6C@=0;5). 3. CAST Collaboration (total authors number  61, A. Belov, S. N. Gninenko  from INR RAS),  An improved limit on the axion photon coupling from the CAST experiment , Journal of Cosmology and Astroparticle Physics, 4, 10, 2007. 0;; = 6.739* 30/10 =20,217 (!B0BLO 2 70@C156=>< 6C@=0;5). 4. V.V. Fimushkin, A.S. Belov, A.D. Kovalenko, L.V. Kutuzova, Yu.V. Prokofichev, S.S. Shimanskiy and V.P. Vadeev,  Source of polarised deuterons - (JINR accelerator complex) , The European Physical Journal Special Topics, Vol. 162 (August 2008), Symmetries and Spin, p. 275. 0;; = 8/7= 1.14 (!B0BLO 2 70@C156=>< 6C@=0;5). 5. A. S. Belov,  Production of polarized ions in nearly resonant charge-exchange collisions in plasma , Report (invited, plenary) made at XIIth International Workshop on Polarized Sources Targets and Polarimeters, BNL, USA, 10-14 September, 2007. AIP Conf. Proc. 980 209 (2008) 0;;: 1.5* 30 = 45 (564C=0@>4=0O :>=D5@5=F8O, ?@83;0H5==K9, ?;5=0@=K9 4>:;04, >?C1;8:>20==K5 B@C4K) 6. E. P. Antishev, A. S. Belov ,  Study of Adiabaticity of Hydrogen Atoms Spin Motion in Changing Magnetic Fields , Proc. 12th International Workshop on Polarized Sources Targets and Polarimeters, PSTP 2007, BNL, USA, 10-14 September, 2007, AIP Conf. Proc. 980, p.p. 263-269, (2008). 0;;: 1,5*6/2=4.5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K5 B@C4K). 7. A.Zelenski, A.LVAL Kponou, J. Ritter, A.Belov, V. Zubets,  THE RHIC POLARIZED H- ION SOURCE , Report on International Symposium on Spin Physics, SPIN2008, 6-11 October 2008, University of Virginia, Virginia, USA. 0;;: 6/5=1.2 (>:;04 =0 <564C=0@>4=>9 :>D5@5=F88). 8. CAST collaboration -70 coauthors, A. Belov, S. Gninenko from INR RAS,  Search for low Energy solar Axions with CAST  , Proceedings of the "4th Patras Workshop on Axions, WIMPs and WISPs", DESY, Hamburg Site - Germany, 18-21 June 2008, arXiv:0809.4581. 0;;: 1.5*6/10=0.9 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K5 B@C4K). 9. CAST Collaboration (total authors number  65, A. Belov, S. N. Gninenko- from INR RAS),  CAST  A CERN Experiment to Search for Solar Axions , in Proc. of Sixth Intern. Conf. Of the Balkan Phys. Union, Istanbul, Turkey, August22-26, 2006, AIP Conf. Proc., 899, (37-40) 2007. 0;;: (1,5-1)*6/10=0,3 (564C=0@>4=0O :>=D5@5=F8O, >?C1;8:>20==K5 B@C4K, 4>:;04). 10. A.Belov, A.Zelenski,  Present status and future prospects of polarized ion sources , Invited plenary report at International Symposium on Spin Physics, SPIN2008, 6-11 October 2008, University of Virginia, Virginia, USA. 0;;: 30/2=15 (@83;0H5==K9, ?;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 11. Bogacz et. al., (26 coauthors), A.Belov, INR, Moscow,  DESIGN STUDIES OF HIGH-LUMINOISTY RING-RING ELECTRON-ION COLLIDER AT CEBAF*, PAC07, USA, 2007. Particle Accelerator Conference, 2007. PAC. IEEE, 25-29 June 2007, Page(s):1935  1937, Digital Object Identifier 10.1109/PAC.2007.4441142. 0;;: 1.5*6/10=0.9 ( 564C=0@>4=0O :>=D5@5=F8O, >?C1;8:>20==K5 B@C4K, 4>:;04). 12. G. Testera, AEGIS proto-collaboratoion, A.S. Belov, S.N. Gninenko, V.A. Matveev  from INR RAS ,  Formation Of A Cold Antihydrogen Beam in AEGIS For Gravity Measurements , Invited talk at Pbar08 - Workshop on Cold Antimatter Plasmas and Application to Fundamental Physics, Okinawa, Japan, 2008, AIP Conf. Proc. 1037, 5 (2008). 0;;: 1.5*30/10=4.5 (@83;0H5==K9, ?;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 ZLVALj:>=D5@5=F88, >?C1;8:>20==K5 B@C4K). 13. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 14. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 15. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 16. C:>2>4AB2> 8?;><=8:>< $" . . =BKH52K< ?> 48?;><=>9 @01>B5 =0 A>8A:0=85 720=8O <038AB@0 ?> D878:5. . . =BKH52 70I8B8; <038AB5@A:CN 48AA5@B0F8N 2 2008 3. 0;;: 10*23>40=20 B>3> ;8G=K9  : 123.061   @C:>2>48B5;O: 77.967LVALr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ragin, V.A.Moiseev  Various Matrix Formalism to Design Ion Linear Accelerators . Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.57-60, 2008. 0;;: 4*1.5/2 =3 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20==K5 B@C4K). B>3> ;8G=K9  : 4.933LVAL 20H0 4>;LD 20=>28G, >4. 28.02.1936 3., 702. A5:B>@><, :.B.=. 1. A.I.Kvasha.Modeling of I/Q and A/P control systems by means of Matlab Simulink program package. XX 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40. 0;;=6/1=6 (>:;04 =0 <564C=0@>4=>9 :>=D:@5=F88). 2. ..20H0, ...8A5;52, .!.>20;8H8=, .!.>?8=. =0;87 8 <>45@=870F8O A8AB5< 02B><0B8G5A:>3> @53C;8@>20=8O A>1AB25==>9 G0AB>BK @57>=0B>@>2 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.46-51. 0;;: 6/4+0.7*8/4=2.9 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 3. A.I.Kvasha, V.LSerov. DEVELOPMENT OF THE INR DTL RF SYSTEM CROWBAR OPERATION Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.218-220, 2008. 0;;: 4*1.5/2 =3 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20==K5 B@C4K). 4. A.I.Kvasha .Numerical simulation of the INR DTL A/P control system. >:;04 =0 :>=D5@5=F88 Linac 2008. 0;;=6/1=6(>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 17.9>;>4:528G ;L30 8E09;>2=0, @>4. 05.01.1958, =.A. 1. !.E.@038=, A..$5I5=:>, A..01>:0, O.M.>;>4:528G, ., 59=30@4B-8:C;8=, ..8@7>O=. A>15==>AB8 CAB0=>2:8 D07K 8 0<?;8BC4K 2KA>:>G0AB>B=>3> ?>;O 2 ?>A;54=5< @57>=0B>@5 A B@C1:0<8 4@59D0 8 =0 CG0AB:5 A>3;0A>20=8O 8 2K2>40 ?CG:0 A M=5@3859 160 M ;8=59=>3> CA:>@8B5;O / . , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49) A. 91-95. 0;;: 6/6+0.7*8/6=1.933 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). B>3> ;8G=K9  : 1.933LVALMG..5@18;>2, 40B0 @>64. 02.09.1933, A. =. A. 1. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2003. 1=8=A:, 2007, AB@.204-210. 0;;: 6*(1,5 1)/5=0,6 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2003. 1=8=A:, 2007, AB@.211-216. 0;;: 6*(1,5 1)/5=0,6 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 3. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 4. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 5. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;LVAL04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 3.26LVALMGA8= !5@359 >=AB0=B8=>28G 13 8N;O 19283. @>D5AA>@, 4.B.=., 3.=.A 1. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2003. 1=8=A:, 2007, AB@.204-210. 0;;: 6*(1,5 1)/5=0,6 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2003. 1=8=A:, 2007, AB@.211-216. 0;;: 6*(1,5 1)/5=0,6 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 3. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 4. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 5. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;PLVAL`O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 6. C:>2>4AB2> 48?;><=8:>< 0;;=10 B>3> ;8G=K9  : 13.26LVALMGC15F .. >4.21.05.1950 , =0CG=K9 A>B@C4=8: 1. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. Makdisi Y, Alekseev I, Bellavia S, Bravar A, Bunce G, Chapman M.A, Dhawan S, Eyser K.O, Gasner D, Gill R, Haeberli W, Li Z, Khodinov A, Kponou A, Meng W, Nass A, Okada H, Saito N, Resica S, Stephenson E, Svirida D, Trbojevic D, Tsang T, Wise T, Zelenski A, Zubets V. Status and operational experience with the polarized hydrogen jet at RHIC . Proc. 17th International Spin Physics Symposium (SPIN 2006), Kyoto,Japan, October 2-7, 2006, AIP Conf. Proc. 915 pp. 975-978 (2007). 0;;: (6/10)x1,5 = 0,9 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 3. Makdisi Y, Bravar A, Bunce G, Gill R, Huang H, Li Z, Khodinov A, Kponou A, Meng W, Nass A, Rescia S, Zelenski A, Zubets V, Chapman M.A, Haeberli W, Wise T, Alekseev I, Svirida D, Jinnouchi O, Nakagawa I, Okada H, Saito N, Dhawan S, Stephenson E, Eyser K.O. Absolute measurement of the polarization of high energy proton beams at RHIC .Proc. of Particle Accelerator Conference (PAC 07). Albukerque, June 25-29, 2007,pp. 4369-4371. 0;;: (6/10)x1.5 = 0,9 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 4. Zelenski A, Alessi J, Kponou A, Ritter J, Zubets V. Towards 100% polarization in the RHIC optically pumped polarized H ion source . Proc. 22 nd Particle Accelerator Conf. (PAC 07), Albuquerque, NM, p.3771, (2007). 0;;: (6/5)x1,5 = 1,8. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 5. Zelenski A, Kokhanovski S, KponouLVAL  A, Ritter J, Zubets V. The RHIC Optically-Pumped Polarized H- Ion Source . Proc. 12th International Workshop on Polarized Sources Targets and Polarimeters, PSTP 2007, AIP 980, p.221-230, (2008). 0;;: (6/5)x1,5 = 1,8. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 6. Kponou A, J.Ritter, Zelenski A, Kokhanovski S, Zubets V.  Sona Transition in the RHIC OPPIS . Proc. 12th International Workshop on Polarized Sources Targets and Polarimeters, PSTP 2007, AIP 980, p.241-247, (2008). 0;;: (6/5)x1,5 = 1.8. (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 7. A.Zelenski, A.Kponou, J.Ritter, A.Belov, V.Zubets. The RHIC Polarized H- Ion Source . Report at International Symposium on Spin Physics, SPIN 2008, 6-11 October 2008, University of Virginia, Virginia, USA. 0;;: 6/5 = 1,2 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 8. ..C15F,, .!.8:C;8=, .".$@>;>2, ../:CH52. <?C;LA=K9 35=5@0B>@ B>:0 @07@O40 4;O 4C>?;07<0B@>=0 . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/4 = 1,5 ((>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 9. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 10. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 11. ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52. #,! #!" !" +"/.)  // / !"'  - . "@C4K %VI 564C=0@>4=>9 :>=D LVAL 5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@. 140. 0;;: 6E(1,5-1)/4 = 0,75 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. B>3> ;8G=K9  : 12.71LVALMG"0;8=8= .@89 >@6528G @>4.19.05.1956, :.B.=., 702. ;01., 1. Sarin V. A., Kalinin Y.Zh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aramonov, Yu. Kalinin, M. Krasilnikov, T. Scholz, F.Stephan, K. Floettmann. RF Gun Development with Improved Parameters. >:;04 =0 :>=D5@5=F88 Linac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eon, J. Stovall, H. Takeda, S. Nath, J. Billen, L. Young, I. Kisselev, A. Shishlo, A. Aleksandrov, S. Assadi, C.M. Chu, S. Cousineau, V. Danilov, J. Galambos, S. Henderson, S. Kim, L. Kravchuk and E. Tanke. Acceptance scan technique for the drift tube linac of the spallation neutron source. Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment. Volume 570, Issue 1, January 2007, pages 187-191. 0;;=1,224*30/10=3,67. 4. @C30:>2 .., 8A5;52 ... !!" # / + #! " / . "578AK %% <564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (9-15 A5=BO1@O 2007 3. ;CHB0, @K<). & %$", %0@L:>2, 2007, AB@. 71-72. 0;;=6/2=3. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 5. 8A5;52 ...    !' / !!"+  / " , #'   #! "    / . "578AK %% <564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (9-15 A5=BO1@O 2007 3. ;CHB0, @K<). & %$", %0@L:>2, 2007, AB@. 101-102. 0;;= 6/1=6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 6. 8A5;52 ..4 LVALD .    !' !!"+ # / #!" /  !" "+% "   #! " / . "578AK %% <564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (9-15 A5=BO1@O 2007 3. ;CHB0, @K<). & %$", %0@L:>2, 2007, AB@. 169-170. 0;;= 6/1=6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 7. ..20H0, ...8A5;52, .!.>20;8H8=, .!.>?8=. =0;87 8 <>45@=870F8O A8AB5< 02B><0B8G5A:>3> @53C;8@>20=8O A>1AB25==>9 G0AB>BK @57>=0B>@>2 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.46-51. 0;;: 6/4+0.7*8/4=2.9 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). B>3> ;8G=K9  : 28.336   @C:>2>48B5;O: 35.42LVALMG;5=>2 8:B>@ !5@35528G, @>4. 02.06.1954, =.A. 1. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. .!. ;5=>2, .. @02GC:, #AB0=>2:0 307>D07=>3> A8=B570 0;<07=KE <0B5@80;>2, >:;04 =0 564C=0@>4=>< $>@C<5 ?> =0=>B5E=>;>38O<, >A:20, 3-5 45:01@O 20083. !1>@=8: B578A>2 4>:;04>2 =0CG=>-B5E=>;>38G5A:8E A5:F89, B>< 1, AB@. 461-463. (>=D5@5=F8O <564C=0@>4=0O, 4>:;04 AB5=4>2K9, ?C1;8:0F8O 2 B@C40E :>=D5@5=F88). 0;;: 6*1,5/2=4,5. 4. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 5. !5@51@O=0O <540;L XI 564C=0@>4=>3> !0;>=0 @><KH;5==>9 !>1AB25==>AB8  %-2008 70 @07@01>B:C #AB0=>2:0 307>D07=>3> A8=B570 0;<07=KE <0B5@80;>2. (540;L 2A5@>AA89A:>9 2KAB02:8). 0;;=10. B>3> ;8G=K9  : 16.56LVAL 5=LH>2 ;5:A0=4@ ;L15@B>28G, 40B0 @>645=8O 25.06.1957, =.A. 1. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8@7>O=, .8:C;8=, . 572>2, .$5I5=:>. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.55-59. 0;;: 6/8+0.7*8/8=1.45 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. A.Feschenko L.V.Kravchuk, A.A.Menshov, V. Aleksandrov, S. Assadi, J. Galambos, S. Henderson.Longitudinal Beam Parameters Study in the SNS Linac Proceedings of PAC07, Albuquerque, New Mexico, USA pp. 2608-2610. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). =6*1.5/7=1.285 3. ..!B5?0=>2, ...0;8=8=, ..5=LH>2. A>15==>AB8 873>B>2;5=8O ?@5F878>==>3> 20:CC<=>-?;>B=>3> ?0O=>3> :>@?CA0 ?>;CB@C1:8 8=59=>3> #A:>@8B5;O / . %IY =0CG=>-B5E=8G5A:0O :>=D5@5=F8O 0:CC<=0O =0C:0 8 B5E=8:0, -, >:BO1@L 20073. 0B5@80;K :>=D5@5=F88 AB@.164-168,0;;=4/3*1.5 =2 ( >=D5@5=F8O @>AA89A:0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). B>3> ;8G=K9  : 4.735>20;8H8= =0B>;89 !5<5=>28G @>4. 08.08.1950, A.=.A., :.B.=. 1. ..20H0, ...8A5;52, .!.>20;8H8=, .!.>?8=. =0;87 8 <>45@=870F8O A8AB5< 02B><0B8G5A:>3> @53C;8@>20=8O A>1AB25==>9 G0AB>BK @57>=0B>@>2 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.46-51. 0;;: 6/4+0.7*8/4=2.9 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). B>3> ;8G=K9  : 2.9LVAL8@7>O= ;5:A0=4@ 8:>;0528G @>4.05.09.1948, 702.;01., :D<= 1. ..0940H, ...>B>2F52, ..@5E>2, ..C7=5F>2, ..8E09;>2, ..!5@>2, ..$5I5=:>, ..8@7>O=. 0=0; 8=65:F88 8>=>2 - ;8=59=>3> CA:>@8B5;O / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (49), A. 119-122. : 6/8+0.7*8/8=1.45. (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8@7>O=, .8:C;8=, . 572>2, .$5I5=:>. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.55-59. 0;;: 6/8+0.7*8/8=1.45 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 3. !.E.@038=, A..$5I5=:>, A..01>:0, O.M.>;>4:528G, ., 59=30@4B-8:C;8=, ..8@7>O=. A>15==>AB8 CAB0=>2:8 D07K 8 0<?;8BC4K 2KA>:>G0AB>B=>3> ?>;O 2 ?>A;54=5< @57>=0B>@5 A B@C1:0<8 4@59D0 8 =0 CG0AB:5 A>3;0A>20=8O 8 2K2>40 ?CG:0 A M=5@3859 160 M ;8=59=>3> CA:>@8B5;O / . , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49) A. 91-95. 0;;: 6/6+0.7*8/6=1.933 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. P. Reinhardt-Nickoulin, A. Feschenko, A.Mirzojan. Modernization of BCT for INR Linac.  . Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.261-263, 2008. 0;;: 4*1.5/3 =2 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20==K5 B@C4K. B>3> ;8G=K9  : 6.833LVALMG)>8A552 0A8;89 ;5:A0=4@>28G, @>4. 02.09.1955, =A 1. V.V.Paramonov, L.V.Kravchuk, V.A.Moiseev, A.N.Naboka, A.K.Skasyrskaya,  INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters , ;5=0@=K9 4>:;04 =0 VII 564C=0@>4=>< A5<8=0@5 ?> ?@>1;5<0< CA:>@8B5;59 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 2-7 A5=BO1@O 2007. C1;8:0F8O 2 Physics of Particles and Nuclei Letters, vol.5, No.7, pp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oiseev,  RF-gap model presentation , Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/RuPAC 08, pp.224-226, 2008. 0;;: 4*1.5 =6. (>=D5@5=F8O @>AA89A:0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 4. V.A.Moiseev, S.E.Bragin,  Various matrix formalism to design ion linear accelerators , Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.57-60, 2008. 0;;: 4*1.5/2=3. (>=D5@5=F8O @>AA89A:0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 5. L.V. Kravchuk, V.A. Moiseev, A.N. Naboka, V.V. Paramonov, A.K. Skasyrskaya, K.Floettmann, F. Stephan,  Hardware Development and Study for ILC Positron Source Parameters , International Linear Collider Workshop ILC07, ILC07 Proceedings, DESY, Hamburg, Germany, 30 May-4 June 2007, SRC16, 0;;=1.5*30/7=6.428 (?C1;8:>20==K9 ?@83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. V. Paramonov, V. Moiseev, Yu. Bilinsky,  Room Temperature Accelerating Structure for Heavy Ion Linac , XXIV International Linear AcceleLVALrator Conference (LINAC 08), Victoria, British Columbia, Canada, 29.09-03.10 2008,0;;=6/3=2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). B>3> ;8G=K9  : 34.47PLVAL:b@>=8= ;53 <8B@8528G, @>48;AO 18.03.1935, :.B.=. ! 1. ... 0;8=8=, .. @>=8=, .. !B5?0=>2. "5E=>;>38O 873>B>2;5=8O 20:CC<=>-?;>B=KE A20@=KE :>@?CA>2 B@C1>: 4@59D0 ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 2008 3., B>< 18, !2, A.107-109. ,  =8/3=2.7 (AB0BLO 2 6C@=0;5). 2. . .. !B5?0=>2, ... 0;8=8=, .. @>=8=. A=>2=K5 ?>;>65=8O 35@<5B870F88 0=0M@>1=K<8 A>AB020<8 20:CC<=KE C7;>2 ;8=59=>3> CA:>@8B5;O / . >:;04 =0 XV =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 A CG0AB85< 70@C156=KE A?5F80;8AB>2, 3. !>G8, 2008 3, 0B5@80;K :>=D5@5=F88, >:BO1@L 2008 3, 874. -, >A:20.  =4/3*1.5 = 2. 3. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 5.35G0520 848O >;8:0@?>2=0, 27.04.1936, A.=.A., :0=4840B D87.<0B. =0C:. 1. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 1.76LVALMG,8:C;8= 235=89 !5<5=>28G 40B0 @>64. 15.06.1945, =. A. #. 1. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2003. 1=8=A:, 2007, AB@.204-210. 0;;: 6*(1,5 1)/5=0,6 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2003. 1=8=A:, 2007, AB@.211-216. 0;;: 6*(1,5 1)/5=0,6 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 3. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 4. ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52. #,! #!" !" +"/.)  // / !"'  - . "@C4K %VI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@. 140. 0;;: 6E(1,5-1)/4 = 0,75 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 5. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >LVAL?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 6. ..C15F,, .!.8:C;8=, .".$@>;>2, ../:CH52. <?C;LA=K9 35=5@0B>@ B>:0 @07@O40 4;O 4C>?;07<0B@>=0 . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/4 = 1,5 ((>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 7. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 8. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8@7>O=, .8:C;8=, . 572>2, .$5I5=:>. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.55-59. 0;;: 6/8+0.7*8/8=1.45 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). B>3> ;8G=K9  : 6.96LVALMG.0@0<>=>2 0;5=B8= 8B0;L528G, >4. 1951, 4.D.-<.=, 2.=.A 1. H. Ao, K. Hirano, A. Ueno, T. Morishita, K. Hasegawa, Y. Yamazaki, M. Ikegami, V.Paramonov. Fabrication Status of ACS Accelerating Modules for J-PARC Linac. Proc of PAC2007, p. 1524, 2007. 0;;=6/8*1.5=1.125 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. L.V. Kravchuk, V.A. Moiseev, A.N. Naboka, V.V. Paramonov, A.K. Skasyrskaya, K.Floettmann, F. Stephan,  Hardware Development and Study for ILC Positron Source Parameters , International Linear Collider Workshop ILC07, ILC07 Proceedings, DESY, Hamburg, Germany, 30 May-4 June 2007, SRC16, 0;;=1.5*30/7=6.428 (?C1;8:>20==K9 ?@83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. V.V. Paramonov, A.K. Skasyrskaya. Pulsed RF heating simulations in normal-conducting L-band cavities. TESLA-FEL 2007-04, DESY, Hamburg, 0;;= 4/2=2 (-;5:B@>==K9 ?@5?@8=B) 4. V.V.Paramonov, L.V.Kravchuk, V.A.Moiseev, A.N.Naboka, A.K.Skasyrskaya,  INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters , >:;04 =0 %% <564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (9-15 A5=BO1@O 2007 3. ;CHB0, @K<). C1;8:0F8O 2 Physics of Particles and Nuclei Letters, vol.5, No.7, pp.593-596, 2008. . 0;;=(6+8*0.7)/5=2.32 (>:;04 =0 <5645=0@>4=>9 :>=D5@5=F88 8 ?C1;8:0F8O 2 @5D5@8@C5<>< 6C@=0;5). 5. . 0@0<>=>2, . !:0AK@A:0O, K. Floettmann, F. Stephan. AA;54>20=85 MDD5:B>2 8<?C;LA=>3> ' =03@520 2 =>@<0;L=> ?@>2>4OI8E @57>=0B>@0E L-480?07>=0. "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.51-54. 0;;: 6/4+0.7*8/4=2.9 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 6. .. 01>:0, .. 0@0<>=>2, K. Floettmann. 57C;LB0BK =0AB@>9:8 @57>=0B>@0 1CAB5@0 PITZ 8 ?@>3@0<<K 8AA;54>20=89 E0@0:B5@8AB8: OG55: =0 =87:>< C@>2=5 ' <>I=>AB8. "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O6LVAL/5==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !5, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.35-39. 0;;: 6/3+0.7*8/3=3.867 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 7. V.V.Paramonov, L.V.Kravchuk, V.A.Moiseev, A.N.Naboka, A.K.Skasyrskaya,  INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters , ;5=0@=K9 4>:;04 =0 VII 564C=0@>4=>< A5<8=0@5 ?> ?@>1;5<0< CA:>@8B5;59 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 2-7 A5=BO1@O 2007. C1;8:0F8O 2 Physics of Particles and Nuclei Letters, vol.5, No.7, pp.593-596, 2008. . 0;;=(6+60*0.505*0.7)/5=5,442 (>:;04 =0 <5645=0@>4=>9 :>=D5@5=F88 8 ?C1;8:0F8O 2 @5D5@8@C5<>< 6C@=0;5). 8. K. Floettmann, V.V. Paramonov, A.K. Skasyrskaya, F. Stephan. RF Gun Cavities Cooling Regime Study. TESLA-FEL 2008-02, DESY, Hamburg, 2008. , 0;;=4/4=1 (-;5:B@>==K9 ?@5?@8=B). 9. D. Denisenko, V. Paramonov, Transverse Deflecting Structure Parameters Study. Proc. 2008 RuPAC, p. 37, 2008. 0;;= 6/2=3 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E) 10. V. Paramonov, Stability of Normal Conducting Structures operation with High Average Heat loading. >:;04 =0 2008 Linac Conference, 0;;= 6/1=6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 11. V. Paramonov, The Cut Disk Structure Parameters for Medium Proton Energy Range. >:;04 =0 2008 Linac Conference, 0;;= 6/1=6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 12. V. Paramonov, Yu. Kalinin, M. Krasilnikov, T. Scholz, F.Stephan, K. Floettmann. RF Gun Development with Improved Parameters. >:;04 =0 :>=D5@5=F88 Linac 2008. 0;;=6/6=1(>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 13. V. Paramonov, V. Moiseev, Yu. Bilinsky,  Room Temperature Accelerating Structure for Heavy Ion Linac , XXIV International Linear Accelerator Conference (LINAC 08), Victoria, British Columbia, Canada, 29.09-03.10 2008,0;;=6/3=2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 14. H. Ao, K. Hasegawa, K. Hirano, T. Morishita, A. Ueno, Y. Yamazaki , H. A: LVALJ sano, M. Ikegami, F. Naito , V. Paramonov. Improvement in the ACS Cavity Design for the J-PARC Linac Energy Upgrade. XXIV International Linear Accelerator Conference (LINAC 08), Victoria, British Columbia, Canada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einhardt-Nickoulin, A. Feschenko, A.Mirzojan. Modernization of BCT for INR Linac.  . Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.261-263, 2008. 0;;: 4*1.5/3 =2 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20==K5 B@C4K 3. P. Reinhardt-Nickoulin, A. Feschenko, S. Gavrilov. ION MONITOR OF TRANSVERSE BEAM PARAMETERS FOR INR PROTON LINAC Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp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enisov, A.Feschenko, A.Aleksandrov. PECULIARITIES OF BUNCH SHAPE MEASUREMENTS OF H-MINUS BEAMS IN LINEAR ACCELERATORS. Proceedings of RuPAC 2008, Zvenigorod, Russia, pp.298-300. 0;;=4*1.5/3=2 ( >=D5@5=F8O @>AA89A:0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 4. !.E.@038=, A..$5I5=:>, A..01>:0, O.M.>;>4:528G, ., 59=30@4B-8:C;8=, ..8@7>O=. A>15==>AB8 CAB0=>2:8 D07K 8 0<?;8BC4K 2KA>:>G0AB>B=>3> ?>;O 2 ?>A;54=5< @57>=0B>@5 A B@C1:0<8 4@59D0 8 =0 CG0AB:5 A>3;0A>20=8O 8 2K2>40 ?CG:0 A M=5@3859 160 M ;8=59=>3> CA:>@8B5;O / . , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49) A. 91-95. 0;;: 6/6+0.7*8/6=1.933 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 5. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8@7>O=, .8:C;8=, . 572>2, .$5I5=:>. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564CLVAL4=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.55-59. 0;;: 6/8+0.7*8/8=1.45 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 6. ..0940H, ...>B>2F52, ..@5E>2, ..C7=5F>2, ..8E09;>2, ..!5@>2, ..$5I5=:>, ..8@7>O=. 0=0; 8=65:F88 8>=>2 - ;8=59=>3> CA:>@8B5;O / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (49), A. 119-122. 0;;: 6/8+0.7*8/8=1.45. (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 8. A.Feschenko L.V.Kravchuk, A.A.Menshov, V. Aleksandrov, S. Assadi, J. Galambos, S. Henderson.Longitudinal Beam Parameters Study in the SNS Linac Proceedings of PAC07, Albuquerque, New Mexico, USA pp. 2608-2610. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). =6*1.5/7=1.285 9. P. Reinhardt-Nickoulin, A. Feschenko, A.Mirzojan. Modernization of BCT for INR Linac.  . Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.261-263, 2008. 0;;: 4*1.5/3 =2 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20==K5 B@C4K 10. P. Reinhardt-Nickoulin, A. Feschenko, S. Gavrilov. ION MONITOR OF TRANSVERSE BEAM PARAMETERS FOR INR PROTON LINAC Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.264-266, 2008. 0;;: 4*1.5/3 =2 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20^LVALn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elov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 4. ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52. #,! #!" !" +"/.)  // / !"'  - . "@C4K %VI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@. 140. 0;;: 6E(1,5-1)/4 = 0,75 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 5. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9  LVAL 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 6. ..C15F,, .!.8:C;8=, .".$@>;>2, ../:CH52. <?C;LA=K9 35=5@0B>@ B>:0 @07@O40 4;O 4C>?;07<0B@>=0 . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/4 = 1,5 ((>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 7. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 5.51LVALMG8../:CH52 @>4. 25.09.1932, 2. =. A. 7. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2003. 1=8=A:, 2007, AB@.204-210. 0;;: 6*(1,5 1)/5=0,6 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 8. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2003. 1=8=A:, 2007, AB@.211-216. 0;;: 6*(1,5 1)/5=0,6 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 9. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 10. ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52. #,! #!" !" +"/.)  // / !"'  - . "@C4K %VI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@. 140. 0;;: 6E(1,5-1)/4 = 0,75 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 11. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5 LVAL E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 12. ..C15F,, .!.8:C;8=, .".$@>;>2, ../:CH52. <?C;LA=K9 35=5@0B>@ B>:0 @07@O40 4;O 4C>?;07<0B@>=0 . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/4 = 1,5 ((>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 13. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 5.51LVALMG:30D>=>20 0B0;LO .@L52=0 =.A. 2007-7008 3. 2008 3. >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 4/3 1,333333333 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >@0=>20 +   >;. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 20073. Study of the effect of neutrino oscillationLVALs on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 First CNGS events detected by LVD LVD Coll. European Physical Journal C52 (2007) 849-855 3,209*30/10 9,627 First events from the CNGS neutrino beam detected in the OPERA experiment OPERA Coll New Journal of Physics, http://www.iop.org/EJ/abstracts/1367-2360/8/12/303 3,585*30/10 10,755 LVD: an apparatus to study the cosmic ray penetrating components N. Agafonova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oll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 +LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 20073. Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 +LVD Coll. 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 (6/10)*0,7 0,42 First CNGS events detected by LVD LVD Coll. European Physical Journal C52 (2007) 849-855 3,209*30/10 9,627 !C<<0 35,969LVALNG=0;L38= ;5:A59 !5<5=>28G A.=.A. 2007-7008 3. 2008 3. >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 59B@>=K >B <N>=>2 ?>4 75<;59 .!. 0;L38=, .. O6A:0O /4. $87., B. 71 ! 10 A. 1800-1811, 2008; 0,914*60/2 27,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 4/3 1,333333333 Performances and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection I.R. Barabanov, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S.Krilov, L. Ioannucci, E.A. Yanovich for the MetaLS collaboration and M.Aglietta, A.Bonardi, G.Bruno, W.Fulgione, E.Kemp, A.S. Malgin, A.Porta, and M.Selvi for the LVD collaboration European Physical Journal C (EPJC-08-03-019.R1), 3,209*30/6 16,045 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?LVAL(><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 +LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >@0=>20 +   >;. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 20073. Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 First CNGS events detected by LVD LVD Coll. European Physical Journal C52 (2007) 849-855 3,209*30/10 9,627 First events from the CNGS neutrino beam detected in the OPERA experiment OPERA Coll New Journal of Physics, http://www.iop.org/EJ/abstracts/1367-2360/8/12/303 3,585*30/10 10,755 Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica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n-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 +LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 20073. Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 First CNGS events detected by LVD LVD Coll. European Physical Journal C52 (2007) 849-855 3,209*30/10 9,627 Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the MarylLVAL@and and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica, 2007, 88-117; 29*2/10 5,8 AC<<0: 120,669  04K:8= ;048<8@ L2>28G @>4. 20.04.1935 :D<= A=A   = 77.7 0CG=>5 =0?@02;5=85 - D878:0 =59B@8=> !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. LVD Collaboration  Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector , Astroparticle Physics 27 (2007) 254-270  =4.047*30/10=12.14 2. LVD Collaboration  First CNGS events detected by LVD. European Physical Journal C52 (2007) 849-855  =3.209*30/10=9.63 3. LVD Collaboration  On-line recognition of supernova neutrino bursts in the LVD detector Astroparticle Physics 28 (2008) 516-522;  =4,047*30/10=12.14 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 4. .. 04K:8=, .. O6A:0O,  @>1;5<K @538AB@0F88 =59B@8==>3> 87;CG5=8O >B SN1987A. 204F0BL ;5B A?CABO . 8AL<0 2 AB@>=. C@=., 34, !9, 643 (2008);  =1.315*60/2=39.45 5. ... 30D>=>20 8 4@.  !B0BCA M:A?5@8<5=B0 LVD . 72.  !5@. $87. ">< 71, !4, A.586-588, 2007  =8*0.7/10=0.56 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 6. . >O@:8= (LVD Coll) >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008  =4/10=0.4 7. . 30D>=>20 (LVD Coll) "-=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD" >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008  =4/10=0.4 C1;8:0F8O 2 N18;59=>< A1>@=8:5 8. M. Aglietta at all.,  Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome GravitationalLVALA-Wave Detectors during SN1987A . "1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli) , Societa Italiana di Fisica, 2007, 88-117;  =30/10=3.0  04K:8= ;048<8@ L2>28G A.=.A. 2007-20083 2008 3. >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 @>1;5<K @538AB@0F88 =59B@8==>3> 87;CG5=8O >B SN1987A. 204F0BL ;5B A?CABO. .. 04K:8=, .. O6A:0O 8AL<0 2 AB@>=. C@=., 34, !9, 643 (2008); 1,315*60/2 39,45 1 >4=>9 3@C??5 M:A?5@8<5=B0;L=KE @57C;LB0B>2, A2O70==KE A ?>8A:>< =59B@8==>3> 87;CG5=8O >B !1987. ><<5=B0@89 .. 04K:8=, .. O6A:0O , 2008 (2 ?5G0B8); 1,315*60/2 39,45 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 +LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 20073. Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .F LVALV . C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 First CNGS events detected by LVD LVD Coll. European Physical Journal C52 (2007) 849-855 3,209*30/10 9,627 Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica, 2007, 88-117; 29*2/10 5,8 AC<<0: 120,669 ?????  ?5G0B8LVALNGC=8:552 0A8< 1@038<>28G, - -, =0CG=K9 A>B@C4=8: 2007-2008 3.3. 2008 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Collaboration >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Collaboration >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 2007 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration New Journal of Physics, (2007) http://www/iop.org/EJ/abstracts/136 7-2360/812/303 3,585*30/10 10,755 First events from the CNGS neutrino beam detected by LVD. LVD Collaboration European Physical Journal C52 (2007) 849-855. 3,209*30/10 9,627 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Collaboration Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:5526LVALF, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 C:>2>4AB2> 48?;><=8:>< $ 0;B052K< .$. 10/2 5 CC<<0: 53,13LVALNGE /:CH52 0;5@89 $54>@>28G, =.A., 2007-2008. >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 First events from the CNGS neutrino beam detected by LVD. LVD Collaboration European Physical Journal C52 (2007) 849-855. 3,209*30/10 9,627 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau? 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 Firstevents from the CNGS neutrino beam detected in the OPERA experiment. OPERA Coll., http://www.iop.org/EJ/abstracts/1367-2360/8/12/303 OPERA Coll. New Journal of Physics. 4,047*30/10 12,141 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD N.Y.Agafonova and others. >:;04 =0 30  4/10 0,4 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6ALVAL:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 C:>2>4AB2> 48?;><=8:>< $ 0;B052K< .$. 10/2 5 CC<<0: 53,129LVALNGG>O@:8= 048< ;048<8@>28G <.=.A. 2007-2008 3. 2008 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 >20@5==0O A>;L :0: <8H5=L 4;O =59B@8=> >B !25@E=>2KE .. >O@:8=, .. O6A:0O 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau? 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 4/3 1,333333333 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >@0=>20 +   >;. >:;04 =0 30->LVALH9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 2007 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 72574 .. >O@:8=, .. O6A:0O 72.  !5@. D87. B>< 71, !4, A.589-591, 2007 (6/2)*0,7 2,1 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 First events from the CNGS neutrino beam detected in the OPERA experiment OPERA Coll New Journal of Physics, http://www.iop.org/EJ/abstracts/1367-2360/8/12/303 3,585*30/10 10,755 First CNGS events detected by LVD LVD Coll. European Physical Journal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v 2 v/tau?  ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:LVAL89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 4/3 1,333333333 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >@0=>20 +   >;. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 2007 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 72574 .. >O@:8=, .. O6A:0O 72.  !5@. $87. ">< 71, !4, A.589-591, 2007 (6/2)*0,7 2,1 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. $87. ">< 71, !4, A.586-588, 2007 6/10*0,7 0,42 First CNGS events detected by LVD LVD Coll. European Physical Journal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irst events from the CNGS neutrino beam detected by LVD. LVD Collaboration European Physical Journal C52 (2007) 849-855. 3,209*30/10 9,627 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau? 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 Firstevents from the CNGS neutrino beam detected in the OPERA experiment. OPERA Coll., http://www.iop.org/EJ/abstracts/1367-2360/8/12/303 OPERA Coll. New Journal of Physics. 4,047*30/10 12,141 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD N.Y.Agafonova and others. >:;04 =0 :>=D5@5=F88 30  4/10 0,4 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. LVAL O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 AC<<0: 48,13pLVAL5;57=KE 3>@L 8E09;>28G, 23.08.1936, 702. ;01. . C1;8:0F88: I. Britvitch, E. Lorenz, A. Olshevski, D. Renker, Z. Sadygov, R. Scheuermann, A. Stoykov, A. Werner, I. Zheleznykh.  Development of scintillation detectors based on avalanche microchannel photodiodes . Nucl. Instrum. and Methods in Phys. Res., A 571 (2007) 317- 320.  =1,224E30:9=4,1 >:;04K @83;0H5==K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: I.M. Zheleznykh, R.D. Dagkesamanskii,  Radio method for detection of cosmic neutrinos and hadrons: RAMAND and RAMHAND experiments (past and prospects) , 3rd International ARENA Workshop on the Acoustic and Radio EeV Neutrino Detection Activities, Roma, Italy, 25-27 June 2008  =30:2=15 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: Igor Zheleznykh, David Besson, Anatoly Butkevich, Leonid Dedenko, Alexey Provorov 1139   Simulations of radio signals produced by ultra-high and extremely high energy neutrino induced cascades in Antarctic ice and lunar regolith Proc. 30th ICRC, 3-11 July 2007, Merida, Yucatan, Mexico, HE.2.4.  =6:5x1,5=1,8 Igor Zheleznykh, Boris Khrenov, Ziraddin Sadygov, Leonid Tkatchev, Fouzi Zerrouk 1122   Novel micro-pixel avalanche photodiodes and their possible application in cosmic ray/astrophysical researches Proc. 30th ICRC, 3-11 July 2007, Merida, Yucatan, Mexico, HE.2.5.  =6:5x1,5=1,8 >@01>B:0 :C@A0 ;5:F89 ABC45=B0< $" 2 25A5==8E A5<5AB@0E 2007 8 2008 3.3.  =8E2=16 (=45:A F8B8@>20=8O: 265)  = ???? !C<<0@=K9   .. 5;57=KE = 38,7 + 8=45:A F8B8@>20=8O  @C:: 0.5*38.7+0.75*5.7.4=20.419d LVALt 5@5A=52 048< 20=>28G, 28.07.1938, =A @5?@8=B: .. =8A8<>20, .. 5@5A=52, .. 8730;>2, .. 02G5=:>, .. >9=0H, .!. !025;>2. >4>2>9 >BG5B ?>   :0D54@K D878:8 ?;07<K 70 2006 3., AB@. 22, >A:20 2007. ISBN-978-5-7262-0773-5  =4:6=0.7 !>-@C:>2>4AB2> 48?;><=8:><: !87>20 0;5@8O 5B@>2=0, ABC45=B:0 5 :C@A0 (A?5F80;8AB) D0:C;LB5B0 -"$ $, 2007. (A>-@C:>2>48B5;L !025;>2 .!.)  =10:2=5 CC<<0@=K9   .. 5@5A=520 =5,7@LVALP(B5@= >@8A 235=L528G 1950 3.@., A=A 4>:B>@ D87.-<0B. =0C:(2006) C1;8:0F88: 2007 3. C1;8:0F88 Stern Boris E. Poutanen Juri, "Radiation from relativistic jets in blazars and the efficient dissipation of their bulk energy via photon breeding" 2008MNRAS.383.1695S  =5,352*30/2=80,28 KABC?;5=8O =0 :>=D5@5=F8OE 1. @83;0H5==K9 4>:;04, <564C=0@>4=0O :>=D5@5=F8O " Supercritical phenomena in high energy astrophysics" "'0AB8FK 8 :>A<>;>38O - 2007", @83;0H5==K9 4>:;04, <564C=0@>4=0O :>=D5@5=F8O  =30 2."High energy emission of relativistic jets as a supercritical process", 564C=0@>4=0O :>=D5@5=F8O "High Energy Phenomena in High Energy Astrophysics - 2007", C1;8=. @83;0H5==K9 4>:;04  =30 2008 3 C1;8:0F88: 1. Stern, Boris E.; Poutanen, Juri, "Gamma-Ray Emission of Relativistic Jets as a Supercritical Process", International Journal of Modern Physics D, Volume 17, Issue 09, pp. 1611-1617 (2008)  =1.870*30/2=28,05 2. Poutanen, J.; Stern, B. E.,"Photon Breeding Mechanism in Relativistic Jets:. Astrophysical Implications", International Journal of Modern Physics D, Volume 17, Issue 09, pp. 1619-1628 (2008)  =1.870*30/2=28,05 3. Stern, Boris E.; Tikhomirova, Yana Y., "Ultimate synchrotron cutoff in gamma-ray spectra of blazars as a signature of the converter mechanism" Monthly Notices of the Royal Astronomical Society arXiv:0812.3312  =5,352*30/2=80,28 KABC?;5=8O =0 :>=D5@5=F8OE Stern. B.E., "Photon breeding mechanism of the blazaremission: working regimes and observational consequences" =0 :>=D5@5=F88, "The high-energy astrophysics of outflows from compact objects" Ringberg Castle, Dec 7 to 13, 2008 @83;0H5==K9 4>:;04  =30 "+   = 306.66PLVAL` 078= ;048<8@ 20=>28G 1.A.I.Berlev et al., Development of FARICH-detector for ALICE experiment at CERN, NIMA (2008).In Press,16 authors, Corrected Proof. Preprint: doi:10.1016\j.nima.2008.08.118  =0,4 2.A.Akindinov at al.,RPC with low-resistive phosphate glass electrodes... NIM A 572(2007), 676-686,11.03.2007,17 authors.  =0,4 3. 078= .. 2>?@>AC > <5E0=87<5 >1@07>20=8O A83=0;0 2 !!- @568<5. @5?@8=B / -1204-2008, >:BO1@L 2008.  =6 4. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. Published in JINST 3:S08002, 2008.  =1.224*30/10=3.672 >=D5@5=F88: 1.... O1>2 8 4@.<?C;LA=K9 =59B@>==K9 8AB>G=8: " -!" =0 ?@>B>==>< ?CG:5 $. %% !>25I.?> 8A?>;L7.@0AA5O=8O =59B@>=>2 2 8AA;. :>=45=A.A>AB.( !- 2008),0BG8=0,2008,12 02B>@.  =0,4 2.8B28= .!.,>B0H52 !.., 078= .. "@C4K 51->9 =0CG.:>=D.$",>A:20, >;3>?@.D87-B5E. 8=AB-B,2008 >78F.-GC2AB28B.45B5:B>@ B5?;.=59B@>=>2 4;O @5D;5:B><5B@0 - <0;>C3;>2>3> A?5:B@><5B@0 ">@87>=B".  =4/3*1,5=2 3.Report- present. by A.Reshetin (INR RAS, Moscow)et al.Devel.of FARICH-det. for ALICE experim.at CERN . Int.Conference INST08,Novosib.,Russia,Feb.27- March 5,2008,16 authors  =0,4 4. Report-present. by A.Reshetin (INR RAS, Moscow) et al., Devel.of FARICH - detector for the ALICE VHMPID-system at CERN ALICE Week Collab.Meeting, VHMPID Meeting, CERN, J uly 1,2008, 16 authors.  =0,4 B>3>2K9   = 13,672LVAL2G8==8:>2 >@8A 8E09;>28G 4>:B>@ D87.-<0B. =0C: 1. >4 @>645=8O 1933 2. 0B0 70I8BK 48AA5@B0F88 1988 3. >;6=>ABL 254CI89 =0CG=K9 A>B@C4=8: -$ !?8A>: >?C1;8:>20==KE @01>B 70 2007-2008 3.3. 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A C:070=85< :>;-2> 02B>@>2. 1. Strange and heavy flavoured hypernuclei in chiral soliton models. Eur.Phys.J. A33, 277-281 (2007) 2 02B>@0   =1.659*30/2 = 24,88 2. ..>?5;8>28G. 2545=85 2 D878:C M;5<5=B0@=KE G0AB8F. '0ABL 1. 82 AB@. 740B5;LAB2> / , 2007. ISBN 978-5-94274-037-5 1 02B>@  =2*6=12 3. ..>?5;8>28G. 2545=85 2 D878:C M;5<5=B0@=KE G0AB8F. '0ABL 2. 145 AB@. 740B5;LAB2> / , 2008. ISBN 978-5-94274-069-6 1 02B>@  =2*10=20 4. V.B.Kopeliovich Selected problems of baryon spectroscopy: chiral soliton versus quark models. E-print arXiv:0812.4878 [hep-ph] 1 author  =4 5. V.B.Kopeliovich, A.M.Shunderuk. Strange and heavy flavoured hypernuclei in chiral soliton models. Proceedings of the 9th International Conference on Hypernuclear and Strange Particle Physics (HYP-2006), Mainz, Germany, October 10-14 2006. Ed. J.Pohodzalla and Th.Walcher. (2007) pp. 177-181. 2 authors.  =3/2=1,5   70 ?C1;8:0F88: 62,38 5. !?8A>: ?0B5=B>2 70 2007 -2008 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  .  =5B 6. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2007 - 2008 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. Invited talk. Some problems of strange baryons spectroscopy; chiral soliton versus quark models. International Workshop on Nuclear and Particle Physics at J-PARC (NP08), Mito, Ibaraki, Japan, March 05-07, 2008. http://www-ps.kek.jp/jhf-np/NP08/presentations/hadron/pdf/kopeliov08.pdf LVAL  =30 2. Some problems of baryons spectroscopy. 15th International Seminar on High Energy Physics Quarks-2008, Sergiev Posad, Russia, May 23-29. www.inr.ac.ru/ Quarks-2008/kopeliovich_v.ppt  =6 3. @83;0H5==K9 4>:;04. Selected problems of baryons spectroscopy; chiral soliton versus quark models. International Workshop on Hadron Structure and QCD (HSQCD'2008), Gatchina, Russia, June 30 - July 4, 2008.  =30   ?> 4>:;040<: 66 7. 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Nov 2008. 12pp. e-Print: arXiv:0811.2773 [hep-ph]  =8 2) Low-density limit as a test for the models of complicated processes in the nuclei. V.I. Nazaruk (Moscow, INR) . May 2008. 9pp. e-Print: arXiv:0805.4685 [nucl-th]  =8 3) Field-theoretical approach to particle oscillations in absorbing matter. V.I. Nazaruk (Moscow, INR) . Feb 2007. 27pp. Published in Eur.Phys.J.C53:573-584,2008. e-Print: hep-ph/0702071  =3.209*30=96.27 4) Absorption in the final state in reactions and decays in the medium. V.I. Nazaruk (Moscow, INR) . Feb 2007. 18pp. Published in Eur.Phys.J.A 31:177-183,2007. e-Print: hep-ph/0702070  =1,659*30=49,77 5) Field-theoretical approach to particle oscillations in absorbing matter. V.I. Nazaruk (Moscow, INR) . Feb 2007. 27pp. e-Print: hep-ph/0702071  =8 "+   = 170,04LVALf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opeliovich, A.M.Shunderuk. Strange and heavy flavoured hypernuclei in chiral soliton models. Eur.Phys.J. A33, 277-281 (2007) 2 02B>@0   =1.659*30/2 = 24,88 2. V.B.Kopeliovich, A.M.Shunderuk. Strange and heavy flavoured hypernuclei in chiral soliton models. Proceedings of the 9th International Conference on Hypernuclear and Strange Particle Physics (HYP-2006), Mainz, Germany, October 10-14 2006. Ed. J.Pohodzalla and Th.Walcher. (2007) pp. 177-181. 2 authors.  =8/2=4 3. ..(C=45@N:, 5=B0:20@:8 :0: A>;8B>= 8 <C;LB8- :20@:>2K5 A>AB>O=8O, >:;04 =0 564C=0@>4=>< A5<8=0@5  20@:8-06 , <09 20063.Proceedings of QUAEKS-2006. ?C1;8:>20=> 2 2007 3.  =8 "+   = 36,88~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roitsk v-mass. 0I8I5=0 2 8N=5 2008. >:;04K 1. >:;04 =0 15 AJ5745 :>;;01>@0F88 KATRIN  From Troitsk to Troitsk+ (Modernization Progress) 2008 3>4 2. >:;04 =0 AJ5745 :>;;01>@0F88 KATRIN  Progress of data analysis of  troitsk -mass data 2008 3>4 3. >:;04 7<5@5=85 <0AAK =59B@8=>: A8BC0F8O 8 ?5@A?5:B82K.=0 H:>;5-A5<8=0@5 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O 0?5G0B0= 2 A1>@=8:5 B@C4>2 51 =0CG=>9 :>=D5@5=F88 $": "78 "@C4K 51-9 =0CG=>9 :>=D5@5=F88 $" !>2@5<5==K5 ?@>1;5<K DC=40<5=B0;L=KE 8 ?@8:;04=KE =0C:: '0ABL VIII. @>1;5<K A>2@5<5==>9 D878:8.  .: $", 2008.  282 A. ISBN 978-5-7417-0281-9  =4*1,5=6 !B0BL8 A. I. Belesev, E. V. Geraskin, B. L. Zhuikov, S. V. Zadorozhny, O. V. Kazachenko,V. M. Kohanuk, N. A. Lihovid, V. M. Lobashev, A. A. Nozik, V. I. Parfenov, A. K. Skasyrskaya, E. A. Sudachkov, N. A. Titiov, and V. G. Usanov "Investigation of Space-Charge Effects in Gaseous Tritium as a Source of Distortions of the Beta Spectrum Observed in the Troitsk Neutrino-Mass Experiment" Physics of Atomic Nuclei, 2008, Vol. 71, No. 3, pp. 427 436. Original Russian Text published in Yadernaya Fizika, 2008, Vol. 71, No. 3, pp. 449 459.  =0,914E60/10= 5,48 B>3>2K9  =11,48*1,5=17,221'-RM H C > 9 4 /*|%w rmhc B`@?NG04102:0 A 961ddHH<Z@@?@;HHHH<߿ff@v@?@HHHH<߿ d;@ v@? @HHHH<߿ B@u@?`NGHHHH<߿ EA@u@? @HHHH<߿ A@u@?@HHHH<߿ Au@?(@HHHH<߿pCCu@?@HHHH<߿qBu@?NGHHHH<߿~? )\yBu@? @HHHH<߿} Au@?>@HHHH<߿|N@u@?@HHHH<߿{CAu@?NGHHHH<߿z Au@?&NGHHHH<߿yS R"Au@?z@nHHHH<߿x RBu@?NGHHHH<߿w[6Cu@?<NGHHHH<߿vOBBu@?P3NGHHHH<߿uGϗ"Cu@? &NGHHHH<߿txCu@?0NGHHHH<߿sqBu@?%NGHHHH<߿r>.Bu@?C}NGHHHH<߿qJBu@?=yNGHHHH<߿pNף9Cu@?ItNGHHHH<߿ocCCu@?HoNGHHHH<߿n5@u@?8@nHHHH<߿m@u@? @eHHHH<߿l,Bu@?vlNGHHHH<߿k` 3Bu@?4jNGHHHH<߿j WBQ}Bu@?1fNGHHHH<߿iu@?@eHHHH<߿hq} Cu@?l @dHHHH<߿g JBu@?F6`NGHHHH<߿fAKBu@?v @_HHHH<߿eeBu@?]NGHHHH<߿d ׭Au@?@\HHHH<߿c1 ףAu@?@\HHHH<߿b\bBu@?ZNGHHHH<߿a{)\@u@?@YHHHH<߿`@u@?n@YHHHH<߿_Au@?WNGHHHH<߿^@u@?l @VHHHH<߿])\@u@?@SHHHH<߿\)\@u@?@THHHH<߿LVAL04>@>6=K9 !5@359 8:B>@>28G 1970 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 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"8B>2, .. #A0=>2 "AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> ""@>8F: =N-<0AA" " /45@=0O D878:0 3(B>< 71) 2008 3.  =0,914E60/10= 5,48 2. .. 2G8==8:>2, .. 54=O:>2, .. >;C152, !.. 04>@>6=K9, .. ;8<5=:>, .. 5BCE>2, .-. /=F, "A5=>=>20O 42CED07=0O :0<5@0 4;O ?>8A:0 WIMP", @5?@8=B /  !1185, 2007.  =4/7=0,571 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. !. 04>@>6=K9 Status of modernisation of Troitsk "mass set-up 12th KATRIN Collaboration meeing, March 27 - 29, 2007, Karlsruhe (FZK-IK). 2. !. 04>@>6=K9 From Troitsk to Troitsk+ (Modernization Progress) 14th KATRIN Collaboration meeting, April 16 - 18, 2008, Karlsruhe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ravchuk, V.A. Moiseev, A.N. Naboka, V.V. Paramonov, A.K. Skasyrskaya, K. Floettmann, F. Stephan. Hardware Development and Study for ILC Positron Source Parameters. International Linear Collider Workshop ILC07, Hamburg, 30 May-4 June 2007, ILC07 Proceedings, DESY, Hamburg, 2007, SRC16, 4*1.5/7=0.87 10;;a #AB=K9 3. V.V. Paramonov, L.V. Kravchuk,V.A. Moiseev, A.N. Naboka, A.K. Skasyrskaya. INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters. ;5=0@=K9 4>:;04 =0 7->< 564C=0@>4=>< A5<8=0@5 ?> ?@>1;5<0< CA:>@8B5;59 70@O65==KE G0AB8F, ;CHB0, 2-7 A5=BO1@O 2007. @8=OB : ?C1;8:0F88 2 6C@=0;5  $878:0 0B><=>3> O4@0 8 M;5<5=B0@=KE G0AB8F .30/5=6 10;;>2 4. . 0@0<>=>2, . !:0AK@A:0O, K. Floettmann, F. Stephan. AA;54>20=85 MDD5:B>2 8<?C;LA=>3> ' =03@520 2 =>@<0;L=> ?@>2>4OI8E @57>=0B>@0E L-480?07>=0. ;5=0@=K9 4>:;04 =0 20->< 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, 9-15 A5=BO1@O 2007. @8=OB : ?C1;8:0F88 2 6C@=0;5  >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 . 6/4=1.5 10;;a !B0BL8 ?> @57C;LB0B0< 2KABC?;5=89 =0 564C=0@>4=KE A5<8=0@0E 2 2007 3>4C. 5. V.V. Paramonov, L.V. Kravchuk,V.A. Moiseev, A.N. Naboka, A.K. Skasyrskaya. INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters. 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he KATRIN sensitivity to the neutrino mass and to right-handed currents in beta decay. J. Bonn (Mainz U., Inst. Phys.) , K. Eitel (Karlsruhe, Forschungszentrum) , F. Gluck (Karlsruhe U., EKP & Budapest, RMKI) , D. Sevilla-Sanchez (Mainz U., Inst. Phys.) , N. Titov (Munster U. & Troitsk, INR) . Apr 2007. 4pp. e-Print: arXiv:0704.3930 [hep-ph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xcitation of high spin nuclear isomeric states by intermediate energy protons on the MMF INR RAS. . O.N. Libanova, O.P.Proskuriakov, Yu.V. Ryabov Journal of Physics G, v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xcitation of high spin nuclear isomeric states by intermediate energy protons on the MMF INR RAS. . O.N. Libanova, O.P.Proskuriakov, Yu.V. Ryabov Journal of Physics G, v.33,5,033005,2007  =2,173*30/3=21,73 B>3>2K9   21,73810=>20 ;L30 8:>;052=0 !?8A>: >?C1;8:>20==KE @01>B 70 2007-2008 3.3.: 1. Excitation of high spin nuclear isomeric states by intermediate energy protons on the MMF INR RAS. . O.N. Libanova, O.P.Proskuriakov, Yu.V. Ryabov Journal of Physics G, v.33,5,033005,2007  =2,173*30/3=21,73 2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. ... O1>2, .. 078=, .. 810=>20, .. >10H52, .. C7=5F>2, .. !04K:>2, .. >;:>2, .. ;5:A552, -.. >?B5;>2, .. $54G5=:>, .. @0G52, .. $5I5=:>, .. !5@>2, .. @02GC:, .!. >=>1552A:89, !..>B0H52, .. !:>@:8=. =AB8BCB O45@=KE 8AA;54>20=89 , >A:20. >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <5B0;;>2545=8N. 26 - 30 =>O1@O 2007 3. 3. >A:20  =0.6 "+   =22,33LVALNG^0<0=8= <8B@89 ;048<8@>28G 0CG=K9 A>B@C4=8: -$ !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E. 1. V.Zherebchevsky, W.von Oertzen, D.Kamanin, B.Gebauer, S.Thummerer, Ch.Schulz, G.Royer. Binary fission and coplanar cluster decay of 60Zn compound nuclei at high angular momentum. 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Presented at the International Symposium "Models and Methods in Few- and Many-Body Systems", Skukuza, Kruger National Park, South Africa, 6-9 February 2007.  = 6/4=1,5 3. D.V.Kamanin for the FOBOS collaboration. Rare fission modes: study of multi-cluster decays of actinide nuclei. Presented at the 6th International Conference  Modern Problems of Nuclear Physics . September 19-22, 2006, Tashkent, Uzbekistan. (?@83;0H5==K9 4>:;04)  =30*0,1=0,3 B>3>2K9   =57,28zLVAL0BCH:> 8:B>@ 5>=84>28G 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. @5?@8=B / 1186/2007, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 9 02B>@>2   = 4/9= 0,444 2. J.N. Abdurashitov, V.N. Gavrin, V.L. Matushko et al. Development of a Segment Fast Neutron Spectrometer. /45@=0O D878:0, B. 70, ! 1, 139-145.  =0,914*60/9=6,1 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2007 -2008 3.3. 1. J.N.Abdurashitov,...V.L. Matushko et al.  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"!>740=85 4803=>AB8G5A:>9 A8AB5<K 4;O :;8=8G5A:>3> ?@8<5=5=8O 35=5@0B>@0 AB@>=F89-82/@C18489-82 =0 1075 ?>78B@>==>-M<8AA8>==>3> B><>3@0D0". 0CG=>-?@0:B8G5A:0O :>=D5@5=F8O "BG5BK ?> ?@>5:B0< ?@>3@0<<K @57848C<0 >AA89A:>9 0:045<88 =0C: ">445@6:0 8==>20F89 8 @07@01>B>:", >A:20, @57848C< , 13 =>O1@O 2007 3>40. #AB=K9 4>:;04  20 /10= 2 B>3>2K9  = 40BCH:> 0;8=0 >=AB0=B8=>2=0 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. #G0AB85 2 3@0=B0E: 1) "&, @>5:B ! 2371 !>2<5AB=>5 ?@>872>4AB2> ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59, 2002-200533. (IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2) @0=B $  ! RUB2-10235- MO-04 ( BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 ( IPP =><5@ ?@>5:B0 BNL- T2-324) 3) "&, @>5:B ! 2880  = 0LVALNGgC9:>2 >@8A 5>=84>28G 1. >4 @>645=8O. 1952 2. 0B0 70I8BK 48AA5@B0F88 0=4. E8<. =0C: 1982 3. >;6=>ABL 0254CNI89 ;01>@0B>@859 4. !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 4.1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. J. Labeled Compounds and Pharmaceuticals, 2007, v.50, ! 5-6, pp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c. 162-167.  =0,179*60/3=3,58 4.4. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Adsorption of radionuclides from liquid metals. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.76. 6/3 =2 #AB=K9 4>:;04. J. Radioanalyt. Nucl. Chem., 2008 (in press).  =0,46E30E0,7/3=3,22 4.5. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk, N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.31. 6/6 =1 #AB=K9 4>:;04. J. Radioanalyt. Nucl. Chem., 2008 (in press).  =0,46E30E0,7/6=1,61 4.6. V.M.Petriev, B.L. Zhuikov, V.G.Skvortsov, V.K.Podgorodnichenko, A.F.Tsyb. Metallothionein  kelating agent of 213Bi. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.137.   6/6 =1 4.7LVALh. ..C9:>2. 5>B;>6:0 A 87>B>?0<8. >8A:, 2008, !8 (978), A. 5  =8 4.8.B.L.Zhuikov, E.J.Peterson , S.C.Srivastava. 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Brevet francaisLVAL (Patent of France) FR 2898515 B01D67/00, Publication internationale WO 2007107542 A1, 27.09.2007.  =20/3=6,67 5.4. S. Srivastava, B.L. Zhuikov, S. Ermolaev, N.A. Konyakhin, V.M. Kokhanuyk, S.V. Khamyanov, N.R. Togaeva. The process and targets for production of no-carrier-added tin. US Patent application No. 11/962,851, filed 21.12.07 7 02B>@>2, 3  /   =20/7=2,86 5.5. !.. @<>;052, . . ">30520, .. 0?H8=0, .. C9:>2, !. !@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb (20@80=BK). 0O2. ?0B. $. ! 2008136586, 12.09.2008.  =20/5=4 5.6. .. C9:>2, !..0;<K:>2, ..;852, !..@<>;052, .. >E0=N:, ..>=OE8=, .. "0=0=052, .$. OA>54>2. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 87>B>?>2 @048O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O (20@80=BK). 0O2. =0 ?0B. $ ! 2008137558 >B 23.09.2008.  =20/8=2,5   ?> ?0B5=B0< 25,56 B>3>2K9  = 44,96LVALNGm>E0=N: ;048<8@ 8E09;>28G 1. >4 @>645=8O. 1954 2. 0B0 70I8BK 48AA5@B0F88 --- 3. >;6=>ABL 0CG=K9 A>B@C4=8: 4. !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 4.1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. J. Labeled Compounds and Pharmaceuticals, 2007, v.50, ! 5-6, pp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c. 162-167.  =0,179*60/3=3,58 4.4. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Adsorption of radioniclides from liquid metals. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.76. 6/3 =2 #AB=K9 4>:;04. J. Radioanalyt. Nucl. Chem., 2008 (in press).  =0,46E30E0,7/3=3,22 4.5. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk, N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.31. 6/6 =1 #AB=K9 4>:;04. J. Radioanalyt. Nucl. 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US Patent application No. 11/962,851, filed 21.12.07 7 02B>@>2, 3  /   =20/7=2,86 5.4. ..C9:>2, ..>=OE8=, ..>E0=N:, !.!@820AB020. 8H5=L 4;O ?>;CG5=8O @048>=C:;84>2 8 A?>A>1 55 873>B>2;5=8O (20@80=BK). 0O2. ?0B. $. ! 2008136585, 12.09.2008.  =20/4=5 5.5. ..C9:>2, !..0;<K:>2, ..;852, !..@<>;052, ..>E0=N:, ..>=OE8=, .."0=0=052, .$.OA>54>2. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 87>B>?>2 @048O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O (20@80=BK). 0O2. =0 ?0B. $ ! 2008137558 >B 23.09.2008.  =20/8=2,5   ?> ?0B5=B0< 19,89 B>3>2K9 ;8G=K9  = 43<LVAL N0@?5G52 235=89 ;048<8@>28G 0B0 @>645=8O: 15.03.1979 #G5=>5 720=85: 1/7 #G5=0O AB5?5=L: 1/A >;6=>ABL: <.=.A. 5F5=78@C5<K5 @>AA89A:85 6C@=0;K: 1. Study of energy dependence of pion production by protons on copper target near 350 MeV. E.V.Karpechev et al. 2008. 8pp. (15 authors) C@=0; /45@=0O $878:0, B.71, !1 (AB@.1-8)   = 0.914*60/10 = 5.684 -;5:B@>==K5 ?@5?@8=BK: 2. Charmonium Detection in the CBM Experiment A.B. Kurepin, E.V. Karpechev, A.I. Maevskaya, F.F. Guber, V. Friese (5 authors) CBM-PHYS-note-2007-001 URL: https://www.gsi.de/documents/DOC-2007-Dec-71.html  =4/5=0.8 3. A.I. Berlev, E.V.Karpechev et al., Development of FARICH-detector for ALICE experiment at CERN, Nucl. Instr. and Methods A 598 (2009) 156(16 authors)   = 1.224*30/10 = 3,672 B>3>2K9  =10.170?H8=0 ;5=0 ;048<8@>2=0 1. >4 @>645=8O 1961 2. 0B0 70I8BK 48AA5@B0F88 0=4. E8<. =0C: 1988 3. >;6=>ABL 0CG=K9 A>B@C4=8: 4. !.. @<>;052, . . ">30520, .. 0?H8=0, .. C9:>2, !. !@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb (20@80=BK). 0O2. ?0B. $. ! 2008136586, 12.09.2008.  =20/5=4 #G0AB85 2 3@0=B0E 1. @0=B "& !2371. !>2<5AB=>5 ?@>872>4AB2> @048>87>B>?>2 ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59. (IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2. @0=B $  ! RUB2-10235-MO-04 (BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 (IPP =><5@ ?@>5:B0 BNL-T2-324) "+   = 4LVALNGpC@5?8= ;5:A59 >@8A>28G 1. 01.05.1936 2. :0=4840BA:0O  29.06.1964 4>:B>@A:0O  23.02.197370A;. 45OB. =0C:8 _ 30.04.1999 3. 702. ;01>@0B>@859 !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-20 02B>@>2. 2007 3. 1. Search for resonant structure in the pion production reaction on the Nuclotron internal beam. A.B.Kurepin et al. 2007. 4pp. 18 02B>@>2 Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:604-607,2007.  =1.472*30*0.1 =4.416 2. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2, / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1 =6.519 3. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 4. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon.By NA50 Collaboration (B. Alessandro et al.). Published in Eur.Phys.J.C49:559-567,2007. 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =3.209*30*0.1 =9.627 5. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. By NA50 Collaboration (B. Alessandro et al.). Published in Eur.Phys.J.C49:329-337,2007. 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =3.209*30*0.1 =9.627 6. Dilepton production in ppLVALq and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2) =1.659*30*0.1 =4.977 7. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2./ : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 8. J/psi azimuthal distribution relative to the reaction plane in Pb-Pb collisionsat 158 GeV/nucleon. F.Prino et al., International Journal of Modern Physics E, V.16, Nos.7-8 (2007), p.2066-2071. 70 authors, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =1.380*30*0.1 =4,14 2008 3. 9. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008.  =1.224*30/10=3.672 10. ..5A5;>2A:89, ..@83>@L52, ..0?;8=, "..0@028G520, ..0@028G52, ..;8<>2, ..>=4@0BL520, ..C@5?8=, ..C@5?8=, ..>38=>2, ..5;5H:>, .. 5H5B8=, W.H.Trzaska  !8AB5<0 1KAB@>9 M;5:B@>=8:8 AB0@B>2>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE. ?@8=OB0 : ?5G0B8 2 @81>@K 8 B5E=8:0 M:A?5@8<5=B0  =0.226*60/10=1.356 11. A.I. Berlev, et al., Development of FARICH-detector for ALICE experiment at CERN, Nucl. Instr. and Meth. A 598 (2009) 156  =1.224*30/10=3.672 12. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =5.301*30/10=15.903. 13. Dielectron Production in C-12 + C-12 Collisions atLVALr 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys.G35 :104159, 2008.  =3.209*30*0.1=9.627 14. Measurement of charged pions in 12C+12C collisions at 1 and 2A GeV with HADES G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al. subm. to Eur. Phys. J A  =1.659*30*0.1 =4.977 15. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APDreadout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia, NIM A 598 (2009) 268  =1.224*30/10=3.672 16. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008, to be published in NIM A  =1.224*30/10=3.672 17. 1. E.V.Karpechev, A.B.Kurepin, A.I.Reshetin, T.L.Karavicheva, K.Fujita, K.Hatanaka et al.  Study of energy dependence of pion production by proton on copper target near 250 MeV /45@=0O D878:0 71 ( 2008) 3  =0.914*60/10=5.484   ?> ?C1;8:0F8O< 118.224 @5?@8=BK 1. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281  =4*0.1 =0.4 2. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 119 02B>@>2, (/ : M. Golubeva, F. LVALsGuber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2)  =4*0.1 =0.4 3. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0,4 4. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2./ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 5. CBM-PHYS-note-2007-001 Author: A.B. Kurepin, E.V. Karpechev, A.I. Maevskaya, F.F. Guber, V.Friese Charmonium Detection in the CBM Experiment URL: https://www.gsi.de/documents/DOC-2007-Dec-71.html   = 4/5=0,8 6. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2008-018, CERN-SPSC- SR-033, July 2008. 43pp.  = 4/10=0,4 7. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 8.ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, Sep 2008. 132pp.  = 8/10=0,8 9. Development of Projectile Spectator Detector M.Golubeva , F.Guber , A.Ivashkin , A.Kurepin , A.Maevskaya , V.Marin , A.Sadovsky and K.Shileev DOC-2008-May-3-1,CBM progress report 2007, 48p  = 4/10=0,4   ?> ?@5?@8=B0< =4.4 6. 0B5=B>2 =5B 7. >:;04K 1. A.S.Anoshko..AKurepinet al .  Luminosity Determination in ALICE with T0 and V0 detector ?@8=OB0 : ?C1;8:0F88 2 B@C40E :>=D5@5=F88  QM2008 .  =6*0.1 =LVAL0.6 2.Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C.Pachmayer,M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva ,A.Kurepin,K.Lapidus, A.Reshetin , A.Sadovsky, et al.). Apr 2008. 6pp. To appear in the proceedings of Quark Matter 2008: 20th International Conference on Ultra-Relativistic Nucleus Nucleus Collisions (QM 2008), Jaipur, India, 4-10 Feb 2008.  =6*0.1 =0.6 3)...C@5?8= 7<5@5=85 <=>65AB25==>AB8 ?@8 1>;LH8E 1KAB@>B0E, A>25I0=85 >AA89A:>9 :>;;01>@0F88 ALICE, 09.10.2008, C@G0B>2A:89 F5=B@. 4). ..C@5?8= !B>;:=>25=85 @5;OB828ABA:8E O45@ 8 70304:0 G0@<>=8O , VI 0@:>2A:85 GB5=8O 15.05.08 /  =4 5). ..C@5?8= $878:0 =0 NICA, 273;O4 87 /  06.11.08. NICA- :@C3;K9 AB>;,/  =4   ?> 4>:;040< =9.2 KABC?;5=8O =0 A5<8=0@0E: 1. A.Kurepin  Status of the Projectile Spectator Detector  , CBM Collaboration meeting, Dresden, 25-28 September 2007. 8. #G51=K9 :C@A  -:A?5@8<5=B0;L=0O O45@=0O D878:0 2 A5<5AB@0, 4>@01>B:0 :064K9 3>4   =16 B>3>2K9   147,82 B>3>2K9   @C:>2>48B5;O = 147,82*0,5+1248/12*0,75=151,91LVALNGuC15@ $54>@ $@84@8E>28G 1950 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-2> 02B>@>2. 2007 3. 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1=6.519 2. Dielectron production in C + C and p + p collisions with HADES.By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 3.@si-prime production in Pb-Pb collisions at 158-GeV/nucleon.By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-019, Dec 2006. 16pp. Published in Eur.Phys.J.C49:559-567,2007. 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilska (5 02B>@>2)  =3.209*30*0.1 =9.627 4.Dilepton production in pp and CC collisions with HADES.By HADES Collaboration (I.Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 5.Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. PubliLVALvshed in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky  =7.489*30*0.1 =22.467 6. J/psi and psi-prime production and their normal nuclear absorption in proton- nucleus collisions at 400-GeV. By NA50 Collaboration (B. Alessandro et al.). Published in Eur.Phys.J.C49:329-337,2007. 68 02B>@>2. / : M. Golubeva, F.Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =3.209*30*0. =9.627 7.Performance of RPC with low-resistive silicate glass electrodes exposed to an intense continuous electron beam. V. Ammosov,& F.Guber et al. 2007. 6pp. Published in Nucl.Instrum.Meth.A576:331-336,2007.  = 1,224*30/10=3,672 8.RPC with low-resistive phosphate glass electrodes as a candidate for the CBM TOF. A. Akindinov,& .F.Guber et al. Dec 2006. 8pp. Published in Nucl.Instrum.Meth.A572:676-681,2007.  = 1,224*30/10=3,672 9.HADES@SIS100, AKugler et all, CBM Progress Report 2006, GSI Report 2007-4 ( ISSN:0171-4546), GSI1.Darmstadt, 2007, p.25., 702B>@>2 / : M. Golubeva, F. Guber (2 02B>@0).  = 8/7 =1.143 2008 3. 11. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008.  =1.224*30/10=3.672 12. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =5.301*30/10=15.903. 13. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys. G35:104159, 2008.  =3.209*30*0.1=9.627 14. Measurement of charged pions in 12C+12C collisions at 1 and 2A GeV with HADES G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.ReshLVALwetin, A.Sadovsky et al.0 subm. to Eur. Phys. J A  =1.659*30*0.1 =4.977 15. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APDreadout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia, NIM A 598 (2009) 268  =1.224*30/10=3.672 16. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008, to be published in NIM A  =1.224*30/10=3.672   ?> 6C@=0;L=K< ?C1;8:0F8O< =107.643 @5?@8=BK 1. Number: CBM-TOF-internal-note-2007-001Author: V. Ammosov, F. Guber Development of the high rate multigap RPC prototype for the central part of the CBM TOF detector. Final report URL: https://www.gsi.de/documents/DOC-2007-Dec-72.html   = 4/2=2 2. Number: CBM-PHYS-note-2007-001 Author: A.B. Kurepin, E.V. Karpechev, A.I. Maevskaya, F.F. Guber, V.Friese Charmonium Detection in the CBM Experiment URL: https://www.gsi.de/documents/DOC-2007-Dec-71.html   = 4/5=0,8 3. Na61/Shine at the CERN SPS.By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 [nucl-ex] 119 02B>@>2 (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2)  =4*0.1 =0.4 4. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. ILVALxvashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 5. Study of dielectron production in C+C collisions at 1 AGeV. By HADES Collaboration (: G. Agakishiev et al.). Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex] 108 authors, INR- M.Golubeva, F.Guber, A.Ivashkin, K.Lapidus, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky  =4*0.1 =0.4 6. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007 e-Print: arXiv:0711.4281 [nucl-ex]  =4*0.1 =0.4 7. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall, (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2) et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp.  =4*0.1 =0.4 8. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2008-018, CERN-SPSC- SR-033, July 2008. 43pp.  = 4/10=0,4 9. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 10.ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, Sep 2008. 132pp.  = 8/10=0,8 11. Development of Projectile Spectator Detector M.Golubeva , F.Guber , A.Ivashkin , A.Kurepin , A.Maevskaya , V.Marin , A.Sadovsky and K.Shileev DOC-2008-May-3-1,CBM progress report 2007, 48p  = 4/10=0,4   ?> ?@5?@8=B0< =6.8 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE : 1. F.Guber  Projectile Spectator detector for NA61 NA-61 workshop, CERN, .Oct 17, 2007. =0 2. F.Guber  Status of the PSD NA49-future Collaboration meeting, March 24, 2007 3. F.Guber  Lead glass electromagnetic calorimeter for theLVAL HADES@FAIR HADES collaboration meeting, Cyprus, 29 Oct- 4 Nov 2007 4. F.Guber, M.Golubeva, A.Ivashkin NA61 EVO meeting,  Recent results on NA61 PSD development , 4 dec 2007 5. A.S.Anoshko..et al .  Luminosity Determination in ALICE with T0 and V0 detector ?@8=OB0 : ?C1;8:0F88 2 B@C40E :>=D5@5=F88  QM2008 .  =6*0.1 =0.6 6.Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C.Pachmayer,M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva ,A.Kurepin,K.Lapidus, A.Reshetin , A.Sadovsky, et al.). Apr 2008. 6pp. To appear in the proceedings of Quark Matter 2008: 20th International Conference on Ultra-Relativistic Nucleus Nucleus Collisions (QM 2008), Jaipur, India, 4-10 Feb 2008.  =6*0.1 =0.6 7. F.Guber  Projectile Spectator Detector , NA61 Collaboration meeting, CERN, 4-7 June 2008 8. F.Guber  PSD beam request , NA61 Collaboration meeting, CERN, 4-7 June 2008 9. F.Guber  PSD beam request , NA61 Collaboration meeting, CERN, 4-7 June 2008   ?> 2KABC?;5=8O< =1.2 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8 1. 48?;><=8:8: !>;>2L520 "0BLO=0 ($) )  =10 2. 0A?8@0=BK: 5@5B5=:8= .. (0A?8@0=BC@0 /)  =30 0?84CA ..(0A?8@0=BC@0 /)  =30  =70 B>3>2K9   185.64LVALNGz>;C1520 0@8=0 >@8A>2=0 >4 @>645=8O.  1950 0B0 70I8BK 48AA5@B0F88  1/A >;6=>ABL  =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-20 02B>@>2. 2007 3. 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1 =6.519 2. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2/ : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2) =1.472*30*0.1 =4.416 3. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon. By NA50 Collaboration (B. Alessandro et al.). Published in Eur.Phys.J.C49:559-567,2007. 70 02B>@>2. /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =3.209*30*0.1 =9.627 4. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. By NA50 Collaboration (B. Alessandro et al.). Eur.Phys.J.C49:329-337,2007 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =3.209*30*0.1 =9.627 5. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 LVAL{02B>@>2)  =1.659*30*0.1 =4.977 6. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 7. J/psi azimuthal distribution relative to the reaction plane in Pb-Pb collisionsat 158 GeV/nucleon. F.Prino et al., International Journal of Modern Physics E, V.16, Nos.7-8 (2007), p.2066-2071. 70 authors, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =1,380*30/10 =4,14 8. HADES@SIS100, AKugler et all, CBM Progress Report 2006, GSI Report 2007-4 (ISSN:0171-4546), GSI1.Darmstadt, 2007, p.25., 702B>@>2 / : M. Golubeva, F. Guber (2 02B>@0).  =8/7=1,143 2008 3. 9. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008.  =1.224*30/10=3.672 10. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =5.301*30/10=15.903. 11. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys.G35:104159,2008.  =3.209*30*0.1=9.627 12. Measurement of charged pions in 12C+12C collisions at 1 and 2A GeV with HADES G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al. subm. to Eur. Phys. J A  =1.659*30*0.1 =4.977 13. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with LVAL|micropixel APDreadout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia, NIM A 598 (2009) 268  =1.224*30/10=3.672 14. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008, to be published in NIM A  =1.224*30/10=3.672   ?> 6C@=0;L=K< ?C1;8:0F8O< =104.439 @5?@8=BK 1. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281  =4*0.1 =0.4 2. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 119 02B>@>2, (/ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2)  =4*0.1 =0.4 3. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 4. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2 )  =4*0.1 =0.4 5. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2008-018, CERN-SPSC- SR-033, July 2008. 43pp. = 4/10=0,4 LVAL 6. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin,A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 7.ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, Sep 2008. 132pp.  = 4/10=0,4 8. Development of Projectile Spectator Detector M.Golubeva , F.Guber , A.Ivashkin , A.Kurepin , A.Maevskaya , V.Marin , A.Sadovsky and K.Shileev DOC-2008-May-3-1,CBM progress report 2007, 48p  = 4/10=0,4   ?> ?@5?@8=B0< =3.2 KABC?;5=8O =0 A5<8=0@0E: 1. Software NA61 EVO meeting, September 10 2007 3.  Status of PSD geometry in simulations 2. Software NA61 EVO meeting, December 4 2007 3.  Recent results on NA61 PSD development 3. Software NA61 EVO meeting, February 14 2008 3.  PSD description and simulation 4. Software NA61 EVO meeting, April 10 2008 3.  PSD description and simulation 5. Software NA61 EVO meeting, December 11 2008 3.  Reaction plane simulation 6. A.S.Anoshko..et al .  Luminosity Determination in ALICE with T0 and V0 detector ?@8=OB0 : ?C1;8:0F88 2 B@C40E :>=D5@5=F88  QM2008 .  =6*0.1 =0.6 7.Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C.Pachmayer,M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva ,A.Kurepin,K.Lapidus, A.Reshetin , A.Sadovsky, et al.). Apr 2008. 6pp. To appear in the proceedings of Quark Matter 2008: 20th International Conference on Ultra-Relativistic Nucleus Nucleus Collisions (QM 2008), Jaipur, India, 4-10 Feb 2008.  =6*0.1 =0.6   ?> 2KABC?;5=8O< =1.2 B>3>2K9   = 108.8LVALNG~20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 2007-2008 3>40E: 2007 3. 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1 =6.519 2. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 3. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 4. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 5. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. Jan 2007. 16pp. 14 02B>@>2 Published inLVAL Eur.Phys.J.C52:495-506,2007. / : A. Ivashkin  =3.209*30*0.1 =9,627 6. Performance of RPC with low-resistive silicate glass electrodes exposed to an intense continuous electron beam. V. Ammosov,& F.Guber et al. 2007. 6pp. 20 02B>@>2 Published in Nucl.Instrum.Meth.A576:331-336,2007. / : F. Guber, A. Ivashkin, V. Tiflov (3 02B>@0)  = 1,224*30/10=3,672 2008 3. 7. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =5.301*30/10=15.903. 8. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys.G35:104159, 2008.  =3.209*30*0.1=9.627 9. Measurement of charged pions in 12C+12C collisions at 1 and 2A GeV with HADES G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al. subm. to Eur. Phys. J A  =1.659*30*0.1 =4.977 10. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APDreadout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia, NIM A 598 (2009) 268  =1.224*30/10=3.672 11. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008, to be published in NIM A  =1.224*30/10=3.672 12. Measurement of the K+ --> pi+ nu nu branching raLVALtio. By The E949 Collaboration and E787 Collaboration (S. Adler et al.). Published in Phys.Rev.D77:052003,2008. 40 pp. 80 02B>@>2  =4.854*30/10=14.562   ?> ?C1;8:0F8O< 104.091 @5?@8=BK 1. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 119 02B>@>2, (/ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2) =4*0.1 =0.4 2. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. Jan 2007. 16pp. 14 02B>@>2 e-Print: arXiv:0706.2641 [physics.ins-det] / : A. Ivashkin  =4*0.1 =0.4 3. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK- 2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp. 62 authors, e-Print: arXiv:0709.1000 [hep-ex]  =4*0.1=0.4 4.Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp. 62 authors e-Print: arXiv:0709.1000 [hep-ex]  =4*0.1 =0.4 5. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 6. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 7.Performance studies of prototype II for the CALVALSTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. CERN-CMS-NOTE-2007-001, Jan 2007. 16pp. 14 02B>@>2 e-Print: arXiv:0706.2641 [physics.ins-det] / : A. Ivashkin)  =4*0.1=0.4 8.Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281  =4*0.1=0.4 9. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2008-018, CERN-SPSC- SR-033, July 2008. 43pp.  = 4/10=0,4 10. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 10. Development of Projectile Spectator Detector M.Golubeva , F.Guber , A.Ivashkin , A.Kurepin , A.Maevskaya , V.Marin , A.Sadovsky and K.Shileev DOC-2008-May-3-1,CBM progress report 2007, 48p  = 4/10=0,4   (?@5?@8=BK) 4.0 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1.  Status of Projectile Spectator Detector , 7-th Collaboration Meeting of CBM experiment at Fair, February 28-March 3, 2006, Darmstadt, Germany.  =0 2.  Projectile Spectator Detector (R&D on first module prototype) , 8-th CBM Collaboration Meeting IPHC , September 20-22, 2006, Strasbourg, France.  =0 3.  Status of Projectile Spectator Detector , 9-th Collaboration Meeting of CBM experiment at Fair, February, 2007, Darmstadt, Germany.  =0 4.  CsI(Tl) detector and APD readout , Collaboration Meeting of E06 (TREK) experiment at KEK, February, 2007, Tsukuba, Japan.  =0 5.  Projectile Spectator Detector , Collaboration Meeting of NA61 experiment at CERN, Oct, 2007, Geneva, Switzerland.  =0 6. A.S.Anoshko..et al .  Luminosity Determination in ALICE with T0 and V0 detector ?@8=OB0 : ?C1;8:0F88 2 B@C40E :>=D5@5=F88  QM2008 .  =6*0.1 =0.6 7. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and LVAL the Solution to the DLS Puzzle. By HADES Collaboration (Y.C.Pachmayer,M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva ,A.Kurepin,K.Lapidus, A.Reshetin , A.Sadovsky, et al.). Apr 2008. 6pp. To appear in the proceedings of Quark Matter 2008: 20th International Conference on Ultra-Relativistic Nucleus Nucleus Collisions (QM 2008), Jaipur, India, 4-10 Feb 2008.  =6*0.1*1,5 =0,9   ?> 2KABC?;5=8O< =1.2 B>3>2K9   = 109.591LVALNG 5H5B8= =4@59 3>@528G @>4.10.01.1952, A=A -$,   70 2007-2008 33. C1;8:0F88: 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045,2007.(109 authors)   = 2.173*30/10 = 6,519 2. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. (109 authors) e-Print: nucl-ex/0610048   = 1.659*30/10 = 4,977 3. Dilepton production in ion ion collisions studied using HADES. By HADES Collaboration (A. Kugler et al.). 2007. 5pp. Prepared for 7th Latin American Symposium on Nuclear Physics and Applications, Cusco, Peru, 11-16 Jun 2007. Published in AIP Conf.Proc.947:436-440,2007. (109 authors).   = 8/10*1.5 = 1,2 4. Elementary Collisions with HADES. By HADES Collaboration (I. Frohlich et al.). MENU-2007-225, Dec 2007. 5pp. Presented at 11th International Conference on Meson-Nucleon Physics and the Structure of the Nucleon (MENU 2007), Julich, Germany, 10-14 Sep 2007. In the Proceedings of 11th International Conference on Meson-Nucleon Physics and the Structure of the Nucleon (MENU 2007), Julich, Germany, 10-14 Sep 2007, pp 225. (108 authors)   = 8/10*1.5 = 1,2 5. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396, 2007.(109 authors)   = 1.472*30/10 = 4,416 6. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302,2007. (129 authors) e-Print: nucl-ex/0LVAL608031   = 7.489*30/10 = 22,467 7. Inclusive Di-Electron Production In C+C Collisions With Hades. F.Dohrmann et al. 11th International Conference on Meson-Nucleon Physics and the Structure of the Nucleon (MENU 2007), Julich, Germany, 10-14 Sep 2007. (129 authors)   = 8/10*1.5 = 1,2 8. Study of energy dependence of pion production by protons on copper target near 350 MeV. E.V.Karpechev et al. 2007. 8pp. (15 authors) ?C1;8:>20=0 2 6C@=0;5 /45@=0O $878:0, Phys.Atom.Nucl. 71, 1-8 2008.   = 0.914*60/10 = 5,484 9. !8AB5<0 1KAB@>9 M;5:B@>=8:8 AB0@B>2>3> B@8335@=>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE. ..5A5;>2A:89 8 4@. "-, ?@8=OB0 2 ?5G0BL, 2008. (10 authors)   = 0.805*60/10 = 4,830 10. ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN-ALICE-TDR-014, Sep 2008. 132.  = 8/10 = 0,800 11. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. Published in JINST 3:S08002, 2008.  =1.224*30/10=3.672 12. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer et al.). Apr 2008. 6pp. To appear in the proceedings of Quark Matter 2008: 20th International Conference on Ultra-Relativistic Nucleus Nucleus Collisions (QM 2008), Jaipur, India, 4-10 Feb 2008. Published in J.Phys.G35:104159, 2008. (129 authors)   = 2.173*30/10 = 6,519 13. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.). Nov 2007. Published in Phys.Lett.B663:43-48,2008. (128 authors)   = 5.301*30/10 = 15,903 14. A.I. Berlev, et al., Development of FARICH-detector for ALICE experiment at CERN, Nucl. Instr. and Methods A 598 (2009) 156(16 authors)   = 1.224*30/10 = 3,672 15. Measurement of charged pions in 12C+12C collisions at 1 and 2A GeV with HADES G. Agakichiev et al. (130 authors) subm. to Eur. Phys. J A, 20, LVAL< 08.   = 1.659*30/10 = 4,977   ?> ?C1;8:0F8O< 87.836 >=D5@5=F88: 1. 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Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008.  =1.224*30/10=3.672 2)..!.">?8;LA:0O  The medium effects for charmonium states production in relativistic nucleus- nucleus collisions , Relativistic Nuclear Physics and Quantum Chromodinamics, Vol.II, p.57, Dubna, 2008.  =8 3)..!.">?8;LA:0O >645=85 A>AB>O=89 G0@<>=8O ?@8 AB>;:=>25=88 BO65;KE 8>=>2 @8=OB> : ?5G0B8 2 6C@=0;5 /45@=0O $878:0, 2008.  =0.914*60=54.84. 4). ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN- ALICE-TDR-014, Sep 2008. 132.   = 8/10 = 0,800 2007 3. 1).  psi-prime production in Pb-Pb collisions at 158-GeV/nucleon . 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Kurepin, N.Topilskaya (5 02B>@>2).  =3.209*30*0.1 =9.627   ?> ?C1;8:0F8O< = 98.706 4. !?8A>: ?0B5=B>2 70 2007 -2008 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE LVAL . 5. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2007 -2008 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 20083. 1)..!.">?8;LA:0O- ?;5=0@=K9 4>:;04 (?@83;0H5==K9)  Transverse momentum dependence of charmonium production in heavy ion collisions , 3rd International Wokshop on high pt physics, Tokaj, Hungary, March 16-19, 2008.  =30 2). .!.">?8;LA:0O >645=85 G0@<>=8O =0 ?CG:0E ?@>B>=>2 8 A28=F0 =0 D8:A8@>20==>9 <8H5=8 A ?><>ILN 48<N>==>3> A?5:B@><5B@0 CAB0=>2:8 ALICE , A>25I0=85 >AA89A:>9 :>;;01>@0F88 ALICE, 09.10.2008, C@G0B>2A:89 F5=B@. 20073. 3)..!.">?8;LA:0O- ?;5=0@=K9 4>:;04 (?@83;0H5==K9) >645=85 A>AB>O=89 G0@<>=8O 2 AB>;:=>25=8OE BO65;KE 8>=>2 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, >A:20, "-$, 26-30 =>O1@O 2007 3.   =20 4). .!.">?8;LA:0O >645=85 G0@<>=8O 2 AB>;:=>25=8OE BO65;KE 8>=>2 2 M:A?5@8<5=B0E & 0, RHIC 8 RA. !5<8=0@ ;01. <57>O45@=KE 2708<>459AB289, / , 12 45:01@O, 2007 3. 6. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 7. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5.  @0<:0E :C@A0 ;5:F89 4;O ABC45=B>2 5;OB828ABA:0O O45@=0O D878:0, 2007-2008 33. (..C@5?8=) :C@A -:A?5@8<5=BK NA50 8 NA60 ?> @>645=8N 48<N>==KE ?0@ 2 AB>;:=>25=88 @5;OB828ABA:8E O45@ =0 CA:>@8B5;5 2 & 5 (4>@01>B:0 :064K9 3>4)   =8 8. @C30O 7=0G8<0O 8=D>@<0F8O. "+   = 156,706LVALNGH5=8G=>2 3>@L =0B>;L528G 1964 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. "5<0 48AA5@B0F88  !B0B8AB8G5A:>5 >?8A0=85 @50:F89 <=>65AB25==>3> <57>=>>1@07>20=8 =0 O4@0E , A?5F80;L=>ABL 01.04.16 -  D878:0 O4@0 8 M;5<5=B0@=KE G0AB8F , 70I8B0 ?@>E>48;0 2 48AA5@B0F8>==>< A>25B5 / 2 1998 3>4C. CB0@H89 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 2007-2008 3>40E: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2007 3. 1. I. Pshenichnov, A. Larionov, I. Mishustin, W. Greiner, PET monitoring of cancer therapy with 3He and 12C beams: a study with the GEANT4 toolkit, Phys. Med. Biol., 52 (2007) 7295  =2.528*30/4 = 18.960 2008 3. 1. A.J. Baltz, G. Baur, D. d'Enterria, ... I.A. Pshenichnov et al., The Physics of Ultraperipheral Collisions at the LHC, Phys. Reports 458 (2008) 1.  =20.263*30/10 = 60.789 2. The ALICE Collaboration, K.Aamodt,& F.Guber, O.Karavichev, T.Karavicheva, E.Karpechev, A.Kurepin, A.N.Kurepin, A.Maevskaya, I.Pshenichnov, A.Reshetin, N.Topilskaya et al., The ALICE Experiment at the CERN LHC, JINST 3 (2008) S08002.  =1.224*30/10 =3.672 3. O.I. Obolensky, E. Surdutovich, I. Pshenichnov, I. Mishustin, A.V. Solov'yov, W. Greiner, Ion beam cancer therapy: Fundamental aspects of the problem, Nucl. Instr. Meth. Phys. Research B 266 (2008) 1623  =0.997*30/6 = 4.985 4. I. Pshenichnov, I. Mishustin, W. Greiner, Comparative study of depth-dose distributions for beams of light and heavy nuclei in tissue-like media, Nucl. Instr. Meth. Phys. Research B 266 (2008) 1094.  =0.997*30/3 = 9.970 5. P. Golubev, V. Avdeichikov, K.G. Fissum, B. Jakobsson, I. A. Pshenichnov, et al., Pion emission in (gamma,pi+) 2H, 12C, 27Al reactions at threshold, Nucl. Phys. A806 (2008) 216.  =3.096*30/10 = 9.288 6. E. Surdutovich, O.I. Obolensky, E. Scifoni, I. Pshenichnov, I. Mishustin, A.V. Solov'yov, W. Greiner, Ion-induced electron production in tissue-like mediLVALa and DNA damage mechanisms, Eur. Phys. J. D, 2008, in print, DOI: 10.1140/epjd/e2008-00207-y.  =2.20*30/7 = 9.429 > 6C@=0;0<:  =117.093 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: #AB=K5 4>:;04K, ?@83;0H5==K5: 15. I. Pshenichnov, I. Mishustin, W. Greiner, Nuclear reactions in heavy-ion therapy studied with the GEANT4 toolkit International Conference on Nuclear Fragmentation, Kemer (Antalya), Turkey, September 24  October 1, 2007  =30/3=10 16. I. Pshenichnov, I. Mishustin, W. Greiner, Towards Monte Carlo calculations of biological dose in heavy-ion therapy: modeling of nuclear fragmentation reactions, 2nd International Symposium on Atomic Cluster Collisions, July 19-23, 2007, Darmstadt, Germany  =30/3=10 17. I. Pshenichnov, A. Larionov, I. Mishustin, W. Greiner, Nuclear reactions in heavy-ion therapy: understanding complexity International Symposium  Complex Systems in Physics and Beyond , Frankfurt, Germany, November 30  December 1, 2007  =30/4=7.5 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 3. I. Pshenichnov, I. Mishustin, W. Greiner, MCHIT - Monte Carlo model for proton and heavy-ion therapy International Conference on Nuclear Data for Science and Technology, April 22-27, 2007, Nice, France  =6/3=2 C1;8:0F88 2 B@C40E :>=D5@5=F89: 1. Pshenichnov, I. Mishustin, W. Greiner, MCHIT - Monte Carlo model for proton and heavy-ion therapy In Proc. 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H5=8G=>2 >6=> ;8 @0745;8BL D878:C =0 @>AA89A:CN 8 <564C=0@>4=CN "@>8F:89 0@80=B !11N (833), 2008, AB@. 5 > =0CG=>-?>?C;O@=K< 8740=8O<:   = 8 -;5:B@>==K5 ?@5?@8=BK: 1. E. Scifoni, E. Surdutovich, A. Solov'yov, I. Pshenichnov, I. Mishustin, W. Greiner 1. Ion-beam therapy: from electron production in tissue like media to DNA damage estimations, arXiv:0807.2610 (July 2008)  =4/6=0.667 > ?@5?@8=B0<:  =0.667 B>3>2K9  :  =162.593LVALNG!04>2A:89 ;5:A0=4@ !5@35528G 1974 3>40 @>645=8O, Dr.Rer.Nat Ph.D. 2007 TU-Dresden 2007 3. <;04H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-2> 02B>@>2. 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. 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Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008, to be published in NIM A  =1.224*30/10=3.672   ?> 6C@=0;L=K< ?C1;8:0F8O< =76,23 @5?@8=BK 1.Na61/Shine at the CERN SPS.By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 [nucl-ex] 119 02B>@>2 (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2)  =4*0.1 =0.4 2.Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02BLVAL>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 3.Study of dielectron production in C+C collisions at 1 AGeV. By HADES Collaboration (: G. Agakishiev et al.). Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex] 108 authors, INR- M.Golubeva, F.Guber, A.Ivashkin, K.Lapidus, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky  =4*0.1 =0.4 4.Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007 e-Print: arXiv:0711.4281 [nucl-ex]  =4*0.1 =0.4 5.Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall, (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2) et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp.  =4*0.1 =0.4 6. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 7. Development of Projectile Spectator Detector M.Golubeva , F.Guber , A.Ivashkin , A.Kurepin , A.Maevskaya , V.Marin , A.Sadovsky and K.Shileev DOC-2008-May-3-1,CBM progress report 2007, 48p  = 4/10=0,4   ?> ?@5?@8=B0< = 2.8 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE : 1.A.Sadovskiy  Studies for LVL1 trigger for dp-reactions HADES collaboration meeting, Cyprus, 29 Oct- 4 Nov 2007 2.A.Sadovsky,  On-line QA , NA61 Collaboration meeting, CERN, 27-30 October 2008 3. A.Sadovsky,  Production scripts and off-line QA , NA61 Collaboration meeting, CERN, 27-30 October 2008 4. A.Sadovsky,  Web-site and data documentation , NA61 Collaboration meeting, CERN, 27-30 October 2008 5. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C.PachmT LVALd ayer,M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva ,A.Kurepin,K.Lapidus, A.Reshetin , A.Sadovsky, et al.). Apr 2008. 6pp. To appear in the proceedings of Quark Matter 2008: 20th International Conference on Ultra-Relativistic Nucleus Nucleus Collisions (QM 2008), Jaipur, India, 4-10 Feb 2008.  =6*0.1 =0.6   ?> 2KABC?;5=8O< =0.6 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8 18. 48?;><=8:8: CAK38=0 .. (!!)  =10 "+   = 89.63LVALNG0@028G520 "0BLO=0 L2>2=0 1951 . ., " $.-". # (1999), !! !! #+% "  2007-2008 . 1 DILEPTON PRODUCTION IN ION ION COLLISIONS STUDIED USING HADES. BY HADES COLLABORATION (A. KUGLER ET AL.). 2007. 5PP. PREPARED FOR 7TH LATIN AMERICAN SYMPOSIUM ON NUCLEAR PHYSICS AND APPLICATIONS, CUSCO, PERU, 11-16 JUN 2007. PUBLISHED IN AIP CONF.PROC.947:436-440,2007  = 0,826 * 30 * 0,1 = 2,478 2 STUDY OF ENERGY DEPENDENCE OF PION PRODUCTION BY PROTON ON COPPER TARGET NEAR 350 MEV E.V.KARPECHEV, A.B.KUREPIN, T.L/KARAVICHEVA , 15 "  / / $ 71 ( 2008) 3  = 0,914 * 60 * 0,1 = 5,484 3 PSI-PRIME PRODUCTION IN PB-PB COLLISIONS AT 158-GEV/NUCLEON. BY NA50 COLLABORATION (B. ALESSANDRO ET AL.). CERN-PH-EP-2006-019, DEC 2006. 16PP. PUBLISHED IN EUR.PHYS.J.C49:559-567,2007, 70 "  /  :M. GOLUBEVA, F. GUBER, T. KARAVICHEVA, A. KUREPIN, N.TOPILSKAYA(5 " )  = 3,209 * 30 * 0,1 = 9,627 4 DIELECTRON PRODUCTION IN C-12 + C-12 COLLISIONS AT 2-A-GEV WITH HADES. BY HADES COLLABORATION (G. AGAKICHIEV ET AL.). AUG 2006. 13PP PUBLISHED IN PHYS.REV.LETT.98:052302, 2007. 129 "  129, "  / : M. GOLUBEVA, F. GUBER, A. IVASHKIN, T. KARAVICHEVA, A. KUREPIN, A. RESHETIN, A. SADOVSKY (7 "   = 7,489 * 30 * 0,1 = 22,467 5 J/PSI AZIMUTHAL DISTRIBUTION RELATIVE TO THE REACTION PLANE IN PB-PB COLLISIONSAT 158 GEV/NUCLEON INTERNATIONAL JOURNAL OF MODERN PHYSICS E, V.16, NOS.7-8 (2007), P.2066-2071. 70 AUTHORS / : M. GOLUBEVA, F. GUBER, T. KARAVICHEVA, A. KUREPIN, N.TOPILSKAYA(5 " )  = 1,38 * 30 * 0,1 = 4,140 6 AN IMPROVED SHASHLYK CALORIMETER G.S.ATOYAN ,T.KARAVICHEVA. 12"  PUBLISHED IN NUCL.INSTRUM.METH.A584:291-303,2008.  = 1,224 * 30 * 0,1 = 3,672 7 DIELECTRON PROLVALDUCTION IN C-12 + C-12 COLLISIONS AT 2-A-GEV WITH HADES. BY HADES COLLABORATION (J. MARKERT ET AL.). 2007. PUBLISHED IN J.PHYS.G34:S1041-S1045, 2007. 109 "  / : M. GOLUBEVA, F. GUBER, A. IVASHKIN, T. KARAVICHEVA, A. KUREPIN, A. RESHETIN, A. SADOVSKY, I. VERETENKIN (8 "   = 2,173 * 30 * 0,1 = 6,519 8 DILEPTON PRODUCTION IN C+C AND P+P COLLISIONS WITH HADES. BY HADES COLLABORATION (J. PIETRASZKO ET AL.). 2007. 9PP. PREPARED FOR 9TH INTERNATIONAL WORKSHOP ON MESON PRODUCTION, PROPERTIES AND INTERACTION (MESON 2006), CRACOW, POLAND, 9-13 JUN 2006. PUBLISHED IN INT.J.MOD.PHYS.A22:388-396,2007. 109 "   = 1,472 * 30 * 0,1 = 4,416 9 J/PSI AND PSI-PRIME PRODUCTION AND THEIR NORMAL NUCLEAR ABSORPTION IN PROTON NUCLEUS COLLISIONS AT 400-GEV. (B. ALESSANDRO ET AL.).EUR.PHYS.J.C49:329-337, 2007.68 " . / : M. GOLUBEVA, F. GUBER, T. KARAVICHEVA, A. KUREPIN, N.TOPILSKAYA(5"   /)  = 3,209 * 30 * 0,1 = 9,627 10 DILEPTON PRODUCTION IN PP AND CC COLLISIONS WITH HADES.BY HADES COLLABORATION (I. FROHLICH ET AL.). OCT 2006. 11PP. TO APPEAR IN THE PROCEEDINGS OF 4TH INTERNATIONAL CONFERENCE ON QUARKS AND NUCLEAR PHYSICS (QNP06), MADRID, SPAIN, 5- 10 JUN 2006. PUBLISHED IN EUR.PHYS.J.A31:831-835,2007. 109 "  / : M. GOLUBEVA, F. GUBER, A. IVASHKIN, T. KARAVICHEVA, A. KUREPIN, A. RESHETIN, A. SADOVSKY, I. VERETENKIN (8 " )  = 1,659 * 30 * 0,1 = 4,977 11 THE ALICE EXPERIMENT AT THE CERN LHC. BY ALICE COLLABORATION (K. AAMODT ET AL.). 2008. 259PP. JINST 3:S08002,2008  = 1,224 * 30 * 0,1 = 3,672 12 STUDY OF DIELECTRON PRODUCTION IN C+C COLLISIONS AT 1-A-GEV G. AGAKICHIEV...M.GOLUBEVA, F.GUBER, A.IVASHKIN, T.KARAVICHEVA, PHYS.LETT. B 663 (2008) 43-48 A.KUREPIN, K.LAPIDUS, A.RESHETIN, A.SADOVSKY ET AL.,  = 5,301 * 30 * 0,1 = 15,903 13 DIELECTRON PRODUCLVALTION IN C-12 + C-12 COLLISIONS AT 1-GEV/U AND THE SOLUTION TO THE DLS PUZZLE. Y.C. PACHMAYER, ..M.GOLUBEVA, F.GUBER, A.IVASHKIN, T.KARAVICHEVA, A.KUREPIN, K.LAPIDUS, A.RESHETIN, A.SADOVSK J.PHYS.G35:104159,2008  = 3,209 * 30 * 0,1 = 9,627 14 MEASUREMENT OF CHARGED PIONS IN 12C+12C COLLISIONS AT 1 AND 2A GEV WITH HADES G. AGAKICHIEV...M.GOLUBEVA, F.GUBER, A.IVASHKIN, T.KARAVICHEVA, A.KUREPIN, K.LAPIDUS, A.RESHETIN, A.SADOVSKY ET AL SUBM. TO EUR. PHYS. J A  = 1,659 * 30 * 0,1 = 4,977 15  !!" +!"  -"  !" " ""  "0 -! " ALICE.  /"  '"    +  "% -! " ..!!, ..  ,, .., ".. ', .. ', .., .. ",,W.H.TRZASKA ..# , ..# , .., ..(, .. (",  /"  '"    +  "% -! "  = 0,226 * 60 * 0,1 = 1,356   #&/ =108.942   "+ 1 STUDY OF DIELECTRON PRODUCTION IN C+C COLLISIONS AT 1-A-GEV BY HADES COLLABORATION (: G. AGAKISHIEV ET AL.). NOV 2007. E-PRINT: ARXIV:0711.4281 [NUCL-EX] 108 AUTHORS,  = 4 * 1 * 0,1 = 0,400 2 ALICE ELECTROMAGNETIC CALORIMETER TECHNICAL DESIGN REPORT. BY ALICE COLLABORATION (P. CORTESE ET AL.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, SEP 2008. 132PP  = 8 * 1 * 0,1 = 0,800 3 ELEMENTARY COLLISIONS WITH HADES. BY HADES COLLABORATION (I. FROHLICH ET AL.). MENU-2007-225, DEC 2007. 5PP. PRESENTED AT 11TH INTERNATIONAL CONFERENCE ON MESON-NUCLEON PHYSICS. AND THE STRUCTURE OF THE NUCLEON (MENU 2007), JULICH, GERMANY, 10-14 SEP 2007 IN THE PROCEEDINGS OF 11TH INTERNATIONAL CONFERENCE ON MESON-NUCLEON PHYSICS AND THE STRUCTURE OF THE NUCLEON (MENU 2007), JULICH, GERMANY, 10-14 SEP 2007, PP 225. E-PRINTLVAL: ARXIV:0712.1505 [NUCL-EX]  = 4 * 1 * 0,1 = 0,400     " =1.6 ALICE WEEK : 1 T0 DETECTOR COMMISSIONING PROGRESS - DCS WORKSHOP 3 JULY 2007 2 ALICE T0 DCS  STATUS - DCS WORKSHOP 2 OCTOBER 2007,CERN 3 T0 HARDWARE STATUS  ALICE WEEK 1 OCTOBER 2007 ,CERN 4 LUMINOSITY FROM "0 ALICE WEEK 1 OCTOBER 2007, CERN 5 STATUS AND PLANS FOR T0 DETECTOR ALICE WEEKS 13.03.08, 30.06.08 6 DCS STATUS AND PLANNING ALICE WEEK 27.10.08  = 0,000 LHC REFEREE MEETING 2007: 1 T0 STATUS REPORT   (+  = 6,000 PRODUCTION READINESS REVIEW MEETING: 2 STATUS OF ALICE T0  = 6,000 SYSTEM RUN COORDINATOR MEETING, 28 NOVEMBER 2007,|CERN 3 T0-DETECTOR FOR DECEMBER COSMIC RUN  = 0,000 FIRST PHYSICS MEETING (14-DEC-07) 4 MULTIPLICITY MEASUREMENTS WITH T0  = 0,000 5 MPD EXPERIMENT MEETING (DUBNA8-11-07)  START DETECTORFOR TRIGGER AND TIME-OF-FLIGHT SYSTEMS FOR THEMPDEXPERIMENT  DUBNA8-11-07  = 0,000 6  INSTALLATION, COMMISSIONING AND FIRST BEAM  !) !!!  & ALICE, 09.10.2008, # '"! &"   = 0,000 7 "LUMINOSITY MEASUREMENT WITH T0 DETECTOR  , LUMINOSITY WORKSHOP 28.10.08  = 0,000    = 24.0? ! "+ !!": $) .. / (2007) 30 #  .. /(2007-2008) 30   #!"# =60.0 "+   182,542LVALNG0?84CA 8@8;; ;53>28G 1984 3>40 @>645=8O, 0A?8@0=B /. !B065@-8AA;54>20B5;L B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2008 3. 1 .Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer et al.). Published in J.Phys.G35:104159,2008.008. 6pp. (116 02B>@>2) / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, A. Ivashkin, K. Lapidus, A. Reshetin, A. Sadovsky, I.Veretenkin. (9 02B>@>2).  =3.209*30*0.1=9.627 2. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.). Published in Phys.Lett.B663:43-48,2008. (126 02B>@>2) / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, A. Ivashkin, K. Lapidus, A. Reshetin, A. Sadovsky, I.Veretenkin. (9 02B>@>2).  =5.301*30/10=15.903. 3. Longitudinally segmented lead/scintillator hadron calorimeter with micro-pixel APD readout. Golubeva, M.; Guber, F.; Ivashkin, A.; Kurepin, A.; Lapidus, K.; Marin,V.;Maevskaya, A.; Musienko, Y.; Sadovsky, A.; Shileev, K.; Tiflov, V. Nuclear Instruments and Methods in Physics Research Section A, Volume 598, Issue 1, p. 268-269.  =1.224*30/10=3.672 4. Measurement of charged pions in 12C+12C collisions at 1 and 2A GeV with HADES G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al. subm. to Eur. Phys. J A  =1.659*30*0.1 =4.977 20073. 4. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex]  =0,4   ?>?C1;8:0F8O< 34.579 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 1. The XIX International Baldin Seminar on High Energy Physics Problems "Relativistic Nuclear Physics and Quantum Chromodynamics", 29.9-4.10, 2008. Dubna, Russia. Lapidus K. (Russia) for the HADES Collaboration  Dielectron Production in pp and dp Collisions at LVAL$ 1.25 GeV/u with HADES  =6 2. 51-O =0CG=0O :>=D5@5=F8O $" (A5@>AA89A:0O <>;>456=0O =0CG=0O :>=D5@5=F8O A <564C=0@>4=K< CG0AB85<). 28.11-4.12, 2008. >A:20 >;3>?@C4=K9 C:>2A:89. 0?84CA ..  AA;54>20=85 >1@07>20=8O M;5:B@>=-?>78B@>==KE ?0@ 2 ?@>B>=-?@>B>==KE 8 459B@>=-?@>B>==KE AB>;:=>25=8OE ?@8 M=5@388 1,25 M/=C:;>= =0 CAB0=>2:5 HADES  =6 >:;04K =0 :>=D5@5=F8OE 1. 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", 22-25 45:01@O, 2008. =AB8BCB D878:8 2KA>:8E M=5@389, @>B28=>. ..0?84CA  AA;54>20=85 >1@07>20=8O M;5:B@>=-?>78B@>==KE ?0@ 2 =C:;>=-=C:;>==KE 2708<>459AB28OE =0 CAB0=>2:5 HADES  =4 2. >:;04 =0 A5<8=0@5 2 =AB8BCB5 O45@=>9 D878:8, 656, '5E8O 19 45:01@O 2007 "Inclusive e+e- analysis for dp at 1.25 GeV/u" >2KH0NI89 :>MDD8F85=B 1.5 B>3>2K9  =50.576*1.5= 75.86LVALNG#A5=:> 235=89 =0B>;L528G 1959 3>40 @>645=8O, =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289. !?8A>: ?C1;8:0F89 70 2007 3>4. 1. CVD diamond dosimeters for heavy ion beams M. Rbisz, B. Voss, A. Heinz, E. Usenko and M. Pomorski Diamond and Related Materials, Volume 16, Issues 4-7, April-July 2007, Pages 1070-1073  =8/5=1.6 2. Status report of the HARP-CDP group. A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovich, A. Elagin, M. Gostkin, A. Guskov, Z. Krumshtein, Yu. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, L. Linssen, J. Wotschack , V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Yu. Sviridov, E. Usenko, V. Zaets . CERN-SPSC-SR-024, CERN-SPSC-2007-028, Sep 2007. 21pp.  =4/10=0.4 3. The HARP resistive plate chambers: Characteristics and physics performance V. Ammosov, I. Boyko, G. Chelkov, D. Dedovitch, R. Dumps, F. Dydak, A. Elagin, V. Gapienko, M. Gostkin, A. Guskov, Z. Kroumchtein, V. Koreshev, L. Linssen, Yu. Nefedov, K. Nikolaev, A. Semak, Yu. Sviridov, E. Usenko, J. Wotschack, V. Zaets, et al Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, Volume 578, Issue 1, 21 July 2007, Pages 119-138  =1.224*30/10=3.672 4. Comments on  Physics Performance of the Barrel RPC System of the HARP Experiment Dydak, F.; Ammosov, V.; Boyko, I.; Chelkov, G.; Dedovitch, D.; Elagin, A.; Gapienko, V.; Gostkin, M.; Guskov, A.; Koreshev, V.; Kroumchtein, Z.; Nefedov, Y.; Nikolaev, K.; Semak, A.; Sviridov, Y.; Usenko, E.; Wotschack, J.; Zaets, V.; Zhemchugov, A. Nuclear Science, IEEE Transactions on Volume 54, Issue 4, Aug. 2007 Page(s):1454  1455.  =0.616*30/10=1.848 !?8A>: ?C1;8:0F89 70 2008 3>4. 5. Cross-Sections of Large-Angle Hadron Production in Proton- and Pion-Nucleus Interactions I: Beryllium Nuclei and Beam Momenta of +8.9 Gev/c and -8.0 Gev/c. A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovich, A. Elagin, M. Gostkin, A. Guskov, Z. Krumshtein, Yu. LVALNefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, L. Linssen, J. Wotschack , V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Yu. Sviridov, E. Usenko CERN-PH-EP-2008-022, Jan 2009. 36pp =4/10=0.4 6. The HARP Time Projection Chamber: Characteristics and physics performance. V. Ammosov, I. Boyko, G. Chelkov, D. Dedovitch, R. Dumps, F. Dydak, A. Elagin, V. Gapienko, M. Gostkin, A. Guskov, Z. Kroumchtein, V. Koreshev, L. Linssen, Yu. Nefedov, K. Nikolaev, A. Semak, Yu. Sviridov, E. Usenko, J. Wotschack,2008. 24pp. Published in Nucl.Instrum.Meth.A588:294-317,2008.  =1.224*30/10=3.672 7. Rebuttal to: Comments on 'The HARP Time Projection Chamber: Characteristics and physics performance. V. Ammosov, I. Boyko, G. Chelkov, D. Dedovitch, R. Dumps, F. Dydak, A. Elagin, V. Gapienko, M. Gostkin, A. Guskov, Z. Kroumchtein, V. Koreshev, L. Linssen, Yu. Nefedov, K. Nikolaev, A. Semak, Yu. Sviridov, E. Usenko, J. Wotschack, 2008. 2pp. Published in Nucl.Instrum.Meth.A588:321-322, 2008.  =1.224*30/10=3.672 8. Comments on TPC and RPC calibrations reported by the HARP Collaboration. V. Ammosov, I. Boyko, G. Chelkov, D. Dedovitch, R. Dumps, F. Dydak, A. Elagin, V. Gapienko, M. Gostkin, A. Guskov, Z. Kroumchtein, V. Koreshev, L. Linssen, Yu. Nefedov, K. Nikolaev, A. Semak, Yu. Sviridov, E. Usenko, J. Wotschack, Nov 2007. 17pp. Published in JINST 3:P01002,2008.  =1.224*30/10=3.672 9. Comparison of Geant4 hadron generation with data from the interactions with beryllium nuclei of +8.9 GeV/ c protons and pions and "8.0 GeV/ c pions. A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovitch, A. Elagin, 2, M. Gostkin, A. Grishin, A. Guskov, Z. Kroumchtein, Yu. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, J. Wotschack, A. De Min, V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Yu. Sviridov, E. Usenko, 6, V. Zaets and The HARP-CDP Group Eur. Phys. J. C (2008) 56: 323-332, 5 August 2008.  =3.209*30/10=9.627 10. Study of RPCs with 1x1 cm2 Read-Out Pads Operated in the Saturated Avalanche Mode. V. Ammo LVAL sov, V. Gapienko, A. Ivanilov, A. Semak, Yu. Sviridov, V. Zaets (Serpukhov, IHEP) , E. Usenko (Moscow, INR) . IHEP-2007--22, 2007. 15pp.  =4/7=0.571 11. The new data acquisition system for the HADES experiment. M. Palka, M. Bomer, I. Frohlich, M. Kajetanowicz, J. Michel, P. Salabura, P. Scott, J. Stroth, H. Strobele, A. Tarantola, M. Traxler, R. Trebacz, E. Usenko, S. Yurevich. Subm. to IEEE-NSS conference record 2008 Nuclear Science Symposium, Medical Imaging Conference and 16th Room Temperature Semiconductor Detector Workshop  =6*1.5/10=0.9 >:;04K 1.. Towards Front-End Electronics for TOF RPC Usenko, E., INR Troitsk Presented at the CBM Collaboration Meeting, GSI, 1. March 2007 2. HADES TOF-FEE 128 channel TRB AddOn board. Usenko, E., INR Troitsk Presented at the PANDA Collaboration Meeting XIX, 1.7.09  5.7.08 GSI, Germany. B>3>2K9  = 30.563"LVALNG20@8= 8:B>@ 8:>;0528G 1953 3>40 @>645=8O. =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-2> 02B>@>2. 1. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APDreadout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia,NIM A598 (2009) 268  =1.224*30/10=3.672 2. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator HadronCalorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008, to be published in NIM A  =1.224*30/10=3.672 3.An Improved Shashlyk Calorimeter. Published in Nucl.Instrum.Meth.A584:291-303,2008.  =1.224*30/10=3.672 @5?@8=BK 1. Development of Projectile Spectator Detector M.Golubeva , F.Guber , A.Ivashkin , A.Kurepin , A.Maevskaya , V.Marin , A.Sadovsky and K.Shileev DOC-2008-May-3-1,CBM progress report 2007,  = 4/10=0,4 2."09483  A8AB5<0 A1>@0 8 ?@>A<>B@0 40==KE 2 CA;>28OE =59B@>=>3@0D8G5A:>3> M:A?5@8<5=B0 ?> 2@5<O-?@>;5B=><C <5B>4C. 20=>2 .., 0@8= .., "8E>=>2 .. 0@028G52 .. ;5:A552 .,>?B5;>2 -.., C7=5F>2 .., !04K:>2 ..  = 4/8=0,5 3. An Improved Shashlyk Calorimeter. Sep 2007. 29pp.e-Print: arXiv:0709.4514  = 4/10=0,4 >=D5@5=F88 Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APD readout.10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08),Mar 5, 2008, Budker INP, Novosibirsk, Russia,submitted to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b collaboration, The LHCb Detector at the LHC, Journal of Instrumentation, 2008 JINST 3 S08005  =1.224*30/10=3.672 2. Filippov S.N., Gushchin E.N., Application of multi-pixel avalanche photodiodes operating in Geiger mode for scintillator pad readout, 5th International Conference on New Developments In Photodetection 2008,Palais des Congrs, Aix-les-Bains, France, June 15-20, 2008 (to be published in NIM)  =6/2=3 B>3>2K9   = 6,672.LVAL>!5<Q=>2 8B0;89 >=AB0=B8=>28G @>4. 20.11.1943,A=A (A>2<5AB8B5;L /),   70 2007-2008 33 .  = 62.34 !?8A>: ?C1;8:0F89 70 2007-2008 33., A2O70==KE A B5<0B8:>9 /. 1) The Magnetized steel and scintillator calorimeters of the MINOS experiment. By MINOS Collaboration (D.G. Michael et al.). FERMILAB-PUB-08-126, May 2008. 87pp. Published in Nucl.Instrum.Meth.A596:190-228,2008. e-Print: arXiv:0805.3170 [physics.ins-det] ,  =1.224*30/10=3.672 2) A Study of Muon Neutrino Disappearance Using the Fermilab Main Injector Neutrino Beam. By MINOS Collaboration (P. 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C1;8:0F88: A Precise measurement of the muon neutrino-nucleon inclusive charged current cross-section off an isoscalar target in the energy range 2.5 < E(nu) < 40-GeV by NOMAD. Phys.Lett.B660:19-25,2008.  =5.301*30/10 = 15.9 Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup. V.N. Bolotov et al. Published in PoS KAON:029,2008 ???? Observation of the Radiative Kaon Decay /$ 70 (2007) AB@. 32-38  =0.914*60/10 =5.484 Study of Decay with ISTRA Setup /$ 70 (2007) AB@. 734-740  =0.914*60/10=5.484 Search for the exotic Theta+ resonance in the NOMAD experiment. By NOMAD Collaboration (O. Samoylov et al.). Published in Eur.Phys.J.C49:499-510,2007.  +3.209*30/10 = 9.627 !>@C:>2>4AB2> 48?;><=8:>< 0:0@>2K< .  =5.0 @5?@8=BK: Measurement of K- ---> pi0 e- anti-nu(gamma) branching ratio. V.I. Romanovsky et al. @5?@8=B IHEP-2007-5, Apr 2007. e-Print: arXiv:0704.2052 [hep-ex]  =4. C@AK: C@A ;5:F89 #?@02;5=85 1>;LH8<8 1070<8 40==KE 1 A5<5AB@, 4>@01>B:0 :C@A0 ;5:F89, 5 :C@A, >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B.  =8. C@A ;5:F89 !8AB5<K 8A:CAAB25==>3> 8=B5;;5:B0 1 A5<5AB@ 4>@01>B:0 :C@A0 ;5:F89, 5 :C@A, >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B.  =8. C@A ;5:F89 @>3@0<<8@>20=85 =0 O7K:5 2KA>:>3> C@>2=O 2 A5<5AB@01 :C@A, #=825@A8B5B C1=0. LVAL  =2 * 30=60 ": 121.495LVAL>;>B>2 ;048<8@ 8:>;0528G @>4. 09.12.1933 3. 02. 01>@0B>@859, 4.D.-<.=., ?@>D5AA>@.  =131.69. C1;8:0F88: S.A. Akimenko& V.N. Bolotov& et al. (26 A>02B>@>2)Study of Decay with ISTRA Setup. /$ 70 (2007) AB@. 734-740  =0.914*60/10=5.484. O.G.Tchikilev& V.N.Bolotov& et al. Observation of the Radiative Kaon Decay . /$ 70 (2007) AB@. 32-38  =0.914*60/10 =5.484 V.N.Bolotov, V.A. Duk.Pion program for the future rare decay experiments. /45@=0O D878:0 72 !1 2009, 69-82.  =0.914*60/10=5.48. @?@8=BK: .. ><0=>2A:89,& , ..C:,& // 7<5@5=85 >B=>A8B5;L=>9 25@>OB=>AB8 @0A?040 K- --> e nu pi0 (gamma) //@5?@8=B $- 2007-5,  =4 ..@8B28G,& , ..C:,& //  2>7<>6=>AB8 A>740=8O M:A?5@8<5=B0;L=>9 CAB0=>2:8 4;O ?>8A:0 8 8AA;54>20=8O @0A?040 =0 CA:>@8B5;5 #-70 $- - -! " KLOD )//@5?@8=B $- 2007-8,  =4 ..'8:8;52, ... , ..C:, ...// 7<5@5=85 8=B5@D5@5=F8>==>3> G;5=0 INT 2 @0480F8>==>< @0A?045 :0>=0 K  : mu nu gamma // @5?@8=B $- 2008-27,  =4 !..:8<5=:>, ... , ..C:, ...// AA;54>20=85 ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8  // @5?@8=B $- 2008-28,  =4 >:;04K: .. >;>B>2/  Search for K 0L ! 0 nn Decay(KLOD project at IHEP) , Fraskatti, 2007 / =6 .. >;>B>2 / Study of K-p0e-n  decay with ISTRA+ setup./KAON 07, Fraskatti  =6. C:>2>4AB2> 3 48?;><=8:0<8 (%0;8:>2 .., %C4O:>2 .., 0:0@>2 .. (20083.):   =30. C:>2>4AB2> 2 0A?8@0=B0<8 (., %C4O:>2 .., 0:0@>2 .. (20083.):   =60. B>3>:  =134.44. .. >;>B>2 702.;01. A> A@54=8<   A>B@C4=8:>2 = 85.959,   @C:>2>48B5;O = 134.44*0.5+85.959*0.75=131.69LVAL @KA0=>2 ;048<8@ ;5:A5528G :.D.-<.=. !.=.A. - $>@<0;L=K9 @C:>2>48B5;L 57@C:>2 .. 1. @KA0=>2 .. Laser frequency fluctuations and sensitivity of gravitationalwave detector's registration scheme.// In Tech.Digest of V Int.Symp. "Modern problems of laser physics" (MPLF 2008), Novosibirsk, Pussia, Aug.24-30,2008. - pp.168-169. (!B5=4>2K9 4>:;04, :0: 8 ?>402;ONI55 1>;LH8=AB2> 4>:;04>2 =0 MB>9 <564C=0@>4=>9 :>=D5@5=F88.)   4 2. @KA0=>2 .. ??0@0BC@=0O GC2AB28B5;L=>ABL >?B>M;5:B@>==>9 AE5<K @538AB@0F88 0:CAB8G5A:8E :>;510=89 .// In Proc.of Int. Meeting "PIRT". Moscow, 2 - 5 July 2007/ Edited by M.C. Duffy et al - Moscow: BMSTU, 2007. - pp. 55-61. 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"@C4K 51-9 =0CG=>9 :>=D5@5=F88 $", G0ABL VIII @>1;5<K A>2@5<5==>9 D878:8, 158  161, >A:20  >;3>?@C4=K9 20083.   = 4*1.5=6 9. .V.Akhrameev, L.B.Bezrukov& ..Yu.Kudenko et al., Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber readout of plastic scintillator counters for the EMMA underground experiment, talk at International Conference  New Developments in Photon Detectors , June 15-20, 2008, Aix-les-Bains, France,  =6/10=0.6 10. E.Akhrameev et al., Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA tLVAL underground experiment. e-Print: arXiv:0901.4675 [physics.ins-det]  =4/10=0.4 >MDD8F85=B 1.5 4;O 0A?8@0=B>2,   = 46.428*1.5 = 69.642 B>3>   = 69.042LVALC1;8:0F88 !! .. 0@:8=0 70 2007-2008 3>4K .. 0@:8=, -.. 787>2, .. !K@><OB=8:>2, .. 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Reseaech of the tritium saturation, isotope diffusion and decontamination of stainless steel using magnetic microscopy. >:;04 =0 "@8B852>9 :>=D5@5=F88  Tritium 2007 , LN >@:, !(, 2007.  =6/7=0,857 A.I. Markin, E.A. Azizov, N.I. Siromyatnikov, V.E. Cherkovets, L.A. Rivkis et al. Reseaech of the tritium saturation, isotope diffusion and decontamination of stainless steel using magnetic microscopy. Fusion Science and Technology, V. 54, !. 2, August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uznetsov. A.N. Naboka. Reference phase control system in INR linac. >:;04 =0 %% <564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (9-15 A5=BO1@O 2007 3. ;CHB0, @K<. 0;;= 6/2=3. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 4.45LVALNG) <8B@89 5==04L528G !B0@H89 =0CG=K9 A>B@C4=8: -$, :0=4840B D87.-<0B. =0C: 1. mSR studies of hydrogen-bonded ferroelectrics and antiferroelectrics E. Morenzoni, H. Luetkens, A. Suter, D. Eshchenko, R. Khasanov, A. Amato, T. Prokscha, R. Scheuermann Physica B 388, 274(2007)   =0,796*30/8=2,985 2. Formations of Hydrogen Impurity States in Silicon and Insulators at Low Implantation Energies T.Prokscha, E. Morenzoni, D.G. Eshchenko, N. Garifianov, H. Glueckler, R. Khasanov, H. Luetkens, and A. Suter Phys. Rev. Lett. 98, 227401 (2007)   =7,489*30/8=28,084 3. Magnetic-field dependence of the oxygen isotope effect on the magnetic penetration depth of hole-doped cuprate superconductors R. Khasanov, A. Shengelaya, D. Di Castro, D. G. Eshchenko, I. M. Savi, K. Conder, E. Pomjakushina, J. Karpinski, S. Kazakov, and H. Keller Phys. Rev. B 75, 060505 (2007)   =3,185*30/10=9,555 4. Weak High-Temperature Bulk Ferromagnetism in Mn-Doped CdGeAs2 Semiconductors V.G. Storchak, J.H. Brewer, D.G. Eshchenko, S.L. Stubbs, S.P. Cottrell, A.A. Nikonov, O.E. Parfenov and S.F. Marenkin Chapter 2 In: Spintronics: Materials, Applications and Devices, Editors: G.C. Lombardi et al, :>;;5:B82=0O <>=>3@0D8O pp. 49-58, Nova Science Publishers (2008)   =30/8=3,75 5. Spatially resolved inhomogeneous ferromagnetism in (Ga,Mn(As diluted magnetic semiconductors: A microscopic study by muon spin relaxation V.G. Storchak, D.G. Eshchenko, E. Morenzoni, T. Prokscha, A. Suter, X. Liu and J.K. Furdina Phys. Rev. Lett. 101, 027202 (2008)   =7,489*30/7=32,096 6. The microscopic study of a single hydrogen-like impurity in semi-insulating GaAs. D.G. Eshchenko, V.G. Storchak, S.P. Cottrell and E. Morenzoni cond-mat/0810.2692   = 6/4 = 1,5 to be submitted to PRL >:;04K =0 :>=D5@5=F8OE. 1. Low energy muon studies of magnetic semiconductors: spintronics via mSR, D.G. Eshchenko, E. Morenzoni, V.G Storchak, T. Prokscha, A. Suter, X. Liu and J.K. Furdyna, Annual meeting of the Swiss "LVAL2Physical Society, Geneva, Switzerland, March 26-27, 2008.   = 2. Muon track induced current measurements in semi-insulating GaAs (poster), D.G. Eshchenko, V.G. Storchak and S.P Cottrell, mSR 2008 - 11th International Conference on Muon Spin Rotation, Relaxation, Resonance, Tsukuba, Japan, July 21-25, 2008. 3. RF-mSR in electric fields studies of GaP (poster), D.G. Eshchenko, V.G. Storchak and S.P Cottrell, mSR 2008 - 11th International Conference on Muon Spin Rotation, Relaxation, Resonance, Tsukuba, Japan, July 21-25, 2008. 4. Low Energy Muon studies of semiconductor interfaces (poster), D.G. Eshchenko, V.G. Storchak, E. Morenzoni, T. Prokscha, A. Suter, X. Liu and J.K. Furdyna, mSR 2008 - 11th International Conference on Muon Spin Rotation, Relaxation, Resonance, Tsukuba, Japan, July 21-25, 2008. 5. High-pressure Muon Spin Rotation studies of magnetic semiconductors: EuS (poster), D.G. Eshchenko, V.G. Storchak, E. Morenzoni and D. Andreica, mSR 2008 - 11th International Conference on Muon Spin Rotation, Relaxation, Resonance, Tsukuba, Japan, July 21-25, 2008. B>3>2K9   = 77,97LVALNG0=BC52 ;048A;02 !5@35528G 1. >4 @>645=8O. 1954 3. 2. 0B0 70I8BK 48AA5@B0F88. $52@0;L 1994. 3. >;6=>ABL. 0CG=K9 A>B@C4=8:. 4. !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-2> 02B>@>2. 1. Jet absorption and corona effect at RHIC. Extracting collision geometry from experimental data. 5 AB@. ?C1;8:>20=> 2 8AL<0 2 -"$, B>< 85, 2007, AB@. 114. 2B>@ >48=.  =1.446*60=86,76 2. Measurement of direct photon production in p + p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). 6pp. Published in Phys.Rev.Lett.98:012002,2007. 2B>@>2 320.  =7.489*30*0.1=22.467 3. Heavy Ion Collisions at the LHC - Last Call for Predictions. J.Phys.G35:054001,2008. 2B>@ >48=.  = 2.173*30=65.19 4. PHENIX measurements of reaction plane dependence of high-p(T) photons and pions. By PHENIX Collaboration (V.S. Pantuev for the collaboration). 2007. Published in J.Phys.G34:S805-S808,2007 . 400 02B>@>2  =2.173*30*0.1=6,519 5. 'Jet-Ridge' effect in heavy ion collisions as a back splash from stopped parton. V.S. Pantuev . Oct 2007. 4pp. e-Print: arXiv:0710.1882 [hep-ph]  =0,4 6. Centrality dependence of charged hadron production in deuteron + gold and nucleon + gold collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Aug 2007. 15pp. Published in Phys.Rev.C77:014905,2008.  =3.61*30*0.1=10.83 7. Enhancement of the dielectron continuum in s(NN)**(1/2) = 200-geV Au+Au collisions. By PHENIX Collaboration (S. Afanasiev et al.). Jun 2007. 7pp. Submitted to Phys.Rev.Lett. e-Print: arXiv:0706.3034 [nucl-ex]  =0,4 8. Transverse momentum and centrality dependence of dihadron correlations in Au+Au collisions at s(NN) = 200-GeV: Jet-quenching and the response of partonic matter. By PHENIX Collaboration (A. Adare et al.). May 2007. 6pp. Published in Phys.Rev.C77:011901, 2008.  =3.61*30*0.1=10.83 9. Inclusive cross-section and double helicity asymmetry for pi0 production in p + p collisions atLVAL s**(1/2) = 200-GeV: Implications for the polarized gluon distribution in the proton. By PHENIX Collaboration (A. Adare et al.). Apr 2007. 7pp. Published in Phys.Rev.D76:051106,2007. e-Print: arXiv:0704.3599 [hep-ex]  =4.852*30*0.1=14.556 10. Measurement of density correlations in pseudorapidity via charged particle multiplicity fluctuations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). Apr 2007. 32pp. Published in Phys.Rev.C76:034903,2007. e-Print: arXiv:0704.2894 [nucl-ex]  =3.61*30*0.1=10.83 11. Elliptic flow for phi mesons and (anti)deuterons in Au + Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S. Afanasiev et al.). Mar 2007. 6pp. Published in Phys.Rev.Lett.99:052301,2007. e-Print: nucl-ex/0703024  =7.489*30*0.1=22.467 12. Production of omega mesons at Large Transverse Momenta in p + p and d + Au Collisions at s**(1/2)(NN) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). 6pp. Published in Phys.Rev.C75:051902,2007.  =3.61*30*0.1=10.83 e-Print: nucl-ex/0611031 13. J/psi Production vs Centrality, Transverse Momentum, and Rapidity in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.98:232301,2007.  =7.489*30*0.1=22.467 14. System Size and Energy Dependence of Jet-Induced Hadron Pair Correlation Shapes in Cu+Cu and Au+Au Collisions at s(NN)**(1/2) = 200 and 62.4-GeV. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.98:232302,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0611019 15. Energy Loss and Flow of Heavy Quarks in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.).. 6pp. Published in Phys.Rev.Lett.98:172301,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0611018 16. Correlated Production of p and anti-p in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). 12pp. Published in Phys.LVALLett.B649:359-369,2007.  =5.301*30*0.1=15.903 e-Print: nucl-ex/0611016 17. J / psi production versus transverse momentum and rapidity in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.98:232002,2007.  =7.489*30*0.1=22.467 e-Print: hep-ex/0611020 18. A Detailed Study of High-p(T) Neutral Pion Suppression and Azimuthal Anisotropy in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). 23pp. Published in Phys.Rev.C76:034904,2007.  =3.61*30*0.1=10.83 e-Print: nucl-ex/0611007 19. High transverse momentum eta meson production in p+p, d+Au and Au+Au collisions at S(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). 38pp. Published in Phys.Rev.C75:024909,2007.  =3.61*30*0.1=10.83 e-Print: nucl-ex/0611006 20. Centrality dependence of pi0 and eta production at large transverse momentum in s(NN)**(1/2) = 200-GeV d+Au collisions. By PHENIX Collaboration (Stephen Scott Adler et al.). 6pp. Published in Phys.Rev.Lett.98:172302,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0610036 21. Measurement of Single Muons at Forward Rapidity in p+p Collisions at s**(1/2) = 200-GeV and Implications for Charm Production. By PHENIX Collaboration (Stephen Scott Adler et al.). 25pp. Published in Phys.Rev.D76:092002,2007.  =4.852*30*0.1=14.556 e-Print: hep-ex/0609032 22. Scaling properties of azimuthal anisotropy in Au+Au and Cu+Cu collisions at s(NN) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.98:162301,2007. e-Print: nucl-ex/0608033  =7.489*30*0.1=22.467 23. Evidence for a long-range component in the pion emission source in Au + Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). 6pp. Published in Phys.Rev.Lett.98:132301,2007. e-Print: nucl-ex/0605032  =7.489*30*0.1=22.467 24. Cold Nuclear Matter Effects on J/Psi as Constrained by Deuteron-Gold MeLVALasurements at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). 15pp. Published in Phys.Rev.C77:024912,2008,  =3.61*30*0.1=10.83 25. Particle-species dependent modification of jet-induced correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S. Afanasiev et al.). 6pp. Published in Phys.Rev.Lett.101:082301,2008.  =7.489*30*0.1=22.467 26. Source breakup dynamics in Au+Au Collisions at s(NN)**(1/2) = 200-GeV via three-dimensional two-pion source imaging. By PHENIX Collaboration (S. Afanasiev et al.). Dec 2007. 6pp. Published in Phys.Rev.Lett.100:232301,2008.  =7.489*30*0.1=22.467 27. Possible existence of finite formation time of strongly interacting plasma in nuclear collisions at RHIC a. 7pp. ?C1;8:>20=> 2 /45@=0O $878:0 , B>< 71, 20078 AB@. 1656. 2B>@ >48=.  =0.914*60=54,84 28. J/psi Production in s(NN)**(1/2) = 200-GeV Cu+Cu Collisions. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.101:122301,2008.  =7.489*30*0.1=22.467 29. Quantitative Constraints on the Opacity of Hot Partonic Matter from Semi-Inclusive Single High Transverse Momentum Pion Suppression in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Jan 2008. 13pp. Published in Phys.Rev.C77:064907,2008.  =3.61*30*0.1=10.83 30. Suppression pattern of neutral pions at high transverse momentum in Au + Au collisions at s(NN)**(1/2) = 200-GeV and constraints on medium transport coefficients. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.101:232301,2008.  =7.489*30*0.1=22.467 31. Dihadron azimuthal correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Jan 2008. 44pp. Published in Phys.Rev.C78:014901,2008.  =3.61*30*0.1=10.83 32. Onset of pi0 Suppression Studied in Cu+Cu Collisions at sNN=22.4, 62.4, and 200 GeV.By PHENIX Collaboration (A. Adare et al.). Jan 2008. 7pp. Published in Phys.Rev.Lett.101:162 LVAL 301,2008.  =7.489*30*0.1=22.467 33. Dilepton mass spectra in p+p collisions at s**(1/2) = 200-GeV and the contribution from open charm. By PHENIX Collaboration (A. Adare et al.). Feb 2008. 18pp. Published in Phys.Lett.B670:313-320,2009.  =5.301*30*0.1= 34. Charged hadron multiplicity fluctuations in Au+Au and Cu+Cu collisions from sqrt(s_NN) = 22.5 to 200 GeV.By PHENIX Collaboration (A. Adare et al.). May 2008. 17pp. Published in Phys.Rev.C78:044902,2008.  =3.61*30*0.1=10.83 35. Inclusive cross section and double helicity asymmetry for pi^0 production in p+p collisions at sqrt(s) = 62.4 GeV. By PHENIX Collaboration (A. Adare et al.). Oct 2008. 10pp. Published in Phys.Rev.D79:012003,2009.  =4.852*30*0.1= "+   = 681, 962"'-~'y" t  o  j  e  ` [VQLGB=8zB@?@ HHHH<? ,BfC@?NNGHHHH<? A@?xNGHHHH<?s= A@? NGHHHH<??@?@ HHHH<? 8A@?z NGHHHH<? +C@?CNGHHHH<? xA@? @HHHH<?+\C@?ENGHHHH<?99A@?NGHHHH<?ffvA@? NGHHHH<?RHaC`@?|NGHHHH<?)WD`@?NGHHHH<? B`@?(@HHHH<?USC`@?F@HHHH<?Y z3C`@?vDNGHHHH<?OB`@?,@HHHH<? B`@?NGHHHH<?J!D`@?-NGHHHH<?M C`@?@HHHH<?JB`@? @HHHH<?#UC`@?@NGHHHH<?LC`@?<NGHHHH<?LC`@?dNGHHHH<?HCn`@?.NGHHHH<?"D`@?`NGHHHH<?T B`@?zNGHHHH<?wJ YB`@?$NGHHHH<?S%B`@?(NGHHHH<?RJ YB`@?&NGHHHH<? J YB`@?0&NGHHHH<?{ uB`@? @HHHH<?EJ YB`@?%NGHHHH<??B`@?/NGHHHH<?J YB`@? &NGHHHH<?IJ YB`@?%NGHHHH<?x YBB`@?hNGHHHH<? C`@?2NGHHHH<?AC`@?p;NGHHHH<? CC`@?)NGHHHH<?J YB`@?`&NGHHHH<?hOCy`@?-NGHHHH<? puC`@?Z @HHHH<?/IB`@?!NGHHHH<?}*D@?ENG=04102:0 A 1 A5=B 2009ssHH<LVALNG!C2>@>20 ;L30 0A8;L52=0 23.05.1958 c.=.A. -. C1;8:0F88: 1) J.Elbs, Yu.M.Bunkov, E.Collin, H.Godfrin and O.Suvorova, Ultima: Magnetic field dependence of the calibration factor, (Institut Neel, CNRS/UJF, Grenoble, France and Institute for Nuclear Research RAS, Moscow, Russia), Journal of Low Temperature Physics, Springer US, vol. 151, N.3, p.860, 2008.  = 1.213*30 / 5= 7.278 1) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 2) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 ------------------------------------ B>3> (AB0BL8): 13.708 ------------------------------------ >:;04K: 1) !C2>@>20 .., "@8@>4=K5 ?>B>:8 =59B@8=> 8 A:@KB0O <0AA0 A5;5==>9", 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", 23-27 =>O1@O, 2009, "-$, >A:20;   = 4 2) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 3) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 4) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 5) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10LVAL=0.9 7) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 8) A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 15) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586 16) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 --------------------------LVAL----- B>3> (4>:;04K): 36.758 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.758 + 13.708 = 50.466LVALCB:528G .., 10.11.1954, :.D-<.=., A.=.A. - C1;8:0F88: 1. A.V.Butkevich  Quasi-elastic neutrino charged-current scattering off C-12 , Phys.Rev. C80:014610,2009 [arXiv:0904.1472 (nucl-th)] 3.124*30/1 + 4 = 97.72 2. A.V. Butkevich  Analysis of quasi-elastic neutrino charged-current scattering off O-16 and neutrino energy reconstruction . Phys.Rev. C78:015501, 2008 [arXiv:0804.4102 (nucl-th)] 3.124*30/1 + 4 =97.72 ------------------------------------ B>3> (AB0BL8): 195.44 ------------------------------------ >:;04K: 3. ;5=0@=K9 4>:;04 (30<8=) .. CB:528G  7<5@5=85 ?0@0<5B@>2 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=KE M:A?5@8<5=B0E 8 ?@>1;5<K >?8A0=8O 2708<>459AB28O =59B@8=> A O4@0<8 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 $   $878:0 DC=40<5=B0;L=KE 2708<>459AB289 , $-, @>B28=>, 22-25, 45:01@O, 2008 http://www.ihep.ru/ihep/doc-seminar/NSC-08/081223/ 20/1=20 4. @83;0H5==K9 4>:;04 (60<8=) A.V. Butkevich  Nuclear effects and reconstruction of neutrino CCQE scattering cross section on nucleus XXXI International workshop  Neutrino physics at accelerators , DLNP, JINR, Dubna, January 27-29, 2009 http://nuweb.jinr.ru/~nd/workshop2009/ 30/1 = 30 ------------------------------- B>3> (4>:;04K): 50.00 ------------------------------- ___________________________________________________________ B>3>: 195.44 + 50.00 = 245.44LVALNG8E552 !B0=8A;02 02;>28G @>4. 11.10.1940 4.D-<.=. 3.=.A. - C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) S. Mine et al. (K2K Collaboration).  Experimental study of the atmospheric neutrino backgrounds for p ---> e+ pi0 searches in water Cherenkov detectors. Phys.Rev.D77:032003, 2008.  =5.05*30*0.1=15.15 3) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 4) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 5) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 32.544 ------------------------------------------------------- >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. AvrorLVALin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) R.V. Novoseltseva et al., "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0738.  =6*1.5/10=0.9 9) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 10) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 11) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 12) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 13) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 14) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000". 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 15) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 16) V.Aynutdinov, et al., "Baikal neutrino telescope: An undLVALerwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 17) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586 18) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 19) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 20) S.P. Mikheyev Invited talk  Neutrino Oscillations Theory and Experiments X-th INTERNATIONAL WORKSHOP ON TAU LEPTON PHYSICS, September 22 - 25, 2008, Novosibirsk, Russia  =30 21) S.P. Mikheyev @83;0H5==K9 4>:;04 @8@>4=K5 ?>B>:8 =59B@8=> 8 8AA;54>20=8O A2>9AB2 <0AA82=KE =59B@8=>, 0CG=K9 A5<8=0@  $878:0 =59B@8=> 8 0AB@>D878:0 22 45:01@O 20093 $878G5A:89 D0:C;LB5B #, >A:20, >AA8O  =30 ------------------------------- B>3> (4>:;04K): 97.768 ------------------------------- ------------------------------------------------------------------ B>3>:   = 32.544 + 97.768 = 130.312 =45A F8B8@ CI75 = A 75 3>40 3705, ?> SLAC 2514LVALNG ( ;5:A0=4@ ;5:A0=4@>28G, @>4. 23.02.1962, =0CG=K9 A>B@C4=8:, -,   70 2008-2009 3.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic search forLVAL high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586 \ LVALl 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG #" ;048<8@ 0@0B>28G. >4. 21.01.1960. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2008-20093.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin etLVAL al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  <LVALL=1.019*30*1.5/10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 C:>2>4AB2> 48?;><=8:0<8 - >48= 48?;><=8: 2 20083.8 2 20093. #( 5=8A ;5:A0=4@>28G. !BC45=B $", 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2008 3>4C, 6 :C@A $"   = 10*2 = 20 C:>2>4AB2> 0A?8@0=B><  >48= 0A?8@0=B 2 2008 8 20093.3. (59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. !B065@-8AA;54>20B5;L - A 14.05.20073. ?> 1.01.20103.   = 60 !C<<0@=>5   = 54.262 + 60 + 20= 134.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG 0AG5B   70 2008-2009 3>4K C3052 -430@ 0;5@L528G, @>4. 22.08.1939, 4.D.-<.=., 2.=.A. - 2B>@K, =0720=85 8 AAK;:0 $>@<C;0 57C;LB0B C1;8:0F88 2 @>AA89A:8E 6C@=0;0E .5B:>2, -.C3052, .;8<09, .!<8@=>2 -  3@0=8G5=8O =0 :>=F5=B@0F8N 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ 4;O E@><>AD5@=KE <>45;59 8A?0@5=8O , 8AL<0 2 -"$, B>< 87, 2K?CA: 1, A.3-6, 2008 1,418* 60/4 21,27 .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552,.. >;G5=:>, .. >;G5=:>, .. 0?>=5=:>, .(. C;852, .. 70?0@>20, .. !<8@=>2, .. !5@3552, .. '5@=O52 8 .$. /=8= - "! !! -#'/ ! %+! -  " ! /.)%!/  '+% ' +% + " - !,  !" '! # , 2008, B>< 34, N8, A. 563 569 1,005* 60/10 6,03 E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", 8AL<0 2 -"$, B. 91, 2K?. 1, A. 3-7 (2010). 1,418* 60/2 42,54 5B:>2 ..,C3052 -.., ;8<09 .., =4@552 .., >;G5=:> .., >;G5=:> .., 70?0@>20 .., 60??C52 .., 0?>=5=:> .., C;852 .(., ;8<5=:> .$., C46052 .#., !5@3552 .., %05@48=>2 .!., '5@=O52 .., /=8= .. - "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, ">< 137, K?. 2, $52@0;L 2010 0,892 *60/10 5,35 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. Klimai - "Large curvature perturbations near horizon crossing in single-field inflation models", PHYSICAL REVIEW D 78, 063515 (2008). 5,050* 30/2 75,75 E. Bugaev, P. Klimai - "Constraints on amplitudes of curvature perturbations from primordial black holes", PHYSICAL REVIEW D 79, 103511 (2009). 5,050* 30/2 75,75 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", PHYSICAL REVIEW D 81, 023517 (2010). 5,050* 30/2 75,75 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E.Bugaev, P.Klimai, V.Petkov -  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , 4>:;04 =0 :>=D5@5=F88 ICRC 2007, Merida, Yucatan, LVALMexico, 3-11 8N;O 2007; Proc. of the 30th International Cosmic Ray Conference; R. Caballero et al (eds.); Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008; Vol. 3 (OG part 2), pages 1123-1126 0.5*1,5* 6/3 1,50 E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar, published in Proceedings 1.5*6,0/2 4,50 E. V. Bugaev, P. A. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/2 3,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/10 0,60 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/10 0,60 E.V. Bugaev - "Absorption cross sections of real photons at superhigh energies", Presented at 14th International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, 15-22 Aug 2006; Nucl.Phys.Proc.Suppl.175-176:117-120,2008 0,5*6* 1,5 4,50 E.V. Bugaev, B.V. Mangazeev - "Two component model for a description of nucleon structure functions in low-x region", Presented at 15th International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2008), Paris, France, 1-6 Sep 2008. Published in Nucl.Phys.Proc.Suppl.196:122-125,2009. 6*1,5/2 4,50 E.V. Bugaev, B.V. Mangazeev - "Electromagnetic strucure functions of nucleons in the region of very small x", taLVALlk given at 14th Lomonosov Conference on Elementary Particle Physics, Moscow, Aug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c. 145-148 4* 1,5/2 3,00 ..;8<09, -..C3052 -  708<>A2O7L A?5:B@0 ?5@28G=KE D;C:BC0F89 ?;>B=>AB8 8 25;8G8=K D>=0 3@028B0F8>==KE 2>;= 2> A5;5==>9 , 4>:;04 =0 0CG=>9 >=D5@5=F88 $", =>O1@L 2009 3>40. ?C1;8:>20=> 2 "@C40E, B>< VIII, c. 118-121. 4*1.5/2 3,00 @5?@8=BK V.B. Petkov, E.V. Bugaev, P.A. Klimai, D.V. Smirnov - "Constraints on the Number Density of Evaporating Primordial Black Holes for the Chromospheric Evaporation Models", arXiv:0803.2313 4,0/4 1,00 E. Bugaev, P. Klimai - "Large curvature perturbations near horizon crossing in single-field inflation models", arXiv:0806.4541 4,0/2 2,00 V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin - "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093 4,0/ 10 0,40 .. 5B:>2, -.. C3052, .. ;8<09, .. 0?>=5=:>, .!. !B@830=>2 - " <5B>48:5 ?>8A:0 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ =0 ;82=52KE CAB0=>2:0E", @5?@8=B /  - 1209/2008 4,0/5 0,80 E. Bugaev, P. Klimai - "Constraints on amplitudes of curvature perturbations from PBHs", arXiv:0812.4247 4,0/2 2,00 E. Bugaev, P. Klimai - "4LVALDAbout possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", arXiv:0905.2309 [hep-ph] 4,0/2 2,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179 4,0/ 10 0,40 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182 4,0/ 10 0,40 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", arXiv:0908.0664 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", arXiv:0911.0611 [astro-ph.CO] 4,0/2 2,00 E.V. Bugaev, B.V. Mangazeev - "Two component model for a description of nucleon structure functions in low-x region", arXiv:0902.0278 [hep-ph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ugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", 8AL<0 2 -"$, B. 91, 2K?. 1, A. 3-7 (2010). 1,418* 60/2 42,54 5B:>2 ..,C3052 -.., ;8<09 .., =4@552 .., >;G5=:> .., >;G5=:> .., 70?0@>20 .., 60??C52 .., 0?>=5=:> .., C;852 .(., ;8<5=:> .$., C46052 .#., !5@3552 .., %05@48=>2 .!., '5@=O52 .., /=8= .. - "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, ">< 137, K?. 2, $52@0;L 2010 0,892 *60/10 5,35 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. Klimai - "Large curvature perturbations near horizon crossing in single-field inflation models", PHYSICAL REVIEW D 78, 063515 (2008). 5,050* 30/2 75,75 E. Bugaev, P. Klimai - "Constraints on amplitudes of curvature perturbations from primordial black holes", PHYSICAL REVIEW D 79, 103511 (2009). 5,050* 30/2 75,75 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", PHYSICAL REVIEW D 81, 023517 (2010). 5,050* 30/2 75,75 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E.Bugaev, P.Klimai, V.Petkov -  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , 4>:;04 =0 :>=D5@5=F88 ICRC 200LVAL7, Merida, Yucatan, Mexico, 3-11 8N;O 2007; Proc. of the 30th International Cosmic Ray Conference; R. Caballero et al (eds.); Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008; Vol. 3 (OG part 2), pages 1123-1126 0.5*1,5* 6/3 1,50 E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar, published in Proceedings 1.5*6,0/2 4,50 E. V. Bugaev, P. A. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/2 3,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/10 0,60 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul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c. 145-148 4* 1,5/2 3,00 ..;8<09, -..C3052 -  708<>A2OLVAL7L A?5:B@0 ?5@28G=KE D;C:BC0F89 ?;>B=>AB8 8 25;8G8=K D>=0 3@028B0F8>==KE 2>;= 2> A5;5==>9 , 4>:;04 =0 0CG=>9 >=D5@5=F88 $", =>O1@L 2009 3>40. ?C1;8:>20=> 2 "@C40E, B>< VIII, c. 118-121. 4*1.5/2 3,00 @5?@8=BK V.B. Petkov, E.V. Bugaev, P.A. Klimai, D.V. Smirnov - "Constraints on the Number Density of Evaporating Primordial Black Holes for the Chromospheric Evaporation Models", arXiv:0803.2313 4,0/4 1,00 E. Bugaev, P. Klimai - "Large curvature perturbations near horizon crossing in single-field inflation models", arXiv:0806.4541 4,0/2 2,00 V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin - "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093 4,0/ 10 0,40 .. 5B:>2, -.. C3052, .. ;8<09, .. 0?>=5=:>, .!. !B@830=>2 - " <5B>48:5 ?>8A:0 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ =0 ;82=52KE CAB0=>2:0E", @5?@8=B /  - 1209/2008 4,0/5 0,80 E. Bugaev, P. Klimai - "Constraints on amplitudes of curvature perturbations from PBHs", arXiv:0812.4247 4,0/2 2,00 E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", arXiv:0905.2309 [hep-ph] 4,0/2 2,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179 4,0/ 10 0,40 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182 4, LVAL 0/ 10 0,40 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", arXiv:0908.0664 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", arXiv:0911.0611 [astro-ph.CO] 4,0/2 2,00 A53>, 157 CG5B0 :>MDD8F85=B>2 332,04 A53>, A CG5B>< ?>2KH0NI53> :>MDD8F85=B0 1,5 (0A?8@0=B / A 8N;O 2007) 498,06LVALNG/(# ;048<8@ 20=>28G, :0=4840B D87.-<0B. =0C:, AB0@H89 =0CG=K9 A>B@C4=8: -.   70 2008-20093.3. C1;8:0F88: 1) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 2) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 ------------------------------------ B>3> (AB0BL8): 6.43 ------------------------------------ >:;04K: 1) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 2) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 3) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 4) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 6) A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 7) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 8) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 9) lLVAL| A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 10) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 11) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 13) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 14) Dmitry Chernov, Vladimir Lyashuk, Evgeniy Novikov  The proposed experiment for search of acoustic phenomena from extensive atmospheric showers in Baikal", ARENA08, Rome, Italy, June 25-27 2008, NIM A 604 (2009), p.S182-S184.  =1.019*30*1.5/3= 15.285 15) ..!.NB>AB0=A:89, ..OIC:, ..0=>2,  0AG5BK >1@07>20=8O L@0=AC@0=>2KE M;5<5=B>2 2 8=B5=A82=KE =59B@>==KE ?>B>:0E 2 048010B8G5A:8E CA;>28OE .59->5 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 "/  2009". 15-19 8N=O 2009, '51>:A0@K, >AA8O. 6 / 3 = 2 16) ..!.NB>AB0=A:89, ..OIC:, ..0=>2  >;L 70?074K20NI53> 45;5=8O 2 =C:;5>A8=B575 BO65;KE O45@ . 59->5 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 "/  2009". 15-19 8N=O 2009, '51>:A0@K, >AA8O. 6/3 = 2 ---------------------------------------- B>3> (4>:;04K): 42.157 ________________________________________________________________ ", 70 2008-2009 3>4K:   = 42.157+ 6.43 = 48.587LVALNG ;53 8:>;0528G. 29.04.1966. 0=4. D87.-<0B. =0C:. 0CG=K9 A>B@C4=8: -.   70 2008  2009 3.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic LVALsearch for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/ LVAL 10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG$ =4@59 20=>28G. 28.11.56 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2008-20093.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic search for LVALhigh-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586  LVAL 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG # ;048<8@ ;5:A0=4@>28G. >4.8.04.19513. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   2008-20093.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 5)A.Holford et al. (244 02B>@0)., KM3NeT Conceptual Design for a Very Large Volume Neutrino Telescope in the Mediterranean Sea, CDR ISBN 978-90-6488-031-5. www.Km3net.org/CDR/CDR-KM3NeT.pdf, (2008) 110 p. (110 AB@.)   = 4/10=0.4 ------------------------------------ B>3> (AB0BL8): 17.794 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXivLVAL:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 LVAL16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 19) E.G.Anassontzis et.al (7 authors), Optical calibration from tens to hundreds of meters for a neutrino telescope. International Workshop on a Vary Large Volume Neutrino Telescope for the Mediterranean Sea , Toulon, Var, France, April 22-24 2008 (VLVnT08), NIM A, 602(2009) 190  192.   = 1.019*6*1.5/10=0.917 20)V.A.Zhukov on behalf of the KM3NeT collaboration. Light Transmission Measurements with LAMS in the Mediterranean Sea. International Workshop on a Vary Large Volume Neutrino Telescope for the Mediterranean Sea, Athens, October 13  15 2009 (VLVnT09).   = 6*1.5/10 = 0.9 ------------------------------- B>3> (4>:;04K): 38.685 0CG=>->1@07>20B5;L=K5 :C@AK: 1) C@A CAB0=>2>G=KE 8 >17>@=KE ;5:F89 8 ?@0:B8G5A:8E 70=OB89 ?> 48AF8?;8=5 "5>@5B8G5A:85 >A=>2K ?@>3@5AA82=KE B5E=>;>389. $878:0 4;O ABC45=B>2-70>G=8:>2. >A:>2A:89 3>AC40@AB25==K9 >B:@KBK9 C=825@A8B5B (#). $0:C;LB5B 0H8=>AB@>5=85 8 D0:C;LB5B 2B><5E0=8:0. B>@>9 A5<5AB@ 2008/2009 CG.3>40. 36 G0A>2 ;5:F89 + 16 G0A>2 ?@0:B8G. = 52 G0A0. ( 07@01>B0= 2?5@2K5).   = 30 ________________________________________________________________ ", 70 2008-2009 3>4K:   = 38.685 + 17.794 + 30 = 86.479 0254CNI89 ;01>@0B>@859 - LVAL ..><>30F:89LVALNG# @:0489 8E09;>28G. >4. 02.02.19313. 0=4. B5E=. =0C:. 0CG=K9 A>B@C4=8: -.   70 2008-20093.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "AcousticLVAL search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5 LVAL /10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL8, 2G8==8:>2 =0B>;89 ;5:A0=4@>28G @>4 11.05.1961 A=A "$, \\   70 2008-2009 33. C1;8:0F88: A.A.Ovchinnikov/ ``Fisher-Hartwig conjecture and the correlators in the impenetrable Bose gas''/ Phys.Lett.A 373, 305-307, 2009,  =1.55*30=46.5 A.A.Ovchinnikov/ ``Coordinate space wave function from the Algebraic Bethe Ansatz for the inhomogeneous six-vertex model''/ Phys.Lett.A, 2010, (to appear, article in press) (arXiv 1001.2672 (math-ph)).  =1.55*30=46.5 B>3>:  =93.0  !8=52 0;5@89 8B0;L528G, 10/12/1957, :.D.-<.=., A.=.A. 1. ..>?59:8=, .. 0:55=:>2, .. 8:0M;O=, .. C@0E>2, .. !8=52, .. '5@=>2, .. (<5;L:>2, 7<5@5=85 >B=>H5=8O A?5:B@>2 15B0-G0AB8F A<5A59 ?@>4C:B>2 45;5=8O C@0=0-235 8 ?;CB>=8O-239 B5?;>2K<8 =59B@>=0<8, @5?@8=B --6520/2, 2008. 4/7 = 0.6 2. V.V. Sinev, Measuring of fissile isotopes partial antineutrino spectra in direct experiment at nuclear reactor, arxive-hep/0902.3781v1, 2009. 4 = 4 3. ..>?59:8=, .. 0GC;8=, .. 8:0M;O=, .. !8=52, .. !:>@>E20B>2, !.. !CE>B8=, ..-B5=:>, @>5:B (>>7-2 ?>8A: C3;0 A<5H820=8O =59B@8=>, /45@=0O D878:0, B. 72, !2, A.307, 2009. 0.491*60/7 = 4.209 4. .. !8=52, ?@545;5=85 A?5:B@>2 0=B8=59B@8=> >B45;L=KE 45;OI8EAO 87>B>?>2 2 ?@O<>< M:A?5@8<5=B5 =0 O45@=>< @50:B>@5, /45@=0O D878:0, B. 72, !11, A., 2009. 0.491*60 = 29.46 5. . . 0@010=>2, ./. >28:>20, .. !8=52, .. /=>28G. AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5, @5?@8=B /-1228/2009. 4/4 = 1.0 B>3>   70 2008-20093.3.  39.269 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG(59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. !B065@-8AA;54>20B5;L - A 1.06.20073.   70 2008-2009 3.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 LVAL7) A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 ( LVAL 2009) 14-20.  =1.019*30*1.5/10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG ,' 3>@L ;5:A5528G. >4. 11.01.19413. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2008-20093.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. AvrorinLVAL et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  LVAL  =1.019*30*1.5/10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG68;:81052 0=-@KA 038A>28G. >4. 12.09.19513. >:B>@ D87-<0B.=0C:. 54CI89 =0CG=K9 A>B@C4=8: -,   70 2008-2009 3.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin etLVAL al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  2LVALB=1.019*30*1.5/10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 C:>2>4AB2> A>8A:0B5;5< 2 2008 8 4> A5@548=K 2009 3.3. ((091>=>2 08@ ;5:A0=4@>28G. >4. 24.02.19803. :>=G8; 0A?8@0=BC@C /  5.05.20063. 0G8A;5= 2 ;01>@0B>@8N - =0 4>;6=>ABL <;04H53> =0CG=>3> A>B@C4=8:0 3 8N;O 20063.)   = 30 + 30*0.5 = 45 !C<<0@=>5 7=0G5=85   = 54.262 + 45 = 99.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG(' =4@59 5B@>28G. 16.05.1962 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2008-20093.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic search foLVALr high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586  LVAL 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262LVALNG#( 5=8A ;5:A0=4@>28G. 03.01.19873. 01>@0=B (A 2KAH8< >1@07>20=85<) ;01>@0B>@88 -.   70 2008-20093.3. C1;8:0F88: 1) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 2) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 ------------------------------------ B>3> (AB0BL8): 6.43 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on ToZLVALjpics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 9) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 10) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 11) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 12) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586 15) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 32.758 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 32.758 + 6.43 = 39.188 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG810=>2 0:A8< 0;5=B8=>28G @>4. 09.04.1971, A=A "$,   70 2008-200933 C1;8:0F88: 1) P.~Koroteev and M.~Libanov, "On Existence of Self-Tuning Solutions in Static Braneworlds without Singularities," JHEP {\bf 0802}, 104 (2008)   = 5.375*30/2=81.625 2) 810=>2~.~., C10:>2~.~., !068=0~.~!. 8 !068=~.~. "=87>B@>?8O @5;8:B>2>3> 87;CG5=8O, 8=4CF8@>20==0O B0E8>==K<8 D;C:BC0F8O<8 BQ<=>9 M=5@388." -"$ 135 (2009) 253 (J.Exp.Theor.Phys.108:226-235,2009)   = 0.892*60/4=13.38 3) M.V. Libanov, V. A. Rubakov, O. S. Sazhina and M. V. Sazhin. ``CMB anisotropy induced by tachyonic perturbations of dark energy,'' Phys. Rev. D79 (2009) 083521   = 5.05*30/4=37.875 4) P.Koroteev, M.Libanov, ``Spectra of Field Fluctuations in Braneworld Models with Broken Bulk Lorentz Invariance,'' Phys.Rev.D79 (2009) 045023   = 5.05*30/2=75.75 5) -;5:B@>==K5 ?@5?@8=BK M.~V.~Libanov, V.~A.~Rubakov, O.~S.~Sazhina and M.~V.~Sazhin. "CMB anisotropy induced by tachyonic perturbations of dark energy." a) arXiv:0812.1459 [astro-ph] b) ULB-TH/08-43   = (4*2)/4=2 6) -;5:B@>==K5 ?@5?@8=BK P.~Koroteev and M.~Libanov, "Spectra of Field Fluctuations in Braneworld Models with Broken Bulk", a) arXiv:0901.4347 [hep-th] b) ITEP-TH-31/08 c) ULB-TH/08-37   = (4*3)/2=6 >=D5@5=F88 1) ?C1;8:>20==K9 4>:;04 QUARKS-2008, 15th International Seminar on High Energy Physics, Zagorsk, Russia, 19-25 May, 2008, 4>:;04 "On existence of nonsingular solutions in static braneworlds", P.Koroteev, M.Libanov   = (4*1.5)/2=3 C:>2>4AB2> 48?;><=8:>< >@>B552 5B@ ;5:A0=4@>28G 06.2006-07.2008 - <038AB@  =10 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL :C@A0 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2008-09)  =2(3>40)*3(A5<5AB@0)*8 = 48 !5<8=0@K ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL t LVAL 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2008-09)  =2(3>40)*3(A5<5AB@0)*8 = 48 ----------------------------------------------------------------   (AC<<0): 325.63 >2KH0NI89 :>MDD8F85=B 70 70I8BC 4>:B>@A:>9 48AA5@B0F88 2 2009 3. @025= 2. B>3>  : 2*325.63 = 651.26LVALNG0B052 =4@59 L2>28G @>4. 21.04.1955, 2=A "$, 4>:B>@ D87.-<0B. =0C:,   70 2008-2009 33. 2.1.1.0G8A;5=85 10;;>2 70 ?C1;8:0F88 2 @5F5=78@C5<KE ?5@8>48G5A:8E 6C@=0;0E. C1;8:0F88 2 6C@=0;0E: 2008 1. A.L. Kataev  Is it possible to check urgently the 5-loop analytic results for the $e^+e^-$-annihilation Adler function? Phys. Lett. B668 , pp. 350-352, 2008,  = 4.189*30/1 = 125.67 -;5:B@>==K5 ?@5?@8=BK: 2008 1. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs boson decay into bottom quarks and uncertainties of perturbative`QCD arXiV:0804.3992 [hep-ph]   = 2 2. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules arXiV: 0805.0621 [hep-th]   = 4 3. A.L. Kataev  Is it possible to check urgently the 5-loop analytic results for the $e^+e^-$-annihilation Adler function? arXiV: 0808.3121 [hep-ph]   = 4 2009 1. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina)  Uncertainties of QCD predictions of Higgs boson decay into bottom Quarks at NNLO and beyond arXiV: 0902.1442 [hep-ph]   = 2 5M;5:B@>==K5 ?@5?@8=BK 1.A.L. Kataev (INR, Moscow) and S.V. Mikhailov (JINR, Dubna)  The new extended Crewther-type relation CERN-PH-TH-2009-23, October 23, 2009.  =2 >:;04K =0 :>=D5@5=F8OE: 2008: 1. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs boson decay into bottom quarks and uncertainties of perturbative`QCD @83;0H5==K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 !>2@5<5==K5 ?@>1;5<K B5>@5B8G5A:>9 D878:8, ?>A2OI5==>< ?0<OB8 .. !>;>2F>20, C1=0, 17-18 O=20@O, 2008, C1=0, 2008, cB@. 167-183  =20*1.5/2=15 2. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules >:;04 =0 564C=0@>4=>< !5<8=0@5  20@:8-08 , 23-29 0O 2008, !5@3852 >ALVAL04.  =20 3. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina)  Perurbative QCD corrections to the width of Higgs boson into bottom quarks , >:;04 =0 564C=0@>4=>< !5<8=0@5  20@:8-08 , 23-29 0O 2008, !5@3852 >A04.  =10 4. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules , @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 5=>@<0;870F8>==0O 3@C??0 8 A<56=K5 2>?@>AK 2 G5ABL 80-;5B8O ..(8@:>20  =30 5. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina)  Uncertainties of QCD predictions of Higgs boson decay into bottom Quarks at NNLO and beyond ?@83;0H5==K9 ?;5=0@=K 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 International Workshop of Advanced Computing and Analysis Technique in Physics Research ( ACAT-08),  Are we ready for LHC era experiments Erice, Italy, November 3-7, 2008 Proceedings of Science PoS (ACAT08):04, 2009  =15*1.5=22.5 6. P.Bartalini (National Taiwan University), T. Binoth (University of Edinburgh), J. Blumlein (DESY, Zeuthen), A. Buckley (IPPP, University of Durham), T. Hahn (MPI Munich), A.L. Kataev (INR, Moscow), W.B. Perkins (Swansea University), T. Riemann (DESY, Zeuthen) and`A. Sherstnev (INP, Moscow State University)  Round table discussion: Event generators-are we ready for LHC? Working group  Methodology of Computations in Theoretical Physics Proceedings of Science PoS (ACAT 08):129, 2009 {13 pages}   = 6*1.5/10=0.9 2009: 1. A. L. Kataev (INR, Moscow) and V.T. Kim (`St. Petersburg Institute for Nuclear Physics, Gatchina)  Higgs decay to anti{tau}tau and 2-loop QED corrections (presented by A.L. Kataev at 14 International Lomonosov Conference on Elementary Particle Physics, Moscow, Russia, 19-27 August 2009); to be sumitted for publication.   = 30/2=15 2. A.L. Kataev (INR, Moscow) and V.T. Kim (St. PetersbuLVALrg Institute for Nuclear Physics, Gatchina)  Peculiar features of $O(\alpha_s^4)$ estimates of the relation between pole and running heavy quark masses in QCD Presented by A.L. Kataev at the International Bogolyubov Conference  Problems of Theoretical and Mathematical Physics 23-27 August 2009, Dubna, Russia, to be submitted for publication   = 30/2=15 3. A.L. Kataev (INR, Moscow) and S.V. Mikhailov (JINR, Dubna)  The new extended Crewther-type relation presented in the talk of`A.L. Kataev at the `9th International Symposium on Radiative Corrections (Applications of Quantum Field Theory to Phenomenology), Ascona, Switzerland, 25-30 October 2009  submitted for publication.to Proceedings of Science   = 30/2=15 4. .. 0B052 (/ ) !B@C:BC@0 2KAH8E ?>?@02>: - : 0=><0;L=K< <03=8B=K< <><5=B0< ;5?B>=>2: =5@5H5==K5 B5>@5B8G5A:85 8 2KG8A;8B5;L=K5 ?@>1;5<K >:;04 =0 A>25I0=88 ?> ?@5F878>==>9 D878:5 8 DC=40<5=B0;L=K< D878G5A:8< :>=AB0=B0<, /, "$ 8< .. >3>;N1>20, C1=0, 4 45:01@O 2009 3.   = 20 C1;8:0F88 2 B@C40E :>=D5@5=F89, >?C1;8:>20==K5 2 >BG5B=K9 ?5@8>4: 1. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs decay to b\bar{b}: different approaches to resummation of QCD effects @83;0H5==K9 4>:;04 =0 13 564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 23-27 !5=BO1@O 2007, >A:>2:89 >AC40@AB25==K9 #=825@A8B5B, ?C1;8:>20=> 2 B@C40E >=D5@5=F88  Particle Physics on the Eve >f LHC World Scientific,2009, pp.347-350.   = 20*1.5*0.5/2=7.5 B>3>: 314.57 (1K;> 306.67) 2.1.7.564C=0@>4=K5 8=45:AK F8B8@>20=8O: 07K 40==KE QSPIRES: =0 22 O=20@O 2010 = 4571 =0 25 O=20@O 2009 = 4377 =0 =0G0;> 2008 = 4109 07K 40==KE Scientific.Ru: =0 18.05.2009 = 2158 =0 24 0?@5;O 2008 =2062LVALNGC;038= !5@359 =0B>;L528G 1959 3>40 @>645=8O :0=4840B D87.-<0B. =0C: AB0@H89 =0CG=K9 A>B@C4=8: B45;0 B5>@5B8G5A:>9 D878:8   70 2008-2009 33. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: S.A. Kulagin and W. Melnitchouk,  Deuteron spin structure functions in the resonance and DIS regions , Phys. Rev. C77 (2008), 015210.   = 3.124*30/2 = 46.9 S.A. Kulagin and W. Melnitchouk,  Spin structure functions of He-3 at finite Q**2 , Phys. Rev. C78 (2008), 065203.   = 3.124*30/2 = 46.9 NOMAD Collaboration (Q. Wu et.al.)  A precise measurement of the muon neutrino-nucleon inclusive charged current cross-section off an isoscalar target in the energy range 2.5 < E(nu) < 40-GeV by NOMAD , Phys. Lett. B660 (2008), 19.   = 4.034*30/159 = 0.8 Y. Kahn, W. Melnitchouk, and S.A. Kulagin,  New method for extracting neutron structure functions from nuclear data , Phys. Rev. C79 (2009), 035205.   = 3.124*30/3 = 31.2 S.~Alekhin, S.~Kulagin and R.~Petti,  Determination of Strange Sea Distributions from Neutrino-Nucleon Deep Inelastic Scattering, Phys. Lett. B675 (2009) 433   = 4.034*30/3 = 40.3 NOMAD Collaboration (V.~Lyubushkin et al.),  A study of quasi-elastic muon neutrino and antineutrino scattering in the NOMAD experiment, Eur. Phys. J. C 63, 355 (2009)   = 2.805*30/159 = 0.5 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: S. Alekhin, S. Kulagin and R. Petti,  Update of the global fit of PDFs including the low-Q DIS data. @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 16th International Workshop on Deep Inelastic Scattering and Related Subjects (DIS 2008), London, England, 7-11 Apr 2008. Published online by Sciencewise Press. Home URL: http://www.hep.ucl.ac.uk/dis2008/ Proceedings URL: http://www.sciwipub.com/index.php?doit=dis2008 e-Print: arXiv:0810.4893 [hep-ph]   =1.5*30/3=15 S.A. Kulagin,  Calculation of quasielastic neutrino-nuclear cross sections for neutrino energy 0.2 - 2 GeV , @83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=pLVALF88 XXX International Workshop Neutrino physics at accelerators, JINR, Dubna, January 23--25, 2008, URL: http://nuweb.jinr.ru/~nd/workshop2008/   = 20 S.A. Kulagin,  Theory and phenomenology of nuclear EMC effect , @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Nuclear medium effects on the quark and gluon structure of hadrons Trento, Italy, 3-7 June, 2008. URL: http://www.ect.it/Meetings/ConfsWksAndCollMeetings/ConfWksDocument/2008/talks/3 - 7 June 08/talks.htm   = 30 S.A. Kulagin,  Nuclear effects in spin structure functions in resonance region , @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Nuclear medium effects on the quark and gluon structure of hadrons Trento, Italy, 3-7 June, 2008. URL: http://www.ect.it/Meetings/ConfsWksAndCollMeetings/ConfWksDocument/2008/talks/3 - 7 June 08/talks.htm   = 30 S.A. Kulagin,  Nuclear Corrections to Charged Lepton and Neutrino Deep Inelastic Scattering , @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Low Energy Precision Electroweak Physics in the LHC Era, Seattle, USA, November 3 - 8, 2008 Home URL: http://www.int.washington.edu/PROGRAMS/08-3_seminars/nov3-7.html   =30 S. Alekhin, S. Kulagin and R. Petti,  Strange and Anti-strange Sea Distributions from Neutrino-Nucleon Deep Inelastic Scattering, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 16th International Workshop on Deep Inelastic Scattering and Related Subjects (DIS 2009), Madrid, Spain, 26-30 Apr 2009. URL: http://www.ft.uam.es/DIS2009 Published online by Sciencewise Press. Proceedings URL: http://www.sciwipub.com/index.php?doit=dis2009 e-Print: arXiv:0910.3762 [hep-ph].   =1.5*30/3=15 C:>2>4AB2> ABC45=B0<8 C:>2>4AB2> @01>B>9 =0 A>8A:0=85 720=8O 10:0;02@0 >=4@0BL52K< 8@8;;>< ;5:A0=4@>28G5<, ABC45=B>< 4 :C@A0 $.   =10 B>3>2K9   = 316.6LVALNG ) 8G=K5 40==K5 ================   %07@5B0;8 !5D>28G 24 023CAB0 1965 3.@. :D<=, A=A "$. ) !B0BL8 2 6C@=0;0E ==================== 1. %. !. 8@>2, . . 07C<>2, " Z-3@04C8@>20==KE 0;351@0E 8 ?5B5;L, 3@C??0E ?5B5;L 8 C@02=5=8OE ">4K", "5>@. 0B. $87. 154 (2008) 451-476 (0=3;. ?5@52>4: Kh. S. Nirov and A. V. Razumov, "Z-graded loop Lie algebras, loop groups, and Toda equations", Theor. Math. Phys. 154 (2008) 385-404.) 0.569*60/2 = 17.1 2. Kh. S. Nirov and A. V. Razumov, "Abelian Toda solitons revisited", Rev. Math. Phys. 20 (2008) 1209-1248. 1.258*30/2 = 18.9 3. Kh. S. Nirov and A. V. Razumov, "The rational dressing for abelian twisted loop Toda systems", J. High Energy Phys. JHEP 0812:048 (2008) (29pp). 5.944*30/2 = 89.2 4. Kh. S. Nirov and A. V. Razumov, "Solving non-Abelian loop Toda equations", Nucl. Phys. B815 (2009) 404-429. 5.522*30/2 = 82.9 5. Kh. S. Nirov and A. V. Razumov, "More non-Abelian loop Toda solitons", J. Phys. A: Math. Theor. 42 (2009) 285201 (11pp). 1.566*30/2 = 23.5 ) >:;04K =0 :>=D5@5=F8OE ========================== 1. Kh. S. Nirov, "The (T)DBM equation as a twisted loop Toda system: generalizations and soliton solutions" (20 min). Talk given at the 15th International Seminar on High Energy Physics "Quarks-2008", Sergiev Posad, Russia, May 23-29, 2008. Published in the Proceedings of the Seminar. 30*1.5 = 45.0 2. Kh. S. Nirov, "New solutions to loop Toda systems" (45 min). Talk given at the International Conference on Conformal Field Theory, Integrable Models and Liouville Gravity, Chernogolovka, Russia, June 27 - July 2, 2009. 30 = 30.0 ==================================================================================== B>3>: AC<<0@=K9   70 >BG5B=K9 ?5@8>4 2008-2009 33 @025= (17.1 + 18.9 + 89.2 + 82.9 + 23.5 + 45.0 + 30.0) = 306.6   = 306.6 ================================= >A:20. 28.01.2010 3. %. !. 8@>2   %07@5B0;8 !5D>28G, @>4. 24.08.1965, A=A "$, :D<=. LVAL   70 2006 2007 33. C1;8:0F88: 1) Kh. S. Nirov, A. V. Razumov / On Z-gradations of twisted loop Lie algebras of complex simple Lie algebras // Commun. Math. Phys. 267, pp. 587 610, 2006;   = 2.007*30/2 = 30.105 2) Kh. S. Nirov, A. V. Razumov / Toda equations associated with loop groups of complex classical Lie groups // Nucl. Phys. B782, pp. 241 275, 2007;   = 5.522*30/2 = 82.83 3) Kh. S. Nirov, A. V. Razumov / On Z-graded loop Lie algebras, loop groups, and Toda equations // e-Print: arXiv:0705.2681 [math-ph] 2007;   = 4.00/2 = 2.00 >:;04K: 1) Kh. S. Nirov / Abelian loop Toda solitons revised // Classical and Quantum Integrable Systems, IHEP, Protvino, Russia, January 23 26, 2006;   = 20 2) Kh. S. Nirov / On conservation laws in integrable systems // QUARKS'2006, St.-Petersburg, Russia, May 19 25, 2006;   = 20 3) Kh. S. Nirov / On loop Lie algebras, loop groups, and associated Toda systems // Classical and Quantum Integrable Systems, JINR, Dubna, Russia, January 22 25, 2007;   = 20 4) Kh. S. Nirov / Gauge invariance, constraints, and BRST formalism: Classical theory and problems of quantization // Baksan School'2007, Baksan Valley, Kabardino-Balkaria, Russia, April 16 21, 2007;   = 20 B>3>:   = 195 %. C. 8@>2 / , >A:20 25 45:01@O 2007 3.LVALNG0;0H52 ;53 235=L528G 40B0 @>64. 4 O=2 1976, :0=4840B D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8:, >B45; B5>@5B8G5A:>9 D878:8 0AG5B   70 2008-200933: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: Double Pair Production by Ultra High Energy Cosmic Ray Photons. S.V. Demidov, O.E. Kalashev J.Exp.Theor.Phys.108:764-769,2009  =1.099*60/2=32.97 GZK photons as ultra high energy cosmic rays. Graciela Gelmini, Oleg Kalashev, Dmitry V. Semikoz J.Exp.Theor.Phys.106:1061-1082,2008.  =1.099*60/3=21.98 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter. O.E. Kalashev, G.I. Rubtsov, Sergey V. Troitsky Phys.Rev.D80:103006,2009.  =5.050*30/3=50.5 Ultra-High Energy Cosmic Rays and the GeV-TeV Diffuse Gamma-Ray Flux. Oleg E. Kalashev, Dmitry V. Semikoz, Gunter Sigl Phys.Rev.D79:063005,2009  =5.050*30/3=50.5 Global anisotropy of arrival directions of ultrahigh-energy cosmic rays: capabilities of space-based detectors. O.E. Kalashev, B.A. Khrenov, P. Klimov, S. Sharakin, Sergey V. Troitsky. Journal of Cosmology and Astroparticle Physics 0803:003,2008  =6.739*30/5=40.434 @5?@8=BK: Secondary photons and neutrinos from cosmic rays produced by distant blazars. Warren Essey, Oleg E. Kalashev, Alexander Kusenko, John F. Beacom, . UCLA-09-TEP-61, Dec 2009 e-Print: arXiv:0912.3976 [astro-ph.HE]  =4/4=1 Double Pair Production by Ultra High Energy Cosmic Ray Photons. S.V. Demidov, O.E. Kalashev . Dec 2008. e-Print: arXiv:0812.0859 [astro-ph]  =4/2=2 Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter. O.E. Kalashev, G.I. Rubtsov, S.V. Troitsky . Dec 2008. e-Print: arXiv:0812.1020 [astro-ph]  =4/3=1.333 >:;04K =0 :>=D5@5=F8OE: Ultra-High Energy Cosmic Rays and the GeV-TeV Diffuse Gamma-Ray Flux (CAB=K9) Oleg E. KalaLVALshev The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES, INR, May 2008, Moscow  =6 Search for global asymmetry of UHECR arrival directions with space-based detectors (TUS, JEM-EUSO) Pavel Klimov, Oleg Kalashev, Boris Khrenov, Sergey Sharakin and Sergey Troitsky 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 5 = 1.2 Search for large-scale anisotropy of ultra-high energy cosmic rays with the Telescope Array rst year data P. Tinyakov, H. Koers, O. Kalashev, H. Kang, S. Ogio, and G. Thomson 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 6 = 1 Double Pair Production by Ultra High Energy Cosmic Ray Photons. S.V. Demidov, O.E. Kalashev 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 2 = 3 Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter. O.E. Kalashev, G.I. Rubtsov, S.V. Troitsky 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 3 = 2 B>3> AC<<0@=K9  =32.97+21.98+50.5+50.5+40.434+1+2+1.333+6+1.2+1+3+2=213.917LVAL&) $..., CG5=0O AB5?5=L A>B@C4=8:0:C3052 -<8= /B:O@>28G, :0=4.$87.-<0B.=0C:. 0B0 @>645=8O: 17.10.1978. >;6=>ABL: =0CG=K9 A>B@C4=8: "$ / . )   = 0. ) !5<8=0@A:85 70=OB8O ?> A?5F:C@A0< "0;81@>2>G=K5 ?>;O", ">A<>;>38O" 0 D878G5A:>< D0:C;LB5B5 #, 2008 3>4, 2 A5<5AB@0   = 8*2*2=32, 2009 3>4, 2 A5<5AB@0,   = 32, "  = 64. ) "   = 64.5<84>2 !5@359 ;048<8@>28G @>4. 16.12.1981, <=A "$,   70 2008-2009 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2008 3>4: @5?>4020=85: C@A ;5:F89 ?> :20=B>2>9 <5E0=8:5 (4>?>;=8B5;L=K5 3;02K) 4;O ABC45=B>2 $", 1 A5<5AB@, =>2K9 :C@A  =30 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 #, 2 A5<5AB@0,  =8*2=16 0 2008:  (2008) = 30 + 16 = 46 2009 3>4: !B0BL8: 1. S.V. Demidov, O.E. Kalashev, Double Pair Production by Ultra High Energy Cosmic Ray Photons, J.Exp.Theor.Phys.108:764-769,2009,  =8 >:;04K: 1. S.V.Demidov, Production of kink-antikink pair in collisions of high energy particles, 14th Lomonosov conference on particle physics, 2009,  =4 @5?>4020=85: C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 #, 2 A5<5AB@0,  =2*8=16 C@A ;5:F89 ?> AC?5@A8<<5B@88 4;O ABC45=B>2 #, 1 A5<5AB@,  =8 C@A ;5:F89 5D>@<0;L=>5 22545=85 2 :20=B>2CN <5E0=8:C ($), 1 A5<5AB@, 2 3@C??K,  =2*8=16 0 2009:  (2009) = 8 + 4 + 16 + 8 + 16 = 52 >2KH0NI89 :>MDD8F85=B =0 31.12.2009 3>40: 1.5 (70I8B0 48AA5@B0F88 2 2007 3>4C) B>3>:   = 1.5 * ( 46 + 52 ) = 147LVALNG>@1C=>2 <8B@89 !5@35528G, @>4. 20.01.1975, A.=.A. "$,   70 2008-200933. 1.C1;8:0F88: Light inflaton Hunter's Guide, F. Bezrukov, D. Gorbunov, e-Print: arXiv:0912.0390 [hep-ph],  =4/2=2 The MiniBooNE anomaly, the decay D(s)+ ---> mu+ nu(mu) and heavy sterile neutrino, S.N. Gninenko, D.S. Gorbunov, e-Print: arXiv:0907.4666 [hep-ph],  =4/2=2 Constraints on the flux of primary cosmic-ray photons at energies E > 10^18 eV from Yakutsk muon data , A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, Sergey V. Troitsky, e-Print: arXiv:0907.0374 [astro-ph.HE],  =4/7=0.57 On initial conditions for the Hot Big Bang , F. Bezrukov, D. Gorbunov, M. Shaposhnikov, JCAP 0906:029,2009 [e-Print: arXiv:0812.3622 hep-ph],  =(4+30*6.389)/3=65.22 The CMS experiment at the CERN LHC , (R. Adolphi et al.), JINST 0803:S08004,2008,  =8/10=0.8 Constraining sterile neutrino dark matter by phase-space density observations, D. Gorbunov, A. Khmelnitsky, V. Rubakov, JCAP 0810:041,2008 [e-Print: arXiv:0808.3910 [hep-ph]],  =(4+30*6.389)/3=65.22 Is gravitino still a warm dark matter candidate?, D. Gorbunov, A. Khmelnitsky, V. Rubakov [accepted in JHEP, e-Print: arXiv:0805.2836 [hep-ph]]  =(4+30*5.375)/3=55.08 Self-accelerated brane Universe with warped extra dimension, D.S. Gorbunov, S.M. Sibiryakov, [ e-Print: arXiv:0804.2248 [hep-th]],  =4/2=2 On the interpretation of the cosmic-ray anisotropy at ultra-high energies, D.S. Gorbunov, P.G. Tinyakov, I.I. Tkachev, Sergey V. Troitsky . [e-Print: arXiv:0804.1088 [astro-ph]],  =4/4=1 Comment on 'Correlation of the Highest-Energy Cosmic Rays with Nearby Extragalactic Objects', D. Gorbunov, P. Tinyakov, I. Tkachev, S. Troitsky, JETP Lett.87:461-463,2008, [e-Print: arXiv:0711.4060 astro-ph],  =(4*0+60*1.418)/4=21.27 Muon content of ultrahigh-energy air showers: Yakutsk data versus simulations (A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V. TLVALroitsky), JETP Lett.87:190-194,2008. [e-Print: arXiv:0710.5508 astro-ph],  =(4*0+60*1.418)/7=12.15 2.>:;04K =0 :>=D5@5=F8OE: 5 5:F89 ?> :>A<>;>388 =0 6->9 8<=59 H:>;5 ?> B5>@5B8G5A:>9 D878:5 2545=85 2 B5>@8N DC=40<5=B0;L=KE 2708<>459AB289, C1=0, /, DIAS-TH, O=20@L 26 --- D52@0;L 5, 2008,  =20 5 Lectures on Cosmology at Physical faculty of Kiev State University, April 20 -- 30, 2008,  =30 Kaon International Conference 21-25 May 2007, Laboratori Nazionali di Frascati dell'INFN (1 4>:;04 A 1 A>02B>@><, >?C1;8:>20= 2 B@C40E, Kaon physics within nuMSM, Dmitry Gorbunov, Mikhail Shaposhnikov, Published in PoS KAON:047,2008) (1 4>:;04, >?C1;8:>20==K9 2 @0AGQB=K9 ?5@8>4),  =6*(1.5-1)/2=1.5. 13th Lomonosov Conference on Elementary Particle Physics, from 23 to 29 August, 2007 at the Moscow State University, Moscow, Russia, (1 ?@83;. 4>:;04),  =20 14th Lomonosov Conference on Elementary Particle Physics, from 19 to 25 August, 2009 at the Moscow State University, Moscow, Russia, (1 ?@83;. 4>:;04),  =20 New Opportunities in the Physics Landscape, 10-13 May, 2009, CERN, Geneva, Switzerland, (>48= 87 B@QE A>02B>@>2 ?@83;. 4>:;040),  =30/3=10 31st International Cosmic Ray Conference July 7 - 15, 2009, Lodz, Poland (>48= 87 7 A>02B>@>2 4>:;04a, >?C1;8:>20==>3> 2 B@C40E),  = 6*1.5/7=1.29 21st Rencontres de Blois Windows to the Universe June 21-26, 2009 (>48= 87 7 A>02B>@>2 4>:;04a, >?C1;8:>20==>3> 2 B@C40E),  = 6*1.5/7=1.29 4th International Workshop The highest energy cosmic rays and their sources, INR, Moscow, Russia, May 20-22, 2008, (1 4>:;04),  =4 15th International Seminar on High Energy Physics QUARKS-2008, Sergiev Posad, Russia, May 23-29, 2008, (1 4>:;04),  =4 5. C:>2>4AB2> 0A?8@0=B>< (.!0<>@>4>2, 2008, 0A?8@0=BC@0 /),  =30 C:>2>4AB2> 48?;><=8:>< 8 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (!. 0<070=>2, #, 2008, A59G0A 2 0A?8@0=BC@5),  =(10+30)/2=20 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C1:LVALJ0:>2K< (. %<5;L=8F:89, 0A?8@0=BC@0 # A D52@0;O 2008),  =2*30/2=30 C:>2>4AB2> 48?;><=8:>< (!. 0;8FK=, $", 2008, 48?;>< 10:0;02@0, ;5B> 2008),  =10 C:>2>4AB2> 48?;><=8:>< (. ">:0@520, 2009, ABC45=B:0 #) A>2<5AB=> A !.. 5<84>2K<,  =10/2=5 C:>2>4AB2> 48?;><=8:>< (. 20=>20, 2009, ABC45=B:0 #)  =10=10 C:>2>4AB2> 48?;><=8:>< (. O1;>2A:89, 2009, ABC45=B $") A>2<5AB=> A !.. "@>8F:8<,  =10/2=5 C:>2>4AB2> 48?;><=8:>< ($. ><?5, 2009, ABC45=B #) A>2<5AB=> A !.. "@>8F:8<,  =10/2=5 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (. AB0E>2, 2009),  =30/2=15 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (. 8@?8G=8:>2, 2009),  =30/2=15 6. !>740=85 =>2>3> :C@A0 ;5:F89 2545=85 2 B5>@8N :20=B>20==KE ?>;59 4;O ABC45=B>2 4-3> :C@A0 :0D54@K 20=B>2>9 AB0B8AB8:8 8 B5>@88 ?>;O D878G5A:>3> D0:C;LB5B0 #, 25A5==89 A5<5AB@ 2008,  =30=30 >@01>B:0 :C@A0 @>1;5<K D878:8 G0AB8F 8 :>A<>;>388 4;O ABC45=B>2 5-3> :C@A0 :0D54@K DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388 D0:C;LB5B0 ?@>1;5< D878:8 8 M=5@35B8:8 $". 5A=0->A5=L 2008, 2009,  =8*4=32 7. 740=85 :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. "5>@8O 3>@OG53> >;LH>3> 27@K20 (.!. >@1C=>2, .. C10:>2), >A:20 2008, , ISBN 978-5-382-00657-4, 5G.;. 34.2,  =2*34.2/2=34.2 740=85 :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. >A<>;>38G5A:85 2>7<CI5=8O. =D;OF8>==0O B5>@8O (.!. >@1C=>2, .. C10:>2), >A:20 2009, / , ISBN 978-5-94274-079-5, 5G.;. 65.72,  =2*65.72/2=65.72 8. B>3>,  =646.317 27 O=20@O 2010 3>40 .!. >@1C=>2LVALNG5@=>2 .@89 !5@35528G @>4. 14.10.1937, 4>:B>@ D87.-<0B. =0C:, 2=A "5>@5B8G5A:>3> B45;0,   70 2008-2009 33. 2008 3>4 2.1.1. M. Chaichian, M. Mnatsakanova, A. Tureanu, Yu. Vernov,  Test Functions Space in Non- commutative Quantum Field Theory JHEP V. 09 (2008) 125. 5.944* 30/4=44.58 10;;0. 2.1.3. 1. "Rigorous Definition of Quantum Field Operators and Test Functions Space in Noncom-mutative Quantum Field Theory", 15th International Seminar on High Energy Physics QUARKS'2008, Sergiev Posad, Russia, May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natsakanova and Yu.S. Vernov,  Rigorous Definition of Quantum Field Operators in Noncommutative Quantum Field Theory , 7 pages, mat-ph/0901.1454. 4/2=2 2 10;;0 2.1.3. 1. "Reconstruction Theorem in Noncommutative Quantum Field Theory", XIII International Conference "Selected Problems of Modern Theoretical Physics", Dubna, June 23-27, 2008, A5:F8>==K9, 9:2=4.5, 4.5 10;;>2. 2.  Indefinite Metric Spaces Properties , The X-th International School-Seminar  The Actual Problems of Microworld Physics , Gomel, Belorussia, 15.07. - 26.07.2009, ?@83;0H5==K9 4>:;04, 30:2=15, 15 10;;>2. 4.  Axiomatic Approach in Noncommutative Quantum Field Theory , The X-th International School-Seminar  The Actual Problems of Microworld Phys<LVALLics , Gomel, Belorussia, 15.07. - 26.07.2009, ?@83;0H5==K9 4>:;04, 30:2=15, 15 10;;>2. 5.  Reconstruction Theorem and Cluster Properties of Wightman Functions in Noncommutative Quantum Field Theory , The International Bogolyubov Conference,  Problems of theoretical and Mathematical Physics , August 21-27, Moscow-Dubna, Russia, A5:F8>==K9, 6 10;;>2. 2.1.4. >@01>B:0 42CE =0CG=>->1@07>20B5;L=KE :C@A>2: "5>@8O :0;81@>2>G=KE ?>;59 8 20=B>20O E@><>48=0<8:0, 2:;NG0NI0O 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@AK G8B0NBAO =0 D878G5A:>< D0:C;LB5B5 # ABC45=B0< ?OB>3> :C@A0 2 ?5@2>< 8 2> 2B>@>< A5<5AB@0E. 192 G0A0. 16 10;;>2. 2.1.6. C:>2>4AB2> 0A?8@0=B>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # 2009 3>4: !0;K=A:8< !5@355< 5==048528G5<, 2B>@>9 3>4 >1CG5=8O, 30 10;;>2. C:>2>4AB2> 48?;><=8:0<8 :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 #: 0) >@40=Q2 !5@359 !5@35528G (A?5F80;8AB), 10 10;;>2; 1) =B8?8= >=AB0=B8= ;048A;02>28G (A?5F80;8AB), 10 10;;>2. B>3>: 108.5 10;;>2 B>3> 70 2008-2009 33: 225.08 10;;>2LVALNG C1F>2 @83>@89 3>@528G @>4. 31.07.1981, <=A "$,   70 2008-2009 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2008 3>4 C1;8:0F88: 1. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V.Troitsky,  Muon content of ultra-high-energy air showers: Yakutsk data versus simulations , 8AL<0 2 -"$ 87:190-194,2008.,  =1.446*60/7=12.39 >:;04K: 1. G.I.Rubtsov/Timing-related observables for UHECR composition studies/UHECR workshop 2008,  =4 2. Rubtsov, Kalashev, Troitsky/Sensitivity of different experiments to UHE photon component//Quarks-2008,  =4/3 = 1.33 !B0BL8 2 =0CG=>-?>?C;O@=KE 6C@=0;0E: 1. .. C1F>2, /:CBA:0O :><?;5:A=0O CAB0=>2:0 4;O @538AB@0F88 H8@>:8E 0B<>AD5@=KE ;82=59, C@=0; 4;O AB0@H5:;0AA=8:>2 8 CG8B5;59 >B5=F80;, 8N=L 2008,  =4 @5?>4020=85: 1. 25A5==89 A5<5AB@ 2008, :C@A A5<8=0@>2 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 4 :C@A,  =8 2. >A5==89 A5<5AB@ 2008, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 5 :C@A,  =8 0 2008:  (2008) = 12.39 + 4 + 1.33 + 8 + 8 + 4 = 37.72 2009 3>4 C1;8:0F88: 1. O.E. Kalashev, G.I. Rubtsov, Sergey V. Troitsky, "Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter", Phys.Rev.D80:103006,2009,  = 5.050*30/3=50.5 >:;04K: 1. O.E. Kalashev, G.I. Rubtsov and S.V. Troitsky,  Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter, Proc. of 31st International Cosmic Ray Conference, Lodz, July 7-15, 2009,   = 6.0/3 = 2.0 2. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, "Search for photons of energy E>10^18 eV with Yakutsk muon data", Proc. of 31st ICRC,   = 6.0/7 = 0.86 3. Telescope Array Collaboration, talks at 31st ICRC, total: 15 talks,   = 15*6.0/10 = 9.0 Search for ultra-high energy photons LVALin the Telescope Array surface detector first-year data (Rubtsov et al) Point source search with the Telescope Array (Tkachev et al) Search for large-scale anisotropy of ultra-high energy cosmic rays with the Telescope Array first year data (Tinyakov et al) Measurement of UHECR spectrum by Telescope Array surface array (Taketa et al) Performance of TA Surface Array (Nonaka et al) Performance of the Fluorescence Detector of the Telescope Array experiment (Tokuno et al) An Electron Linear Accelerator for end-to-end absolute energy calibration (Shibata et al) Energy determination of air shower array based on the "full" Monte Carlo simulation (Kido et al) Using CORSIKA to quantify Telescope Array surface detector response (Stokes et al) Hybrid Measurements of the Telescope Array Experiment (Ikeda et al) The Energy Spectrum of UHECR's using the TA Fluorescence Detectors in Monocular Mode (Bergman et al) Measuring the Spectrum of Ultrahigh Energy Cosmic Rays using the Monte Carlo Technique (Scott et al) Toward a comparison of fluorescence energy scale and spectra between TA and HiRes (Jui et al) Distribution of arrival directions obtained from the first year data of Telescope Array (Sakurai et al) Mass Composition Study of Ultra-high Energy Cosmic Rays with the Telescope Array Fluorescence Detector (Tameda et al) 4. Telescope Array Collaboration (H. Sagawa et. al.), "Measurement of Ultra-High Energy Cosmic Ray by Telescope Array", Highlight talk at 31st ICRC,   = 30.0/10.0 = 3.0 @5?@8=BK: 1.A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, Sergey V. Troitsky, Constraints on the flux of primary cosmic-ray photons at energies E > 10^18 eV from Yakutsk muon data, arXiv:0907.0374,  =4/7=0.57 @5?>4020=85: 1. 25A5==89 A5<5AB@ 2009, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 3 :C@A,  =8 2. >A5==89 A5<5AB@ 2009, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 4 :C@A,  =8 0 2009:  (2009) = 50.5 + 2.0 + 0.86 + 9.0 LVAL+ 3.0 + 0.57 + 8 + 8 = 81.93 >2KH0NI89 :>MDD8F85=B =0 31.12.2009 3>40: 1.5 (2B>@>9 3>4 ?>A;5 3>40 70I8BK 48AA5@B0F88) B>3>:   = 1.5 * ( 37.72 + 81.93 ) = 179.48 C1F>2 @83>@89 3>@528G @>4. 31.07.1981, <=A "$,   70 2008-2009 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2008 3>4 C1;8:0F88: 1. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V.Troitsky,  Muon content of ultra-high-energy air showers: Yakutsk data versus simulations , 8AL<0 2 -"$ 87:190-194,2008.,  =1.446*60/7=12.39 >:;04K: 1. G.I.Rubtsov/Timing-related observables for UHECR composition studies/UHECR workshop 2008,  =4 2. Rubtsov, Kalashev, Troitsky/Sensitivity of different experiments to UHE photon component//Quarks-2008,  =4/3 = 1.33 !B0BL8 2 =0CG=>-?>?C;O@=KE 6C@=0;0E: 1. .. C1F>2, /:CBA:0O :><?;5:A=0O CAB0=>2:0 4;O @538AB@0F88 H8@>:8E 0B<>AD5@=KE ;82=59, C@=0; 4;O AB0@H5:;0AA=8:>2 8 CG8B5;59 >B5=F80;, 8N=L 2008,  =4 @5?>4020=85: 1. 25A5==89 A5<5AB@ 2008, :C@A A5<8=0@>2 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 4 :C@A,  =8 2. >A5==89 A5<5AB@ 2008, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 5 :C@A,  =8 0 2008:  (2008) = 12.39 + 4 + 1.33 + 8 + 8 + 4 = 37.72 2009 3>4 C1;8:0F88: 1. O.E. Kalashev, G.I. Rubtsov, Sergey V. Troitsky, "Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter", Phys.Rev.D80:103006,2009,  = 5.050*30/3=50.5 >:;04K: 1. O.E. Kalashev, G.I. Rubtsov and S.V. Troitsky,  Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy darkLVAL matter, Proc. of 31st International Cosmic Ray Conference, Lodz, July 7-15, 2009,   = 6.0/3 = 2.0 2. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, "Search for photons of energy E>10^18 eV with Yakutsk muon data", Proc. of 31st ICRC,   = 6.0/7 = 0.86 3. Telescope Array Collaboration, talks at 31st ICRC, total: 15 talks,   = 15*6.0/10 = 9.0 Search for ultra-high energy photons in the Telescope Array surface detector first-year data (Rubtsov et al) Point source search with the Telescope Array (Tkachev et al) Search for large-scale anisotropy of ultra-high energy cosmic rays with the Telescope Array first year data (Tinyakov et al) Measurement of UHECR spectrum by Telescope Array surface array (Taketa et al) Performance of TA Surface Array (Nonaka et al) Performance of the Fluorescence Detector of the Telescope Array experiment (Tokuno et al) An Electron Linear Accelerator for end-to-end absolute energy calibration (Shibata et al) Energy determination of air shower array based on the "full" Monte Carlo simulation (Kido et al) Using CORSIKA to quantify Telescope Array surface detector response (Stokes et al) Hybrid Measurements of the Telescope Array Experiment (Ikeda et al) The Energy Spectrum of UHECR's using the TA Fluorescence Detectors in Monocular Mode (Bergman et al) Measuring the Spectrum of Ultrahigh Energy Cosmic Rays using the Monte Carlo Technique (Scott et al) Toward a comparison of fluorescence energy scale and spectra between TA and HiRes (Jui et al) Distribution of arrival directions obtained from the first year data of Telescope Array (Sakurai et al) Mass Composition Study of Ultra-high Energy Cosmic Rays with the Telescope Array Fluorescence Detector (Tameda et al) 4. Telescope Array Collaboration (H. Sagawa et. Al.), "Measurement of Ultra-High Energy Cosmic Ray by Telescope Array", Highlight talk at 31st ICRC,   = 30.0/10.0 = 3.0 @5?@8=BK: 1.A.V. Glushkov, I.T. Makarov, M.I. Pravdin LVAL& , I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, Sergey V. Troitsky, Constraints on the flux of primary cosmic-ray photons at energies E > 10^18 eV from Yakutsk muon data, arXiv:0907.0374,  =4/7=0.57 @5?>4020=85: 1. 25A5==89 A5<5AB@ 2009, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 3 :C@A,  =8 2. >A5==89 A5<5AB@ 2009, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 4 :C@A,  =8 0 2009:  (2009) = 50.5 + 2.0 + 0.86 + 9.0 + 3.0 + 0.57 + 8 + 8 = 81.93 >2KH0NI89 :>MDD8F85=B =0 31.12.2009 3>40: 1.5 (2B>@>9 3>4 ?>A;5 3>40 70I8BK 48AA5@B0F88) B>3>:   = 1.5 * ( 37.72 + 81.93 ) = 179.48LVAL#20605<0O ;O 0A8;L52=0, >B <>9  . ! C2065=85<, 8<0 --------------------------------------------------------------------------------------- .. 52:>2 <8B@89 5==048528G @>4. 05.09.1979, =A "$,   70 2008-2009 33. C1;8:0F88: 1) D.G. Levkov, A.G. Panin, S.M. Sibiryakov. "Signatures of unstable semiclassical trajectories in tunneling." J. Phys. A: Math. Theor. 42 (2009) 205102.  =1.540*30/3=15.4 2) D.G. Levkov, A.G. Panin. "Long quantum transition times due to unstable semiclassical dynamics". Phys. Rev. A 80, 052110 (2009).  = 2.908*30/2=43.62 >:;04K: 1) "Anomalously large tunneling times in multidimensional quantum mechanics." 15th International seminar on high-energy physics "Quarks-2008," Sergiev Posad, Russia, 23-29 May, 2008.  =6 2) ""C==5;8@>20=85 A ?><>ILN =5AB018;L=KE :2078:;0AA8G5A:8E B@05:B>@89," >;>456=0O H:>;0 $ ":BC0;L=K5 ?@>1;5<K D878:8," 25=83>@>4, 23-27 =>O1@O 2008 3.  =4 3) "Kink-antikink production in collisions of highly energetic particles". Symposium on Theoretical and Mathematical Physics, St. Petersburg, Russia, July 3-8, 2009.  =6 4) "Long quantum transitions due to unstable semiclassical dynamics", 14-th Lomonosov conference on elementary particle physics, Russia, 19-25 August, 2009.  =6 C@A "5D>@<0;L=>5 22545=85 2 :20=B>2CN <5E0=8:C," $>=4 DC=40<5=B0;L=>9 D878:8, $, 2 :C@A, >A5==89-25A5==89 A5<5AB@K 2008 3.  =30*2=60 C:>2>4AB2> 0A?8@0=B>< (..0=8=):  =30/2*2=30 C:>2>4AB2> 48?;><=8:>< (.. 0==0=>2):  =10*2=20 C:>2>4AB2> 48?;><=8:>< (.!. &L>?0):  =10*2=20 B>3>:  =211.02 ---------------------------------------------------------------------------------------LVAL0=8= ;5:A0=4@ @83>@L528G @>4. 13.09.1984, AB065@ 8AA;54>20B5;L "$,   70 2009-2009 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2008 3>4: C1;8:0F88: 1. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // Signatures of unstable semiclassical trajectories in tunneling,-2008, J. Phys. A: Math. Theor. 42, p. 205102   = 1.54*30/3 = 15.4 >:;04K: 1. Quarks-08, // Tunneling via unstable semiclassical solutions   = 4 >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2008:  (2008) = 1.5*(15.4+4) = 29.1 2009 3>4: C1;8:0F88: 1. D. G. Levkov, A. G. Panin // Long quantum transition times due to unstable semiclassical dynamics, -2009, Phys.Rev.A 80, p. 052110   = 2.908*30/2 = 43.62 >:;04K: 1. Symposium on THEORETICAL AND MATHEMATICAL PHYSICS, // Long quantum transitions due to unstable semiclassical dynamics   = 4 >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2009:  (2008) = 1.5*(43.62+4) = 71.43 B>3>:   = 43.62+71.43 = 115.05LVALNG"@>8F:89 !.. 2008 ?C1;8:>20==K5 AB0BL8: 1) Kalashev, B.A. Khrenov, P. Klimov, S. Sharakin, S.V. Troitsky. Global anisotropy of arrival directions of ultrahigh-energy cosmic rays: capabilities of space-based detectors.O.E. JCAP 0803:003,2008. 6.389*30/5=38.33 2) A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S. V. Troitsky. Muon content of ultrahigh-energy air showers: Yakutsk data versus simulations. 8AL<0 2 -"$. JETP Lett.87:190-194,2008. 1.418*60/7=12.15 3) D Gorbunov , P Tinyakov, I Tkachev, S. Troitsky. Comment on 'Correlation of the Highest-Energy Cosmic Rays with Nearby Extragalactic Objects'. 8AL<0 2 -"$. JETP Lett.87:461-463,2008. 1.418*60/4=21.27 4) S. V. Troitsky. Spectral energy distributions and high-energy emission of BL Lac type objects. Mon. Not. Roy. Astron. Soc. Lett., 388 (2008) L79-L84. 5.185*30/1=155.55 5) CMS Collaboration (R. Adolphi et al.). The CMS experiment at the CERN LHC. JINST 3:S08004,2008. 0.821*30/10=2.463 2A53> ?> 5 >?C1;8:>20==K< AB0BLO< 229.76 @5?@8=BK: arXiv: 0802.0399, 4/1=4 arXiv: 0804.1088, 4/4=1 arXiv: 0808.0367, 4/2=2 arXiv: 0808.0481, 4/2=2 arXiv: 0809.4886, 4/3=1.33 arXiv: 0812.1020, 4/3=1.33 2A53> ?> 6 M;5:B@>==K< ?@5?@8=B0< 11.66 (8;8 5.83, 5A;8 F5=0 2 >G:0, 0 =5 4) @5?>4020=85: 4>@01>B:0 :C@A0 ;5:F89 2 A5<5AB@0*8=16 @C:>2>4AB2> 2-<O 48?;><=8:0<8 =20 >:;04K: S. Troitsky, Space-based detectors and global anisotropy of ultra-high-energy cosmic rays. Quarks-2008, 4/1=4 S. Troitsky, Physical conditions in potential UHECR accelerators. 4th International workshop on UHECR and their sources, Moscow, 4/1=4 B>3> 70 2008: 285.42 8;8 279.59 (5A;8 5-?@8=B AB>8B 2 >G:0, 0 =5 4) 2009 ?C1;8:>20==K5 AB0BL8: 1) O.E. Kalashev, G.I. Rubtsov, S.V. Troitsky. Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter. Phys.Rev.D80:103006,2009. 5.050*30/3=50.50 2A53> ?> 1 >?C1;8:>20==>9 ABLVAL0BL5 50.50 @5?@8=BK: arXiv: 0901.4085, 4/3=1.33 arXiv: 0907.0374, 4/7=0.57 arXiv: 0910.5530, 4/10=0.4 2A53> ?> 3 M;5:B@>==K< ?@5?@8=B0< 2.30 (8;8 1.15, 5A;8 F5=0 2 >G:0, 0 =5 4) @5?>4020=85: 4>@01>B:0 :C@A0 ;5:F89 2 A5<5AB@0*8=16 @C:>2>4AB2> 2-<O 48?;><=8:0<8 =20 >:;04K: S. Troitsky, Astrophysical motivations for light axion-like particles, The 1st axion strategy meeting, CERN, 6/1=6 S. Troitsky, Potential sources of UHECRs, Searching for the origin of cosmic rays, Trondheim, ?@83;0H5==K9 35 <8=, 30/1=30 !. "@>8F:89, >A<8G5A:85 ;CG8 A25@E2KA>:8E M=5@389: A>2@5<5==K5 40==K5, ?@>1;5<K 8 ?@>B82>@5G8O, !5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 $ , ?@83;0H5==K9 30 <8=, 20/1=20 B>3> 70 2009: 144.80 8;8 143.65 (5A;8 5-?@8=B AB>8B 2 >G:0, 0 =5 4) B>3> 70 2008-2009: 430.22 8;8 423.24 (5A;8 5-?@8=B AB>8B 2 >G:0, 0 =5 4) > <=5 <5=LH5 40 ;5B, 8 O 2 2009 3>4C 70I8B8; 48AA5@B0F8N, ?>MB><C >B25B C<=>605BAO =0 2! >;CG05BAO 860.44 8;8 846.48 (5A;8 5-?@8=B AB>8B 2 >G:0, 0 =5 4)LVALNG!.. !818@O:>2,   70 2008  2009 33. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E AB0BLO <?0:B-D0:B>@ >;8G5AB2> 02B>@>2   G.Dvali, S. Sibiryakov,  Creating semiclassical black holes in collider experiments and keeping them on a string , JHEP 0803, 007 (2008) 5.375 2 30*5.375/2=80.625 G. Dvali, M. Redi, S. Sibiryakov A. Vainshtein, "Gravity Cutoff in Theories with Large Discrete Symmetries," Phys. Rev. Lett. 101, 151603 (2008) 7.180 4 30*7.180/4=53.85 S. Dubovsky, S. Sibiryakov, "Superluminal Travel Made Possible (in two dimensions)," JHEP 0812, 092 (2008) 5.375 2 30*5.375/2=80.625 A. Neronov, D. Semikoz, S. Sibiryakov, "Measuring parameters of AGN central engines with very high energy gamma-ray flares," MNRAS 391, 949 (2008) 5.185 3 30*5.185/3=51.85 D. Levkov, A. Panin, S. Sibiryakov, "Signatures of unstable semiclassical trajectories in tunneling," J. Phys. A: Math. Theor. 42, 205102 (2009) 1.540 3 30*1.540/3=15.4 D. Blas, O. Pujolas, S. Sibiryakov, "On the Extra Mode and Inconsistency of Horava Gravity," JHEP 0910, 029 (2009) 5.375 3 30*5.375/3=53.75 -;5:B@>==K5 ?@5?@8=BK ?@5?@8=B :>;8G5AB2> 02B>@>2   D.S. Gorbunov, S.M. Sibiryakov, "Self-accelerated brane Universe with warped extra dimension," arXiv:0804.2248 [hep-th] 2 4/2=2 D. Blas, O. Pujolas, S. Sibiryakov, "A healthy extension of Horava gravity," arXiv:0909.3525 [hep-th] 3 4/3=1.33 D. Blas, O. Pujolas, S. Sibiryakov, "Comment on `Strong coupling in extended Horava-Lifshitz gravity'," arXiv:0912.0550 [hep-th] 3 4/3=1.33 >:;04K =0 :>=D5@5=F8OE =0720=85 :>=D5@5=F88 B8? :>=D5@5=F88 B8? 4>:;040   "Planck 2008", 19 - 23 <0O 2008, 0@A5;>=0, A?0=8O <564C=0@>4=. CAB=K9 4>:;04 6 "20@:8 2008", 23 - 29 <0O 2008, !5@3852 >A04, >AA8O @>AA89A:0O (?) CAB=K9 4>:;04 4 "Paris-Stockholm Workshop on Consistent Infra-Red Modifications of Gravity", 24 - 28 =>O1@O 2008, 0@86, $@0=F8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "New Topics in Modern Cosmology", 27 0?@5;O - 1 <0O 2009, 0@657, $@0=F8O <564C=0@>4=. CAB=K9 4>:;04 X LVALh 6 "4th Sakharov Conference", 18 - 23 <0O 2009, >A:20, >AA8O @>AA89A:0O (?) CAB=K9 4>:;04 4 "Challenges in Theoretical Cosmology", 2 - 5 A5=BO1@O 2009, "0;;C0@, $@0=F8O <564C=0@>4=. CAB=K9 4>:;04 6 "Shining Light on Black Holes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mAm 8 245Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.. (=AB8BCB O45@=KE 8AA;54>20=89 , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<. .. 59?C=A:>3>, 3. 1=8=A:). B><=0O M=5@38O, B.106, 2K?.2, D52@0;L 20093.   = 8/8 = 1 3.59B@>==>5 A5G5=85 45;5=8O 243Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.., (/ , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<...59?C=A:>3>, 3 1=8=A:)B><=0O M=5@38O, B.107, 2K?.2,023CAB 20093.   = 8/8 = 1 ;5=0@=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 4. 5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SIPM A> AF8=B8;;OB>@>< ZnSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88. #, >A:20.   = 6*1.5/11 = 0.9 5. Measurements of neutron transmission and cross section on the TOF spectrometers of Moscow meson factory. Grigoriev Yu,V., Sinitsa V.V., Zhuravlev B.V., Alekseev A.A., Berlev A.I., Koptelov E.A., Mezentseva Zh.V. ISINN-16Dubna, Russia, June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mAm(n, f) 8 245Cm(n, f) .   = 4/8 = 0.5 8. ..20=>2, ..0@8=, .."8E>=>2, ..0@028G52, ..;5:A552, -..>?B5;>2, ..C7=5F>2, ..!04K:>2. "09483  A8AB5<0 A1>@0 8 ?@>A<>B@0 40==KE 2 CA;>28OE =59B@>=>3@0D8G5A:>3> M:A?5@8<5=B0 ?> 2@5<O?@>;QB=><C <5B>4C. @5@8=B /   1199/2008 8N;L 20083.   = 4/8 = 0.5 9. ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 244Cm(n,f) @5?@8=B /  1212/2009 <0@B 20093.   = 4/8 = 0.5 10. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 243Cm(n,f) @5?@8=B /  1231/2009 023CAB 20093.   = 4/8 = 0.5 11. ..;5:A552, ..5@3<0=, ..>=G0@5=:>, ..C7=5F>20, ..5@5:@5AB5=:> AA;54>20=85 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O Th-232 =59B@>=0<8 =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O =59B@>=>2 2 A28=F5 !-100 =AB8BCB0 O45@=KE 8AA;54>20=89 .   " /  1234/2009 :BO1@L 20093.   = 4/5 = 0.8 12. A.A.Alekseev, A.A.Bergman, A.I.Berlev, E.A.Koptelov, B.F.Samylin, A.M.Trufanov, B.I.Fursov, V.S.Shorin Neutron-Induced Fission Cross Section of Uranium and Curium Isotopes Progress report  RLVALesearch Contract 14485 Coordinated Research Project on Minor Actinide Neutron Research Data (MANREAD) IAEA INDC (CCP)-0451 Distr. MN  = 4/8=0.5LVALNG5@3<0= ;5:A59 =4@5528G AB0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   = 6.9+ 0.3+0.3+ 1.3+0.5+0.5+0.5+0.8+0.5= 11.6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 2. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=* (* & $  $878:>-M=5@35B8G5A:89 8=AB8BCB 8<5=8 .. 59?C=A:>3> ) !5G5=85 ?>410@L5@=>3> 45;5=8O 236U 6C@.  /45@=0O D878:0 2008, B>< 71, !8, A.1379-1388.   = 0.914*60/8 = 6.9 2. 59B@>==K5 A5G5=8O 45;5=8O O45@ 242mAm 8 245Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.. (=AB8BCB O45@=KE 8AA;54>20=89 , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<. .. 59?C=A:>3>, 3. 1=8=A:). B><=0O M=5@38O, B.106, 2K?.2, D52@0;L 20093.   = 0.036*60/8 = 0.3 3. 59B@>==>5 A5G5=85 45;5=8O 243Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.., (/ , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<...59?C=A:>3>, 3 1=8=A:) B><=0O M=5@38O, B.107, 2K?.2,023CAB 20093.   = 0.036*60/8 = 0.3 @5?@8=BK 1. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=* (* & $  $878:>-M=5@35B8G5A:89 8=AB8BCB 8<5=8 .. 59?C=A:>3> ). @5?@8=B / 1198/2008 8N;L 2008 AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100): 242mAm(n, f) 8 245Cm(n, f) .   = 4/8 = 0.5 2. ..5@3<0=, ..5@;52, ...@83>@L52 AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 =0 2@5<O?@>;QB=KE A?5:B@><5B@0E A 8<?C;LA=K<8 =59B@>==K<8 8AB>G=8:0<8 >A:>2A:>9 <57>==>9 D01@8:8 @5?@8=B /  1225/2009 <09 20093.   = 4/3 = 1.3 3. ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 244Cm(n,f) @5?@8=B /  1212/2009 <0@B 20093.   = 4/8 = 0.5 4. ..;5:A552, ..5@3<0=, ..5LVAL@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 243Cm(n,f) @5?@8=B /  1231/2009 023CAB 20093.   = 4/8 = 0.5 5. ..;5:A552, ..5@3<0=, ..>=G0@5=:>, ..C7=5F>20, ..5@5:@5AB5=:> AA;54>20=85 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O Th-232 =59B@>=0<8 =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O =59B@>=>2 2 A28=F5 !-100 =AB8BCB0 O45@=KE 8AA;54>20=89 .   " /  1234/2009 :BO1@L 20093.   = 4/5 = 0.8 6. A.A.Alekseev, A.A.Bergman, A.I.Berlev, E.A.Koptelov, B.F.Samylin, A.M.Trufanov, B.I.Fursov, V.S.Shorin Neutron-Induced Fission Cross Section of Uranium and Curium Isotopes Progress report  Research Contract 14485 Coordinated Research Project on Minor Actinide Neutron Research Data (MANREAD) IAEA INDC (CCP)-0451 Distr. MN  = 4/8=0.5LVALNG>B28=0 ;5:A0=4@ !B5?0=>28G, 19573. @>645=8O, :.D.-<.=, =0CG=K9 A>B@C4=8:. Sum PRND factor (2008-2009): PRND= 220.8 Publications in journals with referee examinations: 1. J.Lukasik, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, G.Imme, I.Iori, H.Johansson, K.Kezzar, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, J.Luehning, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, M.De Napoli, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, C.Sfienti, H.Simon, K.Summerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Discriminant analysis and secondary-beam charge recognition. arXiv:0707.0598v1 [nucl-ex] Nuclear Instruments and Methods in Physics Research (NIM) A, v.587, p.413-419, Amsterdam, 2008. PRND= 1.02*30/10 = 3.1 2. N.Buyukcizmeci, A.S.Botvina, I.N.Mishustin, R.Ogul. Role of bulk energy in nuclear multifragmentation. Phys. Rev. C, v.77, p.034608 (7 pages), N.Y., 2008. PRND= 3.12*30/4 = 23.4 3. 3. A.S.Botvina and I.N.Mishustin. Stellar matter in supernova explosions and nuclear multifragmentation. Yadernaya Fizika , v.71, no.6, p.1114-1120, Moscow, 2008. Physics of Atomic Nuclei, v.71, no.6, p.1088-1093 , 2008. PRND= 0.491*60/2 = 14.7 4. A.Botvina, G.Chaudhuri, S.Das Gupta, and I.Mishustin. Comparison of statistical multifragmentation model simulations with canonical thermodynamical model results: a few representative cases. Phys. Lett. B, v.668, p.414-419, Amsterdam, 2008. PRND= 4.03*30/4 = 30.2 5. V.A.Karnaukhov, H.Oeschler, A.Budzanowski, S.P.Avdeyev, A.S.Botvina, E.A.Cherepanov, W.Karcz, V.V.Kirakosyan, P.A.Rukoyatkin, I.Skwirczynska, E.Norbeck. Critical temperature for the liquid-gas phase transition (from multifragmentation and fission). Yadernaya Fizika, v.71, no.11, Moscow, 2008. LVALPRND= 0.491*60/10 = 3.0 6. R.Ogul, U.Atav, F.Bulut, N.Buyukcizmeci, M.Erdogan, H.Imal, A.S.Botvina, and I.N.Mishustin. Surface and symmetry energies in isoscaling for multifragmentation reactions. Journal of Physics G: Nucl. Part. Phys., v.36, p.115106 (7pp), 2009. PRND= 5.27*30/8 = 19.8 7. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.D.Frankland, M.Hellstroem, D.Henzlova, G.Imme, I.Iori, H.Johansson, K.Kezzar, A.Lafriakh, A.Le Fevre, E.LeGentil, Y.Leifels, J.Luehning, J.Lukasik, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Suemmerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isotopic Dependence of the Nuclear Caloric Curve. Phys. Rev. Lett., v.102, p.152701 (4 pages), N.Y., 2009. PRND= 7.18*30/10 = 21.5 8. S.Hudan, A.B.McIntosh, J.Black, D.Mercier, C.J.Metelko, R.Yanez, R.T. De Souza, A.Chbihi, M.Famiano, M.O. Fregeau, J.Gauthier, J.Moisan, R.Roy, S.Bianchin, C.Schwarz, W.Trautmann, and A.S.Botvina. Charge correlations and isotopic distributions of projectile fragmentation events in 124Xe+112Sn at E/A=50 MeV. Phys. Rev. C, v.80, p.064611 (11 pages), N.Y., 2009. PRND= 3.12*30/10 = 9.4 (only for publications 2008-2009 : PRND= 125.1 Talks (Invited talks) at International Conferences . A.S. Botvina. In-medium properties of nuclear fragments at the liquid-gas phase coexistence. Talk presentation at INPC2007. Proceedings of the INPC2007: International Nuclear Physics Conference, June 3-8 2007, Tokyo, Japan. Volume 2, pp. 504-506. Nucl. Phys. A, v.805, p.504-506, Amsterdam, 2008. PRND= 6*(1.5-1) = 3.0 2. A.S.Botvina. In-medium properties of nuclear fragments at the liquid-gas phase Aoexistence. Talk presentation at IWM2007. ProceedLVALings of the IWM2007: International Workshop on Multifragmentation and Related Topics. GANIL, Caen, France, Nov. 4-7, 2007. Editors: B.Borderie, J.Frankland, A.Pagano, S.Pirrone and F.Rizzo. Italian Physical Society, Conference Proceedings v.95, pp. 97-104, 2008. PRND = 6*(1.5-1) = 3.0 3. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Luehning, J.Lukasik, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Suemmerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isotopic effects in spectator fragmentation at relativistic energies. Talk presentation at IWM2007. Proceedings of the IWM2007: International Workshop on Multifragmentation and Related Topics. GANIL, Caen, France, Nov. 4-7, 2007. Editors: B.Borderie, J.Frankland, A.Pagano, S.Pirrone and F.Rizzo. Italian Physical Society, Conference Proceedings v.95, pp. 339-343, 2008. PRND = 6*(1.5-1)/10 = 0.3 4. A.S. Botvina. The role of multifragmentation in spallation reactions. Invited lecture, Joint ICTP-IAEA Advanced Workshop on Model Codes for Spallation Reactions. ICTP (smr-1930), Trieste, Italy. February 4 - 8, 2008. http://agenda.ictp.trieste.it/smr.php?1930 Published: IAEA, INDC International Nuclear Data Committee, Report INDC(NDS)-0530/ Distr. SC, Vienna, Austria, 2008, pp.131-138. PRND = 30*1.5 = 45.0 5. A.S. Botvina. Role of multifragmentation in spallation reactions. Talk at the First International Workshop on Accelerator Radiation Induced Activation (ARIA'08), Paul Scherrer Institut (PSI), Villigen (Switzerland). October 13-17, 2008 . http://aria.web.psi.ch/Program/index_program.html PSI ProceLVALedings 09-01, January 2009, ISSN 1019-0643, pp. 42 - 47 , Paul Scherrer Institut , Switzerland. PRND = 6*1.5 = 9.0 6. R.Ogul, U.Atav, S.Bianchin, A.S.Botvina, N.Buyukcizmeci, M.De Napoli, A.Le Fevre, J.Lukasik, I.N.Mishustin, C.Schwarz, C.Sfienti, W.Trautmann. Surface and symmetry energy effects in nuclear multifragmentation. Proceedings of the 13 International Conference on Capture Gamma-Ray Spectroscopy and Related Topics (CGS-13), Cologne, Germany, 25-29 August 2008, 3 pages. http://www.ikp.uni-koeln.de/current/cgs13/ Published by AIP (American Institute of Physics). AIP Conf. Proc., v. 1090, pp. 623-624, 2009. PRND = 6*1.5/10 = 0.9 7. A.S. Botvina. Formation of hypernuclei in high-energy nuclear reactions. Invited talk presentation, International Conference on Nuclear Fragmentation: From Basic Research to Applications (NUFRA2009), September 27 - October 4, 2009 , Kemer (Antalya), Turkey. http://fias.uni-frankfurt.de/nufra2009/ PRND= 30 = 30.0 8. W.Trautmann, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, J.Luehning, J.Lukasik, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, C.Sfienti, H.Simon, K.Suemmerer, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isotopic dependence of the caloric curve. Proceedings of ERICE-2008: International School of Nuclear Physics, 30th Course, Heavy-Ion Collisions from the Coulomb Barrier to the Quark-Gluon Plasma, Erice-Sicily: 16 - 24 September 2008. Progr. Part. Nucl. Phys. , v. 62, p.407-412 , (Elsevier), 2009. PRND= 30*1.5/10 = 4.5 Sum PRND factor (2008-2009): PRND= 220.8 Scientific-organization work: 1. Co-Chair  LVAL of NUFRA2009, responsible for Scietific Program. International Conference on Nuclear Fragmentation: From Basic Research to Applications. September 27 - October 4, 2009, Kemer (Antalya), Turkey http://fias.uni-frankfurt.de/nufra2009/ There were presented 3 invited talks from INR RAS: from N.M.Sobolevsky, I.N.Pshenichnov, and A.S.Botvina. PRND = ? Citations of A.S.Botvina scientific publications: According to www.scientific.ru : 2214 Sum PRND factor: 220.8 CI75 = A 75 3>40 2214, ?> SLAC 2106LVAL.5=8A>2 =4@59 8:>;0528G, @>4. 24.01.1984, 0A?8@0=B /.   70 2008-2009 33 = 15.5 2.1.1. C1;8:0F88 @5?@8=BK. !C<<0  =1.5 7. ..5=8A>2, ..C7=5F>2, ..K<<8:, ..!>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 @0480F8>==>9 >1AB0=>2:8 =0 C=5. 1. >7459AB285 ?@>B>=>2 30;0:B8G5A:8E 8 A>;=5G=KE :>A<8G5A:8E ;CG59. @5?@8=B /  1220/2009, >A:20, 2009.  =4/4*1.5=1.5 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =14 1. A.Denisov, A.Feschenko, A.Aleksandrov. Peculiarities of Bunch Shape Measurements of H minus Beams in Linear Accelerators. >:;04 =0 XXI A5@>AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (RuPAC 2008), 28 A5=BO1@O  3 >:BO1@O, 25=83>@>4, >AA8O. !5:F8>==K9 4>:;04.  =4/3*1.5=2 2. A.Denisov, N.Kuznetsov, R.Nymmik, M.Panasyuk, N.Sobolevsky. Assessment of Radiation Environment in the Moon Caused by Protons and Nuclei of GCR and SEP. Invited talk at the NUFRA2009 International Conference Kemer, Turkey, September 28 October 430, 2009. http://fias.uni-frankfurt.de/historical/nufra2009/. @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 NUFRA2009.  =30/5*1.5=9 5. A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, V.I.Panasyuk, N.M.Sobolevsky. Predicting of the Radiation Hazard in the Moon. Talk at the 17th IAA Humans in Space Symposium, Moscow, Russia, in June 7 11, 2009. http://iaa-his2009.imbp.ru/Sessions.pdf !5:F8>==K9 4>:;04, Submitted to Acta Astronautica.  =6/5*1.5=1.8 7. ..5=8A>2, ..C7=5F>2, ..K<<8:, ..0=0AN:, ..!>1>;52A:89. F5=:0 @0480F8>==>9 >1AB0=>2:8 =0 C=5. "@C4K 52-9 =0CG=>9 :>=D5@5=F88 $" !>2@5<5==K5 ?@>1;5<K DC=40<5=B0;L=KE 8 ?@8:;04=KE =0C:, 3. >;3>?@C4=K9, 27 30 =>O1@O 2009. '0ABL VIII, @>1;5<K A>2@5<5==>9 D878:8, AB@.112. !5:F8>==K9 4>:;04.  =4/5*1.5=1.2LVALNG;5<5=BL52 235=89 !B0=8A;02>28G 12.04.1968 :.D.-<.=., A.=.A. !!  B>3>2K9   (2008-2009)= 280.34   2009 !B0BL8 2 70@C156=KE @5D5@8@C5<KE 6C@=0;0E 1. Kondo universality and energy scales in plutonium, E.S. Clementyev, A.Mirmelstein, J. Of Nucl. Mater., 385 (2009) 63-65.   1.501*30/2 = 22.52 2. Pressure effects in CeNi, A.Mirmelstein, E.S. Clementyev, O.Kerbel, D.Kozlenko, Yu.Akshentsev, V.Voronin, I.Berger, J. Of Nucl. Mater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eNi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i5 (R = La, Pr) ..07C:>2, ..;5:A552, .!.;5<5=BL52, ..>LVAL20;52, ..!048:>2, ..   1.5*4/5 = 1.20 !B5=4>2K5 4>:;04K =0 :>=D5@5=F8OE 1. VII 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2 0=>-8>-=D>->3=8B82=K5 B5E=>;>388 !---2009 ;8O=85 0<>@D870F88 =0 ;>:0;L=>5 >:@C65=85 8 B5?;>5<:>ABL A>548=5=89 RNi5 (R = La, Pr), 07C:>2 .., ;5:A552 .., ;5<5=BL52 .!., @C3;>2 !.., 5=CH5=:>2 .., !048:>2 .., '5@=8:>2 .., !84>@>2 .., @8H8=0 .. 2. VII 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2 0=>-8>-=D>->3=8B82=K5 B5E=>;>388 !---2009 59B@>=>3@0D8G5A:85 CAB0=>2:8 2KA>:>3> 402;5=8O "@5AA-1" 8 "5@:C;5A" / , :A5=>2 !.., !04K:>2 .., ;5<5=BL52 .!., O?8= .., C;:8= .., ;5:A552 .., C7=5F>2 .., O1>2 ..., >?B5;>2 -.., 3. VII 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2 0=>-8>-=D>->3=8B82=K5 B5E=>;>388 !---2009 @>5:B CAB0=>2>: =5C?@C3>3> @0AA5O=8O =59B@>=>2 2> 2B>@>< M:A?5@8<5=B0;L=>< 70;5 8AB>G=8:0 =59B@>=>2 -06 / , >=>=KE8= .!., ;5<5=BL52 .!., !04K:>2 .., >?B5;>2 -.., 4. VII 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2 0=>-8>-=D>->3=8B82=K5 B5E=>;>388 !---2009 @>5:B AB0=F88 " 5=B35=>2A:0O A?5:B@>A:>?8O - <03=8B=K9 48E@>87<" =0 2833;5@=>< :0=0;5 &!8", /:>25=:> .., 5;8360=8= .., C1028GCA /.., '5@=KH>2 .., "@83C1 .., ;5<5=BL52 .!., !5=8= .., 5. 564C=0@>4=K9, <5648AF8?;8=0@=K9 A8<?>78C<  $07>2K5 ?@52@0I5=8O 2 B25@4KE @0AB2>@0E 8 A?;020E -12, >AB>2-=0 >=C  >>, 10-16.09.2009 #A8;5=85 ;>:0;87>20==>3> <03=5B87<0 1;03>40@O >=4>-8>=0<, .!. ;5<5=BL52, .. 8@<5;LHB59=, ..;5:A552, .. 07C:>2, .. @810=>2, G.Lapertot XXXV !>25I0=85 ?> D878:5 =87:8E B5<?5@0BC@ ("-35), '5@=>3>;>2:0, >A:>2A:0O >1;., 2LVAL 9.09  2.10.2009 "5?;>5<:>ABL 0<>@D=KE A>548=5=89 RNi5 (R = La, Pr), ..;5:A552, .!.;5<5=BL52, ..>20;52, ..07C:>2, ..!048:>2, !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5<)  =30/2=15.00 07@01>B:0 =>2>3> =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 A8;L=>:>@@5;8@>20==KE M;5:B@>==KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5<)   = 30.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ 59B@>==K5 <5B>4K 8AA;54>20=89 2 D878:5 :>=45=A8@>20==>3> A>AB>O=8O ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5<)   = 8.00 B>3>2K9   (2009)= 193.31   2008 !B0BL8 2 70@C156=KE @5D5@8@C5<KE 6C@=0;0E: 1. Magnetic properties of the mixed-valence manganese oxide Pb3Mn7O15 N.V.Volkov, K.A.Sablina, O.A.Bayukov, E.V.Eremin, G.A.Petrakovskii, D.A.Velikanov, A.D.Balaev, A.F.Bovina, P.Boni, E.Clementyev Journal of Phys. Cond. Matter 20(5) (2008) 055217-055222   1.90*30/10 = 5.70 @83;0H5==K5 4>:;04K =0 :>=D5@5=F8OE 1. @83;0H5==0O ;5:F8O =0 42-9 8<=59 (:>;5 /$ ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, 25 D52@0;O - 1 <0@B0 2008, 5?8=> "5@<>M;5:B@8G5A:85 ?@5>1@07>20B5;8 M=5@388 =0 >A=>25 0=><0;L=KE @54:>75<5;L=KE <0B5@80;>2 .!. ;5<5=BL52   20/1 = 20.00 2. @83;0H5==0O ;5:F8O, H:>;0 ! /$, 16-18 A5=BO1@O 2008 3. 5C?@C30O A?5:B@>A:>?8O 8 A8;L=>:>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K .!.;5<5=BL52   20/1 = 20.00 #AB=K5 4>:;04K =0 :>=D5@5=F8OE 1. 8-9 564C=0@>4=K9 A5<8=0@ $C=40<5=B0;L=K5 A2>9AB20 ?;CB>=8O, !=568=A:, A5=BO1@L 2008 >=4> C=825@A0;L=>ABL 2 ?;CB>=88, .!.;5<5=BL52, ..8@<5;LHB59=   4/2 = 2.00 2. 8-9 564C=0@>4=K9 A5<8=0@ $C=40<5=B0;L=K5 A2>9AB20 ?;CB>=8O, !=568=A:, A5=BO1@L 2008 -DD5:BK 402;5=8O 2 CeNi ..8@<5;LHB59=, .!.;5<5=BL52, ..5@15;L   4/3 = 1.33 !B5=4>2K5 4>:;04K =0 :>=D5@5=F8OE 1. 564C=0@>4=0O :>=D5@5=F8O C4CI55 =0C:8 > ?;CB>=88  2008, 86>=, 7-11 8N;O 2008 Kondo universality and energy scale LVAL s in plutonium, E.S. Clementyev, A.Mirmelstein, 2. 564C=0@>4=0O :>=D5@5=F8O C4CI55 =0C:8 > ?;CB>=88  2008, 86>=, 7-11 8N;O 2008 Pressure effects in CeNi, A.Mirmelstein, E.S. Clementyev, O.Kerbel, D.Kozlenko, Yu.Akshentsev, V.Voronin, I.Berger, C:>2>4AB2> 0A?8@0=B>< - ..5@15;L ( $/& "$)   = 30.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 !$" (D8;80; /# $) $878:0 B25@4>3> B5;0 (:0D54@0 M:A?5@8<5=B0;L=>9 O45@=>9 D878:8)   = 8.00 B>3>2K9   (2008)= 87.03 B>3>2K9   (2009)= 193.31rLVALNGC7=5F>2 0;5@89 5>=84>28G @>4. 10 >:BO1@O 19483. !B0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   =0.9+0.9+0.9+0.9+7.9 = 11.5 0AGQB   (20083.  20093.) 20083. 1. 5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SIPM A> AF8=B8;;OB>@>< ZnSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, ..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88. #, >A:20.   = 6*1.5/10 = 0.9 2. 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / ., ..!04K:>2, ..C7=5F>2, ... O1>2, ..;5:A552, .!.8B28=, !.$.!84>@:8=, ..$54G5=:>, ..CBC7>2, ..@BNH8=, ..@0G52, ..$5I5=:>, .. !5@>2, -..>?B5;>2, ..@02GC:, ..>10H>2, ..0B2552. !>25I0=85 ! 2008, 13-18 >:BO1@O 2008 3. #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88.   = 6*1.5/10 = 0.9 3. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 <57>==>9 D01@8:8. ... O1>2, .. @0G52, .. 0<0=8=, .. C7=5F>20*, .. C7=5F>2,-.. >?B5;>2, ..810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, . .!04K:>2, .. !>1>;52A:89, .. $54G5=:>. !>25I0=85 ! 2008, 13-18 >:BO1@O 2008 3. #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88.   = 6*1.5/10 = 0.9 4. Gevorg Danilyan, Peter Granz, Jens Klenke, Vyacheslav Krakhotin, Valery Kuznetsov, Ferenz Mezei, Vadim Novitsky, Valery Pavlov, Margarita Russina, Pavel Shatalov, and Thomas Wilpert Fissile Nuclei Rotation Effect in 235U(n, gf) Process. 13th International Symposium on Capture Gamma-Ray Spectroscopy and Related Topics. To be published by AIP.   = 6*1.5/10 = 0.9 2009 3. 1. . . 0=8;O=, . ;5=:5, . . @>E>B8=, . . C7=5F>2, . . >28F:89, . !. 02;>2, .  (0B0;>2., @5445;8B5;L=K5 g-:20=BK. /$, 2009, B. 72, ! 11, A. 1-6.   = 0.914*60/7 = 7.9LVAL !5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, A.=.A., :. D.-<. =.,   70 2008-2009 33.   = 63.87. 1. A.A. Semenov, C.H. Woo and W. Frank,  Diffusion anisotropy and void development under cascade irradiation . - Applied Physics A, 2008, Vol. 93, p. 365-377 (?@83;0H5==0O AB0BLO).   = 1.88430/3 = 18.84. 2. A.A. Semenov and C.H. Woo,  Non-linear dynamics of microstructure evolution and hyper void-lattice formation . - J. Nucl. Mater., 2008, Vol. 382, p. 96-102.   = 1.50130/2 = 22.515. 3. A.A. Semenov and C.H. Woo,  Modeling dislocation structure development and creep-swelling coupling in neutron irradiated stainless steel . - J. Nucl. Mater., 2009, Vol. 393, p. 409-417.   = 1.50130/2 = 22.515. B>3>:   = 63.87.C7=5F>20 235=8O 0A8;L52=0 @>4. 10 A5=BO1@O 19503. !B0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   =0.9+0.8= 1.7 20083. 1. 5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SIPM A> AF8=B8;;OB>@>< ZnSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88.#, >A:20.   = 6*1.5/10 = 0.9 2. AA;54>20=85 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O Th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ustafin, A.Plotnikov, L.Latycheva, N.Sobolevsky, A.Smolyakov. Radiation damage to some accelerator elements in FAIR. Preprint GSI AC Note 2008 005, GSI, Darmstadt, 2008. https://www.gsi.de/documents/DOC-2008-Jun-14-1.pdf.  =4/5=0.8 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =21.33 1. N.M.Sobolevsky, L.N.Latysheva Application of the SHIELD Transport Code In the Field of Hadron Therapy. Invited Talk at the CoNuSS2008 International Conference, Belgrade, Serbia, September 22 25, 2008. http://nss.vin.bg.ac.yu/CoNuSS2008.htm @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 CoNuSS2008.  =30/2=15 3. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2009, '51>:A0@K, 15 19 8N=O 2009 3. !5:F8>==K9 4>:;04, 725AB8O  A5@. $878G5A:0O, 2 ?5G0B8.  =6/3=2 4. L.N.Latysheva, N.M.Sobolevsky. Applications of the SHIELD transport code to studies in hadron therapy and to heavy ion transport in matter. Talk at the International meeting "Heavy Ion Stopping'09", ITEP, Moscow, June 3-5, 2009, Moscow, Russia. #AB=K9 4>:;04, http://plasma.itep.ru/his2009/index.php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eGe 8 MnSi . !B5=4>2K9 4>:;04 =0 VI :>=D5@5=F88  !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O "@>8F:, 2008 3.  =4/6H"0.6 2).!04K:>2 .., !84>@>2 .., 5154L .. ., 8B28= . !.  AA;54>20=85 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi  !B5=4>2K9 4>:;04 =0 !>25I0=88 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( !-2008), 0BG8=0, 2008.  =4/4=1 3).he Journal of science and technology of advanced materials 9 (2008) 044210 E A Ekimov, V A Sidorov, A Zoteev, Yu B Lebed, J D Thompson, S M Stishov  Structure and superconductivity of isotope-enriched boron-doped diamond .  =30/6*1,267=6,33 4). E A Ekimov, V A Sidorov, A Zoteev, Yu B Lebed, J D Thompson, E.D. Bauer and S M Stishov,  Superconductivity in diamond induced by boron doping at high pressure Phisica status solidi (b), 1-6 (2008).  =30/7*4,357H"18,67 5). 59B@>=>- 8 @5=B35=>3@0D8G5A:>5 8AA;54>20=8O AB@C:BC@K 8 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi. !04K:>2 .., !84>@>2 .. 5154L ... ,8B28= .!., (5?BO:>2 .,$>: . 11-9 <564C=0@>4=K9 A8<?>78C<  #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E (Ordering in Minerals and Alloys-11) , >AB>2-=0  >=C, ?. >>, 10-15 A5=BO1@O 2008 3. "@C4K A8<?>78C<0 B>< 2 AB@146.  = 1.5*6/6=1.5 2009 3. 1) #AB=K9 4>:;04 =0 "@5BL59 <564C=0@>4=>9 :>=D5@5=F88 5D>@<0F8O 8 @07@CH5=85 <0B5@80;>2 8 =0=><0B5@80;>2, >A:20, 12-15 >:BO1@O 2009. 59B@>=>- 8 @5=B35=>3@0D8G5A:85 CAB0=>2:8 =0 1075 /  4;O 8AA;54>20=8O <0B5@80;>2.!04K:>2 .., ;5<5=BL52 .!., C7=5F>2 !.., 8B28= .!., "@C=>2 .., O?8= .., O1>2 ..., :A5=>2 !.., 5154L ..., >?B5;>2 -.. !1>@=8: <0B5@80;\LVALl>2 B 2, AB@ 258.  =4/9*1.5=0.67 2) #AB=K9 4>:;04 =0 45AOB>9 <564C=0@>4=>9 :>=D5@5=F88 $878:>-E8<8G5A:85 8 ?5B@>D878G5A:85 8AA;54>20=8O 2 =0C:0E > 5<;5 >A:20, 26-29 >:BO1@O 2009 3>40. !1>@=8: <0B5@80;>2, AB@. 307. !04K:>2 .., ;5<5=BL52 .!., :A5=>2 !.., 5154L ..., O?8= .., >?B5;>2 -.. 59B@>=>- 8 @5=B35=>3@0D8G5A:85 CAB0=>2:8 =0 1075 /  4;O 8AA;54>20=8O <0B5@80;>2 ?@8 2KA>:8E 402;5=8OE.  =4/6*1.5=1. 3) #AB=K9 4>:;04 =0 VII =0F8>=0;L=>9 :>=D5@5=F88 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 M;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2 0=>-8>-=D>->3=8B82=K5 B5E=>;>388 !---2009. 16-21 =>O1@O 2009 " -  " $'! #!"   /  :!  !!"/. . . !04K:>21, .!. ;5<5=BL521,2, ..O?8=3 , !.. :A5=>21 ,!..C7=5F>24, . !. 8B28=1, .."@C=>25 , .. C;:8=5, .. #;LO=>25, ... O1>21, ... 5154L1, -..>?B5;>21. "578AK 4>:;04>2 ,AB@. 552.  =4/12=0.33LVALNG!04K:>2 028;L AE0B>28G, 1949 3. >645=8O, :.D-<.=., 702. !!   2008. 1. !B0BL8: 1.1."Nonmagnetic high pressure cell for magnetic remanence measurements up to 1.5 Gpa in a superconducting quantum interference device magnetometer" Rev. Sci. Instrum. 79, 115102 (2008); DOI:10.1063/1.2999578 Published 7 November 2008 Ravil A. Sadykov,1,2 Natalia S. Bezaeva,3,4 Alexander I. Kharkovskiy,2 Pierre Rochette,3 Jerome Gattacceca,3 and Vladimir I. Trukhin4 1Institute for Nuclear Research, RAS, 117312, Moscow, Prospect 60-letiya Oktiabria 7a, Russia 2Institute for High Pressure Physics, RAS, 142190 Troitsk, Moscow Region, Russia 3CEREGE, CNRS/Aix-Marseille Universite, BP 80, 13545, Aix en Provence, Cedex 4, France 4Faculty of Physics, M.V. Lomonosov Moscow State University, Leninskiye Gori, 11992 Moscow, Russia Review of Scientific Instrumentfs (2007 Impact Factor: 1.384)  =(1.384E30)/6=6.92 1.2. ..20=>2, ..0@8=, .."8E>=>2, ..0@028G52, ..;5:A552, -..>?B5;>2, ..C7=5F>2, ..!04K:>2. ""09483-A8AB5<0 A1>@0 8 ?@>A<>B@0 40==KE 2 CA;>28OE =59B@>=>3@0D8G5A:>3> M:A?5@8<5=B0 ?> 2@5<5=8 ?@>;5B0."   " / -1199.2008,8N;L,1-23AB@.>A:20.  =4/8=0.5 3. #G0AB85 2 =0CG=KE <5@>?@8OB8OE: 3.1. 4>:;04 CAB=K9 59B@>=>- 8 @5=B35=>3@0D8G5A:>5 8AA;54>20=8O AB@C:BC@K 8 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi. !04K:>2 ..,!84>@>2 .. 5154L ... ,8B28= .!.,(5?BO:>2 .,$>: . 11-9 <564C=0@>4=K9 A8<?>78C<  #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E (Ordering in Minerals and Alloys-11) , >AB>2-=0  >=C, ?. >>, 10-15 A5=BO1@O 2008 3. "@C4K A8<?>78C<0 B>< 2 AB@146-149.  =(4*1.5)/6=1 3.2. 4>:;04 CAB=K9 "High Pressure For Neutron Scattering At Low Temperatutres And High Magnetic Fields." Ravil A. Sadykov. > Inst. Nuclear Research RAS, prospekt 60-letiya Oktyabrya 7a, Moscow 117312 > Institute for High Pressure Physics RAS, 142190, Troitsk, Moscow region. SE2008-Sample Environment at Neutron Scattering Facilities Workshop. 2008 May, ILL. France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ezaeva N.S., Rochette P., Gattacceca J., Sadykov R.A, Trukhin V.I., New pressure demagnetization experiments on rocks and synthetic samples  Oralpresentation, EGU General Assembly 2008, Vienna, Austria, Vol. 10, EGU2008-A-09227, April 2008.  =6/5=1.2 Bezaeva N.S., Gattacceca J., Rochette P., Sadykov R.A. And Trukhin V.I., xperimental Pressure Demagnetization of Rocks up to 1.2 Gpa  Poster, AGU Fall Meeting 2008, San Francisco, USA, December 2008.4. 4.!>@C:>2>4AB2> 0A?8@0=B><:  =30/2=15 B>3>2K9  2008= 31.2   2009. >=D5@5=F88: 1) The third Interna tional conference  Deformation & Fracture of Materials and Nanomaterials (DFMN 2009) , Russian academy of sciences. Baikov institute of metallurgy and material science RAS !1>@=8: <0B5@80;>2 "@5BL59 <564C=0@>4=>9 :>=D5@5=F88, 5D>@<0F8O 8 @07@CH5=85 <0B5@80;>2 8 =0=><0B5@80;>2, >A:20, 12-15 >:BO1@O 2009, B 2, AB@ 258. CAB=K9 4>:;04: 59B@>=>- 8 @5=B35=>3@0D8G5A:85 CAB0=>2:8 =0 1075 /  4;O 8AA;54>20=8O <0B5@80;>2. !04K:>2 .., ;5<5=BL52 .!., C7=5F>2 !.., 8B28= .!., "@C=>2 .., O?8= .., O1>2 ..., :A5=>2 !.., 5154L ..., >?B5;>2 LVAL-.. (CAB=K9 4>:;04).  =4/10=0.4 1.1. AB5=4. >:;04: . . !04K:>21,2, .. C;NB8=2, . !. 8B28=1, !.. :A5=>21 !!"  !" #"#  ! 40%.      "+% "  $'!%  % +! /  40  . 2) 5AOB0O <564C=0@>4=0O :>=D5@5=F8O $878:>-E8<8G5A:85 8 ?5B@>D878G5A:85 8AA;54>20=8O 2 =0C:0E > 5<;5 (?0<OB8 ?@>D. ..!. 5=H0DB0) >A:20, 26-29 >:BO1@O 2009 3>40. !1>@=8: <0B5@80;>2, AB@. 307. >AA89A:0O :045<8O =0C:. =AB8BCB D878:8 75<;8 8<. ... (" , =AB8BCB 35>E8<88 8 0=0;8B8G5A:>9 E8<88 8<. 5@=04A:>3> (% ). #AB=K9 4>:;04: !04K:>2 .., ;5<5=BL52 .!., :A5=>2 !.., 5154L ..., O?8= .., >?B5;>2 -.. 59B@>=>- 8 @5=B35=>3@0D8G5A:85 CAB0=>2:8 =0 1075 /  4;O 8AA;54>20=8O <0B5@80;>2 ?@8 2KA>:8E 402;5=8OE.  =4/6=0.667 3) 5AOB0O <564C=0@>4=0O :>=D5@5=F8O $878:>-E8<8G5A:85 8 ?5B@>D878G5A:85 8AA;54>20=8O 2 =0C:0E > 5<;5 (?0<OB8 ?@>D. ..!. 5=H0DB0) >A:20, 26-29 >:BO1@O 2009 3>40. !1>@=8: <0B5@80;>2, !B@. 305 . >AA89A:0O :045<8O =0C:. =AB8BCB D878:8 75<;8 8<. ... (" , =AB8BCB 35>E8<88 8 0=0;8B8G5A:>9 E8<88 8<. 5@=04A:>3> (% ). #AB=K9 4>:;04 !04K:>2 .., 570520 .!., :A5=>2 !.., "@CE8= .. , Rochette P., Gattacceca J. 5<03=8B=0O OG59:0 2KA>:>3> 402;5=8O 4;O 87<5@5=8O A;01> <03=8B=KE 3>@=KE >1@07F>2 4> 2 ?0 2 A25@E?@>2>4OI5< :20=B>2>< <03=8B><5B@5.  =4/6=0.667 !-  2009 1. !5:F8O 3-O, CAB=K9 4>:;04: (8@O52 .., !04K:>2 .!., Seidl T., Mustafin E. >48D8:0F8O AB@C:BC@K ?>;8<5@>2 ?@8 >1;CG5=88 BO65;K<8 2KA>:>M=5@35B8G=K<8 8>=0<8: 40==K5 @5=B35=>2A:>9 48D@0:F88 8 <0;>C3;>2>3> @0AA5O=8O. @=4=4/4=1 2. !5:F8O 6-O , ?@83;0H5==K9 4>:;04: 8B28= .!., "@C=>2 .., C;:8= .., #;LO=>2 .., 8O4>2 ..,!04K:>2 .., >?B5;>2 -.. 59B@>==K9 @5D;5:B><5B@-<0;>C3;>2>9 A?5:B@><5B@ ">@87>=B" =0 8<?C;LA=>< 8AB>G=8:5 -06. @=4=20/7= 2,857 3. CAB=K9 4>:;04: !04K:>2 .., ;5<5=BL52 .!., O?8= .., :A5=>2 !.., C7=5F>2 !.., 8B28= .!., "@C=>2 .., C;:8= .., #;LO=LVAL>2 .., O1>2 ..., 5154L ..., >?B5;>2 -.. 59B@>=>- 8 @5=B35=>3@0D8G5A:85 CAB0=>2:8 =0 1075 / : A>2@5<5==>5 A>AB>O=85 .  =4/12=0.333. 4. CAB=K9 4>:;04: >78F8>==>-GC2AB28B5;L=K9 ?@>2>;>G=>-AB@8?>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B5@><. !. . >B0H52, .!.8B28=, .. 078=, ..!04K:>2. 59 <564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@>-2009, 15-19 8N=O 2009, '51>:A0@K (A. 277) @=4=4/4=1 5. CAB=K9 4>:;04: 4. 2CE:>>@48=0B=K9 45B5:B>@ 4;O =59B@>==>3> @5D;5:B><5B@0-<0;>C3;>2>3> A?5:B@><5B@0 >@87>=B =0 >A=>25 AF8=B8;;OB>@0 ZnS(Ag)/6LiF. . !. 8B28=, . . 5;O52, !. %. 0@052A:89, . . 54>@57>2, . . !04K:>2. 59 <564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@>-2009, 15-19 8N=O 2009, '51>:A0@K (A. 278)  =4/5=0.8 6. CAB=K9 4>:;04: 1. Bezaeva N.S., Gattacceca J., Rochette P. And Sadykov R.A. (2009) Pressure demagnetization of ordinary chondrites up to 1.8 Gpa: new experimental data, Eos Trans. AGU Fall Suppl., 90(54), GP41B-0824. -1AB@0:B :>=D5@5=F88 American Geophysical Union Fall Meeting 2009 (14-18 December 2009, San Francisco, USA)  =4/4=1 4. !5:F8O 6-O, AB5=4>2K5 4>:;04K : 4.1.:A5=>2 !.., !04K:>2 .., ;5<5=BL52 .!., O?8= .., C;:8= .., ;5:A552 .., C7=5F>2 .., O1>2 ..., >?B5;>2 -.. 59B@>=>3@0D8G5A:85 CAB0=>2:8 2KA>:>3> 402;5=8O "@5AA-1" 8 "5@:C;5A" /  . 4.2. ;5:A552 .., !04K:>2 .., C7=5F>2 .., O1>2 ..., 8B28= .!. >7<>6=>AB8 50-<5B@>2>9 ?@>;QB=>9 107K CAB0=>2:8 -! =59B@>==>3> :><?;5:A0 /  4;O 8AA;54>20=89 2 >1;0AB8 D878:8 :>=45=A8@>20==KE A@54. 4.3. >=>=KE8= .!., ;5<5=BL52 .!., !04K:>2 .., >?B5;>2 -.. @>5:B CAB0=>2>: =5C?@C3>3> @0AA5O=8O =59B@>=>2 2> 2B>@>< M:A?5@8<5=B0;L=>< 70;5 8AB>G=8:0 =59B@>=>2 -06 / . 4.4. >B0H52 !.., 8B28= .!., 078= .., !04K:>2 .., >?B5;>2 -.. >78F8>==>-GC2AB28B5;L=K9 45B5:B>@ B5?;>2KE =59B@>=>2 A :>=25@B5@>< 87 B25@4>3> 1>@0-10. !B0BL8: 1. InterpLVALlay between magnetism and superconductivity and the appearance of a second superconducting transition in -FeSe at high pressure. V A Sidorov1, A V Tsvyashchenko1 and R A Sadykov1,2 1 Institute for High Pressure Physics, Russian Academy of Sciences, 142190 Troitsk, Russia ,2 Institute for Nuclear Research, Russian Academy of Sciences, 142190 Troitsk, Russia J. Phys.: Condens. Matter 21 (2009) 415701 (7pp) Impact 1.9  =30E1.9/3=19 2. @8<5=5=85 AF8=B8;;OB>@>2 =0 >A=>25 ZnS(Ag)/6LiF 8 LiI(Eu) 2 A>G5B0=88 A :@5<=852K<8 D>B>C<=>68B5;O<8 2 45B5:B>@0E B5?;>2KE =59B@>=>2 A 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. . !. 8B28=, . . 5;O52, !. . 3=0B>2, . . 54>@57>2, . . !04K:>2, .  . ;5:A552, . . C7=5F>20, . . C7=5F>2, . . 0@8=, . . 20=>2. 725AB8O . !5@8O D878G5A:0O. 2009, ". 73, !2, !. 230-232. Impact 0.406(2008)  =60x 0.277 /10=1.662 4. !>@C:>2>4AB2> 0A?8@0=B0<8 (.!. 8B28= 8 !.. :A5=>2)  =30/2 E2=30 -- !04K:>2 ..  (2009)= 58,386 _________________________________________________________________ !04K:>2 .. (2008+2009)=31.2+58,386=89,586 >4AG5B   A CG5B><   A>B@C4=8:>2: 1. !04K:>2 .. (2008+2009)=31.2+58,386=89,586*0.5=44,793=44.8 2. .!.;5<5=BL52   (2008-2009)= 280.34 3. 5154L ...  (2008+2009)=30,1. 4 8B28= . !.  (2008+2009) =22.35 5. :A5=>2 !.. (2009) = 3 !C<<0   A>B@C4=8:>2 !!: (280.34+30.1+22.35+3)*0.75=335.79*0.75=251,8 B>3>2K9   !04K:>2 ..(@C:+A>B@C4=)=44.8+251.8=296,6 >?>;=8B AB0BLO: Interplay between magnetism and superconductivity and appearance of a second superconducting transition in alpha-FeSe at high pressure Authors: V.A. Sidorov, A.V. Tsvyashchenko, R.A. Sadykov (Submitted on 16 Mar 2009) Subjects: Superconductivity (cond-mat.supr-con); Strongly Correlated Electrons (cond-mat.str-el) Cite as: arXiv:0903.2873v1 [cond-mat.supr-con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q l  g  b ]  X  SNID?:50kB@?eNGHHHH<??C33B@?tY_NGHHHH<?= @@? @^HHHH<?[ @@?Z@]HHHH<?= @@? @]HHHH<?(AyiB@?r$ZNGHHHH<?Q AffHA@? @YHHHH<?GA@?HWNGHHHH<?3A@?UNGHHHH<?H!C@?vSNGHHHH<?z A@?QNGHHHH<?ff?@?F@LHHHH<? B@?ONGHHHH<?= @ZA@?MNGHHHH<?ף?@?@LHHHH<?F33^B@? @KHHHH<?(@L7@@?B@JHHHH<?8B B@? @IHHHH<?7,B'B@?FGNGHHHH<?D0A@?ENGHHHH<?ffA@?\ @DHHHH<?ff?@?<@CHHHH<?4 @@? @BHHHH<?4 ff@@? @AHHHH<?6 @@?@@HHHH<?~B#B@?+=NGHHHH<?N f9C@? @<HHHH<?NB@?2:NGHHHH<? B@?8NGHHHH<? C@?6NGHHHH<?B@?:4NGHHHH<?1q=B@?>@%HHHH<?V@C@?O.NGHHHH<?f>DÕC@? 0*NGHHHH<? pB@?p(NGHHHH<? Q%C@?P&NGHHHH<?\A@?@%HHHH<?A@? @$HHHH<?3C@?+!NGHHHH<?G\B@?NGHHHH<?3CCC@?4NGHHHH<?) ̲A@?<<<<<?@?<<<<<? @@ @?<<<<<?}'CC@?&>NGHHHH<?tQ9B@?&@HHHH<?LVALNG!>1>;52A:89 8:>;09 8E09;>28G, @>4. 06.04.1944, 4.D.-<.=., ?@>D., 702. A5:B. .   70 2008-2009 3>4K: 90.143+4.267+14.133+29.33+30.0=167.873   ..!>1>;52A:>3> :0: 702. A5:B>@>< 136.062 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5D5@8@C5<KE 6C@=0;0E. !C<<0  =90.143 1. S.P.Ryumin, N.M.Sobolevsky, M.V.Ufimtsev. Variations of the Flux and the Energy Spectrum of Neutrons Born in the Galactic Cosmic Ray Proton Interactions with the Matter of Earth's Satellites and Orbital Stations. Radiation Measurements 43 (2008) 47-55.  =1.267*30/3=12.67 2. M.Hollmark, I.Gudowska, D~.Belki, A.Brahme, N.Sobolevsky. An Analytical Model for Light Ion Pencil Beam Dose Distributions: Multiple Scattering of Primary and Secondary Ions. Phys. Med. Biol. 53 (2008) 3477-3491.  =2.784*30/5=16.704 3. L.Beskrovnaia, B.Florko, M.Paraipan, N.Sobovevsky, G.Timoshenko. Verification of Monte Carlo Transport Codes FLUKA, GEANT4 and SHIELD for Radiation Protection Purposes at Relativistic Heavy Ion Accelerators. Nucl. Instr. Meth. B266 (2008) 4058-4060  =0.999*30/5=5.994 4. I.Straak, E.Mustafin, A.Fertman, R.Hinca, M.Pavlovi , D.Schardt, N.Sobolevskiy, A.Golubev, B.Sharkov, G.Fehrenbacher, I. Hofmann, H.Iwase, E.Kozlova, G.Mustafina. Experimental Study of the Residual Activity Induced by 950 MeV/u Uranium Ions in Stainless Steel and Copper. Nucl.Instr.Meth. B266(2008)3443 3452.  =0.999*30/10=2.997 5. K.Henkner, N.Bassler, N.Sobolevsky, O.Jkel. Monte Carlo Simulations on the water-to-air stopping power ratio for carbon ion dosimetry. Medical Physics 36 (2009) 1230-1235.  =3.871*30/4=29.032 6. K.Henkner, N.Sobolevsky, H.Paganetti, O.Jkel. Test of the nuclear interaction model in SHIELD-HIT and a comparison to energy distributions from GEANT4. Phys. Med. Biol. 54 (2009) N509-N517.  =2.784*30/4=20.880 7. Yu.Titarenko, V.Batyaev, A. Titarenko, M.Butko, K.Pavlov, S.Florya, R.Tikhonov, P.Boyko, A.Kovalenko, N.Sobolevsky, V.Anashin, S.Mashnik, W.Gudowski, N.Mokhov, I.Rakhno. Beam DumLVALp and Local Shielding Layout Around the ITEP Radiation Test Facility. Nuclear Technology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ustafin, A.Plotnikov, L.Latycheva, N.Sobolevsky, A.Smolyakov. Radiation damage to some accelerator elements in FAIR. Preprint GSI AC Note 2008 005, GSI, Darmstadt, 2008. https://www.gsi.de/documents/DOC-2008-Jun-14-1.pdf.  =4/5=0.8 5. N.Sobolevsky. Modifications in Monte Carlo transport code SHIELD to use its output with the code DCHAIN-SP. GSI, Darmstadt, 2008. http://www.gsi.de/documents/DOC-2008-Nov-1LVAL16-1.pdf.  =4 6. N.Sobolevsky. Modification of the Monte-Carlo particle transport code SHIELD for needs of the FAIR project. GSI, Darmstadt, 2008. http://www.gsi.de/documents/DOC-2008-Dec-142-1.pdf.  =4 7. ..5=8A>2, ..C7=5F>2, ..K<<8:, ..!>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 @0480F8>==>9 >1AB0=>2:8 =0 C=5. 1. >7459AB285 ?@>B>=>2 30;0:B8G5A:8E 8 A>;=5G=KE :>A<8G5A:8E ;CG59. @5?@8=B /  1220/2009, >A:20, 2009.  =4/4=1 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =29.33 1. N.M.Sobolevsky, L.N.Latysheva Application of the SHIELD Transport Code In the Field of Hadron Therapy. Invited Talk at the CoNuSS2008 International Conference, Belgrade, Serbia, September 22 25, 2008. http://nss.vin.bg.ac.yu/CoNuSS2008.htm @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 CoNuSS2008.  =30/2=15 2. A.Denisov, N.Kuznetsov, R.Nymmik, M.Panasyuk, N.Sobolevsky. Assessment of Radiation Environment in the Moon Caused by Protons and Nuclei of GCR and SEP. Invited talk at the NUFRA2009 International Conference Kemer, Turkey, September 28 October 430, 2009. http://fias.uni-frankfurt.de/historical/nufra2009/. @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 NUFRA2009.  =30/5=6 3. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2009, '51>:A0@K, 15 19 8N=O 2009 3. !5:F8>==K9 4>:;04, 725AB8O  A5@. $878G5A:0O, 2 ?5G0B8.  =6/3=2 4. L.N.Latysheva, N.M.Sobolevsky. Applications of the SHIELD transport code to studies in hadron therapy and to heavy ion transport in matter. Talk at the International meeting "Heavy Ion Stopping'09", ITEP, Moscow, June 3-5, 2009, Moscow, Russia. #AB=K9 4>:;04, http://plasma.itep.ru/his2009/index.php  =6/2=3 5. A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, V.I.Panasyuk, N.M.Sobolevsky. Predicting of the Radiation Hazard in the Moon. Talk at the 17th IAA Humans in Space Symposium, Moscow, Russia, in June 7 11, 2009. htt~LVALp://iaa-his2009.imbp.ru/Sessions.pdf !5:F8>==K9 4>:;04, Submitted to Acta Astronautica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d A ?><>ILN =59B@>=>2//C@=0;:">25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O", ! 12, A. 74-77, 2008.  =20*0.5/2=5 4. S.V.Akulinichev and V.M.Skorkin / A Neutron Activation Study of DNA Gd Nanocrystals // Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques, v. 2, No. 6, pp. 890 893, 2008.  =20*0.5/2=5 5. !. . :C;8=8G52, .. . 02@8;>2, .. @5E>2 8 4@./!8AB5<0 D>@<8@>20=8O ?CG:0 4;O ?@>B>==>9 B5@0?88 2 / //>?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A. 68-71, 2008.  =30*0.5/7=2 6. !..:C;8=8G52, C..0:;0=>2, ...02@8;>2 8 4@./@>5:B CAB0=>2:8 4;O =0@01>B:8 -"-@048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, !3, A.184-186, 2008.  =30*0.5/5=3. 7. .. 0A8;L52, .. ;8G, .. >:>=F52, !.. :C;8=8G52./ 0@0<5B@K 8 @0A?@545;5=85 ?>3;>I5==>9 4>7K ?@>B>==>3> ?CG:0 =AB8BCB0 O45@=KE 8AA;54>20=89  //548F8=A:0O D878:0, 2009, !3 (43) 21-29.  =8/4=2. >:;04K: 1. V.Skorkin, S.Akulinichev, L.Kravchuk / The INR Neutron Sources for Neutron Capture Therapy //13th International Congress on Neutron Capture Therapy. November 2008. Florence. Italy  =30/3=10. 2. S.V. AkulinLVALichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D.Ilic, A.A .Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS.// International Seminar on charged particle accelerators.  IWCPA 2009 , Crimea, Alushta, September 2009. - accepted to VANT  =30/8=3.75 3. S.V. Akulinichev, Yu.K. Gavrilov, V.I. Dergiev, L.V.Kravchuk, V.M. Skorkin /Study of Ytterbium Sources for High Dose Rate Brachytherapy on a Basis of INR Proton Linac//  IWCPA 2009 , Crimea, Alushta, September 2009.-  =30/5=6 4. !..:C;8=8G52, ..=4@552, ..!:>@:8= /AA;54>20=85 @048>18>;>38G5A:>9 MDD5:B82=>AB8 684:>:@8AB0;;8G5A:8E G0AB8F - Gd =0 =59B@>==>< 35=5@0B>@5// VII 0F8>=0;L=0O :>=D5@5=F8O " 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388" ( !-- 2009), >A:20, 16-21 =>O1@O 2009.  =20/3=6.7 5. S.Akulinichev, L.Kravchuk, P.Mastinu, V.Skorkin / Investigation of the intermediate neutron capture on unstable nuclides by means of the activation method // ISINN-17.  <0B5@80;0E: 17th International Seminar on Interaction of Neutrons with Nuclei. Dubna, May 27-30, 2009, p. 43.  =30/4=7.5 6. Skorkin V., Akulinichev S. /Experimental modeling nucleosynthesis during stellar He burning to study isotopic abundances// 4-th Gamow International Conference in Odessa and 9-th Gamow Summer School  Astronomy and beyond: Astrophysics, Cosmology, Radioastronomy, High Energy Physics and Astrobiology . 17-23 August, 2009, Odessa, Ukraine.  =30/2=15 7. :C;8=8G52 !../-$'! !!/   '! ! / // ?;5=0@=K9 4>:;04 =0 >=D5@5=F88 &!/ $  &  & ("$-3) 3-6 8N=O 2008 3., "@>8F: >A:>2A:>9 >1;. ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 20*1.5=30.LVAL 8. !..:C;8=8G52, !..0:;0=>2, ..'5@=KH520/ !>2@5<5==K5 ?5@A?5:B82K ?@8F5;L=>9 @048>=C:;84=>9 B5@0?88 2 >=:>;>388// ?;5=0@=K9 4>:;04 =0 >=D5@5=F88 &!/ $  &  & ("$-3) 3-6 8N=O 2008 3., "@>8F: .. ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 20/3*1.5 =10. 9. :C;8=8G52 !.., 02@8;>2 ..., >28:>2->@>48= ../ =48284C0;L=>5 D>@<8@>20=85 ?@>B>==KE B5@0?52B8G5A:8E ?CG:>2 <>48D8F8@>20===K<// >=D5@5=F8O &!/ $  &  & ("$-3) 3-6 8N=O 2008 3., ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 4/3*1.5 =2 10. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..0751=8:, ..!:>@:8=. !8AB5<0 D>@<8@>20=8O ?CG:0 :><?;5:A0 ?@>B>==>9 B5@0?88 / . /;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1, 271.  =20/5*1.5 =6 11. !..:C;8=8G52 8 ..!:>@:8=, " +  "  / !"& "   /  &+, >=D5@5=F8O &!/ $  &  & ("$-3) 3-6 8N=O 2008 3., "@>8F: .. ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 4/2*1.5 =3. 12. :C;8=8G52 !.. 5@A?5:B82K @0728B8O O45@=>9 <548F8=K 2 3. "@>8F:5 ?;5=0@=K9 4>:;04 =0 >=D5@5=F88 0=>B5E=>;>388 2 >=:>;>388  8<. 5@F5=0 09 >:BO1@O 2009 3>40  =20. 13. !..:C;8=8G52, ..0A8;L5, ...02@8;>2, ..!:>@:8= !>740=85 F5=B@0 A>G5B0==>9 ?@>B>==>9 8 D>B>==>9 ;CG52>9 B5@0?88 2 "@>8F:5 >=D5@5=F8O $878:0 ?@>B82 @0:0 >A:020, # & <...;>E8=0, 15  16 0?@5;O 20093.  = 20/4=5. 14. !..:C;8=8G52 AA;54>20=85 <548F8=A:>3> ?@>B>==>3> ?CG:0 /  28 >:BO1@O 2009, >=3@5AA-E>;; >;K=A:>5 !>25I0=85 @>B>==0O 8 8>==0O B5@0?8O: <548F8=A:0O ?@0:B8:0 8 B5E=8G5A:>5 >15A?5G5=85,   = 20. 16. S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. APPLICATION OF THE CODE TRAC LVAL K FOR CALCULATIONS OF PROTON DOSE DISTRIBUTIONS IN MATTER XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F IWCPA-2009. 6 12 A5=BO1@O 2009 3>40, #:@08=0, @K<, ;CHB0, accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8).  =30/3=10, C:>2>4AB2> 48AA5@B0F8O<8.  2009 3>4C ?>4 @C:>2>4AB2>< !..:C;8=8G520 (2 =0CG=KE @C:>2>48B5;O)?>43>B>2;5=0 48AA5@B0F8O .. 0A8;L20 AA;54>20=85 E0@0:B5@8AB8: =87:>M=5@35B8G5A:>3> @5=B35=>2A:>3> 87;CG5=8O ?@8<5=8B5;L=> : ;CG52>9 B5@0?88. "5<0 CB25@645=0 =0 #G5=>< A>25B5 / .   = 30/2=15. =48284C0;L=K9   !..:C;8=8G520 = 195.7LVALNG 02@8;>2 .@89 @0A=>A;02>28G @>4. 04.10.1952, =A $ C1;8:0F88: 1. !. . :C;8=8G52, C. . 0:;0=>2, .. . 02@8;>2, . . !:>@:8=/>7<>6=>ABL =0@01>B:8 @048>=C:;84>2 4;O -"-4803=>AB8:8 8 1@0E8B5@0?88 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // 0B5@80;K <564C=0@>4=>9 :>=D5@5=F88 ?> CA:>@8B5;O< ;CHB0- 2007, 725AB8O . !5@8O D878G5A:0O, B.72, !7, !.1042-1044, 2008.  =30*0.5/4=3.75 2. !. . :C;8=8G52, .. . 02@8;>2, .. @5E>2 8 4@./!8AB5<0 D>@<8@>20=8O ?CG:0 4;O ?@>B>==>9 B5@0?88 2 / //>?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A. 68-71, 2008.  =30*0.5/7=2.14 3. !..:C;8=8G52, C..0:;0=>2, ...02@8;>2 8 4@./@>5:B CAB0=>2:8 4;O =0@01>B:8 -"-@048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, !3, A.184-186, 2008.  =30*0.5/5=3. >:;04K: 1. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D.Ilic, A.A .Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS.// International Seminar on charged particle accelerators.  IWCPA 2009 , Crimea, Alushta, September 2009. - accepted to VANT  =30/8=3.75 3. S.V. Akulinichev, Yu.K. Gavrilov, V.I. Dergiev, L.V.Kravchuk, V.M. Skorkin /Study of Ytterbium Sources for High Dose Rate Brachytherapy on a Basis of INR Proton Linac//  IWCPA 2009 , Crimea, Alushta, September 2009  =30/5=6 4. :C;8=8G52 !.., 02@8;>2 ..., >28:>2->@>48= ../ =48284C0;L=>5 D>@<8@>20=85 ?@>B>==KE B5@0?52B8G5A:8E ?CG:>2 <>48D8F8@>20===K<// >=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 ("$-3) 3-6 8N=O 2008 3., "@>8F: >A:>2A:>9 >1;.  = 4/3=1.3 5. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..0751=8:, ..!:>@:8=/ !8AB5<0 D>@<8@>20=8O ?CG:0 ><?;5:A0 ?@>B>==>9 B5@0?88// >=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 ("$-3) 3-6 8N=O 2008 3., "@>L LVAL\ 8F: . ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 4/5*1.5=1.2 6. !..:C;8=8G52, ..0A8;L5, ...02@8;>2, ..!:>@:8= !>740=85 F5=B@0 A>G5B0==>9 ?@>B>==>9 8 D>B>==>9 ;CG52>9 B5@0?88 2 "@>8F:5 >=D5@5=F8O $878:0 ?@>B82 @0:0 >A:020, # & <...;>E8=0, 15  16 0?@5;O 20093.  = 20/4=5. 7. S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. APPLICATION OF THE CODE TRACK FOR CALCULATIONS OF PROTON DOSE DISTRIBUTIONS IN MATTER XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F IWCPA-2009. 6 12 A5=BO1@O 2009 3>40, #:@08=0, @K<, ;CHB0,  =30/3=10, =48284C0;L=K9   02@8;>20 ...= 36.14 =45:A F8B8@>20=8O =102LVALNG"!:>@:8= ;048<8@ 8E09;>28G @>4. 03.08.1953, :. D.-<. =, A=A $, 1. !. . :C;8=8G52, C. . 0:;0=>2, .. . 02@8;>2, . . !:>@:8=/>7<>6=>ABL =0@01>B:8 @048>=C:;84>2 4;O -"-4803=>AB8:8 8 1@0E8B5@0?88 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // 0B5@80;K <564C=0@>4=>9 :>=D5@5=F88 ?> CA:>@8B5;O< ;CHB0- 2007, 725AB8O . !5@8O D878G5A:0O, B.72, !7, !.1042-1044, 2008.  =30*0.5/4=3.75 2. !. . :C;8=8G52, !. . #;8=, . . !:>@:8= /2B>=><=K9 :A5=>=>2K9 30<<0-A?5:B@><5B@ 4;O @048>M:>;>388/ 0B5@80;K <564C=0@>4=>9 :>=D5@5=F88 ?> CA:>@8B5;O< ;CHB0- 2007,/725AB8O . !5@8O D878G5A:0O, B. 72, ! 7, !. 1054-1056, 2008,  =30*0.5/3=5 3. !..:C;8=8G52, B.. !:>@:8= /AA;54>20=85 =0=>:@8AB0;;>2 -Gd A ?><>ILN =59B@>=>2//C@=0;:">25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O", ! 12, A. 74-77, 2008.  =20*0.5/2=5 4. S.V.Akulinichev and V.M.Skorkin / A Neutron Activation Study of DNA Gd Nanocrystals // Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques, v. 2, No. 6, pp. 890 893, 2008.  =20*0.5/2=5 5. !. . :C;8=8G52, .. . 02@8;>2, .. @5E>2 8 4@./!8AB5<0 D>@<8@>20=8O ?CG:0 4;O ?@>B>==>9 B5@0?88 2 / //>?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A. 68-71, 2008.  =30*0.5/7=2.14 6. !..:C;8=8G52, C..0:;0=>2, ...02@8;>2 8 4@./@>5:B CAB0=>2:8 4;O =0@01>B:8 -"-@048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, !3, A.184-186, 2008.  =30*0.5/5=3. 7. Skorkin V.M /Search of 12Be Cluster States in the Charge Exchange Reaction for Carbon// Proc. of XV Int. Seminar on Interaction of Neutrons with Nuclei. Dubna, 2007. ISINN-15, JINR, Dubna, 2008, p.198-202.  =6*0.5=3. >:;04K: 1. V.Skorkin, S.Akulinichev, L.Kravchuk / The INR Neutron Sources for Neutron Capture Therapy //13th International Congress on Neutron Capture Therapy. November 2008. Florence. Italy.- accepted to Proceedings LVAL#ICNCT-13.  =30/3=10 2. M.I. Grachev, E.V. Ponomareva, L.V. Kravchuk, V.K. Gorbunov, V. Skorkin, V.N. Zapolsky /System of preliminary formation of the beam for the channel of proton therapy// RuPAC 2008, Zvenigorod, Russia. November 2008. Proc. of RuPAC 2008. Acceler. Application to Medicine and Technology. P. 352-354, 2008.  =30*1.5/6=7.5 3. V.M.Skorkin / Excitation of 12Be cluster states in charge exchange reaction //LVIII International Conference.  Nucleus-2008 . Moscow. 23  27 June 2008.  =20 4. V.M.Skorkin / Two-step beta decay of isomeric states //LVIII International Conference.  Nucleus-2008 , Moscow, 23  27 June 2008.  =20 5. V.M.Skorkin / Dipole shift of neutron scattering resonances // ISINN-16, 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics , Dubna, June 11-14, 2008.  =6 6. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, R.D.Ilic, A.A .Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS.// International Seminar on charged particle accelerators.  IWCPA 2009 , Crimea, Alushta, September 2009. - accepted to VANT  =30/7=3.75 7. S.V. Akulinichev, Yu.K. Gavrilov, V.I. Dergiev, L.V.Kravchuk, V.M. Skorkin /Study of Ytterbium Sources for High Dose Rate Brachytherapy on a Basis of INR Proton Linac//  IWCPA 2009 , Crimea, Alushta, September 2009.- accepted to VANT  =30/5=6 8. !..:C;8=8G52, ..=4@552, ..!:>@:8= /AA;54>20=85 @048>18>;>38G5A:>9 MDD5:B82=>AB8 684:>:@8AB0;;8G5A:8E G0AB8F -Gd =0 =59B@>==>< 35=5@0B>@5// VII 0F8>=0;L=0O :>=D5@5=F8O " 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388" ( !-- 2009), >A:20, 16-21 =>O1@O 2009.  =20/3=6.67 9. S.Akulinichev, L.Kravchuk, P.Mastinu, V.Skorkin / Investigation of the intermediate neutron capture on unstable nuclides by means of the activation method4LVALD // ISINN-17. 17th Intern. Seminar on Interact. of Neutrons with Nuclei. Dubna, May 27-30, 2009.  =30/4=7.5 10. Skorkin V., Akulinichev S. /Experimental modeling nucleosynthesis during stellar He burning to study isotopic abundances// 4-th Gamow International Conference in Odessa and 9-th Gamow Summer School  Astronomy and beyond: Astrophysics, Cosmology, Radioastronomy, High Energy Physics and Astrobiology . 17-23 August, 2009, Odessa, Ukraine.  =30/2=15 11. !..:C;8=8G52, ..0A8;L5, ...02@8;>2, ..!:>@:8= !>740=85 F5=B@0 A>G5B0==>9 ?@>B>==>9 8 D>B>==>9 ;CG52>9 B5@0?88 2 "@>8F:5 >=D5@5=F8O $878:0 ?@>B82 @0:0 >A:020, # & <...;>E8=0, 15  16 0?@5;O 20093.  = 20/4=5. 12. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..0751=8:, ..!:>@:8=, !!" $  / #' !  " "  , >=D5@5=F8O &!/ $  &  & ("$-3) 3-6 8N=O 2008 3., "@>8F: .. ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 4*1.5/5=1.2. 13. !..:C;8=8G52 8 ..!:>@:8=, " +  "  / !"& "   /  &+, >=D5@5=F8O &!/ $  &  & ("$-3) 3-6 8N=O 2008 3., "@>8F: .. ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 4*1.5/2=3. B>3>:   ..!:>@:8=0 =132.51 =45:A F8B8@>20=8O = 62TLVALd>28:>2->@>48= =4@59 0;5@L528G @>4. 01.01.1962, :.B.=. A 1989 3., A=A, CG.A5:@5B0@L $,   70 2008-2009 33. >:;04K: 1. Novikov-Borodin A.V. Quantum Theories and Relativistic Approach.  Proc. of Int. Conf. "QTRF5 - Quantum Theory: Reconsideration of Foundations- 5", Vaxjo University, Sweden, June 14-18, (2009).  =6*1.5=9 2. :C;8=8G52 !.., 02@8;>2 ..., >28:>2->@>48= .. #, $    "+% " "'!% #' $& + !!+ ". - 0B5@80;K "@>8F:>9 :>=D5@5=F88 ?> <548F8=A:>9 D878:5, 8N=L 2008.  =4/3*1.5=2 3. Novikov-Borodin A.V. Off-Site Continuums as Cosmological Models of Galaxies and the Universe Proc. of Int. Conf. PPC'08 "Problems of Practical Cosmology", St-Petersburg, June 2008.  =6*1.5=9 !B0BL8: 1. Novikov-Borodin A.V. Global System of Physical Reality. - LANL E-Print Archive: physics/0904.1919, v1, 13 Apr 2009.  =4. 2. Novikov-Borodin A.V. Foundations of Modern Physics on Frames of Off-Site Continuums. LANL E-Print Archive: physics/0803.3500, v2, 17 Sept 2008.  =4. B>3>:   ..>28:>20->@>48=0 =28 !>3;0A>20=> A C10:>2K<: =5 CG8BK20BL ?>A;54=85 425 ?C1;8:0F88LVAL D@>A8=8= ;048<8@ 5B@>28G (@>4. 11.03.1939) =A $-! $- !C<<0@=K9   (70 2008-2009 3.3.) = 81,12   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !!!% $  #+% # %: 1) About Radiative Kaon Decay K+ to pi+ pi0 gamma. V.P. Efrosinin. /45@=0O D878:0, 2008, ">< 71. No 2, AB@. 304-308.  =0.914x60 = 54,84 2) >645=85 >48=>G=KE D>B>=>2 2 nu N  2708<>459AB28OE. .. D@>A8=8=, ... C45=:>, .. %>BO=F52. /45@=0O D878:0, 2009, ">< 72, No 3, AB@. 1-6.  =(0.914x60)/3 = 18.28 -" +   "+: 1) V.P. Efrosinin. What are the neutrino masses. hep-ph: 0904.0542, 2009.   = 4 2) V.P. Efrosinin. What are the neutrino masses. Mixing. hep-ph: 0906.1039, 2009.   = 4 B>3> 70 2008-2009 3.3.:  = 81.12A552 ;048A;02 8:>;0528G @>4 30.05.1949 =A $, >:;04K: 1. S. V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov/ APPLICATION OF THE CODE TRACK FOR CALCULATIONS OF PROTON DOSE DISTRIBUTIONS IN MATTER// XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE '0AB8F IWCPA-2009. 6 12 A5=BO1@O 2009 3>40, #:@08=0, @K<, ;CHB0, accepted to VANT  =30/3=10, 2. :C;8=8G52 !.., A552 .., 0A8;L52 .., 02@8;>2 ..., ;8G .., >:>=F52 .., 0751=8: .., !:>@:8= .. AA;54>20=85 <548F8=A:>3> ?@>B>==>3> ?CG:0 / . XXI International Workshop on Charged Particle Accelerators, Ukraine, Alushta, Crimea. September 6-12, 2009. accepted to VANT  =30/8 =3.75 =48284C0;L=K9   ..A5520 = 13.75LVALNG'!?8A>: >?C1;8:>20==KE @01>B AB065@0-8AA;54>20B5;O =AB8BCB0 O45@=KE 8AA;54>20=89 (09E8520 @BC@0 "038@>28G0 70 ?5@8>4 2008  20093.3. : 1) On the level of background in underground muon measurements with plastic scintillator counters. V.I. Volchenko et al. Oct 2008. 3pp. Temporary entry e-Print: arXiv:0810.2414 [physics.ins-det]  =4/10=0.4 2) Highly sensitive micropixel avalanche photodiodes for scintillation counters of the T2K neutrino experiment. Yu.V. Musienko et al. 2008. 7pp. Published in Instrum.Exp.Tech.51:101-107,2008.  =0.226*60/10=1.356 3) @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  NEW TRENDS IN HIGH-ENERGY PHYSICS =0 B5<C  New results for K+ -> pi+ nu antinu at low pi+ momentum from BNL E949 , /;B0, @K<, #:@08=0, 27 A5=BO1@O  4 >:BO1@O 20083.   = 30 4) A.Shaykhiev  New results for K+ -> pi+ nu antinu at low pi+ momentum from BNL E949 , /;B0, @K<, #:@08=0, 27 A5=BO1@O  4 >:BO1@O, Proceedings of the NATO Advanced Research Workshop on Safe Nuclear Energy Yalta, Crimea, Ukraine 27 September - 2 October 2008, 2009, XIX, 237-248pp. ISBN: 978-90-481-2286-8.   = 30*1.5 = 45 5) >:;04 =0 =0CG=>9 A5AA8O-:>=D5@5=F88 A5:F88 /$ $ , "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", =0 B5<C  >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2 , 23 - 27 =>O1@O 2009 3., "-$.   = 4 6) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparov, & , A.Shaykhiev, & et al. Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment. Nucl.Instrum.Meth.A610:419-422, 2009. 4 pp. (arXiv:0901.4675 [physics.ins-det]).  =1.019*30/10=3.057 7) L. Bezrukov, K. Butin, I. Davitashvili,& , A.Shaykhiev,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Talk given at the International Workshop on New Photon Detectors PD09, June 24-26 2009, Shinshu Universiy, Matsumoto, Japan. e-Print: arXiv:0909.1451 [physics.ins-det]. 7pp.  =30/10= 3 8) A. Izmaylov, S. Aoki, J. BlLVALocki,& , A.Shaykhiev,& et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. e-Print: arXiv:0904.4545 [physics.ins-det]. 7pp.  =4/10= 0.4 9) Takatomi Yano, S. Aoki, J. Blocki, & , N. Yershov,& et al. Current status of the Side Muon Range Detector for the T2K experiment. Talk at the XXIX PHYSICS IN COLLISION August 30 - September 2, 2009, Kobe, Japan. Web http://www.research.kobe-u.ac.jp/fsci-epp/pic2009/ ,  =30/10= 3 10) >:;04 =0 52-9 =0CG=>9 :>=D5@5=F88 $", A5:F8O  $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O , =0 B5<C  >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2 , >;3>?@C4=K9, 27 =>O1@O 20093.   = 4 11) >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2. (09E852 ."., 27 =>O1@O 20093., "@C4K 52-9 =0CG=>9 :>=D5@5=F88 $", G0ABL VIII @>1;5<K A>2@5<5==>9 D878:8, 135  138, >A:20  >;3>?@C4=K9 20093.   = 4*1.5=6 12) >:;04 =0 51-9 =0CG=>9 :>=D5@5=F88 $", A5:F8O  $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O , =0 B5<C  >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2 , >;3>?@C4=K9, 28 =>O1@O 20083.   = 4 13) >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2. (09E852 ."., 28 =>O1@O 20083., "@C4K 51-9 =0CG=>9 :>=D5@5=F88 $", G0ABL VIII @>1;5<K A>2@5<5==>9 D878:8, 158  161, >A:20  >;3>?@C4=K9 20083.   = 4*1.5=6 >MDD8F85=B 1.5 4;O 0A?8@0=B>2,   = 110.213*1.5 = 165.32 B>3>   = 165.32LVALNG)7<09;>2 ;5:A0=4@ ;53>28G (@>4. 10.09.1984) AB065@-8AA;54>20B5;L $-! $- 0A?8@0=B /  !C<<0@=K9   (70 2008-2009 3.3.) = 64.220   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparov, & , A. Izmaylov, & et al. Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment. Nucl.Instrum.Meth.A610:419-422, 2009.  =1.019*30/10=3.057. !"",  !!!% $  #+% # %: 1) .. . CA85=:>, . . E@0<552, . .. D0=0AL52, & , .. 7<09;>2,& 8 4@. KA>:>GC2AB28B5;L=K5 <8:@>?8:A5;L=K5 ;028==K5 D>B>48>4K 4;O AF8=B8;;OF8>==KE AG5BG8:>2 1;86=53> 45B5:B>@0 M:A?5@8<5=B0 "2. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2008. ! 51. !. 101-107.  =0.226*60/10=1.356. -" +   "+  $ &: 1) L. Bezrukov, K. Butin, I. Davitashvili,& , A.Izmaylov,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Talk given at the International Workshop on New Photon Detectors PD09, June 24-26 2009, Shinshu Universiy, Matsumoto, Japan.  =30/10= 3. 2) A. Izmaylov. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. Talk at TIPP09, March 12-17, Tsukuba, Japan.  =30. 3) V.I. Volchenko, G.V. Volchenko, E.V. Akhrameev, & , A. Izmaylov,& et al. On the level of background in underground muon measurements with plastic scintillator counters. arXiv:0810.2414 [physics.ins-det]. 3pp.  =4/10= 0.400. 4) T. Yano, S. Aoki, J. Blocki, & , A. Izmaylov,& et al. Current status of the Side Muon Range Detector for the T2K experiment. Talk at the XXIX PHYSICS IN COLLISION August 30 - September 2, 2009, Kobe, Japan. Web http://www.research.kobe-u.ac.jp/fsci-epp/pic2009/ ,  =30/10= 3. 5) .. @H>2, .. 7<09;>2. AA;54>20=85 =59B@8==KE >AF8;;OF89 2 M:A?5@8<5=B5 "2. !B0BCA 8 1;8609H85 ?5@A?5:B82K. >:;04 =0 =0CG=>9 A5AAdLVALt88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 23 ?> 27 =>O1@O 2009. Web http://matras.itep.ru/npd2k09/ ,  =4/2= 2. B>3> 70 2008-2009 3.3.:  = 42.813*1.5=64.220LVALNG+C45=:> .@89 @83>@L528G @>4. 05.10.1951, 702. $-! $-,   70 2008-2009 33: =48284C0;L=K9   = 632.98.   @C:>2>48B5;O = 463.17. C1;8:0F88: 1. New measurement of the K+ ---> pi+ nu anti-nu branching ratio. By E949 Collaboration (A.V. Artamonov et al.). Published in Phys.Rev.Lett.101:191802,2008.  =7.180*30/10=21.54 2. Measurement of single charged pion production in the charged-current interactions of neutrinos in a 1.3-GeV wide band beam. By K2K Collaboration (A. Rodriguez et al.). Phys.Rev.D78:032003,2008.  =5.05*30/10=15.15 3. Experimental study of the atmospheric neutrino backgrounds for p ---> e+ pi0 searches in water Cherenkov detectors. By K2K Collaboration (S. Mine et al.). Phys.Rev.D77:032003,2008.   = (5.05x 30)/10 = 15.15 4. Measurement of the K+ --> pi+ nu nu branching ratio. By E949 Collaboration and E787 Collaboration (S. Adler et al.). Phys.Rev.D77:052003,2008.   = (5.05x 30)/10 = 15.15 5. .. D@>A8=8=, ... C45=:>, .. %>BO=F52 , >645=85 >48=>G=KE D>B>=>2 2 nu N  2708<>459AB28OE. /45@=0O D878:0, 2009, ">< 72, No 3, AB@. 493-498.  =(0.914x60/3) = 18.28 6. Highly sensitive micropixel avalanche photodiodes for scintillation counters of the T2K neutrino experiment. Yu.V. Musienko et al. 2008. Instrum.Exp.Tech.51:101-107,2008.  =0.226*60/10=1.356 7. ...C45=:>, Accelerator neutrino experiments: New results and perspectives. /45@=0O $878:0, B.72, No 3, AB@. 501-508. 2009  =(0.914x60) = 54.84 8. T.Abe, Y.Aihara, C.Andreopulos,& Y.Kudenko et al., Detectors and flux instrumentation for future neutrino facilities, JINST, 4:T05001,2009.   = 0.333*30/10=0.999 9. E.Akhrameev, & O.Mineev, Yu.Kudenko et al. Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment, Nucl.Instr.Meth. A610, 419-422, 2009.   = 1.019*30/10=3.057 10. M.Yokoyama, T.Nakaya,& Yu.KudenLVAL,ko et al. Application of Hamamatsu MPPC to T2K Neutrino Detectors. Nucl.Instr.Meth. A610, 128-130, 2009.   = 1.019*30/10=3.057 -;5:B@>==K5 ?@5?@8=BK: 1. On the level of background in underground muon measurements with plastic scintillator counters. V.I. Volchenko et al. Oct 2008. 3pp. e-Print: arXiv:0810.2414 [physics.ins-det]  =4/10=0.4 2. A. Izmaylov, S. Aoki, J. Blocki,& , Yu.Kudenko,& O. Mineev,& et al. 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M.Yokoyama,& .Yu.Kudenko, Application of MPPC for T2K near detectors, Invited talk at International Conference  New Developments in Photon Detectors , June 15-20, 2008, Aix-les-Bains, France,  =30/10=3.0 7. .V.Akhrameev, L.B.Bezrukov& ..Yu.Kudenko et al., Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber readout of plastic scintillator counters for the EMMA underground experiment, talk at International Conference  New Developments in Photon Detectors , June 15-20, 2008, Aix-les-Bains, France,  =LVAL-6/10=0.6 8. Yu. Kudenko et al., Geiger mode APD s for underground cosmic ray experiment EMMA, invited talk at PD09 Wokshop, Matsumoto, Japan, 24-26 June 2009.  =30 9. Yu. Kudenko, invited summary talk at PD09 Workshop, Matsumoto, Japan, 24-26 June 2009.  =30 10. Yu.Kudenko, Geiger mode APD s for the T2K experiment, invited talk at the Workshop on photodetectors, GSI, Darrmstadt, 9-10 February 2009.  =30 11. Yu.Kudenko, Status of T2K experiment, invited talk at the Workshop on neutrino physics at accelerators, Dubna, Russia, 24-24 January 2009.  =20 12. D.Orme,..Yu.Kudenko. Development of Multi-Pixel Photon Counters for the T2K long baseline neutrino experiment, invited talk at TIPP09, Tsukuba, Japan, 12-19 March 2009.  =30/10=3.0 13. T.Chaminade,& Yu.Kudenko et al., A High-tech Trigger hodoscope with MPPC and Peltier devices, talk at TIPP09, Tsukuba, Japan, 12-19 March 2009.  =30/10=3.0 14. ... C45=:>, #A:>@8B5;L=K5 =59B@8==K5 M:A?5@8<5=BK: ?>A;54=85 =>2>AB8, 4>:;04 =0 0@:>2A:8E GB5=8OE, >A:20, 15-16 0O 2009 3.  =20 15. T. Yano, S. Aoki, J. Blocki, & , M. Khabibullin, Yu.Kudenko,& et al. Current status of the Side Muon Range Detector for the T2K experiment. Proceedings of the XXIX PHYSICS IN COLLISION. August 30 - September 2, 2009, Kobe, Japan. 3pp.  =30/10= 3.0. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0:  =8 C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: ..CA85=:>  2008 3.   = 30 C:>2>4AB2> 0A?8@0=B0<8: .7<09;>2, .(09E852 - 1-9 3>4 0A?8@0=BC@K  2008 3.  =30*2 = 60 .7<09;>2, .(09E852 - 2-9 3>4 0A?8@0=BC@K  2009 3.  =30*2 = 60 C:>2>4AB2> ABC45=B0<8: .E@0<552, .K:>2  1-9 3>4 <038AB5@A:>9 @01>BK - 2008 3.  =10*2 = 20 .7<09;>2, .E@0<552, .(09E852 - 2-9 3>4 <038AB5@A:>9 @01>BK.  2008 3.  =10*3 = 30 .!8;8=, . CB8=, .E@0<552, .K:>2  2009.  =10*3 = 30 !C<<0@=K9 8=48284C0;L=K9  LVAL = 632.98   @C:>2>48B5;O = 463.17LVALNG/CA85=:> .@89 0A8;L528G @>4. 7.2.1962, =A $-,   70 2008-2009 33. ?C1;8:>20==K5 AB0BL8: 1) X. Aslanoglou, A. Cyz, N. Davis, D. d'Enterria, E. Gladysz-Dziadus, C. Kalfas, Y. Musienko, A. Kuznetsov, A.D. 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To appear in the proceedings of International Workshop on New Photon Detectors (PD 09), Shinshu, Japan, 24-26 Jun 2009. 7pp.  =30/10= 3 2) A. Izmaylov, S. Aoki, J. Blocki,& , A. Khotjantsev,& et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. e-Print: arXiv:0904.4545 [physics.ins-det]. 7pp.  =4/10= 0.400 3) V.I. Volchenko, G.V. Volchenko, E.V. Akhrameev, A. Khotjantsev, et al., On the level of background in underground muon measurements with plastic scintillator counters, arXiv:0810.2414 [physics.ins-det]. 3pp.  =4/10= 0.400 3) Takatomi Yano, S. Aoki, & , A. Khotjantsev, & et al. 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Web http://matras.itep.ru/npd2k09/ ,  =20/2= 10 B>3> 70 2008-2009 3.3.:  = 105.953 LVALC: OG5A;02 =0B>;L528G @>4.31.12.1980, <=A $-,   70 2008-2009 33   =185,9. C1;8:0F88: V.N.Bolotov, V.A.Duk // "Pion program for the future rare-decay experiments" //Phys.Atom.Nucl.72:63- 76,2009,  =0.491*60/2=15 R.Adolphi et al // 2008. 361pp. The CMS experiment at the CERN LHC// JINST 3:S08004,2008,  =0.821*30/10=2.5 @5?@8=BK: ..'8:8;52, ... , ..C:, ...//"7<5@5=85 8=B5@D5@5=F8>==>3> G;5=0 INT 2 @0480F8>==>< @0A?045 :0>=0 K mu nu gamma"// @5?@8=B$- 2008-27, =4/10 = 0,4 !..:8<5=:>, ... , ..C:, ...//"AA;54>20=85 ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8 """// @5?@8=B $- 2008-28,  =4/7 = 0,57 !..:8<5=:>, ... , ..C:, ...//"7CG5=85 A5?0@8@>20==>3> ?CG:0 A ?><>ILN ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8 " """// @5?@8=B / 1242/2009,  =4/7 = 0,57 O.G.Tchikilev, + V.A.Duk et al // Observation of the destructive interference in the radiative kaon decay K- --> mu- nu gamma // arXiv:1001.0374,  =4/10 = 0,4 >:;04K: V.A.Duk / "OKA experiment for studying rare kaon decays"//QUARKS-2008, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88;  =6/10 =0,6. V.A.Duk / "CKM Unitarity and Kaon Decays"//BAKSAN-2007, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88 2 20083  =2 V.A.Duk / "Study of Radiative Decay >mu nu gamma at ISTRA+ Setup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p.p.110-112. 0;;: 6/10*1,5*0,5 = 0,45 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ... 0;8=8=, .!.;Q=>2, .. 5G0520, .!.8:C;8=, .. @>=8=, ..!5@>2, .. "C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52.  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10 = 0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. E. P. Antishev, A. S. Belov ,  Study of Adiabaticity of Hydrogen Atoms Spin Motion in Changing Magnetic Fields , Proc. 12th International Workshop on Polarized Sources Targets and Polarimeters, PSTP 2007, BNL, USA, 10-14 September, 2007, AIP Conf. 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A8=, . !. 8:C;8=, 0AG5BK B@0=A?>@B8@>2:8 8=B5=A82=>3> 8>==>3> ?CG:0 87 ?@>B>==>3> 8=65:B>@0, 4>:;04 =0 9>< A5@>AA89A:>< A5<8=0@5 "@>1;5<K B5>@5B8G5A:>9 8 ?@8:;04=>9 M;5:B@>==>9 8 8>==>9 >?B8:8". 27-29 <0O 2009 3., >A:20. 0;;: 4/4=1,0 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 15. 0CG=>5 @C:>2>4AB2> ABC45=B>< $" . . =BKH52K< ?> <038AB5@A:>9 @01>B5 2 2008 3. . . =BKH52 70I8B8; <038AB5@A:CN 48AA5@B0F8N 2 8N=5 2008 3. 0;;: 10. 16. 0CG=>5 @C:>2>4AB2> ABC45=B>< $" . C@B078=K< ?> <038AB5@A:>9 @01>B5 2 2009 3. . C@B078= 70I8B8; <038AB5@A:CN 48AA5@B0F8N 2 8N=5 2009 3. 0;;:10/2=5. 8G=K9  =119,47   @C:>2>48B5;O=79,553*LVAL:@038= !5@359 235=L528G, @>4. 24.06.1957, =.A. 1. !.. @038=, .. >;>4:528G, .. 8@7>O=, .. 01>:0, .. 59=30@4B-8:C;8=, .. $5I5=:>. A>15==>AB8 CAB0=>2:8 0<?;8BC4 8 D07 ?>;59 2 @57>=0B>@0E =0 CG0AB:0E ?@>4>;L=>3> A>3;0A>20=8O ?CG:0 2 ;8=59=>< CA:>@8B5;5 /  , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49) A. 91-95. 0;;: 6/6*1,5*0,5=0,75 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. S.E.Bragin, V.A.Moiseev  Various Matrix Formalism to Design Ion Linear Accelerators . Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp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p.p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p.p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p.p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elenski, A. Kponou, J. Ritter, A.Belov, V. Zubets,  THE RHIC POLARIZED H- ION SOURCE , Report on International Symposium on Spin Physics, SPIN2008, 6-11 October 2008, University of Virginia, Virginia, USA, AIP Conference Proceedings, 1149, 2009 pp. 847-852. 0;;: 6/5*1,5=1,8 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 6. A. Kponou, A. Zelenski, S. Kokhanovski, V. Zubets  Sona Transition Studies in the RHIC OPPIS , 12th Int. Workshop on Polarized Ion Sources Targets and Polarimeters, PSTP 2007, BNL, USA, 10-14 September, 2007, AIP Conf. Proc. 980 241 (2008). 0;;: 6/4*1,5*0,5=1,13 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2& LVAL6 -;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 7. A. Zelenski, S. Kokhanovski, A. Kponou, J. Ritter, V. Zubets,  The RHIC Optically-Pumped Polarized H" Ion Source , report on 12th Int. Workshop on Polarized Ion Sources Targets and Polarimeters, PSTP 2007, BNL, USA, 10-14 September, 2007, AIP Conf. Proc. 980 221 (2008) 0;;: 6/5*1,5*0,5=0,9 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 8G=K9  = 11,05LVALNGH0;8=8= .@89 >@6528G @>4.19.05.1956, :.B.=., 702. ;01., 1. ... 0;8=8=, .. @>=8=, .. !B5?0=>2. "5E=>;>38O 873>B>2;5=8O 20:CC<=>-?;>B=KE A20@=KE :>@?CA>2 B@C1>: 4@59D0 ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 2008 3., B>< 18, !2, A.107-109. , 0;;: 8/3=2,7 (AB0BLO 2 6C@=0;5). 2. .. !B5?0=>2, ... 0;8=8=, .. @>=8=. A=>2=K5 ?>;>65=8O 35@<5B870F88 0=0M@>1=K<8 A>AB020<8 20:CC<=KE C7;>2 ;8=59=>3> CA:>@8B5;O / . >:;04 =0 XV =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 A CG0AB85< 70@C156=KE A?5F80;8AB>2, 3. !>G8, 2008 3, 0B5@80;K :>=D5@5=F88, >:BO1@L 2008 3, 874. -, >A:20.  =4/3*1.5 = 2 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 3. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ... 0;8=8=, .!.;Q=>2, .. 5G0520, .!.8:C;8=, .. @>=8=, ..!5@>2, .. "C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52.  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10 = 0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 4. V. Paramonov, Yu. Kalinin, M. Krasilnikov, T. Scholz, F. Stephan, K. Floettmann. RF Gun Development wi th Improved Parameters. Proc. 2008 Linac Conference, p. 627 2008. 0;;: 6/6*1,5=1,5 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 5. ... 0;8=8=, .. @>=8=, .. !B5?0=>2. "5E=>;>38G5A:85 >A>15==>AB8 873>B>2;5=8O 20:CC<=>-?;>B=>3> ?0O=>3> :>@?CA0 ?>;CB@C1>: 4@59D0 ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20093., B>< 19, !1, A.11-14. 0;;: 8/3=2,66 (!B0BLO 2 @>AA89A:>< 6C@=0;5). 6. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, .. @5G:>, ..5;57>2, ...0;8=8=, ..0BCH:>, ..8@7>O=, ..>8A552, ..@>=8=, .. 59=30@4B-8:C;8=, ..!5@>2, ..!:0AK@A:0O, ..!:>@:8=. 07@01>B:0 AB5=40 4;O =0@01>B:8 :>@>B:>682CI8E @048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 / . XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0, 6-12 A5=BO1@O 2009. 0;;: 6/10=0,6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 7LVAL. 0;8=8= .., @>=8= ., !B5?0=>2 .. ;8O=85 M;5:B@>4C3>2>9 A20@:8 =0 =5ACICN A?>A>1=>ABL 8 20:CC<=CN ?;>B=>ABL A20@=KE 48DDC78>==KE A>548=5=89 !B3->1 2 @57>=0B>@0E ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20093., B>< 19, !4, A.265-268. 0;;: 8/3=2,66 (!B0BLO 2 @>AA89A:>< 6C@=0;5). 8. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. CA: 8=65:B>@0 >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O ;8=59=>3> CA:>@8B5;O / , >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). p.p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vasha, V.LSerov. DEVELOPMENT OF THE INR DTL RF SYSTEM CROWBAR OPERATION Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.218-220, 2008. 0;;: 4*1.5/2 =3 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20==K5 B@C4K). 3. A.I.Kvasha .Numerical simulation of the INR DTL A/P control system. Proc. of LINAC2008, Victoria, BC, Canada, September 29  October 3, 2008, p.1060-1062 0;;=6/1*1,5=9 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20=). 4. A.I.Kvasha, Yu.M.Lopatnikov. Results of the INR DTL series crowbar system testing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p.p.110-112. 0;;: 6/10*1,5*0,5 = 0,45 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ... 0;8=8=, .!.;Q=>2, .. 5G0520, .!.8:C;8=, .. @>=8=, ..!5@>2, .. "C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52.  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10 = 0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. .!. ;5=>2, .. @02GC:, #AB0=>2:0 307>D07=>3> A8=B570 0;<07=KE <0B5@80;>2, >:;04 =0 564C=0@>4=>< $>@C<5 ?> =0=>B5E=>;>38O<, >A:20, 3-5 45:01@O 20083. !1>@=8: B578A>2 4>:;04>2 =0CG=>-B5E=>;>38G5A:8E A5:F89, B>< 1, AB@. 461-463. 0;;: 6/2*1,5=4,5. (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, ?C1;8:0F8O 2 B@C40E :>=D5@5=F88). 4. !5@51@O=0O <540;L XI 564C=0@>4=>3> !0;>=0 @><KH;5==>9 !>1AB25==>AB8  %-2008 70 @07@01>B:C #AB0=>2:0 307>D07=>3> A8=B570 0;<07=KE <0B5@80;>2. 0;;: 10. (540;L 2A5@>AA89A:>9 2KAB02:8). 5. .!. ;5=>2, 0B5=B $ =0 87>1@5B5=85 !?>A>1 ?>;CG5=8O ?CG:0 >B@8F0B5;L=KE 8>=>2 ! 2368977, ?C1;8:>20=> 27.09.2009, N;;5B5=L !27. 0;;: 20. (0B5=B $). 6. .!. ;5=>2, 0B5=B $ =0 87>1@5B5=85 !?>A>1 >1@01>B:8 0;<070 ! 2369477, >?C1;8:>20= 10.10.2009, N;;5B5=L !28. 0;;: 20. (0B5=B $). 8G=K9  = 55,55LVALL 5G0520 848O >;8:0@?>2=0, @>4. 27.04.1936, A.=.A., :.D.-<.= 1. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. CA: 8=65:B>@0 >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O ;8=59=>3> CA:>@8B5;O / , >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). p.p.110-112. 0;;: 6/10*1,5*0,5 = 0,45 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ... 0;8=8=, .!.;Q=>2, .. 5G0520, .!.8:C;8=, .. @>=8=, ..!5@>2, .. "C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52.  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10 = 0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 8G=K9  = 1,05>20;8H8= =0B>;89 !5<5=>28G @>4. 08.08.1950, A.=.A., :.B.=. 1. ..20H0, ...8A5;52, .!.>20;8H8=, .!.>?8=. =0;87 8 <>45@=870F8O A8AB5< 02B><0B8G5A:>3> @53C;8@>20=8O A>1AB25==>9 G0AB>BK @57>=0B>@>2 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.46-51. 0;;: 6/4*1,5*0,5=1,13 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E).. 8G=K9  =1,13LVALNGN8@7>O= ;5:A0=4@ 8:>;0528G @>4.05.09.1948, 702.;01., :D<= 1. ..0940H, ...>B>2F52, ..@5E>2, ..C7=5F>2, ..8E09;>2, ..!5@>2, ..$5I5=:>, ..8@7>O=. 0=0; 8=65:F88 8>=>2 - ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !. 119-122. 0;;: 6/8*1,5*0,5=0,56 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8:C;8=, . 572>2, .$5I5=:>, ..8@7>O=. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !. 55-59. 0;;: 6/8*1,5*0,5=0,56 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 3. !.. @038=, .. >;>4:528G, .. 8@7>O=, .. 01>:0, .. 59=30@4B-8:C;8=, .. $5I5=:>. A>15==>AB8 CAB0=>2:8 0<?;8BC4 8 D07 ?>;59 2 @57>=0B>@0E =0 CG0AB:0E ?@>4>;L=>3> A>3;0A>20=8O ?CG:0 2 ;8=59=>< CA:>@8B5;5 /  , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49) A. 91-95. 0;;: 6/6*1,5*0,5=0,75 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 4. P. Reinhardt-Nickoulin, A. Feschenko, A.Mirzojan. Modernization of BCT for INR Linac. RuPAC2008, http://www.jinr.ru/RuPAC2008, 2008, p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aramonov, L.V. Kravchuk,V.A. Moiseev, A.N. Naboka, A.K. Skasyrskaya. INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters. Physics of Particles and Nuclei Letters, v. 5, n. 7, pp. 593-596, 2008, ISSN 1547-4771. 0;;: 6/5*1,5*0,5=0,9 ((>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 @5F5=78@C5<>< 6C@=0;5). 2. V.V.Paramonov, V.A.Moiseev, Yu.V.Bylinskii,  Room temperature accelerating structure for heavy ion linacs , Proceedings of the XXIV Linear Accelerator Conference, Victorya, British Colambia, Canada, 29 September  30 October 2008, http://accelconf.web.cern.ch/accelconf/LINAC08/papers/THP060, pp.927-929, 2009. 0;;: 6/3*1.5 =3 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. ..>8A552,  7CG5=85 2>7<>6=>AB8 @01>BK =0:>?8B5;O ?@>B>=>2 /  ?@8 =87:8E M=5@38OE , PROBLEMS OF ATOMIC SCIENCE AND TECHNOLOGY !5, Series: Nuclear Physics Investigations (50), pp.131-135, 2008. 0;;: 6/1*1,5*0,5=4,5. (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 4. V.A.Moiseev,  RF-gap model presentation , Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, http://accelconf.web.cern.ch/accelconf/RuPAC 08, pp.224-226, 2008. 0;;: 4*1.5 =6 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 5. S.E.Bragin, V.A.Moiseev  Various Matrix Formalism to Design Ion Linear Accelerators . Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp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p.p.110-112. 0;;: 6/10*1,5*0,5 = 0,45 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. ..C15F,, .!.8:C;8=, .".$@>;>2, ../:CH52. <?C;LA=K9 35=5@0B>@ B>:0 @07@O40 4;O 4C>?;07<0B@>=0 . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/4 = 1,5 ((>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. ../:CH52, ..C15F, .!.8:C;8=, .".$@>;>2. 5=5@0B>@ AB018;L=KE 8<?C;LA>2 2KA>:>3> =0?@O65=8O. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, !2, 2009, A.71-74. 0;;: 0,311*60/4 = 4,67 (!B0BLO 2 @>AA89A:>< @5F5=78@C5<>< 6C@=0;5). 4. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ... 0;8=8=, .!.;Q=>2, .. 5G0520, .!.8:C;8=, .. @>=8=, ..!5@>2, .. "C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52.  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10 = 0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 5. . C@B078=, . !. 5;>2, !. . A8=, . !. 8:C;8=, 0AG5BK B@0=A?>@B8@>2:8 8=B5=A82=>3> 8>==>3> ?CG:0 87 ?@>B>==>3> 8=65:B>@0, 4>:;04 =0 9>< A5@>AA89A:>< A5<8=0@5 "@>1;5<K B5>@5B8G5A:>9 8 ?@8:;04=>9 M;5:B@>==>9 8 8>==>9 >?B8:8". 27-29 <0O 2009 3., >A:20. 0;;: 4/4=1,0 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 6. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8:C;8=, . 572>2, .$5I5=:>, ..8@7>O=. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8,LVAL<:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !. 55-59. 0;;: 6/8*1,5*0,5=0,56 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 8G=K9  = 8,78LVALNGT0@0<>=>2 0;5=B8= 8B0;L528G, >4. 6.11.1951, 4.D.-<.=, 2.=.A 1. V.V. Paramonov, L.V. Kravchuk,V.A. Moiseev, A.N. Naboka, A.K. Skasyrskaya. INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters. Physics of Particles and Nuclei Letters, v. 5, n. 7, pp. 593-596, 2008, ISSN 1547-4771. 0;;: 6/5*1,5*0,5=0,9 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 @5F5=78@C5<>< 6C@=0;5). 2. . 0@0<>=>2, . !:0AK@A:0O, K. Floettmann, F. Stephan. AA;54>20=85 MDD5:B>2 8<?C;LA=>3> ' =03@520 2 =>@<0;L=> ?@>2>4OI8E @57>=0B>@0E L-480?07>=0. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, N 3, AB@. 51-54, 2008, ISSN 1562-6016. 0;;: 6/4*1,5*0,5 = 1,13 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 @5F5=78@C5<>< 6C@=0;5). 3. .. 01>:0, .. 0@0<>=>2, K. Floettmann. 57C;LB0BK =0AB@>9:8 @57>=0B>@0 1CAB5@0 PITZ 8 ?@>3@0<<K 8AA;54>20=89 E0@0:B5@8AB8: OG55: =0 =87:>< C@>2=5 ' <>I=>AB8. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, N 5, AB@. 35-39, 2008, ISSN 1562-6016. 0;;: 6/3*1,5*0,5 = 1,5 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 @5F5=78@C5<>< 6C@=0;5). 4. K. Floettmann, V.V. Paramonov, A.K. Skasyrskaya, F. Stephan. RF Gun Cavities Cooling Regime Study. TESLA-FEL 2008-02, DESY, Hamburg, 2008, 0;;: 4/4=1 (-;5:B@>==K9 ?@5?@8=B). 5. D. Denisenko, V. Paramonov, Transverse Deflecting Structure Parameters Study. Proc. 2008 RuPAC, p. 37, 2008. 0;;: 4/2*1,5=3 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 6. V. Paramonov. Stability of Normal Conducting Structures operation with High Average Heat loading. Proc. 2008 Linac Conference, p. 61 2008. 0;;: 6/1*1,5=9 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 7. V. Paramonov. The Cut Disk Structure Parameters for Medium Proton Energy Range. Proc. 2008 Linac Co^LVALnnference, p. 910 2008. 0;;: 30/1*1,5=45 (@83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 8. V. Paramonov, Yu. Kalinin, M. Krasilnikov, T. Scholz, F. Stephan, K. Floettmann. RF Gun Development with Improved Parameters. Proc. 2008 Linac Conference, p. 627 2008. 0;;: 6/6*1,5=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 9. V.V.Paramonov, V.A.Moiseev, Yu.V.Bylinskii,  Room temperature accelerating structure for heavy ion linacs , Proceedings of the XXIV Linear Accelerator Conference, Victorya, British Colambia, Canada, 29 September  30 October 2008, http://accelconf.web.cern.ch/accelconf/LINAC08/papers/THP060, pp.927-929, 2009. 0;;: 6/3*1.5 =3 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 10. H. Ao, K. Hasegawa, K. Hirano, T. Morishita, A. Ueno, Y. Yamazaki , H. Asano, M. Ikegami, F. Naito , V. Paramonov. Improvement in the ACS Cavity Design for the J-PARC Linac Energy Upgrade. Proc. 2008 Linac Conference, p. 915 2008 . 0;;: 6/10*1,5=0,9 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 11. . 0@0<>=>2, .!:0AK@A:0O, K. Floettmann, V. Krasilnikov, F. Stephan. @>5:B=K5 ?0@0<5B@K CA>25@H5=AB2>20==>3> @57>=0B>@0 4;O D>B>-8=65:B>@>2. XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0, 6-12 A5=BO1@O 2009. 0;;: 6/5=1,2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 12. C:>2>4AB2> 0A?8@0=B>< / (2B>@>9 3>4, ) %;NAB8= .. 0;;: 30. 13. C:>2>4AB2> 0A?8@0=B>< / (B@5B89 3>4, ) %;NAB8= .. 0;;: 30. 14. C:>2>4AB2> ABC45=B>< <038AB@0BC@K $" (?5@2>3> 3>40) 5=8A5=:> .. 0;;: 10. 15. C:>2>4AB2> ABC45=B>< <038AB@0BC@K $" (2B>@>3> 3>40) 5=8A5=:> .. 0;;: 10. 8G=K9  = 148,13LVALNGV@>=8= ;53 <8B@8528G, @>48;AO 18.03.1935, :.B.=. ! 1. ... 0;8=8=, .. @>=8=, .. !B5?0=>2. "5E=>;>38O 873>B>2;5=8O 20:CC<=>-?;>B=KE A20@=KE :>@?CA>2 B@C1>: 4@59D0 ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 2008 3., B>< 18, !2, A.107-109. , 0;;: 8/3=2,7 (AB0BLO 2 6C@=0;5). 2. .. !B5?0=>2, ... 0;8=8=, .. @>=8=. A=>2=K5 ?>;>65=8O 35@<5B870F88 0=0M@>1=K<8 A>AB020<8 20:CC<=KE C7;>2 ;8=59=>3> CA:>@8B5;O / . >:;04 =0 XV =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 A CG0AB85< 70@C156=KE A?5F80;8AB>2, 3. !>G8, 2008 3, 0B5@80;K :>=D5@5=F88, >:BO1@L 2008 3, 874. -, >A:20.  =4/3*1.5 = 2 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 3. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ... 0;8=8=, .!.;Q=>2, .. 5G0520, .!.8:C;8=, .. @>=8=, ..!5@>2, .. "C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52.  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10 = 0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 4. ... 0;8=8=, .. @>=8=, .. !B5?0=>2. "5E=>;>38G5A:85 >A>15==>AB8 873>B>2;5=8O 20:CC<=>-?;>B=>3> ?0O=>3> :>@?CA0 ?>;CB@C1>: 4@59D0 ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20093., B>< 19, !1, A.11-14. 0;;: 8/3=2,66. (!B0BLO 2 @>AA89A:>< 6C@=0;5). 5. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, .. @5G:>, ..5;57>2, ...0;8=8=, ..0BCH:>, ..8@7>O=, ..>8A552, ..@>=8=, .. 59=30@4B-8:C;8=, ..!5@>2, ..!:0AK@A:0O, ..!:>@:8=. 07@01>B:0 AB5=40 4;O =0@01>B:8 :>@>B:>682CI8E @048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 / . XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0, 6-12 A5=BO1@O 2009. 0;;: 6/10=0,6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. 0;8=8= .., @>=8= ., !B5?0=>2 .. ;8O=85 M;5:B@>4C3>2>9 A20@:8 =0 =5ACICN A?>A>1=>ABL 8 20:CC<=CN ?;>B=>ABL A20@=KE 48DDC78>==KE A>548=5=89 !B3->1 2 @57>=0B>@0E ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20093.8LVALH, B>< 19, !4, A.265-268. 0;;: 8/3=2,66. (!B0BLO 2 @>AA89A:>< 6C@=0;5). 8G=K9  =11,22LVALNGX 59=30@4B-8:C;8= 5B@ 3>@528G, 26 O=20@O 1946 3., 0CG=K9 A>B@C4=8:, .>. 702. !5:B>@>< 1. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8:C;8=, . 572>2, .$5I5=:>, ..8@7>O=. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !. 55-59. 0;;: 6/8*1,5*0,5=0,56 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. P. Reinhardt-Nickoulin, A. Feschenko, A.Mirzojan. Modernization of BCT for INR Linac. RuPAC2008, http://www.jinr.ru/RuPAC2008, 2008, p 261-263. 0;;: 4/3*1.5=2,00 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 @>AA89A:>9 :>=D5@5=F88). 3. P. Reinhardt-Nickoulin, A. Feschenko, S. Gavrilov. Ion Monitor of Transverse Beam Parameters for INR Proton Linac. RuPAC2008, http://www.jinr.ru/RuPAC2008, 2008, p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d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enisov, A.Feschenko, A.Aleksandrov. PECULIARITIES OF BUNCH SHAPE MEASUREMENTS OF H-MINUS BEAMS IN LINEAR ACCELERATORS. Proceedings of RuPAC 2008, Zvenigorod, Russia, pp.298-300. 0;;=4*1.5/3=2 ( >=D5@5=F8O @>AA89A:0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ... 0;8=8=, .!.;Q=>2, .. 5G0520, .!.8:C;8=, .. @>=8=, ..!5@>2, .. "C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52.  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10 = 0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. CA: 8=65:B>@0 >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O ;8=59=>3> CA:>@8B5;O / , >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). p.p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einhardt-Nickoulin, A. Feschenko, A.Mirzojan. Modernization of BCT for INR Linac. RuPAC2008, http://www.jinr.ru/RuPAC2008, 2008, p 261-263. 0;;: 4/3*1.5=2,00 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 @>AA89A:>9 :>=D5@5=F88). 8. P. Reinhardt-Nickoulin, A. Feschenko, S. Gavrilov. Ion Monitor of Transverse Beam Parameters for INR Proton Linac. RuPAC2008, http://www.jinr.ru/RuPAC2008, 2008, p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u. V. Grigoriev, O.N. Pavlova, B.V. Zhuravlev, A.A.Alekseev, A.I. Berlev, E.A. Koptelov, D.V. Khlustin, Zh. V.Mesentseva. The investigation of the resonance structure of the neutron cross-sections with the time-of-flight spectrometers at the Moscow Meson Factory. Proc. of XVI International Seminar on Interaction of Neutrons with Nuclei, Dubna, June 11-14, 2008. 0;;: 6/8*1,5=1,125 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 8G=K9  =1,125*2 (<>;>4>9 8AA;54>20B5;L)=2,25$@>;>2 ;53 "8<>D5528G, @>4. 08.07.1945, =. A. 1. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. CA: 8=65:B>@0 >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O ;8=59=>3> CA:>@8B5;O / , >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). p.p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p.p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`5B:>2 0;5@89 >@8A>28G, 10.05.1957, :.D.-<.=., 4>F5=B, 702. ;01. !" =48284C0;L=K9   = 191.0 C1;8:0F88: 67.45 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) .. 5B:>2, -.. C3052, .. ;8<09, .. !<8@=>2,  3@0=8G5=8O =0 :>=F5=B@0F8N 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ 4;O E@><>AD5@=KE <>45;59 8A?0@5=8O , 8AL<0 2 -"$, B.87, 2K?.1, A.3-6, 2008. 1.418 * 60/4 = 21.27 3) .. 5B:>2, -.. C3052, .. ;8<09, .. 0?>=5=:>, .!. !B@830=>2,   <5B>48:5 ?>8A:0 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ =0 ;82=52KE CAB0=>2:0E , @5?@8=B /-1209/2008, ., / , 2008. 4/5 = 0.8 4) V. B. Petkov, J. Szabelski, D. V. Smirnov and R. V. Novoseltseva, "High energy muon number spectrum detected at the Baksan Underground Scintillation Telescope", Nuclear Physics B (Proc. Suppl.), Volume 175-176C, pp. 362-365, 2008. 0.875*30/4 = 6.56 5) V.B. Petkov, E.V. Bugaev, P.A. Klimai, D.V. Smirnov, "Constraints on the Number Density of Evaporating Primordial Black Holes for the Chromospheric Evaporation Models", arXiv:0803.2313v1 [astro-ph], 2008. 4/4 = 1.0 6) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 7) V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.DavitashLVALavili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, V.B.Petkov, R.V.Poleshuk, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaykhiev, W.Trzaska, A.F.Yanin, N.V.Yershov, "On the level of background in underground muon measurements with plastic scintillator counters", arXiv:0810.2414 [physics.ins-det], 2008. 4/10 = 0.4 8) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.019*30/10 = 3.06 9) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 10) V. B. Petkov, I. Alikhanov, J. Szabelski, " Lateral distribution function of high energy muons in EAS around the knee ", Nuclear Physics B (Proceedings Supplements), v.196 (2009), pp. 379-382. 0.875*30/3 = 8.75 11) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 0.277*60/10 = 1.66 12) ..LVALb >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668-670, 2009. 0.277*60/6 = 2.77 13) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 14) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 15) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 16) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "AA;54>20=85 A?5:B@0 <N>=>2 2KA>:8E M=5@389 <5B>4>< :@0B=KE 2708<>459AB289 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", /45@=0O D878:0, B.72, ! 12, A. 2112-2120, 2009. 0.491*60/6 = 4.91 17) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O.LVALc Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 18) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin, "Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data", arXiv:0911.1692v1 [astro-ph.HE] 4/6 = 0.67 19) V.B. Petkov, "The Andyrchy-BUST experiment: primary spectrum and composition around the knee", arXiv:0911.5679v1 [astro-ph.HE] 4 20) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. DOI:10.2478/s11534-009-0135-4 (Published online: 5 October 2009 ). 0.448*30/10 = 1.34 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 6.28 1) .. 60??C52, ..;5:A55=:>, .#. C46052 .!. 8420=A:89, ..8E09;>20, ..5B:>2, ...!B5=L:8=, ..!B5?0=>2, .. '5@=O52, .. &O1C:, "4@>=K A >30 M 2 A>AB025 (", 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (30-O ), !0=:B-5B5@1C@3, 2-7 8N;O 2008, "5LVALd78AK 8 4>:;04K, EAS_13. 4*1.5/10 = 0.6 2) .#. C46052, .. ;5:A55=:>, .. 60??C52, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52, "AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5  >25@-2  / ", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_14. 4*1.5/8 = 0.7 3) .. >340=>2, .. 0:0B0=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, ..5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, MN_04. 4*1.5/7 = 0.8 4) Edgar Bugaev, Peter Klimai, Valery Petkov,  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , Proc. 30th ICRC, (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico,Mexico City, Mexico, 2008, V. 3, p. 1123. 6*0.5*1.5/3 = 1.5 5) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*0.5*1.5/9 = 0.5 6) A.G. Bogdanov, V.N. Bakatanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin,  Multiple interactions of muons in Baksan Underground Scintillation Telescope . Proc. of 21st European Cosmic Ray Symposium (Koaice, Slovakia, September 9  12, 2008), pp. 408 -411. 6*1.5/7 = 1.28 7) T. Raiha, T. Enqvist, J. Joutsenvaara, J. Karjalainen, P. Kuusiniemi, K. Loo, L. Olantera, J. Sarkamo, E. Heikkila, P. Jones, T. Kalliokoski, K. Kolos, W.H. Trzaska, H. Fynbo, L. Bezrukov, L. Inzhechik, B. Lubsandorzhiev, V. Petkov, "Cosmic-ray experiment EMMA: Tracking analysis LVALof the first muon events", Proc. 31st ICRC, Lodz (Poland), 7-15 July 2009, icrc0996. 6*1.5/10 = 0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 37.3 1) .. 5B:>2, .. ;8E0=>2, /. (015;LA:8,  @>AB@0=AB25==>5 @0A?@545;5=85 <N>=>2 A ?>@>3>2>9 M=5@3859 230 M 2 ( 2 >1;0AB8 87;><0 . 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, CAB=K9. 4/3 = 1.3 4) V.B. Petkov,  The Andyrchy-BUST experiment: primary spectrum and composition around the knee . Highlight talk at 31st ICRC, (Lodz, Poland, 7-15 July 2009). 30 5) V.B. Petkov,  Search for very high energy gamma-ray bursts , International Workshop  Many faces of GRB phenomena - optics vs high energy , Nizhnij Arkhyz (Russia), October 12-16, 2009, oral. 6 C:>2>4AB2> 0A?8@0=B><: 2*30 = 60 1) 0?>=5=:> .., 0A?8@0=BC@0 /, 2008 3., 2009 3. 2) >G:0@>2 .., 0A?8@0=BC@0 /, 2009 3. C:>2>4AB2> 48?;><=8:0<8: 2*10=20 1) CG<57>2 .., #, 2009, 10:0;02@A:0O @01>B0 "7CG5=85 E0@0:B5@8AB8: AF8=B8;;OF8>==>3> 45B5:B>@0 B5?;>2KE =59B@>=>2". 2) >G:0@>2 .., #, 2008, <038AB5@A:0O 48AA5@B0F8O  7CG5=85 E0@0:B5@8AB8: AF8=B8;;OF8>==KE 45B5:B>@>2 .LVALNGf>2>A5;LF52 .@89 $54>@>28G, 20.09.1950, 4.D.-<.=., 2=A ;01>@0B>@88 !"   = 92.3 C1;8:0F88: 71.5 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation", arXiv:0802.0956v2 [hep-ph] 4/3 = 1.3 2) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation" J. Phys. G: Nucl. Part. Phys. v.36 (2009) 025009 5.270*30/3 = 52.7 3) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668-670. 0.277*60/6 = 2.77 4) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 5) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "AA;54>20=85 A?5:B@0 <N>=>2 2KA>:8E M=5@389 <5B>4>< :@0B=KE 2708<>459AB289 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", /45@=0O D878:0, B.72, ! 12, A. 2112-2120, 2009. 0.491*60/6 = 4.91 6) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin, "Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data", arXiv:0911.1692v1 [astro-ph.HE] 4/6 = 0.67 7) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "On the total cross sections of -N and - interactions at high energies "s = 10 - 1000 GeV", Nuclear Physics B (Proc. Suppl.) 196, 126 131, 2009. LVAL 0.875*30/3 = 8.75 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.8 1) .. >340=>2, .. 0:0B0=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, ..5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, MN_04. 4*1.5/7 = 0.8 2) ..>2>A5;LF52, .5@5H:>2 8 .>2>A5;LF520,   ?>;=>< A5G5=88 N 8  2708<>459AB289 ?@8 2KA>:8E M=5@38OE "s = 10 % 1000 M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, HE_05. 4*1.5/3 = 2 >=D5@5=F88, =5 >?C1;8:>20=>: 18 1) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon--hadron scaling violation", 6/3 = 2 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "On the total cross sections of N and  interactions at high energies "s = 10 - 1000 GeV", 6/3 = 2 3) Yu.F. Novoseltsev, "Search for neutrino bursts from gravitational collapse of stars at the Baksan Underground Scintillation Telescope", 11-th ICATPP Conference, Como (Italy), 5-9 October 2009, oral. 6 4) ..$. >2>A5;LF52, "@C??K <N>=>2 2KA>:8E M=5@389 ?>4 75<;59", 5:F8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3. 4 5) ..$. >2>A5;LF52, "0:A0=A:89 ?>475<=K9 AF8=B8;;OF8>==K9 B5;5A:>?", 5:F8O-M:A:C@A8O =0 24-9 :>=D5@5=F88 ?> 2708<>459AB28N 8=B5=A82=KE ?>B>:>2 M=5@388 A 25I5AB2><, @8M;L1@CAL5, 1-6 <0@B0 2009 3. 4LVALNGh60??C52 0E8@ 0=8O;>28G, 05.05.1953, :.D.<.=., A=A ;01>@0B>@88 !"   = 17.7 C1;8:0F88: 11.65 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 0.277*60/10 = 1.66 3) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.277*60/10 = 1.66 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 5) ..;5:A55=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,  >@@5;OF8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 D070<8 8 A A59A<8G5A:>9 0:B82=>ABLN , $878:0 5<;8, 2009, !8, A.91-100. 0.439*60/9 = 2.93 6) .. ;5:A55=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ..!B5?0=>2, .. '5@=LVALi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zhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*0.5*1.5/9 = 0.5 5) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, v. LVAL1, p. 753. 6*0.5*1.5/9 = 0.5 6) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*0.5*1.5/5 = 0.9 7) D.D.Dzhappuev, A.U. Kudzhaev, N.F. Klimenko, O.I. Mikhailova, V.I. Stepanov, A.L. Tsyabuk,  A study of hadrons and muons in EAS at the Carpet-2 shower array , Proc. of 21st European Cosmic Ray Symposium (Koaice, Slovakia, September 9  12, 2008), pp. 546  549. 6*1.5/6 = 1.5 >=D5@5=F88, =5 >?C1;8:>20=>: 0.75 1) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6/8 = 0.75M'-RM H C > 9 4 /*|%w rmhc aA@?xNGHHHH<?|33B@?RNGHHHH<?A@?@HHHH<?)@@?@@HHHH<?+B@?r,NGHHHH<? /!B@?VNGHHHH<? 4zB@?@HHHH<? B@?NGHHHH<? 1A@?0@HHHH<? B@?0 @HHHH<?,@@?@HHHH<?(IB@?0"NGHHHH<?33A@?N@HHHH<?1L C33B@?BNGHHHH<?;B@?8NGHHHH<?'1A@?@HHHH<?*LB@?,NGHHHH<?zA@?@HHHH<?,33/B@?NGHHHH<?0BoC@?NGHHHH<?N@A@?@HHHH<?@@? @HHHH<?V33A@?@HHHH<?QMB@?@HHHH<?dBB@?NGHHHH<?w^C@?D$NGHHHH<?HA@?NGHHHH<?|A@?@HHHH<?? q=B@?NGHHHH<?%ffA@? @HHHH<? 33A@? @HHHH<? ffB@?#NGHHHH<? @A@?NGHHHH<?z A @?t@HHHH<?r Q(@@?@nHHHH<?y xA@?&NGHHHH<?ffA@?(~NGHHHH<?|A@?'{NGHHHH<? ?@?"@nHHHH<?$ ffB@? xNGHHHH<?= LB@?JQrNGHHHH<?A@?.oNGHHHH<?̌@@?j@nHHHH<?DxA@?<'kNGHHHH<?A@?'gNGHHHH<?LVALNGl/=8= ;5:A59 $54>@>28G, 07.05.1950, :.D.-<.=., A=A ;01>@0B>@88 !"   = 15.5 C1;8:0F88: 15.46 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 3) V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, V.B.Petkov, R.V.Poleshuk, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaykhiev, W.Trzaska, A.F.Yanin, N.V.Yershov, "On the level of background in underground muon measurements with plastic scintillator counters", arXiv:0810.2414 [physics.ins-det], 2008. 4/10 = 0.4 4) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422.LVALm 1.019*30/10 = 3.06 5) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 6) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 7) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 8) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 9) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] LVAL 4/10 = 0.4 10) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. DOI:10.2478/s11534-009-0135-4 (Published online: 5 October 2009 ). 0.448*30/10 = 1.34DLVAL tXC@5=O ;5:A0=4@ 8:>;0528G, 14.01.1978, <=A ;01>@0B>@88 !"   = 2.6 C1;8:0F88: 2.63 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63!B@830=>2 5B@ !5<5=>28G, 22.09.1951, =A ;01>@0B>@88 !"   = 1.2 C1;8:0F88: 1.2 1) .. 5B:>2, -.. C3052, .. ;8<09, .. 0?>=5=:>, .!. !B@830=>2,   <5B>48:5 ?>8A:0 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ =0 ;82=52KE CAB0=>2:0E , @5?@8=B /-1209/2008, ., / , 2008. 4/5 = 0.8 2) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4>;852 CA018 CE0@18528G, 31.03.1956, :.D.-<.=., A=A ;01>@0B>@88 !"   = 4.4 C1;8:0F88: 0.4 1) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 >=D5@5=F88, =5 >?C1;8:>20=>: 4 1) .. >;852, "0:A0=A:89 ?>475<=K9 AF8=B8;;OF8>==K9 B5;5A:>?", 5:F8O-M:A:C@A8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3.LVALNGp>;G5=:> ;048<8@ 20=>28G, 09.03.1952, :.D.-<.=., A=A ;01>@0B>@88 !"   = 19.0 C1;8:0F88 : 18.42 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 3) .. >;G5=:>, .. >;G5=:>, .. >2>A5;LF520,  AA;54>20=85 2>7<>6=>AB59 <>45@=870F88 !" 2 @0<:0E ?@>3@0<<K @538AB@0F88 =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 , @5?@8=B /  !1207/2008. 4/3 = 1.3 4) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.277*60/10 = 1.66 5) V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, V.B.Petkov, R.V.Poleshuk, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaykhiev, W.Trzaska, A.F.Yanin, N.V.Yershov, "On the level of background in underground muon measurements with plastic scintillator counters", arXiv:0810.2414 [physics.ins-det], 2008. 4/10 = 0.4 6) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.LVALqSh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.019*30/10 = 3.06 7) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 8) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 9) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 10) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] LVAL  4/10 = 0.4 11) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 12) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. DOI:10.2478/s11534-009-0135-4 (Published online: 5 October 2009 ). 0.448*30/10 = 1.34 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.6 1) ..;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,   @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_13. 4*1.5/10 = 0.6LVALNGs ;5:A55=:> 8:B>@ ;048<8@>28G, @>4. 27.12.1945, A=A ,   70 2008-2009 33. C1;8:0F88: .. @><CH:8=, .. ;5:A55=:>, .. 5B@CE8=, ... !B5=L:8= 8 4@. / 538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8. // 72. . !5@8O D878G., B. 73, !3, (2009), A. 425-427.  =8/5*1.5=2.4 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. D878G., B. 73, !5, (2009), A. 647-649.  = 8*0.1*1.5=1.2 .. 60??C52, .#. C46052, .. ;5:A55=>:> 8 4@./ 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. D878G., B. 73, !5, (2009), A. 642-644.  =8*0.1*1.5=1.2 .. ;5:A55=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52 ( /). / @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M. // 72. , A5@. D878G., B. 73, 2K?. 5, (2009), A. 609-611.  =8/7*1.5=1.71 .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2. !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN. // $878:0 5<;8. !8, (2009), 91-100.  =0.268*60/9=1.79 10-100 TeV cosmic ray anisotropy measured at Baksan EAS 'Carpet' array. V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko . Feb 2009. 5pp. Nucl.Phys.Proc.Suppl.196:179-182,(2009).  =0.875*30/9=2.92 10-100 TeV cosmic ray anisotropy measured at Baksan EAS 'Carpet' array. V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko. arXiv:0902.2967 [astro-ph.GA], (2009).  =4/9=0.44 Evolution of the cosmic ray anisotropy above 10^{14} eV. By The EAS-TOP Collaboration (M. Aglietta, V.V. Alekseenko et al.). Jan 2009. 4pp. Astrophys.J.Lett.692:L130-L133, (2009). LVALt =6.33*30/10=18.99 Evolution of the cosmic ray anisotropy above 10^{14} eV. By The EAS-TOP Collaboration (M. Aglietta, V.V. Alekseenko et al.)arXiv:0901.2740 [astro-ph]  = 4/10=0.4 >:;04K: Yu.V.Stenkin and V.V.Alekseenko. Tidal effect in the radon-due neutron flux from the Earth s crust. TAUP 2009, Rome (2009). , http://taup2009.lngs.infn.it/slides/jul3/stenkin.pdf  =6/2=3 .. ;5:A55=:>, .. >;G5=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C64052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2.  @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K. 30 , !0=:B-5B5@1C@3, (2008)  =4/10*1.5=0.6 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@3, (2008),  =4/6*1.5=1.5 .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:./ 4@>=K A > 30 M 2 A>AB025 (.// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8= 8 4@./ 538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8. //30 , !0=:B-5B5@1C@3, (2008),  =4/5*1.5=1.2 .#. C46052, .. ;5:A55=:>, 8 4@./ AA;54>20=85 <N>=>2 A M=5@3859 > 1 M 2 A>AB025 ( =0 CAB0=>2:5 >25@-2  / .// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52 ( /)./  @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M.// 30 , !0=:B-5B5@1C@3, (2008),  =4/7*1.5=0.86 .. ;5:A55=:>./ 04>=-=59B@>==K5 ?@8;82=K5 20@80F88 2 75<=>9 :>@5. //5:F8O (?@83;0H5==0O) 4;O 9-9 ( -"$-2008, 0:A0= (2008).  =20*1.5=30 .. ;5:A55=:>./ =87>B@>?8O ?>B>:0 :>A<8G5A:8E ;CG59 2KA>:>9 M=5@388 2 >:@5AB=>AB8 A>;=5G=>9 A8AB5<K. //5:F8O (?@83;0H5==0O) 4;O 10-9 ( -"$-2009, 0:A0= (2009).  =20=20 D.M. Gromushkin, V.V. Alekseenko et al. On therLVALumal neutron concentration near the ground surface. Proc. Of 31st ICRC, Lodz, (2009), rep. # 963.  =6/6*1.5=1.5 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 B>3>:   = 93.01 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!! ;5:A55=:> 8:B>@ ;048<8@>28G, 27.12.1945, :.D.-<.=., A=A ;01>@0B>@88 !".   = 29.0 C1;8:0F88: 11.25 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. $87., B.73, ! 5, AB@. 642-644, 2009. 0.277*60/10 = 1.66 3) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.277*60/10 = 1.66 4) ..;5:A55=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,  >@@5;OF8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 D070<8 8 A LVALv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zhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (LVALwMerida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. . 6*0.5*1.5/9 = 0.5 6) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, v. 1, p. 753. . 6*0.5*1.5/9 = 0.5 7) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*0.5*1.5/5 = 0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 12.75 1) A5@>AA89A:0O 0CG=0O >=D5@5=F8O @8@>4=K5 ?@>F5AAK, A59A<>B5:B>=8:0 8 A>2@5<5==K9 2C;:0=87< !525@=>3> 02:070. @8M;L1@CAL5,22-30, 0@B,2008. ..;5:A55=:>,  04>=-=59B@>==K5 ?@8;82=K5 2>;=K 2 5<=>9 :>@5 . 4 2) 9-O 0:A0=A:0O >;>456=0O (:>;0 -:A?5@8<5=B0;L=>9 8 "5>@5B8G5A:>9 $878:8 ( -"$ 2008, ?>A. -;L1@CA, 19-24 >:BO1@O 2008. .. ;5:A55=:>,  538AB@0F8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K . 4 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6/8 = 0.75 4) .. ;5:A55=:>,  =87>B@>?8O ?>B>:0 :>A<8G5A:8E ;CG59 2KA>:>9 M=5@388 2 >:@5AB=>AB8 A>;=5G=>9 A8AB5<K , 5:F8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3. 4 *LVAL: !>3;0A>20=> A C10:>2K<: ?@8=OBL 20@80=B !B5=L:8=0 A C<5=LH5=85< =0 42 70 AGQB 4>:;04>2 =0 0:A H:>;5LVALNGy>2>A5;LF520 8B0 8:B>@>2=0, 12.11.1957, =A ;01>@0B>@88 !"   = 96.2 C1;8:0F88: 79.4 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation", arXiv:0802.0956v2 [hep-ph] 4/3 = 1.3 2) .. >;G5=:>, .. >;G5=:>, .. >2>A5;LF520,  AA;54>20=85 2>7<>6=>AB59 <>45@=870F88 !" 2 @0<:0E ?@>3@0<<K @538AB@0F88 =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 , @5?@8=B /  !1207/2008. 4/3 = 1.3 3) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation" J. Phys. G: Nucl. Part. Phys. v.36 (2009) 025009 5.270*30/3 = 52.7 4) V. B. Petkov, J. Szabelski, D. V. Smirnov and R. V. Novoseltseva, "High energy muon number spectrum detected at the Baksan Underground Scintillation Telescope", Nuclear Physics B (Proc. Suppl.), Volume 175-176, pp. 362-365, 2008.. 0.875*30/4 = 6.6 5) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668-670, 2009. 0.277*60/6 = 2.77 6) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 7) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "AA;54>20=85 A?5:B@0 <N>=>2 2KA>:8E M=5@389 <5B>4>< :@0B=KE 2708<>459AB289 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", /45@=0O D878:0, B.72, ! 12, A. 2112-2120, 2009. 0.491*60/LVALz6 = 4.91 8) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin, "Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data", arXiv:0911.1692v1 [astro-ph.HE] 4/6 = 0.67 9) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "On the total cross sections of -N and - interactions at high energies "s = 10 - 1000 GeV", Nuclear Physics B (Proc. Suppl.) 196, 126 131, 2009. 0.875*30/3 = 8.75 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.8 1) .. >340=>2, .. 0:0B0=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, ..5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, MN_04. 4*1.5/7 = 0.8 2) ..>2>A5;LF52, .5@5H:>2 8 .>2>A5;LF520,   ?>;=>< A5G5=88 N 8  2708<>459AB289 ?@8 2KA>:8E M=5@38OE "s = 10 % 1000 M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, HE_05. 4*1.5/3 = 2 >=D5@5=F88, =5 >?C1;8:>20=>: 14 1) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon--hadron scaling violation", 6/3 = 2 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "On the total cross sections of N and  interactions at high energies "s = 10 - 1000 GeV", 6/3 = 2 3) R.V. Novoseltseva, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", (Lodz, Poland, 7-15 July 2009), oral. 6 4) .. >2>A5;LF520, "B:;8: 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0 =0 =59B@8==K9 2A?;5A: 2 @07;8G=KE <>45;OE 27@K2>2 ALVAL25@E=>2KE ", 5:F8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3. 4LVALNG|C46052 ;5:A0=4@ #@CH15:>28G, 30.01.1952, =A ;01>@0B>@88 !"   = 17.7 C1;8:0F88: 11.65 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 0.277*60/10 = 1.66 3) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.277*60/10 = 1.66 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 5) ..;5:A55=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,  >@@5;OF8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 D070<8 8 A A59A<8G5A:>9 0:B82=>ABLN , $878:0 5<;8, 2009, !8, A.91-100. 0.439*60/9 = 2.93 6) .. ;5:A55=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ..!B5?0=>2, .. '5@=O52LVAL}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zhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*0.5*1.5/9 = 0.5 5) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, v. 1, p.LVAL 753. 6*0.5*1.5/9 = 0.5 6) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*0.5*1.5/5 = 0.9 7) D.D.Dzhappuev, A.U. Kudzhaev, N.F. Klimenko, O.I. Mikhailova, V.I. Stepanov, A.L. Tsyabuk,  A study of hadrons and muons in EAS at the Carpet-2 shower array , Proc. of 21st European Cosmic Ray Symposium (Koaice, Slovakia, September 9  12, 2008), pp. 546  549. 6*1.5/6 = 1.5 >=D5@5=F88, =5 >?C1;8:>20=>: 0.75 1) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6/8 = 0.75LVALNG>;G5=:> 0;8=0 0A8;L52=0, 30.03.1952, =A ;01>@0B>@88 !"   = 16.8 C1;8:0F88 : 16.8 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 3) .. >;G5=:>, .. >;G5=:>, .. >2>A5;LF520,  AA;54>20=85 2>7<>6=>AB59 <>45@=870F88 !" 2 @0<:0E ?@>3@0<<K @538AB@0F88 =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 , @5?@8=B /  !1207/2008. 4/3 = 1.3 4) V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, V.B.Petkov, R.V.Poleshuk, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaykhiev, W.Trzaska, A.F.Yanin, N.V.Yershov, "On the level of background in underground muon measurements with plastic scintillator counters", arXiv:0810.2414 [physics.ins-det], 2008. 4/10 = 0.4 5) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixLVALel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.019*30/10 = 3.06 6) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 7) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 8) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 9) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 10) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. ShaibLVALonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 11) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. DOI:10.2478/s11534-009-0135-4 (Published online: 5 October 2009 ). 0.448*30/10 = 1.34LVALNG70?0@>20 @8=0 09@0<>2=0, 27.04.1961, =A ;01>@0B>@88 !"   = 15.5 C1;8:0F88: 15.5 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B.Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 3) V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, V.B.Petkov, R.V.Poleshuk, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaykhiev, W.Trzaska, A.F.Yanin, N.V.Yershov, "On the level of background in underground muon measurements with plastic scintillator counters", arXiv:0810.2414 [physics.ins-det], 2008. 4/10 = 0.4 4) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. LVAL 1.019*30/10 = 3.06 5) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 6) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 7) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 8) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 9) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] LVAL 4/10 = 0.4 10) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. DOI:10.2478/s11534-009-0135-4 (Published online: 5 October 2009 ). 0.448*30/10 = 1.34|LVAL>G:0@>2 0EB8 0AECB>28G, 21.03.1985, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / .   = 6*1.5 = 9 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.63 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. >G:0@>2,  A?>;L7>20=85 2@5<O - ?@>5:F8>==KE :0<5@ 2 =87:>D>=>2KE M:A?5@8<5=B0E , "@C4K 2>AL<>9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 (@8M;L1@CAL5, 15-22 0?@5;O 2007), B. 2, AB@. 140, 2008. 4*0.5*1.5 = 3 3) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph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etkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 5) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4LVAL/10 = 0.4LVALNG!5@3552 ;5:A0=4@ 0A8;L528G, 28.11.1948, A=A ;01>@0B>@88 !" (A>2<5AB8B5;L).   = 71.1*0.5 = 35.6 C1;8:0F88 : 49.2 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 3) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 5) Provencal, J. L.; Montgomery, M. H.; Kanaan, A.; ......; Sergeev, A. V.; et al.,  2006 Whole Earth Telescope Observations of GD358: A New Look at the Prototype DBV , Astrophysical Journal, Volume 693, Issue 1, pp. 564-585 (2009). 6.331*30/10 = 18.99 6) Rosenbush, Vera K.LVAL; Shevchenko, Vasilij G.; Kiselev, Nikolai N.; Sergeev, Alexander V.; Shakhovskoy, Nikolai M.; Velichko, Feodor P.; Kolesnikov, Sergey V.; Karpov, Nikolai V.;  Polarization and brightness opposition effects for the E-type Asteroid 44 Nysa , Icarus, Volume 201, Issue 2, p. 655-665, 2009. 3.24*30/10 = 9.72 7) Provencal, J. L.; Thompson, S.; Montgomery, M.;& & . Sergeev, A. V.; et al.,  Preliminary XCOV26 results for EC14012-1446 , Journal of Physics: Conference Series, Volume 172, Issue 1, pp. 1-7, 012061 (2009). 8/10 = 0.8 8) Arlot, J.-E.; Thuillot, W.; Ruatti, C.; .& . Sergeev, A. V.; et al. (109 coauthors),  The PHEMU03 catalogue of observations of the mutual phenomena of the Galilean satellites of Jupiter , Astronomy and Astrophysics, Volume 493, Issue 3, 2009, pp.1171-1182. 4.153*30/10 = 12.46 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.5 1) 0@?>2 .., !5@3552 .., "0@0489 ..,  01;N45=8O A>1KB89 2 >:>;>75<=>< ?@>AB@0=AB25=0 ?8:5 "5@A:>;  1997  2007 3.3. , "@C4K 564C=0@>4=>9 :>=D5@5=F88 :>;>75<=0O 0AB@>=><8O 2007 (3-7 A5=BO1@O 2007 3>40, "5@A:>;, @8M;L1@CAL5), AB@. 299- 305, 20083. 6*0.5*1.5/3 = 1.5 >=D5@5=F88, =5 >?C1;8:>20=>: 20.4 1) ..!5@3552, .."0@0489, .!.0EB830@052, ..=4@552, ..0@?>2,  >2K5 2>7<>6=>AB8 "5@A:>;LA:>9 >1A5@20B>@88 4;O 8AA;54>20=89 :>A<8G5A:>3> <CA>@0 2 >:>;>75<=>< ?@>AB@0=AB25 , 564C=0@>4=0O :>=D5@5=F8O :>;>75<=0O 0AB@>=><8O  2009. 070=L, 22 -27 023CAB0 20093. (CAB=K9) 6/5 = 1.2 2) 8;O52 .., !B5F5=:> .., !5@3552 .., =4@552 .., 20=>2 ..!.,  !?5:B@><5B@ =87:>3> @07@5H5=8O 4;O 1KAB@>9 A?5:B@>A:>?88 <0;KE B5; !>;=5G=>9 A8AB5<K ,. 564C=0@>4=0O :>=D5@5=F8O :>;>75<=0O 0AB@>=><8O  2009. 070=L, 22 -27 023CAB0 20093. (CAB=K9). 6/5 = 1.2 3) M. Andreev, E. Pavlenko, A. Sergeev,  Fast Change of the Accretion Geometry of BY Cam at Short  LVAL0 Time-scale , International Conference: "Interacting Binaries: Accretion and Synchronization", Crimean Astrophysical Observatory, Crimea, Ukraine, June 20-26, 2008, oral. 6/2 = 3 4) Sergeev A., Sergeeva T.,  The Golosiiv Plate Archive creation as an element of Ukrainian virtual observatory , VI Serbian-Bulgarian Astronomical Conference Belgrade, Serbia, 7-11 May, 2008, invited. 30/2 = 15VLVALf0@?>2 8:>;09 ;048<8@>28G, 24.09.1945, A=A ;01>@0B>@88 !" (A>2<5AB8B5;L).   = 44.82*0.5 = 22.4 C1;8:0F88: 42.12 1) T. Bonev, K. Jockers, N. Karpov A dynamical model with a new inversion technique applied to observations of comet C/2000 WM1 (LINEAR), International Journal of Solar System Studies, Vol. 197, Issue 1, September 2008, p. 183- 202. 3.24*30/3 = 32.4 2) Rosenbush, Vera K.; Shevchenko, Vasilij G.; Kiselev, Nikolai N.; Sergeev, Alexander V.; Shakhovskoy, Nikolai M.; Velichko, Feodor P.; Kolesnikov, Sergey V.; Karpov, Nikolai V.;  Polarization and brightness opposition effects for the E-type Asteroid 44 Nysa , International Journal of Solar System Studies, V. 201, Issue 2, p. 655-665, 2009. 3.24*30/10 = 9.72 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.5 1) 0@?>2 .., !5@3552 .., "0@0489 ..,  01;N45=8O A>1KB89 2 >:>;>75<=>< ?@>AB@0=AB25=0 ?8:5 "5@A:>;  1997  2007 3.3. , "@C4K 564C=0@>4=>9 :>=D5@5=F88 :>;>75<=0O 0AB@>=><8O 2007 (3-7 A5=BO1@O 2007 3>40, "5@A:>;, @8M;L1@CAL5), AB@. 299- 305, 20083. 6*0.5*1.5/3 = 1.5 >=D5@5=F88, =5 >?C1;8:>20=>: 1.2 1) ..!5@3552, .."0@0489, .!.0EB830@052, ..=4@552, ..0@?>2,  >2K5 2>7<>6=>AB8 "5@A:>;LA:>9 >1A5@20B>@88 4;O 8AA;54>20=89 :>A<8G5A:>3> <CA>@0 2 >:>;>75<=>< ?@>AB@0=AB25 , 564C=0@>4=0O :>=D5@5=F8O :>;>75<=0O 0AB@>=><8O  2009. 070=L, 22 -27 023CAB0 20093. (CAB=K9) 6/5 = 1.2$LVAL4&O1C: 40< 5>=BL528G, @>4. 28.08.1943, =A -,   70 2008-2009 33. C1;8:0F88: A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin. Lateral distribution for aligned events in muon groups deep underground. Nucl. Phys. B (Proc. Suppl) 175-176, (2008), 548-550.  =0.875*30/3 = 8.75 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, & .. &O1C: 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. D878G., B. 73, !5, (2009), A. 647-649.  = 0.277*60/6=2.77 .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ... !B5=L:8=, .. 5B:>2, .. '5@=O52, .. &O1C:. 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. D878G., B. 73, !5, (2009), c. 63-65.   = 0.277*60/9 = 1.85. >:;04K: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, & .. &O1C: 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@3, (2008),  =4/6*1.5=1.5 .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:./ 4@>=K A > 30 M 2 A>AB025 (.// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 .#. C46052, .. ;5:A55=:>,..., .. &O1C: 8 4@./ AA;54>20=85 <N>=>2 A M=5@3859 > 1 M 2 A>AB025 ( =0 CAB0=>2:5 >25@-2  / .// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev, A.L. Tsyabuk et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev,& A.L. Tsyabuk et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 B>3>:   = 18.17LVALNG%05@48=>2 08;L !0D>28G, 30.11.1958, :.D.-<.=., A=A ;01. !"   = 64.6 C1;8:0F88: 16.6 1) .!. 8420=A:89, .!. %05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE, 72. , 2009, B. 73, ! 3, AB@. 419-422. 0.277*60/2 = 8.31 2) .!. 8420=A:89, .!. %05@48=>2, !8;L=K5 20@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , 2009, B. 73, ! 3, AB@. 416-418. 0.277*60/2 = 8.31 >:;04K: 48.0 1) A.S. Lidvansky and N.S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008 (?@83;0H5==K9 4>:;04). 30/2 = 15. 2) A.S. Lidvansky and N.S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008, invited. 30/2 = 15. 3) N.S. Khaerdinov, A.S. Lidvansky, Lightning Effect on Intensity of Secondary Cosmic Rays during Thunderstorms,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009, oral. 6/2 = 3. 4) N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009, invited. 30/2 = 15 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! %05@48=>2 08;L !0D>28G @>4. 30.11.1958, A=A !" ,   70 2008-2009 33 C1;8:0F88: .!. 8420=A:89, .!. %05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KELVAL   2 3@>7>2KE M;5:B@8G5A:8E ?>;OE, 72. , 2009, B. 73, ! 3, AB@. 419-422.   = 0.277*60/2 = 8.31. .!. 8420=A:89, .!. %05@48=>2, !8;L=K5 20@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , 2009, B. 73, ! 3, AB@. 416-418.   = 0.277*60/2 = 8.31. >:;04K: A. S. Lidvansky and N. S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 30/2 = 15. .!.8420=A:89, .!.%05@48=>2, 0@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 30 A5@>AA. >=D. ?> :>A<. CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. .!.8420=A:89, .!.%05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE. 30 A5@>AA. >=D. ?> :>A<. CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. A. S. Lidvansky and N. S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 30/2 = 15. N.S. Khaerdinov, A.S. Lidvansky, Lightning Effect on Intensity of Secondary Cosmic Rays during Thunderstorms,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 8/2 = 4. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 30/2 = 15. B>3>:   = 71.62DLVAL0 <X;5=A:89 /= !B0=8A;02>28G @>4. 21.11.1937, =A -,   70 2008-2009 33 !B0BL8: /.!. ;5=A:89/  ?>2545=88 ( =0 ?>74=8E AB048OE @0728B8O // 72. , A5@. $87., 2009, B. 73, ! 5, AB@. 645-646.   = 0.277*60 = 16.62.. Ya.S. Elensky, Behavior of the EAS in Late Stages of Its Development, Bulletin Russian Acad. Sci., Physics, 2009, vol 73, no. 5, pp. 606-608.   = 0.406*30 = 12.18.. >:;04K: /.!. ;5=A:89/  ?>2545=88 ( =0 ?>74=8E AB048OE @0728B8O, 30 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !-5B5@1C@3, 3-7 023CAB0 2008 3.,   = 4*1.5 = 6. B>3>:   = 34.8>7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2008-2009 33 !B0BL8: .. >7O@82A:89, .!. 8420=A:89,  2>?@>AC > 25;8G8=5 8 =0?@02;5=88 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2008, B. 34, ! 2, AB@. 131-135.   = 1.315*60/2 = 39.45. >:;04K: Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 30/3 = 10. V.B. Petkov et al. (Carpet-3 collaboration) // ISVHECRI 2008, Paris (2008).   = 4/10*1.5 = 0.6 @5?@8=BK: Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, arXive: astro-ph/0804.4381v1, 28 April, 2008.   = 4/3 = 1.33. B>3>  : 51.38"C;C?>20 "0BLO=0 20=>2=0 @>4. 04.11.1940, <=A -,   70 2008-2009 33 !B0BL8: .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20, >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, B. 36, ! 5, AB@. 1-6.   = 1.315*60/2 = 15.78 B>3>:   = 15.78LVALNG.!B5?0=>2 ;048<8@ 20=>28G, @>4. 21.01.1935, A=A -,   70 2008-2009 33. C1;8:0F88: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, & .. &O1C: 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. D878G., B. 73, !5, (2009), A. 647-649.  = 0.277*60/6=2.77 .. ;5:A55=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52 ( /). / @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M. // 72. , A5@. D878G., B. 73, 2K?. 5, (2009), A. 609-611.  =0.277*60/7=2.37 .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2. !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN. // $878:0 5<;8. !8, (2009), 91-100.  =0.268*60/9=1.79 >:;04K: Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev,& V.I. Stepanov et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev,& V.I. Stepanov et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 .. ;5:A55=:>, .. >;G5=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C64052, .. C7L<8=>2, .. 8E09;>20, ..., !B5=L:8=, .. !B5?0=>2.  @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K. 30 , !0=:B-5B5@1C@3, (2008)  =4/10*15=0.6 ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52 ( /)./  @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M.// 30 , !0=:B-5B5@1C@3, (2008),  =4/7*1.5=0.86 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, & .. !B5?0=>2 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@3, (2008).  =4/6*1.5=1.5 B>3>:   = 11.69LVALNG!B5=L:8= .@89 0A8;L528G, @>4. 10.12.1948, A=A -,   70 2008-2009 33. C1;8:0F88: ... !B5=L:8=. /1 >A>15==>ABOE ?@>4>;L=>3> @0728B8O ( 8 > A?5:B@5 :>A<8G5A:8E ;CG59. ///$. B. 71, !1, (2008), A.99-111.  =60*0.914=54.84 Yu.V.Stenkin. Thermal neutrons in EAS: a new dimension in EAS study. Nucl. Phys. B (Proc. Suppl) 175-176, (2008), 326-329.  =0.875*30 = 26.25 A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin. Lateral distribution for alighned events in muon groups deep underground. Nucl. Phys. B (Proc. Suppl) 175-176, (2008), 548-550.  =0.875*30/3 = 8.75 Yu. Stenkin. On the PRISMA project. ArXiv: 0902.0138v1 [Astro-ph.IM]  =4 Yu.V. Stenkin. On the PRISMA project. // Nucl. Phys. B (Proc. Suppl.), v. 196, 2009, p. 293-296.  =0.875*30=26.25 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8= 8 4@. / 538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8. // 72. . !5@8O D878G., B. 73, !3, (2009), A. 425-427.  =8/5*1.5=2.4 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. D878G., B. 73, !5, (2009), A. 647-649.  = 8*0.1*1.5=1.2 .. 60??C52, .#. C46052,..., ...!B5=L:8= 8 4@./ 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. D878G., B. 73, !5, (2009), A. 642-644.  =8*0.1*1.5=1.2 .. ;5:A55=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52 ( /). / @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M. // 72. , A5@. D878G., B. 73, 2K?. 5, (2009), A. 609-611.  =8/7*1.5=1.71 .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2. !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN. // $878:0 5<;8. !8, (2009), 91-100.  =0.268*60/9=1.79 >:;04K: Yu.V.Stenkin and V.V.Alekseenko. Tidal effect in the radon-due neLVALutron flux from the Earth s crust. TAUP 2009, Rome (2009). , http://taup2009.lngs.infn.it/slides/jul3/stenkin.pdf  =6/2=3 Yu.V. Stenkin. On the PRISMA project. 09:0;LA:0O <564C=0@>4=0O H:>;0-A5<8=0@ ?> D878:5 :>A<8G5A:8E ;CG59 8 0AB@>D878:5 2KA>:8E M=5@389. (Tunka 2009) (?@83;0H5==K9). http://www.api.isu.ru/schoolsite/prog.html  =30 Yu.V. Stenkin. On the PRISMA project (proposal). // HECR 2008, Moscow (2008), http://quarks.inr.ac.ru/UHECR/p/prisma.ppt  =6 Yu.V. Stenkin. /On the PRISMA project. // ISVHECRI 2008, Paris (2008).  =6 .. ;5:A55=:>, .. >;G5=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C64052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2.  @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K. 30 , !0=:B-5B5@1C@3, (2008)  =4/10*1.5=0.6 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@3, (2008),  =4/6*1.5=1.5 .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:./ 4@>=K A > 30 M 2 A>AB025 (.// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8= 8 4@./ 538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8. //30 , !0=:B-5B5@1C@3, (2008),  =4/5*1.5=1.2 .#. C46052, .. ;5:A55=:>,..., ... !B5=L:8= 8 4@./ AA;54>20=85 <N>=>2 A M=5@3859 > 1 M 2 A>AB025 ( =0 CAB0=>2:5 >25@-2  / .// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52 ( /)./  @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M.// 30 , !0=:B-5B5@1C@3, (2008),  =4/7*1.5=0.86 ... !B5=L:8=./  <5B>40E 87CG5=8O A?5:B@0 :>A<8G5A:8E ;CG59. //5:F8O (?@83;0H5==0O) 4;O ( -"$-2008, 0:A0= (2008).  =20*1.5=30 D.M. Gromushkin, V.V. Alekseenko et al. On thermal neutron x LVAL concentration near the ground surface. Proc. Of 31st ICRC, Lodz, (2009), rep. # 963.  =6/6*1.5=1.5 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 C:>2>4AB2> 48?;><=8:><: .. %0FC:>2, ABC45=B $ (2009)  =10 B>3>:   = 222.6LVALNG8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2008-2009 33 C1;8:0F88: .. >7O@82A:89, .!. 8420=A:89,  2>?@>AC > 25;8G8=5 8 =0?@02;5=88 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2008, B. 34, ! 2, AB@. 131-135.   = 1.315*60/2 = 39.45. .!. 8420=A:89, .!. %05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE, 72. , 2009, B. 73, ! 3, AB@. 419-422.   = 0.277*60/2 = 8.31. .!. 8420=A:89, .!. %05@48=>2, !8;L=K5 20@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , 2009, B. 73, ! 3, AB@. 416-418.   = 0.277*60/2 = 8.31. .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ... !B5=L:8=, .. 5B:>2, .. '5@=O52, .. &O1C:. 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. D878G., B. 73, !5, (2009), c. 63-65.   = 0.277*60/9 = 1.85. >:;04K: A. S. Lidvansky and N. S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 30/2 = 15. Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June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etkov et al. (Carpet-3 collaboration) // ISVHECRI 2008, Paris (2008).   = 4/10*1.5 = 0.6 N.S. Khaerdinov, A.S. Lidvansky, Lightning Effect on Intensity of Secondary Cosmic Rays during Thunderstorms,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 8/2 = 4. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 30/2 = 15. @5?@8=BK: Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, arXive: astro-ph/0804.4381v1, 28 April, 2008.   = 4/3 = 1.33. B>3> 8=48284C0;L=K9   : 107.47. !@54=55   A>B@C4=8:>2 ;01. = 555.79/8 = 69.47   702. ;01. 107.47*0.5 + 69.47*0.75 = 105.83.PLVAL b=4@552 =0B>;89 0A8;L528G, @>48;AO 20.10.373>40, 4>:B>@ B5E=8G5A:8E =0C:, 8.>. 3;02=>3> =0CG=>3> A>B@C4=8:0 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. =4@552 .., C@<8AB@>2 ..., 5H:>2 .. / 07@01>B:0 1;>:0 70<54;8B5;O 4;O =59B@>==>3> 35=5@0B>@0 -400 //59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.309  =6/3=2 0B5=BK =4@552 .. 8 4@. /AB>G=8: B5?;>2KE =59B@>=>2 // 0B5=B =0 87>1@5B5=85 ! 2362226, ?@8>@8B5B 06.12.2007, 70@538AB@8@>20= 20.07.2009 {14, 6/1}  =20/6=3,333 =4@552 .. 8 4@. />;;8<0B>@ // 0B5=B =0 87>1@5B5=85 ! 2366014, ?@8>@8B5B 06.12.2007, 70@538AB@8@>20= 27.08.2009 {14, 6/1}  =20/6=3,333 =4@552 .. 8 4@. / 048>3@0D8G5A:0O CAB0=>2:0 // 0B5=B =0 87>1@5B5=85, ! 2362148, ?@8>@8B5B 06.12.2007, 70@538AB@8@>20= 20.07.2009 {14, 6/1}  =20/6=3,333 =48284C0;L=K9   3;. =0CG. A>B@. 01>@0B>@88 0B><=>3> O4@0 =4@5520 .. @025=:  =2+10=120:0B0=>2 ;048<8@ 8:>;0528G @>4. 10.9.1941, <=A -,   70 2008-2009 33 C1;8:0F88: .. >340=>2, .. 0:0B0=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668, 2009.  : 0.277*60/7= 2.37. A. G. Bogdanov, V. N. Bakatanov, R. P. Kokoulin, Yu. F. Novoseltsev, R. V. Novoseltseva, V. B. Petkov, and A. A. Petrukhin, Multiple Interactions of Muons in BUST, Bulletin of the Russian Academy of Sciences: Physics, 2009, vol. 73, no. 5, pp. 639-632.  : 0.406*30/7= 1.74. B>3>  : 4.11LVALNG5=5F:89 >@8A ;5:A5528G, @>48;AO 18 A5=BO1@O 1933 3>40, 4>:B>@ B5E=8G5A:8E =0C:, 3;02=K9 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0, G;5= :>@@5A?>=45=B >AA89A:>9 8=65=5@=>9 0:045<88. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 5=5F:89 .., 8D0=>2 .. / A=>2K A>740=8O, 8A?KB0=89 8 :>=B@>;O 020@89=>9 70I8B=>9 >4564K ?>60@=KE >B A>G5B0==>3> >1;CG5=8O // 72. , A5@. D87. ".73, !2 (2009) 286 273.  =0.406*60/2=12.18 5=5F:89 .. / .. $@0=:  A>740B5;L 8 @C:>2>48B5;L 01>@0B>@88 0B><=>3> O4@0 2 $5 // #$ 179 !4 (2009) 421  424.  =2.471*60= 148.26 .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0. 35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 A;>8AB>9 35B5@>35==>9 70I8B5 M;5:B@>==K< 87;CG5=85<. 72 , A5@. D87.!11, 2008. A. 1676.  1680.  =0.406*60/3=8.12 .. 5=5F:89, .. >38=>2. @>1;5<K 4>78<5B@88 ?@8 ;8:2840F88 ?>60@>2 8 020@89 A ?@8<5=5=85< @0480F8>==>-70I8B=>9 >4564K ?>60@=KE. >60@=0O 157>?0A=>ABL, !00, 2008.  =8/2=4 .. 8D0=>2, .. 5=5F:89, .. >38=>2. "5E=>;>38O :>=B@>;O @0480F8>==> 70I8B=KE A2>9AB2 :><?>78F8>==KE <0B5@80;>2 8 A?5F80;L=>9 70I8B=>9 >4564K ?>60@=KE, >E@0=ONI8E -!. >60@=0O 157>?0A=>ABL, !2, 2008. A. 92  95.  =8/3=2,7 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. / , 2008 .. 5=5F:89.  @07@01>B:5 A@54AB2 8=48284C0;L=>9 70I8BK >B @0480F8>==KE ?>@065=89 ?@8 A>G5B0==>< >1;CG5=88  =20 ..5=5F:89, ..070@=>2A:89 >A;5A;>285 : 2>A?><8=0=8O< ./.0@8B0 > ..$@0=:5  =10 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. >:;04 =0 70A540=88 B45;5=8O D878G5A:8E =0C: , ?>A2OI5==>< 100-;5B8N A> 4=O @>645=8O .. $@0=:0, 22 =>O1@O 2008 3>40 $, >A:20. ;LO 8E09;>28G  A>740B5;L 8 @C:>2>48B5;L 01>@0B>@88 0B><=>3> O4@0 2 $5.  =20 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. 5=5F:89 .., >38=>2 .. / 1 >A>15==>ABOE 70I8BK ?>60@=KE ?@8 020@8OE =0 O45@=KE M=5@35B8G5A:8E CAB0=>2:0E, A>?@>2>6LVAL405<KE 2K1@>A0<8 307>>1@07=KE 8 ;5BCG8E @048>0:B82=KE 25I5AB2 // "578AK 4>:;04>2 XXI 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K ?>60@=>9 157>?0A=>AB8 '0ABL 2.  .:  (2009) .A. 50-52  =6/2=3 5=5F:89 .., ;>B=8:>20 .. /  A2>9AB20E 1>52>9 >4564K ?>60@=KE :0: 70I8BK >B 15B0 87;CG5=8O ?@8 @0480F8>==KE 020@8OE // "578AK 4>:;04>2 XXI 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K ?>60@=>9 157>?0A=>AB8 '0ABL 2.  .:  (2009) .101-103  =6/2=3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 5=5F:89 .. /  @0A?@545;5=88 8=48284C0;L=KE 4>7 8 BO65AB8 ?>@065=89 ?@8 @0480F8>==KE 020@8OE // "578AK 4>:;04>2 59 564C=0@>4=>3> A>25I0=8O ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2009  !1.:$87.D0:. !1# (2009) 304 .  =6 5=5F:89 .., >38=>2 .., 5@F>2A:89 .. /  70I8B=>9 >45645 4;O @01>BK 2 A?5F80;L=KE CA;>28OE ?@8 020@8OE , A>?@>2>6405<KE 2K1@>A0<8 @048>0:B82=KE 8 03@5AA82=KE 25I5AB2 // "578AK 4>:;04>2 59 564C=0@>4=>3> A>25I0=8O ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2009  !1.:$87.D0:. !1# (2009) 338.  =6/3=2 =48284C0;L=K9   3=A 5=5F:>3> .. @025=  =12.18 +148.26+8.12+4+ 2,7+20+10+20+3+3+6+2=239.26LVALNG5;>28F:89 >@0F89 @5<5528G @>4. 07.08.1916 3., A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  =1,014*30/10=3,04 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. International Journal of Modern Physics E 2009, v.17, N10, p.2331.  =0,492*30/7=2,11 !#= 5,15 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  =0,406*60/9=2,71 .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =0,491*60/5=5,89 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, /$ 2009, ".72, !10, !.1.  =0,491*60/10=2,95 !#= 11.55 !B0BLO 2 N18;59=>< A1>@=8:5. ..5;>28F:89. 1... $@0=:  @C:>2>48B5;L O45@=KE 8AA;54>20=89 A 8A?>;L7>20=85< D>B>M<C;LA8>==>3> <5B>40 8 >@30=870B>@ ?@>872>4AB20 O45@=KE D>B>M<C;LA89 2 !!!   =20 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. !1>@=8: ?>A2OI5==KLVAL(9 100-;5B8N ..$@0=:0, 2008, AB@. 18  =20/10=2 !#=22 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>2, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, @83;0H5==K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.47.  =30/10=3 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10*1.5=0,9 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt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n=40-60 -. @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 =4@552 .., C@<8AB@>2 ..., 5H:>2 .. / 07@01>B:0 1;>:0 70<54;8B5;O 4;O =59B@>==>3> 35=5@0B>@0 -400 //59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.309  =6/3=2 !#=8 =48284C0;L=K9   <=A C@<8AB@>20 ... @025=  = 3.11+10.7+8=21.81LVALNG020@78=0 0;5=B8=0 02;>2=0 @>4. 07.01.1942, A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  =1,014*30/10=3,04 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. International Journal of Modern Physics E 2009, v.17, N10, p.2331.  =0,492*30/7=2,11 !#= 5,15 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, /$ 2009, ".72, !10, !.1.  =0,491*60/10=2,95 .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  =0,406*60/9=2.71 .. 020@78=0, .!. >=>1552A:89, .. !B5?0=>2. >;L :>=D83C@0F88 20;5=B=KE =59B@>=>2 30;> O4@0 2 D>@<8@>20=88 <>45;L=>9 25@H8==>9 DC=:F88 4;O >?8A0=8O @50:F88 ?5@540G8 42CE =59B@>=>2. 72. , !5@.D87. 2008, B.72, !6, A.845.  =0,406*60/3=8.12 .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =0,491*60/5=5,89 .. 020@78=0, .. !B5?0=>2 0A?@545;5=8O ?@>4C:B>2 @50:F88 :2078A2>1>4=>3> 2K1820=8O (p,p n) =0 30;> O4@0E 2 >1;0AB8 A@54=8E M=5@389. !$, !10, A. 34 (2008)  =8/2=4 .. 020@78=0, .. !B5?0=>2 KG8A;5=85 D0:B>@0 2K6820=8O =59B@>==>3> :><?;5:A0 LVAL?@8 53> :2078A2>1>4=>< 2K1820=88 87 30;> O4@0. !$, ! 10, A. 11.(2008)  =8/2=4 !#= 27.67 !B0BL8 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 1 =AB8BCB O45@=KE 8AA;54>20=89 , >A:20; 2 $878G5A:89 8=AB8BCB 8< ..5154520 , >A:20; 3 1J548=5==K9 =AB8BCB /45@=KE AA;54>20=89, C1=0 &/ ! !!//  "  -/ %  !" #" !!/ !" #"# + "    =20/10=2 .. 020@78=0, .. !B5?0=>2 +'! $"  +/ "  !    ! +   /   =20/2=10 .. 020@78=0, .. !B5?0=>2 ! /  #" & ! +/ (p,p n)   / %  !" ! % -   =20/2=10 !#=22 !B0BLO 2 M;5:B@>==>< 2845 V. P. Zavarzina , E. S. Konobeevski and A. V. Stepanov. The role of configurations of neutron halo in the formation of the model vertex function for description of the two-neutron transfer reaction -;5:B@>==K9 ?@5?@8=B http://dx.doi.org/10.3103/S1062873808060191 (2008)  =4/3=1,33 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. @83;0H5==K9 4>:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =30/10=3 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International ConfLVALerence  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10*1.5=0,9 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 020@78=0 .., !B5?0=>2 ../ 5B>4 ?@>AB@0=AB25==>-2@5<5==KE :>@@5;OF8>==KE DC=:F89 4;O >?8A0=8O @50:F88 :2078A2>1>4=>3> 2K1820=8O 20;5=B=KE =59B@>=>2 87 30;> O4@0 // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.205  =6/2=3 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt.  =6/5*.5=.6 @5?@8=B .. 020@78=0, .. !B5?0=>2 / !@02=8B5;L=K9 0=0;87 8=D>@<0B82=>AB8 M:A:;N782=KE (p,p n) 8 8=:;N782=KE (p,p ) M:A?5@8<5=B>2 =0 O4@0E A >4=>=59B@>==K< 8 42CE=59B@>==K< 30;> //@5?@8=B /  1226/2009 A.1-20  =4/2=2 =48284C0;L=K9   A=A 020@78=>9 .. @025=  =5.15+27.67+22+1.33+3+.9+.9+3+.6+.6+2=67.15LVAL 8D0=>2 8E08; 8:>;0528G, @>4. 21 =>O1@O 1945 3>40, , =A. :0=4840B D87-<0B =0C: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 .. 8D0=>2, .. 5=5F:89, .. >38=>2. "5E=>;>38O :>=B@>;O @0480F8>==> 70I8B=KE A2>9AB2 :><?>78F8>==KE <0B5@80;>2 8 A?5F80;L=>9 70I8B=>9 >4564K ?>60@=KE, >E@0=ONI8E -!. >60@=0O 157>?0A=>ABL, !2, 2008. A. 92  95.  =8/3=2,7 5=5F:89 .., 8D0=>2 .. / A=>2K A>740=8O, 8A?KB0=89 8 :>=B@>;O 020@89=>9 70I8B=>9 >4564K ?>60@=KE >B A>G5B0==>3> >1;CG5=8O // 72. , A5@. D87. ".73, !2 (2009) 286 273  =.406*60/2=12.18 #G51=>5 ?>A>185 4;O '! 8D0=>2 .. =8<0F8>==K9 A;094=D8;L< 0480F8>==>-70I8B=K9 :>ABN< 4;O ?>60@=KE =0 -!.  =8 =48284C0;L=K9   =A 8D0=>20 .. @025=  =2.7+12.2+8= 22,908:8= <8B@89 ;5:A5528G, @>48;AO 9 023CAB0 1930 3>40, 4>:B>@ D878:>-<0B5<0B8G5A:8E =0C:, 254CI89 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0. . !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 08:8= .., >@4>2A:>9 .., A8?GC: ../ 0AGQB @0AA5O=8O =59B@>=>2 =0 GQB=>-GQB=KE 45D>@<8@>20==KE O4@0E // " (2009)   = 8/3=2,7 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., >@4>2A:>9 .., !C@:>20 .. / 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.251  =6/3=2 @>HN@0 08:8= . / #G51=>-<5B>48G5A:>5 ?>A>185 ?> >1I59 D878:5: 7;CG5=85 M;5:B@><03=8B=KE 2>;= // .:$", 2009, 51 A.  =51/16*2=6.4 =48284C0;L=K9   2=A 08:8=0 .. @025=  =2.7+2+6.4=11.1LVALNGC52 !5@359 8:B>@>28G, @>48;AO 26.10. 1954 3>40, :0=4840B D87.-<0B. !B. =0C:, =0CG=. A>B@. 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  =1,014*30/10=3,04 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. International Journal of Modern Physics E 2009, v.17, N10, p.2331.  = 0,492*30/7=2,11 !#= 5,15 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: !..C52, .!.>=>1552A:89, ..>@4>2A:>9. >;CG5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > 2KE>45 @50:F88 n + d p + n + n ?CB5< @5H5=8O >1@0B=>9 7040G8. "- 2008, N3, !.5-8.  = 0,311*60/3=6,22 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  = 0,406*60/4=6,09 .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  = 0,406*60/9=2,71 .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =0,491*60/5=5,89 ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  = 0,311*60/6=3,11 !..C52, .!.LVAL>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, /$ 2009, ".72, !10, !.1.  =0,491*60/10=2,95 !#= 33,06 !B0BLO 2 N18;59=>< A1>@=8:5. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008, AB@  =20/5=4 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008, AB@. 18  =20/10=2 !#=6 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>2, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, @83;0H5==K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.47.  =30/10=3 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52.   1S0 " -"  + !!//  & ND-    En=40-60 -. @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book oLVALf abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 !#=9 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 152.  =6/3*1.5=3 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10*1.5=0,9 !#=3,9 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 !..C52, .!.>=>1552A:89.  &#  '/ + nn- !!//  +%  +% & nd-  #AB=K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.268.  =6/2=3 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV #AB=K9 4>:;04 =0 International Conference NuLVALclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERACTION IN nd-BREAKUP REACTION AT 40-60 MEV >:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt.  =6/5*.5=.6 E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5*.5=.6 !#=8,7 =48284C0;L=K9   A=A !..C520 @025=:  = 5,15+33,06+6+9+3,9+8,7=65,8LVALNG>=>1552A:89 235=89 !5@35528G, @>48;AO 23 023CAB0 1943 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 ;01>@0B>@859 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,014*30/10=3,04 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. International Journal of Modern Physics E 2009, v.17, N10, p.2331.  =0,492*30/7=2,11 !#=5,15 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: !..C52, .!.>=>1552A:89, ..>@4>2A:>9. >;CG5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > 2KE>45 @50:F88 n + d p + n + n ?CB5< @5H5=8O >1@0B=>9 7040G8. " 2008, N3, !.5-8.  =0,311*60/3=6,22 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  = 0,406*60/4=6,09 .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  =0,406*60/9=2,71 .. 020@78=0, .!. >=>1552A:89, .. !B5?0=>2. >;L :>=D83C@0F88 20;5=B=KE =59B@>=>2 30;> O4@0 2 D>@<8@>20=88 <>45;L=>9 25@H8==>9 DC=:F88 4;O >?8A0=8O @50:F88 ?5@540G8 42CE =59B@>=>2. 72. , !5@.D87. 2008, B.72, !6, A.845.  = 0,406*60/3=8,12 .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =0,491*60/5=5,89 ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>LVAL9, !. . >B0H52, . . !:>@:8=. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  =0,311*60/6=3,11 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, /$ 2009, ".72, !10, !.1.  =0,491*60/10=2,95 !#= 41,18 !B0BLO 2 N18;59=>< A1>@=8:5. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008, AB@  =20/5=4 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008, AB@. 18  =20/10=2 !#=6 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>2, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, @83;0H5==K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.47.  =30/10=3 .!.>=>1552A:89, ...CLVAL@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52.   1S0 " -"  + !!//  & ND-    En=40-60 -. @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 E.S. Konobeevski, DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd BREAKUP REACTION AT 40-60 MEV MeV // 17th INTERNATIONAL SEMINAR ON INTERACTION OF NEUTRONS WITH NUCLEI: Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics May 27-30, 2009, Dubna, Russia  =30/1=30 !#=39 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 152.  =6/3*1.5=3 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10*1.5=0,9 !#=3,9 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy LVALand Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 !..C52, .!.>=>1552A:89.  &#  '/ + nn- !!//  +%  +% & nd-  #AB=K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.268.  =6/2=3 .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . #AB=K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.270.  =6/3=2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV #AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERACTION IN nd-BREAKUP REACTION AT 40-60 MEV >:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt.  =6/5*.5=.6 E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5*.5=.6 !#=10,7 !B0BLO 2 M;5:B@>==>< 2845 V. P. Zavarzina , E. S. Konobeevski and A. V. Stepanov. The role  LVAL of configurations of neutron halo in the formation of the model vertex function for description of the two-neutron transfer reaction ?@5?@8=B http://dx.doi.org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nn-@0AA5O=8O 87 40==KE > 2KE>45 @50:F88 n + d p + n + n ?CB5< @5H5=8O >1@0B=>9 7040G8. "- 2008, N3, !.5-8.  = 0,311*60/3=6,22 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  = 0,406*60/4=6,09 ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  =0,311*60/6=3,11 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn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n=40-60 -. @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 152.  =6/3*1.5=3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., >@4>2A:>9 .., !C@:>20 .. / 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.251  =6/3=2 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV #AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERACTION IN nd-BREAKUP REACTION AT 40-60 MEV >:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP LVAL FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5*.5=.6 !#=15,5 =48284C0;L=K9   702. 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". 72 , !6, A. 885 (2008).  =.406*60/2= 12.18 0D><>2 .., !5@3552 ../ =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0 // 72. , A5@.D87. 2009 B.73, !2, A.222-225  =.406*60/2= 12.18 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0.74. / , 2008 ..0D><>2, ..!5@3552 =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0  =20/2=10 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 ..0D><>2, ..!5@3552. =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0. >:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =6/2=3 =48284C0;L=K9   A=A 0D><>20 .. @025=  =37.4A8?GC: 3>@L 20=>28G, @>4. 06.05. 1951 , :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / C1;8:0F88: !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 08:8= .., >@4>2A:>9 .., A8?GC: ../ 0AGQB @0AA5O=8O =59B@>=>2 =0 GQB=>-GQB=KE 45D>@<8@>20==KE O4@0E // " (2009) !2, A.20-36.  =8/3=2.7 =48284C0;L=K9   =A A8?GC:0 . @025= 2.7 LVAL !0;>E8=0 0@30@8B0 0@:>2=0, @>4. 11 O=20@O 1941 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0. 35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 A;>8AB>9 35B5@>35==>9 70I8B5 M;5:B@>==K< 87;CG5=85<. 72 , A5@. D87.!11, 2008. A. 1676.  1680.  =.406*60/3=8.12 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. !0;>E8=0 .. / 028A8<>ABL E0@0:B5@8AB8: Au/n-Si ?>25@E=>AB=> 10@L5@=KE 45B5:B>@>2 O45@=KE 87;CG5=89 >B 5AB5AB25==>3> >:8A=>3> A;>O =0=><5B@>2>9 B>;I8=K // "578AK 4>:;04>2 59 564C=0@>4=>3> A>25I0=8O ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2009  !1.:$87.D0:. !1# (2009), A. 281.  =6 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0.74. / , 2008 .. !0;>E8=0 @8<5=5=85 ?>25@E=>AB=> 10@L5@=KE 45B5:B>@>2 O45@=KE 87;CG5=89 4;O 87CG5=8O A2>9AB2 ?>25@E=>AB=>3> 10@L5@0 8 ?>25@E=>AB=KE A>AB>O=89.  =20 =48284C0;L=K9   =A !0;>E8=>9 .. @025=  = 8.12+6+20=34,12;>B=8:>20 0@8=0 8:B>@>2=0, @>48;0AL 2 <0@B0 1936 3>40, =0CG=K9 A>B@C4=8: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0. 35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 A;>8AB>9 35B5@>35==>9 70I8B5 M;5:B@>==K< 87;CG5=85<. 72 , A5@. D87.!11, 2008. A. 1676.  1680.  =.406*60/3=8.12 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 5=5F:89 .., ;>B=8:>20 .. /  A2>9AB20E 1>52>9 >4564K ?>60@=KE :0: 70I8BK >B 15B0 87;CG5=8O ?@8 @0480F8>==KE 020@8OE // "578AK 4>:;04>2 XXI 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K ?>60@=>9 157>?0A=>AB8 '0ABL 2.  .:  (2009) .101-103  =6/2=3 =48284C0;L=K9   =A ;>B=8:>2>9 .. @025=  =11.12LVALNG>B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  =0,406*60/4=6,09 ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  =0,311*60/6=3,11 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn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n=40-60 -. @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 8B28= .!., >B0H52 !. ., 078= .., !04K:>2 ../ >78F8>==>-GC2AB28B5;L=K9 ?@>2>;>G=>-ABHLVALX@8?>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B5@><// 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.277  =6/4=1,5 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV #AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERACTION IN nd-BREAKUP REACTION AT 40-60 MEV >:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt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onobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV #AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 6. E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERACTION IN nd-BREAKUP REACTION AT 40-60 MEV >:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th Internation~LVALal Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5*.5=.6 =48284C0;L=K9   A=A !5@35520 .. @025=  = 12,18+12,18+10+3+1,2+1,2+.6=40,4LVALNG!B5?0=>2 ;5:A0=4@ 0A8;L528G @>4. 23.02.1934, 3=A. /, 4>:B>@ D87-<0B. =0C:, ?@>D5AA>@. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,014*30/10=3,04 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. International Journal of Modern Physics E 2009, v.17, N10, p.2331.  =0,492*30/7=2,11 !#= 5,15 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, /$ 2009, ".72, !10, !.1.  =0,491*60/10=2,95 .. 020@78=0, .!. >=>1552A:89, .. !B5?0=>2. >;L :>=D83C@0F88 20;5=B=KE =59B@>=>2 30;> O4@0 2 D>@<8@>20=88 <>45;L=>9 25@H8==>9 DC=:F88 4;O >?8A0=8O @50:F88 ?5@540G8 42CE =59B@>=>2. 72. , !5@.D87. 2008, B.72, !6, A.845.  = 0,406*60/3=8,12 .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =0,491*60/5=5,89 .. 020@78=0, .. !B5?0=>2 0A?@545;5=8O ?@>4C:B>2 @50:F88 :2078A2>1>4=>3> 2K1820=8O (p,p n) =0 30;> O4@0E 2 >1;0AB8 A@54=8E M=5@389. !$, !10, A. 34 (2008)  =8/2=4 .. 020@78=0, .. !B5?0=>2 KG8A;5=85 D0:B>@0 2K6820=8O =59B@>==>3> :><?;5:A0 ?@8 53> :2078A2>1>4=>< 2K1820=88 87 30;> O4@0. !$, ! 10, A. 11.(2008)  =8/2=4 !B0BL8 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) .. 5;>28F:891, ..LVAL 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 1 =AB8BCB O45@=KE 8AA;54>20=89 , >A:20; 2 $878G5A:89 8=AB8BCB 8< ..5154520 , >A:20; 3 1J548=5==K9 =AB8BCB /45@=KE AA;54>20=89, C1=0 &/ ! !!//  "  -/ %  !" #" !!/ !" #"# + "    =20/10=2 .. 020@78=0, .. !B5?0=>2 +'! $"  +/ "  !    ! +   /   =20/2=10 .. 020@78=0, .. !B5?0=>2 ! /  #" & ! +/ (p,p n)   / %  !" ! % -   =20/2=10 !B0BLO 2 M;5:B@>==>< 2845 V. P. Zavarzina , E. S. Konobeevski and A. V. Stepanov. The role of configurations of neutron halo in the formation of the model vertex function for description of the two-neutron transfer reaction -;5:B@>==K9 ?@5?@8=B http://dx.doi.org/10.3103/S1062873808060191 (2008)  =4/3=1,3 !#=48,3 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. @83;0H5==K9 4>:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =30/10=3 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10*1.5=0,9 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F8JLVALZ8 020@78=0 .., !B5?0=>2 ../ 5B>4 ?@>AB@0=AB25==>-2@5<5==KE :>@@5;OF8>==KE DC=:F89 4;O >?8A0=8O @50:F88 :2078A2>1>4=>3> 2K1820=8O 20;5=B=KE =59B@>=>2 87 30;> O4@0 // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.205  =6/2=3 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt.  =6/5*.5=.6 !#=8,1 @5?@8=B .. 020@78=0, .. !B5?0=>2 / !@02=8B5;L=K9 0=0;87 8=D>@<0B82=>AB8 M:A:;N782=KE (p,p n) 8 8=:;N782=KE (p,p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d // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.251  =6/3=2 =48284C0;L=K9   A=A !C@:>2>9 .. @025=  = 2LVALNG/=>28G 235=89 ;5:A0=4@>28G, 21.10.1949, =A. -,   70 2008-2009 33 1. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G.  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M /45@=0O $878:0, ?@8=OB0 2 ?5G0BL .  =0,491*60/8=3,7 2. >28:>20 ./., 0@010=>2 . ., 57@C:>2 .., 5;>CA .., 0=8;>2 .., 830=H8= .%., 20=>2 .., /=>28G ..,  1@07>20=85 :>>@48=0F8>==KE A>548=5=89 2 304>;8=89-A>45@60I8E >@30=8G5A:8E AF8=B8;;OB>@0E (GdLS). A?>;L7>20=85 @07=>;830=4=KE :><?;5:A>2 304>;8=8O 4;O A>740=8O GdLS . %, 2009, B.54, A.1143-1150.  =0,31*60/8=2,3 3. 0@010=>2 . ., 57@C:>2 .., 0=8;>2 .., 830=H8= .%., CF52 !.., >@30;N: .., >28:>20 ./., 0A5G=8: .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS). 07=>;830=4=K5 :><?;5:AK 4;O A>740=8O MELS , ?@5?@8=B /  1219/2009, <0@B 2009 4. . .0@010=>2, ./ >28:>20, ..!8=52, ../=>28G.  AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5 , ?@5?@8=B / , 1228/2009, 8N=L 2009. 4/4=1 5. . . 0@010=>2, . . 0=8;>2, .. !. @K;>2, . .. &820475, . . 57@C:>2, . /. >28:>20, . . /=>28G, . . 5<8=0, . 0BB04>@8 (C. Cattadori), . 8 0:@8 (A. Di Vacri)  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O 048>E8<8O, 2009, B. 51, N 3, c. 239 246  =0,537*60/8=4,0 6. . . 0@010=>2, .. 0=8;>2, ... &820475, ..!. @K;>2, .. 57@C:>2, >@=>CE>2 .., >28:>20 ./, /=>28G ., . 0BB04>@8, .8 0:@8,  -:AB@0:F8>==K9 <5B>4 2 ?@>F5AA0E 873>B>2;5=8O 8=489A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=KE =59B@8=> (4;O M:A?5@8<5=B0 LENS - A?5:B@>A:>?8O =87:LVAL>M=5@35B8G5A:8E =59B@8=>) , 048>E8<8O, 50 (2008) 236-242  =0,537*60/8=4,0 7. I.R. Baraban>v, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. L. Ioannucci, E.A. Yanovich, A.S. Malgin  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection @8=OB> : ?5G0B8, European Physical Journal C (EPJC-08-03-019.R1)   3,2E30/6=16,1 8. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. L. Ioannucci, E.A. Yanovich, A.S. Malguin  Performances and stability of a 2.4 ton Gd organic liquid scintillator target for anti-nu(e) detection Mar 2008. 3pp. e-Print: arXiv:0803.1577 [physics.ins-det]   4/6=0,7 9. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, A. Ianni, S. Nisi, F. Ortica, A. Romani, C. Salvo, O.Smirnov, E.A. Yanovich,  Nd loaded scintillator to search for 150Nd neutrinoless double beta decay Journal of Physics: Conference Series 136 (2008) 042088  =0,25*30/5=1,5 B>3>: 33.3 C:>2>48B5;L >B45;0 8E552 !..LVALNG>28:>20 0;8=0 /:>2;52=0, @>4.15.07.1950, =A -,   70 2008-2009 33. 1. . . 0=8;>2, ..!.@K;>2, ...&820475., . .0@010=>2, ..57@C:>2, ..>@=>CE>2, ./.>28:>20, ../=>28G, .0BB04>@8 (!. !attadori), .8 0:@8 (A/Di Vacri) / "-:AB@0:F8>==K9 <5B>4 2 ?@>F5AA0E 873>B>2;5=8O 8=489A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=>3> =59B@8=> (4;O M:A?5@8<5=B0 LENS)" // 048>E8<8O 2008, B.50, N3, c.236-242.  =0,537*60/8=4.0 2. >28:>20 ./., 0@010=>2 . ., 57@C:>2 .., 5;>CA .., 0=8;>2 .., 830=H8= .%., 20=>2 .., /=>28G ..,  1@07>20=85 :>>@48=0F8>==KE A>548=5=89 2 304>;8=89-A>45@60I8E >@30=8G5A:8E AF8=B8;;OB>@0E (GdLS). A?>;L7>20=85 @07=>;830=4=KE :><?;5:A>2 304>;8=8O 4;O A>740=8O GdLS . %, 2009, B.54, A.1143-1150.  =0,31*60/8=2,3 3. . . 0@010=>2, . . 0=8;>2, .. !. @K;>2, . .. &820475, . . 57@C:>2, . /. >28:>20, . . /=>28G, . . 5<8=0, . 0BB04>@8 (C. Cattadori), . 8 0:@8 (A. Di Vacri)  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O 048>E8<8O, 2009, B. 51, N 3, c. 239 246  =0,537*60/8=4,0 @5?@8=BK: 1. ./.>28:>20, ..5;>CA, ..0=8;>2, .%.830=H8=, ..20=>2 / " 07=>;830=4=K5 :><?;5:AK 304>;8=8O 4;O A>740=8O 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (GdLS). A?>;L7>20=85 MALDIT TOF-MS 4;O 0=0;870 GdLS" // ?@5?@8=B / - 1195/2008  =4/5=0.8 2. ..>@30;N:, ./.>28:>20, .."0=0=052, -..8D0=BL52 / ";8O=85 AB@>5=8O 1845=B0B=KE D>AD>@8;A>45@60I8E M:AB@035=B>2 =0 M:AB@0:F8N 07>B=>9 :8A;>BK" // ?@5?@8=B / - 1205/2008  =4/4=1 3. ..>@30;N:, ./.>28:>20, ..>?>20, .."0=0=052, "..0AB@N:>20, .$.OA>54>2, -..8D0=BL52 / ("-0;:8;)(N,N-481CB8;:0@10<>8;<5B8;)<5B8D>AD8=0BK-=>2K5 @5035=BK 4;O M:AB@0:F8>==>3> 8 A>@1F8>==>3> 872;5G5=8O f-M;5<5=B>2 8 B5E=5F8O(VII) 87 :8A;KE @0AB2>@>2" // ?@5?@8=B / - 1208/2008  =4/7=0.56 4. 0@010=\ LVALl >2 . ., 57@C:>2 .., 0=8;>2 .., 830=H8= .%., CF52 !.., >@30;N: .., >28:>20 ./., 0A5G=8: .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS). 07=>;830=4=K5 :><?;5:AK 4;O A>740=8O MELS , ?@5?@8=B /  1219/2009, <0@B 2009   4/9=0.45 5. . .0@010=>2, ./ >28:>20, ..!8=52, ../=>28G.  AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5 , ?@5?@8=B / , 1228/2009, 8N=L 2009.   4/4=1 B>3>:  =14,1 C:>2>48B5;L >B45;0 8E552 !..LVAL80=>2A:89 !B0=8A;02 ;048<8@>28G, 30.09.1941, =A -,   70 2008-2009 33 1. I.. Barabanov, L. Bezrukov, E. Demidova, V. Gurentsov, S. Kianovsky, K.T. Knope, V. Kornouhkov, B. Schwingenheuer, and A. Vasenko  Shielding of the GERDA experiment against external background Nucl. Instr. Methods A606 (2009) 790-795.  =1,181*30/7=5,1 2. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M /45@=0O $878:0, ?>=OB0 2 ?5G0BL .  =0,491*60/=3,7 3. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M @5?@8=B /1231/2009  =4/8=0,5 !C<<0=9,3 >;>4>9 A>B@C4=8:, 0A?8@0=B 9,3E2=18.6 B>3>  =18.6 C:>2>48B5;L >B45;0 8E552 !..M'-RM H C > 9 4 /*|%w rmhc @CYA@?NGHHHH<??̨A@? @HHHH<?>B@?@HHHH<?=ff>A33AB@? @HHHH<?<7 \B@?\ NGHHHH<?;r \B@?V NGHHHH<?:jÕCBUC@?8NGHHHH<?9}A@?fNGHHHH<?8A@?NGHHHH<?70 ff@@?@HHHH<?6gA@?(@HHHH<?5 33@@?@HHHH<?3A@?NGHHHH<?2A@?$@HHHH<?1ZA@?@HHHH<?0sA@?@HHHH<?/KffA@? @HHHH<?.C33CA@?6 @HHHH<?-=B@?4NGHHHH<?,H33~CCF@?D5NGHHHH<?+ffB@?&@HHHH<?*33wB@?NGHHHH<?)AO5B@?NGHHHH<?( @?@HHHH<?'O!B@?NGHHHH<?&JB@?NGHHHH<?%5B@?NGHHHH<?$OףA@? @HHHH<?#L ŮC@?dNGHHHH<?"`B@?NGHHHH<?!L#B@?J@HHHH<? DB@?@HHHH<?̆A@?@HHHH<?B ׉B@? @HHHH<?uUC@?3NGHHHH<?ik@C@?$NGHHHH<?_@A@?@HHHH<?!C@?1NGHHHH<?TC@?;NGHHHH<?QR8B@?HNGHHHH<?F#AC@?z @HHHH<??B@?NGHHHH<?* A@? @HHHH<?O33B@?@HHHH<? ̔A@?@HHHH<?,LVAL<C@5=F>2 0;5@89 20=>28G, 30.09.1941, =A -,   70 2008-2009 33 I.. Barabanov, L. Bezrukov, E. Demidova, V. Gurentsov, S. Kianovsky, K.T. Knope, V. Kornouhkov, B. Schwingenheuer, and A. Vasenko  Shielding of the GERDA experiment against external background Nucl. Instr. Methods A606 (2009) 790-795.  =1,181*30/7=5,1 2. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M /45@=0O $878:0, ?>=OB0 2 ?5G0BL .  =0,491*60/=3,7 3 . . 0@010=>2, .. 5@5A=8:>20, .. C@5=F>2, .. >@=>CE>2.  538AB@0F8O 157=59B@8==>3> 42>9=>3> 15B0 - @0A?040 100Mo A ?><>ILN AF8=B8;;OF8>==KE :@8AB0;;>2 !0>4  @5?@8=B /- 1238/2009  =4/4=1 @C:>2>4AB2> 0A?8@0=B>< 2007,  =30 B>3> 39,8 C:>2>48B5;L >B45;0 8E552 !..LVAL 5@5A=8:>20 ==0 0A8;L52=0, 26.08.1980, AB065@,   70 2008-2009 33 1 A.V. Veresnikova, B.K. Lubsandorzhiev, I.R. Barabanov, P. Grabmayr, D. Greiner, J. Jochum, M. Knapp, C. Osswald, R.V. Poleshuk, F. Ritter, B.A.M. Shaibonov, Y.E. Vyatchin, and G. Meierhofer  Fast scintillation light from CaMoO4 crystals Nucl. Instr. Methods A603 (2009) 529-531.  =1,181*30/4=8.9 2. . . 0@010=>2, . . 5@5A=8:>20, . . C1A0=4>@6852, . . >;5IC:, . . . (091>=>2, . -. OBG8=, . . >@=>CE>2.  AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>4 "-, 2009,!1,AB@.41-45  =0,314*60/7=2,7 3. . . 0@010=>2, . . 5@5A=8:>20, ..0A8;L52, !..C1A0=4>@6852, ..C1A0=4>@6852, .-.OBG8=, ..>;5IC:, ..(091>=>2, .(.028B0H28;8. "AA;54>20=85 01A>;NB=>3> A25B>2>3> 2KE>40 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>4" ?@8=OB> : ?5G0B8 2 "-,  =0,314*60/9=2,1 4. . . . 0@010=>2, .. 5@5A=8:>20, .. C@5=F>2, .. >@=>CE>2.  538AB@0F8O 157=59B@8==>3> 42>9=>3> ,15B0 - @0A?040 100Mo A ?><>ILN AF8=B8;;OF8>==KE :@8AB0;;>2 !0>4  @5?@8=B /- 1238/2009  =4/4=1 Veresnikova A. V., et al.,  Large volume scintillation crystals Nuclear Science, IEEE Transactions on Volume 55, Issue 3, 2008, p. 1473  1475,  =0,27*30/10=0,81 >;>4>9 A>B@C4=8:, 0A?8@0=B 15,5*2=31 B>3>  =31 C:>2>48B5;L >B45;0 8E552 !..LVALNG0@010=>2 3>@L ><0=>28G, 26.11.1939, A=A -,   70 2008-2009 33 I.. Barabanov, L. Bezrukov, E. Demidova, V. Gurentsov, S. Kianovsky, K.T. Knope, V. Kornouhkov, B. Schwingenheuer, and A. Vasenko  Shielding of the GERDA experiment against external background Nucl. Instr. Methods A606 (2009) 790-795.  =1,181*30/7=5,1 2. A.V. Veresnikova, B.K. Lubsandorzhiev, I.R. Barabanov, P. Grabmayr, D. Greiner, J. Jochum, M. Knapp, C. Osswald, R.V. Poleshuk, F. Ritter, B.A.M. Shaibonov, Y.E. Vyatchin, and G. Meierhofer  Fast scintillation light from CaMoO4 crystals Nucl. Instr. Methods A603 (2009) 529-531.  =1,181*30/4=8.9 3. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M /45@=0O $878:0, ?>=OB0 2 ?5G0BL .  =0,491*60/=3,7 4. . . 0@010=>2, . . 5@5A=8:>20, . . C1A0=4>@6852, . . >;5IC:, . . . (091>=>2, . -. OBG8=, . . >@=>CE>2.  AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>4 "-, 2009,!1,AB@.41-45  =0,314*60/7=2,7 5. . . 0@010=>2, .. 5@5A=8:>20, .. C@5=F>2, .. >@=>CE>2.  538AB@0F8O 157=59B@8==>3> 42>9=>3> ,15B0 - @0A?040 100Mo A ?><>ILN AF8=B8;;OF8>==KE :@8AB0;;>2 !0>4  @5?@8=B /- 1238/2009  =4/4=1 6. >28:>20 ./., 0@010=>2 . ., 57@C:>2 .., 5;>CA .., 0=8;>2 .., 830=H8= .%., 20=>2 .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS) . %, 2009, B.54, A.1143-1150.  =0,31*60/8=2,3 7.. . .0@010=>2, ./ >28:>20, ..!8=52, ../=>28G AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5, ?@5?@8=B / , 1228/2009, 8N=L 2009. 4/4=1 8.. . . 0@010=>2, . . 0=8;>2, .. !. @K;>2, . .. &820475, . . 57@C:>2, . /. >28:>20, . . /=>28G, . *LVAL:. 5<8=0, . 0BB04>@8 (C. Cattadori), . 8 0:@8 (A. Di Vacri)  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O 048>E8<8O, 2009, B. 51, N 3, c. 239 246  =0,537*60/8=4,0 9. . . 0@010=>2, .. 0=8;>2, ... &820475, ..!. @K;>2, .. 57@C:>2, >@=>CE>2 .., >28:>20 ./, /=>28G ., . 0BB04>@8, .8 0:@8,  -:AB@0:F8>==K9 <5B>4 2 ?@>F5AA0E 873>B>2;5=8O 8=489A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=KE =59B@8=> (4;O M:A?5@8<5=B0 LENS - A?5:B@>A:>?8O =87:>M=5@35B8G5A:8E =59B@8=>) , 048>E8<8O, 50 (2008) 236-242  =0,537*60/8=4,0 10. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. L. Loannucci, E.A. Yanovich, A.S. Malgin  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection @8=OB> : ?5G0B8, European Physical Journal C (EPJC-08-03-019.R1)   3,2E30/6=16,1 11. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. L. Loannucci, E.A. Yanovich, A.S. Malgin  Performances and stability of a 2.4 ton Gd organic liquid scintillator target for anti-nu(e) detection Mar 2008. 3pp. e-Print: arXiv:0803.1577 [physics.ins-det]   4/6=0,7 12. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. A. Ianni, S. Nisi, F. Ortica, A. Romani, C. Salvo, E.A. Yanovich,  Nd loaded scintillator to search for 150Nd neutrinoless double beta decay Journal of Physics: Conference Series 136 (2008) 42088  =0,25*30/5=1,5 @C:>2>4AB2> 0A?8@0=B><  =30 B>3> 77 C:>2>48B5;L >B45;0 8E552 !..dLVALv>?KA>2 .@89 !5@0D8<>28G, 40B0 @>645=8O: 22.12.1936, A=A -,   70 2008 2009 3.3. C1;8:0F88: .. !. >?KA>2 / AB@C:BC@5 >AF8;;8@CNI8E =59B@8=>. !B0F8>=0@=0O B5>@8O =59B@8==KE >AF8;;OF89 // 5AB=8: #, A5@8O 0B5<0B8:0, =D>@<0B8:0, $878:0, 2008, !1, AB@. 66-70.   = 8. >:;04K: .. !. >?KA>2 / 59B@8==K9 70@O4 8 53> 2>7<>6=K5 0AB@>D878G5A:85 ?@>O2;5=8O // 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 (23-27 =>O1@O 2009 3.)   = 4. ":   = 12>;:>20 N4<8;0 0;5@852=0 24.12.1940, 2=A -,   70 2008-2009 33. 1. .. >;:>20, .". 0F5?8=. 20@:-3;N>==>5 A>AB>O=85 25I5AB20 8 ?>;>68B5;L=K9 871KB>: <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E M=5@38OE. /45@=0O D878:0, 71 (2008) 1912-1821.  =60. 2. .. >;:>20. 5=5@0F8O G0@<0 8 M:A?5@8<5=B0;L=K5 40==K5 > ?>B>:5 :>A<8G5A:8E =59B@8=>. 72. . !5@. $87. 2009 73 !5 679-681.   =41.8. 3. L.V. Volkova, O. Saavedra. Prompt muon production in cosmic rays Astroparticle Physics 32 (2009) 136-139.   =77.34 4. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $   $878:0 DC=40<5=B0;L=KE 2708<>459AB289 (23-27 =>O1@O 2009 3.), "-$, >A:20. .. >;:>20. N>=K :>A<8G5A:8E ;CG59 ?@8 A25@E2KA>:8E M=5@38OE. !40=> 2 "-$ 4;O /$ 4> 24 O=2. 2010   =4 >:;04 =0 =0CG=>9 @>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< 2 2008 3. !0=:B-5B5@1C@3... >;:>20. 5=5@0F8O G0@<0 8 M:A?5@8<5=B0;L=K5 40==K5 > ?>B>:5 :>A<8G5A:8E =59B@8=>.   =4 >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> 2708<>459AB28O< ?@8 A25@E2KA>:8E M=5@38OE, 0@86 2008 3. .. >;:>20. N>=K :>A<8G5A:8E ;CG59 8 ?>B>:8 30<<0 ?@8 >G5=L 2KA>:8E M=5@38OE 2 0B<>AD5@5.   =6  =193.14LVALNG 04K:8= ;048<8@ L2>28G A.=.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 1 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 1 >4=>9 3@C??5 M:A?5@8<5=B0;L=KE @57C;LB0B>2, A2O70==KE A ?>8A:>< =59B@8==>3> 87;CG5=8O >B !1987. ><<5=B0@89 , . 04K:8=, .. O6A:0O , B>< 35, !6, A. 427-430 60 2 1,315 60*1,315/2 39,45 5 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 7 Some remarks on neutrino detection O6A:0O .., 04K:8= .. >:;04 =0 14 ' 6 2 1,5 6*1,5/2 4,5 8 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 10 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 11 5:>B>@K5 C@>:8 @538AB@0F88 =59B@8==>3> 87;CG5=8O O6A:0O .., 04K:8= .. >:;04 =0 :>=D. !>2@5<5==K5 ?@>1;5<K D878:8 =59B@8=> 8 0AB@>D878:8 14 >:BO1@O 2009 4 2 1 4/2 2 2008 1 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 2 @>1;5<K @538AB@0F88 =59B@8==>3> 87;CG5=8 LVAL O >B SN1987A. 204F0BL ;5B A?CABO. .. 04K:8=, .. O6A:0O , 34, !9, 643 (2008) 60 2 1,315 60*1.315/2 39,45 3 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4 10 1,5 4*1,5/10 0,6 4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4 10 1,5 4*1,5/10 0,6 107,11 702. 01. O6A:0O ..LVALNG>:CG052 OG5A;02 20=>28G: @>4. 16.08.1948, 4.D.-<.=., 2=A -   (70 2008-2009 33.) = 276 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: S. Chernov, V. Dokuchaev / "The vacuum shell in the Schwarzschild-de Sitter world" // Classical and Quantum Gravity, 25, 015004, 2008,  =3.035*30/2=45.2 V. S. Berezinsky, V. I. Dokuchaev and Yu N. Eroshenko / "Remnants of dark matter clumps" // Phys. Rev. D 77. 083519, 2008,  =5.05*30/3=50.5 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Ultra-hard fluid and scalar field in the Kerr-Newman metric" // Phys. Rev. D78, 104027, 2008,  =5.05*30/4=37.9 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . >:CG052 8 !. . '5@=>2. / "-2>;NF8O 20:CC<=>9 >1>;>G:8 2 <8@5 $@84<0=0-(20@FH8;L40" // -"$ 134, 245-254, 2008,  =0.892*60/2=26.8 . . >:CG052, .. . @>H5=:> 8 !. . C18= / "A?;5A:8 3@028B0F8>==KE 2>;= >B AB>;:=>25=89 G5@=KE 4K@ 2 A:>?;5=8OE" // 8AL<0 . 2009, 35, 1-8,  =1.315*60/3=26.3 . . >:CG052, .. . @>H5=:> 8 !. . C18= / " 0==55 D>@<8@>20=85 30;0:B8:, 8=8F88@>20==>5 A:>?;5=8O<8 G5@=KE 4K@" // AB@>=. 6. 2008, 85, 867-878,  =0.837*60/3=16.7 @5?@8=BK M;5:B@>==K5: E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Ultra-hard fluid and scalar field in the Kerr-Newman metric" // arXiv:0807.0449 [gr-qc], 2008,  =4/4=1 V. I. Dokuchaev, Yu. N. Eroshenko and S. G. Rubin. / "Early formation of galaxies initiated by clusters of black holes" // arXiv:0801.0885v1 [astro-ph] , 2008,  =4/3=1.33 V. I. Dokuchaev, S. V. Chernov / "Evolution of a Vacuum Shell in the Friedmann Schwarzschild World" // arXiv:0808.4116 [gr-qg], 2008,  =4/2=2 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Phantom threat to cosmic censorship" // arXiv:0806.0916 [gr-qg], 2008,  =4/4=1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Dokuchaev, V. Berezinsky, Yu. Eroshenko, Dark matter annihilation in the Galaxy, 14thLVAL Lomonosov Conference on Elementary Particle Physics, Particle Physics on the eve of LHC, 19-25 August, 2009, Moscow State University, Moscow. (A5:F8>==K9 4>:;04),  =6/3=2 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko / "Small Scale Dark Matter Clumps in the Galaxy" // Fourth International Sakharov Conference on Physics organized by the Tamm Theory Department of the Lebedev Physics Institute, May 18-23, 2009 Moscow (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V. I. Dokuchaev / "Phantom threat to cosmic censorship" // International Workshop "Frontiers in Black Hole Physics at Dubna", Bogoliubov Laboratory of Theoretical Physics of the Joint Institute for Nuclear Research, Dubna May 25-30, 2009 (?;5=0@=K9 4>:;04),  =6 V. Dokuchaev, V. Berezinsky and Yu. Eroshenko / "Anisotropy of dark matter annihilation and remnants of dark matter clumps in the galaxy" // Proc. 13th Lomonosov Conference on Elementary Particle Physics, "Particle Physics on the eve of LHC", 23-29 August, 2007, Moscow State University, Moscow, Ed. A. I. Studenikin (World Scientific, Singapure) p. 229-236, 2009 (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5*0.5=3 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Cosmic censorship for phantom energy. Hot topics in Modern Cosmology" // Second Spontaneous Workshop, 12--17 May 2008 Carg ese. Institut d'Etudes Scientifiques de Cargese. Corsica, France (?;5=0@=K9 4>:;04),  =6/4=1.25 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko. Remnants of small-scale dark matter clumps. Intern conf "Identification of dark matter 2008" (idm2008). 18-22 August 2008, AlbaNova, Stockholm, Sweden (?;5=0@=K9 4>:;04),  =6/3=2 V. S. Berezinsky, V. I. Dokuchaev and Yu. N. Eroshenko / "Small-scale dark matter clumps in the Galactic halo" // Proceedings of the Intern. conf. "Problems of Practical Cosmology" held at Russian Geographical Society 23 - 27 June 2008, Saint-Petersburg, Russia. Eds. Yurij V. Baryshev, Igor N. Naganov, Pekka Teerikorpi. vol. I, "Practical Cosmology", LVALp. 159-162 (>?C1;8:>20==K9 A?;5=0@=K9 4>:;04),  =6/3*1.5=2 . . 018G52, .. >:CG052, @>H5=:>, !.. '5@=>2 / ""5G5=85 684:>AB8 2 <5B@8:5 5@@0-LN<5=0 A A25@E6QAB:8< C@02=5=85< A>AB>O=8O // 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O, <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9 4>:;04),  =4/4=1 . . 018G52, .. >:CG052, @>H5=:>, !.. '5@=>2 / "Cosmic censorship for phantom energy" // 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O. <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9 4>:;04),  =4/4=1 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko / "First objects in the Universe // 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O. <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9 4>:;04),  =4/3=1.33 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Cosmic censorship for phantom energy" // 15th Intern. Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008 (A5:F8>==K9 4>:;04),  =6/4=1.25 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Perfect fluids in the vicinity of black holes and naked singularities" // 15th Intern. Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008 (A5:F8>==K9 4>:;04),  =6/4=1.25 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko / "Destruction of dark matter clumps in Galaxy". 15th Intern. Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008 (A5:F8>==K9 4>:;04),  =6/3=2 V. S. Berezinsky, V. I. Dokuchaev and Yu. N. Eroshenko / "Dark matter annihilation in the Galactic halo" //Proc. XLIst Rencontres de Moriond. La Thuile, Aosta Valley, Italy (March 11--18, 2006). From Dark Halos to Light. Eds. Sophie Maurogordato, Jean \^Tran Thanh V\^an, Laurence Tresse. (The Gi'oi Publishes, printed in Vietnam) p. 423-424, 2008, (>?C1;8:>20==K9 ?;5=0@=K9 4>:;LVAL04),  =6/3*1.5*0.5=1.5 V. I. Dokuchaev / "Dark matter annihilation in the clumpy galactic halo" // Les Rencontres de Physique de La Valle'e d'Aoste. Results and Perspectives in Particle Physics. 4-10 March 2007. La Thuile, Aosta Valley, Italy. Editor Mario Greco. Frascati Physics Series, vol, XLIV, p. 59-64 (>?C1;8:>20==K9 ?;5=0@=K9 4>:;04),  =6*1.5*0.5=4.5 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: .!. 5@578=A:89, .. >:CG052, .. . @>H5=:>, 5;:><0AHB01=K5 A3CAB:8 B5<=>9 <0B5@88, :>=D5@5=F8O :BC0;L=K5 ?@>1;5<K 2=530;0:B8G5A:>9 0AB@>=><88, 21-23 0?@5;O 2009 3., CI8=A:0O @048>0AB@>=><8G5A:0O >1A5@20B>@8O, 3. CI8=>. (A5:F8>==K9 4>:;04),  =4/3=1.33 . !. 5@578=A:89, . . >:CG052 8 .. . @>H5=:> / "01;N40B5;L=K5 A;54AB28O <5;:><0AHB01=>9 :;0AB5@870F88 B5<=>9 <0B5@88" // A5@>AA89A:0O 0AB@>D878G5A:0O :>=D5@5=F88 "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008",  , >A:20 24-26 45:01@O 2008 3. (A5:F8>==K9 4>:;04),  =4/3=1.33 . . 018G52, .. >:CG052, @>H5=:>, !.. '5@=>2 / "450;L=0O 684:>ABL 21;878 G5@=KE 4K@ 8 3>;KE A8=3C;O@=>AB59" // A5@>AA89A:0O 0AB@>D878G5A:0O :>=D5@5=F88 "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008",  , >A:20 24-26 45:01@O 2008 3. (A5:F8>==K9 4>:;04),  =4/4=1 C:>2>4AB2> 0A?8@0=B>< ('5@=>2 !5@359 ;048<8@>28G, 3-9 3>4 >1CG5=8O, 0A?8@0=B B45;5=8O "5>@. $878:8 $, 2 / @01>B05B ?> 4>3>2>@C):  =30 B>3>:  2008-2009=276LVALNG@>H5=:> .@89 8:>;0528G: @>4. 03.04.1973, :.D.-<.=., =A -   (70 2008-2009 33.) = 161 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V. S. Berezinsky, V. I. Dokuchaev and Yu N. Eroshenko / "Remnants of dark matter clumps" // Phys. Rev. D 77. 083519, 2008,  =5.05*30/3=50.5 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Ultra-hard fluid and scalar field in the Kerr-Newman metric" // Phys. Rev. D78, 104027, 2008,  =5.05*30/4=37.9 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . >:CG052, .. . @>H5=:> 8 !. . C18= / "A?;5A:8 3@028B0F8>==KE 2>;= >B AB>;:=>25=89 G5@=KE 4K@ 2 A:>?;5=8OE" // 8AL<0 . 2009, 35, 1-8,  =1.315*60/3=26.3 . . >:CG052, .. . @>H5=:> 8 !. . C18= / " 0==55 D>@<8@>20=85 30;0:B8:, 8=8F88@>20==>5 A:>?;5=8O<8 G5@=KE 4K@" // AB@>=. 6. 2008, 85, 867-878,  =0.837*60/3=16.7 @5?@8=BK M;5:B@>==K5: E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Ultra-hard fluid and scalar field in the Kerr-Newman metric" // arXiv:0807.0449 [gr-qc], 2008,  =4/4=1 V. I. Dokuchaev, Yu. N. Eroshenko and S. G. Rubin. / "Early formation of galaxies initiated by clusters of black holes" // arXiv:0801.0885v1 [astro-ph] , 2008,  =4/3=1.33 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Phantom threat to cosmic censorship" // arXiv:0806.0916 [gr-qg], 2008,  =4/4=1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Berezinsky, V. Dokuchaev and Yu. Eroshenko / "Small Scale Dark Matter Clumps in the Galaxy" // Fourth International Sakharov Conference on Physics organized by the Tamm Theory Department of the Lebedev Physics Institute, May 18-23, 2009 Moscow (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V. Dokuchaev, V. Berezinsky and Yu. Eroshenko / "Anisotropy of dark matter annihilation and remnants of dark matter clumps in the galaxy" // Proc. 13th Lomonosov Conference on Elementary Particle Physics, "Particle Physics on the eve of LHCLVAL", 23-29 August, 2007, Moscow State University, Moscow, Ed. A. I. Studenikin (World Scientific, Singapure) p. 229-236, 2009 (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5*0.5=3 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Cosmic censorship for phantom energy. Hot topics in Modern Cosmology" // Second Spontaneous Workshop, 12--17 May 2008 Carg ese. Institut d'Etudes Scientifiques de Cargese. Corsica, France (?;5=0@=K9 4>:;04),  =6/4=1.25 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko. Remnants of small-scale dark matter clumps. Intern conf "Identification of dark matter 2008" (idm2008). 18-22 August 2008, AlbaNova, Stockholm, Sweden (?;5=0@=K9 4>:;04),  =6/3=2 V. S. Berezinsky, V. I. Dokuchaev and Yu. N. 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Suppl.) 175-176C (2008) 90 193 {23, 20/4, 0F5?8= ."., CE0<54H8= .., O6A:0O .., !>1>;52A:89 ..}.   = 0.875*30/10 = 3.94 A.L.Tsyabuk, R.A.Mukhamedshin, Yu.V.Stenkin /Lateral distribution for aligned events in muon groups deep underground // Nucl. Phys. B (Proc. Suppl.) 175-176 (2008) 548 550 {23}   = 0.875*30/3 = 8.75 L.G. Sveshnikova et al. /On absorption of the hadron component of EAS cores in a large lead calorimeter at  knee -range energies // J. Phys. G: Nucl. Part. Phys. 35 (2008) 065201 {5, 6/1, CE0<54H8= ..}   = 5.27*30/6 = 26.35 R.A. Mukhamedshin / FANSY 1.0: a phenomenological model for simulation of coplanar particle generation in superhigh-energy hadron interactions // Eur. Phys. J. C (2009) 60: 345-358 {5}   = 3.255*30 = 97.65 V.S. Puchkov et al. / Emulsion chamber response and PCR mass composition according to the PAMIR data // Nucl. Phys. B (Proc. Suppl.) (2009) pp. 110-113 {23, 10/1, CE0<54H8= ..}   = 0.875*30/10 = 2.62 R.A. 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(# D-B 8, A?5F80;870F8O :><?LNB5@=0O 3@0D8:0) 70 2008-2009 33. 15. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 -..>?B5;>20 0480F8>==K5 MDD5:BK 2 B25@4KE B5;0E 8 GB5=85 ;5:F89 ?> :C@AC 2 B5G5=85 >A5==53> A5<5AB@0 2008 3. 16.S.G.Lebedev,  Unconventional Electromagnetics in Carbonaceous Materials to be published by Nova Science Publihers, Inc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ebedev,  Stripper target lifetime estimations to be published in Nucl. 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"  !( / ! http://www.inauka.ru/blogs/article90523.html 2009. 29. !..515452,   "+:  "+  "  !" !" http://www.inauka.ru/blogs/article90655.html 2009 30.!..515452,   "+:  !% / -   !"      !"'! -$  http://www.inauka.ru/blogs/article90735.html , 2009. 31. !..515452,   "+: " '! !(  */!/"  ! " -  http://www.inauka.ru/blogs/article90766.html , 2009. 32. !..515452,   "+:  ' ! ##? http://www.inauka.ru/blogs/article90845.html ,2009. 33.!..515452,   "+: !/  '  +  http://www.inau LVAL ka.ru/blogs/article90952.html , 2009. 34.!..515452,   "+: +!+ +" !" / ! http://www.inauka.ru/blogs/article91029.html , 2009. 35.!..515452,  "+ " !"'!" ! http://elementy.ru/blogs/users/serleb/38258/ , 2009. " !>3;0A>20=> A C10:>2K<: =5 CG8BK20BL 22(=5 >?C1;) 8 25-35 (1;>38)\LVALl1. @0G52 8E08; 20=>28G @>4. 13.06.1944 3., 02. B45;>< -:A?5@8<5=B0;L=>3> ><?;5:A0, :.D-<.=. >=D5@5=F88: Grachev M.I., Ponomareva E.V, Kravchuk L.V., , Gorbunov V.K., INR RAS, Moscow, Seleznev V.C. #, IHEP, Protvino,  Transportation of the proton beam at the Experimental complex of linear accelerator INR of the RAS , XXI-RUPAC, September-Oktober 2008,  =0.75*30/5=4.5 Grachev M.I. , Ponomareva E.V., Kravchuk L.V., Gorbunov V.K., Skorkin V.M., INR, Moscow, Zapolsky V.N. # IHEP, Protvino, Russia  System of preliminary formation of the beam for the channel of proton therapy , XXI-RUPAC, September-Oktober 2008,  = 0.75*30/6=3.75 V.K.Gorbunov, M.I.Grachev, E.V.Ponomareva, L.V.Kravchuk, V.S.Seleznev / Operation of Beam Transmission Control System for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orbunov /  Control System for the MMF Experimental Area // ICALEPS2009,  =1,2*6/1=7,2 V.K.Gorbunov, M.I.Grachev, E.V.Ponomareva, L.V.Kravchuk, V.S.Seleznev / Operation of Beam Transmission Control System for RADEX // XXI 564C=0@>4=>5 !>25I0=85 ?> #A:>@8B5;O< 0@O65==KE '0AB8F  =1,2*6/5=1,4 Grachev M.I., Ponomareva E.V, Kravchuk L.V., , Gorbunov V.K., INR RAS, Moscow, Seleznev V.C. #, IHEP, Protvino,  Transportation of the proton beam at the Experimental complex of linear accelerator INR of the RAS , XXI-RUPAC, September-Oktober 2008,  =0.75*30/5=4.5 Grachev M.I. , Ponomareva E.V., Kravchuk L.V., Gorbunov V.K., Skorkin V.M., INR, Moscow, Zapolsky V.N. # IHEP, Protvino, Russia  System of preliminary formation of the beam for the channel of proton therapy , XXI-RUPAC, September-Oktober 2008,  = 0.75*30/6=3.75  =7,2+1,4+4.5+3.75=16.85 B>3>:  =16.85LVAL@83>@L520 !25B;0=0 20=>2=0 @>4. 13.07.1944 :D<= A=A   = 126.07 0CG=>5 =0?@02;5=85 - D878:0 :>A<8G5A:8E ;CG59 1. R. Aloisio, V. Berezinsky and S. Grigorieva, "Analytic calculations of the spectra of ultra-high energy cosmic ray nuclei. I. The case of CMB radiation." arXiv:astro-ph/0802488  =4/3=1.33 2. S. Grigorieva, "Method of Analytic calculation of the spectra of UHE cosmic ray nuclei". Nuclear Physics B 196 (2009) 422-424,   =4.158*30=124.74 / 2 >5< 8@5 - http://my.mail.ru/mail/sveta.grigorieva/>=><0@520 ;5=0 8:B>@>2=0 @>4.25.12.1960 3., =.A. - >=D5@5=F88: Grachev M.I., Ponomareva E.V, Kravchuk L.V., , Gorbunov V.K., INR RAS, Moscow, Seleznev V.C. #, IHEP, Protvino,  Transportation of the proton beam at the Experimental complex of linear accelerator INR of the RAS , XXI-RUPAC, September-Oktober 2008,  =0.75*30/5=4.5 Grachev M.I. , Ponomareva E.V., Kravchuk L.V., Gorbunov V.K., Skorkin V.M., INR, Moscow, Zapolsky V.N. # IHEP, Protvino, Russia  System of preliminary formation of the beam for the channel of proton therapy , XXI-RUPAC, September-Oktober 2008,  = 0.75*30/6=3.75 V.K.Gorbunov, M.I.Grachev, E.V.Ponomareva, L.V.Kravchuk, V.S.Seleznev / Operation of Beam Transmission Control System for RADEX // XXI 564C=0@>4=>5 !>25I0=85 ?> #A:>@8B5;O< 0@O65==KE '0AB8F  =1,2*6/5=1,4 C1;8:0F88: @0G52 .., @02GC: .., $54G5=:> ., >=><0@520 .. >2CH:0 ?CG:0, "-, 2 ?5G0B8.  =1.5*45/4=16.875 @0G52 .., @02GC: .., >=><0@520 .. ?B8<870F8O :0=0;0 B@0=A?>@B8@>2:8. 57C;LB0BK. "-, 2 ?5G0B8.  =1.5*45/3=22.5  = 4.5+3.75+1.4+16.875+22.5= 49.03 B>3>:  =49.03LVALNG 30D>=>20 0B0;LO .@L52=0 =.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 1 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Coll. To be submitted to EPJC 30 10 3,255 30*3,255/10 9,765 2 Cosmic ray physics with the OPERA detector OPERA Coll. PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 5 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 6 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 7 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 8 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5<3 A :207875@:0;L=K< >B@065=85< 30D>=>20 ..., >O@:8= .., 0;L38= .!. ", 2 ?5G0B8 60 3 0,226 60*0,226/3 4,52 9 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 10 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 11 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, (2009) A. 685-687 60 10 0,272 30*0,272/10 1,632 12 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 13 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVDLVAL Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 14 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 15 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 2008 1 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 2 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 3 4 4/3 1,333333333 3 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 4 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >30=>20 +   >;. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 5 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 C:>2>4AB2> 48?;><=8:>< $ (0:8@LO=>2>9 . . 030D>=>20/@O6A:0O 10/2 5 C:>2>4AB2> 48?;><=8:>< $ >B@5A>2K< .. 030D>=>20/<0;L38= 10/2 5 56,18133333LVALNG>O@:8= 048< ;048<8@>28G =.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Coll. To be submitted to EPJC 30 10 3,255 30*3,255/10 9,765 Cosmic ray physics with the OPERA detector OPERA Coll. PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Sodium Chloride as a target for Supernovae neutrinos V. Boyarkin, O. Ryazhskaya PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 2 0 8/2 4 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5<3 A :207875@:0;L=K< >B@065=85< 30D>=>20 ..., >O@:8= .., 0;L38= .!. ", 2 ?5G0B8 60 3 0,226 60*0,226/3 4,52 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, (2009) A. 685-687 60 10 0,272 30*0,272/10 1,632 >20@5==0O A>;L :0: <8H5=L 4;O =59B@8=> >B !25@E=>2KE .. >O@:8=, .. O6A:0O 72.  !5@. $87. B.73, !5,pLVAL (2009) A. 691-693 60 2 0,272 30*0,272/10 8,16 Sodium Chloride as a target for Supernovae neutrinos >O@:8= .., O6A:0O .. >:;04 =0 14 ' 6 2 1,5 6*1,5/2 4,5 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Sodium Chloride as a target for Supernovae neutrinos V. Boyarkin, O. Ryazhskaya >:;04 =0 31 ICRC 6 2 1,5 6*1,5/2 4,5 2008 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 3 4 4/3 1,333333333 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >30=>20 +   >;. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 72574 .. >O@:8=, .. O6A:0O >:;04 =0 30->9  4 2 1,5 4*1,5/2 3 C:>2>4AB2> 48?;><=8:>< $ CA0=>2K< !. 1>O@:8=/@O6A:0O 10/2 5 75,34133333 C25;8G5=85 2 2@070 2 A2O78 A 70I8B>9 :0=4840BA:>9 48AA5:@B0F88 150,6826667LVAL$>1@K=8=0 :0B5@8=0 =0B>;L52=0 <.=.A. 2008-2009 3. =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 2008 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 21,705LVALNG=8:552 0A8< 1@038<>28G =.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Coll. To be submitted to EPJC 30 10 3,255 30*3,255/10 9,765 Cosmic ray physics with the OPERA detector OPERA Coll. PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, (2009) A. 685-687 60 10 0,272 30*0,272/10 1,632 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Search for neutrino bursts with LVD atLVAL Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 2008 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 Emulsion sheet doublets as interface trackers for the OPERA experiment Anokhina et al. JINST 2008 3 P07005 30 10 0,821 30*0,821/10 2,463 Study of the effects induced by lead on the emulsion films of the OPERA experiment Anokhina et al. Anokhina et al. JINST 2008 3 P07002 30 10 0,821 30*0,821/10 2,463 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4 10 1,5 4*1,5/10 0,6 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >30=>20 +   >;. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4 10 1,5 4*1,5/10 0,6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4 10 1,5 4*1,5/10 0,6 45,254LVALNG0;L38= ;5:A59 !5<5=>28G A.=.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Coll. To be submitted to EPJC 30 10 3,255 30*3,255/10 9,765 Cosmic ray physics with the OPERA detector OPERA Coll. PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5<3 A :207875@:0;L=K< >B@065=85< 30D>=>20 ..., >O@:8= .., 0;L38= .!. ", 2 ?5G0B8 60 3 0,226 60*0,226/3 4,52 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, (2009) A. 685-687 60 10 0,272 30*0,272/10 1,632 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRLVALC 6 10 1,5 6*1,5/10 0,9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 2008 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 3 4 4/3 1,333333333 Performances and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection I.R. Barabanov, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S.Krilov, L. Ioannucci, E.A. Yanovich for the MetaLS collaboration and M.Aglietta, A.Bonardi, G.Bruno, W.Fulgione, E.Kemp, A.S. Malgin, A.Porta, and M.Selvi for the LVD collaboration European Physical Journal C (EPJC-08-03-019.R1), 30 6 3,209 30*3,209/6 16,045 59B@>=K >B <N>=>2 ?>4 75<;59. .!. 0;L38=, .. O6A:0O /4. $87., B. 71 ! 10 A. 1800-1811, 2008 60 2 0,914 60*0.914/2 27,42 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4 10 1,5 4*1,5/10 0,6 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >30=>20 +   >;. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4 10 1,5 4*1,5/10 0,6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4 10 1,5 4*1,5/10 0,6 C:>2>4AB2> 48?;><=8:>< $ >B@5A>2K< .. 030D>=>20/<0;L38= 10/2 5 C:>2>4AB2> 48?;><=8:>< - 30D>=>2K< ... <0;L38= 10 10 104,6463333LVALNG OA=K9 A52>;>4 02@8;>28G A.=.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Coll. To be submitted to EPJC 30 10 3,255 30*3,255/10 9,765 Cosmic ray physics with the OPERA detector OPERA Coll. PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, (2009) A. 685-687 60 10 0,272 30*0,272/10 1,632 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Search for neutrino bursts with LVDT LVALd at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 2008 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >30=>20 +   >;. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 40,328$ LVAL4 (0:8@LO=>20 @8=0 ><5;L52=0 0A?8@0=B 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 2009 8?;><=0O @01>B0, $, (0:8@LO=>20 . . AA;54>20=85 E0@0:B5@8AB8: ?>B>:0 <N>=>2, 35=5@8@C5<KE ?CG:>< <N>==KE =59B@8=> 87 & 0, =0 CAB0=>2:5 LVD 0A?8@0=B A <0O 2009 0LVALNG/:CH52 0;5@89 $54>@>28G =.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Coll. To be submitted to EPJC 30 10 3,255 30*3,255/10 9,765 Cosmic ray physics with the OPERA detector OPERA Coll. PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, (2009) A. 685-687 60 10 0,272 30*0,272/10 1,632 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Search for neutrino bursts with LVD at  LVAL Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 2008 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >30=>20 +   >;. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 C:>2>4AB2> 48?;><=8:>< $ 0;B052K< .$. O:CH52/@O6A:0O 10/2 5 45,328LVALNG  2008-2009 2G8==8:>20 .. 5@5G5=L @01>B 70 2008 3. 1. .. 2G8==8:>2, ... 5@>2. @5?@8=B /  1191/2008 " 07@01>B:0 8 A>740=85 <=>3>DC=:F8>=0;L=>3> 4KE0B5;L=>3> 0??0@0B0 4;O ;5G5=8O 1>;L=KE A<5AO<8 1;03>@>4=KE 307>2 A :8A;>@>4><".   4/2=2. 2. .. 2G8==8:>2 "$-3. @83;0HQ==K9 4>:;04 "=54@5=85 2 H8@>:CN <548F8=A:CN ?@0:B8:C B5E=>;>388 C;CGH5=8O A>AB>O=8O 8<<C==>9 A8AB5<K ?0F85=B>2, ;5G5=85 4KE0B5;L=>9 =54>AB0B>G=>AB8 5+2  A<5AO<8. !>740=85 4;O MB>9 F5;8 4KE0B5;L=>3> 0??0@0B0".   20E1,5=30. 3. ... 5@>2, .. 2G8==8:>2, @5?@8=B /  ! 1210-2008. "5B>48:0 %5 B5@0?88".   4/2=2. 5@5G5=L @01>B, >?C1;8:>20==KE 2 2009 3>4C. 1. @5?@8=B / , ! 1227, 2009 3. 02B>@K: .. 078=, .. 0@8=, .. 2G8==8:>2, .. 5H5B8=, " 57C;LB0BK 8A?KB0=89 "B>;ABKE" 307>2KE M;5:B@>==KE C<=>68B5;59 TGEM ?@8 >1;CG5=88 8E a-G0AB8F0<8".   4/4=1. 2. @5?@8=B / , ! 1232, 2009 3. 02B>@K: ... 5@>2, .. 2G8==8:>2 "5B>48:0 :@8?B>=>2>9 B5@0?88 ?@8 @07;8G=KE =0@CH5=8OE <>73>2>3> :@>2>>1@0I5=8O".   4/2=2.  A1>@=8:5 8==>20F8>==KE @07@01>B>: /  2009 3>40, 2K?.1., >?C1;8:>20=K A;54CNI85 6 AB0B59: 3. "=54@5=85 :A5=>=>2>9 0=5AB5788 2 E8@C@38G5A:CN ?@0:B8:C", 02B>@K: ... 5@>2, .. 2G8==8:>2.   4/2=2. 4. "5B>48:0 :A5=>=>2>9 B5@0?88", 02B>@K: ... 5@>2, .. 2G8==8:>2.  =2. 5. "=54@5=85 2 H8@>:CN <548F8=A:CN ?@0:B8:C B5E=>;>388 ;5G5=8O A<5AO<8 1;03>@>4=KE 307>2 A :8A;>@>4><", 02B>@K: ... 5@>2, .. 2G8==8:>2.  =2. 6. "KA>:>GC2AB28B5;L=K9 307>0=0;870B>@ 4;O >?@545;5=8O A>45@60=8O :8A;>@>40 2 B5E=>;>38G5A:8E 3070E "!"", .. 2G8==8:>2.  =4. 7. " 07@01>B:0 @>;8:>-;>?0AB=>9 BC@18=K >1JQ<=>3> B8?0 A @01>G8< B5;><-307><", .. 2G8==8:>2.  =4. 8. " 07@01>B:0 GEM 4;O <548F8=A:>9 0??0@0BC@K", .. 2G8==8:>2, .. 078=, .. 0@8=, .. 5H5B8=, !.. $8;8??>2, .. 0@CA>2. >:;04K =0 :>=D5@5=F88 "==>A20F88  2009".   4/5=0,8. 9. "5B>48:0 Kr B5@0?88", .. 2G8==8:>2, ... 5@>2.   4E1,5/2=3. 10. " 07@01>B:0 @>;JLVALZ8:>-;>?0AB=>9 BC@18=K >1JQ<=>3> B8?0 A @01>G8< B5;><-307><", .. 2G8==8:>2, .. 2G8==8:>2.   4E1,5/2=3. 11. "KA>:>GC2AB28B5;L=K9 3/0 :8A;>@>40", .. 2G8==8:>2, .. 0@CA>2.   4E1,5/2=3. 12. @5?@8=B / , ! 1235, 2009 "@>2>;>G=K9 GEM 45B5:B>@", .. 2G8==8:>2, .. 5H5B8=, .. 078=, !.. $8;8??>2.   4/4=1. 13. "@>2>;>G=K9 307>2K9 M;5:B@>==K9 C<=>68B5;L", C@=0; "- !2, 2010, .. 2G8==8:>2, .. 078=, .. 5H5B8=,!.. $8;8??>2. 0 :>=D5@5=F8N "3nd, Intern. Multi-Conf on Engeneering and Technological Innovation (IMETI-2010)", June 20th  July 2th 2010, Orlando, Florida, USA". @8=OBK 2 4>:;040: 14. "The gas analyzer"  B.M. Ovchinnikov, V.V. Parusov.   6/2E1,5=4,5. 15. "Highly efficient roller  blade gas turbine of volume type"  B.M. Ovchinnikov, D.B. Ovchinnikov, Yu.B. Ovchinnikov, V.V. Domogatsky.   6/2E1,5=4,5. !C<<0   .. 2G8==8:>20 70 2008-2009 3.3. @02=0 80,8. ???LVAL>;O@CH ;5:A0=4@ .@L528G, 19503., AB0@H89 =0CG=K9 A>B@C4=8:, :.D-<.=.   =125.2. A Precise measurement of the muon neutrino-nucleon inclusive charged current cross-section off an isoscalar target in the energy range 2.5 < E(nu) < 40-GeV by NOMAD. Phys.Lett.B660:1925,2008. 5.301*30/10 = 15.9 Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup. V.N. Bolotov et al. Published Proceeding KAON:029,2008 6x1.5/10=0.9 A Study of quasi-elastic muon neutrino and antineutrino scattering in the NOMAD experiment.By NOMAD Collaboration (V. Lyubushkin et al.). 2009. 26pp. Published in Eur.Phys.J.C63:355 381,2009. 3.209*30/10 = 9.627 Observation of the destructive interference in the radiative kaon decay K- --> mu-nugamma.O. Tchikilev et al. Preprint IHEP-2008-27, 2010. . 4/10 = 0.4 Measurement of the interference term INT- in the radiative kaon decay K- ---> mu- anti-nu gamma. O.Chikilev et al. Preprint IHEP-2008-027, Dec 2008. 4/10=0.4 C@A ;5:F89 "#?@02;5=85 1>;LH8<8 1070<8 40==KE" 1 A5<5AB@,4>@01>B:0 :C@A0 ;5:F89, 5 :C@A, >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B. 8 C@A ;5:F89 "07K 40==KE" 1 A5<5AB@, 3 :C@A, >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B. 30 C@A ;5:F89 "@>3@0<<8@>20=85 =0 O7K:5 2KA>:>3> C@>2=O" 2 A5<5AB@0 1 :C@A, #=825@A8B5B "C1=0". 2*30=60  =125.2LVALNG02@8= ;048<8@ 8:>;0528G @>4. 15.04.1941, 4.D.<.=., 70254CNI89 ;01>@0B>@859 -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.124*30/19= 9.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1, 32-40.  =0.311*60/9= 2.1 ..>@>7>20, ..>H5;52, ..5@5B5=:8=, ..02@8=, ...>7;>20 /@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E =0 >A=>25 =5;538@>20==>3> GaAs //5AB=8: >A:>2A:>3> C=825@A8B5B0. !5@8O 3. $878:0. AB@>=><8O. 2009. ! 2. 69-72.  =8/5= 1.6 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin /Radiohemical solar neutrino experiments //Particles and Cosmology, Proceedings of the 14th International Baksan School, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 3-12 (?@83;0H5==K9)   = 30*0.5=15 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al., /Segmented high resolution fast neutron spectrometer: present status, response function //Particles and Cosmology, Proceedings of the 14th International Baksan School, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.ALVAL.Rubakov, Moscow: 2008-02-10, 253-270 (?;5=0@=K9) (8 coauthors)  =6/8*0.5= 0.4 Yu.M. Gavriljuk, V.N. Gavrin, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich /Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content //Particles and Cosmology, Proceedings of the 14th International Baksan School, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 211-217 (?;5=0@=K9)  =6/7*0.5= 0.4 Yu.M. Gavriljuk, V.N. Gavrin, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich (Baksan Neutrino Observ. & Kharkov Natl. U.) /Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber //Particles and Cosmology, Proceedings of the 14th International Baksan School, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 218-227 (?;5=0@=K9)  =6/7*0.5= 0.4 V.N.Gavrin /SAGE: status and future //TAUP 2007, September 11-15, 2007, Sendai, Japan. Journal of Physics: Conference Series 120 (2008) 05201 (?@83;0H5==K9)   = 30*0.5=15 V.N.Gavrin and V.A.Matveev /At the crossroads of nuclear physics and astrophysics //Int. Symposium  Trends in Nuclear Physics Research , Dubna, May 21-25, 2008   = 30/2 = 15 V.N.Gavrin /Contribution of Ga experiments for understanding of the Sun physics in light of the latest results of SAGE //International Workshop  The Physics of the Sun and the Solar Neutrinos: an Update , October 16-17, 2008, LNGS, Italy   = 30 V.N.Gavrin /SAGE: Status and Future// Seminar at NIST, July 2008   = 6 V.V.Gorbachev, V.N.Gavrin, B.T.Cleveland /The neutrino source experiment on SAGE two-zone gallium target //TAUP 2009 International Conference, Roma, Italy July 1-5, 2009   = 30/3=10 Abdurashitov J.N., Gavrin V.N.,LVAL Matushko V.L., Shikhin A.A., Vetretenkin I.E., Yants V.E., Nico J.S., Thompson A.K. /The development of segmented high resolution fast neutron spectrometer //Proc. of the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16, Dubna, Russia, June 11-14, 2008, (?;5=0@=K9), 91- 103.  =6/8*1.5= 1.1 V.N.Gavrin /Baksan Neutrino Observatory of INR RAS  status and Plans (part 1) //ASPERA Meeting  Russian National Day , 6 November 2009, Moscow, Russia.   = 30 V.N.Gavrin /At the crossroads of gravitations physics and neutrino astrophysics //The 9th British Gravity Meeting, Cardiff, Wales, Great Britain, 15-17 April, 2009.   = 30 V.N.Gavrin /Solar Neutrinos //invited talk at the Fourteenth Lomonosov Conference of Elementary Particle Physics, Moscow, 19-25 August, 2009.   = 30 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 =0 @>AA89A:8E :>=D5@5=F8OE ..02@8= /:;04 Ga A>;=5G=KE M:A?5@8<5=B>2 2 ?>=8<0=85 D878:8 !>;=F0 8 D878:8 =59B@8=> //?;5=0@=K9 4>:;04 =0 0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B` LVALp 0;L=KE 2708<>459AB289 =AB8BCB D878:8 2KA>:8E M=5@389, @>B28=>, 22-25 45:01@O 2008  = 20 ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20/@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E 87 =5;538@>20==>3> GaAs //>:;04 =0 IX9 >AA89A:>9 :>=D5@5=F88 ?> D878:5 ?>;C?@>2>4=8:>2 >;C?@>2>4=8:8 2009 >2>A818@A:-"><A:, 28 A5=BO1@O-3 >:BO1@O 2009 3.  =4/5= 0.8 C:>2>4AB2> A>8A:0B5;5<:   = 30 ":  =254.2   @C:>2>48B5;O= 254.20.5+(437.7/13=33.70.75)=127.1 + 25= 152 CI75 = A 75 3>40 2118, ?> SLAC 3017LVALNG14C@0H8B>2 6>=@84 0@8<0=>28G. @>4.04.06.1963, :.D.<.=., c.=.A. -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1,32-40.  =0.311*60/9= 2.1 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 >:;04K: 0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al., /Segmented high resolution fast neutron spectrometer: present status, response function //Particles and Cosmology, Proceedings of the 14th International Baksan School, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 253-270 (?;5=0@=K9), (8 coauthors)  =6/8*0.5= 0.4 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Vetretenkin I.E., Yants V.E., Nico J.S., Thompson A.K. /The development of segmented high resolution fast neutron spectrometer //Proc. of the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16, Dubna, Russia, June 11-14, 2008, (?;5=0@=K9), 91-103.  =6/8*1.5= 1.1 J.N. Abdurashitov, Development of fast neutron LVALspectroscopy at the Institute for Nuclear Research, Seminar at NIST, July 2008  = 6 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 C:>2>4AB2> 48?;><=8:><: 0;KH:8= .@89 8E09;>28G  =10 "  =36.0LVAL5@5B5=:8= 235=89 02;>28G, @>4.10.04.1952 3., A.=.A. -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20 /@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E =0 >A=>25 =5;538@>20==>3> GaAs //5AB=8: >A:>2A:>3> C=825@A8B5B0. !5@8O 3. $878:0. AB@>=><8O. 2009. ! 2. 69-72.  =8/5= 1.6 >:;04K: =0 @>AA89A:8E :>=D5@5=F8OE ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20/@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E 87 =5;538@>20==>3> GaAs //>:;04 =0 IX9 >AA89A:>9 :>=D5@5=F88 ?> D878:5 ?>;C?@>2>4=8:>2 >;C?@>2>4=8:8 2009 >2>A818@A:-"><A:, 28 A5=BO1@O-3 >:BO1@O 2009 3.  =4/5= 0.8 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =12.2LVAL1@038<>20 "0BLO=0 8:B>@>2=0 @>4 3.04.1958, =.A. ,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =9.8>@10G52 0;5@89 ;048<8@>28G, @>4 20.03.1965, :.D.<.=., A.=.A. ,   70 2008-2009 3. 3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, V.N.Gavrin, B.T.Cleveland/ The neutrino source experiment on SAGE two-zone gallium target// TAUP 2009 International Conference, Roma, Italy July 1-5, 2009  =30/3= 10 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =19.8LVAL =>45;L "0BLO=0 ;048<8@>2=0. @>4 8.05.1957, :E=, =.A. -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =9.80;8E>2 =0B>;89 ;048<8@>28G @>4 18.05.1937, =.A. ,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =9.8LVALNGK>7;>20 .;8O 02;>2=0 @>4.29.12.1959, :.D.<.=., A.=.A. -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: A.A.Donskoy, L.I.D yakonov, A.V.Govorkov, Y.P.Kozlova /Improved crystalline quality nonpolar a-GaN foims grown by hydride vapor epitaxy //J.Vac.Sci.Technol.B 26(6) 1937-1941 (2008), (12 co-authors).  =1.445*30/12= 4.3 A.Y. Polyakov, A.V. Markov, M.V. Mezhennyi, A.V. Govorkov, V.F. Pavlov, N.B. Smirnov, A. Donskov, L.I. D yakonov, Y.P. Kozlova, S.S. Malakhov, T.G. Yugova, V.I. Osinsky, G.G. Gorokh, N.N. lyanova, V.B. Mityukhlyaev, and S.J. Pearton /Nonpolar GaN grown on Si by hydride vapor phase epitaxy using anodized Al nanomask //Applied Physics Letters, v.94 (2009) 022114-1-3.  =3.726*30/12=11.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20 /@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E =0 >A=>25 =5;538@>20==>3> GaAs //5AB=8: >A:>2A:>3> C=825@A8B5B0. !5@8O 3. $878:0. AB@>=><8O. 2009. ! 2. 69-72.  =8/5= 1.6 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: natolij Govorkov, lexsandr Donskov, Lev Diakonov, Yulia Kozlova, Sergej Malahov, Alexsandr Markov, Mikhail Mezhennyi, Vladimir Pavlov, lexsandr Polykov, "atiana Yugova /The influence of sapphire substrate orientation on crystalline quality of GaN films grown by hydride vapor phase epitaxy //Physica B: Condensed Matter Volume 404, Issues 23-24, 15 December 2009, 4919-4921. Proceedings of the 25th International Conference on Defects in Semiconductors.  =6*1.5/10= 0.9 .V. Govorkov, M.V. Mezhennyi, .A. Donskov, L.I. Diakonov, Yu.P. Kozlova, S.S. Malahov, A.V. Markov, V.F. Pavlov, .Y. Polykov, ".G. Yugova /The influence of sapphire substrate orientation on crystalline quality of GaN films grown by hydride vapor phase epitaxy // 25th International Conference on Defects in Semiconductors, St Peterburg, Russia, July 20-24, 2009, LVAL0 285.  =6/10= 0.6 =0 @>AA89A:8E :>=D5@5=F8OE ...>7;>20 8 4@. /!B@C:BC@0 B>;ABKE A;>52 =8B@840 30;;8O A =5?>;O@=>9 >@85=B0F859, 2K@0I5==KE <5B>4>< E;>@84-384@84=>9 M?8B0:F88 //>:;04 =0 XI9 0F8>=0;L=>9 :>=D5@5=F88 ?> @>ABC :@8AB0;;>2, >A:20, 17-21 =>O1@O 2008 3. (11 02B>@>2)  =4/11= 0.4 ...>7;>20 8 4@. /8D@0:B><5B@8G5A:85 8AA;54>20=8O AB@C:BC@ GaN/Al2O3 (0001) //>:;04 =0 6-9 A5@>AA89A:>9 :>=D5@5=F88 8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, !0=:B-5B5@1C@3, 18-208N=O 2008 3 (6 02B>@>2)  =4/6= 0.7 ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20/@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E 87 =5;538@>20==>3> GaAs //>:;04 =0 IX9 >AA89A:>9 :>=D5@5=F88 ?> D878:5 ?>;C?@>2>4=8:>2 >;C?@>2>4=8:8 2009 >2>A818@A:-"><A:, 28 A5=BO1@O-3 >:BO1@O 2009 3.  =4/5= 0.8 "  =20.56LVALpH8@<>2 ;LO 0C<>28G, @>4. 04.12.1962 , :.B.=., A.=.A. -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =9.80;KH:8= .@89 8E09;>28G , @>4.22. 07.1987, ABC45=B 5 :C@A0 #. ;01>@0=B -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59   = 1 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3  = 7.6 LVAL CAB0D8= 0@0B $0@C:>28G, @>4 14.05.1983, <.=.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1,.32-40.  =0.311*60/9= 2.1E2= 4.2. "   = 4.2LVALNG(8E8= ;5:A0=4@ ;5:A0=4@>28G @>4 16.04.1963, =.A. ,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1,.32-40.  =0.311*60/9= 2.1 ?@5?@8=BK: ..(8E8= /KAB@K9 <0;>HC<OI89 70@O4>GC2AB28B5;L=K9 ?@54CA8;8B5;L A8AB5<K @538AB@0F88 30;;89-35@<0=852>3> =59B@8==>3> B5;5A:>?0 // @5?@8=B /  1230, 2009   =4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al., /Segmented high resolution fast neutron spectrometer: present status, response function //Particles and Cosmology, Proceedings of the 14th International Baksan School, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 253-270 (?;5=0@=K9), (8 coauthors)  =6/8*0.5= 0.4 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Vetretenkin I.E., Yants V.E., Nico J.S., Thompson A.K. /The development of segmented high resolution fast neutron spectrometer //Proc. of the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, UltracoLVALld Neutrons, Related Topics", ISINN-16 Dubna, Russia, June 11-14, 2008, (?;5=0@=K9), 91-103.  =6/8*1.5= 1.1 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 "  =24LVALNG/=F 8:B>@ -4C0@4>28G @>4.12.11.1953, =.A.-,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1, 32-40.  =0.311*60/9= 2.1 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al., /Segmented high resolution fast neutron spectrometer: present status, response function //Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, pp 253-270 (?;5=0@=K9), (8 coauthors)  =6/8*0.5= 0.4 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Vetretenkin I.E., Yants V.E., Nico J.S., Thompson A.K. /The development of segmented high resolution fast neutron spectrometer //Proc. of the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16 Dubna, Russia, June 11-14, 2008, (?;5=0@=K9), 91-103.  =6/8*1.5= 1.1 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, Jn LVAL~ .S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 "  =20.0LVALNG 54>@57>2 ;048<8@ 5>@38528G @>4 13.09.1946, 702. 01, $/ ,   70 2008  2009 33. = 285,17   @C:>2>48B5;O=285,17*0.5 + 94,23*0,75= 213,26 C1;8:0F88: 1. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 2. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.   = 30*2.015/10=4.98 3. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Int.J. of Mod.Phys. (2009) in press.  : 30*0.982*0.7/10=6.28 4. R. Di Salvo, & Lapik, A.N. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge, 5.0. Measurement of beam asymmetry in pi photoproduction off the neutron in the second and third resonances region. Eur. Phys. J. A 42, 151-157 (2009)   = 30*2.015/10=6,045 5. A. S. Ignatov, A. N. Mushkarenkov, and V. G. Nedorezov. Eta-Meson Photoproduction on Protons, Neutrons, and Light Nuclei in the Nucleon-Resonance Region. Physics of Atomic Nuclei, 2009, Vol. 72, No. 10, pp. 1773-1780  : 30*0,467/10=1,40 6. G. Mandaglio & A. S. Ignatov ; A. M. Lapik ; A. N. Mushkarenkov ; V. G. Nedorezov ; N. V. Rudnev ; A. A. Turinge 5.0. . Radiation Effects and Defects in Solids (2009) in press.  : 60*0.467/10=2.80 7. . !. 3=0B>2, . . CH:0@5=:>2, . . 54>@57>2, $>B>@>645=85 MB0-<57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2, /45@=0O D878:0, 2009, B>< 72, ! 10, A. 1831-1838  : 60*0.467/10=2.80 8. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), LVAL2 ?5G0B8.  : 60*0.467/10=2.80 9.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 8. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 9.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 9. A. Lleres A.,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL Collaboration). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008).  : 30*1.659/10=4.98 10. J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 12. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. ;L<0=0E :;8=8G5A:>9 <548F8=K, B.XYII , (2008) G.1. AB@. 285-288.  : 8/6=1.33 " : 84,50 >=D5@5=F88: 1. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Proc.of the Int.Seminar EMIN-2009. ;5=0@=K9 4>:;04.  : 30/10=3.00 2. N.RudnLVALev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009. ;5=0@=K9 4>:;04.  : 30/6=5.00 3. 6. .!.3=0B>2, ..CH:0@5=:>2, ..54>@57>2 >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 :2078A2>1>4=KE =C:;>=0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2. /   2009, '51>:A0@K. ;5=0@=K9 4>:;04.  : 30/3=10.00 4. ..54>@57>2. >2K5 @57C;LB0BK 2 D878:5 M;5:B@><03=8B=KE 2708<>459AB289 O45@. ;5=0@=K9 4>:;04 =0 A5AA88 /$ , - "-$.  : 20/1=20.00 5. .!.3=0B>2, ..54>@57>2.$>B>@>645=85 MB0-<57>=>2 =0 O4@0E: =>2K5 <5B>4K. '5@5=:>2A:85 GB5=8O. ;5=0@=K9 4>:;04 $ (2009).  : 20/2=10.00 6. ..54>@57>2. !@02=5=85 D>B>O45@=KE @50:F89 ?>4 459AB285< @50;L=KE 8 28@BC0;L=KE D>B>=>2. ;5=0@=K9 4>:;04. %  2009 , /.  : 20/1=20.00 3. ..54>@57>2. $>B>O45@=K5 8AA;54>20=8O =0 =0:>?8B5;OE M;5:B@>=>2 8 BO65;KE 8>=>2. 0@:>2A:85 GB5=8O. / - / ;5=0@=K9 4>:;04. (2008) .  : 20/1=20.00 4. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. >:;04 =0 III "@>8F:>9 :>=D5@5=F88 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5. "@>8F: (2008). ;5=0@=K9 4>:;04.  : 4/6=0.67 5. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2,..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2,..0@8=, ..20=>2.5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SiPM A> AF8=B8;;OB>@>< ZnSB2O3 A 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ;5=0@=K9 4>:;04.58->3> <564.A>25I0=8O .?> O45@=>9 A?5:B@>A:>?88 AB@C:BC@5 0B><=>3> O4@0 / -2008) . # (2008) , AB@. 270.  : 30/10=3.00 6. .!.3=0B>2, ..CH:0@5=:>2, ..54>@57>2. $>B>@>645=85 h - <57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2. "578AK 4>:;04>2 58->3> <564.A>25I0=8O .?> O45@=>9 A?5:B@>A:>?88 AB@C:BC@5 0B><=>3> O4@0 / -2008) . # (2008) , AB@. 37. LVAL  : 30/3=10.00 7. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-7354-0586-8 (2008)  : 30/10=3.00 " : 104,67 #G.?>A>185. ..CH:0@5=:>2, ..54>@57>2. -;5:B@><03=8B=K5 2708<>459AB28O O45@. 74. / , 7,7 @54.874. ;8AB>2. 2008   = 7,7 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 C:>2>4AB2> 0A?8@0=B0<8 : 3=0B>2 ;5:A0=4@ !5@35528G 2008, 2009 /    = 60 " 60 C:>2>4AB2> ABC45=B0<8  48?;><=8:0<8: >@H:>2 8E08; 8:>;0528G, #, 2008, 2009   = 20 '5B25@B:>2 8E08; ;5:A0=4@>28G , #, 2008, 2009 ,  =20 B>3> 20 C@A ;5:F89 4;O ABC45=B>2 4-3> :C@A0 (1 A5<5AB@ (50 G0A>2) 2 3>4C =0 $87D0:5 #) 2009 -;5:B@><03=8B=K5 2708<>459AB28O O45@ , 4>@01>B:0   = 8 !5<8=0@A:85 70=OB8O 2009 :><?LNB5@=K5 <5B>4K >1@01>B:8 M:A?5@8<5=B0;L=KE 40==KE   = 8 " 285,17   54>@57>2 ;048<8@ 5>@38528G, @>4 13.09.1946, 4.D.-<.=, ?@>D., 702. 01, =285,17   @C:>2>48B5;O = 285,17*0.5 + 94,23*0,75= 213,26LVALNG "C@8=35 =4@59 @8A>28G, @>4 13.09.1946, A=A $/ ,   70 2008  2009 33. = C1;8:0F88: 1. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 2. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.  : 60*0.467/10=2.80 3. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Int.J. of Mod.Phys. (2009) in press.  : 30*0.982*0.7/10=6.28 4. R. Di Salvo, & Lapik, A.N. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge, 5.0. Measurement of beam asymmetry in pi photoproduction off the neutron in the second and third resonances region. Eur. Phys. J. A 42, 151-157 (2009)   = 30*2.015/10=6,045 7. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), 2 ?5G0B8. 8.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 9. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 10.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 11. A. Lleres A.,.., Lapik, A. Mushkarenkov, V. NedorezovLVAL, N. Rudnev, A. Turinge e.a. (GRAAL Collaboration). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008).  : 30*1.659/10=4.98 12. J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 12. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. ;L<0=0E :;8=8G5A:>9 <548F8=K, B.XYII , (2008) G.1. AB@. 285-288.  : 8/6=1.33 " : 69,86 >=D5@5=F88: 1. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009  : = 30/3=10 2. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total and partial photoE:I23A5HIL cross sections at 600  1500 MeV Proc. Of INT.Conf. MUCLEUS  2009 Tsceboksary/  : = 30/6=5 4. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. >:;04 =0 III "@>8F:>9 :>=D5@5=F88 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5. "@>8F: (2008).  : 4/6=0.67 7. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-735fLVALv4-0586-8 (2008)  : 30/10=3.00 " : 18,67 " 88,53LVALNG C4=52 8:>;09 OG5A;02>28G, @>4 18.12.1972, <=A $/ ,   70 2008  2009 33. C1;8:0F88: 1. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 2. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.  : 60*0.467/10=2.80 3. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Int.J. of Mod.Phys. (2009) in press.  : 30*0.982*0.7/10=6.28 4. R. Di Salvo, & Lapik, A.N. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge, 5.0. Measurement of beam asymmetry in pi photoproduction off the neutron in the second and third resonances region. Eur. Phys. J. A 42, 151-157 (2009)   = 30*2.015/10=6,045 7. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), 2 ?5G0B8. 8.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 9. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 10.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 11. A. Lleres A.,.., Lapik, A. Mushkarenkov, V. NedoreLVALzov, N. Rudnev, A. Turinge e.a. (GRAAL Collaboration). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008).  : 30*1.659/10=4.98 12. J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 12. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. ;L<0=0E :;8=8G5A:>9 <548F8=K, B.XYII , (2008) G.1. AB@. 285-288.  : 8/6=1.33 " : 69,86 >=D5@5=F88: 1. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009  : = 30/3=10 2. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total and partial photoE:I23A5HIL cross sections at 600  1500 MeV Proc. Of INT.Conf. NUCLEUS  2009 Tsceboksary/  : = 30/6=5 4. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. >:;04 =0 III "@>8F:>9 :>=D5@5=F88 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5. "@>8F: (2008).  : 4/6=0.67 7. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-`LVALp7354-0586-8 (2008)  : 30/10=3.00 " : 18,67 " 88,53LVAL!>;>4CE>2 5==0489 0A8;L528G, @>4. 19.11.1935 3., :.D-<.=, 702. A5:B>@>< 1. V.Kuznetsov, S.Merkulov G.Solodukhov Yu.Sorokin a, A.Turinge TOTAL AND NUCLEAR PHOTOABRORPTION CROSS SECTIONS OF 52Cr IN THE ENERGY RANGE OF 8-70 MEV. E-print arXiv:0812.4652v1 [mucl-ex] 4/5=0,8 2. :A5=>20 ".. 0?8: .., CA0:>2 .., !>;>4CE>2 ..// #?@02;5=85 :>MDD8F85=B>< CA8;5=8O $-# 4;O @01>BK CA;>28OE 8<?C;LA=>9 703@C7:8. @5?@8=B /  1221/2009 2009 3., 1-8 740B5;LAB2> / , >A:20. 4/4=1 3. 5@18F:89 !.!. <>E>=>2 .., 0?8: ..,0:A8<>2 ..., CA0:>2 .., !>;>4CE>2 .., "8:0=>2 .., &5;51@>2A:89 .., (8;O52 .. // 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 ?@8 M=5@38OE M;5:B@>=>2 >B 50 :M 4> 4 M <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O. "-, 2010 3., 2 ?5G0B8, 0C:0, >A:20. (8=45:A 0,165) 0,165*60/8=1,24. 4. .. @><>2, .. 5AB5@>2, !.. 8@:>2A:89, .. !>;>4CE>2, .. "@CA>20. "!$&/ %'!% &  +% !" %  !" #'/ #' #! +% -" . >:;04 =0 564C=0@>4=>9 :>=D. /4@>-2009. 6/5=1,2. 5. .. @><>2, .. 5AB5@>2, !.. 8@:>2A:89, .. !>;>4CE>2, .. "@CA>20. "!$&/ %'!% &  +% !" %  !" #'/ #' #! +% -" . .  A5@.D87. 2 ?5G0B8. (8=45:A 0,277) 0,277*60/5*1,5=4,99 .. @><>2, .. 0A8;L52, .. !>;>4CE>2. 0B5<0B8G5A:>5 <>45;8@>20=85 D>:CA8@>2:8 2 @07@57=>< <8:@>B@>=5 =0 50 M A >3@0=8G5==K< G8A;>< >@18B. B><=0O M=5@38O, 2 ?5G0B8. 8 : 3 = 2,66   8=4. 11,9 !>@>:8= 36,9 C4=52 88,53 "C@8=35 88,53   @C:>2>48B5;O: 48,3$ LVAL4 !>@>:8= ..., 1937 3. >64., :.D-<.=, =.A>B@. ...!>@>:8=. @5>1@07>20=85 0975=15@30, =5>1@0B8<>ABL 2@5<5=8 8 1>@=>2A:>5 ?@81;865=85. 1. >:;04 =0 564C=0@>4=>9 :>=D. /4@>-2009. 6/1=6. 2. ...!>@>:8=. @5>1@07>20=85 0975=15@30, =5>1@0B8<>ABL 2@5<5=8 8 1>@=>2A:>5 ?@81;865=85. .  A5@.D87. 2 ?5G0B8. 0,277*60/1*1,5=24,9. Yu.I.Sorokin. Feinman propagator for particle in magnetic field. >:;04 =0 564C=0@>4=>< A5<8=0@5  EMIN-2009 . 6/1=6. A53> 36,9>LVALN  70 2008-2009 33. CA0:>2 @BC@ ;048<8@>28G, 25.11.1964, <.=.A. 1. .. C@528G, ..5;O52, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ."@0<<, ..OG8=, .0:>CF:8, -.>B>2.  2>?@>AC > 2;8O=88 <5B0;;8G5A:>3> >:@C65=8O 8 =87:8E B5<?5@0BC@ =0 A:>@>ABL 0;LD0-@0A?040 253Es. 725AB8O  (A5@. $87.) 72, 3 (2008) 340-343. 8/10=0.8 2. G.M.Gurevich,& , A.V.Rusakov e.a. The effect of metallic environment and low temperature on the 253Es  decay rate. Bulletin of the Russian Academy of Sciences: Physics, 72, 3 (2008) 315-318. 8/10=0.8 3. N.Severijns,& , G.M.Gurevich,& , A.V.Rusakov e.a. Hyperfine field of einsteinium in iron and nuclear magnetic moment of 254Es. PHYSICAL REVIEW C 79, 064322 (2009) 3.610*30/10=10.83H"10.8 4. !.!.5@18F:89, ..;0B:89, ..0?8:, .!. 0B=5@, .. CA0:>2, .."8:0=>2, .."C;C?>2, ..&5;51@>2A:89. AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 (,n) =0 O4@0E 52Cr 8 51V. /45@=0O D878:0, 2009, B>< 72,!3. 914*60/8=6.86H"6.9 5. S.S.Verbitsky,..., A.M.Lapik, A.V.Rusakov e.a. Pulse shape discrimination of the particles with energies 50 keV  4 MeV by the method of crossing the zero level. Submitted to Instruments and Experimental Techniques. 8/9H"0.9 6. !.!.5@18F:89, & , ..0?8:, .. CA0:>2 8 4@. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 ?@8 M=5@38OE M;5:B@>=>2 50 :M  4 M <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O. B?@02;5=0 2 ?5G0BL, >68405BAO 2 !4 2010. 8/9H"0.9 B>3> 21.1LVALNG 0AGQB   70 2008-2009 33. $ : C7=5F>2 OG5A;02 ;5:A0=4@>28G B45; : $/ , A5:B>@ -$" >;6=>ABL: =0CG=K9 A>B@C4=8: (0.1 AB02:8) !B5?5=L: =5B 1. !B0BL8 2 <564C=0@>4=KE @5D5@8@C5<KE 6C@=0;0E 1 . 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CA0:>2, .!525@89=A, ...">?>@>2, ."@0<<, ..OG8=, .0:>CF:8, -.>B>2.  2>?@>AC > 2;8O=88 <5B0;;8G5A:>3> >:@C65=8O 8 =87:8E B5<?5@0BC@ =0 A:>@>ABL 0;LD0-@0A?040 253Es. 725AB8O  (A5@. $87.) 72, 3 (2008) 340-343. 0.277*60/10=1.66 2. G.M.Gurevich,A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.Golovko, P.Herzog, I.Kraev, A.A.Lukhanin, V.P.Parfenova, T.Falet, A.V.Rusakov, N.Severijns, Yu.G.Toporov, C.Tramm, V.N.Vyachin, D.Zakoucky, E.Zotov. The effect of metallic environment and low temperature on the 253Es  decay rate. Bulletin of the Russian Academy of Sciences: Physics, 72, 3 (2008) 315-318. . 0.277*60/10=1.66 3. .. C@528G, ..@78=:O=, ..0@D5=>20. 5@2>5 87<5@5=85 O45@=>3> <03=8B=>3> <><5=B0 254Es. 725AB8O  (A5@. $87.) (2 ?5G0B8). . 0.277*60/3=5.54 4. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. LVALFirst measurement of 254Es magnetic moment. . Bulletin of the Russian Academy of Sciences: Physics (2 ?5G0B8). 0.277*60/3=5.54 >:;04K =0 :>=D5@5=F8OE: 1. ..C@528G, ..@78=:O=, ..0@D5=>20. 7<5@5=85 A25@EB>=:8E 2708<>459AB289 4;O ?@8<5A59 0:B8=84>2 2 65;575. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2008 (>A:20, 2008). !5:F8>==K9. 6/3=2 2. .. C@528G, ..@78=:O=, ..0@D5=>20. 5@2>5 87<5@5=85 O45@=>3> <03=8B=>3> <><5=B0 254Es. 59 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2009 ('51>:A0@K, 2009 3.). !5:F8>==K9, ?C1;8:C5BAO. 6/3*1.5=3 3. G.M.Gurevich. New frozen-spin target for experiments at MAMI C. XII Int. seminar on electromagnetic interactions of nuclei EMIN-2009. @83;0H5==K9, ?C1;8:C5BAO. 30*1.5=45 =48284C0;L=K9   70 2008-2009: 78.9   @C:>2>48B5;O: 78.9*0.5+88.76*0.75= 106.02M'-RM H C > 9 4 /*|%w rmhc m@?l@]HHHH<?lmC@?v @\HHHH<?k(,B@?P$YNGHHHH<?jZZAwB@?fWNGHHHH<?ivA@?*UNGHHHH<?h{D<@@?@PHHHH<?gYC@?0QNGHHHH<?fhA@?*@PHHHH<?e+C@?NNGHHHH<?d'#C@?LNGHHHH<?cĨA@? @KHHHH<?bD<@@? @JHHHH<?aD<@@?@JHHHH<?`D<@@?@JHHHH<?_ ZA@? @IHHHH<?^R @@?h@HHHHH<?]A@?@HHHHH<?\6C@?,@@HHHH<?[WIC@?FNGHHHH<?ZpB@?@ANGHHHH<?Y> @@?v@@HHHH<?XB@?>NGHHHH<?W2 @@?|<NGHHHH<?V @@?*;NGHHHH<?U w@@?(8NGHHHH<?T w@@?(5NGHHHH<?S3 wA@?0)2NGHHHH<?Rq= A@?2,/NGHHHH<?Q pA@?.,NGHHHH<?PoB33B@?"K'NGHHHH<?O\ffA@?z!$NGHHHH<?N@@@?@#HHHH<?MB@? @#HHHH<?LfD@?PNGHHHH<?KznB~C@?rNGHHHH<?JUnB@?rNGHHHH<?I^:B@?rNGHHHH<?HC B@?NGHHHH<?G )\B@?#NGHHHH<?F.B@?-NGHHHH<?EB@?|# NGHHHH<?DM)\A@? @ HHHH<?C WB@? @ HHHH<?B 0*C@?NGHHHH<?A̝B= B@?NGHHHH<?LVALNG C1;8:0F88 1. ! >;18;:8=  0A?04 3830=BA:8E @57>=0=A>2 87 M:A?5@8<5=B>2 A A>2?045=8O<8 70@O65==KE G0AB8F 2 ;53:8E 8 A@54=8E O4@0E /4. $87. 71, 1210, (2008) 0,914* 60 = 54,84 2. BS Dolbilkin  Decay of giant resonances from coincidence experiments at light and medium nuclei NPAN 40, 1182, (2008) 0,914*30 = 27,42 3.. ! >;18;:8= 0@8>==K5 @57>=0=AK =0 ?@>B>=5 8 459B@>=5 2 >1;0AB8 200-800 M 72. , A5@.$87, 73, 756, 2009 0,277*60 = 16,62 4. BS Dolbilkin,  Baryon resonances of proton and few-body systems in the (200-800) MeV Energy range. BulPhys 71, 707, 2009 0,277*30 = 8,31 >=D5@5=F88 1. BS Dolbilkin,  Photo and electronuclear reactions in application to astrophysics in Proc. Int. Sem. OMEG-07, Japan.V.2 346, 2008 6* 0,5 = 3 2..!. >;18;:8=, .. @5>1@065=A:89, >43>B>2:0 8 ?5@2K9 MB0? ?>;O@870F8>==>3> M:A?5@8<5=B0 =0 ?@>B>=5 2 >1;0AB8   @57>=0=A0. @5?@8=B / -1196/2008 6* 1/2 = 3 3. BS Dolbilkin,  Dynamics of Baryon Resonances on proton and few body systems at 200- 800 MeV energy range Invited Talk at Int. Conf. NPAE-2008, Proc NPAE-08, 326, 2009 30*1,5=45 4. BS Dolbilkin,  Giant resonances at excited states of nuclei . Poster report o LVAL. n Int. Seminar EMIN-2009 4*1,5=6 5. .!. >;18;:8=, 830=BA:85 48?>;L=K5 @57>=0=AK( 2) 2 70@O4>2>->1<5==KE ?8>==KE @50:F8OE 8 -@0A?045 2 @50:F8OE BO65;KE 8>=>2. >:;04 =0 A5AA88 $ 2 "-$ 4*1,5 =6 B>3>:   70 2008-09 33 170,19LVAL"C;C?>2 >@8A ;5:A5528G, 06.08.1931, :.D.-<.=, A=A.,   70 2008  2009 33. C1;8:0F88: 1. !.!. 5@18F:89, .. 0?8:, .!. 0B=5@, .. CA0:>2, .."8:0=>2, .."C;C?>2, .. &5;51@>2A:89. AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 (, n) =0 O4@0E 52 Cr 8 51V. /$, 72 (2009) 420-428, ! 3  =0.914*60/7=7.83 2. .."C;C?>2, ..#@8=. $@03<5=B0F8>==K9 A4283 M=5@388 O45@=KE 3830=BA:8E @57>=0=A>2. /$ 72 (2009) 780-782, ! 4.  =0.914*60/2=27.42 3. B.A. Tulupov and M.H.Urin.  Fragmentation Energy Shift of Giant Nuclear Resonances . Phys. At. Nucl., 72 (2009) 737-739, # 4.  =0.914*60/2=27.42 >=D5@5=F88: 1. .."C;C?>2, ..#@8=.  >;C<8:@>A:>?8G5A:>5 >?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89 A 2>71C645=85< 3830=BA:>3> 48?>;L=>3> @57>=0=A0 . >:;04, ?@54AB02;5==K9 =0 =0CG=CN A5AA8N $ (>A:20, O=20@L 2010)  =1.5*4/2=3 2. B.A.Tulupov, M.H.Urin. The Semimicroscopic Description of the Simplest Photonuclear Reactions with Giant Dipole Resonance Excitation. XII International Seminar  Electromagnetic Interactions of Nuclei at Low and Medium Energies (Moscow, September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u. Grishina (INR, Moscow), C. Hanhart (IKP FZ-Jlich, Germany), L.A. Kondratyuk (ITEP, Moscow), and M. Bscher (IKP FZ-Jlich, Germany) / Amplitude analysis of the reaction pp d K+ anti-K0 near threshold/ 2 pp. 2008 Contribution to Annual Report 2008, Institut fr Kernphysik/COSY, Jlich Forschungszentrum, available at http://www.fz-juelich.de/ikp/en/publications.shtml  =8/4=2 X. Yuan, M. Buescher, D.Chiladze, S.Dymov, A.Dzyuba, V.Yu.Grishina, C.Hanhart, M.Hartmann, A.Kacharava, A.Khoukaz, L.A.Kondratyuk, V.Koptev, P.Kulessa, M.Mielke, S.Mikirtychiants, M.Nekipelov, M.Papenbrock, K.Pysz, V.Serdyuk, H.Stroeher, C.Wilkin, H. Xu Measurement of the isospin-filtering dd -> 4He K+ K- reaction at Q=39 MeV; Eur.Phys.J.A 42, p.1-6, 2009  =2.015*30/10=6,045 >:;04K: V. Grishina, K 3He and K 4He interactions at low energies 19th international IUPAP Conference on Few-Body Problems in Physics, University of Bonn, Germany, August 31  September 5, 2009. (to be published in Eur. Phys. J A)  =6 V. Grishina Interactions of Low-Energy Kaons with Lightest Nuclei, XII 564C=0@>4=K9 !5<8=0@ ?> M;5:B@><03=8B=K< 2708<>459AB28O< O45@, 17-20 A5=BO1@O, 2009 3>40, =AB8BCB /45@=KE AA;54>20=89 , >A:20  =6 V. Grishina Interactions of Low-Energy anti-Kaons with Lightest Nuclei, ANKE/PAX Workshop on Spin Physics, JINR, Dubna, Russia, 22-26 June, 2009.  =4 B>3>:  =24,045LVALNG 68;02O= 5>=84 025=>28G, 27.03.1940, =0CG=K9 A>B@C4=8:.   70 2008-2009 33. = 99.8. Ia. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E: 1. ..68;02O=.  A?5:BK D>B>O45@=>3> (12N; 12B) 0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25I5AB2 A CG5B>< D>=>2KE D>B>=59B@>=>2 . 725AB8O .. !5@8O D878G5-A:0O, 2009, B>< 73, ! 6, A. 846-852.  =0,277*60 = 16,62. 2. L.Z.Dzhilavyan.  Aspects of Photonuclear (12N; 12B)-Activity Detection of Explosives Taking into Account Background Photoneutrons . .Bulletin of the Russian Academy of Sciences: Physics, 2009, Vol. 73, No. 6, pp. 799-805).  =0,277*60 = 16,62. 3. ..68;02O=, ..0@52, .. 052A:89.  1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O . 725AB8O .. !5-@8O D878G5A:0O (2 ?5G0B8).  =0,277*60/3 = 5.54. 4. L.Z Dzhilavyan., A.I.Karev , V.G.Raevsky.  Disclosure and identification of hidden explosives in the photonuc-lear detection systems . .Bulletin of the Russian Academy of Sciences: Physics (in print).  =8/3= 0,277*60/3 = 5.54. 5. ..68;02O=, ..0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . 725AB8O .. !5@8O D878G5A:0O (2 ?5G0B8).  =0,277*60/2 = 8.31. 6. L.Z.Dzhilavyan, A.I.Karev. About radiation safety of the photonuclear method for disclosure of hidden explo-sives at examination of air passengers luggage (in print}.  =0,277*60/2 = 8.31.  Ia = 16,62+16,62+5.54+5.54+8.31+8.31 = 60.94. Ib. @5?@8=BK: 1. ..;5:A552, ..68;02O=, ..C@02;52, .. 0?B52, ..515452, ..0;8=>2A:89 ..0@52, .. 052A:89, !.. 052A:89, ..!C11>B8=, ../:>2;52. -:A?5@8<5=B0;L=>5 =01;N45=85 2B>@8G=>3> 87;C-G5=8O, 2K720==>3> D>B>O45@=K<8 @50:F8O<8 ?@8 >1;CG5=88 A>45@60I8E 07>B 8 C3;5@>4 25I5AB2 ?CG:0<8 g-:20=B>2 A8=E@>B@>=0 $ 0E@0. @5?@8=B $  8<. ..5154520, ., 2008.   = 4/11 = 0,36. 2. ..68;02O=.  2;8O=88 =0 D>B>O45@=>5 (12N; 12B) 0:B820F8>==>5 45B5:B8@>20=85 27@K2G0BKE 25I5AB2 D>=>2KE D>BLVAL>- 8 =59B@>=- O45@=KE @50:F89. @5?@8=B /  1222/2009. .: / , 2009; 19 A..   = 4. 3. ..68;02O=.  2>7<>6=>AB8 D>B>O45@=>3> (12N; 12B) 0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25-I5AB2 (), A:@KBKE 2 3@C7>2KE :>=B59=5@0E (), A CG5B>< 35=5@0F88 D>=>2KE D>B>=59B@>=>2. @5?@8=B /  1223/2009. .: / , 2009, 46 A.   = 4.  Ib = 0,36 + 4 + 4 = 8,36. III. >=D5@5=F88: 1. ..68;02O=. A?5:BK D>B>O45@=>3> (12N; 12B)-0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25I5AB2 A CG5B>< D>=>2KE D>B>=59B@>=>2. !5:F8>==K9 4>:;04 =0 56-4C=0@>4=>9 :>=D5@5=F88 /4@>-2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8. 07@01>B:0 <5B>4>2 4;O =0=>B5E=>;>389, <548F8=A:>9 D878:8 8 O45@=>9 M=5@35B8-:8.   = 6. 2. ..68;02O=. ?B8<870F8O CA;>289 >1;CG5=8O 8 @538AB@0F88 @0A?04=KE g-:20=B>2 ?@8 D>B>O45@=>< (12N; 12B)-0:B820F8>==>< 45B5:B8@>20=88 27@K2G0BKE 25-I5AB2 (), A:@KBKE 2 :0@3>-:>=B59=5@0E (). !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 /4@>-2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8. 07@01>B:0 <5B>4>2 4;O =0=>B5E-=>;>389, <548F8=A:>9 D878:8 8 O45@=>9 M=5@35B8:8.   = 6. 3. ..68;02O=, ..0@52, .. 052A:89.  1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O . !5:F8>==K9 4>:;04 =0 564C=0@>4=0O :>=D5@5=F8O /4@>-2009. $C=40<5=B0;L=K5 ?@>1;5<K 8 ?@8:;04=K5 0A?5:BK O45@=>9 D878:8: (59 !>25I0=85 ?> O45@=>9 A?5:B@>-A:>?88 8 AB@C:BC@5 0B><=>3> O4@0). '51>:A0@K, 15 19 8N=O 2009.   = 6/3 = 2. 4. ..68;02O=.  F5=:8 =02545==>9 0:B82=>AB8 ?> 87<5@5==>9 <>I=>AB8 4>7K ?@8 D>B>O45@=>< 45B5:B8-@>20=88 27@K2G0BKE 25I5AB2 . !5:F8>==K9 4>:;04 =0 564C=0@>4=0O :>=D5@5=F8O /4@>-2009. $C=40-<5=B0;L=K5 ?@>1;5<K 8 ?@8:;04=K5 0A?5:BK O45@=>9 D878:8: (59 !>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0). '51>:A0@K, 15 19 8N=O 2009.   = 6. 5. ..68;02O=, ..0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . !5:F8>==K9 4>:;04 =0 564C=0@>4=0O :>=D@ LVALP 5@5=F8O /4-@>-2009. $C=40<5=B0;L=K5 ?@>1;5<K 8 ?@8:;04=K5 0A?5:BK O45@=>9 D878:8: (59 !>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0). '51>:A0@K, 15 19 8N=O 2009.   = 6/2 = 3. 6. L.Z.Dzhilavyan, A.I.Karev, V.D.Laptev, V.G.Raevsky.  Production of short-lived isotopes 12N and 12B in 14N(g,2n), 14N(g,2p), and 13C(g,p) reactions . Proc. XII Sem. EMIN-2009 .   =30 /4 = 7,5.  III = 6+6+2+6+3+ 7,5=30,50 B>3>:   = 60.94 + 8,36 + 30,50 = 99.8LVALNG 0?8: ;5:A0=4@ 8E09;>28G @>4 28.05.1953, =A,   70 2008  2009 C1;8:0F88: G. Mandaglio & A. S. Ignatov ; A. M. Lapik ; A. N. Mushkarenkov ; V. G. Nedorezov ; N. V. Rudnev ; A. A. Turinge 5.0. . Radiation Effects and Defects in Solids (2009) in press  :60*0.467/10=2.80 2. R. Di Salvo, & Lapik, A.N. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge, 5.0. Measurement of beam asymmetry in pi photoproduction off the neutron in the second and third resonances region. Eur. Phys. J. A 42, 151-157 (2009)  :30*2.015/10=6,045 3. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Int.J. of Mod.Phys. (2009) in press.  :30*0.982*0.7/10=6.28 4. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329  :30*2.015/10=4.98 5. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149  :30*2.015/10=6,045 6.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008  :30*3.61/10 =10.87 .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008 LVAL  :60*0.467/10=2.80 A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008  :30*2.991*0.7/10=6.28 A. Lleres A.,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL Collaboration). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008)  :30*1.659/10=4.98 J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008  :30*7.035/10=21,11 O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008  :30*0,467/10=1,40 !.!.5@18F:89, .....0?8:, .. CA0:>2, .."C;C?>2,... AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 (g,n) =0 O4@0E 52Cr, 51V. /45@=0O D878:0, 2009, B>< 72, #3  :0.914*60/8=6.9 S.S.Verbitsky, ... A.M.Lapik, A.V.Rusakov ... PSD of the particles with energies 50 keV-4MeV by the crossing of the zero level method. 3.1(2010) (In press)  :8/9=0.9 !.!.5@18F:89, ... ,..0?8:, .. CA0:>2, .... 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 ?@8 M=5@38OE M;5:B@>=>2 50 :M  4 M <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>2 =C;52>3> C@>2=O. <LVALL@8=OB0 2 ?5G0BL ~#4,2010  :8/9=0.9 " : 82.29 >=D5@5=F88: 13. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-7354-0586-8 (2008)  : 30/10=3.00 14.A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Proc.of the Int.Seminar EMIN-2009, in publ.  :30/10=3.00 15. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009 , in press.  :30/10=3.00 17. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2008).  : 30/10=3,00 " : 12.00 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 24. A.Lleres et al., (GRAAL Collaboration) (38 co-authors) ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Arxiv:nucl-ex/0807.3839  : 4/38=0.4 25. V.G.Gurzadyan et al., (34 co-authors) ``On the Light Speed Anizotropy vs Cosmic Microwave Background Arxiv:astro-ph/0701127  : 4/34=0.4 " 0.8 " 95.09LVALNG 3=0B>2 ;5:A0=4@ !5@35528G, @>4 , <=A $/ ,   70 2008  2009 33. = 61,67 C1;8:0F88: C1;8:0F88: 1. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Int.J. of Mod.Phys. (2009) in press.  : 30*0.982*0.7/10=6.28 2. A. S. Ignatov, A. N. Mushkarenkov, and V. G. Nedorezov. Eta-Meson Photoproduction on Protons, Neutrons, and Light Nuclei in the Nucleon-Resonance Region. Physics of Atomic Nuclei, 2009, Vol. 72, No. 10, pp. 1773-1780  : 30*0,467/10=1,40 6. G. Mandaglio & A. S. Ignatov ; A. M. Lapik ; A. N. Mushkarenkov ; V. G. Nedorezov ; N. V. Rudnev ; A. A. Turinge 5.0. . Radiation Effects and Defects in Solids (2009) in press.  : 60*0.467/10=2.80 7. . !. 3=0B>2, . . CH:0@5=:>2, . . 54>@57>2, $>B>@>645=85 MB0-<57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2, /45@=0O D878:0, 2009, B>< 72, ! 10, A. 1831-1838  : 60*0.467/10=2.80 9.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 8. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 9.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40  : 8/6=1.33 " : 34,56 >=D5@5=F88: 1. A.N.Mushkarenkov for the GRAAL collaboLVALration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Proc.of the Int.Seminar EMIN-2009, in publ.  : 30/10=3,00 2. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009 , in press.  : 30/10=3,00 2. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2007).  : 30/10=3,00 3. A.Mushkarenkov, O.Bartalini, & A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. , Eta-photoproduction on the deuteron. Proc. XI Int. Sem. EMIN-2006, Moscow, 50-58, (2007).  : 30/10=3.00 4. A.D.Belyaev, V.V.Chesnokov, A.S.Ignatov, V.G.Nedorezov, N.N.Peskov, M.E.Stepanov, A.A.Turinge, V.V.Varlamov. New relational database for experimental and model meson photoproduction data in Internet. Proc. XI Int. Sem. EMIN-2006, Moscow, 176-178, (2007).  : 30/8=3.75 8 P.Levi Sandri et al. (GRAAL Collaboration) (32 co-authors) ``Meson Photoproduction on the deuteron at GRAAL", Int.J. Mod. Phys. A22:341-348, 2007: Proceeding of 9th Int. Workshop on Meson Production Meson2006, June 2006, Cracow, Poland.  : 30*1.472*0.7/10=3.09 10. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. >:;04 =0 III "@>8F:>9 :>=D5@5=F88 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5. "@>8F: (2008).  : 4/6=0.67 11. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2,..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2,..0@8=, ..20=>2.5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SiPM A> AF8=B8;;OB>@>< ZnSB2O3 LVAL A 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. "578AK 4>:;04>2 58->3> <564.A>25I0=8O .?> O45@=>9 A?5:B@>A:>?88 AB@C:BC@5 0B><=>3> O4@0 / -2008) . # (2008) , AB@. 270.  : 6/10=0.60 12. .!.3=0B>2, ..CH:0@5=:>2, ..54>@57>2. $>B>@>645=85 h - <57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2. "578AK 4>:;04>2 58->3> <564.A>25I0=8O .?> O45@=>9 A?5:B@>A:>?88 AB@C:BC@5 0B><=>3> O4@0 / -2008) . # (2008) , AB@. 37.  : 30/3=10.00 " : 27,11 " 61,67LVALNGI.I c0 2008-2009 aa. Iooea.aiei2 Aeaenaia@ IeeieaaaeG 19.12.1980, eoii, in, EO.. Noaoue a .aoa.e.oaiuo ca.oaa.iuo .o.iaeao: 1. A. Ignatov, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei., Prog. Part. Nucl. Phys. 61:253-259, 2008; I.IA=2,991*30*0,7/10=6,28 2. A. Fantini, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .First measurement of the . beam asymmetry in . photoproduction on the neutron., Phys.Rev. C 78:015203, 2008; I.IA=3,61*30/10=10,83 3. J. Ajaka, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .Simultaneous photoproduction of . and 0 mesons on the proton., Phys. Rev. Lett. 100:052003, 2008. I.IA=7,489*30/10=22,47 4. A. Lleres, ..., A. Ignatov, A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction p K+.., Eur. Phys. J. A 39:149-161,2009; ! I.IA=2,015*30/10=6.045 5. G.Mandaglio, ..., A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors), .Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers.; Radiation effects and Defects in solids, vol.164, n.5-6, (2009) 325-329. I.I = 30*2.015/10=4.98 6. A. Mushkarenkov for the GRAAL collaboration, .Photoproduction of 0+ on the proton and deuteron at E. = 0.7 ?-1.5 GeV., Int. J. of Mod. Phys. E (2009) in press. I.IA: 30*0.497*0.7/10=1.44 7. R. Di Salvo, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .Measurement of . beam asymmetry in 0 photoproduction off the neutron in the second and third resonances region., Eur. Phys. J. A 42: 151-157, 2009; I.IA=2.015*30/10=6.045 8. A. S. Ignatov, A. N. Mushkarenkov, and V. G. Nedorezov, .Eta-Meson Photoproduction on Pro LVALtons, Neutrons, and Light Nuclei in the Nucleon-Resonance Region., Physics of Atomic Nuclei, 2009, Vol. 72, No. 10, pp. 1773-1780; I.IA: 30*0,467/10=1,40 Noaoue a .aoa.e.oaiuo .inneeneeo .o.iaeao: 1. N. Rudnev, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, A. Turinge et al., .Measurement of the total photoabsorption cross section on a proton in the energy range 600 1500 MeV at the GRAAL., Phys. Atom. Nucl. 71:75-82, 2008, Yad. Fiz. 71:76-83, 2008. I.IA=0,914*60/10=5,5 2. A. N. Eaiaoia, A. I. Iooea.aieia, A. A. Iaai.acia, .Oioi.i.aaiea yoa-iaciiia ia i.ioiiao, iaeo.iiao e eaaeeo ya.ao a iaeanoe ioeeiiiuo .aciiainia, .aa.iay oeceea, 2009, oii 72, no. 10, n. 1831-1838; I.IA: 60*0.467/10=2.80 3. A.N. Eaiaoia, A.I. Iooea.aieia, A.A. Iaai.acia, .Oioi.i.aaiea ia. 0+ ia i.ioiia e aaeo.iia., Ecaanoey .AI; Na.ey oece.aneay, oii 73, no. 6, c.750a 2009; I.IA: 0.277*60/3 = 5.54 Aieeaau ia .inneeneeo eiioa.aioeyo: 1. Ieaia.iue. A.N.Eaiaoia,A.I.Iooea.aieia,A.A. Iaai.acia,.Oioi.i.aaieaia. 0+ ia i.ioiia e aaeo.iia., .a.i-2008, Iineaa, 23-27 e.iy 2008 a.; I.IA=4/3=1,3 2. I.eaeao.iiue. A.A. Iaai.acia, A.N. Eaiaoia, A.I. Iooea.aieia, .Oioi.i.aaiea -iaciiia ia i.ioiiao, iaeo.iiao e eaaeeo ya.ao a iaeanoe ioeeiiiuo .aciiainia., .a.i-2008, Iineaa, 23-27 e.iy 2008 a. I.IA=20/3=6,7 Aieeaau ia ia.aoia.iaiuo eiioa.aioeyo: 1. A. Mushkarenkov for GRAAL collaboration, .Photoproduction of 0+ on the proton and deuteron at E = 0.7 ?-1.5 GeV., International Conference of Nuclear Physics at Messina(Italy), 5-9 October 2009; I.IA: 6*1.5/10 = 0.9 EOIAI: I.IA=82.23*1,5=123.345LVALNG!5:B>@ M:A?5@8<5=B0;L=>9 B5E=8:8 $/  0AG5B 8=48284C0;L=KE   >=4@0BL52 .. 86.016+15+7.2=108.216 >;>=A:89 .. 73.914+7.2=81.114 8A8= .. 86.016+15+7.2=108.216   @C:>2>48B5;O 8A8=0 .. 108.216*0.5+99.182*0.75=128.4945 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2008  2009 33. 1. C.M. Tarbert, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Incoherent neutral pion photoproduction on Phys.Rev.Lett., 100,132301 (2008). 7.18*30*0.1=21.54 2.V.L. Kashevarov, , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Photoproduction of 0 on protons and the (1700)D33-resonance Eur. Phys. J A 42 (2009) 141, DOI 10.1140/epja/i2009-10868-4 2.015*30*0.1=6.045 3.M. Unverzagt, , , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Determination of the Dalitz plot parameter  for the decay Eur. Phys. J. A (2009) DOI 10.1140/epja/i2008-10710-7 2.015*30*0.1=6.045 4.J. Ahrens,& , R. Kondratiev,& , V. Lisin,& Helicity dependence of the total inclusive cross section on the deuteron Phys. Lett. B 672 (2009) 328-332 4.034*30*0.1=12.102 5.S. Prakhov, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Measurement of the slope parameter  for the  ! 30 decay with the Crystal Ball detector at the Mainz Microtron (MAMI-C) Phys. Rev. C 79, 035204 (2009) 3.124*30*0.1=9.372 6.A. Starostin, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Search for the charge-conjugation-forbidden decay  ! 0 Phys. Rev. C 79, 065201 (2009) 3.124*30*0.1=9.372 7.D. Krambrich, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Beam-Helicity Asymmetries in Double Pion Photoproduction off the Proton Phys. Rev. Lett. 103, 052002 (2009) 7.18*30*0.1=21.54 B>3>: >=4@0BL52, 8A8= 86.016 >;>=A:89 73.914 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8, >A:20, 23-27 8N=O 2008 3. >=4@0BL52 . ., 8A8= ..: 5@2K5 42064K ?>;O@870F8>==K5 M:A?5@8<5=BK A <5G5=K<8 D>B>=0<8 30/2=15 >:;04K, A45;0==K5 >B 8<5=8bLVALr :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference Darmstadt, 10 - 14 <0@B0 2008 3., http://www.dpg-verhandlungen.de/2008/darmstadt/index.html 1) HK 2.1: Latest results from the GDH-experiment on the deuteron 2) HK 2.5: Messung elektromagnetischer Formfaktoren von Mesonen mit dem Crystal Ball/TAPS Detektor an MAMI Bochum, 16-20 <0@B0 2009, http://www.dpg-verhandlungen.de/2009/bochum/index.html 3) HK 24.3: Topics in Meson Photoproduction with Crystal Ball/TAPS at MAMI 4) HK 24.5: Photoproduction of -mesons off the deuteron 5) HK 34.5: Photoproduction of pion pairs off 7Li 6) HK 34.6: Radiative pion photoproduction in the region of the Delta(1232) resonance 7) HK 46.2: Helicity asymmetries in double pion photoproduction off deuterium 8) HK 46.7: Use of the coherent 12C(, 0) reaction to measure photon polarisation 9) HK 56.5: Neutral decays of the -meson at MAMI 10) HK 57.7:  photoproduction on 3He : Search for -mesic nuclei 11) HK 62.4: Status of the endpoint tagger at the CB experiment 12) HK 81.7: The GDH Experiment on the Deuteron at MAMI B>3> 6*0.1*12=7.2LVALNG!5:B>@ M:A?5@8<5=B0;L=>9 B5E=8:8 $/  0AG5B 8=48284C0;L=KE   >=4@0BL52 .. 86.016+15+7.2=108.216 >;>=A:89 .. 73.914+7.2=81.114 8A8= .. 86.016+15+7.2=108.216   @C:>2>48B5;O 8A8=0 .. 108.216*0.5+99.182*0.75=128.4945 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2008  2009 33. 1. C.M. Tarbert, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Incoherent neutral pion photoproduction on Phys.Rev.Lett., 100,132301 (2008). 7.18*30*0.1=21.54 2.V.L. Kashevarov, , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Photoproduction of 0 on protons and the (1700)D33-resonance Eur. Phys. J A 42 (2009) 141, DOI 10.1140/epja/i2009-10868-4 2.015*30*0.1=6.045 3.M. Unverzagt, , , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Determination of the Dalitz plot parameter  for the decay Eur. Phys. J. A (2009) DOI 10.1140/epja/i2008-10710-7 2.015*30*0.1=6.045 4.J. Ahrens,& , R. Kondratiev,& , V. Lisin,& Helicity dependence of the total inclusive cross section on the deuteron Phys. Lett. B 672 (2009) 328-332 4.034*30*0.1=12.102 5.S. Prakhov, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Measurement of the slope parameter  for the  ! 30 decay with the Crystal Ball detector at the Mainz Microtron (MAMI-C) Phys. Rev. C 79, 035204 (2009) 3.124*30*0.1=9.372 6.A. Starostin, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Search for the charge-conjugation-forbidden decay  ! 0 Phys. Rev. C 79, 065201 (2009) 3.124*30*0.1=9.372 7.D. Krambrich, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Beam-Helicity Asymmetries in Double Pion Photoproduction off the Proton Phys. Rev. Lett. 103, 052002 (2009) 7.18*30*0.1=21.54 B>3>: >=4@0BL52, 8A8= 86.016 >;>=A:89 73.914 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8, >A:20, 23-27 8N=O 2008 3. >=4@0BL52 . ., 8A8= ..: 5@2K5 42064K ?>;O@870F8>==K5 M:A?5@8<5=BK A <5G5=K<8 D>B>=0<8 30/2=15 >:;04K, A45;0==K5 >B 8<5=8bLVALr :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference Darmstadt, 10 - 14 <0@B0 2008 3., http://www.dpg-verhandlungen.de/2008/darmstadt/index.html 1) HK 2.1: Latest results from the GDH-experiment on the deuteron 2) HK 2.5: Messung elektromagnetischer Formfaktoren von Mesonen mit dem Crystal Ball/TAPS Detektor an MAMI Bochum, 16-20 <0@B0 2009, http://www.dpg-verhandlungen.de/2009/bochum/index.html 3) HK 24.3: Topics in Meson Photoproduction with Crystal Ball/TAPS at MAMI 4) HK 24.5: Photoproduction of -mesons off the deuteron 5) HK 34.5: Photoproduction of pion pairs off 7Li 6) HK 34.6: Radiative pion photoproduction in the region of the Delta(1232) resonance 7) HK 46.2: Helicity asymmetries in double pion photoproduction off deuterium 8) HK 46.7: Use of the coherent 12C(, 0) reaction to measure photon polarisation 9) HK 56.5: Neutral decays of the -meson at MAMI 10) HK 57.7:  photoproduction on 3He : Search for -mesic nuclei 11) HK 62.4: Status of the endpoint tagger at the CB experiment 12) HK 81.7: The GDH Experiment on the Deuteron at MAMI B>3> 6*0.1*12=7.2LVALNG!5:B>@ M:A?5@8<5=B0;L=>9 B5E=8:8 $/  0AG5B 8=48284C0;L=KE   >=4@0BL52 .. 86.016+15+7.2=108.216 >;>=A:89 .. 73.914+7.2=81.114 8A8= .. 86.016+15+7.2=108.216   @C:>2>48B5;O 8A8=0 .. 108.216*0.5+99.182*0.75=128.4945 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2008  2009 33. 1. C.M. Tarbert, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Incoherent neutral pion photoproduction on Phys.Rev.Lett., 100,132301 (2008). 7.18*30*0.1=21.54 2.V.L. Kashevarov, , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Photoproduction of 0 on protons and the (1700)D33-resonance Eur. Phys. J A 42 (2009) 141, DOI 10.1140/epja/i2009-10868-4 2.015*30*0.1=6.045 3.M. Unverzagt, , , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Determination of the Dalitz plot parameter  for the decay Eur. Phys. J. A (2009) DOI 10.1140/epja/i2008-10710-7 2.015*30*0.1=6.045 4.J. Ahrens,& , R. Kondratiev,& , V. Lisin,& Helicity dependence of the total inclusive cross section on the deuteron Phys. Lett. B 672 (2009) 328-332 4.034*30*0.1=12.102 5.S. Prakhov, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Measurement of the slope parameter  for the  ! 30 decay with the Crystal Ball detector at the Mainz Microtron (MAMI-C) Phys. Rev. C 79, 035204 (2009) 3.124*30*0.1=9.372 6.A. Starostin, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Search for the charge-conjugation-forbidden decay  ! 0 Phys. Rev. C 79, 065201 (2009) 3.124*30*0.1=9.372 7.D. Krambrich, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Beam-Helicity Asymmetries in Double Pion Photoproduction off the Proton Phys. Rev. Lett. 103, 052002 (2009) 7.18*30*0.1=21.54 B>3>: >=4@0BL52, 8A8= 86.016 >;>=A:89 73.914 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8, >A:20, 23-27 8N=O 2008 3. >=4@0BL52 . ., 8A8= ..: 5@2K5 42064K ?>;O@870F8>==K5 M:A?5@8<5=BK A <5G5=K<8 D>B>=0<8 30/2=15 >:;04K, A45;0==K5 >B 8<5=8bLVALr :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference Darmstadt, 10 - 14 <0@B0 2008 3., http://www.dpg-verhandlungen.de/2008/darmstadt/index.html 1) HK 2.1: Latest results from the GDH-experiment on the deuteron 2) HK 2.5: Messung elektromagnetischer Formfaktoren von Mesonen mit dem Crystal Ball/TAPS Detektor an MAMI Bochum, 16-20 <0@B0 2009, http://www.dpg-verhandlungen.de/2009/bochum/index.html 3) HK 24.3: Topics in Meson Photoproduction with Crystal Ball/TAPS at MAMI 4) HK 24.5: Photoproduction of -mesons off the deuteron 5) HK 34.5: Photoproduction of pion pairs off 7Li 6) HK 34.6: Radiative pion photoproduction in the region of the Delta(1232) resonance 7) HK 46.2: Helicity asymmetries in double pion photoproduction off deuterium 8) HK 46.7: Use of the coherent 12C(, 0) reaction to measure photon polarisation 9) HK 56.5: Neutral decays of the -meson at MAMI 10) HK 57.7:  photoproduction on 3He : Search for -mesic nuclei 11) HK 62.4: Status of the endpoint tagger at the CB experiment 12) HK 81.7: The GDH Experiment on the Deuteron at MAMI B>3> 6*0.1*12=7.2LVALNGC1A0=4>@6852 ..   2008-2009 C1;8:0F88 2008 1.Yu. Kudenko, E. Akhrameev, G. Bondarenko, V. Golovin, E. Gushin, A. Izmailov, M. Khabibullin, A. Khotyantsev, B. Lubsandorzhiev, O. Mineev, Yu. Musienko, A. Shaykhiev, N. Yershov. Study of MRS photodiodes for T2K experiment // Proc. of PD07 Conference. Kobe Japan. June 27-29. 2007. / Proceedings of Science. Po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ubsandorzhiev, B.Combettes. 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Aix-les-Bains France. >:;04:  QUASAR-370 hybrid phototube as a prototype of a photodetector for the next generation of neutrino telescopes 30 5. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection , 16-20 June 2008. Aix-les-Bains France. >:;04:  Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber optics readout of plastic scintillator counter for EMMA experiment 6/10=0.6 6. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection NDIP2008 , 16-20 June 2008. Aix-les-Bains France. >:;04:  Cherenkov muon-veto detector of GERDA experiment 6/5=1.2 7. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection NDIP2008 , 16-20 June 2008. Aix-les-Bains France. >:;04:  Scintillating crystal Hybrid Photon Detetctor (X-HPD) development for the KM3Net km3-scale neutrino telescope 6/8=0.75 8. 564C=0@>4=0O H:>;0  EUROGRAD , LVAL 6-9 October 2008, Tuebingen Germany. >:;04: Fundamentals of Photodetection 30 9. 564C=0@>4=0O :>=D5@5=F8O ?> 45B5:B8@>20=8N =59B@8=> =87:8E M=5@389 LENA2008, 15-18 December 2008, Garching Germany >:;04:  Present status of large area photodetectors 30 182.55 C:>2>4AB2> 1. C:>2>4AB2> 0A?8@0=B><. (091>=>2 0B>@ ;5:A0=4@>28G, 0A?8@0=B 3-3> 3>40 $, B5<0 48AA5@B0F8>==>9 @01>BK  -;5<5=BK D>B>=8:8 2 M:A?5@8<5=B0E =5CA:>@8B5;L=>9 D878:8 M;5<5=B0@=KE G0AB8F (30)E1=30 3. C:>2>4AB2> 0A?8@0=B><. >;5IC: ><0= ;048<8@>28G, 0A?8@0=B 2-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  $>B>45B5:B>@K M:A?5@8<5=B>2 GERDA 8 D-CHOOZ 30E1=30 4. C:>2>4AB2> 0A?8@0=B><. 5@5A=8:>20 ==0 0A8;L52=0, 0A?8@0=B:0 /  3 3>4, B5<0 48AA5@B0F8>==>9 @01>BK  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;0 CaMoO4 (30)/2=15 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, <038AB@0BC@0 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2, 48?;><=0O @01>B0  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;0 ZnO:Ga 10E1=10 6. C:>2>4AB2> ABC45=B>< 48?;><=8:><. 028B0H28;8 @0:;89 (>B0528G 48?;><=8: A?5F80;8AB $, 48?;><=0O @01>B0  AA;54>20=85 2>7<>6=>AB8 8A?>;L7>20=8O :@5<=852KE D>B>C<=>68B5;59 2 20:CC<=KE 381@84=KE D>B>45B5:B>@0E 10E1=10 95 !C<<0,   2008: 375,645 C1;8:0F88 2009 1. J.Greiner, A.Iyudin, G.Kanbach, & & .., L.Bezrukov, B.Lubsandorzhiev, R.Poleshuk et al. Gamma-ray burst investigation via polarimetry and spectroscopy (GRIPS) // Experimental Astronomy. 2009, 23:1, 91. 0.296x30/10=0.888 2. ..5@5A=8:>20, . .0@010=>2, ..C1A0=4>@6852, ..>;5IC:, (091>=>2 ..., .-.OBG8=, ..>@=>CE>2. AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 CaMoO4 // "- 2009. N.1. !.41. 0,226E60/7=1,937 3. ..0A8;L52, ..@MAA, ..>@>AB5;520, & & & & & , ..C1A0=4>@6852, ..(091>=>2 (<;.) 8 4@. 7<5@5=85 D>@<K 8<?C;LA0 G5@5=:>2A:>3> 87;CG5=8O H8@>:8E 0B<>AD5@=KE ;82=59 2 M:A?5@8<5=B5 "# // "-. 2009. !.2. !.17. 0,226E60/10=1,356 4. B.K.LubsLVAL!andorzhiev. Hybrid Phototubes in Neutrino Telescopes: Experience and Perspectives // Nucl. Instrum. and Meth. A. 2009. V. 602. P.201. 1,224E30/1= 36,72 5. B.K.Lubsandorzhiev, R.V.Poleshuk, B.A.M.Shaibonov, Ye.E.Vyatchin LED based powerful nanosecond light sources for calibration systems of deep underwater neutrino telescopes // Nucl. Instrum. and Meth. A. 2009. V. 602. P.220. 1,224E30/4= 9,18 6. A.V.Veresnikova, B.K.Lubsandorzhiev, I.R.Barabanov, P.Grabmayr, D.Greiner, J.Jochum, M.Knapp, C.Osswald, R.V.Poleshuk, F.Ritter, B.A.M.Shaibonov, Y.E.Vyatchin, G.Meierhofer. Fast Scintillation Light from CaMoO4 crystals // Nucl. Instrum. and Meth. A. 2009. Vol.603. P.529-531. 1,224E30/13= 2,83 7. B.K.Lubsandorzhiev. 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Geiger mode APD s for the underground cosmic ray experiment EMMA // PoS(PD09)026 / arXiv:0910.5588 [physics] 0,4 15. T.Enqvist, L.Bezrukov, H.Fynbo, & & & ., B.Lubsandorzhiev et al. EMMA  an underground cosmic-ray experiment // Nucl. Phys. B. (Proc. Suppl.). 2009. V.196. P.255. 0,875E30/10=2,625 111,589 KABC?;5=8O 1. 564C=0@>4=0O :>=D5@5=F8O  TUNKA Workshop , @:CBA: 13-20 !5=BO1@O 2009. >:;04:  Nuclear Photonics: the case of astroparticle physics experiments 30 2. 564C=0@>4=0O :>=D5@5=F8O  Workshop on  Large area photodetectors for the next generation neutrino telescopes  . >:;04:  Neutrino telescopes: HPDs vs PMTs "N18=35= 5@<0=8O, 24-27 >O1@O 2009. 30 3. 564C=0@>4=0O :>=D5@5=F8O  11th Pisa meeting on Advanced Detectors La Biodola, Isola d Elba (Italy). !B5=4>2K9 4>:;04:  The calibration system of the GERDA muon veto Cherenkov detector . 6/2=3 63 C:>2>4AB2> 1. C:>2>4AB2> 0A?8@0=B><. >;5IC: ><0= ;048<8@>28G, 0A?8@0=B 2-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  $>B>45B5:B>@K M:A?5@8<5=B>2 GERDA 8 D-CHOOZ 30E1=30 2. C:>2>4AB2> 0A?8@0=B><. 028B0H28;8 @0:;89 (>B0528G 0A?8@0=B 1-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  @5<=852K5 D>B>C<=>68B5;8 2 AF8=B8;;OF8>==KE AG5BG8:0E 30E1=30 3. C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, <038AB@0BC@0 >AA89A:>3> #=825|LVAL@A8B5B0 4@C61K =0@>4>2, <038AB5@A:0O 48AA5@B0F8O  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;0 ZnO:Ga 10E1=10 70 !C<<0,   2009: 244,589 !C<<0,   2008-09: 620,234>LVAL$P;5:A552 235=89 8:>;0528G,19403.@., 4D<=, 2=A  / ,   70 2008-200933. C1;8:0F88: 1. ..;5:A552, ..;5:A5520 538AB@0F8O =59B@8==>3> A83=0;0 >B SN19870 23 D52@0;O 1987 3>40 2 7:35 UT: 0==K5 0:A0=A:>3> ?>475<=>3> =59B@8==>3> B5;5A:>?0. 8AL<0 2 , B>< 34, !11, 2008. ?@=4  6/2 = 3 1. >:;04K: =5B B>3>: 3 1 0AG5B ?@=4 82>20@>20 . . 70 2008-2009 33 New Renormalization Group Equations and the Naturalness Problem. Grigorii Pivovarov, . CERN-PH-TH-2009-242, Dec 2009. 17pp. Temporary entry e-Print: arXiv:0912.1521 [hep-ph] +4 UV properties of scalar field, talk at international conference Hadron Structure 09. Accepted for publication in Nucl.Phys.B +6*1.5 Diffractive Higgs and dijet production at colliders. Victor T. Kim, (St. Petersburg, INP) , Grigorii B. Pivovarov, (Moscow, INR) . 2008. 10pp. Published in Fizika B17:329-338,2008. +4 Asymptotic effects in jet production at high energies. V.B. Gavrilov, (Moscow, ITEP) , V.T. Kim, (St. Petersburg, INP) , A.A. Krokhotin, (Moscow, ITEP) , G.B. Pivovarov, (Moscow, INR) , G.B. Safronov, (Moscow, ITEP) . Jan 2009. 3pp. Presented at 15th International Seminar on High Energy Physics: Quarks - 2008, Sergiev Posad, Russia, 23-29 May 2008. e-Print: arXiv:0901.1985 [hep-ph] +2 On Naturalness of Scalar Fields and Standard Model. Grigorii B. Pivovarov, (Moscow, INR) , Victor T. Kim, (St. Petersburg, INP) . CERN-PH-TH-2007-250, Dec 2007. (Received Dec 2007). 3pp. Published in Phys.Rev.D78:016001,2008. e-Print: arXiv:0712.0402 [hep-ph] +30*5.05/2 B>3> 95 10;;>2.LVALNG%;8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :D<=, A=A  / ,   70 2008-2009 33. >:;04K 2008. 1. J. Szabelski ,A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov , Yu.V. Stenkin for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee , 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. 6/9= 0,67 1. 2. A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. Hadrons with Eh > 30 GeV , 21st European Cosmic Ray Symposium,Koaice, Slovakia, September 9  12, 2008. 6 /8= 0,75 1. 3. A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV , 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. 6/8= 0,75 1. 4. A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov, Yu.V. Stenkin, for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee , 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. 6 /8= 0,75 1. >:;04K 2009. 1. E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Proc. 31st ICRC, Lodz (Poland), LVAL& 7-15 July 2009. 6 /10= 0,6 1. C1;8:0F88 2008. 1. ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 8/10= 0,8 *1.5=1.2 1. C1;8:0F88 2009 1. J.Szabelski (for the Carpet-3 collaboration),  Carpet-3 - a new experiment to study primary composition around the knee , Nuclear Physics B (Proc. Suppl.) 196, pp. 371 374, 2009; 8/10= 0,8 *1.5=1.2 1. 2. J.Szabelski (for the Carpet-3 collaboration),  Carpet-3 - a new experiment to study primary composition around the knee , e-Print: arXiv:0902.0252 [astro-ph.IM] , 2009. 6/10=0.6 3. .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 8/10=0.8 4. E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Proc. 31st ICRC, Lodz (Poland), 7-15 July 2009, icrc0379; e-Print: arXiv:0906.3182v1 [astro-ph.CO], 2009. 8/10=0.8 5BLVALR. V.V.Alekseenko at all"10-100TeV cosmic ray anisotroropy mesured at Baksan "Carpet" array, e-Print:arXiv:0902.2967. [astro-ph.GA],2009 8/10= 0.8 1. "-0.67+0.75*3+1.2+0.6+1.2+0.6+0.8*3=8.9LVALNG(C7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503.,:D<=, 8.>. 702  / ,   70 2008-2009 33. I) C1;8:0F88: 1) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. 4/7= 0,6 E 1,5 = 0,9 1  0,6 1 = 0,3 1 2) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 4/6 = 0,7 E 1,5 = 1,05 1  0,7 1 = 0,35 1 3) D.Budjas, C.Catadory, A. Gangapshev, W. Hampel, M. Heisel, D. Heusser, M. Hult, A. Klimenko, V. Kuzminov, M. Laubenshtein, W. Maneschg, S. Nisi, S. Schnert, H. Simgen, A. Smolnikov, C. Tomei, A. di Vacri, S. Vasiliev, G. Zuzel.  Highly sensitive gamma-spectrometers of GERDA for material screening: Part I. 0) ProceedLVAL)ings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 228-232. 4/10 = 0,4 E 1,5 = 0,6 1  0,4 1 = 0,2 1) arXiv:0812.0723 [hep-ex] 4/10 = 0,41 4) .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 5) .. ;5:A55=:> 8 4@./ !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN // $878:0 5<;8 2009, !8, !.91 {10, .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, ..!B5?0=>2} 8 / 9 = 0,9 1 6) ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 7) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, LVAL*.. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 8) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 9) ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 10) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 11) #G51=>-<5B>48G5A:>5 ?>A>185 07>=0?>;=5==K5 45B5:B>@K O45@=KE 87;CG5=89, 0;LG8:, 01.-0;:. C=-B, 2008. 59 A. (!>02B>@K: C7L<8=>2 .., 0A052 .., !02>9A:89 ..., %>:>=>2 .%.) (59/16) E 2 / 4 = 1,8 1. II) >:;04K: 1. LVAL+ .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G}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jLVALz5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  9 A53>  71 G >@01>B:0 :C@A0 - 8 1 2) $878:0 =87:>D>=>2KE 87<5@5=89 !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  10 A53>  71 G >@01>B:0 :C@A0 - 8 1 3) 01>G0O ?@>3@0<<0 ?> A?5F. ?@0:B8:C<C $878:0 =87:>D>=>2KE M:A?5@8<5=B>2 !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  10 A53>  51 G - 8 1 C:>2>4AB2> 0A?8@0=B><: 070;>2 .. (2005-2008 33. >1CG5=8O) - 30*1=30 1. B>3>: =115,0 1   @C:>2>48B5;O: A@54=55 ?> $ (7 G5;. ?>AB>O==K9 HB0B): (8,34+8,64+15,48+4,8+2,12+71+7)/7= 16,8 1 115,0 / 2+0,75*16,8= 70,1LVALNG-0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :D<=, =.A.  / ,   70 2008-200933. I) C1;8:0F88: 1) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. 4/7= 0,6 E 1,5 = 0,9 1  0,6 1 = 0,3 1 2) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 4/6 = 0,7 E 1,5 = 1,05 1  0,7 1 = 0,35 1 3) D.Budjas, C.Catadory, A. Gangapshev, W. Hampel, M. Heisel, D. Heusser, M. Hult, A. Klimenko, V. Kuzminov, M. Laubenshtein, W. Maneschg, S. Nisi, S. Schnert, H. Simgen, A. Smolnikov, C. Tomei, A. di Vacri, S. Vasiliev, G. Zuzel.  Highly sensitive gamma-spectrometers of GERDA for material screening: PartLVAL. I. a) Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 228-232. 4/10 = 0,4 E 1,5 = 0,6 1  0,4 1 = 0,2 1) arXiv:0812.0723 [hep-ex] 4/10 = 0,41 4) .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 5) ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 6) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 7) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 200LVAL8,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:> } 4/8 = 0,5 E 1,5 = 0,75 1 8) ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, ..56052, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 9) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 II) >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: =5B IV) C:>2>4AB2> 48?;><=8:><: =5B B>3>: 8,34LVALNG002@8;N: .@89 8E09;>28G, @>4. 02.09.19583., =.A.  / ,   70 2008-200933. I) C1;8:0F88: 1) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. 4/7= 0,6 E 1,5 = 0,9 1  0,6 1 = 0,3 1 2) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 4/6 = 0,7 E 1,5 = 1,05 1  0,7 1 = 0,35 1 3) .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 LVAL1 4) .. ;5:A55=:> 8 4@./ !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN // $878:0 5<;8 2009, !8, !.91 {10, .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, ..!B5?0=>2} 8 / 9 = 0,9 1 5) ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 6) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 7) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 8) ..LVAL56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 9) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 II) >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 8,64LVALNG3070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., 8=6.-8AA;54.  / ,   70 2008-2009 33. I) C1;8:0F88: 1) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. 4/7= 0,6 E 1,5 = 0,9 1  0,6 1 = 0,3 1 2) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 4/6 = 0,7 E 1,5 = 1,05 1  0,7 1 = 0,35 1 3) .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 LVAL4= 3,61 1 4) ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 5) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 6) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 7) ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2LVAL, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 8) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 II) >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 7,74*2,0 (70:>=G8; C=-B 2 2005 3.) = 15,48LVALNG6 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., :D<=, 1/2AB02:8 =.A.  / ,   70 2008-200933. I) C1;8:0F88: 1) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. 4/7= 0,6 E 1,5 = 0,9 1  0,6 1 = 0,3 1 2) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 4/6 = 0,7 E 1,5 = 1,05 1  0,7 1 = 0,35 1 3) .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 4) ... 02@8LVAL7;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 5) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 6) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 7) ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, LVAL!.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 8) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 II) >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 7,74/2(?>;AB02:8)= 3,87LVALNG90=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., 1/2 AB02:8 <.=.A.  / ,   70 2008-20093. I) C1;8:0F88: 1) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. 4/7= 0,6 E 1,5 = 0,9 1  0,6 1 = 0,3 1 2) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 4/6 = 0,7 E 1,5 = 1,05 1  0,7 1 = 0,35 1 3) .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 4) ... 02@8;N: 8 4@LVAL:. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 5) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 6) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 7) ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0BLVAL:528G} 4/7 = 0,57 E 1,5 = 0,86 1 8) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 II) >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 7,74/2(?>;AB02:8)= 3,87LVALNG-D5=4852 0A8< OG5A;02>28G, @>4. 04.03.19783., <.=.A.  / ,   70 2008-200933. C1;8:0F88: 4) ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 5) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>}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{15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 2) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 3) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 4) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.GaX LVALh vriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 II) >:;04K: =5B III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 2,12LVALNG?HC:>2 40< C70@8D>28G, @>4. 04.03.19783., :D<=, A.=.A.  / ,   70 2008-2009 33. I) C1;8:0F88: " =5B. II) >:;04K: (.. #<5@>2 (>B 8<5=8 :>;;5:B820 (..#<5@>2, .. 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HC:>2 .. 10 1 0:0;02@A:85 @01>BK 2009 3. 1) 0=:C;>20 ;5=0 CA;0=>2=0 "@>1;5<K A>;=5G=KE =59B@8=>" 0?@02;5=85 010700- $878:0. >4 68. 0;LG8: 2009 3>4. 0CG=K9 @C:>2>48B5;L !.=.A. HC:>2 .. 10 1 2) C;>20 N4<8;0 ;53>2=0 @>?>@F8>=0;L=K5 AG5BG8:8 2 @048>E8<8G5A:8E M:A?5@8<5=B0E ?> @538AB@0F88 A>;=5G=KE =59B@8=>HLVALX. 0?@02;5=85 010700- $878:0. >4 68. 0;LG8: 2009 3>4. 0CG=K9 @C:>2>48B5;L !.=.A. HC:>2 .. 10 1/2 = 5 1. .=.A. #<5@>2 (. 5:F88: " /45@=>-D878G5A:85 <5B>4K 8AA;54>20=8O 25I5AB20. A?5F80;L=>ABL 010400  D878:0. 0?@02;5=85 510400- D878:0. C@A- 4. !5<5AB@-8 . 1I55 :>;-2> G0A>2- 42 , 5:F88 - 28, @0:B8G5A:85 70=OB8O - 14, 70G5B- 8 A5<5AB@ - 8 1 " -:A?5@8<5=B0;L=K5 <5B>4K O45@=>-D878G5A:8E 87<5@5=89. !?5F80;L=>ABL 010400  D878:0. 0?@02;5=85 510400- D878:0 C@A- 4, !5<5AB@- 7, 1I55 :>;-2> G0A>2- 57, 5:F88 - 38, @0:B8G5A:85 70=OB8O -19 , 70G5B- 7 A5<5AB@ 8 1 " !B0B8AB8G5A:85 <5B>4K >1@01>B:8 O45@=>-D878G5A:>3> M:A?5@8<5=B0.0?@02;5=85 510400- D878:0. 038AB5@A:0O ?@>3@0<<0 510409- AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0. C@A- 5, !5<5AB@- 10 , 1I55 :>;-2> G0A>2- 70 G., 5:F88 - 18 G., @0:B8G5A:85 70=OB8O - 18 G., !0<>AB>OB5;L=0O @01>B0 34 G., 70G5B- 10 A5<5AB@ 8 1 " 5B5:B>@K M;5<5=B0@=KE G0AB8F. 0?@02;5=85 510400- D878:0. 038AB5@A:0O ?@>3@0<<0 510409- AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0. C@A- 5, !5<5AB@- 9, 1I55 :>;-2> G0A>2- 140 G., 5:F88 - 36 G., @0:B8G5A:85 70=OB8O - 36 G., !0<>AB>OB5;L=0O @01>B0 68 G., 70G5B- 9 A5<5AB@ - 8 1 B>3>: 71LLVAL^070@C: 0;5@89 20=>28G :0=4840B D87-<0B =0C:, =0CG=K9 A>B@C4=8: 1) On the n anti-n transitions in the medium. V.I. Nazaruk (Moscow, INR) . Nov 2008. 12pp. e-Print: arXiv:0811.2773 [hep-ph]  =4 2) Low-density limit as a test for the models of complicated processes in the nuclei. V.I. Nazaruk (Moscow, INR) . May 2008. 9pp. e-Print: arXiv:0805.4685 [nucl-th]  =4 3) Field-theoretical approach to particle oscillations in absorbing matter. V.I. Nazaruk (Moscow, INR) . Feb 2007. 27pp. Published in Eur.Phys.J.C53:573-584,2008. e-Print: hep-ph/0702071  =2.805*30=84,15 4) $n\bar{n}$ transitions in medium. V.I. Nazaruk, . Oct 2009. 10pp.e-Print: arXiv:0910.0516 [nucl-th]  =4 5) On the multistep processes in the nuclei. V.I. Nazaruk, (Moscow, INR) . Jul 2009. 11pp. Published in Eur.Phys.J.A39:249-253,2009. e-Print: arXiv:0907.2828 [nucl-th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a-G0AB8F0<8", @5?@8=B /  1227/2009, 8N=L 2009.  = 4/4=1 4. A.I. Berlev, V.I. Razin& (16 particip) Development of FARICH-detector for ALICE exp. at CERN Nucl. Instr. and Meth. Phys. Res. 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Filippov, Recent test results of TGEM-prototypes in INR, Moscow R&D51, CERN 24 November 2009.  = 4/4=1 11. !.. >B0H52, .!. 8B28=, .. 078=, .. !04K:>2, ">78F8>==>-GC2AB28B5;L=K9 ?@>2>;>G=>-AB@8?>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B><. 59 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88, AB@C:BC@5 0B><=>3> O4@0 "/4@>-2009", 15-19 8N=O 2009 3. '51>:A0@K, (A.277)LVALC.  = 6/4=1,5 12. !.. >B0H52, .!. 8B28=, .. 078=, .. !04K:>2, -.. >?B5;>2, ">78F8>==>-GC2AB28B5;L=K9 45B5:B>@ B5?;>2KE =59B@>=>2 A :>=25@B5@>< 87 B2Q@4>3> 1>@0-10", 7 =0F. :>=D. " 5=B35=., !8=E@>B@. 87;-O, 59B@>=K 8 M;.-=K 4;O 8AA;. =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>-B5E=>;>388", >A:20, 16-21 =>O1@O 2009 3., A.607.  = 6/5=1,2 13. .. 078=, .. 2G8==8:>2, .. 0@8=,& (6 02B>@>2), " 07@01>B:0 8 8AA;54>20=85 E0@0:B5@8AB8: "B>;ABKE" 307>2KE M;5:B@>==KE C<=>68B5;59 (TGEM)", 7 =0F. :>=D. 5=B35=., !8=E@>B@. 87;-O, 59B@>=K 8 M;.-=K 4;O 8AA;. =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>-B5E=>;>388", >A:20, 16-21 =>O1@O 2009 3., A.608.  = 6/6=1 14. !.. $8;8??>2, -.. >?B5;>2, .!. 8B28=, .. 078=, ... O1>2, "4=>:>>@48=0B=K9 307>2K9 ?>78F8>==>-GC2AB28B5;L=K9 45B5:B>@ =59B@>=>2" 7 =0F. :>=D., 16-21 =>O1@O 2009 3., A.617.  = 6/5=1,2 15. .. 2G8==8:>2, .. 078=, .. 5H5B8=, !.. $8;8??>2, "@>2>;>G=K9 GEM-45B5:B>@", @5?@8=B /  1235, =>O1@L 2009. arXIV: 0911.4811.  = 4/4=1 16. V.I. Razin, B.M. Ovchinnikov, A.I. Reshetin, S.N. 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Filippov, Recent test results of TGEM-prototypes in INR, Moscow R&D51, CERN 24 November 2009.  = 4/4=1 11. !.. >B0H52, .!. 8B28=, .. 078=, .. !04K:>2, ">78F8>==>-GC2AB28B5;L=K9 ?@>2>;>G=>-AB@8?>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B><. 59 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88, AB@C:BC@5 0B><=>3> O4@0 "/4@>-2009", 15-19 8N=O 2009 3. '51>:A0@K, (A.277).  = 6/4=1,5 12. !.. >B0H52, .!. 8B28=, .. 078=, .. !04K:>2, -.. >?B5;>2, ">78F8>==>-GC2AB28B5;L=K9 45B5:B>@ B5?;>2KE =59B@>=>2 A :>=25@B5@>< 87 B2Q@4>3> 1>@0-10", 7 =0F. :>=D. " 5=B35=., !8=E@>B@. 87;-O, 59B@>=K 8 M;.-=K 4;O 8AA;. =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>-B5E=>;>388", >A:20, 16-21 =>O1@O 2009 3., A.607.  = 6/5=1,2 13. .. 078=, .. 2G8==8:>2, .. 0@8=,& (6 02B>@>2), LVALE" 07@01>B:0 8 8AA;54>20=85 E0@0:B5@8AB8: "B>;ABKE" 307>2KE M;5:B@>==KE C<=>68B5;59 (TGEM)", 7 =0F. :>=D. 5=B35=., !8=E@>B@. 87;-O, 59B@>=K 8 M;.-=K 4;O 8AA;. =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>-B5E=>;>388", >A:20, 16-21 =>O1@O 2009 3., A.608.  = 6/6=1 14. !.. $8;8??>2, -.. >?B5;>2, .!. 8B28=, .. 078=, ... O1>2, "4=>:>>@48=0B=K9 307>2K9 ?>78F8>==>-GC2AB28B5;L=K9 45B5:B>@ =59B@>=>2" 7 =0F. :>=D., 16-21 =>O1@O 2009 3., A.617.  = 6/5=1,2 15. .. 2G8==8:>2, .. 078=, .. 5H5B8=, !.. $8;8??>2, "@>2>;>G=K9 GEM-45B5:B>@", @5?@8=B /  1235, =>O1@L 2009. arXIV: 0911.4811.  = 4/4=1 16. V.I. Razin, B.M. Ovchinnikov, A.I. Reshetin, S.N. Filippov, "RETGEM with polyvinylchloride (PVC) electrodes, arXIV: 0911.4807.  = 4/4=1 2008 3. 1. 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C@A "2545=85 2 D878:C M;5<5=B0@=KE G0AB8F 8 :20=B>2CN B5>@8N ?>;O" G8B05BAO ABC45=B0< 3-4-3> :C@A>2 $". >@01>B0= 2 2008 3. 4;O 4-3> :C@A0   =8 "+   = 201,52LVALh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roitsk v-mass. 0I8I5=0 2 8N=5 2008. >:;04K 1. >:;04 =0 15 AJ5745 :>;;01>@0F88 KATRIN  From Troitsk to Troitsk+ (Modernization Progress) 2008 3>4 2. >:;04 =0 AJ5745 :>;;01>@0F88 KATRIN  Progress of data analysis of  troitsk -mass data 2008 3>4 !B0BL8 1. Belesev, E. V. Geraskin, B. L. Zhuikov, S. V. Zadorozhny, O. V. Kazachenko,V. M. Kohanuk, N. A. Lihovid, V. M. Lobashev, A. A. Nozik, V. I. Parfenov, A. K. Skasyrskaya, E. A. Sudachkov, N. A. Titiov, and V. G. Usanov "Investigation of Space-Charge Effects in Gaseous Tritium as a Source of Distortions of the Beta Spectrum Observed in the Troitsk Neutrino-Mass Experiment" Physics of Atomic Nuclei, 2008, Vol. 71, No. 3, pp. 427 436. Original Russian Text published in Yadernaya Fizika, 2008, Vol. 71, No. 3, pp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rom Troitsk to Troitsk+ (Modernization Progress) 14th KATRIN Collaboration meeting, April 16 - 18, 2008, Karlsruhe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aramonov, L.V. Kravchuk,V.A. Moiseev, A.N. Naboka, A.K. Skasyrskaya. INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters. Physics of Particles and Nuclei Letters, v. 5, n. 7, pp. 593-596, 2008, ISSN 1547-4771  =1,015*60/6=10,15 3. . 0@0<>=>2, . !:0AK@A:0O, K. Floettmann, F. Stephan. AA;54>20=85 MDD5:B>2 8<?C;LA=>3> ' =03@520 2 =>@<0;L=> ?@>2>4OI8E @57>=0B>@0E L-480?07>=0. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, N 3, AB@. 51-54, 2008, ISSN 1562-6016  =8/4=2 4. -;5:B@>==K9 ?@5?@8=B K. Floettmann, V.V. Paramonov, A.K. Skasyrskaya, F. Stephan. RF Gun Cavities Cooling Regime Study. TESLA-FEL 2008-02, DESY, Hamburg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eak High-Temperature Bulk Ferromagnetism in Mn-Doped CdGeAs2 Semiconductors V.G. Storchak, J.H. Brewer, D.G. Eshchenko, S.L. Stubbs, S.P. Cottrell, A.A. Nikonov, O.E. Parfenov and S.F. Marenkin Chapter 2 In: Spintronics: Materials, Applications and Devices, Editors: G.C. Lombardi et al, :>;;5:B82=0O <>=>3@0D8O pp. 49-58, Nova Science Publishers (2008)   =30/8=3,75 2. Spatially resolved inhomogeneous ferromagnetism in (Ga,Mn,As) diluted magnetic semiconductors: A microscopic study by muon spin relaxation V.G. Storchak, D.G. Eshchenko, E. Morenzoni, T. Prokscha, A. Suter, X. Liu and J.K. Furdina Phys. Rev. Lett. 101, 027202 (2008)   =7,180*30/7=30,771 3. The microscopic study of a single hydrogen-like impurity in semi-insulating GaAs. D.G. Eshchenko, V.G. Storchak, S.P. Cottrell and E. Morenzoni cond-mat/0810.2692   = 4/4 = 1 to be submitted to PRL 2009 3. 1. Electric-Field-Enhanced Neutralization of Deep Centers in GaAs D.G. Eshchenko, V.G. Storchak, S.P. Cottrell and E. Morenzoni Phys. Rev. Lett. 103, 216601 (2009)   =7,180*30/4=53,85 2. Muon track induced current measurements in semi-insulating GaAs D.G. Eshchenko, V.G. Storchak and S.P Cottrell Physica B 404, 880-883 (2009)   =0,822*30/3=8,22 3. GaP studies by RF-mSR in Electric Fields D.G. Eshchenko, V.G. Storchak and S.P Cottrell Physica B 404, 876-879 (2009)   =0,822*30/3=8,22 4. Low Energy Muon studies of semiconductor interfaces D.G. Eshchenko, V.G. Storchak, E. Morenzoni, T. Prokscha, A. Suter, X. Liu and J.K. Furdyna Physica B 404, 873-875 (2009)   =0,822*30/7=3,523 5. High-pressure Muon Spin Rotation studies of magnetic semiconductors: EuS D.G. Eshchenko, V.G. Storchak, E. Morenzoni and D. Andreica Physica B 404, 903-905 (2009)   =0,822*30/4=6,165 6. Electron localization into magnetic polaron in EuS V.G. Storchak, O.E. Parfenov, J.H. Brewer, R.L. Lichti, P.L. RuLVALsso, S.L. Stubbs, D.G. Eshchenko, S.P. Cottrell, J.S. Lord, T.G. Aminov, V.P. Zlomanov, A.A. Vinokurov, R.L. Kallaher and S. von Molnar Physica B 404, 896-898 (2009)   =0,822*30/10=2,466 7. Superconductivity and magnetism in cuprate heterostructures B. M. Wojek, E. Morenzoni, D.G. Eshchenko, A. Suter, T. Prokscha, E. Koller, E. Treboux, O. Fischer, H. Keller Physica B 404, 720-723 (2009)   = 0,822*30/9=2,74 8. Near-surface muonium states in germanium T. Prokscha, E. Morenzoni, D.G. Eshchenko, H. Luetkens, G.J. Nieuwenhuys, and A. Suter Physica B 404, 866-869 (2009)   =0,822*30/6=4,11 9. Novel muonium centers - magnetic polarons - in magnetic semiconductors V.G. Storchak, O.E. Parfenov, J.H. Brewer, R.L. Lichti, P.L. Russo, S.L. Stubbs, D.G. Eshchenko, E. Morenzoni, V.P. Zlomanov, A.A. Vinokurov, and V.G. Bamburov Physica B 404, 899-902 (2009)   =0,822*30/10=2,466 10. Electron localization into a bound spin polaron state in the quasi-one-dimensional S=1/2 antiferromagnet LiCu2O2 V.G. Storchak, J.H. Brewer, D.J. Arseneau, S.L. Stubbs, O.E. Parfenov, D.G. Eshchenko and A.A. Bush Phys Rev B 79, 220406-220409 (2009)   =3,322*30/7=14,237 11. Magnetic polaron bound to the positive muon in SmS: Exchange-driven formation of a mixed-valence state V.G. Storchak, J.H. Brewer, D.J. Arseneau, S.L. Stubbs, O.E. Parfenov, D.G. Eshchenko, E. Morenzoni and T.G. Aminov Phys Rev B 79, 193205-193208 (2009)   =3,322*30/8=12,458 12. Direct observation of the magnetic polaron V.G. 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Fonseca-Martin et al. 2008. 10pp. Published in J.Phys.Conf.Ser.119:022022,2008.  =8/10=0,8 6. Integration of the trigger and data acquisition systems in ATLAS. M. Abolins et al. 2008. 10pp. Published in J.Phys.Conf.Ser.119:022001,2008.  =8/10=0,8 7. The ATLAS trigger: Commissioning with cosmic rays. Maris A. Abolins et al. Published in J.Phys.Conf.Ser.119:022014,2008.  =8/10=0,8 8. Calorimetry triggering in ATLAS. O. Igonkina et al. 2009. 9pp. Published in J.Phys.Conf.Ser.160:012061,2009.  =8/10=0,8 9. Reconstruction of Stau mass at the LHC. Rashid M. Djilkibaev , Rostislav V. Konoplich Oct 2009. 12pp. e-Print: arXiv:0910.2448 [hep-ph]  =4/2=2 10. Estimation of Radiative Corrections to the Process of Muon-Electron Conversion. Rashid M. Djilkibaev , Rostislav V. Konoplich. Feb 2009. 16pp. e-Print: arFLVALVXiv:0902.2430 [hep-ph]  =4/2=2 11. Electrons from Muon Decay in Bound State. Rashid M. Djilkibaev , Rostislav V. Konoplich Feb 2009. 24pp. e-Print: arXiv:0902.0985 [hep-ph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itov KATRIN EXPERIMENT IN 2009 - SYSTEMATIC IMPROVEMENTS.  =20 "+   =22,946LVALNGR0=BC52 ;048A;02 !5@35528G 1. >4 @>645=8O. 1954 3. 2. 0B0 70I8BK 48AA5@B0F88. $52@0;L 1994. 3. >;6=>ABL. 0CG=K9 A>B@C4=8:. 4. !?8A>: >?C1;8:>20==KE @01>B 70 2008 -2009 3.3. A C:070=85< :>;-2> 02B>@>2. 1. Heavy Ion Collisions at the LHC - Last Call for Predictions. J.Phys.G35:054001,2008. 2B>@ >48=  = 5,27*30=158,1 2. Centrality dependence of charged hadron production in deuteron + gold and nucleon + gold collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.).. Published in Phys.Rev.C77:014905,2008.  =3.124*30*0.1=9.372 3. Transverse momentum and centrality dependence of dihadron correlations in Au+Au collisions at s(NN) = 200-GeV: Jet-quenching and the response of partonic matter. By PHENIX Collaboration (A. Adare et al.).. Published in Phys.Rev.C77:011901, 2008.  =3.124*30*0.1=9.372 4. Cold Nuclear Matter Effects on J/Psi as Constrained by Deuteron-Gold Measurements at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). 15pp. Published in Phys.Rev.C77:024912,2008,  =3.124*30*0.1=9.372 5. Particle-species dependent modification of jet-induced correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S. Afanasiev et al.). 6pp. Published in Phys.Rev.Lett.101:082301,2008.  =7.180*30*0.1=21.540 6. Source breakup dynamics in Au+Au Collisions at s(NN)**(1/2) = 200-GeV via three-dimensional two-pion source imaging. By PHENIX Collaboration (S. Afanasiev et al.). Published in Phys.Rev.Lett.100:232301,2008.  =7.180*30*0.1=21.540 7. Possible existence of finite formation time of strongly interacting plasma in nuclear collisions at RHIC a. 7pp. ?C1;8:>20=> 2 /45@=0O $878:0 , B>< 71, 2008 AB@. 1656. 2B>@ >48=.  =0.491*60=29,46 8. J/psi Production in s(NN)**(1/2) = 200-GeV Cu+Cu Collisions. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.101:122301,2008.  =7.180*30*0.1=21.540 9. Quantitative Constraints on the Opacity of Hot Partonic Matter from SemLVALSi-Inclusive Single High Transverse Momentum Pion Suppression in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Jan 2008. 13pp. Published in Phys.Rev.C77:064907,2008.  =3.124*30*0.1=9.372 10. Suppression pattern of neutral pions at high transverse momentum in Au + Au collisions at s(NN)**(1/2) = 200-GeV and constraints on medium transport coefficients. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.101:232301,2008.  =7.180*30*0.1=21.540 11. Dihadron azimuthal correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Jan 2008. 44pp. Published in Phys.Rev.C78:014901,2008.  =3.124*30*0.1=9.372 12. Onset of pi0 Suppression Studied in Cu+Cu Collisions at sNN=22.4, 62.4, and 200 GeV.By PHENIX Collaboration (A. Adare et al.). Jan 2008. 7pp. Published in Phys.Rev.Lett.101:162301,2008.  =7.180*30*0.1=21.540 13. Dilepton mass spectra in p+p collisions at s**(1/2) = 200-GeV and the contribution from open charm. By PHENIX Collaboration (A. Adare et al.). Feb 2008. 18pp. Published in Phys.Lett.B670:313-320,2009.  =4.034*30*0.1=12,102 14. Charged hadron multiplicity fluctuations in Au+Au and Cu+Cu collisions from sqrt(s_NN) = 22.5 to 200 GeV.By PHENIX Collaboration (A. Adare et al.). May 2008. 17pp. Published in Phys.Rev.C78:044902,2008.  =3.124*30*0.1=9.372 15. Inclusive cross section and double helicity asymmetry for pi^0 production in p+p collisions at sqrt(s) = 62.4 GeV. By PHENIX Collaboration (A. Adare et al.). Oct 2008. 10pp. Published in Phys.Rev.D79:012003,2009.  =5,05*30*0.1=15,15 16. 0=BC52 .!. >A;54=85 @57C;LB0BK, ?>;CG5==K5 =0 @5;OB828ABA:>< O45@=>< :>;;0945@5 RHIC. /45@=0O D878:0, B>< 72, 2K?. 12 AB@. 2035-2045, 2009.  =0.491*60=29,46 17. By PHENIX Collaboration (A. Adare et al.). Dilepton mass spectra in p+p collisions at s**(1/2) = 200-GeV and the contribution from open charm. Published in Phys.Lett.B670:313-320,2009.  =4,034*30*0.1=12,1LVALT02 18. Inclusive cross section and double helicity asymmetry for pi^0 production in p+p collisions at sqrt(s) = 62.4 GeV. By PHENIX Collaboration (A. Adare et al.). Oct 2008. 10pp. Published in Phys.Rev.D79:012003,2009.  =5,05*30*0.1=15,15 19. High-pT pi^zero Production with Respect to the Reaction Plane in Au + Au Collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration (S. Afanasiev et al.). Published: Phys. Rev. C 80, 054907 (2009) .  =3.124*30*0.1=9.372 20. Charged kaon interferometric probes of space-time evolution in Au+Au collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration (S. Afanasiev et al.). Published: Phys. Rev. Lett. 103, 142301 (2009)  =7.180*30*0.1=21.540 21. Photon-Hadron Jet Correlations in p+p and Au+Au Collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration (A. Adare et al.). Published: Phys. Rev. C 80, 024908 (2009)  =3.124*30*0.1=9.372 22. Systematic Studies of Elliptic Flow Measurements in Au+Au collisions at $\sqrt{s_{NN}}$ = 200 GeV. By PHENIX Collaboration (S. Afanasiev et al.). Published: Phys. Rev. C 80, 024909 (2009).  =3.124*30*0.1=9.372 23. Measurement of Bottom versus Charm as a Function of Transverse Momentum with Electron-Hadron Correlations in p+p Collisions at sqrt(s)=200 GeV. By PHENIX Collaboration (A. Adare et al.). Published: Phys. Rev. Lett. 103, 082002 (2009).  =7.180*30*0.1=21.540 24. Photoproduction of J/psi and of high mass e+e- in ultra-peripheral Au+Au collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration (S. Afanasiev et al.). Published: Physics Letters B 679, 321 (2009) .  =4,034*30*0.1=12,102 25. Cold Nuclear Matter Effects on J/Psi Production as Constrainted by Deuteron-Gold Measurements at sqrt(s_NN) = 200 GeV (and Erratum). By PHENIX Collaboration (A. Adare et al.). Published: Phys. Rev. C 79, 059901 (2009).  =3.124*30*0.1=9.372 26. Gluon-Spin Contribution to the Proton Spin from the Double-Helicity Asymmetry in Inclusive pi[sup 0] Production in Polarized p+p Collisions at sqrt(s) =LVAL 200 GeV. By PHENIX Collaboration (A. Adare et al.). Published: Phys. Rev. Lett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n,p) =0 O4@0E 35Cl 8 14N. @5?@8=B /, -1241/2009  =4/8=0,5 7. @83>@L52 ... 8 4@. AA;54>20=85 MDD5:B0 @57>=0=A=>9 A0<>M:@0=8@>2:8 2 ?>;=KE 8 ?0@F80;L=KE A5G5=8OE. XIV564C=0@>4=>5 A>25I0=85 ?> O45@=>9 D878:5. 0@=0, >;30@8O, 2009  =6/10=0,6 8. 5@3<0= .. 8 4@. AA;54>20=8O @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 =0 =59B@>==>< 8AB>G=8:5 -!, @5?@8=B /  1225/2009  =4/10=0,4  =8,433 C:>2>4AB2> 48?;><=8 LVAL :0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8?;><=8:  . K;>A>20, $"#  =10 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. >@01>B:0 :C@A0 59B@>==0O D878:0 $"#  =8 @C30O 7=0G8<0O 8=D>@<0F8O. C:>2>48B5;L ?@>5:B0 =59B@>==>3> 8<?C;LA=>3> 8AB>G=8:0 /  -!. "+   =26,433LVALNGX0BCH:> 8:B>@ 5>=84>28G !B0@H89 =0CG=K9 A>B@C4=8:, 8.>. 702. A5:B>@>< !?8A>: >?C1;8:>20==KE @01>B 70 2008 -2009 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. A sectioned spectrometer of fast neutrons Author(s): Abdurashitov DN, Gavrin VN, Matushko VL, et al. INSTRUMENTS AND EXPERIMENTAL TECHNIQUES Volume: 52 Issue: 1 Pages: 25-32 Published: 2009  =0,311*60 /9=2,073 2. Design of the facility for pet-radioisotopes production at INR proton linac Akulinichev SV, Baklanov SI, Gavrilov YK, Matushko VL et al. Source: PROBLEMS OF ATOMIC SCIENCE AND TECHNOLOGY Issue: 3 Pages: 184-186 Published: 2008 8/5=1,6 3. Development of a segmented fast neutron spectrometer Abdurashitov JN, Gavrin VN, Matushko VL, et al. Source: PHYSICS OF ATOMIC NUCLEI Volume: 70 Issue: 1 Pages: 133-139  = 0,491*60/8=3,683 4. J.N. Abdurashitov, V.N. Gavrin, V.L. Matushko et al (8 02B>@>2) Segmented high resolution fast neutron spectrometer: present status, response function. Proceeding of the 14 th International School on Particles and Cosmology.  = 4/8=0,5 5. !&+ !" "  +!" +% "  14C@0H8B>2 .., 02@8= .., 0BCH:> .., CAB0D8= .$., (8E8= .., 5@5B5=:8= .., /=F .-. @81>@K 8 B5E=8:0 M:A?5@8<5=B0. 2009. ! 1. !. 32-40.  = 0,311*60/7=2,668 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2008 -2009 3.3. 1. J.N. Abdurashitov, V.N. Gavrin, V.L. Matushko et al (8 02B>@>2) The development of segmented high resolution fast neutron spectrometer. Oral report. 16 th International Seminar on Interaction of Neutrons with Nuclei. ISINN-16. Dubna, 2008.  = 6/8*1,5= 1,125 2. Abdurashitov J.N., Garvin V.N., Klimenko A.A., Matushko V.L., Malyshkin Yu.M., Nico J.S., Shikin A.A., Smolnikov A.A., Yants V.E. Monte carlo simulation of a capture-gated simple geometry fast neutron spectrometer 17 th International Seminar on Interaction of Neutrons with Nuclei. ISINN-17. 2009 6/9*1,5= 1 3. Abdurashitov J.N., Garvin V.N., Klimenko A.A., Matushko V.L., Malyshkin Yu.M., Nico J.S.n LVAL~ , Shikin A.A., Smolnikov A.A., Yants V.E. Simulation of capture-gated fast neutron spectrometer with highly segmented organic media 17 th International Seminar on Interaction of Neutrons with Nuclei. ISINN-17. 2009 6/9*1,5= 1 B>3>2K9 ;8G=K9   =13,647 0AG5B   8.>. 702. A5:B>@>< = 13,647*0,5 + 280,567/3*0,75=5,49 +70,142 =75,632 0AG5B   8.>. 702. A5:B>@>< = 13,647*0,5 + 280,567/3*0,75=6,82 +55,165 =61,985LVALNGZ052A:0O ;;0 >A8D>2=0 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 C1;8:0F88 2 2008-2009 3>40E: 1. First proton--proton collisions at the LHC as observed with the ALICE detector: measurement of the charged particle pseudorapidity density at sqrt(s) = 900 GeV The ALICE Collaboration, arXiv:0911.5430   =2,805*30/10=8,415 Journal-ref: The European Physical Journal C: Volume 65, Issue 1 (2010), Page 111 2. Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter. M. Golubeva, (Moscow, INR) , F. Guber, (Moscow, INR) , A. Ivashkin, (Moscow, INR) , A. Kurepin, (Moscow, INR) , V. Marin, (Moscow, INR) , A. Maevskaya, (Moscow, INR) , Y. Musienko, (Moscow, INR & Northeastern U.) , A. Sadovsky, (Moscow, INR) , K. Shileev, (Moscow, INR) , V. Tiflov, (Moscow, INR) . 2009. 4pp. Published in Nucl.Instrum.Meth.A610:366-369,2009.   =1,019*30/10=3,057 3. Methods for measuring amplitudes of signals from Cherenkov counters. V.A. Grigorev et al. 2009. 5pp. Published in Instrum.Exp.Tech.52:352-356,2009, Prib.Tekh.Eksp.3:45-49,2009.   =0,311*60/10=1,866 4. A fast electronic system of the T0 start trigger detector for the ALICE experiment. A.V. Veselovsky et al. 2009. 5pp. Published in Instrum.Exp.Tech.52:191-195,2009, Prib.Tekh.Eksp.2:43-47,2009.   =0,311*60/10=1,866 5. Development of a RICH detector for electron identification in CBM. C. Hohne, (Darmstadt, GSI) , S. Das, (Darmstadt, GSI) , M. Durr, (Esslingen, Hochsch.) , T. Galatyuk, (Darmstadt, GSI) , P. Koczon, (Darmstadt, GSI) , S. Lebedev, (Darmstadt, GSI & Dubna, JINR) , A. Maevskaya, (Moscow, INR) , G. Ososkov, (Dubna, JINR) . 2008. 3pp. Published in Nucl.Instrum.Meth.A595:187-189,2008.   =1,019*30/10=3,057 6. Longitudinally segmented lead / scintillator hadron calorimeter with micro-pixel APD readout. M. Golubeva et al. 2009. 2pp. Prepared for 10th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Novosibirsk, Russia, 28 Feb LVAL[- 5 Mar 2008. Published in Nucl.Instrum.Meth.A598:268-269,2009.   =1,019*30/10=3,057 7. Development of FARICH-detector for ALICE experiment at CERN. A.I. Berlev et al. 2009. 4pp. Prepared for 10th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Novosibirsk, Russia, 28 Feb - 5 Mar 2008. Published in Nucl.Instrum.Meth.A598:156-159,2009.   =1,019*30/10=3,057 8. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. Published in JINST 0803:S08002,2008, JINST 3:S08002,2008.  =0.333*30/10=0.999 9. !alibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2008-018, CERN-SPSC- SR-033, July 2008. 43pp.  = 4/10=0,4 10. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. Et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 11. ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, Sep 2008. 132pp.  =4/10=0,4 12. A. Maevskaya, C. Hhne, and A. Kurepin: Feasibility study for a J/ trigger in the electron-positron decay mode, p65 CBM Progress Report (2009)  =4/3=1,333 13. A. Maevskaya, A. Kurepin and C. Hhne: J/ and  detection in the di-electron decay channel in CBM , p24 CBM Progress Report 2008  =4/3=1,333 14. M. Golubeva et al: Development of Projectile Spectator Detector p47 CBM Progress Report 2008  =4/10=0,4 15. Golubeva, M.; Guber, Fedor; Ivashkin, Alexander; Kurepin, Alexei; Marin, V.; Maevskaya, Alla; Musienko, Yu.; Sadovsky, A.; Shileev, K.; Tiflov , V. Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter  =4/10=0,4 16. Golubeva, M.; Guber, F.; Ivashkin, A.; Kurepin, A.; Marin, V.; Maevskaya, A.; Musienko, Yu.; Sadovsky, A.; Shileev, K.; Tiflov, l LVAL| V.; Longitudinally Segmented Lead/Scintillator Hadron Calorimeter with Micropixel APD Readout GSI Preprint  =4/10=0,4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. A.S.Anoshko et al .  Luminosity Determination in ALICE with T0 and V0 detector ?@8=OB0 : ?C1;8:0F88 2 B@C40E :>=D5@5=F88  QM2008 .   =6/10=0.6 2.T.Galatyuk, S.Das, A. Maevskaya, Di-electron Spectroskopy in CBM ?@8=OB0 : ?C1;8:0F88 2 B@C40E :>=D5@5=F88  QM2008   =6/3=2. A?8@0=BK 8 A>8A:0B5;8: "><0A 0;:528G (2008-2009)   ?> @C:>2>4AB2C =10 B>3>2K9  =43,04zLVAL0@L52 -4C0@4 /:>2;528G 1951 3.@., 4>:B>@ D87.  <0B. =0C:, 2=A !?8A>: >?C1;8:>20==KE @01>B 70 2008-2009 3.3.: 1. E. Ya. Paryev. Absorption of phi mesons in near-threshold proton-nucleus reactions. Preprint INR-1193/2008, Moscow (2008); nucl-th/0805.1606.  =4 2. E. Ya. Paryev. Absorption of phi mesons in near-threshold proton-nucleus reactions. Yad. Fiz., V.71, No.11 (2008),pp.1985-1997.  =0,491*60=29,46 3. E.Ya.Paryev. Near-threshold phi meson production in proton-nucleus reactions and phi width in finite nuclei. Preprint INR-1201/2008, Moscow (2008); nucl-th/0810.1124.  =4 4. E.Ya.Paryev. Near-threshold phi meson production in proton-nucleus reactions and phi width in finite nuclei. J.Phys.G, 36 (2009) 015103; online published 30 October 2008.  =5,27*30=158,1 5. A.V. Akindinov, M. M. Chumakov, M. M. Firoozabadi, Yu. T. Kiselev, A. N. Martemyanov, E. Ya. Paryev, V. A. Sheinkman, Yu. V. Terekhov, V.I. Ushakov. Subthreshold and near-threshold kaon and antikaon production in proton-nucleus reactions. J. Phys. G.37 (2010) 015107 ( December 2009);  =5,27*30/9=17,567 6. A.V. Akindinov, M. M. Chumakov, M. M. Firoozabadi, Yu. T. Kiselev, A. N. Martemyanov, E. Ya. Paryev, V. A. Sheinkman, Yu. V. Terekhov, V.I. Ushakov. nucl-ex/0911.4616.  =0, 4 7. E. Paryev, M. Hartman, Yu. Kiselev, A. Polyanskiy. Subthreshold and near-threshold charged kaons production in proton-nucleus collisions. IKPAnnual Report 2008, pp.6-7. Juelich Center for Hadron Physics. Institutfur Kernphysik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c. 162-167.  =0,179*60/3=3,58 3. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Adsorption of radionuclides from liquid metals. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.76. = 6/3*1,5 =3 #AB=K9 4>:;04. 4. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk, N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.31  = 6*1,5/6 =1,5 5. V.M.Petriev, B.L. Zhuikov, V.G.Skvortsov, V.K.Podgorodnichenko, A.F.Tsyb. Metallothionein  kelating agent of 213Bi. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.137.   6*1,5/6 =1,5 6. ..C9:>2. 5>B;>6:0 A 87>B>?0<8. >8A:, 2008, !8 (978), A. 5  =8 7. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk. N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. J. Radioanalyt. Nucl. Chem., v.280, N.2, p. 319-324, 2009.   =0,659*30/6=3,295 8. B.L.Zhuikov. Production of new radionuclides for therapy on accelerators. 1st TARCC  Int. AonLVAL`f. on targeted radionuclide therapy  Advances in targeted radionuclide therapy . May 25-26, 2009, Abstracts. Nantes, France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d. (5AB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2009, 12-16 >:BOLVALa1@O 2009, >A:20, 2009. "578AK 4>:;04>2. >A:20, 2009, A. 356.   =4*1,5/4=1,5 15. . . 0@010=>2, .. 57@C:>2, .. C@5=F>2, .. C9:>2, !.. 80=>2A:89, .. >@=>CE>2, .. >E0=N:, .. /=>28G. 7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74As, 68Ge, 65Zn 8 60Co ?@8 >1;CG5=88 35@<0=8O - =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 A ?@>B>=0<8 M=5@3859 ?>@O4:0 100 M. /45@=0O D878:0 (Physics of Atomic Nuclei), 2009.  =0,491E60/8=3,683 16. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, E.V. Lapshina, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. Production of actinium-225 and other medical radionuclides from natural thorium irradiated with protons. Int. Conference ACTINIDES-2009. Abstracts. San Francisco, 12-17 July, 2009.   =6*1,5/9=1   ?> ?C1;8:0F8O<: 79,384 !?8A>: ?0B5=B>2 70 2008-2009 3.3. 1. ...!5@>?538=, ..C9:>2, !.!@820AB020. ><?>78F8O <0B5@80;0 <8H5=8 4;O ?>;CG5=8O @048>=C:;84>2 8 A?>A>1 55 ?@83>B>2;5=8O (20@80=BK). 0O2. ?0B. $. ! 2008134983, 29.08.2008.  =20/3=6,67 2. ..C9:>2, ..>=OE8=, ..>E0=N:, !.!@820AB020. 8H5=L 4;O ?>;CG5=8O @048>=C:;84>2 8 A?>A>1 55 873>B>2;5=8O (20@80=BK). 0O2. ?0B. $. ! 2008136585, 12.09.2008.  =20/4=5 3. !.. @<>;052, . . ">30520, .. 0?H8=0, .. C9:>2, !. !@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb (20@80=BK). 0O2. ?0B. $. ! 2008136586, 12.09.2008.  =20/5=4 4. ..5B@852. ..(8@O52, ..!<0EB8=, ..!:2>@F>2, ..C9:>2. !?>A>1 ?>;CG5=8O <5G5=KE @048>=C:;84>< <8:@>AD5@. 0B5=B $ ! 2359702, 4.05.2007,  !18, 2009.   =20/5=4 5. ..C9:>2, !..@<>;052, ..>E0=N:. !?>A>1 ?>;CG5=8O @048>AB@>=F8O. 0B5=B $. !2356113, 27.03.2008,  !14 20.05.2009;   =20/3=6,67 6. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. PCT application PCT/RU2009/000124, Int. filing date 13.03.2009.   =20/3=6,67 7. ..C9:>2, !..0;<K:>2, ..;852, !..@<>;052, ..>E0=N:, ..>=OE8=, .."0=0=8 LVALH 052, .$.OA>54>2. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 87>B>?>2 @048O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O (20@80=BK). 0B5=B $. ! 2373589, 23.09.2008,  !32, 2009.   =20/8=2,5 8. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, E.V. Lapshina, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. Method for production of actinium-225 and radium isotopes and a target for its producing. PCT application PCT/RU 2009/000462, Sept. 9, 2009.   =20/8=2,5   ?> ?0B5=B0< 38,01 B>3>2K9 ;8G=K9  = 117,394 'C40:>2 ..,=A 0,6 >E0=N: .., =A 43,764 0?H8=0 .., =A 10,53 @<>;052 !.., A=A 34,655 89,549 0AG5B   702. ;01>@0B>@88 = 117,394*0,5 + 89,549/4*0,75 = 58,697 + 16,79 = 75,487 0AG5B   702. ;01>@0B>@88 = 117,394*0,5 + 206,943/5*0,75 = 58,697 + 31,041 = 89,738')RM H C > 9 4 ;Y:Xv#A_}Ye@?CI75 = A 75 3>40bbbb<? @?CI75 = A 75 3>40bbbb<? @?CI75 = A 75 3>40bbbb<? _@?CI75 = A 75 3>40bbbb<?9@?CI75 = A 75 3>40bbbb<?-@?CI75 = A 75 3>40bbbb<?@?CI75 = A 75 3>40bbbb<?@?CI75 = A 75 3>40bbbb<?@?CI75 = A 75 3>40bbbb<?8@?CI75 = A 75 3>40bbbb<?)@?CI75 = A 75 3>40bbbb<?e)@?CI75 = A 75 3>40bbbb<?$@?CI75 = A 75 3>40bbbb<?  @?CI75 = A 75 3>40bbbb<?q=5B@?3NGHHHH<?7(@?J@;HHHH<?@?CI75 = A 75 3>40bbbb<?@@?CI75 = A 75 3>40bbbb<?P @?<<<<<? @@?2@HHHH<? ףA@?@HHHH<?N ׾A@?NGHHHH<?Q )\A@?,NGHHHH<?CA@?NGHHHH<?~ B@?F%NGHHHH<?}S ̋A@?|@HHHH<?|  DC@?'NGHHHH<?{[1/C@?3NGHHHH<?zO-C@?7NGHHHH<?yG\C@?z-NGHHHH<?xxYB@?~NGHHHH<?wqjC@?0zNGHHHH<?v>oRB@?0vNGHHHH<?uJC@?:rNGHHHH<?tN *C@?9nNGHHHH<?scH5C}C@?>jNGHHHH<?r5z(A@?bhNGHHHH<?q?@?@]HHHH<?pV/B@?(#eNGHHHH<?o` B@?cNGHHHH<?nByB@?l6^NGHHHH<?LVALNGd@<>;052 !B0=8A;02 8:B>@>28G 1. >4 @>645=8O. 1967 2. 0B0 70I8BK 48AA5@B0F88 0=4. B5E=. =0C: 1995 3. >;6=>ABL !B.=.A. 4. !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 17. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Adsorption of radionuclides from liquid metals. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.76. = 6/3*1,5 =3 #AB=K9 4>:;04. 18. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk, N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.31  = 6*1,5/6 =1,5 19. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk. N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. J. Radioanalyt. Nucl. Chem., v.280, N.2, p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huikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, E.V. Lapshina, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. Production of actinium-225 and other medical radionuclides from natural thorium irradiated with protons. Int. Conference ACTINIDES-2009. Abstracts. San Francisco, 12-17 July, 2009.   =6*1,5/9=1   ?> ?C1;8:0F8O<: 12,315 !?8A>: ?0B5=B>2 70 2008-2009 3.3. 9. !.. @<>;052, . . ">30520, .. 0?H8=0, .. C9:>2, !. !@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb (20@80=BK). 0O2. ?0B. $. ! 2008136586, 12.09.2008.  =20/5=4 10. ..C9:>2, !..@<>;052, ..>E0=N:. !?>A>1 ?>;CG5=8O @048>AB@>=F8O. 0B5=B $. !2356113, 27.03.2008,  !14 20.05.2009;   =20/3=6,67 11. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. PCT application PCT/RU2009/000124, Int. filing date 13.03.2009.   =20/3=6,67 12. ..C9:>2, !..0;<K:>2, ..;852, !..@<>;052, ..>E0=N:, ..>=OE8=, .."0=0=052, .$.OA>54>2. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 87>B>?>2 @048O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O (20@80=BK). 0B5=B $. ! 2373589, 23.09.2008,  !32, 2009.   =20/8=2,5 13. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, E.V. Lapshina, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. Method for production of actinium-225 and radium isotopes and a target for its producing. 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AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 !?8A>: >?C1;8:>20==KE @01>B 70 2008 -2009 3.3. A C:070=85< :>;-2> 02B>@>2. 2008 3. 1. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008.  =0.333*30/10=0.999 2. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =4,034*30/10=12.102. 3. Dielectron spectroscopy at 1-2 AGeV with HADES, The HADES Collaboration, S. Spataro, G. Agakishiev, C. Agodi, A. Balanda,& .A.Ivashkin et al.,Published in Eur.Phys.J.A38:163-166,2008.   =2,015 *30/10=6,045 4. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys.G35:104159,2008.  =5,27*30*0.1=15,81 2009 3. 1. G. Agakishiev, ..., F.Guber et al. (By HADES Collaboration) / Phi decay: A Relevant source for K- production at energies available at the GSI Schwerionen-Synchrotron (SIS)? // Phys.Rev.C80 (2009) 025209 {5, 111/8, !?8A>:4}   =3,124*30/10=9,372 2. G. Agakishiev, ..., F.Guber et al. (By HADES Collaboration) / Deep Subthreshold Xi- Production in Ar + KCl Reactions at 1.76A GeV // Phys.Rev.Lett 103 (2009) 132301 {5, 105/8, !?8A>:4}   =7,180*30/10=21,540 3. F.Krizek, ..., K.Lapidus et al., (By HADES Collaboration) / Inclusive Dielectron Production in Ar+KCl Collisions at 1.76 AGeV studied with HADES // Nucl.Phys.A830 (2009) p.483-486 {5, 112/8, !?8A>:4}   =1,959*30/10=5,877 4. G. Agakishiev, ..., F.Guber et al. (By HADES Collaboration) / The high-acceptance dielectron spectrometer HADES // ELVALpur.Phys.J.A41 (2009) p.243-277 {5, 207/9, !?8A>:2}   =2,015*30/10=6,045 5. G. Agakishiev, ..., F.Guber et al. (By HADES Collaboration) / Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES // Eur.Phys.J.A40 (2009) p.45-59 {5, 125/8, !?8A>:4}   =2,015*30/10=6,045 6. I.Frohlich, ..., F.Guber et al. (By HADES Collaboration) / Meson and di-electron production with HADES // Int.J.Mod.Phys.A24 (2009) p.317-326 {5, 125/8, !?8A>:4}   =0,982*30/10=2,946 7. M. Sudol, ..., F.Guber et al. / Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES // Eur.Phys.J.C62 (2009) p.81-84 {5, 125/8, !?8A>:4}   =2,805*30/10=8,415 8. L. Fabbietti, & et al. New strangeness results from HADES. By HADES Collaboration 2009. 12pp. J. Phys. G: Nucl. Part. Phys. 36 064005 (12pp).   =5,27*30/10 =15,81 9 . M.Golubeva et al. / Longitudinally segmented lead / scintillator hadron calorimeter with micro- pixel with APD readout// Nucl.Instrum.Meth.A598:268-269,2009. {5, 10/10, A?8A>: 5}   =1,019*30/10=3,057 10. M. Golubeva et al. /Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter// , Nucl. Instrum.Meth. A610 (2009) 366 3 {5, 10/10, A?8A>: 5}   =1,019*30/10=3,057 11. F. Prino et al. / J/psi azimuthal anisotropy relative to the reaction plane in Pb-Pb collisions at 158 GeV per nucleon// Eur.Phys.J.C61:853-858,2009. { 5, 86/6, A?8A>: 6 }   =2,805*30/10=8,415 12. K.Aamodt, et al./ First proton-proton collisions at the LHC as observed with the ALICE detector: measurement of the charged particle pseudorapidity density at " s =900 GeV// submitted to Eur. Phys. J C {5, 960/9, A?8A>: 1}   =2,805*30/10=8,415   ?> 6C@=0;L=K< ?C1;8:0F8O< =133,95 @5?@8=BK 1. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgral, & .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, A.Maevskaya, V.Matveev. K.Shileev, ...et al.). CERN-SPSC-2008-01LVALq8, CERN-SPSC-SR-033, Jul 2008. 43pp.  =4*0.1 =0.4 2. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008-012, CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  =4*0.1 =0.4 3. ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, Sep 2008. 132pp.  = 4/10=0,4 4. Search for the QCD critical point at SPS energies. By NA49 Collaboration and NA61/SHINE Collaboration (T. Anticic et al.). To appear in the proceedings of 2009 Europhysics Conference on High Energy Physics: HEP 2009 (EPS-HEP 2009), Cracow, Poland, 16-22 Jul 2009. e-Print: arXiv:0909.0485 [hep-ex]  =4*0.1 =0.4 5. NA61/SHINE low energy program at SPS. By NA61 Collaboration (N. Abgrall et al.). Presented at 5th International Workshop on Critical Point and Onset of Deconfinement (CPOD), Brookhaven, Upton, New York, 8-12 Jun 2009. e-Print: arXiv:0908.1697 [nucl-ex] .  =4*0.1 =0.4 6. .>;C1520, $.C15@, .5@<5=52, .20H:8=, .C@5?8= -=5@35B8G5A:0O :0;81@>2:0 A53<5=B8@>20==>3> :0;>@8<5B@0 !"  A 8A?>;L7>20=85< <0B@8G=>3> <5B>40 >?@545;5=8O :>=AB0=B :0;81@>2:8, @5?@8=B / , 1239/2009  =4/5=0.8 7. T. Galatyuk et al. (By HADES Collaboration) / Recent results from HADES on electron pair production in relativistic heavy-ion collisions // arXiv:0911.2411 {17, 99/8, !?8A>:4}   =4/10=0,4 8. I.Frohlich et al. (By HADES Collaboration) / Future perspectives at SIS-100 with HADES-at-FAIR // IarXiv:0906.0091 {17, 112/8, !?8A>:4}   =4/10=0,4 9. P. Tlusty et al. (By HADES Collaboration) / Charged pion production in C+C and Ar+KCl collisions measured with HADES // arXiv:0906.2309 {17, 112/8, !?8A>:4}   =4/10=0,4 10. K. Lapidus et al. (By HADES Collaboration) / Dielectron production in pp and dp collisions at 1.25-GeV/u with HADES // arXiv:0904.1128 {17, 113/8, !?8A>:4}   =4/1LVAL0=0,4   ?> ?@5?@8=B0< =4.4 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE : 1. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APD readout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia,  =6/10=0,6 2. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008,  =6/10=0,6 3. 1. A.Sadovsky (reporter), F.Guber, M.Golubeva, A.Ivashkin, A.Kurepin, A.Mayevskaya, V.Marin, K.Shileev;  Hadron calorimeter with micropixel APD readout for heavy ion experiments , The 3rd Light Ion Nuclear Collision Workshop 18-21 June 2008. http://www.ihep.su/ihep/doc_seminar/LINC-2008/linc_2008.html  =4/8=0.5 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8 0?84CA .. (0A?8@0=BC@0 /)  =30  =30 B>3>2K9   170,05LVALNGs>;C1520 0@8=0 >@8A>2=0 >4 @>645=8O.  1950 0B0 70I8BK 48AA5@B0F88  1/A >;6=>ABL  =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2008 -2009 3.3. 2008 3. 1. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008.  =0.333*30/10=0.999 2. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =4,034*30/10=12.102. 3. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys.G35:104159,2008.  =5,27*30*0.1=15,81 4. Dielectron spectroscopy at 1-2 AGeV with HADES, The HADES Collaboration, S. Spataro, G. Agakishiev, C. Agodi, A. Balanda,& .M.Golubeva et al.,Published in Eur.Phys.J.A38:163-166,2008.   =2,015 *30/10=6,045 2009 3. 1. M.Golubeva et al. / Longitudinally segmented lead / scintillator hadron calorimeter with micro- pixel with APD readout// Nucl.Instrum.Meth.A598:268-269,2009. {5, 10/10, A?8A>: 5}  =1.019*30/10=3.057 2. M. Golubeva et al. /Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter// , Nucl. Instrum.Meth. A610 (2009) 366 3 {5, 10/10, A?8A>: 5}  =1.019*30/10=3.057 3. F. Prino et al. / J/psi azimuthal anisotropy relative to the reaction plane in Pb-Pb collisions at 158 GeV per nucleon// Eur.Phys.J.C61:853-858,2009. { 5, 86/6, A?8A>: 6 }   =2,805*30/10=8,415 4. G. Agakishiev et al. (By HADES Collaboration) / Phi decay: A Relevant source for K- production at energies available at the GSI Schwerionen-Synchrotron (SIS)? // Phys.Rev.C80 (2009) 025209 {5, 111/8, !?8A>:4}   =3,124*30/10=9,372 5. G. Agakishiev et al. (By HADES Collaboration) / Deep Subthreshold Xi- ProductionLVALt in Ar + KCl Reactions at 1.76A GeV // Phys.Rev.Lett 103 (2009) 132301 {5, 105/8, !?8A>:4}   =7,180*30/10=21,540 6. F.Krizek et al., (By HADES Collaboration) / Inclusive Dielectron Production in Ar+KCl Collisions at 1.76 AGeV studied with HADES // Nucl.Phys.A830 (2009) p.483-486 {5, 112/8, !?8A>:4}   =1,959*30/10=5,877 7. G. Agakishiev et al. (By HADES Collaboration) / The high-acceptance dielectron spectrometer HADES // Eur.Phys.J.A41 (2009) p.243-277 {5, 207/9, !?8A>:2}   =2,015*30/10=6,045 8. G. Agakishiev et al. (By HADES Collaboration) / Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES // Eur.Phys.J.A40 (2009) p.45-59 {5, 125/8, !?8A>:4}   =2,015*30/10=6,045 9. I.Frohlich et al. (By HADES Collaboration) / Meson and di-electron production with HADES // Int.J.Mod.Phys.A24 (2009) p.317-326 {5, 125/8, !?8A>:4}   =0,982*30/10=2,946 10. M. Sudol et al. / Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES // Eur.Phys.J.C62 (2009) p.81-84 {5, 125/8, !?8A>:4}   =2,805*30/10=8,415 11. L. Fabbietti, & et al. New strangeness results from HADES. By HADES Collaboration 2009. 12pp. J. Phys. G: Nucl. Part. Phys. 36 064005 (12pp).   =5,27*30/10 =15,81   ?> 6C@=0;L=K< ?C1;8:0F8O< = 125,535 @5?@8=BK 1. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgral, & .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, A.Maevskaya, V.Matveev. K.Shileev, ...et al.)). CERN-SPSC-2008-018, CERN-SPSC- SR-033, July 2008. 43pp. = 4/10=0,4 2 Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin,A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 3. ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, Sep 2008. 132pp.  = 4LVALu/10=0,4 4. T. Galatyuk et al. (By HADES Collaboration) / Recent results from HADES on electron pair production in relativistic heavy-ion collisions // arXiv:0911.2411 {17, 99/8, !?8A>:4}   =4/10=0,4 5. I.Frohlich et al. (By HADES Collaboration) / Future perspectives at SIS-100 with HADES-at-FAIR // IarXiv:0906.0091 {17, 112/8, !?8A>:4}   =4/10=0,4 6. P. Tlusty et al. (By HADES Collaboration) / Charged pion production in C+C and Ar+KCl collisions measured with HADES // arXiv:0906.2309 {17, 112/8, !?8A>:4}   =4/10=0,4 7. K. Lapidus et al. (By HADES Collaboration) / Dielectron production in pp and dp collisions at 1.25-GeV/u with HADES // arXiv:0904.1128 {17, 113/8, !?8A>:4}   =4/10=0,4 8. >;C1520 .. 8 4@. / -=5@35B8G5A:0O :0;81@>2:0 A53<5=B8@>20==>3> :0;>@8<5B@0 CASTOR A 8A?>;L7>20=85< <0B@8G=>3> <5B>40 >?@545;5=8O :>=AB0=B :0;81@>2:8 // ?@5?@8=B /  1239\2009 {16, !?8A>:7}   =4/5=0,8 9. T. Anticic et al (By NA49 Collaboration and NA61/SHINE Collaboration) / Search for the QCD critical point at SPS energies // arXiv:0909.0485 {17, 174/6, !?8A>:8}   =4/10=0,4 10. N. Abgrall et al. (By NA61/SHINE Collaboration) / NA61/SHINE low energy program at SPS // arXiv:0908.1697 {17, 118/6, !?8A>:8}   =4/10=0,4   ?> ?@5?@8=B0< = 4,4 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE: 1. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APD readout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia,  =6/10=0,6 2. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-BainLVALs, France, June 15-20, 2008,  =6/10=0,6 3. 1. A.Sadovsky (reporter), F.Guber, M.Golubeva, A.Ivashkin, A.Kurepin, A.Mayevskaya, V.Marin, K.Shileev;  Hadron calorimeter with micropixel APD readout for heavy ion experiments , The 3rd Light Ion Nuclear Collision Workshop 18-21 June 2008. http://www.ihep.su/ihep/doc_seminar/LINC-2008/linc_2008.html  =4/8=0.5   ?> 2KABC?;5=8O< =1,7 @8<5G0=85: !?8A>:1{ C15@ $.$., 0@028G520 ".., 0@?5G52 .., >=52A:8E .!., C@5?8= .., C@5?8= .., 052A:0O .., H5=8G=>2 .., 5H5B8= .., } !?8A>:2{ 0@028G520 ".., 0@028G52 .., C@5?8= .., C@5?8= .., 052A:0O .., 0@8= .., 5H5B8= .., } !?8A>:3{ 0@028G520 ".., 0@?5G52 .., C?G8=A:89 ..., C@5?8= .., C@5?8= .., 052A:0O .., CA85=:> ..., 078= .., 5H5B8= .., $8=>3552 .. } !?8A>:4 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0?84CA .., 5H5B8= .., !04>2A:89 .!.} !?8A>:5 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0?84CA .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:6 {>;C1520 .., C15@ $.$., 0@028G520 ".., C@5?8= .., 5H5B8= .., ">?8;LA:0O .!.} !?8A>:7 {>;C1520 .., C15@ $.$., 5@<5=Q2 .., 20H:8= .., C@5?8= ..} !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} B>3>2K9   = 131,635LVALNGw20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 2008-2009 3>40E: 2008 3. 1. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =4,034*30/10=12.102. 2. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys.G35:104159, 2008.  =5,27*30*0.1=15,81 3. Dielectron spectroscopy at 1-2 AGeV with HADES, The HADES Collaboration, S. Spataro, G. Agakishiev, C. Agodi, A. Balanda,& .A.Ivashkin et al.,Published in Eur.Phys.J.A38:163-166,2008.   =2,015*30/10=6,045 4. Measurement of the K+ --> pi+ nu nu branching ratio. By The E949 Collaboration and E787 Collaboration (S. Adler et al.). Published in Phys.Rev.D77:052003,2008. 40 pp. 80 02B>@>2  =5,05*30/10=15,15 2009 3. 1. M.Golubeva et al. / Longitudinally segmented lead / scintillator hadron calorimeter with micro- pixel with APD readout// Nucl.Instrum.Meth.A598:268-269,2009.  =1.019*30/10=3.057 2. M. Golubeva et al. /Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter// , Nucl. Instrum.Meth. A610 (2009) 366 3  =1.019*30/10=3.057 3. G. Agakishiev et al. (By HADES Collaboration) / Phi decay: A Relevant source for K- production at energies available at the GSI Schwerionen-Synchrotron (SIS)? // Phys.Rev.C80 (2009) 025209   =3,124*30/10=9,372 4. G. Agakishiev et al. (By HADES Collaboration) / Deep Subthreshold Xi- Production in Ar + KCl Reactions at 1.76A GeV // Phys.Rev.Lett 103 (2009) 132301   =7,180*30/10=21,540 5. F.Krizek et al.LVALx, (By HADES Collaboration) / Inclusive Dielectron Production in Ar+KCl Collisions at 1.76 AGeV studied with HADES // Nucl.Phys.A830 (2009) p.483-486   =1,959*30/10=5,877 6. G. Agakishiev et al. (By HADES Collaboration) / The high-acceptance dielectron spectrometer HADES // Eur.Phys.J.A41 (2009) p.243-277   =2,015*30/10=6,045 7. G. Agakishiev et al. (By HADES Collaboration) / Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES // Eur.Phys.J.A40 (2009) p.45-59   =2,015*30/10=6,045 8. I.Frohlich et al. (By HADES Collaboration) / Meson and di-electron production with HADES // Int.J.Mod.Phys.A24 (2009) p.317-326   =0,982*30/10=2,946 9. M. Sudol et al. / Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES // Eur.Phys.J.C62 (2009) p.81-84   =2,805*30/10=8,415   ?> 6C@=0;L=K< ?C1;8:0F8O< =115,461 @5?@8=BK 3. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgral, & .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, A.Maevskaya, V.Matveev. K.Shileev, ...et al.). CERN-SPSC-2008-018, CERN-SPSC-SR-033, Jul 2008. 43pp.  =4*0.1 =0.4 4. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008-012, CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  =4*0.1 =0.4 5. 4. Search for the QCD critical point at SPS energies. By NA49 Collaboration and NA61/SHINE Collaboration (T. Anticic et al.). To appear in the proceedings of 2009 Europhysics Conference on High Energy Physics: HEP 2009 (EPS-HEP 2009), Cracow, Poland, 16-22 Jul 2009. e-Print: arXiv:0909.0485 [hep-ex]  =4*0.1 =0.4 6. 5. NA61/SHINE low energy program at SPS. By NA61 Collaboration (N. Abgrall et al.). 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A;8 ?@83;0H5==K9 4>:;04  C:070BL. 20083. >LVALN 1). .!.">?8;LA:0O- ?;5=0@=K9 4>:;04 (?@83;0H5==K9)  Transverse momentum dependence of charmonium production in heavy ion collisions , 3rd International Wokshop on high pt physics, Tokaj, Hungary, March 16-19, 2008.  =30 2). .!.">?8;LA:0O >645=85 G0@<>=8O =0 ?CG:0E ?@>B>=>2 8 A28=F0 =0 D8:A8@>20==>9 <8H5=8 A ?><>ILN 48<N>==>3> A?5:B@><5B@0 CAB0=>2:8 ALICE , A>25I0=85 >AA89A:>9 :>;;01>@0F88 ALICE, 09.10.2008, C@G0B>2A:89 F5=B@. 20093. 3). .!.">?8;LA:0O- ?;5=0@=K9 4>:;04 (?@83;0H5==K9)  Fixed target charmonium production with proton and lead beams at LHC International workshop  New opportunities in physics landscape at CERN , CERN, 10-13 May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arionov, I.A. Pshenichnov, I.N. Mishustin, W. Greiner, Antiproton-nucleus collisions simulations within a kinetic approach with relativistic mean fields, Phys. Rev. C. 80 (2009) 021601  =3,124*30/4 = 23,43 2. E. Surdutovich, O.I. Obolensky, E. Scifoni, I. Pshenichnov, I. Mishustin, A.V. Solov'yov, W. Greiner, Ion-induced electron production in tissue-like media and DNA damage mechanisms, Eur. Phys. J. D 51 (2009) 63  =1.397*30/7 =5,987 3. I. Pshenichnov, A. Botvina, I. Mishistin, W. Greiner, Nuclear fragmentation in extended media studied with Geant4 toolkit, Accepted for publication in Nucl. Inst. Meth. B, 2009  =0,999*30/4 = 7,493 2008 3. 1. A.J. Baltz, G. Baur, D. d'Enterria, ... I.A. Pshenichnov et al., The Physics of Ultraperipheral Collisions at the LHC, Phys. Reports 458 (2008) 1.  =18,522*30/10 = 55,566 2. The ALICE Collaboration, K.Aamodt,& F.Guber, O.Karavichev, T.Karavicheva, E.Karpechev, A.Kurepin, A.N.Kurepin, A.Maevskaya, I.Pshenichnov, A.Reshetin, N.Topilskaya et al., The ALICE Experiment at the CERN LHC, JINST 3 (2008) S08002.  =0.333*30/10 =1 3. O.I. Obolensky, E. Surdutovich, I. Pshenichnov, I. Mishustin, A.V. Solov'yov, W. Greiner, Ion beam cancer therapy: Fundamental aspects of the problem, Nucl. Instr. Meth. Phys. Research B 266 (2008) 1623  =0.999*30/6 = 4.995 4. I. Pshenichnov, I. Mishustin, W. Greiner, Comparative study of depth-dose distributions for beams of light and heavy nuclei in tissue-LVALlike media, Nucl. Instr. Meth. Phys. Research B 266 (2008) 1094.  =0.999*30/6 = 4.995 5. P. Golubev, V. Avdeichikov, K.G. Fissum, B. Jakobsson, I. A. Pshenichnov, et al., Pion emission in (gamma,pi+) 2H, 12C, 27Al reactions at threshold, Nucl. Phys. 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C@5?8=, .. 8HCAB8=, -;5:B@><03=8B=K5 2708<>459AB28O O45@ 2KA>:8E 8 A25@E2KA>:8E M=5@389, !5AA8O-:>=D5@5=F8O /$  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 2009, 23-27 >O1@O 2009 3. >A:20  = 20/5 = 4 C1;8:0F88 2 B@C40E :>=D5@5=F89: 1. A.B. Laryonov, I.N. Mishustin, I.A.Pshenichnov, L.M. Satarov, W.Greiner, Transport calculations of antiproton-nucleus interactions, Talk given at the XXXI Mazurian Lakes Conference on Physics, NUCLEAR PHYSICS and the Road to FAIR Piaski, Poland, 30.08-06.09.2009, to be published   = 1.5 *6/5 = 1.8 2. E. Scifoni, E. Surdutovich, A. Solov'yov, I. Pshenichnov, I. Mishustin, W. Greiner, Ion-beam therapy: from electron production in tissue like media to DNA damage estimations In Proc. 5th International Conference on Radiation Damage in Biomolecular Systems, Date: Jun 13-15, 2008 Debrecen, HUNGARYBLVALR, RADIATION DAMAGE IN BIOMOLECULAR SYSTEMS, 1080 (2008) 104   = 1.5 *6/6 = 1.5 3. I. Pshenichnov, I. Mishustin, W. Greiner, MCHIT  Monte Carlo model for proton and heavy-ion therapy Conference Information: International Conference on Nuclear Data for Science and Technology, Date: APR 22-27, 2007 Nice FRANCE INTERNATIONAL CONFERENCE ON NUCLEAR DATA FOR SCIENCE AND TECHNOLOGY, VOL 2, PROCEEDINGS p. 1343 Published: 2008  = 0.5*6/3 = 1 (?C1;8:0F8O 4>:;040 2 B@C40E :>=D5@5=F88) 4. I. Pshenichnov, I. Mishustin, W. Greiner, Towards Monte Carlo calculations of biological dose in heavy-ion therapy: Modeling of nuclear fragmentation reations, in Latest Advances in Atomic Cluster Collisions, J.-P. Connerade and A. V. Solov'yov, eds., p. 401, Imperial College Press, London, 2008.  = 0.5*30/3 = 5 (?C1;8:0F8O ?@83;0H5==>3> 4>:;040 2 B@C40E :>=D5@5=F88) 5. E. Surdutovich, O. I. Obolensky, I. Pshenichnov, I. Mishustin, A. V. Solov'yov, W. Greiner, Mechanisms of radiation damage in biomolecules, in Latest Advances in Atomic Cluster Collisions, J.-P. Connerade and A. V. 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CAK38=0 .., !04>2A:89 .!. / @>F54C@0 =5?>A@54AB25==>3> :>=B@>;O :0G5AB20 A>18@05<KE M:A?5@8<5=B0;L=KE 40==KE =0 M:A?5@8<5=B5 NA61 // ?@5?@8=B /  !1244/2009, 2 ?5G0B8. {2/2}  =4/2=2   ?> ?@5?@8=B0< = 8*0.4 + 2*2 = 7.2 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE: 1. A.Sadovsky (reporter), F.Guber, M.Golubeva, A.Ivashkin, A.Kurepin, A.Mayevskaya, V.Marin, K.Shileev;  Hadron calorimeter with micropi$LVAL4xel APD readout for heavy ion experiments , The 3rd Light Ion Nuclear Collision Workshop 18-21 June 2008. http://www.ihep.su/ihep/doc_seminar/LINC-2008/linc_2008.html  =4/8=0.5 >;;01>@0F8>==K5 A>1@0=8O (<564C=0@>4=K5): 1 . A.Sadovsky,  On-line QA , NA61 Collaboration meeting, CERN, 27-30 October 2008 2. A.Sadovsky,  Production scripts and off-line QA , NA61 Collaboration meeting, CERN, 27-30 October 2008 3. A.Sadovsky,  Web-site and data documentation , NA61 Collaboration meeting, CERN, 27-30 October 2008 4. A.Sadovsky,  Bookkeeping and online/offline-QA , NA61 Collaboration meeting, CERN, 25-27 May 2009. 5. A.Sadovsky,  On-line QA , NA61 Collaboration meeting, CERN, 16-19 November 2009. 6. A.Sadovsky,  Automatic tools for bookkeeping, data-processing and calibration , NA61 Collaboration meeting, CERN, 16-19 November 2009. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8 1. 48?;><=8:8 (2008-2009 3.): CAK38=0 .. (!!)  =10 "+   = 133,821LVALNG0@028G520 "0BLO=0 L2>2=0 1951 3.@., :0=4840B D87.-<0B. =0C: (1999), A=A !?8A>: >?C1;8:>20==KE @01>B 70 2008-2009 3.3 1 Study of energy dependence of pion production by proton on copper target near 350 MEV E.V.Karpechev, A.B.Kurepin, T.L/Karavicheva , 15 02B>@>2 /45@=0O D878:0 71 ( 2008) 3  = 0,491 * 60 * 0,1 = 2,946 2 An improved Shashlyk Calorimeter G.S.Atoyan ,T.Karavicheva. 1202B>@>2 Published in Nucl.Instrum.Meth.A584:291-303,2008.  = 1,019 * 30 * 0,1 = 3,057 ALICE electromagnetic calorimeter technical design report By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN-ALICE-TDR-014, Sep 2008. 132  = 1 * 8 * 0,1 = 0,8 3 The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008  = 0,333 * 30 * 0,1 = 0,999 5 Study of dielectron production in C+C collisions at 1-A-GeV 1-A-GeV G. Agakichiev,...T.Karavicheva et al. Phys.Lett. B 663 (2008) 43-48 A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.,  = 4,034 * 30 * 0,1 = 12,102 6 Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsk= J.Phys.G35:104159,2008  = 5,27 * 30 * 0,1 = 15,81 Dielectron spectroscopy at 1-A-GeV to 2-A-GeV with HADES S. Spataro et al. 2008. 4pp Published in Eur.Phys.J.A38:163-166,2008  = 2,015 * 30 * 0,1 = 6,045 8  !8AB5<0 1KAB@>9 M;5:B@>=8:8 AB0@B>2>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE. ..5A5;>2A:89, ..@83>@L52, ..0?;8=, "..0@028G520, ..0@028G52, ..;8<>2, ..>=4@0BL520,W.H.Trzaska ..C@5?8=, ..C@5?8=, ..>38=>2, ..5;5H:>, .. 5H5B8=, @81>@K 8 B5E=8:0 M:A?5@8<5LVAL=B0 !2 (2009) 43-44  = 0,311 * 60 * 0,1 = 1,866 9  5B>4K 87<5@5=8O 0<?;8BC4 A83=0;>2 G5@5=:>2A:8E AG5BG8:>2 2 45B5:B>@5 "0 M:A?5@8<5=B0 ALICE (CERN,LHC) ..@83>@L52, "..0@028G520, 8 4@. @81>@K 8 B5E=8:0 M:A?5@8<5=B0 !3 (2009) 45-49  = 0,311 * 60 * 0,1 = 1,866 10 First proton-proton collisions at the LHC as observed with the ALICE detector: measurement of the charged particle pseudorapidity density at " s =900 GeV K.Aamodt, ..T.Karavicheva et al. Eur. Phys. J C  = 2,805 * 30 * 0,1 = 8,415 11 Development of FARICH detector for ALICE experiment at CERN Nucl. Instr. and Meth. A 598 (2009) 156-159 . {5, 16/10, A?8A>: 3} A.I.Berlev et al  = 1,019 * 30 * 0,1 = 3,057 12 J/psi azimuthal anisotropy relative to the reaction plane in Pb-Pb collisions at 158 GeV per nucleon Nucl.Instrum.Meth.A598:268-269,2009. {5, 10/10, A?8A>: 5}  = 1,019 * 30 * 0,1 = 3,057 13 Phi decay: A Relevant source for K- production at energies available at the GSI Schwerionen-Synchrotron (SIS)? G. Agakishiev et al. Phys.Rev.C80 (2009) 025209 {5, 111/8, !?8A>:4}  = 3,124 * 30 * 0,1 = 9,372 14 Deep Subthreshold Xi- Production in Ar + KCl Reactions at 1.76A GeV G. Agakishiev et al. Phys.Rev.Lett 103 (2009) 132301 {5, 105/8, !?8A>:4}  = 7,18 * 30 * 0,1 = 21,54 15 Inclusive Dielectron Production in Ar+KCl Collisions at 1.76 AGeV studied with HADES F.Krizek et al., (By HADES Collaboration) Nucl.Phys.A830 (2009) p.483-486 {5, 112/8, !?8A>:4}  = 1,958 * 30 * 0,1 = 5,874 16 The high-acceptance dielectron spectrometer HADES G. Agakishiev et al. ` Eur.Phys.J.A41 (2009) p.243-277 {5, 207/9, !?8A>:2  = 2,015 * 30 * 0,1 = 6,045 17 Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES G. Agakishiev,..T. Karavicheva et al. (By HADES CollaboratiLVALon) Eur.Phys.J.A40 (2009) p.45-59 {5, 125/8, !?8A>:4}  = 2,015 * 30 * 0,1 = 6,045 18 Meson and di-electron production with HADES Frohlich ,..T.Karavicheva et al. (By HADES Collaboration) Int.J.Mod.Phys.A24 (2009) p.317-326 {5, 125/8, !?8A>:4}  = 0,982 * 30 * 0,1 = 2,946 19 Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES M. Sudol et al. Eur.Phys.J.C62 (2009) p.81-84 {5, 125/8, !?8A>:4}  = 2,805 * 30 * 0,1 = 8,415 20 Recent results from HADES on electron pair production in relativistic heavy-ion collisions. By The HADES Collaboration (T. Galatyuk et al.). Nov 2009. 8pp. e-Print: arXiv:0911.2411 [nucl-ex]  = 4 * 1 * 0,1 = 0,4 21 Origin of the low-mass electron pair excess in light nucleus-nucleus collisions. By The HADES Collaboration (G. Agakishiev et al.). Oct 2009. 11pp. e-Print: arXiv:0910.5875 [nucl-ex]  = 4 * 1 * 0,1 = 0,4 22 Study of the pp ---> np pi+ reaction at 1.25-GeV with HADES. By HADES Collaboration (T. Liu et al.). Sep 2009. 7pp. Contributed to 12th International Conference on Nuclear Reaction Mechanisms, Varenna, Villa Monastero, Italy, 15-19 Jun 2009e-Print: arXiv:0909.3399 [nucl-ex]  = 4 * 1 * 0,1 = 0,4 23 Future perspectives at SIS-100 with HADES-at-FAIR. By HADES Collaboration (I. Frohlich et al.). Jun 2009. 7pp. Invited talk at 47th International Winter Meeting on Nuclear Physics, Bormio, Italy, 26-30 Jan 2009. e-Print: arXiv:0906.0091 [nucl-ex]  = 30 * 1 * 0,1 = 3 Dielectron production in pp and dp collisions at 1.25-GeV/u with HADES. By HADES Collaboration (K. Lapidus et al.). Apr 2009. 6pp. Talk given at 19th International Baldin Seminar on High Energy Physics Problems: Relativistic Nuclear Physics and Quantum Chromodynamics (ISHEPP 2008), Dubna, Russia, 29 Sep - 4 Oct  = 6 * 1 * 0,1 = 0,6 Charged pion production in C+C and Ar+KCl coll LVAL isions measured with HADES. By HADES Collaboration (P. Tlusty et al.). Jun 2009. 7pp. Contributed to 47th International Winter Meeting on Nuclear Physics, Bormio, Italy, 26-30 Jan 2009.  = 6 * 1 * 0,1 = 0,6   ?> ?C1;8:0F8O< 125,657 A?8@0=BK 8 A>8A:0B5;8: C@5?8= .. /(2008-2009) 30 30 Tomasz Malkiewicz (2008-2009) (Finland) 20 20   ?> @C:>2>4AB2C =50 "+   = 175,657LVALNG0?84CA 8@8;; ;53>28G 1984 3>40 @>645=8O, 0A?8@0=B /. !B065@-8AA;54>20B5;L B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2009 3. 1. G. Agakishiev, ..., K. Lapidus et al. 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(By HADES Collaboration) / Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES // Eur.Phys.J.A40 (2009) p.45-59 {5, 125/8, !?8A>:4}   =2,015*30/10=6,045 6. I.Frohlich, ..., K. Lapidus et al. (By HADES Collaboration) / Meson and di-electron production with HADES // Int.J.Mod.Phys.A24 (2009) p.317-326 {5, 125/8, !?8A>:4}   =0,982*30/10=2,946 7. M. Sudol, ..., K. Lapidus et al. / Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES // Eur.Phys.J.C62 (2009) p.81-84 {5, 125/8, !?8A>:4}   =2,805*30/10=8,445 8. L. Fabbietti, & , K. Lapidus et al 2009 J. Phys. G: Nucl. Part. Phys. 36 064005 (12pp). !?8A>: 02B>@>2 4>ABC?5= ?> J. Phys. G: Nucl. Part. Phys. 36 069804.   =5,27*30/10=15,81 2008 3. 1 .Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to theLVAL DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer et al.). Published in J.Phys.G35:104159,2008.008. 6pp. (116 02B>@>2) / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, A. Ivashkin, K. Lapidus, A. Reshetin, A. Sadovsky, I.Veretenkin. (9 02B>@>2).   =5,27*30/10=15,81 2. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.). Published in Phys.Lett.B663:43-48,2008. (126 02B>@>2) / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, A. Ivashkin, K. Lapidus, A. Reshetin, A. Sadovsky, I.Veretenkin. (9 02B>@>2).  =4.034*30/10=12.102. 3. Longitudinally segmented lead/scintillator hadron calorimeter with micro-pixel APD readout. Golubeva, M.; Guber, F.; Ivashkin, A.; Kurepin, A.; Lapidus, K.; Marin,V.;Maevskaya, A.; Musienko, Y.; Sadovsky, A.; Shileev, K.; Tiflov, V. Nuclear Instruments and Methods in Physics Research Section A, Volume 598, Issue 1, p. 268-269.  =1.019*30/10=3.057 4. Dielectron spectroscopy at 1-2 AGeV with HADES, The HADES Collaboration, S. Spataro, G. Agakishiev, C. Agodi, A. Balanda, & , K. 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(Russia) for the HADES Collaboration  Dielectron Production in pp and dp Collisions at 1.25 GeV/u with HADES  =6 2. 51-O =0CG=0O :>=D5@5=F8O $" (A5@>AA89A:0O <>;>456=0O =0CG=0O :>=D5@5=F8O A <564C=0@>4=K< CG0AB85<). 28.11-4.12, 2008. >A:20 >;3>?@C4=K9 C:>2A:89. 0?84CA ..  AA;54>20=85 >1@07>20=8O M;5:B@>=-?>78B@>==KE ?0@ 2 ?@>B>=-?@>B>==KE 8 459B@>=-?@>B>==KE AB>;:=>25=8OE ?@8 M=5@388 1,25 M/=C:;>= =0 CAB0=>2:5 HADES  =6 >:;04K =0 :>=D5@5=F8OE 1. 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", 22-25 45:01@O, 2008. =AB8BCB D878:8 2KA>:8E M=5@389, @>B28=>. ..0?84CA  AA;54>20=85 >1@07>20=8O M;5:B@>=-?>78B@>==KE ?0@ 2 =C:;>=-=C:;>==KE 2708<>459AB28OE =0 CAB0=>2:5 HADES  =4 >2KH0NI89 :>MDD8F85=B 1,5 B>3>2K9  = 130,694*1,5= 196,041lLVALCAK38=0 ;L30 0;5@L52=0 !B065@-8AA;54>20B5;L / 27.01.1987 1. CAK38=0 .., !04>2A:89 .!. / @>F54C@0 =5?>A@54AB25==>3> :>=B@>;O :0G5AB20 A>18@05<KE M:A?5@8<5=B0;L=KE 40==KE =0 M:A?5@8<5=B5 NA61 // ?@5?@8=B /  !1244/2009, 2 ?5G0B8. {2/2}  =4/2=2  =2*2=4>=52A:8E @BQ< !5@35528G !B065@-8AA;54>20B5;L !?8A>: >?C1;8:>20==KE @01>B 70 2009 3 1 First proton-proton collisions at the LHC as observed with the ALICE detector: measurement of the charged particle pseudorapidity density at " s =900 GeV K.Aamodt, A. Konevskih et al. submitted to Eur. Phys. J C {5, 960/9, A?8A>: 1}  = 2,805 * 30 * 0,1 = 8,415   ?> 6C@=0;L=K< ?C1;8:0F8O< = 8,415 >102>G=K9 :>MDD8F85=B 4;O <>;>4KE A>B@C4=8:>2 8,415 * 2 = 16,83 "+   = 16,830@?5G52 235=89 ;048<8@>28G 0B0 @>645=8O: 15.03.1979 #G5=>5 720=85: 1/7 #G5=0O AB5?5=L: 1/A >;6=>ABL: <.=.A. C1;8:0F88 2008 -2009 3.3. 1. Study of energy dependence of pion production by protons on copper target near 350 MeV. E.V.Karpechev et al. 2008. 8pp. (15 authors) C@=0; /45@=0O $878:0, B.71, !1 (AB@.1-8)   = 0.491*60/10 = 2,946 2. A.I. 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B@?NGHHHH<?r@?8=4 F8B ?> SLAC882 ?> 14 scientific.ruff<< @?8=4 F8B ?> SLACffff<?U$@?8=4 F8B ?> SLACffff<?LVALNG0A8;L52 ;048<8@ 8:>;0528G @>4. 04.01.1957, A.=.A. $ (?> A>2<5AB8B5;LAB2C),   70 2008-2009 33 C1;8:0F88 70 2008-2009 3.3.: 1. ..0A8;L52. 17>@ <>45;59 >F5=:8 2>7=8:=>25=8O ;CG52KE >A;>6=5=89 2 =>@<0;L=KE B:0=OE ?@8 ;CG52>9 B5@0?88. ;020 5.  :=.: 5@8D5@8G5A:89 @0: ;53:>3>: :>;8G5AB25==0O >F5=:0 @048:0;L=>3> E8<8>-;CG52>3> ;5G5=8O. ., 2008, A. 104-129.  =3 2. 0A8;L52 .., >:>=F52 .. >78<5B@8O 87;CG5=8O @5=B35=>B5@0?52B8G5A:>3> 0??0@0B0 " " "-02". // 548F8=A:0O D878:0, 2008, ! 4 (40), !. 20 28.  =8/2 =4 3. .. 0A8;L52, .. ;8G, .. >:>=F52, !.. :C;8=8G52. 0@0<5B@K 8 @0A?@545;5=85 ?>3;>I5==>9 4>7K ?@>B>==>3> ?CG:0 =AB8BCB0 O45@=KE 8AA;54>20=89  //548F8=A:0O D878:0, 2009, !3 (43) 21-29.  =8/4 =2 >:;04K 70 2008-2009 33.: 1. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..0751=8:, ..!:>@:8=. !8AB5<0 D>@<8@>20=8O ?CG:0 :><?;5:A0 ?@>B>==>9 B5@0?88 / . /;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1, 271.  =20/5*1.5 =6 2. ..0A8;L52. 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XXI International Workshop on Charged Particle Accelerators, Ukraine, Alushta, Crimea. September 6-12, 2009. accepted to VANT  =30/8 =3.75 =48284C0;L=K9   ..0A8;L520 = 70.25BLVALNGRC@5?8= ;5:A0=4@ 8:>;0528G !B065@-8AA;54>20B5;L !?8A>: >?C1;8:>20==KE @01>B 70 2008-2009 3.3 1 ALICE electromagnetic calorimeter technical design report By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN-ALICE-TDR-014, Sep 2008. 132  = 1 * 8 * 0,1 = 0,8 2 The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. 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"4-th International Sakharov Conference on Physics", Lebedev Institute, Moscow, Russia, May 18-23, 2009 "5<0 4>:;040: On Classical Analogs of Quantum Schwarzschild and Reissner-Nordstrom Black Holes.  =6 4. Workshop "Frontiers in Black Hole Physics in Dubna", Dubna, Russia, May 25-30, 2009 "5<0 4>:;040: On Classical Analogs of Quantum Schwarzschild and Reissner-Nordstrom Black Holes.  =6 5. "Twelfth Marcel Grossmann Meeting MG12", Palais d'UNESCO,Paris, France, July 12-18, 2009 "5<0 4>:;040: On Classical Analogs of Quantum Schwarzschild and Reissner-Nordstrom Black Holes  =6 6. "Invisible Universe International Conference ", Paris, June 29 -July 3, 2009 "5<0 4>:;040: Brane Universe: Global Geometry  =6 B>3>:  =448 LVALH C<8@=>2 ;5:A59 5>=84>28G @>4. 2.3.1978 <;. =0CG. A>B@.   70 2008-2009 33. >=D5@5=F88: 14-th Lomonosov Conference on Elementary Particle Physics A.Smirnov On the global geometry of brane Universe models  =6 C1;8:0F88: .!<8@=>2 .5@578=  G5@=KE 4K@0E 8 70<0A:8@>20==KE G5@=KE 4K@0E @5?@8=B /, 2009  =2 B>3>:  =8,LVAL<>?K;>2 =0B>;89 0A8;L528G, @>4.16.06.1946, @C:.3@. -,   70 2008-2009 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A. Kopylov and V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector // Journal of Cosmology and Astroparticle Physics, JCAP10(2008)007  =6.389*30/2=95.835 3. A. Kopylov and V. Petukhov /  Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing // Journal of Cosmology and Astroparticle Physics, JCAP08(2009)006  =6.389*30/2=95.835 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / "AA;54>20=85 ;8B852>3> <5B>40 @538AB@0F88 A>;=5G=KE =59B@8=>" // C@=0; "5E=8G5A:>9 $878:8, B.79, 2K?.7, AA.133 - 136, 2009  =0.522*60/4=7.83 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 2. A.Kopylov, V.Petukhov /  Prospects to observe a CNO cycle by solar neutrinos  // ERICE 2009, Sicily  =30/2=15 @5?@8=BK: 1. A. Kopylov, V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector  // arXiv: 0806.0460 [hep-ph]  =4/2=2 2. A.Kopylov, V.Petukhov / "Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing " // arXiv:0902.2272[astro-ph]  =4/2=2 3. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/2=2 4. A.Kopylov, V.Petukhov / "Neutrinos from CNO cycle at the present epoch of the solar neutrino research" // arXiv:0910.5152[astro-ph]  =4/2=2 B>3>:  =230.0\ LVALl @5E>2 3>@L 048<>28G, @>4.03.10.1939, =A -,   70 2008-2009 33. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / "AA;54>20=85 ;8B852>3> <5B>40 @538AB@0F88 A>;=5G=KE =59B@8=>" // C@=0; "5E=8G5A:>9 $878:8, B.79, 2K?.7, AA.133 - 136, 2009  =0.522*60/4=7.83 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/2=2 B>3>:  =17.334LVALD5BCE>2 0;5@89 OG5A;02>28G, @>4.17.01.1957, =A -,   70 2008-2009 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A. Kopylov and V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector // Journal of Cosmology and Astroparticle Physics, JCAP10(2008)007  =6.389*30/2=95.835 3. A. Kopylov and V. Petukhov /  Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing // Journal of Cosmology and Astroparticle Physics, JCAP08(2009)006  =6.389*30/2=95.835 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / "AA;54>20=85 ;8B852>3> <5B>40 @538AB@0F88 A>;=5G=KE =59B@8=>" // C@=0; "5E=8G5A:>9 $878:8, B.79, 2K?.7, AA.133 - 136, 2009  =0.522*60/4=7.83 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 2. A.Kopylov, V.Petukhov /  Prospects to observe a CNO cycle by solar neutrinos  // ERICE 2009, Sicily  =30/2=15 @5?@8=BK: 1. A. Kopylov, V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector  // arXiv: 0806.0460 [hep-ph]  =4/2=2 2. A.Kopylov, V.Petukhov / "Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing " // arXiv:0902.2272[astro-ph]  =4/2=2 3. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/2=2 4. A.Kopylov, V.Petukhov / "Neutrinos from CNO cycle at the present epoch of the solar neutrino research" // arXiv:0910.5152[astro-ph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opylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 2. N.I.Loginov, A.S.Mikheyev, V.A.Morozov, A.E.Solomatin, I.R.Kirillov, V.M.Chernov /  On Corrosion Interaction Lithium with Vanadium Alloy // ICRFM-14, Sapporo, 2009  =30/6=5 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/2=2 B>3>:  =22.33LVALfx810=>20 ;L30 8:>;052=0 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8?;><=8:  . K;>A>20, $"#  =10>;C1520 ;5=0 !5@3552=0 !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2008 -2009 3.3. 1. !5G5=85 >1@07>20=8O A>AB02=>3> O4@0 2 pBi - 2708<>459AB288 ?@8 M=5@388 20-100 M. .!. >;C1520, .!. ;L8=>2 /45@=0O D878:0, B. 72, !11, 1897-1900, 2009 3.  =0.491*60/2=14,73 564C=0@>4=K9 8=45:A F8B8@C5<>AB8 531 "+   =14,73>;>B>2 ;048<8@ 8:>;0528G @>4. 09.12.1933 3. 02. 01>@0B>@859, 4.D.-<.=., ?@>D5AA>@.   70 2008-200933 = 180,5(;8G=K9).   70 2008-200933 = 170,7( :0: @C:. 01>@0B>@88). C1;8:0F88: V.N.Bolotov, V.A. Duk.Pion program for the future rare decay experiments. /45@=0O D878:0 72 1 2009, 69-82.  =0.914*60/2=27,42. @?@8=BK: ..'8:8;52, .. , ..C:, ..//"7<5@5=85 8=B5@D5@5=F8>==>3> G;5=0 INT 2 @0480F8>==>< @0A?045 :0>=0 K? mu nu gamma"// @5?@8=B $- 2008-27,  =4/10 = 0,4 !..:8<5=:>, ... , ..C:, ...//"AA;54>20=85 ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8 """// @5?@8=B $- 2008-28,  =4/7 = 0,57 >:;04K: .. >;>B>2/ "@>5:B8@>20=85 8 @57C;LB0BK M:A?5@8<5=B0;L=KE 8A?KB0=89 ?@>B>B8?>2 45B5:B>@>2 CAB0=>2:8 KLOD"0 CAB=K9 8 >?C1;8:>20==K9 4>:;04:4 x 1.5 = 6/5 = 1,2 Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup.V.N. Bolotov et al. Published ProceedingKAON:029,2008 6x1.5/10=0.9 C:>2>4AB2> 3 48?;><=8:0<8 (%0;8:>2 .., %C4O:>2 .., 0:0@>2 .. (20083.):   =30. C:>2>4AB2> 2 0A?8@0=B0<8 ( %C4O:>2 .., 0:0@>2 .. (2008-0933.):   =120. B>3>:  =180,5 .. >;>B>2 702.;01. A> A@54=8<   A>B@C4=8:>2 = 107,32,   @C:>2>48B5;O = 180,5*0.5+107,32*0.75= 170,7.LVALNG0<0=8= <8B@89 ;048<8@>28G !?8A>: =0CG=KE @01>B 70 ?5@8>4 A 2008 ?> 200933. (40==K5 =0 03.02.2010) C1;8:0F88 2 @5F5=78@C5<KE 6C@=0;0E (70@C156=K5): 1. Fission and ternary cluster decay of hyper-deformed 56Ni W. von Oertzen, B. Gebauer, G. Efimov, V. Zherebchevsky, Tz. Kokalova, S. Thummerer, Ch. Schulz, H.G. Bohlen, D. Kamanin, C. Beck, D. Curien, P. Papka, M. Rousseau, G. Royer, and G 8 4@., Eur. Phys. J. A (The European Physical Journal A:Hadrons and Nuclei) , ISSN:1434-6001 , eISSN:1434-601X , 74:EDP Sciences, Societ0 Italiana di Fisica and Springer-Verlag, 36, 3, 279-288, 2008  =2,015*30/10= 6,045 2. Fission decay of N = Z nuclei at high angular momentum: 60Zn W. von Oertzen, V.Zherebchevsky, B.Gebauer, Ch.Schulz, S.Thummerer, D.Kamanin, G.Royer, and Th.Wilpert, Physical Review C. , ISSN:0556-2813 , eISSN:1089-490X , 74:American Physical Society, 78, 044615, 2008  =3,124*30/8= 11,715 3. Experimental evidences of clustering in low excited heavy nuclear systems D.V. Kamanin, Yu.V. Pyatkov, A.N. Tyukavkin & Yu.N. Kopatch, Int. Journal of Modern Physics E. Proceedings of the First Workshop on State of the Art in Nuclear Cluster Physics "SOTANCP2008", France, Strasbourg, 13-16 May, 2008., 17, 10, 2250-2254, 2008  =0,492*30/4= 3,69 4. Measuring the nuclear charge of fission fragments using a big ionization chamber a part of the double-arm time-of-flight spectrometer A.N.Tyukavkin, Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, S.V.Denisov, G.L.Efimov, V.E.Zhuchko, N.A.Kondratyev, E.A.Kuzne 8 4@., Instruments and Experimental Techniques, ISSN:0020-4412, eISSN:1608-3180, 74:MAIK Nauka/Interperiodica, Pleiades Publishing, Ltd, 52, 4, 508 518, 2009  =0,311*60/10= 1,866 0B5@80;K =0CG=KE <5@>?@8OB89 (<564C=0@>4=K5, ?@83;0H5==K9 4>:;04): 1. DST-UNISA-JINR Symposium "Models and Methods in Few- and Many-Body Systems", UNISA, Pretoria, South Africa Searching for multi-body decays of low and middle excited actiniLVALdes, D.V.Kamanin, Yu.V.Pyatkov, W.H.Trzaska, W. von Oertzen, 172-188, Proc. of the DST-UNISA-JINR Sym. "Models and Methods in Few- and Many-Body Systems", Skukuza, Kruger National Park, South Africa, 5-9 February 2007, 2008  =20/4= 5 0B5@80;K =0CG=KE <5@>?@8OB89 (<564C=0@>4=K5, CAB=K9 4>:;04): 1. International Conference on Dynamical aspects of nuclear fission (DANF 2006), Institute of Physics Slovak Academy of Sciences, Smolenice Castle, Slovak Republic Rare fission modes: study of multi-cluster decays of actinide nuclei, D.V.Kamanin for the FOBOS collaboration, 227-236, World Scientific, 8AL<0 2 -"$ (JETP Letters) , ISSN:0021-3640 , 74: 0C:0/=B5@?5@8>48:0 Pleiades Publishing, Ltd., 2008  =8/10= 0,8 2. XV International Seminar on Interaction of Neutrons with Nuclei (ISINN15), FLNP JINR, Dubna, Russia Study of the multy-cluster decays in the neutron induced fission of 235U, D.V. Kamanin, Yu.N. Kopach, Yu.V. Pyatkov, A.A. Alexandrov, S.B. Borzakov, J.E. Lavrova, Ts. Panteleev, A.N. Tyukavkin, 274-280, 740B5;LA:89 >B45; /, PSI Scient. Rep. 2004 , ISSN:1423-7326, 2008  =6/8= 0,75 3. XVI International Seminar on Interaction of Neutrons with Nuclei (ISINN-16), JINR, Dubna, Russia Exotic high neutron multiplicity modes in 252Cf(sf), Yu.V. Pyatkov, A.N. Tyukavkin, D.V. Kamanin, O.V. Falomkina, Yu.E. Lavrova, E.A. Sokol, E.A. Kuznetsova, 386-392, 740B5;LA:89 >B45; /, Proceedings of 16th International Seminar on Interaction of Neutrons with Nuclei: "Neutron Spectroscopy, Nuclear Structure, Related Topics". Dubna, June 11-14, 2008. Dubna 2009., 2009  =8/7= 1,149 4. XV International Seminar on Interaction of Neutrons with Nuclei (ISINN15), FLNP JINR, Dubna, Russia Experimental setup and data processing in studying of the reaction 235U(nth, f) at the IBR-2 beam, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, G.L.Efimov, D.V.Kamanin, Yu.N.Kopatch, E.A.Kuznetsova, Ts. Panteleev, Yu.V.Pyatkov, A.N.Tyukavkin, Yu.N.Voronov, V.E.Zhuchko, 248-255, 740B5;LA:89 >B45; /, PSLVALI Scient. Rep. 2004 , ISSN:1423-7326, 2008  =8/10= 0,8 5. XVI International Seminar on Interaction of Neutrons with Nuclei (ISINN-16), JINR, Dubna, Russia, $, /, C1=0, >AA8O Measuring of the fragments nuclear charges at the MINI-FOBOS spectrometer, A.N.Tyakavkin, Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, S.V.Denisov, G.L.Efimov, V.E.Zhuchko, N.A.Kondratyev, E.A.Kuznetsova, Yu.E.Lavrova, S.V.Mitrofanov, Ts.Panteleev, V.S.Salamatin, I.P.Tsurin, 393-401, 740B5;LA:89 >B45; /, Proceedings of 16th International Seminar on Interaction of Neutrons with Nuclei: "Neutron Spectroscopy, Nuclear Structure, Related Topics". Dubna, June 11-14, 2008. Dubna 2009., 2009  =6/10= 0,6 6. Yu.V.Pyatkov, D.V.Kamanin, A.Krasznahorkay, A.A.Aleksandrov, I.A.Aleksandrova, M.Csatlos, L.Csige, J.Gulyas, F.Naqvi, N.A.Kondratyev, E.A.Kuznetsova, T.Tornyi, A.N.Tyukavkin, V.E.Zhuchko Preliminary results on direct observation of true ternary fission in the reaction 232Th + d (10 MeV) Presented at the International Symposium on Exotic Nuclei "EXON2009", Sochi, Russia, September 28 - October 2, 2009.  =6/10= 0,6 7. D.V.Kamanin, Yu.V.Pyatkov, Yu.N.Kopatch, A.A.Aleksandrov, I.A.Aleksandrova, N.A.Kondratyev, E.A.Kuznetsova, A.N.Tyukavkin, V.E.Zhuchko Collinear cluster tripartition in the light of nuclear charge and neutron multiplicity measurements Presented at the International Symposium on Exotic Nuclei "EXON2009", Sochi, Russia, September 28 - October 2, 2009.  =6/9= 0,667 8. D.V.Kamanin, Yu.V.Pyatkov, A.A.Aleksandrov, I.A.Aleksandrova, S.B.Borzakov, M.L.Chelnokov, D.Fam Min, N.A.Kondratyev, Yu.N.Kopatch, E.A.Kuznetsova, Ts.Panteleev, Yu.E.Penionzhkevich, A.I.Svirikhin, E.A.Sokol, D.A.Testov, V.E.Zhuchko, A.V.Yeremin Collinear cluster tripartition as a neutron source  evaluation of the setup parameters Presented at the International Symposium on Exotic Nuclei "EXON2009", Sochi, Russia, September 28 - October 2, 2009.LVAL  =6/10= 0,6 9. Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.Krasznahorkay, A.N.Tyukavkin, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, V.E.Zhuchko, N.A.Kondratiev, E.A.Kuznetsova, Ts.Panteleev Collinear cluster tri-partition of low excited heavy nuclei  status and prospects of experimental investigations Presented at the International Conference "Nuclear Structure and Related Topics", Dubna, Russia, June 30 - July 4, 2009.  =6/10= 0,6 10. Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, V.E.Zhuchko,E.A. Kuznetsova, Ts.Panteleev, A.N.Tyukavkin Collinear cluster tri-partition channel in the reaction 235U(nth, f)reaction Presented at the 59 International Conference "NUCLEUS-2009. Fundamental problems and applications of nuclear physics: from space to nanotechnologies", Cheboksary, Russia, 15-19 June 2009.  =6/10= 0,6 11. D.V.Kamanin, Yu.V.Pyatkov, A.Krasznahorkay, A.A.Alexandrov, I.A.Alexandrova, M.Csatlos, L.Csige, J.Gulyas, F.Naqvi, N.A.Kondratyev, E.A.Kuznetsova, T.Tornyi, A.N.Tyukavkin, V.E.Zhuchko Preliminary results on observation of collinear cluster tripartition in 232Th + d (10 MeV) reaction Presented at the 17th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 27-30 May 2009.  =6/10= 0,6 12. Yu.V.Pyatkov, D.V.Kamanin Collinear cluster tripartition - possible physics behind Presented at the 17th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 27-30 May 2009.  =6/2= 3 0B5@80;K =0CG=KE <5@>?@8OB89 (@>AA89A:85, CAB=K9 4>:;04): 1. VI :>=D5@5=F88 & CRDF $C=40<5=B0;L=K5 8AA;54>20=8O <0B5@88 2 M:AB@5<0;L=KE A>AB>O=8OE. >A:20, >40 :>;;8=50@=>3> <C;LB8:;0AB5@=>3> @0A?40 2 @50:F88 238U+4He(40M), OB:>2 ..., 0<0=8= .., "N:02:8= ., 67-68, ISBN 978-5-7262-0884-8, 2008  =6/3= 2 -;5:B@>==K5 ?C1;8:0F88: 1. Coplanar ternary cluster decay of hyper-deformed 56Ni and 60Zn at high angular momentum W.von Oertzen, V.Zherebchevskt LVAL y, G.Efimov, B.Gebauer, S.Thummerer, T.Kokalova, C.Schulz, H.G.Bohlen, D.Kamanin, C.Beck, D.Curien, M.Rousseau, P.Papka, G.Royer, G.de Angelis, Journal of Physics: Conference Series, 2008  =8/10= 0,8 @5?@8=BK: 1. 7<5@5=85 O45@=>3> 70@O40 >A:>;:>2 45;5=8O 1>;LH>9 8>=870F8>==>9 :0<5@>9 2 A>AB025 42CE?;5G52>3> 2@5<O?@>;5B=>3> A?5:B@><5B@0 15-2008-88, 17, .. "N:02:8=, ... OB:>2, .. 0<0=8=, ... >?0G, .. ;5:A0=4@>2, .. ;5:A0=4@>20, !.. >@70:>2, ... >@>=>2, !.. 5=8A>2, .. D8<>2, .. CG:>, .. >=4@0BL52, .. C7=5F>20, ... 02@>20, !.. 8B@>D0=>2, &. 0=B5;552, .!. !0;0<0B8=, . 8 4@., 740B5;LA:89 >B45; /, 2008  =4/10= 0,4 B>3>2K9  =42,282LVAL@83>@L52 .@89 0A8;L528G c=A -$ ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2008-200933 1. Yu.V.Grigoriev, O.N.Pavlova, B.V.Zhuravlev, A.A.Alekseev, A.I. Berlev, E.A.Koptelov, Zh.V.Mezentseva. The Investigation of the Resonance Neutron Cross Sections Structure for Mo, Ho, Ta,W on 50 m flight path MMF. Proc. Int. Seminar ISINN-15.- Dubna Russia: - JINR, May 16-20, 2007.  Dubna: - JINR, 2008.  P. 151-156  =6/7*1,5=1,286 2. Yu.V.Grigoriev, O.N.Pavlova, V.V.Sinitsa, Zh.V.Mezentseva, H.Faikov-Stanczyk and N.B.Yaneva. The Investigation of the Energy Dependence of the Value 235U in the Region of Resolved Resonances. Proc. Int. Seminar ISINN-15.- Dubna Russia: - JINR, May 16-20, 2007.  Dubna: -JINR, 2008.  P. 185-196  =8/6=1,33 3. ..5@3<0=, ..5@;52, ...@83>@L52. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 =0 2@5<O?@>;5B=KE A?5:B@><5B@0E A 8<?C;LA=K<8 =59B@>==K<8 8AB>G=8:0<8 >A:>2A:>9 <57>==>9 D01@8:8. @5?@8=B / -1225/ 2009.->A:20: / , 2009.  =4/3=1,33 4. Yu.V.Grigoriev, O.N. Pavlova, B.V. Zhuravlev, .. Alekseev, .I.Berlev, E.A.Koptelov, D.V.Hlustin, Zh.V.Mezentseva. The Investigation of the Resonance Structure of the Neutron Cross-Sections with the Time-of-Flight Spectrometers at the Moscow Meson Factory. Proc. Int. Seminar ISINN-16, May 23-24, 2008.  Dubna: -JINR. 2009  P.319-325.  =6/8*1,5=1,125 5. Yu.V.Grigoriev, Zh.V. Mezentseva, N.B.Janeva. Investigations of a Resonance Structure of Neutron Cross-Sections using the Multiplicity Spectrometry Technique. Proc. Int. Seminar Physics and Nuclear Energy (Varna, Bulgaria, September 15-23, 2009).-Sofia: INPNR, - 2009. - P.105-111  =6/3*1,5=3 B>3>2K9  =8,071LVALNG 0AG5B   AB0@H53> =0CG=>3> A>B@C4=8:0 - /  :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: 02@NA52>9 ;5=K ;5:A0=4@>2=K I. !?8A>: =0CG=KE AB0B59 2008-2009 3>4>2, 2 :>B>@KE ?@8=8<0;0 CG0AB85 02@NA520 .. ?C1;8:>20=K: 1. Gavryuseva E., Zharkov S.I., and Zharkova V.V., 2008: "Phase relation between poloidal and toroidal magnetic field deduced from sunspot and background solar magnetic field in the cycle 23," Solar Physics, 248, pp. 339-358. ;0=  $ 16 30/3 = 10 2. Gavryuseva E., "Galileo Galilei in Toscana", Dante Alighieri Institute, Italy, 2008, 101 pages. 30 3. Gavryuseva E., "Il Gioiello di Firenze", Dante Alighieri Institute, Italy, 2008, 59 pages. 30 >A;0=K 2 ?5G0BL: 3. Gavryuseva, E., 2009, "Structure, Differential Rotation and Variability of the Sun from helioseismology and magnetic field study.", submitted to Solar Physics  $ 16 30 4. Gavryuseva, E., 2009, "Relations between variability of solar and interplanetary magnetic fields, solar wind and geomagnetic characteristics", submitted to Solar Physics  $ 16 30 5. 02@NA520, ., 2009, "87=L 8 A<5@BL 25;8:>3> 0;8;5O 2 ">A:0=5", ?@54AB02;5=0 2 A1>@=8: "AB@>=><8O 8 >1I5AB2>", 2009 30  ?5G0B8: 6. Gavryuseva, E., 2008, "Basic components of magnetic variability of the Sun", Journal of Atmospheric and Terrestrial Physics, Elsevier, in press. ;0=  $ 16 30 7. Gavryuseva, E., 2008, "Connections between solar wind, geomagnetic characteristics and pho-tospheric magnetic field", Journal of Atmospheric and Terrestrial Physics, Elsevier. $ 16 30 >43>B>2;5=K : ?5G0B8: LVAL 6. Gavryuseva, E., 2009, "0@80F88 <03=8B=>9 AB@C:BC@K !>;=F0 8 A:>@>AB8 @538AB@0F88 =59B@8=> =0 5<;5", AB@>=><8G5A:89 6C@=0;, ;0=  $ 16 ? 30 7. Gavryuseva, E., 2009, ">;3>B=0O AB@C:BC@0 <03=8B=>3> ?>;O !>;=F0", 8AL<0 2 AB@>=><8G5A:89 6C@=0;, ;0=  $ 16 ? 30 ________________________________________________________________________________ !B0BL8 280 II. !?8A>: <564C=0@>4=KE :>=D5@5=F89 8 A5<8=0@>2 2008-2009 3>4>2, 2 :>B>@KE ?@8=8<0;0 CG0AB85 02@NA520 .. 2008 International School of Art and Science History, Instituto Dande Alighieri, Florence, Italy, September 2008, Gavryuseva, E., "Galileo Galilei and Renessans in science" , ?@83;0H5==K9 ?;5=0@=K9 4>:;04 2 h 30 Gavryuseva, E., "Galileana in Toscana" , F8:; ;5:F89 6 h 30 C1;8G=0O ;5:F8O A 45<>=AB@0F859 2 3;02=>< A>1>@5 $;>@5=F88 !0=B0 0@8O 45;L $L>@5. Gavryuseva, E., September 2008, "Gnomone as an instrument of scientific research in Florence Cathedral" 3 h 30 0 >A=>25 87CG5==>3> <=>9 >1H8@=>3> <0B5@80;0 > 687=8 8 45OB5;L=>AB8 . 0;8;5O 8 >1JO2;5=85<LVAL 2009 3>40 - 3>4>< 0AB@>=><88 2 A2O78 A 400-;5B85< A>740=8O 8 ?@8<5=5=8O 8< B5;5A:>?0 O 2KABC?;N A ?@83;0H5==K< 4>:;04>< "87=L 8 A<5@BL 25;8:>3> 0;8;5O 2 ">A:0=5" =0 :>=D5@5=F88 "AB@>=><8O 8 >1I5AB2>" (#, 25-27 <0@B0 2009). 30 5:F8O =0 A5<8=0@5 Arcetri Astrophysical Observatory, INAF, Florence Italy, >O1@L 2008, 02@NA520, E., "Predictions of the solar variability in the next 10 years". CAB=K9 4>:;04 4 5:F8O =0 A5<8=0@5 / , 0@B 2008, 02@NA520, E., !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0. CAB=K9 4>:;04 4 5:F8O =0 A5<8=0@5 AB@>=><8G5A:>3> =AB8BCB0 8<. (B5@=15@30, #, 2008, 02@NA520, E., !B@C:BC@0 3;>10;L=>3> <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0. CAB=K9 4>:;04 4 5:F8O =0 A5<8=0@5  , 2008, 02@NA520, E., ">?>;>38O <03=8B=KE ?>;59 8 48=0<8:0 !>;=F0. CAB=K9 4>:;04 4 ________________________________________________________________________________ >=D5@5=F88 2008 136 ________________________________________________________________________________ 2009 XXVII 5=5@0;L=0O 0AA0<1;5O IAU, @078;8O, 023CAB 2010. / ?@8=O;0 0:B82=>5 CG0AB85 :0: <8=8<C< 2 5 :>=D5@5=F8OE, ?@>E>482H8E 2 @0<:0E 0AA0<1;58 Symposia: S264 Solar and Stellar Variability - Impact on Earth and Planets Joint Discussions: JD11 New Advances in Helio- and Astero-Seismology JD16 IHY Global Campaign - Whole Heliosphere Interval Special Sessions: SpS2 The International Year of Astronomy 2009 Women in Astronomy Lunch Meeting / ?@54AB028;0 (!", 4>:;04>2, :0: 548=AB25==K9 02B>@, 87 =8E  ?@8=OBK :0:  (+ + 8 G5BK@5 :0: ?>AB5@K. N 1207 - "Variability of the neutrino counting rate, diameter and magnetic field of the Sun" =0 IAU Symposium No. 264 - Solar and Stellar VariabLVALility - Impact on Earth and Planets, POSTER 15 N 1212 - "The origin and the models of the solar magnetic field structure" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER 15 N 1214 - "Perturbations in helio- and magneto-sphere ruled by solar magnetic field structure" =0 Joint Discussion JD16 - IHY Global Campaign - Whole Heliosphere Interval, ORAL 30 N 1215 - "Variability of perturbations in helio- and magneto-sphere ruled by solar magnetic field structure" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER 15 N 1216 - "The secrets of the birth and the death of Galileo Galilei" =0 Special Session SpS2 - The International Year of Astronomy 2009, POSTER 15 N 1217 - "Differential Rotation of the Sun from helioseismology and magnetic field study" =0 Joint Discussion JD11 - New Advances in Helio- and Astero-Seismology, ORAL 30 >=D5@5=F8O $878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5, D52@0;L 2009 3., >A:20 1) . 02@NA520 "!B@C:BC@0 8 48=0<8:0 <03=8B=>3> ?>;O !>;=F0" 30 2) . 02@NA520 "-:A?5@8<5=B0;L=K9 ?>4E>4 : 87CG5=8N 2;8O=8O B>?>;>388 8 48=0<8:8 <03=8B=>3> ?>;O !>;=F0 =0 35;8>- 8 <03=8B>AD5@C". 15 Conference Synergies between solar and stellar modelling, Rome, June 2009. 1) E. Gavryuseva  The modelling of the global structure of the photospheric magnetic field 30 2) E. Gavryuseva  Longitudinal structure and rotation of the solar magnetic field 15 ______________________________________________________________________________ >=D5@5=F88 2009 0LVAL@ 210 ________________________________________________________________________________ !B0BL8 2008 230 >=D5@5=F88 2008 106 _______________________________________________________________________________ !B0BL8 + >=D5@5=F88 2008-2009 280 + 136 + 210 = 626 ________________________________________________________________________________ !@54=53>4>2>9   2008-2009 313 ________________________________________________________________________________ .D.-<.=., AB.=.A. ;5=0 02@NA520 LVAL 0:0@>2 =4@59 20=>28G, @>41984 8=65=5@-8AA;54>20B5;L $-,   70 2008-200933 = 24 1) 0 4>:;04 =0 :>=D5@5=F88 $" <<!>2@5<5==K5 ?@>1;5<K DC=40<5=B0;L=KE 8 ?8:;04=KE =0C:>> 2008:"0;>@8<5B@K 4;O 87<5@5=8O M=5@389 2 D878:5 M;5<5=B0@=KE G0AB8F"  B@C40E :>=D5@5=F88 >?C1;8:>20= 4>:;04.4 x 1.5 = 6 10;;>2 2) "@>5:B8@>20=85 8 @57C;LB0BK M:A?5@8<5=B0;L=KE 8A?KB0=89 ?@>B>B8?>2 45B5:B>@>2 CAB0=>2:8 KLOD" 0 CAB=K9 8 >?C1;8:>20==K9 4>:;04:4 x 1.5 = 6 10;;>2 3). CI8=, + .. %C4O:>2 // 0B@8G=K5 3>4>A:>?K 4;O CAB0=>2>:  ($-, /) 8 NA62 (SPS CERN), 4>:;04 1C45B >?C1;8:>20= 2 B@C40E :>=D5@5=F88;  =4 >2KH0NI89 :>MMDD8F85=B 4;O <>;>4KE 8AA;54>20B5;59 1.5: ?>;=K9 :>MDD8F85=B  : ( 6 + 6+4 ) x 1.5 = 24   24LVAL0?@02;ON 0< 4;O >7=0:><;5=8O A?8A>: <>8E ?C1;8:0F89 70 ?>A;54=85 420 3>40. ;O >?@545;5=8O   70 2010 3>4 =0AB>OI55 ?>A;0=85, 2848<>, 70?>740;>. 1. Krysanov V.A. Suppression of laser frequency fluctuations in project "OGRAN". // In Proc.of Int. Meeting "PIRT". Moscow, 6 - 9 July 2009/ Edited by M.C. Duffy et al - Moscow: BMSTU, 2009. - pp. 241-248. (Physical Interpretation of Relativity Theory: Proceedings of International Meeting. Moscow, 6 - 9 July 2009. Edited by M.C. Duffy, V.O. Gladyshev, A.N. Morozov, P. Rowlands. - Moscow: BMSTU, 2009. - 472 p. ISBN 978-5-7038-3394-0  =B5@=5B5 >?C1;8:>20=> >3;02;5=85 C:070==>3> B><0: http://www.space-lab.ru/files/news/contents_PIRT_09/text/contents_PIRT_09.pdf 20 3>40 =0704, 2 2007 3>4C =0 B0:>9 65 :>=D5@5=F88, 1K; A45;0= 4>:;04: "@KA0=>2 .. ??0@0BC@=0O GC2AB28B5;L=>ABL >?B>M;5:B@>==>9 AE5<K @538AB@0F88 0:CAB8G5A:8E :>;510=89 .// In Proc.of Int. Meeting "PIRT". Moscow, 2 - 5 July 2007/ Edited by M.C. Duffy et al - Moscow: BMSTU, 2007. - pp. 55-61." 0 MB>B 4>:;04 1K;> =0G8A;5=> 6 10;;>2. ) 2. Krysanov V.A. Laser frequency fluctuations and sensitivity of gravitationalwave detector's registration scheme.// In Tech.Digest of V Int.Symp. "Modern problems of laser physics" (MPLF 2008), Novosibirsk, Russia, Aug.24-30,2008. - pp.168-169. (0 MB>B AB5=4>2K9 4>:;04 @0=55 1K;> =0G8A;5=> 4 10;;0.) -- >?>;=8B5;L=> 8725I0N, GB> 2KH5C?><O=CBK9 4>:;04, A45;0==K9 2 "# 2 2007 3>4C, ?>;=>ABLN >?C1;8:>20= 2 =B5@=5B5 ?> 04@5AC: http://www.space-lab.ru/files/pages/PIRT_07/text/translation_PIRT_07.pdf (http://www.space-lab.ru/PIRT_2007.php?lang=rus) ! C2065=85<, A>B@C4=8: .@KA0=>2pLVALNGC1;8:0F88 A=A .. 0@:8=0 70 2008-2009 3>4K (A>2<5AB8B5;L) 1. .. 0@:8=, -.. 787>2, .. !K@><OB=8:>2, .. '5@:>25F. 7>B>?=0O 48DDC78O 2>4>@>40 2 <5B0;;0E. !1>@=8: 4>:;04>2 -9 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88 "$878:>-E8<8G5A:85 ?@>F5AAK ?@8 A5;5:F88 0B><>2 8 <>;5:C;", 25=83>@>4, 31 <0@B0 -4 0?@5;O 2008, !..  4>:;04 - . 0@:8=  =6/4=1,5 2. -.. 787>2, .. 0@:8=, .. !K@><OB=8:>2, .. '5@:>25F. 0B5=B =0 87>1@5B5=85 ::C<C;OB>@ 2>4>@>40 RU 2321796 C1. 0O2:0 ! 2006130652. @8>@8B5B 87>1@5B5=8O 25 023CAB0 20063. 0@538AB@8@>20=> 2 >A@55AB@5 87>1@5B5=89 $ 10 0?@5;O 20083. ?C1;8:>20=>: 10.04.2008, N;. ! 10.  =20/4=5 3. A.I. Markin, E.A. Azizov, N.I. Siromyatnikov, V.E. Cherkovets, L.A. Rivkis et al. Reseaech of the tritium saturation, isotope diffusion and decontamination of stainless steel using magnetic microscopy. Fusion Science and Technology, V. 54, !. 2, August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opylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/4=1 B>3>:  =15.802>;:>20 N4<8;0 0;5@852=0 24.12.1940, 2=A -,   70 2010 3.: 1. .. >;:>20. ">@<>7=K5 D>B>=K >B <N>=>2 :>A<8G5A:8E ;CG59 2KA>:8E 8 A25@E2KA>:8E M=5@389. !B0BLO. >A:20. 0C:0. 725AB8O , A5@. $87., 4 AB@., 2 ?5G0B8, 2011 !3  =41.8 2. .. >;:>20. N>=K :>A<8G5A:8E ;CG59 ?@8 A25@E2KA>:8E M=5@38OE. !B0BLO. >A:20. 0C:0. /45@=0O D878:0. ".74, !2. 2011. 6 AB@.  =60 3. .. >;:>20. >:;04 =0 @>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< 2 2010 3. >A:20. .. >;:>20. ">@<>7=K5 D>B>=K >B <N>=>2 :>A<8G5A:8E ;CG59 2KA>:8E 8 A25@E2KA>:8E M=5@389. "@C4K :>=D5@5=F88.   =4  =105.8A.A.Ovchinnikov/ ``Fisher-Hartwig conjecture and the correlators in the impenetrable Bose gas''/ Phys.Lett.A 373, 305-307, 2009,  =1.55*30=46.5 A.A.Ovchinnikov/ ``Coordinate space wave function from the Algebraic Bethe Ansatz for the inhomogeneous six-vertex model''/ Phys.Lett.A, 374, 1311-1314, 2010,  =1.55*30=46.5 B>3>:  =93.0LVALNG0B052 =4@59 L2>28G @>4. 21.04.1955, 2=A "$, 4>:B>@ D87.-<0B. =0C:,   70 2009-2010 33. 2.1.1.0G8A;5=85 10;;>2 70 ?C1;8:0F88 2 @5F5=78@C5<KE ?5@8>48G5A:8E 6C@=0;0E. C1;8:0F88 2 6C@=0;0E: 2010 A.L. Kataev  Riemann zeta(3)-terms in perturbative QED series conformal Symmetry and the analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory Phys. Lett. B691 , pp. , 2010,  = 5.083*30/1 = 152.5 -;5:B@>==K5 ?@5?@8=BK: 2009 1. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina) Uncertainties of QCD predictions of Higgs boson decay into bottom Quarks at NNLO and beyondarXiV: 0902.1442 [hep-ph]   = 2 2010 1. A.~L.~Kataev and S.~V.~Mikhailov, ``New extended Crewther-type relation,'' arXiv:1001.0728 [hep-ph].  =2 2. A.~L.~Kataev and V.~T.~Kim, Peculiar features of the relations between pole and running heavy quark masses and estimates of the O(\alpha_s^4) contributions,'' arXiv:1001.4207 [hep-ph].  =2 3. A.~L.~Kataev, ``Riemann $\zeta(3)$- terms in perturbative QED series, conformal symmetry and the analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory,'' arXiv:1005.2058 [hep-th].  =4 4. A.~L.~Kataev and S.~V.~Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions,'' arXiv:1011.5248 [hep-ph].  =2 >:;04K =0 :>=D5@5=F8OE: 2009 1. A. L. Kataev (INR, Moscow) and V.T. Kim (`St. Petersburg Institute for Nuclear Physics, Gatchina)  Higgs decay to anti{tau}tau and 2-loop QED corrections (presented by A.L. Kataev at 14 International Lomonosov Conference on Elementary Particle Physics, Moscow, Russia, 19-27 August 2009);   = 30/2=15 2. A.L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Institute for Nuclear Physics, Gatchina)  Peculiar features of $O(\alpha_s^4)$ estimates of the relation between pole and running heavy quark masses in QCD LVAL Presented by A.L. Kataev at the International Bogolyubov Conference  Problems of Theoretical and Mathematical Physics 23-27 August 2009, Dubna, Russia, Phys. Part. Nucl. {\bf 41} (2010) 946   = 30*1.5/2=22.5 3. A.L. Kataev (INR, Moscow) and S.V. Mikhailov (JINR, Dubna)  The new extended Crewther-type relation presented in the talk of`A.L. Kataev at the ` 9th International Symposium on Radiative Corrections (Applications of Quantum Field Theory to Phenomenology), Ascona, Switzerland, 25-30 October 2009 Proceedings of Science PoS (Radcor2009 ):036, 2010   = 30*1.5/2=22.5 4. .. 0B052 (/ ) !B@C:BC@0 2KAH8E ?>?@02>: - : 0=><0;L=K< <03=8B=K< <><5=B0< ;5?B>=>2: =5@5H5==K5 B5>@5B8G5A:85 8 2KG8A;8B5;L=K5 ?@>1;5<K >:;04 =0 A>25I0=88 ?> ?@5F878>==>9 D878:5 8 DC=40<5=B0;L=K< D878G5A:8< :>=AB0=B0<, /, "$ 8< .. >3>;N1>20, C1=0, 4 45:01@O 2009 3.   = 20 2010. 1. A. L. Kataev and S. V. Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions,'' 16 564C=0@>=K9 !5<8=0@ 20@:8-2010 ".1, 740B5;LA:89 >B45; /, 6-12 N=O 2010 3>40  =30*1.5/2=22.5 2. A.L. Kataev  Riemann zeta(3)-terms in perturbative QED series conformal Symmetry and the possible analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory 16 564C=0@>=K9 !5<8=0@ 20@:8-2010 6-12 N=O 2010 3>40  =6 3. A. Kataev and S. V. Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions 564C=0@>4=>5 @01>G55 A>25I0=85  Hadrons Structure and QCD: from Low to High energies 0BG8=0, 5-9 N;O, 2010 3>40  =30/2=15 4. A.L. Kataev  Riemann zeta(3)-terms in perturbative QED series conformal Symmetry and the analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory .18;59=K9 A5<8=0@: !C?5@A8<<5B@8G=0O <>45;L /=30-8;;A0:30 ;5B "$, / , 15 8N;O 2010 3.  =4 5. A.~L.~Kataev and S.~VLVAL.~Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions 19 564C=0@>4=>5 @01>G55 A>25I0=85 $878:0 2KA>:8E M=5@389 8 :20=B>20O B5>@8O ?>;O 8-15 !5=BO1@O, 2010 3>40, >;8F8=>, >A:>2A:0O >1;0ABL  =30/2=15 C1;8:0F88 2 B@C40E :>=D5@5=F89, >?C1;8:>20==K5 2 >BG5B=K9 ?5@8>4: 2009 1. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs decay to b\bar{b}: different approaches to resummation of QCD effects @83;0H5==K9 4>:;04 =0 13 564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 23-27 !5=BO1@O 2007, >A:>2:89 >AC40@AB25==K9 #=825@A8B5B ?C1;8:>20=> 2 B@C40E >=D5@5=F88  Particle Physics on the Eve >f LHC World Scientific,2009, pp.347-350.   = 20*1.5*0.5/2=7.5 2. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina)  Uncertainties of QCD predictions of Higgs boson decay into bottom Quarks at NNLO and beyond ?@83;0H5==K9 ?;5=0@=K 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 International Workshop of Advanced Computing and Analysis Technique in Physics Research ( ACAT-08),  Are we ready for LHC era experiments Erice, Italy, November 3-7, 2008 Proceedings of Science PoS (ACAT08):04, 2009  =30*1.5/2=22.5 3. P.Bartalini (National Taiwan University), T. Binoth (University of Edinburgh), J. Blumlein (DESY, Zeuthen), A. Buckley (IPPP, University of Durham), T. Hahn (MPI Munich), A.L. Kataev (INR, Moscow), W.B. Perkins (Swansea University), T. Riemann (DESY, Zeuthen) and`A. Sherstnev (INP, Moscow State University)  Round table discussion: Event generators-are we ready for LHC? Working group  Methodology of Computations in Theoretical Physics Proceedings of Science PoS (ACAT 08):129, 2009   = 6*1.5/10=0.9 2010 1. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules ?C1;8:>20=> 2 B@C40E 564C=0@>4=>3> !5<8=0@0  20@:8-08 , 23-29 0O 2 LVAL 008, !5@3852 >A04, 740B5;LA:89 >B45; /, 2010  =20*1.5/2=10 B>3>: 347.9 2.1.7.564C=0@>4=K5 8=45:AK F8B8@>20=8O: 07K 40==KE QSPIRES: =0 18 45:01@O 2010=4751 =0 22 O=20@O 2010 = 4571 =0 25 O=20@O 2009 = 4377 =0 =0G0;> 2008 = 4109 07K 40==KE Scientific.Ru: =0 01.10.2008 = 2158 =0 24 0?@5;O 2008 =2062LVALNG>?K;>2 =0B>;89 0A8;L528G, @>4.16.06.1946, @C:.3@. -,   70 2009-2010 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A. Kopylov and V. Petukhov /  Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing // Journal of Cosmology and Astroparticle Physics, JCAP08(2009)006  =6.389*30/2=95.835 2. A.Kopylov, V.Petukhov /  Neutrinos from CNO cycle at the present epoch of the solar neutrino research // Progress in Particle and Nuclear Physics, v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opylov, V.Petukhov /  Prospects to observe a CNO cycle by solar neutrinos  // ERICE 2009, Sicily  =30/2=15 @5?@8=BK: 1. A.Kopylov, V.Petukhov / "Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing " // arXiv:0902.2272[astro-ph]  =4/2=2 2. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/4=1 3. A.Kopylov, V.Petukhov / "Neutrinos from CNO cycle at the present epoch of the solar neutrino research" // arXiv:0910.5152[astro-ph]  =4/2=2 0CG=>5 @C:>2>4AB2> ?@8 ?>43>B>2:5 48AA5@B0F88: 1. ..5BCE>2 AA;54>20=85 <5B>40 @538AB@0F88 A>;=5G=KE =59B@8=> A ?><>ILN ;8B852>3> 45B5:B>@0, 48AA5@B0F8O =0 A>8A:0=85 AB5?5=8 :.D.<.=., 70I8B0 A>AB>O;0AL 24.06.2010  =30 B>3>:  =218.537M'-RM H C > 9 4 /*|%w rmhc (A@@? @/HHHH<?O*B@@? @.HHHH<?* 33A@@? @-HHHH<??33B@@?+7NGHHHH<?3(D@@?)7NGHHHH<?AXTB@@?0%7NGHHHH<? - A@@?b#7NGHHHH<?XTB@@?$07NGHHHH<?B@@?267NGHHHH<?XTB@@?07NGHHHH<?OA@@?""7NGHHHH<?Q7 B@@?j&7NGHHHH<?vB@@?0 7NGHHHH<?O@B@@?@ HHHH<? @@@?N@ HHHH<?> @@@?@ HHHH<?DB@@? 7NGHHHH<?2 \@@@?d7NGHHHH<? ?@@? @HHHH<? ff@@@?R!7NGHHHH<? ff@@@?f!7NGHHHH<?3 (A@@?J7NGHHHH<?DA@@?L$7NGHHHH<? ף?B@@?&7NGHHHH<?oR8BzlB@@?='NGHHHH<?\A@@?%'NGHHHH<?33QB@@?@HHHH<?.C@@? @HHHH<?_@@@?H@HHHH<? {aC@@?'NGHHHH<?Y *C@@?N%'NGHHHH<?M qMC@@?'NGHHHH<? qMD@@?v#'NGHHHH<?AC@@?)'NGHHHH<?T 0A@@?@HHHH<?fC@@?&'NGHHHH<?oB@@?X @HHHH<?,A@@?r@HHHH<?BB@@?` @HHHH<?B@@?)'NGHHHH<?T3wC@@?1'NGHHHH<?)?5'B@@?rNGHHHH<?y2 0;5@89 OG5A;02>28G, @>4.17.01.1957, =A -,   70 2009-2010 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A. Kopylov and V. Petukhov /  Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing // Journal of Cosmology and Astroparticle Physics, JCAP08(2009)006  =6.389*30/2=95.835 2. A.Kopylov, V.Petukhov /  Neutrinos from CNO cycle at the present epoch of the solar neutrino research // Progress in Particle and Nuclear Physics, v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opylov, V.Petukhov /  Prospects to observe a CNO cycle by solar neutrinos  // ERICE 2009, Sicily  =30/2=15 @5?@8=BK: 1. A.Kopylov, V.Petukhov / "Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing " // arXiv:0902.2272[astro-ph]  =4/2=2 2. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/4=1 3. A.Kopylov, V.Petukhov / "Neutrinos from CNO cycle at the present epoch of the solar neutrino research" // arXiv:0910.5152[astro-ph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oginov, A.S.Mikheyev, V.A.Morozov, A.E.Solomatin, I.R.Kirillov, V.M.Chernov /  On Corrosion Interaction Lithium with Vanadium Alloy // ICRFM-14, Sapporo, 2009, >?C1;8:>20= 2 B@C40E  =30/6*1.5=7.5 2. N.I. Loginov, M.N. Arnoldov, V.A. Morozov, I.R. Kirillov, A.E. Solomatin/  Corrosion study of Li-based blanket materials in RF // International Workshop on Liquid Metal Breeder Blankets, 04@84, A?0=8O, 22-24 A5=BO1@O 2010, >?C1;8:>20= 2 B@C40E  =30/5*1.5=9 >:;04 (?@83;0H5==K9 =0 @>AA89A:>9 :>=D5@5=F88): 1. .. >38=>2, .. @=>;L4>2, .. >@>7>2, . .8@8;;>2, ..!>;><0B8= /  1 8AA;54>20=8OE :>@@>78>==>3> 2708<>459AB28O 1;0=:5B=KE <0B5@80;>2  // OB0O @>AA89A:0O =0CG=0O :>=D5@5=F8O "0B5@80;K O45@=>9 B5E=8:8" - /" 2010, 3. "C0?A5, >AA8O, 27 A5=BO1@O  3 >:BO1@O 2010 3, >?C1;8:>20= 2 B@C40E  =20/5*1.5=6 >:;04 (CAB=K9 =0 @>AA89A:>9 :>=D5@5=F88): 1. .. >38=>2, .. @=>;L4>2, .. >@>7>2, ..!>;><0B8= /  0A?;02K =0 >A=>25 BO65;KE <5B0;;>2 2 B5@<>O45@=KE CAB0=>2:0E // 56>B@0A;52>9 A5<8=0@ "O65;K5 684:><5B0;;8G5A:85 B5?;>=>A8B5;8 2 1KAB@KE @50:B>@0E ("5?;>D878:0-2010), 20 - 22 >:BO1@O 2010 3, 1=8=A:, >AA8O, >?C1;8:>20= 2 B@C40E  =4/4*1.5=1.5 2. .. >@>7>2, ..>?8=0, ..!>;><0B8= /  F5=:0 B5@<>48=0<8G5A:8E A2>9AB2 A?;02>2 A28=5F-=0B@89 ?> ;8B5@0BC@=K< 40==K< // 56>B@0A;52>9 A5<8=0@ "O65;K5 684:><5B0;;8G5A:85 B5?;>b LVALr =>A8B5;8 2 1KAB@KE @50:B>@0E ("5?;>D878:0-2010), 20 - 22 >:BO1@O 2010 3, 1=8=A:, >AA8O, >?C1;8:>20= 2 B@C40E  =4/3*1.5=2 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/4=1 B>3>:  =41.802LVAL'NG>:CG052 OG5A;02 20=>28G: @>4. 16.08.1948, 4.D.-<.=., 2=A -   (70 2009-2010 33.) = 247.7 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // Phys. Rev. D 81, 103529, 2010,  =4.922*30/5=29.5 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // Phys. Rev. D 81, 103530, 2010,  =4.922*30/5=29.5 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . >:CG052, .. . @>H5=:>, !. . C18=, . . !0<0@G5=:> /  5E0=87< ?>402;5=8O G5@=KE 4K@ ?@><56CB>G=KE <0AA // 8AL<0 2 , 36, 816, 2010,  = 0.943*60/4=14.1 V. S. Berezinsky, V. I. Dokuchaev and Yu. N. Eroshenko /  Small-scale clumps in the galactic halo // /45@=0O D878:0, 73, 183, 2010,  =0.539*60/3=10.8 >:CG052 .., '5@=>2 !.. /  >;=>20O DC=:F8O 3@028B8@CNI59 >1>;>G:8 // -"$, 138, 645, 2010,  =0.871*60/2=26.1 . . >:CG052, .. . @>H5=:> 8 !. . C18= /  A?;5A:8 3@028B0F8>==KE 2>;= >B AB>;:=>25=89 G5@=KE 4K@ 2 A:>?;5=8OE // 8AL<0 , 35, 163, 2009,  = 0.943*60/3=18.9 .. >:CG052, !. . '5@=>2 /  8=0<8:0 B>=:>9 >1>;>G:8 2 <5B@8:5 59AA=5@0->@4AB@5<0 // -"$, 137, 13, 2010,  =0.871*60/2=26.1 @5?@8=BK M;5:B@>==K5: V. I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin, D.A. Samarchenko / "Mechanism for the Suppression of Intermediate-Mass Black Holes" // arXiv:1010.5325v1 [astro-ph.CO], 2010,  =4/4=1 V. I. Dokuchaev, Yu. N. Eroshenko, S.G. Rubin /  Gravitational wave bursts from collisions of primordial black holes in clusters // arXiv:1003.4158v1 [astro-ph.CO], 2010,  =4/3=1.3 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // arXiv:1002.3445v1 [astro-ph.GA], 2010,  =4/5=0.8 V.LVAL Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // arXiv:1002.3444v1 [astro-ph.CO], 2010,  =4/5=0.8 V. Dokuchaev, S. V. Chernov / The Wave Function of a Gravitating Shell // arXiv:1010.0175, 2010,  =4/2=2 V.I. Dokuchaev, Yu.N. Eroshenko / "Look at the holographic universe from a moving frame and Casimir energy" // arXiv:1012.4614v1 [gr-qc],  =4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / "Superdense dark matter clumps from superheavy particles" // 564C=0@>4=0O =0CG=0O :>=D5@5=F8O 45=B8D8:0F8O B5<=>9 <0B5@88-2010, 26-30 8N;O 2010, >=B?5;L5, $@0=F8O, (A5:F8>==K9 4>:;04),  =6/5=1.2 V. Dokuchaev, Eu. Babichev, Yu. Eroshenko, / "Back reaction of accretion onto black hole" // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/3=2 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko / "Small Scale Dark Matter Clumps in the Galaxy" // Fourth International Sakharov Conference on Physics organized by the Tamm Theory Department of the Lebedev Physics Institute, May 18-23, 2009 Moscow (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V. I. Dokuchaev / "Phantom threat to cosmic censorship" // International Workshop "Frontiers in Black Hole Physics at Dubna", Bogoliubov Laboratory of Theoretical Physics of the Joint Institute for Nuclear Research, Dubna May 25-30, 2009 (?;5=0@=K9 4>:;04),  =6 V. Dokuchaev, V. Berezinsky and Yu. Eroshenko / "Anisotropy of dark matter annihilation and remnants of dark matter clumps in the galaxy" // Proc. 13th Lomonosov Conference on Elementary Particle Physics, "Particle Physics on the eve of LHC", 23-29 August, 2007, Moscow State University, Moscow, Ed. A. I. Studenikin (World Scientific, Singapure) p. 229-236, 2009 (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5*0.5=1.5 V. Dokuchaev, V. Berezinsky, Yu. EroshenkoLVAL / "Dark matter annihilation in the Galaxy" // 14th Lomonosov Conference on Elementary Particle Physics, Particle Physics on the eve of LHC, 19-25 August, 2009, Moscow State University, Moscow. (A5:F8>==K9 4>:;04),  =6/3=2 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / "Superdense dark matter clumps from superheavy particles" // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/5=1.2 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko / "Destruction of dark matter clumps in Galaxy" // Proceedings of the 15th international seminar Quarks-2008, Vol. 1, pages 307-311, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS.  =(6/3)*1.5*0.5=1.5 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Ultra-hard fluid and scalar field in the Kerr-Newman metric" // Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 64-74, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS.  =(6/4)*1.5*0.5=1.1 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Cosmic censorship for phantom energy" // Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 85-95, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS.  =(6/4)*1.5*0.5=1.1 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: !.. '5@=>2, .. >:CG052 / ">;=>20O DC=:F8O 3@028B8@CNI59 >1>;>G:8" // "!>2@5<5==K5 ?@>1;5<K 3@028B0F88, :>A<>;>388 8 @5;OB828ABA:>9 0AB@>D878:8", RUDN-10, 2010, 27 8N=O  3 8N;O, #, >A:20,  =4/3=1.3 . >:CG052, Eu. Babichev, Yu. Eroshenko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erezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg, "Superdense cosmological dark matter clumps", Phys. Rev. D 81, 103529, 2010,  =4.922*30/5=29.5 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg, "Annihilations of superheavy dark matter in superdense clumps", Phys. Rev. D 81, 103530, 2010,  =4.922*30/5=29.5 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . >:CG052, .. . @>H5=:>, !. . C18=, . . !0<0@G5=:> /  5E0=87< ?>402;5=8O G5@=KE 4K@ ?@><56CB>G=KE <0AA // 8AL<0 2 , 36, 816, 2010,  = 0.943*60/4=14.1 V. S. Berezinsky, V. I. Dokuchaev and Yu. N. Eroshenko /  Small-scale clumps in the galactic halo // /45@=0O D878:0, 73, 183, 2010,  =0.539*60/3=10.8 . . >:CG052, .. . @>H5=:> 8 !. . C18= /  A?;5A:8 3@028B0F8>==KE 2>;= >B AB>;:=>25=89 G5@=KE 4K@ 2 A:>?;5=8OE // 8AL<0 , 35, 163, 2009,  = 0.943*60/3=18.9 @5?@8=BK M;5:B@>==K5: V. I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin, D.A. Samarchenko / "Mechanism for the Suppression of Intermediate-Mass Black Holes" // arXiv:1010.5325v1 [astro-ph.CO], 2010,  =4/4=1 V. I. Dokuchaev, Yu. N. Eroshenko, S.G. Rubin /  Gravitational wave bursts from collisions of primordial black holes in clusters // arXiv:1003.4158v1 [astro-ph.CO], 2010,  =4/3=1.3 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // arXiv:1002.3445v1 [astro-ph.GA], 2010,  =4/5=0.8 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // arXiv:1002.3444v1 [astro-ph.CO], 2010,  =4/5=0.8 V.I. Dokuchaev, Yu.N. Eroshenko / "Look at the holographic universe from a moving framLVALe and Casimir energy" // arXiv:1012.4614v1 [gr-qc],  =4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / "Superdense dark matter clumps from superheavy particles" // 564C=0@>4=0O =0CG=0O :>=D5@5=F8O 45=B8D8:0F8O B5<=>9 <0B5@88-2010, 26-30 8N;O 2010, >=B?5;L5, $@0=F8O, (A5:F8>==K9 4>:;04),  =6/5=1.2 V. Dokuchaev, Eu. Babichev, Yu. Eroshenko, / "Back reaction of accretion onto black hole" // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/3=2 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko / "Small Scale Dark Matter Clumps in the Galaxy" // Fourth International Sakharov Conference on Physics organized by the Tamm Theory Department of the Lebedev Physics Institute, May 18-23, 2009 Moscow (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/3)*1.5=3 V. Dokuchaev, V. Berezinsky and Yu. Eroshenko / "Anisotropy of dark matter annihilation and remnants of dark matter clumps in the galaxy" // Proc. 13th Lomonosov Conference on Elementary Particle Physics, "Particle Physics on the eve of LHC", 23-29 August, 2007, Moscow State University, Moscow, Ed. A. I. Studenikin (World Scientific, Singapure) p. 229-236, 2009 (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/3)*1.5*0.5=1.5 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, 'Destruction of dark matter clumps in Galaxy', Proceedings of the 15th international seminar Quarks-2008, Vol. 1, pages 307-311, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS.  =(6/3)*1.5*0.5=1.5 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, 'Ultra-hard fluid and scalar field in the Kerr-Newman metric', Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 64-74, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS.  =(6/4)*1.5*0.5=1.1 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, 'Cosmic censorship for phantom energy', Proceedings of the 15th inteLVALrnational seminar Quarks-2008, Vol. 2, pages 85-95, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS.  =(6/4)*1.5*0.5=1.1 V. Dokuchaev, V. Berezinsky, Yu. Eroshenko, Dark matter annihilation in the Galaxy, 14th Lomonosov Conference on Elementary Particle Physics, Particle Physics on the eve of LHC, 19-25 August, 2009, Moscow State University, Moscow. (A5:F8>==K9 4>:;04),  =6/3=2 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / "Superdense dark matter clumps from superheavy particles", 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/5=1.2 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: . >:CG052, Eu. Babichev, Yu. Eroshenko, "!B0F8>=0@=0O 0::@5F8O 2 <5B@8:5 59AA=5@0->@4AB@5<0", "!>2@5<5==K5 ?@>1;5<K 3@028B0F88, :>A<>;>388 8 @5;OB828ABA:>9 0AB@>D878:8", #-2010. 27 8N=O-3 8N;O 2010 3., #, >A:20, (A5:F8>==K9 4>:;04).  =4/3=1.3 .!. 5@578=A:89, .. >:CG052, .. . @>H5=:>, 5;:><0AHB01=K5 A3CAB:8 B5<=>9 <0B5@88, :>=D5@5=F8O :BC0;L=K5 ?@>1;5<K 2=530;0:B8G5A:>9 0AB@>=><88, 21-23 0?@5;O 2009 3., CI8=A:0O @048>0AB@>=><8G5A:0O >1A5@20B>@8O, 3. CI8=>. (A5:F8>==K9 4>:;04),  =4/3=1.3 B>3>:   2009-2010=125.9LVAL.>@1C=>2 ;048<8@ C7L<8G, @>4.27.12.1951, =.A. - >=D5@5=F88: V.K.Gorbunov  Control System for the MMF Experimental Area ICALEPS2009,  =1,5*6/1=9,0 V.K.Gorbunov, M.I.Grachev, E.V.Ponomareva, L.V.Kravchuk, V.S.Seleznev / Operation of Beam Transmission Control System for RADEX // XXI 564C=0@>4=>5 !>25I0=85 ?> #A:>@8B5;O< 0@O65==KE '0AB8F ,2009  =1,5*6/5=1,8  =9,0+1,8=10,8 B>3>:  =10,81. @0G52 8E08; 20=>28G, @>4. 13.06.1944 3., 02. B45;>< -:A?5@8<5=B0;L=>3> ><?;5:A0, :.D-<.=. >=D5@5=F88: Grachev M.I., Fedchenko V.A., Kravchuk L.V., Ponomareva E.V, INR RAS, Moscow, Russia,  Beam absorber for tuning accelerator in the beam layout of the experimental complex , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  =1,5*30/4=11,25 S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, INR RAS, Moscow, Russia, V.N. Zapolsky, IHEP, Protvino, Russia  Tuning of the INR therapeutic proton beam , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  = 1,5*30/6=7,5 V.K.Gorbunov, M.I.Grachev, E.V.Ponomareva, L.V.Kravchuk, V.S.Seleznev / Operation of Beam Transmission Control System for RADEX // XXI 564C=0@>4=>5 !>25I0=85 ?> #A:>@8B5;O< 0@O65==KE '0AB8F , 2009  =1,5*6/5=1,8 C1;8:0F88: @0G52 .., $54G5=:> ., >=><0@520 .., @02GC: .. >2CH:0 ?CG:0, "-, 2 ?5G0B8.  =1.5*45/4=16.875 @0G52 .., @02GC: .., >=><0@520 .. ?B8<870F8O :0=0;0 B@0=A?>@B8@>2:8. 57C;LB0BK. "-, 2 ?5G0B8.  =1.5*45/3=22.5 07@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89: C@A ;5:F89 ABC45=B0< 3 :C@A0 $" (1 A5<5AB@) @>E>645=85 70@O65==KE G0AB8F 8 :20=B>2 A25B0 G5@57 25I5AB2>, 2:;NG0NI89 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0  =30+8=38 8G=K9  = 11,25+7,5+1,8+16.875+22.5+38=97,925   @C:>2>48B5;O =97,925 *0.5+35,35*0.75=48,96+26,51 =75,47 B>3>:  = 75,47NLVALb >?KA>2 .@89 !5@0D8<>28G, 40B0 @>645=8O 22.12.1936, AB.=.A. -,   70 2009-2010 3.3. >:;04K: ..!.>?KA>2 59B@8==K9 70@O4 8 53> 2>7<>6=K5 0AB@>D878G5A:85 ?@>O2;5=8O 0CG=0O A5AA8O  :>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<@459AB289 (23-27 =>O1@O 2009 3.)   = 4C<8@=>2 ;5:A59 5>=84>28G @>4. 2.3.1978 <;. =0CG. A>B@.   70 2009-2010 33. >:;04K: 14-th Lomonosov Conference on Elementary Particle Physics, Moscow, August 19-25, 2009 A.Smirnov On the global geometry of brane Universe models  =6*1.5=9 C1;8:0F88: .!<8@=>2 .5@578=  G5@=KE 4K@0E 8 70<0A:8@>20==KE G5@=KE 4K@0E @5?@8=B /, 2009  =4/2=2 B>3>:  =11>=><0@520 ;5=0 8:B>@>2=0, @>4.25.12.1960 3., =.A. - >=D5@5=F88: Grachev M.I., Fedchenko V.A., Kravchuk L.V., Ponomareva E.V, INR RAS, Moscow, Russia,  Beam absorber for tuning accelerator in the beam layout of the experimental complex , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  =1,5*30/4=11,25 S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, INR RAS, Moscow, Russia, V.N. Zapolsky, IHEP, Protvino, Russia  Tuning of the INR therapeutic proton beam , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  = 1,5*30/6=7,5 V.K.Gorbunov, M.I.Grachev, E.V.Ponomareva, L.V.Kravchuk, V.S.Seleznev / Operation of Beam Transmission Control System for RADEX // XXI 564C=0@>4=>5 !>25I0=85 ?> #A:>@8B5;O< 0@O65==KE '0AB8F  =1,5*6/5=1,8 C1;8:0F88: @0G52 .., @02GC: .., $54G5=:> ., >=><0@520 .. >2CH:0 ?CG:0, "-, 2 ?5G0B8.  =1.5*45/4=16.875 @0G52 .., @02GC: .., >=><0@520 .. ?B8<870F8O :0=0;0 B@0=A?>@B8@>2:8. 57C;LB0BK. "-, 2 ?5G0B8.  =1.5*45/3=22.5  = 11,25+7,5+1,8+16.875+22.5= 59,9 B>3>:  =59,9LVAL'NGC;038= !5@359 =0B>;L528G 1959 3>40 @>645=8O :0=4840B D87.-<0B. =0C: AB0@H89 =0CG=K9 A>B@C4=8: B45;0 B5>@5B8G5A:>9 D878:8   70 2009-2010 33. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: Y. Kahn, W. Melnitchouk, and S.A. Kulagin,  New method for extracting neutron structure functions from nuclear data , Phys. Rev. C79 (2009), 035205.   = 3.477*30/3 = 34.8 S.Alekhin, S.Kulagin and R.Petti,  Determination of Strange Sea Distributions from Neutrino-Nucleon Deep Inelastic Scattering, Phys. Lett. B675 (2009) 433   = 5.083*30/3 = 50.8 NOMAD Collaboration (V.Lyubushkin et al.),  A study of quasi-elastic muon neutrino and antineutrino scattering in the NOMAD experiment, Eur. Phys. J. C 63, 355 (2009)   = 2.746*30/159 = 0.5 NOMAD Collaboration (C.T.Kullenberg et al.), "A Measurement of Coherent Neutral Pion Production in Neutrino Neutral Current Interactions in NOMAD", Phys. Lett. B682 (2009) 177   = 5.083*30/159 = 1.0 S.A. Kulagin and R. Petti, "Structure functions for light nuclei", Phys. Rev. C82 (2010), 054614.   = 3.477*30/2 = 52.2 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: S. Alekhin, S. Kulagin and R. Petti,  Strange and Anti-strange Sea Distributions from Neutrino-Nucleon Deep Inelastic Scattering, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 16th International Workshop on Deep Inelastic Scattering and Related Subjects (DIS 2009), Madrid, Spain, 26-30 Apr 2009. URL: http://www.ft.uam.es/DIS2009 Published online by Sciencewise Press. Proceedings URL: http://www.sciwipub.com/index.php?doit=dis2009 e-Print: arXiv:0910.3762 [hep-ph].   =1.5*30/3=15 S. Kulagin, "Nuclear effects in DIS", @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 3rd International Workshop on Nucleon Structure at Large Bjorken x (HiX 2010), Jefferson Lab, Newport News, USA, October 13-15, 2010. URL: http://conferences.jlab.org/HiX2010/index.html   =30 S. Kulagin and R. Petti, "Neutrino scattering from nuclei", @83;0H5==K9 4>:;04  LVAL =0 <564C=0@>4=>9 :>=D5@5=F88 3rd International Workshop on Nucleon Structure at Large Bjorken x (HiX 2010), Jefferson Lab, Newport News, USA, October 13-15, 2010. URL: http://conferences.jlab.org/HiX2010/index.html   =30/2=15 07@01>B:0 =0CG=>->1@07>20B5;L=KE :C@A>2 07@01>B:0 8 GB5=85 =>2>3> :C@A0 "!B@C:BC@0 O4@0 8 B5>@8O O45@=KE @50:F89" 4;O ABC45=B>2 8 8 9 A5<5AB@>2 :0D54@K $" "$C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O"   =30*2=60 C:>2>4AB2> ABC45=B0<8 C:>2>4AB2> @01>B>9 =0 A>8A:0=85 720=8O 10:0;02@0 >=4@0BL52K< 8@8;;>< ;5:A0=4@>28G5<, ABC45=B>< 5 :C@A0 $ :0D. ""5>@5B8G5A:0O O45@=0O D878:0".   =10 B>3>2K9   = 269.3LVAL'NG 0AG5B   70 2009-2010 3>4K C3052 -430@ 0;5@L528G, @>4. 22.08.1939, 4.D.-<.=., 2.=.A. - 2B>@K, =0720=85 8 AAK;:0 $>@<C;0 57C;LB0B C1;8:0F88 2 @>AA89A:8E 6C@=0;0E E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", 8AL<0 2 -"$, B. 91, 2K?. 1, A. 3-7 (2010). 1,662* 60/2 49,86 5B:>2 ..,C3052 -.., ;8<09 .., =4@552 .., >;G5=:> .., >;G5=:> .., 70?0@>20 .., 60??C52 .., 0?>=5=:> .., C;852 .(., ;8<5=:> .$., C46052 .#., !5@3552 .., %05@48=>2 .!., '5@=O52 .., /=8= .. - "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, ">< 137, K?. 3, c. 460-472 (2010). 0,871 *60/10 5,23 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. Klimai - "Constraints on amplitudes of curvature perturbations from primordial black holes", Phys. Rev. D 79, 103511 (2009). 4,922* 30/2 73,83 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", Phys. Rev. D 81, 023517 (2010). 4,922* 30/2 73,83 E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", J.Phys.G 37: 055004 (2010). 2,124* 30/2 31,86 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar, published in Proceedings, Vol.1, p.329-343, Moscow, INR RAS, 2010. 0.5*6,0/2 1,50 E. V. Bugaev, P. A. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/2 3,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/10 0,60 E.V. Bugaev,LVAL V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/10 0,60 E. Bugaev, P. Klimai - "Enhancement of density perturbations near horizon crossing in braneworld cosmology", talk at QUARKS-2010 international seminar, published in Proceedings, Vol. 1, pp. 402-420. 1.5*6,0/2 4,50 E.V. Bugaev, B.V. Mangazeev - "Two component model for a description of nucleon structure functions in low-x region", talk on the 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, 1-6 September, 2008. Published in Nucl.Phys.Proc.Suppl.196: 122-125 (2009). 0,7*30* 0,875/2 9,19 E.V. Bugaev - "Physics of high energy atmospheric muons", Invited talk on the XVI International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2010), Batavia, IL, USA (28 June - 2 July 2010). 30,0 30,00 #AB=K5 4>:;04K =0 @>AA89A:8E :>=D5@5=F8OE ..;8<09, -..C3052 -  708<>A2O7L A?5:B@0 ?5@28G=KE D;C:BC0F89 ?;>B=>AB8 8 25;8G8=K D>=0 3@028B0F8>==KE 2>;= 2> A5;5==>9 , 4>:;04 =0 0CG=>9 >=D5@5=F88 $", =>O1@L 2009 3>40. ?C1;8:>20=> 2 "@C40E, B>< VIII, c. 118-121. 4*1.5/2 3,00 @5?@8=BK E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", arXiv:0905.2309 [hep-ph] 4,0/2 2,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179 [astro-ph.CO] 4,0/ 10 0,40 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. GulLVALiev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182 [astro-ph.CO] 4,0/ 10 0,40 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", arXiv:0908.0664 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", arXiv:0911.0611 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", arXiv:1012.1199 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", arXiv:1012.4697 [astro-ph.CO] 4,0/2 2,00 E.V. Bugaev, B.V. Mangazeev - "Two component model for a description of nucleon structure functions in low-x region", arXiv:0902.0278 [hep-ph] 4,0/2 2,00 E.V. Bugaev - "Physics of high energy atmospheric muons", arXiv:1012.4714 [hep-ph]. 4,0 4,00 >?>;=8B5;L=> C:>2>4AB2> 0A?8@0=B>< .. ;8<05< (2009, 2010) 2 * 30 60 B>3> A53> 363,79LVAL'NG 0AG5B   70 2009-2010 3>4K ;8<09 5B@ ;5:A0=4@>28G, @>4. 18.08.1984, <.=.A., ;01>@0B>@8O <>45;8@>20=8O D878G5A:8E ?@>F5AA>2, $- 2B>@K, =0720=85 8 AAK;:0 $>@<C;0 57C;LB0B C1;8:0F88 2 @>AA89A:8E 6C@=0;0E E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", 8AL<0 2 -"$, B. 91, 2K?. 1, A. 3-7 (2010). 1,662* 60/2 49,86 5B:>2 ..,C3052 -.., ;8<09 .., =4@552 .., >;G5=:> .., >;G5=:> .., 70?0@>20 .., 60??C52 .., 0?>=5=:> .., C;852 .(., ;8<5=:> .$., C46052 .#., !5@3552 .., %05@48=>2 .!., '5@=O52 .., /=8= .. - "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, ">< 137, K?. 3, c. 460-472 (2010). 0,871 *60/10 5,23 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. Klimai - "Constraints on amplitudes of curvature perturbations from primordial black holes", Phys. Rev. D 79, 103511 (2009). 4,922* 30/2 73,83 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", Phys. Rev. D 81, 023517 (2010). 4,922* 30/2 73,83 E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", J.Phys.G 37: 055004 (2010). 2,124* 30/2 31,86 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar, published in Proceedings, Vol.1, p.329-343, Moscow, INR RAS, 2010. 0.5*6,0/2 1,50 E. V. Bugaev, P. A. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/2 3,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", Talk at 31st ICRC, Lodz, Poland, 7-1LVAL5 Jul 2009. 6,0/10 0,60 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/10 0,60 E. Bugaev, P. Klimai - "Enhancement of density perturbations near horizon crossing in braneworld cosmology", talk at QUARKS-2010 international seminar, published in Proceedings, Vol. 1, pp. 402-420. 1.5*6,0/2 4,50 #AB=K5 4>:;04K =0 @>AA89A:8E :>=D5@5=F8OE ..;8<09, -..C3052 -  708<>A2O7L A?5:B@0 ?5@28G=KE D;C:BC0F89 ?;>B=>AB8 8 25;8G8=K D>=0 3@028B0F8>==KE 2>;= 2> A5;5==>9 , 4>:;04 =0 0CG=>9 >=D5@5=F88 $", =>O1@L 2009 3>40. ?C1;8:>20=> 2 "@C40E, B>< VIII, c. 118-121. 4*1.5/2 3,00 @5?@8=BK E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", arXiv:0905.2309 [hep-ph] 4,0/2 2,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179 [astro-ph.CO] 4,0/ 10 0,40 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182 [astro-ph.CO] 4,0/ 10 0,40 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", arXiv:0908.0664 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", arF LVALV Xiv:0911.0611 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", arXiv:1012.1199 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", arXiv:1012.4697 [astro-ph.CO] 4,0/2 2,00 B>3> A53>, 157 CG5B0 :>MDD8F85=B>2 258,61 A53>, A CG5B>< ?>2KH0NI53> :>MDD8F85=B0 2 (70I8B0 48AA5@B0F88 2 2010 3>4C) 517,21LVAL'NG 5<84>2 !5@359 ;048<8@>28G @>4. 16.12.1981, <=A "$,   70 2009-2010 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2009 3>4: !B0BL8: 1. S.V. Demidov, O.E. Kalashev, Double Pair Production by Ultra High Energy Cosmic Ray Photons, J.Exp.Theor.Phys.108:764-769,2009,  =0.871*60/2=26.13 >:;04K: 1. S.V.Demidov, Production of kink-antikink pair in collisions of high energy particles, 14th Lomonosov conference on particle physics, 2009,  =4 @5?>4020=85: C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 #, 2 A5<5AB@0,  =2*8=16 C@A ;5:F89 ?> AC?5@A8<<5B@88 4;O ABC45=B>2 #, 1 A5<5AB@,  =8 C@A ;5:F89 5D>@<0;L=>5 22545=85 2 :20=B>2CN <5E0=8:C ($), 1 A5<5AB@, 2 3@C??K,  =2*8=16 0 2009:  (2009) = 26.13 + 4 + 16 + 8 + 16 = 70.13 2010 3>4: !B0BL8: 2. Annihilation of NMSSM neutralinos in the Sun and neutrino telescope limits. Demidov Sergey, Olga Suvorova, Published in JCAP 1006:018,2010.  =30*6.502/2=97.53 3. Invisible Higgs in weak bosons associative production with heavy quarks at LHC: probing mass and width. Authors: E. E. Boos, S. V. Demidov, D. S. Gorbunov, arXiv:1010.5373,  =4/3=1.33. >:;04K: 1. S.V.Demidov, Soliton-antisoliton pair production in collisions of high energy particles, 16th International Seminar on High Energy Physics QUARKS'20010 Kolomna, Russia, June 6-12, 2010,  =4 2. S.V.Demidov, Invisible Higgs in weak bosons associative production with heavy quarks at LHC, 19th International Workshop  High Energy Physics and Quantum Field Theory , 8-15 September, Golitsino, Moscow, Russia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alashev, G.I. Rubtsov, Sergey V. Troitsky, "Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter", Phys.Rev.D80:103006,2009,  = 5.050*30/3=50.5 >:;04K: 1. O.E. Kalashev, G.I. Rubtsov and S.V. Troitsky,  Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter, Proc. of 31st International Cosmic Ray Conference, Lodz, July 7-15, 2009,   = 6.0/3 = 2.0 2. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, "Search for photons of energy E>10^18 eV with Yakutsk muon data", Proc. of 31st ICRC,   = 6.0/7 = 0.86 3. Telescope Array Collaboration, talks at 31st ICRC, total: 15 talks,   = 15*6.0/10 = 9.0 Search for ultra-high energy photons in the Telescope Array surface detector first-year data (Rubtsov et al) Point source search with the Telescope Array (Tkachev et al) Search for large-scale anisotropy of ultra-high energy cosmic rays with the Telescope Array first year data (Tinyakov et al) Measurement of UHECR spectrum by Telescope Array surface array (Taketa et al) Performance of TA Surface Array (Nonaka et al) Performance of the Fluorescence Detector of the Telescope Array experiment (Tokuno et al) An Electron Linear Accelerator for end-to-end absolute energy calibration (Shibata et al) Energy determination of air shower array based on the "full" Monte Carlo simulation (Kido et al) Using CORSIKA to quantify Telescope Array surface detector response (Stokes et al) Hybrid Measurements of the Telescope Array Experiment (Ikeda et al) The Energy Spectrum of UHECR's using the TA Fluorescence Detectors in Monocular Mode (Bergman et al) Measuring the Spectrum of Ultrahigh Energy Cosmic Rays using the Monte CaLVALrlo Technique (Scott et al) Toward a comparison of fluorescence energy scale and spectra between TA and HiRes (Jui et al) Distribution of arrival directions obtained from the first year data of Telescope Array (Sakurai et al) Mass Composition Study of Ultra-high Energy Cosmic Rays with the Telescope Array Fluorescence Detector (Tameda et al) 4. Telescope Array Collaboration (H. Sagawa et. al.), "Measurement of Ultra-High Energy Cosmic Ray by Telescope Array", Highlight talk at 31st ICRC,   = 30.0/10.0 = 3.0 @5?>4020=85: 1. 25A5==89 A5<5AB@ 2009, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 3 :C@A,  =8 2. >A5==89 A5<5AB@ 2009, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 4 :C@A,  =8 0 2009:  (2009) = 50.5 + 2.0 + 0.86 + 9.0 + 3.0 + 8 + 8 = 81.36 2010 3>4 C1;8:0F88: 1. .A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, Sergey V. Troitsky, Constraints on the flux of primary cosmic-ray photons at energies E > 10^18 eV from Yakutsk muon data, Phys.Rev.D82:041101,2010.,  =5.050*30/7=21.64 2. A. L. Burin, S. L. Tesar, V. M. Kasyanenko, I. V. Rubtsov, G. I. Rubtsov, Semiclassical Model for Vibrational Dynamics in Polyatomic Molecules: Investigation of Internal Vibrational Relaxation, J. Phys. Chem. C, 2010, 114 (48), pp 20510-20517.  =4.224*30/5=23.34 >:;04K: 1. G.I.Rubtsov, Search for ultra-high energy photons using Telescope Array surface detector, 4>:;04 =0 @01>G5< A>25I0=88 O?>=A:>3> D878G5A:>3> >1I5AB20 (21-23 <0@B0 2010, :0O<0, /?>=8O).   = 6.0 2. G.I.Rubtsov, Search for ultra-high energy photons by Telescope Array experiment, <564C=0@>4=K9 A8<?>78C< ?> ?>A;54=8< @57C;LB0B0< 2 >1;0AB8 :>A<8G5A:8E ;CG59 A25@E2KA>:8E M=5@389 (10-12 45:01@O 2010, 03>O, /?>=8O).   = 6.0 3. G.I.Rubtsov, Ultra-high energy photon flux limit using Telescope Array surface detector data, 20@:8-2010 (>;><=0 6-12 8N=O 2010).  = 4.0 4. .. C1F>2, >8A: D>B>=>2 A25@E2KA>:8E M=5@389 2 M:A?5@8<5=B5 Telescope Array, 31-0O :>=Dn LVAL~ 5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 5-9 8N;O 2010).  =4.0 >:;04K 1-4 A45;0=K >B 8<5=8 :>;;01>@0F88 Telescope Array, => D0:B>@ 1/10 =5 CGB5=, B0: :0: 4@C385 G;5=K :>;;01>@0F88 B0:65 A45;0;8 4>:;04K 8 >1I55 G8A;> 4>:;04>2 =0 :>=D5@5=F8OE ?@52KH05B C:070==>5 1>;55 G5< 2 10 @07. ! F5;LN 871560BL >3@><=>3> ?5@5G8A;5=8O ?@82545=K B>;L:> 4>:;04K, A45;0==K5 ;8G=>. 5. The highest energy cosmic rays: observations and search for new physics, ?@83;0H5==K9 4>:;04, QFTHEP'10 (>;8FK=>, 8-15 A5=BO1@O 2010).  =20 @5?>4020=85: C:>2>4AB2> 48?;><=8:>< (!0BC=8= .!.),  =10.0/4 = 2.5 0 2010:  (2010) = 21.64+25.34+6.0+6.0+4.0+4.0+20.0+2.5 = 89.48 B>3>:   = 81.36 + 89.48 = 170.84LVAL'NG5@=>2 .@89 !5@35528G @>4. 14.10.1937, 4>:B>@ D87.-<0B. =0C:, 2=A "5>@5B8G5A:>3> B45;0,   70 2008-2009 33. 2008 3>4 2.1.1. M. Chaichian, M. Mnatsakanova, A. Tureanu, Yu. Vernov,  Test Functions Space in Non- commutative Quantum Field Theory JHEP V. 09 (2008) 125. 5.944* 30/4=44.58 10;;0. 2.1.3. 1. "Rigorous Definition of Quantum Field Operators and Test Functions Space in Noncom-mutative Quantum Field Theory", 15th International Seminar on High Energy Physics QUARKS'2008, Sergiev Posad, Russia, May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natsakanova and Yu.S. Vernov,  Rigorous Definition of Quantum Field Operators in Noncommutative Quantum Field Theory , 7 pages, mat-ph/0901.1454. 4/2=2 2 10;;0 2.1.3. 1. "Reconstruction Theorem in Noncommutative Quantum Field Theory", XIII International Conference "Selected Problems of Modern Theoretical Physics", Dubna, June 23-27, 2008, A5:F8>==K9, 9:2=4.5, 4.5 10;;>2. 2.  Indefinite Metric Spaces Properties , The X-th International School-Seminar  The Actual Problems of Microworld Physics , Gomel, Belorussia, 15.07. - 26.07.2009, ?@83;0H5==K9 4>:;04, 30:2=15, 15 10;;>2. 4.  Axiomatic Approach in Noncommutative Quantum Field Theory , The X-th International School-Seminar  The Actual Problems of Microworld Phys<LVALLics , Gomel, Belorussia, 15.07. - 26.07.2009, ?@83;0H5==K9 4>:;04, 30:2=15, 15 10;;>2. 5.  Reconstruction Theorem and Cluster Properties of Wightman Functions in Noncommutative Quantum Field Theory , The International Bogolyubov Conference,  Problems of theoretical and Mathematical Physics , August 21-27, Moscow-Dubna, Russia, A5:F8>==K9, 6 10;;>2. 2.1.4. >@01>B:0 42CE =0CG=>->1@07>20B5;L=KE :C@A>2: "5>@8O :0;81@>2>G=KE ?>;59 8 20=B>20O E@><>48=0<8:0, 2:;NG0NI0O 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@AK G8B0NBAO =0 D878G5A:>< D0:C;LB5B5 # ABC45=B0< ?OB>3> :C@A0 2 ?5@2>< 8 2> 2B>@>< A5<5AB@0E. 192 G0A0. 16 10;;>2. 2.1.6. C:>2>4AB2> 0A?8@0=B>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # 2009 3>4: !0;K=A:8< !5@355< 5==048528G5<, 2B>@>9 3>4 >1CG5=8O, 30 10;;>2. C:>2>4AB2> 48?;><=8:0<8 :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 #: 0) >@40=Q2 !5@359 !5@35528G (A?5F80;8AB), 10 10;;>2; 1) =B8?8= >=AB0=B8= ;048A;02>28G (A?5F80;8AB), 10 10;;>2. B>3>: 108.5 10;;>2 B>3> 70 2008-2009 33: 225.08 10;;>24LVALD  %07@5B0;8 !5D>28G @>4. 24.08.1965, A=A "$, 4D<=. NIROV Khazretali Sefovich, August 24, 1965, Senior Researcher, Theory Department, Doctor of Sciences /  70 2009--2010 33. /C1;8:0F88: 1) Kh. S. Nirov, A. V. Razumov / "Solving non-Abelian loop Toda equations" // Nuclear Physics B 815 [PM] (2009) 404-429, /  = 4.341*30/2 = 65.115 2) Kh. S. Nirov, A. V. Razumov / "More non-Abelian loop Toda solitons" // Journal of Physics A: Math. Theor. 42 (2009) 285201 (13pp), /  = 1.577*30/2 = 23.655 3) H. Boos, F. Goehmann, A. Kluemper, Kh. S. Nirov and A. V. Razumov / ''Exercises with the universal R-matrix'' // Journal of Physics A: Math. Theor. 43 (2010) 415208 (36pp) /  = 1.577*30/5 = 9.462 >:;04K: 1) Kh. S. Nirov / "The (T)DBM equation as a twisted loop Toda system: Generalizations and soliton solutions" // International Seminar on High Energy Physics QUARKS'2008, Sergiev Posad, Russia, May 23--29, 2008; >?C1;8:>20=> 2 "@C40E !5<8=0@0 2 20093. /  = 30*0.5 = 15 2) Kh. S. Nirov / ''New solutions to non-Abelian Toda systems'' (invited talk, 45 min.) // International Conference on Conformal Field Theory, Integrable Models and Liouville Gravity, Chernogolovka, June 27 - July 2, 2009; /  = 30 3) Kh. S. Nirov / ''On Integrable Systems and the Universal R-matrix'' (invited talk, 30 min.) // International Seminar on High Energy Physics Quarks-2010, Kolomna, June 6 - 12, 2010; /  = 30 B>3>: /  = 174 --------------------------------------------------------------- %. !. 8@>2 , , >A:20, 28 45:01@O 2010 3.LVAL -D5=4852 0A8< OG5A;02>28G, @>4. 04.03.19783., <.=.A.  / ,   70 2009-2010 33. 1. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 2. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1  = 0,8 1 >:;04K: 5B. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 0,81 V) 14.11.20073. 70I8B8; :0=4840BA:CN 48AA5@B0F8N ?> B5<5 A>15==>AB8 @0480F8>==KE ?@>F5AA>2 =0 ?CG:0E C;LB@0- @5;OB828ABA:8E M;5:B@>=>2 2 >@85=B8@>20==KE :@8AB0;;0E - CB25@645=>  11.04.2008 ( ?>2KH0NI89 :>MDD8F85=B  1,5) B>3>: 1,2 1.;5:A552 235=89 8:>;0528G,19403.@., 4.D.-<.=., 2=A  / ,   70 2009-201033. C1;8:0F88: 1. . ;5:A552. >7<>6=>5 >1JOA=5=85 :>@@5;OF89 <564C A>1KB8O<8 ?>475<=KE 45B5:B>@>2, 70@538AB@8@>20==KE 2 ?5@8>4 2A?KH:8 SN 1987A. -"$, 2010, B>< 137, 2K?.1, AB@. 1-9. ?@=4  0.871"60 = 52.3 1. >:;04K: =5B B>3>: 52.3 1.LVAL'NG;8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :.D.-<.=., A=A  / ,   70 2009-2010 33. >:;04K 2009. 1. E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Proc. 31st ICRC, Lodz (Poland), 7-15 July 2009. 6 /10= 0,6 1. C1;8:0F88 2009 1. J.Szabelski (for the Carpet-3 collaboration),  Carpet-3 - a new experiment to study primary composition around the knee , Nuclear Physics B (Proc. Suppl.) 196, pp. 371 374, 2009; 4.341"30"0.7/10 = 9.1 1. 2. J.Szabelski (for the Carpet-3 collaboration),  Carpet-3 - a new experiment to study primary composition around the knee , e-Print: arXiv:0902.0252 [astro-ph.IM] , 2009. 6/10=0.6 3. .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 8/10=0.8 4. E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Proc. 31st ICRC, Lodz (Poland), 7-15 July 2009, icrc0379; e-Print: arXiv:0906.3182v1 [astro-ph.CO], 2009. 8/10=0.8 5. V.V.Alekseenko at all"10-100TeV cosmic ray anisotroropy mesured at Baksan "Carpet" array, e-Print:arXiv:0902.2967. [astro-ph.GLVALA],2009 8/10= 0.8 1. 6. E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Proc. 31st ICRC, Lodz (Poland), 7-15 July 2009, icrc0379; e-Print: arXiv:0906.3182v1 [astro-ph.CO], 2009. 4/10= 0.4 1. >:;04K 2010. 1) Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7. D.D.Dzhappuev, J.V.Balabin, B.B.Gvozdevskij, N.F.Klimenko, A.U.Kudzhaev, A.M.Kuchmezov, O.I.Mikhailova, V.B.Petkov and E.V.Vashenjuk. >:;04 =0 22 2@>?59A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<,"C@:C, 3-6 23CAB 2010 3. 6/9= 0,7 1. 2) Developments in shower reconstruction and composition analysis for CARPET-3 EAS array. J.Sarkomo, V. Petkov, T.Raiha, D. Dzhappuev, N. Klimenko, A. Kudzhaev, >:;04 =0 22 2@>?59A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<,"C@:C, 3-6 23CAB 2010 3. 6 /6= 1.0 1. 3) .. 60??C52, .$. ;8<5=:>, .#. C46052, .!.8420=A:89, .. 5B:>2, ". 09E0, .. !0@:0<>. $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8. "@C4K 31-O , >A:20, #, 2010 ( / EAS _6. 4/7= 0.57 1. 4) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052,.. CG<57>2, .. 8E09;>20, .. 5B:>2, A4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne =10^5  10^7. "@C4K 31-O , >A:20, #, 2010 ( / EAS _21. 4/9= 0.44 1. C1;8:0F88 2010 1) .. 60??C52, .$. ;8<5=:>, .#. C46052, .!.8420=A:89, .. 5B:>2, ". 09E0, .. !0@:0<> $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8."@C4K 31-O , >A:20, #, 2010 ( / EAS _6. 8/7=1.1 2). .. 60??C52, . LVAL .. 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. A4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne =10^5  10^7."@C4K 31-O , >A:20, #, 2010 ( / EAS _21. 8/9=0.9 3). .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, .. !5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.871"60/10 = 5.23 "- 0.6*2 +9.1+0.7+0.8*3+ 0.9+1.0+1.1+ 0.4 + 0.57 + 0.44 + 5.23 = 23.0 1.LVAL'NGC7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503., :.D.-<.=., 702.  / ,   70 2009-2010 33. C1;8:0F88: 1. .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 2. .. ;5:A55=:> 8 4@./ !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN // $878:0 5<;8 2009, !8, !.91 {10, .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, ..!B5?0=>2} 8 / 9 = 0,9 1 3. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 4. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 5. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, LVAL!.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 6. Budjas D., et al. /Gamma-ray spectrometry of ultra low levels of radioactivity within the material screening program for the GERDA experiment//, Applied Radiation and Isotopes, v. 67, i. 5, 755-758, 2009 {Budjas, D.; Gangapshev, A. M.; Gasparro, J.; Hampel, W.; Heisel, M.; Heusser, G.; Hult, M.; Klimenko, A. A.; Kuminov, V. V.; Laubenstein, M.; Maneschg, W.; Simgen, H.; Smolnikov, A. A.; Tomei, C.; Vasiliev, S. I.}. 1,094E60 / (15 = 10) = 6,56 1 7. ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 8. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 9. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 17,15 1 >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8LVAL=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 2. F.F.Karpeshin, M.B.Trzhaskovskaya and V.V.Kuzminov. FLUORESCENCE INDUCED BY DOUBLE ELECTRON K CAPTURE. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 99. 4/3 = 1,3 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1 4. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich. MONITORING OF RN-222 ABUNDANCE IN THE AIR OF LOW-BACKGROUND LABORATORYES WITH ION-PULSE IONISATION CHAMBER Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 374. 4/5 = 0,8 1  = 2,96 1 C:>2>4AB2> 48?;><=8:><: 0:0;02@A:85 48AA5@B0F88 2009 3. 1. C4052 ;8< CA;0=>28G. >=8B>@8=3 D>=>2KE =59B@>=>2 2 =87:>D>=>2>9 :0<5@5 3;C1>:>3> 70;>65=8O. 0CG=K9 @C:>2>48B5;L :.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 2. 0<10G>:>2 ;8< 481>28G. >=8B>@8=3 D>=>2>3> 30<<0-87;CG5=8O 2 =87:>D>=>2>9 ;01>@0B>@88 3;C1>:>3> 70;>65=8O. 0CG=K9 @C:>2>48B5;L :.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 038AB5@A:85 48AA5@B0F88 2010 3. 1. >30BK@520 048=0 %0A8@>2=0. A=>2=K5 8AB>G=8:8 30<<0 D>=0 2 =87:>D>=>2>9 ;01>@0B>@88 . 0CG=K5 @C:>2>48B5;8: :.D.-<.=., 4>F5=B LVALC7L<8=>2 ..; 4.D.-<.=., ?@>D. %>:>=>2 .%. 5 1 2. (0>2 %0A0= CE048=>28G. 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 A ?><>ILN 8<?C;LA=>9 :0<5@K A 8>==K< A>18@0=85< 10 1  = 35 1 C@AK ;5:F89: 1) "   " / !" $ !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  9 A53>  71 G >@01>B:0 :C@A0 - 8 1 2) $878:0 =87:>D>=>2KE 87<5@5=89 !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  10 A53>  71 G >@01>B:0 :C@A0 - 8 1 3) 01>G0O ?@>3@0<<0 ?> A?5F. ?@0:B8:C<C $878:0 =87:>D>=>2KE M:A?5@8<5=B>2 !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  10 A53>  51 G - 8 1  = 24 1 B>3>: = 79,11 1LVAL7NG0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :.D.-<.=., =.A.  / ,   70 2009-2010 33. C1;8:0F88: 1. .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 2. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 3. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 4. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 5. Budjas D., et al. /Gamma-ray spectrometry of ultra low levels of radioactivity within the material screening program for the GERDA experiment//, Applied Radiation and Isotopes, v. 67, i. 5, 755-758, 2009 {Budjas, D.; GangaLVALpshev, A. M.; Gasparro, J.; Hampel, W.; Heisel, M.; Heusser, G.; Hult, M.; Klimenko, A. A.; Kuminov, V. V.; Laubenstein, M.; Maneschg, W.; Simgen, H.; Smolnikov, A. A.; Tomei, C.; Vasiliev, S. I.}. 1,094E60 / (15 = 10) = 6,56 1 6. ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 7. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 8. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 16,25 1 >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on NuclLVALear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich. MONITORING OF RN-222 ABUNDANCE IN THE AIR OF LOW-BACKGROUND LABORATORYES WITH ION-PULSE IONISATION CHAMBER Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p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{10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 2. .. ;5:A55=:> 8 4@./ !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN // $878:0 5<;8 2009, !8, !.91 {10, .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, ..!B5?0=>2} 8 / 9 = 0,9 1 3. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 4. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 5. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..0LVAL2@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 6. ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 7. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 8. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 10,59 1 >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlp LVAL asnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich. MONITORING OF RN-222 ABUNDANCE IN THE AIR OF LOW-BACKGROUND LABORATORYES WITH ION-PULSE IONISATION CHAMBER Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 374. 4/5 = 0,8 1  = 1,66 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 12,25 1LVAL7NG070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., 8=6.-8AA;54.  / ,   70 2009-2010 33. 1. .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 2. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 3. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 4. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 5. ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@LVALCA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 6. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 7. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 9,69 1 >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1  = 0,86 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 10,55 1LVAL7NG 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., :.D.-<.=., 1/2AB02:8 =.A.  / ,   70 2009-2010 33. 1. .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 2. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 3. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 4. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 5. ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2LVAL008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 6. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 7. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 9,69 1 >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich. MONITORING OF RN-222 ABUNDANCE IN THE AIR OF LOW-BACKGROUND LABORATORYES WITH ION-PULSE IONISATION CHAMBER Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRAVLVALfCTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 374. 4/5 = 0,8 1  = 1,66 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 11,35/2 (0,5 AB02:8) = 6,7 1LVAL7NG0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., 1/2 AB02:8 <.=.A.  / ,   70 2009-2010 33. 1. .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 2. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 3. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 4. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 5. ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. "><LVAL 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 6. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 7. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 9,69 1 >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich. MONITORING OF RN-222 ABUNDANCE IN THE AIR OF LOW-BACKGROUND LABORATORYES WITH ION-PULSE IONISATION CHAMBER Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (EditojLVALzr A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 374. 4/5 = 0,8 1  = 1,66 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 11,35/2 (0,5 AB02:8) = 6,7 1LVAL7NG /:8<5=:> !5@359 02;>28G, @>4. 30.06.19613., <.=.A.  /  A 07.07.20053.   70 2009-2010 33. 1. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 2. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 3. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 4. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 5. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "-p LVAL 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 5,22 1 >:;04K: 1. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1  = 0,36 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 5,58 1LVAL7NG HC:>2 40< C70@8D>28G, @>4. 28.05.19593., :D<=, A.=.A.  / ,   70 2009-2010 33. I) C1;8:0F88: " =5B. II) C:>2>4AB2> A>8A:0B5;5<: " =5B III) C:>2>4AB2> 48?;><=8:><: 2009 3. 1) %>:>=>2 @A5= 048>C3;5@>4=K9 <5B>4 40B8@>20=8O. 0?@02;5=85 010700- $878:0. >4 68. 038AB@ D878:8. 038AB5@A:0O ?@>3@0<<0: 010703- 0;LG8: 2009 3>4. 0CG=K9 @C:>2>48B5;L !.=.A. HC:>2 .. 10 1 0:0;02@A:85 @01>BK 2009 3. 1) 0=:C;>20 ;5=0 CA;0=>2=0 "@>1;5<K A>;=5G=KE =59B@8=>" 0?@02;5=85 010700- $878:0. >4 68. 0;LG8: 2009 3>4. 0CG=K9 @C:>2>48B5;L !.=.A. HC:>2 .. 10 1 2) C;>20 N4<8;0 ;53>2=0 @>?>@F8>=0;L=K5 AG5BG8:8 2 @048>E8<8G5A:8E M:A?5@8<5=B0E ?> @538AB@0F88 A>;=5G=KE =59B@8=>. 0?@02;5=85 010700- $878:0. >4 68. 0;LG8: 2009 3>4. 0CG=K9 @C:>2>48B5;L !.=.A. HC:>2 .. 10 1/2 = 5 1. .=.A. #<5@>2 (. 5:F88: " /45@=>-D878G5A:85 <5B>4K 8AA;54>20=8O 25I5AB20. A?5F80;L=>ABL 010400  D878:0. 0?@02;5=85 510400- D878:0. C@A- 4. !5<5AB@-8 . 1I55 :>;-2> G0A>2- 42 , 5:F88 - 28, @0:B8G5A:85 70=OB8O - 14, 70G5B- 8 A5<5AB@ - 8 1 " -:A?5@8<5=B0;L=K5 <5B>4K O45@=>-D878G5A:8E 87<5@5=89. !?5F80;L=>ABL 010400  D878:0. 0?@02;5=85 510400- D878:0 C@A- 4, !5<5AB@- 7, 1I55 :>;-2> G0A>2- 57, 5:F88 - 38, @0:B8G5A:85 70=OB8O -19 , 70G5B- 7 A5<5AB@ 8 1 " 5B5:B>@K M;5<5=B0@=KE G0AB8F. 0?@02;5=85 510400- D878:0. 038AB5@A:0O ?@>3@0<<0 510409- AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0. 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C (2010) 67: 25 37 30 10 2,746 30*2,746/10 8,238 2 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 3 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 4 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 5 C>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm -> nt ...30D>=>20, ..=>E8=0, .!.;048<8@>2, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!B0@:>2, ..'5@=O2A:89, ..'C:0=>2, .$./:CH52 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 6 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam Agafonova et al. OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 10 5,083 30*5,08/10 15,249 7 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ...30D>=>20, .. >O@:8=, .!.0;L38= "-, 2010, ! 1, A. 52 57 60 3 0,313 60*0,31/3 6,26 8 Neutrino burst from gravitational stellar LVALcollapses with LVD LVD Collaboration Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 10 @5<5==K5 E0@0:B5@8AB8:8 ?@>F5AA0 A25B>A1>@0 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ...30D>=>20, .. >O@:8=, .!.0;L38= "-, 2010, No. 6, pp. 29 33. 60 3 0,313 60*0,31/3 6,26 11 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 12 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 13 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 14 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD ... 30D>=>20 1029 !5<8=0@ 8<. .". 0F5?8=0. >:;04 1 0 2009 1 Cosmic ray physics with the OPERA detector OPERA Coll. Proc. of 31st ICRC, Lodz 2009 8 10 0 8/10 0,8 2 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 8 10 0 8/10 0,8 3 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration Proc. of 31st ICRC, Lodz 2009 8 10 0 8/10 0,8 4 Search fLVALor neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 8 10 0 8/10 0,8 5 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 6 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 7 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 8 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 9 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87. B.73, 5 (2009) A. 685-687 60 10 0,272 60*0,272/10 1,632 10 "0@O4>2>5 >B=>H5=85 <N>=>2 :>A<8G5A:8E ;CG59 ?@8 M=5@38OE 2KH5 1.3 "5, 87<5@5==>5 =0 45B5:B>@5 LVD." 30D>=>20 ... >:;04 =0 1010 A5<8=0@5 .". 0F5?8=0 - 1 0 11 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 12 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 13 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ILVALCRC 6 10 1,5 6*1,5/10 0,9 14 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration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ome remarks on Neutrino Detection from SN 1987A V.L. Dadykin, O.G. Ryazhskaya Proc.of 14 Lom.Conf., 2010, p.179. 8 2 0 8/2 4 5 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 6 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 7 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 12*2/10 2,4 8 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 9*2/10 1,8 9 48=>G=K5 8 <=>65AB2LVAL5==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 10 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 12 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 2009 1 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 1 >4=>9 3@C??5 M:A?5@8<5=B0;L=KE @57C;LB0B>2, A2O70==KE A ?>8A:>< =59B@8==>3> 87;CG5=8O >B !1987. ><<5=B0@89 , ;  = 1.315*60/2=39.45 . 04K:8=, .. O6A:0O , B>< 35, !6, A. 427-430 60 2 1,315 60*1,315/2 39,45 5 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. R LVALb >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 7 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 8 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 9 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 10 5:>B>@K5 C@>:8 @538AB@0F88 =59B@8==>3> 87;CG5=8O O6A:0O .., 04K:8= .. >:;04 =0 :>=D. !>2@5<5==K5 ?@>1;5<K D878:8 =59B@8=> 8 0AB@>D878:8 14 >:BO1@O 2009 4 2 1 4/2 2 11 Some remarks on neutrino detection O6A:0O .., 04K:8= .. >:;04 =0 14 Lom.Conf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eutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 5 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 6 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 7 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 LVAL8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 8 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 2009 1 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 5 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 6 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87. B.73, 5 (2009) A. 685-687 60 10 0,272 60*0,272/10 1,632 7 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001 LVAL -2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 8 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 9 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 17,5LVAL7NG =8:552 0A8< 1@038<>28G =.A. 2009-2010 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2010 1 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 10 2,746 30*2,746/10 8,238 2 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 3 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 4 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 5 C>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm -> nt ...30D>=>20, ..=>E8=0, .!.;048<8@>2, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!B0@:>2, ..'5@=O2A:89, ..'C:0=>2, .$./:CH52 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 6 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam Agafonova et al. OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 10 5,083 30*5,08/10 15,249 7 Neutrino burst from gravitational stellar collapses with LVD LVD CollaboratioLVALn Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 8 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 9 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 12*2/10 2,4 10 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 9*2/10 1,8 11 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 12 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 13 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 2009 1 Cosmic ray physics with the OPERA detector OPERA Coll. Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD CollabLVALoration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 5 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 6 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 7 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 8 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 9 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87. B.73, 5 (2009) A. 685-687 60 10 0,272 60*0,272/10 1,632 10 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 11 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 12 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 13 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;LVAL04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 53,181LVAL7NG 0;L38= ;5:A59 !5<5=>28G A.=.A. 2009-2010 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2010 1 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 10 2,746 30*2,746/10 8,238 2 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 3 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 4 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 5 C>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm -> nt ...30D>=>20, ..=>E8=0, .!.;048<8@>2, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!B0@:>2, ..'5@=O2A:89, ..'C:0=>2, .$./:CH52 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 6 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam Agafonova et al. OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 10 5,083 30*5,08/10 15,249 8 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@06LVAL5=85< ...30D>=>20, .. >O@:8=, .!.0;L38= "-, 2010, ! 1, A. 52 57 60 3 0,313 60*0,31/3 6,26 9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 10 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 11 @5<5==K5 E0@0:B5@8AB8:8 ?@>F5AA0 A25B>A1>@0 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ...30D>=>20, .. >O@:8=, .!.0;L38= "-, 2010, No. 6, pp. 29 33. 60 3 0,313 60*0,31/3 6,26 12 Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection I R Barabanov, L B Bezrukov, C M Cattadori, N A Danilov, A di Vacri, Yu S Krilov, L Ioannucci, E A Yanovich, M Aglietta, A Bonardi, G.Bruno, W Fulgione, E Kemp, A S Malguin, A Porta and M Selvi Journal of instrumentation 2010, 5, P04001 30 10 2,102 30*2,102/10 6,306 13 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 12*2/10 2,4 14 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 9*2/10 1,8 15 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 16 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >LVAL:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 17 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 2009 1 Cosmic ray physics with the OPERA detector OPERA Coll. Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 5 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 6 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 7 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 8 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 9 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:5r LVAL 52, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87. B.73, 5 (2009) A. 685-687 60 10 0,272 60*0,272/10 1,632 10 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 11 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 12 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 13 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 72,007LVAL7NG  OA=K9 A52>;>4 02@8;>28G A.=.A. 2009-2010 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2010 1 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 10 2,746 30*2,746/10 8,238 2 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 3 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 4 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 5 C>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm -> nt ...30D>=>20, ..=>E8=0, .!.;048<8@>2, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!B0@:>2, ..'5@=O2A:89, ..'C:0=>2, .$./:CH52 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 6 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam Agafonova et al. OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 10 5,083 30*5,08/10 15,249 7 Neutrino burst from gravitational stellar collapses with LVD LVD CollaboraLVAL!tion Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 8 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 9 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 12*2/10 2,4 10 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 9*2/10 1,8 11 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 12 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 13 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 2009 1 Cosmic ray physics with the OPERA detector OPERA Coll. Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD ColLVAL"laboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 5 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 6 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 7 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 8 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 9 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87. B.73, 5 (2009) A. 685-687 60 10 0,272 60*0,272/10 1,632 10 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 11 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 12 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 13 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration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r LVAL ;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 7 =0;87 A57>==KE 20@80F89 ?>B>:0 :>A<8G5A:8E <N>=>2 2 45B5:B>@5 LVD 70 ?5@8>4 2001 - 2008 33 . . (0:8@LO=>20 1029 !5<8=0@ 8<. .". 0F5?8=0. >:;04 1 0 2009 1 8?;><=0O @01>B0, $, (0:8@LO=>20 . . AA;54>20=85 E0@0:B5@8AB8: ?>B>:0 <N>=>2, 35=5@8@C5<KE ?CG:>< <N>==KE =59B@8=> 87 & 0, =0 CAB0=>2:5 LVD 0A?8@0=B A <0O 2009 5,904 C25;8G5=85 2 1,5 @070 2 A2O78 A B5<, GB> 0A?8@0=B @01>B05B 2 >@30=870F88 ?> A>2<5AB8B5;LAB2C 8,856LVAL7NG& /:CH52 0;5@89 $54>@>28G =.A. 2009-2010 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2010 1 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 10 2,746 30*2,746/10 8,238 2 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 3 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 4 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 5 C>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm -> nt ...30D>=>20, ..=>E8=0, .!.;048<8@>2, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!B0@:>2, ..'5@=O2A:89, ..'C:0=>2, .$./:CH52 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 6 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam Agafonova et al. OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 10 5,083 30*5,08/10 15,249 7 Neutrino burst from gravitational stellar collapses with LVD LVD CollaborationLVAL' Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 8 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 9 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 12*2/10 2,4 10 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 9*2/10 1,8 11 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 12 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 13 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 2009 1 Cosmic ray physics with the OPERA detector OPERA Coll. Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD CollaboLVAL(ration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 5 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 6 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 7 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 8 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 9 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87. B.73, 5 (2009) A. 685-687 60 10 0,272 60*0,272/10 1,632 10 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 11 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 12 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 13 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;0LVAL4 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 53,181LVAL7NG*810=>2 0:A8< 0;5=B8=>28G @>4. 09.04.1971, A=A "$,   70 2009-201033 C1;8:0F88: 1) 810=>2~.~., C10:>2~.~., !068=0~.~!. 8 !068=~.~. "=87>B@>?8O @5;8:B>2>3> 87;CG5=8O, 8=4CF8@>20==0O B0E8>==K<8 D;C:BC0F8O<8 BQ<=>9 M=5@388." -"$ 135 (2009) 253 (J.Exp.Theor.Phys.108:226-235,2009)   = 0.871*60/4=13.065 2) M.V. Libanov, V. A. Rubakov, O. S. Sazhina and M. V. Sazhin. ``CMB anisotropy induced by tachyonic perturbations of dark energy,'' Phys. Rev. D79 (2009) 083521   = 4.922*30/4=36.915 3) P.Koroteev, M.Libanov, ``Spectra of Field Fluctuations in Braneworld Models with Broken Bulk Lorentz Invariance,'' Phys.Rev.D79 (2009) 045023   = 4.922*30/2=73.83 4) J.M. Frere, M. Libanov and F. S. Ling, ``See-saw neutrino masses and large mixing angles in the vortex background on a sphere,'' JHEP 1009 (2010) 081   = 6.019*30/3=60.19 5) M. Libanov and V. Rubakov, ``Cosmological density perturbations from conformal scalar field: infrared properties and statistical anisotropy,'' JCAP 1011 (2010) 045   = 6.502*30/2=97.53 6) -;5:B@>==K5 ?@5?@8=BK M.~V.~Libanov, V.~A.~Rubakov, O.~S.~Sazhina and M.~V.~Sazhin. 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Rubakov, ``Properties of scalar perturbations generated by conformal scalar field,'' a) arXiv:1012.5737 [hep-th] b) INR-TH-2010-81   = (4*2)/3=2.67 >=D5@5=F88 1) ?C1;8:>20==K9 4>:;04 QUARKS-2010, 16th International Seminar on High Energy Physics Kolomna, Russia, 6-12 June, 2010. 4>:;04 M. Libanov and V. Rubakov, ``Cosmological density perturbations from conformal scalar field,''   = (4*1.5)/2=3 2) ?C1;8:>20==K9 ?@83;0H5==K9 4>:;04 ``Gravity and Cosmology (GC2010)'' Kyoto, Japan, May,24 to July,16, 2010. M. Libanov, S. Mironov, V. Rubakov, ``Properties of scalar perturbations generated by conformal scalar field,''   = (30*1.5)/3=15 C:>2>4AB2> 48?;><=8:>< . 5<:>2 2010 - 10:0;02@ . "8<8@OA>2 2010 - 10:0;02@  =2*10=20 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL :C@A0 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2009-10)  =2(3>40)*3(A5<5AB@0)*8 = 48 !5<8=0@K ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>4 (2009-10)  =2(3>40)*3(A5<5AB@0)*8 = 48 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 3-4 :C@A0 D878G5A:>3> D-B0 #. @>4>;68B5;L=>ABL :C@A0 1 3>4. 0 1 3>40 (2010)  =1(3>4)*2(A5<5AB@0)*8 = 16 ----------------------------------------------------------------   (AC<<0): 450.2 >2KH0NI89 :>MDD8F85=B 70 70I8BC 4>:B>@A:>9 48AA5@B0F88 2 2009 3. @025= 1.5. B>3>  : 1.5*450.2 = 675.3LVAL7NG,0@010=>2 3>@L ><0=>28G, 26.11.1939, A=A -,   70 2009-2010 33 1. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M / / $, 2010, B>< 73,!7, A. 1144 1149.  =0,491*60/8=3,7 2. . . 0@010=>2, . . 57@C:>2, !. . 80=>2A:89, . . >@=>CE>2  !5G5=8O >1@07>20=8O 68Ge ?>4 459AB285< ?@>B>=>2 A M=5@3859 100 M =0 35@<0=852KE <8H5=OE 5AB5AB25==>3> 8 >1>30I5==>3> A>AB020 8 D>= 2 M:A?5@8<5=B0E ?> ?>8A:C 20-@0A?040 76Ge  / / $, 2010, B>< 73,!11, A. 1860 1864  =0,491*60/4=7,4 3. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 4. V. N. Soifer, V. A. Goryachev, D. V. Andreev, I. R. Barabanov, A. P. Borisov, Yu. N. Zhukov, and E. A. Yanovich ,  Methodology of the Experimental Study of the State of Spent Nuclear Fuel on the Bottom of Arctic Seas Oceanology, 2010, Vol. 50, No. 4, pp. 600 612  =0,43x60/7=3,7 5. . . 0@010=>2, . . 5@5A=8:>20, ..0A8;L52, !..C1A0=4>@6852, ..C1A0=4>@6852, .-.OBG8=, ..>;5IC:, ..(091>=>2, .(.028B0H28;8}  AA;54>20=85 01A>;NB=>3> A25B>2>3> 2KE>40 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 "-, ! 6, 2010  =0,314*60/9=2,0 6. I R Barabanov, L B Bezrukov, C M Cattadori, N A Danilov, A di Vacri, Yu S Krilov, L Ioannucci, E A Yanovich, M Aglietta, A Bonardi, GBruno, W Fulgione, E Kemp, A S Malguin, A Porta and M Selvi  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection . Journal of instrumentation 2010, 5, P04001  =2,1*30/6=10,5 7. A.V. Veresnikova, B.K. LubsandorzhLVALiev, I.R. Barabanov, P. Grabmayr, D. Greiner, J. Jochum, M. Knapp, C. Osswald, R.V. Poleshuk, F. Ritter, B.A.M. Shaibonov, Y.E. Vyatchin, and G. Meierhofer  Fast scintillation light from CaMoO4 crystals Nucl. Instr. Methods A603 (2009) 529-531.  =1,181*30/5=7,0 8. Barabanov, L. Bezrukov, E. Demidova, V. Gurentsov, S. Kianovsky, K.T. Knope, V. Kornouhkov, B. Schwingenheuer, and A. Vasenko  Shielding of the GERDA experiment against external background Nucl. Instr. Methods A606 (2009) 790-795.  =1,181*30/7=5,1 9. 4. . . 0@010=>2, . . 5@5A=8:>20, . . C1A0=4>@6852, . . >;5IC:, . . . (091>=>2, . -. OBG8=, . . >@=>CE>2.  AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>4 "-, 2009,!1,AB@.41-45  =0,314*60/7=2,7 10. . . 0@010=>2, .. 5@5A=8:>20, .. C@5=F>2, .. >@=>CE>2.  538AB@0F8O 157=59B@8==>3> 42>9=>3> ,15B0 - @0A?040 100Mo A ?><>ILN AF8=B8;;OF8>==KE :@8AB0;;>2 !0>4  @5?@8=B /- 1238/2009  =4/4=1 11. >28:>20 ./., 0@010=>2 . ., 57@C:>2 .., 5;>CA .., 0=8;>2 .., 830=H8= .%., 20=>2 .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS) . %, 2009, B.54, A.1143-1150.  =0,31*60/8=2,3 12. . .0@010=>2, ./ >28:>20, ..!8=52, ../=>28G AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5, ?@5?@8=B / , 1228/2009, 8N=L 2009. 4/4=1 13. . . 0@010=>2, . . 0=8;>2, .. !. @K;>2, . .. &820475, . . 57@C:>2, . /. >28:>20, . . /=>28G, . . 5<8=0, . 0BB04>@8 (C. Cattadori), . 8 0:@8 (A. Di Vacri)  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O 048>E8<8O, 2009, B. 51, N 3, c. 239 246  =0,537*60/8=4,0 C:>2>4AB2> 0A?8@0=B><  =30 B>3> 83,1LVAL5@5A=8:>20 ==0 0A8;L52=0, 26.08.1980, <=A,   70 2009-2010 33 1. . . 0@010=>2, . . 5@5A=8:>20, ..0A8;L52, !..C1A0=4>@6852, ..C1A0=4>@6852, .-.OBG8=, ..>;5IC:, ..(091>=>2, .(.028B0H28;8}  AA;54>20=85 01A>;NB=>3> A25B>2>3> 2KE>40 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 "-, ! 6, 2010  =0,314*60/9=2,0 2. A.V. Veresnikova, B.K. Lubsandorzhiev, I.R. Barabanov, P. Grabmayr, D. Greiner, J. Jochum, M. Knapp, C. Osswald, R.V. Poleshuk, F. Ritter, B.A.M. Shaibonov, Y.E. Vyatchin, and G. Meierhofer  Fast scintillation light from CaMoO4 crystals Nucl. Instr. Methods A603 (2009) 529-531.  =1,181*30/5=7,0 3. . . 0@010=>2, . . 5@5A=8:>20, . . C1A0=4>@6852, . . >;5IC:, . . . (091>=>2, . -. OBG8=, . . >@=>CE>2.  AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>4 "-, 2009,!1,AB@.41-45  =0,314*60/7=2,7 4. . . 0@010=>2, .. 5@5A=8:>20, .. C@5=F>2, .. >@=>CE>2.  538AB@0F8O 157=59B@8==>3> 42>9=>3> ,15B0 - @0A?040 100Mo A ?><>ILN AF8=B8;;OF8>==KE :@8AB0;;>2 !0>4  @5?@8=B /- 1238/2009  =4/4=1 >;>4>9 A>B@C4=8:  =12,7*2=25,4 B>3> 25,4LVALC@5=F>2 0;5@89 20=>28G, 30.09.1941, =A, -,   70 2009-2010 33 1. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M / / $, 2010, B>< 73,!7, A. 1144 1149.  =0,491*60/8=3,7 3. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 8. Barabanov, L. Bezrukov, E. Demidova, V. Gurentsov, S. Kianovsky, K.T. Knope, V. Kornouhkov, B. Schwingenheuer, and A. Vasenko  Shielding of the GERDA experiment against external background Nucl. Instr. Methods A606 (2009) 790-795.  =1,181*30/7=5,1 10. . . 0@010=>2, .. 5@5A=8:>20, .. C@5=F>2, .. >@=>CE>2.  538AB@0F8O 157=59B@8==>3> 42>9=>3> ,15B0 - @0A?040 100Mo A ?><>ILN AF8=B8;;OF8>==KE :@8AB0;;>2 !0>4  @5?@8=B /- 1238/2009  =4/4=1 C:>2>4AB2> 0A?8@0=B><  =30 B>3> 42,5\LVALl>28:>20 0;8=0 /:>2;52=0, @>4.15.07.1950, =A -,   70 2009-2010 33. 1. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 2. >28:>20 ./., 0@010=>2 . ., 57@C:>2 .., 5;>CA .., 0=8;>2 .., 830=H8= .%., 20=>2 .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS) . %, 2009, B.54, A.1143-1150.  =0,31*60/8=2,3 3. . .0@010=>2, ./ >28:>20, ..!8=52, ../=>28G AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5, ?@5?@8=B / , 1228/2009, 8N=L 2009. 4/4=1 4. . . 0@010=>2, . . 0=8;>2, .. !. @K;>2, . .. &820475, . . 57@C:>2, . /. >28:>20, . . /=>28G, . . 5<8=0, . 0BB04>@8 (C. Cattadori), . 8 0:@8 (A. Di Vacri)  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O 048>E8<8O, 2009, B. 51, N 3, c. 239 246  =0,537*60/8=4,0 5. 0@010=>2 . ., 57@C:>2 .., 0=8;>2 .., 830=H8= .%., CF52 !.., >@30;N: .., >28:>20 ./., 0A5G=8: .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS). 07=>;830=4=K5 :><?;5:AK 4;O A>740=8O MELS , ?@5?@8=B /  1219/2009, <0@B 2009   4/9=0.45 B>3> 10,5LVAL7NG1/=>28G 235=89 ;5:A0=4@>28G, 21.10.1949, =A. -,   70 2009-2010 33 1. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M / / $, 2010, B>< 73,!7, A. 1144 1149.  =0,491*60/8=3,7 2. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 3. V. N. Soifer, V. A. Goryachev, D. V. Andreev, I. R. Barabanov, A. P. Borisov, Yu. N. Zhukov, and E. A. Yanovich ,  Methodology of the Experimental Study of the State of Spent Nuclear Fuel on the Bottom of Arctic Seas Oceanology, 2010, Vol. 50, No. 4, pp. 600 612  =0,43x60/7=3,7 4. I R Barabanov, L B Bezrukov, C M Cattadori, N A Danilov, A di Vacri, Yu S Krilov, L Ioannucci, E A Yanovich, M Aglietta, A Bonardi, GBruno, W Fulgione, E Kemp, A S Malguin, A Porta and M Selvi.  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection . Journal of instrumentation 2010, 5, P04001  =2,1*30/6=10,5 5. >28:>20 ./., 0@010=>2 . ., 57@C:>2 .., 5;>CA .., 0=8;>2 .., 830=H8= .%., 20=>2 .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS) . %, 2009, B.54, A.1143-1150.  =0,31*60/8=2,3 6. . .0@010=>2, ./ >28:>20, ..!8=52, ../=>28G AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5, ?@5?@8=B / , 1228/2009, 8N=L 2009. 4/4=1 7. . . 0@010=>2, . . 0=8;>2, .. !. @K;>2, . .. &820475, . . 57@C:>2, . /. >28:>20, . . /=>28G, . . 5<8=0, . 0BB04>@8 (C. Cattadori), . 8 0:@8< LVALL (A. Di Vacri)  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O 048>E8<8O, 2009, B. 51, N 3, c. 239 246  =0,537*60/8=4,0 8. 0@010=>2 . ., 57@C:>2 .., 0=8;>2 .., 830=H8= .%., CF52 !.., >@30;N: .., >28:>20 ./., 0A5G=8: .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS). 07=>;830=4=K5 :><?;5:AK 4;O A>740=8O MELS , ?@5?@8=B /  1219/2009, <0@B 2009   4/9=0.45 B>3> 28,4M'-RM H C > 9 4 /*|%w rmhc % HB@@? @HHHH<?$ A@@?0@HHHH<?#)C@@? @HHHH<?"N ZC@@? @HHHH<?!cC@@?Z7NGHHHH<? \C@@?,7NGHHHH<?h)܏By@@?,7NGHHHH<? XC@@?@HHHH<?LIB@@?l@HHHH<? /C@@?0K7NGHHHH<? HAC@@?Bp7NGHHHH<? (B@@?@HHHH<?3KC@@?7NGHHHH<?R5D@@?~7NGHHHH<?^C@@?4fw7NGHHHH<? DD@@?}o7NGHHHH<?f{D@@?[i7NGHHHH<?MqB@@?T@hHHHH<? )\C@@?f7NGHHHH<?= C@@?+c7NGHHHH<?$CC@@?2a7NGHHHH<? n C@@?"^7NGHHHH<?U.B@@? [7NGHHHH<?$2A@@?tY7NGHHHH<? cC@@?\+V7NGHHHH<? z.BTCC@@?!S7NGHHHH<? C /n@@@?Q7NGHHHH<? jCTC@@?67M7NGHHHH<? _B@@?K7NGHHHH<?7 тC@@?.(H7NGHHHH<?FB@@? @GHHHH<?33B@@?F7NGHHHH<?B@@?@EHHHH<?r \OC@@?%B7NGHHHH<?"B@@?v@AHHHH<?VHA@@?@AHHHH<?Qz|A@@?@;HHHH<?d3BHB@@??7NGHHHH<?w\B@@?j <7NGHHHH<?(XA@@? @;HHHH<?z|A@@?@7HHHH<?? ̜B@@?(87NGHHHH<?%ffA@@?@7HHHH<?q=xB@@?<37NGHHHH<?|33A@@?07NGHHHH<?LVAL7NG41. =5?>=OB=K9 :>MDD8F85=B 1.5; 2.;5:F88 =0 H:>;5 = 4>:;04, =5 ?@83;0HQ==K9;   &/ -29N74 = 62.06 ================================================= 27/12/2010. ;5:A55=:> 8:B>@ ;048<8@>28G, @>4. 27.12.1945, A=A ,   70 2009-2010 33. C1;8:0F88: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. $878G., B. 73, !5, (2009), A. 647-649.  = 60*0.406*0.1*1.5=3.65 .. 60??C52, .#. C46052,& , ...!B5=L:8= 8 4@./ 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. $878G., B. 73, !5, (2009), A. 642-644.  =60*0.406*0.1*1.5=3.65 .. ;5:A55=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52 ( /). / @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M. // 72. , A5@. $878G., B. 73, 2K?. 5, (2009), A. 609-611.  =60*0.406/7*1.5=5.22 .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2./ !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN. // $878:0 5<;8. !8, (2009), 91-100.  =0.36*60/9=2.4 V.V.Alekseenko, Yu.M.Gavrlyuk, V.V.Kuzminov and Yu.V.Stenkin. Tidal effect in the radon-due neutron flux from the Earth s crust. J. Of Physics: Conference Series. 203, 012045 (2010).  =8/4*1.5=3.0 10-100 TeV cosmic ray anisotropy measured at Baksan EAS 'Carpet' array. V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko . Feb 2009. 5pp. Nucl.Phys.Proc.Suppl.196:179-182,(2009).  =0.875*30/9=2.92 10-100 TeV cosmic ray anisotropy measured at Baksan EAS 'Carpet' array. V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. StepanovLVAL5, V.I. Volchenko. arXiv:0902.2967 [astro-ph.GA], (2009).  =4/9=0.44 Evolution of the cosmic ray anisotropy above 10^{14} eV. By The EAS-TOP Collaboration (M. Aglietta, V.V. Alekseenko et al.). Jan 2009. 4pp. Astrophys.J.Lett.692:L130-L133, (2009).  =7.364*30/10=22.09 Evolution of the cosmic ray anisotropy above 10^{14} eV. By The EAS-TOP Collaboration (M. Aglietta, V.V. Alekseenko et al.), arXiv:0901.2740 [astro-ph]  = 4/10=0.4 >:;04K: Yu.V.Stenkin and V.V.Alekseenko. Tidal effect in the radon-due neutron flux from the Earth s crust. TAUP 2009, Rome (2009). , http://taup2009.lngs.infn.it/slides/jul3/stenkin.pdf  =6/2=3 D.M. Gromushkin, V.V. Alekseenko et al. On thermal neutron concentration near the ground surface. Proc. Of 31st ICRC, Lodz, (2009), rep. # 963.  =6/6*1.5=1.5 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep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zabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. $87., B.73, ! 5, AB@. 642-644, 2009. 0.406*60/10 = 2.436 3) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.406*60/10 = 2.436 4) ..;5:A55=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,  >@@5;OF8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 D070<8 8 A A59A<8G5A:>9 0:B82=>ABLN , $878:0 5<;8, 2009, !8, A.91-100. 0.36*60/9 = 2.4 5) .. ;5:A55=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ..!B5?0=>2, .. '5@=O52.   @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10  100 "M2 =0 <>45@=878@>20==>9 CAB0=>2:5 >2Q@-2 , 72. , A5@. $87., B. 73, !5, A. 609-611, 2009. 0.406*60/7 = 3.48 6) V.V.Alekseenko, Yu.M.Gavrlyuk, V.V.Kuzminov and Yu.V.Stenkin,  Tidal effect in the radon-due neutron flux from the Earth s crust , Journal of Physics: Conference Series, 203 (2010), LVAL012045. 8/4 = 2 7) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , Nucl.Phys.Proc.Suppl.196:179-182,(2009). 0.875*30/9 = 2.92 8) 7) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , arXiv:0902.2967 [astro-ph.GA], (2009). 4/9 = 0.44 9) M. Aglietta, V.V. Alekseenko et al. (The EAS-TOP Collaboration),  Evolution of the cosmic ray anisotropy above 1014 eV , arXiv:0901.2740 [astro-ph], 2009. 4/10 = 0.4 10) M. Aglietta, V.V. Alekseenko et al. (The EAS-TOP Collaboration),  Evolution of the cosmic ray anisotropy above 1014 eV , Astrophys.J.Lett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u.V. Stenkin, V.V. Alekseenko, & , A.L. Tsyabuk et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko,& , A.L. Tsyabuk et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 ... !B5=L:8=, .. ;5:A55=:>,& , .. &O1C: . /5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (.// 31 , >A:20, (2010).  =4/9=0.44 B>3>:   = 9.9LVAL7NG9>:; =0 <564 :>=D 6 0 =5 8, :>@@5:F8O : 5B:>2C ============================== %05@48=>2 08;L !0D>28G @>4. 30.11.1958, A=A !" ,   70 2008-2009 33 C1;8:0F88: .!. 8420=A:89, .!. %05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE, 72. , 2009, B. 73, ! 3, AB@. 419-422.   = 0.406*60/2 = 12.18. .!. 8420=A:89, .!. %05@48=>2, !8;L=K5 20@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , 2009, B. 73, ! 3, AB@. 416-418.   = 0.406*60/2 = 12.18. >:;04K: N.S. Khaerdinov, A.S. Lidvansky, Lightning Effect on Intensity of Secondary Cosmic Rays during Thunderstorms,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 8/2 = 4. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 30/2 = 15. .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -5.   = 6/4 = 1.5. .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -39.   = 6/2 = 3. K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L. E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, 22nd European Cosmic Ray Symposium, Turku, Finland, August 3-6, 2010.   = 8/4 = 2. N.S, Khaerdinov, A.S. Lidvansky, Variations of Cosmic Rays during Thunderstorms, International Workshop  Thunderstorms and Elementary Particles AcceleLVAL:ration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. N.S, Khaerdinov, A.S. Lidvansky, Analysis of Parameters of Bright Events in Variations of Secondary Particles of CosmicRays during Thunderstorms, International Workshop  Thunderstorma and Elementary Particle Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. B>3>:   = 79.86 ": %05@48=>2 08;L !0D>28G, 30.11.1958, :.D.-<.=., A=A ;01. !"   = 78.4 C1;8:0F88: 24.4 1) .!. 8420=A:89, .!. %05@48=>2,  0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE , 72. , 2009, B. 73, ! 3, AB@. 419-422. 0.406*60/2 = 12.18 2) .!. 8420=A:89, .!. %05@48=>2,  !8;L=K5 20@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 , 72. , 2009, B. 73, ! 3, AB@. 416-418. 0.406*60/2 = 12.18 >:;04K: 54.0 1) N.S. Khaerdinov, A.S. Lidvansky, Lightning Effect on Intensity of Secondary Cosmic Rays during Thunderstorms,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009, oral. 6/2 = 3 2) N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009, invited. 30/2 = 15. 3) .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -5. 4*1.5/4 = &LVAL61.5 4) .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -39. 4*1.5/2 = 3 5) K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L. E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, 22nd European Cosmic Ray Symposium, Turku, Finland, August 3-6, 2010. 6/4 = 1.5 6) N.S, Khaerdinov, A.S. Lidvansky, Variations of Cosmic Rays during Thunderstorms, International Workshop  Thunderstorms and Elementary Particles Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010, invited. 30/2 = 15 7) N.S, Khaerdinov, A.S. Lidvansky, Analysis of Parameters of Bright Events in Variations of Secondary Particles of CosmicRays during Thunderstorms, International Workshop  Thunderstorma and Elementary Particle Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010, invited. 30/2 = 15NLVALb` >7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2009-2010 33 !B0BL8: .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20, >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2010, B. 36, ! 6, AB@. 439-444.   = 1.315*60/5 = 15.78. B>3>  : 15.78.!B5?0=>2 ;048<8@ 20=>28G, @>4. 21.01.1935, A=A -,   70 2009-2010 33. C1;8:0F88: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, & .. &O1C: 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. D878G., B. 73, !5, (2009), A. 647-649.  = 60*0.406*0.1*1.5=3.65 .. ;5:A55=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52 ( /). / @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M. // 72. , A5@. D878G., B. 73, 2K?. 5, (2009), A. 609-611.  =60*0.406/7*1.5=5.22 .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2. !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN. // $878:0 5<;8. !8, (2009), 91-100.  =0.36*60/9=2.4 >:;04K: Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev,& V.I. Stepanov et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev,& V.I. Stepanov et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 ... !B5=L:8=, .. ;5:A55=:>,& , .. !B5?0=>2 8 4@. /5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (.// 31 , >A:20, (2010).  =4/9=0.44 B>3>:   = 13.51LVAL7NG=!B5=L:8= .@89 0A8;L528G, @>4. 10.12.1948, A=A -,   70 2009-2010 33. C1;8:0F88: Yu. Stenkin. On the PRISMA project. ArXiv: 0902.0138v1 [Astro-ph.IM]  =4 Yu.V. Stenkin. On the PRISMA project. // Nucl. Phys. B (Proc. Suppl.), v. 196, 2009, p. 293-296.  =0.875*30=26.25 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8= 8 4@. / 538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8. // 72. . !5@8O D878G., B. 73, !3, (2009), A. 425-427.  =60*0.406/5*1.5=7.31 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. D878G., B. 73, !5, (2009), A. 647-649.  = 60*0.406*0.1*1.5=3.65 .. 60??C52, .#. C46052,..., ...!B5=L:8= 8 4@./ 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. D878G., B. 73, !5, (2009), A. 642-644.  =60*0.406*0.1*1.5=3.65 .. ;5:A55=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52 ( /). / @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M. // 72. , A5@. D878G., B. 73, 2K?. 5, (2009), A. 609-611.  =60*0.406/7*1.5=5.22 .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2./ !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN. // $878:0 5<;8. !8, (2009), 91-100.  =0.36*60/9=2.4 Yuri V. Sten kin. LARGE SCINTILLATOR DETECTOR FOR THERMAL NEUTRON RECORDING. In: Nuclear Track Detectors: Design, Methods and Applications ISBN: 978-1-60876-826-4, Editor: Maksim Sidorov and Oleg Ivanov 2010 Nova Science Publishers, Inc., Chapter 10, p. 253-256.  =2*17.19/10=3.56 V.V.Alekseenko, Yu.M.Gavrlyuk, V.V.Kuzminov and Yu.V.Stenkin. Tidal effect in the radon-due neutron flux from the Earth s crust. J. of Physics: Conference Series. 203, 012045 (2010).  =8/4*1.5=3.0 .. @><CH:8=, ... !B5=L:8=, .. %0FC:>2. />=8B>@8@>20LVAL>=85 ?>B>:0 B5?;>2KE =59B@>=>2 A 87?>;L7>20=85< 45B5:B>@>2 =>2>3> B8?0.// @0B:85 A>>1I5=8O ?> D878:5. ". 37, !11, (2010), A. 24-28.  =8/3=2.67 Yuri V. Stenkin. /Why the knee at 100 PeV could not be seen? //ArXiv: 1011.4695v1 [Astro-ph.HE]  =4.0 >:;04K: Yu.V.Stenkin and V.V.Alekseenko. Tidal effect in the radon-due neutron flux from the Earth s crust. TAUP 2009, Rome (2009). , http://taup2009.lngs.infn.it/slides/jul3/stenkin.pdf  =6/2=3 Yu.V. Stenkin. On the PRISMA project. 09:0;LA:0O <564C=0@>4=0O H:>;0-A5<8=0@ ?> D878:5 :>A<8G5A:8E ;CG59 8 0AB@>D878:5 2KA>:8E M=5@389. (Tunka 2009) (?@83;0H5==K9). http://www.api.isu.ru/schoolsite/prog.html  =30 D.M. Gromushkin, V.V. Alekseenko et al. On thermal neutron concentration near the ground surface. Proc. Of 31st ICRC, Lodz, (2009), rep. # 963.  =6/6*1.5=1.5 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 Yuri V. Stenkin. Why the knee at 100 PeV could not be seen? 22d European Cosmic Ray Symposium, Turku (2010)  = 6 D.M. Gromushkin, A.A. Petrukhin, Yu.V. Stenkin and I.I. Yashin./ Study of EAS neutron component temporal structure.// 22d European Cosmic Ray Symposium, Turku (2010)  =6/4=2.5 ... !B5=L:8=, .. ;5:A55=:> 8 4@. /5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (.// 31 , >A:20, (2010).  =4/9=0.44 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8=, .. /H8=. /7CG5=85 2@5<5==>9 AB@C:BC@K =59B@>==>9 :><?>=5=BK (. //31, >A:20 (2010).  =4/4=1.0 ..;5:A55=:>, ..@><CH:8=, ...!B5=L:8=. !@02=8B5;L=K5 87<5@5=8O =075<=KE ?>B>:>2 B5?;>2KE =59B@>=>2 2 ;01>@0B>@8OE  /  8 LNGS(B0;8O). 31, >A:20 (2010).  =4/3=1.33 C:>2>4AB2> 48?;><=8RLVALb:><: .. %0FC:>2, ABC45=B $ (2009-2010)  =10 B>3>:   = 123.28LVAL7NG@ 8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2009-2010 33 C1;8:0F88: .!. 8420=A:89, .!. %05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE, 72. , 2009, B. 73, ! 3, AB@. 419-422.   = 0.406*60/2 = 12.18. .!. 8420=A:89, .!. %05@48=>2, !8;L=K5 20@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , 2009, B. 73, ! 3, AB@. 416-418.   = 0.406*60/2 = 12.18. .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ... !B5=L:8=, .. 5B:>2, .. '5@=O52, .. &O1C:. 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. D878G., B. 73, !5, (2009), c. 63-65.   = 0.406*60/9 = 2.71. .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20, >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2010, B. 36, ! 6, AB@. 439-444.   = 1.315*60/5 = 15.78. >:;04K: N.S. Khaerdinov, A.S. Lidvansky, Lightning Effect on Intensity of Secondary Cosmic Rays during Thunderstorms,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 8/2 = 4. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 30/2 = 15. /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, AA;54>20=85 A5?0@0B@8AAK 4;O <8=8<0;L=>3> ?>@>30 C1530=8O M;5:B@>=>2 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -22.   = 6/2 = 3. .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -5.   = 6/4 = 1.5. .!. 8420=A:LVAL&89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -39.   = 6/2 = 3. K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L. E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, 22nd European Cosmic Ray Symposium, Turku, Finland, August 3-6, 2010.   = 8/4 = 2. N.S, Khaerdinov, A.S. Lidvansky, Variations of Cosmic Rays during Thunderstorms, International Workshop  Thunderstorms and Elementary Particles Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. N.S, Khaerdinov, A.S. Lidvansky, Analysis of Parameters of Bright Events in Variations of Secondary Particles of CosmicRays during Thunderstorms, International Workshop  Thunderstorma and Elementary Particle Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. B>3> 8=48284C0;L=K9   : 101.35 !@54=55   ?> ;01>@0B>@88 386.82/8 = 48.35   702. 01. 101.35*0.5 + 48.35*0.75 = 86.94.rLVAL "C;C?>2 >@8A ;5:A5528G, 06.08.1931, :.D.-<.=, A=A.,   70 2010 3. >=D5@5=F88: 1. B.A.Tulupov, M.H.Urin. The Semimicroscopic Description of the Simplest Photonuclear Reactions with Giant Dipole Resonance Excitation. Proc. of the XII International Seminar on Electromagnetic Interactions of Nuclei EMIN-2009 (Moscow, September 17-20 2009), Moscow 2010, p.101.  =30*1.5./2=22.5 2. B.A.Tulupov, M.H.Urin. On Semimicroscopic Description of Simplest Photonuclear Reactions with Excitation of the Isovector Giant Dipole and Quadrupole Resonances, LX International Conference on Nuclear Physics  NUCLEUS 2010 , July 6-9, Saint-Petersburg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andaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8 J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL (2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.ALVALD.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 10. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.   = 30*2.015/10=4.98 11. R.Di Salvo e.a. Measurement of Sigma beam asymmetry in pi0 photoproduction off the neutron in the second and third resonances region. Eur.Phys.J.A42:151-157,2009.   = 30*2.015/10=6,045 12. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), 2 ?5G0B8.  : 60*0.467/10=2.80 " : 99,03 >=D5@5=F88: 1. ...@8H:8=, . . 5;O52, .. 54>@57>2, .. C4=52, !.!. >48>=>20, A... "C@8=35, $548= .. &8D@>20O @5=B35=>2A:0O 45=A8B><5B@8O. "@C4K <564. >=3@5AA0 ?> <54.D878:5, 2010 1 >A:20.  : 30/7 =4.28 2. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for the GRAAL Collaboration. New GRAAL data on nucleon photoabsorption in the nucleon resonance energy region. Book of abstracts of the XX Int.Baldin Sem.on High Energy Physics Problems. (Baldin ISHEPP XX) Dubna, October 2010, p.75.  : 30/3 =10.0 6. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for GRAAL Collaboration. Modification of nucleons in nuclear medium in accordance with new experimental GRAAL data on total photoabsorption cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 72.  : 30*/3 =10.0 7. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 8. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turing LVAL& e for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 9. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 30/6 =5,0 2. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009. ;5=0@=K9 4>:;04.  : 30/6=5.00 " : 46,28 " 145,31LVAL!>@>:8= .@89 20=>28G, @>4. 1939 3. =A $/ .   73,8 C1;8:0F88: ...!>@>:8=. @5>1@07>20=85 0975=15@30, =5>1@0B8<>ABL 2@5<5=8 8 1>@=>2A:>5 ?@81;865=85. .  A5@.D87. 2 ?5G0B8. 0,277*60/1*1,5=24,9. ...!>@>:8= @>?030B>@ $59=<0=0 4;O G0AB8FK 2 ?>AB>O==>< >4=>@>4=>< M;5:B@><03=8B=>< ?>;5. 725AB8O , A5@. $87.  ?5G0B8. 0.277*60/1*1.5=24,93   49,8 >=D5@5=F88 Yu.I.Sorokin. Feinman propagator for particle in magnetic field. >:;04 =0 564C=0@>4=>< A5<8=0@5  EMIN-2009 . 6/1=6. ...!>@>:8=. @5>1@07>20=85 0975=15@30, =5>1@0B8<>ABL 2@5<5=8 8 1>@=>2A:>5 ?@81;865=85. >:;04 =0 564C=0@>4=>9 :>=D. /4@>-2009. '51>:A0@K, 15-19 8N=O 2009 3. 6/1=6. ...!>@>:8=. @>?030B>@ $59=<0=0 4;O G0AB8FK 2 ?>AB>O==>< >4=>@>4=>< M;5:B@><03=8B=>< ?>;5. >:;04 =0 564C=0@>4=>9 :>=D. /4@>-2010. !1, 2010 6/1=6 $59=<0=>2A:0O :20=B>20O <5E0=8:0, @048CA M;5:B@>=0 8 @07<5@ A5;5==>9. >:;04 =0 A5<8=0@5 ?0<OB8 -..!>A=>2F0 8 !..C7=5F>20. 02.06.2010, /$ #. 6/1=6   24 !C<<.  : 73,8bLVAL7NGr!>;>4CE>2 5==0489 0A8;L528G @>4. 19.11.1935, 702. A5:B. $/ . C1;8:0F88: 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 (?@8 M=5@38OE M;5:B@>=>2 0,5 - 4 M) <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O. "-, 2010, ! 3,A.55-60 0.226*60/7=1.93 !.!. 5@18F:89, .. 0?8:, .. 54>@57>2, .. CA0:>2, .. !>;>4CE>2, .. "C@8=35. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. . 725AB8O  A5@. $87., 2 ?5G0B8. 0.277*60/6*1.5=4.15 .. @><>2, .. 5AB5@>2, !.. 8@:>2A:89, .. !>;>4CE>2, .. "@CA>20. =B5=A8D8:0F8O E8<8G5A:8E @50:F89 2 2>4=KE@0AB2>@0E ?>4 2>7459AB285< >1;CG5=8O ?CG:>< CA:>@5==KE M;5:B@>=>2. 725AB8O  A5@. $87., 2010, 2 ?5G0B8 0,277*60/5*1,5=4,99 .. @><>2, .. 0A8;L52, .. !>;>4CE>2. 0B5<0B8G5A:>5 <>45;8@>20=85 D>:CA8@>2:8 2 @07@57=>< <8:@>B@>=5 =0 50 M A >3@0=8G5==K< G8A;>< >@18B. B><=0O M=5@38O, 2 ?5G0B8. 8/3 = 2,66   13,73 >=D5@5=F88: !.!. 5@18F:891, .. 0?8:2, .. 54>@57>22, .. CA0:>22, .. !>;>4CE>22, .. "C@8=352. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2010, !1, 2010. 30/6=5 .. @><>2, .. 5AB5@>2, !.. 8@:>2A:89, .. !>;>4CE>2, .."@CA>20. =B5=A8D8:0F8O E8<8G5A:8E @50:F89 2 2>4=KE @0AB2>@0E ?>4 2>7459AB285< >1;CG5=8O ?CG:>< CA:>@5==KE M;5:B@>=>2. "578AK 8 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2009. '51>:A0@K, 15-19 8N=O 2009 3. 30/5=6.   11 @5?@8=BK: :A5=>20 ".. 0?8: .., CA0:>2 .., !>;>4CE>2 ..// #?@02;5=85 :>MDD8F85=B>< CA8;5=8O $-# 4;O @01>BK CA;>28OE 8<?C;LA=>9 703@C7:8. @5?@8=B /  1221/2009 2009 3., 1-8 740B5;LAB2> / , >A:20. 4/4=1   1   ;8G=. 25.73. !>@>:8= 73,8 68;02O= 142,04 C4=52 147,511   @C:>2>48B5;O: 25,73*0,5 + (25,73+73,8+142,04+147,511)*0,75/4 = 85,6LVAL  70 2009-2010 33. CA0:>2 @BC@ ;048<8@>28G, 25.11.1964, <.=.A. 1. N.Severijns,& , G.M.Gurevich,& , A.V.Rusakov e.a. Hyperfine field of einsteinium in iron and nuclear magnetic moment of 254Es. PHYSICAL REVIEW C 79, 064322 (2009) 3.610*30/10=10.83H"10.8 2. !.!.5@18F:89, ..;0B:89, ..0?8:, .!. 0B=5@, .. CA0:>2, .."8:0=>2, .."C;C?>2, ..&5;51@>2A:89. AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 (,n) =0 O4@0E 52Cr 8 51V. /45@=0O D878:0, 2009, B>< 72,!3. 0.914*60/8=6.86H"6.9 3. S.S.Verbitsky,..., A.M.Lapik, A.V.Rusakov e.a. Pulse shape discrimination of the particles with energies 50 keV  4 MeV by the method of crossing the zero level. Instruments and Experimental Techniques 3.1 (2010). 8/9H"0.9 4. !.!.5@18F:89, & , ..0?8:, .. CA0:>2 8 4@. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 ?@8 M=5@38OE M;5:B@>=>2 50 :M  4 M <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O.   +  "% -! ", 2010, ! 3 8/9H"0.9 5. !.!.5@18F:89, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."C@8=35. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. 725AB8O , A5@. $87., 2 ?5G0B8. 0.277*60/6*1.5 H" 4.2 6. !.!.5@18F:89, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."C@8=35. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2010. !1. 2010. 30/6 = 5 C:>2>4AB2> ABC45=B0<8-48?;><=8:0<8 (A>2<5AB=> A 54>@57>2K< ..) >@H:>2 8E08; 8:>;0528G, #, 2009, 2010. 2*10/2 = 10 '5B25@B:>2 8E08; ;5:A0=4@>28G, #, 2009, 2010. 2*10/2 = 10 B>3> 49.7LVAL7NGI C4=52 8:>;09 OG5A;02>28G , @>4 18.12.1972, <=A, $/ ,   70 2009  2010 33. = 147,511 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8 J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL (2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.  Measurement of beam-recoil observables and the reactioLVALJn asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 10. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.   = 30*2.015/10=4.98 11. R.Di Salvo e.a. Measurement of Sigma beam asymmetry in pi0 photoproduction off the neutron in the second and third resonances region. Eur.Phys.J.A42:151-157,2009.   = 30*2.015/10=6,045 12. A. S. Ignatov, A. N. Mushkarenkov, and V. G. Nedorezov. Eta-Meson Photoproduction on Protons, Neutrons, and Light Nuclei in the Nucleon-Resonance Region. Physics of Atomic Nuclei, 2009, Vol. 72, No. 10, pp. 1773-1780  : 30*0,467/10=1,40 13. . !. 3=0B>2, . . CH:0@5=:>2, . . 54>@57>2, $>B>@>645=85 MB0-<57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2, /$ , 2009, B>< 72, ! 10, A. 1831-1838  : 60*0.467/10=2.80 14. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), 2 ?5G0B8.  : 60*0.467/10=2.80 " : 103,23 >=D5@5=F88: 1. ...@8H:8=, . . 5;O52, .. 54>@57>2, .. C4=52, !.!. >48>=>20, A... "C@8=35, $548= .. &8D@>20O @5=B35=>2A:0O 45=A8B><5B@8O. "@C4K <564. >=3@5AA0 ?> <54.D878:5, 2010 1 >A:20.  : 30/7 =4.28 2. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for the GRAAL Collaboration. New GRAAL data on nucleon photoabsorption in the nucleon resonance energy region. Book of abstracts of the XX Int.Baldin Sem.on High Energy Physics Problems. (Baldin ISHEPP XX) Dubna, October 2010, p.75.  : 30/3 =10.0 3. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for GRAAL Collaboration. Modification of nucleons in nuclear medium in accordance with new experimental GRAAL data on total photoabsorption cross sections , Book of abstracts of the 60  th LVALInt. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 72.  : 30*/3 =10.0 4. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 5. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 6. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Proc.of the Int.Seminar EMIN-2009. ;5=0@=K9 4>:;04.  : 30/10=3.00 7. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009. ;5=0@=K9 4>:;04.  : 30/6=5.00 " : 44,28 " 147,511LVAL7NGL>;>=A:89 =4@59 5>=84>28G, @>4. 09.1956, =.A. $/ . C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E V.L. Kashevarov, , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Photoproduction of 0 on protons and the (1700)D33-resonance. Eur. Phys. J A 42 (2009) 141 1.968*30*0.1=5.904 M. Unverzagt, , , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Determination of the Dalitz plot parameter  for the decay. Eur. Phys. J. A 39 (2009) 169 1.968*30*0.1=5.904 J. Ahrens,& , R. Kondratiev,& , V. Lisin,& Helicity dependence of the total inclusive cross section on the deuteron. Phys. Lett. B 672 (2009) 328-332 5.083*30*0.1=15.249 S. Prakhov, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Measurement of the slope parameter  for the  ! 30 decay with the Crystal Ball detector at the Mainz Microtron (MAMI-C). Phys. Rev. C 79, 035204 (2009) 3.477*30*0.1=10.431 A. Starostin, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Search for the charge-conjugation-forbidden decay  ! 0. Phys. Rev. C 79, 065201 (2009) 3.477*30*0.1=10.431 D. Krambrich, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Beam-Helicity Asymmetries in Double Pion Photoproduction off the Proton. Phys. Rev. Lett. 103, 052002 (2009) 7.328*30*0.1=21.984 V.L. Kashevarov, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & First measurement of the circular beam asymmetry in the p!0p reaction. Phys. Lett. B 693 (2010) 551 554 5.083*30*0.1=15.249 S. Schumann,& , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Radiative 0 photoproduction on protons in the +(1232) region. Eur. Phys. J. A 43 (2010) 269 1.968*30*0.1=5.904 E.F. McNicoll, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Experimental study of the  p ! p reaction with the Crystal Ball detector at the Mainz Microtron (MAMI-C). Phys. Rev. C 82 (2010) (2010) 035208 3.477*30*0.1=10.431   101.487 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics 6LVALFConference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Bochum, 16-20 <0@B0 2009, http://www.dpg-verhandlungen.de/2009/bochum/index.html 1) HK 24.3: Topics in Meson Photoproduction with Crystal Ball/TAPS at MAMI 2) HK 24.5: Photoproduction of -mesons off the deuteron 3) HK 34.5: Photoproduction of pion pairs off 7Li 4) HK 34.6: Radiative pion photoproduction in the region of the Delta(1232) resonance 5) HK 46.2: Helicity asymmetries in double pion photoproduction off deuterium 6) HK 46.7: Use of the coherent 12C(, 0) reaction to measure photon polarisation 7) HK 56.5: Neutral decays of the -meson at MAMI 8) HK 57.7:  photoproduction on 3He : Search for -mesic nuclei 9) HK 62.4: Status of the endpoint tagger at the CB experiment 10) HK 81.7: The GDH Experiment on the Deuteron at MAMI Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 11)HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 12)HK 7.5 First double polarized photoproduction on a 3He target at MAMI 13)HK 7.8 Construction and test of a transverse superconducting holding magnet 14)HK 10.1 FPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 15) HK 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 16) HK 17.5 In-Medium Modifikationen des -Mesons 17) HK 26.5  Photoproduction off 3He 18) HK 26.6  photoproduction off 3He : Search for -mesic nuclei 19) HK 52.2 Recent results from the Crystal Ball at MAMI experiment 20) HK 52.3 Strahlungsbegleitete 0-Photoproduktion im Bereich der +(1232)-Resonanz 21) HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 22) HK 54.2  und  Physik mit dem Crystal Ball an MAMI   6*0.1*22=13.2   ;8G=. 101.487+13.2=114.687LVAL7NGN 54>@57>2 ;048<8@ 5>@38528G @>4 13.09.1946, 702. 01, $/ ,   70 2008  2009 33. = 285,17   @C:>2>48B5;O=275,5*0.5 + 80,47*0,75= 137,75 + 60,35 = 198,10 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8 J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL (2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, ALVALO.A.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 10. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.   = 30*2.015/10=4.98 11. R.Di Salvo e.a. Measurement of Sigma beam asymmetry in pi0 photoproduction off the neutron in the second and third resonances region. Eur.Phys.J.A42:151-157,2009.   = 30*2.015/10=6,045 12. A. S. Ignatov, A. N. Mushkarenkov, and V. G. Nedorezov. Eta-Meson Photoproduction on Protons, Neutrons, and Light Nuclei in the Nucleon-Resonance Region. Physics of Atomic Nuclei, 2009, Vol. 72, No. 10, pp. 1773-1780  : 30*0,467/10=1,40 13. . !. 3=0B>2, . . CH:0@5=:>2, . . 54>@57>2, $>B>@>645=85 MB0-<57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2, /$ , 2009, B>< 72, ! 10, A. 1831-1838  : 60*0.467/10=2.80 14. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), 2 ?5G0B8.  : 60*0.467/10=2.80 " : 103,23 >=D5@5=F88: 1. ...@8H:8=, . . 5;O52, .. 54>@57>2, .. C4=52, !.!. >48>=>20, A... "C@8=35, $548= .. &8D@>20O @5=B35=>2A:0O 45=A8B><5B@8O. "@C4K <564. >=3@5AA0 ?> <54.D878:5, 2010 1 >A:20.  : 30/7 =4.28 2. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for the GRAAL Collaboration. New GRAAL data on nucleon photoabsorption in the nucleon resonance energy region. Book of abstracts of the XX Int.Baldin Sem.on High Energy Physics Problems. (Baldin ISHEPP XX) Dubna, October 2010, p.75.  : 30/3 =10.0 6. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for GRAAL Collaboration. Modification of nucleons in nuclear medium in accordance with new experimental GRAAL data on toLVALPtal photoabsorption cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 72.  : 30*/3 =10.0 7. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 8. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 9. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 30/6 =5,0 1. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Proc.of the Int.Seminar EMIN-2009. ;5=0@=K9 4>:;04.  : 30/10=3.00 2. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009. ;5=0@=K9 4>:;04.  : 30/6=5.00 3. 6. .!.3=0B>2, ..CH:0@5=:>2, ..54>@57>2 >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 :2078A2>1>4=KE =C:;>=0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2. /   2009, '51>:A0@K. ;5=0@=K9 4>:;04.  : 30/3=10.00 4. ..54>@57>2. >2K5 @57C;LB0BK 2 D878:5 M;5:B@><03=8B=KE 2708<>459AB289 O45@. ;5=0@=K9 4>:;04 =0 A5AA88 /$ , - "-$.  : 20/1=20.00 5. .!.3=0B>2, ..54>@57>2.$>B>@>645=85 MB0-<57>=>2 =0 O4@0E: =>2K5 <5B>4K. '5@5=:>2A:85 GB5=8O. ;5=0@=K9 4>:;04 $ (2009).  : 20/2=10.00 6. ..54>@57>2. !@02=5=85 D>B>O45@=KE @50:F89 ?>4 459AB285< @50;L=KE 8 28@BC0;L=KE D>B>=>2. ;5=0@=K9 4>:;04. %  2009 , /.  : 20/1=20.00 " : nLVAL~109,28 #G.?>A>185. ..CH:0@5=:>2, ..54>@57>2. -;5:B@><03=8B=K5 2708<>459AB28O O45@. 74. #, 11 @54.874. ;8AB>2. 2010   = 11 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 C:>2>4AB2> 0A?8@0=B0<8 : 5;>CA>2 =B>= .@L528G 2010   = 30 " 30 C:>2>4AB2> ABC45=B0<8  48?;><=8:0<8 (A>2<5AB=> A CA0:>2K< ..): >@H:>2 8E08; 8:>;0528G, #, 2009, 2010   = 20/2 = 10 '5B25@B:>2 8E08; ;5:A0=4@>28G , #, 2009, 2010 ,  = 20/2 = 10 "82:>2 0A8;89 # , 2010   = 10 B>3> 30 C@A ;5:F89 4;O ABC45=B>2 4-3> :C@A0 (1 A5<5AB@ (50 G0A>2) 2 3>4C =0 $87D0:5 #) 2009 -;5:B@><03=8B=K5 2708<>459AB28O O45@ , 4>@01>B:0   = 8 !5<8=0@A:85 70=OB8O 2009 :><?LNB5@=K5 <5B>4K >1@01>B:8 M:A?5@8<5=B0;L=KE 40==KE   = 8 " 299,5   54>@57>2 ;048<8@ 5>@38528G, @>4 13.09.1946, 4.D.-<.=, ?@>D., 702. 01, =285,17   @C:>2>48B5;O = 0.5*299,5 + 0.75*84,25 = 149,75 + 63,19 = 212,94LVAL7NGRI.I c0 2009-2010 aa. Iooea.aiei2 Aeaenaia@ IeeieaaaeG 19.12.1980, eoii, in, EO.. Noaoue a .aoa.e.oaiuo ca.oaa.iuo .o.iaeao: 1. A. Lleres, ..., A. Ignatov, A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction p K+.., Eur. Phys. J. A 39:149-161, 2009; ! I.IA: 2.015*30/10 = 6.045 2. G.Mandaglio, ..., A. Ignatov, A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge (32 authors), .Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers.; Radiation effects and Defects in solids, vol.164, n.5-6, (2009) 325-329. I.IA: 30*2.015/10 = 4.98 3. R. Di Salvo, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .Measurement of . beam asymmetry in 0 photoproduction off the neutron in the second and third resonances region., Eur. Phys. J. A 42: 151-157, 2009; I.IA: 2.015*30/10 = 6.045 4. A. Mushkarenkov for the GRAAL collaboration, .Photoproduction of 0+ on the proton and deuteron at E. = 0.7  1.5 GeV., Int. J. of Mod. Phys. E, Vol. 19, Issues 5-6, pp. 1197-1204, 2010; I.IA: 30*0.497*0.7/10 = 1.44 5. G.Mandaglio, ..., A. Ignatov, A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge (32 authors), .Beam asymmetry . measurements on the . photoproduction off neutrons., Phys.Rev.C82:045209,2010; I.IA: 30*3.477/10 = 10.431 6. V. Kashevarov, ..., A. Mushkarenkov, et al. (>10 authors), .First measurement of the circular beam asymmetry in the gamma p  > pi0 eta p reaction., Phys.Lett.B693:551554, 2010; I.IA: 30*5.083/10 = 15.249 7. E.F. McNicoll, ..., A. Mushkarenkov, et al. (>10 authors), .Study of the p > p reaction with the Crystal Ball detector at the Mainz Microtron(MAMI-C)., Phys.Rev.C82:035208,2010. I.IA: 30*3.477/10 = 10.431 Noaoue a .aoa.e.oaiuo .inneeneeo .o.iaeao: 1. A. N. Eaiaoia, A. I. Iooea.aieia, A. A. Iaai.acLVAL ia, .Oioi.i.aaiea yoa-iaciiia ia i.ioiiao, iaeo.iiao e eaaeeo ya.ao a iaeanoe ioeeiiiuo .aciiainia, .aa.iay 1 oeceea, 2009, oii 72, no. 10, n. 1831-1838; I.IA: 60*0.467/10 = 2.80 2. A.N. Eaiaoia, A.I. Iooea.aieia, A.A. Iaai.acia, .Oioi.i.aaiea ia. 0+ ia i.i oiia e aaeo.iia., Ecaanoey .AI; Na.ey oece.aneay, oii 73, no. 6, c.750a 2009; I.IA: 0.277*60/3 = 5.54 3. I. .oaiaa, A. Eaiaoia, A. Eaiee, A. Iooea.aieia, A. Iaai.acia, A. Oo.eiaa, .Iie iia na.aiea oioiiiaeiuaiey ia e.aeeo ya.ao a iaeanoe yia.aee 600 1500 IyA., .aa.iay oeceea, 2010, oii 73, no. 8, n. 1514-1518; I.IA: 60*0.467/6 = 4.67 Aieeaau ia ia.aoia.iaiuo eiioa.aioeyo: 1. A. Mushkarenkov for GRAAL collaboration, .Photoproduction of 0+ on the proton and deuteron at E = 0.7  1.5 GeV., International Conference of Nuclear Physics at Messina(Italy), 5-9 October 2009; I.IA: 6*1.5/10 = 0.9 O.aaiia iiniaea: 1. A.A. Iaai.acia, A.I. Iooea.aieia, .Yeaeo.iiaaieoiua acaeiiaaenoaey yaa.., Iineaa, Oieaa.neoaoneay eieaa, 2010, ISBN 978-5-91304-143-2. I.IA: 10*2/2 = 10 EOIAI: I.I = 78.572 (0.1 AB02:8 = 7.8572)LVAL7NGT8A8= 0;5@89 02;>28G, @>4. 24.08.1947, 702. A5:B. $/ . C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2009  2010 33. V.L. Kashevarov, , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Photoproduction of 0 on protons and the (1700)D33-resonance. Eur. Phys. J A 42 (2009) 141 1.968*30*0.1=5.904 M. Unverzagt, , , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Determination of the Dalitz plot parameter  for the decay. Eur. Phys. J. A 39 (2009) 169 1.968*30*0.1=5.904 J. Ahrens,& , R. Kondratiev,& , V. Lisin,& Helicity dependence of the total inclusive cross section on the deuteron. Phys. Lett. B 672 (2009) 328-332 5.083*30*0.1=15.249 S. Prakhov, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Measurement of the slope parameter  for the  ! 30 decay with the Crystal Ball detector at the Mainz Microtron (MAMI-C). Phys. Rev. C 79, 035204 (2009) 3.477*30*0.1=10.431 A. Starostin, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Search for the charge-conjugation-forbidden decay  ! 0. Phys. Rev. C 79, 065201 (2009) 3.477*30*0.1=10.431 D. Krambrich, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Beam-Helicity Asymmetries in Double Pion Photoproduction off the Proton. Phys. Rev. Lett. 103, 052002 (2009) 7.328*30*0.1=21.984 V.L. Kashevarov, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & First measurement of the circular beam asymmetry in the p!0p reaction. Phys. Lett. B 693 (2010) 551 554 5.083*30*0.1=15.249 J. Ahrens, & , R. Kondratiev, & , V. Lisin,& Helicity dependence of the d ! NN reactions in the -resonance region. Eur. Phys. J. A 44 (2010) 189 201. 1.968*30*0.1=5.904 S. Schumann,& , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Radiative 0 photoproduction on protons in the +(1232) region. Eur. Phys. J. A 43 (2010) 269 1.968*30*0.1=5.904 E.F. McNicoll, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Experimental study of the  p ! p reaction with the Crystal Ball detector at the Mainz Microtron (MAMI-C). Phys. Rev. C 82 (2010) (2010) 035208 3.477*30*0.1=10.LVALU431   107.391 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Bochum, 16-20 <0@B0 2009, http://www.dpg-verhandlungen.de/2009/bochum/index.html 1) HK 24.3: Topics in Meson Photoproduction with Crystal Ball/TAPS at MAMI 2) HK 24.5: Photoproduction of -mesons off the deuteron 3) HK 34.5: Photoproduction of pion pairs off 7Li 4) HK 34.6: Radiative pion photoproduction in the region of the Delta(1232) resonance 5) HK 46.2: Helicity asymmetries in double pion photoproduction off deuterium 6) HK 46.7: Use of the coherent 12C(, 0) reaction to measure photon polarisation 7) HK 56.5: Neutral decays of the -meson at MAMI 8) HK 57.7:  photoproduction on 3He : Search for -mesic nuclei 9) HK 62.4: Status of the endpoint tagger at the CB experiment 10) HK 81.7: The GDH Experiment on the Deuteron at MAMI Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 11)HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 12)HK 7.5 First double polarized photoproduction on a 3He target at MAMI 13)HK 7.8 Construction and test of a transverse superconducting holding magnet 14)HK 10.1 FPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 15) HK 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 16) HK 17.5 In-Medium Modifikationen des -Mesons 17) HK 26.5  Photoproduction off 3He 18) HK 26.6  photoproduction off 3He : Search for -mesic nuclei 19) HK 52.2 Recent results from the Crystal Ball at MAMI experiment 20) HK 52.3 Strahlungsbegleitete 0-Photoproduktion im Bereich der +(1232)-Resonanz 21) HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 22) HK 54.2  und  Physik mit dem Crystal Ball an MAMI   6*0.1*LVAL22=13.2   ;8G=. 107.391+13.2=120.591 >=4@0BL52 120.591 >;>=A:89 114.687   @C:>2>48B5;O: 120.591*0.5+(120.591+120.591+114.687)/3*0.75=149.263LVAL7NGW 0?8: ;5:A0=4@ 8E09;>28G @>4 28.05.1953, =A,   70 2009  2010 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8 J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL (2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrLVALXical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.   = 30*2.015/10=4.98 10.R. Di Salvo, & Lapik, A.N. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge, 5.0. Measurement of beam asymmetry in pi photoproduction off the neutron in the second and third resonances region. Eur. Phys. J. A 42, 151-157 (2009)  :30*2.015/10=6,045 11. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Int.J. of Mod.Phys. (2009) in press. :30*0.982*0.7/10=6.28 12. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329 :30*2.015/10=4.98 13.A.Lleres, A.D.Angelo, , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. neasurement of beam-recoil observables and the reaction asymmetry 0 Eur.Phys.J. A39 (2009) 149 :30*2.015/10=6,045 14. !.!.5@18F:89, .....0?8:, .. CA0:>2, .."C;C?>2,... AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 (g,n) =0 O4@0E 52Cr, 51V. /45@=0O D878:0, 2009, B>< 72, #3  :0.914*60/8=6.9 15. S.S.Verbitsky,..., A.M.Lapik, A.V.Rusakov e.a. Pulse shape discrimination of the particles with energies 50 keV  4 MeV by the method of crossing the zero level. Instruments and Experimental Techniques 3.1 (2010). 8/9H"0.9 16. !.!.5@18F:89, & , ..0?8:, .. CA0:>2 8 4@.$LKIJP LMP KIG LPJMPJJE INL K  JGKEO  GMKJ 50  "  4 , " IGMFI KGELMKP KGIGJ GKGLGGJ LEJI JNGE NKJ.  P Q I A O Q \  I  S E V N I K @  ^ K R P E Q I M E N S @, 2010, !  3 8/9H"0.9 17. !.!.5@18F:89, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."C@8=35. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8E`LVALpAO <0B5@80;>2. 725AB8O , A5@. $87., 2 ?5G0B8. 0.277*60/6*1.5 H" 4.2 " : 120.39 >=D5@5=F88: 18. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 19. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 20. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 30/6 =5,0 21. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Proc.of the Int.Seminar EMIN-2009  :30/10=3.00 28. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009 , in press.  :30/10=3.00 " : 23 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 " 143.39LVAL7NGZ 0AGQB   70 2009-2010 33. $ : C7=5F>2 OG5A;02 ;5:A0=4@>28G B45; : $/ , A5:B>@ -$" >;6=>ABL: =0CG=K9 A>B@C4=8: (0.1 AB02:8) !B5?5=L: =5B 1. !B0BL8 2 <564C=0@>4=KE @5D5@8@C5<KE 6C@=0;0E 1. A.Ni et al., (9 co-authors) ``Time-of-Flight Resolution of the CTOF@CLAS12 prototype Counter equipped with magnetic-resistant fine-mesh photomultipliers Journal of Instrumentation, JINST 5 P11001 (2010).  : 30*2.102/9=7.00 2. V.Kuznetsov et al, (7 co-authors) ``Comparison of the time resolution of a fine-mesh (HP R7761-70) to a standard linear (HP R2083) photomultiplier Nuclear Instr. & Meth. A 621, 184 (2010)  : 30*1.317/7=5.64 3 . V.Kuznetsov et al, (9 co-authors) ``Time-of  Flight Resolution of a Scintillation Counter equipped with Magnetic-resistant fine-mesh R7761-70 photomultipliers Journal of Korean Physics Society 55, 448 (2009)  : 30*0.807/9=2.69 4. A.Lleres et al. , the GRAAL Collaboration, (42 co-authors), ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Eur. Phys. J. 39, 149(2009)  : 30*2.015 /42=6.05 2. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 7. V.Kuznetsov et al., (20 co-authors) ``Evidence for Narrow N_(1685) Resonance in Quasifree Compton Scattering on the Neutron arXiv:1003.4585 [hep-ex]  : 4/22=0.4 8. V.Kuznetsov et al., (6 co-authors), ``Test Measurements of Prototype Counters for CLAS12 Central Time-of-Flight System using 45-MeV protons. arXiv:0905.4109 [physics.ins-det]  : 4/6=0.66 9. A.Lleres et al., (GRAAL Collaboration) (38 co-authors) ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Arxiv:nucl-ex/0807.3839  : 4/38=0.4 6. >:;04K =0 564C=0@>4=KE >=D5@5=F8OE 1. V.Kuznetsov ``Evidence for Narrow N*(1685) Resonance @83;0H5==K9 ?0`LVALp@0;;5;L=K9 4>:;04 =0 564C=0@>4=>9 >=D5@5=F88 ?> AB@C:BC@5 10@8>=>2 BARYONS 10 , Dec. 7-11, 2010, Osaka, Japan. http://www.rcnp.osaka-u.ac.jp/~baryons/home.html   6/1=6 2. V.Kuznetsov, M.Polyakov, `` Evidence for Narrow N*(1685) Resonance Invited talk at the Int. Conference Excited QCD 2010 31 January-6 February 2010- Tatra National Park (Slovakia), http://th.physik.uni-frankfurt.de/~excitedqcd/2010.html ?C1;8:>20=> 2 "@C40E >=D5@5=F88 V.Kuznetsov, M.Polyakov `` A Case for Narrow Nucleon Excitation N(1685) Proceeding of the International Conference ``Excited QCD Tatranska Lomniza, Slovakia, January 31  February 6 2010. Acta Physica Polonica B Proceeding Suppl. 1015 (2010)   30*1.5/2=22.5 3. V.Kuznetsov ``Evidence for Narrow N(1685) Resonance: Open questions and new results from GRAAL , @83;0H5==K9 >:;04 =0 564C=0@>4=>9 >=D5@5=F88 ``Narrow Nucleon Resonances: Predictions, Evidences, Perspectives , June 8-10 2009, Edinburgh, Scotland, http://2009physicsevents.org   30/1=30 4. V.Kuznetsov ``Search for N(1685) in Real Compton Scattering on the Neutron: First Results @83;0H5==K9 >:;04 =0 564C=0@>4=>9 >=D5@5=F88 ``Narrow Nucleon Resonances: Predictions, Evidences, Perspectives , June 8-10 2009, Edinburgh, Scotland, http://2009physicsevents.org   30/1=30 B>3>2K9  : 7+5.64+2.9+6.05+0.4+0.66+0.4+6+22.5+30+30=111.34 0.1 AB02:8 - 11,134LVAL7NG\>=4@0BL52 C4>;LD 5>=84>28G 19.10.1940, A.=.A. $/ . C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2009  2010 33. V.L. Kashevarov, , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Photoproduction of 0 on protons and the (1700)D33-resonance. Eur. Phys. J A 42 (2009) 141 1.968*30*0.1=5.904 M. Unverzagt, , , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Determination of the Dalitz plot parameter  for the decay. Eur. Phys. J. A 39 (2009) 169 1.968*30*0.1=5.904 J. Ahrens,& , R. Kondratiev,& , V. Lisin,& Helicity dependence of the total inclusive cross section on the deuteron. Phys. Lett. B 672 (2009) 328-332 5.083*30*0.1=15.249 S. Prakhov, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Measurement of the slope parameter  for the  ! 30 decay with the Crystal Ball detector at the Mainz Microtron (MAMI-C). Phys. Rev. C 79, 035204 (2009) 3.477*30*0.1=10.431 A. Starostin, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Search for the charge-conjugation-forbidden decay  ! 0. Phys. Rev. C 79, 065201 (2009) 3.477*30*0.1=10.431 D. Krambrich, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Beam-Helicity Asymmetries in Double Pion Photoproduction off the Proton. Phys. Rev. Lett. 103, 052002 (2009) 7.328*30*0.1=21.984 V.L. Kashevarov, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & First measurement of the circular beam asymmetry in the p!0p reaction. Phys. Lett. B 693 (2010) 551 554 5.083*30*0.1=15.249 J. Ahrens, & , R. Kondratiev, & , V. Lisin,& Helicity dependence of the d ! NN reactions in the -resonance region. Eur. Phys. J. A 44 (2010) 189 201. 1.968*30*0.1=5.904 S. Schumann,& , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Radiative 0 photoproduction on protons in the +(1232) region. Eur. Phys. J. A 43 (2010) 269 1.968*30*0.1=5.904 E.F. McNicoll, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Experimental study of the  p ! p reaction with the Crystal Ball detector at the Mainz Microtron (MAMI-C). Phys. Rev. C 82 (2010) (2010) 035208 3.477*30*0.1=10.431 LVAL]   107.391 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Bochum, 16-20 <0@B0 2009, http://www.dpg-verhandlungen.de/2009/bochum/index.html 1) HK 24.3: Topics in Meson Photoproduction with Crystal Ball/TAPS at MAMI 2) HK 24.5: Photoproduction of -mesons off the deuteron 3) HK 34.5: Photoproduction of pion pairs off 7Li 4) HK 34.6: Radiative pion photoproduction in the region of the Delta(1232) resonance 5) HK 46.2: Helicity asymmetries in double pion photoproduction off deuterium 6) HK 46.7: Use of the coherent 12C(, 0) reaction to measure photon polarisation 7) HK 56.5: Neutral decays of the -meson at MAMI 8) HK 57.7:  photoproduction on 3He : Search for -mesic nuclei 9) HK 62.4: Status of the endpoint tagger at the CB experiment 10) HK 81.7: The GDH Experiment on the Deuteron at MAMI Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 11)HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 12)HK 7.5 First double polarized photoproduction on a 3He target at MAMI 13)HK 7.8 Construction and test of a transverse superconducting holding magnet 14)HK 10.1 FPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 15) HK 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 16) HK 17.5 In-Medium Modifikationen des -Mesons 17) HK 26.5  Photoproduction off 3He 18) HK 26.6  photoproduction off 3He : Search for -mesic nuclei 19) HK 52.2 Recent results from the Crystal Ball at MAMI experiment 20) HK 52.3 Strahlungsbegleitete 0-Photoproduktion im Bereich der +(1232)-Resonanz 21) HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 22) HK 54.2  und  Physik mit dem Crystal Ball an MAMI   6*0.1*22=LVAL13.2   ;8G=. 107.391+13.2=120.591LVAL7NG_C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8 J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL (2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 10. G.Mandaglio, & A.S.IgnLVAL`atov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.   = 30*2.015/10=4.98 11. R.Di Salvo e.a. Measurement of Sigma beam asymmetry in pi0 photoproduction off the neutron in the second and third resonances region. Eur.Phys.J.A42:151-157,2009.   = 30*2.015/10=6,045 12. A. S. Ignatov, A. N. Mushkarenkov, and V. G. Nedorezov. Eta-Meson Photoproduction on Protons, Neutrons, and Light Nuclei in the Nucleon-Resonance Region. Physics of Atomic Nuclei, 2009, Vol. 72, No. 10, pp. 1773-1780  : 30*0,467/10=1,40 13. . !. 3=0B>2, . . CH:0@5=:>2, . . 54>@57>2, $>B>@>645=85 MB0-<57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2, /$ , 2009, B>< 72, ! 10, A. 1831-1838  : 60*0.467/10=2.80 14. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), 2 ?5G0B8.  : 60*0.467/10=2.80 " : 100,43 >=D5@5=F88: 1. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 2. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 3. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009. ;5=0@=K9 4>:;04.  : 30/6=5.00 4. 6. .!.3=0B>2, ..CH:0@5=:>2, ..54>@57>2 >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 :207 LVAL 8A2>1>4=KE =C:;>=0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2. /   2009, '51>:A0@K. ;5=0@=K9 4>:;04.  : 30/3=10.00 5. .!.3=0B>2, ..54>@57>2.$>B>@>645=85 MB0-<57>=>2 =0 O4@0E: =>2K5 <5B>4K. '5@5=:>2A:85 GB5=8O. ;5=0@=K9 4>:;04 $ (2009).  : 20/2=10.00 " : 137,43LVAL7NGbC@528G @83>@89 0=>28G, 28.11.1935, 4.D-<.=., 702. A5:B>@><,   70 2009-2010 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1.N.Severijns, A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.V.Golovko, G.M.Gurevich, P.Herzog, I.S.Kraev, A.A.Lukhanin, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, M.Tandecki, Yu.G.Toporov, C.Tramm, E.Traykov, S. Van Gorp, V.N.Vyachin, F.Wauters, D.Zakoucky, E.Zotov. Hyperfine field of einsteinium in iron and nuclear magnetic moment of 254Es. Phys. Rev. C 79 (2009) 064322. 3.477*30/10=10.43 2. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. First measurement of 254Es magnetic moment. . Bulletin of the Russian Academy of Sciences: Physics. 74, 4 (2010) 535-537. 0.406*30/3=4.06 3. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. Angular distributions of alpha particles emitted by oriented nuclei and their relation to nuclear deformation. Bulletin of the Russian Academy of Sciences: Physics. (2 ?5G0B8) . 0.406*30/3=4.06 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. C@528G, ..@78=:O=, ..0@D5=>20. 5@2>5 87<5@5=85 O45@=>3> <03=8B=>3> <><5=B0 254Es. 725AB8O  (A5@. $87.) 74, 4 (2010) 574-577. 0.228*60/3=4.56 2. .. C@528G, ..@78=:O=, ..0@D5=>20. #3;>2K5 @0A?@545;5=8O 0;LD0-G0AB8F, 8A?CA:05<KE >@85=B8@>20==K<8 O4@0<8, 8 8E A2O7L A O45@=>9 45D>@<0F859. 725AB8O  (A5@. $87.) (2 ?5G0B8). 0.228*60/3=4.56 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. .. C@528G, ..@78=:O=, ..0@D5=>20. 5@2>5 87<5@5=85 O45@=>3> <03=8B=>3> <><5=B0 254Es. 59 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2009 ('51>:A0@K, 2009 3.). !5:F8>==K9, >?C1;8:>20=. 6/3*1.5=3 2. G.M.Gurevich. New frozen-spin target for experiments at MAMI C. XII Int. seminar on electromagnetic interactions of nuclei EMIN-2009. @83;0H5==K9, >?C1;8:>20=. 30*1.5=45 3. G.M.Gurevich. Double polarization experiments at the real photon beam of MAMI-C accelerator. LX International Conference on Nuclear Physics  NUCLEUS 2010 (Saint-Petersbu LVAL rg, July 6-9, 2010). ;5=0@=K9. 30 4. G.M.Gurevich. Angular distributions of alpha particles emitted by oriented nuclei and their relation to nuclear deformation. LX International Conference on Nuclear Physics  NUCLEUS 2010 (Saint-Petersburg, July 6-9, 2010). !5:F8>==K9, ?C1;8:C5BAO. 6*1.5=9 5. G.M.Gurevich. Dilution cryostat of the new frozen spin target. EU-SpinMap Conference on Polarized Targets. (Dubrovnik, October 11-13, 2010). @83;0H5==K9. 30 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. ..C@528G. >;O@870F8>88K5 MDD5:BK 2 D>B>@>645=88 <57>=>2. III '5@5=:>2A:85 GB5=8O: >2K5 <5B>4K 2 M:A?5@8<5=B0;L=>9 O45@=>9 D878:5 8 D878:5 G0AB8F (>A:20, $, 6 0?@5;O 2010 3.). @83;0H5==K9. 20 =48284C0;L=K9   70 2009-2010: 164,67   @C:>2>48B5;O: 165.67*0.5+102.8*0.75= 159,94LVAL7NGd68;02O= 5>=84 025=>28G, 27.03.1940, =0CG=K9 A>B@C4=8:.   70 2009-2010 33. = 142,04. Ia. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E: 1. ..68;02O=.  A?5:BK D>B>O45@=>3> (12N; 12B) 0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25I5AB2 A CG5B>< D>=>2KE D>B>=59B@>=>2 . 725AB8O . !5@8O D878G5A:0O, 2009, B>< 73, ! 6, 846-852.  =600,277=16,62. 2. L.Z.Dzhilavyan.  Aspects of Photonuclear (12N; 12B)-Activity Detection of Explosives Taking into Account Background Photoneutrons . .Bulletin of the Russian Academy of Sciences: Physics, 2009, Vol. 73, No.6, 799-805.  =600,277=16,62. 3. ..68;02O=, ..0@52, .. 052A:89.  1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O . 725AB8O . !5@8O D878G5A:0O, 2010, B. 74, ! 11.  =600,2770,4@6,65. 4. L.Z.Dzhilavyan, A.I.Karev, V.G.Raevsky.  Disclosure and identification of hidden explosives in the photonuclear detection systems . Bulletin of the Russian Academy of Sciences: Physics, 2010, vol. 74, No 11.  =600,2770,4@6,65. 5. ..68;02O=, ..0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . 725AB8O . !5@8O D878G5A:0O (2 ?5G0B8).  =(600,277)/2=8,31. 6. L.Z.Dzhilavyan, A.I.Karev. About radiation safety of the photonuclear method for disclosure of hidden explosives at examination of air passengers luggage . Bulletin of the Russian Academy of Sciences: Physics (in print).  =(600,277)/2=8,31. 7. ..68;02O=, ..0@52, .. 052A:89. >7<>6=>AB8 =0@01>B:8 A ?><>ILN D>B>O45@=KE @50:F89 @048>87>B>?>2 4;O 7040G O45@=>9 <548F8=K. /45@=0O D878:0 (2 ?5G0B8).  =600,5390,4@12,94. 8. L.Z.Dzhilavyan, A.I.Karev, V.G.Raevsky.  Possibilities to produce radioisotopes for nuclear medicine by photonuclear reactions Phys. Atomic Nuclei (in print).  =600,5390,4@12,94.  Ia @ 16,62+16,62+6,65+6,65+8,31/2+8,31+12,94+12,94 @ 89,04. Ib. @5?@8=BK: 1. ..68;02O=.  2;8O=88 =0 D>B>O45@=>5 (12N;12B) 0:B820F8>==>5 45B5:LVALeB8@>20=85 27@K2G0BKE 25I5AB2 D>=>2KE D>B>- 8 =59B@>=- O45@=KE @50:F89. @5?@8=B /  1222/2009. / , 2009. 19A.  =4. 2. ..68;02O=.  2>7<>6=>AB8 D>B>O45@=>3> (12N; 12B) 0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25I5AB2 (), A:@KBKE 2 3@C7>2KE :>=B59=5@0E (), A CG5B>< 35=5@0F88 D>=>2KE D>B>=59B@>=>2. @5?@8=B /  1223/2009. .: / , 2009, 46 A.  =4. 3. ..68;02O=, ..0@52, .. 052A:89. 1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O. @5?@8=B /  1266/2010, 2010, 16 A.  =40,4=1,6. 4. ..68;02O=, ..0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . @5?@8=B /  1267/2010, ., 2010, 12 A.  =4/2=2. 5. ..68;02O=, ..0@52, .. 052A:89.  2>7<>6=>AB8 =0@01>B:8 A ?><>ILN D>B>O45@=KE @50:F89 @048>87>B>?>2 4;O F5;59 O45@=>9 <548F8=K =0 @07@57=>< <8:@>B@>=5 =0 55 M @5?@8=B /  1268/2010, ., 2010, 32 A.  =40,4=1,6.  Ib = 4+4+1,6+2+1,6 = 13,2. III. >=D5@5=F88: 1. ..68;02O=, ..0@52, .. 052A:89.  1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O . !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 /4@>-2009. $C=40<5=B0;L=K5 ?@>1;5<K 8 ?@8:;04=K5 0A?5:BK O45@=>9 D878:8.  =60,4=2,4. 2. ..68;02O=.  F5=:8 =02545==>9 0:B82=>AB8 ?> 87<5@5==>9 <>I=>AB8 4>7K ?@8 D>B>O45@=>< 45B5:B8@>20=88 27@K2G0BKE 25I5AB2 . !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 /4@>-2009. $C=40<5=B0;L=K5 ?@>1;5<K 8 ?@8:;04=K5 0A?5:BK O45@=>9 D878:8.  =6. 3. ..68;02O=, ..0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F8 /4@>-2009. $C=40<5=B0;L=K5 ?@>1;5<K 8 ?@8:;04=K5 0A?5:BK O45@=>9 D878:8.  =6/2=3. 4. L.Z. Dzhilavyan, A.I. Karev, V.G. Raevsky.  Possibilities to produce radioisotopes for nuclear medicine by photonuclear reactions at the 55-MeV race-trackLVAL microtron . !5:F8>==K9 4>:;04 =0 LX International Conference on Nuclear Physics NUCLEUS 2010.  =60,4=2,4. 5. L.Z.Dzhilavyan, A.I.Karev, V.D.Laptev, V.G.Raevsky.  Production of the short-lived isotopes 12N and 12B in the 14N(g,2n), 14N(g,2p), and 13C(g,p) reactions . ;5=0@=K9 4>:;04. Proc. XII Sem. EMIN-2009 INR RAS, M. 2010.  =300,31,5=13,5. 6. ..C@02;52, ..0@52, .. 052A:89, .. 60=>2, ..68;02O=, ..0?B52, ..0E><>2, ..(254C=>2, .. K:0;8=, L.Brothers, L.Wildhide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rothers Louis Joseph,Wilhide Larry Kenneth.  =200,2=4. 2. !?>A>1 845=B8D8:0F88 A:@KBKE 27@K2G0BKE 25I5AB2 8 =0@:>B8:>2. 0@52 ;5:A0=4@ 20=>28G, 052A:89 0;5@89 5>@38528G, 68;02O= 5>=84 025=>28G, Brothers Louis Joseph, Wilhide Larry Kenneth.  =200,2=4.  V =4+4=8 B>3>:   = 89,04 + 13,20 + 31,80 + 8= 142,04LVAL7NGg   70 2009-10 33.  .!., 4D<=, 4>F5=B, 2=A $/  /  C@=0;K 1. .!. >;18;:8=, 0@8>==K5 @57>=0=AK =0 ?@>B>=5 8 459B@>=5 2 >1;0AB8 200  800 M 72. , A5@.$87. 731 ,756 (2009) 60* 0,228 = 13,18 2. B.S. Dolbilkin,  Baryon resonances of proton and few- body systems in the (200-800) MeV energy range, BullPhys, 71, 707 (2009) 60* 0,228 = 13,68 >=D5@5=F88 3. B.S. 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Bscher (IKP FZ-Jlich, Germany) / Amplitude analysis of the reaction pp d K+ anti-K0 near threshold Contribution to Annual Report 2008, Institut fr Kernphysik/COSY, Jlich Forschungszentrum 2009 available at http://www.fz-juelich.de/ikp/en/publications.shtml  =8/4=2 X. Yuan, M. Buescher, D.Chiladze, S.Dymov, A.Dzyuba, V.Yu.Grishina, C.Hanhart, M.Hartmann, A.Kacharava, A.Khoukaz, L.A.Kondratyuk, V.Koptev, P.Kulessa, M.Mielke, S.Mikirtychiants, M.Nekipelov, M.Papenbrock, K.Pysz, V.Serdyuk, H.Stroeher, C.Wilkin, H. Xu Measurement of the isospin-filtering dd -> 4He K+ K- reaction at Q=39 MeV; Eur.Phys.J.A 42, p.1-6, 2009  =2.015*30/10=6,045 V. Grishina, K 3He and K 4He interactions at low energies 19th international IUPAP Conference on Few-Body Problems in Physics, University of Bonn, Germany, August 31  September 5, 2009. Eur.Phys.J Web of Conferences, Vol. 3, 03022 (2010) Available at http://fb19.hiskp.uni-bonn.de/  =2.015*30=60,45 >:;04K: V. Grishina, K 3He and K 4He interactions at low energies 19th international IUPAP Conference on Few-Body Problems in Physics, University of Bonn, Germany, August 31  September 5, 2009. (to be published in Eur. Phys. J A)  =6 V. Grishina Interactions of Low-Energy Kaons with Lightest Nuclei, XII 564C=0@>4=K9 !5<8=0@ ?> M;5:B@><03=8B=K< 2708<>459AB28O< O45@, 17-20 A5=BO1@O, 2009 3>40, =AB8BCB /45@=KE AA;54>20=89 , >A:20  =6 V. Grishina Interactions of Low-Energy anti-Kaons with Lightest Nuclei, ANKE/PAX Workshop on Spin Physics, JINR, Dubna, Russia, 22-26 June, 2009.  =4 B>3>:  =84,495LVAL7NGjC1A0=4>@6852 0O@B> >=AB0=B8=>28G. 1960 3. !B0@H89 =0CG=K9 A>B@C4=8: >:B>@ D878:>-<0B5<0B8G5A:8E =0C:   2009-2010 C1;8:0F88 2009 1. J.Greiner, A.Iyudin, G.Kanbach, & & .., L.Bezrukov, B.Lubsandorzhiev, R.Poleshuk et al. Gamma-ray burst investigation via polarimetry and spectroscopy (GRIPS) // Experimental Astronomy. 2009, 23:1, 91. 5.444E30/10=16.322 2. ..5@5A=8:>20, . .0@010=>2, ..C1A0=4>@6852, ..>;5IC:, (091>=>2 ..., .-.OBG8=, ..>@=>CE>2. AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 CaMoO4 // "- 2009. N.1. !.41. 0.313E60./7=2.68 3. ..0A8;L52, ..@MAA, ..>@>AB5;520, & & & & & , ..C1A0=4>@6852, ..(091>=>2 (<;.) 8 4@. 7<5@5=85 D>@<K 8<?C;LA0 G5@5=:>2A:>3> 87;CG5=8O H8@>:8E 0B<>AD5@=KE ;82=59 2 M:A?5@8<5=B5 "# // "-. 2009. !.2. !.17. 0.313E60/10=1.878 4. B.K.Lubsandorzhiev. Hybrid Phototubes in Neutrino Telescopes: Experience and Perspectives // Nucl. Instrum. and Meth. A. 2009. V. 602. P.201. 1.317E30/1=39.51 5. B.K.Lubsandorzhiev, R.V.Poleshuk, B.A.M.Shaibonov, Ye.E.Vyatchin LED based powerful nanosecond light sources for calibration systems of deep underwater neutrino telescopes // Nucl. Instrum. and Meth. A. 2009. V. 602. P.220. 1.317E30/4=9.878 6. 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Aix-les-Bains France. >:;04:  Cherenkov muon-veto detector of GERDA experiment (6/5=1.2)E0,5=0,6 6. 564C=0@>4=0O :>=D5@5=F8O  TUNKA Workshop , @:CBA: 13-20 !5=BO1@O 2009. >:;04:  Nuclear Photonics: the case of astroparticle physics experiments 30 7. 564C=0@>4=0O :>=D5@5=F8O  Workshop on  Large area photodetectors for the next generation neutrino telescopes  . >:;04:  Neutrino telescopes: HPDs vs PMTs "N18=35= 5@<0=8O, 24-27 >O1@O 2009. 30 8. 564C=0@>4=0O :>=D5@5=F8O  11th Pisa meeting on Advanced Detectors La Biodola, Isola d Elba (Italy). !B5=4>2K9 4>:;04:  The calibration system of the GERDA muon veto Cherenkov detector . (6/2=3)E1,5=4,5 110,4 C:>2>4AB2> 1. C:>2>4AB2> 0A?8@0=B><. >;5IC: ><0= ;048<8@>28G, 0A?8@0=B 3-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  $>B>45B5:B>@K M:A?5@8<5=B>2 GERDA 8 D-CHOOZ 30E1=30 2. C:>2>4AB2> 0A?8@0=B><. 028B0H28;8 @0:;89 (>B0528G 0A?8@0=B 1-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  @5<=852K5 D>B>C<=>68B5;8 2 AF8=B8;;OF8>==KE AG5BG8:0E 30E1=30 3. C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, <038AB@0BC@0 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2, <038AB5@A:0O 48AA5@B0F8O  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;0 ZnO:Ga 10E1=10 70 20093.: 309.83 C1;8:0F88 2010 1. ..C1A0=4>@6852, .-.OBG8=, ..(091>=>2. #;LB@0O@:85 A8=85 8 #$ A25B>48>4K 2 :>A<><8:@>D878G5A:8E M:A?5@8<5=B0E // "@C4K 7-9 A5@>AA89A:>9 :>=D5@5=F88  8B@84K 30;;8O, 8=48O 8 0;N<8=8O  ABC:BC@K 8 ?@81>@K . 1-3 D52@0;O 2010. # 8<. ..><>=>A>20, D878G5A:89 D0:C;LB5B. 740B5;LAB2>: $878:>-B5E=8G5A:89LVALm 8=AB8BCB 8<. >DD5. !0=:B-5B5@1C@3 2010. !.226. 6/3=2 2. V.I.Volchenko, E.V.Akhrameev, L.B.Bezrukov, ............., B.K.Lubsandorzhiev, R.V.Poleshuk, B.A.M.Shaibonov et al. Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout // Central European Journal of Physics. 8(3). 2010. 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C1A0=4>@6852 8<0 C;0B>28G, 0A?8@0=B 1-3> 3>40 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2, B5<0 48AA5@B0F88  N>==K9 45B5:B>@ M:A?5@8<5=B0 "#-133 30E1=30 4. C:>2>4AB2> ABC45=B>< 48?;><=8:><. "0@0A>2 8:8B0 ;5:A0=4@>28G, 48?;><=8:, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B ($) 8?;><=0O @01>B0  N>==K9 25B>-45B5:B>@ 4;O :@8>AB0B0 #=825@A8B5B0 "N18=35= 10E1=10 5. C:>2>4AB2> A>8A:0B5;5<. (091>=>2 0B>@ ;5:A0=4@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K 8 :0;81@>2>G=K5 A8AB5<K M:A?5@8<5=B>2 GERDA 8 "# . 30 6. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ><0= ;048<8@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 EMMA 30 140 5:F88 C@A ;5:F89, #=825@A8B5B 3."N18=35=, 5@<0=8O:  Nuclear Photonics , 8 ;5:F89. 30 2010 3.: 328,615 !C<<0,   2009-10: 638,445LVAL7NGp@0A=8:>2 8:>;09 0;5@L528G, @>4. 03.05.1951, 702;01 $,   70 2009-2010 33. 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C:>2>4AB2> 0A?8@0=B><: 0:0@>2 .., 0A?8@0=B /  1-3>, 2-3> 8 3-3> 3>40 >1CG5=8O  =30*2=60 B>3>: 85.85'.RM H C > 9 @ ;61,~'y"tojTwQB`@?T, 7NGHHHH<?SEQB`@?,7NGHHHH<?RB`@?47NGHHHH<?QQB`@?,7NGHHHH<?PSB`@?n/7NGHHHH<?ORQB`@?,7NGHHHH<?NIQB`@?,7NGHHHH<?M {T C`@? 17NGHHHH<?L&C`@? @HHHH<?KBD@@?-7NGHHHH<?JA@@?@HHHH<?HA@@?@HHHH<?G A@@?7NGHHHH<?Fz A @@? @HHHH<?Er Q(@@@?@HHHH<?Dy ̬A@@?!7NGHHHH<?CyA@@? 7NGHHHH<?B|B@@?7NGHHHH<?A >@@?@HHHH<?@$ B@@?7NGHHHH<??33A@@?)7NGHHHH<?>̌@@@?@HHHH<?=D̬A@@?0"7NGHHHH<?<fB@@?!7NGHHHH<?;k= zB@@?87NGHHHH<?:fRC33C@@?0H7NGHHHH<?9@@?<<<<<?8)aA@@?h@HHHH<?7/ffA@@?7NGHHHH<?6B@@? 7NGHHHH<?5p@@@?@HHHH<?4HrA@@?@HHHH<?3,@@@?@HHHH<?2(>B@@?(7NGHHHH<?1HBA@@?d@HHHH<?01= >CC@@?T>7NGHHHH<?/;ffaB@@?-7NGHHHH<?.'A@@? @HHHH<?-*)\9B@@?7NGHHHH<?,ף5B@@?7NGHHHH<?+,@@@? @HHHH<?*07C@@?h7NGHHHH<?)N\PB@@?7NGHHHH<?(CCL7C@@? @HHHH<?' ffB@@?j @HHHH<?&? 3B@@?@HHHH<?LVAL0:0@>2 =4@59 20=>28G, @>4. 1984, 8=65=5@-8AA;54>20B5;L $-, !) V.A.Duk et al // Extraction of kaon formfactors from K->mu nu gamma decay at ISTRA+ setup // Phys.Lett.B doi: 10.1016/j.physletb.2010.10.043.  =5.083*30/10* 1,5=22.9 2) Observation of the destructive interference in the radiative kaon decay K- --> mu-nu-gamma. O. Tchikilev et al. . Physics Letters B 695, 59-66, 2011  =5.083*30/10= 22.9 3) .A.C: 8 4@.// "7<5@5=85 D>@<D0:B>@>2 2 @0A?045 K->mu nu gamma =0 CAB0=>2:5 !" +"// @5?@8=B / 1251/2010,  =4*0.1*1.5 = 0.6 4). >:;04 =0 :>=D5@5=F88 "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", "-$, 2009. " "   #,""+ -! ",+% !+"  "" ""  #!" KLOD"  =4*1.5 = 6 5). >:;04 =0 52-9 =0CG=>9 :>=D5@5=F88 $" 2009 3. "A?>;L7>20=85 :0;>@8<5B@>2 4;O 845=B8D8:0F88 M;5<5=B0@=KE G0AB8F"  =4*1.5 = 6 6) / / $, 2010, B>< 73, No 12, A. 2153-2158 . . >;>B>2, . . @8B28G, .. . C7 , . . 0:0@>2 , . . AB0=:>2  =60*0.539(impact factor)*0.2*1.5 = 9.7 7). A.S.Kurilin // 2010. 361pp. Search for K0(L)->pi0 nu anti-nu decay at the IHEP U-70 accelerator // Phys.Part.Nucl.Lett. 7: 21-26, 2010.  =8*0.1*1.5 = 1.2 8). Physics Letters B. Volume 695, Issues 1-4, 10 January 2011, Pages 59-66 Extraction of kaon formfactors from K -> mu nu gamma decay at ISTRA+ setup V.A. Duk et al.  =30*5.083(impact factor)*0.1*1.5 = 22.9 ":= 92.2XLVALh>;>B>2 ;048<8@ 8:>;0528G @>4. 09.12.1933 3. 02. 01>@0B>@859, 4.D.-<.=., ?@>D5AA>@.   70 2008-200933 = 180,5(;8G=K9).   70 2008-200933 = 170,7( :0: @C:. 01>@0B>@88). C1;8:0F88: V.N.Bolotov, V.A. Duk.Pion program for the future rare decay experiments. /45@=0O D878:0 72 1 2009, 69-82.  =0.914*60/2=27,4. V.N. Bolotov et all. Search for the K0L !0(bar) Decay at the IHEP U-70 Accelertor. The KLOD Project. 8AL<0 2 -'/, B.7,(157) 2010, 41-48.   = 1.015*60/10 = 6.1. V.N. Bolotov et al. @>5:B8@>20=85 8 @57C;LB0BK M:A?5@8<5=B0;L=KE 8A?KB0=89 ?@>B>B8?>2 45B5:B>@>2 CAB0=>2:8 . /45@=0O D878:0, 2010, B>< 73, 12, A.2154-2158.  =0.914*60/10=5.5. .. >;>B>2 8 4@. 0B@8G=K5 3>4>A:>?K 4;O CAB0=>2>:  (@>B28=>) 8 NA62 (SPS, CERN). /45@=0O D878:0, 2010, B>< 73, 12, A. 7-19.  =0.914*60/10=5,5. V.N. Bolotov et al. Extraction of kaon formfactors from K->mu nu gamma decay at ISTRA+ setup . Phys.Lett.B doi: 10.1016/j.physletb.2010.10.043.  =5.083*30/10=15.25 V.N. Bolotov et al, Observation of the destructive interference in the radiative kaon decay K- --> mu-nu-gamma. O. Tchikilev et al. . Physics Letters B 695, 59-66, 2011.   = 5.083*30/10= 15.25. @?@8=BK: .. >;>B>2 AA;54>20=85 A5?0@8@>20==>3> ?CG: A ?><>ILN ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8 "". @5?@8=B /  1242/2009, >A:20, 2009 3.  =4/10 = 0,4 V.N. Bolotov et al.Study of Radiative Decay K ! at ISTRA + Setup. @5?@8=B /  1254/2010, >A:20, 20103.  =4/10 = 0,4 C:>2>4AB2> 2 0A?8@0=B0<8 %C4O:>2 .., 0:0@>2 .. (2009-1033.):   =120. B>3>:  =195.8. .. >;>B>2 702.;01. 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June 15-19, 2009, Cheboksary. P.309  =6/3=2 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy. / Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements. // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/4=1,5 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 .:C;8=8G52, ..=4@552, ..!:>@:8= /AA;54>20=85 @048>18>;>38G5A:>9 MDD5:B82=>AB8 684:>:@8AB0;;8G5A:8E G0AB8F -Gd =0 =59B@>==>< 35=5@0B>@5 // VII 0F8>=0;L=0O :>=D5@5=F8O " 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388" ( !-- 2009), >A:20, 16-21 =>O1@O 2009  =4/3=1,33 V. Skorkin, S. Akulinichev, A. Andreev./ The high-current deuteron acceleratorfor the neutron therapy // >:;04 =0 XXII A5@>AA89A:0O :>=D5@5=F8O ?> CA:>@8B5;O< 70@O65==KE G0AB8F RuPAC-2010. @>B28=>. 27.09.201LVAL 0 - 01.10.2010  =4/3=1,33 0B5=BK =4@552 .. 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n=40-60 -.// @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy./ Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/4=1,5 =4@552 .., C@<8AB@>2 ..., 5H:>2 .. / 07@01>B:0 1;>:0 70<54;8B5;O 4;O =59B@>==>3> 35=5@0B>@0 -400 //59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.309  =6/3=2 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. K LVAL0 onobeevski, M. V. Mordovskoy, V.A.Simonov, V.M.Skorkin, S. V. Zuyev / Measuring system of low intensity proton beam. //#AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/8=0,75 0B5=BK =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2388014. 538AB@0F8O 27.04.2010 3.  =20/3=6,666 =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2393557. 538AB@0F8O 27.06.2010 3.  =20/3=6,666 =48284C0;L=K9   <=A C@<8AB@>20 ... @025=  = 6,47+3.31+12.08+1,5+6+2+6.666+6.666+0,75=45,41LVAL7NG020@78=0 0;5=B8=0 02;>2=0 @>4. 07.01.1942, A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV./ STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS.// International Journal of Modern Physics E 2009, v.17, N10, p.2331.  =0,643*30/7=2,76 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 020@78=0 .., !B5?0=>2 ../ 5B>4 ?@>AB@0=AB25==>-2@5<5==KE :>@@5;OF8>==KE DC=:F89 4;O >?8A0=8O @50:F88 :2078A2>1>4=>3> 2K1820=8O 20;5=B=KE =59B@>=>2 87 30;> O4@0 // 725AB8O , A5@8O D87. ".74, !4, A. 621  =0,406*60/2=12.18 .. 020@78=0, .. !B5?0=>2./ !@02=8B5;L=K9 0=0;87 8=D>@<0B82=>AB8 M:A:;N782=KE (p,p n) 8 8=:;N782=KE (p,p ) M:A?5@8<5=B>2 =0 O4@0E A >4=>=59B@>==K< 8 42CE=59B@>==K< 30;>. ///45@=0O D878:0, 2010, B.73, !1 !.111-121.  =0,539*60/2=16.17 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. / 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>,// /$ 2009, ".72, !10, !.1.  =0,539*60/10=3.23 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 020@78=0 .., !B5?0=>2 ../ 5B>4 ?@>AB@0=AB25==>-2@5<5==KE :>@@5;OF8>==KE DC=:F89 4;O >?8A0=8O @50:F88 :2078A2>1>4=>3> 2K1820=8O 20;5=B=KE =59B@>=>2 87 30;> O4@0 // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.205  =6/2=3 V.P. Zavarzina, A.V. Stepanov. /CALCULATIONS OF THE CROSS SECTIONS FOR INCLUSIVE PROCESS OF THE NEUTRAL-CURRENT NEUTRINO-NUCLEUS SCATTERING AT INTERMEDIATE ENERGIES IN AN ANALYTIC APPROACH // !5:F8>==K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 (Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/2=3 V.P. Zavarzina, A.V. Stepano"LVAL2v./ On a new approach to calculations of the cross sections for inclusive process of the neutral-current neutrino-nucleus scattering at intermediate energies.// !5:F8>==K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/2=3 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, N.Starkov, S.Lukyanov, and Yu.Sobolev. /"Study of quasi-free scattering of proton by constituents of 6He halo nycleus.// In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE. 2009 v.1, p. 125.  =6/9*1.5=1 @5?@8=B .. 020@78=0, .. !B5?0=>2 / !@02=8B5;L=K9 0=0;87 8=D>@<0B82=>AB8 M:A:;N782=KE (p,p n) 8 8=:;N782=KE (p,p ) M:A?5@8<5=B>2 =0 O4@0E A >4=>=59B@>==K< 8 42CE=59B@>==K< 30;> //@5?@8=B /  1226/2009 A.1-20  =4/2=2 =48284C0;L=K9   A=A 020@78=>9 .. @025=  =2.76+12.18+16.17+3.23+3+3+3+2+1=46.34LVALH8D0=>2 8E08; 8:>;0528G, @>4. 21 =>O1@O 1945 3>40, , =A. :0=4840B D87-<0B =0C: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 5=5F:89 .., 8D0=>2 .. / A=>2K A>740=8O, 8A?KB0=89 8 :>=B@>;O 020@89=>9 70I8B=>9 >4564K ?>60@=KE >B A>G5B0==>3> >1;CG5=8O // 72. , A5@. D87. ".73, !2 (2009) 286 273  =.406*60/2=12.18 =48284C0;L=K9   =A 8D0=>20 .. @025=  =12,1808:8= <8B@89 ;5:A5528G, @>48;AO 9 023CAB0 1930 3>40, 4>:B>@ D878:>-<0B5<0B8G5A:8E =0C:, 254CI89 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0. . !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E ..08:8=, ..>@4>2A:>9, ..!C@:>20./ 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd//. 72. , A5@. D87., B. 74, !11, A.1646 (2010).  =.406*60/3=8.12 08:8= .., >@4>2A:>9 .., A8?GC: ../ 0AGQB @0AA5O=8O =59B@>=>2 =0 GQB=>-GQB=KE 45D>@<8@>20==KE O4@0E // " (2009)   = 8/3=2,7 @5?@8=BK D.A.Zaikin, I.V.Surkova./ Nucleon semimagic numbers and neutron scattering.// Preprint LANL-nuclear theory, 1004.1502 (2010). 13 c.   = 4/2=2 ..08:8=, ..!C@:>20./ Neutron scattering and nucleon semimagic numbers.// @5?@8=B / !1273/2010 (2010). 16 A.   = 4/2=2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., >@4>2A:>9 .., !C@:>20 .. / 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary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e HALO NUCLEUS.// International Journal of Modern Physics E 2009, v.17, N10, p.2331.  = 0,643*30/7=2,76 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,643*30/5=3.86 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=. /-:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8.// @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  = 0,331*60/6=3,31 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. /AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. //72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. / 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, // /$ 2009, ".72, !10, !.1.  =0,539*60/10=3,23 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,539*60/5=6,46 !..C52, .!.>=>1552A:89. /  &#  '/ + nn- !!//  +%  +% & nd- // 725AB8O , A5@.D87. 2010, B. 74, !6, A. 782-786  =LVAL0,406*60/2=12.18 . >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -.// @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, /Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data //#AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1.2 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2, /?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/9=.66 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.A.Simonov, V.M.Skorkin, S. V. Zuyev,/Measuring system of low intensity proton beam. //#AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/8=.75 !..C52, .!.>=>1552A:89. .  &#  '/ + nn- !!//  +%  +% & nd-  //#AB=K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.268.  =6/2=3 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTILVALON AT NEUTRON ENERGY OF 40-60 MEV //#AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. S. Konobeevski, M. V. Mordovskoy, S. I. Potashev, V.A.Sergeev, S. V. Zuyev. / Investigation of neutron-neutron final state interaction in nd-breakup reaction at 40-60 MeV. // >:;04 =0 EMIN-2009  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, N.Starkov, S.Lukyanov, and Yu.Sobolev. /"Study of quasi-free scattering of proton by constituents of 6He halo nucleus .// In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE. 2009 v.1, p. 125.  =6/9*1.5=1 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2009 v.1, p. 152.  =6/3*1.5=3 @5?@8=B .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2,/ -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;, // @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 =48284C0;L=K9   A=A !..C520 @025=:  =2,76+3,86+3,31+6,09+3,23+6,46+12.18+6+0,67+0,75+3+1,2+1,2+1,2+1+3+0,44=56,35LVAL7NG>=>1552A:89 235=89 !5@35528G, @>48;AO 23 023CAB0 1943 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 ;01>@0B>@859 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV./ STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. // International Journal of Modern Physics E 2009, v.17, N10, p.2331.  = 0,643*30/7=2,76 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,643*30/5=3.86 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=./ -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8.// @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  = 0,331*60/6=3,31 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. /AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88.// 72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. / 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, // /$ 2009, ".72, !10, !.1.  =0,539*60/10=3,23 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52. /  1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,539*60/5=6,46 !..C52, .!.>=>1552A:89./  &#  '/ + nn- !!//  +%  +% & nd-  //725AB8O , A5@.D87. 2010, B. 74, !6, A. 782-786 LVAL  =0,406*60/2=12.18 . !. >=>1552A:89, . . 0BKH520, . . !>1>;52A:89./ ,."    + #' "   "  /// . !"/ . ! / $'!/, 2010, B>< 74, ! 4, A. 479 482  =0,406*60/3=8,12 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -. //@83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 E.S. Konobeevski, / Study of neutron-neutron interaction in nd breakup reaction at low energies // @83;0H5==K9 4>:;04 18th INTERNATIONAL SEMINAR ON INTERACTION OF NEUTRONS WITH NUCLEI: Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics May 25-29, 2010, Dubna, Russia  =30/1=30 E.S. Konobeevski, /DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd BREAKUP REACTION AT 40-60 MEV MeV // 17th INTERNATIONAL SEMINAR ON INTERACTION OF NEUTRONS WITH NUCLEI: Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics May 27-30, 2009, Dubna, Russia  =30/1=30 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89. / &#  '/ + nn- !!//  +%  +% & nd-  //#AB=K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.268.  =6/2=3 .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. /><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / .// #AB=K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.270.  =6/3=2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. SergeeLVALv, S. Zuyev. /STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV// #AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. /INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERACTION IN nd-BREAKUP REACTION AT 40-60 MEV// >:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2 .!. >=>1552A:89 , .. 0BKH520, .. !>1>;52A:89, .. ;8G. /"&/ $# & "   )"+ "   "  -430. // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010  =6/4=1,5 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/9=0,67 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.A.Simonov, V.M.Skorkin, S. V. Zuyev./ Measuring system of low intensity proton beam.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/8=0,75 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy/ Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements.// #AB=K9 4>:;04 =0 60 International ConferencePLVAL` on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/4=1,5 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, N.Starkov, S.Lukyanov, and Yu.Sobolev./ "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. //In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE. 2009 v.1, p. 125.  =6/9*1.5=1 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2009 v.1, p. 152.  =6/3*1.5=3 @5?@8=B .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;,// @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 ..=4@552, !..:C;8=8G52, ..5=5F:89, ...0@?>2, .!.>=>1552A:89, ..!:>@:8=, ..$8@A>2, /5@A?5:B82K 8A?>;L7>20=8O <>I=KE =59B@>==KE 35=5@0B>@>2 2 =AB8BCB5 O45@=KE 8AA;54>20=89 . //@5?@8=B /  2010, !1255, !. 1-12, 740B5;LA:89 >B45; / , >A:20.  =4/7=.57 C:>2>4AB2> 0A?8@0=B>< (0@0?>2K< .. 2 2010 3.  =30 C:>2>4AB2> 0A?8@0=B>< (0@0?>2K< .. 2 2009 3.  =30 =48284C0;L=K9   702. 01>@0B>@859 0B><=>3> O4@0 >=>1552A:>3> .!. @025=  =2.76+3.86+3.31+6.09+3.23+6.46+12.18+8.12+6+30+30+3+2+1.2+1.2+1.2+1.5+.67+.75+1.5+1+3+.44+.57+30+30=190.04LVAL7NG>@4>2A:>9 8E08; 048<>28G, @>48;AO 06.04.1954 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,643*30/5=3.86 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 08:8= .., >@4>2A:>9 .., A8?GC: ../ 0AGQB @0AA5O=8O =59B@>=>2 =0 GQB=>-GQB=KE 45D>@<8@>20==KE O4@0E // " (2009), ! 2, A. 20-36.  =8/3=2,7 ..08:8=, ..>@4>2A:>9, ..!C@:>20. /708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd//. 72. , A5@. D87., B. 74, !11, A.1646 (2010).  =.406*60/3=8.12 ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=./ -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8.// @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  =0,331*60/6=3,31 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -. ///45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,539*60/5=6,46 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. /AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88.// 72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -.// @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  LVAL=30/5=6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2,/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK //#AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/9=0,67 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.A.Simonov, V.M.Skorkin, S. V. Zuyev,/ Measuring system of low intensity proton beam. //#AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/8=0,75 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy// Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements. // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/4=1,5 08:8= .., >@4>2A:>9 .., !C@:>20 .. / 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.251  =6/3=2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. /STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV //#AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. /INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERALVALCTION IN nd-BREAKUP REACTION AT 40-60 MEV //>:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2009 v.1, p. 152.  =6/3*1.5=3 @5?@8=B .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2,/ -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;, // @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 =48284C0;L=K9   702. A5:B>@>< >@4>2A:>3> .., @025=  = 3.86+2.7 +8.12+3.31+6.46+6.09+6 +1.2+0.67+0.75+ 1.5+2+1.2+1.2+3+0.44=47,5|LVALV ;>B=8:>20 0@8=0 8:B>@>2=0, @>48;0AL 2 <0@B0 1936 3>40, =0CG=K9 A>B@C4=8: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 1. .. 5=5F:89, .. >38=>2, ..;>B=8:>20. />520O >45640 ?>60@=KE :0: 70I8B0 >B 15B0 87;CG5=8O// >60@=0O 157>?0A=>ABL, !2, 2010.A.123  128  =8/3=2,666 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 5=5F:89 .., ;>B=8:>20 .. /  A2>9AB20E 1>52>9 >4564K ?>60@=KE :0: 70I8BK >B 15B0 87;CG5=8O ?@8 @0480F8>==KE 020@8OE // "578AK 4>:;04>2 XXI 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K ?>60@=>9 157>?0A=>AB8 '0ABL 2.  .:  (2009) .101-103  =6/2=3 =48284C0;L=K9   =A ;>B=8:>2>9 .. @025=  =5,670D><>2 ;048A;02 235=L528G, @>4. 01.11.1929, A=A. /, 4>:B>@ D87-<0B =0C: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 0D><>2 .., !5@3552 ../ =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0 // 72. , A5@.D87. 2009 B.73, !2, A.222-225  =.406*60/2= 12.18 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.E.Pafomov, V.A.Sergeev. /Absorption effects in the nucleon- or core-stripping reactions induced by the halo nucleus.// !5:F8>==K9 4>:;04 =0 60 564C=0@>4=>9 :>=D5@5=F88 ?> O45@=>9 D878:5 Nucleus 2010 (Peterhof, St.-Petersburg, 6-9 July 2010)  =6/2=3 =48284C0;L=K9   A=A 0D><>20 .. @025=  =15,18LVAL7NG>B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,643*30/5=3.86 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=. /-:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8.// @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  =0,331*60/6=3,31 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52. /   1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,539*60/5=6,46 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. /AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. // 72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 2. .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -. //@83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 8B28= .!., >B0H52 !. ., 078= .., !04K:>2 ../ >78F8>==>-GC2AB28B5;L=K9 ?@>2>;>G=>-AB@8?>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B5@><// 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. JunLVALe 15-19, 2009, Cheboksary. P.277  =6/4=1,5 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV // #AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. 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C1F>20, .. !5@3552, .. (0@0?>2, /-:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;, // @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20.  =4/9=.44 =48284C0;L=K9   A=A !5@35520 .. @025=  =3.86+ 12,18+1.2+1.2+3+.67+.44=22.55LVAL>;852 CA018 CE0@18528G, 31.03.1956, :.D.-<.=., A=A ;01>@0B>@88 !"   = 4.4 C1;8:0F88: 0.4 1) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 >=D5@5=F88: 4 1) .. >;852, "0:A0=A:89 ?>475<=K9 AF8=B8;;OF8>==K9 B5;5A:>?", 5:F8O-M:A:C@A8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3., 4!C@:>20 ==0 ;048<8@>2=0, @>48;0AL 20 45:01@O 1939 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E ..08:8=, ..>@4>2A:>9, ..!C@:>20 /. 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd. // 72. , A5@. D87., B. 74, !11, A.1646 (2010).  =.406*60/3=8.12 @5?@8=BK D.A.Zaikin, I.V.Surkova./ Nucleon semimagic numbers and neutron scattering. // Preprint LANL-nuclear theory, 1004.1502 (2010). 13 c.   = 4/2=2 ..08:8=, ..!C@:>20. / Neutron scattering and nucleon semimagic numbers.// @5?@8=B / !1273/2010 (2010). 16 A.   = 4/2=2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., >@4>2A:>9 .., !C@:>20 .. / 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. 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Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 3) V. B. Petkov, I. Alikhanov, J. Szabelski, " Lateral distribution function of high energy muons in EAS around the knee ", Nuclear Physics B (Proceedings Supplements), v.196 (2009), pp. 379-382. 0.875*30/3 = 8.75 4) T. Enqvist et al.,  EMMA: An underground cosmic-ray experiment , Nuclear Physics B (Proceedings Supplements), v.196, pp.255-258, 2009. 0.875*30/10 = 2.63 5) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 0.406*60/10 = 2.44 6) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28OLVAL <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668-670, 2009. 0.406*60/6 = 4.06 7) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. 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Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 10) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "AA;54>20=85 A?5:B@0 <N>=>2 2KA>:8E M=5@389 <5B>4>< :@0B=KE 2708<>459AB289 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", /45@=0O D878:0, B.72, ! 12, A. 2112-2120, 2009. 0.539*60/6 = 5.39 11) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. VolcheLVALnko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 12) A.G. Bogdanov, R.P. Kokoulin, Yu.F. 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Kuusiniemi, K. Loo, L. Olantera, J. Sarkamo, E. Heikkila, P. Jones, T. Kalliokoski, K. Kolos, W.H. Trzaska, H. Fynbo, L. Bezrukov, L. Inzhechik, B. Lubsandorzhiev, V. Petkov, "Cosmic-ray experiment EMMA: Tracking analysis of the first muon events", Proc. 31st ICRC, Lodz (Poland), 7-15 July 2009, icrc0996. 6*1.5/10 = 0.9 3) .. !5@3552, .. 5B:>2, -.. C3052, .. =4@552,  !8=E@>==K9 <>=8B>@8=3 =515A=>9 ?>;CAD5@K 2 ?>8A:0E :>@>B:8E >?B8G5A:8E 2A?KH5: :>A<8G5A:>3> ?@>8AE>645=8O , :>;>75<=0O 0AB@>=><8O  2009. !1>@=8: B@C4>2 :>=D5@5=F88 (3. 070=L, 22  27 023CAB0 2009 3.). .: !, 2010, AB@. 283 - 288. 4*1.5/4 = 1.5 >=D5@5=F88, =5 >?C1;8:>20=>: 40 1) V.B. Petkov,  Search for very high energy gamma-ray bursts , International Workshop  Many faces of GRB phenomena - optics vs high energy , Nizhnij Arkhyz (Russia), October 12-16, 2009. 6 2) .. 5B:>2,  >8A: 30<<0-87;CG5=8O 2KA>:>9 M=5@388 >B 30<<0-2A?;5A:>2 , A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 3) .. 5B:>2,  !?5:B@ 8 A>AB02 ?5@28G=>3> :>A<8G5A:>3> 87;CG5=8O 2 >1;0AB8 87;><0 , A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 4) V.B. Petkov,  Search for high energy gamma-ray bursts , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 5) V.B. Petkov,  Study of the primary spectrum and composition around the knee at the Andyrchy-BUST experiment , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 6) .. 5B:\LVALl>2,  >8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O 2KA>:>9 M=5@388 , A5@>AA89A:0O 0AB@>=><8G5A:0O :>=D5@5=F8O (-2010), ! , ?. 86=89 @EK7, 13-18 A5=BO1@O 2010 3. 4 7) V. Petkov,  Searching for GeV energy from short Gama-Ray Bursts , Gamma Ray Bursts 2010 Conference, Nov 1-4, 2010, Annapolis, USA. 6 8) .. 5B:>2,  >8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O 2KA>:>9 M=5@388 , AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0  2010, >A:20,  , 21-21 45:01@O 2010. 4 C:>2>4AB2> 0A?8@0=B><: 2*30 = 60 1) 0?>=5=:> .., 0A?8@0=BC@0 /, 2009 3., 2010 3. 2) >G:0@>2 .., 0A?8@0=BC@0 /, 2009 3., 2010 3. C:>2>4AB2> 48?;><=8:0<8: 2*10=20 1) CG<57>2 .., #, 2009, <038AB5@A:0O 48AA5@B0F8O "7CG5=85 E0@0:B5@8AB8: AF8=B8;;OF8>==>3> 45B5:B>@0 B5?;>2KE =59B@>=>2". 2) 0@0G:>2 .., .$#, 2010, ?>43>B>2:0 <038AB5@A:>9 48AA5@B0F88  07@01>B:0 8 A>740=85 1KAB@>3> AF8=B8;;OF8>==>3> 45B5:B>@0 4;O 7040G 30<<0  0AB@>=><88 (70I8B0 2 2011).LVAL7NG>2>A5;LF52 .@89 $54>@>28G, 20.09.1950, 4.D.-<.=., 2=A ;01>@0B>@88 !"   = 62.51 C1;8:0F88: 40.51 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation" J. Phys. G: Nucl. Part. Phys. v.36 (2009) 025009 2.124*30/3 = 21.24 2) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668-670. 0.406*60/6 = 4.06 3) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 4) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "AA;54>20=85 A?5:B@0 <N>=>2 2KA>:8E M=5@389 <5B>4>< :@0B=KE 2708<>459AB289 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", /45@=0O D878:0, B.72, ! 12, A. 2112-2120, 2009. 0.539*60/6 = 5.39 5) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin, "Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data", arXiv:0911.1692v1 [astro-ph.HE] 4/6 = 0.67 6) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "On the total cross sections of -N and - interactions at high energies "s = 10 - 1000 GeV", Nuclear Physics B (Proc. Suppl.) 196, 126 131, 2009. 0.875*30/3 = 8.75 >=D5@5=F88: 22 1) Yu.F. Novoseltsev, "Search for neutrino bursts from gravitational collapse of stars at the Baksan Undergr LVAL ound Scintillation Telescope", 11-th ICATPP Conference, Como (Italy), 5-9 October 2009, oral. 6 2) ..$. >2>A5;LF52, "@C??K <N>=>2 2KA>:8E M=5@389 ?>4 75<;59", 5:F8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3. 4*1.5 = 6 3) ..$. >2>A5;LF52, "0:A0=A:89 ?>475<=K9 AF8=B8;;OF8>==K9 B5;5A:>?", 5:F8O-M:A:C@A8O =0 24-9 :>=D5@5=F88 ?> 2708<>459AB28N 8=B5=A82=KE ?>B>:>2 M=5@388 A 25I5AB2><, @8M;L1@CAL5, 1-6 <0@B0 2009 3. 4 4) Yu.F. Novoseltsev, "On the energy spectrum of cosmic ray muons in 100 TeV region", 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6LVAL7NG60??C52 0E8@ 0=8O;>28G, 05.05.1953, :.D.<.=., A=A ;01>@0B>@88 !"   = 57.7 C1;8:0F88: 33.69 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 0.406*60/10 = 2.436 3) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.406*60/10 = 2.436 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 5) ..;5:A55=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,  >@@5;OF8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 D070<8 8 A A59A<8G5A:>9 0:B82=>ABLN , $878:0 5<;8, 2009, !8, A.91-100. 0.36*60/9 = 2.4 6) .. ;5:A55=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ..!B5?0=>2, .. '5@=O52.   @538AB@0F88 0LVAL=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10  100 "M2 =0 <>45@=878@>20==>9 CAB0=>2:5 >2Q@-2 , 72. , A5@. D87., B. 73, !5, A. 609-611, 2009. 0.406*60/7 = 3.48 7) .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20,  >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 , 8AL<0 2 AB@>=><8G5A:89 C@=0; , 2010, B>< 36, !6, A.439-444. 0.943*60/5 = 11.32 8) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.871*60/10 = 5.23 9) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , Nucl.Phys.Proc.Suppl.196:179-182,(2009). 0.875*30/9 = 2.92 10) 7) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , arXiv:0902.2967 [astro-ph.GA], (2009). 4/9 = 0.44 >=D5@5=F88 14 1) .. 60??C52,  $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 2) .. 60??C52,  A4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne =105  107 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 3) D.D.Dzhappuev,  Hadrons with energies of Eh >50 MeV in EAS with Ne = 105 - 107 , 22nd European Cosmic Ray LVAL*Symposium, August 3 6, 2010, Turku, Finland. 6 C:>2>4AB2> 48?;><=8:0<8: 10 1) 0@0G:>2 .., .$#, 10:0;02@A:0O @01>B0  AA;54>20=85 E0@0:B5@8AB8: 45B5:B>@0 B5?;>2KE =59B@>=>2 , 2009.LVAL7NG/=8= ;5:A59 $54>@>28G, 07.05.1950, :.D.-<.=., A=A ;01>@0B>@88 !"   = 21.6 C1;8:0F88: 15.6 1) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.317*30/10 = 3.95 2) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 3) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 5) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. VolchLVALenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 6) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 7) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.728*30/10 = 2.18 8) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 13 LVAL 7, 2K?CA: 3, AB@. 460-472, 2010. 0.871*60/10 = 5.23 >=D5@5=F88: 6 1) A.F. Yanin,  Multichannel data acquisition system for scintillation detectors of the Emma experiment , 22nd European Cosmic Ray Symposium, (Turku, Finland, 3 - 6 August 2010). 6LVAL7NG>;G5=:> ;048<8@ 20=>28G, 09.03.1952, :.D.-<.=., A=A ;01>@0B>@88 !"   = 27.4 C1;8:0F88 : 21.39 1) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.406*60/10 = 2.436 2) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.317*30/10 = 3.95 4) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 5) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 6) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays fromLVAL primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 7) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 8) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 9) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010.. 0.8LVALH728*30/10 = 2.18 10) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , Nucl.Phys.Proc.Suppl.196:179-182,(2009). 0.875*30/9 = 2.92 11) 7) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , arXiv:0902.2967 [astro-ph.GA], (2009). 4/9 = 0.44 12) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.871*60/10 = 5.23 >=D5@5=F88: 6 1) , V.I. Volchenko,  The features of electronics structure of the multichannel scintillation module for the  experiment , 22nd European Cosmic Ray Symposium, (Turku, Finland, 3 - 6 August 2010). 6LVAL7NG>2>A5;LF520 8B0 8:B>@>2=0, 12.11.1957, =A ;01>@0B>@88 !"   = 66.5 C1;8:0F88: 40.51 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation" J. Phys. G: Nucl. Part. Phys. v.36 (2009) 025009 2.124*30/3 = 21.24 2) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668-670, 2009. 0.406*60/6 = 4.06 3) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 4) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "AA;54>20=85 A?5:B@0 <N>=>2 2KA>:8E M=5@389 <5B>4>< :@0B=KE 2708<>459AB289 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", /45@=0O D878:0, B.72, ! 12, A. 2112-2120, 2009. 0.539*60/6 = 5.39 5) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin, "Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data", arXiv:0911.1692v1 [astro-ph.HE] 4/6 = 0.67 6) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "On the total cross sections of -N and - interactions at high energies "s = 10 - 1000 GeV", Nuclear Physics B (Proc. Suppl.) 196, 126 131, 2009. 0.875*30/3 = 8.75 >=D5@5=F88 26 1) R.V. Novoseltseva, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground LVAL Scintillation Telescope", (Lodz, Poland, 7-15 July 2009), oral. 6 2) .. >2>A5;LF520, "B:;8: 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0 =0 =59B@8==K9 2A?;5A: 2 @07;8G=KE <>45;OE 27@K2>2 A25@E=>2KE ", 5:F8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3. 4*1.5 = 6 3) .. >2>A5;LF520, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, #, 5-9 8N;O 2010. 4 4) R.V. Novoseltseva et al. "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 5) .. >2>A5;LF520, "01;N45=85 70 0;0:B8:>9 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", A5@>AA89A:0O 0AB@>=><8G5A:0O :>=D5@5=F8O 2010, ! , 86=89 @EK7, 13-18 A5=BO1@O 2010 3. 4LVAL C@5=O ;5:A0=4@ 8:>;0528G, 14.01.1978, <=A ;01>@0B>@88 !"   = 2.6 C1;8:0F88: 2.63 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63!B@830=>2 5B@ !5<5=>28G, 22.09.1951, =A ;01>@0B>@88 !"   = 0.4 C1;8:0F88: 0.4 1 R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4LVAL7NGC46052 ;5:A0=4@ #@CH15:>28G, 30.01.1952, =A ;01>@0B>@88 !"   = 33.7 C1;8:0F88: 33.69 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 0.406*60/10 = 2.436 3) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.406*60/10 = 2.436 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph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lekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , Nucl.Phys.Proc.Suppl.196:179-182,(2009). 0.875*30/9 = 2.92 10) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , arXiv:0902.2967 [astro-ph.GA], (2009). 4/9 = 0.44LVAL7NG>;G5=:> 0;8=0 0A8;L52=0, 30.03.1952, =A ;01>@0B>@88 !"   = 15.6 C1;8:0F88 : 15.6 1) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.317*30/10 = 3.95 2) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 3) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 5) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. VolchLVALenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 6) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 7) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.728*30/10 = 2.18 8) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, LVAL* B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.871*60/10 = 5.23LVAL7NG70?0@>20 @8=0 09@0<>2=0, 27.04.1961, =A ;01>@0B>@88 !"   = 21.6 C1;8:0F88: 15.6 1) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.317*30/10 = 3.95 2) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 3) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 5) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "ExpeLVALrimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 6) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 7) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.728*30/10 = 2.18 8) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010.  LVAL 0.871*60/10 = 5.23 >=D5@5=F88: 6 1) I.M. Dzaparova,  Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers , 22nd European Cosmic Ray Symposium, Turku, Finland, 3 - 6 August 2010. 6HLVALX>G:0@>2 0EB8 0AECB>28G, 21.03.1985, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / .   = 13*1.5 = 19.5 C1;8:0F88:: 3.0 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 >=D5@5=F88: 10 1) .. >G:0@>2  54:85 A>1KB8O =0 0:A0=A:>< >475<=>< !F8=B8;;OF8>==>< "5;5A:>?5 , 11-O ( -"$, @8M;L1@CAL5, 17 - 23 >:BO1@O 2010 3. 4 2) M.M. Kochkarov,  Search for rare events at the Baksan underground scintillation telescope , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6(LVAL7NG80?>=5=:> ;5:A0=4@ 8:>;0528G, 10.10.1983, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / .   = 20*1.5 = 30.0 C1;8:0F88: 8.03 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) .. 5B:>2, -.. C3052, .. ;8<09, .. 0?>=5=:>, .!. !B@830=>2,   <5B>48:5 ?>8A:0 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ =0 ;82=52KE CAB0=>2:0E , @5?@8=B /-1209/2008, ., / , 2008. 4/5 = 0.8 3) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. 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CG<57>2,  AA;54>20=85 04@>=>2 =0 CAB0=>2:5 >25@-2 , 11-O ( -"$, @8M;L1@CAL5, 17 - 23 >:BO1@O 2010 3. 4>ABN: 8E08; @83>@L528G, 25.11.1954, =A ;01>@0B>@88 !"   = 20.0 C1;8:0F88: 0 >=D5@5=F88: 20 1) .. >ABN:,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 2) .. >ABN:,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 3) M.G. Kostyuk,  Forbush decreases influence on registered high energy muon flux , 22nd European Cosmic Ray Symposium in Turku, Finland, 3 - 6 August 2010. 6 4) M.G. Kostyuk,  Temperature variations of high energy muon flux , 22nd European Cosmic Ray Symposium in Turku, Finland, 3 - 6 August 2010. 6LVAL7NG>@1C=>2 <8B@89 !5@35528G, @>4. 20.01.1975, A.=.A. "$,   70 2009-201033. 1. C1;8:0F88  CONSTARINTS ON THE FLUX OF PRIMARY COSMIC-RAY PHOTONS AT ENERGIES E>10^18 EV FROM YAKUTSK MUON DATA , A. GLUSHKOV, I. MAKAROV, M. PRAVDIN, I. SLEPTSOV, D. GORBUNOV, G. RUBTSOV, S. TROITSKY, PHYS. REV. D82 (2010) 041101, E-PRINT: ARXIV:0907.0374 [ASTRO-PH.HE],  =(4+30*4.922)/7=21.666  THE MINIBOONE ANOMALY, DS-> MU NU AND HEAVY STERILE NEUTRINO , PHYS. REV. D81 (2010) 075013, E-PRINT: ARXIV:0907.4666 [HEP-PH],  =(4+30*4.922)/2=75.83  ON INITIAL CONDITIONS FOR THE HOT BIG BANG , F. BEZRUKOV, D. GORBUNOV, M. SHAPOSHNIKOV, JCAP 0906 (2009) 029, E-PRINT: ARXIV:0812.3622 [HEP-PH],  =(4+30*6.502)/3=66.353  LIGHT INFLATON HUNTER'S GUIDE , F. BEZRUKOV, D. GORBUNOV, JHEP 1005 (2010) 010, E-PRINT: ARXIV:0912.0390 [HEP-PH],  =(4+30*6.019) /2=92.285  SCALARON THE MIGHTY: IS A QUICK MARE IN TIME EVERYWHERE? , D. GORBUNOV, A. PANIN, E-PRINT: ARXIV:1009.2448 [HEP-PH],  =4/2=2  INVISIBLE HIGGS IN WEAK BOSONS ASSOCIATIVE PRODUCTION WITH HEAVY QUARKS AT LHC: PROBING MASS AND WIDTH , E. BOOS, D. GORBUNOV, S. DEMIDOV,  =4/3=1.333  =259.467 2. +  $ &/%  (% 4 &  !  8-  (  " "'! $ FROM NUCLEAR PHYSICS TO ASTROPHYSICS AND COSMOLOGY, #, /, DIAS-TH, / , 31 --- $ , 7, 2010,  =20 3 5:F88 ?> B5>@88 @0==59 A5;5==>9 =0 44->9 H:>;5 /$, >I8=>, $, 9-14 <0@B0 2010, (>?C1;8:>20=K 2 B@C40E),  =20*1.5=30 3 5:F88 ?> :>A<>;>388 8 D878:5 =59B@8=> 4;O ABC45=B>2, 0A?8@0B=>2 8 =0CG=KE A>B@C4=8:>2 =AB8BCB0 "5>@5B8G5A:>9 $878:8 8<. >3>;N1>20, 852, 45:01@L 2010,  =30 2 5:F88 + 1 0=OB85 4;O CG8B5;59 2 @0<:0E >1@07>20B5;L=>9 ?@>3@0<<K CERN, 1-6 =>O1@O, CERN, 5=520, (259F0@8O,  =20 1 5:F8O 4;O AB0@H5:;0AA=8:>2 5=8=3@04A:>9 >1;0AB8, 2845>:>=D5@5=F8O 2 45:01@O 2010,  =6 44th Rencontres de Moriond, "Very High Energy Phenomena in the Universe", February 1-8, 2009, LaLVAL Thuile, Italy (>48= 87 B@QE A>02B>@>2 4>:;040, >?C1;8:>20==>3> 2 B@C40E :>=D5@5=F88),  =6*1.5/3=3 19th International WorkShop "High Energy Physics and Quantum Field Theory", 8-15 September 2010, Golitsyno, Moscow, Russia, (>48= 87 B@QE A>02B>@>2 4>:;040, >?C1;8:>20==>3> 2 B@C40E),  =4*1.5/3=2 14th Lomonosov Conference on Elementary Particle Physics, 19-25 August, 2009 at the Moscow State University, Moscow, Russia, (1 ?@83;. 4>:;04),  =20 NEW OPPORTUNITIES IN THE PHYSICS LANDSCAPE, 10-13 MAY, 2009, CERN, GENEVA, SWITZERLAND, (  " % !"   . ),  =30/3=10 31 ST INTERNATIONAL COSMIC RAY CONFERENCE JULY 7 - 15, 2009, LODZ, POLAND (  7 !"  A, #  " #%),  = 6*1.5/7=1.29 21 st Rencontres de Blois "Windows to the Universe" June 21-26, 2009 (>48= 87 7 A>02B>@>2 4>:;04a, >?C1;8:>20==>3> 2 B@C40E),  = 6*1.5/7=1.29 YKIS 2010, Long-term Workshop on "Gravity and Cosmology", GC2010, May 24 - July 17, YITP, Kyoto, Japan (1 ?@83;. >:;04),  =30 5 TH OPEN MEETING OF THE BELLE II COLLABORATION, KEK, TSUKUBA, JAPAN, MARCH 31-APRIL 2, 2010, (1  . ),  =30 15th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, N=L 6-12, 2010, (4>:;04 A >4=8< A>02B>@><)  =4/2=2  =205.58 3. #!" ! " !!" ! .. #+ (. %,&, ! "#  # ! $ / 2008),  =2*30/2=30 #!"  (. " , 2009-2010, !"#" #) !!" ! !.. +,  =2*10/2=10 #!"  (. $, 2010, !"#" #) !!" ! !.. " &,  =10/2=5 C:>2>4AB2> 48?;><=8:>< (!. %0=0=58=0, 2010, ABC45=B:0 #)  =10 C:>2>4AB2> 48?;><=8:>< (. AB0?>2, 2010, ABC45=B #)  =10 C:>2>4AB2> 48?;><=8:>< (. 20=>20, 2009, ABC45=B:0 #)  =10 C:>2>4AB2> 48?;><=8:>< (. >@>B552, 2010, ABC45=B $")  =10 C:>2>4AB2> 48?;><=8:>< (. 0=>H8=, 2010, ABC45=B $") LVAL =10 C:>2>4AB2> 48?;><=8:>< (. O1;>2A:89, 2009, ABC45=B $") A>2<5AB=> A !.. "@>8F:8<,  =10/2=5 C:>2>4AB2> 48?;><=8:>< ($. ><?5, 2009, ABC45=B #) A>2<5AB=> A !.. "@>8F:8<,  =10/2=5 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (. AB0E>2, 2009),  =30/2=15 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (. 8@?8G=8:>2, 2009),  =30/2=15  =135 4. >@01>B:0 :C@A0 @>1;5<K D878:8 G0AB8F 8 :>A<>;>388 4;O ABC45=B>2 5-3> :C@A0 :0D54@K DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388 D0:C;LB5B0 ?@>1;5< D878:8 8 M=5@35B8:8 $". 5A=0->A5=L 2009, 2010,  =8*4=32 740=85 :=838 Introduction to the Theory of the Early Universe: The Hot Big Bang Theory (Dmitry S. Gorbunov, Valery A. Rubakov), World Scientific Publishing Company, 2010, ISBN 978-981- 4322-24-9, 5G.;.=550pp/16=32.5,  =2*34.375/2=34.375   INTRODUCTION TO THE THEORY OF THE EARLY UNIVERSE: COSMOLOGICAL PERTURBATIONS AND INFLATIONARY THEORY(DMITRY S. GORBUNOV, VALERY A. RUBAKOV), WORLD SCIENTIFIC PUBLISHING COMPANY, 2010, ISBN 978-981-4322-22-5, '..=520PP/16=32.5,  =2*32.5/2=32.5 740=85 :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. >A<>;>38G5A:85 2>7<CI5=8O. =D;OF8>==0O B5>@8O (.!. >@1C=>2, .. C10:>2), >A:20 2010,  !, ISBN 978-5-396-00046-9, 5G.;. 34.2, B@5BL ?5@5@01>B0=0,  =2*34.2/2/3=11.4     " .  !. !'! #)/. $/&/ " / (.!.  #, .. #), ! 2009, / , ISBN 978-5-94274-079-5, '.. 65.72,  =2*65.72/2=65.72  =175.995 5. B>3>,  =776.0426LVALF 0AG5B ?@=4 82>20@>20 . . 70 2009-2010 33 BFKL jets: Search for Higgs boson and graviton at the LHC. V.T. Kim, (St. Petersburg, INP) , S.V. Evstyukhin, (St. Petersburg, INP) , V.B. Gavrilov, (Moscow, ITEP) , A.A. Krokhotin, (Moscow, ITEP) , V.A. 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A?8@0=B $ A 1.05.20073. ?> =0AB>OI55 2@5<O. !B065@-8AA;54>20B5;L - A 14.05.20073. ?> 1.01.20103., 70B5< <.=.A. - ?> =0AB>OI55 2@5<O   = 302 = 60 !C<<0@=>5   = 38.33LVAL + 60 + 40= 138.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL7NG  ;53 8:>;0528G. 29.04.1966. 0=4. D87.-<0B. =0C:. 0CG=K9 A>B@C4=8: -.   70 2009  2010 3.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6 1.5/10=LVAL0.9 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume LVALNeutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July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o 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327. LVAL =6 1.5/10=0.9 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a VerLVAL$y Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 ________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL7NG68;:81052 0=-@KA 038A>28G. >4. 12.09.19513. >:B>@ D87-<0B.=0C:. 54CI89 =0CG=K9 A>B@C4=8: -,   70 2009-2010 3.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: _1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  LVAL=6 1.5/10=0.9 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very LaNLVAL^rge Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 ________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 C:>2>4AB2> A>8A:0B5;5< 2 2008 8 4> A5@548=K 2009 3.3. ((091>=>2 08@ ;5:A0=4@>28G. >4. 24.02.19803. :>=G8; 0A?8@0=BC@C /  5.05.20063. 0G8A;5= 2 ;01>@0B>@8N - =0 4>;6=>ABL <;04H53> =0CG=>3> A>B@C4=8:0 3 8N;O 20063. 0I8B8; :0=4840BA:CN 48AA5@B0F8N 2 45:01@O 2010 3>40)   = 30 !C<<0@=>5 7=0G5=85   = 38.33 + 30 = 68.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL7NG ( ;5:A0=4@ ;5:A0=4@>28G, @>4. 23.02.1962, =0CG=K9 A>B@C4=8:, -,   70 2009-2010 3.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6 1.5/10=0.9 7. A. ALVALvrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino TelesLVALcope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 _________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL7NG # ;048<8@ ;5:A0=4@>28G. >4.8.04.19513. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   2009-20103.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6LVAL 1.5/10=0.9 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very LargeLVAL Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 22. E.G.Anassontzis et.al (7 authors), Optical calibration from tens to hundreds of meters for a neutrino telescope. International Workshop on a Vary Large Volume Neutrino Telescope for the Mediterranean Sea , Toulon, Var, France, April 22-24 2008 (VLVnT08), NIM A, 602(2009) 190  192.   = 61.50.5/7= 0.643 24. V.A.Zhukov on behalf of the KM3NeT collaboration. Light Transmission Measurements with LAMS in the Mediterranean Sea. International Workshop on a Vary Large Volume Neutrino Telescope for the Mediterranean Sea, Athens, October 13  15 2009 (VLVnT09).   = 61.5/10 = 0.9 ------------------------------- B>3> (4>:;04K): 32.643 -------------------------------- 0CG=>->1@07>20B5;L=K5 :C@ LVAL AK: 1. C@A CAB0=>2>G=KE 8 >17>@=KE ;5:F89 8 ?@0:B8G5A:8E 70=OB89 ?> 48AF8?;8=5 "5>@5B8G5A:85 >A=>2K ?@>3@5AA82=KE B5E=>;>389. $878:0 4;O ABC45=B>2-70>G=8:>2. >A:>2A:89 3>AC40@AB25==K9 >B:@KBK9 C=825@A8B5B (#). $0:C;LB5B 0H8=>AB@>5=85 8 D0:C;LB5B 2B><5E0=8:0. B>@>9 A5<5AB@ 2008/2009 CG.3>40. 36 G0A>2 ;5:F89 + 16 G0A>2 ?@0:B8G. = 52 G0A0. ( 07@01>B0= 2?5@2K5).   = 30 ________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 32.643 + 30 = 69.873 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL7NG # @:0489 8E09;>28G. >4. 02.02.19313. 0=4. B5E=. =0C:. 0CG=K9 A>B@C4=8: -.   70 2009-20103.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6 1.5/10=0.9 LVAL 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutr(LVAL8ino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 _________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL7NG (' =4@59 5B@>28G. 16.05.1962 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2009-20103.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6 1.5/10=0.9 7. A. AvLVAL rorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino TeleschLVALxope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 _________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL7NG #( 5=8A ;5:A0=4@>28G. 03.01.19873. A?8@0=B /  A 8N=O 2010 3>40. !B065@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2009-20103.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910LVAL .4327.  =6 1.5/10=0.9 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop LVALon a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 _________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 ! CG5B>< :>MDD8F85=B0 1.5 :0: 0A?8@0=BC 70 @01>BK 2010 3>40 AC<<0@=>5 7=0G5=85   A>AB02;O5B:   = 38.3 + 9.4 = 47.7 0254CNI89 ;01>@0B>@859 - ..><>30F:89)'0RM H O J E @ ;Nm"A` s(GE{NB@?9 7NGHHHH<? B@?7 7NGHHHH<? -C@? 4 7NG127.46?QQHH<1{NB@?@3 HHHH<?r`@?<<<<<?U$`@?<<<<<?9#`@?<<<<<?~`@?<<<<<?}`@?<<<<<?{e)`@?<<<<<?zn`@?<<<<<?y GA`@?1 7NGHHHH<?x `@?<<<<<?w `@?<<<<<?v  `@?<<<<<?u7(`@?<<<<<?t$`@?<<<<<?s`@?<<<<<?rs`@?<<<<<?qa`@?<<<<<?pX`@?<<<<<?o&`@?<<<<<?n`@?<<<<<?m@L?`@?^@* HHHH<?l`@?<<<<<?k = A`@?@* HHHH<?j"?`@?@* HHHH<?i!GjBB`@?*/ 7NGHHHH<?h}A`@?- 7NGHHHH<?gA`@?*+ 7NGHHHH<?fg,A`@?*@* HHHH<?e 33cA`@? @) HHHH<?dA`@?'& 7NGHHHH<?c,A`@?&@% HHHH<?bZ,A`@?@$ HHHH<?as,A`@?@$ HHHH<?`K\A`@? @# HHHH<?_C33cA`@? @" HHHH<?^^ `@?<<<<<?]=A`@?p 7NGHHHH<?\HB33MBQ`@?X! 7NGHHHH<?[ @A`@? 7NGHHHH<?ZfC`@?c 7NGHHHH<?Y fB`@?- 7NGHHHH<?X{ LB`@?V @ HHHH<?WQB`@?, 7NGHHHH<?Vx Q/B`@?2 7NGHHHH<?UT >B`@?- 7NGHHHH<?LVAL7NG /(# ;048<8@ 20=>28G, :0=4840B D87.-<0B. =0C:, AB0@H89 =0CG=K9 A>B@C4=8: -.   70 2009-20103.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6 1.5/10=0.9 7. ALVAL . Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino TeLVAL lescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 22. Dmitry Chernov, Vladimir Lyashuk, Evgeniy Novikov  The proposed experiment for search of acoustic phenomena from extensive atmospheric showers in Baikal", ARENA08, Rome, Italy, June 25-27 2008, NIM A 604 (2009), p.S182-S184.  =61.50.5/3= 1.5 23. ..!.NB>AB0=A:89, ..OIC:, ..0=>2,  0AG5BK >1@07>20=8O B@0=AC@0=>2KE M;5<5=B>2 2 8=B5=A82=KE =59B@>==KE ?>B>:0E 2 048010B8G5A:8E CA;>28OE .59->5 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 "/  2009". 15-19 8N=O 2009, '51>:A0@K, >AA8O.   = 41.5 / 3 = 2 24. ..!.NB>AB0=A:89, ..OIC:, ..0=>2  >;L 70?074K20NI53> 45;5=8O 2 =C:;5>A8=B575 BO65;KE O45@ . 59->5 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O LVAL 4@0 "/  2009". 15-19 8N=O 2009, '51>:A0@K, >AA8O.   = 41.5/3 = 2 ---------------------------------------- B>3> (4>:;04K): 36.6 ________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 36.6 = 43.83 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL7NG $ =4@59 20=>28G. 28.11.56 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2009-20103.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6 1.5/10=0.9 7. A. AvroLVAL rin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino TelescopLVAL e, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 _________________________________________________________________ ", 70 2009-20010 3>4K:   = 7.23 + 31.1 = 38.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL! 0;5@89 8B0;L528G. >4. 10.12.1957. 0=4840B D878:>-<0B5<0B8G5A:8E =0C:, AB0@H89 =0CG=K9 A>B@C4=8:.   70 2009-2010 3.3. C1;8:0F88: 1. ..>?59:8=, .. 0GC;8=, .. 8:0M;O=, .. !8=52, .. !:>@>E20B>2, !.. !CE>B8=, ..-B5=:>  @>5:B (>>7-2 ?>8A: C3;0 A<5H820=8O =59B@8=> , /45@=0O D878:0, B. 72, !2, A.307, 2009.   = 0.49160/7 = 4.21 2. .. !8=52. ?@545;5=85 A?5:B@>2 0=B8=59B@8=> >B45;L=KE 45;OI8EAO 87>B>?>2 2 ?@O<>< M:A?5@8<5=B5 =0 O45@=>< @50:B>@5, /45@=0O D878:0, B. 72, !11, A., 2009.   = 0.49160 = 29.46 3. . . 0@010=>2, ./. >28:>20, .. !8=52, .. /=>28G AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5, @5?@8=B /-1228/2009.   = 4/4 = 1.0 4. . . 0@010=>2, .. 57@C:>2, .. 0=8;>2, !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, . . /=>28G. 84:85 >@30=8G5A:85 AF8=B8;;OB>@K =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0), @5?@8=B /-/2010.   = 4/8 = 0.5 ------------------------------------- B>3> (?C1;8:0F88) = 35.17 ------------------------------------- >:;04K 1. V. Sinev.  A Large volume scintillation detector at Baksan: status and perspective. 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A>>1I5=88 8<5;0AL 8=D>@<0F8O > 4>:;045 =0 :>=D5@5=F88 2 2009 3>4C 2 "# 8<.0C<0=0. 0 420 3>40 4> MB>3>, 2 2007 3>4C, =0 B0:>9 65 :>=D5@5=F88 <=>9 1K; A45;0= 4>:;04. >=D5@5=F8O 1K;0 ?@87=0=0 <564C=0@>4=>9, 8 70 MB>B 4>:;04 <=5 1K;> =0G8A;5=> 6 10;;>2 ?@8 ?@545;5=88  . ;O ?@545;5=8O   70 2010 3>4 4C1;8@CN 8=D>@<0F8N >1 MB>9 ?C1;8:0F88 >B 2009 3>40 (?5@540==CN @0=55): Krysanov V.A. Suppression of laser frequency fluctuations in project "OGRAN". // In Proc.of Int. Meeting "PIRT". Moscow, 6 - 9 July 2009/ Edited by M.C. Duffy et al - Moscow: BMSTU, 2009. - pp. 241-248. (Physical Interpretation of Relativity Theory: Proceedings of International Meeting. Moscow, 6 - 9 July 2009. Edited by M.C. Duffy, V.O. Gladyshev, A.N. Morozov, P. Rowlands. - Moscow: BMSTU, 2009. - 472 p. ISBN 978-5-7038-3394-0 =830 A "@C40<8 8<55BAO C <5=O =0 @C:0E.  =B5@=5B5 >?C1;8:>20=> >3;02;5=85 C:070==>3> B><0: http://www.space-lab.ru/files/news/contents_PIRT_09/text/contents_PIRT_09.pdf 2. B>@>3> 8N;O 2010 3>40 2 # <=>9 157 A>02B>@>2 1K; A45;0= 4>:;04 =0 :>=D5@5=F88 "International Conference "Modern Problems of Gravitation, Cosmology and Relativistic Astrophysics" June 27-July 3, 2010, PFUR, Moscow, Russia". 0720=85 4>:;040: ";8O=85 D;C:BC0F89 <>I=>AB8 >?B8G5A:>9 =0:0G:8 =0 GC2AB28B5;L=>ABL 45B5:B>@0  " "@C4K MB>9 :>=D5@5=F88 ("RUDN-10") =0<5G0NBAO : >?C1;8:>20=8N 2 6C@=0;5 >AA89A:>3> 3@028BF8>==>3> >1I5AB20 "GRAVITATION AND COSMOLOGY". (<?0:B-D0:B>@ 6C@=0;0 =5 2KA>:.) 0;5=B8= 8:>;0528G C45=:> O2;5BAO G;5=>< @3:><8B5B0 :>=D5@5=F88, @C:>2>48B5;5< A5:F88 "@028B0F8>==K5 M:A?5@8<5=BK", G;5=>< 540:F8>==>3> A>25B0 :>=D5@5=F88, @5F5=75=B>< 8 @540:B>@>< "@C4>2 2 6C@=0;5 (?> A2>59 A5:F88). = A>>1I8; <=5, GB> <>9 4>:;04 ?@8=OB : ?C1;8:0F88. / ?@>25@8; ?> A09BC 6C@=0;0, GB> =0 :>=5F 2010 3>40 "@C4K 5I5 =5 =0G0;8 ?C1;8:>20BL. LVAL 5 >:BO1@O 0< 1K; =0?@02;5= >:>=G0B5;L=K9, A>:@0I5==K9 B5:AB C:070==>3> 4>:;040, ?@54=07=0G5==K9 4;O ?C1;8:F88. 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bdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/10= 10.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1, 32-40.  =0.311*60/9= 2.1 ..>@>7>20, ..>H5;52, ..5@5B5=:8=, ..02@8=, ...>7;>20 /@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E =0 >A=>25 =5;538@>20==>3> GaAs //5AB=8: >A:>2A:>3> C=825@A8B5B0. !5@8O 3. $878:0. AB@>=><8O. 2009. ! 2. 69-72.  =8/5= 1.6 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III (19 co-authors)// arXiv: 0901.2200v1[nucl-ex] (2009).   = 4/10=0.4 V.N.Gavrin, V.V.Gorbachev, E.P.Veretenkin, and B.T.Cleveland/ Gallium experiments with artificial neutrino sources as a tool for investigation of transition to sterile states// arXiv:1006.2103v1[nucl-ex] (2010).   = 4/4=1 @5?@8=BK ..14C@0H8B>2, ..02@8=/  2>7<>6=>AB8 ?@8<5=5=8O AF8=B8;;OF8>==KE :@8AB0;;>2 LiF 2 M:A?5@8<5=B0E ?> ?>8A:C G0AB8F B5<=>9 <0B5@88, ?@5?@8=B /  1272/2010, >A:20   = 4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, V.N.Gavrin, B.T.Cleveland /The neutrino source experiment on SAGE two-zone gallium target //TAUP 2009 International Conference, Roma, Italy July 1-5, 2009   = 6/3=2 V.N.Gavrin /At the crossroads of gravitations physics and neutrino astrophysiLVAL cs //The 9th British Gravity Meeting, Cardiff, Wales, Great Britain, 15-17 April, 2009.   = 6 V.N.Gavrin /Solar Neutrinos //invited talk at the Fourteenth Lomonosov Conference of Elementary Particle Physics, Moscow, 19-25 August, 2009.   = 30 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2009).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2009).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. Gavrin, V.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =30/9= 3.3 =0 @>AA89A:8E :>=D5@5=F8OE ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20/ @8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E 87 =5;538@>20==>3> GaAs //>:;04 =0 IX9 >AA89A:>9 :>=D5@5=F88 ?> D878:5 ?>;C?@>2>4=8:>2 >;C?@>2>4=8:8 2009 >2>A818@A:-"><A:, 28 A5=BO1@O-3 >:BO1@O 2009 3.  =4/5= 0.8 ..02@8= "AA;54>20=8O A>;=5G=KE =59B@8=>", ;5:F8O =0 70A540=88 =0CG=>3> A5<8=0@0 $878:0 =59B@8=> 8 0AB@>D8dLVALt78:0 ?> ?@>3@0<<5 (:>;K <>;>4KE CG5=KE ?> D878:5 =59B@8=> 8 0AB@>D878:5, 24 =>O1@O 2010 3>40, #.  =4 ":  =73.5   @C:>2>48B5;O= 73.50.5+(238.3/120.75)=36.7 + 14.6 = 51.3LVAL7NG! 14C@0H8B>2 6>=@84 0@8<0=>28G. @>4.04.06.1963, :.D.<.=., c.=.A. -,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1,32-40.  =0.311*60/9= 2.1 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 @5?@8=BK ..14C@0H8B>2, ..02@8=/  2>7<>6=>AB8 ?@8<5=5=8O AF8=B8;;OF8>==KE :@8AB0;;>2 LiF 2 M:A?5@8<5=B0E ?> ?>8A:C G0AB8F B5<=>9 <0B5@88, ?@5?@8=B /  1272/2010, >A:20   = 4/2=2 >:;04K: 0 <564C=0@>4=KE :>=D5@5=F8OE: J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2009).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fud LVALt ndamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2010).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. GavrinV.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =30/9= 3.3 "  =28.1LVAL5@5B5=:8= 235=89 02;>28G, @>4.10.04.1952 3., A.=.A. -,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20 /@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E =0 >A=>25 =5;538@>20==>3> GaAs //5AB=8: >A:>2A:>3> C=825@A8B5B0. !5@8O 3. $878:0. AB@>=><8O. 2009. ! 2. 69-72.  =8/5= 1.6 >:;04K: =0 @>AA89A:8E :>=D5@5=F8OE ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20/@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E 87 =5;538@>20==>3> GaAs //>:;04 =0 IX9 >AA89A:>9 :>=D5@5=F88 ?> D878:5 ?>;C?@>2>4=8:>2 >;C?@>2>4=8:8 2009 >2>A818@A:-"><A:, 28 A5=BO1@O-3 >:BO1@O 2009 3.  =4/5= 0.8 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 V.N.Gavrin, V.V.Gorbachev, E.P.Veretenkin, and B.T.Cleveland/ Gallium experiments with artificial neutrino sources as a tool for investigation of transition to sterile states// arXiv:1006.2103v1[nucl-ex] (2010).   = 4/4=1 "  =14.2LVAL$>@10G52 0;5@89 ;048<8@>28G, @>4 20.03.1965, :.D.<.=., A.=.A. ,   70 2009-2010 3. 3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/10 = 10.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, V.N.Gavrin, B.T.Cleveland /The neutrino source experiment on SAGE two-zone gallium target //TAUP 2009 International Conference, Roma, Italy July 1-5, 2009   = 6/3=2 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 V.N.Gavrin, V.V.Gorbachev, E.P.Veretenkin, and B.T.Cleveland/ Gallium experiments with artificial neutrino sources as a tool for investigation of transition to sterile states// arXiv:1006.2103v1[nucl-ex] (2010).   = 4/4=1 "  =13.8LVAL 0;8E>2 =0B>;89 ;048<8@>28G @>4 18.05.1937, =.A. ,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =10.81@038<>20 "0BLO=0 8:B>@>2=0 @>4 3.04.1958, =.A. ,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =10.8 LVAL =>45;L "0BLO=0 ;048<8@>2=0. @>4 8.05.1957, :E=, =.A. -,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =10.8LVAL7NG' K>7;>20 .;8O 02;>2=0 @>4.29.12.1959, :.D.<.=., A.=.A. -,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: A.Y. Polyakov, A.V. Markov, M.V. Mezhennyi, A.V. Govorkov, V.F. Pavlov, N.B. Smirnov, A. Donskov, L.I. D yakonov, Y.P. Kozlova, S.S. Malakhov, T.G. Yugova, V.I. Osinsky, G.G. Gorokh, N.N. Lyanova, V.B. Mityukhlyaev, and S.J. Pearton /Nonpolar GaN grown on Si by hydride vapor phase epitaxy using anodized Al nanomask //Applied Physics Letters, v.94 (2009) 022114-1-3.  =3.554*30/12=8.9 A. Y. Polyakov, A. V. Markov, M. P. Duhnovsky, M. V. Mezhennyi, A. A. Donskov, S. S. Malakhov, A. V. Govorkov, Yu. P. Kozlova, V. F. Pavlov, N. B. Smirnov, T. G. Yugova, A. I. Belogorokhov, I. A. Belogorokhov, A. K. Ratnikova, Yu. Yu. Fyodorov, O. Yu. Kudryashov, I. A. Leontyev, V. I. Ratushny, S. J. Pearton. GaN epitaxial films grown by hydride vapor phase epitaxy on polycrystalline chemical vapor deposition diamond substrates using surface nanostructuring with TiN or anodic Al oxide. J. Vac. Sci. Technol. B 28(5), Sep/Oct 2010, 1011-1015.  = 1.46*30/19=2.3 A. Y. Polyakov, A. V. Markov, M. V. Mezhennyi, A. A. Donskov, S. S. Malakhov, A. V. Govorkov, Yu. P. Kozlova, V. F. Pavlov, N. B. Smirnov, T. G. Yugova, I.-H. Lee, J. Han, Q. Sun, S. J. Pearton. a-plane GaN hydride vapor phase epitaxy on a-plane GaN templates with and without use of TiN intermediate layers. J. Vac. Sci. Technol. B 28(5) Sep/Oct 2010, 1039-1043.  =1.46*30/14=3.1 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20 /@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E =0 >A=>25 =5;538@>20==>3> GaAs //5AB=8: >A:>2A:>3> C=825@A8B5B0. !5@8O 3. $878:0. AB@>=><8O. 2009. ! 2. 69-72.  =8/5= 1.6 .. >=A:>2, ..LO:>=>2, ..565==K9, !.!. 0;0E>2, ...>7;>20, .$.02;>2, "...3>20. ;8O=85 >@85=B0F88 ?>4;>6:8 A0?D8@0 =0 >A>15==>AB8 LVAL( <>@D>;>388 ?>25@E=>AB8 8 AB@C:BC@=>5 A>25@H5=AB2> B>;ABKE A;>52 GaN, 2K@0I5==KE <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88. @8AB0;;>3@0D8O. B. 56, !2, 2011, 294-302.  = 8/7=1.1 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: natolij Govorkov, lexsandr Donskov, Lev Diakonov, Yulia Kozlova, Sergej Malahov, Alexsandr Markov, Mikhail Mezhennyi, Vladimir Pavlov, lexsandr Polykov, "atiana Yugova /The influence of sapphire substrate orientation on crystalline quality of GaN films grown by hydride vapor phase epitaxy //Physica B: Condensed Matter Volume 404, Issues 23-24, 15 December 2009, 4919-4921. Proceedings of the 25th International Conference on Defects in Semiconductors.  =6*1.5/10= 0.9 .V. Govorkov, M.V. Mezhennyi, .A. Donskov, L.I. Diakonov, Yu.P. Kozlova, S.S. Malahov, A.V. Markov, V.F. Pavlov, .Y. Polykov, ".G. Yugova /The influence of sapphire substrate orientation on crystalline quality of GaN films grown by hydride vapor phase epitaxy //Proc. 25th International Conference on Defects in Semiconductors, St Peterburg, Russia, July 20-24, 2009, 285.  =6*1.5/10= 0.9 =0 @>AA89A:8E :>=D5@5=F8OE ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20/@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E 87 =5;538@>20==>3> GaAs //0B5@80;K IX9 >AA89A:>9 :>=D5@5=F88 ?> D878:5 ?>;C?@>2>4=8:>2 >;C?@>2>4=8:8 2009 >2>A818@A:-"><A:, 28 A5=BO1@O-3 >:BO1@O 2009 3.  =4/5= 0.8 .. >=A:>2, .. LO:>=>2, .. >2>@:>2, ...>7;>20, !.!. 0;0E>2, .. 0@:>2, .. 565==K9, 8 4@./ ;8O=85 >@85=B0F88 ?>4;>6:8 A0?D8@0 =0 AB@C:BC@=>5 A>25@H5=AB2> M?8B0:A80;L=KE A;>52 GaN, ?>;CG5==KE <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88. >:;04 =0 7-9 A5@>AA89A:>9 :>=D5@5=F88 8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, 1-3 D52@0;O 20103., 99-100. (12 02B>@>2)  =4/10=0.4 .. >=A:>2, .. LO:>=>2, .. >2>@:>2, ...>7;>20, 8 4@.// ;5=:8 =8B@840 30;;8O, 2K@0I5==K5 <5B>4>< E;>@84-384@84=>9 M?8B0:A88 =0 ?>;8:@8AB0;;8G5A:>< 0;<075 A 8A?>;L7>20=85< =0=>AB@C:BC@8@LVAL>20==KE A;>52 TiN 8 0=>4=>3> >:8A;0 0;N<8=8O. >:;04 =0 7-9 A5@>AA89A:>9 :>=D5@5=F88 8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, 1-3 D52@0;O 20103., 147-148 (17 02B>@>2)  = 4/10=0.4 .. >=A:>2, .. LO:>=>2, .. CE=>2A:89, .. >2>@:>2, ...>7;>20, !.!. 0;0E>2, 8 4@. /!2>9AB20 >B45;5==KE >B ?>4;>6:8 B>;ABKE A;>52 =8B@840 30;;8O, 2K@0I5==KE <5B>4>< E;>@84-384@84=>9 M?8B0:A88 =0 B5<?;59B0E =8B@84 30;;8O-A0?D8@ A 8A?>;L7>20=85< =0=><0A:8 87 TiN. >:;04 =0 7-9 A5@>AA89A:>9 :>=D5@5=F88 8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, 1-3 D52@0;O 20103., 155-156. (13 02B>@>2)  = 4/10=0.4 .. C7N:>20, ".. .3>20, .. 565==K9, !.!. 0;0E>2, ... >7;>20/ !2>9AB20 M?8B0:A80;L=KE A;>52 GaN, ?>;CG5==KE A 8A?>;L7>20=85< @07;8G=KE 1CD5@=KE A;>52. >:;04 =0 XIV 0F8>=0;L=>9 :>=D5@5=F88 ?> @>ABC :@8AB0;;>2. >A:20, 6-10 45:01@O 20103. (9 02B>@>2)  =4/9=0.4 "  =21.2LVAL0;KH:8= .@89 8E09;>28G , @>4.22. 07.1987, ABC45=B 5 :C@A0 #. ;01>@0=B -,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59   = 1 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2009).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2010).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. GavrinV.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =30/9= 3.3  = 14.2LVAL Ft0A0=>2 @8D 0A0=->3;K, 05.06.1957, <=A, !.. >B0H52, .!. >B0H52 ($"(#)), .. 0A0=>2, !.%. 0@052A:89, .. 8B28=>20/ &8D@>2>5 C?@02;5=85 =0?@O65=85< ?8B0=8O 45B5:B>@>2 8 0<?;8BC4>9 2A?KH:8 4;O 02B><0B878@>20==>9 A8AB5<K @538AB@0F88 2 ! 8=C:A// @5?@8=B /  (2010) ! 1269.  =4:5=0,88@>=>28G ==0 ;5:A0=4@>2=0, 24.03.1964, =A, A.G.Gavriliuk, A.A.Mironovich, V.V.Struzhkin / Miniature diamond anvil cell for broad range of high pressure measurements // Rev. Sci. Instrum. 80, 043906 (2009)  =1,738E30/3=17,380@052A:89 !5@359 %0@8B>=>28G, 09.11.1953, A=A, 1. 8B28= . !., 5;O52 . ., 0@052A:89 !. %., 54>@57>2 . ., !04K:>2 . ./ 2CE:>>@48=0B=K9 45B5:B>@ 4;O =59B@>==>3> @5D;5:B><5B@0-<0;>C3;>2>3> A?5:B@><5B@0 >@87>=B =0 >A=>25 AF8=B8;;OB>@0 ZnS(Ag)/6Li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bdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =10.8LVAL7NG, (8E8= ;5:A0=4@ ;5:A0=4@>28G @>4 16.04.1963, =.A. ,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1,.32-40.  =0.311*60/9= 2.1 ?@5?@8=BK: ..(8E8= /KAB@K9 <0;>HC<OI89 70@O4>GC2AB28B5;L=K9 ?@54CA8;8B5;L A8AB5<K @538AB@0F88 30;;89-35@<0=852>3> =59B@8==>3> B5;5A:>?0 // @5?@8=B /  1230, 2009   =4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2009).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons,  LVAL Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2010).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. GavrinV.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =30/9= 3.3 "  =30.1LVAL7NG. /=F 8:B>@ -4C0@4>28G @>4.12.11.1953, =.A.-,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1, 32-40.  =0.311*60/9= 2.1 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2010).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2010).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. GavrinV.L. Matushko, Yu.M. Ma( LVAL8 lyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =30/9= 3.3 "  =26.1LVAL7NG0 5;57=KE 3>@L 8E09;>28G, 23.08.1936, 702.  8 -'. C1;8:0F88: 1. R.D. Dagkesamanskii, V.A. Matveev, I.M. Zheleznykh/  Prospects of radio detection of extremely high energy neutrinos bombarding the Moon // Nuclear Instr. & Methods in Phys. Res. A 626-627 (2011) S44-S47  =1,317x30:3=13,17 2. V.A. Matveev, I.M. Zheleznykh, P.I. Korotin, V.T. Paka, N.M. Surin/  Alternative techniques for dear-water monitoring // Nuclear Instr. & Methods in Phys. Res. A 626-627 (2011) S106-S108  =1,317x30:5=7,9 3. D. Besson,R. Dagkesamanskii, E. Kravchenko, I Kravchenko, I. Zheleznykh/  Tethered balloons for radio detection of ultra high energy cosmic neutrinos in Antarctica // Nuclear Instr. & Methods in Phys. Res. A (2010), doi: 10.1016/j.nima.2010.11.046  =1,091x30:5=7,9 >:;04K: @83;0H5==K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. R.D. Dagkesamanskii, V.A. Matveev, I.M. Zheleznykh/  Perspectives of the radio astronomical detection of extremely high energy neutrinos bombarding the Moon // >:;04 =0 564C=0@>4=>9 :>=D5@5=F88  Very Large Volume Neutrino Telescopes (Greece, Athens, 13-15 October, 2009).  =30:3=10 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. V. Matveev, I. Zheleznykh (INR RAS, Moscow), P. Korotin (IAP RAS, Nizhnii Novgorod), V. Paka (IO RAS/AB, Kaliningrad), N. Surin (ISPM RAS, Moscow)/ Alternative techniques for the deep water monitoring (hydrography, hydro-acoustics, hydro-physics)// >:;04 =0 564C=0@>4=>9 :>=D5@5=F88  Very Large Volume Neutrino Telescopes (Greece, Athens, 13-15 October, 2009).  =6:5x1,5=1,8 2. D. Besson,R. Dagkesamanskii, E. 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Yu.Kudenko, Scintillator detector for underground cosmic ray experiments, 12th Vienna Conference on Instrumentation (VCI 2010), Vienna, Austria, 15-20 Feb, 2010.  =30 16. M.Ziembicki...Yu.Kudenko et al, The SMRD subdetector at the near detector sttaion, Talk at Krakov Epiphany Conference, january 5-1- 2010, Poland.   = 30/10 = 3 17. T.Yano.... Yu.Kudenko et al., Current status of the Side Muon Range Detector for the T2K experiment. Talk given at the 12th Vienna conference on instrumentation, Feb 15-20, 2010.   = 6/10 = 0.6 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0:  =8 C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: C:>2>4AB2> 0A?8@0=B0<8: .7<09;>2, .(09E852 - 2-9 3>4 0A?8@0=BC@K  2009 3.  =30*2 = 60 .7<09;>2, .(09E852 - 3-9 3>4 , .>;O=A:89- 1 3>4 0A?8@0=BC@K  2010 3.  =30*3 = 90 C:>2>4AB2> ABC45=B0<8: .!8;8=, . CB8=, .E@0<552, .K:>2  2009.  =10*4 = 40 .CB8=, ..8=307>20, .C48=, .(:5@8=, .>;>48=, .8:05;O=, .>;5=:>  2010.   =10*7 = 70 !C<<0@=K9 8=48284C0;L=K9   = 625.94   @C:>2>48B5;O = 463.1M'-RM H C > 9 4 /*|%w rmhc [QC@?Q 7NGHHHH<?5q=A@?` 7NGHHHH<?O%C@?:| 7NGHHHH<?mg&B@?z 7NGHHHH<?6{B@?@y HHHH<?!C\B@?63u 7NGHHHH<?R˯C@?t 7NGHHHH<?#LC@?Fr 7NGHHHH<? ׻@@?@q HHHH<?[ @@?@q HHHH<? ׻@@?@m HHHH<?BpkB@?l!n 7NGHHHH<?)\@A@?v@m HHHH<?)B@?k 7NGHHHH<?{A@? @j HHHH<? WB@? g 7NGHHHH<? ׻@@?@c HHHH<?@?@;HHHH<?B@?e 7NGHHHH<?Q@)\oA@?d 7NGHHHH<?F(B@? @c HHHH<?= G@Qx@@?Z @b HHHH<?B}B@?@a HHHH<?7{A1A@? @` HHHH<?Dף@@?@_ HHHH<?@@?@^ HHHH<?@?@;HHHH<?4 = G@@?. @^ HHHH<?4 ffA@?\ 7NGHHHH<?6 @@?v @[ HHHH<?~B̓B@?Y 7NGHHHH<? {@>28G @>4. 13.02.1964, A=A $-   70 2009-2010 33 1) A.V. Artamonov, B. Bassalleck, B. Bhuyan, & , O. Mineev,& et al. (E949 Collaboration). Study of the decay K+ => pi+,nu,nubar in the momentum region 140<Ppi<199 MeV/c. 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Berlev, A.F. Danilyuk, T.L. Karavicheva, E.V. Karpechev, V.L. Kirillov, S.A. Kononov, E.A. Kravchenko, Yu.V. Kupchinskiy, A.B. Kurepin, A.N. Kurepin, A.I. Maevskaya, Yu.V. Musienko, A.P. Onuchin, V.I. Razin, A.I. Reshetin, D.A. Finogeev, "Development of FARICH-detector for ALICE experiment at CERN ", Nucl.Instrum.Meth.A598 (2009) 156.   =1.317*30/10=3.951 3) Yu.Musienko, "Advances in multipixel Geiger-mode avalanche photodiodes (silicon photomultiplies)", Nucl.Instrum.Meth.A598 (2009) 213.   =1.317*30=39.51 4) M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, K. Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, "Longitudinally segmented lead/scintillator hadron calorimeter with micro-pixel APD readout", Nucl.Instrum.Meth.A598 (2009) 268.   =1.317*30/10=3.951 5) Y. Musienko, D. Renker, Z. Charifoulline, K. Deiters, S. Reucroft, J. Swain  Study of radiation damage induced by 82 MeV protons on multi-pixel Geiger-mode avalanche photodiodes , Nucl.Instrum.Meth.A610 (2009) 87. 1.317*30/6=6.585 6) G. Benemanskaya, E. Garibin, Yu. Gusev, A. Demidenko, S. Ivanov, V. Ivochkin, S. Kosianenko, I. Mironov, Yu. Mousienko, V. Jmerik, V. Reiterov, D. Seliverstov, T. Shubina  Photosensors for PET scanner on the base of BaF2 crystals , Nucl.Instrum.Meth.A610 (2009) 335.   =1.317*30/10=3.951 7) M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov  Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter , Nucl.Instrum.Meth.A610 (2009) 366.   =1.317*30/10=3.951 8) S. Abdullin, ..., Y. Musienko et al.  The CMS barrel caloriLVALC meter response to particle beams from 2-GeV/c to 350-GeV/c , Eur.Phys.J.C60:359-373,2009.   =2.746*30/10=8.238 9) S. Chatrchyan, , ..., Y. Musienko et al.  Commissioning and Performance of the CMS Pixel Tracker with Cosmic Ray Muons , JINST 5:T03007, 2010.   =2.102*30/10=6.306 10) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of the CMS Level-1 Trigger during Commissioning with Cosmic Ray Muons , JINST 5:T03002, 2010.   =2.102*30/10=6.306 11) S. Chatrchyan, , ..., Y. Musienko et al.  Measurement of the Muon Stopping Power in Lead Tungstate , JINST 5:P03007, 2010.   =2.102*30/10=6.306 12) S. Chatrchyan, , ..., Y. Musienko et al.  Commissioning and Performance of the CMS Silicon Strip Tracker with Cosmic Ray Muons , JINST 5:T03008, 2010.     =2.102*30/10=6.306 13) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of CMS Muon Reconstruction in Cosmic-Ray Events , JINST 5:T03022, 2010.   =2.102*30/10=6.306 14) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of the CMS Cathode Strip Chambers with Cosmic Rays , JINST 5:T03018, 2010.   =2.102*30/10=6.306 15) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of the CMS Hadron Calorimeter with Cosmic Ray Muons and LHC Beam Data , JINST 5:T03012, 2010.   =2.102*30/10=6.306 16) S. Chatrchyan, , ..., Y. Musienko et al.  Fine Synchronization of the CMS Muon Drift-Tube Local Trigger using Cosmic Rays , JINST 5:T03004, 2010.   =2.102*30/10=6.306 17) S. Chatrchyan, , ..., Y. Musienko et al.  Calibration of the CMS Drift Tube Chambers and Measurement of the Drift Velocity with Cosmic Rays , JINST 5:T03016, 2010.   =2.102*30/10=6.306 18) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of the CMS Drift-Tube Local Trigger with Cosmic Rays , JINST 5:T03003, 2010.   =2.102*30/10=6.306 19) S. Chatrchyan, , ..., Y. Musienko et al.  Commissioning of the CMS High-Level Trigger with Cosmic Rays , JINST 5:T03005, 2010.   =2.102*30/10=6.306 20) S. Chatrchyan, , ..., Y. Musienko et al.  IdentificLVALD ation and Filtering of Uncharacteristic Noise in the CMS Hadron Calorimete , JINST 5:T03014, 2010.   =2.102*30/10=6.306 21) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of CMS Hadron Calorimeter Timing and Synchronization using Test Beam, Cosmic Ray, and LHC Beam Data , JINST 5:T03013, 2010.   =2.102*30/10=6.306 22) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of the CMS Drift Tube Chambers with Cosmic Rays , JINST 5:T03015, 2010.   =2.102*30/10=6.306 23) S. Chatrchyan, , ..., Y. Musienko et al.  Commissioning of the CMS Experiment and the Cosmic Run at Four Tesla , JINST 5:T03001, 2010.   =2.102*30/10=6.306 24) S. Chatrchyan, , ..., Y. Musienko et al.  CMS Data Processing Workflows during an Extended Cosmic Ray Run , JINST 5:T03006, 2010.   =2.102*30/10=6.306 25) S. Chatrchyan, , ..., Y. Musienko et al.  Aligning the CMS Muon Chambers with the Muon Alignment System during an Extended Cosmic Ray Run , JINST 5:T03019, 2010.   =2.102*30/10=6.306 26) S. Chatrchyan, , ..., Y. Musienko et al.  Performance Study of the CMS Barrel Resistive Plate Chambers with Cosmic Rays , JINST 5:T03017, 2010.   =2.102*30/10=6.306 27) S. Chatrchyan, , ..., Y. Musienko et al.  Time Reconstruction and Performance of the CMS Electromagnetic Calorimeter , JINST 5:T03011, 2010.   =2.102*30/10=6.306 28) S. Chatrchyan, , ..., Y. Musienko et al.  Alignment of the CMS Muon System with Cosmic-Ray and Beam-Halo Muons , JINST 5:T03020, 2010.   =2.102*30/10=6.306 29) S. Chatrchyan, , ..., Y. Musienko et al.  Precise Mapping of the Magnetic Field in the CMS Barrel Yoke using Cosmic Rays , JINST 5:T03021, 2010.   =2.102*30/10=6.306 30) S. Chatrchyan, , ..., Y. Musienko et al.  Performance and Operation of the CMS Electromagnetic Calorimeter , JINST 5:T03010, 2010.   =2.102*30/10=6.306 31) S. Chatrchyan, , ..., Y. Musienko et al.  Alignment of the CMS Silicon Tracker during Commissioning with Cosmic Rays , JINST 5:T03009, 2010.   =2.102*30/10=6.306 32) P. Adzic, ..., YLVALE . Musienko et al.  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First Measurement of Bose-Einstein Correlations in Proton-Proton Collisions at $\sqrt{s}=0.9$ and 2.36 TeV at the LHC , Phys.Rev.Lett.105:032001,2010.   =7.328*30/10=21.984 39) V. Khachatryan, & , YLVALF . Musienko et al.  Transverse-momentum and pseudorapidity distributions of charged hadrons in pp collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.105:022002,2010.   =7.328*30/10=21.984 40) V. Khachatryan, & , Y. Musienko et al.  Measurement of the charge ratio of atmospheric muons with the CMS detector , Phys.Lett.B692:83-104,2010.   =5.083*30/10=15.249 41) V. Khachatryan, & , Y. Musienko et al.  Observation of Long-Range Near-Side Angular Correlations in Proton-Proton Collisions at the LHC , JHEP 1009:091,2010.   =6.019*30/10=18.057 42) V. Khachatryan, & , Y. Musienko et al.  Search for Dijet Resonances in 7 TeV pp Collisions at CMS , Phys.Rev.Lett.105:211801,2010.   =7.328*30/10=21.984 43) V. Khachatryan, & , Y. Musienko et al.  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Musienko  Studies of photosensors for the CMS HCAL upgrade , DESY SiPM Workshop, Hamburg, Germany, February 22-23, 2010 (@83;0H5==K9 4>:;04).   =30 4) .. CA85=:>  17>@ =>2KE @07@01>B>: ;028==KE D>B>45B5:B>@>2 , B>@0O <564C=0@>4=0O :>=D5@5=F8O "=65=5@8O AF8=B8;;OF8>==KE <0B5@80;>2 8 @0480F8>==K5 B5E=>;>388" - ! "-2010, 14 - 19 =>O1@O 2010 3>40, 3. %0@L:>2, #:@08=0 (@83;0H5==K9 4>:;04).   =30 !C<<0@=K9   = 506.245LVAL7NGH !?8A>: >?C1;8:>20==KE @01>B AB065@0-8AA;54>20B5;O =AB8BCB0 O45@=KE 8AA;54>20=89 (09E8520 @BC@0 "038@>28G0 70 ?5@8>4 2009  20103.3. : 1) >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  QUARKS-2010 =0 B5<C  Search for heavy neutrino in rare kaon decays , >;><=0, >AA8O, 6  12 8N=O 2010.   = 30 2) A.Shaykhiev  New results for K+ -> pi+ nu antinu at low pi+ momentum from BNL E949 , /;B0, @K<, #:@08=0, 27 A5=BO1@O  4 >:BO1@O, Proceedings of the NATO Advanced Research Workshop on Safe Nuclear Energy Yalta, Crimea, Ukraine 27 September - 2 October 2008, 2009, XIX, 237-248pp. ISBN: 978-90-481-2286-8.   = 30*1.5* = 45 3) >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $ , "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", =0 B5<C  >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2 , 23 - 27 =>O1@O 2009 3., "-$.   = 20 4) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparov, & , A.Shaykhiev, & et al. 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Aoki, J. Blocki,& , A.Shaykhiev,& et al. Scintillator counters with WLS fiber/MPPC readout for the side muorLVALn range detector (SMRD) of the T2K experiment. Nucl.Instrum.Meth.A623:382-384, 2010.  =1.319*30/10=3.951 9) Takatomi Yano, S. Aoki, J. Blocki, & , N. Yershov,& et al. Current status of the Side Muon Range Detector for the T2K experiment. Talk at the XXIX PHYSICS IN COLLISION August 30 - September 2, 2009, Kobe, Japan. Web http://www.research.kobe-u.ac.jp/fsci-epp/pic2009/ ,  =1.5*30/10= 4.5 10) >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2. (09E852 ."., 27 =>O1@O 20093., "@C4K 52-9 =0CG=>9 :>=D5@5=F88 $", G0ABL VIII @>1;5<K A>2@5<5==>9 D878:8, 135  138, >A:20  >;3>?@C4=K9 20093.   = 20*1.5=30 11) >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2. (09E852 ."., 24 =>O1@O 20103., "@C4K 53-9 =0CG=>9 :>=D5@5=F88 $", G0ABL VIII @>1;5<K A>2@5<5==>9 D878:8, 158  161, >A:20  >;3>?@C4=K9 20103.   = 20*1.5=30 12) Yu. Kudenko, L. Bezrukov, A. Izmaylov,& , M. Khabibullin,& et al. Highly segmented scintillator detector for underground cosmic ray experiments, 12th Vienna Conference on Instrumentation (VCI 2010), Vienna, Austria, 15-20 Feb, 2010.  =6/10=0.6. >MDD8F85=B 1.5 4;O 0A?8@0=B>2,   = 175.9*1.5 = 263.85 B>3>   = 263.85LVAL7NGJ @H>2 8:>;09 8:B>@>28G (@>4. 03.01.1978) =A $-! $-, :D<= !C<<0@=K9   (70 2009-2010 3.3.) = 50.712   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) A.V. Artamonov, B. Bassalleck, B. Bhuyan, & , N.V. Yershov,& et al. (E949 Collaboration). Study of the decay K+ => pi+,nu,nubar in the momentum region 140<Ppi<199 MeV/c. Phys.Rev.D79:092004,2009. 28pp. (arXiv:0903.0030v1 [hep-ex]).  =4.922*30/10=14.766. 2) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparov, & , N.V. Yershov, & et al. Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment. Nucl.Instrum.Meth.A610:419-422, 2009. 4 pp. (arXiv:0901.4675 [physics.ins-det]).  =1.317*30/10=3.951. 3) A. Izmaylov , S. Aoki, J. Blocki, & , N.Yershov, & et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment . Nucl. Instrum. and Meth. A 623:382 384, 2010.  =1.317*30/10=3.951 4) M. Ziembickig, R. Suleji, S. Aoki, & , N.Yershov, & et al. THE SMRD SUBDETECTOR AT THE T2K NEAR DETECTOR STATION. ACTA PHYSICA POLONICA B, Vol. 41, No 7, 2010.  =0.648*30/10 =1.944 5) L. Bezrukov, K. Butin, I. Davitashvili,& , N. Yershov,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Published in PoS PD09:026,2010, e-Print: arXiv:0909.1451 [physics.ins-det].  =8/10=0.8 -" +   "+  $ &: 1) L. Bezrukov, K. Butin, I. Davitashvili,& , N. Yershov,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Talk given at the International Workshop on New Photon Detectors PD09, June 24-26 2009, Shinshu Universiy, Matsumoto, Japan. e-Print: arXiv:0909.1451 [physics.ins-det]. 7pp.  =1.5*30/10= 4.5. 4) Takatomi Yano, S. Aoki, J. Blocki, & , N. Yershov,& et al. Current status of the Side Muon Range Detector for the T2K experiment. Talk at the XXIX PHYSICS IN COLLISION August 30 - September 2, 2LVAL009, Kobe, Japan. Web http://www.research.kobe-u.ac.jp/fsci-epp/pic2009/ ,  =1.5*30/10=4.5 5) .. @H>2, .. 7<09;>2. AA;54>20=85 =59B@8==KE >AF8;;OF89 2 M:A?5@8<5=B5 "2. !B0BCA 8 1;8609H85 ?5@A?5:B82K. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 23 ?> 27 =>O1@O 2009. Web http://matras.itep.ru/npd2k09/ ,  =20/2= 10. 6) T. Yano, S. Aoki, J. Blocki, & , N.Yershov,& et al. Side Muon Range Detector for the T2K experiment. THE 12TH VIENNA CONFERENCE ON INSRUMENTATION., Web http://vci.hephy.at/2010/ ,  =6/10=0.6 7) M. Ziembicki, R. Sulej, S. Aoki, & , N.Yershov, & et al. THE SMRD SUBDETECTOR AT THE T2K NEAR DETECTOR STATION. Cracow Epiphany Conference on Physics in Underground Laboratories and Its Connection with LHC, Cracow, Poland, January 5 8, 2010. Web http://epiphany.ifj.edu.pl/epiphany.2010/,  =1.5*30/10=4.5 8) T. Yano, S. Aoki, J. Blocki, & , N. Yershov, & et al. The Side Muon Range Detector for the T2K experiment. XXIV International Conference on Neutrino Physics and Astrophysics - Athens, Greece, June 14 - 19, 2010, Web www.neutrino2010.gr ,  =6/10=0.6 9) A.Izmaylov, S. Aoki, J. Blocki, & , N. Yershov, & et al. Segmented scintillator with WLS/APD readout for LVND. 11th International Workshop on Next generation Nucleon Decay and Neutrino Detectors Toyama International Conference Center in Toyama, Japan December 13 - 16, 2010, Web http://www-sk.icrr.u-tokyo.ac.jp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kulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D.Ilic, A.A .Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS.// International Seminar on charged particle accelerators.  IWCPA 2009 , Crimea, Alushta, September 2009. - accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8).  =30*1.5/8=5.6 3. S.V. Akulinichev, Yu.K. Gavrilov, V.I. Dergiev, L.V.Kravchuk, V.M. Skorkin /Study of Ytterbium Sources for High Dose Rate Brachytherapy on a Basis of INR Proton Linac//  IWCPA 2009 , Crimea, Alushta, September 2009.- accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8).  =30*1.5/5=9 4. !..:C;8=8G52, ..=4@552, ..!:>@:8= /AA;54>20=85 @048>18>;>38G5A:>9 MDD5:B82=>AB8 684:>:@8AB0;;8G5A:8E G0AB8F - Gd =0 =59B@>==>< 35=5@0B>@5// VII 0F8>=0;L=0O :>=D5@5=F8O " 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388" ( !-- 2009), >A:20, 16-21 =>O1@O 2009. -  /"  #  >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O.  =20/3=6.7 5. S.Akulinichev, L.Kravchuk, P.MastinLVALM u, V.Skorkin / Investigation of the intermediate neutron capture on unstable nuclides by means of the activation method // ISINN-17.  <0B5@80;0E: 17th International Seminar on Interaction of Neutrons with Nuclei. Dubna, May 27-30, 2009, p. 43.  . =30/4=7.5 6. Skorkin V., Akulinichev S. /Experimental modeling nucleosynthesis during stellar He burning to study isotopic abundances// 4-th Gamow International Conference in Odessa and 9-th Gamow Summer School  Astronomy and beyond: Astrophysics, Cosmology, Radioastronomy, High Energy Physics and Astrobiology . 17-23 August, 2009, Odessa, Ukraine.  =30/2=15, 7. :C;8=8G52 !.. 5@A?5:B82K @0728B8O O45@=>9 <548F8=K 2 3. "@>8F:5 ?;5=0@=K9 4>:;04 =0 >=D5@5=F88 0=>B5E=>;>388 2 >=:>;>388  8<. 5@F5=0 09 >:BO1@O 2009 3>40,  =20. 8. !..:C;8=8G52, ..0A8;L5, ...02@8;>2, ..!:>@:8= !>740=85 F5=B@0 A>G5B0==>9 ?@>B>==>9 8 D>B>==>9 ;CG52>9 B5@0?88 2 "@>8F:5 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 >=D5@5=F88 $878:0 ?@>B82 @0:0 >A:020, # & <...;>E8=0, 15  16 0?@5;O 20093.  = 30/4=7.5. 9. S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. APPLICATION OF THE CODE TRACK FOR CALCULATIONS OF PROTON DOSE DISTRIBUTIONS IN MATTER XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F IWCPA-2009. 6 12 A5=BO1@O 2009 3>40, #:@08=0, @K<, ;CHB0,  =30/3=10 10. !..:C;8=8G52 AA;54>20=85 <548F8=A:>3> ?@>B>==>3> ?CG:0 /  28 >:BO1@O 2009, >=3@5AA-E>;; >;K=A:>5 @83;0H5==K9 4>:;04 =0 A5@>AA89A:>< !>25I0=88 @>B>==0O 8 8>==0O B5@0?8O: <548F8=A:0O ?@0:B8:0 8 B5E=8G5A:>5 >15A?5G5=85,   = 20. 11. S.V.Akulinichev, L.V.Kravchuk, V.A.Matveev. Progress and perspectives of the INR Radiological Center Workshop  Physics for health in Europe , CERN, Switzerland, 2010, Book of abstracts p.80,  =6/3=2. 12. !.. :C;8=8G52, .. 0A8;L52, ... 02@8;>2, .. >:>=F52, .. LLVAL\>:>=F52, ..0751=8:. @83;0H5==K9 ?;5=0@=K9 4>:;04: @>B>==0O ;CG520O CAB0=>2:0 " / . / :=835: III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.8-10.  =30*1.5/6=7.5. 13. !..:C;8=8G52, .. 0A8;L52, ..;L8=, .. >:>=F52, .. >:>=F52. >2KH5=85 :0G5AB20 ;CG52>9 B5@0?88 =0 CA:>@8B5;5 !-75. / :=:III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.11.  =6*1.5/5=1.8. 14. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, V.N. Zapolskyi. Tuning of the INR therapeutic proton beam. XXII Particle Accelerator Conference RuPAC-2010, September 2010.  =6/6=1. 15. S.V.Akulinichev, @83;0H5==K9 ?;5=0@=K9 4>:;04 Novel technologies for hadron radiation therapy, Invited plenary talk at XX International Symposium for High Energy Particle Physics (ISHEPP), Dubna, October 4-9, 2010.  =30. 16. S.V. Akulinichev, Yu.K. Gavrilov, Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, V..Simonov, V.M. Skorkin, S.V. Zuev / Measuring System Low- Intensity Proton Beam// LX Intern. Conf. on Nuclear Physics (Nucleus 2010). St.Petersburg, Russia, July 06-09, 2010).  = 6/8=0.8 17. V. Skorkin, S. Akulinichev, A. Andreev / The High-Current Deuteron Accelerator for the Neutron Therapy // XXII Particle Accelerator Conference RuPAC-2010, September 27, 2010-October 1, 2010. !B0BLO ?@8=OB0 : ?5G0B8 2 6C@=0;: Joint Accelerator Conference Website (JACOW) (http://accelconf.web.cern.ch/accelconf/)  =6/3*1.5=3 ;8G=K9   !..:C;8=8G520 = 145.3LVAL7NGO 02@8;>2 .@89 @0A=>A;02>28G. 04.10.1951, =A $, >:;04K: 1. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D.Ilic, A.A .Kokoncev, D.B. Lazebnik, V.M. Skorkin/ The Study of the Therapeutic Proton Beam at INR RAS// International Seminar on charged particle accelerators.  IWCPA 2009 , Crimea, Alushta, September 2009. Problems of Atomic Science and Technology. 2010. ! 3. Series: Nucl. Physics Investigations (54), p.117-122.  =30*1.5/8=5.6 2. S.V. Akulinichev, Yu.K. Gavrilov, V.I. Dergiev, L.V.Kravchuk, V.M. Skorkin /Study of Ytterbium Sources for High Dose Rate Brachytherapy on a Basis of INR Proton Linac//  IWCPA 2009 , Crimea, Alushta, September 2009.  =30/5=6 3. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..!:>@:8= !>740=85 F5=B@0 A>G5B0==>9 ?@>B>==>9 8 D>B>==>9 ;CG52>9 B5@0?88 2 "@>8F:5 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 >=D5@5=F88 $878:0 ?@>B82 @0:0 >A:20, # & <...;>E8=0, 15  16 0?@5;O 20093.  = 30/4=7.5. 4. S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. APPLICATION OF THE CODE TRACK FOR CALCULATIONS OF PROTON DOSE DISTRIBUTIONS IN MATTER XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F IWCPA-2009. 6 12 A5=BO1@O 2009 3>40, #:@08=0, @K<, ;CHB0,  =30/3=10 5. S.V. Akulinichev, Yu.K. Gavrilov, Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, V..Simonov, V.M. Skorkin, S.V. Zuev / Measuring System Low- Intensity Proton Beam// LX Intern. Conf. on Nuclear Physics (Nucleus 2010). St.Petersburg, Russia, July 06-09, 2010).  = 6/8=0.8 6. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, INR RAS, Moscow, Russia, V.N. Zapolsky, IHEP, Protvino, Russia  Tuning of the INR therapeutic proton beam , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino.  =6/6=1. 7. !.. :C;8=8G52, .. 0A8;L52, ... 02@8;>2, .. >:>=F52, ..  LVAL >:>=F52, ..0751=8:. @83;0H5==K9 ?;5=0@=K9 4>:;04: @>B>==0O ;CG520O CAB0=>2:0 " / . / :=835: III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.8-10.  =30*1.5/6=7.5. =48284C0;L=K9   02@8;>20 ... = 38.4 =45:A F8B8@>20=8O =102LVAL7NGQ !:>@:8= ;048<8@ 8E09;>28G @>4. 03.08.1953, :. D.-<. =, A=A $, C1;8:0F88: 1. Skorkin V., Mastinu P./Investigation of the intermediate neutron capture on unstable nuclides by means of the activation method// http://isinn.jinr.ru/17/contents.html  =4/2=2 2. .. =4@552, !.. :C;8=8G52, .. 5=5F:89, ... 0@?>2, .!. >=>1552A:89, .. !:>@:8=, .. $8@A>2/5@A?5:B820 8A?>;L7>20=8O <>I=KE =59B@>==KE 35=5@0B>@>2 2 =AB8BCB5 O45@=KE 8AA;54>20=89 // @5?@8=B /  1255/2010.  =4/6=1 >:;04K: 1. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D. Ilic, A.A. Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS/ //  IWCPA 2009 ,/Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5)/8= 5.6. 2. S.V. Akulinichev, Yu.K. Gavrilov, V.I. Dergiev, L.V.Kravchuk, V.M. Skorkin /Study of Ytterbium Sources for High Dose Rate Brachytherapy on a Basis of INR Proton Linac//  IWCPA 2009 , Crimea, Alushta, September 2009.- . =30/5=6. 3. !.. :C;8=8G52, .. =4@552, .. !:>@:8=/ AA;54>20=85 @048>18>;>38G5A:>9 MDD5:B82=>AB8 684:>:@8AB0;;8G5A:8E G0AB8F -Gd =0 =59B@>==>< 35=5@0B>@5// VII 0F8>=0;L=0O :>=D5@5=F8O " 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388" ( !--  2009), >A:20, 16-21 =>O1@O 2009.  =20/3=6.7 4. S.Akulinichev, L.Kravchuk, P.Mastinu, V.Skorkin / Investigation of the intermediate neutron capture on unstable nuclides by means of the activation method // ISINN-17. 17th Intern. Seminar on Interact. of Neutrons with Nuclei. Dubna, May 27-30, 2009.  =30/4=7.5 5. Skorkin V., Akulinichev S. /Experimental modeling nucleosynthesis during stellar He burning to study isotopic abundances// 4-th Gamow InternationalConference in Odessa and 9-th Gamow Summer School  Astronomy and beyond: Astrophysics, CLVALosmology, Radioastronomy, High Energy Physics and Astrobiology . 17-23 August, 2009, Odessa, Ukraine.  =6/2=3 6. V. Skorkin, S. Akulinichev, A. Andreev/ The High-Current Deuteron Accelerator for the Neutron Therapy//RuPAC-2010. Proceedings of RuPAC-2010. (http://accelconf.web.cern.ch/accelconf/)  =6*1.5/3=3. 7. S.V. Akulinichev, Yu.K. Gavrilov, Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, V..Simonov, V.M. Skorkin, S.V. Zuev / Measuring System Low- Intensity Proton Beam// LX Intern. Conf. on Nuclear Physics (Nucleus 2010). St.Petersburg, Russia, July 06-09, 2010).  = 6/8=0.8 8. L.V. Kravchuk, V.N. Peleshko, V.M. Skorkin /In-situ monitoring of radioactive gases and aerosols emitted from the ventilation system of INR proton linac // Intern. Symposium on In Situ Nuclear Metrology (NSINUME'2010), 20-23 October 2010 in Dubna. Book of Abstracts, 60. Accepted to Journal of Geophysical Research  = 6*1.5/3=3. 9. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..!:>@:8= !>740=85 F5=B@0 A>G5B0==>9 ?@>B>==>9 8 D>B>==>9 ;CG52>9 B5@0?88 2 "@>8F:5 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 >=D5@5=F88 $878:0 ?@>B82 @0:0 >A:020, # & <...;>E8=0, 15  16 0?@5;O 20093.  = 30/4=7.5 10. !.. :C;8=8G52, .. =4@552, .. !:>@:8=/ AA;54>20=85 @048>18>;>38G5A:>9 MDD5:B82=>AB8 684:>:@8AB0;;8G5A:8E G0AB8F -Gd =0 =59B@>==>< 35=5@0B>@5// VII 0F8>=0;L=0O :>=D5@5=F8O " 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388" ( !--  2009), >A:20, 16-21 =>O1@O 2009.  =20/3=6.7 B>3>:   ..!:>@:8=0 =44.7 =45:A F8B8@>20=8O = 62LVAL&2009 3>4: C1;8:0F88: 1. D. G. Levkov, A. G. Panin // Long quantum transition times due to unstable semiclassical dynamics, -2009, Phys.Rev.A 80, p. 052110   = 2.908*30/2 = 43.62 >:;04K: 1. Symposium on THEORETICAL AND MATHEMATICAL PHYSICS, // Long quantum transitions due to unstable semiclassical dynamics   = 4 >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2009:  (2009) = 1.5*(43.62+4) = 71.43 2010 3>4: C1;8:0F88: 1. D. S. Gorbunov, A. G. Panin // Scalaron the mighty: is a quick mare in time everywhere?, -2010, arXiv:1009.2448   = 4/2 = 2 !5<8=0@A:85 70=OB8O: 1. !>2<5I5==K9 A5<8=0@ ?> :>A<>;>388 8 :;0AA8G5A:8< :0;81@>2>G=K< ?>;O<: # 3-9 :C@A, 2 A5<5AB@0:   = 2*8 = 16 C@AK ;5:F89: 1. 5D>@<0;L=>5 22545=85 2 :20=B>2CN B5>@8N: $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8 ?@8 $ (4;O ABC45=B>2 2-3> :C@A0), 1 A5<5AB@:   = 30 >2KH0NI89 :>MDD8F85=B: 2 (70I8B0 48AA5@B0F88) 0 2010:  (2010) = 2*(2+16+30) = 96 B>3>:   = 167.43A552 ;048A;02 8:>;0528G @>4 30.05.1949 =A $,   70 2009 - 2010 3.3. >:;04K: 1. S. V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. APPLICATION OF THE CODE TRACK FOR CALCULATIONS OF PROTON DOSE DISTRIBUTIONS IN MATTER XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F IWCPA-2009. 6 12 A5=BO1@O 2009 3>40, #:@08=0, @K<, ;CHB0, accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8).  =30*/3=10, 2. :C;8=8G52 !.., A552 .., 0A8;L52 .., 02@8;>2 ..., ;8G .., >:>=F52 .., 0751=8: .., !:>@:8= .. AA;54>20=85 <548F8=A:>3> ?@>B>==>3> ?CG:0 / . XXI International Workshop on Charged Particle Accelerators, Ukraine, Alushta, Crimea. September 6-12, 2009. accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8). Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5)/8= 5.6. =48284C0;L=K9   ..A5520 =15.6LVAL7NGT 0A8;L52 ;048<8@ 8:>;0528G @>4. 04.01.1957, A.=.A. $ (?> A>2<5AB8B5;LAB2C),   70 2009-2010 33 C1;8:0F88.: 1. .. 0A8;L52, .. ;8G, .. >:>=F52, !.. :C;8=8G52. 0@0<5B@K 8 @0A?@545;5=85 ?>3;>I5==>9 4>7K ?@>B>==>3> ?CG:0 =AB8BCB0 O45@=KE 8AA;54>20=89  //548F8=A:0O D878:0, 2009, !3 (43) 21-29.  =8/4=2 2. ..0A8;L52, ..>:>=F52, !..:C;8=8G52. 0A?@545;5=85 4>7K >B 87;CG5=8O 1;87:>D>:CA=>3> 0??0@0B0 5=B35= "-02 =0 <0;KE 3;C18=0E 2 2>4=>M:2820;5=B=>< D0=B><5 //548F8=A:0O D878:0, 2010, !2, !.15-20.  =8/3 =2.7 3. V. N. Vasiliev, V. I. Kostjuchenko, V. G. Khaybullin, S. I. Samarin , A. S. Uglov Proton scattering power of some tissue-equivalent plastics arXiv:1011.4648v1 [physics.med-ph], 21 Nov 2010.   = 4/5 = 0.8 4. V.N. Vasiliev, V.I. Kostjuchenko, O.B. Riazantsev,V.G. Khaybullin, S.I. Samarin, A.S. Uglov. Tissue equivalence of some phantom materials for proton beams. arXiv:1005.4389v1 [physics.med-ph], 24 May 2010, 8 pages.   = 4/6=0.7 >:;04K: 1. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..!:>@:8=. ><?;5:A ?@>B>==>-D>B>==>9 B5@0?88 =AB8BCB0 O45@=KE 8AA;54>20=89 : A>AB>O=85 ?@>5:B0. @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 $878:0 ?@>B82 @0:0, >A:20, &, 15-16 0?@5;O 2009 3.  =30/4=7.5. 2. V.N. Vasiliev, V.I. Kostjuchenko, O.B. Riazantsev,V.G. Khaybullin, S.I. Samarin, A.S. Uglov. Tissue equivalence of some phantom materials for proton beams. P137, PTCOG 48, Heidelberg, September 28th - October 3rd, 2009.  =6/6=1 3. :C;8=8G52 !.., A552 .., 0A8;L52 .., 02@8;>2 ..., ;8G .., >:>=F52 .., 0751=8: .., !:>@:8= .. AA;54>20=85 <548F8=A:>3> ?@>B>==>3> ?CG:0 / . XXI International Workshop on Charged Particle Accelerators, Ukraine, Alushta, Crimea. September 6-12, 2009. accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8). Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5)/8= 5.6 4. !.. :C;8=8G52, .. 0A8;L52, ... 02@8;>2, tLVAL.. >:>=F52, ..>:>=F52, ..0751=8:. @83;0H5==K9 ?;5=0@=K9 4>:;04: @>B>==0O ;CG520O CAB0=>2:0 " / . / :=835: III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.8-10.  =30*1.5/6=7.5. 5. !..:C;8=8G52, .. 0A8;L52, ..;L8=, .. >:>=F52, .. >:>=F52. >2KH5=85 :0G5AB20 ;CG52>9 B5@0?88 =0 CA:>@8B5;5 !-75. / :=:III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 &!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.11.  =6*1.5/5=1.8. 6. ..0A8;L52, ..>:>=F52. A?>;L7>20=85 @048>E@><=>9 ?;5=:8 Gafchromic HD-810 4;O 87<5@5=89 ?@>D8;59 4>7K ?@8 1;87:>D>:CA=>9 @5=B35=>B5@0?88. / :=:III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.215-217.  = 4/2 *1.5= 3 7. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, V.N. Zapolskyi. Tuning of the INR therapeutic proton beam. XXII Russian Particle Accelerator Conference RuPAC-2010, September 2010.   = 6/6= 1. 8G=K9   ..0A8;L520 = 33.6 *0.5=16.80LVAL@52:>2 <8B@89 5==048528G @>4. 05.09.1979, =A "$,   70 2009-2010 33. C1;8:0F88: 1) D.G. Levkov, A.G. Panin, S.M. Sibiryakov. "Signatures of unstable semiclassical trajectories in tunneling." J. Phys. A: Math. Theor. 42 (2009) 205102.  =1.577*30/3=15.77 2) D.G. Levkov, A.G. Panin. "Long quantum transition times due to unstable semiclassical dynamics". Phys. Rev. A 80, 052110 (2009).  = 2.866*30/2=42.99 >:;04K: 1) "Soliton-antisoliton production in particle collisions" 15th International seminar on high-energy physics "Quarks-2008," Sergiev Posad, Russia, 23-29 May, 2008.  =6*1.5=9 3) "Kink-antikink production in collisions of highly energetic particles". Symposium on Theoretical and Mathematical Physics, St. Petersburg, Russia, July 3-8, 2009.  =6 4) "Long quantum transitions due to unstable semiclassical dynamics", 14-th Lomonosov conference on elementary particle physics, Russia, 19-25 August, 2009.  =6 C@AK: C@A "!C?5@A8<<5B@8O", $878G5A:89 OD0:C;LB5B #, 5 :C@A, 25A5==89->A5==89 A5<5AB@K 2010 3.  =30*2=60 C:>2>4AB2> ABC45=B>< (. !0BC=8=):  =10/2=5 C:>2>4AB2> ABC45=B>< (.!. &L>?0):  =10 B>3>:  =154.76LVAL7NGW C@5?8= ;5:A0=4@ 8:>;0528G 1. 40B0 @>645=8O: 15.01.1984 2. AB5?5=L: =5B 3. 4>;6=>ABL: <;04H89 =0CG=K9 A>B@C4=8:  - 4. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 2010 3. 1) First proton-proton collisions at the LHC as observed with the ALICE detector: Measurement of the charged particle pseudorapidity density at s**(1/2) = 900-GeV. By ALICE Collaboration (K Aamodt et al.). 15pp. Published in Eur.Phys.J.C65:111-125,2010.  = 2,746*30/10=8,238 2) Transverse momentum spectra of charged particles in proton-proton collisions at $\sqrt{s} = 900$~GeV with ALICE at the LHC. By ALICE Collaboration (K Aamodt et al.). 20pp. Published in Phys.Lett.B693:53-68,2010.  = 5,083*30/10=15,249 3) Midrapidity antiproton-to-proton ratio in pp collisions at $\sqrt{s} = 0.9$ and $7$~TeV measured by the ALICE experiment. By ALICE Collaboration (Authors:: K. Aamodt et al.). 12pp. Published in Phys.Rev.Lett.105:072002,2010.  = 7,328*30/10=21,984 4) Charged-particle multiplicity measurement in proton-proton collisions at sqrt(s) = 0.9 and 2.36 TeV with ALICE at LHC. By ALICE Collaboration (K. Aamodt et al.). Published in Eur.Phys.J.C68:89-108,2010.  = 2,746*30/10=8,238 5) Alignment of the ALICE Inner Tracking System with cosmic-ray tracks. By ALICE Collaboration (K Aamodt et al.). 37pp. Published in JINST 5:P03003,2010.  = 2,102*30/10=6,306 6) Charged-particle multiplicity measurement in proton-proton collisions at sqrt(s) = 7 TeV with ALICE at LHC. By ALICE Collaboration (K. Aamodt et al.). 2010. 11pp. Published in Eur.Phys.J.C68:345-354,2010.  = 2,746*30/10=8,238 7) A module for shaping control signals of the T0 detector of the ALICE experiment. A.V. Veselovsky , A.V. Grigorev, V.A. Grigorev, V.A. Kaplin, A.N. Kurepin, A.B. Kurepin, T.L. Karavicheva, O.V. Karavichev, V.A. Loginov, . 2010. 5pp. Published in Instrum.Exp.Tech.53:688-692,2010, Prib.Tekh.Eksp.5:73-77,2010.  = 0,311*60/10=1,866 8) First proton-proton collisions at the LHC as observed with the ALICE detector: measureLVALX ment of the charged particle pseudorapidity density at " s =900 GeV By ALICE Collaboration (K. Aamodt et al.). 2010. Eur. Phys. J. C65:111-125,2010  = 2,746*30/10=8,238 2009 3. 9) .@83>@L52, 8 4@. 5B>4K 87<5@5=8O 0<?;8BC4 A83=0;>2 G5@5=:>2A:8E AG5BG8:>2 2 45B5:B>@5 "0 M:A?5@8<5=B0 ALICE (CERN, LHC ) @81>@K 8 B5E=8:0 M:A?5@8<5=B0 ! 3 ( 2009 ) 45-49 {6, 11/6, A?8A>: 2}   =0,311*60/10=1,866 10) ..5A5;>2A:89, ..@83>@L52, ..0?;8=, "..0@028G520, ..0@028G52, ..;8<>2, ..>=4@0BL520, ..C@5?8=, ..C@5?8=, ..>38=>2, ..5;5H:>, .. 5H5B8=, W.H.Trzaska  !8AB5<0 1KAB@>9 M;5:B@>=8:8 AB0@B>2>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE. @81>@K 8 B5E=8:0 M:A?5@8<5=B0 !2 ( 2009 ) 43-47   =0,311*60/10=1,866 11) A.I.Berlev et al. Development of FARICH detector for ALICE experiment at CERN Nucl. Instr. and Meth. A 598 (2009) 156-159   =1,317*30/10=3,951   ?> ?C1;8:0F8O< = 86,04 5. @5?@8=BK 2010 3. 1) Two-pion Bose-Einstein correlations in central PbPb collisions at sqrt(s_NN) = 2.76 TeV. By ALICE Collaboration, CERN-PH-EP-ALICE-2010-006, Dec 2010. 18pp. e-Print: arXiv:1012.4035 [nucl-ex]  =4/10=0,4 2) Suppression of Charged Particle Production at Large Transverse Momentum in Central Pb--Pb Collisions at $\sqrt{s_{_{NN}}} = 2.76$ TeV. By ALICE Collaboration (K. Aamodt et al.). Dec 2010. e-Print: arXiv:1012.1004 [nucl-ex]  =4/10=0,4 3) Charged-particle multiplicity density at mid-rapidity in central Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. By The ALICE Collaboration (K. Aamodt et al.). Nov 2010 e-Print: arXiv:1011.3916 [nucl-ex]  =4/10=0,4 4) Elliptic flow of charged particles in Pb-Pb collisions at 2.76 TeV. By The ALICE Collaboration (K. Aamodt et al.). Nov 2010. 10pp. e-Print: arXiv:1011.3914 [nucl-ex]  =4/10=0,4 5) Two-pion Bose-Einstein correlations in pp collisions at sqrt(s)=900 GeV. By ALICE Collaboration (K Aamodt et al.). Jul 2010. 13pp. e-Print: arXiv:1007.0516 [hep-th]  =4/10=0,4 2009 3. 5B   ?> ?\ LVALl @5?@8=B0< = 2,0 6. 0B5=B>2 5B 7. >:;04K 1) A.Kurepin (INR RAS) Start detector T0 for trigger and time-of-flight systems of the ALICE experiment, first results. 13th CERN-ISTC SAC Seminar New Perspectives of High Energy Physics 01  05 September 2010, Budker INP, Novosibirsk, Russian Federation   ?> 4>:;040< = 6,0 8. #G51=K9 :C@A 5B >2KH0NI89 :>MDD8F85=B 4;O <>;>4KE A>B@C4=8:>2 2. B>3>2K9   = (86,04+2,0+6,0)*2 = 94,04*2 = 188,08LVAL7NGZ 5;>2 ;5:A0=4@ !B5?0=>28G @>4. 27.02.1948, 702. ;01. 1. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. P. Crivelli, A. Belov , U. Gendotti, S. Gninenko, A. Rubbia  Positronium Portal into Hidden Sector: A new experiment to search for mirror dark matter , arXiv:1005.4802v1 [hep-ex] 26 May 2010, 2010 JINST(Journal of Instrumentation), 5 P08001 doi: 10.1088/1748-0221/5/08/P08001 0;;: (4+2.102*30)/5=13,41 (M;5:B@>==K9 ?@5?@8=B + AB0BLO 2 8=>AB@0==>< 6C@=0;5 A 8<?0:B-D0:B>@>< 2.102) 3. A.Belov, A.Zelenski,  Present status and future prospects of polarized ion sources , Invited plenary report at International Symposium on Spin Physics, SPIN2008, 6-11 October 2008, University of Virginia, Virginia, USA, , AIP Conf. Proc., 1149, 2009, pp. 108-117. 0;;: (1,5*30/2) *0,5=11,25 (?@83;0H5==K9 8 >?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 40B0 :>=D5@5=F88  2008 3>4). 4. A.Zelenski, A. Kponou, J. Ritter, A.Belov, V. Zubets,  THE RHIC POLARIZED H- ION SOURCE , Report on International Symposium on Spin Physics, SPIN2008, 6-11 October 2008, University of Virginia, Virginia, USA, AIP Conference Proceedings, 1149, 2009 pp. 847-852.0;;: (1.5x6/5) x0.5 =0.9 (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 40B0 :>=D5@5=F88  2008 3>4). 5. Search for 14.4 keV solar axions emitted in the M1-transition of 57Fe nuclei with CAST, CAST collaboration , (60 coauthors) A. Belov , S. Gninenko from INR RAS, arXiv:0906.4488. Journal of Cosmology and Astroparticles Physics, 12(2009)002, doi: 10.1088/1475-7516/2009/12/002. 0;;: (4+ 6,502 *30)/10 = 19,91 (M;5:B@>==K9 ?@5?@8=B + AB0BLO 2 8=>AB@0==>< 6C@=0;5 A 8<?0:B-D0:B>@>< 6,502) 6. Search for solar axion emission from 7Li and D(p, )3He nuclear decays with the CAST -ray calorimeter, LVAL CAST collaboration (60 coauthors), A. Belov , S. Gninenko from INR RAS, Journal of Cosmology and Astroparticles Physics, 03(2010)032 doi: 10.1088/1475-7516/2010/03/032 , arXiv:0810.4482v2 [hep-ex] 9 Jan 2009 JCAP 0;;: (4+6,502 *30)/10 = 19,91 (M;5:B@>==K9 ?@5?@8=B +AB0BLO 2 8=>AB@0==>< 6C@=0;5 A 8<?0:B-D0:B>@>< 6,502) 7. Probing eV-scale axions with CAST  The CAST collaboration, (A. Belov, S. Gninenko from INR RAS ), Journal of Cosmology and Astroparticles Physics, 02, 008, 2009, arXiv:0810.4482v2 [hep-ex] 9 Jan 2009.0;;: (4+ 30x 6,502)/10 =19,906, ( M;5:B@>==K9 ?@5?@8=B +AB0BLO 2 8=>AB@0==>< 6C@=0;5 A 8<?0:B-D0:B>@>< 6,502) 8. A. S. Belov,  Recent developments in polarized ion sources technique , Invited plenary report on XIII Workshop on High Energy Spin Physics, DSpin-09, Dubna, Russia, September 1-5, 2009. 0;;: 20 (@83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 9. V. Fimushkin, A. D. Kovalenko, L.V. Kutuzova, Yu.V. Prokofichev, V.P. Vadeev, A.S. Belov,  Source of polarized ions for JINR accelerator complex , Report on XIIIth International Workshop on Polarized Sources, Targets & Polarimetry, PSTP 2009, September 07-11, 2009 - Ferrara (Italy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z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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp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einhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev. Distortions of Proton Beam 2-D Images and Profiles due to Space Charge. !B5=4>2K9 4>:;04 =0 XXII @>AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F RuPAC-2010, September 27  October 1, 2010, Protvino, Russia, 4>:;04 >?C1;8:>20= 2 B@C40E RuPAC-2010, p. 116-118., http://accelconf.web.cern.ch/AccelConf/ 0;;: 4*1,5/4=1,5. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 6. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev, BEAM CROSS SECTION MONITOR FOR INR LINAC. !B5=4>2K9 4>:;04 =0 XXV <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< LINAC 10, Tsukuba, Japan, September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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0.857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  =3.11 LVAL0C15F 0;5@89 8:>;0528G >4.21.05.1950 , =0CG=K9 A>B@C4=8: 1. ../:CH52, ..C15F, .!.8:C;8=, .".$@>;>2. 5=5@0B>@ AB018;L=KE 8<?C;LA>2 2KA>:>3> =0?@O65=8O. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, !2, 2009, A.71-74. 0;;: 0,311*60/4 = 4,67 (!B0BLO 2 @>AA89A:>< @5F5=78@C5<>< 6C@=0;5). 2. A.Zelenski, A. Kponou, J. Ritter, A.Belov, V. Zubets,  THE RHIC POLARIZED H- ION SOURCE , Report on International Symposium on Spin Physics, SPIN2008, 6-11 October 2008, University of Virginia, Virginia, USA, AIP Conference Proceedings, 1149, 2009 pp. 847-852.0;;: (1.5x6/5) x0.5 =0.9 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 40B0 :>=D5@5=F88  2008 3>4). 3. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac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vasha . Improving of the DTL cavity RF voltage stability by means of anode modulator feedback. Proceedings of RUPAC2010, Protvino, Russia, p.366-368 0;;: 4*1.5=6. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. A.I.Kvasha, Yu.M.Lopatnikov. Results of the INR DTL series crowbar system testing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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conf., Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0.857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88).. 8G=K9  =3.11   @C:>2>48B5;O=3.88LVAL 8:C;8= 235=89 !5<5=>28G, @>4. 15.06.1945, =. A. # 1. ../:CH52, ..C15F, .!.8:C;8=, .".$@>;>2. 5=5@0B>@ AB018;L=KE 8<?C;LA>2 2KA>:>3> =0?@O65=8O. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, !2, 2009, A.71-74. 0;;: 0,311*60/4 = 4,67 (!B0BLO 2 @>AA89A:>< @5F5=78@C5<>< 6C@=0;5). 2. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0.857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  =4.01   @C:>2>48B5;O=14.96LVAL7NGf >8A552 0A8;89 ;5:A0=4@>28G, @>4. 02.09.1955, =A 1. ..>8A552.  >45;8@>20=85 2>7459AB28O ?@>4>;L=>9 <8:@>2>;=>2>9 =5CAB>9G82>AB8 8=B5=A82=KE 8>==KE ?CG:>2 =0 ?>?5@5G=CN 48=0<8:C G0AB8F 2 F8:;8G5A:8E CAB0=>2:0E . PROBLEMS OF ATOMIC SCIENCE AND TECHNOLOGY !5, Series: Nuclear Physics Investigations (47), No.2 pp.101-105, 2010. 0;;: 6*1.5/1=9 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. !..@038=, ..0A8;L52, ..>;>4:528G, ..@5E>2, ...8A5;52, ..8@7>O=, ..>8A552, ..$5I5=:>,  >=B@>;L 8 D>@<8@>20=85 ?CG:0 ?@>B>=>2 ;8=59=>3> CA:>@8B5;O /  =0 <8H5=8 87>B>?=>3> :><?;5:A0 . PROBLEMS OF ATOMIC SCIENCE AND TECHNOLOGY !5, Series: Nuclear Physics Investigations (47), No.2, pp.96 -100, 2010. 0;;: 6*1.5/8=1,125 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, .. @5G:>, ..5;57>2, ...0;8=8=, ..0BCH:>, ..8@7>O=, ..>8A552, ..@>=8=, .. 59=30@4B-8:C;8=, ..!5@>2, ..!:0AK@A:0O, ..!:>@:8=.  07@01>B:0 AB5=40 4;O =0@01>B:8 :>@>B:>682CI8E @048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 /  . PROBLEMS OF ATOMIC SCIENCE AND TECHNOLOGY !5, Series: Nuclear Physics Investigations (47), No.3, pp. 190-193, 2010. 0;;: 6*1.5/10=0,9 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. ..>8A552,  >45;L 2KA>:>G0AB>B=>3> CA:>@ONI53> 707>@0 , @5?@8=B /  1218/2009. 0;;: 4/1=4 (@5?@8=B). 5. C..@038=, .. >8A552  07;8G=K9 <0B@8G=K9 D>@<0;87< 4;O ?@>5:B8@>20=8O ;8=59=KE CA:>@8B5;59 8>=>2 . @5?@8=B /-1217/2009, <0@B 2009. 0;;: 4/2=2 (@5?@8=B). 6. ..>8A552,  AA;54>20=85 2>7<>6=>AB8 @01>BK =0:>?8B5;O ?@>B>=>2 /  ?@8 =87:>9 M=5@388 8=65:F88 8>=>2 H , @5?@8=B /  1216/2009. 0;;: 4/1=4 (@5?@8=B). 7. A.V.Feschenko, V.A.Moiseev,  Peculiarities of Bunch Shape Measurements of High Intensity Ion Beams , IPAC 10, Kyoto, Japan, http://accelconf.web.cern.ch/accelconf/IPAC 10, pp.1065-1067, 2010. 0;;: 6*1.5/2=4.5 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. V.A.Moiseev* LVAL: ,  Method to Estimate the Beam and Structures Parameters for the Dispersion Accelerator Parts , Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/accelconf/RuPAC 10, pp.193-195, 2010. 0;;: 4*1.5 =6 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 9. S.Bragin, A.Feschenko, V.A.Moiseev, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich,  Reconstruction of the Beam Parameters and Structure Characteristics for the INR Isotope Channel , Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/accelconf/RuPAC 10, pp.196-198, 2010. 0;;: 4*1.5/7 =0.857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  =32.38LVAL7NGh 0@0<>=>2 0;5=B8= 8B0;L528G, >4. 6.11.1951, 4.D.-<.=, 2.=.A 1. . 0@0<>=>2, .!:0AK@A:0O, K. Floettmann, V. Krasilnikov, F. Stephan. @>5:B=K5 ?0@0<5B@K CA>25@H5=AB2>20==>3> @57>=0B>@0 4;O D>B>-8=65:B>@>2. XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0, >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !5@8O !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, N 53, AB@. 64-68, 2010, ISSN 1562-6016. 0;;: 6/5*1,5=1,8 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. H. Ao, H. Asano, K. Hasegawa, K. Hirano, T. Morishita, N. Ouchi, F. Naito, Y. Yamazaki , K. Takata, V. Paramonov. Status of Mass Production of the ACS Cavity for the J-PARC Linac Energy Upgrade. Proc. 2010 IPAC Conference, p. 618, 2010. 0;;: 6/10*1,5=0,9 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. A. Anisimov, M. Lalayan, A. Smirnov, N. Sobenin, A. Zavadtsev, D. Zavadtsev, S. Kutsaev, L. Kravchuk, V. Paramonov. Input Couplers for the Dipole Mode Periodic Structures. Proc 22 RuPac 2010 Conf. p. 328, 2010 0;;: 4/9*1,5=0,67 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 4. V. Paramonov. The CDS Parameters for Proton Linac with Moderate Heat Loading. Proc 22 RuPac 2010 Conf. p. 65, 2010. 0;;: 4/1*1,5=6,0 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 5. V. Paramonov. One Aspect of Thermal Stability for 4-Vane RFQ Operation with High Heat Loading. Proc 22 RuPac 2010 Conf. p. 352, 2010, 0;;: 4/1*1,5=6,0 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 6. V. Paramonov, A. Naboka, A. Donat, L. Jachmann, W. Koehler, M. Krasilnikov, J. Meissner, D. Melkumyan, M. Otevrel, B. Petrosyan, J. Schultze, F. Stephan, G. Trowitzsch, R. Wenndorff , K. Floettmann, D. Richter. The PITZ CDS Booster Cavity RF Tuning and Start of Conditioning. Proc. 2010 Linac Conference, 0;;: 6/10=0,6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. L. Kravchuk, V. Paramonov A. Donat, W. Koehler, M. Krasilnikov, J. Meissner, M. Pohl, J. Schultze, F. Stephan, G. Trowitzsch, R. Wenndorff, C. Gerth, M. Hoffmann, M. Huening, A.LVALi Anisimov, M. Lalayan, A. Smirnov, N. Sobenin, D. Churanov, E. Ivanov, S. Kutsaev, M. Urbant, A. Zavadtsev, D. Zavadtsev. Layout of the PITZ Transverse Deflecting System for Longitudinal Phase Space and Slice Emittance Measurements. Proc. 2010 Linac Conference, 0;;: 6/10=0,6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. V. Paramonov, L. Kravchuk. The Resonant Method of Stabilization for Plane of Deflection in the Disk Loaded Deflecting Structures. Proc. 2010 Linac Conference, 0;;: 6/2=3,0 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 9. V. Paramonov, Possibility of Thermal Instability for 4-vane RFQ Operation with High Heat Loading. Proc. 2010 Linac Conference. 0;;: 6/1=6,0 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 10. J. W. Bhr, V. Paramonov et al,. (69 A>02B>@>2) Recent Upgrade of the PITZ Facility. Proc. Beam Instrumentation Workshop 2010, p. 459-463, 2010. Santa Fe, US. 0;;: 6/10*1,5=0,6 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 11. V. Paramonov, L. Kravchuk, A.Anisimov, D. Denisenko, C.Gerth, M.Huening, M.Krasilnikov, S.Kutsaev, M.Lalayan, H Schlarb, A.Smirnov,N.Sobenin, F.Stephan, A.Zavadtsev, D.Zavadtsev. Deflecting structures development for XFEL and PITZ TDS. ICFA Beam Dynamics Workshop on Deflecting/Crabbing Cavity Applications in Accelerators, Cockroft Institute, Daresbury, 1-3 September 2010, http://indico.cern.ch/conferenceDisplay.py?confId=83532 0;;: 30/10*1,5=4,5 (@83;0H5==K9 >?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 12. V. Paramonov. Particularities of normal conducting L-band deflecting cavities. ICFA Beam Dynamics Mini-Workshop on Deflecting/Crabbing Cavity Applications in Accelerators, Cockroft Institute, Daresbury, 1-3 September 2010, http://indico.cern.ch/conferenceDisplay.py?confId=83532 , 0;;: 30/1*1,5=45.0 (@83;0H5==K9 >?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 13. C:>2>4AB2> 0A?8@0=B>< / (2009, B@5B89 3>4, > 5 <5A. ) %;NAB8= .. 0;;: 30. 14. C:>2>4AB2> ABC45=B>< <038AB@0BC@K $" (2009  ?>;=K9 3>4) 5=8A5=:> .. 0;;: 10.LVAL  15. C:>2>4AB2> ABC45=B>< <038AB@0BC@K $" (2010 > 5 <5A.) 5=8A5=:> .. 0;;: 10. 8G=K9  =125.67(LVAL8@>=8= ;53 <8B@8528G, @>48;AO 18.03.1935, :.B.=. ! 1. ... 0;8=8=, .. @>=8=, .. !B5?0=>2. "5E=>;>38G5A:85 >A>15==>AB8 873>B>2;5=8O 20:CC<=>-?;>B=>3> ?0O=>3> :>@?CA0 ?>;CB@C1>: 4@59D0 ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20093., B>< 19, !1, A.11-14. 0;;: 8/3=2,66 (!B0BLO 2 @>AA89A:>< 6C@=0;5). 2. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, .. @5G:>, ..5;57>2, ...0;8=8=, ..0BCH:>, ..8@7>O=, ..>8A552, ..@>=8=, .. 59=30@4B-8:C;8=, ..!5@>2, ..!:0AK@A:0O, ..!:>@:8=, . . $5I5=:>.  " !" /  "  "#)% "   #! " / . !B5=4>2K9 4>:;04 =0 XXI <564C=0@>4=>< A>25I0=88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, A5=BO1@L, 6-12, 2009. C1;8:0F8O 4>:;040 2 @5F5=78@C5<>< 6C@=0;5 >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, 2010, !2 (66), AB@. 190-193. 0;;: (6/10)*1,5 = 0,9. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. 0;8=8= .., @>=8= ., !B5?0=>2 .. ;8O=85 M;5:B@>4C3>2>9 A20@:8 =0 =5ACICN A?>A>1=>ABL 8 20:CC<=CN ?;>B=>ABL A20@=KE 48DDC78>==KE A>548=5=89 !B3->1 2 @57>=0B>@0E ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20093., B>< 19, !4, A.265-268. 0;;: 8/3=2,66 (!B0BLO 2 @>AA89A:>< 6C@=0;5). 4. 0;8=8= ..., @>=8= .., !B5?0=>2 .. #AB@0=5=85 =535@<5B8G=>AB59 20:CC<=>9 A8AB5<K ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20103., B>< 20, !4, A.245-249. 0;;: 8/3=2,66 (!B0BLO 2 @>AA89A:>< 6C@=0;5). 8G=K9  =8.88LVAL7NGl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einhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev. Distortions of Proton Beam 2-D Images and Profiles due to Space Charge. >:;04 =0 XXII @>AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F RuPAC-2010, September 27  October 1, 2010, Protvino, Russia, 4>:;04 >?C1;8:>20= 2 B@C40E RuPAC-2010, p. 116-118., http://accelconf.web.cern.ch/AccelConf/ 0;;: 4*1,6 LVALF 5/4=1,5. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 5. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev, BEAM CROSS SECTION MONITOR FOR INR LINAC. >:;04 =0 XXV <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< LINAC 10, Tsukuba, Japan, September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elov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac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o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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp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p 8:C;8=, ..!5@>2, ..!:0AK@A:0O, ..!:>@:8=, . . $5I5=:>.  " !" /  "  "#)% "   #! " / . !B5=4>2K9 4>:;04 =0 XXI <564C=0@>4=>< A>25I0=88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, A5=BO1@L, 6-12, 2009. C1;8:0F8O 4>:;040 2 @5F5=78@C5<>< 6C@=0;5 >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, 2010, !2 (66), AB@. 190-193. 0;;: (6/10)*1,5 = 0,9. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev. Distortions of Proton Beam 2-D Images and Profiles due to Space Charge. !B5=4>2K9 4>:;04 =0 XXII @>AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F RuPAC-2010, September 27  October 1, 2010, Protvino, Russia, 4>:;04 >?C1;8:>20= 2 B@C40E RuPAC-2010, p. 116-118., http://accelconf.web.cern.ch/AccelConf/ 0;;: 4*1,5/4=1,5. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 7. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev, BEAM CROSS SECTION MONITOR FOR INR LINAC. >:;04 =0 XXV <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< LINAC 10, Tsukuba, Japan, September, 12 17, 2010. 0;;: (6/4) = 1,5. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. A.V.Feschenko, V.A.Moiseev,  Peculiarities of Bunch Shape Measurements of High Intensity Ion Beams , IPAC 10, Kyoto, Japan, http://accelconf.web.cern.ch/accelconf/IPAC 10, pp.1065-1067, 2010. 0;;: 6*1.5/2=4.5 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 9. Feschenko, Alexander. Bunch Shape Monitors with RF Scanning of Lower Energy Secondary Electrons. Report at 2nd DITANET Topical Workshop on Longitudinal Beam Profile Measurements. Manchester, 12-13 July 2010. http://indico.cern.ch/contributionListDisplay.py?confId=93401 0;;=30 (@83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 10. ..$5I5=:>. 7<5@8B5;L <8:@>AB@C:BC@K ?CG:0 ;8=59=KE CA:>@8B5;59 8>=>2. !1>@=8: ==>20F8>==K5 @07@01>B:8 8 ?@>5:BK =AB8BCB0 O45@=KE 8AA;54>20=89 , K?CA: 1, >A:20, 2009, !. 4-5. 0;; =4 (@5?@8=B) 11. >@01>B:0 :C@A0 ;5:F89 A=>2PLVAL`K D878:8 8 B5E=8:8 CA:>@5=8O 70@O65==KE G0AB8F =0 107>2>9 :0D54@5 $". 0;; =8*2 3>40 =16. 12. C:>2>4AB2> 0A?8@0=B>< !..02@8;>2K< 2 2010 3>4C. 0;; 30/2=15 8G=K9  =78.76   @C:>2>48B5;O=58.86zLVALV /:CH52 0;5=B8= 5B@>28G @>4. 25.09.1932, 2. =. A. 1. ../:CH52, ..C15F, .!.8:C;8=, .".$@>;>2. 5=5@0B>@ AB018;L=KE 8<?C;LA>2 2KA>:>3> =0?@O65=8O. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, !2, 2009, A.71-74. 0;;: 0,311*60/4 = 4,67 (!B0BLO 2 @>AA89A:>< @5F5=78@C5<>< 6C@=0;5). 2. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  =5.87%;NAB8= 5=8A 4048<8@>28G >4. 1.10.1980, <.=.A. 1. Yu. V. Grigoriev, D.V. Khlustin, Zh. V.Mesentseva, Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for Th232 and U238. Proc. of XVIII International Seminar on Interaction of Neutrons with Nuclei, Dubna, 2010. 0;;: (6/4)*1,5=2,25 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. Yu. V. Grigoriev, D.V. Khlustin, Zh. V.Mesentseva, Yu.V. Ryabov.Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Proc. of XVIII International Seminar on Interaction of Neutrons with Nuclei, Dubna, 2010. 0;;: (6/4)*1,5=2,25 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9  =4.5LVAL7NGs 0;0H52 ;53 235=L528G 40B0 @>64. 4 O=2 1976, :0=4840B D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8:, >B45; B5>@5B8G5A:>9 D878:8 0AG5B   70 2009-201033: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: Double Pair Production by Ultra High Energy Cosmic Ray Photons. S.V. Demidov, O.E. Kalashev J.Exp.Theor.Phys.108:764-769,2009  =1.099*60/2=32.97 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter. O.E. Kalashev, G.I. Rubtsov, Sergey V. Troitsky Phys.Rev.D80:103006,2009.  =5.050*30/3=50.5 Ultra-High Energy Cosmic Rays and the GeV-TeV Diffuse Gamma-Ray Flux. Oleg E. Kalashev, Dmitry V. Semikoz, Gunter Sigl Phys.Rev.D79:063005,2009  =5.050*30/3=50.5 Secondary photons and neutrinos from cosmic rays produced by distant blazars Warren Essey, Oleg E. Kalashev, Alexander Kusenko, John F. Beacom Phys.Rev.Lett.104:141102,2010  =7.328*30/4=54.96 @5?@8=BK: Role of line-of-sight cosmic ray interactions in forming the spectra of distant blazars in TeV gamma rays and high-energy neutrinos Warren Essey, Oleg Kalashev, Alexander Kusenko, John F. Beacom e-Print: arXiv:1011.6340 [astro-ph.HE]  =4/4=1 Secondary photons and neutrinos from cosmic rays produced by distant blazars. Warren Essey, Oleg E. Kalashev, Alexander Kusenko, John F. Beacom, . UCLA-09-TEP-61, Dec 2009 e-Print: arXiv:0912.3976 [astro-ph.HE]  =4/4=1 >:;04K =0 :>=D5@5=F8OE: Secondary neutrinos and multi-TeV photons from distant blazars Quarks 2010 International Conference, Kolomna  =6 Search for global asymmetry of UHECR arrival directions with space-based detectors (TUS, JEM-EUSO) Pavel Klimov, Oleg Kalashev, Boris Khrenov, Sergey Sharakin and Sergey Troitsky 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 5 = 1.2 Search for large-scale anisotropy of ultra-high energy cosmic rays with the Telescope Array rs LVAL t year data P. Tinyakov, H. Koers, O. Kalashev, H. Kang, S. Ogio, and G. Thomson 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 6 = 1 Double Pair Production by Ultra High Energy Cosmic Ray Photons. S.V. Demidov, O.E. Kalashev 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 2 = 3 Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter. O.E. Kalashev, G.I. Rubtsov, S.V. Troitsky 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 3 = 2 B>3> AC<<0@=K9  =32.97+50.5+50.5+54.96+1+1+6+1.2+1+3+2=204dLVAL7NGt!.. !818@O:>2,   70 2009  2010 33. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E AB0BLO <?0:B-D0:B>@ >;8G5AB2> 02B>@>2   D. Levkov, A. Panin, S. Sibiryakov, "Signatures of unstable semiclassical trajectories in tunneling," J. Phys. A: Math. Theor. 42, 205102 (2009) 1.540 3 30*1.540/3=15.4 D. Blas, O. Pujolas, S. Sibiryakov, "On the Extra Mode and Inconsistency of Horava Gravity," JHEP 0910, 029 (2009) 5.375 3 30*5.375/3=53.75 D. Blas, O. Pujolas, S. Sibiryakov, "Consistent extension of Horava gravity," Phys.Rev.Lett.104, 181302 (2010) 7.328 3 30*7.328/3=73.28 D. Blas, O. 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Aug 2009. 10pp. Presented at 5th International Workshop on Critical Point and Onset of Deconfinement (CPOD), Brookhaven, Upton, New York, 8-12 Jun 2009. e-Print: arXiv:0908.1697.  = 4/10=0,4 6. G. Agakishiev, ... , A.Sadovsky, ... , et al. (By HADES Collaboration) / Origin of the low mass electron pair excess in light nucleus-nucleus collisions // 2009, eprint http://arxiv.org/abs/0910.5875 {5, 99/8, !?8A>:4}  = 4/10=0,4 7. !04>2A:89 .!., !>;>2L520 "... / @8;>65=85 hhistory 4;O 0=0;870 :0G5AB20 M:A?5@8<5=B0;L=KE 40==KE // ?@5?@8=B /  !1243/2009, 2 ?5G0B8. {2/2}.  =4/2=2 8. CAK38=0 .., !04>2A:89 .!. / @>F54C@0 =5?>A@54AB25==>3> :>=B@>;O :0G5AB20 A>18@05<KE M:A?5@8<5=B0;L=KE 40==KE =0 M:A?5@8<5=B5 NA61 // ?@5?@8=B /  !1244/2009, 2 ?5G0B8. {2/2}  =4/2=2 9. G.Agakishiev, ..., ALVAL. Sadovsky, et al./ Hyperon production in Ar+KCl collisions at 1.76A GeV.//e-Print: arXiv:1010.1675, (Oct 2010). {6/114} =4/10=0.4   ?> ?@5?@8=B0< = 6,8 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE: 1. A.Sadovsky (reporter instead of A.Kurepin), F.Guber, M.Golubeva, A.Ivashkin, A.Kurepin, A.Mayevskaya, V.Marin;  Physics motivation and development of the Projectile Spectator Detector (PSD) for the CPOD program of NA61/SHINE experiment at the CERN SPS 6th International Workshop on Critical Point and Onset of Deconfinement, 23 - 29 August 2010 at Joint Institute for Nuclear Research. http://theor.jinr.ru/cpod/Talks/260810/kurepin.pdf  =6/8=0.75 >;;01>@0F8>==K5 A>1@0=8O (<564C=0@>4=K5): 1. A.Sadovsky,  Bookkeeping and online/offline-QA , NA61 Collaboration meeting, CERN, 25-27 May 2009. 2. A.Sadovsky,  On-line QA , NA61 Collaboration meeting, CERN, 16-19 November 2009. 3. A.Sadovsky,  Automatic tools for bookkeeping, data-processing and calibration , NA61 Collaboration meeting, CERN, 16-19 November 2009. 4. A.Sadovsky,  On-line data quality control , NA61 Collaboration meeting, CERN, 31 May  04 June 2010. 5. A.Sadovsky, G.Stefanek,  Documentation/bookkeeping for calibration , NA61 Collaboration meeting, CERN, 11-14 October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i-Sb (20@80=BK). 0B5=B $ ! 2398296, ?@8>@8B5B 12.09.2008, >?C1;8:>20=> 20.08.2010,  ! 24.  =20/5=4 2. E. V. Lapshina, B. L. Zhuikov , S. C. Srivastava , S. V. Ermolaev, N. R. Togaeva Methods for chemical recovery of non-carrier-added radioactive tin from irradiated intermetallic Ti-Sb targets. US Patent application number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rzaska ..C@5?8=, ..C@5?8=, ..>38=>2, ..5;5H:>, .. 5H5B8=, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 !2 (2009) 43-44  = 0,331 * 60 * 0,1 = 1,986 2  5B>4K 87<5@5=8O 0<?;8BC4 A83=0;>2 G5@5=:>2A:8E AG5BG8:>2 2 45B5:B>@5 "0 M:A?5@8<5=B0 ALICE (CERN,LHC) ..@83>@L52, "..0@028G520, 8 4@. ..C@5?8=, ..C@5?8=, ..>38=>2, ..5;5H:>, .. 5H5B8=, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 !3 (2009) 45-49  = 0,331 * 60 * 0,1 = 1,986 3 First proton-proton collisions at the LHC as observed with the ALICE detector: measurement of the charged particle pseudorapidity density at " s =900 GeV K.Aamodt, ..T.Karavicheva et al. Published in Eur.Phys.J.C65:111-125,2010.  = 2,746 * 30 * 0,1 = 8,238 4 Development of FARICH detector for ALICE experiment at CERN Nucl. Instr. and Meth. A 598 (2009) 156-159 . {5, 16/10, A?8A>: 3} A.I.Berlev et al  = 1,317 * 30 * 0,1 = 3,951 5 Longitudinally segmented lead / scintillator hadron calorimeter with micro- pixel with APD readout M.Golubeva , ..T.Karavicheva et al. Nucl.Instrum.Meth.A598:268-269,2009. {5, 10/10, A?8A>: 5}  = 1,317 * 30 * 0,1 = 3,951 6 Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter M.Golubeva , ..T.Karavicheva et al. Nucl. Instrum.Meth. A610 (2009) 366 3 {5, 10/10, A?8A>: 5}  = 1,317 * 30 * 0,1 = 3,951 7 J/psi azimuthal anisotropy relative to the reaction plane in Pb-Pb collisions at 158 GeV per nucleon Nucl.Instrum.Meth.A598:268-269,2009. {5, 10/10, A?8A>: 5} LVAL  = 1,317 * 30 * 0,1 = 3,951 8 Phi decay: A Relevant source for K- production at energies available at the GSI Schwerionen-Synchrotron (SIS)? G. Agakishiev et al. Phys.Rev.C80 (2009) 025209 {5, 111/8, !?8A>:4}  = 3,477 * 30 * 0,1 = 10,431 9 Deep Subthreshold Xi- Production in Ar + KCl Reactions at 1.76A GeV G. Agakishiev et al. Phys.Rev.Lett 103 (2009) 132301 {5, 105/8, !?8A>:4}  = 7,328 * 30 * 0,1 = 21,984 10 Inclusive Dielectron Production in Ar+KCl Collisions at 1.76 AGeV studied with HADES F.Krizek et al., (By HADES Collaboration) Nucl.Phys.A830 (2009) p.483-486 {5, 112/8, !?8A>:4}  = 1,706 * 30 * 0,1 = 5,118 11 The high-acceptance dielectron spectrometer HADES G. Agakishiev et al. ` Eur.Phys.J.A41 (2009) p.243-277 {5, 207/9, !?8A>:2  = 1,968 * 30 * 0,1 = 5,904 12 Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES G. Agakishiev,..T. Karavicheva et al. (By HADES Collaboration) Eur.Phys.J.A40 (2009) p.45-59 {5, 125/8, !?8A>:4}  = 1,968 * 30 * 0,1 = 5,904 13 Meson and di-electron production with HADES Frohlich ,..T.Karavicheva et al. (By HADES Collaboration) Int.J.Mod.Phys.A24 (2009) p.317-326 {5, 125/8, !?8A>:4}  = 0,941 * 30 * 0,1 = 2,823 14 Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES M. Sudol et al. Eur.Phys.J.C62 (2009) p.81-84 {5, 125/8, !?8A>:4}  = 2,746 * 30 * 0,1 = 8,238 15 A module for shaping control signals of the T0 detector of the ALICE experiment. Published in Instrum.Exp.Tech.53:688-692,2010, Prib.Tekh.Eksp.5:73-77,2010.  = 0,331 * 60 * 0,1 = 1,984 16 Midrapidity antiproton-to-proton ratio in pp collisions at $\sqrt{s} = 0.9$ and $7$~TeV measured by the ALICE experiment. By ALICE Collaboration (Authors:: KLVAL . Aamodt et al.). Jun 2010. 12pp Published in Phys.Rev.Lett.105:072002,2010.  = 7,328 * 30 * 0,1 = 21,984 17 In-Medium Effects on K$^0$ Mesons in Relativistic Heavy-Ion Collisions. G. Agakishiev et al. Apr 2010. (Published Oct 2010). Published in Phys.Rev.C82:044907,2010.  = 3,477 * 30 * 0,1 = 10,431 18 Charged-particle multiplicity measurement in proton-proton collisions at sqrt(s) = 7 TeV with ALICE at LHC. By ALICE Collaboration (K. Aamodt et al.). 2010. 11pp Published in Eur.Phys.J.C68:345-354,2010  = 2,746 * 30 * 0,1 = 8,238 19 Charged-particle multiplicity measurement in proton-proton collisions at sqrt(s) = 0.9 and 2.36 TeV with ALICE at LHC. By ALICE Collaboration (K. Aamodt et al.). Apr 2010. Published in Eur.Phys.J.C68:89-108,2010.  = 2,746 * 30 * 0,1 = 8,238 20 Lambda-p femtoscopy in collisions of Ar+KCl at 1.76 AGeV. By HADES Collaboration (G. Agakishiev et al.). Apr 2010. 5pp. Published in Phys.Rev.C82:021901,2010.  = 3,477 * 30 * 0,1 = 10,431 21 Alignment of the ALICE Inner Tracking System with cosmic-ray tracks. By ALICE Collaboration (K Aamodt et al.) 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CB0@H89 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 2009-2010 3>40E: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: C1;8:0F88 2 2009-2010 3>40E: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2010 3 1. I. Pshenichnov, A. Botvina, I. Mishistin, W. Greiner, Nuclear fragmentation in extended media studied with Geant4 toolkit, Nucl. Inst. Meth. B 268 (2010) 604  =1.156*30/4 = 8.670 2. I. Mishustin, I. Pshenichnov, W. Greiner, Modelling heavy-ion energy deposition in extended media, Eur. Phys. J. D 60 (2010) 109.  =1.563*30/3 = 15.563 3. K. Aamodt, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin, N. Topilskaya et al., ALICE Collaboration, Charged-particle multiplicity measurement in proton-proton collisions at sqrt(s) = 0. 9 and 2.36 TeV with ALICE at LHC Eur. Phys. J. C 68 (2010) 89.  =2.746*30/10 = 8.238 4. K. Aamodt, ..., F. Guber, O. 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I. Pshenichnov, A. Botvina, I. Mishistin, W. Greiner, Nuclear fragmentation in extended media studied with Geant4 toolkit, arXiv:0911.2017, published in NIM B.  = 4/4 = 1 A53> ?> ?@5?@8=B0<:  =1 B>3>2K9  :  = 184,697='-RM H C > + } & x!slgb ]XS@?J@<HHHH<?1 @@?^@ HHHH<?CA@? GNGHHHH<? ̇A@?0 GNGHHHH<?0)\A@?@ HHHH<?{@?$@ HHHH<?C@?8 GNGHHHH<?A@?@ HHHH<?@@?@ HHHH<?@?@;HHHH<?@?@;HHHH<?@?@;HHHH<? A@?@ HHHH<?R @@?@ HHHH<?@@?<@ HHHH<?pB@?4 GNGHHHH<?uhq>C@?z& GNGHHHH<?'C@?2 GNGHHHH<?9ff6A@? GNGHHHH<?@?0JJJJ<?BSB@?`@ GNGHHHH<?tR@@? GNGHHHH<?qB@?@ HHHH<? B33B@?- GNGHHHH<?) 33A@? GNGHHHH<? Y@@? GNGHHHH<?sQA@? GNGHHHH<?333@@?@ HHHH<? {fB@?, @ HHHH<? {C@?ll GNGHHHH<?+ff6An @?hH GNG& 2 WoSVVHH<33KA@? 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Facilities for calorimeter beam tests at CERN Workshop on Calorimeter technology for HADES at FAIR, October 2010, Frankfurt, Germany http://www-aix.gsi.de/conferences/hic/CalForHad2010/   ?> :>=D5@5=F8O< 6 @8<5G0=85: !?8A>:1{ C15@ $.$., 0@028G520 ".., 0@?5G52 .., >=52A:8E .!., C@5?8= .., C@5?8= .., 052A:0O .., H5=8G=>2 .., 5H5B8= .., } !?8A>:2{ 0@028G520 ".., 0@028G52 .., C@5?8= .., C@5?8= .., 052A:0O .., 0@8= .., 5H5B8= .., } !?8A>:3{ 0@028G520 ".., 0@?5G52 .., C?G8=A:89 ..., C@5?8= .., C@5?8= .., 052A:0O .., CA85=:> ..., 078= .., 5H5B8= .., $8=>3552 .. } !?8A>:4 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0?84CA .., 5H5B8= .., !04>2A:89 .!.} !?8A>:5 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0?84CA .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:6 {>;C1520 .., C15@ $.$., 0@028G520 ".., C@5?8= .., 5H5B8= .., ">?8;LA:0O .!.} !?8A>:7 {>;C1520 .., C15@ $.$., 5@<5=Q2 .., 20H:8= .., C@5?8= ..} !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} !?8A>:9 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} B>3>2K9   = 137.962LVALGNG >;C1520 0@8=0 >@8A>2=0 >4 @>645=8O.  1950 0B0 70I8BK 48AA5@B0F88  1/A >;6=>ABL  =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. A C:070=85< :>;-20 02B>@>2. 2010 3. 1. A. Kugler et al. (By HADES Collaboration) / Studying hadron properties in baryonic matter with HADES. // AIP Conf.Proc.1257 (2010), 691-694 {5, 100/7, !?8A>:9}  =0,8 2. G. Agakishiev et al. / In-Medium Effects on K$^0$ Mesons in Relativistic Heavy-Ion Collisions. // Phys.Rev.C82 (2010) 044907 {5, 111/7, !?8A>:9}   =3,477*30/10=10,431 3. G. Agakishiev et al. (By HADES Collaboration) / Lambda-p femtoscopy in collisions of Ar+KCl at 1.76 AGeV. // Phys.Rev.C82 (2010) 021901 {5, 106/7, !?8A>:9}   = 3,477*30/10=10,431 4. G. Agakishiev et al. (By HADES Collaboration) / Study of elementary reactions with the HADES dielectron spectrometer. // Acta Phys.Polon.B41 (2010) 365-378 {5, 113/8, !?8A>:4}   =0,648*30/10=1,944 5. G. Agakishiev et al. (By HADES Collaboration) / Origin of the low-mass electron pair excess in light nucleus-nucleus collisions. // Phys.Lett.B690 (2010) 118-122 {5, 99/7, !?8A>:9} }   =5,083*30/10=15,249 6. N. Abgrall et al. (By NA61/SHINE collaboration) / Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c// Submitted to Phys.ReV. C, Dec.2010 {5, 104/6, !?8A>:8}}   =3,477*30/10=10,431 7. .. C@5?8=, .. 5@<5=52, .. >;C1520 (:>;;01>@0F88 CASTOR) / >8A: 0=><0;L=KE 8 M:7>B8G5A:8E O2;5=89 :>A<8G5A:8E ;CG59 2 M:A?5@8<5=B5 CMS =0 CAB0=>2:5 CASTOR =0 >;LH>< 4@>==>< >;;0945@5 // 0?@02;5=> 2  725AB8O :045<88 =0C:, A5@8O D878G5A:0O 8. . . C@5?8=, . !. ">?8;LA:0O*, . . >;C1520 /  ' /  -! "% ! $!  (,.  #'% SPS  LHC  & 5 //0?@02;5=> 2 /45@=CN D878:C 2009 3. 1. T. Anticic et al (By NA49 Collaboration and NA61/SHINE Collaboration) / Search for the QCD critical point at SPS energies // PoS EPS-HEP2009:030,2009. {5, 174/6, !?8A>:8}   =0,8 2. N. AbgLVAL rall et al. (By NA61/SHINE Collaboration) / NA61/SHINE low energy program at SPS // PoS CPOD2009:049,2009. {5, 118/6, !?8A>:8}}   =0,8 3. T. Galatyuk et al. (By HADES Collaboration) / Recent results from HADES on electron pair production in relativistic heavy-ion collisions. // PoS CPOD2009 (2009):045 {5, 99/8, !?8A>:4}   =0,8 4. M.Golubeva et al. / Longitudinally segmented lead / scintillator hadron calorimeter with micro- pixel with APD readout// Nucl.Instrum.Meth.A598:268-269,2009. {5, 10/10, A?8A>: 5}   =1,317*30/10=3,951 5. M. Golubeva et al. /Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter// , Nucl. Instrum.Meth. A610 (2009) 366 3 {5, 10/10, A?8A>: 5}   =1,317*30/10=3,951 6. F. Prino et al. / J/psi azimuthal anisotropy relative to the reaction plane in Pb-Pb collisions at 158 GeV per nucleon// Eur.Phys.J.C61:853-858,2009. { 5, 86/6, A?8A>: 6 }   =2,746*30/10=8,238 7. G. Agakishiev et al. (By HADES Collaboration) / Phi decay: A Relevant source for K- production at energies available at the GSI Schwerionen-Synchrotron (SIS)? // Phys.Rev.C80 (2009) 025209 {5, 111/8, !?8A>:4}   =3,477*30.10=10,431 8. G. Agakishiev et al. (By HADES Collaboration) / Deep Subthreshold Xi- Production in Ar + KCl Reactions at 1.76A GeV // Phys.Rev.Lett 103 (2009) 132301 {5, 105/8, !?8A>:4}   =7,328*30/10=21,984 9. F.Krizek et al., (By HADES Collaboration) / Inclusive Dielectron Production in Ar+KCl Collisions at 1.76 AGeV studied with HADES // Nucl.Phys.A830 (2009) p.483-486 {5, 112/8, !?8A>:4}   =1,706*30/10=5,118 10. G. Agakishiev et al. (By HADES Collaboration) / The high-acceptance dielectron spectrometer HADES // Eur.Phys.J.A41 (2009) p.243-277 {5, 207/9, !?8A>:2}   =1,968*30/10=5,904 11. G. Agakishiev et al. (By HADES Collaboration) / Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES // Eur.Phys.J.A40 (2009) p.45-59 {5, 125/8, !?8A>:4}   =1,968*30/10=5,904 12. ILVAL .Frohlich et al. (By HADES Collaboration) / Meson and di-electron production with HADES // Int.J.Mod.Phys.A24 (2009) p.317-326 {5, 125/8, !?8A>:4}   =0,941*30/10=2,823 13. M. Sudol et al. / Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES // Eur.Phys.J.C62 (2009) p.81-84 {5, 125/8, !?8A>:4}   =2,746*30/10=8,238 14. L. Fabbietti, & ,F.Guber et al 2009 J. Phys. G: Nucl. Part. Phys. 36 064005 (12pp). !?8A>: 02B>@>2 4>ABC?5= ?> J. Phys. G: Nucl. Part. Phys. 36 069804.   = 2,124*30/10=6,372   ?> 6C@=0;L=K< ?C1;8:0F8O< 134.6 @5?@8=BK 1. G. Agakishiev et al. / In-Medium Effects on K$^0$ Mesons in Relativistic Heavy-Ion Collisions. // arXiv:1004.3881 {17, 111/7, !?8A>:9}   =4/10=0,4 2. G. Agakishiev et al. (By HADES Collaboration) / Lambda-p femtoscopy in collisions of Ar+KCl at 1.76 AGeV. // arXiv:1004.2328 {17, 106/7, !?8A>:9}   =4/10=0,4 3. G. Agakishiev et al. / Hyperon production in Ar+KCl collisions at 1.76A GeV. // arXiv:1010.1675 {17, 106/7, !?8A>:9}   =4/10=0,4 4. G. Agakishiev et al. (By HADES Collaboration) / Study of elementary reactions with the HADES dielectron spectrometer. // arXiv:0912.2677 {17, 113/7, !?8A>:4}   =4/10=0,4 5. T. Liu et al./Study of the pp ---> np pi+ reaction at 1.25-GeV with HADES.//arXiv:0909.3399 {17, 107/7, !?8A>:9}   =4/10=0,4 6. G. Agakishiev et al. (By HADES Collaboration) / Origin of the low-mass electron pair excess in light nucleus-nucleus collisions. // arXiv:0910.5875 {17, 99/7, !?8A>:9}   =4/10=0,4 7. T. Galatyuk et al. (By HADES Collaboration) / Recent results from HADES on electron pair production in relativistic heavy-ion collisions // arXiv:0911.2411 {17, 99/8, !?8A>:4}   =4/10=0,4 8. I.Frohlich et al. (By HADES Collaboration) / Future perspectives at SIS-100 with HADES-at-FAIR // IarXiv:0906.0091 {17, 112/8, !?8A>:4}   =4/10=0,4 9. P. Tlusty et al. (By HADES Collaboration) / Charged pion production in C+C and Ar+KCl collisions measured with HADES // LVALarXiv:0906.2309 {17, 112/8, !?8A>:4}   =4/10=0,4 10. K. Lapidus et al. (By HADES Collaboration) / Dielectron production in pp and dp collisions at 1.25-GeV/u with HADES // arXiv:0904.1128 {17, 113/8, !?8A>:4}   =4/10=0,4 11. >;C1520 .. 8 4@. / -=5@35B8G5A:0O :0;81@>2:0 A53<5=B8@>20==>3> :0;>@8<5B@0 CASTOR A 8A?>;L7>20=85< <0B@8G=>3> <5B>40 >?@545;5=8O :>=AB0=B :0;81@>2:8 // ?@5?@8=B /  1239\2009 {16, !?8A>:7}   =4/5=0,8 12. T. Anticic et al (By NA49 Collaboration and NA61/SHINE Collaboration) / Search for the QCD critical point at SPS energies // arXiv:0909.0485 {17, 174/6, !?8A>:8}   =4/10=0,4 13. N. Abgrall et al. (By NA61/SHINE Collaboration) / NA61/SHINE low energy program at SPS // arXiv:0908.1697 {17, 118/6, !?8A>:8}   =4/10=0,4   ?> ?@5?@8=B0< 5,6 !?8A>:1{ C15@ $.$., 0@028G520 ".., 0@?5G52 .., >=52A:8E .!., C@5?8= .., C@5?8= .., 052A:0O .., H5=8G=>2 .., 5H5B8= .., } !?8A>:2{ 0@028G520 ".., 0@028G52 .., C@5?8= .., C@5?8= .., 052A:0O .., 0@8= .., 5H5B8= .., } !?8A>:3{ 0@028G520 ".., 0@?5G52 .., C?G8=A:89 ..., C@5?8= .., C@5?8= .., 052A:0O .., CA85=:> ..., 078= .., 5H5B8= .., $8=>3552 .. } !?8A>:4 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0?84CA .., 5H5B8= .., !04>2A:89 .!.} !?8A>:5 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0?84CA .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:6 {>;C1520 .., C15@ $.$., 0@028G520 ".., C@5?8= .., 5H5B8= .., ">?8;LA:0O .!.} !?8A>:7 {>;C1520 .., C15@ $.$., 5@<5=Q2 .., 20H:8= .., C@5?8= ..} !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} !?8A>:9 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} B>3>2K9   = 140.2LVALGNG ) <8B@89 5==04L528G !B0@H89 =0CG=K9 A>B@C4=8: -$, :0=4840B D87.-<0B. =0C: 2009 3. 1. Electric-Field-Enhanced Neutralization of Deep Centers in GaAs D.G. Eshchenko, V.G. Storchak, S.P. Cottrell and E. Morenzoni Phys. Rev. Lett. 103, 216601 (2009)   =7,328*30/4=54,96 2. Muon track induced current measurements in semi-insulating GaAs D.G. Eshchenko, V.G. Storchak and S.P Cottrell Physica B 404, 880-883 (2009)   =0,932*30/3=9,32 3. GaP studies by RF-mSR in Electric Fields D.G. Eshchenko, V.G. Storchak and S.P Cottrell Physica B 404, 876-879 (2009)   =0,932*30/3=9,32 4. Low Energy Muon studies of semiconductor interfaces D.G. Eshchenko, V.G. Storchak, E. Morenzoni, T. Prokscha, A. Suter, X. Liu and J.K. Furdyna Physica B 404, 873-875 (2009)   =0,932*30/7=3,994 5. High-pressure Muon Spin Rotation studies of magnetic semiconductors: EuS D.G. Eshchenko, V.G. Storchak, E. Morenzoni and D. Andreica Physica B 404, 903-905 (2009)   =0,932*30/4=6,99 6. Electron localization into magnetic polaron in EuS V.G. Storchak, O.E. Parfenov, J.H. Brewer, R.L. Lichti, P.L. Russo, S.L. Stubbs, D.G. Eshchenko, S.P. Cottrell, J.S. Lord, T.G. Aminov, V.P. Zlomanov, A.A. Vinokurov, R.L. Kallaher and S. von Molnar Physica B 404, 896-898 (2009)   =0,932*30/10=2,796 7. Superconductivity and magnetism in cuprate heterostructures B. M. Wojek, E. Morenzoni, D.G. Eshchenko, A. Suter, T. Prokscha, E. Koller, E. Treboux, O. Fischer, H. Keller Physica B 404, 720-723 (2009)   = 0,932*30/9=3,107 8. Near-surface muonium states in germanium T. Prokscha, E. Morenzoni, D.G. Eshchenko, H. Luetkens, G.J. Nieuwenhuys, and A. Suter Physica B 404, 866-869 (2009)   =0,822*30/6=4,11 9. Novel muonium centers - magnetic polarons - in magnetic semiconductors V.G. Storchak, O.E. Parfenov, J.H. Brewer, R.L. Lichti, P.L. Russo, S.L. Stubbs, D.G. Eshchenko, E. Morenzoni, V.P. Zlomanov, A.A. Vinokurov, and V.G. Bamburov Physica B 404, 899-902 (2009)   =0,932*30/1LVAL0=2,796 10. Electron localization into a bound spin polaron state in the quasi-one-dimensional S=1/2 antiferromagnet LiCu2O2 V.G. Storchak, J.H. Brewer, D.J. Arseneau, S.L. Stubbs, O.E. Parfenov, D.G. Eshchenko and A.A. Bush Phys Rev B 79, 220406-220409 (2009)   =3,475*30/7=14,893 11. Magnetic polaron bound to the positive muon in SmS: Exchange-driven formation of a mixed-valence state V.G. Storchak, J.H. Brewer, D.J. Arseneau, S.L. Stubbs, O.E. Parfenov, D.G. Eshchenko, E. Morenzoni and T.G. Aminov Phys Rev B 79, 193205-193208 (2009)   =3,475*30/8=13,031 12. Direct observation of the magnetic polaron V.G. Storchak, O.E. Parfenov, J.H. Brewer, P.L. Russo, S.L. Stubbs, R.L. Lichti, D.G. Eshchenko, E. Morenzoni, T.G. Aminov, V.P. Zlomanov, A.A. Vinokurov, R. L. Kallaher, and Stephan von Molnr Phys. Rev. B 80, 235203 (2009)   =3,475*30/10=10,425 2010 3. 13. Magnetic polarons in Eu-based films of magnetic semiconductors V.G. Storchak, D.G. Eshchenko,E. Morenzoni, T. Prokscha, A. Suter, N. Ingle, W. Heiss, T. Schwarzl, G. Springholz, R. L. Kallaher, and Stephan von Molnr Phys. Rev. B 81, 153201 (2010)   =3,475*30/10=10,425   ?> ?C1;8:0F8O< = 146,167 >:;04K =0 :>=D5@5=F8OE. B>3>2K9   = 146,167LVALGNG 1. Rare Muon Decay mu+ ---> e+ e- e+ nu(e) anti-nu(mu). R. Djilkibaev, R.Konoplich Published in Phys.Rev.D 79 073004, 2009. 4.922*30/2 = 73.83 2. Kalman filter based tracker study for lepton flavor violation experiments. R. Djilkibaev, R. Konoplich JINST web http://iopscience.iop.org/1748-0221/ Published in JINST 4 P08004, 2009. 0.102*30/2 = 31.53 3. Reconstruction of stop quark mass at the LHC. D. Casedi, R. Djilkibaev, R. Konoplich Published in Phys.Rev.D 82 075011, 2010. 4.922*30/3 = 49.22 4. >8A: @54:8E <N>==KE ?@>F5AA>2 A =0@CH5=85< ;5?B>==>3> G8A;0 . 68;:81052, . >10H52 Published in /45@=0O D878:0 73, 2067, 2010. 0.539*60/2 = 16.17 5. Lead-Tungstate Scintillator Studies for a Fast Low-Energy Calorimeter R. Djilkibaev, L. Heinrich, A.I. Mincer, C. Musso, P. Nemethy, J. Sculli, A. Toropin, L. Zhao Published in JINST 5 P01003, 2010 2.102*30/8 = 7.88 6. Search for New Particles in Two-Jet Final States in 7 TeV Proton-Proton Collisions with the ATLAS Detector at the LHC G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. Lett. 105, 161801, 2010 7.328*30/10 = 21.98 7. Observation of a Centrality-Dependent Dijet Asymmetry in Lead-Lead Collisions at p sNN = 2:76 TeV with the ATLAS Detector at the LHC G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. Lett. 105, 252303, 2010 7.328*30/10 = 21.98 8. Performance of the ATLAS detector using first collision data G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in JHEP 09, 056 2010 6.019*30/10 = 18.06 9. Charged-particle multiplicities in pp interactions at ps = 900 GeV measured with the ATLAS detector at the LHC G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. LetLVALt. B 688, 2010 5.083*30/10 = 15.25 10. Readiness of the ATLAS Liquid Argon Calorimeter for LHC Collisions G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 723 2010 2.746*30/10 = 8.24 11. Drift Time Measurement in the ATLAS Liquid Argon Electromagnetic Calorimeter using Cosmic Muons G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 755 2010 2.746*30/10 = 8.24 12. The ATLAS Inner Detector commissioning and calibration G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 787 2010 2.746*30/10 = 8.24 13. The ATLAS Simulation Infrastructure G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 823 2010 2.746*30/10 = 8.24 14. Commissioning of the ATLAS Muon Spectrometer with Cosmic Rays G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 875 2010 2.746*30/10 = 8.24 15. Readiness of the ATLAS Tile Calorimeter for LHC collisions G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in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{16, 2/2}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rmolaev, B.L. Zhuikov, V. M. Kokhanyuk. N.R. Togaeva, S.V. Khamianov, S.C. Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. J. Radioanalyt. Nucl. Chem., v.280, N.2, p. 319-324, 2009.   =0,631*30/6=3,155 2. . . C9:>2, !. . 0;<K:>2, !. . @<>;052, . . ;852, . . >E0=N:, . . 0BCH:>, . . "0=0=052, . $. OA>54>2. >;CG5=85 0:B8=8O-225 8 @048O 223 ?@8 >1;CG5=88 B>@8O CA:>@5==K<8 ?@>B>=0<8. 048>E8<8O, 2011, !1.  =0,539E60/8=4,043 3. .. C9:>2, !.. 0;<K:>2, .. ;852, !.. @<>;052, .. >E0=N:, .. 0?H8=0, .. >=OE8=, .. "0=0=052, .$. OA>54>2. >;CG5=85 0:B8=8O-225 8 4@C38E @048>=C:;84>2 <548F8=A:>3> =07=0G5=8O 87 B>@8O, >1;CG5==>3> CA:>@5==K<8 ?@>B>=0<8. (5AB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2009, 12-16 >:BO1@O 2009. "578AK 4>:;04>2. >A:20, 2009, A. 353.   =4*1,5/9=0,67 4. !.. @<>;052, .. C9:>2, .. >E0=N:, ... !5@>?538=, .. >=OE8=, . . ">30520, !.. %0<LO=>2, !. !@820AB020. >;CG5=85 >;>20-117< A A>AB>O=88 157 =>A8B5;O. (5AB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2009, 12-16 >:BO1@O 2009, >A:20, 2009, "578AK 4>:;04>2, A. 357.   =4*1,5/8=0,75 5. .. 'C40:>2, .. C9:>2, !.. @<>;052, .. >E0=N:, .. >AB5==8:>2, .. K6:>20, .. (BC:>2A:89, .. >AB>20, .. 09F52, !.. (0B8:, .. "NB8=, .. @0=>2. 5=5@0B>@ @C1848O-82 4;O ?>78B@>==>-M<8AA8>==>9 B><>3@0D88 ?@8 A5@45G=KE 701>;520=8OE. (5AB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2009, 12-16 >:BO1@O 2009. "578AK 4>:;04>2. >A:20, 2009, A. 361.   =4*1,5/10=0,6 6. .. 0?H8=0, !.. @<>;052, . . ">30520, .. C9:>2. K45;5=85 >;>20-117< 2 A>AB>O=88 157 =>A8B5;O 87 >1;CG5==>3> 8=B5@<5B0;;840 AC@L<0-B8B0=. (5AB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2009, 12-16 >:BO1@O 2009. "578AK 4>:;04>2. >A:20, 2009, A. 375.   =4*1,5/4=1,5   =10,718 !?8A>: ?0B5=B>2 70 2009-2010 3.3. 1. !.. @<>;052, . . ">30520, .. 0?H8=0, .. C9:>2, !.tLVAL !@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb (20@80=BK). 0B5=B $ ! 2398296, ?@8>@8B5B 12.09.2008, >?C1;8:>20=> 20.08.2010,  ! 24.  =20/5=4 2. E. V. Lapshina, B. L. Zhuikov , S. C. Srivastava , S. V. Ermolaev, N. R. Togaeva Methods for chemical recovery of non-carrier-added radioactive tin from irradiated intermetallic Ti-Sb targets. US Patent application number (2010): 20100064853  =20/5=4 3. .. C9:>2, !.. @<>;052, .. >E0=N:. !?>A>1 ?>;CG5=8O @048>AB@>=F8O (20@80=BK). 0B5=B $. !2356113, 27.03.2008, ?C1;.  !14 20.05.2009;   =20/3=6,67 4. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. PCT application PCT/RU2009/000124, Int. filing date 13.03.2009.   =20/3=6,67 5. .. C9:>2, !.. 0;<K:>2, .. ;852, !.. @<>;052, .. >E0=N:, .. >=OE8=, .. "0=0=052, .$. OA>54>2. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 87>B>?>2 @048O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O (20@80=BK). 0B5=B $. ! 2373589, 23.09.2008,  !32, 2009.   =20/8=2,5 6. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. (WO/2010/036145) METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. International Application No.: PCT/RU2009/000462; Publication Date: 01.04.2010; International Filing Date: 09.09.2009; IPC: G21G 1/00 (2006.01). Sept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ommissioning and Performance of the CMS Pixel Tracker with Cosmic Ray Muons / CMS Collaboration arXiv:0911.5434; CMS-CFT-09-001.- Geneva : CERN, 2010 - 37 p. - Published in : J. Instrum. 5 (2010) T03007  =2,102*30/10=6.306 3. Measurement of the Muon Stopping Power in Lead Tungstate / CMS Collaboration arXiv:0911.5397; CMS-CFT-09-005.- 2010 - 31 p. - Published in : J. Instrum. 5 (2010) P03007  =2,102*30/10=6.306 4. Performance of the CMS Level-1 Trigger during Commissioning with Cosmic Ray Muons and LHC beams / CMS Collaboration arXiv:0911.5422; CMS-CFT-09-013.- 2010 - 49 p. - Published in : J. Instrum. 5 (2010) T03002  =2,102*30/10=6.306 5. Performance of CMS Muon Reconstruction in Cosmic-Ray Events / CMS Collaboration arXiv:0911.4994; CMS-CFT-09-014.- 2010 - 47 p. - Published in : J. Instrum. 5 (2010) T03022  =2,102*30/10=6.306 6. Commissioning and Performance of the CMS Silicon Strip Tracker with Cosmic Ray Muons / CMS Collaboration arXiv:0911.4996; CMS-CFT-09-002.- 2010 - 45 p. - Published in : J. Instrum. 5 (2010) T03008  =2,102*30/10=6.306 7. Performance of the CMS Cathode Strip Chambers with Cosmic Rays / CMS Collaboration arXiv:0911.4992; CMS-CFT-09-011.- 2010 - 39 p. - Published in : J. Instrum. 5 (2010) T03018  =2,102*30/10=6.306 8. Performance of the CMS Hadron Calorimeter with Cosmic Ray Muons and LHC Beam Data / CMS Collaboration arXiv:0911.4991; CMS-CFT-09-009.- 2010 - 35 p. - Published in : J. Instrum. 5 (2010) T03012  =2,102*30/10=6.306 9. CMS Data Processing Workflows during an Extended Cosmic RayLVAL Run / CMS Collaboration arXiv:0911.4842; CMS-CFT-09-007.- 2010 - 43 p. - Published in : J. Instrum. 5 (2010) T03006  =2,102*30/10=6.306 10. Performance of the CMS Drift Tube Chambers with Cosmic Rays / CMS Collaboration arXiv:0911.4855; CMS-CFT-09-012.- 2010 - 47 p. - Published in : J. Instrum. 5 (2010) T03015  =2,102*30/10=6.306 11. Calibration of the CMS Drift Tube Chambers and Measurement of the Drift Velocity with Cosmic Rays / CMS Collaboration arXiv:0911.4895; CMS-CFT-09-023.- 2010 - 39 p. - Published in : J. Instrum. 5 (2010) T03016  =2,102*30/10=6.306 12. Commissioning of the CMS Experiment and the Cosmic Run at Four Tesla / CMS Collaboration arXiv:0911.4845; CMS-CFT-09-008.- 2010 - 37 p. - Published in : J. Instrum. 5 (2010) T03001  =2,102*30/10=6.306 13. Identification and Filtering of Uncharacteristic Noise in the CMS Hadron Calorimeter / CMS Collaboration arXiv:0911.4881; CMS-CFT-09-019.- 2010 - 31 p. - Published in : J. Instrum. 5 (2010) T03014  =2,102*30/10=6.306 14. Commissioning of the CMS High-Level Trigger with Cosmic Rays / CMS Collaboration arXiv:0911.4889; CMS-CFT-09-020.- 2010 - 31 p. - Published in : J. Instrum. 5 (2010) T03005  =2,102*30/10=6.306 15. Aligning the CMS Muon Chambers with the Muon Alignment System during an Extended Cosmic Ray Run / CMS Collaboration arXiv:0911.4770; CMS-CFT-09-017.- 2010 - 35 p. - Published in : J. Instrum. 5 (2010) T03019  =2,102*30/10=6.306 16. Performance of the CMS drift-tube chamber local trigger with cosmic rays / CMS Collaboration arXiv:0911.4893; CMS-CFT-09-022.- 2010 - 33 p. - Published in : J. Instrum. 5 (2010) T03003  =2,102*30/10=6.306 17. Fine Synchronization of the CMS Muon Drift-Tube Local Trigger using Cosmic Rays / CMS Collaboration arXiv:0911.4904; CMS-CFT-09-025.- 2010 - 33 p. - Published in : J. Instrum. 5 (2010) T03004  =2,102*30/10=6.306 18. Performance of CMS hadron calorimeter timing and synchronization using test beam, cosmic ray, and LHC beam data / CMS Collaboration arXiv:0911LVAL .4877; CMS-CFT-09-018.- 2010 - 33 p. - Published in : J. Instrum. 5 (2010) T03013  =2,102*30/10=6.306 19. Alignment of the CMS Muon System with Cosmic-Ray and Beam-Halo Muons / CMS Collaboration arXiv:0911.4022; CMS-CFT-09-016.- 2010 - 41 p. - Published in : J. Instrum. 5 (2010) T03020  =2,102*30/10=6.306 20. Performance Study of the CMS Barrel Resistive Plate Chambers with Cosmic Rays / CMS Collaboration arXiv:0911.4045; CMS-CFT-09-010.- 2010 - 33 p. - Published in : J. Instrum. 5 (2010) T03017  =2,102*30/10=6.306 21. Time Reconstruction and Performance of the CMS Electromagnetic Calorimeter / CMS Collaboration arXiv:0911.4044; CMS-CFT-09-006.- 2010 - 27 p. - Published in : J. Instrum. 5 (2010) T03011  =2,102*30/10=6.306 22. Performance and Operation of the CMS Electromagnetic Calorimeter / CMS Collaboration arXiv:0910.3423; CMS-CFT-09-004.- 2010 - 39 p. - Published in : J. Instrum. 5 (2010) T03010  =2,102*30/10=6.306 23. Precise Mapping of the Magnetic Field in the CMS Barrel Yoke using Cosmic Rays / CMS Collaboration arXiv:0910.5530; CMS-CFT-09-015.- 2010 - 37 p. - Published in : J. Instrum. 5 (2010) T03021  =2,102*30/10=6.306 24. Alignment of the CMS Silicon Tracker during Commissioning with Cosmic Rays / CMS Collaboration arXiv:0910.2505; CMS-CFT-09-003.- 2010 - 41 p. - Published in : J. Instrum. 5 (2010) T03009  =2,102*30/10=6.306 >:;04K =0 :>=D5@5=F8OE: 1. -;5:B@><03=8B=0O 48AA>F80F8O O45@ :>A<8G5A:8E ;CG59 / >:;04 =0 31 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< 5-9 8N;O 2010 3. # >A:20  =4/10=0,4 >2KH0NI89 :>MDD8F85=B 2. B>3>2K9   = 149,398*2= 298,796LVALGNG   " :26 ===================================================== 0AG5B   70 2009-2010 3>4K AB0@H53> =0CG=>3> A>B@C4=8:0 - /  :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: 02@NA52>9 ;5=K ;5:A0=4@>2=K I. !B0BL8 1. Gavryuseva, E., "Structure, Differential Rotation and Variability of the Sun from helioseismology and magnetic field study", Solar Physics, accepted  $ 16 30 2. Gavryuseva, E., "Relations between variability of solar and interplanetary magnetic fields, solar wind and geomagnetic parameters", Solar Physics, accepted  $ 16 30 !B0BL8 60 II. !?8A>: :>=D5@5=F89 8 A5<8=0@>2 2009-2010 3>4>2, 2 :oB>@KE ?@8=8<0;0 CG0AB85 02@NA520 . . * @>3@0<<K :>=D5@5=F89 A<. 2 @8;>65=88. XXVII 5=5@0;L=0O 0AA0<1;5O IAU, @078;8O, 023CAB 2009. * / ?@8=O;0 0:B82=>5 CG0AB85 :0: <8=8<C< 2 5 :>=D5@5=F8OE, ?@>E>482H8E 2 @0<:0E 0AA0<1;58 Symposia: S264 Solar and Stellar Variability - Impact on Earth and Planets Joint Discussions: JD11 New Advances in Helio- and Astero-Seismology JD16 IHY Global Campaign - Whole Heliosphere Interval Special Sessions: SpS2 International Year of Astronomy 2009 - Women in Astronomy Lunch Meeting / ?@54AB028;0 (!", 4>:;04>2, :0: 548=AB25==K9 02B>@, 87 =8E  ?@8=OBK :0:  (+ + 8 G5BK@5 :0: ?>AB5@K. 1) N 1207 - "Variability of the neutrino counting rate, diameter and magnetic field of the Sun" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER LVAL 15/0 2) N 1212 - "The origin and the models of the solar magnetic field structure" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER 15/0 3) N 1214 - "Perturbations in helio- and magneto-sphere ruled by solar magnetic field structure" =0 Joint Discussion JD16 - IHY Global Campaign - Whole Heliosphere Interval, ORAL 30 4) N 1215 - "Variability of perturbations in helio- and magneto-sphere ruled by solar magnetic field structure" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER 15/0 5) N 1216 - "The secrets of the birth and the death of Galileo Galilei" =0 Special Session SpS2 - The International Year of Astronomy 2009, POSTER 15/0 6) N 1217 - "Differential Rotation of the Sun from helioseismology and magnetic field study" =0 Joint Discussion JD11 - New Advances in Helio- and Astero-Seismology, ORAL 30 >=D5@5=F8O $878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5 *, D52@0;L 2009 3., >A:20 7) . 02@NA520 "!B@C:BC@0 8 48=0<8:0 <03=8B=>3> ?>;O !>;=F0", ORAL 30 8) . 02@NA520 "-:A?5@8<5=B0;L=K9 ?>4E>4 : 87CG5=8N 2;8O=8O B>?>;>388 8 48=0<8:8 <03=8B=>3> ?>;O !>;=F0 =0 35;8>- 8 <03=8B>AD5@C", POSTER 15/0 Conference Synergies between solar and stellar modelling*, Rome, June 2009. 9) E. Gavryuseva  The modelling of the global structure of the photospheric magnetic field , ORAL 30/20 10) E. Gavryuseva  Longitudinal structurLVAL e and rotation of the solar magnetic field , POSTER 15/0 >=D5@5=F8O $878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5 *, D52@0;L 2010 3., >A:20 11) 02@NA520, ., "'B> <>6=> C2845BL, :>340 !>;=F5 >B4KE05B >B 0:B82=>AB8?" ORAL 30/20 12) 5:F8O =0 A5<8=0@5 INAF, Florence Italy, 09 2010 3>40, 02@NA520, E., 4>:;04 ">;3>B=0O AB@C:BC@0 <03=8B=>3> ?>;O 2 ?5@8>4 =87:>9 A>;=5G=>9 0:B82=>AB8"   Longitudinal structure of magnetic field during the period of low solar activity . 4/0 13) 5:F8O =0 A5<8=0@5 / , 8 >:BO1@O 2010 3>40, 02@NA520, E., 4>:;04  !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0 4/0 >=D5@5=F88 2009-2010 3>4>2 248/130 !B0BL8 + >=D5@5=F88 2009-2010 3>4>2 _ 60 + 248/130 = 308/190   70 2009-2010 3>4K 308/190 A;8 ?>AB5@=K5 4>:;04K =0 <564C=0@>4=KE 8 A>N7=KE :>=D5@5=F8OE 8 4>:;04K =0 A5<8=0@0E ?@8 @0AGQB5   =5 CG8BK20NBAO 8 >AA89A:85 ?@83;0H5==K5 4>:;04K >F5=820NBAO 20 (0 =5 30) 10;;0<8, B>   70 2009-2010 3>4K _ 190 =============================================================== 0AG5B   70 2009-2010 3>4K AB0@H53> =0CG=>3> A>B@C4=8:0 - /  :0=4840B0 D878:>-<0BLVAL 5<0B8G5A:8E =0C: 02@NA52>9 ;5=K ;5:A0=4@>2=K I. !B0BL8 1. Gavryuseva, E., "Structure, Differential Rotation and Variability of the Sun from helioseismology and magnetic field study", Solar Physics, accepted  $ 16 30 2. Gavryuseva, E., "Relations between variability of solar and interplanetary magnetic fields, solar wind and geomagnetic parameters", Solar Physics, accepted  $ 16 30 !B0BL8 60 II. !?8A>: :>=D5@5=F89 8 A5<8=0@>2 2009-2010 3>4>2, 2 :oB>@KE ?@8=8<0;0 CG0AB85 02@NA520 . . * @>3@0<<K :>=D5@5=F89 A<. 2 @8;>65=88. XXVII 5=5@0;L=0O 0AA0<1;5O IAU, @078;8O, 023CAB 2009. * / ?@8=O;0 0:B82=>5 CG0AB85 :0: <8=8<C< 2 5 :>=D5@5=F8OE, ?@>E>482H8E 2 @0<:0E 0AA0<1;58 Symposia: S264 Solar and Stellar Variability - Impact on Earth and Planets Joint Discussions: JD11 New Advances in Helio- and Astero-Seismology JD16 IHY Global Campaign - Whole Heliosphere Interval Special Sessions: SpS2 International Year of Astronomy 2009 - Women in Astronomy Lunch Meeting / ?@54AB028;0 (!", 4>:;04>2, :0: 548=AB25==K9 02B>@, 87 =8E  ?@8=OBK :0:  (+ + 8 G5BK@5 :0: ?>AB5@K. 1) N 1207 - "Variability of the neutrino counting rate, diameter and magnetic field of the Sun" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER 15/0 2) N 1212 - "The origin and the models of the solar magnetic field structure" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER LVAL 15/0 3) N 1214 - "Perturbations in helio- and magneto-sphere ruled by solar magnetic field structure" =0 Joint Discussion JD16 - IHY Global Campaign - Whole Heliosphere Interval, ORAL 30 4) N 1215 - "Variability of perturbations in helio- and magneto-sphere ruled by solar magnetic field structure" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER 15/0 5) N 1216 - "The secrets of the birth and the death of Galileo Galilei" =0 Special Session SpS2 - The International Year of Astronomy 2009, POSTER 15/0 6) N 1217 - "Differential Rotation of the Sun from helioseismology and magnetic field study" =0 Joint Discussion JD11 - New Advances in Helio- and Astero-Seismology, ORAL 30 >=D5@5=F8O $878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5 *, D52@0;L 2009 3., >A:20 7) . 02@NA520 "!B@C:BC@0 8 48=0<8:0 <03=8B=>3> ?>;O !>;=F0", ORAL 30 8) . 02@NA520 "-:A?5@8<5=B0;L=K9 ?>4E>4 : 87CG5=8N 2;8O=8O B>?>;>388 8 48=0<8:8 <03=8B=>3> ?>;O !>;=F0 =0 35;8>- 8 <03=8B>AD5@C", POSTER 15/0 Conference Synergies between solar and stellar modelling*, Rome, June 2009. 9) E. Gavryuseva  The modelling of the global structure of the photospheric magnetic field , ORAL 30/20 10) E. Gavryuseva  Longitudinal structure and rotation of the solar magnetic field , POSTER 15/0 >=D5@5=F8O $878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5 *, D52@0;L 2010 3., >A:20 11) 02@NA520, ., "'B> <>6=> C2845LVAL BL, :>340 !>;=F5 >B4KE05B >B 0:B82=>AB8?" ORAL 30/20 12) 5:F8O =0 A5<8=0@5 INAF, Florence Italy, 09 2010 3>40, 02@NA520, E., 4>:;04 ">;3>B=0O AB@C:BC@0 <03=8B=>3> ?>;O 2 ?5@8>4 =87:>9 A>;=5G=>9 0:B82=>AB8"   Longitudinal structure of magnetic field during the period of low solar activity . 4/0 13) 5:F8O =0 A5<8=0@5 / , 8 >:BO1@O 2010 3>40, 02@NA520, E., 4>:;04  !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0 4/0 >=D5@5=F88 2009-2010 3>4>2 248/130 !B0BL8 + >=D5@5=F88 2009-2010 3>4>2 _ 60 + 248/130 = 308/190   70 2009-2010 3>4K 308/190 A;8 ?>AB5@=K5 4>:;04K =0 <564C=0@>4=KE 8 A>N7=KE :>=D5@5=F8OE 8 4>:;04K =0 A5<8=0@0E ?@8 @0AGQB5   =5 CG8BK20NBAO 8 >AA89A:85 ?@83;0H5==K5 4>:;04K >F5=820NBAO 20 (0 =5 30) 10;;0<8, B>   70 2009-2010 3>4K _ 190 .D.-<.=., AB.=.A. ;5=0 02@NA520   AO 8=D>@<0F8O 27OB0 ?> XXVII 5=5@0;L=>9 0AA0<1;55 IAU, @078;8O, 023CAB 2009 27OB0 A A09B0 http://www.astronomy2009.com.br 8 ?@>3@0<<0 =aE>48BAO 2 D09;5 IAU2009_program.pdf. @>3@0<<0 :>=D5@5=F88  Synergies between solar and stellar modelling =aE>48BAO =0 A09B5 http://www.helas-eu.org/workshops/roma/images/stories/programma-roma-v5.pdf 8 2 D09;5 Rome2009_program.pdf. @>3@0<<K :>=D5@5=F89 2009 8 2010 3>4>2 "$878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5" =aE>4OBAO 2 ?@8;0305<KE D09;0E Plasma20LVAL09_program.doc, Plasma2010_program.odt 8 =0 A09B5 http://solarwind.cosmos.ru/ ! 16 ?> 20 D52@0;O 2009 3. 8 A 8 ?> 12 D52@0;O 2010 3.    ?>4 M384>9 ?@>3@0<<K $-15 ?@>H;8 :>=D5@5=F88 "$878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5". !>3;0A=> ?>AB0=>2;5=8N N@> $  >B 4 45:01@O 2008 3., @>3@0<<0 "VI.15. ;07<5==K5 ?@>F5AAK 2 A>;=5G=>9 A8AB5<5." (>>@48=0B>@ ?@>3@0<<K: 0:045<8: 5;5=K9 .., >;>2=>9 8=AB8BCB: =AB8BCB :>A<8G5A:8E 8AA;54>20=89 ) 2:;NG5=0 2 5@5G5=L ?@>3@0<< DC=40<5=B0;L=KE 8AA;54>20=89 B45;5=8O D878G5A:8E =0C:  B;8G8B5;L=>9 >A>15==>ABLN ?@>3@0<<K ;07<5==K5 ?@>F5AAK 2 A>;=5G=>9 A8AB5<5 O2;O5BAO 55 :><?;5:A=K9 <=>3>48AF8?;8=0@=K9 E0@0:B5@, B0: :0: >=0 2:;NG05B 2 A51O DC=40<5=B0;L=K5 ?@>1;5<K 0AB@>D878:8, D878:8 ?;07<K, @048>D878:8 8 <03=8B=>9 384@>48=0<8:8. "0:>9 :><?;5:A=K9 ?>4E>4 ?>72>;O5B ?>;CG8BL :0G5AB25==> =>2>5 7=0=85 > D878G5A:8E <5E0=87<0E =0 ?@>BO65=88 2A59 F5?>G:8, >15A?5G820NI59 ?5@540GC <0AAK, 8<?C;LA0 8 M=5@388 >B !>;=F0 : 5<;5 5<;5 8 : 4@C38< ?;0=5B0< ?>A@54AB2>< A>;=5G=>3> 25B@0, 0 B0:65 >B:;8:0 @07;8G=KE D878G5A:8E >1;0AB59 >:>;>75<=>3> ?@>AB@0=AB20 =0 A>AB>O=85 <56?;0=5B=>9 A@54K.ZLVALj1. :A5=>2 !5@359 8:>;0528G 0A?8@0=B   2010 3.= 3E0,286=0,858   2009 3. = 3. 1. III 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ 59B@>=>- 8 @5=B35=>3@0D8G5A:85 8AA;54>20=8O >1@07>20=8O =0=>G0AB8F 2 AB@C:BC@5 A?;020 40%.. .. !04K:>2, .!. 8B28=, .. C;NB8= , .. ;07:>2, !.. :A5=>2, M-S. Appavou, A. I. Ioffe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rd FRM II User Meeting, October 15th, 2010 Neutron and x-ray study formation of nanoparticles in the alloy structure 40HNYU-one of the hard nonmagnetic material for high pressure cells R. A. Sadykov, M.-S. Appavou , V. S. Litvin, A. V. Gulyutin, V. P. Glazkov, S. N. Aksenov, A. Ioffe. 4. #G0AB85 2 A5@>AA89A:0O =0CG=0O H:>;0 4;O <>;>4568 !>2@5<5==0O =59B@>=>3@0D8O: DC=40<5=B0;L=K5 8 ?@8:;04=K5 8AA;54>20=8O DC=:F8>=0;L=KE 8 =0=>AB@C:BC@8@>20==KE <0B5@80;>2 "  $'!/ #!" +! / " #!", !  !!"/ !.. :A5=>21, . . !04K:>21, .!. ;5<5=BL521,2, ..O?8=3, . . C;:8=4, . . C7=5F>21, -..>?B5;>21LVALGNG ;5:A552 =4@59 ;5:A5528G @>4. 9 >:BO1@O 19653. 0CG=K9 A>B@C4=8: !C<<0@=K9   = 6.1+ 1+1+0.8+1+0.5+0.5+0.5 +0.4+0.9= 12.7 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. 59B@>==K5 A5G5=8O 45;5=8O O45@ 242mAm 8 245Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.. (=AB8BCB O45@=KE 8AA;54>20=89 , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<. .. 59?C=A:>3>, 3. 1=8=A:). B><=0O M=5@38O, B.106, 2K?.2, D52@0;L 20093.   = 8/8 = 1 2.59B@>==>5 A5G5=85 45;5=8O 243Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.., (/ , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<...59?C=A:>3>, 3 1=8=A:) B><=0O M=5@38O, B.107, 2K?.2,023CAB 20093.   = 8/8 = 1 3. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=, .., .. !28@8=, "@CD0=>2, .. $C@A>2, .!. (>@8=.  !'  ,  / 244Cm . / / $, 2010, B>< 73,!9, A. 1533 1544   = 0.914*60/9 = 6.1 #AB=K5 4>:;04K =0 @>AA89A:8E :>=D5@5=F8OE 4.XXI !>25I0=85 ?> 0AA5O=8N 59B@>=>2 2 AA;54>20=8OE >=45=A8@>20==>3> !>AB>O=8O ( !-2010). 16-19 =>O1@O 2010. >A:20 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / : A>2@5<5==>5 A>AB>O=85. !04K:>2 ..1,2, >?B5;>2 -..1, O1>2 ...1, ;5:A552. ..1, @0G52 ..1, $54G5=:> ..1, 8B28= .!.1, C7=5F>2 !..3, ;5<5=BL52 .!.1,4, ;5:A552 ..4,"@C=>2 ..5, C;:8= ..5, #;LO=>2 ..5, :A5=>2 !..1 1=AB8BCB O45@=KE 8AA;54>20=89 , >A:20 2=AB8BCB D878:8 2KA>:8E 402;5=89 , "@>8F: 3$878G5A:89 8=AB8BCB 8<. ..5154520 , >A:20 4 & C@G0B>2A:89 8=AB8BCB, >A:20 55B5@1C@3A:89 8=AB8BCB O45@=>9 D878:8, 0BG8=0   = 4/14 >:@. > 10% 4/10=0.4 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 5.II 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ ><?;5:A 2708<>4>?>;=ONI8E 8<?C;LA=KE =59B@>==KE 8AB>G=8:>2, =59B@>=>3@0D8G5A:8E 8 @5=B35=>2A:8E 8 LVALH CAB0=>2>: 4;O =0=>4803=>AB8:8 =AB8BCB0 O45@=KE 8AA;54>20=89 >AA89A:>9 0:045<88 =0C: >?B5;>2 -..1, O1>2 ...1, ;5:A552. ..1, !84>@:8= !.$.1, @0G52 ..1, $54G5=:> ..1, !04K:>2 ..1,2, 5154L ...1, 8B28= .!.1, C7=5F>2 !..3, ;5<5=BL52 .!.1,4, ;5:A552 ..4,"@C=>2 ..5, C;:8= ..5, #;LO=>2 ..5, :A5=>2 !..1 1=AB8BCB O45@=KE 8AA;54>20=89 , >A:20 2=AB8BCB D878:8 2KA>:8E 402;5=89 , "@>8F: 3$878G5A:89 8=AB8BCB 8<. ..5154520 , >A:20 4 & C@G0B>2A:89 8=AB8BCB, >A:20 55B5@1C@3A:89 8=AB8BCB O45@=>9 D878:8, 0BG8=0   = 6*1.5/16 >:@. >10% 6*1.5/10 =0.9LVALGNG 5@3<0= ;5:A59 =4@5528G AB0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   = 6.1+ 1+1+0.8+1+0.5+0.5+0.5 = 11.4 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. 59B@>==K5 A5G5=8O 45;5=8O O45@ 242mAm 8 245Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.. (=AB8BCB O45@=KE 8AA;54>20=89 , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<. .. 59?C=A:>3>, 3. 1=8=A:). B><=0O M=5@38O, B.106, 2K?.2, D52@0;L 20093.   = 8/8 = 1 2.59B@>==>5 A5G5=85 45;5=8O 243Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.., (/ , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<...59?C=A:>3>, 3 1=8=A:) B><=0O M=5@38O, B.107, 2K?.2,023CAB 20093.   = 8/8 = 1 3. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=, .., .. !28@8=, "@CD0=>2, .. $C@A>2, .!. (>@8=.  !'  ,  / 244Cm . / / $, 2010, B>< 73,!9, A. 1533 1544   = 0.914*60/9 = 6.1 @5?@8=BK 4. ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 244Cm(n,f) @5?@8=B /  1212/2009 <0@B 20093.   = 4/8 = 0.5 5. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 243Cm(n,f) @5?@8=B /  1231/2009 023CAB 20093.   = 4/8 = 0.5 6. ..;5:A552, ..5@3<0=, ..>=G0@5=:>, ..C7=5F>20, ..5@5:@5AB5=:> AA;54>20=85 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O Th-232 =59B@>=0<8 =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O =59B@>=>2 2 A28=F5 !-100 =AB8BCB0 O45@=KE 8AA;54>20=89 .   " /  1234/2009 :BO1@L 20093.   = 4/5 = 0.8 7. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=85 ?>410@L5@=>3> 45;5=LVAL 8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 246Cm(n,f)   " /  1248/2010 0@B 2010   = 4/8 = 0.5 8. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2  59B@>==K9 :><?;5:A / . 1. !?5:B@><5B@ =59B@>=>2 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100) @5?@8=B /  1258/2010, ., 2010 !.   = 4/4 = 1 4. >B28=0 ;5:A0=4@ !B5?0=>28G, 19573. @>645=8O, :.D.-<.=, =0CG=K9 A>B@C4=8:. Sum PRND factor (2009-2010): PRND= 161.5 Publications in journals with referee examinations: 1. R.Ogul, U.Atav, F.Bulut, N.Buyukcizmeci, M.Erdogan, H.Imal, A.S.Botvina, and I.N.Mishustin. Surface and symmetry energies in isoscaling for multifragmentation reactions. Journal of Physics G: Nucl. Part. Phys., v.36, p.115106 (7pp), 2009. PRND= 2.124*30/8 = 8.0 2. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.D.Frankland, M.Hellstroem, D.Henzlova, G.Imme, I.Iori, H.Johansson, K.Kezzar, A.Lafriakh, A.Le Fevre, E.LeGentil, Y.Leifels, J.Luehning, J.Lukasik, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Suemmerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isotopic Dependence of the Nuclear Caloric Curve. Phys. Rev. Lett., v.102, p.152701 (4 pages), N.Y., 2009. PRND= 7.328*30/10 = 22.0 3.S.Hudan, A.B.McIntosh, J.Black, D.Mercier, C.J.Metelko, R.Yanez, R.T. De Souza, A.Chbihi, M.Famiano, M.O. Fregeau, J.Gauthier, J.Moisan, R.Roy, S.Bianchin, C.Schwarz, W.Trautmann, and A.S.Botvina. Charge correlations and isotopic distributions of projectile fragmentation events in 124Xe+112Sn at E/A=50 MeV. Phys. Rev. C, v.80, p.064611 (11 pages), N.Y., 2009. PRND= 3.477*30/10 = 10.4 4. W.Trautmann, P.Adrich, T.Aumann, C.O.Bacri, T.BarczLVAL yk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, J.Luehning, J.Lukasik, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, C.Sfienti, H.Simon, K.Suemmerer, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isotopic dependence of the caloric curve. Progr. Part. Nucl. Phys. , v. 62, p.407-412 , 2009. PRND= 3.556*30/10 = 10.7 5. D.Henzlova, A.S.Botvina, K.-H.Schmidt, V.Henzl, P.Napolitani, and M.V.Ricciardi. Symmetry energy of fragments produced in multifragmentation. Journal of Physics G (Nucl. Part. Phys.), v.37, p.085010, 2010. PRND= 2.124*30/6 = 10.6 6. S.P.Avdeyev, V.A.Karnaukhov, H.Oeschler, V.V.Kirakosyan, P.A.Rukoyatkin, A.Budzanowski, W.Karcz, E.Norbeck, and A.S.Botvina. Multifragmentation in collisions of 4.4Gev-deuterons with gold target. Int. J. Mod. Phys. E19 : 1155-1161, 2010. PRND= 0.643*30/9 = 2.1 7. W.Trautmann, S.Bianchin, A.S.Botvina, A.Le Fevre, Y.Leifels, C.Sfienty, N.Buyukcizmeci, R.Ogul, I.N.Mishustin, M.Chartier, P.Z.Wu, R.C.Lemmon, Q.Li, J.Lukasik, P.Pawlowski, A.Pagano, and P.Russotto. The symmetry energy in nuclear reactions. Int. J. Mod. Phys. E19: 1653-1663, 2010. PRND= 0.643*30/10 = 1.9 8. A.S.Botvina and I.N.Mishustin. Statistical approach for supernova matter. Nucl. Phys. A, v. 843 , p. 98-132 , Amsterdam, 2010. PRND=1.706*30/2 = 25.6 9. I.Pshenichnov, A.Botvina, I.Mishustin, and W.Greiner. Nuclear fragmentation reactions in extended media studied with Geant4 toolkit. NIM B, v. 268, p. 604-615, (Elsevier), 2010. PRND= 1.156*30/4 = 8.7 10. Alexander Botvina, Igor Mishustin, Valery Zagrebaev, Walter Greiner. On possibility of synthesizing superheavy elements in nuclear expLVAL losions. Int. J. Mod. Phys. E19: 2063-2075 , 2010. PRND= 0.643*30/4 = 4.8 (only for publications 2009-2010 : PRND= 104.8 ) Talks (Invited talks) at International Conferences 1. A.S. Botvina. Role of multifragmentation in spallation reactions. Talk at the First International Workshop on Accelerator Radiation Induced Activation (ARIA'08), Paul Scherrer Institut (PSI), Villigen (Switzerland). October 13-17 , 2008 . http://aria.web.psi.ch/Program/index_program.html PSI Proceedings 09-01, January 2009, ISSN 1019-0643, pp. 42 - 47 , Paul Scherrer Institut , Switzerland. PRND = 6*1.5 = 9.0 2.R.Ogul, U.Atav, S.Bianchin, A.S.Botvina, N.Buyukcizmeci, M.De Napoli, A.Le Fevre, J.Lukasik, I.N.Mishustin, C.Schwarz, C.Sfienti, W.Trautmann. Surface and symmetry energy effects in nuclear multifragmentation. Proceedings of the 13 International Conference on Capture Gamma-Ray Spectroscopy and Related Topics (CGS-13), Cologne, Germany, 25-29 August 2008, 3 pages. http://www.ikp.uni-koeln.de/current/cgs13/ Published by AIP (American Institute of Physics). AIP Conf. Proc., v. 1090, pp. 623-624, 2009. PRND = 6*1.5/10 = 0.9 3. A.S. Botvina. Formation of hypernuclei in high-energy nuclear reactions. Invited talk presentation, International Conference on Nuclear Fragmentation: From Basic Research to Applications (NUFRA2009), September 27 - October 4, 2009 , Kemer (Antalya), Turkey. http://fias.uni-frankfurt.de/nufra2009/ PRND= 30 = 30.0 4. N.Buyukcizmeci, F.Bulut, M.Erdogan, H.Imal, R.Ogul, A.S.Botvina, I.N.Mishustin, W.Trautmann. Investigating the isotopic effects in nuclear fragmentation. Zakopane Conference of Nuclear Physics, August 30 - September 5, 2010, Zakopane, Poland. http://zakopane2010.ifj.edu.pl/ To be published in Acta Physica Polonica B - conference series. PRND= 6/8 = 0.8 5. J.Pochodzalla, A.Botvina, and A.Sanchez-Lorente. Studies of hyperons and antihyperons in nuclei. Invited talk at the 48 International Winter Meeting on Nuclear Physics in Memoria$LVAL4m of Ileana Iori, 25-29 January 2010, Bormio, Italy. http://pos.sissa.it/archive/conferences/103/033/BORMIO2010_033.pdf PRND= 30/3 =10.0 6. A.S. Botvina. Statistical approach for supernova matter and nuclear multifragmentation. Talk (Semi-plenary), International Conference on Nuclear Physics "NUCLEUS 2010" (ICNP2010): Methods of nuclear physics for femto- and nanotechnologies. July 6-9, 2010, Saint-Petersburg, Russia. Book of abstracts, Saint-Petersburg, 2010, p. 57. http://www.onlinereg.ru/site.php?go=133&page=2211&lang=ENG PRND= 6 = 6 Sum PRND factor (2009-2010): PRND= 161.5 Scientific-organization work: 1. Co-Chair of NUFRA2009, responsible for Scietific Program. International Conference on Nuclear Fragmentation: From Basic Research to Applications. September 27 - October 4, 2009, Kemer (Antalya), Turkey http://fias.uni-frankfurt.de/nufra2009/ There were presented 3 invited talks from INR RAS: from N.M.Sobolevsky, I.N.Pshenichnov, and A.S.Botvina. PRND = ? Citations of A.S.Botvina scientific publications: According to ISI Web Knowledge : 2926 Sum PRND factor: 161.5LVALGNG 6. ;5<5=BL52 235=89 !B0=8A;02>28G 12.04.1968 :.D.-<.=., A.=.A. !!  B>3>2K9   (2010) = 122.10 B>3>2K9   (2009) = 193.31 B>3>2K9   70 2 3>40 (2009-2010) = 315.41   2010 !B0BL8 2 70@C156=KE @5D5@8@C5<KE 6C@=0;0E: 1) D. Lamago, E.S. Clementyev, A.S. Ivanov, R. Heid, J.-M. Mignot, A.E. Petrova, P.A. Alekseev, Lattice dynamics in the itinerant helical magnet MnSi, Phys. Rev B 82 (2010) 144307-14311   3.475*30/7 = 14.9 2) A. Yaroslavtsev, A. Menushenkov, R. Chernikov, E. Clementyev, V. Lazukov, Y. Zubavichus, A. Veligzhanin, N. Efremova, A. Gribanov, A. Kuchin, Ce valence in intermetallic compounds by means of XANES spectroscopy, Zeitschrift fr Kristallographie: Vol. 225, No. 11, pp. 482-486 (2010).   1.01*30/10 = 3.03 3) A.V. Rybina, K.S. Nemkovski, P.A. Alekseev, J.-M. Mignot, E.S. Clementyev, M. Johnson, L. Capogna, A.V. Dukhnenko, A.B. Lyashenko, V.B. Filippov, Lattice dynamics in ZrB12 and LuB12: Ab initio calculations and inelastic neutron scattering measurements, Phys. Rev. B 82 (2010) 024302-024307   3.475*30/10 = 10.43 B>3> ?> AB0BLO<   = 28.36 @83;0H5==K5 4>:;04K =0 :>=D5@5=F8OE: 44-O 8<=OO H:>;0 /$ ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O $!-2010, 092>;0, 9-14 <0@B0 2010 3., ?@83;0H5==K9 4>:;04 (;5:F8O), .!. ;5<5=BL52, :B8=84K 2 D>:CA5 D878:8 A8;L=>:>@5;;8@>20==KE M;5:B@>==KE A8AB5<   20/1 = 20.00 #AB=K5 4>:;04K =0 :>=D5@5=F8OE: 0CG=0O A5AA8O /# $-2010, >A:20, 25 - 31 O=20@O 2010 3., .!. ;5<5=BL52, .. 8@<5;LHB59=, =>65AB25==0O ?@><56CB>G=0O 20;5=B=>ABL 2 ?;CB>=88, .!.;5<5=BL52, ..8@<5;LHB59=   4/2 = 2.00 XXI !>25I0=85 ?> 0AA5O=8N 59B@>=>2 2 AA;54>20=8OE >=45=A8@>20==>3> !>AB>O=8O !-2010, 16-19 =>O1@O, 2010. >A:20, 8=0<8:0 @5H5B:8 8 D07>2K5 ?@52@0I5=8O 2 :>10;LB8B0E, .!. ;5<5=BL52, .. K18=0, .. D8<>2, .. ;5:A552, .. "@>O=GC:, .!. 20=>2, .. !8:>;5=:>   4/7 = 0.57 International Symposium on Structure-Property Relationships in Solid SLVAL tate Materials, Stuttgart, Germany, 27 June  2 July, 2010, Proc. P 84,  Ce valence in intermetallic compounds by means of XANES spectroscopy , A.A. Yaroslavtsev, A.P. Menushenkov, R.V. Chernikov, E.S. Clementyev, J.V. Zubavichus, A.A. Veligzhanin, N.N. Efremova, A.V. Gribanov, A.G. Kuchin   1.5 6/9 = 1 VIII >=D5@5=F8O !8;L=>:>@5;;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 17 8N=O 2010 3, 8=0<8:0 @5H5B:8 35;8:>840;L=>3> <03=5B8:0 MnSi, .. ;5:A552, .!. 20=>2, .!. ;5<5=BL52, D. Lamago, J.-M. Mignot, A.E. 5B@>20 8 !.. !B8H>2   4/7 = 0.57 13th International conference Ordering in minerals and alloys, 9-15 September 2010, Loo, Russia, Proceedings, p. 62-64, AA;54>20=85 1;8609H53> >:@C65=8O 8>=>2 Pr3+ 2 0<>@D=>< PrNi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nternational conference, Plutonium Futures- The Science 2010, Keystone, Colorado, USA, 19-23 September 2010, Plutonium properties in multiple intermediate valence model, A.V. Mirmelstein, O.V. Kerbel, E.S. Clementyev III 564C=0@>4=K9 D>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, >A:20, 1-3 =>O1@O 2010 3., -;5:B@>==>5 8740=85 =0 CD, AB@. 1-3, 0;5=B=>ABL Ce 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE ?> 40==K< A?5:B@>A:>?88 XANES, .. /@>A;02F52, .. 5=CH5=:>2, .. '5@=8:>2, .!. ;5<5=BL52, .. 07C:>2, /.. C1028GCA, .. 5;8360=8=, .. D@5<>20, .. @810=>2, .. CG8= 7-O C@G0B>2A:0O <>;>4Q6=0O =0CG=0O H:>;0 &  C@G0B>2A:8LVAL 9 8=AB8BCB , >A:20, 22 =>O1@O - 25 =>O1@O 2010 3., L3-XANES A?5:B@>A:>?8O 20;5=B=>-=5AB018;L=>3> Ce 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE A d-<5B0;;0<8, .. /@>A;02F52, .. 5=CH5=:>2, .. '5@=8:>2, .!. ;5<5=BL52, .. 07C:>2, /.. C1028GCA, .. 5;8360=8=, .. D@5<>20, .. @810=>2, .. CG8= III # / $ &/ A M;5<5=B0<8 =0CG=>9 H:>;K 4;O <>;>4KE CG5=KE $C=:F8>=0;L=K5 =0=><0B5@80;K 8 2KA>:>G8ABK5 25I5AB20 4  8 >:BO1@O 2010 3., 3. !C740;L, L3-XANES A?5:B@>A:>?8O 20;5=B=>-=5AB018;L=>3> Ce 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE A d-<5B0;;0<8, .. /@>A;02F52, .. 5=CH5=:>2, .. '5@=8:>2, .!. ;5<5=BL52, .. 07C:>2, /.. C1028GCA, .. 5;8360=8=, .. D@5<>20, .. CG8=, .. @810=>2 XXI !>25I0=85 ?> 0AA5O=8N 59B@>=>2 2 AA;54>20=8OE >=45=A8@>20==>3> !>AB>O=8O !-2010, 16-19 =>O1@O, 2010. >A:20, 59B@>=>3@0D8G5A:0O CAB0=>2:0 2KA>:>3> 402;5=8O 5@:C;5A. !>2@5<5==>5 A>AB>O=85, !.. :A5=>2, .. !04K:>2, .!. ;5<5=BL52, .. O?8=, .. C;:8=, ..C7=5F>2, -.. >?B5;>2 XXI !>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O, !-2010, >A:20, 16-20 =>O1@O 2010 3., @>5:B A?5:B@><5B@0 =5C?@C3>3> @0AA5O=8O =59B@>=>2 !-3 =0 @50:B>@5  -8, .. 5<;O=>2, .!. ;5<5=BL52, .. 0@H8=, ..!048:>2 XXI !>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O, !-2010, >A:20, 16-20 =>O1@O 2010 3., @>5:B CAB0=>2>: =5C?@C3>3> @0AA5O=8O =59B@>=>2 8 48D@0:B><5B@0 M?8B5?;>2KE =59B@>=>2 =0 8<?C;LA=>< 8AB>G=8:5 -06 / , .!. >=>=KE8=, .!. ;5<5=BL52, .. !04K:>2, -.. >?B5;>2 VIII >=D5@5=F8O !8;L=>:>@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 17 8N=O 2010 3, !?5:B@K <03=8B=KE 2>71C645=89 2 0<>@D=>< 8 :@8AB0;;8G5A:>< PrNi5, .. ;5:A552, .!. ;5<5=BL52, .. 07C:>2, .. @;>2, .. !048:>2 VIII >=D5@5=F8O !8;L=>:>@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 17 8N=O 2010 3, =><0;L=0O LVAL 48=0<8:0 @5H5B:8 LaCoO3, .. K18=0, .. D8<>2, .. ;5:A552, .. "@>O=GC:, .!. 20=>2, .. !8:>;5=:>, .!. ;5<5=BL52 !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, 0A?8@0=B /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)  =30/2=15.00 !>@C:>2>4AB2> 0A?8@0=B>< (..C@F52, 0A?8@0=B ;048<8@A:>3> >AC40@AB25==>3> #=825@A8B0,, D0:C;LB5B $8, :0D54@0 D878:8 8 ?@8:;04=>9 <0B5<0B8:8)  =30/2=15.00 07@01>B:0 =>2>3> =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O $" 59B@>==K5 <5B>4K 8AA;54>20=8O :>=45=A8@>20==KE A@54 ?> =0?@02;5=8N 010900 @8:;04=K5 <0B5<0B8:0 8 D878:0 ($0:C;LB5B @>1;5< $878:8 8 -=5@35B8:8, :0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)   = 30.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 =87:>@07<5@=KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)   = 8.00 ---------------------------------------------------------------------------------------- B>3>2K9   (2010)= 121.77   2009 !B0BL8 2 70@C156=KE @5D5@8@C5<KE 6C@=0;0E Kondo universality and energy scales in plutonium, E.S. Clementyev, A.Mirmelstein, J. of Nucl. Mater., 385 (2009) 63-65.   1.501*30/2 = 22.52 Pressure effects in CeNi, A.Mirmelstein, E.S. Clementyev, O.Kerbel, D.Kozlenko, Yu.Akshentsev, V.Voronin, I.Berger, J. of Nucl. Mater., 385 (2009) 57-59.   1.501*30/7 = 6.43 !B0BL8 2 @>AA89A:8E @5D5@8@C5<KE 6C@=0;0E >=4>-C=825@A0;L=>ABL, M=5@35B8G5A:85 <0AHB01K 8 ?@><56CB>G=0O 20;5=B=>ABL 2 ?;CB>=88, .!. ;5<5=BL52, ..8@<5;LHB59=, -"$, 2009, B. 136, 2. 1, A.148-162.   1.075*60/2 = 32.25 =>65AB25==0O ?@><56CB>G=0O 20;5=B=>ABL 2 ?;CB>=88 ..8@<5;LHB59=, .!.;5<5=BL52, ..5@15;L, 8AL<0 2 -"$, 2009, B.90, 2.6, A.531-536.   1.418*60/3 = 28.36 @5?@8=BK ><?;5:A =59B@>==KE 2@5<O?@>;5B=KE A?5:B@><5B@>2 !-3 4;O @50:B>@0  -8 ..5<;O=>2, .!.;5<5=BL52, ..0@H8=, ..!048:>2 @5?@8=B & , --6609/9 (2009) , AB@. 1-23.   4/4 = 1.00 @83;0H5==K5 4>:;04KLVAL =0 :>=D5@5=F8OE 2-O 564C=0@>4=0O :>=D5@5=F8O (<5=55 50% 70@C156=KE CG0AB=8:>2) !>2@5<5==K5 =0=>B5E=>;>388 8 =0=>D>B>=8:0 4;O =0C:8 8 ?@>872>4AB20, ;048<8@ 16-19 =>O1@O 2009 59@>==>5 @0AA5O=85: DC=40<5=B0;L=K5 8 ?@8:;04=K5 8AA;54>20=8O 2 D878:5 B25@4>3> B5;0 8 <0B5@80;>2545=88, .!.;5<5=BL52   20/1 = 20.00 @83;0H5==0O ;5:F8O =0 43-9 8<=59 (:>;5 /$ ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, 12-18 <0@B0 2009, 5?8=> "5@<>M;5:B@8G5A:85 ?@5>1@07>20B5;8 M=5@388 =0 >A=>25 0=><0;L=KE @54:>75<5;L=KE <0B5@80;>2 .!. ;5<5=BL52   20/1 = 20.00 #AB=K5 4>:;04K =0 :>=D5@5=F8OE 8-9 564C=0@>4=K9 #@0;LA:89 !5<8=0@ 0480F8>==0O D878:0 <5B0;;>2 8 A?;020E, !=568=A: 23 D52@0;O  1 <0@B0 2009 3., 0B5@80;K !5<8=0@0, AB@. 56-57. >=4> C=825@A0;L=>ABL 8 M=5@35B8G5A:85 <0AHB01K 2 ?;CB>=88 .!.;5<5=BL52, ..8@<5;LHB59=   1.5*4/2 = 3.00 8-9 564C=0@>4=K9 #@0;LA:89 !5<8=0@ 0480F8>==0O D878:0 <5B0;;>2 8 A?;020E, !=568=A: 23 D52@0;O  1 <0@B0 2009 3., 0B5@80;K !5<8=0@0, AB@. 55-56. -DD5:BK 402;5=8O 2 CeNi,.. 8@<5;LHB59=, .!.;5<5=BL52, ..5@15;L, ..:H5=F52, .. >7;5=:>, .>@>=8=, .5@35@, .'5@=KH>2,   1.5*4/8 = 0.75 7-O :>=D5@5=F8O !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, 18 8N=O 2009, "@>8F: >=4> C=825@A0;L=>ABL 8 ?@><56CB>G=0O 20;5=B=>ABL 2 ?;CB>=88 .!.;5<5=BL52, ..8@<5;LHB59=   4/2 = 2.00 564C=0@>4=0O :>=D5@5=F8O (<5=55 50% 70@C156=KE CG0AB=8:>2) 5D>@<0F8O 8 @07@CH5=85 <0B5@80;>2 8 =0=><0B5@80;>2, >A:20-2009, B. 2, AB@. 258-259 59B@>=>- 8 @5=B35=>3@0D8G5A:85 CAB0=>2:8 =0 1075 /  4;O 8AA;54>20=8O <0B5@80;>2,!04K:>2 ., ;5<5=BL52 .!., C7=5F>2 !.., 8B28= .!., "@C=>2 .., O?8= .., O1>2 ..., :A5=>2 !.., 5154L ..., >?B5;>2 -..,  4/10 = 0.40 VII 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O,59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2 0=>-8>-=D>->3=8B82=K5 B5E=>;>388 !---2009 03=8B=K5 2>71C645=8O 2 <5B0;;0E A A8;L=K<8 M;5:B@>==KLVAL <8 :>@@5;OF8O<8 21;878 ?5@5E>40 ;>:0;870F8O/45;>:0;870F8O, ;5<5=BL52 .!., 8@<5;LHB59= ..,   4/2 = 2.00 VII 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2 0=>-8>-=D>->3=8B82=K5 B5E=>;>388 !---2009 59B@>=>- 8 @5=B35=>3@0D8G5A:85 CAB0=>2:8 =0 1075 / : A>2@5<5==>5 A>AB>O=85, !04K:>2 .., ;5<5=BL52 .!., O?8= .., :A5=>2 !.., C7=5F>2 !.., 8B28= .!., "@C=>2 .., C;:8= .., #;LO=>2 .., O1>2 ..., 5154L ..., >?B5;>2 -..   4/10 = 0.40 564C=0@>4=K9, <5648AF8?;8=0@=K9 A8<?>78C<  $07>2K5 ?@52@0I5=8O 2 B25@4KE @0AB2>@0E 8 A?;020E -12, >AB>2-=0 >=C  >>, 10-16.09.2009, "@C4K :>=D5@5=F88, B.2, AB@.5-6. ;8O=85 0<>@D870F88 =0 B5?;>5<:>ABL A>548=5=89 RNi5 (R = La, Pr) ..07C:>2, ..;5:A552, .!.;5<5=BL52, ..>20;52, ..!048:>2, ..   1.5*4/5 = 1.20 !B5=4>2K5 4>:;04K =0 :>=D5@5=F8OE VII 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2 0=>-8>-=D>->3=8B82=K5 B5E=>;>388 !---2009 ;8O=85 0<>@D870F88 =0 ;>:0;L=>5 >:@C65=85 8 B5?;>5<:>ABL A>548=5=89 RNi5 (R = La, Pr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apertot XXXV !>25I0=85 ?> D878:5 =87:8E B5<?5@0BC@ ("-35), '5@=>3>;>2:0, >A:>2A:0O >1;., 29.09  2.10.2009 "5?;>5<:>ABL 0<>@D=KE A>548=5=89 RNi5 (R = La, Pr), ..;5:A552, .!.;5<5=BL52, ..>20;52, ..07C:>2, ..!048:>2, !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5<)  =30/2=15.00 07@01>B:0 =>2>3> =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 A8;L=>:>@@5;8@>20==KE M;5:B@>==KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5<)   = 30.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ 59B@>==K5 <5B>4K 8AA;54>20=89 2 D878:5 :>=45=A8@>20==>3> A>AB>O=8O ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5<)   = 8.00 B>3>2K9   (2009) = 193.31 B>3>2K9   (2010) = 122.10 B>3>2K9   (2009) = 193.31 B>3>2K9   70 2 3>40 (2009-2010) = 315.41LVALC7=5F>2 0;5@89 5>=84>28G @>4. 10 >:BO1@O 19483. AB0@H89 =0CG=K9 A>B@C4=8: !# +   (20093.  20103.)=4.62+10 +0.9+1.33+0.67+10+30 = 57.52 2009 3. 1. . . 0=8;O=, . ;5=:5, . . @>E>B8=, . . C7=5F>2, . . >28F:89, . !. 02;>2, .  (0B0;>2., @5445;8B5;L=K5 g-:20=BK. /$, 2009, B. 72, ! 11, A. 1-6.   = 60*0.539/7 = 4.62 2. C:>2>4AB2> 48?;><=8:><  >;>38= .!.   = 10 2010 3. 1. O1>2 ..., @0G52 .., 0<0=8= .., C7=5F>20 .., C7=5F>2 .., >?B5;>2 -.., 810=>20 .., 8B28= .!., 0BCH:> .., 078= .., !04K:>2 .., !>1>;52A:89 .., $54G5=:> .. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8., $"", 2010, B>< 52, 2K?CA: 5, A.957.   = 6*1.5/10 = 0.9 2. !..C:>2, ..C7=5F>20, ..C7=5F>2 7<5@5=85 -=5G5B=>9 0A8<<5B@88 ?@>?CA:0=8O 2 @-@57>=0=A5 La  0,734 M., @5?@8=B /  1247/2010, D52@0;L 2010.   = 4/3 = 1.33 3. ..5@;52, ..;8<0:>2, ..C7=5F>20, ..C7=5F>2, .!.>;>38=, .. 078= AA;54>20=85 A?5:B@0 2K;5B0NI8E =59B@>=>2 87 !-100 A ?><>ILN <=>3>?@>2>;>G=>9 ?@>?>@F8>=0;L=>9 :0<5@K 45;5=8O. @5?@8=B /  1263/2010, 8N;L 2010.   = 4/6 = 0.67 4. C:>2>4AB2> 48?;><=8:><  >;>38= .!.   = 10 5. C:>2>4AB2> 0A?8@0=B>< (4<5AOF0)  >;>38= .!.   = 308LVALJ!5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, A.=.A., :. D.-<. =.,   70 2009-2010 33. = 77 1. A.A. Semenov and C.H. Woo,  Modeling dislocation structure development and creep-swelling coupling in neutron irradiated stainless steel . - J. Nucl. Mater., 2009, Vol. 393, p. 409-417.   = 1.93330/2 = 28.995. 2. Pui-Wai Ma, S.L. Dudarev, A. A. Semenov and C. H. Woo,  Temperature for a Dynamic Spin Ensemble . - Phys. Rev. E, 2010, Vol. 82, p. 031111-1  031111-6.   = 2.430/4 = 18. 3. @83;0H5==K9 4>:;04 =0 5->9 <564C=0@>4=>9 :>=D5@5=F88 ?> <C;LB8-<0AHB01=><C <>45;8@>20=8N <0B5@80;>2: A.A. Semenov  Stochastic Effects on Microstructure Nucleation under Cascade-damage Irradiation . - Proceedings of 5th International Conference on Multiscale Materials Modeling (MMM 2010), October 4-8, 2010, Freiburg, Germany; Eds. Peter Gumbsch, Erik van der Giessen, Freiburg, Fraunhofer Verlag, 2010, p. 732. ISBN 978-3-8396-0166-2.   = 30. B>3>:   = 76.995C7=5F>20 235=8O 0A8;L52=0, @>4. 10 A5=BO1@O 19503. AB0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   = 0,8 + 1,33 + 0,67 = 2,8 2009 3. 1. .. ;5:A552, .. 5@3<0=, .. >=G0@5=:>, .. C7=5F>20, .. 5@5:@5AB5=:> AA;54>20=85 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O Th-232 =59B@>=0<8 =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O =59B@>=>2 2 A28=F5 !-100 =AB8BCB0 O45@=KE 8AA;54>20=89 ., @5?@8=B /  1232/2009, >:BO1@L 2009.   = 4/5= 0,8 2010 3. 2. !..C:>2, ..C7=5F>20, ..C7=5F>2 7<5@5=85 -=5G5B=>9 0A8<<5B@88 ?@>?CA:0=8O 2 @-@57>=0=A5 La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onobeevsky, L.N.Latysheva, N.M.Sobolevsky. Computer Simulation of an Extracted Beam for the Neutron Generator of the Institute for Nuclear Research of the Russian Academy of Sciences. Bulletin of the Russian Academy of Sciences: Physics 74 (2010) 443 446.  =0.406*60/3=8.12 @5?@8=BK. !C<<0  =6.133 1. V.Chetvertkova, I.Strasik, E.Mustafin, N.Sobolevskiy, L.Latysheva. Verification of FLUKA, MARS and SHIELD stopping modules. GSI, Darmstadt, 2009. https://www.gsi.de/documents/DOC-2009-Sep-24-1.pdf  =4/5=0.8 2. L.Latysheva. Irradiation experiment in Cave HHD: Numerical estimates of the energy deposition into the samples. Part II: Contribution of the secondary particles to the dose distribution in samples S1 (1st layer) and S8 (1st part). GSI, Darmstadt, 2009. https://www.gsi.de/documents/DOC-2009-Jan-47-1.pdf  =4 3. ..!>1>;52A:89, ..0BKH520, -.CAB0D8=. 40?B0F8O ?@>3@0<<K DCHAIN SP 4;O A>2<5AB=>3> 8A?>;L7>20=8O A B@0=A?>@B=K< :>4>< SHIELD. @5?@8=B /  1253/2010, >A:20, 2010.  =4/3=1.333 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =9.033 1. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2009, '51>:A0@K, 15 19 8N=O 2009 3. !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88, =0?@02;5=> 2 725AB8O  A5@. $878G5A:0O.  =6/3=2 2. L.N.Latysheva, N.M.Sobolevsky. Applications of the SHIELD transport code to studies in hadron therapy and to heavy ion transport in matter. Talk at the International meeting "Heavy Ion Stopping'09", ITEP, Moscow, June 3-5, 2009, MoscLVAL,ow, Russia. #AB=K9 4>:;04 =0 564C=0@>4=>< A>25I0=88, http://plasma.itep.ru/his2009/index.php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hetvertkova, E.Mustafin, I.Strasik, L.Latysheva, N.Sobolevskiy. Verification of Monte Carlo Transport Codes FLUKA, MARS and SHIELD-A. Talk at the 10th Meeting on Shielding Aspect of Accelerators, Targets and Irradiation Facilities (SATIF-10), 2-4 June 2010, CERN. #AB=K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 http://indico.cern.ch/contributionDisplay.py?contribId=23&sessionId=1&confId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aSb-Cr A8=B578@>20==KE ?@8 2KA>:>< 402;5=88. . . 870BC;;8=, !.. >?>20, .. >=4@8=, .. O?8=, .. @06:8=, ... 20=>2, .. @>=8=, ... 5154L, .. !04K:>2. "@C4K :>=D5@5=F88, B.1., AB@. 102-105. 6/9*1.5=1 2) #AB=K9 4>:;04 =0 VIII >=D5@5=F88 !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O 17 8N=O 2010 3.,3. "@>8F:, >A:>2A:0O. >1;. HLVALX$5@@><03=5B87< 2 D070E 2KA>:>3> 402;5=8O Cr(GaSb)2. . . 870BC;;8=1, .. >=4@8=1, !.. >?>201, .. O?8=1, .. @06:8=1, ... 20=>22, .. @>=8=2, ... 5154L3, .. !04K:>23 4/9=0.4 B>3>  =3.4LVALGNG 8B28= 0A8;89 !5@35528G, <;04H89 =0CG=K9 A>B@C4=8:   2009-2010=27.4 1. O1>2 ..., @0G52 .., 0<0=8= .., C7=5F>20 .., C7=5F>2 .., >?B5;>2 -.., 810=>20 .., 8B28= .!., 0BCH:> .., 078= .., !04K:>2 .., !>1>;52A:89 .., $54G5=:> .. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8. $878:0 "25@4>3> "5;0. 2010. ". 52. !5 A. 957-961  = 0,721*60/13=3,32 2. S.P. Kuznetsov, I.L.Dubnikova, V.S. Litvin, I.V. Meshkov, A.V. Shelagin, A.I. Udovenko. Determination of Polyolefine Based Composites Nanostructure Parameters by Very Cold Neutrons Scattering. Acta Physica Polonica A. 2010. v. 117, p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emagnetization of terrestrial and extraterrestrial rocks under hydrostatic pressure up to 1.2 GPa Natalia S. Bezaevaa, Jerome Gattacceca, Pierre Rochettea, Ravil A. Sadykov, Vladimir I. Trukhin. Physics of the Earth and Planetary Interiors 179 (2010) 7 20. Impact Factor: 1.993 @=4=30E1.993/5=11,958 2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 ... O1>2, .. @0G52, .. 0<0=8=, .. C7=5F>20 ?, .. C7=5F>2, -.. >?B5;>2, .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:> $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5, A.957-960. Impact Factor: 0.721 (2009) @=4=60x 0.721 /13=3,328 3. " + $""   # !" "    "  #,! !"' "  -06 2010 3. . !. 8B28=, . . "@C=>2, . . C;:8=, . . #;LO=>2, . . !>;>259, . . >;E840H28;8, !. . 0;8=8=, . . !04K:>2, -. . >?B5;>2  %!",. "!, !% " +  " + !!/, 2010, ! 11, A. 1 7. Impact Factor: 0.062 (2009) @=4=8 /9=0,89 B>3> ?> AB0BLO< : @=4=11,958+3,328+0,89=16,175 >:;04K =0 >=D5@5=F8OE: 1. #AB=K9 4>:;04 =0 13-9 <564C=0@>4=>9 :>=D5@5=F88 #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E, >AB>2-=0->=C, ?>A. >>, 9-15 A5=BO1@O 2010. -;5:B@>B@0=AB?>@B=K5 8 <03=8B=K5 A2>9AB20 <5B0AB018;L=KE D07 2 A8AB5<5 GaSb-Cr A8=B578@>20==KE ?@8 2KA>:>< 402;5=88. . . 870BC;;8=, !.. >?>20, .. >=4@8=, .. O?8=, .. @06:8=, ... 20=>2, .. @>=8=, ... 5154L, .. !04K:>2. "@C4K :>=D5@5=F88, B.1., AB@. 102-105.  =6/9*1.5=1 2. #AB=K9 4>:;04 =0 VIII >=D5@5=F88 !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O 17 8N=O 2010 3.,3. "@>8F:, >A:>2A:0O. >1;. $5@@><03=5B87< 2 D070E 2KA>:>3> 402;5=8O Cr(GaSb)2. . . 870BC;;8=1, .. >=4@8=1, !.. >?>201, .. O?8=1, .. @06:8=1, ... 20=>22, .. @>=8=2, ... 5154L3, LVAL .. !04K:>23  =4/9=0.4 3.III 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ 59B@>=>- 8 @5=35=>3@0D8G5A:85 8AA;54>20=8O >1@07>20=8O =0=>G0AB8F 2 AB@C:BC@5 A?;020 40%.. ..!04K:>2, .!. 8B28=, .. C;NB8= , .. ;07:>2, !.. :A5=>2, M-S. Appavou, A. I. Ioffe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nCr2Se4 ?>4 402;5=85< 4> 56:10@., .. !04K:>2, .. >=G0@5=:> , . 5;;5@ 5.  HASYLAB Workshop for Extreme Conditions Research using a Large Volume Press at PETRA III , 14-15 October 2010, Luneburg, Germany. High pressure cell piston-cylinder and toroid type. Ravil Sadykov 6 3rd FRM II User Meeting, October 15th, 2010 Neutron and x-ray study formation of nanoparticles in the alloy structure 40HNYU-one of the hard nonmagnetic material for high pressure cells R. A. Sadykov, M.-S. Appavou , V. S. LitvLVALin, A. V. Gulyutin, V. P. Glazkov, S. N. Aksenov, A. Ioffe. 7. B45;5=85 D878G5A:8E =0C: >AA89A:>9 0:045<88 =0C: 0CG=0O A5AA8O, ?>A2OI5==0O 40-;5B=5<C N18;5N =AB8BCB0 O45@=KE 8AA;54>20=89  (3. "@>8F:),22 45:01@O (A@540), 3. >A:20, 2010 0?@02;5=8O 8AA;54>20=89 :>=45=A8@>20==KE A@54 =0 59B@>==>< :><?;5:A5 /  ..!04K:>2  =4/1=4 4. !>@C:>2>4AB2> A>8A:0B5;5< 8 0A?8@0=B>< (.!. 8B28= 8 !.. :A5=>2)  =30/2 E2=30 -------------------------------------------------------------------------------------------------------------------------- =48284  2010=16,175(AB0BL8)+6,356(4>:;04K)+30(0A?+A>8A:)=52,531 5.A>B@C4=8:8: ;5<5=BL52-B>3>2K9   70 2 3>40 (2009-2010) = 315.41 B>3>2K9   (2010) = 122.10 B>3>2K9   (2009) = 193.31 5154L-2(2009)+1.4(2010) 8B28=-B>3>: 13,7*2 = 27,4 ( - <>;>4>9 A>B@C4=8:, 70:>=G8; # <5=55 5 ;5B =0704) :A5=>2 !..   (2010)=0.86 !04K:>2 . =48284  2010=16,175(AB0BL8)+6,356(4>:;04K)+30(0A?+A>8A:)=52,531 (=4824  2010)/2=52,531/2 =26,26   A>B@C4=8:8 :0.75*(122.10+1.4+ 27,4)=150,9/3=50,3 B>3  2010=26.26+50,3=76,56 ------------------------------------------------------------------------------------ B>3  20093.=(@C:+A>B@C4=)=44.8+0.75*206,3/3=44.8+154,725/3=44.8+51,575=96,375 ---------------------------------------------------------------------- !04K:>2 .(  2010 3.+  2009 3.)= 76,56+96,375=172,935 -!04K:>2 ..  (2009)= 58,386 2009 2010 2009+2010 !04K:>2 .. 58.4 52.5 110.9 ;5<5=BL52 .!. 193.3 122.1 315.4 8B28= .!. - 27.4 27.4 5154L ... 2 1.4 3.4 :A5=>2 !.. 3 0.86 3.86   ..!04K:>20 :0: 702. A5:B>@><:  =110,9/2+0.75*(110.9+315.41+27.4+3.4+3.86)/5=55.45+69.1=124.6LVALGNG !84>@:8= !B0=8A;02 $54>@>28G 1952 3.@, :.D-<.=., 2=A    =1.33+0.66+3.32+0.9=6.21 C1;8:0F88 70 ?5@8>4 2009-2010 4;O @0AG5B0   1. O1>2 ..., @0G52 .., 0<0=8= .., C7=5F>20 .., C7=5F>2 .., >?B5;>2 -.., 810=>20 .., 8B28= .!., 0BCH:> .., 078= .., !04K:>2 .., !>1>;52A:89 .., $54G5=:> .. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8. $878:0 "25@4>3> "5;0. 2010. ". 52. !5 A. 957-961  = 0,721*60/13=3,32 II 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ ><?;5:A 2708<>4>?>;=ONI8E 8<?C;LA=KE =59B@>==KE 8AB>G=8:>2, =59B@>=>3@0D8G5A:8E 8 @5=B35=>2A:8E CAB0=>2>: 4;O =0=>4803=>AB8:8 =AB8BCB0 O45@=KE 8AA;54>20=89 >AA89A:>9 0:045<88 =0C: >?B5;>2 -..1, O1>2 ...1, ;5:A552. ..1, !84>@:8= !.$.1, @0G52 ..1, $54G5=:> ..1, !04K:>2 ..1,2, 5154L ...1, 8B28= .!.1, C7=5F>2 !..3, ;5<5=BL52 .!.1,4, ;5:A552 ..4,"@C=>2 ..5, C;:8= ..5, #;LO=>2 ..5, :A5=>2 !..1 1=AB8BCB O45@=KE 8AA;54>20=89 , >A:20 2=AB8BCB D878:8 2KA>:8E 402;5=89 , "@>8F: 3$878G5A:89 8=AB8BCB 8<. ..5154520 , >A:20 4 & C@G0B>2A:89 8=AB8BCB, >A:20 55B5@1C@3A:89 8=AB8BCB O45@=>9 D878:8, 0BG8=0   = 6*1.5/16 >:@. 4>10% 6*1.5/10 =0.9 BG5B ."!, 70G8I5==K9 8 CB25@645==K9 2 !". 0AA<>B@5=85 2>7<>6=>AB8 ?@8<5=5=8O 4;O ?5@56830=8O B@0=A?;CB>=852KE M;5<5=B>2 ?>4:@8B8G5A:>3> !  =0 >A=>25 A>;8 LiF-NaF-KF (?> 7040=8N 8 D8=0=A>2>9 ?>445@6:5 >A0B><0). >B &  .. 53BO@52, .. OA=8:>2, .!.$59=15@3. >B "- (1=8=A:) $.. 0@<0=>2 >B # %" ... C7=5F>2 >B /  !.$. !84>@:8=   = 4/6=0.66 >43>B>2:0 AB0BL8 ?5@5=5A5=0 =0 2011. @83;0H5==K9 4>:;04 =0 A5<8=0@5 2 " " (>1I53>@>4A:>9 ?>AB>O==> 459AB2CNI89 A5<8=0@ "@>8F:8E 8=AB8BCB>2) AB>G=8:8 =59B@>=>2 =0 >A=>25 A8;L=>B>G=KE ?@>B>==KE CA:>@8B5;59   - ? =0;>38G=K9 A5<8=0@ 2 / .   - ? >43>B>28; ?@54;>65=85 8 B5E=8G5A:>5 >1>A=>200 LVAL@ =85 2@0I0NI59AO <8H5=8 ?@54=07=0G5==>9 4;O 8<8B0F88 A?5:B@>2 =59B@>=>2 2 25@E=59 0B<>AD5@5 (?> ?@83;0H5=8N 48@5:F88 0F8>=0;L=>3> 8=AB8BCB0 O45@=>9 D878:8  B0;8O).   - ? @5?@8=B /  1245/2009 45:01@L 2009. !.$.!84>@:8=, -..>?B5;>2, .. >3>2 @54;>65=85 ?> ADS  CAB0=>2:5 =0 >A=>25 ;8=59=>3> CA:>@8B5;O / .    4/3=1.33LVALGNG !>1>;52A:89 8:>;09 8E09;>28G, @>4. 06.04.1944, 4.D.-<.=., ?@>D., 702. A5:B. .   70 2009-2010 3>4K: 46.1655+14.948+4.933+19.433+30=115.4795   ..!>1>;52A:>3> :0: 702. A5:B>@>< = 98.59613 (157 CG5B0 >B28=K)   ..!>1>;52A:>3> :0: 702. A5:B>@>< = 118.6633 (A CG5B>< >B28=K) 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5D5@8@C5<KE 6C@=0;0E. !C<<0  =46.1655 1. K.Henkner, N.Bassler, N.Sobolevsky, O.Jkel. Monte Carlo Simulations on the water-to-air stopping power ratio for carbon ion dosimetry. Medical Physics 36 (2009) 1230-1235.  =2.704*30/4=20.28 2. K.Henkner, N.Sobolevsky, H.Paganetti, O.Jkel. Test of the nuclear interaction model in SHIELD-HIT and a comparison to energy distributions from GEANT4. Phys. Med. Biol. 54 (2009) N509-N517.  =2.781*30/4=20.8575 3. Yu.Titarenko, V.Batyaev, A. Titarenko, M.Butko, K.Pavlov, S.Florya, R.Tikhonov, P.Boyko, A.Kovalenko, N.Sobolevsky, V.Anashin, S.Mashnik, W.Gudowski, N.Mokhov, I.Rakhno. Beam Dump and Local Shielding Layout Around the ITEP Radiation Test Facility. Nuclear Technology 168 (2009) 472-476.  =0.66*30/10=1.98 4. A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, M.I.Panasyuk, N.M.Sobolevsky. Assessment of the Radiation Environment on the Moon. Acta Astronautica, in print. >ABC?5= 2 =B5@=5B A 6 D52@0;O 2010 3. http://dx.doi.org/10.1016/j.actaastro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onobeevsky, LLVAL .N.Latysheva, N.M.Sobolevsky. Computer Simulation of an Extracted Beam for the Neutron Generator of the Institute for Nuclear Research of the Russian Academy of Sciences. Bulletin of the Russian Academy of Sciences: Physics 74 (2010) 443 446.  =0.406*60/3=8.12 3. ..5=8A>2, ..C7=5F>2, ..K<<8:, ..0=0AN:, ..!>1>;52A:89.  ?@>1;5<5 @0480F8>==>9 >1AB0=>2:8 =0 C=5. >A<8G5A:85 AA;54>20=8O 48 (2010) 524-531. =3;89A:89 20@80=B: A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, M.I.Panasyuk, N. M. Sobolevskii. On the Problem of Lunar Radiation Environment. Cosmic Research 48 (2010) 510-517.  =0.366*60/5=4.392 @5?@8=BK. !C<<0  =4.933 1. ..5=8A>2, ..C7=5F>2, ..K<<8:, ..!>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 @0480F8>==>9 >1AB0=>2:8 =0 C=5. 1. >7459AB285 ?@>B>=>2 30;0:B8G5A:8E 8 A>;=5G=KE :>A<8G5A:8E ;CG59. @5?@8=B /  1220/2009, >A:20, 2009.  =4/4=1 2. V.Chetvertkova, I.Strasik, E.Mustafin, N.Sobolevskiy, L.Latysheva. Verification of FLUKA, MARS and SHIELD stopping modules. GSI, Darmstadt, 2009. https://www.gsi.de/documents/DOC-2009-Sep-24-1.pdf  =4/5=0.8 3. ..!>1>;52A:89, ..0BKH520, -.CAB0D8=. 40?B0F8O ?@>3@0<<K DCHAIN SP 4;O A>2<5AB=>3> 8A?>;L7>20=8O A B@0=A?>@B=K< :>4>< SHIELD. @5?@8=B /  1253/2010, >A:20, 2010.  =4/3=1.333 4. I.Straak, E.Mustafin, M.Pavlovi , N.Sobolevsky. Simulations of the Activation of the Beam Pipe and Bulky Targets by FLUKA and SHIELD codes. GSI, Darmstadt, 2010. https://www.gsi.de/documents/DOC-2010-Jun-23-1.pdf  =4/4=1 5. A.Luhr, D.C.Hansen, O.Jaekel, N.Sobolevsky, N.Bassler. Analytical expressions for stopping-power ratios relevant for accurate dosimetry in particle therapy. http://arxiv.org/PS_cache/arxiv/pdf/1010/1010.5356v1.pdf  =4/5=0.8 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =19.433 1. A.Denisov, N.Kuznetsov, R.Nymmik, M.Panasyuk, N.Sobolevsky. Assessment of Radiation Environment in the Moon Caused by Protons and Nuclei of GCR and SEP. Invited talk at the NUFRA2009 InternationaLVAL l Conference Kemer, Turkey, September 28 October 430, 2009. http://fias.uni-frankfurt.de/historical/nufra2009/. @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 NUFRA2009.  =30/5=6 2. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2009, '51>:A0@K, 15 19 8N=O 2009 3. !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88, =0?@02;5=> 2 725AB8O  A5@. $878G5A:0O.  =6/3=2 3. L.N.Latysheva, N.M.Sobolevsky. Applications of the SHIELD transport code to studies in hadron therapy and to heavy ion transport in matter. Talk at the International meeting "Heavy Ion Stopping'09", ITEP, Moscow, June 3-5, 2009, Moscow, Russia. #AB=K9 4>:;04 =0 564C=0@>4=>< A>25I0=88, http://plasma.itep.ru/his2009/index.php  =6/2=3 4. A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, V.I.Panasyuk, N.M.Sobolevsky. Predicting of the Radiation Hazard in the Moon. Talk at the 17th IAA Humans in Space Symposium, Moscow, Russia, in June 7 11, 2009. http://iaa-his2009.imbp.ru/Sessions.pdf !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88, Submitted to Acta Astronautica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hetvertkova, E.Mustafin, I.Strasik, L.Latysheva, N.Sobolevskiy. Verification of Monte Carlo Transport Codes FLUKA, MARS and SHIELD-A. Talk at the 10th Meeting on Shielding Aspect of Accelerators, Targets and Irradiation Facilities (SATIF-10), 2-4 June 2010, CERN. http://indico.cern.ch/contributionDisplay.py?contribId=23&sessionId=1&confId=62629 #AB=K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88  =6/5=1.2 9. I.Straak, E.Mustafin, N.Sobolevsky, M.Pavlovi , V.Chetvertkova. Activation and "Hands on" Maintenance Criteria for Heavy-Ion Accelerators. Talk at the 10th Meeting on Shielding Aspect of Accelerators, Targets and Irradiation Facilities (SATIF-10), 2-4 June 2010, CERN. http://indico.cern.ch/contributionDisplay.py?contribId=10&sessionId=3&confId=62629 #AB=K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88  =6/5=1.2 201. D.C.Hansen, A.Luhr, R.Herrmann, N.Sobolevsky, N.Bassler. Recent Improvements in SHIELD-HIT. Poster talk at the International workshop in Monte Carlo computational methods in radiation track simulation and applications in physical, biological, and medical sciences (MC2010), Stockholm, 9-12 November 2010. >AB5@ =0 564C=0@>4=>9 :>=D5@5=F88 http://phys.au.dk/uploads/media/MC2010_poster_SHIELD-HIT_David.pdf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mAm 8 245Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.. (=AB8BCB O45@=KE 8AA;54>20=89 , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<. .. 59?C=A:>3>, 3. 1=8=A:). B><=0O M=5@38O, B.106, 2K?.2, D52@0;L 20093.   = 8/8 = 1 2.59B@>==>5 A5G5=85 45;5=8O 243Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.., (/ , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<...59?C=A:>3>, 3 1=8=A:) B><=0O M=5@38O, B.107, 2K?.2,023CAB 20093.   = 8/8 = 1 3. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=, .., .. !28@8=, "@CD0=>2, .. $C@A>2, .!. (>@8=.  !'  ,  / 244Cm . / / $, 2010, B>< 73,!9, A. 1533 1544   = 0.914*60/9 = 6.1 @5?@8=BK 4. ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 244Cm(n,f) @5?@8=B /  1212/2009 <0@B 20093.   = 4/8 = 0.5 5. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 243Cm(n,f) @5?@8=B /  1231/2009 023CAB 20093.   = 4/8 = 0.5 6. ..;5:A552, ..5@3<0=, ..>=G0@5=:>, ..C7=5F>20, ..5@5:@5AB5=:> AA;54>20=85 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O Th-232 =59B@>=0<8 =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O =59B@>=>2 2 A28=F5 !-100 =AB8BCB0 O45@=KE 8AA;54>20=89 .   " /  1234/2009 :BO1@L 20093.   = 4/5 = 0.8 7. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=85 ?>410@L5@=>3> 45;5= LVAL 8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 246Cm(n,f)   " /  1248/2010 0@B 2010   = 4/8 = 0.5 8. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2  59B@>==K9 :><?;5:A / . 1. !?5:B@><5B@ =59B@>=>2 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100) @5?@8=B /  1258/2010, ., 2010 !.   = 4/4 = 1LVALGNG 2G8==8:>2 >@8A 8E09;>28G 4>:B>@ D87.-<0B. =0C: 1. >4 @>645=8O 1933 2. 0B0 70I8BK 48AA5@B0F88 1988 3. >;6=>ABL 254CI89 =0CG=K9 A>B@C4=8: -$ C1;8:0F88 2009-2010 3.3. 1. B.M. Ovchinnikov, V.V. Parusov, "Gas Electron Multiplier detectors with wire and metallic electrodes", Preprint INR RAN Moscow, 2010.  =4/2=2. 2. B.M. Ovchinnikov, V.V. 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Ovchinnikov, V.V. Parusov, "Multi-channel gas electron multipliers with metallic electrodes", arXiv: 1006.2986.  =4/2=2. 9. .. 2G8==8:>2, .. 0@CA>2, "=>3>:0=0;L=K5 307>2K5 M;5:B@>==K5 C<=>68B5;8 A <5B0;;8G5A:8<8 M;5:B@>40<8", "-, ! 6 (2010) 3.  =0,331E60/2=9,93. 10. .. 2G8==8:>2, ... 5@>2, "5B>48:0 %5  B5@0?88", III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88, 2010.  =6E1,5=9/2=4,5. 11. .. 2G8==8:>2, ... 5@>2, "5B>48:0 Kr  B5@0?88", III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88, 2010.  =6E1,5=9/2=4,5. 12. . . 2G8==LVAL 8:>2, ... 5@>2, "5B>48:0 8=30;OF8>==>9 B5@0?88 <8:@>4>70<8 ". III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88, 2010.  =6E1,5=9/2=4,5. 13. .. 2G8==8:>2, .. 0@CA>2, "=>3>:0=0;L=K5 ?@>2>;>G=K5 307>2K5 M;5:B@>==K5 C<=>68B5;8 A 707>@0<8 1 8 3 <<". @5?@8=B / , ! 1259/2010.  =4/2=2. 14. B.M. Ovchinnikov, V.V. 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C@=0; >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 (ISSN 1562-6016) . 0@0<>=>2, A. !:0AK@A:0O, Floettmann, M Krasilnikov, F Stephan. @>5:B=K5 ?0@0<5B@K CA>25@H5=AB2>20==>3> @57>=0B>@0 4;O '-D>B>8=65:B>@>2, 2010 3.  =6/4= 1,5 >:;04 =0 <564C=0@>4=KE :>=D5@5=F8OE: 0@0<>=>2 ., !:0AK@A:0O . 078A=0O ?@>F54C@0 @0AG5B0 E0@0:B5@8AB8: 2KA>:>G0AB>B=KE @57>=0B>@>2 ?@>3@0<<=K< ?@>4C:B>< ANSYS. 7-O 564C=0@>4=0O :>=D5@5=F8O ?>;L7>20B5;59 ANSYS, 27-29 >:BO1@O 2009 3. >A:20  =6/2=3 B>3>2K9  =6,5>78: ;5:A0=4@ @:04L528G 038AB5@A:0O 48?;><=0O @01>B0 >45;8@>20=85 A?5:B@0 8 >1@01>B:0 40==KE CAB0=>2:8 Troitsk v-mass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ulsed Neutron Sources on the Proton Beam for the MMF Yu.V. Ryabov, M.I. Grachev, D.V.Kamanin et.al. Neutron Experimental Techniques, Instrumentation and Radiation Sources, Pleides Publishing Ltd, 38-42, 2010  =8/10=0,8 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8?;><=8:  . K;>A>20, $"#  =5,8>;C1520 ;5=0 !5@3552=0 !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. 1. !5G5=85 >1@07>20=8O A>AB02=>3> O4@0 2 pBi - 2708<>459AB288 ?@8 M=5@388 20-100 M. .!. >;C1520, .!. ;L8=>2 /45@=0O D878:0, B. 72, !11, 1897-1900, 2009 3.  =0.539*60/2=16,17 "+   =16,178E>284 8:>;09 =0B>;L528G 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. A C:070=85< :>;-2> 02B>@>2. "+   =0"8B>2 8:8B0 =4@5528G !=A, :0=4840B D87.-<0B. =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. A C:070=85< :>;-2> 02B>@>2. 1. @83;0H5==K9 4>:;04 N.Titov KATRIN Experiment in 2009  Systematic Improvements Proceedings of the 14th Lomonosov Conference on Elementary Particle Physics (ed. A. Studenikin) World Scientific Pub Co Inc. 2010 , ISBN-10: 9814329673, p.153-158  =20*1,5=30 2.N.Titov Tests with the plasma source. 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Cold Nuclear Matter Effects on J/psi Yields as a Function of Rapidity and Nuclear Geometry in Deuteron-Gold Collisions at sqrt(s_NN) = 200. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> :0: ?@5?@8=B 2 arXiv:1010.1246  = 4/10=0.4 1. Cross section and double helicity asymmetry for eta mesons and their comparison to neutral pion production in proton-proton collisions at sqrt(s) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> :0: ?@5?@8=B 2 arXiv:1009.6224  = 4/10=0.4 2. Measurement of Transverse Single-Spin Asymmetries for J/psi Production in Polarized p+p Collisions at sqrt(s) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> :0: ?@5?@8=B 2 arXiv:1009.4864  = 4/10=0.4 3. Event Structure and Double Helicity Asymmetry in in Jet Production from Polarized p+p Collisions at sqrt(s) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> :0: ?@5?@8=B 2 arXiv:1009.4921  = 4/10=0.4 4. 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Transition in yield and azimuthal shape modification in dihadron correlations in relativistic heavy ion collisions. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. Lett. 104, 252301 (2010)  = 7.328*30/10=21.984 14. Detailed measurement of the e+e- pair continuum in p+p and Au+Au collisions at sqrt(s_NN)=200 GeV and implications for direct photon production. By PHENIX Collaboration. 2B>@>2 3LVAL 50. ?C1;8:>20=> 2 Phys. Rev. C 81, 034911 (2010) .  = 3.477*30/10=10.431 15. Enhanced production of direct photons in Au+Au collisions at sqrt(s_NN)=200 GeV and implications for the initial temperatur5. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. Lett. 104, 132301 (2010) .  = 7.328*30/10=21.984 16. Double Helicity Dependence of Jet Properties from Dihadrons in Longitudinally Polarized p+p Collisions at sqrt(s) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. D 82, 012001 (2010) .  = 4.922*30/10=14.766 17. High-pT pi^zero Production with Respect to the Reaction Plane in Au + Au Collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. C 80, 054907 (2009) .  = 3.477*30/10=10.431 18. Charged kaon interferometric probes of space-time evolution in Au+Au collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. Lett. 103, 142301 (2009) .  = 7.328*30/10=21.984 19. Photon-Hadron Jet Correlations in p+p and Au+Au Collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. C 80, 024908 (2009) .  = 3.477*30/10=10.431 20. Systematic Studies of Elliptic Flow Measurements in Au+Au collisions at $\sqrt{s_{NN}}$ = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. C 80, 024909 (2009) .  = 3.477*30/10=10.431 21. Measurement of Bottom versus Charm as a Function of Transverse Momentum with Electron-Hadron Correlations in p+p Collisions at sqrt(s)=200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. Lett. 103, 082002 (2009) .  = 7.328*30/10=21.984 22. Photoproduction of J/psi and of high mass e+e- in ultra-peripheral Au+Au collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Physics Letters B 679, 321 (2009) .  = 5.083*30/10=15.249 23. Gluon-Spin Contribution to the Proton Spin from the Double-Helicity AsymmetryLVAL in Inclusive pi[sup 0] Production in Polarized p+p Collisions at sqrt(s) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. Lett. 103, 012003 (2009) .  = 7.328*30/10=21.984 24. Cold Nuclear Matter Effects on J/Psi Production as Constrainted by Deuteron-Gold Measurements at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. C 79, 059901 (2009) .  = 3.477*30/10=10.431 25. Inclusive cross section and double helicity asymmetry for pi0 production in p+p collisions at sqrt(s)=62.4GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. D 79, 012003 (2009) .  = 4.922*30/10=14.766 26. Dilepton mass spectra in p+p collisions at sqrt(s)= 200 GeV and the contribution from open charm. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Physics Letters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n,p) =0 O4@0E 35Cl 8 14N. @5?@8=B /, -1241/2009  =4/8=0,5 6. @83>@L52 ... 8 4@. AA;54>20=85 MDD5:B0 @57>=0=A=>9 A0<>M:@0=8@>2:8 2 ?>;=KE 8 ?0@F80;L=KE A5G5=8OE. XIV564C=0@>4=>5 A>25I0=85 ?> O45@=>9 D878:5. 0@=0, >;30@8O, 2009  =6/10=0,6 7. 5@3<0= .. 8 4@. AA;54>20=8O @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 =0 =59B@>==>< 8AB>G=8:5 -!, @5?@8=B /  1225/2009  =4/10=0,4 8. Collinear cluster tri-partition as a neutron source  evaluation of the setup parameters Proc. Int. Symposium on Exotic Nuclei (EXON-2009), Sochi, Russia, 28 September-2 October 2009, AIP Conference Proceedings, v.1, p. 385-392 D.V. Kamanin, Yu.V. Pyatkov, E.A. Kuznetsova, A.A. Alexandrov, I.LVAL*A. Alexandrova, S.B. Borzakov, M.L. Chelnokov, D.Pham Minh, N. Jacobs, N.A Kondratyev, Yu.N. Kopach, Ts. Panteleev,Yu.E. Penionzhkevich, Yu.V. Ryabov, A.I.Svirikhin, E.A. Sokol, D.A.Testov, V.E.Zhuchko, A.V. Eremin  =4/10=0,4 9.  NEUTRON BELT FOR COMETA SETUP D.V. Kamanin, Yu.V. Pyatkov, A.A. Alexandrov, I.A. Alexandrova, S.B. Borzakov, M.L. Chelnokov, D. Fam Min, N.A. Kondratyev, Yu.N. Kopach, E.A. Kuznetsova, Ts. Panteleev, Yu.E. Penionzhkevich, Yu.V. Ryabov, A.I. Svirikhin, E.A. Sokol, D.A. Testov, V.E. Zhuchko, A.V. Yeremin Proc. Int. Symposium on Exotic Nuclei (EXON-2009), Sochi, Russia, 28 September-2 October 2009, AIP Conference Proceedings, v.1, p. 178-185  =8/10=0,8 10. A Pulsed Neutron Sources on the Proton Beam for the MMF Yu.V. Ryabov, M.I. Grachev, D.V.Kamanin et.al. Neutron Experimental Techniques, Instrumentation and Radiation Sources? Pleides Publishing Ltd, 38-42, 2010  =8/10=0,8 11. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. Int. Seminar ISINN-18, May 25-28, 2010.  Dubna: -JINR.  = 6*1,5/4=2,25 12. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Int. Seminar ISINN-18, May 25-28, 2010.  Dubna: -JINR..   = 4*1,5/4=1,5   ?> ?C1;8:0F8O< 8 4>:;040<=13,783 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8?;><=8:  . K;>A>20, $"#  =5 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. >@01>B:0 :C@A0 59B@>==0O D878:0 $"#  =8 @C30O 7=0G8<0O 8=D>@<0F8O. C:>2>48B5;L ?@>5:B0 =59B@>==>3> 8<?C;LA=>3> 8AB>G=8:0 /  -!. "+   =26,783LVALGNG 0<0=8= <8B@89 ;048<8@>28G !?8A>: =0CG=KE @01>B 70 2009-2010 3.3. C1;8:0F88 2 @5F5=78@C5<KE 6C@=0;0E (70@C156=K5): 1. Measuring the nuclear charge of fission fragments using a big ionization chamber a part of the double-arm time-of-flight spectrometer A.N.Tyukavkin, Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, S.V.Denisov, G.L.Efimov, V.E.Zhuchko, N.A.Kondratyev, E.A.Kuzne 8 4@., Instruments and Experimental Techniques, ISSN:0020-4412, eISSN:1608-3180, 74:MAIK Nauka/Interperiodica, Pleiades Publishing, Ltd, 52, 4, 508 518, 2009  =0,331*60/10= 1,986 2. Yu.V.Pyatkov, D.V.Kamanin, W. von Oertzen, A.A.Alexandrov, I.A.Alexandrova, O.V.Falomkina, N.A.Kondratjev, Yu.N.Kopatch, E.A.Kuznetsova, Yu.E.Lavrova, A.N.Tyukavkin, W.Trzaska, V.E.Zhuchko. Collinear cluster tri-partition of 252Cf (sf) and in the 235U(nth, f) reaction. Europhysicsnews. Highlights from Europeans Journals. 2010. V. 41, No. 4. p.14.  =0,625*30/10= 1,875 3. D.V. Kamanin for the FOBOS collaboration. Multi-cluster decays of heavy nuclei. Presented at the 2th SOUTH AFRICA - JINR Symposium "Models and Methods in Few- and Many-Body Systems", Dubna, Russia, 8-10 September 2010.  =6*1,5=9 4. Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopach, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, V.E.Zhuchko, E.A.Kuznetsova, Ts.Panteleev, and A. N. Tyukavkin. Collinear Cluster Tripartition Channel in the Reaction 235U(nth, f). Physics of Atomic Nuclei. Vol. 73, No. 8, 2010, p. 1309-1316. From Yadernaya Fizika. Vol. 73, No. 8, 2010, p. 1350-1358.  =0,539*60/10= 3,234 5. Yu.V.Pyatkov, D.V.Kamanin, W. von Oertzen, A.A.Alexandrov, I.A.Alexandrova, O.V.Falomkina, N.A.Kondratjev, Yu.N.Kopatch, E.A.Kuznetsova, Yu.E.Lavrova, A.N.Tyukavkin, W.Trzaska, V.E.Zhuchko. Collinear cluster tri-partition of 252Cf (sf) and in the 235U(nth, f) reaction. Eur. Phys. J. A: Hadrons and Nuclei. 2010. V. 45, No. 1. pp. 29 37.  =1,968*30/10= 5,904 6. Yu.V.Pyatkov, D.V.Kamanin, ALVAL .Krasznahorkay, A.A.Alexandrov, I.A.Alexandrova, M.Csatls, L.Csige, J.Gulys, F.Naqvi, N.A.Kondratyev, E.A.Kuznetsova, T.Tornyi, A.N.Tyukavkin, V.E.Zhuchko. Preliminary results on direct observation of true ternary fission in the reaction 232Th + d (10 MeV) International Symposium on Exotic Nuclei, Sochi, Russia, 28 September - 2 October 2009. Conference proceedings. Editors: Yu.E.Penionzhkevich, and S.M.Lukyanov. AIP Conference Proceedings, 2010, p. 393-401.  =0,331*60/10= 1,986 7. D.V.Kamanin, Yu.V.Pyatkov, E.A.Kuznetsova, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, M.L.Chelnokov, D.Fam Min, N. Jacobs, N.A.Kondratyev, Yu.N.Kopatch, Ts.Panteleev, Yu.E.Penionzhkevich, Yu.V. Ryabov, A.I.Svirikhin, E.A.Sokol, D.A.Testov, V.E.Zhuchko, A.V.Yeremin. Collinear cluster tripartition as a neutron source  evaluation of the setup parameters. International Symposium on Exotic Nuclei, Sochi, Russia, 28 September - 2 October 2009. Conference proceedings. Editors: Yu.E.Penionzhkevich, and S.M.Lukyanov. AIP Conference Proceedings, 2010, p. 385-392.  =6*1,5/10= 0,9 8. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, N.Jacobs, N.A.Kondratyev, Yu.N.Kopach, E.A.Kuznetsova, V.Malaza, Ts.Panteleev, D.Pham Minh, V.E.Zhuchko. Collinear cluster tri-partition of 252Cf (sf)  evidences in neutron gated data. Presented at the 18th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 26-29 May 2010.  =6*1,5/10= 0,9 9. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, M.L.Chelnokov, D.Fam Min, N.A.Kondratyev, Yu.N.Kopach, E.A.Kuznetsova, Ts.Panteleev, Yu.E.Penionzhkevich, A.I.Svirikhin, E.A.Sokol, D.A.Testov, V.E.Zhuchko, A.V.Yeremin. "Neutron belt" for COMETA setup. Presented at the 18th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 26-29 May 2010.  =6*1,5/10= 0,9 10. Yu.V.Pyatkov, D.V.Kamanin, A.A.Alexandrov, I.A.Alexandrova, N.A.Kondratyev, E.A.Kuznetsova, N.Jacobs, V.Malaza, D.Pham Minh, A.I.SvLVAL irikhin, V.E.Zhuchko, A.V.Yeremin. Presumable scenario of one of the collinear cluster tri-partition modes Presented at the 2nd Workshop on State of the Art in Nuclear Cluster Physics "SOTANCP2", Brussels, Belgium, 25-28 May 2010.  =6*1,5/10= 0,9 11. Yu.V.Pyatkov, D.V.Kamanin. Collinear cluster tripartition - possible physics behind. Proceedings of 17th International Seminar on Interaction of Neutrons with Nuclei: "Neutron Spectroscopy, Nuclear Structure, Related Topics". Dubna, May 27-29, 2009. Dubna 2010, p. 44-50.  =6*1,5/10= 0,9 12. Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.Krasznahorkay, A.N.Tyukavkin, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, V.E.Zhuchko, N.A.Kondratiev, E.A.Kuznetsova, Ts.Panteleev. Collinear cluster tri-partition of low excited heavy nuclei  status and prospects of experimental investigations. Proceedings of the International Conference "Nuclear Structure and Related Topics", Dubna, Russia, June 30 - July 4, 2009. Dubna 2010, V. I, p. 150-157.  =6*1,5/10= 0,9 13. D.V.Kamanin, Yu.V.Pyatkov, A.Krasznahorkay, A.A.Alexandrov, I.A.Alexandrova, M.Csatls, L.Csige, J.Gulys, F.Naqvi, N.A.Kondratyev, E.A.Kuznetsova, T.Tornyi, A.N.Tyukavkin, and V.E.Zhuchko. Preliminary results on collinear cluster tripartition in 232Th + d (10 MeV) reaction. Physics of Particles and Nuclei Letters. 2010. V. 7, No. 2. pp. 122 126. 8AL<0 2 -'/ 2010. V. 7, No. 2. pp. 209 215.  =1,015*60/10=6,090 14. A.N.Tyukavkin, Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, S.V.Denisov, G.L.Efimov, V.E.Zhuchko, N.A.Kondratyev, E.A.Kuznetsova, Yu.E.Lavrova, S.V.Mitrofanov, Ts.Panteleev, V.S.Salamatin, and I.P.Tsurin. Measuring the nuclear charge of fission fragments using a big ionization chamber a part of the double-arm time-of-flight spectrometer. Instruments and Experimental Techniques. 2009. V. 52, No. 4. pp. 508 518. From Pribory i Tekhnika Eksperimenta. 2009. No. 4. pp. 66 76.  =0,331*60/10=1,986 15. Yu.V.Pyatkov, LVALA.N.Tyukavkin, D.V.Kamanin, O.V.Falomkina, Yu.E.Lavrova, E.A.Sokol, E.A.Kuznetsova. Exotic high neutron multiplicity modes in 252Cf(sf). Proceedings of 16th International Seminar on Interaction of Neutrons with Nuclei: "Neutron Spectroscopy, Nuclear Structure, Related Topics". Dubna, June 11-14, 2008. Dubna 2009, p. 386-392.  =6*0,5/10=0,3 16. A.N.Tyakavkin, Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, S.V.Denisov, G.L.Efimov, V.E.Zhuchko, N.A.Kondratyev, E.A.Kuznetsova, Yu.E.Lavrova, S.V.Mitrofanov, Ts.Panteleev, V.S.Salamatin, I.P.Tsurin. Measuring of the fragments nuclear charges at the MINI-FOBOS spectrometer. Proceedings of the 16th International Seminar on Interaction of Neutrons with Nuclei: "Neutron Spectroscopy, Nuclear Structure, Related Topics". Dubna, June 11-14, 2008. Dubna 2009, p. 393-401.  =6*0,5/10=0,3 B>3>2K9  =38,061/2=19,035'-RM H C > 9 4 /*|%w rUPK >@?z@3 HHHH<?  @@?.K GNGHHHH<?  ff@@?h/H GNGHHHH<? 3 A@?J3D GNGHHHH<? ̈A@?<@ GNGHHHH<?  FBGB@?7< GNGHHHH<?o̞B@?P6 GNGHHHH<?\33sA@?64 GNGHHHH<? C@? @3 HHHH<? C @?@2 ">;L:> 70 11``HH< =*D@?0 GNGHHHH<?Y UC@? - GNGHHHH<?D @?>) GNGHHHH<? C@? @( HHHH<?f&MD@?&$% GNGHHHH<?R!D@?J# GNGHHHH<?M mC@?\! GNGHHHH<?OB@?@ HHHH<?C@?7 GNGHHHH<?TC@?@ GNGHHHH<?=B@?& @ HHHH<?T @@?@ HHHH<?FGB@?^@ HHHH<?qDO@?4 GNGHHHH<?B@?@ HHHH<?foBD@?lv GNGHHHH<?A ףB`@?L @ HHHH<?e B`@?@ HHHH<?i#C@?  GNGHHHH<?J[B @?R GNGHHHH<?, ^A@?6 GNGHHHH<? Xy8C@? GNGHHHH<?NѢB@?$ GNGHHHH<?CSA@? GNGHHHH<? B@?! GNGHHHH<?S 3B@? GNGHHHH<?xC@? GNGHHHH<?qmC@?HA GNGHHHH<?NC@?= GNGHHHH<?c:CB@sC@?G GNGHHHH<?@?l@ HHHH<?\C@? GNGHHHH<?mB@?! GNGHHHH<?A=B@?R GNGHHHH<?q=A@?7 GNGHHHH<?LVALGNG 0BCH:> 8:B>@ 5>=84>28G !B0@H89 =0CG=K9 A>B@C4=8:, 8.>. 702. A5:B>@>< !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. A sectioned spectrometer of fast neutrons Author(s): Abdurashitov DN, Gavrin VN, Matushko VL, et al. INSTRUMENTS AND EXPERIMENTAL TECHNIQUES Volume: 52 Issue: 1 Pages: 25-32 Published: 2009  =0,331*60 /9=2,207 2. Development of a segmented fast neutron spectrometer Abdurashitov JN, Gavrin VN, Matushko VL, et al. Source: PHYSICS OF ATOMIC NUCLEI Volume: 70 Issue: 1 Pages: 133-139  = 0,549*60/8=4,118 3. !&+ !" "  +!" +% "  14C@0H8B>2 .., 02@8= .., 0BCH:> .., CAB0D8= .$., (8E8= .., 5@5B5=:8= .., /=F .-. @81>@K 8 B5E=8:0 M:A?5@8<5=B0. 2009. ! 1. !. 32-40.  = 0,331*60/7=2,837 4. . . C9:>2, !. . 0;<K:>2, !. . @<>;052, . . ;852, . . >E0=N:, . . 0BCH:>, . . "0=0=052, . $. OA>54>2. >;CG5=85 0:B8=8O-225 8 @048O 223 ?@8 >1;CG5=88 B>@8O CA:>@5==K<8 ?@>B>=0<8. 048>E8<8O, 2011, !1.  =0,539E60/8=4,043 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2009 -2010 3.3. 1. Abdurashitov J.N., Garvin V.N., Klimenko A.A., Matushko V.L., Malyshkin Yu.M., Nico J.S., Shikin A.A., Smolnikov A.A., Yants V.E. Monte carlo simulation of a capture-gated simple geometry fast neutron spectrometer 17 th International Seminar on Interaction of Neutrons with Nuclei. ISINN-17. 2009 6/9*1,5= 1 2. Abdurashitov J.N., Garvin V.N., Klimenko A.A., Matushko V.L., Malyshkin Yu.M., Nico J.S., Shikin A.A., Smolnikov A.A., Yants V.E. Simulation of capture-gated fast neutron spectrometer with highly segmented organic media 17 th International Seminar on Interaction of Neutrons with Nuclei. ISINN-17. 2009 6/9*1,5= 1 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E =0CG=KE 6C@=0;0E: .. 14C@0H8B>2 8 4@. (9 A>02B>@>2), !?5:B@><5B@ 1KAB@KE =59B@>=>2, "- !1 (2009) 32-40,  =60*0.33/9=2.2 @5?@8=BK: 1. .. 14C@0H8B>2 8 4@. (5 A>02B>@>2), $C=:F8O >B:;8:0 70E20B=>3> 45B5:B>@0 1KAB@KE =59B@>=>2LVAL ?@>AB>9 35><5B@88, @5?@8=B / , 1280/2010   =4/5=0.8 ?C1;8:>20==K5 A5:F8>==K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. J.N. Abdurashitov et al (10 co-authors),  Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media , In Proc.of 17-th International Seminar on Interaction of Neutrons with Nuclei (ISINN-17), Dubna, May 2009   =1.5*6/10=9*0.1=0,9 2. J.N. Abdurashitov et al (10 co-authors),  Monte-Carlo Simulation of a Capture-Gated Fast Neutron Spectrometer with Simple Geometry , In Proc.of 17-th International Seminar on Interaction of Neutrons with Nuclei (ISINN-17), Dubna, May 2009   =1.5*6/10=9*0.1=0.9 #AB=K5 A5:F8>==K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. J. N. Abdurashitov et al (6 co-authors),  Simulation of low background high efficiency capture gated fast neutron spectrometer , Oral presentation in 18-th International Seminar on Interaction of Neutrons with Nuclei (ISINN-18), Dubna, June 2010; to be published   =6/6=1 2. J. N. Abdurashitov et al (7 co-authors),  Segmented Fast Neutron Spectrometer , Oral presentation in 2-nd International Conference ISMART-2010, Kharkov, Ukraine, Oct 2010; to bepublished   =6/7=0.86 B>3>2K9 ;8G=K9   =21,865 0AG5B   8.>.702. A5:B>@>< = 21,865*0,5+320,361/3*0,75=10,933 + 80,34 =91,27LVALGNG 052A:0O ;;0 >A8D>2=0 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 C1;8:0F88 2 2009-2010 3>40E: 1. Transverse momentum spectra of charged particles in proton-proton collisions at $\sqrt{s} = 900$~GeV with ALICE at the LHC.By ALICE Collaboration (K Aamodt et al.). Jul 2010. 20pp. Published in Phys.Lett. B693:53-68,2010. e-Print: arXiv:1007.0719 [hep-ex]   =5,083*30/10=15,249 2. Two-pion Bose-Einstein correlations in pp collisions at sqrt(s)=900 GeV. By ALICE Collaboration (K Aamodt et al.). Jul 2010. 13pp. e-Print: arXiv:1007.0516 [hep-th]  =0,4 3. Two-pion Bose-Einstein correlations in central PbPb collisions at sqrt(s_NN) = 2.76 TeV. By ALICE Collaboration (, et al.). CERN-PH-EP-ALICE-2010-006, Dec 2010. 18pp e-Print: arXiv:1012.4035  =0,4 4. Midrapidity antiproton-to-proton ratio in pp collisions at $\sqrt{s} = 0.9$ and $7$~TeV measured by the ALICE experiment.By ALICE Collaboration (Authors: K. 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A C:070=85< :>;-2> 02B>@>2. 20093. 1). .!.">?8;LA:0O >645=85 A>AB>O=89 G0@<>=8O ?@8 AB>;:=>25=88 BO65;KE 8>=>2 /4. $878:0, 72 (2009) 766.  =0.539*60=32,34 2). N.S.Topilskaya, A.B.Kurepin Transverse momentum dependence of charmonium production in heavy ion collisions. Proceeding of Scince -PoS(HIGH-pTLHC) (2009) 026  =8/2=4 3). F. Prino et al. J/psi azimuthal anisotropy relative to the reaction plane in Pb-Pb collisions at 158 GeV per nucleon. Eur.Phys.J.C61:853-858,2009.   =2,746*30/10=8,238 4). N.S.Topilskaya Charmonium-state production in heavy-ion collisions. 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Doi:10.1016/j.nima.2010.11.027. 1.317E30/10=3,951 24,101 KABC?;5=8O 1. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> G5@5=:>2A:8< 45B5:B>@0< RICH2010, 0AA8A $@0=F8O, 2-7 <0O 20103. >:;04:  A new 1 km2 EAS Cherenkov Array in the Tunka Valley 30E1,5=45 2. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> G5@5=:>2A:8< 45B5:B>@0< RICH2010, 0AA8A $@0=F8O, 2-7 <0O 20103. >:;04:  Large Area Photodetectors for Astroparticle Physics Cherenkov Arrays: PMTs vs HPDs (6/10=0,6)E1,5=0,9 3. 564C=0@>4=0O :>=D5@5=F8O  Workshop on  Photodetectors for future astroparticle physics experiments . N=E5= 5@<0=8O, 18-20 >:BO1@O 2010. >:;04:  Large area hybrid phototubes for astroparticles physics experiments 30 4. 564C=0@>4=0O :>=D5@5=F8O  ASPERA Technology Forum - Photodetectors and auxiliary electronics . 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C:>2>4AB2> 0A?8@0=B><. 028B0H28;8 @0:;89 (>B0528G 0A?8@0=B 2-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  @5<=852K5 D>B>C<=>68B5;8 2 AF8=B8;;OF8>==KE AG5BG8:0E 30E1=30 4. C:>2>4AB2> 0A?8@0=B><. C1A0=4>@6852 8<0 C;0B>28G, 0A?8@0=B 1-3> 3>40 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2, B5<0 48AA5@B0F88  N>==K9 45B5:B>@ M:A?5@8<5=B0 "#-133 30E1=30 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. "0@0A>2 8:8B0 ;5:A0=4@>28G, 48?;><=8:, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B ($) 8?;><=0O @01>B0  N>==K9 25B>-45B5:B>@ 4;O :@8>AB0B0 #=825@A8B5B0 "N18=35= 10E1=10 6. C:>2>4AB2> A>8A:0B5;5<. (091>=>2 0B>@ ;5:A0=4@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K 8 :0;81@>2>G=K5 A8AB5<K M:A?5@8<5=B>2 GERDA 8 "# . 30 7. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ><0= ;048<8@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 EMMA 30 170 5:F88 C@A ;5:F89, #=825@A8B5B 3."N18=35=, 5@<0=8O:  Nuclear Photonics , 8 ;5:F89. 30 2010 3.: 328,615 C1;8:0F88 2011 1. 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"#-133  =>20O CAB0=>2:0 4;O 8AA;54>20=8O :>A<8G5A:8E ;CG59 A25@2KA>:8E M=5@389 // 72. . !5@8O D87. 2011. ".75. N.3. !.396-399. 0,406E60/10=2,436 11. M.Wurm, J.F.Beacom, L.B.Bezrukov, & ..& & & ., B.K.Lubsandorzhiev et al. The nLVAL ext-generation liquid-scintillator observatory LENA // arXiv:1104.5620. 0.4 12. V.I.Volchenko, G.I.Volchenko, E.V.Akhrameev, ............., B.K.Lubsandorzhiev, R.V.Poleshuk, B.A.M.Shaibonov et al. The features of electronics structure of the multichannel scintillation module for the EMMA experiment // Astrophys. Space Sci. Trans. 2011. V.7. P.171-174. 8/10=0.8 13. Antokhonov B.A., Beregnev S.F., Budnev N.M., ..& ., Lubsandorzhiev B.K. et al. TUNKA-133: Preliminary results from the first year of operation // Nucl. Phys. B. (Proc. Suppl.). 2011. Vol.212-213. P.53-58. 0,875E30/10=2,625 14. Antokhonov B.A., Beregnev S.F., Budnev N.M., ..& ., Lubsandorzhiev B.K. et al. 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Doi:10.1016/j.nima.2011.12.091. 1.317E30/10=3,951 27. B.K.Lubsandorzhiev, L.M.Balyasny, L.B.Bezrukov et al. Development of // Nucl. Instrum. and Meth. A. 2011. Doi:10.1016/j.nima.2011.12.049. 1.317E30/10=3,951 28. Y.Abe, C.Aberle, T.Akiri, & & & & ., B.K.Lubsandorzhiev et al.Indication for the disappearance of reactor antibeutrinos in the Double Chooz experiment // arXiv:1112.6353v1. 29 December 2011. 0.4 84,337 KABC?;5=8O 1. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> =>2K< B5=45=F8O< 2 D>B>45B5:B8@>20=88 NDIP 2LVAL 011, 8>= $@0=F8O, 3-8 8N;O 20113. >:;04:  Development of a hybrid phototube with ZnO:Ga luminescent screen and GaN photocathode 30E1,5=45 2. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> =>2K< B5=45=F8O< 2 D>B>45B5:B8@>20=88 NDIP 2011, 8>= $@0=F8O, 3-8 8N;O 20113. >:;04: An observation of a new class of afterpulses with delay time in the range of 70-200 ms in classical vacuum photomultipliers (6/3=2)E1,5=3 3. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> =>2K< B5=45=F8O< 2 D>B>45B5:B8@>20=88 NDIP 2011, 8>= $@0=F8O, 3-8 8N;O 20113. >:;04:  Extensive studies of MRS APDs for plastic scintillator muon veto detectorsof cryogenic experiments (6/10=0.6)E1,5=0,9 4. International Workshop  Cosmic Ray Physics Large Scale Experiments at the Second Decade of the 21st Century , May 16-18, 2011, Moscow State University, Moscow Russia. >:;04: 30 5. International Workshop LIGHT 2011, October 30  November 4, Ringberg Castle, Germany. >:;04:  Large Area Phototubes for Next Generation Large Scale Astroparticle Physics Experiments 30 6. International Workshop LIGHT 2011, October 30  November 4, Ringberg Castle, Germany. >:;04:  Extensive studies of ultra bright LEDs and light sources based on them 30 7. 32nd ICRC, 11-19August 2011, Beijing China. >:;04:  Calibration system of the TUNKA-133 EAS Cherenkov Array 6/6x1.5=1.5 8. 32nd ICRC, 11-19August 2011, Beijing China. >:;04:  Studies of Geiger-mode MRS APDs for muon veto scintillator detectors of cryogenic experiments 6/10x1.5=0.9 9. 32nd ICRC, 11-19August 2011, Beijing China. >:;04:  Performance of EMMA tracking stations 6/10x1.5=0.9 10. 8-O A5@>AA89A:0O :>=D5@5=F8O  8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K . 26-28 <0O 2011, !0=:B-5B5@1C@3. >:;04:  8=5B8:0 A25G5=8O C;LB@0O@:8E A8=8E 8 #$ A25B>48>4>2 . 6x1.5=9 151,2 C:>2>4AB2> 1. C:>2>4AB2> 0A?8@0=B><. C1A0=4>@6852 8<0 C;0B>28G, 0A?8@0=B 2-3> 3>40 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2. "5<0 48AA5@B0F8>==>9 @01>BK:  '5@5=:>2A:89 45B5:B>@ H8@>:8E 0B<>AD5@=KELVAL ;82=59 "#-133 . 30E1=30 2. C:>2>4AB2> 0A?8@0=B><. 028B0H28;8 @0:;89 (>B0528G 0A?8@0=B 3-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  @5<=852K5 D>B>C<=>68B5;8 2 AF8=B8;;OF8>==KE AG5BG8:0E 30E1=30 3. C:>2>4AB2> A>8A:0B5;5<. (091>=>2 0B>@ ;5:A0=4@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K 8 :0;81@>2>G=K5 A8AB5<K M:A?5@8<5=B>2 GERDA 8 "# . 30 4. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ><0= ;048<8@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 EMMA 30 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. $0;L:5=HB59= 0D0M;L. #=825@A8B5B 3."N18=35=, "N18=35= 5@<0=8O.  Silicon photomultipliers . 10 130 5:F88 C@A ;5:F89, #=825@A8B5B 3."N18=35=, 5@<0=8O:  The art of experimenting , 8 ;5:F89. 30 C@A ;5:F89, & ! ,  !>2@5<5==0O <8:@>:>A<>D878:0 , 8 ;5:F89. 30 60 2011 3.: 425,537 354,001+425,537=779,538 !C<<0,   2010-11: 779,538LVALGNG 0B052 =4@59 L2>28G @>4. 21.04.1955, 2=A "$, 4>:B>@ D87.-<0B. =0C:,   70 2010-2011 33. 2.1.1.0G8A;5=85 10;;>2 70 ?C1;8:0F88 2 @5F5=78@C5<KE ?5@8>48G5A:8E 6C@=0;0E. C1;8:0F88 2 6C@=0;0E: 2010 1) A.L. Kataev  Riemann zeta(3)-terms in perturbative QED series conformal Symmetry and the analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory Phys. Lett. B691 , pp. , 2010,  = 5.255*30/1 = 157.65 2) A.~L.~Kataev and V.~T.~Kim, Peculiar features of the relations between pole and running heavy quark masses and estimates of the O(\alpha_s^4) contributions,'' Phys. Part. Nucl. 41 : 946-950, 946-950, 2010  =1.100*60/2=33 2011 1) A.~L.~ Kataev  The analytical singlet $\alpha_s^4$ QCD contributions into $e^+e^-$-annihilation Adler function and the generalized Crewther relations 8AL<0 2 -"$, v 94, N 11, cc. 867-871  = 1.557*60=93.42 2) .~V. Garkusha and A.~L.~Kataev  The absence of QCD $\beta$ function factorization property of the genedralized Crewther relation in the 't Hooft $\bar{MS}$ based scheme Phys. Lett. B {\bf 705} (2011) 400  = 5.255*30/2=78.825 3).. 0B052 8 !.. 8E09;>2  >2>5 ?@54AB02;5=85 MDD5:B>2 =0@CH5=8O :>=D>@<=>9 A8<<5B@88 2 :0;81@>2>G=KE B5>@8OE ?>;O 2 B5>@88 2>7<CI5=89 "$ 170 N2 (2012) cB@. 174-186  =0.748*60/2=22.44 -;5:B@>==K5 ?@5?@8=BK: . 2010 1. A.~L.~Kataev and S.~V.~Mikhailov, ``New extended Crewther-type relation,'' arXiv:1001.0728 [hep-ph].  =2 2. A.~L.~Kataev and V.~T.~Kim, Peculiar features of the relations between pole and running heavy quark masses and estimates of the O(\alpha_s^4) contributions,'' arXiv:1001.4207 [hep-ph].  =2 3. A.~L.~Kataev, ``Riemann $\zeta(3)$- terms in perturbative QED series, conformal symmetry and the analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory,'' arXiv:1005.2058 [hep-th].  =4 4. A.~L.~Kataev and S.~V.~Mikhailov, ``Conformal symmetry LVAL breaking effects in gauge theories: new perturbative expressions,'' arXiv:1011.5248 [hep-ph].  =2 2011) 1) A.~L.~Kataev ans S.~V.~Mikhailov  New extended Crewther-type relation and the consequences of multiloop perurbative results arXiV: 1104.5598 [hep-ph]  =2 2) A.~L.~ Kataev  The analytical singlet $\alpha_s^4$ QCD contributions into $e^+e^-$-annihilation Adler function and the generalized Crewther relations arXiV: 1108.2898[hep-ph]  = 4 3.)A. V. Garkusha and A.~L. Kataev  The absence of QCD $\beta$-function factorization property of the generalized Crewther rewlation in the 't Hooft $\bar{MS}$ based scheme arXiV: 1108.5909[hep-ph]  = 2 >:;04K =0 :>=D5@5=F8OE: 2010. 1. A. L. Kataev and S. V. Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions,'' 16 564C=0@>=K9 !5<8=0@ 20@:8-2010 >;><=0 ,6-12 N=O 2010 3>40, ".2, 740B5;LA:89 >B45; /, cB@.322-331 (2011)  =30*1.5/2=22.5 2. A.L. Kataev  Riemann zeta(3)-terms in perturbative QED series conformal Symmetry and the possible analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory 16 564C=0@>=K9 !5<8=0@ 20@:8-2010, >;><=0, 6-12 N=O 2010 3>40  =6 3. A. Kataev and S. V. Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions 564C=0@>4=>5 @01>G55 A>25I0=85  Hadrons Structure and QCD: from Low to High energies 0BG8=0, 5-9 N;O, 2010 3>40, Proc. Of Int. Workshop  Hadrons structure and QCD: HSQCD'20120 PNPI Publishing, 2011, pp. 112-125  =30*1.5/2=22.5 4. A.L. Kataev  Riemann zeta(3)-terms in perturbative QED series conformal Symmetry and the analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory .18;59=K9 A5<8=0@: !C?5@A8<<5B@8G=0O <>45;L /=30-8;;A0:30 ;5B "$, / , 15 8N;O 2010 3.  =4 5. A.~L.~Kataev and S.~V.~Mikhailov, ``Conformal symmetry breaking effects iLVAL n gauge theories: new perturbative expressions 19 564C=0@>4=>5 @01>G55 A>25I0=85 $878:0 2KA>:8E M=5@389 8 :20=B>20O B5>@8O ?>;O 8-15 !5=BO1@O, 2010 3>40, >;8F8=>, >A:>2A:0O >1;0ABL, POS QFTH 2010:014, 2010  =30*1.5/2=22.5 2011 1. A.~L.~Kataev `` Different forms of the generalized Crewther relation in QCD and QED: concrete consequences of analytical multiloop calculations 14th Int/ Workshop on Advanced Computing and Analysis Techniques in Physics Research, London, UK , Brunel Univ. September 5-9, 2011  =6 2. A. V. Garkusha and A.~L. Kataev  The absence of QCD $\beta$-function factorization property of the generalized Crewther rewlation in the 't Hooft $\bar{MS}$ based scheme Int. Conference on Advances of Quantum Field Theory, BLTP, Dubna, 4-7 October 2011  = 20/2=10 3. . . 0@:CH0 8 .. 0B052 %0@0:B5@=K5 >A>15==>AB8 >1>1I5==>3> A>>B=>H5=8O @NB5@0 2 AE5<5 B DB0 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 8 DC=40<5=B0;L=KE 2708<>459AB289 "-$, 21-25 =>O1@O, 2011 3  =4/2=2 4. . . 0B052 >;NA=K5 8 153CI85 <0AAK ;5?B>=>2 2 -: @57C;LB0BK 8 A;54AB28O 4-5 A5@>AA89A:>5 A>25I0=85 ?> ?@5F878>==>9 D878:5 8 DC=40<5=B0;L=K< :>=AB0=B0<, /, C1=0, "$, 5-9 5:01@O, 2011 3.  = 20 C:>2>4AB2> 48?;><=8:0<8: 2011. C:>2>48B5;L 48?;><0 =0 A>8A:0=85 720=8O 1050;02@0 =0 :0D54@5 # $878:0 G0AB8F 8 :>A<>;>38O- .. 0@:CH0  8?;>< 10:0;02@0 70I8I5= =0 >B;8G=>.  =10 C1;8:0F88 2 B@C40E :>=D5@5=F89, >?C1;8:>20==K5 2 >BG5B=K9 ?5@8>4: 2010 1. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules ?C1;8:>20=> 2 B@C40E 564C=0@>4=>3> !5<8=0@0  20@:8-08 , 23-29 0O 2008, !5@3852 >A04, 740B5;LA:89 >B45; /, 2010  =20*1.5/2=10 B>3>: 538.835 2.1.7.564C=0@>4=K5 8=45:AK F8B8@>20=8O: 07K 40==KE QSPIRES: =0 18 45:01@O 2010=4751  LVAL =0 22 O=20@O 2010 = 4571 =0 21 45:01@O 2011=4923 87 =8E =0 >?C1;8:>20==K5 2 6C@=0;0E= 4481 >20O <564C=0@>4=0O 1070 =0 >A=>25 QSPIRES - INSPIRE =0 21 45:01@O 2011= 4933 87 =8E =0 >?C1;8:>20==K5 2 6C@=0;0E =4485 07K 40==KE Scientific.Ru: =0 01.10.2008 = 2158 =0 24 0?@5;O 2008 =2062 =0 14 D52@0;O 2011 =2957LVALC<8@=>2 ;5:A59 5>=84>28G @>4. 2.3.1978 <;. =0CG. A>B@.   70 2010-2011 33. Victor Berezin, Smirnov A. L. "Brane Universe: Global Geometry", Proceedings of the International Seminar "Quarks-2010", p45-65  =(6/2)*1.5=4.5 Alexey Smirnov, Brane Universe: Global Geometry, Proceedings of the 14th Lomonosov Conference on Elementary Particle Physics, Particle Physics on the eve of LHC, Moscow State University and JINR (Dubna), World Scientific, 2011, p271-273  =6*(1.5-1)=3 B>3>:  =7.5  2010-2011 33. >;:>20 N4<8;0 0;5@852=0, 24.12.1940, 2=A -,   70 2010-2011 33. 1. .. >;:>20. ">@<>7=K5 D>B>=K >B <N>=>2 :>A<8G5A:8E ;CG59 2KA>:8E 8 A25@E2KA>:8E M=5@389. !B0BLO. >A:20. 0C:0. 725AB8O , A5@. D87., 2011, B. 75, !3, AB@. 434-436.  =60%0.406=24.36 2. .. >;:>20. N>=K :>A<8G5A:8E ;CG59 ?@8 A25@E2KA>:8E M=5@38OE. !B0BLO. >A:20. 0C:0. /45@=0O D878:0. ".74, !2. 2011. AB@. 336-341.  =60E0.563=33.78 3. .. >;:>20. >:;04 =0 @>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< 2 2010 3. >A:20. .. >;:>20. ">@<>7=K5 D>B>=K >B <N>=>2 :>A<8G5A:8E ;CG59 2KA>:8E 8 A25@E2KA>:8E M=5@389. "@C4K :>=D5@5=F88.   =4 4. .. >;:>20. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  2 2011 3."5<?5@0BC@=K9 MDD5:B 48DD5@5=F80;L=>3> ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E M=5@38OE. "@C4K A5AA88-:>=D5@5=F88.   =4   =28 70 2011 3. (32 70 2010-2011 33.) = 66,14LVAL2.1 $..., CG5=0O AB5?5=L A>B@C4=8:0:C3052 -<8= /B:O@>28G, :0=4.$87.-<0B.=0C:. 0B0 @>645=8O: 17.10.1978. >;6=>ABL: =0CG=K9 A>B@C4=8: "$ / . 2.1.1   = 0. >43>B>2;5=> 2 ?@5?@8=B0, => 5I5 =5 >B?@02;5=K 2 0@E82. 2.1.2 0 2.1.3 0 2.1.4 !5<8=0@A:85 70=OB8O ?> A?5F:C@AC 20=B>20O B5>@8O ?>;O =0 D878G5A:>< D0:C;LB5B5 # 2010 3>4, 2 A5<5AB@0   = 8*2=16 "  = 16. 2.1.5 0 2.1.6 ABC45=B "8<8@OA>2 =0@ ;L40@>28G, #, 4-5 :C@A  =10*2=20 "   = 365@578= 8:B>@ ;5:A0=4@>28G, 13.03.1948, AB. =0CG. A>B@., "$   70 2010-2011 33. C1;8:0F88: 1. 5@578= .. "Classical analog of Schwarzschild black hole, local vs global and mistery of log3" Int.J.Mod.Phys. A26 (2011) 161-178  =30*1=30 2. With warm regards from the cold. Int.J.Mod.Phys. D20 (2011) 607-638  =30*1.109=33.27 3. Victor Berezin On Classical Analogs of Quantum Schwarzschild and Reissner-Nordstrom Black Holes. solving the "Mystery of log(3)" e-Print: arXiv:1001.3996  =4 4. Victor Berezin Classical analog of quantum Schwarzschild black hole: local vs global, and the mystery of log(3) e-Print: arXiv:1006.0362  =4 5. Victor Berezin Could the real (not virtual) static observer exist outside a Schwarzschild black hole? e-Print: arXiv:1106.0670  =4 6. Brane Universe: Global Geometry. AIP Conf.Proc. 1241 (2010) 497-504  =6*(1.5-1)=3 7. Victor Berezin, Smirnov A. L. Proceedings of the International Seminar "Quarks-2010", pp. 45-65  =(6/2)*1.5=4.5 8. 5@578= .. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 27 8N=O  2 8N;O 2011 3>40, #;#, 3. #;LO=>2A:  =6 B>3>:  =88.77LVALGNG >:CG052 OG5A;02 20=>28G @>4. 16.08.1948, 4.D.-<.=., 2=A - 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0   (70 2010-2011 33.) = 453.14 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. V.S. Berezinsky V.I. Dokuchaev, Yu.N. Eroshenko /  Dense DM clumps seeded by cosmic string loops and DM annihilation // JCAP, 12, 007 (2011).  =6.497*30/3=64.97 2. V.I. Dokuchaev and Y.N. Eroshenko /  Accretion with back reaction // Phys. Rev. D 84, 124022 (2011).  =4.964*30/2=74.46 3. V.I. Dokuchaev / Is there life inside black holes? // Class. Quantum Grav. 28, 235015 (2011) ).  =3.099*30=92.97 4. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // Phys. Rev. D 81, 103529 (2010).  =4.964*30/5=29.78 5. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // Phys. Rev. D 81, 103530 (2010).  =4.964*30/5=29.78 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. . . >:CG052, .. . @>H5=:> /  !25@E=>2K5 - >?B8G5A:85 ?@54H5AB25==8:8 :>@>B:8E 30<<0-2A?;5A:>2 // 8AL<0 2  (Astron. Lett.), 37, 102 (2011).  = 1.091*60/2=32.73 2. V. I. Dokuchaev, Yu. N. Eroshenko /  Can the same generation of astronomers see both the short gamma-ray bursts and their supernovae precursors? // Astron. Astrophys. Trans., issue 4 of volume 27 (2011).  = 8/2=4 3. E. O. Babichev, V. I. Dokuchaev, Yu. N. Eroshenko /  Perfect fluid and scalar field in the reissner-nordstrom metric // -"$, 139, 899 (2011).  = 0.946*60/3=18.92 4. . . >:CG052, .. . @>H5=:>, !. . C18=, . . !0<0@G5=:> /  5E0=87< ?>402;5=8O G5@=KE 4K@ ?@><56CB>G=KE <0AA // 8AL<0 2  (Astron. Lett.), 36 816 (2010).  =1.091*60/4=16.36 5. V. S. Berezinsky, V. I. Dokuchaev and Yu. N. Eroshenko /  Small-scale clumps in the galactic halo // /$, 73, 183 (2010).  =0.563*60/3=11.26 6. >:CG052 .., '5@LVAL =>2 !.. /  >;=>20O DC=:F8O 3@028B8@CNI59 >1>;>G:8 // -"$, 138, 645, 2010,  =0.946*60/2=28.38 @5?@8=BK M;5:B@>==K5: 1. V. I. Dokuchaev and Yu. N. Eroshenko /  Supernovae-optical precursors of short gamma-ray bursts //arXiv:1102.4072 [astro-ph.HE].  =4/2=2 2. V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko /  Dense DM clumps seeded by cosmic string loops and DM annihilation // arXiv:1107.2751 [astro-ph.HE].  =4/3=1.33 3. V. I. Dokuchaev, Yu. N. Eroshenko /  Can the same generation of astronomers see both the short gamma-ray bursts and their supernovae precursors? // arXiv:1101.3298 [astro-ph.HE].  =4/2=2 4. V. I. Dokuchaev, Yu. N. Eroshenko /  Superlong GRB 110328A: generation in the collapsing star cluster // arXiv:1104.3290 [astro-ph.HE].  =4/2=2 5. V. I. Dokuchaev and Yu. N. Eroshenko /  Accretion with back reaction // arXiv:1107.3322 [gr-qc].  =4/2=2 6. V. I. Dokuchaev /  Is there life inside black holes? // arXiv:1103.6140 [gr-qc].  =4 7. V. I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin, D.A. Samarchenko / "Mechanism for the Suppression of Intermediate-Mass Black Holes" // arXiv:1010.5325 [astro-ph.CO], 2010,  =4/4=1 8. V. I. Dokuchaev, Yu. N. Eroshenko, S.G. Rubin /  Gravitational wave bursts from collisions of primordial black holes in clusters // arXiv:1003.4158 [astro-ph.CO], 2010,  =4/3=1.33 9. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // arXiv:1002.3445 [astro-ph.GA], 2010,  =4/5=0.8 10. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // arXiv:1002.3444 [astro-ph.CO], 2010,  =4/5=0.8 11. V. I. Dokuchaev, Yu. N. Eroshenko / "Look at the holographic universe from a moving frame and Casimir energy" // arXiv:1012.4614 [gr-qc],  =4/2=2 12. V. Dokuchaev, S. Chernov / The Wave Function of a Gravitating Shell // arXiv:1010.0175,LVAL  =4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. V. Berezinsky, V. Dokuchaev and Yu. Eroshenko /  Superdense dark matter clumps from nonstandard perturbations // 15th LOMONOSOV CONFERENCE ON ELEMENTARY PARTICLE PHYSICS, Moscow State University, 18  24 August, 2011., (A5:F8>==K9 4>:;04),  =6/3=2 2. V. Dokuchaev /  Life inside black holes // 15th LOMONOSOV CONFERENCE ON ELEMENTARY PARTICLE PHYSICS, Moscow State University, 18  24 August, 2011., (A5:F8>==K9 4>:;04),  =6 3. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko /  Dark matter annihilation in the Galaxy // Proc. of the 14th Lomonosov Conf. on Elementary Particle Physics, Moscow State University and JINR (Dubna), Russia, 19-25 August 2009. Editor A.I. Studenikin, World Scientific, 2011, pages 229-231., (A5:F8>==K9 4>:;04),  =6*1.5*0.5/3=1.5 4. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / "Superdense dark matter clumps from superheavy particles" // 564C=0@>4=0O =0CG=0O :>=D5@5=F8O  45=B8D8:0F8O B5<=>9 <0B5@88-2010 , 26-30 8N;O 2010, >=B?5;L5, $@0=F8O, (A5:F8>==K9 4>:;04),  =6/5=1.2 5. V. Dokuchaev, Eu. Babichev, Yu. Eroshenko, "Back reaction of accretion onto black hole" // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/3=2 6. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko /  Destruction of dark matter clumps in Galaxy // Proceedings of the 15th international seminar Quarks-2008, Vol. 1, pages 307-311, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS. (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/3)*1.5*0.5=1.5 7. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko /  Ultra-hard fluid and scalar field in the Kerr-Newman metric // Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 64-74, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS. (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/4)*1.5*0.5=1.1 8. E. Babichev, S. Chernov, V. DLVAL okuchaev, Yu. Eroshenko /  Cosmic censorship for phantom energy // Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 85-95, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS. (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/4)*1.5*0.5=1.1 9. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg /  Superdense dark matter clumps from superheavy particles // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/5=1.2 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. . >:CG052, E. 018G52, .. @>H5=:>, "!B0F8>=0@=0O 0::@5F8O 2 <5B@8:5 59AA=5@0->@4AB@5<0" // "!>2@5<5==K5 ?@>1;5<K 3@028B0F88, :>A<>;>388 8 @5;OB828ABA:>9 0AB@>D878:8", #-2010. 27 8N=O-3 8N;O 2010 3., #, >A:20, (A5:F8>==K9 4>:;04).  =4/3=1.33 2. . !. 5@578=A:89, . . >:CG052, .. . @>H5=:>,  $>@<8@>20=85 A25@E?;>B=KE A3CAB:>2 B5<=>9 <0B5@88 =0 :>A<>;>38G5A:>9 AB0488 @0480F8>==>3> 4><8=8@>20=8O // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04),  =4/3=1.33 3. .. >:CG052, ... @>H5=:> /  !25@E=>2K5  >?B8G5A:85 ?@54H5AB25==8:8 :>@>B:8E 30<<0 2A?;5A:>2 // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04),  =4/2=2 4. . . >:CG052 /  87=L 2=CB@8 G5@=>9 4K@K // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04),  =4 5. !. . '5@=>2, . . >:CG052 / ">;=>20O DC=:F8O 3@028B8@CNI59 >1>;>G:8" // "!>2@5<5==K5 ?@>1;5<K 3@028B0F88, :>A<>;>LVAL388 8 @5;OB828ABA:>9 0AB@>D878:8", RUDN-10, 2010, 27 8N=O  3 8N;O, #, >A:20,  =4/2=2 B>3>:   (70 2010-2011 33.) = 453.14LVALGNG @>H5=:> .@89 8:>;0528G @>4. 03.04.1973, :.D.-<.=., =A - 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0   (70 2010-2011 33.) = 313.85 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. V. S. Berezinsky V. I. Dokuchaev, Yu. N. Eroshenko /  Dense DM clumps seeded by cosmic string loops and DM annihilation // JCAP, 12, 007 (2011).  =6.497*30/3=64.97 2. V. I. Dokuchaev and Y. N. Eroshenko /  Accretion with back reaction // Phys. Rev. D 84, 124022 (2011).  =4.964*30/2=74.46 3. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // Phys. Rev. D 81, 103529 (2010).  =4.964*30/5=29.78 4. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // Phys. Rev. D 81, 103530 (2010).  =4.964*30/5=29.78 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. . . >:CG052, .. . @>H5=:> /  !25@E=>2K5 - >?B8G5A:85 ?@54H5AB25==8:8 :>@>B:8E 30<<0-2A?;5A:>2 // 8AL<0 2  (Astron. Lett.), 37, 102 (2011).  = 1.091*60/2=32.73 2. V. I. Dokuchaev, Yu. N. Eroshenko /  Can the same generation of astronomers see both the short gamma-ray bursts and their supernovae precursors? // Astron. Astrophys. Trans., issue 4 of volume 27 (2011).  = 8/2=4 3. E. O. Babichev, V. I. Dokuchaev, Yu. N. Eroshenko /  Perfect fluid and scalar field in the reissner-nordstrom metric // -"$, 139, 899 (2011).  = 0.946*60/3=18.92 4. . . >:CG052, .. . @>H5=:>, !. . C18=, . . !0<0@G5=:> /  5E0=87< ?>402;5=8O G5@=KE 4K@ ?@><56CB>G=KE <0AA // 8AL<0 2  (Astron. Lett.), 36 816 (2010).  =1.091*60/4=16.36 5. V. S. Berezinsky, V. I. Dokuchaev and Yu. N. Eroshenko /  Small-scale clumps in the galactic halo // /$, 73, 183 (2010).  =0.563*60/3=11.26 @5?@8=BK M;5:B@>==K5: 1. V. I. Dokuchaev and Yu. N. Eroshenko /  Supernovae-optical precursors of short gamma-ray bursts //arXiv:1102LVAL .4072 [astro-ph.HE].  =4/2=2 2. V. S. Berezinsky V. I. Dokuchaev, Yu. N. Eroshenko /  Dense DM clumps seeded by cosmic string loops and DM annihilation // arXiv:1107.2751 [astro-ph.HE].  =4/3=1.33 3. V.I. Dokuchaev, Yu.N. Eroshen. ko /  Can the same generation of astronomers see both the short gamma-ray bursts and their supernovae precursors? // arXiv:1101.3298 [astro-ph.HE].  =4/2=2 4. V. I. Dokuchaev, Yu. N. Eroshenko /  Superlong GRB 110328A: generation in the collapsing star cluster // arXiv:1104.3290 [astro-ph.HE].  =4/2=2 5. V. I. Dokuchaev and Yu. N. Eroshenko /  Accretion with back reaction // arXiv:1107.3322 [gr-qc].  =4/2=2 6. V. I. Dokuchaev, Yu. N. Eroshenko, S. G. Rubin, D. A. Samarchenko / "Mechanism for the Suppression of Intermediate-Mass Black Holes" // arXiv:1010.5325 [astro-ph.CO], 2010,  =4/4=1 7. V. I. Dokuchaev, Yu. N. Eroshenko, S.G. Rubin /  Gravitational wave bursts from collisions of primordial black holes in clusters // arXiv:1003.4158 [astro-ph.CO], 2010,  =4/3=1.33 8. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // arXiv:1002.3445 [astro-ph.GA], 2010,  =4/5=0.8 9. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // arXiv:1002.3444 [astro-ph.CO], 2010,  =4/5=0.8 10. V. I. Dokuchaev, Yu. N. Eroshenko / "Look at the holographic universe from a moving frame and Casimir energy" // arXiv:1012.4614 [gr-qc],  =4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. V. Berezinsky, V. Dokuchaev and Yu. Eroshenko /  Superdense dark matter clumps from nonstandard perturbations // 15th LOMONOSOV CONFERENCE ON ELEMENTARY PARTICLE PHYSICS, Moscow State University, 18  24 August, 2011., (A5:F8>==K9 4>:;04),  =6/3=2 2. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko /  Dark matter annihilation in the Galaxy // Proc. of the 14th Lomonosov Conf.LVAL on Elementary Particle Physics, Moscow State University and JINR (Dubna), Russia, 19-25 August 2009. Editor A.I. Studenikin, World Scientific, 2011, pages 229-231., (A5:F8>==K9 4>:;04),  =6*1.5*0.5/3=1.5 3. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / "Superdense dark matter clumps from superheavy particles" // 564C=0@>4=0O =0CG=0O :>=D5@5=F8O  45=B8D8:0F8O B5<=>9 <0B5@88-2010 , 26-30 8N;O 2010, >=B?5;L5, $@0=F8O, (A5:F8>==K9 4>:;04),  =6/5=1.2 4. V. Dokuchaev, Eu. Babichev, Yu. Eroshenko, "Back reaction of accretion onto black hole" // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/3=2 5. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko /  Destruction of dark matter clumps in Galaxy // Proceedings of the 15th international seminar Quarks-2008, Vol. 1, pages 307-311, Editors V. A. Duk, V. A. Matveev, V. A. Rubakov, Moscow 2010, INR RAS. (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/3)*1.5*0.5=1.5 6. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko /  Ultra-hard fluid and scalar field in the Kerr-Newman metric // Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 64-74, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS. (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/4)*1.5*0.5=1.1 7. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko /  Cosmic censorship for phantom energy // Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 85-95, Editors V. A. Duk, V. A. Matveev, V. A. Rubakov, Moscow 2010, INR RAS. (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/4)*1.5*0.5=1.1 8. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg /  Superdense dark matter clumps from superheavy particles // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/5=1.2 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. . >:CG052, E. 018G52, .. LVAL@>H5=:>, "!B0F8>=0@=0O 0::@5F8O 2 <5B@8:5 59AA=5@0->@4AB@5<0" // "!>2@5<5==K5 ?@>1;5<K 3@028B0F88, :>A<>;>388 8 @5;OB828ABA:>9 0AB@>D878:8", #-2010. 27 8N=O-3 8N;O 2010 3., #, >A:20, (A5:F8>==K9 4>:;04).  =4/3=1.33 2. . !. 5@578=A:89, . . >:CG052, .. . @>H5=:>,  $>@<8@>20=85 A25@E?;>B=KE A3CAB:>2 B5<=>9 <0B5@88 =0 :>A<>;>38G5A:>9 AB0488 @0480F8>==>3> 4><8=8@>20=8O // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04),  =4/3=1.33 3. . . >:CG052, .. . @>H5=:> /  !25@E=>2K5  >?B8G5A:85 ?@54H5AB25==8:8 :>@>B:8E 30<<0 2A?;5A:>2 // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04),  =4/2=2 B>3>:   (70 2010-2011 33.) = 313.85LVALGNG" 5<84>2 !5@359 ;048<8@>28G @>4. 16.12.1981, =A "$,   70 2010-2011 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2010 3>4: !B0BL8: 1. Annihilation of NMSSM neutralinos in the Sun and neutrino telescope limits. Demidov Sergey, Olga Suvorova, Published in JCAP 1006:018,2010.  =30*6.4976/2= 97.464 >:;04K: 1. S.V.Demidov, Soliton-antisoliton pair production in collisions of high energy particles, 16th International Seminar on High Energy Physics QUARKS'20010 Kolomna, Russia, June 6-12, 2010, CAB=K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, >?C1;8:>20=>,  =4*1.5=6.0 2. E.E.Boos, S.V.Demidov, D.S.Gorbunov, Invisible Higgs in weak bosons associative production with heavy quarks at LHC, 19th International Workshop  High Energy Physics and Quantum Field Theory , 8-15 September, Golitsino, Moscow, Russia, CAB=K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, >?C1;8:>20=>,  =4*1.5/3.0=2 @5?>4020=85: C@A ;5:F89 8 A5<8=0@>2 ?> A>2@5<5==K< <5B>40< :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 #, 1 A5<5AB@,  =2*8=16 C@A ;5:F89 5D>@<0;L=>5 22545=85 2 :20=B>2CN <5E0=8:C ($), 1 A5<5AB@, 1 3@C??0,  =8 C:>2>4AB2> 48?;><=8:0<8: 5B@ !0BC=8= (#, 10:0;02@), @50;L=> 2 =0CG=KE @C:>2>48B5;O:  =10/2=5 0 2010:  (2010) = 97.464 + 6 + 2 + 16 + 8 + 5 = 134.464 2011 3>4 !B0BL8: 1. Invisible Higgs in weak bosons associative production with heavy quarks at LHC: probing mass and width. Authors: E. E. Boos, S. V. Demidov, D. S. Gorbunov, Int.J.Mod.Phys. A26 (2011) 3201-3218  =30*1.000/3=10.0. 2. Soliton-antisoliton pair production in particle collisions, Authors: S.V.Demidov, D.G.Levkov, Phys.Rev.Lett. 107 (2011) 071601,  =30*7.622/2= 114.33 3. Soliton pair creation in classical wave scattering, Authors: S.V.Demidov, D.G.Levkov, JHEP 1106 (2011) 016,  =30*6.049/2 = 90.735 4. Positronium oscillation to Mirror World revisited, Authors: S.V.Demidov, D.S.Gorbunov, A.A.Tokareva, arXiv:1111.1072 [hep-ph], M;5:B@>==K9 ?@5?@8=B,  =4/3=1.33 5. Flavor violating processes with sgoldstino pax LVAL ir production . Authors: S.V.Demidov, D.S.Gorbunov, arXiv:1112.5230, M;5:B@>==K9 ?@5?@8=B,  =4/2=2. >:;04K: =5B @5?>4020=85: 1.!5<8=0@K ?> :C@AC >=D>@<=0O B5>@8O ?>;O 8 AB@C=K, D87D0: #, 5-6 :C@AK, 2 A5<5AB@0,  =8*2=16 2. C@A ;5:F89 8 A5<8=0@>2 ?> AC?5@A8<<5B@88, D87D0: #, 5 :C@A, 1 A5<5AB@,  =8*2=16 0 2011:  (2011) = 10.0+114.33+90.735+1.33+2+16+16 = 250.395 B>3>:   = 134.464 + 250.395 = 384.859LVALGNG$ !.. !818@O:>2,   70 2010  2011 33. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E AB0BLO <?0:B-D0:B>@ >;8G5AB2> 02B>@>2   D. Blas, O. Pujolas, S. Sibiryakov, "Consistent extension of Horava gravity," Phys.Rev.Lett.104, 181302 (2010) 7.622 3 30*7.622/3=76.22 D. Blas, O. Pujolas, S. Sibiryakov, "Comment on `Strong coupling in extended Horava-Lifshitz gravity'," Phys.Lett. B688, 350-355 (2010) 5.255 3 30*5.255/3=52.55 D. Blas, O. Pujolas and S. Sibiryakov, "Models of non-relativistic quantum gravity: The Good, the bad and the healthy," JHEP 1104, 018 (2011) 6.049 3 30*6.049/3=60.49 F. Bezrukov, A. Magnin, M. Shaposhnikov and S. Sibiryakov, "Higgs inflation: consistency and generalisations," JHEP 1101, 016 (2011) 6.049 4 30*6.049/4=45.37 D. Blas, S. Sibiryakov, "Technically natural dark energy from Lorentz breaking," JCAP 1107, 026 (2011) 6.497 2 30*6.497/2=97.46 -;5:B@>==K5 ?@5?@8=BK ?@5?@8=B :>;8G5AB2> 02B>@>2   O. Pujolas and S. Sibiryakov, "Supersymmetric Aether," arXiv:1109.4495 [hep-th]. 2 4/2=2 G.F. Giudice, S. Sibiryakov and A. Strumia, "Interpreting OPERA results on superluminal neutrino," arXiv:1109.5682 [hep-ph]. 3 4/3=1.33 D. Blas and S. Sibiryakov, "Horava gravity versus thermodynamics: The Black hole case," arXiv:1110.2195 [hep-th]. 2 4/2=2 >:;04K =0 :>=D5@5=F8OE =0720=85 :>=D5@5=F88 B8? :>=D5@5=F88 B8? 4>:;040   "Hot Topics in Modern Cosmology", 10 - 15 <0O 2010, 0@657, $@0=F8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "Planck 2010", 30 <0O - 3 8N=O 2010, & , (259F0@8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "20@:8 2010", 6 -12 8N=O, >;><=0, >AA8O @>AA89A:0O (?) ?@83;0H5==K9 4>:;04 20 "15th Peyresq Meeting", 19 - 25 8N=O 2010, 59@5A:, $@0=F8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "Planck 2011", 30 <0O - 3 8N=O 2011, 8AA01>=, >@BC30;8O <564C=0@>4=. CAB=K9 4>:;04 6 "Particle Physics and Cosmology", 14 - 18 8N=O 2011, 5=520, (259F0@8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "Micro and macro structure of spacetime", 18 - 24 8N=O 2011, 59@5A:, $@0=F8O  LVAL <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "Workshop on Infrared Modifications of Gravity", 26 - 30 A5=BO1@O 2011, "@85AB, B0;8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "Dual year Russia - Spain: Particle Physics, Nuclear Physics and Astroparticle Physics", 8 - 11 =>O1@O 2011, 0@A5;>=0, A?0=8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0", 13 - 16 45:01@O 2011, >A:20, >AA8O @>AA89A:0O CAB=K9 4>:;04 4 5403>38G5A:0O 45OB5;L=>ABL 07@01>B0= ;5:F8>==K9 :C@A "-;5<5=BK :>=D>@<=>9 B5>@88 ?>;O 8 B5>@88 AB@C=" 4;O ABC45=B>2 5-6 :C@A>2 #, 2 A5<5AB@0, 2011 3. 30*2=60 C:>2>4AB2> 48?;><=>9 @01>BK .. 54=8:0, 2011 3. 10 B>3>  : 647.42LVALGNG& 810=>2 0:A8< 0;5=B8=>28G @>4. 09.04.1971, A=A "$,   70 2010-201133 C1;8:0F88: 1) J.M. Frere, M. Libanov and F. S. Ling, ``See-saw neutrino masses and large mixing angles in the vortex background on a sphere,'' JHEP 1009 (2010) 081   = 6.049*30/3=60.49 2) M. Libanov and V. Rubakov, ``Cosmological density perturbations from conformal scalar field: infrared properties and statistical anisotropy,'' JCAP 1011 (2010) 045   = 6.497*30/2=97.46 3) M. Libanov, S. Mironov, and V. Rubakov, ``Non-Gaussianity of scalar perturbations generated by conformal mechanisms'', Phys. Rev. D 84, 083502 (2011)   = 4.964*30/3=49.64 4) M.Libanov, S.Ramazanov, V.Rubakov, ``Scalar perturbations in conformal rolling scenario with intermediate stage,'' JCAP {\bf 1106 } 010 (2011).   = 6.497*30/2=64.97 5) M. Libanov, S. Mironov, and V. Rubakov ``Properties of Scalar Perturbations Generated by Conformal Scalar Field'', Prog. Theor. Phys. Suppl. 190, 120 (2011)   = 1.017*30/3=10.17 -;5:B@>==K5 ?@5?@8=BK: 6) J.M. Frere, M. Libanov and F. S. Ling, ``See-saw neutrino masses and large mixing angles in the vortex background on a sphere,'' a) arXiv:1006.5196 [hep-ph] b) ULB-TH-10-20 c) INR-TH-2010-37   = (4*3)/3=4 7) M. Libanov and V. Rubakov, ``Cosmological density perturbations from conformal scalar field: infrared properties and statistical anisotropy,'' a) arXiv:1007.4949 [hep-th] b) INR-TH-2010-46   = (4*2)/2=4 8) M. Libanov, S. Mironov, V. Rubakov, ``Properties of scalar perturbations generated by conformal scalar field,'' a) arXiv:1012.5737 [hep-th] b) INR-TH-2010-81   = (4*2)/3=2.67 9) M.Libanov, S.Ramazanov, V.Rubakov, ``Scalar perturbations in conformal rolling scenario with intermediate stage,'' a) arXiv:1102.1390 [hep-th] b) INR-TH-2011-01 c) ULB-TH/11-04   = (4*3)/3=4 10) M.Libanov and F.-S.Ling, ``Flavour puzzle or Why neutrinos are different?,''LVAL' a) arXiv:1105.6035 [hep-ph].   = (4*1)/2=2 11) M. Libanov, S. Mironov, and V. Rubakov, ``Non-Gaussianity of scalar perturbations generated by conformal mechanisms'', a) arXiv:1105.6230 [astro-ph.CO] b) INR-TH-2011-10   = (4*2)/3=2.67 12) M.~Libanov and V.~Rubakov, ``Dynamical vs spectator models of (pseudo-)conformal Universe,'' a) arXiv:1107.1036 [hep-th] b) INR-TH-2011-14   = (4*2)/2=4 >=D5@5=F88 1) ?C1;8:>20==K9 4>:;04 QUARKS-2010, 16th International Seminar on High Energy Physics Kolomna, Russia, 6-12 June, 2010. 4>:;04 M. Libanov and V. Rubakov, ``Cosmological density perturbations from conformal scalar field,''   = (4*1.5)/2=3 2) ?C1;8:>20==K9 ?@83;0H5==K9 4>:;04 ``Gravity and Cosmology (GC2010)'' Kyoto, Japan, May,24 to July,16, 2010. M. Libanov, S. Mironov, V. Rubakov, ``Properties of scalar perturbations generated by conformal scalar field,''   = (30*1.5)/3=15 3) ?C1;8:>20==K9 ?@83;0H5==K9 4>:;04 XVLI 564C=0@>4=0O >@8>=A:0O :>=D5@5=F8O "-;5:B@>A;01K5 2708<>459AB28O 8 548=K5 B5>@88", 13-21 <0@B0 2011 M.Libanov ``Why neutrinos are different?''   = (30*1.5)=45 4) >:;04 The XXth International Workshop ``High Energy Physics and Quantum Field Theory'', September 24 - October 1, 2011 Sochi, Russia M.Libanov ``Flavour puzzle or Why neutrinos are different?''   = 4 5) >:;04 Dual year Russia-Spain "Particle Physics, Nuclear Physics and Astroparticle Physics" Barcelona, Nov 8-11, 2011, ?;5=0@=K9 4>:;04 ``Flavour puzzle or Why neutrinos are different?''   = 6 C:>2>4AB2> 48?;><=8:>< . 5<:>2 2010 - 10:0;02@ . "8<8@OA>2 2010 - 10:0;02@ . 5<:>2 2011 - <038AB@ . "8<8@OA>2 2011 - <038AB@  =2*2*10=40 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL :C@A0 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2010-11)  =2(3>40)*3(A5<5AB@0)*8 = 48 !5<8=0@K ?> :20=B>2>9 B5>@88 ?>;O 4;O LVAL ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>4 (2010-11)  =2(3>40)*3(A5<5AB@0)*8 = 48 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 3-4 :C@A0 D878G5A:>3> D-B0 #. @>4>;68B5;L=>ABL :C@A0 1 3>4. 0 1 3>40 (2010-2011)  =2(3>40)*2(A5<5AB@0)*8 = 32 ----------------------------------------------------------------   (AC<<0): 547.07 >2KH0NI89 :>MDD8F85=B 70 70I8BC 4>:B>@A:>9 48AA5@B0F88 2 2008 3. @025= 1.5. B>3>  : 1.5*547.07 = 820.6LVAL0=8= ;5:A0=4@ @83>@L528G @>4. 13.09.1984, <.=.A "$,   70 2010-2011 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2010 3>4: C1;8:0F88: 1. D. S. Gorbunov, A. G. Panin,  Scalaron the mighty: producing dark matter and baryon asymmetry at reheating , e-print: 1009.2448   = 4/2 = 2 !5<8=0@A:85 70=OB8O: 1. !>2<5I5==K9 A5<8=0@ ?> :>A<>;>388 8 :;0AA8G5A:8< :0;81@>2>G=K< ?>;O<: # 3-9 :C@A, 2 A5<5AB@0:   = 2*8 = 16 C@AK ;5:F89: 1. 07@01>B:0 =>2>3> :C@A0 ;5:F89  5D>@<0;L=>5 22545=85 2 :20=B>2CN B5>@8N . $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8 ?@8 $ (4;O ABC45=B>2 2-3> :C@A0), 1 A5<5AB@:   = 30 0 2010:  (2010) = 2+16+30 = 48 2011 3>4: C1;8:0F88: 1. D. S. Gorbunov, A. G. Panin,  Scalaron the mighty: producing dark matter and baryon asymmetry at reheating , Phys.Lett. B700 (2011) 157-162   = 30*5.255/2 = 78.825 C@AK ;5:F89: 1. 07@01>B:0 =>2>3> :C@A0 ;5:F89  5D>@<0;L=>5 22545=85 2 :20=B>2CN B5>@8N . $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8 ?@8 $ (4;O ABC45=B>2 2-3> :C@A0), 1 A5<5AB@. 2. >@01>B:0 :C@A0 ;5:F89  5D>@<0;L=>5 22545=85 2 :20=B>2CN B5>@8N . $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8 ?@8 $ (4;O ABC45=B>2 2-3> :C@A0), 1 A5<5AB@   = 30 + 8 = 38 >:;04K: 1. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88: 15th Lomonosov Conference on Elementary Particle Physics; Moscow, 18 - 24 August, 2011.  Dark Matter and Baryon asymmetry of the Universe from scalaron decay   = 6 0 2011:  (2011) = 78.825+38+6 = 122.825 >2KH0NI89 :>MDD8F85=B: 1.5 (2B>@>9 3>4 ?>A;5 70I8BK 48AA5@B0F88) B>3>:   = 1.5*(48 + 122.825) = 256.24LVALGNG* >@1C=>2 <8B@89 !5@35528G, @>4. 20.01.1975, A.=.A. "$,   70 2010-2011 33. @C??0: G8A;> F8B8@>20=89 1>;55 1000 1. C1;8:0F88  Constarints on the flux of primary cosmic-ray photons at energies E>10^18 eV from Yakutsk muon data , A. Glushkov, I. Makarov, M. Pravdin, I. Sleptsov, D. Gorbunov, G. Rubtsov, S. Troitsky, Phys. Rev. D82 (2010) 041101, e-Print: arXiv:0907.0374 [astro-ph.HE],  =30*4.964/7=21.274  The MiniBooNE anomaly, Ds-> mu nu and heavy sterile neutrino , Phys. Rev. D81 (2010) 075013, e-Print: arXiv:0907.4666 [hep-ph],  =30*4.964/2=74.46  Late and early time phenomenology of the Higgs-dependent cutoff , F. Bezrukov, D. Gorbunov, M. Shaposhnikov, JCAP 1110 (2011) 001, e-Print: arXiv:1106.5019 [hep-ph],  =(4+30*6.497)/3=66.303  Light Inflaton Hunter's Guide , F. Bezrukov, D. Gorbunov, JHEP 1005 (2010) 010, e-Print: arXiv:0912.0390 [hep-ph],  =30*6.049 /2=90.735  Scalaron the mighty: Is a quick mare in time everywhere? , D. Gorbunov, A. Panin, Phys. Lett. B700 (2011) 157, e-Print: arXiv:1009.2448 [hep-ph],  =(4+30*5.255 )/2=80.825  Invisible Higgs in weak bosons associative production with heavy quarks at LHC: probing mass and width , E. Boos, D. Gorbunov, S. Demidov, Int. J. Mod. Phys. A26 (2011) 3201,  =(4+30* 1.000)/3=11.333  Flavor violating processes with sgoldstino pair production , S. Demidov, D. Gorbunov, arXiv:1112.5230 [hep-ph],  =4/2=2  Distinguishing between R^2-inflation and Higgs-inflation , F. Bezrukov, D. Gorbunov, arXiv:1111.4397 [hep-ph],  =4/2=2  Positronium oscillations to Mirror World revisited , S. Demidov, D. Gorbunov, A. Tokareva, Phys. Rev. D, arXiv:1111.1072 [hep-ph],  =(4+30*4.964)/3=50.973  The 2010 Interim Report of the Long-Baseline Neutrino Experiment Collaboration Physics Working Groups , LBNE Collaboration, T. Akiri et al, arXiv:1110.6249 [hep-ex],  =4/10=0.4  =400.304 2. >:;04K =0 :>=D5@5=F8OE 8 H:>;0E 4 5:F88 ?> :>A<>;>388 =0 8->9 8<=59 H:>;5 ?>LVAL+ B5>@5B8G5A:>9 D878:5 From Nuclear Physics to Astrophysics and Cosmology, C1=0, /, DIAS-TH, O=20@L 31 --- D52@0;L 7, 2010,  =20 3 5:F88 ?> B5>@88 @0==59 A5;5==>9 =0 44->9 H:>;5 /$, >I8=>, $, 9-14 <0@B0 2010, (>?C1;8:>20=K 2 B@C40E),  =20*1.5=30 3 5:F88 ?> :>A<>;>388 =0 45->9 H:>;5 /$, >I8=>, $, 28 D52@0;O-5 <0@B0 2011, (>?C1;8:>20=K 2 B@C40E),  =20*1.5=30 3 5:F88 ?> :>A<>;>388 8 D878:5 =59B@8=> 4;O ABC45=B>2, 0A?8@0B=>2 8 =0CG=KE A>B@C4=8:>2 =AB8BCB0 "5>@5B8G5A:>9 $878:8 8<. >3>;N1>20, 852, 45:01@L 2010,  =30 2 5:F88 + 1 0=OB85 4;O CG8B5;59 2 @0<:0E >1@07>20B5;L=>9 ?@>3@0<<K CERN, 1-6 =>O1@O, 2010, CERN, 5=520, (259F0@8O,  =20 2 5:F88 + 1 0=OB85 4;O CG8B5;59 2 @0<:0E >1@07>20B5;L=>9 ?@>3@0<<K CERN, 31 >:BO1@O-5 =>O1@O, 2011, CERN, 5=520, (259F0@8O,  =20 1 5:F8O 4;O AB0@H5:;0AA=8:>2 5=8=3@04A:>9 >1;0AB8, 2845>:>=D5@5=F8O 2 45:01@O 2010,  =6 Xth International Conference on Gravitation, Astrophysics and Cosmology (ICGAC10), Rencontres de Vietnam, December 17-22, 2011, Quy-Nhon, Vietnam (?@83;0HQ==K9 4>:;04),  =30 19th International WorkShop "High Energy Physics and Quantum Field Theory", 8-15 September 2010, Golitsyno, Moscow, Russia, (>48= 87 B@QE A>02B>@>2 4>:;040, >?C1;8:>20==>3> 2 B@C40E),  =4*1.5/3=2 15th Lomonosov Conference on Elementary Particle Physics, 18-24 August, 2011 at the Moscow State University, Moscow, Russia, (1 ?@83;. 4>:;04),  =20 15th Lomonosov Conference on Elementary Particle Physics, 18-24 August, 2011 at the Moscow State University, Moscow, Russia, (>48= 87 42CE A>02B>@>2 4>:;040),  =4/2=2 564C=0@>4=0O :>=D5@5=F8O ><>=>A>2-2011, 11-12 0?@5;O 2011, #, >A:20,  =20 VI A5@>AA89A:89 $5AB820;L =0C:8, 7-9 >:BO1@O 2011, #, >A:20,  =20 15th Annual RDMS CMS Collaboration Conference , Alushta (Crimea), Ukraine, May 22-28, 2011,  =6 III International Workshop on Baryon & Lepton Number Violation (BLV2011), September 22-24, 2011, GatliLVAL, nburg, TN, USA (?@83;0HQ==K9 4>:;04),  = 30 Dual Year Russia-Spain, "Particle Physics, Nuclear Physics and Astroparticle Physics", November 811, 2011, Barcelona, Spain, (?@83;0HQ==K9 4>:;04),  =30 YKIS 2010, Long-term Workshop on "Gravity and Cosmology", GC2010, May 24 - July 17, YITP, Kyoto, Japan (1 ?@83;. >:;04),  =30 5 th Open Meeting of the Belle II Collaboration, KEK, Tsukuba, Japan, March 31-April 2, 2010, (1 ?@83;. 4>:;04),  =30 2011 European School on High-Energy Physics, September 7-20, 2011, Cheile Gradistei, Romania, (group leader),  =30 XVth International School Particle Physics and Cosmology, May 26- June 2, 2011, Troitsk, Russia, (>48= 87 B@QE A>02B>@>2 4>:;040)  =4/3=1.333 15th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, N=L 6-12, 2010, (4>:;04 A >4=8< A>02B>@><)  =4/2=2 A5@>AA89A:>5 A>25I0=85 ?> ?@5F878>==>9 D878:5 8 DC=40<5=B0;L=K< D878G5A:8< :>=AB0=B0< ($$11), 5-9 45:01@O 2011, /, C1=0, >AA8O, (?@83;0HQ==K9 4>:;04)  =20 4-5 '5@5=:>2A:85 GB5=8O, >2K5 <5B>4K 2 M:A?5@8<5=B0;L=>9 O45@>=>9 D878:5 8 D878:5 G0AB8F, 12 0?@5;O 2011, $, >A:20, (?@83;0HQ==K9 4>:;04)  =20 XXXVIII 564C=0@>4=0O (25=83>@>4A:0O) :>=D5@5=F8O ?> D878:5 ?;07<K 8 C?@02;O5<><C B5@<>O45@=><C A8=B57C, 14-18 D52@0;O 2011, 25=83>@>4, >AA8O, (?@83;0HQ==K9 4>:;04)  =20 XX International workshop High Energy Physics and Quantum Field Theory, September 24  October 1, 2011, Sochi, Russia,  =4 Scalars 2011, August 26-29, 2011, University of Warsaw, Poland,  =6  =479.333 3. C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (. %<5;L=8F:89, 0A?8@0=BC@0 # A D52@0;O 2008),  =2*30/2=30 C:>2>4AB2> 48?;><=8:>< (. ">:0@520, 2010-2011, ABC45=B:0 #) A>2<5AB=> A !.. 5<84>2K<,  =2*10/2=10 C:>2>4AB2> 48?;><=8:>< (. $8;8=>2, 2010, ABC45=B #) A>2<5AB=> A !.. "@>8F:8<,  =10/2=5 C:>2>4AB2> 48?;><=8:>< (!. %0=0=58=0, 2010-2011, ABC45=B:0 #)  =2*10=20 CLVAL:>2>4AB2> 48?;><=8:>< (. AB0?>2, 2010-2011, ABC45=B #)  =2*10=20 C:>2>4AB2> 48?;><=8:>< (. 20=>20, 2010, ABC45=B:0 #)  =10 C:>2>4AB2> 48?;><=8:>< (. >@>B552, 2010, ABC45=B $")  =10 C:>2>4AB2> 48?;><=8:>< (. 0=>H8=, 2010, ABC45=B $")  =10 C:>2>4AB2> 48?;><=8:>< (. !02>ABLO=>2, 2011, ABC45=B #)  =10 C:>2>4AB2> 48?;><=8:>< (. @84G8=0, 2011, ABC45=B:0 #)  =10 C:>2>4AB2> 48?;><=8:>< (. >H0@52, 2011, ABC45=B #),  =10 C:>2>4AB2> 48?;><=8:>< (. Q3B52, 2011, ABC45=B #),  =10  =155 4. >@01>B:0 :C@A0 @>1;5<K D878:8 G0AB8F 8 :>A<>;>388 4;O ABC45=B>2 5-3> :C@A0 :0D54@K DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388 D0:C;LB5B0 ?@>1;5< D878:8 8 M=5@35B8:8 $". 5A=0->A5=L 2010, 2011,  =8*4=32 740=85 :=838 Introduction to the Theory of the Early Universe: The Hot Big Bang Theory (Dmitry S. Gorbunov, Valery A. Rubakov), World Scientific Publishing Company, 2011, ISBN 978981- 4322-24-9, 5G.;.=550pp/16=32.5,  =2*34.375/2=34.375 740=85 :=838 Introduction to the Theory of the Early Universe: Cosmological perturbations and Inflationary Theory(Dmitry S. Gorbunov, Valery A. Rubakov), World Scientific Publishing Company, 2011, ISBN 978-981-4322-22-5, 5G.;.=520pp/16=32.5,  =2*32.5/2=32.5 740=85 :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. >A<>;>38G5A:85 2>7<CI5=8O. =D;OF8>==0O B5>@8O (.!. >@1C=>2, .. C10:>2), >A:20 2010,  !, ISBN 978-5396-00046-9, 5G.;. 34.2, B@5BL ?5@5@01>B0=0,  =2*34.2/2/3=11.4  =110.275 5. B>3>,  =1144.910 6. 065 5A;8 8A:;NG8BL ! :>;;01>@0F8>==K5 AB0BL8 (CMS, 8 B. .), B> G8A;> F8B8@>20=89 1>;55 1000 ?> 40==K< SLAC 8 ?> 40==K< WebOfSciences, @>AA898A:89 20@80=B =0 http://www.expertcorps.ru/science/whoiswho 25 45:01@O 2011 3>40 .!. >@1C=>2LVALGNG. C1F>2 @83>@89 3>@528G @>4. 31.07.1981, =A "$,   70 2010-2011 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2010 3>4 C1;8:0F88: 1. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, Sergey V. Troitsky, Constraints on the flux of primary cosmic-ray photons at energies E > 10^18 eV from Yakutsk muon data, Phys.Rev.D82:041101,2010.,  =5.050*30/7=21.64 2. A. L. Burin, S. L. Tesar, V. M. Kasyanenko, I. V. Rubtsov, G. I. Rubtsov, Semiclassical Model for Vibrational Dynamics in Polyatomic Molecules: Investigation of Internal Vibrational Relaxation, J. Phys. Chem. C, 2010, 114 (48), pp 20510-20517.  =4.224*30/5=23.34 >:;04K: 1. G.I.Rubtsov, Search for ultra-high energy photons using Telescope Array surface detector, 4>:;04 =0 @01>G5< A>25I0=88 O?>=A:>3> D878G5A:>3> >1I5AB20 (21-23 <0@B0 2010, :0O<0, /?>=8O).   = 6.0 2. G.I.Rubtsov, Search for ultra-high energy photons by Telescope Array experiment, <564C=0@>4=K9 A8<?>78C< ?> ?>A;54=8< @57C;LB0B0< 2 >1;0AB8 :>A<8G5A:8E ;CG59 A25@E2KA>:8E M=5@389 (10-12 45:01@O 2010, 03>O, /?>=8O).   = 6.0 3. G.I.Rubtsov, Ultra-high energy photon flux limit using Telescope Array surface detector data, 20@:8-2010 (>;><=0 6-12 8N=O 2010).  = 4.0 4. .. C1F>2, >8A: D>B>=>2 A25@E2KA>:8E M=5@389 2 M:A?5@8<5=B5 Telescope Array, 31-0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 5-9 8N;O 2010).  =4.0 >:;04K 1-4 A45;0=K >B 8<5=8 :>;;01>@0F88 Telescope Array, => D0:B>@ 1/10 =5 CGB5=, B0: :0: 4@C385 G;5=K :>;;01>@0F88 B0:65 A45;0;8 4>:;04K 8 >1I55 G8A;> 4>:;04>2 =0 :>=D5@5=F8OE ?@52KH05B C:070==>5 1>;55 G5< 2 10 @07. ! F5;LN 871560BL >3@><=>3> ?5@5G8A;5=8O ?@82545=K B>;L:> 4>:;04K, A45;0==K5 ;8G=>. 5. The highest energy cosmic rays: observations and search for new physics, ?@83;0H5==K9 4>:;04, QFTHEP'10 (>;8FK=>, 8-15 A5=BO1@O 2010).  =20 @5?>4020=85: C:>2>4AB2> 48?;><=8:>< (!0BC=8= .!.),  =10.0/4 = 2.5 0 2010:  (2010) = 21.64+25.34+6.0+6.0+4.0+4.0+20.0+2.5 = 89.48 2011 3>4 C1;8:0F8LVAL/ 8: 1. G.I. Rubtsov, M.S. Pshirkov and P. G. Tinyakov, GRB observations by Fermi LAT revisited: new candidates found, MNRAS Letters, published online, DOI: 10.1111/j.1745-3933.2011.01197.x.  =4.888*30/3 = 48.88 2. V.M. Kasyanenko, S.L. Tesar, G.I. Rubtsov, A.L. Burin, and I.V. Rubtsov, Structure Dependent Energy Transport: Relaxation-Assisted 2DIR Measurements and Theoretical Studies, J. Phys. Chem. B, 2011, 115 (38), pp 11063 11073.   = 3.603*30/5 = 21.62 3. .. C1F>2, !.. "@>8F:89, 0:85 M;5<5=B0@=K5 G0AB8FK - A0<K5 M=5@38G=K5 2 <8@5?, @8@>40 6, 2011, 11-17.  =8/2 = 4 >:;04K: 1. G.I.Rubtsov, 57C;LB0BK M:A?5@8<5=B0 Telescope Array, 01>G55 A>25I0=85 "@C?=><0AHB01=K5 M:A?5@8<5=BK, @538AB@8@CNI85 :>A<8G5A:85 ;CG8 2> 2B>@>< 45AOB8;5B88 21 25:0" (16-18 <0O 2011, >A:20, >AA8O).   = 4.0 2. G.I.Rubtsov, Search for UHE photons and neutrinos using Telescope Array surface detector, 32nd International Cosmic Ray Conference (11-18 023CAB0 2011, 5:8=, 8B09.  =6.0 3. G.I.Rubtsov, M.S. Pshirkov and P. G. Tinyakov, GRB observation by Fermi LAT revisited, 32nd International Cosmic Ray Conference (11-18 023CAB0 2011, 5:8=, 8B09.  =6.0/3 = 2.0 4. G.I.Rubstov, O.E.Kalashev, P.S.Satunin, S.M.Sibiryakov, Lorentz-invariance violation and the highest energy cosmic rays (8-11 =>O1@O 2011, 0@A5;>=0, A?0=8O),  =6.0/4 = 1.5 5. G.I.Rubtsov, Physics of the highest energy cosmic rays, Astroparticle physics Workshop on Russian-German Perspectives (8-9 45:01@O 2011, C1=0, >AA8O),  =4.0 >:;04K 1-2 A45;0=K >B 8<5=8 :>;;01>@0F88 Telescope Array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ugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", 8AL<0 2 -"$, B. 91, 2K?. 1, A. 3-7 (2010). 1,557* 60/2 46,71 5B:>2 ..,C3052 -.., ;8<09 .., =4@552 .., >;G5=:> .., >;G5=:> .., 70?0@>20 .., 60??C52 .., 0?>=5=:> .., C;852 .(., ;8<5=:> .$., C46052 .#., !5@3552 .., %05@48=>2 .!., '5@=O52 .., /=8= .. - "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, ">< 137, K?. 3, c. 460-472 (2010). 0,946 *60/10 5,68 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", Phys. Rev. D 81, 023517 (2010). 4,964* 30/2 74,46 E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", J.Phys.G 37: 055004 (2010). 1,770* 30/2 26,55 E. Bugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", Phys. Rev. D 83, 023516 (2011). 4,964* 30/2 74,46 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", Phys. Rev. D 83, 083521 (2011). 4,964* 30/2 74,46 E. Bugaev, P. Klimai - "Curvature perturbation spectra from waterfall transition, black hole constraints and non-Gaussianity", JCAP (2011). 6,497* 30/2 97,46 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar, published in Proceedings, Vol.1, p.329-343, Moscow, INR RAS, 2010. 0.5*6,0/2 1,50 E. Bugaev, P. Klimai - "Enhancement of density perturbations near horizon crossing in braneworld cosmology", talk at QUARKS-2010 international seminar, publishe>LVALNd in Proceedings, Vol. 1, pp. 402-420 (2010). 1.5*6,0/2 4,50 #AB=K5 4>:;04K =0 @>AA89A:8E :>=D5@5=F8OE @5?@8=BK E. Bugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", arXiv:1012.1199 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", arXiv:1012.4697 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Curvature perturbation spectra from waterfall transition, black hole constraints and non-Gaussianity", arXiv:1107.3754 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Formation of primordial black holes from non-Gaussian perturbations produced in waterfall transition", arXiv:1112.5601v1 [astro-ph.CO]. 4,0/2 2,00 B>3> 0 2010 3>4, 157 CG5B0 :>MDD8F85=B>2 163,40 0 2011 3>4, 157 CG5B0 :>MDD8F85=B>2 250,38 A53>, 157 CG5B0 :>MDD8F85=B>2 413,77 A53>, A CG5B>< ?>2KH0NI53> :>MDD8F85=B0 1.5 (70I8B0 48AA5@B0F88 22.04.2010) 620,66LVAL82>20@>2 ;5:A59 =0B>;L528G, 1957, 4.D-<.=., 2=A A.A.Pivovarov,   (PRND) 70 2011 3. Papers: 1) A.A.Pivovarov "B^0 - \bar B^0 at NLO of 1/m_b expansion". Teor Math Phys, "$ (2011) - impact factor: 0.748*60=45 2) T. Mannel, B.D. Pecjak, A.A. Pivovarov Sum rule estimate of the subleading non-perturbative contributions to B/s anti-B/s mixing. Eur.Phys.J. C71 (2011) 1607 --- impact factor: 3.248*30/3=32.5 3) S. Groote, J.G. Korner, A.A. Pivovarov Calculating loops without loop calculations: NLO computation of pentaquark correlators. e-Print: arXiv:1107.0615 [hep-ph] --- 4 Talks: 1) Loops in Quantum Field Theory, Feb 14-15, 2011, Karlsruhe Uni A. Pivovarov, Multifaceted factorization: case of neutral meson mixing Invited talk - 30 2) Helmholtz Alliance Physics at the Terascale, Dec 7-9, 2011, Bonn University A. Pivovarov, Charm loop effects in decays B\to Kll Invited talk - 30 Total PRND=30+30+4+32.5+45=141.5 A53>   = 141.5rLVAL-D5=4852 0A8< OG5A;02>28G, @>4. 04.03.19783., :.D.-<.=., <.=.A.  / ,   70 2010-2011 33. C1;8:0F88: =5B >:;04K: 1. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,4 1  = 0,4 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 0,41) 8@?8G=8:>2 <8B@89 8:B>@>28G, 25.07.1986, 0A?8@0=B, AB065@- 8AA;54>20B5;L 0,5 AB02:8. ) !B0BLO 2 70@C156=>< 6C@=0;5, D.I. Astakhov, D.V. Kirpichnikov,  Vector bosons escaping from the brane: e+e- -->gamma+nothing , Physical Review D 83, 104031 (2011), ImpactFactor = 4.964, 0;; = 4.964 * 30 / 2 =74.46. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88:  15th Annual RDMS CMS Collaboration Conference Alushta (Crimea), Ukraine May 22-28, 2011 http://rdms2011.kipt.kharkov.ua/rdmses/agenda. "5<0 4>:;040  Vector bosons escaping from the brane: e+e- -->gamma+nothing . 0;; = 6. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  LHC on the March, Russia, Protvino, 16-18 November 2011, https://indico.cern.ch/confRegistrantsDisplay.py/list?confId=142227. "5<0 4>:;040 'Vector boson escaping from the brane' . 0;; = 6. ) 07@01>B:0 A5<8=0@>2 ?> "5>@88 @C?? C ABC45=B>2 3-4 :C@A0 (6-7 A5<5AB@K, 64 G0A0) $878G5A:>3> $0:C;LB5B0 # 8<5=8 ><>=>A>20, :0D54@0 $878:8 '0AB8F 8 >A<>;>388. http://ppc.inr.ac.ru/group_isaev.php. 0;; = 8 + 8 =16 70 2 A5<5AB@0. ) >2KH0NI89 :>MDD8F85=B 4;O 0A?8@0=B>2 = 1.5 B>3>2K9 0;; =1.5* (74.46 + 6 + 6 +8+8)= 153.69LVALGNG5 ;8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :.D.-<.=., A=A  / ,   70 2010-2011 33. >:;04K 2010. 1) Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7. D.D.Dzhappuev, J.V.Balabin, B.B.Gvozdevskij, N.F.Klimenko, A.U.Kudzhaev, A.M.Kuchmezov, O.I.Mikhailova, V.B.Petkov and E.V.Vashenjuk. >:;04 =0 22 2@>?59A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<,"C@:C, 3-6 23CAB 2010 3. 6/9= 0,7 1. 2) Developments in shower reconstruction and composition analysis for CARPET-3 EAS array. J.Sarkomo, V. Petkov, T.Raiha, D. Dzhappuev, N. Klimenko, A. Kudzhaev, >:;04 =0 22 2@>?59A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<,"C@:C, 3-6 23CAB 2010 3. 6 /6= 1.0 1. 3) .. 60??C52, .$. ;8<5=:>, .#. C46052, .!.8420=A:89, .. 5B:>2, ". 09E0, .. !0@:0<>. $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8. "@C4K 31-O , >A:20, #, 2010 ( / EAS _6. 4/7= 0.57 1. 4) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052,.. CG<57>2, .. 8E09;>20, .. 5B:>2, A4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne =10^5  10^7. "@C4K 31-O , >A:20, #, 2010 ( / EAS _21. 4/9= 0.44 1.  = 2,7 1 C1;8:0F88 2010 1) .. 60??C52, .$. ;8<5=:>, .#. C46052, .!.8420=A:89, .. 5B:>2, ". 09E0, .. !0@:0<> $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8."@C4K 31-O , >A:20, #, 2010 ( / EAS _6. 8/7=1.1 2). .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. A4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne =10^5  10^7."@C4K 31-O , >A:20, #, 2010 ( / EAS _21. 8/9=0.9 3). .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. 60??LVALC52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, .. !5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.871"60/10 = 5.23  = 7,3 1 >:;04K: 2011 1.Study of the PCR s knee by the method of EAS particles central density. D.D. Dzhappuev, A.U. Kudzhaev, N.F. Klimenko, A.S. Lidvansky, O.I. Mikhailova , V.B. Petkov, V.I. Stepanov, >:;04 # icrc0813 =0 32 ICRC, 5:8=, 2011. 6/7= 0,9 1. C1;8:0F88 : 1. Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7. D.D.Dzhappuev, J.V.Balabin, B.B.Gvozdevskii, N.F.Klimenko, A.U.Kudzhaev, A.M.Kuchmezov, O.I.Mikhailova, V.B.Petkov and E.V.Vashenjuk. Astrophysics Space Science Transactions,7, p.365-367,2011. 9/8=1.1 2.Developments in shower reconstruction and composition analysis for CARPET-3 EAS array, J. Sarkomo, V. Petkov, T.Raiha, D. Dzhappuev, N. Klimenko, A. Kudzhaev, Astrophysics Space Science Transactions,7, p.307-310,2011. 9/6=1.5 3. Lateral distribution function of charged particles in EAS near axis. D.D.Dzhappuev, A.U. Kudzhaev, N.F. Klimenko, A.S. Lidvansky, V.B. Petkov ,T. Raicha and J.Sarkamo. Bulletin of Russian Academy of Sciences, Physics, 2011, Vol.75, N0 3,pp. 357-359. 6/6=1.0 4.Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7. D.D.Dzhappuev, Yu.V.Balabin, B.B.Gvozdevskij, N.F.Klimenko, A.U.Kudzhaev, A.M.Kuchmezov, O.I.Mikhailova, V.B.Petkov and E.V.Vashenjuk. Bulletin of Russian Academy of Sciences, Physics, 2011, Vol.75, N0 3, pp. 360-363. 6/9=0.7  = 5,2 1 ": 2.5+7.3+5.2 = 15.2 1LVALGNG7 C7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503., 4.D.-<.=., 702.  / ,   70 2010-2011 33. C1;8:0F88: 1. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. Yu.M. Gavrilyuk, A.V. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich.  Results of wavelet processing of the 2K-capture 78Kr experimental statistics . arXiv:1006.5133v1 [nucl-ex] 26 Jan 2010. 4 / 6 = 0,7 1 3. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 4. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn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nS(Ag)+6LiF] 2 @07;8G=KE CA;>28OE 87<5@5=89. >A:20, @5?@8=B /  1303/2011, >:BO1@L 2011 3., 8 AB@. 4 / 3 = 1,3 1 8. . .0@010=>2, ..57@C:>2, ..0A8;L52, ...02@8;N:, ..C7L<8=>2, !../:8<5=:>. ?@545;5=85 A>45@60=8O -0:B82=KE 87>B>?>2 2 >1@07F5 C3;O. >A:20, @5?@8=B /  1304/2011, >:BO1@L 2011 3., 8 AB@. 4 / 6 = 0,7 1 9. .. 14C@0H8B>2, ... 02@8;N:, .. 02@8=, .. >@10GQ2, .. 070;>2, .. 0;8E>2, .. C7L<8=>2, ... 0;KH:8=, .. (8E8=, !.. /:8<5=:>. 0480F8>==K9 D>= :@8AB0;;>2 LiF. >A:20, @5?@8=B /  1296/2011, 023CAB 2011 3., 12 AB@. 4 / 10 = 0,4 1 10. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 11. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 12. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpLVAL9 ha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 12,4 1 >:;04K: 1. F.F.Karpeshin, M.B.Trzhaskovskaya and V.V.Kuzminov. FLUORESCENCE INDUCED BY DOUBLE ELECTRON K CAPTURE. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 99. 4/3 = 1,3 1 2. ...02@8;N:, ..0=30?H52, ..070;>2, ..C7L<8=>2, ../:8<5=:>. ?@545;5=85 A>45@60=8O Rn-222 2 2>74CE5 <5B>4>< 30<<0-A?5:B@>A:>?88 0:B82=>AB8 @02=>25A=>3> 4>G5@=>3> Bi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u.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 5. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov,LVAL: S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 6. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 7. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 8. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,4 1 9. V.V. Kuzminov  The Baksan physics program . The talk at the the Dubna Workshop "Astroparticle Physics - Russian German Perspectives". Dubna, 8-9 December 2011 yr, Russia. LVAL; 6 1  = 12,0 1 C:>2>4AB2> 48?;><=8:><: 0:0;02@A:85 48AA5@B0F88 (#) 2010 3. 1. 0@40=>2 070= E<54>28G. @5<5==>9 0=0;87. !E5<0 A>2?045=89 (0=B8A>2?045=89) 2 =87:>D>=>2KE M:A?5@8<5=B0E 0CG=K9 @C:>2>48B5;L :.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 2011 3. 1. !0<CA52 ;048<8@ 0A8;L528G. 7CG5=85 CA;>289 4>AB865=8O <0:A8<0;L=> 2>7<>6=>3> A25B>A1>@0 >B AF8=B8;;OF8>==KE :@8AB0;;>2 B8?0 !0>4 0CG=K9 @C:>2>48B5;L 4.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 038AB5@A:85 48AA5@B0F88 (#) 2010 3. 1. >30BK@520 048=0 %0A8@>2=0. A=>2=K5 8AB>G=8:8 30<<0 D>=0 2 =87:>D>=>2>9 ;01>@0B>@88 . 0CG=K5 @C:>2>48B5;8: :.D.-<.=., 4>F5=B C7L<8=>2 ..; 4.D.-<.=., ?@>D. %>:>=>2 .%. 5 1 2. (0>2 %0A0= CE048=>28G. 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 A ?><>ILN 8<?C;LA=>9 :0<5@K A 8>==K< A>18@0=85< 0CG=K9 @C:>2>48B5;L :.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 2011 3. 1. C4052 ;8< CA;0=>28G. 7CG5=85 307>2K<8 8 AF8=B8;;OF8>==K<8 45B5:B>@0<8 >A>15==>AB59 ?>2545=8O ?>B>:>2 B5?;>2KE =59B@>=>2 >B ?@8@>4=KE 8AB>G=8:>2. 0CG=K9 @C:>2>48B5;L 4.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 2. 0<10G>:>2 ;8< 481>28G. 7CG5=85 2>7<>6=>AB59 <5B>40 45B5:B8@>20=8O @04>=0 ?> 30<<0-0:B82=>AB8 8AA;54C5<>3> 2>74CE0 0CG=K9 @C:>2>48BLVAL5;L 4.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1  = 55 1 B>3>: = 79,4 1LVALGNG= 0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :.D.-<.=., 702. ;01. $  / ,   70 2010-2011 33. C1;8:0F88: 1. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. Yu.M. Gavrilyuk, A.V. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich.  Results of wavelet processing of the 2K-capture 78Kr experimental statistics . arXiv:1006.5133v1 [nucl-ex] 26 Jan 2010. 4 / 6 = 0,7 1 3. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 4. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn  #% $+%  "  ! ),. #,!  &  +. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 579-583. 6E1.5 / 5 = 1,8 1 5. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,6 1 6. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressurLVAL> e copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 8. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 9,0 1 >:;04K: 1. ...02@8;N:, ..0=30?H52, ..070;>2, ..C7L<8=>2, ../:8<5=:>. ?@545;5=85 A>45@60=8O Rn-222 2 2>74CE5 <5B>4>< 30<<0-A?5:B@>A:>?88 0:B82=>AB8 @02=>25A=>3> 4>G5@=>3> Bi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u.M. Gavrilyuk, A.M. Gangapshev,LVAL? V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 5. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 6. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 7. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KELVAL AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,4 1 8. Gangapshev A.  Background of Ge detectors in LarGe after applying liquid Argon scintillation veto and pulse shape discrimination . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press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r // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. Yu.M. Gavrilyuk, A.V. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich.  Results of wavelet processing of the 2K-capture 78Kr experimental statistics . arXiv:1006.5133v1 [nucl-ex] 26 Jan 2010. 4 / 6 = 0,7 1 3. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 4. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn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nS(Ag)+6LiF] 2 @07;8G=KE CA;>28OE 87<5@5=89. >A:20, @5?@8=B /  1303/2011, >:BO1@L 2011 3., 8 AB@. 4 / 3 = 1,3 1 8. . .0@010=>2, ..57@C:>2, ..0A8;L52, ...02@8;N:, ..C7L<8=>2, !../:8<5=:>. ?@545;5=85 A>45@60=8O -0:B82=KE 87>B>?>2 2 >1@07F5 C3;O. >A:20, @5?@8=B /  1304/2011, >:BO1@L 2011 3., 8 AB@. 4 / 6 = 0,7 1 9. .. 14C@0H8B>2, ... 02@8;N:, .. 02@8=, .. >@10GQ2, .. 070;>2, .. 0;8E>2, .. C7L<8=>2, ... 0;KH:8=, .. (8E8=, !.. /:8<5=:>. 0480F8>==K9 D>= :@8AB0;;>2 LiF. >A:20, @5?@8=B /  1296/2011, 023CAB 2011 3., 12 AB@. 4 / 10 = 0,4 1 10. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 11. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 12. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stabilitLVALC y of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 12,4 1 >:;04K: 1. ...02@8;N:, ..0=30?H52, ..070;>2, ..C7L<8=>2, ../:8<5=:>. ?@545;5=85 A>45@60=8O Rn-222 2 2>74CE5 <5B>4>< 30<<0-A?5:B@>A:>?88 0:B82=>AB8 @02=>25A=>3> 4>G5@=>3> Bi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u.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in presLVALs/). 6 / 8 = 0,7 1 5. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 6. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 7. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,4 1  = 4,7 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 17,1 1LVALGNGE 070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., :.D.-<.=., 8=6.-8AA;54.  / ,   70 2010-2011 33. C1;8:0F88: 1. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. Yu.M. Gavrilyuk, A.V. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich.  Results of wavelet processing of the 2K-capture 78Kr experimental statistics . arXiv:1006.5133v1 [nucl-ex] 26 Jan 2010. 4 / 6 = 0,7 1 3. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 4. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,6 1 5. .. 14C@0H8B>2, ... 02@8;N:, .. 02@8=, .. >@10GQ2, .. 070;>2, .. 0;8E>2, .. C7L<8=>2, ... 0;KH:8=, .. (8E8=, !.. /:8<5=:>. 0480F8>==K9 D>= :@8AB0;;>2 LiF. >A:20, @5?@8=B /  1296/2011, 023CAB 2011 3., 12 AB@. 4 / 10 = 0,4 1 6. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper pLVALF roportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 8. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 7,6 1 >:;04K: 1. ...02@8;N:, ..0=30?H52, ..070;>2, ..C7L<8=>2, ../:8<5=:>. ?@545;5=85 A>45@60=8O Rn-222 2 2>74CE5 <5B>4>< 30<<0-A?5:B@>A:>?88 0:B82=>AB8 @02=>25A=>3> 4>G5@=>3> Bi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u.M. Gavrilyuk, A.M. Gangapshev, V.V. KazaloLVALG v, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 5. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 6. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 7. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2.Z LVALj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r // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. Yu.M. Gavrilyuk, A.V. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich.  Results of wavelet processing of the 2K-capture 78Kr experimental statistics . arXiv:1006.5133v1 [nucl-ex] 26 Jan 2010. 4 / 6 = 0,7 1 3. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 4. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn  #% $+%  "  ! ),. #,!  &  +. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 579-583. 6E1.5 / 5 = 1,8 1 5. ..;5:A55=:>, ...02@8;N:, ..C7L<8=>2, !.!. 0B:528G. 57C;LB0BK 87<5@5=89 35;852K< ?@>?>@F8>=0;L=K< AGQBG8:>< !-04 =59B@>==>3> D>=0 =0 >1J5:B0E  / . >A:20, @5?@8=B /  1302/2011, >:BO1@L 2011 3., 14 AB@. 4 / 4 = 1,0 1 6. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of LVALJ 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 8. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 9,4 1 >:;04K: 1. .. "5:C520 (>B 8<5=8 :>;;5:B820 02@8;N: ..., 0=30?H52 .., 070;>2 ., C7L<8=>2 .., 0=0A5=:> !.., 0B:528G !.!., "5:C520 .., /:8<5=:> !..). -:A?5@8<5=B ?> ?>8A:C 42>9=>3> -70E20B0 =0 %5-124 >:;04 =0 11-9 0:A0=A:>9 <>;>4Q6=>9 H:>;5 M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ - 2010, @8M;L1@CAL5, 010@48=>-0;:0@8O, 17-23 >:BO1@O 2010 3. "578AK ;5:F89 8 4>:;04>2, AB@. 43. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, TLVALd V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 5. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 6. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr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r // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. Yu.M. Gavrilyuk, A.V. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich.  Results of wavelet processing of the 2K-capture 78Kr experimental statistics . arXiv:1006.5133v1 [nucl-ex] 26 Jan 2010. 4 / 6 = 0,7 1 3. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 4. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn  #% $+%  "  ! ),. #,!  &  +. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 579-583. 6E1.5 / 5 = 1,8 1 5. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,6 1 6. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in LVALM Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 8. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 9,0 1 >:;04K: 1. .. "5:C520 (>B 8<5=8 :>;;5:B820 02@8;N: ..., 0=30?H52 .., 070;>2 ., C7L<8=>2 .., 0=0A5=:> !.., 0B:528G !.!., "5:C520 .., /:8<5=:> !..). -:A?5@8<5=B ?> ?>8A:C 42>9=>3> -70E20B0 =0 %5-124 >:;04 =0 11-9 0:A0=A:>9 <>;>4Q6=>9 H:>;5 M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ - 2010, @8M;L1@CAL5, 010@48=>-0;:0@8O, 17-23 >:BO1@O 2010 3. "578AK ;5:F89 8 4>:;04>2, AB@. 43. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. ZLVALhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 5. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 6. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr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r // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 3. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,6 1 4. . .0@010=>2, ..57@C:>2, ..0A8;L52, ...02@8;N:, ..C7L<8=>2, !../:8<5=:>. ?@545;5=85 A>45@60=8O -0:B82=KE 87>B>?>2 2 >1@07F5 C3;O. >A:20, @5?@8=B /  1304/2011, >:BO1@L 2011 3., 8 AB@. 4 / 6 = 0,7 1 5. .. 14C@0H8B>2, ... 02@8;N:, .. 02@8=, .. >@10GQ2, .. 070;>2, .. 0;8E>2, .. C7L<8=>2, ... 0;KH:8=, .. (8E8=, !.. /:8<5=:>. 0480F8>==K9 D>= :@8AB0;;>2 LiF. >A:20, @5?@8=B /  1296/2011, 023CAB 2011 3., 12 AB@. 4 / 10 = 0,4 1 6. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper propLVALP ortional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 8. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 7,6 1 >:;04K: 1. ...02@8;N:, ..0=30?H52, ..070;>2, ..C7L<8=>2, ../:8<5=:>. ?@545;5=85 A>45@60=8O Rn-222 2 2>74CE5 <5B>4>< 30<<0-A?5:B@>A:>?88 0:B82=>AB8 @02=>25A=>3> 4>G5@=>3> Bi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u.M. Gavrilyuk, A.M. Gangapshev, V.V. KazalovLVALQ , V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 5. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 6. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 7. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2.  LVAL >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,4 1  = 4,7 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 12,3 10'-RM H C > 9 4 /*|oUPKF=ף(A @?@ HHHH<?<DA @? GNGHHHH<?; WB @?/ GNGHHHH<?9k\ B @? GNGHHHH<?8kXCC @?>S GNGHHHH<?7 D @?/ GNGHHHH<?6 zB @?"@ HHHH<?5 lC @? & GNGHHHH<?33D @?C GNGHHHH<?2E  @?zP GNGHHHH<?1D @?/ GNGHHHH<?0DqDu @?d: GNG1>;LH5 1000]]HH</@L? @?@h HHHH<?. @?@h HHHH<?-  @?B@h HHHH<?,"L? @?@h HHHH<?+!eBq=B @? GNG@C:?PPHH<*AKB @?2 GNGHHHH<?) \A @? GNGHHHH<?(KB @?2| GNGHHHH<?'—aB @?>x GNGHHHH<?&aB @?d1t GNGHHHH<?%OA @?r GNGHHHH<?$Q)BB @?!o GNGHHHH<?#1{A @?m GNGHHHH<?"j)B @?7i GNGHHHH<?!V1A @?@h HHHH<? QRA @?@b HHHH<?d5&C#B @?"&e GNGHHHH<?w3sGC @?tc GNGHHHH<?ף@ @?f@b HHHH<?RA @?@_ HHHH<?? =B @?J` GNGHHHH<?%W@ @?@_ HHHH<? C @?N@\ HHHH<?#B@?d] GNGHHHH<?,B@?@\ HHHH<?)TB@?$Z GNGHHHH<?2C@? @Y HHHH<?A@?@X HHHH<?^2CfRC@? @W HHHH<? @@?U GNGHHHH<?> @@?@T HHHH<?A@? @S HHHH<?2 DA@?2N GNGHHHH<?LVALHC:>2 40< C70@8D>28G, @>4. 28.05.19593., :.D.-<.=., A.=.A.  / ,   70 2010-2011 33. C1;8:0F88: 1. HC:>2 .. !F8=B8;;OB>@K =0 >A=>25 LiF 0:B828@>20==>3> >:8A;0<8 ?>;820;5=B=KE <5B0;;>2. >A:20, @5?@8=B /  & & /2011, <09 2011 3., 8 AB@. 4 1 C:>2>4AB2> 48?;><=8:><: 038AB5@A:85 48AA5@B0F88 2011 3. 1. 0=:C;>20 ;5=0 CA;0=>2=0. 038AB5@A:0O 48AA5@B0F8O. AA;54>20=85 =0 A>45@60=85 @>4>=0 8 B>@>=0 2 70:@KBKE ?><5I5=8OE. 0CG=K9 @C:>2>48B5;L A.=.A. HC:>2 .. 10 1 2. C;>20 N4<8;0 ;53>2=0. 038AB5@A:0O 48AA5@B0F8O . 7CG5=85 D>@< 8<?C;LA0 ?@>?>@F8>=0;L=>3> AG5BG8:0 A ?><>ILN &!-02(1000 USB)-2. 0CG=K9 @C:>2>48B5;L A.=.A. HC:>2 .. 10 1 3. 0=:C;>20 ;O=0 CA;0=>2=0. 038AB5@A:0O 48AA5@B0F8O. >7<>6=>AB8 2>74CH=>9 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K 4;O @5=B35=>2A:>3> 87;CG5=8O. 0CG=K5 @C:>2>48B5;8: A.=.A. HC:>2 .., <.=.A. #<5@>2 (.. 10 1/2 = 5 1 B>3>: 29 1. LVAL #<5@>2 (0<8;L ;L40@>28G, @>4. 6.10.1979 3., <.=.A.  /  A 10.07.20073.,   70 2010-2011 33. C1;8:0F88: =5B C:>2>4AB2> 48?;><=8:><: 038AB5@A:85 48AA5@B0F88 2011 3. 1. 0=:C;>20 ;O=0 CA;0=>2=0. 038AB5@A:0O 48AA5@B0F8O. >7<>6=>AB8 2>74CH=>9 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K 4;O @5=B35=>2A:>3> 87;CG5=8O. 0CG=K5 @C:>2>48B5;8: A.=.A. HC:>2 .., <.=.A. #<5@>2 (.. 10 1/2 = 5 1 B>3>: 5 1.LVALGNGV 0=BC4C520 ("5:C520) 60<8;O =C0@>2=0, @>48;0AL 1 8N;O 19823., 1/2 AB02:8 AB065@-8AA;54>20B5;L  / , 0A?8@0=B >G=>9 0A?8@0=BC@K / ,   70 2010-2011 33. C1;8:0F88: 1. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 2. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1  = 1,0 1 >:;04K: 1. .. "5:C520 (>B 8<5=8 :>;;5:B820 02@8;N: ..., 0=30?H52 .., 070;>2 ., C7L<8=>2 .., 0=0A5=:> !.., 0B:528G !.!., "5:C520 .., /:8<5=:> !..). -:A?5@8<5=B ?> ?>8A:C 42>9=>3> -70E20B0 =0 %5-124 >:;04 =0 11-9 0:A0=A:>9 <>;>4Q6=>9 H:>;5 M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ - 2010, @8M;L1@CAL5, 010@48=>-0;:0@8O, 17-23 >:BO1@O 2010 3. "578AK ;5:F89 8 4>:;04>2, AB@. 43. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 3. Yu.M. Gavrilyuk, TLVALdA.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,4 1  = 2,3 1 I) C:>2>4AB2> A>8A:0B5;5<: 5B. II) C:>2>4AB2> 48?;><=8:><: 5B. B>3>: 3,3*1,5(0A?8@0=B)=5,0 1.:LVALJ>?K;>2 =0B>;89 0A8;L528G, @>4.16.06.1946, @C:.3@. -,   70 2010-2011 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A.Kopylov, V.Petukhov /  The fluxes of CN neutrinos from the Sun in case of mixing in a spherical layer in the solar core // Progress in Particle and Nuclear Physics, v.64, #2, 2010  =4.025*30/2=60.375 2. A. Kopylov and V. Petukhov /  Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing // Journal of Cosmology and Astroparticle Physics, JCAP 069P 1011  =6.497*30/2=97.455 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. >?K;>2, .. @5E>2, .. 5B@>2, .. 5BCE>2, .. "8E>=>2 / "87:>D>=>2K9 "-# 4;O AG5B0 C;LB@0=87:>9 0:B82=>AB8 0;LD0-, 15B0- 8 @5=B35=>2A:>3> 87;CG5=8O" // 8AL<0 2 C@=0; "5E=8G5A:>9 $878:8, B.36, 2K?.13, AA.16 - 21, 2010  =0.58*60/5=6.96 2. .. >?K;>2, .. @5E>2, .. 5BCE>2 / ?KB 8A?>;L7>20=8O B8B0=0 2 :0G5AB25 :>=AB@C:F8>==>3> <0B5@80;0 4;O ;8B852>3> 45B5:B>@0 A>;=5G=KE =59B@8=> // C@=0; "5E=8G5A:>9 $878:8, B.82, 2K?.4, AA.142 - 146, 2012  =0.495*60/3=9.9 @5?@8=BK: 1. 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"8E>=>2 / "87:>D>=>2K9 "-# 4;O AG5B0 C;LB@0=87:>9 0:B82=>AB8 0;LD0-, 15B0- 8 @5=B35=>2A:>3> 87;CG5=8O" // 8AL<0 2 C@=0; "5E=8G5A:>9 $878:8, B.36, 2K?.13, AA.16 - 21, 2010  =0.58*60/5=6.96 2. .. >?K;>2, .. @5E>2, .. 5BCE>2 / ?KB 8A?>;L7>20=8O B8B0=0 2 :0G5AB25 :>=AB@C:F8>==>3> <0B5@80;0 4;O ;8B852>3> 45B5:B>@0 A>;=5G=KE =59B@8=> // C@=0; "5E=8G5A:>9 $878:8, B.82, 2K?.4, AA.142 - 146, 2012  =0.495*60/3=9.9 @5?@8=BK: 1. .. >?K;>2, .. @5E>2, .. 5BCE>2 / ?KB 8A?>;L7>20=8O B8B0=0 2 :0G5AB25 :>=AB@C:F8>==>3> <0B5@80;0 4;O ;8B852>3> 45B5:B>@0 A>;=5G=KE =59B@8=> // @5?@8=B /  1289/2011, 2011 3.  =4/3=1.333 B>3>:  =18.19BLVALR5BCE>2 0;5@89 OG5A;02>28G, @>4.17.01.1957, =A -,   70 2010-2011 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A.Kopylov, V.Petukhov /  The fluxes of CN neutrinos from the Sun in case of mixing in a spherical layer in the solar core // Progress in Particle and Nuclear Physics, v.64, #2, 2010  =4.025*30/2=60.375 2. A. Kopylov and V. Petukhov /  Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing // Journal of Cosmology and Astroparticle Physics, JCAP 069P 1011  =6.497*30/2=97.455 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. >?K;>2, .. @5E>2, .. 5B@>2, .. 5BCE>2, .. "8E>=>2 / "87:>D>=>2K9 "-# 4;O AG5B0 C;LB@0=87:>9 0:B82=>AB8 0;LD0-, 15B0- 8 @5=B35=>2A:>3> 87;CG5=8O" // 8AL<0 2 C@=0; "5E=8G5A:>9 $878:8, B.36, 2K?.13, AA.16 - 21, 2010  =0.58*60/5=6.96 2. .. >?K;>2, .. @5E>2, .. 5BCE>2 / ?KB 8A?>;L7>20=8O B8B0=0 2 :0G5AB25 :>=AB@C:F8>==>3> <0B5@80;0 4;O ;8B852>3> 45B5:B>@0 A>;=5G=KE =59B@8=> // C@=0; "5E=8G5A:>9 $878:8, B.82, 2K?.4, AA.142 - 146, 2012  =0.495*60/3=9.9 @5?@8=BK: 1. 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Proc., vol. 1232, pp. 345-354, Melville, New York, 2010.  =30*(1.5-1)=15. 2. Novikov-Borodin A.V. Physics beyond Causality. - E-Print arXive: physics/0904.1919, v4, 21 November 2010.  =4. 3. Novikov-Borodin A.V. Physical Objects beyond Causality. - E-Print arXive: physics/0904.1919, v2, 21 May 2010.  =4. B>3>:  =43.0LVALGNG^ 0;0H52 ;53 235=L528G 40B0 @>64. 4 O=2 1976, :0=4840B D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8:, >B45; B5>@5B8G5A:>9 D878:8 0AG5B   70 2011-201233: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Role of line-of-sight cosmic ray interactions in forming the spectra of distant blazars in TeV gamma rays and high-energy neutrinos. Warren Essey, (UCLA) , Oleg Kalashev, (Moscow, INR) , Alexander Kusenko, (UCLA & Tokyo U., IPMU) , John F. Beacom, (Ohio State U.) . Nov 2010. 18pp. Published in Astrophys.J.731:51,2011.  =6.063*30/4=45.47 Secondary photons and neutrinos from cosmic rays produced by distant blazars Warren Essey, Oleg E. Kalashev, Alexander Kusenko, John F. Beacom Phys.Rev.Lett.104:141102,2010  =7.328*30/4=54.96 @5?@8=BK: Gamma-Ray Constraints on Maximum Cosmogenic Neutrino Fluxes and UHECR Source Evolution Models. Graciela B. Gelmini, Oleg Kalashev, Dmitri V. Semikoz e-Print: arXiv:1107.1672 [astro-ph.CO]  =4/3=1.33 Role of line-of-sight cosmic ray interactions in forming the spectra of distant blazars in TeV gamma rays and high-energy neutrinos Warren Essey, Oleg Kalashev, Alexander Kusenko, John F. Beacom e-Print: arXiv:1011.6340 [astro-ph.HE]  =4/4=1 >:;04K =0 :>=D5@5=F8OE: Secondary neutrinos and multi-TeV photons from distant blazars Quarks 2010 International Conference, Kolomna  =6 Restricting cosmogenic neutrino fluxes with Fermi 3 years data, Nusky 2011 International Workshopn on Cosmic Rays and Cosmic Neutrinos, 20-25 June 2011 Trieste Italy  =6 Restrictions on cosmogenic neutrinos and UHECR from Fermi 3 years data 12th International Conference on Topics in Astroparticle and Underground Physics 5 9 September 2011, Munich, Germany  =6 Search for global asymmetry of UHECR arrival directions with space-based detectors (TUS, JEM-EUSO) Pavel Klimov, Oleg Kalashev, Boris Khrenov, Sergey Sharakin and Sergey Troitsky 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 5 = 1.2 pLVAL B>3> AC<<0@=K9  =45.47+54.96+1.33+1+6+6+6+1.2=121.96LVAL &"C;C?>20 "0BLO=0 20=>2=0 @>4. 04.11.1940, <=A -,   70 2010-2011 33 !B0BL8: !B0BL8: .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20, >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2010, B. 36, ! 6, AB@. 439-444.   = 1.091*60/5 = 13.09. >:;04K: V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova, Reconstruction of the Direction of True Anisotropy of Cosmic Rays at Energy of about 100 TeV, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0281.   = 9/3 = 3. B>3>  : 16.09&O1C: .., =A, :.D.-<..=., -,   70 2010-2011 33. C1;8:0F88: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.. /5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (.// 31 , >A:20, (2010).  =4/9*1.5=0.66 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 400 402.  =0.406*60/9= 2.71 B>3>:   = 3.37LVALGNGa %05@48=>2 08;L !0D>28G @>4. 30.11.1958, A=A !" ,   70 2010-2011 33 C1;8:0F88: K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, Astrophysics and Space Science Transactions (ASTRA), 2011, vol. 7, pp. 279 282.   = 8/4 = 2. .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 884 8870.   = 0.406*60/4 = 6.09. .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 888 890.   = 0.406*60/4 = 12.18. >:;04K: .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -5.   = 6/4 = 1.5. .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -39.   = 6/2 = 3. K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L. E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, 22nd European Cosmic Ray Symposium, Turku, Finland, August 3-6, 2010.   = 8/4 = 2. N.S, Khaerdinov, A.S. Lidvansky, Variations of Cosmic Rays during Thunderstorms, International Workshop  Thunderstorms and Elementary Particles Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. N.S, Khaerdinov, A.S. Lidvansky, Analysis of Parameters of Bright Events in Variations of Secondary Particles of CosmicRays during Thunderstorms, International Workshop  Thunderstorma and Elementary Particle Acceleration (TEPA-2010), Nor-Amberd, Ar LVAL menia, September 6-11, 2010.   = 30/2 = 15. N.S. Khaerdinov, A.S. Lidvansky, Specific Features of Variations of Cosmic Ray Muons during Thunderstorms, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0279.   = 8/2 = 4. N.S. Khaerdinov, A.S. Lidvansky, Cosmic Rays in Thunderstorm Atmosphere: Variations of Different Components and Accompanying Effects, 13th ICATPP Conference on Astroparticle, Particle, Space Physics, and Detectors for Physics Applications, Como, Italy, October 3--7, 2011.   = 30/2 = 15. @5?@8=BK: K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, arXiv: 1102.4181v1, 2011 [physics.geo-ph].   = 4/4 = 1. B>3>:   = 76.77LVAL>7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2010-2011 33 !B0BL8: .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20, >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2010, B. 36, ! 6, AB@. 439-444.   = 1.091*60/5 = 13.09. >:;04K: V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova, Reconstruction of the Direction of True Anisotropy of Cosmic Rays at Energy of about 100 TeV, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0281.   = (6*1.5)/3 = 3. B>3>  : 16.09!B5?0=>2 .., A=A, :.D.-<..=., -,   70 2010-2011 33. C1;8:0F88: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.. /5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (.// 31 , >A:20, (2010).  =4/9*1.5=0.66 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 400 402.  =0.405*60/9=2.71 Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1136.  =6*1.5/10=0.9 B>3>:   = 4.27LVALGNGd !B5=L:8= .@89 0A8;L528G, @>4. 10.12.1948, A=A, 4.D.-<..=. -,   70 2010-2011 33. C1;8:0F88: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.. /5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (.// 31 , >A:20, (2010).  =4/9*1.5=0.66 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8=, .. /H8=. /7CG5=85 2@5<5==>9 AB@C:BC@K =59B@>==>9 :><?>=5=BK (. //31, >A:20 (2010).  =4/4*1.5=1.5 ..;5:A55=:>, ..@><CH:8=, ...!B5=L:8=. !@02=8B5;L=K5 87<5@5=8O =075<=KE ?>B>:>2 B5?;>2KE =59B@>=>2 2 ;01>@0B>@8OE  /  8 LNGS(B0;8O). 31, >A:20 (2010).  =4/3*1.5=2.0 V.V.Alekseenko, Yu.M.Gavrlyuk, V.V.Kuzminov and Yu.V.Stenkin. Tidal effect in the radon-due neutron flux from the Earth s crust. Journal of Physics: Conference Series 203, (2010), 012045.  =8/4=2 .. @><CH:8=, ... !B5=L:8=, .. %0FC:>2. >=8B>@8=3 ?>B>:0 B5?;>2KE =59B@>=>2 A 8A?>;L7>20=85< 45B5:B>@>2 =>2>3> B8?0.// @0B:85 A>>1I5=8O ?> D878:5. ". 37, !11, (2010), A. 24-28.  =0.149*60/3=2.98 .. ;5:A55=:>, .. @><CH:8=, ... !B5=L:8=. !@02=8B5;L=K5 87<5@5=8O =075<=KE ?>B>:>2 B5?;>2KE =59B@>=>2 2 ;01>@0B>@8OE  /  8 LNGS (B0;8O). 725AB8O , A5@. $87., B. 75, !6, (2011), A. 908-910.  =0.406*60/3=8.12 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 400 402.  =0.406*60/9=2.7 @><CH:8= .., 5B@CE8= .., !B5=L:8= ..., /H8= .. 7CG5=85 2@5<5==>9 AB@C:BC@K =59B@>==>9 :><?>=5=BK (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 403 405.  =0.406*60/4=6.09 D.M. Gromushkin, A.A. Petrukhin, Yu.V. Stenkin and I.I. Yashin. Study of EAS neutron component temporal structure. Astrophys. Space Sci. Trans., 7, (2011), p.115 117.  =8/4=2 Yuri V. `LVALpStenkin. The PRISMA project and the cosmic ray knee problem. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 0185.  =6*1.5=9 V.V. Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D.M. Gromushkin and Yu. V. Stenkin. Dependence on altitude above sea level of thermal neutron concentration in air above surface. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1124.  =6*1.5/6=1.5 Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1136.  =6*1.5/10=0.9 Yuri V. Stenkin. On the PRISMA project. 2d Workshop on Air Shower Detection at high altitudes, Beijing, 17-19 February, 2011 (?@83;0H5==K9) http://indico.ihep.ac.cn/getFile.py/access?resId=4&materialId=slides&confId=1835.  =30 Yu. Stenkin. The PRISMA project. Workshop  Cosmic Ray Physics Large Scale Experiments at the Second Decade of the 21st Century", May 16 -18, Moscow, Russia (?@83;0H5==K9) http://tunka.sinp.msu.ru/en/presentation/Stenkin.pdf  =20 Yuri Stenkin. First results of ProtoPRISMA array. 3rd Workshop for Air Shower Detection at High Altitudes. IPN-Orsay, 6-7 October 2011 (?@83;0H5==K9). http://ipnweb.in2p3.fr/%7Eauger/AugerProtected/Lhaaso/ProtoPRISMA_Orsay.pdf  =30 C:>2>4AB2> 0A?8@0=B><: @><CH:8= <8B@89 8E09;>28G (0A?8@0=B $) 0 2010 8 2011 3>4K  =30*2=60 C:>2>4AB2> ABC45=B><: !BC45=B $ )Q3>;52 .. (AB8?5=480=B 8<5==>9 AB8?5=488 8<. .. 'C40:>20) 0 2010 8 2011 3>4K   = 10*2=20 B>3>:   = 199.45LVALGNGf 8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2010-2011 33 C1;8:0F88: .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20, >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2010, B. 36, ! 6, AB@. 439-444.   = 1.091*60/5 = 13.09. K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, Astrophysics and Space Sciences Transactions (ASTRA), 2011, vol. 7, pp. 279 282.   = 8/4 = 2. . . 60??C52, . $. ;8<5=:>, . #. C46052, . !. 8420=A:89, . . 5B:>2, ". 09E0, .. !0@:0<>, $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8, 72. , A5@. D87., 2011, B>< 75, ! 3, A. 388 390.   = 0.406*60/7 = 3.48. /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, AA;54>20=85 A5?0@0B@8AAK 4;O <8=8<0;L=>3> ?>@>30 C1530=8O M;5:B@>=>2 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 891 893.   = 0.406*60/3 = 8.12. .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 884 8870.   = 0.406*60/4 = 6.09. .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 888 890.   = 0.406*60/4 = 12.18. >:;04K: /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, AA;54>20=85 A5?0@0B@8AAK 4;O <8=8<0;L=>3> ?>@>30 C1530=8O M;5:B@>=>2 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -22.   = 6/3*1.5 = 3. .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:2LVALg 0, 2010. -5.   = 6/4*1.5 = 2.25. .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -39.   = 6/2*1.5 = 4.5. K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L. E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, 22nd European Cosmic Ray Symposium, Turku, Finland, August 3-6, 2010.   = 8/4 = 2. N.S, Khaerdinov, A.S. Lidvansky, Variations of Cosmic Rays during Thunderstorms, International Workshop  Thunderstorms and Elementary Particles Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. N.S, Khaerdinov, A.S. Lidvansky, Analysis of Parameters of Bright Events in Variations of Secondary Particles of Cosmic Rays during Thunderstorms, International Workshop  Thunderstorms and Elementary Particle Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. A.S. Lidvansky, Cosmic Rays and Thunderstorms, Workshop on Interdisciplinary Science at the Pierre Auger Observatory, Cambridge, UK, April 18-19, 2011.   = 30. .!. 8420=A:89, 0@80F88 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, @83;0H5==K9 4>:;04 =0 0CG=>9 !5AA88, ?>A2OI5==>9 90-;5B8N A> 4=O @>645=8O 0:045<8:0 .. 'C40:>20,   = 20. V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova, Reconstruction of the Direction of True Anisotropy of Cosmic Rays at Energy of about 100 TeV, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0281.   = 6/3*1.5 = 3. N.S. Khaerdinov, A.S. Lidvansky, Specific Features of Variations of Cosmic Ray Muons during Thunderstorms, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0279.   = 6/2*1/5 = 4.5. N.S. Khaerdinov, A.S. Lidvansky, Cosmic Rays in Thunderstorm Atmosphere: Variations of Different Components and Accompa LVAL nying Effects, 13th ICATPP Conference on Astroparticle, Particle, Space Physics, and Detectors for Physics Applications, Como, Italy, October 3--7, 2011.   = 30/2 = 15. .!. 8420=A:89,  2A?KH5G=>9 0:B82=>AB8 @01>284=>9 BC<0==>AB8 ?@8 C;LB@0-2KA>:8E M=5@38OE, A5@>AA89A:0O :>=D5@5=F8O AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0, , 13-16 45:01@O 2011 3.   = 6. @5?@8=BK: K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, arXiv: 1102.4181v1, 2011 [physics.geo-ph].   = 4/4 = 1. B>3> 8=48284C0;L=K9   : 166.21. !@54=55   ?> ;01>@0B>@88 = 58.615   702. ;01. 166.21*0.5 + 58.615*0.75 = 127.07LVALT j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j 30D>=>20 0B0;LO .@L52=0 =.A. 2010-2011 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2011 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 10 0,228 60*0,228/10 1,368 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. >;;01>@0F8O LVD , 72.  !5@. $87., B. 75, !3, (2011), 445-447 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 10 0,228 60*0,228/10 1,368 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ... 8 4@., >;;01>@0F8O LVD, 72.  !5@. $87., B. 75, !3, (2011), 456-459 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 10 0,228 60*0,228/10 1,368  Supernova neutrino type identification with adding sodium chloride in LVD . 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TAU2010, Manchester, UK 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 2010-07-21 =0 :>=D. ICHEP 2010, Paris, France 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 0,02 6*1,5*0,02 0,18 AC<<0: 42,3542LVALGNGn H8E<8= A52>;>4 0A8;L528G 0A?8@0=B 2010-2011 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2011  Supernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Neutrino burst from gravitational stellar collapses with LVD", LVD Collaboration Astroph. 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Saavedra, I.A. Shulzhenko, V.V. Shutenko, G. Trinchero, I.A. Vorobiev, E.A. Zadeba. HE1.4. ID 0322  ICRC 2011 8 10 1 8/10 0,8 59B@8==K9 2>4=K9 45B5:B>@  =0 ?>25@E=>AB8 5<;8. .. 04510, .. <5;LG0:>2, .. H8E<8=, .!. 0@10H8=0, .. >340=>2, .. >@>1L52, .. <8B@8520, .. 8=48=, .. >:>C;8=, .. ><?0=85F, !... 0B2552, LLVAL\.. 2G8==8:>2, .. 5B@CE8=, !.!. %>E;>2, .. (C;L65=:>, .. (CB5=:>, .. /H8=. /45@=0O D878:0 8 8=68=8@8=3. 2011. ". 2. ! 6. 8 10 1 8/10 0,8 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 1 6*1,5/10 0,9 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 1 6*1,5/10 0,9 2010 !>2@5<5==K9 AB0BCA G5@5=:>2A:>3> 2>4=>3> 45B5:B>@0  %>E;>2 !.!., <5;LG0:>2 .., H8E<8= .., 0@10H8=0 .!.  4@. "@C4K =0 3-8E '5@5=:>2A:8E GB5=89 6 0?@5;O 2010 8 10 1 8/10 0,8 !B0BCA G5@5=:>2A:>3> 2>4=>3> 45B5:B>@0  %>E;>2 !.!., <5;LG0:>2 .., H8E<8= .., 0@10H8=0 .!.  4@. "@C4K 0CG=>9 A5AA88 /# $ 2010 8 10 1 8/10 0,8 AC<<0 16,59 C25;8G5=85 2 1,5 @070 2 A2O78 A B5<, GB> 0A?8@0=B @01>B05B 2 >@30=870F88 ?> A>2<5AB8B5;LAB2C 24,885LVALGNGp 04K:8= ;048<8@ L2>28G A.=.A. 2010-2011 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2011 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 10 0,228 60*0,228/10 1,368 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. >;;01>@0F8O LVD , 72.  !5@. $87., B. 75, !3, (2011), 445-447 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 10 0,228 60*0,228/10 1,368 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ... 8 4@., >;;01>@0F8O LVD, 72.  !5@. $87., B. 75, !3, (2011), 456-459 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 10 0,228 60*0,228/10 1,368  8AB>@88 A>>@C65=8O 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0,. , 23CAB 2011 .. 04K:8= @5?@8=B /  1297/2011 4 1 1 4/1 4  @54:>< A>1KB88, 70@538AB@8@>20==>< 45B5:B>@>< LSD 27 0?@5;O 1986 3>40, , >:BO1@L 2011 ;L5BB0 ., 04K:8= .., 048=> ., 8 4@.. @5?@8=B / , 1300/2011 4 10 1 4/10 0,4  Supernova neutrino type identification with adding sodium chloride in LVD . 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Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 1 12*2/10 2,4 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 1 9*2/10 1,8 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration LVAL >:;04 =0 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 6 10 6*1,5/10 0,9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 10 6*1,5/10 0,9 AC<<0: 48,715LVALGNGs >1@K=8=0 :0B5@8=0 =0B>;L52=0 <.=.A. 2010-2011 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2011 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 10 0,228 60*0,228/10 1,368 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. >;;01>@0F8O LVD , 72.  !5@. $87., B. 75, !3, (2011), 445-447 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 10 0,228 60*0,228/10 1,368 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ... 8 4@., >;;01>@0F8O LVD, 72.  !5@. $87., B. 75, !3, (2011), 456-459 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 10 0,228 60*0,228/10 1,368  Supernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 "Neutrino burst" LVD Collaboration LVD Collaboration Proc. of ICRC 2011 (Cina) (in press); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Neutrino burst from gravitational stellar collapses with LVD", LVD Collaboration Astroph. Space Sci. Trans., 7, 2011 30 10 1,437 1,437*30/10 4,311 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04-?>AB5@ =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 10 6*1,5/10 0,9 2010 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=. LVAL> B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 6 10 6*1,5/10 0,9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 10 6*1,5/10 0,9 AC<<0: 17,115LVALGNGu =8:552 0A8< 1@038<>28G =.A. 2010-2011 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2011 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 10 0,228 60*0,228/10 1,368 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. >;;01>@0F8O LVD , 72.  !5@. $87., B. 75, !3, (2011), 445-447 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 10 0,228 60*0,228/10 1,368 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ... 8 4@., >;;01>@0F8O LVD, 72.  !5@. $87., B. 75, !3, (2011), 456-459 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 10 0,228 60*0,228/10 1,368  Supernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 "Neutrino burst" LVD Collaboration LVD Collaboration Proc. of ICRC 2011 (Cina) (in press); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Neutrino burst from gravitational stellar collapses with LVD", LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 10 1,437 1,437*30/10 4,311 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration New J. Phys 13 (2011) 053051 30 0,02 3,849 3,849*30*0.02 2,3094 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration arXiv-1102.1882v1.pdf 4 0,02 1 4*0,02 0,08 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration arXiv-1106.6211v1.pdf. 4 0,02 1 4*0,02 0,08 Search for nmnt oscillaLVALv tion with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf. 4 0,02 1 4*0,02 0,08  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 10 0,228 60*0,228/10 1,368 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,02 20*1,5*0,02 0,6 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,02 6*1,5*0,02 0,18 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 10 6*1,5/10 0,9 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,02 6*1,5*0,02 0,18 2010 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 0,02 3,248 30*3,248*0,02 1,9488 Observation of a first nt candidate event in the OPERA experiment in the LVALw CNGS beam OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 0,02 5,255 30*5,255*0,02 3,153 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 1 12*2/10 2,4 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 1 9*2/10 1,8 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 >30=>20 4 0,02 4*1,5*0,02 0,12 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 6 10 6*1,5/10 0,9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 10 6*1,5/10 0,9 Search for  ->  oscillations in appearance mode in the OPERA experiment OPERA Collaboration >:;04 2010-09-13 =0 :>=D. TAU2010, Manchester, UK 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 2010-07-21 =0 :>=D. ICHEP 2010, Paris, France 6 0,02 6*1,5*0,02 0,18 Obse@LVALPrvation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 0,02 6*1,5*0,02 0,18 AC<<0: 32,6742LVALGNGy 0;L38= ;5:A59 !5<5=>28G A.=.A. 2010-2011 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2011 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 10 0,228 60*0,228/10 1,368 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. >;;01>@0F8O LVD , 72.  !5@. $87., B. 75, !3, (2011), 445-447 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 10 0,228 60*0,228/10 1,368 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ... 8 4@., >;;01>@0F8O LVD, 72.  !5@. $87., B. 75, !3, (2011), 456-459 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 10 0,228 60*0,228/10 1,368  @54:>< A>1KB88, 70@538AB@8@>20==>< 45B5:B>@>< LSD 27 0?@5;O 1986 3>40, , >:BO1@L 2011 ;L5BB0 ., 04K:8= .., 048=> ., 8 4@.. @5?@8=B / , 1300/2011 4 10 1 4/10 0,4  Supernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration Proc. of XV Lomonosov Conference , 2011 (2 ?5G0B8) 8 0,02 1 8*0,02 0,16 "Neutrino burst" LVD Collaboration LVD Collaboration Proc. of ICRC 2011 (Cina) (in press); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "OPERA experiment" OPERA Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Measurement of the atmospheric muon charge ratio with the OPERA detector" OPERA Collaboration Journal of Physics: Conference Series (JPCS) - Proc. of TAUP (2 ?5G0B8) 8 0,02 1 8*0,02 0,16 "Updated results of the OPERA lonLVALz g baseline neutrino experiment" OPERA Collaboration Journal of Physics: Conference Series (JPCS) - Proc. of TAUP (2 ?5G0B8) 8 0,02 1 8*0,02 0,16 "Neutrino burst from gravitational stellar collapses with LVD", LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 10 1,437 1,437*30/10 4,311 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration New J. Phys 13 (2011) 053051 30 0,02 3,849 3,849*30*0.02 2,3094 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration arXiv-1102.1882v1.pdf 4 0,02 1 4*0,02 0,08 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration arXiv-1106.6211v1.pdf. 4 0,02 1 4*0,02 0,08 Search for nmnt oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf. 4 0,02 1 4*0,02 0,08  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 10 0,228 60*0,228/10 1,368 "Measurement of the neutrino velocity with the OPERA detector in the CNGS beam" OPERA Collaboration arXiv-1109.4897v2.pdf 4 0,02 1 4*0,02 0,08 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,02 20*1,5*0,02 0,6 Supernova Neutrino type identification with adding sodium chloride in LVD. LVDLVAL{ Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,02 6*1,5*0,02 0,18 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 10 6*1,5/10 0,9 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,02 6*1,5*0,02 0,18 2010 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 0,02 3,248 30*3,248*0,02 1,9488 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 0,02 5,255 30*5,255*0,02 3,153 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ...30D>=>20, .. >O@:8=, .!.0;L38= "-, 2010, ! 1, A. 52 57 60 3 0,313 60*0,31/3 6,26 @5<5==K5 E0@0:B5@8AB8:8 ?@>F5AA0 A25B>A1>@0 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ...30D>=>20, .. >O@:8=, .!.0;L38= "-, 2010, No. 6, pp. 29 33. 60 3 0,313 60*0,31/3 6,26 Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection I R Barabanov, L B Bezrukov, C M Cattadori, N A Danilov, A di Vacri, Yu S Krilov, L Ioannucci, E A Yanovich, M Aglietta, A Bonardi, G.Bruno, W Fulgione, E Kemp, A S Malguin, A Porta and M Selvi Journal of instrumentation 2010, 5, P04001 30 10 3,148 30*3,148/10 9,444 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10LVAL 1 12*2/10 2,4 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 1 9*2/10 1,8 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 >30=>20 4 0,02 4*1,5*0,02 0,12 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 6 10 6*1,5/10 0,9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 10 6*1,5/10 0,9 Search for  ->  oscillations in appearance mode in the OPERA experiment OPERA Collaboration >:;04 2010-09-13 =0 :>=D. TAU2010, Manchester, UK 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 2010-07-21 =0 :>=D. ICHEP 2010, Paris, France 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 0,02 6*1,5*0,02 0,18 AC<<0: 56,3982LVALGNG} OA=K9 A52>;>4 02@8;>28G A.=.A. 2010-2011 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2011 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 10 0,228 60*0,228/10 1,368 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. >;;01>@0F8O LVD , 72.  !5@. $87., B. 75, !3, (2011), 445-447 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 10 0,228 60*0,228/10 1,368 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ... 8 4@., >;;01>@0F8O LVD, 72.  !5@. $87., B. 75, !3, (2011), 456-459 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 10 0,228 60*0,228/10 1,368  @54:>< A>1KB88, 70@538AB@8@>20==>< 45B5:B>@>< LSD 27 0?@5;O 1986 3>40, , >:BO1@L 2011 ;L5BB0 ., 04K:8= .., 048=> ., 8 4@.. @5?@8=B / , 1300/2011 4 10 1 4/10 0,4  Supernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 "Neutrino burst" LVD Collaboration LVD Collaboration Proc. of ICRC 2011 (Cina) (in press); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Neutrino burst from gravitational stellar collapses with LVD", LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 10 1,437 1,437*30/10 4,311 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration New J. Phys 13 (2011) 053051 30 0,02 3,849 3,849*30*0.02 2,3094 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration arXiv-1102.1882v1.pdf 4 0,02 1 4*0,02 0,08 MomentuLVAL~ m measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration arXiv-1106.6211v1.pdf. 4 0,02 1 4*0,02 0,08 Search for nmnt oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf. 4 0,02 1 4*0,02 0,08  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 10 0,228 60*0,228/10 1,368 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,02 20*1,5*0,02 0,6 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,02 6*1,5*0,02 0,18 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 10 6*1,5/10 0,9 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,02 6*1,5*0,02 0,18 2010 Measurement of the atmospheric muon charge ratio wiLVAL th the OPERA detector OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 0,02 3,248 30*3,248*0,02 1,9488 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 0,02 5,255 30*5,255*0,02 3,153 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 1 12*2/10 2,4 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 1 9*2/10 1,8 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 >30=>20 4 0,02 4*1,5*0,02 0,12 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 6 10 6*1,5/10 0,9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 10 6*1,5/10 0,9 Search for  ->  oscillations in appearance mode in the OPERA experiment OPERA Collaboration >:;04 2010-09-13 =0 :>=D. TAU2010, Manchester, UK 6 0,02 6*1,5*0,02 0,18 O LVAL bservation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 2010-07-21 =0 :>=D. ICHEP 2010, Paris, France 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece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nm nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 10 0,228 60*0,228/10 1,368 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 2010 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6  !>2@5<5==K9 AB0F LVALV BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration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upernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 "Neutrino burst" LVD Collaboration LVD Collaboration Proc. of ICRC 2011 (Cina) (in press); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Neutrino burst from gravitational stellar collapses with LVD", LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 10 1,437 1,437*30/10 4,311 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration New J. Phys 13 (2011) 053051 30 0,02 3,849 3,849*30*0.02 2,3094 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration arXiv-1102.1882v1.pdf 4 0,02 1 4*0,02 0,08 Momentum meLVAL asurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration arXiv-1106.6211v1.pdf. 4 0,02 1 4*0,02 0,08 Search for nmnt oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf. 4 0,02 1 4*0,02 0,08  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 10 0,228 60*0,228/10 1,368 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,02 20*1,5*0,02 0,6 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,02 6*1,5*0,02 0,18 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 10 6*1,5/10 0,9 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,02 6*1,5*0,02 0,18 2010 Measurement of the atmospheric muon charge ratio with tLVAL he OPERA detector OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 0,02 3,248 30*3,248*0,02 1,9488 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 0,02 5,255 30*5,255*0,02 3,153 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 1 12*2/10 2,4 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 1 9*2/10 1,8 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 >30=>20 4 0,02 4*1,5*0,02 0,12 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 6 10 6*1,5/10 0,9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 10 6*1,5/10 0,9 Search for  ->  oscillations in appearance mode in the OPERA experiment OPERA Collaboration >:;04 2010-09-13 =0 :>=D. TAU2010, Manchester, UK 6 0,02 6*1,5*0,02 0,18 Obser LVAL vation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 2010-07-21 =0 :>=D. ICHEP 2010, Paris, France 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 0,02 6*1,5*0,02 0,18 AC<<0: 33,0742LVALGNG 5;57=KE 3>@L 8E09;>28G, 23.08.1936, 702.  8 -'. C1;8:0F88: 1. R.D. Dagkesamanskii, V.A. Matveev, I.M. Zheleznykh/  Prospects of radio detection of extremely high energy neutrinos bombarding the Moon // Nuclear Instr. & Methods in Phys. Res. A 626-627 (2011) S44-S47  =1,317x30:3=13,17 2. V.A. Matveev, I.M. Zheleznykh, P.I. Korotin, V.T. Paka, N.M. Surin/  Alternative techniques for dear-water monitoring // Nuclear Instr. & Methods in Phys. Res. A 626-627 (2011) S106-S108  =1,317x30:5=7,9 3. D. Besson,R. Dagkesamanskii, E. Kravchenko, I Kravchenko, I. Zheleznykh/  Tethered balloons for radio detection of ultra high energy cosmic neutrinos in Antarctica // Nuclear Instr. & Methods in Phys. Res. A (2010), doi: 10.1016/j.nima.2010.11.046  =1,317x30:5=7,9 >:;04K: @83;0H5==K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. R.D. Dagkesamanskii, V.A. Matveev, I.M. Zheleznykh/  Perspectives of the radio astronomical detection of extremely high energy neutrinos bombarding the Moon // >:;04 =0 564C=0@>4=>9 :>=D5@5=F88  Very Large Volume Neutrino Telescopes (Greece, Athens, 13-15 October, 2009).  =30:3x0,5x1,5=7,5 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. V. Matveev, I. Zheleznykh (INR RAS, Moscow), P. Korotin (IAP RAS, Nizhnii Novgorod), V. Paka (IO RAS/AB, Kaliningrad), N. Surin (ISPM RAS, Moscow)/ Alternative techniques for the deep water monitoring (hydrography, hydro-acoustics, hydro-physics)// >:;04 =0 564C=0@>4=>9 :>=D5@5=F88  Very Large Volume Neutrino Telescopes (Greece, Athens, 13-15 October, 2009).  =6:5x0,5x1,5=0,9 2. D. Besson,R. Dagkesamanskii, E. Kravchenko, I. Kravchenko, I. Zheleznykh/  Tethered balloons for radio detection of ultra high energy cosmic neutrinos in Antarctica // 4th International workshop on Acoustic and Radio EeV Neutrino detection Activities - ARENA 2010, 29 June-02 July 2010, Nantes, France.  =6:5x1,5=1,8 3 I.M. Zheleznykh, Z.Ya. Sadygov, B.A. Khrenov, A.F. Zerrouk./ Prospects of Application of Multi-pi LVAL xel Avalanche Photo Diodes in Cosmic Rays Experiments// Proc. 32nd ICRC, Beijing, 11-18 Aug. 2011.  =6:4x1,5=2,25 >@01>B:0 :C@A0 ;5:F89 ABC45=B0< $" 2 25A5==8E A5<5AB@0E 2010 8 2011 3.3.  =8E2=16 !C<<0@=K9   70 2010-2011 3.3. .. 5;57=KE = 57,42LVALGNG @0A=8:>2 8:>;09 0;5@L528G, @>4. 03.05.1951, 702;01 $,   70 2010-2011 33. !B0BL8: 1. Chatrchyan S. et al. (CMS Collaboration). Measurement of energy flow at large pseudorapidities in pp collisions at sqrt(s) = 0.9 and 7 TeV // JHEP 1111: 148, 2011.   = 6,049*30/10 = 18,15 2. Chatrchyan S. et al. (CMS Collaboration). 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Search for Physics Beyond the Standard Model Using Multilepton Signatures in pp Collisions at sqrt(s)=7 TeV // Phys.Lett.B704: 411-433, 2011.   = 5,255*30/10 = 15,77 18. Chatrchyan S. et al. (CMS Collaboration). Search for Same-Sign Top-Quark Pair Production at sqrt(s) = 7 TeV and Limits on Flavour Changing Neutral Currents in the Top Sector // JHEP 1108: 005, 2011.   = 6,049*30/10 = 18,15 19. Chatrchyan S. et al. (CMS Collaboration). Search for Light Resonances Decaying into Pairs of Muons as a Signal of New Physics // JHEP 1107: 098, 2011.   = 6,049*30/10 = 18,15 20. Chatrchyan S. et al. (CMLVAL S Collaboration). Measurement of the t-channel single top quark production cross section in pp collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 107: 091802, 2011.   = 7,622*30/10 = 22,87 21. Chatrchyan S. et al. (CMS Collaboration). Search for Supersymmetry in Events with b Jets and Missing Transverse Momentum at the LHC // JHEP 1107: 113, 2011.   = 6,049*30/10 = 18,15 22. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Strange B Meson Production Cross Section with J/Psi phi Decays in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.D84: 052008, 2011.   = 4,964*30/10 = 14,89 23. Chatrchyan S. et al. (CMS Collaboration). Search for New Physics with Jets and Missing Transverse Momentum in pp collisions at sqrt(s) = 7 TeV // JHEP 1108: 155, 2011.   = 6,049*30/10 = 18,15 24. Chatrchyan S. et al. (CMS Collaboration). Search for New Physics with a Mono-Jet and Missing Transverse Energy in $pp$ Collisions at $\sqrt{s} = 7$ TeV // Phys.Rev.Lett. 107: 201804, 2011.   = 7,622*30/10 = 22,87 25. Chatrchyan S. et al. (CMS Collaboration). Missing transverse energy performance of the CMS detector // JINST 6: P09001, 2011.   = 3,148*30/10 = 9,44 26. Chatrchyan S. et al. (CMS Collaboration). Long-range and short-range dihadron angular correlations in central Pb Pb collisions at s(NN)**(1/2) = 2.76-TeV // JHEP 1107: 076, 2011.   = 6,049*30/10 = 18,15 27. Chatrchyan S. et al. (CMS Collaboration). Measurement of $W\gamma$ and $Z\gamma$ production in $pp$ collisions at $\sqrt{s} = 7$ TeV // Phys.Lett.B701: 535-555, 2011.   = 5,255*30/10 = 15,77 28. Chatrchyan S. et al. (CMS Collaboration). Search for supersymmetry in events with a lepton, a photon, and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV // JHEP 1106: 093, 2011.   = 6,049*30/10 = 18,15 29. Chatrchyan S. et al. (CMS Collaboration). Indications of suppression of excited $\Upsilon$ states in PbPb collisions at $\sqrt{S_{NN}}$ = 2.76 TeV // Phys.Rev.Lett. 107: 052302, 2011.   = 7,622*30/10 = 22,87 LVAL 30. Chatrchyan S. et al. (CMS Collaboration). Search for First Generation Scalar Leptoquarks in the evjj channel in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B703: 246-266, 2011.   = 5,255*30/10 = 15,77 31. Chatrchyan S. et al. (CMS Collaboration). Measurement of the t t-bar production cross section and the top quark mass in the dilepton channel in pp collisions at sqrt(s) =7 TeV // JHEP 1107: 049, 2011.   = 6,049*30/10 = 18,15 32. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Inclusive Z Cross Section via Decays to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV // JHEP 1108: 117, 2011.   = 6,049*30/10 = 18,15 33. Chatrchyan S. et al. (CMS Collaboration). Search for Neutral MSSM Higgs Bosons Decaying to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV // Phys.Rev.Lett. 106: 231801, 2011.   = 7,622*30/10 = 22,87 34. Chatrchyan S. et al. (CMS Collaboration). Measurement of the differential dijet production cross section in proton-proton collisions at sqrt(s)=7 TeV // Phys.Lett.B700: 187-206, 2011.   = 5,255*30/10 = 15,77 35. Chatrchyan S. et al. (CMS Collaboration). Measurement of the B0 production cross section in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 106: 252001, 2011.   = 7,622*30/10 = 22,87 36. Chatrchyan S. et al. (CMS Collaboration). Search for new physics with same-sign isolated dilepton events with jets and missing transverse energy at the LHC // JHEP 1106: 077, 2011.   = 6,049*30/10 = 18,15 37. Chatrchyan S. et al. (CMS Collaboration). Charged particle transverse momentum spectra in pp collisions at sqrt(s) = 0.9 and 7 TeV // JHEP 1108: 086, 2011.   = 6,049*30/10 = 18,15 38. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Polarization of W Bosons with Large Transverse Momenta in W+Jets Events at the LHC // Phys.Rev.Lett. 107: 021802, 2011.   = 7,622*30/10 = 22,87 39. Chatrchyan S. et al. (CMS Collaboration). Search for a $W^\prime$ boson decaying to a muon and a neutrino in $pp$ collisions at $\sqrt{s} = 7$ TeV LVAL // Phys.Lett.B701: 160-179, 2011.   = 5,255*30/10 = 15,77 40. Chatrchyan S. et al. (CMS Collaboration). Search for Supersymmetry in $pp$ Collisions at $\sqrt{s} = 7$ TeV in Events with Two Photons and Missing Transverse Energy // Phys.Rev.Lett. 106: 211802, 2011.   = 7,622*30/10 = 22,87 41. Chatrchyan S. et al. (CMS Collaboration). Search for Resonances in the Dilepton Mass Distribution in $pp$ Collisions at $\sqrt(s) = 7$ TeV // JHEP 1105: 093, 2011.   = 6,049*30/10 = 18,15 42. Chatrchyan S. et al. (CMS Collaboration). Search for Physics Beyond the Standard Model in Opposite-Sign Dilepton Events at $\sqrt{s} = 7$ TeV // JHEP 1106: 026, 2011.   = 6,049*30/10 = 18,15 43. Chatrchyan S. et al. (CMS Collaboration). Measurement of the lepton charge asymmetry in inclusive $W$ production in pp collisions at $\sqrt{s} = 7$ TeV // JHEP 1104: 050, 2011.   = 6,049*30/10 = 18,15 44. Chatrchyan S. et al. (CMS Collaboration). Search for Large Extra Dimensions in the Diphoton Final State at the Large Hadron Collider // JHEP 1105: 085, 2011.   = 6,049*30/10 = 18,15 45. Khachatryan V. et al. (CMS Collaboration). First Measurement of Hadronic Event Shapes in pp Collisions at sqrt(s)=7 TeV // Phys.Lett.B699: 48-67, 2011.   = 5,255*30/10 = 15,77 46. Chatrchyan S. et al. (CMS Collaboration). Observation and studies of jet quenching in PbPb collisions at nucleon-nucleon center-of-mass energy = 2.76 TeV // Phys.Rev.C84: 024906, 2011.   = 3,416*30/10 = 10,25 47. Khachatryan V. et al. (CMS Collaboration). Measurement of Dijet Angular Distributions and Search for Quark Compositeness in pp Collisions at $sqrt{s} = 7$ TeV // Phys.Rev.Lett. 106: 201804, 2011.   = 7,622*30/10 = 22,87 48. Khachatryan V. et al. (CMS Collaboration). Measurement of B anti-B Angular Correlations based on Secondary Vertex Reconstruction at sqrt(s)=7 TeV // JHEP 1103: 136, 2011.   = 6,049*30/10 = 18,15 49. Khachatryan V. et al. (CMS Collaboration). Strange Particle Production in pp Collisions at sqrt(s) = 0.9 and 7LVAL TeV // JHEP 1105: 064, 2011.   = 6,049*30/10 = 18,15 50. Chatrchyan S. et al. (CMS Collaboration). Search for a Heavy Bottom-like Quark in $pp$ Collisions at $\sqrt{s} = 7$ TeV // Phys.Lett.B701: 204-223, 2011.   = 5,255*30/10 = 15,77 51. Chatrchyan S. et al. (CMS Collaboration). Measurement of W+W- Production and Search for the Higgs Boson in pp Collisions at sqrt(s) = 7 TeV // Phys.Lett.B699: 25-47, 2011.   = 5,255*30/10 = 15,77 52. Chatrchyan S. et al. (CMS Collaboration). Study of Z boson production in PbPb collisions at nucleon-nucleon centre of mass energy = 2.76 TeV // Phys.Rev.Lett. 106: 212301, 2011.   = 7,622*30/10 = 22,87 53. Khachatryan V. et al. (CMS Collaboration). Measurement of the $B^+$ Production Cross Section in pp Collisions at $\sqrt{s} = 7$~TeV // Phys.Rev.Lett. 106: 112001, 2011.   = 7,622*30/10 = 22,87 54. Khachatryan V. et al. (CMS Collaboration). Search for Supersymmetry in pp Collisions at 7 TeV in Events with Jets and Missing Transverse Energy // Phys.Lett.B698: 196-218, 2011.   = 5,255*30/10 = 15,77 55. Khachatryan V. et al. (CMS Collaboration). Search for Heavy Stable Charged Particles in pp collisions at sqrt(s)=7 TeV // JHEP 1103: 024, 2011.   = 6,049*30/10 = 18,15 56. Khachatryan V. et al. (CMS Collaboration). Inclusive b-hadron production cross section with muons in pp collisions at sqrt(s) = 7 TeV // JHEP 1103: 090, 2011.   = 6,049*30/10 = 18,15 57. Khachatryan V. et al. (CMS Collaboration). Measurement of Bose-Einstein Correlations in pp Collisions at sqrt(s)=0.9 and 7 TeV // JHEP 1105: 029, 2011.   = 6,049*30/10 = 18,15 58. Khachatryan V. et al. (CMS Collaboration). Dijet Azimuthal Decorrelations in $pp$ Collisions at $\sqrt{s} = 7$~TeV // Phys.Rev.Lett. 106: 122003, 2011.   = 7,622*30/10 = 22,87 59. Khachatryan V. et al. (CMS Collaboration). Measurement of the Isolated Prompt Photon Production Cross Section in $pp$ Collisions at $\sqrt{s} = 7$~TeV // Phys.Rev.Lett. 106: 082001, 2011.   = 7,622*30/10 = 22,87 60. KhachatrLVAL yan V. et al. (CMS Collaboration). Measurements of Inclusive W and Z Cross Sections in pp Collisions at sqrt(s)=7 TeV // JHEP 1101: 080, 2011.   = 6,049*30/10 = 18,15 61. Khachatryan V. et al. (CMS Collaboration). Search for Microscopic Black Hole Signatures at the Large Hadron Collider // Phys.Lett.B697: 434-453, 2011.   = 5,255*30/10 = 15,77 62. Khachatryan V. et al. (CMS Collaboration). Search for Pair Production of First-Generation Scalar Leptoquarks in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 106: 201802, 2011.   = 7,622*30/10 = 22,87 63. Khachatryan V. et al. (CMS Collaboration). Search for Pair Production of Second-Generation Scalar Leptoquarks in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 106: 201803, 2011.   = 7,622*30/10 = 22,87 64. Khachatryan V. et al. (CMS Collaboration). Measurement of the Inclusive Upsilon production cross section in pp collisions at sqrt(s)=7 TeV // Phys.Rev.D83: 112004, 2011.   = 4,964*30/10 = 14,89 65. Khachatryan V. et al. (CMS Collaboration). Search for a heavy gauge boson W' in the final state with an electron and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B698: 21-39, 2011.   = 5,255*30/10 = 15,77 66. Khachatryan V. et al. (CMS Collaboration). Prompt and non-prompt J/psi production in pp collisions at sqrt(s) = 7 TeV // Eur.Phys.J.C71: 1575, 2011.   = 3,248*30/10 = 9,74 67. Khachatryan V. et al. (CMS Collaboration). Charged particle multiplicities in pp interactions at sqrt(s) = 0.9, 2.36, and 7 TeV // JHEP 1101: 079, 2011.   = 6,049*30/10 = 18,15 68. Khachatryan V. et al. (CMS Collaboration). Search for Stopped Gluinos in pp collisions at sqrt s = 7 TeV // Phys.Rev.Lett. 106: 011801, 2011.   = 7,622*30/10 = 22,87 69. Khachatryan V. et al. (CMS Collaboration). Search for Dijet Resonances in 7 TeV pp Collisions at CMS // Phys.Rev.Lett. 105: 211801, 2010.   = 7,622*30/10 = 22,87 70. Khachatryan V. et al. (CMS Collaboration). 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Chatrchyan S. et al. (CMS Collaboration). Performance of the CMS Drift Tube Chambers with Cosmic Rays // JINST 5: T03015, 2010.   = 3,148*30/10 = 9,44 87. Chatrchyan S. et al. (CMS Collaboration). Performance of CMS Hadron Calorimeter Timing and Synchronization using Test Beam, Cosmic Ray, and LHC Beam Data // JINST 5: T03013, 2010.   = 3,148*30/10 = 9,44 88. Chatrchyan S. et al. (CMS Collaboration). Identification and Filtering of Uncharacteristic Noise in the CMS Hadron Calorimeter // JINST 5: T03014, 2010.   = 3,148*30/10 = 9,44 89. Chatrchyan S. et al. (CMS Collaboration). Commissioning of the CMS High-Level Trigger with Cosmic Rays // JINST 5: T03005, 2010.   = 3,148*30/10 = 9,44 90. Chatrchyan S. et al. (CMS Collaboration). Performance of the CMS Drift-Tube Local Trigger with Cosmic Rays // JINST 5: T03003, 2010.   = 3,148*30/10 = 9,44 91. Chatrchyan S. et al. (CMS Collaboration). Calibration of the CMS Drift Tube Chambers and Measurement of the Drift Velocity with Cosmic Rays // JINST 5: T03016, 2010.   = 3,148*30/10 = 9,44 92. Chatrchyan S. et al. (CMS Collaboration). FiLVAL ne Synchronization of the CMS Muon Drift-Tube Local Trigger using Cosmic Rays // JINST 5: T03004, 2010.   = 3,148*30/10 = 9,44 93. Chatrchyan S. et al. (CMS Collaboration). Performance of the CMS Hadron Calorimeter with Cosmic Ray Muons and LHC Beam Data // JINST 5: T03012, 2010.   = 3,148*30/10 = 9,44 94. Chatrchyan S. et al. (CMS Collaboration). Performance of the CMS Cathode Strip Chambers with Cosmic Rays // JINST 5: T03018, 2010.   = 3,148*30/10 = 9,44 95. Chatrchyan S. et al. (CMS Collaboration). Performance of CMS Muon Reconstruction in Cosmic-Ray Events // JINST 5: T03022, 2010.   = 3,148*30/10 = 9,44 96. Chatrchyan S. et al. (CMS Collaboration). 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Chatrchyan S. et al. (CMS Collaboration). Measurement of energy flow at large pseudorapidities in pp collisions at sqrt(s) = 0.9 and 7 TeV // e-Print: arXiv:1110.0211 [hep-ex], 2011.   = 4/10 = 0,40 6. Chatrchyan S. et al. (CMS Collaboration). Measurement of the weak mixing angle with the Drell-Yan process in proton-proton collisions at the LHC // e-Print: arXiv:1110.2682 [hep-ex], 2011.   = 4/10 = 0,40 7. Chatrchyan S. et al. (CMS Collaboration). Jet Production Rates in Association with W and Z Bosons in pp Collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1110.3226 [hep-ex], 2011.   = 4/10 = 0,40 8. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Rapidity and Transverse Momentum Distributions of Z Bosons in pp Collisions at sqrt(s)=7 TeV // e-Print: arXiv:1110.4973 [hep-ex], 2011.   = 4/10 = 0,40 9. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Production Cross Section for Pairs of Isolated Photons in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1110.6461 [hep-ex], 2011.   = 4/10 = 0,40 10. Chatrchyan S. et al. (CMS Collaboration). Search for Supersymmetry at the LHC in Events with Jets and Missing Transverse Energy // e-Print: arXiv:1109.2352 [hep-ex], 2011.   = 4/10 = 0,40 11. Chatrchyan S. et al. (CMS Collaboration). Search for a Vector-like Quark with Charge 2/3 in t + Z EventsLVAL from pp Collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1109.4985 [hep-ex], 2011.   = 4/10 = 0,40 12. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Drell-Yan Cross Section in pp Collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1108.0566 [hep-ex], 2011.   = 4/10 = 0,40 13. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Differential Cross Section for Isolated Prompt Photon Production in pp Collisions at 7 TeV // e-Print: arXiv:1108.2044 [hep-ex], 2011.   = 4/10 = 0,40 14. Chatrchyan S. et al. 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Search for a heavy gauge boson W' in the final state with an electron and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1012.5945 [hep-ex], 2010.   = 4/10 = 0,40 77. Khachatryan V. et al. (CMS Collaboration). Prompt and non-prompt J/psi production in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1011.4193 [hep-ex], 2010.   = 4/10 = 0,40 78. Khachatryan V. et al. (CMS Collaboration). Charged particle multiplicities in pp interactions at sqrt(s) = 0.9, 2.36, and 7 TeV // e-Print: arXiv:1011.5531 [hep-ex], 2010.   = 4/10 = 0LVAL ,40 79. Khachatryan V. et al. (CMS Collaboration). Search for Stopped Gluinos in pp collisions at sqrt s = 7 TeV // e-Print: arXiv:1011.5861 [hep-ex], 2010.   = 4/10 = 0,40 80. Khachatryan V. et al. (CMS Collaboration). Search for Dijet Resonances in 7 TeV pp Collisions at CMS // e-Print: arXiv:1010.0203 [hep-ex], 2010.   = 4/10 = 0,40 81. Khachatryan V. et al. (CMS Collaboration). 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Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.696*30/10 = 2.09 2) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) .. 5B:>2, .!. >70=5=:>, .. >7=8:>2, .. 0?>=5=:>, .. =4@552, .. !5@3552, ">8A: 30<<0 87;CG5=8O 2KA>:>9 M=5@388 >B :>A<8G5A:8E 30<<0-2A?;5A:>2", 725AB8O , A5@.D87., B>< 75, ! 3, A. 463 466, 2011. 0.406*60/6 = 4.06 4) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/LVAL 10 = 2.44 5) . . 60??C52, . $. ;8<5=:>, . #. C46052, . !. 8420=A:89, . . 5B:>2, ". 09E0, .. !0@:0<>, "$C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8", 725AB8O , A5@.D87., B>< 75, ! 3, A. 386-388, 2011. 0.406*60/7 = 4.48 6) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. "4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne = 105  107", 725AB8O , A5@.D87., B>< 75, ! 3, A. 389-392, 2011. 0.406*60/9 = 2.71 7) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 867 868, 2011. 0.406*60/5 = 4.87 8) .. >ABN:, .. 5B:>2, .. 5;>2, -.. 0H5=N:, .. 60??C52, ..>2>A5;LF520,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 848 849, 2011. 0.406*60/6 = 4.06 9) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, ..5B@CE8=, "-=5@35B8G5A:89 A?5:B@ <N>=>2 :>A<8G5A:8E ;CG59 2KH5 10 "M ?> 40==K< !"", 725AB8O , A5@.D87., B>< 75, ! 3, A. 440-442, 2011. 0.406*60/6 = 4.06 10) Kalliokoski, T., Bezrukov, L., Enqvist, T., Fynbo, H., Inzhechik, L., Jones, P., Joutsenvaara, J., Karjalainen, J., Kuusiniemi, P., Loo, K., Lubsandorzhiev, B., Petkov, V., Raiha, T., Sarkamo, J., Slupecki, M., Trzaska, W.H., Virkajarvi, A. "Can EMMA solve the puzzle of the knee?", Progress in Particle and Nuclear Physics, v. 66, issue 2, pp. 468 - 472, 2011. 4.025*30/10 = 12.075 11) V.B. Petkov, A.S. Pozanenko, V.M. Loznikov, A.N. Gaponenko, M.V. Andreev, and A.V. Sergeev, "Search for high energy gamma-ray bursts", Astrophys. Space Sci. Trans., 7, 97-100, 2011. 8/6 = 1.33 12) V. B. Petkov and J. Szabelski, "Study of the primary speLVAL ctrum and composition around the knee at the Andyrchy-BUST experiment", Astrophys. Space Sci. Trans., 7, 111-114, 2011. 8/2 = 4 13) P. Kuusiniemi, L. Bezrukov, T. Enqvist, H. Fynbo, L. Inzhechik, P. Jones, J. Joutsenvaara, T. Kalliokoski, J. Karjalainen, K. Loo, B. Lubsandorzhiev, T. Monto, V. Petkov, T. Raiha, J. Sarkamo, M. Slupecki, W.H. Trzaska, and A. Virkajarvi, "Underground multi-muon experiment EMMA", Astrophys. Space Sci. Trans., 7, 93 96, 2011. 8/10 = 0.8 14) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A. Yanin, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 15) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 16) J. Sarkamo, V.B. Petkov, D.D. Dzhappuev, N.F. Klimenko, and T. Raiha, "Developments in shower reconstruction and composition analysis for CARPET-3 EAS array", Astrophys. Space Sci. Trans., 7, 307 310, 2011. 8/5 = 1.6 17) Yu.F. Novoseltsev, A.G. Bogdanov, R.P. Kokoulin, R.V. Novoseltseva, V.B. Petkov, and A.A. Petrukhin. "On the energy spectrum of cosmic ray muons in 100 TeV region", Astrophys. Space Sci. Trans., 7, 483-486, 2011. 8/6 = 1.33 18) D.D. Dzhappuev, J.V. Balabin, B.B. Gvozdevskij, N.F. Klimenko, A.U. Kudzhaev, O.I. Michailova , VLVAL .B. Petkov, E.V.Vashenjuk,  Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7 , Astrophys. Space Sci. Trans., 7, 365-367, 2011. 8/8 = 1 19) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 43.83 1) V.B. Petkov,  The Andyrchy-BUST experiment: primary spectrum and composition around the knee . 31st International Cosmic Ray Conference (Lodz, Poland, 7-15 July 2009). Invited, Rapporteur and Highlight Papers, p.127, Lodz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etkov, A.S. Pozanenko, and V.M. Loznikov,  Searching for GeV energy from short Gama-Ray Bursts , Proc. of Gamma Ray Bursts 2010 Conference (Nov 1-4, 2010, Annapolis, USA), AIP Conf. Proc. V. 13LVAL 58, pp. 217-220, 2011. 6*1.5/3 = 3 6) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 7) V.B. Petkov, J. Szabelski, A.N. Gaponenko, I. Alikhanov, "High energy muons in EAS and primary composition around the knee", Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0093, 2011. 6*1.5/4 = 2.25 8) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. 6*1.5/8 = 1.13 9) T. Raiha, L. Bezrukov, T. Enqvist, H. Fynbo, L. Inzhechik, J. Joutsenvaara, T. Kalliokoski, J. Karjalainen, P. Kuusiniemi, K. Loo, B. Lubsandorzhiev , T. Monto, V. Petkov, J. Sarkamo, M. Slupecki, W.H. Trzaska, and A. Virkajarvi. "Performance of EMMA Tracking Stations", Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0873, 2011. 6*1.5/10=0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 34 1) V.B. Petkov,  Search for high energy gamma-ray bursts , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 2) .. 5B:>2,  >8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O 2KA>:>9 M=5@388 , A5@>AA89A:0O 0AB@>=><8G5A:0O :>=D5@5=F8O (-2010), ! , ?. 86=89 @EK7, 13-18 A5=BO1@O 2010 3. 4 3) .. 5B:>2,  >8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O 2KA>:>9 M=5@388 , AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0  2010, >A:20,  , 21-21 45:01@O 2010. 4 4) .. 5B:>2,  !>2@5<5==>5 A>AB>O=85 CAB0=>2>:  /  4;O 8AA;54>20=8O :>A<8G6 LVALF 5A:8E ;CG59 8 ?5@A?5:B82K @0728B8O , !5<8=0@, ?>A2OI5==K9 90-;5B8N A> 4=O @>645=8O ..'C40:>20, 16 8N=O 2011, >A:20, / . 20 C:>2>4AB2> 0A?8@0=B><: 2*30 = 60 1) >G:0@>2 .., 0A?8@0=BC@0 /, 2010 3., 2011 3. C:>2>4AB2> 48?;><=8:0<8: 2*10=20 1) 0@0G:>2 .., .$#, 2010, 2011. 038AB5@A:0O 48AA5@B0F8O  KAB@K9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O 30<<0-0AB@>=><88  .LVALGNG >2>A5;LF52 .@89 $54>@>28G, 20.09.1950, 4.D.-<.=., 2=A ;01>@0B>@88 !"   = 34.39 C1;8:0F88: 9.96 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov. "On the mass composition of primary cosmic rays in the energy region $10^{15}-10^{16}$ eV", arXiv:1108.4245v1 [hep-ph] 2011. 4/3 = 1.33 2) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 3) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, ..5B@CE8=, "-=5@35B8G5A:89 A?5:B@ <N>=>2 :>A<8G5A:8E ;CG59 2KH5 10 "M ?> 40==K< !"", 725AB8O , A5@.D87., B>< 75, ! 3, A. 440-442, 2011. 0.406*60/6 = 4.06 4) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 5) Yu.F. Novoseltsev, A.G. Bogdanov, R.P. Kokoulin, R.V. Novoseltseva, V.B. Petkov, and A.A. Petrukhin. "On the energy spectrum of cosmic ray muons in 100 TeV region", Astrophys. Space Sci. Trans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etkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 4) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. 6*1.5/8 = 1.13 >=D5@5=F88, =5 >?C1;8:>20=>: 18 1) Yu.F. Novoseltsev, "On the energy spectrum of cosmic ray muons in 100 TeV region", 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 2) Yu.F. Novoseltsev,  On the mass composition of primary cosmic rays in the energy region 1015 - 1016 eV , TAUP 2011 (5  9 September 2011, Munich, Germany). 6 3) Y. Novoseltsev,  EAS Spectrum vs the total number of high energy muons and mass composition of primary cosmic rays at E > 1015 eV , 13th ICATPP Conference on Astroparticle, Particle, Space Physics and Detectors for Physics Applications (Como, Italy, 3-7 October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e = 105  107", 725AB8O , A5@.D87., B>< 75, ! 3, A. 389-392, 2011. 0.406*60/9 = 2.71 5) .. >ABN:, .. 5B:>2, .. 5;>2, -.. 0H5=N:, .. 60??C52, ..>2>A5;LF520,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 848 849, 2011. 0.406*60/6 = 4.06 6) J. Sarkamo, V.B. Petkov, D.D. Dzhappuev, N.F. Klimenko, and T. Raiha, "Developments in shower reconstruction and composition analysis for CARPET-3 EAS array", Astrophys. Space Sci. Trans., 7, 307 310, 2011. 8/5 = 1.6 7) D.D. Dzhappuev, J.V. Balabin, B.B. Gvozdevskij, N.F. Klimenko, A.U. Kudzhaev, O.I. Michailova , V.B. Petkov, E.V.Vashenjuk,  Hadrons with energies of Eh >50 MeV in EASLVAL with Ne = 10^5 - 10^7 , Astrophys. Space Sci. Trans., 7, 365-367, 2011. 8/8 = 1 8) Yu.V. Balabin, B.B. Gvozdevsky, E.V. Vashenyuk, and D. D. Dzhappuev.  EAS hadronic component as registered by a neutron monitor , Astrophys. Space Sci. Trans., 7, 507, 2011. 8/4 = 2 9) Yu.V. Balabin, B.B. Gvozdevsk, E.A. Maurchev, E.V. Vashenyuk, and D.D. Dzhappuev.  Fine structure of neutron multiplicity on neutron monitors , Astrophys. Space Sci. Trans., 7, 283, 2011. 8/5 = 1.6 10) ... 0;018=, .. 60??C52, .. 2>7452A:89, .. 0C@G52, .#. C46052, .. 8E09;>20.  =>65AB25==>ABL =0 =59B@>==KE <>=8B>@0E: ;>:0;L=K5 04@>==K5 ;82=8 8 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 393, 2011. 0.406*60/6 = 4.06 11) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 400, 2011. 0.406*60/9 = 2.71 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 28.98 1) .. 60??C52,  $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8 , "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS_6. 4*1.5 = 6 2) .. 60??C52,  A4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne =105  107 , "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS_21. 4*1.5 = 6 3) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS _30. 4*1.5/9 = 0.67 4) ... 0;018=, -.. 0H5=N:, .. 602LVALB??C52 .. 2>7452A:89, .. 0C@G52, .#. C46052, .. 8E09;>20.  AA;54>20=85 ;>:0;L=KE 0B<>AD5@=KE ;82=59 =0 =59B@>==KE <>=8B>@0E . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS_13. 4*1.5/7 = 0.86 5) ... 0;018=, -.. 0H5=N:, .. 60??C52 .. 2>7452A:89, .#. C46052.  01;N45=85 04@>==>9 :><?>=5=BK ( =0 =59B@>==>< <>=8B>@5 . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS _14 4*1.5/5 = 1.2 6) D.D. Dzhappuev,  Study of the PCR s knee by the method of EAS particles central density , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0813, 2011. 6*1.5 = 9 7) Yu.V. Balabin, E.V. Vashenyuk, D.D. Dzhappuev,  EAS hadronic component detection by neutron monitors , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0674, 2011. 6*1.5/3 = 3 8) Yu.V. Balabin, B.B. Gvozdevsky, E.V. Vashenyuk, D.D. Dzhappuev,  Detailed study of neutron multiplicity in a neutron monitor , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0672, 2011. 6*1.5/4 = 2.25 >=D5@5=F88, =5 >?C1;8:>20=>: 8.7 1) D.D. Dzhappuev,  Hadrons with energies of Eh >50 MeV in EAS with Ne = 105 - 107 , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 2) Yu.V. Balabin, B.B. Gvozdevsky, E.V. Vashenyuk, and D. D. Dzhappuev.  EAS hadronic component as registered by a neutron monitor , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6/4 = 1.5 3) Yu.V. Balabin, B.B. Gvozdevsk, E.A. Maurchev, E.V. Vashenyuk, and D.D. Dzhappuev.  Fine structure of neutron multiplicity on neutron monitors , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6/5 = 1.2LVALGNG /=8= ;5:A59 $54>@>28G, 07.05.1950, :.D.-<.=., A=A ;01>@0B>@88 !"   = 18.21 C1;8:0F88: 12.21 1 Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.696*30/10 = 2.09 2) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 4) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A*LVAL:. Yanin, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 5) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 6) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011. 4/10 = 0.4 >=D5@5=F88: 6 1) A.F. Yanin,  Multichannel data acquisition system for scintillation detectors of the Emma experiment , 22nd European Cosmic Ray Symposium, (Turku, Finland, 3 - 6 August 2010). 6LVAL>;852 CA018 CE0@18528G, 31.03.1956, :.D.-<.=., A=A ;01>@0B>@88 !"   = 10.54 C1;8:0F88: 8.11 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 2) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 867 868, 2011. 0.406*60/5 = 4.87 3) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.43 1) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 2) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. 6*1.5/8 = 1.13LVALGNG >;G5=:> ;048<8@ 20=>28G, 09.03.1952, :.D.-<.=., A=A ;01>@0B>@88 !"   = 22.49 C1;8:0F88 : 14.92 1) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.696*30/10 = 2.09 2) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 4) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. ShaykhiLVAL ev, W. Trzaska, A. Yanin, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 5) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 6) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011 4/10 = 0.4 7) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 400, 2011. 0.406*60/9 = 2.71 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.57 1) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS _30. 4*1.5/9 = 0.67 2) Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.L. Tsyabuk, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko, I.I. Yashin,  The ProtoPRISMA array for EAS study , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August  LVAL 11-18), icrc1136, 2011. 6*1.5/10 = 0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 6 1) V.I. Volchenko,  The features of electronics structure of the multichannel scintillation module for the  experiment , 22nd European Cosmic Ray Symposium, (Turku, Finland, 3 - 6 August 2010). 6'-R7 2 -  ( z # u  ]X@%w rm"tokFZd[? @?4@N HHHH<?j5@33c@ @?@M HHHH<?i1BB @?@L HHHH<?h7= G@n@ @?@K HHHH<?gD@ @?Z@K HHHH<?f @?<<<<<?e@ @?@? HHHH<?d4 H@ @?xI VNGHHHH<?c4 mB @?'F VNGHHHH<?b6 H@ @?xD GNGHHHH<?a~B8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) . . 60??C52, . $. ;8<5=:>, . #. C46052, . !. 8420=A:89, . . 5B:>2, ". 09E0, .. !0@:0<>, "$C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8", 725AB8O , A5@.D87., B>< 75, ! 3, A. 386-388, 2011. 0.406*60/7 = 4.48 4) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. "4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne = 105  107", 725AB8O , A5@.D87., B>< 75, ! 3, A. 389-392, 2011. 0.406*60/9 = 2.71 5) D.D. Dzhappuev, J.V. Balabin, B.B. Gvozdevskij, N.F. Klimenko, A.U. Kudzhaev, O.I. Michailova , V.B. Petkov, E.V.Vashenjuk,  Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7 , Astrophys. Space Sci. Trans., 7, 365-367, 2011. 8/8 = 1 6) ... 0;018=, .. 60??C52, .. 2>7452A:89, .. 0C@G52, .#. C46052, .. 8E09;>20.  =>65AB25==>ABL =0 =59B@>==KE <>=8B>@0E: ;>:0;L=K5 04@>==K5 ;82=8 8 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 393, 2011. 0.406*60/6 = 4.06 7) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. fLVALv 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 400, 2011. 0.406*60/9 = 2.71 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.73 1) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS _30. 4*1.5/9 = 0.67 2) ... 0;018=, -.. 0H5=N:, .. 60??C52 .. 2>7452A:89, .. 0C@G52, .#. C46052, .. 8E09;>20.  AA;54>20=85 ;>:0;L=KE 0B<>AD5@=KE ;82=59 =0 =59B@>==KE <>=8B>@0E . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS_13. 4*1.5/7 = 0.86 3) ... 0;018=, -.. 0H5=N:, .. 60??C52 .. 2>7452A:89, .#. C46052.  01;N45=85 04@>==>9 :><?>=5=BK ( =0 =59B@>==>< <>=8B>@5 . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS _14 4*1.5/5 = 1.2 >=D5@5=F88, =5 >?C1;8:>20=>: 12 1) A.U. Kudzhaev, "Study for muon and hadron components of EAS at the height 1700 m above sea level", XV-th International School "PARTICLES and COSMOLOGY" (May 26 - June 2, 2011, Troitsk). 6 2) A.U. Kudzhaev,  Investigation for muonic and hadronic components of EAS at the 1GeV muon detector of Carpet-2 shower array , The Second International Cosmic Ray Workshop ARAGATS 2011 (Nor-Amberd, Yerevan, Armenia, September 12 - 16, 2011). 6LVALGNG >;G5=:> 0;8=0 0A8;L52=0, 30.03.1952, =A ;01>@0B>@88 !"   = 16.49 C1;8:0F88 : 14.92 1) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.696*30/10 = 2.09 2) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 4) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A. YaniLVAL n, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 5) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 6) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011 4/10 = 0.4 7) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 400, 2011. 0.406*60/9 = 2.71 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.57 1) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS _30. 4*1.5/9 = 0.67 2) Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.L. Tsyabuk, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko, I.I. Yashin,  The ProtoPRISMA array for EAS study , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc1136, 2011.LVAL 6*1.5/10 = 0.9LVALGNG 70?0@>20 @8=0 09@0<>2=0, 27.04.1961, =A ;01>@0B>@88 !"   = 18.21 C1;8:0F88: 12.21 1) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.696*30/10 = 2.09 2) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 4) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A. Yanin, andFLVALV N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 5) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 6) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011. 4/10 = 0.4 >=D5@5=F88: 6 1) I.M. Dzaparova,  Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers , 22nd European Cosmic Ray Symposium, Turku, Finland, 3 - 6 August 2010. 6 LVAL C@5=O ;5:A0=4@ 8:>;0528G, 14.01.1978, <=A ;01>@0B>@88 !"   = 0.8 C1;8:0F88: 0.8 1) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 LVAL>G:0@>2 0EB8 0AECB>28G, 21.03.1985, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / .   = 19.24*1.5 = 28.86 C1;8:0F88:: 3.24 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 2) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 >=D5@5=F88: 16 1) .. >G:0@>2  54:85 A>1KB8O =0 0:A0=A:>< >475<=>< !F8=B8;;OF8>==>< "5;5A:>?5 , 11-O ( -"$, @8M;L1@CAL5, 17 - 23 >:BO1@O 2010 3. 4 2) M.M. Kochkarov,  Search for rare events at the Baksan underground scintillation telescope , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 3) M.M. Kochkarov,  The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers , The Second International Cosmic Ray Workshop ARAGATS 2011 (Nor-Amberd, Yerevan, Armenia, September 12 - 16, 2011). 6LVALGNG 0?>=5=:> ;5:A0=4@ 8:>;0528G, 10.10.1983, <=A   = 45.32*2 = 90.64 C1;8:0F88: 11.07 1) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 2) .. 5B:>2, .!. >70=5=:>, .. >7=8:>2, .. 0?>=5=:>, .. =4@552, .. !5@3552, ">8A: 30<<0 87;CG5=8O 2KA>:>9 M=5@388 >B :>A<8G5A:8E 30<<0-2A?;5A:>2", 725AB8O , A5@.D87., B>< 75, ! 3, A. 463 466, 2011. 0.406*60/6 = 4.06 3) V.B. Petkov, A.S. Pozanenko, V.M. Loznikov, A.N. Gaponenko, M.V. Andreev, and A.V. Sergeev, "Search for high energy gamma-ray bursts", Astrophys. Space Sci. Trans., 7, 97-100, 2011. 8/6 = 1.33 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.25 1) V.B. Petkov, J. Szabelski, A.N. Gaponenko, I. Alikhanov, "High energy muons in EAS and primary composition around the knee", Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0093, 2011. 6*1.5/4 = 2.25 >=D5@5=F88, =5 >?C1;8:>20=>: 32 1) .. 0?>=5=:>,  >8A: A25@E:>@>B:8E 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 2) A.N. Gaponenko,  Searching for very short gamma-ray bursts from evaporating primordial black holes , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 3) .. 0?>=5=:>,  >8A: A25@E:>@>B:8E 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ , 11-O ( -"$, @8M;L1@CAL5, 17 - 23 >:BO1@O 2010 3. 4 4) A.N. G& LVAL6 aponenko,  Search for very short gamma-ray bursts from evaporating primordial black holes , XV-th International School "PARTICLES and COSMOLOGY" (May 26 - June 2, 2011, Troitsk). 6 5) A.N. Gaponenko,  Search for black holes as a possible candidate for dark matter , International School on Astro-Particle Physics ISAPP 2011 (8-15 July 2011 - Heidelberg, Germany). 6 6) A.N. Gaponenko,  Flat air showers as possible signature of primordial black hole evaporation , 32nd International Cosmic Ray Conference (Beijing, China, August 12-18, 2011). 6LVALGNG >ABN: 8E08; @83>@L528G, 25.11.1954, =A ;01>@0B>@88 !"   = 40.6 C1;8:0F88: 12.17 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 2) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 867 868, 2011. 0.406*60/5 = 4.87 3) .. >ABN:, .. 5B:>2, .. 5;>2, -.. 0H5=N:, .. 60??C52, ..>2>A5;LF520,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 848 849, 2011. 0.406*60/6 = 4.06 4) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.43 1) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 2) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. 6*1.5/8 = 1.13 LVAL >=D5@5=F88, =5 >?C1;8:>20=>: 26 1) .. >ABN:,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 2) .. >ABN:,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 3) M.G. Kostyuk,  Forbush decreases influence on registered high energy muon flux , 22nd European Cosmic Ray Symposium in Turku, Finland, 3 - 6 August 2010. 6 4) M.G. Kostyuk,  Temperature variations of high energy muon flux , 22nd European Cosmic Ray Symposium in Turku, Finland, 3 - 6 August 2010. 6 5) M.G. Kostyuk,  Temperature variations of high energy muon flux , XV-th International School "PARTICLES and COSMOLOGY", May 26 - June 2 , 2011 Troitsk, Moscow Region, Russian Federation. 6LVAL .;8E0=>2 1@038< ;8528G, 15.09.1979, =A, :.D.-<.=.   = 111.69*1.5 = 167.54 C1;8:0F88: 109.44 1) I. Alikhanov,  On parton distributions in a photon gas , Eur. Phys. J. C 65 (2010) 269-273. 3.248*30 = 97.44 2) I. Alikhanov,  Exclusive production of pseudoscalar mesons in neutrino-photon interactions , arXiv:1109.1261v1 [hep-ph] 4 3) I. Alikhanov,  Leptoquark models and the energy spectrum of cosmic rays , arXiv:1101.4010. 4 4) I. Alikhanov,  Production of heavy vector particles in interactions of leptons with the massless gauge bosons , arXiv:1106.5414. 4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.25 1) V.B. Petkov, J. Szabelski, A.N. Gaponenko, I. Alikhanov, "High energy muons in EAS and primary composition around the knee", Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0093, 2011. 6*1.5/4 = 2.25CG<57>2 7@5B CE0@18528G, 09.03.1986, AB065@-8AA;54>20B5;L ;01. !".   = 6.71*2 = 13.42 C1;8:0F88:: 2.71 1) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. "4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne = 105  107", 725AB8O , A5@.D87., B>< 75, ! 3, A. 389-392, 2011. 0.406*60/9 = 2.71 >=D5@5=F88: 4 1) .. CG<57>2,  AA;54>20=85 04@>=>2 =0 CAB0=>2:5 >25@-2 , 11-O ( -"$, @8M;L1@CAL5, 17 - 23 >:BO1@O 2010 3. 4LVAL !>@>:8= .@89 20=>28G, @>4. 1939 3. =A $/ .   82,14 C1;8:0F88: ...!>@>:8= @>?030B>@ $59=<0=0 4;O G0AB8FK 2 ?>AB>O==>< >4=>@>4=>< M;5:B@><03=8B=>< ?>;5. 725AB8O , A5@. $87.  ?5G0B8. 0.323*60/1*1.5=29.07 ...!>@>:8=. $59=<0=>2A:89 ?@>?030B>@ 4;O G0AB8FK 2 >AF8;;8@CNI5< ?>;5. . 725AB8O , A5@. $87.  ?5G0B8 0.323*60/1*1.5=29.07   58,14 >=D5@5=F88 Yu.I.Sorokin. Feinman propagator for particle in magnetic field. "@C4K 12 564C=0@>4=>3> A5<8=0@0  EMIN-2009 . !B@ 146  148, ., 2010 6/1=6. ...!>@>:8=. @>?030B>@ $59=<0=0 4;O G0AB8FK 2 ?>AB>O==>< >4=>@>4=>< M;5:B@><03=8B=>< ?>;5. >:;04 =0 564C=0@>4=>9 :>=D. /4@>-2010. !1, 2010 6/1=6 $59=<0=>2A:0O :20=B>20O <5E0=8:0, @048CA M;5:B@>=0 8 @07<5@ A5;5==>9. >:;04 =0 A5<8=0@5 ?0<OB8 -..!>A=>2F0 8 !..C7=5F>20. 02.06.2010, /$ #. 6/1=6 ...!>@>:8=. $59=<0=>2A:89 ?@>?030B>@ 4;O G0AB8FK 2 >AF8;;8@CNI5< ?>;5. >:;04 =0 564C=0@>=>9 :>=D5@5=F88 /4@> 2011, !0@>2, 2011. 6/1=6   24 !C<<.  : 82,140@0G:>2 8E08; ;5:A0=4@>28G, 22.02.1988, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / .   = 4*1.5= 6.0 >=D5@5=F88: 4.0 1) .. 0@0G:>2  @>5:B CAB0=>2:8 4;O ?>8A:0 8 87CG5=8O 48A:@5B=KE 8AB>G=8:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O 2KA>:>9 8 A25@E2KA>:>9 M=5@388 , 11-O ( -"$, @8M;L1@CAL5, 17 - 23 >:BO1@O 2010 3. 4LVALGNG "C@8=35 =4@59 @8A>28G, @>4 15.12.1956, A=A $/ ,   70 2010  2011 33. = 114,95 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL 104,241601(2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,5414. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  LVAL :30*2.015/10=6,045 15. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Submitted to Prog.Part.Nucl.Phys., 2011. 30*2.991*0.7/10=6.28  : 30*0,467/10=1,40 " : 71,35 >=D5@5=F88: 1. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 2. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 3. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 6/6 =1,0 4. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , STORI- 2011, Frascati, Italy.  : 30/4 =7.5 5. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . , Int.School on Nucl.Phys. Eriche, 2011, Italy.  : 30/4 =7.5 6. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, 61 564C=0@>4=0O :>=D5@5=F8O /  2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 (!0@>2, 10-14 >:BO1@O 2011 3.). !1>@=8: B578A>2 4>:;04>2, 2011.  : 6/4 =1.5 " : 22,0 C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 4/10 =0.4 2. Gurzadyan, V. G.LVAL ,.. Lapik, A.,.. Nedorezov, V., & .Rudnev, N., Turinge, A.,.. A new limit on the light speed isotropy from the GRAAL experiment at the ESRF (2010) http://arxiv.org/abs/1004.2867  : 4/10 =0.4 3. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. ,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 4/10 =0.4 4. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. arXive 1009.1299 [nucl-ex] 2010.  : 4/10 =0.4 " : 1,6 C:>2>4AB2> ABC45=B0<8  48?;><=8:0<8 (A>2<5AB=> A CA0:>2K< ..): ><;52 ;5:A0=4@ =4@5528G, #, 2010, 2011   = 20 B>3> 20 " 114,95LVALGNG "C;C?>2 >@8A ;5:A5528G, 06.08.1931, :.D.-<.=, A=A.,   70 2010-2011 3. C1;8:0F88: 1. .."C;C?>2, ..#@8=.  @>AB59H85 D>B>O45@=K5 @50:F88 A 2>71C645=85<: 87>25:B>@=KE 3830=BA:8E 48?>;L=>3> 8 :204@C?>;L=>3> @57>=0=A>2: ?>;C<8:@>A:>?8G5A:>5 >?8A0=85  . (2 ?5G0B8) /$ 75, (2012).  =0.914*60/2=27.42 2. B.A. Tulupov and M.H.Urin.  The Simplest Photonuclear Reactions Accompanied by Excitation of the Isovector Giant Dipole and Quadrupole Resonances: Semimicroscopic Description . (2 ?5G0B8) Phys. At. Nucl., 72(2012).  =0.914*60/2=27.42 >=D5@5=F88: 1. B.A.Tulupov, M.H.Urin. The Semimicroscopic Description of the Simplest Photonuclear Reactions with Giant Dipole Resonance Excitation. Proc. of the XII International Seminar on Electromagnetic Interactions of Nuclei EMIN-2009 (Moscow, September 17-20 2009), Moscow 2010, p.101.  =1.5*6/2=4.5 2. .. "C;C?>2, .. #@8=. >;C<8:@>A:>?8G5A:>5 >?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89 A 2>71C645=85< 3830=BA:>3> 48?>;L=>3> @57>=0=A0. >:;04, ?@54AB02;5==K9 =0 =0CG=CN A5AA8N /# $ -2010 . ( >A:20, O=20@L 2010).  =1.5*4/2=3 3. B.A.Tulupov, M.H.Urin. On Semimicroscopic Description of Simplest Photonuclear Reactions with Excitation of the Isovector Giant Dipole and Quadrupole Resonances, LX International Conference on Nuclear Physics  NUCLEUS 2010 , July 6-9, Saint-Petersburg 2010.  =1.5*6/2=4.5 4. .."C;C?>2, ..#@8=.  >;C<8:@>A:>?8G5A:>5 >?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89 A 2>71C645=85< 3830=BA:8E 87>25:B>@=KE 1 8 2 @57>=0=A>2 . >:;04, ?@54AB02;5==K9 =0 =0CG=CN A5AA8N /# $ (>A:20, D52@0;L 2011).  =1.5*4/2=3 5. B.A.Tulupov, M.H.Urin. Semimicroscopic Description of the Fast Neutron Radiative Capture. 19th International Seminar on Interaction of Neutrons with Nuclei (ISINN-19, Dubna, Russia, May 25-28, 2011).  ==1.5*6/2=4.5 6. .."C;C?>2, ..#@8=.  >;C<8:@>A:>?8G5A:>5 >?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89  LVAL A 2>71C645=85< 87>25:B>@=KE 3830=BA:8E 48?>;L=>3> 8 :204@C?>;L=>3> @57>=0=A>2 . 61 564C=0@>4=0O :>=D5@5=F8O /4@>-2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0, !0@>2, -$, 10-14 >:BO1@O 2011).  =!.5*6/2=4.5 B>3>:  = 27.42+27.42+4.5+3+4.5+3+4.5+4.58=78.84LVALGNG CA0:>2 @BC@ ;048<8@>28G, 25.11.1964, =. A. 1. S.S.Verbitsky, V.N.Emkhonov, A.M.Lapik, D.Yu.Maksimov, A.V.Rusakov, G.V.Solodukhov, M.A.Tikanov, A.NB.Tselebrovsky, A.A.Shilyaev. Discrimination of Particles by the Scintillation Pulse Shape (in the Electron Energy Range of 0.5 4.0 MeV) Using the Zero-Crossing Method. Instr. and Exp. Tech. 2010, v.53, no.3, pp 368  373 8/9H"0.9 2. 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, ...0:A8<>2, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89, ..(8;O52. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 (?@8 M=5@38OE M;5:B@>=>2 50 :M  4 M) <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O.   +  "% -! ", 2010, ! 3, A.55-60 8/9H"0.9 3. !.!.5@18F:89, ..<>E>=>2, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."8:0=>2, .."C@8=35, ..&5;51@>2A:89. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. 725AB8O , A5@. $87., B>< 75, !11, A. 1640-1645 0.277*60/9*1.5 H" 2.8 4. S. S. Verbitskii, V. N. Emokhonov, A. M. Lapik, V. G. Nedorezov, A. V. Rusakov, G. V. Solodukhov, M. A. Tikanov, A. A. Turinge, A. N. Tselebrovskii. Applying the Photonuclear Technique to Fissile Materials Detection, Bulletin of the Russian Academy of Sciences: Physics, Vol. 75, No. 11, 2011, p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andaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL 104,241601(2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,5414. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011. LVAL! :30*2.015/10=6,045 15. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Submitted to Prog.Part.Nucl.Phys., 2011. 30*2.991*0.7/10=6.28  : 30*0,467/10=1,40 " : 71,35 >=D5@5=F88: 1. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 2. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 3. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 6/6 =1,0 4. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , STORI- 2011, Frascati, Italy.  : 30/4 =7.5 5. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . , Int.School on Nucl.Phys. Eriche, 2011, Italy.  : 30/4 =7.5 6. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, 61 564C=0@>4=0O :>=D5@5=F8O /  2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 (!0@>2, 10-14 >:BO1@O 2011 3.). !1>@=8: B578A>2 4>:;04>2, 2011.  : 6/4 =1.5 " : 22,0 C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 4/10 =0.4 2. Gurzadyan, V."LVAL2 G.,.. Lapik, A.,.. Nedorezov, V., & .Rudnev, N., Turinge, A.,.. A new limit on the light speed isotropy from the GRAAL experiment at the ESRF (2010) http://arxiv.org/abs/1004.2867  : 4/10 =0.4 3. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. ,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 4/10 =0.4 4. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. arXive 1009.1299 [nucl-ex] 2010.  : 4/10 =0.4 " : 1,6 " 94,95LVALGNG#   >;>=A:89 .. =48284C0;L=K9: 49.554+12=61.554 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2010-2011 33. 1. V.L. Kashevarov, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & First measurement of the circular beam asymmetry in the p!0p reaction Phys. Lett. B 693 (2010) 551 554 5.255*30*0.1=15.765 2. S. Schumann,& , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Radiative 0 photoproduction on protons in the +(1232) region Eur. Phys. J. A 43 (2010) 269 2.592*30*0.1=7.776 3. E.F. McNicoll, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Experimental study of the  p!p reaction with the Crystal Ball detector at the Mainz Microtron (MAMI C) Phys. Rev. C 82 (2010) (2010) 035208 3.416*30*0.1=10.248 4. H. Berghuser, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Determination of the -transition form factor in the p!p!pe+e" reaction. Phys.Lett.B 701:562-567,2011 5.255*30*0.1=15.765 B>3>: 49.554 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 1.HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 2.HK 7.5 First double polarized photoproduction on a 3He target at MAMI 3.HK 7.8 Construction and test of a transverse superconducting holding magnet 4.HK 10.1 FPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 5. HK 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 6. HK 17.5 In-Medium Modifikationen des -Mesons 7. HK 26.5  Photoproduction off 3He 8. HK 26.6  photoproduction off 3He : Search for -mesic nuclei 9. HK 52.2 Recent results from the Crystal Ball at MAMI experiment 10. HK 52.3 Strahlungsbegleitete 0-Photoproduktion im BerLVALeich der +(1232.-Resonanz 11. HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 12. HK 54.2  und  Physik mit dem Crystal Ball an MAMI Mnster, 21. - 25. Mrz 2011 http://www.dpg-verhandlungen.de/2011/muenster/index.html 13. HK 4.6 First Doubly Polarised Photoproduction on 3He at the Photon Beam of MAMI 14. HK 7.3 Development of a time projection chamber for Crystal Ball at MAMI 15. HK 11.5 In-Medium Modifikationen des -Mesons nahe der Produktionsschwelle 16. HK 14.7 FPGA basierendes Elektronstrahl-Polarimeter und zellularer Clusterz4hler fr das Crystal-Ball-Experiment am Mainzer Mikrotron (MAMI) 17. HK 17.3 Spin Observables in Compton Scattering with the CB@MAMI Detector System 18. HK 17.4 Measurement of the photon asymmetry in neutral pion production from the proton near threshold 19. HK 28.9 Status des neuen Spektrometers zur Energiemarkierung von hochenergetischen Photonen an MAMI-C 20. HK 43.9 Investigation of the Dalitz decay of the  and the 0-meson and determination of the  form factor B>3>, 6*0.1*20=12LVALGNG% 54>@57>2 ;048<8@ 5>@38528G @>4 13.09.1946, 702. 01, $/ ,   70 2010  2011 33. = 251,81   @C:>2>48B5;O=251,81*0.5 + 91,13*0,75= 125,90 + 68,35 = 194,20 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8 J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL (2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. A.Antonov , ..V.G.Nedorezov, A.A.Turinge e.a.  The electron-ion scattering experiment ELISe at the ILVAL& nternational Facility for Antiproton and Ion Research (FAIR): A conceptual design study. Nucl.Instrum.Meth.A637:60-76,2011.  : 30*1,442/10 =4,326 10. >>? .., (0BC=>2 ... ,54>@57>2 .. , $><8G52 .!. ,'C;:>2 .. @>5:B ELISe: M;5:B@>=-8>==K9 :>;;0945@ 2 8AA;54>20B5;LA:>< F5=B@5 8>=>2 8 0=B8?@>B>=>2 FAIR B><=0O M=5@38O , 2 ?5G0B8, 2011.  : 30*0,071 =2,13 11. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  :30*2.015/10=6,045 12. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Submitted to Prog.Part.Nucl.Phys., 2011.   30*2.991*0.7/10=6.28 " : 97,941 >=D5@5=F88: 1. ...@8H:8=, . . 5;O52, .. 54>@57>2, .. C4=52, !.!. >48>=>20, A... "C@8=35, $548= .. &8D@>20O @5=B35=>2A:0O 45=A8B><5B@8O. "@C4K <564. >=3@5AA0 ?> <54.D878:5, 2010 1 >A:20.  : 30/7 =4.28 2. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for the GRAAL Collaboration. New GRAAL data on nucleon photoabsorption in the nucleon resonance energy region. Book of abstracts of the XX Int.Baldin Sem.on High Energy Physics Problems. (Baldin ISHEPP XX) Dubna, October 2010, p.75.  : 30/3 =10.0 6. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for GRAAL Collaboration. Modification of nucleons in nuclear medium in accordance with new experimental GRAAL data on total photoabsorption cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 72.  : 30*/3 =10.0 7. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 8. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesonsLVAL' with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 9. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 30/6 =5,0 10). N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009. ;5=0@=K9 4>:;04.  : 30/6=5.00 11) V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , STORI- 2011, Frascati, Italy.  : 30/4 =7.5 12) A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . , Int.School on Nucl.Phys. Eriche, 2011, Italy.  : 30/4 =7.5 13) A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, 61 564C=0@>4=0O :>=D5@5=F8O /  2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 (!0@>2, 10-14 >:BO1@O 2011 3.). !1>@=8: B578A>2 4>:;04>2, 2011.  : 6/4 =1.5 14) ..54>@57>2. -:A?5@8<5=B0;L=K5 ?@>5:BK 4;O 5- :>;;0945@>2. '5@5=:>2A:85 GB5=8O, $ (2011) 6 AB@.   = 20 15) ..54>@57>2.708<>459AB285 @50;L=KE 8 28@BC0;L=KE D>B>=>2 A O4@0<8 8 =C:;>=0<8 2 @57>=0=A=>9 >1;0AB8 M=5@389. !5AA8O /$ , "-$ (2011).   = 20 " 65,28 C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 17. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 4/10 =0.4 18. Gurzadyan, V. G.,.. Lapik, A.,.. Nedorezov, V., & .Rudnev, N., Turinge, A.,..  LVAL A new limit on the light speed isotropy from the GRAAL experiment at the ESRF (2010) http://arxiv.org/abs/1004.2867  : 4/10 =0.4 19. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. ,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 4/10 =0.4 20. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. arXive 1009.1299 [nucl-ex] 2010.  : 4/10 =0.4 " : 1.6 #G.?>A>185. ..CH:0@5=:>2, ..54>@57>2. -;5:B@><03=8B=K5 2708<>459AB28O O45@. 74. #, 11 @54.874. ;8AB>2. 2010   = 11 C:>2>4AB2> 0A?8@0=B0<8 : 5;>CA>2 =B>= .@L528G 2010   = 30 " 30 C:>2>4AB2> ABC45=B0<8  48?;><=8:0<8 (A>2<5AB=> A CA0:>2K< ..): >@H:>2 8E08; 8:>;0528G, #, 2009, 2010   = 20/2 = 10 '5B25@B:>2 8E08; ;5:A0=4@>28G , #, 2009, 2010 ,  = 20/2 = 10 "82:>2 0A8;89 # , 2010   = 10 B>3> 30 C@A ;5:F89 4;O ABC45=B>2 4-3> :C@A0 (1 A5<5AB@ (50 G0A>2) 2 3>4C =0 $87D0:5 #) 2009 -;5:B@><03=8B=K5 2708<>459AB28O O45@ , 4>@01>B:0   = 8 !5<8=0@A:85 70=OB8O 2009 :><?LNB5@=K5 <5B>4K >1@01>B:8 M:A?5@8<5=B0;L=KE 40==KE   = 8 " 251,281LVALGNG)   2010 - 2011 CH:0@5=:>2 ;5:A0=4@ 8:>;0528G, =A, 19.12.1980 = 111,091 C1;8:0F88: 1. A. Mushkarenkov for the GRAAL collaboration, .Photoproduction of pi0 on the proton and deuteron at E. = 0.7  .5 GeV., Int. J. of Mod. Phys. E, Vol. 19, Issues 5-6, pp. 1197-1204, 2010;   : 30*0.497*0.7/10 = 1.44 2. G.Mandaglio, ..., A. Ignatov, A.Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge (32 authors), .Beam asymmetry measurements on the photoproduction off neutrons., Phys.Rev.C82:045209,2010;   : 30*3.477/10 = 10.431 3. V. Kashevarov, ..., A. Mushkarenkov, et al. (>10 authors), .First measurement of the circular beam asymmetry in the gamma p  > pi0 eta p reaction., Phys.Lett.B693:551554, 2010;  : 30*5.083/10 = 15.249 4. E.F. McNicoll, ..., A. Mushkarenkov, et al. (>10 authors), .Study of the 30<<0 p reaction with the Crystal Ball detector at the Mainz Microtron(MAMI-C)., Phys.Rev.C82:035208,2010.  : 30*3.477/10 = 10.431 5. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 6. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 7. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 8. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 9. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts 2LVALBof the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 10. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 8B>3>: 109,461 E-prints: 10. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 4/10 =0.4 11. Gurzadyan, V. G.,.. Lapik, A.,.. Nedorezov, V., & .Rudnev, N., Turinge, A.,.. A new limit on the light speed isotropy from the GRAAL experiment at the ESRF (2010) http://arxiv.org/abs/1004.2867  : 4/10 =0.4 12. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. ,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 4/10 =0.4 20. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. arXive 1009.1299 [nucl-ex] 2010.  : 4/10 =0.4 B>3>: 1,6 A53> 111,091LVALGNG+   8A8= .. =48284C0;L=K9 65.106+12=77.106 !@54=89 ?> ?>4@0745;5=8N (61.554+77.106+77.106)/3=71.922   @C:>2>48B5;O 77.106*0.5+71.922*0.75=92.494 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2010-2011 33. 1. V.L. Kashevarov, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & First measurement of the circular beam asymmetry in the p!0p reaction Phys. Lett. B 693 (2010) 551 554 5.255*30*0.1=15.765 2. J. Ahrens, & , R. Kondratiev, & , V. Lisin,& Helicity dependence of the d ! NN reactions in the -resonance region Eur. Phys. J. A 44 (2010) 189 201 2.592*30*0.1=7.776 3. S. Schumann,& , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Radiative 0 photoproduction on protons in the +(1232) region Eur. Phys. J. A 43 (2010) 269 2.592*30*0.1=7.776 4. E.F. McNicoll, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Experimental study of the  p!p reaction with the Crystal Ball detector at the Mainz Microtron (MAMI C) Phys. Rev. C 82 (2010) (2010) 035208 3.416*30*0.1=10.248 5. J. Ahrens, & , R. Kondratiev, & , V. Lisin, & Measurement of the helicity dependent total cross section for the n!p"0 reaction Eur. Phys. J. A 47 (2011) 36 2.592*30*0.1=7.776 6. H. Berghuser, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Determination of the -transition form factor in the p!p!pe+e" reaction. Phys.Lett.B 701:562-567,2011 5.255*30*0.1=15.765 B>3>: 65.106 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 1.HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 2.HK 7.5 First double polarized photoproduction on a 3He target at MAMI 3.HK 7.8 Construction and test of a transverse superconducting holding magnet 4.HK 10.1 LVALFPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 5. HK 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 6. HK 17.5 In-Medium Modifikationen des -Mesons 7. HK 26.5  Photoproduction off 3He 8. HK 26.6  photoproduction off 3He : Search for -mesic nuclei 9. HK 52.2 Recent results from the Crystal Ball at MAMI experiment 10. HK 52.3 Strahlungsbegleitete 0-Photoproduktion im Bereich der +(1232.-Resonanz 11. HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 12. HK 54.2  und  Physik mit dem Crystal Ball an MAMI Mnster, 21. - 25. Mrz 2011 http://www.dpg-verhandlungen.de/2011/muenster/index.html 13. HK 4.6 First Doubly Polarised Photoproduction on 3He at the Photon Beam of MAMI 14. HK 7.3 Development of a time projection chamber for Crystal Ball at MAMI 15. HK 11.5 In-Medium Modifikationen des -Mesons nahe der Produktionsschwelle 16. HK 14.7 FPGA basierendes Elektronstrahl-Polarimeter und zellularer Clusterz4hler fr das Crystal-Ball-Experiment am Mainzer Mikrotron (MAMI) 17. HK 17.3 Spin Observables in Compton Scattering with the CB@MAMI Detector System 18. HK 17.4 Measurement of the photon asymmetry in neutral pion production from the proton near threshold 19. HK 28.9 Status des neuen Spektrometers zur Energiemarkierung von hochenergetischen Photonen an MAMI-C 20. HK 43.9 Investigation of the Dalitz decay of the  and the 0-meson and determination of the  form factor B>3>, 6*0.1*20=12LVALGNG- 0?8: ;5:A0=4@ 8E09;>28G @>4 28.05.1953, =A,   70 2010  2011 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL 104,241601(2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. S.S.Verbitsky,..., A.M.Lapik, A.V.Rusakov e.a. Pulse shape discrimination of the particles with energies 50 keV  4 MeV by the method of crossing the zero level. InstrLVAL. uments and Experimental Techniques v.53,no.3,pp368-373 (2010). 0.165*60/9H"1.1 10. !.!.5@18F:89, & , ..0?8:, .. CA0:>2 8 4@.8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 ?@8 M=5@38OE M;5:B@>=>2 50 :M  4 M <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O.   +  "% -! ", 2010, ! 3,c.55-60 0.165*60/9H"1.1 11. !.!.5@18F:89, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."C@8=35. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. 725AB8O , A5@. $87., B.75,!11,AB@.1640-1645 0.277*60/9*1.5 H" 2.8 12. S. S. Verbitskii, V. N. Emokhonov, A. M. Lapik, V. G. Nedorezov, A. V. Rusakov, G. V. Solodukhov, M. A. Tikanov, A. A. Turinge, A. N. Tselebrovskii. Applying the Photonuclear Technique to Fissile Materials Detection, Bulletin of the Russian Academy of Sciences: Physics, Vol. 75, No. 11, 2011, p. 1544-1548 0.277*60/9*1.5 H" 2.8 13. 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 2 480?07>=5 =87:8E M=5@389 6 100 :M ?> M;5:B@>=0< A 8A?>;L7>20=85< ;8=59=KE D8;LB@>2. "-, 2 ?5G0B8. 0.165*60/7H"1.4 14. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  :30*2.015/10=6,045 15. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Submitted to Prog.Part.Nucl.Phys., 2011. 30*2.991*0.7/10=6.28 " : 100.7 >=D5@5=F88: 16. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 17. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  LVAL/ Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 18. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 6/6 =1,0 19. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , STORI- 2011, Frascati, Italy.  : 30/4 =7.5 20. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . , Int.School on Nucl.Phys. Eriche, 2011, Italy.  : 30/4 =7.5 21. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, 61 564C=0@>4=0O :>=D5@5=F8O /  2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 (!0@>2, 10-14 >:BO1@O 2011 3.). !1>@=8: B578A>2 4>:;04>2, 2011.  : 6/4 =1.5 " : 29.5 C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 17. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 4/10 =0.4 18. Gurzadyan, V. G.,.. Lapik, A.,.. Nedorezov, V., & .Rudnev, N., Turinge, A.,.. A new limit on the light speed isotropy from the GRAAL experiment at the ESRF (2010) http://arxiv.org/abs/1004.2867  : 4/10 =0.4 19. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scat6 LVALF tering of high energy electrons. ,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 4/10 =0.4 20. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. arXive 1009.1299 [nucl-ex] 2010.  : 4/10 =0.4 " : 1.6 " 131.8LVALGNG1 $ : C7=5F>2 OG5A;02 ;5:A0=4@>28G B45; : $/ , A5:B>@ -$" >;6=>ABL: =0CG=K9 A>B@C4=8: (0.1 AB02:8) 1. !B0BL8 2 <564C=0@>4=KE @5D5@8@C5<KE 6C@=0;0E 1. . V.Kuznetsov, M.Polyakov, and M.Thurmann ``On Narrow Nucleon Excitation N*(1685) 8AL<0 8 -"$, 94, 543 (2011)  : 1.557*60/3=31.14 2. V.Kuznetsov et al., (20 co-authors) ``Evidence for Narrow N_(1685) Resonance in Quasifree Compton Scattering on the Neutron Phys. Rev. C. 83:022201(R) (2011)  : 3.416*30/20=10.25 3. A.Ni et al., (9 co-authors) ``Time-of-Flight Resolution of the CTOF@CLAS12 prototype Counter equipped with magnetic-resistant fine-mesh photomultipliers Journal of Instrumentation, JINST 5 P11001 (2010).  : 30*3.148/9=10.49 4. V.Kuznetsov et al, (7 co-authors) ``Comparison of the time resolution of a fine-mesh (HP R7761-70) to a standard linear (HP R2083) photomultiplier Nuclear Instr. & Meth. A 621, 184 (2010)  : 30*1.142/7=4.89 2. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 5. M.Amoryan et al., (12 co-authors) `` Observation of a narrow structure in p(gamma,K_s)X via interference with phi-meson production. arXiv:1110.3325 [hep-ex]  : 4/12=0.4 6. A.V.Anisovich et al., (7 co-authors) ``Search for Narrow Nucleon resonance in gamma p -> eta p. arXiv:1108.3010 [hep-ex]  : 4/7=0.57 7. V.Kuznetsov, M.Polyakov, and M.Thurmann ``On Narrow Nucleon Excitation N*(1685) arXiv:1102.5209 [hep-ex]  : 4/3=1.33 8. V.Kuznetsov et al., (20 co-authors) ``Evidence for Narrow N_(1685) Resonance in Quasifree Compton Scattering on the Neutron arXiv:1003.4585 [hep-ex]  : 4/22=0.4 6. >:;04K =0 564C=0@>4=KE >=D5@5=F8OE 1. . V.Kuznetsov ``Evidence for Narrow N*(1685) Resonance @83;0H5==K9 ?0@0;;5;L=K9 4>:;04 =0 564C=0@>4=>9 >=D5@5=F88 ``Hadron Nuclear Physics 2011 , Feb 21 24, 2011, Pohang, Republic of Korea. http://www.apctp.org/hnp2011/index.php >B>28BLVALAO : ?5G0B8 2 "@C40E >=D5@5=F88 =0 =0 ?>@B0;5 2@>?59A:>3> D878G5A:>3> 6C@=0;0 http://www.epj-conferences.org/  : 30*1=30 1. V.Kuznetsov ``Evidence for Narrow N*(1685) Resonance @83;0H5==K9 ?0@0;;5;L=K9 4>:;04 =0 564C=0@>4=>9 >=D5@5=F88 ?> AB@C:BC@5 10@8>=>2 BARYONS 10 , Dec. 7-11, 2010, Osaka, Japan. http://www.rcnp.osaka-u.ac.jp/~baryons/home.html ?C1;8:>20=> 2 "@C40E >=D5@5=F88 <5@8:0=A:8< D878G5A:8L =AB8BCB>B (AIP) http://proceedings.aip.org/   6/1.5=9 2. V.Kuznetsov, M.Polyakov, `` Evidence for Narrow N*(1685) Resonance Invited talk at the Int. Conference Excited QCD 2010 31 January-6 February 2010- Tatra National Park (Slovakia), http://th.physik.uni-frankfurt.de/~excitedqcd/2010.html ?C1;8:>20=> 2 "@C40E >=D5@5=F88 V.Kuznetsov, M.Polyakov `` A Case for Narrow Nucleon Excitation N(1685) Proceeding of the International Conference ``Excited QCD Tatranska Lomniza, Slovakia, January 31  February 6 2010. Acta Physica Polonica B Proceeding Suppl. 1015 (2010)   30*1.5/2=22.5 B>3>2K9  : 31.14+10.25+10.49+4.89+0.4+0.57+1.33 +0.4+30+9+22.5= 120.97LVALGNG3   >=4@0BL52 .. =48284C0;L=K9: 65.106+12=77.106 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2010-2011 33. 1. V.L. Kashevarov, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & First measurement of the circular beam asymmetry in the p!0p reaction Phys. Lett. B 693 (2010) 551 554 5.255*30*0.1=15.765 2. J. Ahrens, & , R. Kondratiev, & , V. Lisin,& Helicity dependence of the d ! NN reactions in the -resonance region Eur. Phys. J. A 44 (2010) 189 201 2.592*30*0.1=7.776 3. S. Schumann,& , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Radiative 0 photoproduction on protons in the +(1232) region Eur. Phys. J. A 43 (2010) 269 2.592*30*0.1=7.776 4. E.F. McNicoll, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Experimental study of the  p ! p reaction with the Crystal Ball detector at the Mainz Microtron (MAMI-C) Phys. Rev. C 82 (2010) (2010) 035208 3.416*30*0.1=10.248 5. J. Ahrens, & , R. Kondratiev, & , V. Lisin, & Measurement of the helicity dependent total cross section for the n!p"0 reaction Eur. Phys. J. A 47 (2011) 36 2.592*30*0.1=7.776 6. H. Berghuser, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Determination of the -transition form factor in the p!p!pe+e" reaction. Phys.Lett.B 701:562-567,2011 5.255*30*0.1=15.765 B>3>: 65.106 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 1.HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 2.HK 7.5 First double polarized photoproduction on a 3He target at MAMI 3.HK 7.8 Construction and test of a transverse superconducting holding magnet 4.HK 10.1 FPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 5. HKLVAL 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 6. HK 17.5 In-Medium Modifikationen des -Mesons 7. HK 26.5  Photoproduction off 3He 8. HK 26.6  photoproduction off 3He : Search for -mesic nuclei 9. HK 52.2 Recent results from the Crystal Ball at MAMI experiment 10. HK 52.3 Strahlungsbegleitete 0-Photoproduktion im Bereich der +(1232.-Resonanz 11. HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 12. HK 54.2  und  Physik mit dem Crystal Ball an MAMI Mnster, 21. - 25. Mrz 2011 http://www.dpg-verhandlungen.de/2011/muenster/index.html 13. HK 4.6 First Doubly Polarised Photoproduction on 3He at the Photon Beam of MAMI 14. HK 7.3 Development of a time projection chamber for Crystal Ball at MAMI 15. HK 11.5 In-Medium Modifikationen des -Mesons nahe der Produktionsschwelle 16. HK 14.7 FPGA basierendes Elektronstrahl-Polarimeter und zellularer Clusterz4hler fr das Crystal-Ball-Experiment am Mainzer Mikrotron (MAMI) 17. HK 17.3 Spin Observables in Compton Scattering with the CB@MAMI Detector System 18. HK 17.4 Measurement of the photon asymmetry in neutral pion production from the proton near threshold 19. HK 28.9 Status des neuen Spektrometers zur Energiemarkierung von hochenergetischen Photonen an MAMI-C 20. HK 43.9 Investigation of the Dalitz decay of the  and the 0-meson and determination of the  form factor B>3>: 6*0.1*20=12LVALGNG5 3=0B>2 ;5:A0=4@ !5@35528G, =A, :.D.-<.=. 19.12.1980 = 109,651 C1;8:0F88: 1. G.Mandaglio, ..., A. Ignatov, A.Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge (32 authors), .Beam asymmetry measurements on the photoproduction off neutrons., Phys.Rev.C82:045209,2010;   : 30*3.477/10 = 10.431 2. V. Kashevarov, ..., A. Mushkarenkov, et al. (>10 authors), .First measurement of the circular beam asymmetry in the gamma p  > pi0 eta p reaction., Phys.Lett.B693:551554, 2010;  : 30*5.083/10 = 15.249 3. E.F. McNicoll, ..., A. Mushkarenkov, et al. (>10 authors), .Study of the 30<<0 p reaction with the Crystal Ball detector at the Mainz Microtron(MAMI-C)., Phys.Rev.C82:035208,2010.  : 30*3.477/10 = 10.431 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 9. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-meso6LVALFns with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 8B>3>: 109,461 E-prints: 1.G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam symmetry S measurements ot pi0n the p- phoproduction off neutrons. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 4/10 =0.4 2. Gurzadyan, V. G.,.. Lapik, A.,.. Nedorezov, V., & .Rudnev, N., Turinge, A.,.. A new limit on the light speed isotropy from the GRAAL experiment at the ESRF (2010) http://arxiv.org/abs/1004.2867  : 4/10 =0.4 3. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. ,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 4/10 =0.4 4. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. arXive 1009.1299 [nucl-ex] 2010.  : 4/10 =0.4 A53> 109,651LVALGNG7 C@528G @83>@89 0=>28G, 28.11.1935, 4.D-<.=., 702. A5:B>@><,   70 2010-2011 33.   70 2010-2011 33.= 212.93,   @C:>2>48B5;O=186.1 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 1. .. C@528G, ..@78=:O=, ..0@D5=>20. 5@2>5 87<5@5=85 O45@=>3> <03=8B=>3> <><5=B0 254Es. 725AB8O  (A5@. $87.) 74, 4 (2010) 574-577. 0.294*60/3=5.9 2. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. First measurement of 254Es magnetic moment. . Bulletin of the Russian Academy of Sciences: Physics. 74, 4 (2010) 535-537. 0.294*60/3=5.9 3. .. C@528G, ..@78=:O=, ..0@D5=>20. #3;>2K5 @0A?@545;5=8O 0;LD0-G0AB8F, 8A?CA:05<KE >@85=B8@>20==K<8 O4@0<8, 8 8E A2O7L A O45@=>9 45D>@<0F859. 725AB8O  (A5@. $87.) 75, 4 (2011) 556-561. 0.294*60/3=5.9 4. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. Angular distributions of alpha particles emitted by oriented nuclei and their relation to nuclear deformation. Bulletin of the Russian Academy of Sciences: Physics 75, 4 (2011) 520-525. 0.294*60/3=5.9 5. .. C@528G, ..@78=:O=, ..0@D5=>20.  2>7<>6=>AB8 CA:>@5=8O a-@0A?040: : ?@>1;5<5 ;8:2840F88 @048>0:B82=KE O45@=KE >BE>4>2. 725AB8O , !5@8O D878G5A:0O (2 ?5G0B8). 0.294*60/3=5.9 6. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. About a possibility of a-decay acceleration: to the problem of radioactive nuclear waste disposal. Bulletin of the Russian Academy of Sciences: Physics (2 ?5G0B8). 0.294*60/3=5.9 7. N.S.Borisov, A.N.Fedorov, G.M.Gurevich, R.L.Kondratiev, M.Korolija, A.B.Lazarev, M.Martinez, S.V.Mironov, A.B.Neganov, V.N.Pavlov, H.Ortega, A.Thomas, Yu.A.Usov. Frozen-spin target for experiments at MAMI C. Nuclear Instruments and Methods A (2 ?5G0B8). 1.142*30/10=3.43 >=>3@0D88: 1. .!. 0B=5@, ..!>:>;, ..C@528G, ..54>@57>2, ..!>;>4CE>2 8 4@. AA;54>20=8O M;5:B@><03=8B=KE 2708<>459AB289 O45@: 2G5@0, A53>4=O, 702B@0. 740B5;LAB2> #, 2011, 204 AB@. >A:20. ISBN 978-5-91304-194-4 (13 ?5G0B=KE ;8AB>2). 13*2/10=2.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. .. C@528G, ..@78=:O=, ..0@D5=LVAL8 >20. 5@2>5 87<5@5=85 O45@=>3> <03=8B=>3> <><5=B0 254Es. 59 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2009 ('51>:A0@K, 2009 3.). !5:F8>==K9 4>:;04, >?C1;8:>20= 2 2010 3. 6/3*1.5*0.5=1.5 2. G.M.Gurevich. New frozen-spin target for experiments at MAMI C. @83;0H5==K9 4>:;04. Proc. XII Sem. EMIN-2009 INR RAS, M. 2010. 30*1.5=45 3. G.M.Gurevich. Double polarization experiments at the real photon beam of MAMI-C accelerator. LX International Conference on Nuclear Physics  NUCLEUS 2010 (Saint-Petersburg, July 6-9, 2010). ;5=0@=K9 4>:;04. 30 4. G.M.Gurevich. Angular distributions of alpha particles emitted by oriented nuclei and their relation to nuclear deformation. LX International Conference on Nuclear Physics  NUCLEUS 2010 (Saint-Petersburg, July 6-9, 2010). !5:F8>==K9 4>:;04. 6*1.5=9 5. G.M.Gurevich. Dilution cryostat of the new frozen spin target. EU-SpinMap Conference on Polarized Targets. (Dubrovnik, October 11-13, 2010). @83;0H5==K9 4>:;04. 30*1.5=45 6. .. C@528G, ..@78=:O=, ..0@D5=>20.  2>7<>6=>AB8 CA:>@5=8O a-@0A?040: : ?@>1;5<5 ;8:2840F88 @048>0:B82=KE O45@=KE >BE>4>2. 61 564C=0@>4=0O :>=D5@5=F8O /  2011 (!0@>2, 10-14 >:BO1@O 2011 3.). !5:F8>==K9 4>:;04. 6*1.5=9 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. ..C@528G. >;O@870F8>==K5 MDD5:BK 2 D>B>@>645=88 <57>=>2. III '5@5=:>2A:85 GB5=8O: >2K5 <5B>4K 2 M:A?5@8<5=B0;L=>9 O45@=>9 D878:5 8 D878:5 G0AB8F (>A:20, $, 6 0?@5;O 2010 3.). @83;0H5==K9 4>:;04. 20 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference (HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne): Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 1. HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 2. HK 7.5 First double polarized photoproduction on a 3He target at MAMI 3. HK 7.8 ConLVALstruction and test of a transverse superconducting holding magnet 4. HK 10.1 FPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 5. HK 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 6. HK 17.5 In-Medium Modifikationen des -Mesons 7. HK 26.5  Photoproduction off 3He 8. HK 26.6  photoproduction off 3He : Search for -mesic nuclei 9. HK 52.2 Recent results from the Crystal Ball at MAMI experiment 10. HK 52.3 Strahlungsbegleitete 0-Photoproduktion im Bereich der +(1232)-Resonanz 11. HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 12. HK 54.2  und  Physik mit dem Crystal Ball an MAMI Munster, 21 25 <0@B0 2011, http://www.dpg-verhandlungen.de/2011/muenster/hk.pdf 13. HK 4.6 First doubly polarised photoproduction on 3He at the photon beam of MAMI 14. HK 7.3 Development of a time projection chamber for Crystal Ball at MAMI 15. HK 11.5 In-medium modifikationen des  Mesons nahe der Produktionsschwelle 16. HK 14.7 FPGA basierendes Elektronstrahl Polarimeter und zellularer Glusterzahler fur Crystall-Ball Exp. 17. HK 17.3 Spin observables in Compton scattering with the CB@MAMI detector system 18. HK 17.4 Measurement of the photon asymmetry in neutral pion production from the proton near threshold 19. HK 28.9 Status des neuen Spektrometers zur Energiemarkierung von hochenergetischen Photonen an MAMI-C 20. HK 43.9 Investigation of the Dalitz decay of the  and the p0-meson and determination of the  form factor 6*20/10=12 =48284C0;L=K9   70 2010-2011: 212.93 !@54=89   ?> A5:B>@C: 106.15   @C:>2>48B5;O: 212.93*0.5+106.15*0.75= 186.1LVAL8    70 2010-2011 33  .!., 4D<=, 4>F5=B, 2=A $/  /  1.B.S. Dolbilkin,  Highly excited giant resonances in heavy ion collisions @83;0H5==K9 4>:;04 =0 564. >=D.  NPAE_10 , 852 30,0 2. B.S. Dolbilkin,  Giant resonances in heavy ion interactions Proc. Int. Conf.  NPAE-10, 418, 2010, 852 45 A53> 75@8H8=0 5@0 .@L52=0 @>4. 23.09.1971, A=A $/ ,   70 2010-2011 33. C1;8:0F88: P. Adlarson, & V. Grishina et al. Abashian-Booth-Crowe Effect in Basic Double-Pionic Fusion: A New Resonance? Phys. Rev. Lett., Vol. 106, 242302 (2011)  =7,622*30/10=22,866 V. Grishina, K 3He and K 4He interactions at low energies 19th international IUPAP Conference on Few-Body Problems in Physics, University of Bonn, Germany, August 31  September 5, 2009. Eur.Phys.J Web of Conferences, Vol. 3, 03022 (2010) Available at http://fb19.hiskp.uni-bonn.de/  =2,592*30=77,76 B>3>:  =100,626LVALGNG; 68;02O= 5>=84 025=>28G, 27.03.1940, =0CG=K9 A>B@C4=8:.   70 2010-2011 33. = 106,24. Ia. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E: 1. .. 68;02O=, .. 0@52, .. 052A:89.  1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O . 725AB8O . !5@8O D878G5A:0O, 2010, B. 74, ! 11.  =600,2940,4@7,06. 2. L.Z. Dzhilavyan, A.I. Karev, V.G. Raevsky.  Disclosure and identification of hidden explosives in the photonuclear detection systems . Bulletin of the Russian Academy of Sciences: Physics, 2010, vol. 74, No 11.  =600,2940,4@7,06. 3. .. 68;02O=, .. 0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . 725AB8O . !5@8O D878G5A:0O (2 ?5G0B8).  =600,2940,5=8,82. 4. L.Z. Dzhilavyan, A.I. Karev. About radiation safety of the photonuclear method for disclosure of hidden explosives at examination of air passengers luggage . Bulletin of the Russian Academy of Sciences: Physics (in print).  =600,2940,5=8,82. 5. .. 68;02O=, .. 0@52, .. 052A:89. >7<>6=>AB8 =0@01>B:8 A ?><>ILN D>B>O45@=KE @50:F89 @0-48>87>B>?>2 4;O 7040G O45@=>9 <548F8=K. /45@=0O D878:0 (2 ?5G0B8).  =600,5640,4@13,54. 6. L.Z. Dzhilavyan, A.I. Karev, V.G. Raevsky.  Possibilities to produce radioisotopes for nuclear medicine by photo-nuclear reactions Phys. Atomic Nuclei (in print).  =600,5640,4@13,54. 7. !.!. 5;KH52, .. 68;02O=, .. @<0:>2, .!. HE0=>2, .. 0@52, .. 052A:89, .. %0=:8=, .. (254C=>2. 1@07>20=85 87>B>?0 18F 2 @50:F88 23Na(g,an) ?@8 Eg m 55 M. 5AB=8: #. $878:0, 0A-B@>=><8O (2 ?5G0B8).  =600,2720,3=4,90. 8. S.S. Belyshev, L.Z. Dzhilavyan, A.N. Ermakov, B.S. Ishkhanov, A.I. Karev, V.G. Raevsky, V.V. Khankin, V.I. Shvedunov.  Production of isotope 18F in reaction 23Na(g,an) at Eg m 55 MeV . Moscow University Physics Bul-letin (in print).  =600,2720,3=4,90.  Ia @ 7,06+7,06+8,82+8,82+13,54+13,54+4,90+4,90 @ 68,64. Ib. @5?@8=BK: 1LVAL< . .. 68;02O=, .. 0@52, .. 052A:89. 1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O. @5?@8=B /  1266/2010, 2010, 16 A.  =40,4=1,6. 2. .. 68;02O=, .. 0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . @5?@8=B /  1267/2010, ., 2010, 12 A.  =4/2=2. 3. .. 68;02O=, .. 0@52, .. 052A:89.  2>7<>6=>AB8 =0@01>B:8 A ?><>ILN D>B>O45@=KE @50:F89 @0-48>87>B>?>2 4;O F5;59 O45@=>9 <548F8=K =0 @07@57=>< <8:@>B@>=5 =0 55 M @5?@8=B /  1268/2010, ., 2010, 32 A.  =40,4=1,6. 4. .. 68;02O=. 5=5@0F8O ?>78B@>=>2 8 :2078<>=>E@><0B8G5A:8E D>B>=>2 >B0==838;OF88 ?>78B@>=>2 =0 ;5BC 4;O 8AA;54>20=89 3830=BA:8E @57>=0=A>2 2 0B><=KE O4@0E. 2B>@5D5@0B 48AA5@B0F88 =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C:. / . . 2011.  =4.  Ib = 1,6+2+1,6+4 = 9,2. III. >=D5@5=F88: 1. L.Z. Dzhilavyan, A.I. Karev, V.G. Raevsky.  Possibilities to produce radioisotopes for nuclear medicine by photo-nuclear reactions at the 55-MeV race-track microtron . !5:F8>==K9 4>:;04 =0 LX International Conference on Nuc-lear Physics NUCLEUS 2010.  =60,4=2,4. 2. L.Z. Dzhilavyan, A.I. Karev, V.D. Laptev, V.G. Raevsky.  Production of the short-lived isotopes 12N and 12B in the 14N(g,2n), 14N(g,2p), and 13C(g,p) reactions . ;5=0@=K9 4>:;04. Proc. XII Sem. EMIN-2009 INR RAS, M. 2010.  =300,31,5=13,5. 3. .. C@02;52, .. 0@52, .. 052A:89, .. 60=>2, .. 68;02O=, .. 0?B52, .. 0E><>2, .. (254C=>2, .. K:0;8=, L. Brothers, L. Wildhide. @5420@8B5;L=K5 8A?KB0=8O D>B>O45@=>3> 45B5:B>@0 A:@KBKE 27@K2G0BKE 25I5AB2. ;5=0@=K9 4>:;04. "@C4K VI 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=-F88 "5E=8G5A:85 A@54AB20 ?@>B82>459AB28O B5@@>@8AB8G5A:8< 8 :@8<8=0;L=K< 27@K20< (!0=:B-5B5@1C@3, >:BO1@L 2010).  =300,11,5=4,5.  III = 2,4+13,5+4,5 = 20,4 V. 0B5=BK: 1. #AB@>9AB2> 4;O >1=0@C65=8O A:@KBKE 27@K2G0BKE 25I5AB2 8 =0 LVAL @:>B8G5A:8E A@54AB2. 0@52 ;5:A0=4@ 20-=>28G, 052A:89 0;5@89 5>@38528G, 68;02O= 5>=84 025=>28G, 0?B52 0;5@89 <8B@8528G, 0E><>2 8:>;09 20=>28G, (254C=>2 0A8;89 20=>28G, K:0;8= ;048<8@ 20=>28G, Brothers Louis Joseph,Wilhide Larry Kenneth.  =200,2=4. 2. !?>A>1 845=B8D8:0F88 A:@KBKE 27@K2G0BKE 25I5AB2 8 =0@:>B8:>2. 0@52 ;5:A0=4@ 20=>28G, 052A:89 0;5@89 5>@38528G, 68;02O= 5>=84 025=>28G, Brothers Louis Joseph, Wilhide Larry Kenneth.  =200,2=4.  V =4+4=8 B>3>:   = 68,64 +9,20 + 20,40 + 8= 106,24LVALGNG> !>;>4CE>2 5==0489 0A8;L528G @>4. 19.11.1935, 702. A5:B. $/ . :1;8:0F88: 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 (?@8 M=5@38OE M;5:B@>=>2 0,5 - 4 M) <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O. "-, 2010, ! 3,A.55-60 0.335*60/7=2.87 !.!.5@18F:89, ..<>E>=>2, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."8:0=>2, .."C@8=35, ..&5;51@>2A:89. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. 725AB8O , A5@. $87., B>< 75, !11, A.1640-1645 0.323*60/6*1.5=4.84 S. S. Verbitskii, V. N. Emokhonov, A. M. Lapik, V. G. Nedorezov, A. V. Rusakov, G. V. Solodukhov, M. A. Tikanov, A. A. Turinge, A. N. Tselebrovskii. Applying the Photonuclear Technique to Fissile Materials Detection, Bulletin of the Russian Academy of Sciences: Physics, Vol. 75, No. 11, 2011, p. 1544-1548 0.323*60/8*1.5=3.4 . .. @><>2, .. 5AB5@>2, !.. 8@:>2A:89, .. !>;>4CE>2, .. "@CA>20. =B5=A8D8:0F8O E8<8G5A:8E @50:F89 2 2>4=KE @0AB2>@0E ?>4 2>7459AB285< >1;CG5=8O ?CG:>< CA:>@5==KE M;5:B@>=>2. 72.  A5@. D87. 2011, 75, 11, 1664 1668. 0,277*60/5*1,5=4,99 A.M.Gromov, K.N.Nesterov, S.A.Pirkovsky, G.V.Solodukhov, V.M.Trussova. Intensification of Chemical reactions in aquous solutions upon irradiation with an accelerated electron beam/ Bull. Of Russian Academy of sciences, Physics, 2011, v. 75, no 11, pp 1566  1570. Allerton Press Inc, 2011 0.323*60/5*1.5=2.8 S.S.Verbitsky, V.N.Emkhonov, A.M.Lapik, D.Yu.Maksimov, A.V.Rusakov, G.V.Solodukhov, M.A.Tikanov, A.NB.Tselebrovsky, A.A.Shilyaev. Discrimination of particles by scintillation pulse shape (In electron energy range of 0.5  4.0 MeV) using the zero-crossing method. Instr.and Exp. Tech. 2010, v.53, no.3, pp 368  373. Pleiades Publ. ltd, 2010. 0.335*60/9=2.23 . 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89. 8A:@8<8=0F8O G0 LVAL AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 2 480?07>=5 =87:8E M=5@389 (6 100 :M ?> M;5:B@>=0< A 8A?>;L7>20=85< ;8=59=KE D8;LB@>2. "-, 2 ?5G0B8. 0.335*60/7=2.87   24,1 >=D5@5=F88: !.!. 5@18F:891, .. 0?8:2, .. 54>@57>22, .. CA0:>22, .. !>;>4CE>22, .. "C@8=352. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2010, !1, 2010. 30/6=5   5 0B5=BK 0O2:0 =0 ?>;CG5=85 ?0B5=B0: @><>2 .., !>;>4CE>2 .., 8@:>2A:89 !.., "@CA>20 .. "#AB0=>2:0 4;O =5?@5@K2=>3> 872;5G5=8O <5B0;;>2 87 @C4" 53. ><5@ 2011123160 >B 09.06.20113. 20/4=5   5   ;8G=. 34,1. !>@>:8= 82,14 68;02O= 106,24 C4=52 94.95   @C:>2>48B5;O: 34,1*0,5 + (34,1+82.14+106,24+94.95)*0,75/4 = 76.56LVAL^5@18;>2 048< ;L8G 40B0 @>64. 02.09.1933, A. =. A., :.B.=. 1. . 5@18;>2. >45@=878@>20==K9 D8;LB@-=0B5:0B5;L 2>4>@>40 4;O 8>==>3> 8AB>G=8:0. 0:CC<=0O =0C:0 8 B5E=8:0. 0B5@80;K XVIII =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 ..-: -. 2011. A.320-321. 0;;: 4E1,5 = 6. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  =6>?KA>2 .@89 !5@0D8<>28G, :.D.-<.=., A=A -   70 2010-2011 33. >:;04K =0 :>=D5@5=F8OE >?KA>2 ..!. >7<>6=>5 <0:@>A:>?8G5A:>5 ?@>O2;5=85 38?>B5B8G5A:>3> =59B@8==>3> 70@O40. 0CG=0O A5AA8O-:>=D5@5=F8O O45@=>-D878G5A:>9 A5:F88 B45;5=8O D878G5A:8E =0C:  $878:0 DC=40<5=B0;L=KE 2708<>4459AB289 21-25 =>O1@O (2011)   = 4.00@83>@L520 !25B;0=0 20=>2=0, 13.07.1944, A.=.A. -,   70 20010-201133  =55.41 1) !. . @83>@L520, >A<8G5A:85 ;CG8 A25@E2KA>:8E M=5@389 4>:;04 =0 31 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, >A:20 20103.  =6 2) R. Aloisio, V. Berezinsky, S. Grigorieva, Analytic calculations of the spectra of ultra high energy cosmic ray nuclei. II. The general case of background radiation. arXiv:1006.2484,  =4/3=1.33 3) R. Aloisio, V. Berezinsky, S. Grigorieva, Analytic calculations of the spectra of ultra high energy cosmic ray nuclei. Astroparticle Physics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ukhamedshin R.A. Shortcomings of modern interaction models. Workshop on Cosmic Rays at Mountain Altitudes. Plock, September 14 19 (2010)   = 6.00 Mukhamedshin R.A., Tamada M., Kempa J. On influence of pt(xLab) dependence in h-A interactions on lateral features of most energetic particles in young EAS cores. Proc. 32nd ICRC, Beijing (2011) HE3.1, #0806.  =1.5*6/3 = 3.00 Puchkov V.S., Borisov A.S., Guseva Z.M., Denisova V.G., Kanevskaya E.A., Kogan M.G., Maximenko V.M., Morozov A.E., Mukhamedshin R.A., Pyatovskii S.E., and Smirnova M.D Protons in primary cosmic rays in the energy range 1015-1017 eV according to data from the Pamir experiment. Proc. 32nd ICRC, Beijing (2011) HE1.2, #0143. nLVAL~ =1.5*6/10 = 0.90 Kalmykov N.N., Konstantinov A.A., Mukhamedshin R.A., Podorozhnyi D.M., Sveshnikova L.G., Turundaevskiy A.N., Tkachev L.G., Chubenko A.P. Study of high energy cosmic rays by different components of back scattered radiation generated in the lunar regolith. Proc. 32nd ICRC, Beijing (2011) OG1.5, #0440.  =1.5*6/8 = 1.125 Mukhamedshin R.A., Tamada M., Kempa J. On influence of pt(xLab) dependence in hadron-nucleus interactions on transverse characteristics of gamma-ray families. 2nd International Workshop of Cosmic Rays ARAGATS 2011, Nor-Amberd (2011)   =6/3 = 2.00 5:F88 =0 <564C=0@>4=KE H:>;0E Mukhamedshin R.A. Testing of model pt(xLab) dependence in hadron-air interactions on lateral features of most energetic particles in young EAS cores. XV-th Int. School "Particles and cosmology", Troitsk (2011)  = 6.00 CE0<54H8= .. AA;54>20=8O :>A<8G5A:8E ;CG59 ?@8 A25@E2KA>:8E M=5@38OE. 564C=0@>4=0O H:>;0 <>;>4KE CG5=KE AB@0= ! !<56=K5 ?@>1;5<K D878:8 8 0AB@>D878:8 G0AB8F A25@E2KA>:8E M=5@389, CH0=15, 19 26 A5=BO1@O 2011 3.  = 4.00 C:>2>4AB2> 48?;><=8:0<8 0B8?>20 !0@28=>7, "0468:A:89 =0F8>=0;L=K9 C=825@A8B5B, <038AB@, 5-9 3>4 >1CG5=8O, (?@5448?;><=0O ?@0:B8:0 2 /$ #).   = 10.0 0<>;848=>2 $0@84C=, "0468:A:89 =0F8>=0;L=K9 C=825@A8B5B, <038AB@, 5-9 3>4 >1CG5=8O, (?@5448?;><=0O ?@0:B8:0 2 /$ #).   = 10.0 B>3>:  =51.32LVALGNGC 5;>2 ;5:A0=4@ !B5?0=>28G @>4. 27.02.1948, 702. ;01., :.D.-<.=. 1. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. P. Crivelli, A. Belov , U. Gendotti, S. Gninenko, A. Rubbia  Positronium Portal into Hidden Sector: A new experiment to search for mirror dark matter , arXiv:1005.4802v1 [hep-ex] 26 May 2010, 2010 JINST(Journal of Instrumentation), 5 P08001 doi: 10.1088/1748-0221/5/08/P08001 0;;: (4+2.102*30)/5=13,41 (M;5:B@>==K9 ?@5?@8=B + AB0BLO 2 8=>AB@0==>< 6C@=0;5 A 8<?0:B-D0:B>@>< 2.102) 3. Search for solar axion emission from 7Li and D(p, )3He nuclear decays with the CAST -ray calorimeter, CAST collaboration (60 coauthors), A. Belov , S. Gninenko from INR RAS, Journal of Cosmology and Astroparticles Physics, 03(2010)032 doi: 10.1088/1475-7516/2010/03/032 , arXiv:0810.4482v2 [hep-ex] 9 Jan 2009 JCAP 0;;: (4+6,502 *30)/10 = 19,91 (M;5:B@>==K9 ?@5?@8=B +AB0BLO 2 8=>AB@0==>< 6C@=0;5 A 8<?0:B-D0:B>@>< 6,502) 4. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52, AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , L>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< ;CHB0 2011, A5=BO1@L 2011, #:@08=0. 0;;: 6/5 = 1,2 (>:;04, =0 <564C=0@>4=>9 :>=D5@5=F88). 5. A. S. Belov, R. Gebel,  Measurements of radial size of a hydrogen atoms source , Proc. of XIVth International Workshop on Polarized Sources, Targets & Polarimetry, St. Petersburg, 12-16 September, Russia, ISBN 978-5-86763-282-3, p.p. 69-72. 0;;: 1,5*6/2 = 4,5 (?C1;8:>20==K9 CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. A. S. Belov, Process of formation of atomic hydrogen beam and intensity limitations of atomic beam-type polarized ion sources and gaseous targets, Proc. of XIVth International Workshop on Polarized Source.LVAL>s, Targets & Polarimetry, St. Petersburg, 12-16 September, Russia, ISBN 978-5-86763-282-3, p.p. 65-68. 0;;: 1,5*6 = 9 (?C1;8:>20==K9 CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. V.V. Fimushkin, A.D. Kovalenko, L.V. Kutuzova, Yu.V. Prokofichev and A. S. Belov,  Status of the source of polarized ions for JINR accelerator COMPLEX , Proc. of XIVth International Workshop on Polarized Sources, Targets & Polarimetry, St. Petersburg, 12-16 September, Russia, ISBN 978-5-86763-282-3, p. p. 87-89. 0;;: 1,5*6/5 = 1,8 (?C1;8:>20==K9 CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. CAST Collaboration ( A. S. Belov and S. N. Gninenko from INR RAS),  CAST search for sub-eV mass solar axions with 3He buffer gas , arXiv:1106.3919v1 [hep-ex] 20 Jun 2011, PRL, 107, 261302(2011). 0;;: 4/10 +7.622 *30/10 = 23,266 (M;5:B@>==K9 ?@5?@8=B + AB0BLO 2 6C@=0;5 A 8<?0:B-D0:B>@>< 7.622  Phys. Rev. Letters). 9. AEGIS Collaboration (A. S. Belov, V. A. Matveev, S. N. Gninenko from INR RAS),  Antihydrogen physics: gravitation and spectroscopy in AEGIS , Can. J. Phys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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0,857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 4. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich  Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS . Proceedings 10th International conference DIPAC2011, Hamburg, Germany, May 16-18, 2011, p. 161-163. 0;;: (6/6)*1,5 = 1,5. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 5. !..@038=, ..>;>4:528G, ..0940H, ...8A5;52, .!.;5=>2, ..8@7>O=, ..$5I5=:>  7<5@5=8O M<8BB0=A0 ?CG:0 =0 :0=0;5 8=65:F88 8>=>2 H- ;8=59=>3\LVALl> CA:>@8B5;O /  . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011. 0;;: 6/7=0,857 (>=D5@5=F8O <564C=0@>4=0O, 4>:;04). 8G=K9  = 4,34LVALVNGG 0A8;L52 20= =4@5528G, @>4. 22.10.1984, <.=.A. 1. .. 59=30@4B-8:C;8=, !.. @038=,.. 0A8;L52, .. >;>4:528G,.. @5E>2, ... 8A5;52,.. $5I5=:>, ..8@7>O=. 2B><0B878@>20==0O A8AB5<0 <03=8B>8=4C:F8>==>3> <>=8B>@8@>20=8O ?CG:0 ?@>B>=>2 ;8=59=>3> CA:>@8B5;O / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, ! 3 (67), A. 35-39. 0;;: 6/8*1,5*0,5=0,563 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40) 2. . 59=30@4B-8:C;8=, . 0A8;L52, !. 02@8;>2, . $5I5=:>. " & "   ' !'/  " #'  #! "/ / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, !2 (66), AB@. 39-43, 0;;: (6/4)*1,5*0,5 = 1,125. (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40). 3. !.. @038=, .. $5I5=:>, ..@5E>2, ...8A5;52, ..8@7>O=, ..>8A552, ..0A8;L52, ..>;>4:528G. " ,  $   #'  "  #! "/ /   ( " !. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, !2 (66), AB@. 96-100. 0;;: (6/8)*1,5*0,5=0,563. (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40) 4. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, .. @5G:>, ..5;57>2, ...0;8=8=, ..0BCH:>, ..8@7>O=, ..>8A552, ..@>=8=, .. 59=30@4B-8:C;8=, ..!5@>2, ..!:0AK@A:0O, ..!:>@:8=, . . $5I5=:>.  " !" /  "  "#)% "   #! " / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 LVALH 8=AB8BCB , 2010, !2 (66), AB@. 190-193, 0;;: (6/10)*1,5*0,5 = 0,45. (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40). 5. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev. Distortions of Proton Beam 2-D Images and Profiles due to Space Charge. Proceedings of RuPAC-2010, Protvino, Russia September 27  October 1, 2010, p. 116-118., http://accelconf.web.cern.ch/AccelConf/ 0;;: 4*1,5/4=1,5. (C1;8:0F8O 4>:;040 =0 @>AA89A:>9 :>=D5@5=F88). 6. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev, BEAM CROSS SECTION MONITOR FOR INR LINAC. Proceedings of Linear Accelerator Conference LINAC2010, Tsukuba, Japan. September, 12 17, 2010, pp. 605=607. http://accelconf.web.cern.ch/AccelConf/LINAC2010/html/author.htm 0;;: (6/4)*1,5 = 2,25 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich  Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS . Proceedings 10th International conference DIPAC2011, Hamburg, Germany, May 16-18, 2011, p. 161-163. 0;;: (6/6)*1,5 = 1,5. (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . $5I5=:>. 5@A?5:B82K 8A?>;L7>20=8O 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 =0 CA:>@8B5;OE FRIB Michigan State University 8 #-70 $- XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011.. 0;;: 6/4=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 9. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . !>1>;52A:89, . $5I5=:>. 0I8B0 M;5:B@>=8:8 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 >B @0480F8>==KE ?>2@5645=89 =0 ;8=59=>< CA:>@8B5;5 / . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011 3. 0;;:6/5=1,2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 10. . 0A8;L52, . @5E>2. A?>;L7>20=85 A8AB5<K A1>@0 40==KE =0 ;8=59=>< CA:>LVAL(@8B5;5 / . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011 3. 0;;: 6/2=3 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 11. ... @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1. 564C=0@>4=0O :>=D5@5=F8O ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 / -2011, !0@>2, 10-14 >:BO1@O 2011 3. 0;;: 6/5=1,2. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 12. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V.Ryabov. MEASUREMENT OF CHARACTERISTICS OF PULSE NEUTRON SOURCES RADEX AND IN-06 OF MOSCOW MESON FACTORY INR RAS. !B5=4>2K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 ?> 2708<>459AB28N =59B@>=>2 A O4@0<8 ISINN'19, C1=0, 25-28 <0O. 0;;: 6/5=1,2. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9    16,613x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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0.857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 4. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich  Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS . Proceedings 10th International conference DIPAC2011, Hamburg, Germany, May 16-18, 2011, p. 161-163. 0;;: (6/6)*1,5 = 1,5. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 5. !..@038=, ..>;>4:528G, ..0940H, ...8A5;52, .!.;5=>2, ..8@7>O=, ..$5I5=:>  7<5@5=8O M<8BB0=A0 ?CG:0 =0 :0=0;5 8=65:F88 8>=>2 H- ;8=59=>3\LVALl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elov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52, AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< ;CHB0 2011, A5=BO1@L 2011, #:@08=0. 0;;: 6/5 = 1,2(CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9  =2,46LVALF20H0 4>;LD 20=>28G, >4. 28.02.1936 3., 702. A5:B>@><, :.B.=. 1. A.I.Kvasha . Improving of the DTL cavity RF voltage stability by means of anode modulator feedback. Proceedings of RUPAC2010, Protvino, Russia, p.366-368 0;;: 4*1.5=6. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. A.I.Kvasha, Yu.M.Lopatnikov. Results of the INR DTL series crowbar system testing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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0,857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 4. !..@038=, ..>;>4:528G, ..0940H, ...8A5;52, .!.;5=>2, ..8@7>O=, ..$5I5=:>  7<5@5=8O M<8BB0=A0 ?CG:0 =0 :0=0;5 8=65:F88 8>=>2 H- ;8=59=>3> CA:>@8B5;O /  . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011. 0;;: 6/7=0,857 (>=D5@5=F8O <564C=0@>4=0O, 4>:;04). 8G=K9  : 2,84   @C:>2>48B5;O: 3,550LVAL ~F!B5?0=>2 =0B>;89 ;5:A5528G, @>48;AO 25.07.1935 3.,:.B.=, 70254CNI89 A5:B>@>< 1. 0;8=8= ..., @>=8= .., !B5?0=>2 .. #AB@0=5=85 =535@<5B8G=>AB59 20:CC<=>9 A8AB5<K ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20103., B>< 20, !4, A.245-249. 0;;: 8/3=2,66 (!B0BLO 2 @>AA89A:>< 6C@=0;5). 8G=K9  =2,66   @C:>2>48B5;O=3,325@>=8= ;53 <8B@8528G, @>48;AO 18.03.1935, :.B.=. ! 1. 0;8=8= ..., @>=8= .., !B5?0=>2 .. #AB@0=5=85 =535@<5B8G=>AB59 20:CC<=>9 A8AB5<K ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20103., B>< 20, !4, A.245-249. 0;;: 8/3=2,66 (!B0BLO 2 @>AA89A:>< 6C@=0;5). 8G=K9  =2,668:C;8= 235=89 !5<5=>28G, @>4. 15.06.1945, =. A. # 1. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp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` [  V Q L GB=D?,3. @?<<<<<?)A @?t @ HHHH<?/{A @? VNGHHHH<?RB @? VNGHHHH<?H*@ @?@ HHHH<?pA @?J@ HHHH<? @?<<<<<?(H B @?# VNGHHHH<?e A @?f@ HHHH<?@@ @?Z@ HHHH<?1\CB @?@4 VNG=5B @C:VVHH<;B @?L# VNGHHHH<?'A @? @ HHHH<?*#B @?p @ HHHH<?\8B @? VNGHHHH<?, @?<<<<<?0ff2B @?T VNGHHHH<?N;B @?F VNGHHHH<?{ vB @?~ VNGHHHH<?q=B @?8| VNGHHHH<?x q=B @?:z VNGHHHH<?T )hB @?&x VNGHHHH<?wq=B @?4v VNGHHHH<? (KB @?t VNGHHHH<?Eq=B @?Hr VNGHHHH<?q=B @?Zp VNGHHHH<?q=B @?4n VNGHHHH<?~SB @?( k VNGHHHH<?}Rq=BU @?hi VNGHHHH<?|Iq=B @?Fg VNGHHHH<?{AC @?e VNGHHHH<?z \(C @?z"b VNGHHHH<?yz-C @?$_ VNGHHHH<?x@ @?H@\ HHHH<?w[ ffA @?] VNGHHHH<?v@ @?>@\ HHHH<?uẼBAxB @?/Y VNGHHHH<?tq=*@T@ @?@N HHHH<?sZHB @?$W VNGHHHH<?rq=*@ @?j@N HHHH<?q(  @?<<<<<?p B @?d+T VNGHHHH<?o@ @?N@N HHHH<?n @?<<<<<?mA @?R VNGHHHH<?l\R@ЁA @?O VNGHHHH<?LVALVNGS >8A552 0A8;89 ;5:A0=4@>28G, @>4. 02.09.1955, =A 1. ..>8A552.  >45;8@>20=85 2>7459AB28O ?@>4>;L=>9 <8:@>2>;=>2>9 =5CAB>9G82>AB8 8=B5=A82=KE 8>==KE ?CG:>2 =0 ?>?5@5G=CN 48=0<8:C G0AB8F 2 F8:;8G5A:8E CAB0=>2:0E . PROBLEMS OF ATOMIC SCIENCE AND TECHNOLOGY !5, Series: Nuclear Physics Investigations (47), No.2 pp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eschenko, V.A.Moiseev,  Peculiarities of Bunch Shape Measurements of High Intensity Ion Beams , IPAC 10, Kyoto, Japan, http://accelconf.web.cern.ch/accelconf/IPAC 10, pp.1065-1067, 2010. 0;;: 6*1.5/2=4,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 5. V.A.Moiseev,  Method to Estimate the Beam and Structures Parameters for the Dispersion Accelerator Parts , Proceedings of XXII Russian Particle AcceleratorLVAL Conference, Protvino, Russia, http://accelconf.web.cern.ch/accelconf/RuPAC 10, pp.193-195, 2010. 0;;: 4*1.5 =6 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 6. S.Bragin, A.Feschenko, V.A.Moiseev, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich,  Reconstruction of the Beam Parameters and Structure Characteristics for the INR Isotope Channel , Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/accelconf/RuPAC 10, pp.196-198, 2010. 0;;: 4*1.5/7 =0,857 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 7. ..>8A552,  >2K9 ?>4E>4 : :0G5AB25==><C D>@<8@>20=8N ?CG:0 =0 <8H5=8 87>B>?=>3> :><?;5:A0 ;8=59=>3> CA:>@8B5;O /  , >:;04 =0 XXII 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 22-29 A5=BO1@O 2011 3. 0;;: 6*1=6. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9  = 21,37LVALVNGU 0@0<>=>2 0;5=B8= 8B0;L528G, >4. 6.11.1951, 4.D.-<.=, 2.=.A 1. . 0@0<>=>2, .!:0AK@A:0O, K. Floettmann, V. Krasilnikov, F. Stephan. @>5:B=K5 ?0@0<5B@K CA>25@H5=AB2>20==>3> @57>=0B>@0 4;O D>B>-8=65:B>@>2. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !5@8O !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, N 53, AB@. 64-68, 2010, ISSN 1562-6016. 0;;: 6/5*1,5*0,5=0,9 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40). 2. H. Ao, H. Asano, K. Hasegawa, K. Hirano, T. Morishita, N. Ouchi, F. Naito, Y. Yamazaki , K. Takata, V. Paramonov. Status of Mass Production of the ACS Cavity for the J-PARC Linac Energy Upgrade. Proc. 2010 IPAC Conference, p. 618, 2010. 0;;: 6/10*1,5=0,9 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. A. Anisimov, M. Lalayan, A. Smirnov, N. Sobenin, A. Zavadtsev, D. Zavadtsev, S. Kutsaev, L. Kravchuk, V. Paramonov. Input Couplers for the Dipole Mode Periodic Structures. Proc 22 RuPac 2010 Conf. p. 328, 2010 0;;: 4/9*1,5=0,67 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 4. V. Paramonov. The CDS Parameters for Proton Linac with Moderate Heat Loading. 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ICFA Beam Dynamics Mini-Workshop on Deflecting/Crabbing Cavity Applications in Accelerators, Cockroft Institute, Daresbury, 1-3 September 2010, http://indico.cern.ch/conferenceDisplay.py?confId=83532 ,XLVALh 0;;: 30/1*1,5=45.0 (@83;0H5==K9 >?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 13. . =8A8<>2, .. 0204F52, .. 0204F52, .. @02GC:, .. 0;0O=, .. 0@0<>=>2, ... !<8@=>2, .. !>15=8=. 0AG5B, 873>B>2;5=85 8 =0AB@>9:0 >B:;>=ONI59 AB@C:BC@K 4;O ' 45D;5:B>@0 PITZ. >:;04 8 AB0BLO 2 "@C40E =0CG=>9 :>=D5@5=F88 /# $, 3. >A:20, 19-22 D52@0;O 2011 3 0;; 4*1,5/8=0,75 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 14. .. =8A8<>2, .. 0204F52, .. 0204F52, .. @02GC:, .. 0@0<>=>2, .. !>15=8=. 0AB@>9:0 >B:;>=ONI59 AB@C:BC@K S 480?07>=0. >:;04 =0 XXII 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 22-28 A5=BO1@O 2011. 0;;  6/6=1 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 15. .. 0@0<>=>2 #A:>@ONI85 AB@C:BC@K =0 153CI59 2>;=5 A 1>;LH8< =0153>< D07K =0 ?5@8>4. >:;04 =0 XXII 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 22-28 A5=BO1@O 2011.0;;  6/1=6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 16. V.V. Paramonov, D. V. Denisenko. The method for high order modes parameters estimations in periodical structures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einhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev. Distortions of Proton Beam 2-D Images and Profiles due to Space Charge. Proceedings of RuPAC-2010, Protvino, Russia September 27  October 1, 2010, p. 116-118., http://accelconf.web.cern.ch/AccelConf/ 0;;: 4*1,5/4=1,5. (C1;8:0F8O 4>:;04LVAL0 =0 @>AA89A:>9 :>=D5@5=F88). 5. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev, BEAM CROSS SECTION MONITOR FOR INR LINAC. Proceedings of Linear Accelerator Conference LINAC2010, Tsukuba, Japan. September, 12 17, 2010, pp. 605=607. http://accelconf.web.cern.ch/AccelConf/LINAC2010/html/author.htm 0;;: (6/4)*1,5 = 2,25 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich  Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS . Proceedings 10th International conference DIPAC2011, Hamburg, Germany, May 16-18, 2011, p. 161-163. 0;;: (6/6)*1,5 = 1,5. (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . $5I5=:>. 5@A?5:B82K 8A?>;L7>20=8O 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 =0 CA:>@8B5;OE FRIB Michigan State University 8 #-70 $- XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011.. 0;;: 6/4=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . !>1>;52A:89, . $5I5=:>. 0I8B0 M;5:B@>=8:8 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 >B @0480F8>==KE ?>2@5645=89 =0 ;8=59=>< CA:>@8B5;5 / . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011 3. 0;;:6/5=1,2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 9. C:>2>4AB2> ABC45=B><-48?;><=8:>< (02@8;>2 !. ., <038AB@0BC@0, 6 :C@A  O=20@L-8N=L 2010) 70I8B8; <038AB5@A:CN 48AA5@B0F8N 1-3> 8N=O 2010 3>40. 0;;: 10. 10. C:>2>4AB2> 0A?8@0=B>< (02@8;>2 !. ., A5=BO1@L-45:01@L 2010). 0;;: 30/2 = 15 11. C:>2>4AB2> 0A?8@0=B>< (02@8;>2 !. ., O=20@L-45:01@L 2011). 0;;: 30/2 = 15 8G=K9   =50,088LVALVNGZ $5I5=:> ;5:A0=4@ ;048<8@>28G, >4. 06.03.1955, 4.D.-<.=., 702. B45;>< 1. !..@038=, ..0A8;L52, ..>;>4:528G, ..@5E>2, ...8A5;52, ..8@7>O=, ..>8A552, ..$5I5=:>. >=B@>;L 8 D>@<8@>20=85 ?CG:0 ?@>B>=>2 ;8=59=>3> CA:>@8B5;O /  =0 <8H5=8 87>B>?=>3> :><?;5:A0. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, ! 2 (66), A. 96-100, 0;;: 6/8*1,5*0,5=0,563 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40). 2. .. 59=30@4B-8:C;8=, !.. @038=,.. 0A8;L52, .. >;>4:528G,.. @5E>2, ... 8A5;52,.. $5I5=:>, ..8@7>O=. 2B><0B878@>20==0O A8AB5<0 <03=8B>8=4C:F8>==>3> <>=8B>@8@>20=8O ?CG:0 ?@>B>=>2 ;8=59=>3> CA:>@8B5;O / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, ! 3 (67), A. 35-39. 0;;: 6/8*1,5*0,5=0,563 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40) 3. !..@038=, ..>;>4:528G, ..0940H, ...8A5;52, .!.;5=>2, ..8@7>O=, ..$5I5=:>  7<5@5=8O M<8BB0=A0 ?CG:0 =0 :0=0;5 8=65:F88 8>=>2 H- ;8=59=>3> CA:>@8B5;O /  . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011. 0;;: 0;;: 6/7=0.857 (>=D5@5=F8O <564C=0@>4=0O, 4>:;04). 4. . 59=30@4B-8:C;8=, . 0A8;L52, !. 02@8;>2, . $5I5=:>. " & "   ' !'/  " #'  #! "/ / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, !2 (66), AB@. 39-43, 0;;: (6/4)*1,5*0,5 = 1,125 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40). 5. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, .. @5G:>, ..5;57>2, ...0;8=8=, LVAL[ ..0BCH:>, ..8@7>O=, ..>8A552, ..@>=8=, .. 59=30@4B-8:C;8=, ..!5@>2, ..!:0AK@A:0O, ..!:>@:8=, . . $5I5=:>.  " !" /  "  "#)% "   #! " / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, !2 (66), AB@. 190-193, 0;;: (6/10)*1,5*0,5 = 0,45. (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40). 6. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . $5I5=:>. 5@A?5:B82K 8A?>;L7>20=8O 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 =0 CA:>@8B5;OE FRIB Michigan State University 8 #-70 $- XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011.. 0;;: 6/4=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . !>1>;52A:89, . $5I5=:>. 0I8B0 M;5:B@>=8:8 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 >B @0480F8>==KE ?>2@5645=89 =0 ;8=59=>< CA:>@8B5;5 / . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011 3. 0;;:6/5=1,2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. V.Moiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0.857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 9. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich  Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS . Proceedings 10th International conference DIPAC2011, Hamburg, Germany, May 16-18, 2011, p. 161-163. 0;;: (6/6)*1,5 = 1,5. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 0LVAL@10. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev. Distortions of Proton Beam 2-D Images and Profiles due to Space Charge. Proceedings of RuPAC-2010, Protvino, Russia September 27  October 1, 2010, p. 116-118., http://accelconf.web.cern.ch/AccelConf/ 0;;: 4*1,5/4=1,5. (C1;8:0F8O 4>:;040 =0 @>AA89A:>9 :>=D5@5=F88). 11. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev, BEAM CROSS SECTION MONITOR FOR INR LINAC. Proceedings of Linear Accelerator Conference LINAC2010, Tsukuba, Japan. September, 12 17, 2010, pp. 605=607. http://accelconf.web.cern.ch/AccelConf/LINAC2010/html/author.htm 0;;: (6/4)*1,5 = 2,25 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 12. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich  Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS . Proceedings 10th International conference DIPAC2011, Hamburg, Germany, May 16-18, 2011, p. 161-163. 0;;: (6/6)*1,5 = 1,5. (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 13. A.V.Feschenko, V.A.Moiseev,  Peculiarities of Bunch Shape Measurements of High Intensity Ion Beams , IPAC 10, Kyoto, Japan, http://accelconf.web.cern.ch/accelconf/IPAC 10, pp.1065-1067, 2010. 0;;: 6*1.5/2=4,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 14. Feschenko, Alexander. Bunch Shape Monitors with RF Scanning of Lower Energy Secondary Electrons. Report at 2nd DITANET Topical Workshop on Longitudinal Beam Profile Measurements. Manchester, 12-13 July 2010. http://indico.cern.ch/contributionListDisplay.py?confId=93401 0;;=30 (@83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 15. >@01>B:0 :C@A0 ;5:F89 A=>2K D878:8 8 B5E=8:8 CA:>@5=8O 70@O65==KE G0AB8F =0 107>2>9 :0D54@5 $". 0;; =8*2 3>40 =16. 16. C:>2>4AB2> 0A?8@0=B>< (02@8;>2 !. ., A5=BO1@L-45:01@L 2010). 0;;: 30/2 = 15 17. C:>2>4AB2> 0A?8@0=B>< (02@8;>2 !. ., O=20@L-45:01@L 2011). 0;;: 30/2 = 15 8G=K9  =94,365   @C:>2>48B5;O=62,064hLVAL z/:CH52 0;5=B8= 5B@>28G @>4. 25.09.1932, 2. =. A. 1. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52, AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< ;CHB0 2011, A5=BO1@L 2011, #:@08=0. 0;;: 6/5 = 1,2(CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9  =2,4$@>;>2 ;53 "8<>D5528G, @>4. 08.07.1945, =. A. 1. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52, AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< ;CHB0 2011, A5=BO1@L 2011, #:@08=0. 0;;: 6/5 = 1,2(CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9  =2,4LVALVNG^ %;NAB8= 5=8A 4048<8@>28G >4. 1.10.1980, <.=.A. 1. Yu. V. Grigoriev, D.V. Khlustin, Zh. V.Mesentseva, Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for Th232 and U238. Proc. of XVIII International Seminar on Interaction of Neutrons with Nuclei, Dubna, 2010. 0;;: (6/4)*1,5=2,25 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. Yu. V. Grigoriev, D.V. Khlustin, Zh. V.Mesentseva, Yu.V. Ryabov.Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Proc. of XVIII International Seminar on Interaction of Neutrons with Nuclei, Dubna, 2010. 0;;: (6/4)*1,5=2,25 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. ... @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1. 564C=0@>4=0O :>=D5@5=F8O ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 / -2011, !0@>2, 10-14 >:BO1@O 2011 3. 0;;:6/5=1,2. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V.Ryabov. MEASUREMENT OF CHARACTERISTICS OF PULSE NEUTRON SOURCES RADEX AND IN-06 OF MOSCOW MESON FACTORY INR RAS. !B5=4>2K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 ?> 2708<>459AB28N =59B@>=>2 A O4@0<8 ISINN'19, C1=0, 25-28 <0O. 0;;: 6/5=1,2. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 5. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, Yu. V.Ryabov. Investigation of the Sub-threshold Fission Cross-Section for Th232 and U238. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 XVIII International Seminar on Interaction of Neutrons with Nuclei, Dubna, 23-26 May 2010. 0;;: (6/4)=1,5. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. Grigoriev Yu.V., Khlustin D.V., Mesentseva Zh.V., Ryabov Yu.V. Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 XVIII International Seminar on ILVALnteraction of Neutrons with Nuclei, Dubna, 23-26 May 2010. 0;;: (6/4)=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9  =9,9LVALVNG` !C2>@>20 ;L30 0A8;L52=0, c=A -,   70 2010-2011 33 C1;8:0F88: 1) S. Demidov, O.Suvorova, "Annihilation of NMSSM neutralinos in the Sun and neutrino telescope limits", Journal of Cosmology and Astroparticle Physics, 2010, 1-27, doi:10.1088/1475-7516/2010/06/018; JCAP06(2010)018, 1-27.  = 6.497*30/2= 97.455 2) S. Demidov, O.Suvorova, "Annihilation of NMSSM neutralinos in the Sun and neutrino telescope limits", High Energy Physics - Phenomenology (hep-ph); High Energy Astrophysical Phenomena (astro-ph.HE), @5?@8=B arXiv: 1006.0872.  = 4/2= 2 3) !C2>@>20 .., "@8@>4=K5 ?>B>:8 =59B@8=> 8 A:@KB0O <0AA0 A5;5==>9", /45@=0O $878:0, 2011, B>< 74, ! 1, 121 129. ( O.V.Suvorova "Original Neutrino Fluxes and Hidden Mass in the Universe ", SSN 1063-7788, Physics of Atomic Nuclei, ELEMENTARY PARTICLES AND FIELDS , 2011, Vol. 74, No. 1, pp. 122 129, Pleiades Publishing, Ltd., 2011.)   = 0.563*60= 33.78 4) ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.005.60/10=6.030 5) ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 6) ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 7) A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 B>3> (AB0BL8): 142.595 >:;04K: 1) !C2>@>20 .., >;852 .., 5<84>2 !.., "3@0=8G5=8O =0 A5G5=8O C?@C3>3> @0AA5O=8O WIMP =0 =C:;>=5 2 =59B@8==>< M:A?5@8<5=B5 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 0CG=0O A5AA8O:>=D5@5=F8O A5:F88 /$ $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", 21-25 =>O1@O, 2011, "-$, >A:20;   = 4/3 = 1.33 1. A.Avrorin et al., "The Baikal experiment - from MegatonLVALa to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =6.1.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =30.1.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =30.1.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30 32, (2011).  =30.1.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 -July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210 S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10= LVAL 0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.9 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 B>3> (4>:;04K): 30.88 ", 70 2010-2011 3>4K:   = 142.595 + 30.88 = 173.48LVALVNGc #" ;048<8@ 0@0B>28G. >4. 21.01.1960. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th IntLVALd ernational Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81 C:>2>4AB2> 48?;><=8:0<8 - >48= 48?;><=8: 2 20093.8 2 20103. >H5;L $54>@ >=AB0=B8=>28G. !BC45=B $", 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2011 3>4C.   = 10 C:>2>4AB2> 0A?8@0=B0<8  420 0A?8@0=B0 2 2010 8 20113.3. (59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.2007B LVALR 3. ?> =0AB>OI55 2@5<O. !B065@-8AA;54>20B5;L - A 14.05.20073. ?> 1.01.20103., 70B5< <.=.A. - ?> =0AB>OI55 2@5<O. #( 5=8A ;5:A0=4@>28G. !BC45=B $", 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2008 3>4C, =0 720=85 <038AB@0 2 2010 3>4C, A 8N;O 2010 3>40 0A?8@0=B /    = 304 = 120 !C<<0@=>5   = 38.81 + 10 + 120= 168.81LVALVNGf C3052 -430@ 0;5@L528G, @>4. 22.08.1939, 4.D.-<.=., 2.=.A. - 2B>@K, =0720=85 8 AAK;:0 $>@<C;0 57C;LB0B C1;8:0F88 2 @>AA89A:8E 6C@=0;0E E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", 8AL<0 2 -"$, B. 91, 2K?. 1, A. 3-7 (2010). 1,557* 60/2 46,71 5B:>2 ..,C3052 -.., ;8<09 .., =4@552 .., >;G5=:> .., >;G5=:> .., 70?0@>20 .., 60??C52 .., 0?>=5=:> .., C;852 .(., ;8<5=:> .$., C46052 .#., !5@3552 .., %05@48=>2 .!., '5@=O52 .., /=8= .. - "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, ">< 137, K?. 3, c. 460-472 (2010). 0,946 *60/10 5,68 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", Phys. Rev. D 81, 023517 (2010). 4,964* 30/2 74,46 E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", J.Phys.G 37: 055004 (2010). 1,770* 30/2 26,55 E. Bugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", Phys. Rev. D 83, 023516 (2011). 4,964* 30/2 74,46 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", Phys. Rev. D 83, 083521 (2011). 4,964* 30/2 74,46 E. Bugaev, P. Klimai - "Curvature perturbation spectra from waterfall transition, black hole constraints and non-Gaussianity", JCAP (2011). 6,497* 30/2 97,46 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar, published in Proceedings, Vol.1, p.329-343, Moscow, INR RAS, 2010. 0.5*6,0/2 1,50 E. Bugaev, P. Klimai - "Enhancement of density perturbations near horizon crossing in braneworld cosmology", talk at QUARKS-2010 international seminar, published in Proceedings, Vol. 1, pp. 402-420 (2010). 1.5*6,0/2 4,50 E.V. Bugaev - NLVAL^"Physics of high energy atmospheric muons", Invited talk on the XVI International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2010), Batavia, IL, USA (28 June - 2 July 2010). 30,0 30,00 #AB=K5 4>:;04K =0 @>AA89A:8E :>=D5@5=F8OE @5?@8=BK E. Bugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", arXiv:1012.1199 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", arXiv:1012.4697 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Curvature perturbation spectra from waterfall transition, black hole constraints and non-Gaussianity", arXiv:1107.3754 [astro-ph.CO]. 4,0/2 2,00 E.V. Bugaev, B.V. Mangazeev - "Electromagnetic Structure Functions of Nucleons in the Region of Very Small X", arXiv:1102.2514 [hep-ph]. 4,0/2 2,00 E.V. Bugaev - "Physics of high energy atmospheric muons", arXiv:1012.4714 [hep-ph]. 4,0 4,00 E. Bugaev, P. Klimai - "Formation of primordial black holes from non-Gaussian perturbations produced in waterfall transition", arXiv:1112.5601v1 [astro-ph.CO]. 4,0/2 2,00 >?>;=8B5;L=> C:>2>4AB2> 0A?8@0=B>< .. ;8<05< (2010) 30 30 B>3> 479,77LVALVNGh  ;53 8:>;0528G. 29.04.1966. 0=4. D87.-<0B. =0C:. 0CG=K9 A>B@C4=8: -.   70 2010  2011 3.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International WorLVALkshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALVNGj ,' 3>@L ;5:A5528G. >4. 11.01.19413. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th lLVAL|International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALVNGl 68;:81052 0=-@KA 038A>28G. >4. 12.09.19513. >:B>@ D87-<0B.=0C:. 54CI89 =0CG=K9 A>B@C4=8: -,   70 2010-2011 3.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7LVALm th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81 C:>2>4AB2> A>8A:0B5;5< 2 2008 8 4> A5@548=K 2009 3.3. ((091>=>2 08@ ;5:A0=4@>28G. >4. 24.02.19803. :>=G8; 0A?8@0=BC@C /  5.05.20063. 0G8A;5= 2 ;01>@0B>@8N - =0 4>;6=>ABL <;04H53> =0CG=>3> A>B@C4=8:0 3 8N;O 20063. 0I8B8; :0=4840BA:CN 48AA5@B0F8N 2 45:01@O 2010 3>40)   = 30 !CLVAL<<0@=>5 7=0G5=85   = 38.81 + 30 = 68.81LVALVNGo  ( ;5:A0=4@ ;5:A0=4@>28G, @>4. 23.02.1962, =0CG=K9 A>B@C4=8:, -,   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International Workshop on LVALRing Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALVNGq # ;048<8@ ;5:A0=4@>28G. >4.8.04.19513. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th InternazLVALtional Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALVNGs # @:0489 8E09;>28G. >4. 02.02.19313. 0=4. B5E=. =0C:. 0CG=K9 A>B@C4=8: -.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International WoLVALrkshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALVNGu (, $54>@ >=AB0=B8=>28G. 03.01.19873. !BC45=B $". !B065@-8AA;54>20B5;L &.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 2. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 3. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 4. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 5. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=LVAL"B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 6. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 7. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 8. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 24.5 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 24.5 = 33.86 ! CG5B>< :>MDD8F85=B0 1.5 :0: ABC45=BC   A>AB02;O5B:   = 33.86 + 16.93 = 50.79LVALVNGw (' =4@59 5B@>28G. 16.05.1962 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International Workshop on LVALRing Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALVNGy #( 5=8A ;5:A0=4@>28G. 03.01.19873. A?8@0=B /  A 8N=O 2010 3>40. !B065@-8AA;54>20B5;L &.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th ILVALnternational Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81 ! CG5B>< :>MDD8F85=B0 1.5 :0: 0A?8@0=BC   A>AB02;O5B:   = 38.81 + 19.405 = 58.215LVALVNG{ /(# ;048<8@ 20=>28G, :0=4840B D87.-<0B. =0C:, AB0@H89 =0CG=K9 A>B@C4=8: -.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International Workshop LVALon Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALVNG} $ =4@59 20=>28G. 28.11.1956 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International Workshop oLVALn Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALVNG ! 0;5@89 8B0;L528G, 10/12/1957, :0=4.D87.-<0B.=0C:, AB0@H89 =0CG=K9 A>B@C4=8: ;01>@0B>@88 -.   70 2010-20113.3. I. C1;8:0F88: 1. .. !8=52. 5>=59B@8=> 8 2=CB@5==55 AB@>5=85 5<;8, @5?@8=B /-1257/2010. 4/1 = 4.0 2. .. >?K;>2, .. !8=52. 0AG5B ?>B>:0 35>=59B@8=> 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88 / , @5?@8=B /-1256/2010. 4/2 = 2.0 3. . . 0@010=>2, .. 57@C:>2, .. 0=8;>2, !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, . . /=>28G. 84:85 >@30=8G5A:85 AF8=B8;;OB>@K =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0). @5?@8=B /-1246/2010. 4/8 = 0.5 4. .. !8=52 !>2<5AB=K9 0=0;87 A?5:B@0;L=KE @50:B>@=KE =59B@8==KE M:A?5@8<5=-B>2, @5?@8=B /-1278/2011. 4/1 = 4.0 5. . . 0@010=>2, .. 57@C:>2, .. 0=8;>2 , . . >@30;N:, . . KA>20, . /. >28:>20, . . !8=52, . . /=>28G 5B5:B>@ A 684:8< >@30=8G5A:8< AF8=B8;;OB>@>< =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0) 4;O @538AB@0F88 A;01KE =59B@8==KE ?>B>:>2, @5?@8=B /-/2011. 4/8 = 0.5 6. . . 0@010=>2,.. 57@C:>2, .. 0=8;>2, !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, . . /=>28G $878:>-E8<8G5A:>5 8AA;54>20=85 ;8=59=>3> 0;:8;15=7>;0 :0: 107>2>3> :><?>=5=B0 4;O A>740=8O AF8=B8;;OF8>==KE =59B@8==KE 45B5:B>@>2, C@=0; ?@8:;04=>9 E8<88, B. 84, 2K?. 3, A. 385, 2011. 4/8 = 0.5 --------------------------------------------------- B>3>  11.5 --------------------------------------------------- II. >:;04K =0 :>=D5@5=F8OE. 1. V. Sinev, A Large volume scintillation detector at Baksan: status and perspective. >:;04 =0 564C=0@>4=>9 :>=D5@5=F88  Neutrino Geoscience 2010 , 6-8 :BO1@O, 2010. Gran Sasso National Laboratory, Italy. 6 2. .. !8=52, -:A?5@8<5=B A @50:B>@=K<8 =59B@8=> ?> ?>8A:C C3;0 A<5H820=8O q13, 4>:;04 =0 IV '5@5=:>2A:8E GB5=8OE, $, 12 0?@5;O 2011, >A:20. 4 --------------------------------------------------- B>3>  10 --------------------------------------------------- III. C:>2>4AB2> 48AA5@B0F8O<8 8 0A?8@0=B0<8. 0:0;02@A:0O 48AA LVAL 5@B0F8O, >?K;>2 @B5< 8:>;0528G, $", 2010. 10 C:>2>4AB2> 0A?8@0=B>< 2 B5G5=85 2011 3., 8:8B5=:> /@>A;02 ;048<8@>28G. 30 ---------------------------------------- B>3>  40 ---------------------------------------- B>3>: 11.5+10+40 = 61.5LVALVNG =4@552 =0B>;89 0A8;L528G, @>48;AO 20.10.373>40, 4>:B>@ B5E=8G5A:8E =0C:, 3;02=K9 =0CG=K9 A>B@C4=8: 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. . !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 . . =4@552, ...C@<8AB@>2, ..$8@A>2./ F5=:0 2>7<>6=>AB59 ?@8<5=5=8O 4;O 0:B820F8>==>3> 0=0;870 8AB>G=8:0 B5@<0;87>20==KE =59B@>=>2 =0 1075 =59B@>==>3> 35=5@0B>@0. //C@=0; 0=0;8B8G5A:>9 E8<88. . 2010 3., B.65, A. 1283  1289.  =0,604*60/3=12,08 . . =4@552, .. . C@<8AB@>2, . . 5H:>2/ 07@01>B:0 1;>:0 70<54;8B5;O 4;O =59B@>==>3> 35=5@0B>@0 -400 //!"/ . ! / $'!/, 2011, B>< 75, ! 2, A. 263 269.  =0,406*60/3=8,12 @5?@8=B ..=4@552, !..:C;8=8G52, ..5=5F:89, ...0@?>2, .!.>=>1552A:89, ..!:>@:8=, ..$8@A>2./ 5@A?5:B82K 8A?>;L7>20=8O <>I=KE =59B@>==KE 35=5@0B>@>2 2 8=AB8BCB5 O45@=KE 8AA;54>20=89 / .// @5?@8=B / ,1255/2010, 8N=L 2010, >A:20  =4/7=0,57 !B0BLO 2 N18;59=>< A1>@=8:5 ..=4@552, ..0A8;L52, ..$8@A>2/ !>AB>O=85 8 ?5@A?5:B82K :><?;5:A=>3> 8A?>;L7>20=8O B25@4KE 3>@NG8E 8A:>?05<KE // .18;59=K9 A1>@=8: . .2011. 358-368  =30/3=10 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy. / Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements. // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/4=1,5 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 V. Skorkin, S. Akulinichev, A. Andreev./ The high-current deuteron acceleratorfor the neutron therapy // >:;04 =0 XXII A5@>AA89A:0O :>=D5@5=F8O ?> CA:>@8B5;O< 70@O65==KE G0AB8F RuPAC-2010. @>B28=>. 27.09.2010 - 01.10.2010  =4/3=1,33 0B5=BK =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2388014. 538AB@0F8O 27.04.2010 3.  =20/3=6,67  LVAL =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2393557. 538AB@0F8O 27.06.2010 3.  =20/3=6,67 =48284C0;L=K9   3;. =0CG. A>B@. 01>@0B>@88 0B><=>3> O4@0 =4@5520 .. @025=:  = 12,08+8,12+0,57+1,5+1.33+6.67+6.67=28.82+10=46,94LVALVNG 5=5F:89 >@8A ;5:A5528G, @>48;AO 18 A5=BO1@O 1933 3>40, 4>:B>@ B5E=8G5A:8E =0C:, 3;02=K9 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0, G;5= :>@@5A?>=45=B >AA89A:>9 8=65=5@=>9 0:045<88. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<KE @>AA89A:8E 6C@=0;0E .. 5=5F:89./  @0A?@545;5=88 8=48284C0;L=KE 4>7 8 BO65AB8 ?>@065=89 ?@8 @0480F8>==KE 020@8OE// 72. , A5@. D87. ! 4, 2011, A 649-652.  =.406*60=24.36 .. 5=5F:89 / ;8O=85 G5;>25G5A:>3> D0:B>@0 =0 D>@<8@>20=85 BO65AB8 ?>@065=89 ?@8 @0480F8>==KE 020@8OE // !@54AB20 A?0A5=8O. @>B82>?>60@=0O 70I8B0,  74. ><  A?5F2K?CA: 2011, !.69  72 .  = 8 >:;04 CAB=K9, A5:F8>==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 5=5F:89 .., 8D0=>2 ../  0B5@80;0E 4;O A?5F80;L=>9 @0480F8>==>-70I8B=>9 >4564K ?>60@=KE =0 -! 8 4@C38E @0480F8>==>->?0A=KE >1J5:B0E. // 8-O 564C=0@>4=0O :>=D5@5=F8O /45@=0O 8 @0480F8>==0O D878:0 20-23 A5=BO1@O 2011 3. (ICNRP`11), ;<0BK, 5A?C1;8:0 070EAB0=. "!+, ! 78  79  =6/2=3 1. .. 5=5F:89, .. >38=>2, ..;>B=8:>20. />520O >45640 ?>60@=KE :0: 70I8B0 >B 15B0 87;CG5=8O. //>60@=0O 157>?0A=>ABL, !2, 2010.A.123  128  =8/3=2,67 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. .. 5=5F:89 / ;8O=85 G5;>25G5A:>3> D0:B>@0 =0 @0A?@545;5=85 8=48284C0;L=KE 4>7 8 BO65AB8 ?>@065=89 ?@8 @0480F8>==KE 020@8OE // >:;04 =0 22 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K ?>60@=>9 157>?0A=>AB8 // 0B5@80;K 22 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88.  G0ABL 2.  .: , 2010,  A.35-38  =6 @5?@8=B ..=4@552, !..:C;8=8G52, ..5=5F:89, ...0@?>2, .!.>=>1552A:89, ..!:>@:8=, ..$8@A>2./ 5@A?5:B82K 8A?>;L7>20=8O <>I=KE =59B@>==KE 35=5@0B>@>2 2 8=AB8BCB5 O45@=KE 8AA;54>20=89 / // @5?@8=B / ,1255/2010, 8N=L 2010, >A:20  =4/7=0,57 #G0AB85 2 A@54AB20E <0AA>2>9 8=D>@<0F88 1. .. 5=5F:89. "5;5:0=0;K >AA8O 1, >AA8O 24, B5;5?@>3@0<<0 5AB8, 17 <0@B0 2011 3>40, AN65B ABC4 LVAL 8BL @0A?;02;5==K5 @50:B>@K =0 $C:CA8<5 ?>:0 =5 C40;>AL. 2. ..5=5F:89. "5;5:0=0; >AA8O 2, ?@>5:B 0C:0 2.0, F8:; B5;5?@>3@0<< '5;>25G5A:89 D0:B>@, 24 =>O1@O 2011, ?@>3@0<<0 0480F8O, ?5@540G0 048>0:B82=>ABL. =48284C0;L=K9   3=A 5=5F:>3> .. @025=  =24.36+8 +3+2.67+6+0,57=44,6LVALVNG C@<8AB@>2 .@89 8;0=>28G, @>4. 10.09. 1946 3>40, <.=.A. 01. 0B><=>3> O4@0. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,563*60/5=6,76 . . =4@552, ...C@<8AB@>2, ..$8@A>2./ F5=:0 2>7<>6=>AB59 ?@8<5=5=8O 4;O 0:B820F8>==>3> 0=0;870 8AB>G=8:0 B5@<0;87>20==KE =59B@>=>2 =0 1075 =59B@>==>3> 35=5@0B>@0// C@=0; 0=0;8B8G5A:>9 E8<88. . 2010 3., B.65, A. 1283  1289.  =0,604*60/3=12,08 . . =4@552, .. . C@<8AB@>2, . . 5H:>2/ 07@01>B:0 1;>:0 70<54;8B5;O 4;O =59B@>==>3> 35=5@0B>@0 -400 //!"/ . ! / $'!/, 2011, B>< 75, ! 2, A. 263 269.  =0,406*60/3=8,12 !. . :C;8=8G52, .. . 02@8;>2, .. . C@<8AB@>2, !. . C52, .!. >=>1552A:89, . . >@4>2A:>9, . . !:>@:8= /!!"  / !"! #'  "// 725AB8O : !5@8O D878G5A:0O ">< 75,N 11, !. 1629.  =0,406*60/7=3,48 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy./ Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 Petergof, St.Petersburg, Russia. July 6 -9, 2010  =6/4=1,5 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.M.Skorkin, S. V. Zuyev / Measuring system of low intensity proton beam. //#AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia. July 6 -9, 2010.  =6/7=0,86 0B5=BK =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2388014. 538AB@0F8O 27.04.2010 3.  =20/3=6,67 =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;FLVALV>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2393557. 538AB@0F8O 27.06.2010 3.  =20/3=6,67 =48284C0;L=K9   <=A C@<8AB@>20 ... @025=  = 6,76+3,48+12.08+8,12+1,5+0,86+6.67+6.67=46,14LVAL020@78=0 0;5=B8=0 02;>2=0 @>4. 07.01.1942, A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 020@78=0 .., !B5?0=>2 ../ 5B>4 ?@>AB@0=AB25==>-2@5<5==KE :>@@5;OF8>==KE DC=:F89 4;O >?8A0=8O @50:F88 :2078A2>1>4=>3> 2K1820=8O 20;5=B=KE =59B@>=>2 87 30;> O4@0 // 725AB8O , A5@8O D87. 2011. 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Stepanov./ On a new approach to calculations of the cross sections for inclusive process of the neutral-current neutrino-nucleus scattering at intermediate energies.// !5:F8>==K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/2=3 C:>2>4AB2> A>8A:0B5;5< 2 2011 3 C@;>28G ;5:A0=4@0 !5@3552=0 , AB065@-8AA;54>20B5;L /  =30 =48284C0;L=K9   A=A 020@78=>9 .. @025=  =12.18+16.89+3+3+30=65.07LVAL&8D0=>2 8E08; 8:>;0528G, @>4. 21 =>O1@O 1945 3>40, , =A. :0=4840B D87-<0B =0C: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. >:;04 CAB=K9, A5:F8>==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. 5=5F:89 .., 8D0=>2 ../  0B5@80;0E 4;O A?5F80;L=>9 @0480F8>==>-70I8B=>9 >4564K ?>60@=KE =0 -! 8 4@C38E @0480F8>==>->?0A=KE >1J5:B0E. // 8-O 564C=0@>4=0O :>=D5@5=F8O /45@=0O 8 @0480F8>==0O D878:0 20-23 A5=BO1@O 2011 3. (ICNRP`11), ;<0BK, 5A?C1;8:0 070EAB0=. "!+, ! 78  79  =6/2=3 =48284C0;L=K9   =A 8D0=>20 .. @025=  =308:8= <8B@89 ;5:A5528G, @>48;AO 9 023CAB0 1930 3>40, 4>:B>@ D878:>-<0B5<0B8G5A:8E =0C:, 254CI89 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0. . !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E ..08:8=, ..>@4>2A:>9, ..!C@:>20./ 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd//. 72. , A5@. D87., B. 74, !11, A.1646 (2010).  =.406*60/3=8.12 @5?@8=BK D.A.Zaikin, I.V.Surkova./ Nucleon semimagic numbers and neutron scattering.// Preprint LANL-nuclear theory, 1004.1502 (2010). 13 c.   = 4/2=2 ..08:8=, ..!C@:>20./ Neutron scattering and nucleon semimagic numbers.// @5?@8=B / !1273/2010 (2010). 16 A.   = 4/2=2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., !C@:>20 .. /  2>7<>6=KE ?>;C<038G5A:8E G8A;0E =C:;>=>2 Z=96 8 N=150 // 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/2=3 @>HN@0 ..08:8=. /0:>=K A>E@0=5=8O 2 :20=B>2>9 D878:5 (CG51=>-<5B>48G5A:>5 ?>A>185). //., $". (2010). 32 A.  =32/16*2=4   " M;5:B@>==K9 D.A.Zaikin_ and I.V.Surkova, / Nucleon semimagic numbers and low-energy neutron scattering// arXiv:1004.1502v1 [nucl-th] 9 Apr 2010  =4/2=2 =48284C0;L=K9   2=A 08:8=0 .. @025=  =8.12+2+2+3+4+2=21.12LVALVNG C52 !5@359 8:B>@>28G, @>48;AO 26.10. 1954 3>40, :0=4840B D87.-<0B. =0C:, !B. =0CG=. A>B@. 01>@0B>@88 0B><=>3> O4@0 . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev /EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA// Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,695*30/5=4.17 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/ ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK// 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 !. . :C;8=8G52, .. . 02@8;>2, .. . C@<8AB@>2, !. . C52, .!. >=>1552A:89, . . >@4>2A:>9, . . !:>@:8= /!!"  / !"! #'  "//75AB8O : !5@8O D878G5A:0O ">< 75,N 11, !. 1629.  =0,406*60/7=3,48 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52. /  1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,563*60/5=6,76 !..C52, .!.>=>1552A:89./  &#  '/ + nn- !!//  +%  +% & nd-  //725AB8O , A5@.D87. 2010, B. 74, !6, A. 782-786  =0,406*60/2=12.18 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89, ..(0@0?>2, >45;8@>20=85 MDD5:B82=>AB8 AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2 2 8=B5@20;5 M=5@388 5-70 M, #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear StructureLVAL  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/3=2 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2 / -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p)// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/7=0,86 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..(0@0?>2 />AAB0=>2;5=85 M=5@35B8G5A:>3> A?5:B@0 1KAB@KE =59B@>=>2 (20-60 M) :0=0;0 -! /  <5B>4>< >1@0B=>9 7040G8// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/4=1,5 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/9=0,67 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.M.Skorkin, S. V. Zuyev./ Measuring system of low intensity proton beam.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 Petergof, St.Petersburg, Russia) July 6 -9, 2010. .  =6/7=0,86 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2*1.5=1.8 @5?@8=B .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .p LVAL . C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;,// @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 =48284C0;L=K9   A=A / !..C520 @025=  =1,6+4,17+2,71+3,48+6.76+12.18+2+0,86+1,5+.67+.86+1.8+0,44=39.03LVALVNG >=>1552A:89 235=89 !5@35528G, @>48;AO 23 023CAB0 1943 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 ;01>@0B>@859 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev /EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA //Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,695*30/5=4.17 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..0BKH520, ..!>1>;52A:89, ..;8G /?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0 _430// !"/ . ! / $'!/, 2011, B>< 75, ! 4, A. 485 489  =0,406*60/4=6,09 .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2 / ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 !. . :C;8=8G52, .. . 02@8;>2, .. . C@<8AB@>2, !. . C52, .!. >=>1552A:89, . . >@4>2A:>9, . . !:>@:8= / !!"  / !"! #'  "// 725AB8O : !5@8O D878G5A:0O ">< 75,N 11, !. 1629.  =0,406*60/7=3,48 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52. /  1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,563*60/5=6,76 !..C52, .!.>=>1552A:89./  &#  '/ + nn- !!//  +%  +% & nd-  //725AB8O , A5@.D87. 2010, B. 74, !6, A. 782-786  =0,406*60/2=12.18 . !. >=>1552A:89, . . 0BKH520, . . !>1>;52A:89./ LVAL ,."    + #' "   "  / .// !"/ . ! / $'!/, 2010, B>< 74, ! 4, A. 479 482  =0,406*60/3=8,12 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E.S. Konobeevski, / Study of neutron-neutron interaction in nd breakup reaction at low energies // @83;0H5==K9 4>:;04 18th INTERNATIONAL SEMINAR ON INTERACTION OF NEUTRONS WITH NUCLEI: Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics May 25-29, 2010, Dubna, Russia  =30/1=30 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E.S. Konobeevski, Study of Neutron-Neutron Scattering in nd Breakup Reaction // >:;04 =0 5th EUROPEAN CONFERENCE ON NEUTRON SCATTERING, 17-22 July 2011 - Prague, Czech Republic  =6/1=6 !..C52, .!.>=>1552A:89, ..(0@0?>2, / >45;8@>20=85 MDD5:B82=>AB8 AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2 2 8=B5@20;5 M=5@388 5-70 M,// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/3=2 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2 / -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p),// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/7=0,86 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..(0@0?>2/ >AAB0=>2;5=85 M=5@35B8G5A:>3> A?5:B@0 1KAB@KE =59B@>=>2 (20-60 M) :0=0;0 -! /  <5B>4>< >1@0B=>9 7040G8//, #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/4=1,5 .!. >=>1552A:89 , .. 0BKH520, .. !>1>;52A:89, .. ;8G. /"&/ $# & "   )"+ "   "  -430. // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010  . PLVAL etergof, St.Petersburg, Russia, July 6 -9, 2010  =6/4=1,5 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010  . Petergof, St.Petersburg, Russia, July 6 -9, 2010  =6/9=0,67 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.M.Skorkin, S. V. Zuyev./ Measuring system of low intensity proton beam.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  . Petergof, St.Petersburg, Russia, July 6 -9, 2010  =6/7=0,86 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy/ Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  . Petergof, St.Petersburg, Russia, July 6 -9, 2010  =6/4=1,5 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2*1.5=1.8 @5?@8=BK .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;,// @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 ..=4@552,d LVALt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afomov, V.A.Sergeev. /Absorption effects in the nucleon- or core-stripping reactions induced by the halo nucleus.// !5:F8>==K9 4>:;04 =0 60 564C=0@>4=>9 :>=D5@5=F88 ?> O45@=>9 D878:5 Nucleus 2010 (Peterhof, St.-Petersburg, 6-9 July 2010)  =6/2=3 @5?@8=B .. 0D><>2 " B5>@88 87;CG5=8O 028;>20-'5@5=:>20 2 :@8AB0;;0E" @5?@8=B /  1298/2011, A5=BO1@L 2011. =0 4204F0B8 452OB8 AB@0=8F0E, A>45@68B A>@>: F25B=KE 3@0D8G5A:8E @8AC=:0 8 ?0:5B 70459AB2>20==KE ?@>3@0<<.  =4 =48284C0;L=K9   A=A 0D><>20 .. @025=  =19,18C@;>28G ;5:A0=4@0 !5@3552=0, @>48;0AL 02.08.19873>40, AB065@-8AA;54>20B5;L 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.S. Kurlovich./ Search for axion-like particles and hidden sector photons in the resonant regeneration experiment SOLA.// >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 20@:8-2010. N;L 2010,  = 6*2=12 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 .!. C@;>28G / >8A: ;53:8E 0:A8>=>?>4>1=KE G0AB8F 8 ?0@0D>B>=>2 =0 >A=>25 <5B>40 @57>=0=A=>9 @535=5@0F88 //>:;04 8 "@C4K 53 =0CG=>9 :>=D5@5=F88 $". >O1@L 2010 3.  =4*1.5*2=12 B>3>  =12+12=24LVALVNG >@4>2A:>9 8E08; 048<>28G, @>48;AO 06.04.1954 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev /EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA //Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,695*30/5=4.17 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/ ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK// 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 !. . :C;8=8G52, .. . 02@8;>2, .. . C@<8AB@>2, !. . C52, .!. >=>1552A:89, . . >@4>2A:>9, . . !:>@:8= /!!"  / !"! #'  "//75AB8O : !5@8O D878G5A:0O ">< 75,N 11, !. 1629.  =0,406*60/7=3,48 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52. /  1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,563*60/5=6,76 ..08:8=, ..>@4>2A:>9, ..!C@:>20. /708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd//. 72. , A5@. D87., B. 74, !11, A.1646 (2010).  =.406*60/3=8.12 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2 / -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p)// #AB=K9 4>:;04 =0 61 International Conference on Nuclear SLVAL pectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/7=0,86 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..(0@0?>2 />AAB0=>2;5=85 M=5@35B8G5A:>3> A?5:B@0 1KAB@KE =59B@>=>2 (20-60 M) :0=0;0 -! /  <5B>4>< >1@0B=>9 7040G8// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/4=1,5 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/9=0,67 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.M.Skorkin, S. V. Zuyev./ Measuring system of low intensity proton beam.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 Petergof, St.Petersburg, Russia July 6 -9, 2010. .  =6/7=0,86 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy/ Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia July 6 -9, 2010.  =6/4=1,5 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2*1.5=1.8 @5?@8=B .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5 LVAL* @0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;,// @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 =48284C0;L=K9   702. A5:B>@>< >@4>2A:>3> .., @025=  = 1,6+4,17+2.71 +3,48+6.76+8.12+0,86+1,5+0.67+ 0.86+ 1.5+1,8+0.44=34,47LVALVNG >B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev /EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA// Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,695*30/5=4,17 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2, ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK, 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 8B28= .!., >B0H52 !. ., 078= .., !04K:>2 ../ >78F8>==>-GC2AB28B5;L=K9 ?@>2>;>G=>-AB@8?>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B5@>< 725AB8O . !5@8O $878G5A:0O, 2011, B><. 75, No. 2, A. 247 250.  =0,406*60/4=6,09 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52. /  1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,563*60/5=6,76 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2  -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p), #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/7=0,86 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, LVAL / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia, July 6 -9, 2010  =6/9=0,67 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2*1.5=1.8 @5?@8=BK .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;,// @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 !. . >B0H52, . !. >B0H52, . . 8B28=>20, !. %. 0@052A:89, . . 0A0=>2. &8D@>2>5 C?@02;5=85 =0?@O65=85< ?8B0=8O 45B5:B>@>2 8 4@C38E ?@81>@>2 A 2=5H=8< C?@02;5=85< 4;O 02B><0B878@>20==>9 A8AB5<K @538AB@0F88 2 ! 8=0:A. @5?@8=B /  1269/2010, 13 AB@0=8F, 4 @8A., 1 B01;.  =4/5=.8 . . 0@028G52. !. . >B0H52, . !. >B0H52. @>3@0<<=>5 >15A?5G5=85:><?LNB5@0-:>=B@>;;5@0 KKA2-PC 8 :>=B@>;;5@0  2 OC 8=0:A. @5?@8=B / /2011, 31 AB@0=8F0, 12 @8A., 2 B01;.  =4/3=1,33 C:>2>4AB2> 48?;><=8LVAL:>< D>=8=K< ..  =10 =48284C0;L=K9   >B0H520 !.. @025=:  = 1,6+4,17+2.71 +6,09 +6.76+0,86+1.2+0.67 +1,8+0.44+0,8+1,33+10=38,43LVALVNG !5@3552 ;048<8@ ;5:A0=4@>28G, @>48;AO 26.08.1933 3., :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169  =0,643*30/5=3,86 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2,/ ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 0D><>2 .., !5@3552 ../ -$$"+ )/  &/% ! + #  !" -/  // 72. , A5@.D87. 2011 B.75, !4, A.490-494  =0,406*60/2=12,18 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.E.Pafomov, V.A.Sergeev. /Absorption effects in the nucleon- or core-stripping reactions induced by the halo nucleus.// !5:F8>==K9 4>:;04 =0 60 564C=0@>4=>9 :>=D5@5=F88 ?> O45@=>9 D878:5 Nucleus 2010 (Peterhof, St.-Petersburg, 6-9 July 2010)  =6/2=3 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2, /  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia July 6 -9, 2010  =6/9=0.67   " .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, /-:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O LVAL 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;, // @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20.  =4/9=.44 =48284C0;L=K9   A=A !5@35520 .. @025=  =3.86+2,71+ 12,18+1.2+1.2+3+.67+.44+2=25.26BLVALTA552 ;048A;02 8:>;0528G @>4. 30.05.1949 3., =.A. $ !B0BL8: 1. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D. Ilic, A.A. Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS// Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5-1)/8=2. B>3>:   A5520 .. = 2!C@:>20 ==0 ;048<8@>2=0, @>48;0AL 20 45:01@O 1939 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E ..08:8=, ..>@4>2A:>9, ..!C@:>20 /. 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd. // 72. , A5@. D87., B. 74, !11, A.1646 (2010).  =.406*60/3=8.12 @5?@8=BK D.A.Zaikin, I.V.Surkova./ Nucleon semimagic numbers and neutron scattering. // Preprint LANL-nuclear theory, 1004.1502 (2010). 13 c.   = 4/2=2 ..08:8=, ..!C@:>20. / Neutron scattering and nucleon semimagic numbers.// @5?@8=B / !1273/2010 (2010). 16 A.   = 4/2=2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., !C@:>20 .. /  2>7<>6=KE ?>;C<038G5A:8E G8A;0E =C:;>=>2 Z=96 8 N=150 // 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/2=3   " M;5:B@>==K9 D.A.Zaikin_ and I.V.Surkova, / Nucleon semimagic numbers and low-energy neutron scattering// arXiv:1004.1502v1 [nucl-th] 9 Apr 2010  =4/2=2 =48284C0;L=K9   A=A !C@:>2>9 .. @025=  =8,12+2+2+3+2=17,12LVALVNG (0@0?>2 ;LO 8E09;>28G, @>48;AO 29.01.1984 3>40, 0A?8@0=B, AB065@-8AA;54>20B5;L &. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/ ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK, // 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89, ..(0@0?>2 / >45;8@>20=85 MDD5:B82=>AB8 AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2 2 8=B5@20;5 M=5@388 5-70 M,// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/3=2 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2 /  -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p)// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/7=0,86 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..(0@0?>2 / >AAB0=>2;5=85 M=5@35B8G5A:>3> A?5:B@0 1KAB@KE =59B@>=>2 (20-60 M) :0=0;0 -! /  <5B>4>< >1@0B=>9 7040G8//, #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/4=1,5 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference CLVALurrent Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia, July 6 -9, 2010.  =6/9=0,67 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2*1.5=1.8 @5?@8=B .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;,// @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 =48284C0;L=K9   0A?8@0=B0 .. (0@0?>20 @025=:  =1,6+2,71+2+0,86+1,5+1.8+.67+0,44=11,58*3=34,74 ! :=48284C0;L=K9   0A?8@0=B0 .. (0@0?>20 @025=:  =1,6+2,71+2+0,86+1,5+1.8+.67+0,44=11,58*1,5=17,37 ?????????????   #' !!!',[V Q L G B = 83.5z#*|%,~A @? VNGHHHH<?g@ @?@ HHHH<? 33SA@?@ HHHH<?A@?$ VNGHHHH<? @?<<<<<?Zff@ @? VNGHHHH<?s@@? @ HHHH<?KffvA@?@ HHHH<?Cff&@) @? @ HHHH<?^ @?<<<<<?=ffAr @? VNGHHHH<?HٷCUC @?+ VNGHHHH<?q=2B@? VNG!:>@@5:B8@>20=> G8A;> 02B>@>2 2 @01>BK; 4>102; 2 @HH<@?<<<<<? C[0C@?3 VNGHHHH<?t`A@? VNGHHHH<?q=B@?t@ HHHH<? uB\C@?= VNGHHHH<?) (dB@?( VNGHHHH<? A@?^ @ HHHH<?sF B@?L VNGHHHH<?G5A@? @ HHHH<? CA@?Z VNGHHHH<? #\C@?f VNGHHHH<?+xC\ @?> VNGHHHH<?9)A@? VNGHHHH<?PA@?" VNGHHHH<? ף@ @? VNGHHHH<?>BE @? VNGHHHH<?URC @? @ HHHH<?=C-C @? VNGHHHH<?? 33A @?0 VNGHHHH<? dB @?N VNGHHHH<? 33A @?@ HHHH<? HB @? @ HHHH<?N YC @?D@ HHHH<?GB @? @ HHHH<?3dB @?` VNGHHHH<?GA @? @ HHHH<? PB @? VNGHHHH<?@ @?8@ HHHH<?.CC @?X* VNGHHHH<?ףkC @?r VNGHHHH<? A @? VNG>G5<C :>MDD8F85=B 3? 5 A>B@C4=8: /?HH<LVALVNG    =0 31 45:01@O 2011 3. 235=89 8:>;0528G CI8=, =.A. $- /  B>3>2K9   .. CI8=0 70 2010-2011 33.: 35.93 + 199.71 = 235.64 C1;8:0F88 70 2010 3. 2B>@K, 0720=85, 740=85 <?0:B-D0:B>@ >;-2> 02B>@>2 10; 1 LHCb Collaboration (R. Aaij et al.),  Measurement of sigma(pp -> b anti-b X) at \sqrt(s)=7 TeV in the forward region. , CERN-PH-EP-2010-029; arXiv:1009.2731 [hep-ex] 4 >10 0.4 2 LHCb Collaboration,  Prompt K_short production in pp collisions at sqrt(s)=0.9 TeV. , CERN-PH-EP-2010-027; arXiv:1008.3105 4 >10 0.4 3 LHCb Collaboration,  Measurement of the inclusive cross section in pp collisions at sqrt(s) = 7Tev with the LHCb experiment. , LHCb-CONF-2010-014 4 >10 0.4 4 LHCb Collaboration,  Prompt charm production in pp collisions at sqrt(s) = 7 TeV. , LHCb-CONF-2010-013 4 >10 0.4 5 LHCb Collaboration,  Measurements of B0 mesons production cross-section in pp collisions at sqrt(s) = 7 TeV using B0->D " + X decays , LHCb-CONF-2010-012 4 >10 0.4 6 LHCb Collaboration,  Measurement of prompt / and / K0S production ratios in inelastic non-diffractive pp collisions at sqrt(s) = 0.9 and 7 TeV , LHCb-CONF-2010-011 4 >10 0.4 7 LHCb Collaboration,  Measurement of the J/psi production cross section at sqrt(s) = 7 TeV in LHCb , LHCb-CONF-2010-010 4 >10 0.4 8 LHCb Collaboration,  Measurement of the p- /p ratio in LHCb at sqrt(s)=900 ~GeV and 7~TeV , LHCb-CONF-2010-009 4 >10 0.4 9 LHCb Collaboration,  Prompt KS0 production in pp collisions at sqrt(s) = 900 GeV , LHCb-CONF-2010-008 4 >10 0.4 10 NA62 Collaboration,  NA62 Status Report to the CERN SPSC: Summary of the 2010 Activities and Plans for 2011 , SPSC-SR-071 4 >10 0.4 11 NA62 Collaboration,  Technical design report , NA62-10-0 4 >10 0.4 12 LHCb Collaboration,  Measurement of sigma(pp -> b anti-b X) at \sqrt(s)=7 TeV in the forward region. , Phys. Lett. B694 (2010) 209-216 157.65 >10 15.765 13 LHCb Collaboration,  Prompt K_short production in pp collisions at sqrt(s)=0.9 TeV. , Phys. Lett. B693 (LVAL 2010) 69-80 157.65 >10 15.765 B>3>2K9 10;: 35.93 C1;8:0F88 70 2011 3. 2B>@K, 0720=85, 740=85 <?0:B-D0:B>@ >;-2> 02B>@>2 10; 1 NA62 Collaboration, Test of lepton flavour universality in K+!l++ decays , CERN-PH-EP-2011-004, arXiv:1101.4805 [hep-ex] 4 >10 0.4 2 LHCb Collaboration,  b-hadron lifetime measurements with exclusive b->J/psi X decays reconstructed in the 2010 data , LHCb-CONF-2011-001 4 >10 0.4 3 LHCb Collaboration,  Flavor-untagged angular analysis of B0d!J/K" and B0s!J/f decays , LHCb-CONF-2011-002 4 >10 0.4 4 LHCb Collaboration,  Optimization and calibration of the LHCb flavour tagging performance using 2010 data , LHCb-CONF-2011-003 4 >10 0.4 5 LHCb Collaboration,  Search for CP violation in B0->J/psiKs0 decays with first LHCb data , LHCb-CONF-2011-004 4 >10 0.4 6 LHCb Collaboration,  Measurement of Delta ms in the decay B0s->Ds- (3)pi , LHCb-CONF-2011-005 4 >10 0.4 7 LHCb Collaboration,  Tagged time-dependent angular analysis of B0s!J/f decays with the 2010 LHCb data , LHCb-CONF-2011-006 4 >10 0.4 8 LHCb Collaboration,  Improved Measurements of the Cabibbo Favored Bs->Ds 3pi and Lambda Branching Fractions , LHCb-CONF-2011-007 4 >10 0.4 9 LHCb Collaboration,  First observation of the decay Bs -> D0K*0 and measurement of the ratio of branching fractions B(Bs -> D0K*0)/B(B0 -> D0rho0) , LHCb-CONF-2011-008 4 >10 0.4 10 LHCb Collaboration,  Observation of double J/ psi production in pp collisions at sqrt(s)=7 TeV , LHCb-CONF-2011-009 4 >10 0.4 11 LHCb Collaboration,  Measurement of md in B0!D"(K+"")+ , LHCb-CONF-2011-010 4 >10 0.4 12 LHCb Collaboration,  Measurement of direct CP violation in charmless charged two-body B decays at LHCb , LHCb-CONF-2011-011 4 >10 0.4 13 LHCb Collaboration,  W and Z production at s" = 7 TeV with the LHCb experiment , LHCb-CONF-2011-012 4 >10 0.4 14 LHCb Collaboration,  Measurement of the relative yields of the decay modes B0(s) -> D+(s)pi- and B0 -> D+K- and determination of fs/fd for 7 TeV pp collisions , LHCb-CONF-2011-0LVAL 13 4 >10 0.4 15 LHCb Collaboration,  Measurement of B(B0s!(2S)f)/B(B0s!J/f , LHCb-CONF-2011-014 4 >10 0.4 16 LHCb Collaboration,  Inclusive jets and dijets in LHCb , LHCb-CONF-2011-015 4 >10 0.4 17 LHCb Collaboration,  Measurement of the Y(1S) production cross-section at sqrt(s) = 7 TeV in LHCb , LHCb-CONF-2011-016 4 >10 0.4 18 LHCb Collaboration,  Relative measurement of the Bc+ to Bc production cross-section ratios at sqrt(s) = 7 TeV in LHCb , LHCb-CONF-2011-017 4 >10 0.4 19 LHCb Collaboration,  Measurement of the effective Bs-> K+K- Lifetime , LHCb-CONF-2011-018 4 >10 0.4 20 LHCb Collaboration,  First observation of B0s-> K0* antiK0* , LHCb-CONF-2011-019 4 >10 0.4 21 LHCb Collaboration,  A measurement of the relative cross-section sigma(Xc2)/sigma(Xc1) for prompt Xc production at sqrts = 7 TeV in LHCb , LHCb-CONF-2011-020 4 >10 0.4 22 LHCb Collaboration,  Measurement of the X (3872) mass with first LHCb data , LHCb-CONF-2011-021 4 >10 0.4 23 LHCb Collaboration,  Central Exclusive DiMuon Production at s"=7 TeV , LHCb-CONF-2011-022 4 >10 0.4 24 LHCb Collaboration,  A search for time-integrated CP violation in D0-> h+h- decays and measurement of production assymetry , LHCb-CONF-2011-023 4 >10 0.4 25 LHCb Collaboration,  First observations of the Cabibbo-suppressed decays B0bar->D+K-p+p- and B-->D0K-p+p- , LHCb-CONF-2011-024 4 >10 0.4 26 LHCb Collaboration,  Evidence for Bs0 -> J/psi K*0 , LHCb-CONF-2011-025 4 >10 0.4 27 LHCb Collaboration,  Measurement of the (2S) production cross-section at s"=7 TeV in LHCb , LHCb-CONF-2011-026 4 >10 0.4 28 LHCb Collaboration,  Measurement of b -hadron masses with exclusive J/X decays in 2010 data , LHCb-CONF-2011-027 4 >10 0.4 29 LHCb Collaboration,  Measurement of b-hadron production fractions in 7 TeV centre-of-mass energy pp collisions , LHCb-CONF-2011-028 4 >10 0.4 30 LHCb Collaboration,  Time integrated ratio of wrong-sign to right-sign D0!K decays in 2010 data at LHCb , LHCb-CONF-2011-029 4 >10 0.4 31 LHCb Collaboration,  Measurement of LVAL the Ratio of Branching Fractions B(B->Jpsi pi)/B(B->JpsiK) at sqrt(s)=7TeV at LHC , LHCb-CONF-2011-030 4 >10 0.4 32 LHCb Collaboration,  A measurement of the ratio of branching fraction: B(B->D K)/B(B->D pi) for D-> K pi, KK, K 3pi and K0s 2pi , LHCb-CONF-2011-031 4 >10 0.4 33 LHCb Collaboration,  Measurement of the B cross-section at LHCb , LHCb-CONF-2011-033 4 >10 0.4 34 LHCb Collaboration,  Average fs/fd b-hadron production fraction for 7 TeV pp collisions , LHCb-CONF-2011-034 4 >10 0.4 35 LHCb Collaboration,  Analysis of antiB0s!J/ (+" and K+K") and the first observation of J/f'2(1525) , LHCb-CONF-2011-035 4 >10 0.4 36 LHCb Collaboration,  Studies of beauty baryons decaying to D0 p p- and D0 p K- , LHCb-CONF-2011-036 4 >10 0.4 37 LHCb Collaboration,  Search for the rare decays B0s m+m- with 300 pb-1 at LHCb , LHCb-CONF-2011-037 4 >10 0.4 38 LHCb Collaboration,  Angular analysis of B0->K*m+m- , LHCb-CONF-2011-038 4 >10 0.4 39 LHCb Collaboration,  Updated measurements of W and Z production at s"=7 TeV with the LHCb experiment , LHCb-CONF-2011-039 4 >10 0.4 40 LHCb Collaboration,  First observation of Bc+J/y p+p-p+ , LHCb-CONF-2011-040 4 >10 0.4 41 LHCb Collaboration,  Z cross-section measurement at sqrt(s)=7TeV using the channel Ztt , LHCb-CONF-2011-041 4 >10 0.4 42 LHCb Collaboration,  Charmless charged two-body decays at LHCb with 2011 data , LHCb-CONF-2011-042 4 >10 0.4 43 LHCb Collaboration,  Inclusive X(3872) production in pp collisions at sqrt(s) = 7 TeV , LHCb-CONF-2011-043 4 >10 0.4 44 LHCb Collaboration,  Evidence for suppressed decay B->(Kpi)DK , LHCb-CONF-2011-044 4 >10 0.4 45 LHCb Collaboration,  Search for X(4140) in B+J/yfK+ , LHCb-CONF-2011-045 4 >10 0.4 46 LHCb Collaboration,  Measurement of the CP Violation Parameter AG in Two-Body Charm Decays , LHCb-CONF-2011-046 4 >10 0.4 47 LHCb Collaboration,  Search for the rare decay B0s -> +" at the LHC , LHCb-CONF-2011-047 4 >10 0.4 48 LHCb Collaboration,  Measurement of Bs->J/yKs branching fraction , LHCb-CONF-2LVAL 011-048 4 >10 0.4 49 LHCb Collaboration,  Tagged time-dependent angular analysis of B0s!J/f decays with 337 pb-1 at LHCb , LHCb-CONF-2011-049 4 >10 0.4 50 LHCb Collaboration,  Measurement of ms in the decay B0s!D"s(K+K"")+ using opposite-side and same-side flavour tagging algorithms , LHCb-CONF-2011-050 4 >10 0.4 51 LHCb Collaboration,  Measurement of fs in Bs->J/y f0(980) , LHCb-CONF-2011-051 4 >10 0.4 52 LHCb Collaboration,  Study of Triple Product Asymmetries in Bs-> ff decays , LHCb-CONF-2011-052 4 >10 0.4 53 LHCb Collaboration,  Observations of Orbitally Excited Bs** Mesons , LHCb-CONF-2011-053 4 >10 0.4 54 LHCb Collaboration,  Measurement of the Charm Mixing Parameter yCP in Two-Body Charm Decays , LHCb-CONF-2011-054 4 >10 0.4 55 LHCb Collaboration,  Measurement of the ratio of branching fractions B(B->K*gamma)/B(Bs->phi gamma) at LHC at sqrt(s)=7TeV , LHCb-CONF-2011-055 4 >10 0.4 56 LHCb Collaboration,  Combination of fs measurements from BsJ/y f and Bs->J/y f0(980) , LHCb-CONF-2011-056 4 >10 0.4 57 LHCb Collaboration,  Measurement of the relative and absolute branching fractions of the decays B0sDsK and B0sDs p , LHCb-CONF-2011-057 4 >10 0.4 58 LHCb Collaboration,  Measurements of the relative branching fractions of the B->ppK decay channel including of the charmonium contributions , LHCb-CONF-2011-058 4 >10 0.4 59 LHCb Collaboration,  Relative branching ratio measurements of charmless B+- decays to three hadrons , LHCb-CONF-2011-059 4 >10 0.4 60 LHCb Collaboration,  Measurement of the masses of the "b and "b , LHCb-CONF-2011-060 4 >10 0.4 61 LHCb Collaboration,  A search for time-integrated CP violation in D0!h"h+ decays , LHCb-CONF-2011-061 4 >10 0.4 62 LHCb Collaboration,  First observation of B0s!D*+s2X"" decays , arXiv:1102.0348 ; CERN-PH-EP-2011-008 4 >10 0.4 63 LHCb Collaboration,  Observation of J/ pair production in pp collisions at "s=7 TeV , arXiv:1109.0963 ; LHCB-PAPER-2011-013 ; CERN-PH-EP-2011-135 4 >10 0.4 64 LHCb Collaboration,  Search for the leptoLVAL n number violating decays B+!"++ and B+!K"++ , arXiv:1110.0730 ; LHCB-PAPER-2011-009 ; CERN-PH-EP-2011-156 4 >10 0.4 65 LHCb Collaboration,  Absolute luminosity measurements with the LHCb detector at the LHC , arXiv:1110.2866 ; LHCB-PAPER-2011-015 ; CERN-PH-EP-2011-157 4 >10 0.4 66 LHCb Collaboration,  Measurement of b hadron production fractions in 7 TeV pp collisions , arXiv:1111.2357 ; CERN-PH-EP-2011-172 ; LHCB-PAPER-2011-018 4 >10 0.4 67 LHCb Collaboration,  Search for CP violation in D+!K"K++ decays , arXiv:1110.3970 ; LHCB-PAPER-2011-017 ; CERN-PH-EP-2011-163 4 >10 0.4 68 LHCb Collaboration,  Measurement of the effective B0s!K+K" lifetime , arXiv:1111.0521 ; CERN-PH-EP-2011-167 ; LHCb-PAPER-2011-014 4 >10 0.4 69 LHCb Collaboration,  First observation of the decay B0s!K*0K*0 , arXiv:1111.4183 ; CERN-PH-EP-2011-183 ; LHCB-PAPER-2011-012 4 >10 0.4 70 LHCb Collaboration,  Evidence for CP violation in time-integrated D0!h"h+ decay rates , arXiv:1112.0938 ; LHCB-PAPER-2011-023 ; CERN-PH-EP-2011-208 4 >10 0.4 71 LHCb Collaboration,  Searches for the rare decays B0s!+" and B0!+" , arXiv:1112.1600 ; CERN-PH-EP-2011-186 ; LHCB-PAPER-2011-025 4 >10 0.4 72 LHCb Collaboration,  Measurement of the CP violating phase s in Bs!J/f0(980) , arXiv:1112.3056 ; CERN-PH-EP-2011-205 ; LHCB-PAPER-2011-031 4 >10 0.4 73 LHCb Collaboration,  Measurement of the CP-violating phase s in the decay B0s!J/ , arXiv:1112.3183 ; CERN-PH-EP-2011-214 ; LHCB-PAPER-2011-021 4 >10 0.4 74 LHCb Collaboration,  Differential branching fraction and angular analysis of the decay B0!K*0+" , arXiv:1112.3515 ; LHCB-PAPER-2011-020 ; CERN-PH-EP-2011-211 4 >10 0.4 75 LHCb Collaboration,  Measurement of charged particle multiplicities in pp collisions at " s= 7 TeV in the forward region , arXiv:1112.4592 ; LHCB-PAPER-2011-011 ; CERN-PH-EP-2011-209 4 >10 0.4 76 LHCb Collaboration,  Measurement of the B0s oscillation frequency ms in B0s!D"s(3) decays , arXiv:1112.4311 ; LHCB-PAPER-2011-010 ; CERN-PH-EP-2011-194 4 >LVAL 10 0.4 77 LHCb Collaboration,  Measurement of mixing and CP violation parameters in two-body charm decays , arXiv:1112.4698 ; LHCB-PAPER-2011-032 ; CERN-PH-EP-2011-206 4 >10 0.4 78 LHCb Collaboration,  First observation of B0s!J/f2 2(1525) in J/K+K" final states , arXiv:1112.4695 ; CERN-PH-EP-2011-212 ; LHCB-PAPER-2011-026 4 >10 0.4 79 LHCb Collaboration,  Measurement of b-hadron masses , arXiv:1112.4896 ; LHCB-PAPER-2011-035 ; CERN-PH-EP-2011-226 4 >10 0.4 80 E. N. Gushchin,  LHCb results , plenary talk on XV Lomonosov conference, Moscow, August 2011. 6 1 6 81 E. N. Gushchin, V. F. Kurshetsov, V. A. Lebedev, V. I. Romanovskiy, V. K. Semenov, S.N. Filippov and A.A. Khudyakov,  Matrix hodoscopes for the Oka (Protvino) and NA62 (SPS, CERN) experimental setups , Physics of Atomic Nuclei, 2011, Volume 74, Number 5, Pages 783-787 16.89 7 2.413 82 LHCb Collaboration,  Measurements of the Cabibbo-favored branching fractions for Bs->Ds3pi and Lb!Lcppp , PRD 84 (2011) 092001 148.92 >10 14.892 83 LHCb Collaboration,  First observation of the decay $\bar{B}^0_s \to D^0 K^{*0}$ and a measurement of the ratio of branching , Physics Letters B 706 (2011) pp. 32-39 157.65 >10 15.675 84 LHCb Collaboration,  Measurement of the inclusive phi cross-section in pp collisions at sqrt(s) = 7 Tev , Physics Letters B 703 (2011) pp. 267-273 157.65 >10 15.675 85 LHCb Collaboration,  Determination of fs/fd for 7 TeV pp collisions and a measurement of the branching fraction of the decay B0->D"K+ , Phys. Rev. Lett. 107, 211801 (2011) 228.63 >10 22.863 86 LHCb Collaboration,  Measurement of $V^0$ production ratios in $pp$ collisions at $\sqrt{s} = 0.9$ and 7\,TeV , JHEP08(2011)034 181.47 >10 18.147 87 NA62 Collaboration,  Test of lepton flavour universality in K+!l++ decays , Physics Letters B 698 (2011) pp. 105-114 157.65 >10 15.675 88 LHCb Collaboration,  Search for the rare decays B->mumu , Physics Letters B 699 (2011) 330-340 157.65 >10 15.675 89 LHCb Collaboration,  Measurement of J/psi production in pp collisiont LVAL s at sqrt(s)=7 TeV , Eur. Phys. J. C 71 (2011) 1645 97.44 >10 9.744 90 LHCb Collaboration,  First observation of $B^0_s \to J/\psi f_0(980)$ decays , Physics Letters B 698 (2011) pp. 115-122 157.65 >10 15.675 91 LHCb Collaboration,  First observation of Bs -> D_{s2}^{*+} X m nu decays , Physics Letters B 698 (2011) pp. 14-20 157.65 >10 15.675 B>3>2K9 10;: 199.71 B>3>2K9   .. CI8=0 70 2010-2011 33.: 35.93 + 199.71 = 235.64LVALVNG :C;8=8G52 !5@359 A52>;>4>28G @>4. 28.08.1951, 4.D.-<.=, 702. ;01. $ !B0BL8: 1. ..0A8;L52, ..>:>=F52, !..:C;8=8G52. 0A?@545;5=85 4>7K >B 87;CG5=8O 1;87:>D>:CA=>3> 0??0@0B0 5=B35= "-02 =0 <0;KE 3;C18=0E 2 2>4=>M:2820;5=B=>< D0=B><5 //548F8=A:0O D878:0, 2010, !2, !.15-20.  = 8/3= 3. 2. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D. Ilic, A.A. Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS// Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5-1)/8=2. 3. S. V. Akulinichev, A.V. Andreev, V. M. Skorkin/THE HIGH-CURRENT DEUTERON ACCELERATOR FOR THE NEUTRON THERAPY// ICFA, Beam Dynamics Newsletter, Ed. in Chief: W.Chou, No. 53, December 2010, p.132-136.  =30*(1.5-1)/3=5. 4. Yuri M. Yevdokimov, Victor I. Salyanov, Sergey V. Akulinichev, Vladimir M. Skorkin/ Novel Biomaterial for NCT  Rigid Particles of (DNA-Gadolinium) Liquid-Crystalline Dispersions// J Bio. Nano., 2011, 2, 281-292.  =2.626*30/8=10 5. !. . :C;8=8G52, .. . 02@8;>2, & . . !:>@:8=/ C8AB5<0 87<5@5=8O A;01>8=B5=A82=>3> ?CG:0 ?@>B>=>2// 725AB8O @0=. !5@8O D878G5A:0O, 2011, B>< 75, ! 11, A.1632.  = 0,277* 60*/8=2 6. S. V. Akulinichev, Yu. K. Gavrilov, & V. M. Skorkin/ A System for Measuring a Low_Intensity Proton Beam// ISSN 1062_8738, Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 11, pp. 1533 1535.  =8/8=1 >:;04K: 1. S.V.Akulinichev, L.V.Kravchuk, V.A.Matveev. Progress and perspectives of the INR Radiological Center Workshop  Physics for health in Europe , CERN, Switzerland, 2010, Book of abstracts p.80   = 45/3= 15. 2. !.. :C;8=8G52, .. 0A8;L52, ... 02@8;>2, .. >:>=F52, .. >:>=F52, ..0751=8:. @83;0H5==K9 ?;5=0@=K9 4>:;04: @>B>==0O ;CG520O CAB0=>2:0 " / . / :=835: III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $LVAL   2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.8-10.   = 45/6= 8. 3. !.. :C;8=8G52, .. 0A8;L52, ..;L8=, .. >:>=F52, .. >:>=F52. >2KH5=85 :0G5AB20 ;CG52>9 B5@0?88 =0 CA:>@8B5;5 !-75. / :=: III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.11.   = 45/5 = 9. 4. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, V.N. Zapolskyi. Tuning of the INR therapeutic proton beam. XXII Russian Particle Accelerator Conference RuPAC-2010, September 2010.   = 45/6=7. 5. S.V.Akulinichev, Novel technologies for hadron radiation therapy, Invited plenary talk at XX International Symposium for High Energy Particle Physics (ISHEPP), Dubna, October 4-9, 2010 (Proceedings).   = 45. 6. V. Skorkin, S. Akulinichev, A. Andreev/ The High-Current Deuteron Accelerator for the Neutron Therapy//RuPAC-2010. Proceedings of RuPAC-2010. (http://accelconf.web.cern.ch/accelconf/)  =30*1.5/3=15 7. S.V. Akulinichev, Yu.K. Gavrilov, Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, V..Simonov, V.M. Skorkin, S.V. Zuev /Measuring System Low- Intensity Proton Beam// LX Intern. Conf. on Nuclear Physics (Nucleus 2010). St.Petersburg, Russia, July 06-09, 2010).  = 6*(1.5-1)8=1 8. // Intern. Symposium on In Situ Nuclear Metrology (INSINUME'2010), 20-23 October 2010 in Dubna. Book of Abstracts, 60. Accepted to Journal of Geophysical Research.  = 6*1.5/3=3 9. kulinichev S.V., Skorkin V.M./Modeling nucleosynthesis during neutron capture//11-th International Gamow Summer School  Astronomy and beyond: Astrophysics, Cosmology and Gravitation, Cosmomicrophysics, Radio-astronomy and Astrobiology (Ukraine, Odessa, Chernomorka, 22-28 August, 2011). 0?@02;. 2  Odessa Astronomical Publications  = 6*1.5/2=4 10. S.V. Akulinichev, M.I. Grachev, V.M. Skorkin /Measuring Beam Loss of the Proton Linac by Detecting Neutron Radiation// XXII International Workshops on Charged Particle AccelerdLVALtators (Alushta, September 22-28, 2011). 0?@02;5=> 2 VANT.  = 6*1.5/3=3 11. S.V. Akulinichev, V.M. Skorkin / Measuring Pulse Neutron Flux at Irradiation Facilities by Activation Method// LXI Intern. Conf. on Nuclear Physics  Nucleus 2011 (Sarov, Russia, October 10-14, 2011). 0?@02;. 2 72. .  = 6*1.5/2=4 12. . . !:>@:8=, !. . :C;8=8G52 .$>B>=59B@>==K9 8AB>G=8: =0 >A=>25 ;8=59=>3> CA:>@8B5;O M;5:B@>=>2 !75// VIII 0F8>=0;L=>9 :>=D5@5=F88 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388. !-- 2011. (& C@G0B>2A:89 8=AB8BCB, 14 -18 =>O1@O 2011 3.).  = 4*1.5/2=3 13. S.V.Akulinichev and L.V.Kravchuk, Medical application of INR proton linac, IPAC-2011, San-Sebastian (Spain), September 2011, published at JACOW cite.  = 30*1.5/2=23. @5?@8=BK: 1. .. =4@552, !.. :C;8=8G52, .. 5=5F:89, ... 0@?>2, .!. >=>1552A:89, .. !:>@:8=, .. $8@A>2/5@A?5:B820 8A?>;L7>20=8O <>I=KE =59B@>==KE 35=5@0B>@>2 2 =AB8BCB5 O45@=KE 8AA;54>20=89 // @5?@8=B /  1255/2010.  =4/6=1 0CG=>5 @C:>2>4AB2> 48?;><=8:0<8: 1. C:>2>4AB2> 48?;><=>9 @01>B>9 !..@83>@L520  10. B>3>: ;8G=K9   !..:C;8=8G520 = 174,   @C:>2>48B5;O $ = 0.5*174 + 0.75*58 = 130LVALVNG0A8;L52 ;048<8@ 8:>;0528G @>4. 04.01.1957, A.=.A. $. C1;8:0F88 70 2010-20113.: 1. ..0A8;L52, ..>:>=F52, !..:C;8=8G52. 0A?@545;5=85 4>7K >B 87;CG5=8O 1;87:>D>:CA=>3> 0??0@0B0 5=B35= "-02 =0 <0;KE 3;C18=0E 2 2>4=>M:2820;5=B=>< D0=B><5 //548F8=A:0O D878:0, 2010, !2, !.15-20.  =8/3=3 2. V. N. Vasiliev, V. I. Kostjuchenko, V. G. Khaybullin, S. I. Samarin , A. S. Uglov Proton scattering power of some tissue-equivalent plastics arXiv:1011.4648v1 [physics.med-ph], 21 Nov 2010.   = 4/5 = 1 3. V.N. Vasiliev, V.I. Kostjuchenko, O.B. Riazantsev,V.G. Khaybullin, S.I. Samarin, A.S. Uglov. Tissue equivalence of some phantom materials for proton beams. arXiv:1005.4389v1 [physics.med-ph], 24 May 2010, 8 pages.   = 4/6 = 1 >:;04K 70 2010-2011 3.: 1. !.. :C;8=8G52, .. 0A8;L52, ... 02@8;>2, .. >:>=F52, .. >:>=F52, ..0751=8:. @>B>==0O ;CG520O CAB0=>2:0 " / . / :=:III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.8-10.   = 45/6=8. 2. !.. :C;8=8G52, .. 0A8;L52, ..;L8=, .. >:>=F52, .. >:>=F52. >2KH5=85 :0G5AB20 ;CG52>9 B5@0?88 =0 CA:>@8B5;5 !-75. / :=:III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.11-12. 217.   = 45 /5 = 9 3. ..0A8;L52, ..>:>=F52. A?>;L7>20=85 @048>E@><=>9 ?;5=:8 Gafchromic HD-810 4;O 87<5@5=89 ?@>D8;59 4>7K ?@8 1;87:>D>:CA=>9 @5=B35=>B5@0?88. / :=:III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.215-217.  = 45/2=23. 4. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, V.N. Zapolskyi. Tuning of the INR therapeutic proton beam. XXII Russian Particle Accelerator Conference RuPAC-2010, September 2010.   = 45/6= 7. B>3>:   ..0A8;L520 = 52$LVAL402@8;>2 .@89 @0A=>A;02>28G. 04.10.1951, =A $, !B0BL8: 7. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D. Ilic, A.A. Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS// Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5-1)/8=2. 8. !. . :C;8=8G52, .. . 02@8;>2, & . . !:>@:8=/ C8AB5<0 87<5@5=8O A;01>8=B5=A82=>3> ?CG:0 ?@>B>=>2// 725AB8O @0=. !5@8O D878G5A:0O, 2011, B>< 75, ! 11, A.1632.  = 0,277* 60*/8=2 9. S. V. Akulinichev, Yu. K. Gavrilov, & V. M. Skorkin/ A System for Measuring a Low_Intensity Proton Beam// ISSN 1062_8738, Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 11, pp. 1533 1535.  =8/8=1 >:;04K: 2. !.. :C;8=8G52, .. 0A8;L52, ... 02@8;>2, .. >:>=F52, .. >:>=F52, ..0751=8:. @83;0H5==K9 ?;5=0@=K9 4>:;04: @>B>==0O ;CG520O CAB0=>2:0 " / . / :=835: III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.8-10.   = 45/6= 8. 3. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, V.N. Zapolskyi. Tuning of the INR therapeutic proton beam. XXII Russian Particle Accelerator Conference RuPAC-2010, September 2010.   = 45/6=7. 4. S.V. Akulinichev, Yu.K. Gavrilov, Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, V..Simonov, V.M. Skorkin, S.V. Zuev /Measuring System Low- Intensity Proton Beam// LX Intern. Conf. on Nuclear Physics (Nucleus 2010). St.Petersburg, Russia, July 06-09, 2010).  = 6*(1.5-1)8=1 =48284C0;L=K9   02@8;>20 ... = 21 =45:A F8B8@>20=8O =102LVALVNG !:>@:8= ;048<8@ 8E09;>28G @>4. 03.08.1953, :. D.-<. =, A=A $, !B0BL8: 10. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D. Ilic, A.A. Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS// Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5-1)/8=2 11. S. V. Akulinichev, A.V. Andreev, V. M. Skorkin/THE HIGH-CURRENT DEUTERON ACCELERATOR FOR THE NEUTRON THERAPY// ICFA, Beam Dynamics Newsletter, Ed. in Chief: W.Chou, No. 53, December 2010, p.132-136.  =30*(1.5-1)/3=5 12. Skorkin V., Mastinu P./Investigation of the intermediate neutron capture on unstable nuclides by means of the activation method// http://isinn.jinr.ru/17/contents.html  =4/2=2 13. Yuri M. Yevdokimov, Victor I. Salyanov, Sergey V. Akulinichev, Vladimir M. Skorkin/ Novel Biomaterial for NCT  Rigid Particles of (DNA-Gadolinium) Liquid-Crystalline Dispersions// J Bio. Nano., 2011, 2, 281-292.  =2.626*30/8=10 14. !. . :C;8=8G52, .. . 02@8;>2, & . . !:>@:8=/ C8AB5<0 87<5@5=8O A;01>8=B5=A82=>3> ?CG:0 ?@>B>=>2// 725AB8O @0=. !5@8O D878G5A:0O, 2011, B>< 75, ! 11, A.1632.  = 0,277* 60*/8=2 15. S. V. Akulinichev, Yu. K. Gavrilov, & V. M. Skorkin/ A System for Measuring a Low_Intensity Proton Beam// ISSN 1062_8738, Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 11, pp. 1533 1535.  =8/8=1 >:;04K: 5. V. Skorkin, S. Akulinichev, A. Andreev/ The High-Current Deuteron Accelerator for the Neutron Therapy//RuPAC-2010. Proceedings of RuPAC-2010. (http://accelconf.web.cern.ch/accelconf/)  =30*1.5/3=15 6. S.V. Akulinichev, Yu.K. Gavrilov, Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, V..Simonov, V.M. Skorkin, S.V. Zuev /Measuring System Low- Intensity Proton Beam// LX Intern. Conf. on Nuclear Physics (Nucleus 2010). St.Petersburg, Russia, July 06-09, 2010).  = 6*(1.5-1)8=1 7. // Intern. Symposium ontLVAL In Situ Nuclear Metrology (INSINUME'2010), 20-23 October 2010 in Dubna. Book of Abstracts, 60. Accepted to Journal of Geophysical Research.  = 6*1.5/3=3 8. kulinichev S.V., Skorkin V.M./Modeling nucleosynthesis during neutron capture//11-th International Gamow Summer School  Astronomy and beyond: Astrophysics, Cosmology and Gravitation, Cosmomicrophysics, Radio-astronomy and Astrobiology (Ukraine, Odessa, Chernomorka, 22-28 August, 2011). 0?@02;. 2  Odessa Astronomical Publications  = 6*1.5/2=4 9. S.V. Akulinichev, M.I. Grachev, V.M. Skorkin /Measuring Beam Loss of the Proton Linac by Detecting Neutron Radiation// XXII International Workshops on Charged Particle Accelerators (Alushta, September 22-28, 2011). 0?@02;5=> 2 VANT.  = 6*1.5/3=3 10. S.V. Akulinichev, V.M. Skorkin / Measuring Pulse Neutron Flux at Irradiation Facilities by Activation Method// LXI Intern. Conf. on Nuclear Physics  Nucleus 2011 (Sarov, Russia, October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xtraction of Kaon Formfactors from K^ -> \mu \nu \gamma Decay at ISTRA+ Setup. INR-PREPRINT-1251-2010, May 2010. 10pp. e-Print: arXiv:1005.3517 5.301*30/10 = 15.9 . Phys.Lett.B doi: 10.1016/j.physletb.2010.10.043. Search for Heavy Neutrino in K"">"h(h">) Decay at ISTRA+ Setup. ISTRA+ Collaboration (V.A. Duk (Moscow, INR) et al.). Oct 2011. 14 pp. 4/10 = 0.4 e-Print: arXiv:1110.1610 [hep-ex] Observation of the destructive interference in the radiative kaon decay K- --> mu-nu-gamma. O. Tchikilev et al. . Physics Letters B 695, 59-66, 2011 5.083*30/10= 15.249 Search for the K0(L) ---> pi0 nu anti-nu decay at the INEP U-70 accelerator: The KLOD project. A.S. Kurilin et al. 2010. 6pp. -'/ .7:21-26,2010. 1.015*60/10 = 6.09 C@A ;5:F89 =D>@<0B8:0 2 A5<5AB@0 2*30 >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B. C@A ;5:F89 07K 40==KE 1 A5<5AB@, 3 :C@A, 4>@01>B:0 :C@A0 ;5:F89 >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B. 8 C@A ;5:F89 @>3@0<<8@>20=85 =0 O7K:5 2KA>:>3> C@>2=O 2 A5<5AB@0 1 :C@A, #=825@A8B5B C1=0. 4>@01>B:0 :C@A0 ;5:F89 2*8 B>3> 121.64LVALC: OG5A;02 =0B>;L528G @>4.31.12.1980, <=A $-,   70 2010-2011 33 C1;8:0F88: A.S.Kurilin // 2010. 361pp. Search for K0(L)->pi0 nu anti-nu decay at the IHEP U-70 accelerator // Phys.Part.Nucl.Lett. 7: 21-26, 2010.  =8/10=0.8. V.A.Duk et al // Extraction of kaon formfactors from K->mu nu gamma decay at ISTRA+ setup // Phys.Lett.B695:59-66,2011.   = 5.255*30/10 = 15.8. 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V.A.Duk /  Search for heavy neutrino in K->mu nu_h (nu_h -> nu gamma) decay at ISTRA+ setup // QFTHEP-2011.  =4. C:>2>4AB2> 0A?8@0=B><: %C4O:>2 .., 0A?8@0=B /  2-3> 8 3-3> 3>40 >1CG5=8O  =30*2=60 @><56CB>G=K9 8B>3: 108,4 >2KH0NI89 D0:B>@, :0: 70I8B82H5<C 48AA5@B0F8N:  E2 B>3>:  =217LVAL0:0@>2 =4@59 20=>28G @>41984, 8=65=5@-8AA;54>20B5;L $-, ":   =50.0 V.N. Bolotov& .. 0:0@>2 et all. Search for the K0L !0(bar) Decay at the IHEP U-70 Accelertor. The KLOD Project. 8AL<0 2 -'/, B.7,(157) 2010, 41-48.   = 1.015*60/10 = 6.1. V.N. Bolotov& .. 0:0@>2 et al. @>5:B8@>20=85 8 @57C;LB0BK M:A?5@8<5=B0;L=KE 8A?KB0=89 ?@>B>B8?>2 45B5:B>@>2 CAB0=>2:8 . /45@=0O D878:0, 2010, B>< 73, 12, A.2154-2158.  =0.914*60/10=5.5. .. >;>B>2& .. 0:0@>2 8 4@. 0B@8G=K5 3>4>A:>?K 4;O CAB0=>2>:  (@>B28=>) 8 NA62 (SPS, CERN). /45@=0O D878:0, 2010, B>< 73, 12, A. 7-19.  =0.914*60/10=5,5. V.N. Bolotov& ..0:0@>2 et al. Extraction of kaon formfactors from K->mu nu gamma decay at ISTRA+ setup . 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III 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ 59B@>=>- 8 @5=B35=>3@0D8G5A:85 8AA;54>20=8O >1@07>20=8O =0=>G0AB8F 2 AB@C:BC@5 A?;020 40%.. .. !04K:>2, .!. 8B28=, .. C;NB8= , .. ;07:>2, !.. :A5=>2, M-S. Appavou, A. I. Ioffe. 2. XXI !>25I0=85 ?> 0AA5O=8N 59B@>=>2 2 AA;54>20=8OE >=45=A8@>20==>3> !>AB>O=8O ( !-2010). 16-19 =>O1@O, 2010. >A:20. 2.1. #AB=K9 4>:;04: 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / : A>2@5<5==>5 A>AB>O=85. !04K:>2 ..1,2, >?B5;>2 -..1, O1>2 ...1, ;5:A552. ..1, @0G52 ..1, $54G5=:> ..1, 8B28= .!., C7=5F>2 !..3, ;5<5=BL52 .!.1,4, ;5:A552 ..4,"@C=>2 ..5, C;:8= ..5, #;LO=>2 ..5, :A5=>2 !..  =4/14=0,286 2.2. "  $'!/ #!" +! / " #!": !  !!"/ !.. :A5=>2, .. !04K:>2, .!. ;5<5=BL52, .. O?8=, .. C;:8=, ..C7=5F>2, -.. >?B5;>2 3. 3rd FRM II User Meeting, October 15th, 2010 Neutron and x-ray study formation of nanoparticles in the alloy structure 40HNYU-one of the hard nonmagnetic material for high pressure cells R. A. Sadykov, M.-S. Appavou , V. S. Litvin, A. V. Gulyutin, V. P. Glazkov, S. N. Aksenov, A. Ioffe. 4. #G0AB85 2 A5@>AA89A:0O =0CG=0O H:>;0 4;O <>;>4568 !>2@5<5==0O =59B@>=>3@0D8O: DC=40<5=B0;L=K5 8 ?@8:;04=K5 8AA;54>20=8O DC=:F8>=0;L=KE 8 =0=>AB@C:BC@8@>20==KE <0B5@80;>2 "  $'!/ #!" +! / " #!", !  !!"/ !.. :A5=>21, . . !04K:>21, .!. ;5<5=BL521,2, ..O?8=3, . . C;:8=4, . . C7=5F>21, -..>?B5;>21 2011 3. A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS E.A. Koptelov1, Yu.V. Ryabov1, A.A. Alekseev1, S.F. Sidorkin1, M.I. Grachev1, V.A. Fedchenko1, R.A. Sadykov1,2, Yu.B. L LVAL ebed1, V.S. Litvin1, S.P. Kuznetsov3, E.S. Clementyev1,4, P.A. Alekseev4, V.A, Trunov5, A.P. Bulkin5, V.A. Ulianov5 And S.N. Axenov1 Journal of Physics: Conference Series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m . / / $, 2010, B>< 73,!9, A. 1533 1544   = 0.914*60/9 = 6.1 2. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 .., (>@8= .!.  59B@>==>5 A5G5=85 45;5=8O 8 @57>=0=A=K5 8=B53@0;K 246-248Cm. B><=0O M=5@38O, B.109, 2K?.6, 45:01@L 20103.   = 8/8 = 1 3. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 ..,. (>@8= .!.  0@0<5B@K s-@57>=0=A>2 2 A5G5=8OE 45;5=8O 246 248Cm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ppavou M-S. 3), Ioffe A. 3) 1) >AA8O, =AB8BCB O45@=KE 8AA;54>20=89  2) >AA8O, =AB8BCB D878:8 2KA>:8E 402;5=89  3 )Germany,LVAL Julich Center for Neutron Science 4) >AA8O, &  C@G0B>2A:89 8=AB8BCB   = 4/8 = 0.5 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 6. II 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ ><?;5:A 2708<>4>?>;=ONI8E 8<?C;LA=KE =59B@>==KE 8AB>G=8:>2, =59B@>=>3@0D8G5A:8E 8 @5=B35=>2A:8E CAB0=>2>: 4;O =0=>4803=>AB8:8 =AB8BCB0 O45@=KE 8AA;54>20=89 >AA89A:>9 0:045<88 =0C: >?B5;>2 -..1, O1>2 ...1, ;5:A552. ..1, !84>@:8= !.$.1, @0G52 ..1, $54G5=:> ..1, !04K:>2 ..1,2, 5154L ...1, 8B28= .!.1, C7=5F>2 !..3, ;5<5=BL52 .!.1,4, ;5:A552 ..4,"@C=>2 ..5, C;:8= ..5, #;LO=>2 ..5, :A5=>2 !..1 1=AB8BCB O45@=KE 8AA;54>20=89 , >A:20 2=AB8BCB D878:8 2KA>:8E 402;5=89 , "@>8F: 3$878G5A:89 8=AB8BCB 8<. ..5154520 , >A:20 4 & C@G0B>2A:89 8=AB8BCB, >A:20 55B5@1C@3A:89 8=AB8BCB O45@=>9 D878:8, 0BG8=0   = 6*1.5/16 >:@. 4>10% 6*1.5/10 =0.9 @5?@8=BK 7. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=85 ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 246Cm(n,f)   " /  1248/2010 0@B 2010   = 4/8 = 0.5 8. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2  59B@>==K9 :><?;5:A / . 1. !?5:B@><5B@ =59B@>=>2 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100) @5?@8=B /  1258/2010, ., 2010 !.   = 4/4 = 1 9. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .!.3>@>2, .$.!0<K;8=, ..$C@A>2, .!.(>@8= AA;54>20=85 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / : 246,247,248Cm(n,f) @5?@8=B /  1270/2010 :BO1@L 2010 ! 2010   = 4/8 = 0.5 10. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!.,!0<K;8= .$, $C@A>2 .., (>@8= .!. AA;54>20=85 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / : 243Am(n,f)  " /  1288/2018 LVALH 1 ., 2011   = 4/8 = 0.5 12. ..;5:A552, ..!04K:>2, .!.;5<5=BL52, .!.8B28=, !..:AQ=>2, ...@83>@L52, -..>?B5;>2 -:A?5@8<5=B0;L=K5 A?5:B@K =59B@>=>2 =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 /  (?> @57C;LB0B0< A50=A0  =>O1@L 20103.)   " /  1305/2011 "/ , 2011   = 4/7 = 0.6hLVALVNGx3. 5@3<0= ;5:A59 =4@5528G AB0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   = 6.1+ 1+1+0.5+1+0.5+0.5 = 10.6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=, .., .. !28@8=, "@CD0=>2, .. $C@A>2, .!. (>@8=.  !'  ,  / 244Cm . / / $, 2010, ">< 73,!9, A. 1533 1544   = 0.914*60/9 = 6.1 2. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 .., (>@8= .!.  59B@>==>5 A5G5=85 45;5=8O 8 @57>=0=A=K5 8=B53@0;K 246-248Cm. B><=0O M=5@38O, B.109, 2K?.6, 45:01@L 20103.   = 8/8 = 1 3. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 ..,. (>@8= .!.  0@0<5B@K s-@57>=0=A>2 2 A5G5=8OE 45;5=8O 246 248Cm. B><=0O M=5@38O, B.110, 2K?.1, O=20@L 20113   = 8/8 = 1 @5?@8=BK 4. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=85 ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 246Cm(n,f)   " /  1248/2010 0@B 2010   = 4/8 = 0.5 5. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2  59B@>==K9 :><?;5:A / . 1. !?5:B@><5B@ =59B@>=>2 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100) @5?@8=B /  1258/2010, ., 2010 !.   = 4/4 = 1 6. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .!.3>@>2, .$.!0<K;8=, ..$C@A>2, .!.(>@8= AA;54>20=85 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / : 246,247,248Cm(n,f) @5?@8=B /  1270/2010 :BO1@L 2010 ! 2010   = 4/8 = 0.5 7. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!.,!0<K;8= .$, $C@A>2 .., (>@8= .!. AA;54>20=85 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / : 243Am(n,f)   " /  1288/2011 ., 2011   = 4/8 = 0.5LVALVNG 4. >B28=0 ;5:A0=4@ !B5?0=>28G, 19573. @>645=8O, :.D.-<.=, =0CG=K9 A>B@C4=8:. Publications in journals with referee examinations: 1. D.Henzlova, A.S.Botvina, K.-H.Schmidt, V.Henzl, P.Napolitani, and M.V.Ricciardi. Symmetry energy of fragments produced in multifragmentation. Journal of Physics G (Nucl. Part. Phys.), v.37, p.085010, 2010. PRND= 1.770*30/6 = 8.9 2. S.P.Avdeyev, V.A.Karnaukhov, H.Oeschler, V.V.Kirakosyan, P.A.Rukoyatkin, A.Budzanowski, W.Karcz, E.Norbeck, and A.S.Botvina. Multifragmentation in collisions of 4.4Gev-deuterons with gold target. Int. J. Mod. Phys. E19 : 1155-1161, 2010. PRND= 0.695*30/9 = 2.0 3. W.Trautmann, S.Bianchin, A.S.Botvina, A.Le Fevre, Y.Leifels, C.Sfienty, N.Buyukcizmeci, R.Ogul, I.N.Mishustin, M.Chartier, P.Z.Wu, R.C.Lemmon, Q.Li, J.Lukasik, P.Pawlowski, A.Pagano, and P.Russotto. The symmetry energy in nuclear reactions. Int. J. Mod. Phys. E19: 1653-1663, 2010. PRND= 0.605*30/10 = 1.8 4. A.S.Botvina and I.N.Mishustin. Statistical approach for supernova matter. Nucl. Phys. A, v. 843 , p. 98-132 , Amsterdam, 2010. PRND=1.986*30/2 = 29.8 5. I.Pshenichnov, A.Botvina, I.Mishustin, and W.Greiner. Nuclear fragmentation reactions in extended media studied with Geant4 toolkit. NIM B, v. 268, p. 604-615, (Elsevier), 2010. PRND= 1.042*30/4 = 7.8 6. Alexander Botvina, Igor Mishustin, Valery Zagrebaev, Walter Greiner. On possibility of synthesizing superheavy elements in nuclear explosions. Int. J. Mod. Phys. E19: 2063-2075 , 2010. PRND= 0.695*30/4 = 5.2 7. N.Buyukcizmeci, F.Bulut, M.Erdogan, H.Imal, R. Ogul, A.S.Botvina, I.N.Mishustin, W.Trautmann. Investigating the isotopic effects in nuclear fragmentation. Acta Physica Polonica B , v.42, p. 697-700 , 2011. PRND= 0.671*30/8 = 2.5 8. V.A.Karnaukhov, S.P.Avdeyev, H.Oeschler, V.V.Kirakosyan, P.A.Rukoyatkin, A.Budzanowski, W.Karcz, E.Norbeck, anLVAL d A.S.Botvina. Collective flow in nuclear fragmentation induced by 4.4 Gev deuterons on gold target. Pisma v EChAYa, v.8, No.1 (164), p. 35-40, 2011. Physics of Particles and Nuclei Letters, v. 8, p. 19-22, 2011. PRND= 1.100*60/9 = 7.3 9. R.Ogul, A.S.Botvina, U.Atav, N.Buyukcizmeci, I.N.Mishustin, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.D.Frankland, M.Hellstrom, D.Henzlova, G.Imme, I.Iori, H.Johansson, K.Kezzar, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, J.Luhning, J.Lukasik, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Muller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, C.Sfienti, H.Simon, K.Summerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isospin dependent multifragmentation of relativistic projectiles. Phys. Rev. C , v. 83, p. 024608 (21 pages) , 2011. PRND= 3.416*30/10 = 10.2 10. A.Sanchez Lorente, A.S.Botvina, and J.Pochodzalla. Production of excited double hypernuclei via Fermi breakup of excited strange systems. Phys. Lett. B, v.697, p. 222-228 , 2011. PRND= 5.255*30/3 = 52.6 11. A.S.Botvina, K.K.Gudima, J.Steinheimer, M.Bleicher, I.N.Mishustin. Production of spectator hypermatter in relativistic heavy-ion collisions. Phys. Rev. C , v. 84, p. 064904 (10 pages) , 2011. PRND= 3.416*30/5 = 20.5 (sum only for publications 2010-2011 : PRND= 148.6 ) -------------------------------------------------------------- Talks (Invited talks) at International Conferences 1. N.Buyukcizmeci, A.S.Botvina, I.N.Mishustin, and R.Ogul. Towards the equation of state for dense stellar matter. Talk at Nuclear Physics in Astrophysics IV, 8-12 June 2009, Laboratori Nazionali di Frascati, Frascati, Italy. J. Phys.: Conf. Ser., v. 202, p. 012003 (4LVAL pages), 2010 PRND= (1.5-1)*6/4 = 0.8 2. J.Pochodzalla, A.Botvina, and A.Sanchez-Lorente. Studies of hyperons and antihyperons in nuclei. Invited talk at the 48 International Winter Meeting on Nuclear Physics in Memoriam of Ileana Iori, 25-29 January 2010, Bormio, Italy. http://pos.sissa.it/archive/conferences/103/033/BORMIO2010_033.pdf PoS BORMIO2010:033, 2010. PRND= 1.5 * 30/3 =15.0 3. A.S. Botvina. Statistical approach for supernova matter and nuclear multifragmentation. Talk (Semi-plenary), International Conference on Nuclear Physics "NUCLEUS 2010" CNP2010): Methods of nuclear physics for femto- and nanotechnologies. July 6-9, 2010, Saint-Petersburg, Russia. Book of abstracts, Saint-Petersburg, 2010, p. 57. http://www.onlinereg.ru/site.php?go=133&page=2211&lang=ENG PRND= 6 = 6.0 4. A. Sanchez Lorente, P. Achenbach, A. Botvina, A. Esser, and J. Pochodzalla. Statistical decay of hyperfragments. Talk at the 49 (XLIX) International Winter Meeting on Nuclear Physics, BORMIO2011, Bormio, Italy, January 24-28, 2011. PoS (Proceedings of Science) BORMIO2011:051,2011. PRND= 1.5 * 6/5 = 1.7 5. W.Trautmann, A.S.Botvina, J.Brzychczyk, N.Buyukcizmeci, I.N.Mishustin, P.Pawlowski, and ALADIN Collaboration. Neutrons from multifragmentation reactions. Invited talk at the 49 (XLIX) International Winter Meeting on Nuclear Physics, BORMIO2011, Bormio, Italy, January 24-28, 2011. PoS (Proceedings of Science) BORMIO2011:018,2011. PRND= 1.5 * 30/10 = 4.5 6. J.Steinheimer, A.S.Botvina, K.K.Gudima, I.N.Mishustin, S.Schramm, M.Bleicher, H.Stoecker. From FAIR to RHIC, hyper clusters and an effective strange EoS for QCD. Talk at the international conference "Strangeness in Quark Matter" , 18-24 September 2011, Cracow, Poland. To be published in Acta Physica Polonica B . PRND= 6/7 = 0.9 7. A.S. Botvina. Production of isotopes as signature of reaction mechanisms.LVAL& Talk at ARIA2011, 2-nd International Workshop on Accelerator Radiation Induced Activation. Ma'ale Hachamisha, Israel, May 15-19, 2011. http://www.aria2011.org/ PRND= 6 = 6.0 8. A.S. Botvina. Production of hyper-nuclei in reactions induced by relativistic light- and heavy-ions. Invited talk at the ECT International Workshop "Strange Hadronic Matter". ETC*, Trento, Italy, September 26-30, 2011. http://www.ectstar.eu/ (see "talks of Strange Hadronic Matter, 2011 : http://www.ectstar.eu/Meetings/ConfsWksAndCollMeetings/ConfWksDocument/ 2011/Talks/Workshop_26_09_2011/talks.htm ) PRND= 30 = 30.0 9. A.S. Botvina. Production of spectator hypermatter in relative istic light- and heavy-ion collisions. Invited talk at the Third International Conference on Nuclear Fragmentation (from basic research to applications) - NUFRA2011. Kemer (Antalya), Turkey, October 2-9, 2011. http://fias.uni-frankfurt.de/nufra2011/ PRND= 30 = 30.0 (sum only conferences 2010-2011 : PRND= 84.9 ) ------------ Scientific-organization work: 1. Co-Chair of NUFRA2011, responsible for Scietific Program. International Conference on Nuclear Fragmentation: From Basic Research to Applications. October 2 - October 9, 2011, Kemer (Antalya), Turkey http://fias.uni-frankfurt.de/nufra2009/ There were presented 3 invited talks from INR RAS: from N.M.Sobolevsky, I.N.Pshenichnov, and A.S.Botvina. PRND = ? 2. Supervision of 1 aspirant  A. Belyanov (INR RAS) PRND= 30/2 = 15 ----------------------- Citations of A.S.Botvina scientific publications: According to ISI Web Knowledge : 3108 --------------------------------------------------------------------- Sum PRND factor (2010-2011): PRND= 248.5LVALVNG 6. ;5<5=BL52 235=89 !B0=8A;02>28G 12.04.1968 :.D.-<.=., A.=.A. !!  ---------------------------------------------------------------------------------------- B>3>2K9   70 2 3>40 (2010-2011) = 220.14   (2010) = 122.10   (2011) = 98.04 !B0BL8 2 70@C156=KE @5D5@8@C5<KE 6C@=0;0E: 1) D. Lamago, E.S. Clementyev, A.S. Ivanov, R. Heid, J.-M. Mignot, A.E. Petrova, P.A. Alekseev, Lattice dynamics in the itinerant helical magnet MnSi, Phys. Rev B 82 (2010) 144307-14311   3.475*30/7 = 14.9 2) A. Yaroslavtsev, A. Menushenkov, R. Chernikov, E. Clementyev, V. Lazukov, Y. Zubavichus, A. Veligzhanin, N. Efremova, A. Gribanov, A. Kuchin, Ce valence in intermetallic compounds by means of XANES spectroscopy, Zeitschrift fr Kristallographie: Vol. 225, No. 11, pp. 482-486 (2010).   1.01*30/10 = 3.03 3) A.V. Rybina, K.S. Nemkovski, P.A. Alekseev, J.-M. Mignot, E.S. Clementyev, M. Johnson, L. Capogna, A.V. Dukhnenko, A.B. Lyashenko, V.B. Filippov, Lattice dynamics in ZrB12 and LuB12: Ab initio calculations and inelastic neutron scattering measurements, Phys. Rev. B 82 (2010) 024302-024307   3.475*30/10 = 10.43 B>3> ?> AB0BLO<   = 28.36 @83;0H5==K5 4>:;04K =0 :>=D5@5=F8OE: 44-O 8<=OO H:>;0 /$ ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O $!-2010, 092>;0, 9-14 <0@B0 2010 3., ?@83;0H5==K9 4>:;04 (;5:F8O), .!. ;5<5=BL52, :B8=84K 2 D>:CA5 D878:8 A8;L=>:>@5;;8@>20==KE M;5:B@>==KE A8AB5<   20/1 = 20.00 #AB=K5 4>:;04K =0 :>=D5@5=F8OE: 0CG=0O A5AA8O /# $-2010, >A:20, 25 - 31 O=20@O 2010 3., .!. ;5<5=BL52, .. 8@<5;LHB59=, =>65AB25==0O ?@><56CB>G=0O 20;5=B=>ABL 2 ?;CB>=88, .!.;5<5=BL52, ..8@<5;LHB59=   4/2 = 2.00 XXI !>25I0=85 ?> 0AA5O=8N 59B@>=>2 2 AA;54>20=8OE >=45=A8@>20==>3> !>AB>O=8O !-2010, 16-19 =>O1@O, 2010. >A:20, 8=0<8:0 @5H5B:8 8 D07>2K5 ?@52@0I5=8O 2 :>10;LB8B0E, .!. ;5<5=BL52, .. K18=0, .. D8<>2, .. ;5:A552, .. "@>O=GC:, .!. 20=>2, .. !8:>;5=:>   4/7 = 0.57 International SympoLVAL sium on Structure-Property Relationships in Solid State Materials, Stuttgart, Germany, 27 June  2 July, 2010, Proc. P 84,  Ce valence in intermetallic compounds by means of XANES spectroscopy , A.A. Yaroslavtsev, A.P. Menushenkov, R.V. Chernikov, E.S. Clementyev, J.V. Zubavichus, A.A. Veligzhanin, N.N. Efremova, A.V. Gribanov, A.G. Kuchin   1.5 6/9 = 1 VIII >=D5@5=F8O !8;L=>:>@5;;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 17 8N=O 2010 3, 8=0<8:0 @5H5B:8 35;8:>840;L=>3> <03=5B8:0 MnSi, .. ;5:A552, .!. 20=>2, .!. ;5<5=BL52, D. Lamago, J.-M. Mignot, A.E. 5B@>20 8 !.. !B8H>2   4/7 = 0.57 13th International conference Ordering in minerals and alloys, 9-15 September 2010, Loo, Russia, Proceedings, p. 62-64, AA;54>20=85 1;8609H53> >:@C65=8O 8>=>2 Pr3+ 2 0<>@D=>< PrNi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nternational conference, Plutonium Futures- The Science 2010, Keystone, Colorado, USA, 19-23 September 2010, Plutonium properties in multiple intermediate valence model, A.V. Mirmelstein, O.V. Kerbel, E.S. Clementyev III 564C=0@>4=K9 D>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, >A:20, 1-3 =>O1@O 2010 3., -;5:B@>==>5 8740=85 =0 CD, AB@. 1-3, 0;5=B=>ABL Ce 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE ?> 40==K< A?5:B@>A:>?88 XANES, .. /@>A;02F52, .. 5=CH5=:>2, .. '5@=8:>2, .!. ;5<5=BL52, .. 07C:>2, /.. C1028GCA, .. 5;8360=8=, .. D@5<>20, .. @810=>2, .. CG8= 7-O C@G0B>2A:0O <>;LVAL >4Q6=0O =0CG=0O H:>;0 &  C@G0B>2A:89 8=AB8BCB , >A:20, 22 =>O1@O - 25 =>O1@O 2010 3., L3-XANES A?5:B@>A:>?8O 20;5=B=>-=5AB018;L=>3> Ce 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE A d-<5B0;;0<8, .. /@>A;02F52, .. 5=CH5=:>2, .. '5@=8:>2, .!. ;5<5=BL52, .. 07C:>2, /.. C1028GCA, .. 5;8360=8=, .. D@5<>20, .. @810=>2, .. CG8= III # / $ &/ A M;5<5=B0<8 =0CG=>9 H:>;K 4;O <>;>4KE CG5=KE $C=:F8>=0;L=K5 =0=><0B5@80;K 8 2KA>:>G8ABK5 25I5AB20 4  8 >:BO1@O 2010 3., 3. !C740;L, L3-XANES A?5:B@>A:>?8O 20;5=B=>-=5AB018;L=>3> Ce 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE A d-<5B0;;0<8, .. /@>A;02F52, .. 5=CH5=:>2, .. '5@=8:>2, .!. ;5<5=BL52, .. 07C:>2, /.. C1028GCA, .. 5;8360=8=, .. D@5<>20, .. CG8=, .. @810=>2 XXI !>25I0=85 ?> 0AA5O=8N 59B@>=>2 2 AA;54>20=8OE >=45=A8@>20==>3> !>AB>O=8O !-2010, 16-19 =>O1@O, 2010. >A:20, 59B@>=>3@0D8G5A:0O CAB0=>2:0 2KA>:>3> 402;5=8O 5@:C;5A. !>2@5<5==>5 A>AB>O=85, !.. :A5=>2, .. !04K:>2, .!. ;5<5=BL52, .. O?8=, .. C;:8=, ..C7=5F>2, -.. >?B5;>2 XXI !>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O, !-2010, >A:20, 16-20 =>O1@O 2010 3., @>5:B A?5:B@><5B@0 =5C?@C3>3> @0AA5O=8O =59B@>=>2 !-3 =0 @50:B>@5  -8, .. 5<;O=>2, .!. ;5<5=BL52, .. 0@H8=, ..!048:>2 XXI !>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O, !-2010, >A:20, 16-20 =>O1@O 2010 3., @>5:B CAB0=>2>: =5C?@C3>3> @0AA5O=8O =59B@>=>2 8 48D@0:B><5B@0 M?8B5?;>2KE =59B@>=>2 =0 8<?C;LA=>< 8AB>G=8:5 -06 / , .!. >=>=KE8=, .!. ;5<5=BL52, .. !04K:>2, -.. >?B5;>2 VIII >=D5@5=F8O !8;L=>:>@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 17 8N=O 2010 3, !?5:B@K <03=8B=KE 2>71C645=89 2 0<>@D=>< 8 :@8AB0;;8G5A:>< PrNi5, .. ;5:A552, .!. ;5<5=BL52, .. 07C:>2, .. @;>2, .. !048:>2 VIII >=D5@5=F8O !8;L=>:>@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 17 LVAL 8N=O 2010 3, =><0;L=0O 48=0<8:0 @5H5B:8 LaCoO3, .. K18=0, .. D8<>2, .. ;5:A552, .. "@>O=GC:, .!. 20=>2, .. !8:>;5=:>, .!. ;5<5=BL52 !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, 0A?8@0=B /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)  =30/2=15.00 !>@C:>2>4AB2> 0A?8@0=B>< (..C@F52, 0A?8@0=B ;048<8@A:>3> >AC40@AB25==>3> #=825@A8B0,, D0:C;LB5B $8, :0D54@0 D878:8 8 ?@8:;04=>9 <0B5<0B8:8)  =30/2=15.00 07@01>B:0 =>2>3> =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O $" 59B@>==K5 <5B>4K 8AA;54>20=8O :>=45=A8@>20==KE A@54 ?> =0?@02;5=8N 010900 @8:;04=K5 <0B5<0B8:0 8 D878:0 ($0:C;LB5B @>1;5< $878:8 8 -=5@35B8:8, :0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)   = 30.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 =87:>@07<5@=KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)   = 8.00 ---------------------------------------------------------------------------------------- B>3>2K9   (2010)= 122.10   2011 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 1) . . K18=0, . . D8<>2, . . ;5:A552, . . "@>O=GC:, . !. 20=>2, . . !8:>;5=:>, . !. ;5<5=BL52, AA;54>20=85 48=0<8:8 @5H5B:8 LaCoO3 <5B>4>< =5C?@C3>3> @0AA5O=8O =59B@>=>2, >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O, !.12, AB@.16-19.   60*0.28/7 = 2.4 2) /@>A;02F52 .., 5=CH5=:>2 .., '5@=8:>2 .., ;5<5=BL52 .!., 07C:>2 .., C1028GCA /.., 5;8360=8= .., D@5<>20 .., CG8= .., @810=>2 .., 5=B35=>2A:0O L3-XANES-A?5:B@>A:>?8O ?>3;>I5=8O 20;5=B=>-=5AB018;L=>3> F5@8O 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE A 3d-<5B0;;0<8, 5B0;;K, !4, AB@. 44-49   8/10 = 0.80 3) E A Koptelov, Yu V Ryabov, A A Alekseev, S F Sidorkin, M I Grachev, V A Fedchenko, R A Sadykov, Yu B Lebed, V S Litvin, S P Kuznetsov, E S Clementyev, P A Alekseev, V A Trunov, A P Bulkin, V A Ulianov and S N Axenov, A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the LVAL Institute for Nuclear Research RAS, Journal of Physics Conference Series, V. 291, N. 1, pp. 012012-012017   8/10 = 0.80 B>3> ?> AB0BLO<   = 4.00 @5?@8=BK: -:A?5@8<5=B0;L=K5 A?5:B@K =59B@>=>2 =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 / , @5?@8=B /  1305/2011, .. ;5:A552, .. !04K:>2, .!. ;5<5=BL52, .!. 8B28=, !.. :A5=>2, ... @83>@L52, -.. >?B5;>2   4/7 = 0.57 @83;0H5==K5 4>:;04K =0 :>=D5@5=F8OE: II-0O >;>456=0O H:>;0-:>=D5@5=F8O !>2@5<5==K5 ?@>1;5<K <5B0;;>2545=8O, 8FC=40 2011, =20@=K5 :><?>78B=K5 <0B5@80;K =0 >A=>25 f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ex(Gd,Pr,Nd)1-xNi, .!. ;5<5=BL52, .. ;5:A552, .. 07C:>2, .. /@>A;02F52, .. 5=CH5=:>2, ..@810=>2   1.54.00/6 = 1.00 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5 , A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, 59B@>==K5 8AA;54>20=8O <03=8B=>3> C?>@O4>G5=8O 2 8=B5@<5B0;;840E =0 >A=>25 RNi, .!. ;5<5=BL52, .. ;5:A552, .. 07C:>2, I.Mirebeaua, ..@810=>2   4.00/5 = 0.80 '5B25@B0O <564C=0@>4=0O :>=D5@5=F8O 5D>@<0F8O 8 @07@CH5=85 <0B5@80;>2 8 =0=><0B5@80;>2 DFMN-2011, >A:20, 8D@0:B><5B@ 4;O A8;L=> ?>3;>I0NI8E =59B@>=K <0B5@80;>2 2 / , .!. ;5<5=BL52, .. 0B285=:>, .. !04K:>2, -.. >?LVAL B5;>2   4.00/4 = 1.00 !B5=4>2K5 4>:;04K =0 :>=D5@5=F8OE: IX >=D5@5=F8O !8;L=>:>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F: 2011, 59B@>==K5, A8=E@>B@>==K5 8 <0:@>A:>?8G5A:85 8AA;54>20=8O :207818=0@=KE A8AB5< A 20;5=B=>9 =5AB018;L=>ABLN, .!. ;5<5=BL52, .. ;5:A552, .. 07C:>2, .. /@>A;02F52, .. @810=>2 IX >=D5@5=F8O !8;L=>:>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F: 2011, 03=8B=K5 2>71C645=8O 2 Pr0.5Sr0.5CoO3, .. ;5:A552, .. D8<>2, .!. ;5<5=BL52, .. 07C:>2, .. K18=0, .. !8:>;5=:> 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, @>5:B 48D@0:B><5B@0 =0 M?8B5?;>2KE =59B@>=0E =0 =59B@>==>< 8AB>G=8:5 -06 2 / , ..0B285=:>, .!.;5<5=BL52, ..!04K:>2, -..>?B5;>2 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, 5@2K5 M:A?5@8<5=BK =0 =59B@>==>< 48D@0:B><5B@5 2KA>:>3> 402;5=8O 5@:C;5A, !.. :A5=>2, . . !04K:>2, .!. ;5<5=BL52, . . C;:8=, . . ;5:A552, .!.8B28= 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, !?5:B@ <03=8B=KE 2>71C645=89 2 Pr0.5Sr0.5CoO3, .. K18=0, ..D8<>2, ..;5:A552, .!.;5<5=BL52, ..07C:>2, ..!8:>;5=:> 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, 5@A?5:B820 @0728B8O A?5:B@>A:>?88 =0 B5?;>2KE 8 M?8B5?;>2KE =59B@>=0E =0 59B@>==>< :><?;5:A5 / , , .!.>=>=KE8=, .!.;5<5=BL52, ..!04K:>2, ..0B285=:>, ..;5:A552, -..>?B5;>2 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, B f-M;5:B@>==>9 =5AB018;L=>AB8 : <03=8B=><C ?>@O4:C: =59B@>==0O A?5:B@>A:>?8O <03=8B=KE 2>71C645=89 2 EuCu2(SixGe1-x)2, .. 07C:>2, .. ;5:A552, .!. 5<:>2A:89, .. @810=>2, .. 5=CH5=:>2, .. /@>A;02F52, .-. 8=L>, .LVAL!. ;5<5=BL52, .. 8:>=>2, . !BN0@B, . N;8 !>@C:>2>4AB2> 0A?8@0=B>< (.. "@C=>2, 0A?8@0=B / )  =30/2=15.00 !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, 0A?8@0=B /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)  =30/2=15.00 C:>2>4AB2> A>8A:0B5;5< 720=8O 10:0;02@0 (.. 02K4>20, "-D0:C;LB5B /# $)  =10 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O $" 59B@>==K5 <5B>4K 8AA;54>20=8O :>=45=A8@>20==KE A@54 ?> =0?@02;5=8N 010900 @8:;04=K5 <0B5<0B8:0 8 D878:0 ($0:C;LB5B @>1;5< $878:8 8 -=5@35B8:8, :0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)   = 8.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 A8;L=>:>@5;;8@>20==KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)   = 8.00 --------------------------------------------------------------------------------------- B>3>2K9   (2011)= 98.04LVALVNG 7. C7=5F>2 0;5@89 5>=84>28G @>4. 10 >:BO1@O 19483. AB0@H89 =0CG=K9 A>B@C4=8:   (20103.  20113.) !C<<0@=K9   = 0.9+1.33+0.67+2+3+3+1.33=12.23 0AGQB   (20103.  20113.) 2010 3. 1. O1>2 ..., @0G52 .., 0<0=8= .., C7=5F>20 .., C7=5F>2 .., >?B5;>2 -.., 810=>20 .., 8B28= .!., 0BCH:> .., 078= .., !04K:>2 .., !>1>;52A:89 .., $54G5=:> .. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8, $"", 2010, B>< 52, 2K?CA: 5, A.957.   = 61.5/10 = 0.9 2. !..C:>2, ..C7=5F>20, ..C7=5F>2 7<5@5=85 -=5G5B=>9 0A8<<5B@88 ?@>?CA:0=8O 2 @-@57>=0=A5 La  0,734 M., @5?@8=B /  1247/2010, D52@0;L 2010.   = 4/3 = 1.33 3. ..5@;52, ..;8<0:>2, ..C7=5F>20, ..C7=5F>2, .!.>;>38=, .. 078= AA;54>20=85 A?5:B@0 2K;5B0NI8E =59B@>=>2 87 !-100 A ?><>ILN <=>3>?@>2>;>G=>9 ?@>?>@F8>=0;L=>9 :0<5@K 45;5=8O. @5?@8=B /  1263/2010, 8N;L 2010.   = 4/6 = 0.67 2011 3. 4. ..5@;52, ..C7=5F>20, ..C7=5F>2, .!.>;>38=, .. 078= AA;54>20=85 A?5:B@0 2K;5B0NI8E =59B@>=>2 87 !-100 A ?><>ILN <=>3>?@>2>;>G=>9 ?@>?>@F8>=0;L=>9 :0<5@K 45;5=8O. "-, 2011, ! 6, A.5   = 0.16560/5 = 1.98 = 2 5...C7=5F>2, .. 5@;52, .. C7=5F>20. #AB0=>2:0 ' 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2, VIII 0F8>=0;L=0O >=D5@5=F8O !-- 2011 3. 14-18 =>O1@O 2011 3., #AB=K9 4>:;04, >?C1;8:>20==K9 2 "578A0E 4>:;04>2 :>=D5@5=F88,A.503   = 61.5/3 = 3 6... C7=5F>20, ..C7=5F>2, .. 5@;52. A?KB0=8O ?@>B>B8?0 CAB0=>2:8 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2, VIII 0F8>=0;L=0O >=D5@5=F8O !-- 2011 3. 14-18 =>O1@O 2011 3., #AB=K9 4>:;04, >?C1;8:>20==K9 2 "578A0E 4>:;04>2 :>=D5@5=F88, A.504   = 61.5/3 = 3 7. ..C7=5F>2, .. 5@;52, .. C7=5F>20. A?KB0=8O ?@>B>B8?0 CAB0=>2:8 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;5 1@><840 :0;8O (KBr), @5?@8=B /zLVAL , 1299/2011, >:BO1@L 2011, >A:20.   = 4/3 = 1.33bLVALrC7=5F>20 235=8O 0A8;L52=0, @>4. 10 A5=BO1@O 19503. AB0@H89 =0CG=K9 A>B@C4=8:   (20103.  20113.) !C<<0@=K9   = 1.33+0.67+2+3+3+1.33 =11.33 2010 3. 1. !..C:>2, ..C7=5F>20, ..C7=5F>2 7<5@5=85 -=5G5B=>9 0A8<<5B@88 ?@>?CA:0=8O 2 @-@57>=0=A5 La  0,734 M., @5?@8=B /  1247/2010, D52@0;L 2010.   = 4/3 = 1.33 2. ..5@;52, ..;8<0:>2, ..C7=5F>20, ..C7=5F>2, .!.>;>38=, .. 078= AA;54>20=85 A?5:B@0 2K;5B0NI8E =59B@>=>2 87 !-100 A ?><>ILN <=>3>?@>2>;>G=>9 ?@>?>@F8>=0;L=>9 :0<5@K 45;5=8O. @5?@8=B /  1263/2010, 8N;L 2010.   = 4/6 = 0.67 2011 3. 3. ..5@;52, ..C7=5F>20, ..C7=5F>2, .!.>;>38=, .. 078= AA;54>20=85 A?5:B@0 2K;5B0NI8E =59B@>=>2 87 !-100 A ?><>ILN <=>3>?@>2>;>G=>9 ?@>?>@F8>=0;L=>9 :0<5@K 45;5=8O. "-, 2011, ! 6, A.5   = 0.16560/5 = 1.98 = 2 4. ..C7=5F>2, .. 5@;52, .. C7=5F>20. #AB0=>2:0 ' 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2, VIII 0F8>=0;L=0O >=D5@5=F8O !-- 2011 3. 14-18 =>O1@O 2011 3., #AB=K9 4>:;04, >?C1;8:>20==K9 2 "578A0E 4>:;04>2 :>=D5@5=F88, A.503   = 61.5/3 = 3 5. .. C7=5F>20, ..C7=5F>2, .. 5@;52, A?KB0=8O ?@>B>B8?0 CAB0=>2:8 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2, VIII 0F8>=0;L=0O >=D5@5=F8O !-- 2011 3. 14-18 =>O1@O 2011 3., #AB=K9 4>:;04, >?C1;8:>20==K9 2 "578A0E 4>:;04>2 :>=D5@5=F88, A.504   = 61.5/3 = 3 6. ..C7=5F>2, .. 5@;52, .. C7=5F>20 A?KB0=8O ?@>B>B8?0 CAB0=>2:8 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;5 1@><840 :0;8O (KBr), @5?@8=B / , 1299/2011, >:BO1@L 2011, >A:20.   = 4/3 = 1.33LVALVNG 8. 0BKH520 N4<8;0 8:>;052=0, @>4. 23.10.1945, =.A. .   70 2010-2011 33 = 3.126+27.410+1.333+2.7=34.569 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5D5@8@C5<KE 6C@=0;0E. !C<<0  =3.126 1. V.Chetvertkova, I.Strasik, A.Belousov, H.Iwase, N.Mokhov, E.Mustafin, L.Latysheva, M.Pavlovic, U.Ratzinger, N.Sobolevsky. Activation of aluminum by argon: Experimental study and simulations. Nucl.Instr.Meth. B269(2011)1336-1340.  =1.042*30/10=3.126 !B0BL8 2 @>AA89A:8E @5D5@8@C5<KE 6C@=0;0E. !C<<0  =27.410 1. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . 725AB8O  A5@. $878G5A:0O 74 (2010) 479 482. =3;89A:89 20@80=B: E.S.Konobeevsky, L.N.Latysheva, N.M.Sobolevsky. Computer Simulation of an Extracted Beam for the Neutron Generator of the Institute for Nuclear Research of the Russian Academy of Sciences. Bulletin of the Russian Academy of Sciences: Physics 74 (2010) 443 446.  =0.406*60/3=8.120 2. .!.>=>1552A:89, ..0BKH520, ..!>1>;52A:89, ..;8G. ?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0  430. 725AB8O , A5@. $878G5A:0O 75(2011)485-489. =3;89A:89 20@80=B: E.S.Konobeevsky, L.N.Latysheva, N.M.Sobolevsky, R.D.Ili. Optimizing the Collimator/Shielding Configuration of the NG-430 Neutron Generator. Bulletin of the Russian Academy of Sciences: Physics, 75(2011)449-453.  =0.406*60/4=6.090 3. L.Beskrovnaia, L.Latysheva, M.Paraipan, N.Sobolevsky, and G.Timoshenko. Simulation of Residual Activity in Steel and Copper Targets Induced by 950 MeV/Nucleon Uranium Ions. Phys.Part.Nuc.Lett. (2011) 364 367 (8AL<0 2 -'/).  =1.100*60/5=13.200 @5?@8=BK. !C<<0  =1.333 1. ..!>1>;52A:89, ..0BKH520, -.CAB0D8=. 40?B0F8O ?@>3@0<<K DCHAIN SP 4;O A>2<5AB=>3> 8A?>;L7>20=8O A B@0=A?>@B=K< :>4>< SHIELD. @5?@8=B /  1253/2010, >A:20, 2010.  =4/3=1.333 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =2.7 1. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89, LVAL ..;8G. ?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0 -430. >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2010, !0=:B-5B5@1C@3, 6 9 8N;O 2010 3. !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88, =0?@02;5=> 2 725AB8O  A5@. $878G5A:0O.  =6/4=1.5 2. V.Chetvertkova, E.Mustafin, I.Strasik, L.Latysheva, N.Sobolevskiy. Verification of Monte CarloTransport Codes FLUKA, MARS and SHIELD-A. Talk at the 10th Meeting on Shielding Aspect of Accelerators, Targets and Irradiation Facilities (SATIF-10), 2-4 June 2010, CERN. http://indico.cern.ch/contributionDisplay.py?contribId=23&sessionId=1&confId=62629 #AB=K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88  =6/5=1.2LVAL5154L .;8O >@8A>2=0, 1972 3. @>645=8O, :.D.-<.=, =.A. !! .   2010  2011 3. =10.0 2010 3. >:;04K =0 :>=D5@5=F8OE. 1) #AB=K9 4>:;04 =0 13-9 <564C=0@>4=>9 :>=D5@5=F88 #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E, >AB>2-=0->=C, ?>A. >>, 9-15 A5=BO1@O 2010. -;5:B@>B@0=AB?>@B=K5 8 <03=8B=K5 A2>9AB20 <5B0AB018;L=KE D07 2 A8AB5<5 GaSb-Cr A8=B578@>20==KE ?@8 2KA>:>< 402;5=88. . . 870BC;;8=, !.. >?>20, .. >=4@8=, .. O?8=, .. @06:8=, ... 20=>2, .. @>=8=, ... 5154L, .. !04K:>2. "@C4K :>=D5@5=F88, B.1., AB@. 102-105.  = 6/9*1.5=1 2) #AB=K9 4>:;04 =0 VIII >=D5@5=F88 !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O 17 8N=O 2010 3.,3. "@>8F:, >A:>2A:0O. >1;. $5@@><03=5B87< 2 D070E 2KA>:>3> 402;5=8O Cr(GaSb)2. . . 870BC;;8=1, .. >=4@8=1, !.. >?>201, .. O?8=1, .. @06:8=1, ... 20=>22, .. @>=8=2, ... 5154L3, .. !04K:>23  =4/9=0.4 B>3>  =1.4 2011 3. !B0BL8 1) 2011 J. Phys.: Condens. Matter 23 !44 Electrotransport and magnetic properties of Cr GaSb phases synthesized under high pressure. M V Kondrin1, V R Gizatullin1, S V Popova1, A G Lyapin1, V V Brazhkin1, V Y Ivanov2, A A Pronin2, Y B Lebed3 and R A Sadykov3  =2.332*30/9=7.8 2) 2011 J. Phys.: Conf. Ser. 291 012012 A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS E.A. Koptelov1, Yu.V. Ryabov1, A.A. Alekseev1, S.F. Sidorkin1, M.I. Grachev1, V.A. Fedchenko1, R.A. Sadykov1,2, Yu.B. Lebed1, V.S. Litvin1, S.P. Kuznetsov3, E.S. Clementyev1,4, P.A. Alekseev4, V.A, Trunov5, A.P. Bulkin5, V.A. Ulianov5 and S.N. Axenov  =8/10=0.8 B>3>   =8.6LVALVNG 8B28= 0A8;89 !5@35528G, <;04H89 =0CG=K9 A>B@C4=8:   2010 - 2011=27.4 +29,64= 57,04 1. O1>2 ..., @0G52 .., 0<0=8= .., C7=5F>20 .., C7=5F>2 .., >?B5;>2 -.., 810=>20 .., 8B28= .!., 0BCH:> .., 078= .., !04K:>2 .., !>1>;52A:89 .., $54G5=:> .. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8. $878:0 "25@4>3> "5;0. 2010. ". 52. !5 A. 957-961  = 0,721*60/13=3,32 2. S.P. Kuznetsov, I.L.Dubnikova, V.S. Litvin, I.V. Meshkov, A.V. Shelagin, A.I. Udovenko. Determination of Polyolefine Based Composites Nanostructure Parameters by Very Cold Neutrons Scattering. Acta Physica Polonica A. 2010. v. 117, p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o. 2, 2011 c. 247-251  =60*0,406/4=6.09 2) Journal of Physics: Conference Series 2011 Volume 291, 012012 A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS E A Koptelov, Yu V Ryabov, A A Alekseev, S F Sidorkin, M I Grachev, V A Fedchenko, R A Sadykov, Yu B Lebed, V S Litvin, S P Kuznetsov, E S Clementyev, P A Alekseev, V A Trunov, A P Bulkin, V A Ulianov and S N Axenov doi:10.1088/1742-6596/291/1/012012  =8/10=0,8 3) -:A?5@8<5=B0;L=K5 A?5:B@K =59B@>=>2 =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 / , @5?@8=B /  1305/2011, .. ;5:A552, .. !04K:>2, .!. ;5<5=BL52, .!. 8B28=, !.. :A5=>2, ... @83>@L52, -.. >?B5;>2  =4/7 = 0.57 >:;04K: 2)  + !+"/ "  $"" -# $ ""  << ">> / !!/ !" #"#   "  8B28= .!. #!"+ 4>:;04 =0 VIII >AA89A:>9 5653>4=>9 :>=D5@5=F88 <>;>4KE =0CG=KE A>B@C4=8:>2 8 0A?8@0=B>2 "$878:>-E8<8O 8 B5E=>;>38O =5>@30=8G5A:8E <0B5@80;>2". >A:20, =AB8BCB <5B0;;C@388 8 <0B5@80;>2545=8O , 15-18 =>O1@O 20113.  =1,5*4/1=6 (1,5  MB> 70 ?C1;8:0F8N 4>:;040 2 B@C40E :>=D5@5=F88) 2.  + !+"/ "  $"" -# $ ""  << ">> / !!/ !" #"#   "  8B28= .!. !1>@=8: B@C4>2 VIII >AA89A:>9 5653>4=>9 :>=D5@5=F88 <>;>4KE =0CG=KE A>B@C4=8:>2 8 0A?8@0=B>2 "$878:>-E8<8O 8 B5E=>;>38O LVAL =5>@30=8G5A:8E <0B5@80;>2" A. 182-183. 3) AA;54>20=85 AB@C:BC@K A?;020 40%. <5B>4>< =59B@>==>9 48D@0:F88 8 <0;>C3;>2>3> @0AA5O=8O =59B@>=>2 . . !04K:>2, . !. 8B28=, . . C;NB8=, . . ;07:>2, .. ;5:A552, M-S. Appavou, A. Ioffe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emagnetization of terrestrial and extraterrestrial rocks under hydrostatic Natalia S. Bezaevaa, Jerome Gattacceca, Pierre Rochettea, Ravil A. Sadykov, Vladimir I. Trukhin. Physics of the Earth and Planetary Interiors 179 (2010) 7 20. Impact Factor: 1.993 @=4=30E1.993/5=11,958 2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 ... O1>2, .. @0G52, .. 0<0=8=, .. C7=5F>20 ?, .. C7=5F>2, -.. >?B5;>2, .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:> $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5, A.957-960. Impact Factor: 0.721 (2009) @=4=60x 0.721 /13=3,328 3. " + $""   # !" "    "  #,! !"' "  -06 2010 3. . !. 8B28=, . . "@C=>2, . . C;:8=, . . #;LO=>2, . . !>;>259, . . >;E840H28;8, !. . 0;8=8=, . . !04K:>2, -. . >?B5;>2  %!",. "!, !% " +  " + !!/, 2010, ! 11, A. 1 7. Impact Factor: 0.062 (2009) @=4=8 /9=0,89 ------------------------------------------------------------- B>3> ?> AB0BLO< : @=4=11,958+3,328+0,89=16,175 >:;04K =0 >=D5@5=F8OE: 1. #AB=K9 4>:;04 =0 13-9 <564C=0@>4=>9 :>=D5@5=F88 #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E, >AB>2-=0->=C, ?>A. >>, 9-15 A5=BO1@O 2010. -;5:B@>B@0=AB?>@B=K5 8 <03=8B=K5 A2>9AB20 <5B0AB018;L=KE D07 2 A8AB5<5 GaSb-Cr A8=B578@>20==KE ?@8 2KA>:>< 402;5=88. . . 870BC;;8=, !.. >?>20, .. >=4@8=, .. O?8=, .. @06:8=, ... 20=>2, .. @>=8=, ... 5154L, .. !04K:>2. "@C4K :>=D5@5=F88, B.1., AB@. 102-105.  =6/9*1.5=1 2. #AB=K9 4>:;04 =0 VIII >=D5@5=F88 !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O 17 8N=O 2010 3.,3. "@>8F:, >A:>2A:0O. >1;. $5@@><03=5B87< 2 D070E 2KA>:>3> 402;5=8O Cr(GaSb)2. . . 870BC;;8=1, .. >=4@8=1, !.. >?>201, .. O?8=1, .. @06:8=1, ... 20=>22LVAL , .. @>=8=2, ... 5154L3, .. !04K:>23  =4/9=0.4 3. III 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ 59B@>=>- 8 @5=35=>3@0D8G5A:85 8AA;54>20=8O >1@07>20=8O =0=>G0AB8F 2 AB@C:BC@5 A?;020 40%.. .. !04K:>2, .!. 8B28=, .. C;NB8= , .. ;07:>2, !.. :A5=>2, M-S. Appavou, A. I. Ioffe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nCr2Se4 ?>4 402;5=85< 4> 56:10@., 02B>@K: .. !04K:>2, .. >=G0@5=:> , . 5;;5@ 5.  HASYLAB Workshop for Extreme Conditions Research using a Large Volume Press at PETRA III , 14-15 October 2010, Luneburg, Germany.High pressure cell piston-cylinder and toroid type. Ravil Sadykov 6. 3rd FRM II User Meeting, October 15th, 2010 Neutron and x-ray study formation of nanoparticles in the alloy structure 40HNYU-one of the hard nonmagnetic material for high pressure cells R. A. SaLVAL dykov, M.-S. Appavou , V. S. Litvin, A. V. Gulyutin, V. P. Glazkov, S. N. Aksenov, A. Ioffe. 7. B45;5=85 D878G5A:8E =0C: >AA89A:>9 0:045<88 =0C: 0CG=0O A5AA8O, ?>A2OI5==0O 40-;5B=5<C N18;5N =AB8BCB0 O45@=KE 8AA;54>20=89  (3. "@>8F:),22 45:01@O (A@540), 3. >A:20, 2010 0?@02;5=8O 8AA;54>20=89 :>=45=A8@>20==KE A@54 =0 59B@>==>< :><?;5:A5 /  ..!04K:>2  =4/1=4 4. !>@C:>2>4AB2> A>8A:0B5;5< 8 0A?8@0=B>< (.!. 8B28= 8 !.. :A5=>2)  =30/2 E2=30 5.A>B@C4=8:8: ;5<5=BL52-B>3>2K9   (2010) = 122.10 5154L -2(2009)+1.4(2010) 8B28=-B>3>: 13,7*2 = 27,4 ( - <>;>4>9 A>B@C4=8:, 70:>=G8; # <5=55 5 ;5B =0704) ------------------------------------------------------------- !04K:>2 . (=4824 ?@=4-22,531+30)=52,53/2=26,26   A>B@C4=8:8 :0.75*(122.10+1.4+ 27,4)=150,9/3=50,3 B>3  2010=26.26+50,3=76,56   .. !04K:>20-702 !!  /  70 20113. !B0BL8 : 1) . !. 8B28=, !. . >B0H52, . . 078=, . . !04K:>2 >78F8>==> GC2AB28B5;L=K9 ?@>2>;>G=> AB@8?B>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B5@>< 725AB8O . !5@8O $878G5A:0O. ">< 75, No. 2, 2011 c. 247-251 Impact Factor: 0.406 (60E0.406)/4=6,09 2) Journal of Physics: Condensed Matter Volume 23 Number 44 Create an alert RSS this journal M V Kondrin et al 2011 J. Phys.: Condens. Matter 23 446001 doi:10.1088/0953-8984/23/44/446001 Electrotransport and magnetic properties of Cr GaSb phases synthesized under high pressure M V Kondrin1, V R Gizatullin1, S V Popova1, A G Lyapin1, V V Brazhkin1, V Y Ivanov2, A A Pronin2, Y B Lebed3 and R A Sadykov3 30E2.332)/9=7,773 3) A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS E.A. Koptelov1, Yu.V. Ryabov1, A.A. Alekseev1, S.F. Sidorkin1, M.I. Grachev1, V.A. Fedchenko1, R.A. Sadykov1,2, Yu.B. Lebed1, V.S. Litvin1, S.P. Kuznetsov3, E.S. Clementyev1,4, P.A. Alekseev4, V.A, Trunov5, A.P. Bulkin5, V.A. Ulianov5 And S.N. Axenov1 Journ LVALal of Physics: Conference Series 291 (2011) 012012 8/10=0.8 4) !! " " ! 40%. " # !!// "  !+ ..," .!. ,% ,! .. ,APPAVOU M-S., IOFFE A A1>@=8: B@C4>2 IV #  $ & <<$ &/   #( "   " >> A. 850-851, >A:20, " . 25-28 >:BO1@O 20113. 5) AA;54>20=85 AB@C:BC@K A?;020 40%. <5B>4>< =59B@>==>9 48D@0:F88 8 <0;>C3;>2>3> @0AA5O=8O =59B@>=>2 . . !04K:>2, . !. 8B28=, . . C;NB8=, . . ;07:>2, .. ;5:A552, M-S. Appavou, A. Ioffe. A1>@=8: B@C4>2 IV #  $ & <<$ &/   #( "   " >>A. 849-850 >A:20, " . 25-28 >:BO1@O 20113. >:;04K: 1) #AB=K9 4>:;04 !! " " ! 40%. " # !!// "  !+ ..," .!., % ,! .., APPAVOU M-S., IOFFE A. !B5=4>2K9 4>:;04 =0 IV #  $ & <<$ &/   #( "   " >>, >A:20, " . 25-28 >:BO1@O 20113. @=4=4x1.5=6 2) #AB=K9 4>:;04 Ravil Sadykov, Nonmagnetic High Pressure Clamp Cells For Neutron Scattering and Magnetic Measurements. 49th EHPRG Conference, Budapest, Hungary, 27 August - 3 September 2011. @=4= 6 !>@C:>2>4AB2> 0A?8@0=B><:  =15 ------------------------------------------------------------------ B>3> ;8G=K9   70 20113.: 6,09+7,773+0.8+6+ 6+15=41,7 0;55 45;8< =0 2:41,7/2=20,8315   A>B@C4=8:>2: 98.04(;5<5=BL52)+ 7,773(5154L)+ 18,88(8B28=)= 124,693 !@54=89   A>B@C4=8:>2 : 124,693/3=41,56 0;55 C<=>605< 41,56*.75=31,17 B>3>2K9  -20113( A CG5B><   A>B@C4=8:>2): 20,8315+ 31,17325=52 B>3>2K9   !04K:>2 . (  2010 3.+  2011 3.)= 76,56+52=128,56|LVAL!5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, A.=.A., :. D.-<. =.,   70 2010-2011 33. = 69.12 1. Pui-Wai Ma, S.L. Dudarev, A. A. Semenov and C. H. Woo,  Temperature for a Dynamic Spin Ensemble . - Phys. Rev. E, 2010, Vol. 82, p. 031111-1  031111-6.   = 2.56630/4 = 19.245. 4. @83;0H5==K9 4>:;04 =0 5->9 <564C=0@>4=>9 :>=D5@5=F88 ?> <C;LB8-<0AHB01=><C <>45;8@>20=8N <0B5@80;>2: A.A. Semenov  Stochastic Effects on Microstructure Nucleation under Cascade-damage Irradiation . - Proceedings of 5th International Conference on Multiscale Materials Modeling (MMM 2010), October 4-8, 2010, Freiburg, Germany; Eds. Peter Gumbsch, Erik van der Giessen, Freiburg, Fraunhofer Verlag, 2010, p. 732. ISBN 978-3-8396-0166-2.   = 30. 3. A.A. Semenov and C.H. Woo,  Interfacial energy in phase-field emulation of void nucleation and growth . - J. Nucl. Mater., 2011, Vol. 411, p. 144-149.   = 1.32530/2 = 19.875. B>3>:   = 69.12LVALVNG !84>@:8= !B0=8A;02 $54>@>28G 1952 3.@, :.D-<.=., 2=A  BG5B 2.=.A. !.$.!84>@:8=0 70 2011 3>4. !5<8=0@K !5<8=0@ 2 ."! (MUCATEX Research Coordinative Center on the Problem of Muon Catalyzed Fusion and Energetics Quantum Systems) !.$. !84>@:8=: "@0=A<CB0F8O <8=>@=KE 0:B8=>84>2 2 ?@O<>< ?@>B>==>< ?CG:5.  ? C1;8:0F88 70 2011 4;O @0AG5B0   !.$.!84>@:8=, -..>?B5;>2. 59B@>==K9 :><?;5:A / . @5?@8=B /  1280/2011.   4/2 = 2. >43>B>2;5=0 8 =0?@02;5=0 A>>B25BAB2CNI0O AB0BLO 2 @540:F8N 6C@=0;0 >25@E=>ABL. #,!+ !"' "  /  / !!/ ! +% !  !.$. !84>@:8=, -.. >?B5;>2   60" 0.28/2=8.4 E.A.Koptelov, Yu.V.Ryabov, A.A.Alekseev, S.F.Sidorkin, M.I.Grachev, V.A.Fedchenko, R.A.Sadykov, Yu.B.Lebed, V.S.Litvin, S.P.Kuznetsov, E.A.Clementyev, P.A.Alexseev, V.A.Trunov, A.P.Bulkin, V.A.Ulianov, S.V.Axenov. A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS. J.Phys.: Conf. Ser. V. 291, N 1 (2011). (http://dx.doi.org/10.1088/1742-6596/291/1/012012)   8/10 =0.8 >:;04 =0 :>=D5@5=F88 GLOBAL 2011 Makuhari, Japan. Proceedings of GLOBAL 2011 Makuhari, Japan, Dec. 11-16, 2011 Paper No. 386820 1 Subcritical Molten Salt Reactor with Fast/Intermediate Spectrum for Minor Actinides Transmutation. Alexey . Degtyarev, Olga S. Feinberg, Fedor I. Karmanov, Oleg E. Kolyaskin, Andrey Yu. Kuznetsov, Andrey A. Myasnikov, Leonid I. Ponomarev, Mikhail B. Seregin, and Stanislav F. Sidorkin.   4" 1.5/9 =0.67 BG5B ."!, 70G8I5==K9 8 CB25@645==K9 2 !". 0AA<>B@5=85 2>7<>6=>AB8 ?@8<5=5=8O 4;O ?5@56830=8O B@0=A?;CB>=852KE M;5<5=B>2 ?>4:@8B8G5A:>3> !  =0 >A=>25 A>;8 LiF-NaF-KF (?> 7040=8N 8 D8=0=A>2>9 ?>445@6:5 >A0B><0).  2-O G0ABL. >B &  .. 53BO@52, .. OA=8:>2, .!.$59=15@3. >B "- (1=8=A:) $.. 0@<0=>2 >B # %" ... C7=5F>2 >B /  !.$. !84>@:8=   - ? - - - - - -FLVALV - - - - - - - - - - - - - --   70 2011 3. - 11.87 - - - - - - - - - - - - - - - - - - - - - - - - - -- - - - C1;8:0F88 70 2010 4;O @0AG5B0   BG5B ."!, 70G8I5==K9 8 CB25@645==K9 2 !". 0AA<>B@5=85 2>7<>6=>AB8 ?@8<5=5=8O 4;O ?5@56830=8O B@0=A?;CB>=852KE M;5<5=B>2 ?>4:@8B8G5A:>3> !  =0 >A=>25 A>;8 LiF-NaF-KF (?> 7040=8N 8 D8=0=A>2>9 ?>445@6:5 >A0B><0). 1-O G0ABL. >B &  .. 53BO@52, .. OA=8:>2, .!.$59=15@3. >B "- (1=8=A:) $.. 0@<0=>2 >B # %" ... C7=5F>2 >B /  !.$. !84>@:8=   - ? @5?@8=B /  1245/2009 45:01@L 2009. !.$.!84>@:8=, -..>?B5;>2, .. >3>2 @54;>65=85 ?> ADS  CAB0=>2:5 =0 >A=>25 ;8=59=>3> CA:>@8B5;O / . K?CI5= 2 2010 3.   70 2010  4/3 = 1.33 >?B5;>2 -.., O1>2 ..., ;5:A552. .., !84>@:8= !.$., @0G52 .., $54G5=:> .., !04K:>2 .., 5154L ..., 8B28= .!., C7=5F>2 !.., ;5<5=BL52 .!., ;5:A552 .., "@C=>2 .., C;:8= .., #;LO=>2 .., :A5=>2 !.. ><?;5:A 2708<>4>?>;=ONI8E 8<?C;LA=KE =59B@>==KE 8AB>G=8:>2, =59B@>=>3@0D8G5A:8E 8 @5=B35=>2A:8E CAB0=>2>: 4;O =0=>4803=>AB8:8 =AB8BCB0 O45@=KE 8AA;54>20=89 >AA89A:>9 0:045<88 =0C:. III 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20.    0.8 - - - ---------------------------------------------------------------   70 2010 3.  2.13 - - - --------------------------------------------------------------- ": 11.87+2.13=14.0LVALVNG !>1>;52A:89 8:>;09 8E09;>28G, @>4. 06.04.1944, 4.D.-<.=., ?@>D., 702. A5:B. . 8G=K9   70 2010-2011 3>4K: 51.973+35.672+3.133+35.01+15=140.788   ..!>1>;52A:>3> :0: 702. A5:B>@>< = 136.153 (157 CG5B0 >B28=K)   ..!>1>;52A:>3> :0: 702. A5:B>@>< = 176.358 (A CG5B>< >B28=K) 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5D5@8@C5<KE 6C@=0;0E. !C<<0  =51.973 1. A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, M.I.Panasyuk, N.M.Sobolevsky. Assessment of the Radiation Environment on the Moon. Acta Astronautica 68 (2011) 1440-1447.  =0.609*30/5=3.654 2. A.Luehr, D.C.Hansen, O.Jaekel, N.Sobolevsky, N.Bassler. Analytical expressions for water-to-air stopping-power ratios relevant for accurate dosimetry in particle therapy. Phys.Med.Biol. 56(2011)2515 2533.  =3.057*30/5=18.342 3. V.Chetvertkova, I.Strasik, A.Belousov, H.Iwase, N.Mokhov, E.Mustafin, L.Latysheva, M.Pavlovic, U.Ratzinger, N.Sobolevsky. Activation of aluminum by argon: Experimental study and simulations. Nucl.Instr.Meth. B269(2011)1336-1340.  =1.042*30/10=3.126 4. A.Luehr, D.Hansen, N.Sobolevsky, H.Palmans, S.Rossomme, and N.Bassler. Fluence Correction Factors and Stopping Power Ratios for Clinical Ion Beams. Acta Oncologica 50 (2011) 797-805.  =3.137*30/6=15.685 5. D.Hansen, A.Luehr, R.Herrmann, N.Sobolevsky, N.Bassler. Recent Improvements in the SHIELD- HIT Code. International Journal of Radiation Biology, in press, Manuscript ID: 610863.  =1.861*30/5=11.166 !B0BL8 2 @>AA89A:8E @5D5@8@C5<KE 6C@=0;0E. !C<<0  =35.672 1. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . 725AB8O  A5@. $878G5A:0O 74 (2010) 479 482. =3;89A:89 20@80=B: E.S.Konobeevsky, L.N.Latysheva, N.M.Sobolevsky. Computer Simulation of an Extracted Beam for the Neutron Generator of the Institute for Nuclear Research of the Russian Academy of Sciences. Bulletin of the Russian Academy of Sciences: Physics 74 (2010) 443 446.  =0.406*60/3=8.120 LVAL 2. ..5=8A>2, ..C7=5F>2, ..K<<8:, ..0=0AN:, ..!>1>;52A:89.  ?@>1;5<5 @0480F8>==>9 >1AB0=>2:8 =0 C=5. >A<8G5A:85 AA;54>20=8O 48 (2010) 524-531. =3;89A:89 20@80=B: A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, M.I.Panasyuk, N. M. Sobolevskii. On the Problem of Lunar Radiation Environment. Cosmic Research 48 (2010) 510-517.  =0.325*60/5=3.900 3. ... O1>2, ..@0G52, ..0<0=8=, ..C7=5F>20, ..C7=5F>2, -..>?B5;>2, ..810=>20, .!.8B28=, ..0BCH:>, .. 078=, ..!04K:>2, ..!>1>;52A:89, .. $54G5=:>. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8. $878:0 B25@4>3> B5;0, 52 (2010) 957-960.  =0.727*60/10=4.362 4. .!.>=>1552A:89, ..0BKH520, ..!>1>;52A:89, ..;8G. ?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0  430. 725AB8O , A5@. $878G5A:0O 75(2011)485-489. =3;89A:89 20@80=B: E.S.Konobeevsky, L.N.Latysheva, N.M.Sobolevsky, R.D.Ili. Optimizing the Collimator/Shielding Configuration of the NG-430 Neutron Generator. Bulletin of the Russian Academy of Sciences: Physics, 75(2011)449-453.  =0.406*60/4=6.090 5. L.Beskrovnaia, L.Latysheva, M.Paraipan, N.Sobolevsky, and G.Timoshenko. Simulation of Residual Activity in Steel and Copper Targets Induced by 950 MeV/Nucleon Uranium Ions. Phys.Part.Nuc.Lett. 8 (2011) 364 367 (8AL<0 2 -'/).  =1.100*60/5=13.200 @5?@8=BK. !C<<0  =3.133 1. ..!>1>;52A:89, ..0BKH520, -.CAB0D8=. 40?B0F8O ?@>3@0<<K DCHAIN SP 4;O A>2<5AB=>3> 8A?>;L7>20=8O A B@0=A?>@B=K< :>4>< SHIELD. @5?@8=B /  1253/2010, >A:20, 2010.  =4/3=1.333 2. I.Straak, E.Mustafin, M.Pavlovi , N.Sobolevsky. Simulations of the Activation of the Beam Pipe and Bulky Targets by FLUKA and SHIELD codes. GSI, Darmstadt, 2010. https://www.gsi.de/documents/DOC-2010-Jun-23-1.pdf  =4/4=1 3. A.Luhr, D.C.Hansen, O.Jaekel, N.Sobolevsky, N.Bassler. Analytical expressions for stopping-power ratios relevant for accurate dosimetry in particle therapy. http://arxiv.org/PS_cLVAL ache/arxiv/pdf/1010/1010.5356v1.pdf  =4/5=0.8 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =35.01 1. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89, ..;8G. ?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0 -430. >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2010, !0=:B-5B5@1C@3, 6 9 8N;O 2010 3. !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88, =0?@02;5=> 2 725AB8O  A5@. $878G5A:0O.  =6/4=1.5 2. V.Chetvertkova, E.Mustafin, I.Strasik, L.Latysheva, N.Sobolevskiy. Verification of Monte Carlo Transport Codes FLUKA, MARS and SHIELD-A. Talk at the 10th Meeting on Shielding Aspect of Accelerators, Targets and Irradiation Facilities (SATIF-10), 2-4 June 2010, CERN. http://indico.cern.ch/contributionDisplay.py?contribId=23&sessionId=1&confId=62629 #AB=K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88  =6/5=1.2 3. I.Straak, E.Mustafin, N.Sobolevsky, M.Pavlovi , V.Chetvertkova. Activation and "Hands on" Maintenance Criteria for Heavy-Ion Accelerators. Talk at the 10th Meeting on Shielding Aspect of Accelerators, Targets and Irradiation Facilities (SATIF-10), 2-4 June 2010, CERN. http://indico.cern.ch/contributionDisplay.py?contribId=10&sessionId=3&confId=62629 #AB=K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88  =6/5=1.2 4. D.C.Hansen, A.Luhr, R.Herrmann, N.Sobolevsky, N.Bassler. Recent Improvements in SHIELD-HIT. Poster talk at the International workshop in Monte Carlo computational methods in radiation track simulation and applications in physical, biological, and medical sciences (MC2010), Stockholm, 9-12 November 2010. >AB5@ =0 564C=0@>4=>9 :>=D5@5=F88 http://phys.au.dk/uploads/media/MC2010_poster_SHIELD-HIT_David.pdf  =6/5=1.2 5. N.Sobolevsky. Applications of the SHIELD code: from underground physics toward the Moon through ADS, hadron therapy, heavy ion beams, etc. Invited talk at the NUFRA2011 Internationa Conference, Kemer, Turkey, 2-9 October 2011. http://fias.uni-frankfurt.de/nufra2011/talks/Sobolevsky.pdf  =30 2.1.6. C:>2>4AB2> 0A?8@0=B0<8  LVAL* 8 A>8A:0B5;O<8. !C<<0  =15.0 C:>2>4AB2> (A>2<5AB=> A .!.>B28=>9) 0A?8@0=B>< / ?5@2>3> 3>40 >1CG5=8O ..5;O=>2K<, ?> B5<5 0728B85 AB0B8AB8G5A:>3> >?8A0=8O O45@=KE @50:F89 A 2:;NG5=85< M;5:B@><03=8B=KE 2708<>459AB289.  =30/2=15 2.4.   ..!>1>;52A:>3> :0: 702. A5:B>@><  =0.5*140.788+0.75*(140.788+34.569)/2=136.153 #GB5=K   !>1>;52A:>3> 8 0BKH52>9.  =0.5*140.788+0.75*(140.788+34.569+248.500)/3=176.358 #GB5=K   !>1>;52A:>3>, 0BKH52>9 8 >B28=K.LVALVNG ;5:A55=:> 8:B>@ ;048<8@>28G, AB.=.A,   70 2010-2011 33. C1;8:0F88: 1. ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. /5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (.// 31 , >A:20, (2010).  =4*1.5/9= 0.7. 2...;5:A55=:>, ..@><CH:8=, ...!B5=L:8=. !@02=8B5;L=K5 87<5@5=8O =075<=KE ?>B>:>2 B5?;>2KE =59B@>=>2 2 ;01>@0B>@8OE  /  8 LNGS(B0;8O). 31, >A:20 (2010).  =4*1.5/3= 2.0. - 4.1. 7 02B>@>2, A<.1599, B.5. 0.86 (-1.14) 3. V.V.Alekseenko, Yu.M.Gavrlyuk, V.V.Kuzminov and Yu.V.Stenkin. Tidal effect in the radon-due neutron flux from the Earth s crust. Journal of Physics: Conference Series 203, (2010), 012045.  =8/4= 2.0. 4. .. ;5:A55=:>, .. @><CH:8=, ... !B5=L:8=. !@02=8B5;L=K5 87<5@5=8O =075<=KE ?>B>:>2 B5?;>2KE =59B@>=>2 2 ;01>@0B>@8OE  /  8 LNGS (B0;8O). 725AB8O , A5@. $87., B. 75, !6, (2011), A. 908-910.  =0.406*60/3= 8.1 5. ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 400 402.  =0.406*60/9= 2.7. 6. arXiv:1106.2651v1 [astro-ph.IM] Journal reference: Astrophys.J.738:67,2011. (Submitted on 14 Jun 2011). R.Bonino, V.V.Alekseenko, O.Deligny, P.L.Ghia, M.Grigat, A.Letessier-Selvon, H.Lyberis, S.Mollerach, S.Over, E.Roulet. The East-West method: an exposure-independent method to search for large scale anisotropies of cosmic rays.  =0.4/10= 0.4. 7. R.Bonino, V.V.Alekseenko, O.Deligny, P.L.Ghia, M.Grigat, A.Letessier-Selvon, H.Lyberis, S.Mollerach, S.Over, E.Roulet. The East-West method: an exposure-independent method to search for large scale anisotropies of cosmic rays. The Astrophysical Journal Volume 738 Number 1. Published 2011 August 12.  =6.063*30/10= 18.2. 8. V.V. Alekseenko, F. Arneodo8LVALH, G. Bruno, W. Fulgione, D.M. Gromushkin and Yu. V. Stenkin. Dependence on altitude above sea level of thermal neutron concentration in air above surface. Proc. 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Of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1145.  =6*1.5/10= 0.9. 11. ..;5:A55=:>, ...02@8;N:, ..C7L<8=>2, !.!. 0B:528G. 57C;LB0BK 87<5@5=89 35;852K< ?@>?>@F8>=0;L=K< AGQBG8:>< !-04 =59B@>==>3> D>=0 =0 >1J5:B0E  / . >A:20, @5?@8=B /  1302/2011, >:BO1@L 2011 3., 14 AB@.  =4/4= 1.0. 12. ..;5:A55=:>, ...02@8;N:, ..C7L<8=>2. A>15==>AB8 E0@0:B5@8AB8: AF8=B8;;OF8>==>3> 45B5:B>@0 B5?;>2KE =59B@>=>2 [ZnS(Ag)+6LiF] 2 @07;8G=KE CA;>28OE 87<5@5=89. >A:20, @5?@8=B /  1303/2011, >:BO1@L 2011 3., 8 AB@.  =4/3= 1.3.   ?> ?C1;8:0F8O< = 39.7. >:;04K: 1. V.V.Alekseenko.  Italian s Earthquakes. Phenomenology and forecast problems . @83;0HQ==K9 4>:;04 =0 5 564C=0@>4=>9 A59A<>;>38G5A:>9 H:>;5  Modern methods of processing and interpretation of seismological data . 4-8 >:BO1@O 2010, ;048:02:07. > A;540< 75<;5B@OA5=8O 06, ?@5;L, 2009, L Aquila, Italy.  = 6.0.   ?> 4>:;040< = 6. B>3>   = 45.7. (-1.14 = 44,56)LVALVNG 02@8= ;048<8@ 8:>;0528G @>4. 15.04.1941, G;.-:>@@. , ?@>D5AA>@, 4.D.<.=., 7024CNI89 ;01>@0B>@859 -,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: B.M.Fisher, J.N.Abdurashitov, K.J.Coakley, V.N.Gavrin, D.M.Gilliam, J.S.Nico, A.A.Shikhin, A.K.Thompson, D.F.Vecchia, V.E.Yants, Fast neutron detection with 6Li-loaded liquid scintillator, Nuclear Instruments and Methods in Physics Research A 646 (2011) 126-134. 1.142*30/10= 3.4 D.Frekers, H.Ejiri, H.Akimune, V.N. Gavrin, et al, (33 A>02B>@0) The 71Ga(3He, t) reaction and the low-energy neutrino response, Physics Letters B 706 (2011) 134-138.  =5.255*30/10 = 15.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011 ) !2, 2-14. 0.357*60/9=2.4 ..02@8=, >AA89A:>-0<5@8:0=A:89 30;;85K9 M:A?5@8<5=B SAGE, #A?5E8 D878G5A:8E =0C:, B.181, !9, 3-12. 2.245*60=134.7 D.N.Abdurashitov, V.N. Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin, Response FunAtion of a Fast Neutron Capture-Gated Spectrometer, Instruments and Experimental Techniques, Vol.54, No.5 (2011) 639-643. 0.357*60/5=4.3 @5?@8=BK V.N.Gavrin, V.V.Gorbachev, E.P.Veretenkin, and B.T.Cleveland/ Gallium experiments with artificial neutrino sources as a tool for investigation of transition to sterile states// arXiv:1006.2103v1[nucl-ex] (2010).   = 4/4=1 ..14C@0H8B>2, ..02@8=, ...0;KH:8=, .. 0BCH:>, ..(8E8=, $C=:F8O >B:;8:0 70E20B=>3> 45B5:B>@0 1KAB@KE =59B@>=>2 ?@>AB>9 35><5B@88, ?@8?@8=B /  1275/2010.  = 4/5=0.8 ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<LVAL 5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011.  = 4/10=0.4 ..14C@0H8B>2, ..02@8=, ..0;8E>2, ..(8E8=, AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LiF ?@8 :><=0B=>9 B5<?5@0BC@5, ?@5?@8=B /  1284/2011.  = 4/4=1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: D.N. Abdurashitov, V.N. Gavrin, V.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =6/6= 1*1.5=1.5 V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40.  =6/7=0.8 D.N.Abdurashitov, V.N.Gavrin, A.V.Kalikhov, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikin, and V.E.Yants, Segmented Fast Neutron Spectrometer, the 2nd International Cpnference ISWART-2010, Kharkov, Ukraine, October 2010  =6/7=0.8 D.N.Abdurashitov, S.Belousov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, and A.A.Shikhin, Response Function of a Fast Neutron Capture Gated Spectrometer, BgNS International Conference  Nuclear Power for the People  , November 8, 2011, Bansko, Bulgaria PRND=6/6=1 V.N.Gavrin, Contribution of the Ga experiments for understanding the physics of the Sun and the physics of neutrino, 15th International Baksan School  Particles and Cosmology , Troitsk, Moscow region, May 26  June 2, 2011.  =30 V.N.Gavrin, Sterile neutrino searches with Ga, International Short Baseline Neutrino Workshop, FNAL, ChiAago, 11-16 <0O 2011.  =30 V.N.Gavrin, Contribution of Ga experiments for understanding the physics of the Sun and the physics of neutrino, ThLVALe International Conference  New Trends on High Energy Physics , Alushta, Crimea, Ukraine, September 3-10, 2011.  =30*1.5=45 V.N.Gavrin, Opportunities of SAGE with artificial neutrino source for investigation of active-sterile transitions, 15th International Lomonosov Conference on Elementary Particle Physics, Moscow, 18  24 August 2011.  =30 V.N.Gavrin, Opportunity to investigate active-sterile transitions with a neutrino source in SAGE, Astroparticle Physics, Russian-German Perspectives, /, C1=0, 8-9 45:01@O 2011 3>40  =30 V.N.Gavrin, Cr-51 neutrino source: comments on application, production and possibilities for cooperation, Workshop on Emission Detectors Application and Neutrino Sources, >A:20, $, 20 8N=O  1 8N;O 2011.  =30 =0 @>AA89A:8E :>=D5@5=F8OE ..02@8=, :;04 Ga M:A?5@8<5=B>2 2 ?>=8<0=85 D878:8 !>;=F0 8 D878:8 =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.   = 4 .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.  =4/5=0.8 ":  =367.7   @C:>2>48B5;O=367.70.5+(509/13*0.75)=184 + 29 = 213LVALVNG 14C@0H8B>2 6>=@84 0@8<0=>28G. @>4.04.06.1963, :.D.<.=., c.=.A. -,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: B.M.Fisher, J.N.Abdurashitov, K.J.Coakley, V.N.Gavrin, D.M.Gilliam, J.S.Nico, A.A.Shikhin, A.K.Thompson, D.F.Vecchia, V.E.Yants, Fast neutron detection with 6Li-loaded liquid scintillator, Nuclear Instruments and Methods in Physics Research A 646 (2011) 126-134. 1.142*30/10= 3.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011 ) !2, 2-14. 0.357*60/9=2.4 D.N.Abdurashitov, V.N. Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin, Response FunAtion of a Fast Neutron Capture-Gated Spectrometer, Instruments and Experimental Techniques, Vol.54, No.5 (2011) 639-643. 0.357*60/5=4.3 @5?@8=BK ..14C@0H8B>2, ..02@8=/  2>7<>6=>AB8 ?@8<5=5=8O AF8=B8;;OF8>==KE :@8AB0;;>2 LiF 2 M:A?5@8<5=B0E ?> ?>8A:C G0AB8F B5<=>9 <0B5@88, ?@5?@8=B /  1272/2010, >A:20   = 4/2=2 ..14C@0H8B>2, ..02@8=, ...0;KH:8=, .. 0BCH:>, ..(8E8=, $C=:F8O >B:;8:0 70E20B=>3> 45B5:B>@0 1KAB@KE =59B@>=>2 ?@>AB>9 35><5B@88, ?@8?@8=B /  1275/2010.  = 4/5=0.8 ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011.  = 4/10=0.4 ..14C@0H8B>2, ..02@8=, ..0;8E>2, ..(8E8=, AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LiF ?@8 :><=0B=>9 B5<?5@0BC@5, ?@5?@8=B /  1284/2011.  = 4/4=1 >:;04K: 0 <564C=0@>4=KE :>=D5@5=F8OE: D.N. Abdurashitov, V.N. Gavrin, V.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. YaLVALnts / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =6/6= 1*1.5=1.5 D.N.Abdurashitov, V.N.Gavrin, A.V.Kalikhov, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikin, and V.E.Yants, Segmented Fast Neutron Spectrometer, the 2nd International Cpnference ISWART-2010, Kharkov, Ukraine, October 2010  =6/7=0.8 J.N. Abdurashitov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin,  Response of a capture-gated fast neutron spectrometer of simple geometry , XV International Baksan school  Particles and Cosmology , Troitsk, May 26  June 2 2011.  =6/5=1.2 J.N. Abdurashitov, V.N.Gavrin, A.V.Kalikhov, A.A.Shikhin,  Scintillation response of LiF crystals at room temperature , XV International Baksan school  Particles and Cosmology , Troitsk, May 26  June 2011   =6/4=1.5 D.N.Abdurashitov, S.Belousov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, and A.A.Shikhin, Response Function of a Fast Neutron Capture Gated Spectrometer, BgNS International Conference  Nuclear Power for the People  , November 8, 2011, Bansko, Bulgaria   =6/6=1 C:>2>4AB2> 48?;><=8:><: 2010 3>4  0;KH:8= .@89 8E09;>28G, ABC45=B 45-3> :C@A0 D878G5A:>3> D0:C;LB5B0 #  =10 "  =30.3LVAL5@5B5=:8= 235=89 02;>28G, @>4.10.04.1952 3., A.=.A. -,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 @5?@8=BK: V.N.Gavrin, V.V.Gorbachev, E.P.Veretenkin, and B.T.Cleveland/ Gallium experiments with artificial neutrino sources as a tool for investigation of transition to sterile states// arXiv:1006.2103v1[nucl-ex] (2010).   = 4/4=1 >:;04K: 0 <564C=0@>4=KE :>=D5@5=F8OE V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40.  =6/7=0.8 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino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iF, ?@8?@8=B /  1296/2011.  = 4/10=0.4 V.N.Gavrin, V.V.Gorbachev, E.P.Veretenkin, and B.T.Cleveland/ Gallium experiments with artificial neutrino sources as a tool for investigation of transition to sterile states// arXiv:1006.2103v1[nucl-ex] (2010).   = 4/4=1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations // 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40.  =6/7=0.8 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.  =4/5=0.8 C:>2>4AB2> 48?;><=8:><: @30=>:>2 .. , ABC45=B 5 :C@A0 D878G5A:>3> D0:C;LB5B0 #   = 4/4=10 "  =15.4LVAL1@038<>20 "0BLO=0 8:B>@>2=0 @>4 3.04.1958, =.A. ,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011 ) !2, 2-14. 0.357*60/9=2.4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40.  =6/7=0.8 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino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iF ?@8 :><=0B=>9 B5<?5@0BC@5, ?@5?@8=B /  1284/2011.  = 4/4=1 ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011.  = 4/10=0.4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40.  =6/7=0.8 D.N.Abdurashitov, V.N.Gavrin, A.V.Kalikhov, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikin, and V.E.Yants, Segmented Fast Neutron Spectrometer, the 2nd International Cpnference ISWART-2010, Kharkov, Ukraine, October 2010  =6/7=0.8 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.  =4/5=0.8 "  =6.2LVALVNG K>7;>20 .;8O 02;>2=0 @>4.29.12.1959, :.D.<.=., A.=.A. -,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: A. Y. Polyakov, A. V. Markov, M. P. Duhnovsky, M. V. Mezhennyi, A. A. Donskov, S. S. Malakhov, A. V. Govorkov, Yu. P. Kozlova, V. F. Pavlov, N. B. Smirnov, T. G. Yugova, A. I. Belogorokhov, I. A. Belogorokhov, A. K. Ratnikova, Yu. Yu. Fyodorov, O. Yu. Kudryashov, I. A. Leontyev, V. I. Ratushny, S. J. Pearton. GaN epitaxial films grown by hydride vapor phase epitaxy on polycrystalline chemical vapor deposition diamond substrates using surface nanostructuring with TiN or anodic Al oxide. J. Vac. Sci. Technol. B 28(5), Sep/Oct 2010, 1011-1015.  =1.268*30/19=3.8 A. Y. Polyakov, A. V. Markov, M. V. Mezhennyi, A. A. Donskov, S. S. Malakhov, A. V. Govorkov, Yu. P. Kozlova, V. F. Pavlov, N. B. Smirnov, T. G. Yugova, I.-H. Lee, J. Han, Q. Sun, S. J. Pearton. a-plane GaN hydride vapor phase epitaxy on a-plane GaN templates with and without use of TiN intermediate layers. J. Vac. Sci. Technol. B 28(5) Sep/Oct 2010, 1039-1043.  =1,271*30/14=3.8  =1.268*30/14=3.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .. >=A:>2, ..LO:>=>2, ..565==K9, !.!. 0;0E>2, ...>7;>20, .$.02;>2, "...3>20. ;8O=85 >@85=B0F88 ?>4;>6:8 A0?D8@0 =0 >A>15==>AB8 <>@D>;>388 ?>25@E=>AB8 8 AB@C:BC@=>5 A>25@H5=AB2> B>;ABKE A;>52 GaN, 2K@0I5==KE <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88. @8AB0;;>3@0D8O. B. 56, !2, 2011, 294-302.  =0.644*60/7=5.5 . . 5;>3>@>E>2, . . >=A:>2, . . LO:>=>2, .. . >7;>20, !. !. 0;0E>2, . . 565==K9, ". . .3>20, ;8O=85 B5E=>;>38G5A:8E ?0@0<5B@>2 =0 >4=>@>4=>ABL B>;I8=K 8 <>@D>;>38N ?>25@E=>AB8 M?8B0:A80;L=KE A;>52 GaN, ?>;CG5==KE <5B>4>< E;>@84=> 384@84=>9 M?8B0:A88. 72. 2C7>2. 0B5@80;K M;5:B@>==>9 B5E=8:8. ! 1, 2011, 30-36.  =0.245*60/7= 2.1 AB0BL8 2 A1>@=8:0E =0CG=KE AB0B59: ... >7;>20, ".. .3>20. 07@01>B:0 B5E=>;>388 ?>;CG5=8LVAL O :2078?>4;>65: GaN <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88. !1. AB0B59.  " 80, 2011, 139-143.  =20/2=10 >:;04K: =0 @>AA89A:8E :>=D5@5=F8OE .. >=A:>2, .. LO:>=>2, .. >2>@:>2, ...>7;>20, !.!. 0;0E>2, .. 0@:>2, .. 565==K9 8 4@. ;8O=85 >@85=B0F88 ?>4;>6:8 A0?D8@0 =0 AB@C:BC@=>5 A>25@H5=AB2> M?8B0:A80;L=KE A;>52 GaN, ?>;CG5==KE <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88. >:;04 =0 7-9 A5@>AA89A:>9 :>=D5@5=F88 8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, 1-3 D52@0;O 20103., 99-100. (12 02B>@>2)  =4/10*1.5=0.6 2. .. >=A:>2, .. LO:>=>2, .. >2>@:>2, ...>7;>20, 8 4@. ;5=:8 =8B@840 30;;8O, 2K@0I5==K5 <5B>4>< E;>@84-384@84=>9 M?8B0:A88 =0 ?>;8:@8AB0;;8G5A:>< 0;<075 A 8A?>;L7>20=85< =0=>AB@C:BC@8@>20==KE A;>52 Ti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iN. >:;04 =0 7-9 A5@>AA89A:>9 :>=D5@5=F88 8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, 1-3 D52@0;O 20103., 155-156. (13 02B>@>2)  =4/10*1.5=0.6 4. .. C7N:>20, ".. .3>20, .. 565==K9, !.!. 0;0E>2, ... >7;>20 8 4@. !2>9AB20 M?8B0:A80;L=KE A;>52 GaN, ?>;CG5==KE A 8A?>;L7>20=85< @07;8G=KE 1CD5@=KE A;>52. >:;04 =0 XIV 0F8>=0;L=>9 :>=D5@5=F88 ?> @>ABC :@8AB0;;>2. >A:20, 6-10 45:01@O 20103. (9 02B>@>2)  =4/9=0.4 5. ..5;>3>@>E>2, ..>=A:>2, ..LO:>=>2, ...>7;>20, !.!.0;0E>2, ..565==K9, "...3>20. / "%'!%  "    !", ")+   $.  %!" -"!,+% ! GaN, #'+% " % -  - LVAL& "!. "578AK 4>:;04>2 8-9 A5@>AA89A:>9 :>=D5@5=F88 " + /, /, ./  !" #"# +    +, 26-28 <0O 2011, !0=:B-5B5@1C@3, 67-68.  =4/7*1.5=0.9 6. .. >=A:>2, ...>7;>20, .. C7N:>20 , !.!. 0;0E>2, .. 565==K9, .$.02;>2, ".. .3>20. !! !" #"#  ! (!" -"!,+% ! GaN, #'+% " % -  -"! ! !, " "#  #$  !/. "578AK 4>:;04>2 8-9 A5@>AA89A:>9 :>=D5@5=F88 " + /, /, ./  !" #"# +    +, 26-28 <0O 2011, !0=:B-5B5@1C@3, 218-219.  =4/7*1.5=0.9 "  =29.2lLVAL|0;KH:8= .@89 8E09;>28G , @>4.22. 07.1987, 0A?8@0=B #. !B065@-8AA;54>20B5;L -,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: D.N.Abdurashitov, V.N. Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin, Response FunAtion of a Fast Neutron Capture-Gated Spectrometer, Instruments and Experimental Techniques, Vol.54, No.5 (2011) 639-643. 0.357*60/5=4.3 @5?@8=BK: ..14C@0H8B>2, ..02@8=, ...0;KH:8=, .. 0BCH:>, ..(8E8=, $C=:F8O >B:;8:0 70E20B=>3> 45B5:B>@0 1KAB@KE =59B@>=>2 ?@>AB>9 35><5B@88, ?@8?@8=B /  1275/2010.  = 4/5=0.8 ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011.  = 4/10=0.4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: D.N. Abdurashitov, V.N. Gavrin, V.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =6/6= 1*1.5=1.5 D.N.Abdurashitov, S.Belousov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, and A.A.Shikhin, Response Function of a Fast Neutron Capture Gated Spectrometer, BgNS International Conference  Nuclear Power for the People  , November 8, 2011, Bansko, Bulgaria PRND=6/6=1 D.N.Abdurashitov, V.N.Gavrin, A.V.Kalikhov, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikoin, and V.E.Yants, Segmented Fast Neutron Spectrometer, the 2nd International Cpnference ISWART-2010, Kharkov, Ukraine, October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isher, J.N.Abdurashitov, K.J.Coakley, V.N.Gavrin, D.M.Gilliam, J.S.Nico, A.A.Shikhin, A.K.Thompson, D.F.Vecchia, V.E.Yants, Fast neutron detection with 6Li-loaded liquid scintillator, Nuclear Instruments and Methods in Physics Research A 646 (2011) 126-134. 1.142*30/10= 3.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011 ) !2, 2-14. 0.357*60/9=2.4 D.N.Abdurashitov, V.N. Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin, Response FunAtion of a Fast Neutron Capture-Gated Spectrometer, Instruments and Experimental Techniques, Vol.54, No.5 (2011) 639-643. 0.357*60/5=4.3 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ...0;KH:8=, .. 0BCH:>, ..(8E8=, $C=:F8O >B:;8:0 70E20B=>3> 45B5:B>@0 1KAB@KE =59B@>=>2 ?@>AB>9 35><5B@88, ?@8?@8=B /  1275/2010.  = 4/5=0.8 ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011.  = 4/10=0.4 ..14C@0H8B>2, ..02@8=, ..0;8E>2, ..(8E8=, AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LiF ?@8 :><=0B=>9 B5<?5@0BC@5, ?@5?@8=B /  1284/2011.  = 4/4=1 .. (8E8=, -;5:B@>=8:0 A8AB5<K @538AB@0F88 30;;89-35@<0=852>3> =59B@8==>3> B5;5A:>?0, ?@5?@8=B /  1285/2011.  =4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: ..Shikhin, Development of the gallium-germanium neutrino telescope counting system for 2-zone source gallium experiment, he 15th International Baksan School  Particles a4LVALDnd Cosmology , Troitsk Moscow region, May 26  June 2, 2011.  =6 J.N. Abdurashitov, V.N. Gavrin, V.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =6/6= 1*1.5=1.5 D.N.Abdurashitov, V.N.Gavrin, A.V.Kalikhov, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikin, and V.E.Yants, Segmented Fast Neutron Spectrometer, the 2nd International Cpnference ISWART-2010, Kharkov, Ukraine, October 2010  =6/7=0.8 D.N.Abdurashitov, S.Belousov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, and A.A.Shikhin, Response Function of a Fast Neutron Capture Gated Spectrometer, BgNS International Conference  Nuclear Power for the People  , November 8, 2011, Bansko, Bulgaria PRND=6/6=1 "  =25.6LVAL/=F 8:B>@ -4C0@4>28G @>4.12.11.1953, =.A.-,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: B.M.Fisher, J.N.Abdurashitov, K.J.Coakley, V.N.Gavrin, D.M.Gilliam, J.S.Nico, A.A.Shikhin, A.K.Thompson, D.F.Vecchia, V.E.Yants, Fast neutron detection with 6Li-loaded liquid scintillator, Nuclear Instruments and Methods in Physics Research A 646 (2011) 126-134. 1.142*30/10= 3.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011 ) !2, 2-14. 0.357*60/9=2.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: D.N. Abdurashitov, V.N. Gavrin, V.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =6/6= 1*1.5=1.5 D.N.Abdurashitov, V.N.Gavrin, A.V.Kalikhov, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikin, and V.E.Yants, Segmented Fast Neutron Spectrometer, the 2nd International Cpnference ISWART-2010, Kharkov, Ukraine, October 2010  =6/7=0.8 "  =8.1'.RM H C J E @ ;B=D?:50S Cq@?,f VNGHHHH<?[ GC @?k_ VNGHHHH<?OB@?BZ VNGHHHH<?GjCb@?b?V VNGHHHH<?xBU@?T VNGHHHH<?qd{C@?[N VNGHHHH<?>oC@?xAI VNGHHHH<?JsC @?PBD VNGHHHH<?N CB @?2]> VNGHHHH<?cC=JC @?O8 VNGHHHH<?5A@?7 VNGHHHH<?ff&@@?85 VNGHHHH<?3B@?3 VNGHHHH<?` 'B@?#0 VNGHHHH<?C+C@?N+ VNGHHHH<?@?<<<<<?C@?P) VNGHHHH<?ףyC@?|/& VNGHHHH<?=JB@?)# VNGHHHH<?B@?JJ VNGHHHH<?@?<<<<<?1 ~A@? @ HHHH<?28G, @>4. 13.06.1944 3., 02. B45;>< -:A?5@8<5=B0;L=>3> ><?;5:A0, :.D-<.=. >=D5@5=F88: Grachev M.I., Ponomareva E.V., INR RAS, Moscow, Russia,  Optical design of the proton beam lines for the neutron complex INR RAS and medical application , 2nd International particle accelerator conference IPAC2011, September 2011, San Sebastian, Spain  =1,5*45/2=33,75 Grachev M.I., Fedchenko V.A., Kravchuk L.V., Ponomareva E.V., INR RAS, Moscow, Russia,  Beam absorber for tuning accelerator in the beam layout of the experimental complex , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  =1,5*30/4=11,25 S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, INR RAS, Moscow, Russia, V.N. Zapolsky, IHEP, Protvino, Russia  Tuning of the INR therapeutic proton beam , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino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rachev M.I., Ponomareva E.V., INR RAS, Moscow, Russia,  Optical design of the proton beam lines for the neutron complex INR RAS and medical application , 2nd International particle accelerator conference IPAC2011, September 2011, San Sebastian, Spain  =1,5*45/2=33,75 Grachev M.I., Fedchenko V.A., Kravchuk L.V., Ponomareva E.V, INR RAS, Moscow, Russia,  Beam absorber for tuning accelerator in the beam layout of the experimental complex , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  =1,5*30/4=11,25 S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, INR RAS, Moscow, Russia, V.N. Zapolsky, IHEP, Protvino, Russia  Tuning of the INR therapeutic proton beam , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  = 1,5*30/6=7,5 C1;8:0F88: @0G52 .., @02GC: .., $54G5=:> ., >=><0@520 .. >2CH:0 ?CG:0, "-, 2 ?5G0B8.  =1.5*45/4=16.875 @0G52 .., @02GC: .., >=><0@520 .. ?B8<870F8O :0=0;0 B@0=A?>@B8@>2:8. 57C;LB0BK. "-, 2 ?5G0B8.  =1.5*45/3=22.5  = 33,75+11,25+7,5+16.875+22.5= 91,88 B>3>:  =91,88>@1C=>2 ;048<8@ C7L<8G, @>4.27.12.1951, =A - !B0BL8: ..!04K:>2 8 4@./  59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20=-=KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 / : A>2@5<5==>5 A>AB>O=85 //  >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 , 2 ?5G0B8.  =60*1/10=6 @5?@8=BK / : ..>@1C=>2 /  !>3;0H5=85 > ?>;O@=>ABOE <03=8B>2 M:A?5@8<5=B0;L=>3> :><?;5:A0 /  //, 2 ?5G0B8.  =4 ..>@1C=>2, .!.!5;57=52/  -;5:B@>==K5 A@54AB20 >15A?5G5=8O 157>?0A=>AB8 @01>BK 06 /  //, 2 ?5G0B8.  =4*1/2=2 ..>@1C=>2 /  -;5:B@>B5E=8G5A:0O G0ABL ;>2CH:8 ?@>B>==>3> ?CG:0 =0 83-9 >A8 # /  //, 2 ?5G0B8.  =4  =6+4+2+4=16 B>3>:  =16LVAL(  %07@5B0;8 !5D>28G @>4. 24.08.1965, A=5 "$, 4D<=. NIRDV Khazretali Sefovich, August 24, 1965, Senior Researcher, Theory Department, Doctor of Sciences   70 2010 2011 33. C1;8:0F88: 1) H. Boos, F. Goehmann, A. Kluemper, Kh. S. Nirov, A. . Razumov / "Exercises with the universal R-matrix" // J. Phys. A: Math. Theor. 43 (2010) 415208 (35p), arXiv:1004.5342 [math-ph].   = 1.641*30/5 = 9.846 3) H. Boos, F. Goehmann, A. Kluemper, Kh. S. Nirov, A. . Razumov / "On the universal R-matrix for the Izergin-Korepin model" // J. Phys. A: Math. Theor. 44 (2011) 355202 (25pp), arXiv:1104.5696   = 1.641*30/5 = 9.846 >:;04K: 1) Kh. S. Nirov / "On Integrable Systems and the Universal R-matrix" (invited talk, 30 min.) // International Seminar on High Energy Physics Quarks-2010, Kolomna, June 6-12, 2010;   = 30 2) Kh. S. Nirov / "On the Khoroshkin-Tolstoy Formula for the Universal R-matrix in Quantum Integrable Systems5 5 (invited talk, 45 min.) // International Workshop on Classical and Quantum Integrable Systems (CQIS-2011), Protvino, Moscow Region, Russian Federation, January 24 - 27, 2011;   = 30 3) Kh. S. Nirov / "On Group-Theoretic Background of Classical and Quantum Integrability" (invited talk, 30 min.) // XV-th International School "Particles and Cosmology", May 26 - June 2, 2011, Troitsk, Moscow Region, Russian Federation   = 30 B>3>:   = 110 X. !. 8@>2 Kh. S. Nirov / , >A:20, INR RAS, Moscow, 30 45:01@O 2011 3. December 30, 2011LVAL(B5@= >@8A 235=L528G 1950 3.@., A=A 4>:B>@ D87.-<0B. =0C: (2006) 564C=0@>4=K9 8=45:A F8B8@C5<>AB8 1389 1. Fermi Observations of Blazars: Implications for Gamma-ray Production. Juri Poutanen, Boris E. Stern, . Sep 2011. 10pp. e-Print: arXiv:1109.0946 [astro-ph.CO]  =4/2=2 2. Variation of the gamma-gamma opacity by the He II Lyman continuum constrains the location of the gamma-ray emission region in the blazar 3C 454.3. Boris E. Stern, Juri Poutanen, . May 2011. 5pp. e-Print: arXiv:1105.2762 [astro-ph.HE]  =4/2=2 3. Poutanen, Juri; Stern, Boris, 2010,  GeV Breaks in Blazars as a Result of Gamma-ray Absorption Within the Broad-line Region , The Astrophysical Journal Letters, Volume 717, Issue 2, pp. L118-L121 (2010)  =5,158*30/2=77,37 4. Stern, Boris E.; Poutanen, Juri Variation of the  opacity by the He II Lyman continuum constrains the location of the -ray emission region in the blazar 3C 454.3 Monthly Notices of the Royal Astronomical Society: Letters, Volume 417, Issue 1, pp. L11-L15. )  =4,888*30/2=73,32 "+  =154,69LVALVNG 515452 !5@359 @83>@L528G 1. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 -..>?B5;>20 0480F8>==K5 MDD5:BK 2 B25@4KE B5;0E 8 GB5=85 ;5:F89 ?> :C@AC 2 B5G5=85 >A5==53> A5<5AB@0 2010 3. 2. S.G.Lebedev,  Stripper target lifetime estimations Nucl. Instr. And Meth. A613(2010)442. 3. S.G.Lebedev, L.Y.Sosnin, A.N.Cheltsov,  173Lu and other radioisotopes production possibilities on medium energy linear proton accelerator for their use in radiographic equipment Nucl. Instr. And Meth. A613(2010)477. 4. S.G.Lebedev- Editor,  Unconventional Electromagnetics in Carbonaceous Materials Nova Science Publihers, Inc., ISBN-13: 9781616681746, 2010. 126. S.G.Lebedev  Editor,  Unconventional Electromagnetics in Carbonaceous Materials ebook, Nova Science Publihers, Inc., ISBN-13: 9781616684044, 2010. 5. !..515452, > A;540< C3;5@>4=>9 A25@E?@>2>48<>AB8 7>1@5B0B5;LAB2>, B.% !3, AB@.13, 2010. 6..!.515452, !..515452 07@01>B:0 15A:>=B0:B=KE 46>75DA>=>2A:8E ?5@5:;NG0B5;59  >3@0=8G8B5;59 B>:0 4;O M;5:B@8G5A:8E A5B59 ?@54AB02;5=85 ?@>5:B0 2 ?>;CD8=0;5 :>=:C@A0 =0 A>8A:0=85 2>@K:8=A:>9 ?@5<88 >A:>2A:0O >1;0ABL, Foresta Tropicana Hotel, 25-27 =>O1@O 2010 3. 7. ..=4@552, ..@02GC:, !..515452, 0=>:><?>78B =0 >A=>25 D>=>==KE @57>=0B>@>2 8 A?>A>1 53> ?>;CG5=8O ?0B5=B $ ! 2425793, 20113. 8. !..515452, !! "/ $!!  .'"/- '"/ "  #!" !" !! -"# !!#, 0B5=B $ ! 2420831. 9. E.A.Koptelov, S.G.Lebedev, N.M.Sobolevsky,  Comparative Computer Modeling of Target Performance in Particle Beams and Fusion or Fission environments to be published in Edited Collection  Horizons in World Physics" by Nova Science Publishers, Inc., ISBN-10: 1613240147, ISBN-13: 978-1613240144, 2011. 10. S.G.Lebedev,  The Crystal World Science Journal of Physics, Vol.2011, August 2011. 11.L.V.Kravchuk, S.G.Lebedev,  Phonon Resonators : The Building Blocks of Nanocomposite Adjusting the Electron - Phonon Interaction to be published in Journal of A> LVALN pplied Physics, 2011 12. >@01>B:0 C@A0 ;5:F89 -..>?B5;>20 4;O ABC45=B>2 $" 0480F8>==K5 MDD5:BK 2 B25@4KE B5;0E 8 GB5=85 ;5:F89 ?> :C@AC 2 >A5==5< A5<5AB@5 2011 3. 13. V.G. Andreev, L.V. Kravchuk, S.G. 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Neutron Experimental Techniques, Instrumentation and Radiation Sources, Pleiades Publishing Ltd, 38-42, 2010.  =8/10=0.8 3. ... O1>2, .. @0G52, .. 0<0=8=, .. C7=5F>20, .. C7=5F>2,-.. >?B5;>2, .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:>. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5  =0,727*60/10=4,362 4. ... 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"  " & .-!! " /45@=0O D878:0 3(B>< 75) 2012 3  =0,563*60/10=3,378 3. . . A552, . . >78: 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 ""@>8F: =N-<0AA", ?@5?@8=B /  1287/2011   =4/10=0,4 B>3>2K9   18,67pLVAL04>@>6=K9 !5@359 8:B>@>28G 1970 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C: 1. V.N. Aseev, A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. Likhovid, V.M. Lobashev, A.A. Nozik, V.S. Pantuev, V.I. Parfenov, A.K. Skasyrskaya, F.V. Tkachev, S.V. Zadorozhny,  Upper limit on the electron antineutrino mass from the Troitsk experiment Physical Review D84 112003 (2011)  =4,964*30/10=14,892 2. .. A552, .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, !.. 04>@>6=K9, .. 8E>284, .. >10H52, .. >78:, .! 0=BC52, .. 0@DQ=>2, .. !:0AK@A:0O, $.. ":0G52, "  !!+ -"  ""   "- ! " "/  -! "  " & .-!! " /45@=0O D878:0 3(B>< 75) 2012 3  =0,563*60/10=3,378 3. . . A552, . . >78: 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 ""@>8F: =N-<0AA", ?@5?@8=B /  1287/2011   =4/10=0,4 B>3>2K9   18,67.LVAL@"8B>2 8:8B0 =4@5528G !=A, :0=4840B D87.-<0B. =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. A C:070=85< :>;-2> 02B>@>2. 1. @83;0H5==K9 4>:;04 N.Titov KATRIN Experiment in 2009  Systematic Improvements Proceedings of the 14th Lomonosov Conference on Elementary Particle Physics (ed. A. Studenikin) World Scientific Pub Co Inc. 2010 , ISBN-10:9814329673, p.153-158  =0,671*60 *0,7 / 1 = 28,182 2. The KATRIN sensitivity to the neutrino mass and to right-handed currents in beta decay J. Bonn, K. Eitel, F. Glueck , D. Sevilla-Sanchez, N. Titov, K. Blaum Physics Letters B Volume 703 (2011), Pages 310-312  = 5,255 * 30 / 6 = 26,275 "+   = 54,457!:0AK@A:0O 9=> >=AB0=B8=>2=0 1951 3. @., =A !?8A>: ?C1;8:0F89 !:0AK@A:>9 .. 2010-2011 33.: 1. V.N. Aseev, A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. 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PHENIX Collaboration Phys.Rev.Lett. 107 (2011) 172301. 2B>@>2 340  =7.622*30*0.1=22.866 24. A.Adare et al., "Measurements of Higher-Order Flow Harmonics in Au+Au Collisions at sqrt(s_NN) = 200 GeV". Phys. Rev. Lett. 107, 252301 (2011) . 2B>@>2 340  =7.622*30*0.1=22.866 25. V.S. Pantuev Empirical estimation the effects of flow on thermal photon angular distribution and spectra in nucleus-nucleus collisions at RHIC and LHC. . 2B>@ 1 May 2011. 4 pp. e-Print: arXiv:1105.4033 [nucl-ex]  =4   ?> ?C1;8:0F8O< = 9*10.248+8*14.892+7*22.866+4=375.43 6. !?8A>: ?0B5=B>2 < LVALL 70 2010 -2011 3.3. 5B. 7. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2010 -2011 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. High pT particle production, hard scattering, and correlations. @83;0H5==K9 ?;5=0@=K9 4>:;04 =0 6th International Workshop on high-pT physics at LHC, April 4-7, 2011 Utrecht, the Netherlands.'   ?> 2KABC?;5=8O< = 30 0G8A;5=85 10;;>2 70 @C:>2>4AB2> A>8A:0B5;O<8 CG5=>9 AB5?5=8   70 @C:>2>4AB2> A>8A:0B5;5< = 30 "+   = 435.43LVAL >;C1520 ;5=0 !5@3552=0 !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. 1. !5G5=85 >1@07>20=8O A>AB02=>3> O4@0 2 pBi - 2708<>459AB288 ?@8 M=5@388 20-100 M. .!. >;C1520, .!. ;L8=>2 /45@=0O D878:0, B. 72, !11, 1897-1900, 2009 3.  =0.539*60/2=16,17 "+   =16,178E>284 8:>;09 =0B>;L528G 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2010 -2011 3.3. A C:070=85< :>;-2> 02B>@>2. 1. V.N. Aseev, A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. Likhovid, V.M. Lobashev, A.A. Nozik, V.S. Pantuev, V.I. Parfenov, A.K. Skasyrskaya, F.V. Tkachev, S.V. Zadorozhny,  Upper limit on the electron antineutrino mass from the Troitsk experiment Physical Review D84 112003 (2011)  =4,964*30/10=14,892 2. .. A552, .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, !.. 04>@>6=K9, .. 8E>284, .. >10H52, .. >78:, .! 0=BC52, .. 0@DQ=>2, .. !:0AK@A:0O, $.. ":0G52, "  !!+ -"  ""   "- ! " "/  -! "  " & .-!! " /45@=0O D878:0 3(B>< 75) 2012 3  =0,563*60/10=3,378 B>3>2K9   18,27LVALVNG*0@:8= ;5:A0=4@ 20=>28G !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2010 -2011 3.3. 1. .. 0@:8=, .. '5@:>25F, .. !K@><OB=8:>2. >45;8@>20=85 >?B8<0;L=KE CA;>289 E@0=5=8O B@8B8O, ISSN 1028-978X 5@A?5:B82=K5 <0B5@80;K, A?5F80;L=K9 2K?CA: (8) D52@0;L, 2010, A.387-391.  =6/3=2 2. .. 0@:8=, .. !K@><OB=8:>2. 538AB@0F8O B@8B8O 2 B5@<>O45@=>< @50:B>@5. ISSN 1028-978X 5@A?5:B82=K5 <0B5@80;K, A?5F80;L=K9 2K?CA: (8) D52@0;L, 2010, A.63-68.  =6/2=3 3. .. 0@:8=, .. !K@><OB=8:>2, .. 5;>2. 803=>AB8:0 B@8B8O 2 B5@<>O45@=>< @50:B>@5. $878:0 ?;07<K, ! 5, 2010 3., A. 473-477. 0,584*60/3=11,68 4. .. 0@:8=, .. !K@><OB=8:>2. 5B>4K 70I8BK >B 2=54@5=8O 2 ?5@2CN AB5=:C "/  B@8B8O 8 53> 2KE>40 2 >:@C60NICN A@54C. >:;04 =0 <564C=0@>4=>< A5<8=0@5 ?> "/ , 25=83>@>4, 8N=L, 20103. 4>:;04G8:  . 0@:8=.  =6/2=3 5. .. 0@:8=, .. 82:8A, .. !K@><OB=8:>2, .. @K:8=0, -.. 787>2, .. !5<5=>2. 7<5@5=85 :>=F5=B@0F88 B@8B8O 2 AB5=:5 B5@<>O45@=>3> @50:B>@0 2 ?@>F5AA0E 55 =0AKI5=8O 8 4570:B820F88. >:;04 =0 %IV A5@>AA89A:>9 :>=D5@5=F88 !" +!" "#  + (-14), 3. 25=83>@>4 >A:>2A:>9 >1;., 5-10 8N=O 20113. 4>:;04G8:  . 0@:8=.  =6/6=1 6. .. 0@:8=, .. 82:8A, .. !K@><OB=8:>2, .. @K:8=0, -.. 787>2, .. !5<5=>2. 7<5@5=85 :>=F5=B@0F88 B@8B8O 2 :0<5@5 B5@<>O45@=>3> @50:B>@0 2 ?@>F5AA0E 55 =0AKI5=8O 8 4570:B820F88. @81>@K 8 B5E=8:0 M:A?5@8<5=B0 ("-), !2, 20123.  =0,357*60/6=3,57 7. .. 0@:8=, .. !K@><OB=8:>2. 5B>4K 70I8BK >B 2=54@5=8O 2 ?5@2CN AB5=:C "/  B@8B8O 8 53> 2KE>40 2 >:@C60NICN A@54C. >:;04 =0 A5@>AA89A:>< A5<8=0@5 (A CG0AB85< 8=>AB@0==KE CG5=KE) $'!  "%'! !"+ * !"' "  / " '!%, "%'!% !!  (/ ' /  - " (VNS-4), 15-19 8N=O 2010 3. 3. 25=83>@>4, >A:>2A:>9 >1;.. 4>:;04 -. 0@:8= (1C45B >?C1;8:>20=> 2 ", @0745; B5@<>O45@=K9 A8=B57).  =4/2=2 B>3>2K9  = 26,25*0,5=13,125LVALVNG O1>2 .@89 0A8;L528G >:B>@ D87-<0B =0C: >4 @>645=8O. 1933 0B0 70I8BK 48AA5@B0F88 2007 >;6=>ABL 2=A ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2010-201133 1. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. Int. Seminar ISINN-18, May 25-28, 2010.  Dubna: -JINR.   = 6*1,5/4 = 2.25 2. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Int. Seminar ISINN-18, May 25-28, 2010.  Dubna: -JINR.  = 6*1,5/4 = 1.5 3. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V. Ryabov. Measurement of parameters of pulsed neutron sources RADEX and IN-06 at Moscow Meson Factory. Int. Seminar ISINN-19, May 25-28, 2011.  Dubna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u.V. Ryabov, M.I. Grachev, D.V.Kamanin & ..O.N. Libanova, & ..V.I.Razin, . A Pulsed Neutron Sources on the Proton Beam for the MMF. Neutron Experimental Techniques, Instrumentation and Radiation Sources, Pleiades Publishing Ltd, 38-42, 2010.  =8/10=0.8 8. D.V. Kamanin, Yu.V. Pyatkov, A.A. Alexandrov, I.A. Alexandrova, S.B.Borzakov, M.L. Chelnokov, D. Fam Min, N.A. Kondratyev, Yu.N. Kopach, E.A. Kuznetsova, Ts. Panteleev, Yu.E. Penionzhkevich, Yu.V. Ryabov, A.I. Svirikhin, E.A. Sokol, D.A. Testov, V.E. Zhuchko, A.V. Yeremin NEUTRON BELT FOR COMETA SETUP. Proc. Int. Symposium on Exotic Nuclei (EXON-2009), Sochi, Russia, 28 September-2 October 2009, AIP Conference Proceedings, v.1, p. 178-185, 2010.  =8/10=0,8 9. .. 0BKH520, ... O1>2, .. !>1>;52A:89, ?B8<870F8O :>=AB@C:F88 <8H5=L-70<54;8B5;L 8<?C;LA=>3> =59B@>==>3> 8AB>G=8:0 -!. !-- 2009, >A:20, 2010  =8/3=2,66 10. D.V. Kamanin, Yu.V. Pyatkov, E.A. Kuznetsova, A.A. Alexandrov, I.A. Alexandrova,S.B. Borzakov, M.L. Chelnokov, D.Pham Minh, N. Jacobs, N.A Kondratyev, Yu.N. Kopach,Ts. Panteleev,Yu.E. Penionzhkevich, Yu.V. Ryabov, A.I. Svirikhin, E.A. Sokol, D.A.Testov, V.E.Zhuchko, A.V. Eremin Collinear cluster tri-partition as a neutron source  evaluation of the setup parameters Proc. Int. Symposium on Exotic Nuclei (EXON-2009), AIP Conference Proceedings, v.1, p. 385-392,,2010  =8/10=0.8 11. ... O1>2, .. @0G52, .. 0<0=8=, .. C7=5F>20, .. C7=5F>2,-.. >?B5;>2, .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:>. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5  =0,727*60/10=4,362 12. .!. K;>A>20, ..810=>20, ... O1>2. >71C645=85 2KA>:>A?8=>2KE 87><5@>2 ?@>B>=0<8 A@54=8E M=5@389 =0 $ / . 725AB8O . !5@8O D878G5A:0O !11, 2011  =0,406*60/3=8,12 13. .LVAL.. @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1. 2 6. 725AB8O . !5@8O D878G5A:0O 2011  =0,406*60/5=4,872 14. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. 725AB8O . !5@8O D878G5A:0O !11, 2011  =0,406*60/10=2,436   ?> ?C1;8:0F8O< 34,2 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8?;><=8:  . K;>A>20, $"#  =5 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. >@01>B:0 :C@A0 59B@>==0O D878:0 $"#  =8 @C30O 7=0G8<0O 8=D>@<0F8O. C:>2>48B5;L ?@>5:B0 =59B@>==>3> 8<?C;LA=>3> 8AB>G=8:0 /  -!. "+   47,2:LVALJ810=>20 ;L30 8:>;052=0 ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2010-2011 3. 1. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3.!0@>2:- $/& -$  =6 /10 =0,6 2. .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:>. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5  =0,727*60/10=4,362 6,231 3. .!. K;>A>20, ..810=>20, ... O1>2. >71C645=85 2KA>:>A?8=>2KE 87><5@>2 ?@>B>=0<8 A@54=8E M=5@389 =0 $ / . 725AB8O . !5@8O D878G5A:0O !11, 2011  =0,406*60/3=8,12 4. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. 725AB8O . !5@8O D878G5A:0O !11, 2011  =0,406*60/10=2,436 5. Yu.V. Ryabov, M.I. Grachev, D.V.Kamanin & ..O.N. Libanova, & ..V.I.Razin, . A Pulsed Neutron Sources on the Proton Beam for the MMF. Neutron Experimental Techniques, Instrumentation and Radiation Sources, Pleiades Publishing Ltd, 38-42, 2010.  =8/10=0.8 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8?;><=8: 2010 3. . K;>A>20, $"#  =5   = 23,187LVALVNG 0<0=8= <8B@89 ;048<8@>28G !?8A>: =0CG=KE @01>B 70 2010-2011 3.3. C1;8:0F88 2 @5F5=78@C5<KE 6C@=0;0E (70@C156=K5): 1. Yu.V.Pyatkov, D.V.Kamanin, W. von Oertzen, A.A.Alexandrov, I.A.Alexandrova, O.V.Falomkina, N.A.Kondratjev, Yu.N.Kopatch, E.A.Kuznetsova, Yu.E.Lavrova, A.N.Tyukavkin, W.Trzaska, V.E.Zhuchko. Collinear cluster tri-partition of 252Cf (sf) and in the 235U(nth, f) reaction. Europhysicsnews. Highlights from Europeans Journals. 2010. V. 41, No. 4. p.14.  =0,757*30/10= 2,271 2. D.V. Kamanin for the FOBOS collaboration. Multi-cluster decays of heavy nuclei. Presented at the 2th SOUTH AFRICA - JINR Symposium "Models and Methods in Few- and Many-Body Systems", Dubna, Russia, 8-10 September 2010.  =6*1,5=9 3. Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopach, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, V.E.Zhuchko, E.A.Kuznetsova, Ts.Panteleev, and A. N. Tyukavkin. Collinear Cluster Tripartition Channel in the Reaction 235U(nth, f). Physics of Atomic Nuclei. Vol. 73, No. 8, 2010, p. 1309-1316. From Yadernaya Fizika. Vol. 73, No. 8, 2010, p. 1350-1358.  =0,563*60/10= 3,378 4. Yu.V.Pyatkov, D.V.Kamanin, W. von Oertzen, A.A.Alexandrov, I.A.Alexandrova, O.V.Falomkina, N.A.Kondratjev, Yu.N.Kopatch, E.A.Kuznetsova, Yu.E.Lavrova, A.N.Tyukavkin, W.Trzaska, V.E.Zhuchko. Collinear cluster tri-partition of 252Cf (sf) and in the 235U(nth, f) reaction. Eur. Phys. J. A: Hadrons and Nuclei. 2010. V. 45, No. 1. pp. 29 37.  =2,592*30/10= 7,776 5. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, N.Jacobs, N.A.Kondratyev, Yu.N.Kopach, E.A.Kuznetsova, V.Malaza, Ts.Panteleev, D.Pham Minh, V.E.Zhuchko. Collinear cluster tri-partition of 252Cf (sf)  evidences in neutron gated data. Presented at the 18th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 26-29 May 2010.  =6*1,5/10= 0,9 6. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, M.L.Chelnokov, D.Fam Min, N.A.Kondratyev, Yu.N.Kopach, E.A.LVAL Kuznetsova, Ts.Panteleev, Yu.E.Penionzhkevich, A.I.Svirikhin, E.A.Sokol, D.A.Testov, V.E.Zhuchko, A.V.Yeremin. "Neutron belt" for COMETA setup. Presented at the 18th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 26-29 May 2010.  =6*1,5/10= 0,9 7. Yu.V.Pyatkov, D.V.Kamanin, A.A.Alexandrov, I.A.Alexandrova, N.A.Kondratyev, E.A.Kuznetsova, N.Jacobs, V.Malaza, D.Pham Minh, A.I.Svirikhin, V.E.Zhuchko, A.V.Yeremin. Presumable scenario of one of the collinear cluster tri-partition modes Presented at the 2nd Workshop on State of the Art in Nuclear Cluster Physics "SOTANCP2", Brussels, Belgium, 25-28 May 2010.  =6*1,5/10= 0,9 8. Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.Krasznahorkay, A.N.Tyukavkin, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, V.E.Zhuchko, N.A.Kondratiev, E.A.Kuznetsova, Ts.Panteleev. Collinear cluster tri-partition of low excited heavy nuclei  status and prospects of experimental investigations. Proceedings of the International Conference "Nuclear Structure and Related Topics", Dubna, Russia, June 30 - July 4, 2009. Dubna 2010, V. I, p. 150-157.  =6*0,5/10= 0,3 9. D.V.Kamanin, Yu.V.Pyatkov, A.Krasznahorkay, A.A.Alexandrov, I.A.Alexandrova, M.Csatls, L.Csige, J.Gulys, F.Naqvi, N.A.Kondratyev, E.A.Kuznetsova, T.Tornyi, A.N.Tyukavkin, and V.E.Zhuchko. Preliminary results on collinear cluster tripartition in 232Th + d (10 MeV) reaction. 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D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, N.A.Kondratyev, E.A.Kuznetsova, V.Malaza, O.V.Strekalovsky, V.E.Zhuchko // Status of studies of collinear cluster tri-partition of 252Cf (sf) // 7th International Conference on Dynamical Aspects of Nuclear Fission "DANF2011", Smolenice Castle, Slovak Republic, 17-21 October 2011. Conference proceedings. Published by World Scientific Publishing Co. Pte. Ltd.  =6*1,5/9=0,9 13. D.V.Kamanin, Yu.V.Pyatkov, N.A.Kondratyev, V.E.Zhuchko, A.A.Alexandrov, I.A.Alexandrova, N.Jakobs, E.A.Kuznetsova, V.Malaza, S.I.Mulgin, O.V.Strekalovsky // Mosaic time-of-flight COMETA spectrometer for studying of multi-body decays of heavy nuclei // 7th International Conference on Dynamical Aspects of Nuclear Fission "DANF2011", Smolenice Castle, Slovak Republic, 17-21 October 2011. Conference proceedings. Published by World Scientific Publishing Co. Pte. Ltd.  =6*1,5/10=0,9 14. 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A C:070=85< :>;-2> 02B>@>2. . 1. . . C9:>2, !. . 0;<K:>2, !. . @<>;052, . . ;852, . . >E0=N:, . . 0BCH:>, . . "0=0=052, . $. OA>54>2. >;CG5=85 0:B8=8O-225 8 @048O 223 ?@8 >1;CG5=88 B>@8O CA:>@5==K<8 ?@>B>=0<8. 048>E8<8O, 2011, !1.  =0,237E60/8=1,778. 2. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3. !0@>2:- $/& -$  =6 /10 =0,6 3. 2. .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:>. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5  =0,727*60/7=6,231 4. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. 725AB8O . !5@8O D878G5A:0O !11, 2011  =0,406*60/10=2,436 5. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. /45@=0O D878:0 8 8=68=8@8=3,2011.  =8 /10 =0,8 6. !..@<>;052, .. C9:>2, .. 0;<K:>2, ..;852, .. >E0=N:, .. 0BCH:>, .. "0=0=052, .$. OA>54>2. ><18=0F8O @07;8G=KE ?>4E>4>2 : 2K45;5=8N 225Ac 8 223Ra 87 >1;CG5==>3> ?@8@>4=>3> B>@8O. A5@>AA89A:0O :>=D5@5=F8O 048>E8<8O  =0C:0 =0AB>OI53> 8 1C4CI53>, >A:20, 13-15 0?@5;OLVAL% 2011. !1>@=8: B578A>2. >A:20, %8<8G5A:89 D0:C;LB5B # 8<. .. ><>=>A>20, A. 17-18.   =4*1,5/8=0,75 7. ... O1>2, .. @0G52, .. 0<0=8=, .. C7=5F>20, .. C7=5F>2, -.. >?B5;>2, .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:>. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5  =0,727*60/10=4,362 8. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, V.L. Matushko, S.N. Kalmykov, R.A. Aliev, I.G. Tananaev, B.F. Myasoedov. Production of actinium, thorium and radium isotopes from thorium-232 irradiated with protons up to 141 MeV. Radiochim. Acta (in press), 2012. DOI number used for citation: 10.1524/ract.2012.1909  =1,128E30/8=4,23 9. Yu.V. Ryabov, M.I. Grachev, D.V.Kamanin, V.L. Matushko & ..O.N. Libanova, & ..V.I.Razin, A Pulsed Neutron Sources on the Proton Beam for the MMF.Neutron Experimental Techniques, Instrumentation and Radiation Sources, Pleiades Publishing Ltd, 38-42, 2010.  =8/10=0.8 10. D.N. Abdurashitov, V.N. Gavrin,A.V. Kalikhov, Yu.M. Malyshkin, V.L. Matushko and A.A. Shikhin, (6 co-authors),  Simulation of low background high efficiency capture gated fast neutron spectrometer , Oral presentation in 18-th International Seminar on Interaction of Neutrons with Nuclei (ISINN-18), Dubna, June 2010;  =6*1,5/6=1,5   ?> ?C1;8:0F8O 23,482 @5?@8=BK: 1. .. 14C@0H8B>2 8 4@. (5 A>02B>@>2), $C=:F8O >B:;8:0 70E20B=>3> 45B5:B>@0 1KAB@KE =59B@>=>2 ?@>AB>9 35><5B@88, @5?@8=B / , 1280/2010   =4/5=0.8 #AB=K5 A5:F8>==K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. J. N. Abdurashitov et al (6 co-authors),  Simulation of low background high efficiency capture gated fast neutron spectrometer , Oral presentation in 18-th International Seminar on Interaction of Neutrons with Nuclei (ISINN-18), Dubna, June 2010; to be published   =6/6=1 2. J. N. Abdurashitov et al (7 co-authors),  Segmented Fast Neutron Spectrometer , Oral LVALpresentation in 2-nd International Conference ISMART-2010, Kharkov, Ukraine, Oct 2010;   =6/7=0.86 3. S. Belousov, V. 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K6:>20, ..(BC:>2A:89, ..C9:>2, ..>AB>20, ..09F52, ..(0BLVAL. 8:, ..'C40:>2, .!.";>AB0=>20, ..!B0=652A:89, ..%>46815:>20, ...>;>2F>20. 5@2K9 >?KB ?@8<5=5=8O 2 :;8=8:5 AB@>=F89 - @C184852>3> 35=5@0B>@0. >:;04 =0 A5@>AA89A:>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 @048>;>3>2 A <564C=0@>4=K< CG0AB85< 5=B35=>@048>;>38G5A:85 B5E=>;>388 8 @0480F8>==0O <548F8=0 2 ;8:2840F88 <548F8=A:8E ?>A;54AB289 B5E=>35==KE :0B0AB@>D (: 25-;5B8N 020@88 =0 '-!) . >A:20, 15  16 D52@0;O 2011 3>40. http://www.rncrr.ru/novosti/news051010.htm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r/82Rb-35=5@0B>@0 4;O ?>78B@>==>-M<8AA8>==>9 B><>3@0D88. 0B5@80;K =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K O45@=>9 <548F8=K, 7-8 45:01@O 2011 3., !0=:B-5B5@1C@3, >AA89A:89 =0CG=K9 F5=B@ @048>;>388 8 E8@C@38G5A:8E B5E=>;>389 8=8AB5@AB20 74@02>>E@0=5=8O 8 A>F80;L=>3> @0728B8O $, A. 23.   =4*1,5/10=0,6 18. .. C48:, ... :8<>2, .!. ;5:A0=4@>2, .. 5;>2, .. C@5=:>2, .!. >1O:8=, .. >20;5=:>, .. !B5E0=>2, !..@<>;052, .. C9:>2, .. >E0=N:. 0;81@>2:0 42CED07=>3> Xe 45B5:B>@0 8 >?@545;5=85 :>MDD8F85=B>2 @5:><18=0F88 A ?><>ILN 83mKr 8 241Am. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 2011,21-25 =>O1@O 2011LVAL/ 3., "-$, >A:20.   =4/10=0,4 19. .. 0?H8=0, !.. @<>;052, . . ">30520, .. C9:>2. >=F5=B@8@>20=85 >;>20-117< 87 >1;CG5==>3> ?@>B>=0<8 8=B5@<5B0;;840 AC@L<0-B8B0=. III A5@>AA89A:89 A8<?>78C< 0745;5=85 8 :>=F5=B@8@>20=85 2 0=0;8B8G5A:>9 E8<88 8 @048>E8<88, @0A=>40@, 2-8 >:BO1@O, 2011. "578AK 4>:;04>2. @0A=>40@, 2011, A. 188.   4*1,5/4=1,5   ?> ?C1;8:0F8O<: 230,17 !?8A>: ?0B5=B>2 70 2010-2011 3.3. 1. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. U.S. Patent Appln. 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TARGETS AND METHODS FOR TARGET PREPARATION FOR RADIONUCLIDE PRODUCTION. US Patent application number (2010): 20100067638 http://www.faqs.org/patents/app/20100067638   =20/4=5 6. !..@<>;052, . .">30520, ..0?H8=0, ..C9:>2, !.!@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb (20@80=BK). 0O2. ?0B. $. ! 2008136586, 12.09.2008. 0B5=B $ ! 2398296, ?@8>@8B5B 12.09.2008, >?C1;8:>20=> 20.08.20~LVAL10,  ! 24.   =20/5=4 7. E. V. Lapshina, B. L. Zhuikov , S. C. Srivastava , S. V. Ermolaev, N. R. Togaeva Methods for chemical recovery of non-carrier-added radioactive tin from irradiated intermetallic Ti-Sb targets. US Patent Application Serial No. 12/425038 (CVI-11). US Patent application number, 2010: 20100064853 http://www.faqs.org/patents/app/20100064853   =20/5=4 8. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. 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Canadian patent application CA 2738308, 22 March, 2011. http://brevets-patents.ic.gc.ca/opic-cipo/cpd/eng/patent/2738308/summary.html?query=METHOD+FOR+PRODUCING+ACTINIUM-225+AND+ISOTOPES+OF+RADIUM+AND+TARGET+FOR+IMPLEMENTING+SAME&start=1&num=50&type=basic_search   =20/8=2,5   ?> ?0B5=B0<: 48,834 B>3>2K9 ;8G=K9  = 230,17+48,834 = 279,004 'C40:>2 ..,=A 2,6 >E0=N: .., =A 36,675 0?H8=0 .., =A 22,245 @<>;052 !.., A=A 41,952 103,472/4=25,868 0AG5B   702. ;01>@0B>@88 = (279,004E0,5)+(25,868 E 0,75) =139,502+19,401=158,903LVALVNG1 @<>;052 !B0=8A;02 8:B>@>28G 1. >4 @>645=8O. 1967 2. 0B0 70I8BK 48AA5@B0F88 0=4. B5E=. =0C: 1995 3. >;6=>ABL !B.=.A. 1. . . C9:>2, !. . 0;<K:>2, !. . @<>;052, . . ;852, . . >E0=N:, . . 0BCH:>, . . "0=0=052, . $. OA>54>2. >;CG5=85 0:B8=8O-225 8 @048O 223 ?@8 >1;CG5=88 B>@8O CA:>@5==K<8 ?@>B>=0<8. 048>E8<8O, 2011, ". 53. !1. C. 66-72.  =0,237*60/8=1,78 2. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, V.L. Matushko, S.N. Kalmykov, R.A. Aliev, I.G. Tananaev, B.F. 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Feb 2011. 6pp. To appear in the proceedings of 20th International BaLVAL= ldin Seminar on High Energy Physics Problems: Relativistic Nuclear Physics and Quantum Chromodynamics (ISHEPP 2010), Dubna, Russia, 4-9 Oct 2010. e-Print: arXiv:1102.1843 [nucl-ex]   =0,4 4) Cross section in deuteron-proton elastic scattering at 1.25 GeV/u. By HADES Collaboration (P.K. Kurilkin et al.) Feb 2011. 6pp. Published in In Proc. of the XX-th International Baldin Seminar on High Energy Physics Problems 'Relativistic Nuclear Physics and Quantum Chromodynamics', JINR, Dubna, Russia, October 4-9,2010 e-Print: arXiv:1102.1610 [nucl-ex]   =0,4 5) Femtoscopy of pp collisions at sqrt{s}=0.9 and 7 TeV at the LHC with two-pion Bose-Einstein correlations. By ALICE Collaboration (K. Aamodt et al.) CERN-PH-EP-2010-083, Jan 2011. 21pp. e-Print: arXiv:1101.3665 [hep-ex]   =0,4 2010 3. 1) Charged-particle multiplicity density at mid-rapidity in central Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. 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Michael Weber et al. (By HADES Collaboration) /Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kin) = 3.5-GeV. // J.Phys.Conf.Ser.316:012007,20, 7 pp {5, 106/7, !?8A>:9}   =8/10=0,8 7. Jerzy Pietraszko et al. (By HADES Collaboration) / Probing properties of nuclear matter with HADES // PoS BORMIO2011:054,2011., 11 pp {5, 106/7, !?8A>:9}   =8/10=0,8 8. G. Agakishiev et al. (By HADES Collaboration) / Hyperon production in Ar+KCl collisions at 1.76A GeV // Eur.Phys.J.A47:21,2011, 8 pp {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 9. Kh.U. Abraamyan et al. / The MPD detector at the NICA heavy-ion collider at JINR // Nucl.Instrum.Meth.A628LVAL@ :99-102,2011 {17, 87/91 !?8A>:11}   =1,142*30/10=3,426 10. G. Agakishiev et al. (By HADES Collaboration) / Inclusive dielectron spectra in p+p collisions at 3.5 GeV. // Submitted to Eur.Phys.J.A {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 11. A. Sadovsky, W. Dominik, M. Golubeva, F. Guber, A. Ivashkin, S. Kuleshov, A. Kurepin, V. Marin, O. Petukhov, and D. Roerich // Forward hadron calorimeter for measurements of projectile spectators in the NA61/SHINE experiment 0?@02;5=> 2 /45@=CN $878:C, D52. 2011{5, 10/7}   =0,563*60/10=3,378 12. A.Ivashkin et al. / Hadron calorimeter with MAPD readout in the NA61/SHINE experiment // Submitted to NIM A, Sep. 2011 {5, 23/8, !?8A>:12}   =1,142*30/10=3,426 13. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c // Submitted to Phys.Rev. C, Nov. 2011 {5, 106/7, !?8A>:9}   =3,416*30/10=10,248 14) Two-pion Bose-Einstein correlations in central Pb-Pb collisions at $sqrt(s_NN)$ = 2.76 TeV. (K Aamodt et al.). Published in Phys.Lett.B696:328-337,2011.   =5,255*30/10=15,765 15) Strange particle production in proton-proton collisions at sqrt(s) = 0.9 TeV with ALICE at the LHC. 34pp. (K Aamodt et al.). 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(By HADES Collaboration) / Hyperon production in Ar+KCl collisions at 1.76A GeV // Eur.Phys.J.A47:21,2011, 8 pp {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 9. A.B. Kurepin, N.S. Topilskaya, M.B. Golubeva //Charmonium production in fixed-target experiments with SPS and LHC beaLVALF ms at CERN // Phys.Atom.Nucl.74:446-452,2011, Yad.Fiz.74:467-473,2011. {5, 3/3}   =0,563*60/3=11,26 10. Kh.U. Abraamyan et al. / The MPD detector at the NICA heavy-ion collider at JINR // .Instrum.Meth.A628:99-102,2011 {17, 87/91 !?8A>:11}   =1,142*30/10=3,426 11. G. Agakishiev et al. (By HADES Collaboration) / Inclusive dielectron spectra in p+p collisions at 3.5 GeV. // Submitted to Eur.Phys.J.A {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 12. A. Sadovsky, W. Dominik, M. Golubeva, F. Guber, A. Ivashkin, S. Kuleshov, A. Kurepin, V. Marin, O. Petukhov, and D. Roerich // Forward hadron calorimeter for measurements of projectile spectators in the NA61/SHINE experiment 0?@02;5=> 2 /45@=CN $878:C, D52. 2011{5, 10/7}   =0,563*60/10=3,378 13. A.Ivashkin et al. / Hadron calorimeter with MAPD readout in the NA61/SHINE experiment // Submitted to NIM A, Sep. 2011 {5, 23/8, !?8A>:12}   =1,142*30/10=3,426 14. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c // Submitted to Phys.Rev. C, Nov. 2011 {5, 106/7, !?8A>:9}   =3,416*30/10=10,248 15. ..C@5?8=, ..5@<5=52, ..>;C1520 / >8A: 0=><0;L=KE 8 M:7>B8G5A:8E O2;5=89 :>A<8G5A:8E ;CG59 2 M:A?5@8<5=B5 CMS =0 CAB0=>2:5 CASTOR =0 >;LH>< 4@>==>< >;;0945@5 // 725AB8O >AA89A:>9 0:045<88 =0C:, A5@8O D878G5A:0O, 2011, K?. 75, !3, AB@.. 428 430 // ISSN 1062_8738, Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 3, pp. 399 401. Allerton Press, Inc., 2011.   =0,406*60/3=8,12 2010 3. 1. A. 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(By NA61/SHINE collaboration) / Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c// Submitted to Phys.ReV. C, Dec.2010 {5, 104/6, !?8A>:8}  =3,416*30/10=10,248   ?> ?C1;8:0F8O< 147,852 @5?@8=BK 1. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c //: arXiv:1112.0150 {17, 106/7, !?8A>:9} 2. G. Agakishiev et al. (By HADES Collaboration) / Inclusive dielectron spectra in p+p collisions at 3.5 GeV. // arXiv:1112.3607 {17, 106/7, !?8A>:9} 3. W. Czyzycki et al. / Electromagnetic Calorimeter for HADES. / arXiv:1109.5550 {17, 20/4, !?8A>:10 4. G. Agakishiev et al. (By HADES Collaboration) / Baryonic resonances close to the $\bar{K}$ N threshold: The Case of $\Sigma(1385)^+$ in pp collisions // arXiv:1109.6806 {17, 106/7, !?8A>:9} 5. G. Agakishiev et al. (By HADES Collaboration) Dielectron production in Ar+KCl collisions at 1.76A GeV. // arXiv:1103.0876 {17, 106/7, !?8A>:9} 6. N Abgrall et al. (By NA61/SHINE Collaboration) /Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c. // CERN-PH-EP-2011-005. Feb 2011. 27 pp., arXiv:1102.0983 {17, 104/6, !?8A>:8} 7. P.K. Kurilkin et al (By HADES Collaboration) / Cross section in deuteron-proton elastic scattering at 1.25 GeV/u. // arXiv:1102.1610 {17, 106/7, !?8A>:9} 8. ALVALH .K. Kurilkin et al (By HADES Collaboration) / Single and double pion production in np collisions at 1.25 GeV with HADES. // arXiv:1102.1843 {17, 106/7, !?8A>:9} 9. N Abgrall et al. (By NA61/SHINE Collaboration) / Report from the NA61/SHINE experiment at the CERN SPS // CERN-SPSC-2011-035 ; SPSC-SR-091. - 2011. 10. N Abgrall et al. 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M.Golubeva, A.Ivashkin, Calibration and analysis of the PSD test data NA61/NA49 software/calibration/analysis meeting, Warsaw, February 15 - 19, 2011  =6/2=3 2. M.Golubeva  PSD simulations NA61 Collaboration meeting, CERN, 6-10 June 2011 3. A.Ivashkin, M.Golubeva  PSD calibration and trigger for ion run NA61 Collaboration meeting, 10-14 October 2011, Zagreb, Crotia "+   156,452 !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} !?8A>:9 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:10 {>;C1520 .., C15@ $.$., 20H:8= .., 5H5B8= ..} !?8A>:11 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0B25< LVALL 52 .., 5H5B8= .., 052A:0O .., @02GC: ..} !?8A>:12 {A.Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber, A. Hasler, A. Korzenev, S. Kuleshov, A.Kurepin, A. Laszlo, V. Marin, Yu. Musienko, O. Petukhov, D. Rohrich, A. Sadovsky, Z. Sadygov, T. Tolyhi, F. Zerrouk}LVALVNGJ 20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: 01>@0B>@88 @5;OB828ABA:>9 O45@=>9 D878:8 B45;0 M:A?5@8<5=B0;L=>9 D878:8 !?8A>: >?C1;8:>20==KE @01>B 70 2010 -2011 3.3. A C:070=85< :>;-20 02B>@>2. 2011 3. 1. G. Agakishiev et al. (By HADES Collaboration) /Baryonic resonances close to the $\bar{K}$ N threshold: The Case of $\Sigma(1385)^+$ in pp collisions.// Submitted to Phys.Rev.C {5, 106/7, !?8A>:9}   =3,416*30/10=10,248 2. G. Agakishiev et al. (By HADES Collaboration) /Dielectron production in Ar+KCl collisions at 1.76A GeV. //Phys.Rev.C84:014902,2011, 11 pp.. {5, 106/7, !?8A>:9   =3,416*30/10=10,248 3. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c // Phys.Rev.C84:034604,2011,27 pp {5, 104/6, !?8A>:8}   =3,416*30/10=10,248 4. A. Rustamov et al. (By HADES Collaboration) /Dilepton production studied with the HADES spectrometer. // Int.J.Mod.Phys.A26:384-389,2011 6pp {5, 106/7, !?8A>:9}   =1*30/10=3 5. G. Agakishiev et al. (By HADES Collaboration) / p p and pi pi intensity interferometry in collisions of Ar + KCl at 1.76A-GeV // Eur.Phys.J.A47:63,2011., 8pp {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 6. Michael Weber et al. (By HADES Collaboration) /Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kin) = 3.5-GeV. // J.Phys.Conf.Ser.316:012007,20, 7 pp {5, 106/7, !?8A>:9}   =8/10=0,8 7. Jerzy Pietraszko et al. (By HADES Collaboration) / Probing properties of nuclear matter with HADES // PoS BORMIO2011:054,2011., 11 pp {5, 106/7, !?8A>:9}   =8/10=0,8 8. G. Agakishiev et al. (By HADES Collaboration) / Hyperon production in Ar+KCl collisions at 1.76A GeV // Eur.Phys.J.A47:21,2011, 8 pp {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 9. Kh.U. Abraamyan et al. / The MPD detector at the NICA heavy-ion collider at JINR // Nucl.Instrum.MetLVALK h.A628:99-102,2011 {17, 87/91 !?8A>:11}   =1,142*30/10=3,426 10. G. Agakishiev et al. (By HADES Collaboration) / Inclusive dielectron spectra in p+p collisions at 3.5 GeV. // Submitted to Eur.Phys.J.A {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 11. A. Sadovsky, W. Dominik, M. Golubeva, F. Guber, A. Ivashkin, S. Kuleshov, A. Kurepin, V. Marin, O. Petukhov, and D. Roerich // Forward hadron calorimeter for measurements of projectile spectators in the NA61/SHINE experiment 0?@02;5=> 2 /45@=CN $878:C, D52. 2011{5, 10/7}   =0,563*60/10=3,378 12. A.Ivashkin et al. / Hadron calorimeter with MAPD readout in the NA61/SHINE experiment // Submitted to NIM A, Sep. 2011 {5, 23/8, !?8A>:12}   =1,142*30/10=3,426 13. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c // Submitted to Phys.Rev. 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(By HADES Collaboration) / Origin of the low-mass electron pair excess in light nucleus-nucleus collisions. // Phys.Lett.B690 (2010) 118-122 {5, 99/7, !?8A>:9}   =5,255*30/10=15,765 6. N. Abgrall et al. (By NA61/SHINE collaboration) LVALL / Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c// Submitted to Phys.ReV. C, Dec.2010 {5, 104/6, !?8A>:8}   =3,416*30/10=10,248   70 2010 3. 49,322 @5?@8=BK 1. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c //: arXiv:1112.0150 {17, 106/7, !?8A>:9} 2. G. Agakishiev et al. (By HADES Collaboration) / Inclusive dielectron spectra in p+p collisions at 3.5 GeV. // arXiv:1112.3607 {17, 106/7, !?8A>:9} 3. W. Czyzycki et al. / Electromagnetic Calorimeter for HADES. / arXiv:1109.5550 {17, 20/4, !?8A>:10 4. G. Agakishiev et al. (By HADES Collaboration) / Baryonic resonances close to the $\bar{K}$ N threshold: The Case of $\Sigma(1385)^+$ in pp collisions // arXiv:1109.6806 {17, 106/7, !?8A>:9} 5. G. Agakishiev et al. (By HADES Collaboration) Dielectron production in Ar+KCl collisions at 1.76A GeV. // arXiv:1103.0876 {17, 106/7, !?8A>:9} 6. N Abgrall et al. (By NA61/SHINE Collaboration) /Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c. // CERN-PH-EP-2011-005. Feb 2011. 27 pp., arXiv:1102.0983 {17, 104/6, !?8A>:8} 7. P.K. Kurilkin et al (By HADES Collaboration) / Cross section in deuteron-proton elastic scattering at 1.25 GeV/u. // arXiv:1102.1610 {17, 106/7, !?8A>:9} 8. A.K. Kurilkin et al (By HADES Collaboration) / Single and double pion production in np collisions at 1.25 GeV with HADES. // arXiv:1102.1843 {17, 106/7, !?8A>:9} 9. N Abgrall et al. 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(By HADES Collaboration) / Hyperon production in Ar+KCl collisions at 1.76A GeV. // arXiv:1010.1675 {17, 106/7, !?8A>:9}   =4/10=0,4   ?> ?@5?@8=B0< 5,6 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 1. M.Golubeva, A.Ivashkin, Calibration and analysis of the PSD test data NA61/NA49 software/calibration/analysis meeting, Warsaw, February 15 - 19, 2011  =6/2=3 2. A.Ivashkin  PSD electronics NA61 Collaboration meeting, CERN, 6-10 June 2011 3. A.Ivashkin "Hadron calorimeter with MAPD readout in the NA61/SHINE experiment , 6th International conference on New Developments of Photodetection, NDIP 2011, 4-8 July, Lyon, France  =6 4. A.Ivashkin, M.Golubeva  PSD calibration and trigger for ion run NA61 Collaboration meeting, 10-14 October 2011, Zagreb, Crotia 5. A.Ivashkin, J.Petukhov  TOF read-out upgrade and results of A-detector beam test with new read-out electronics , NA61 Collaboration meeting, 10-14 October 2011, Zagreb, Crotia   ?> 2KABC?;5=8O< =9 C:>2>4AB2> ABC45=B0<8 725AB=K9 ;5:A0=4@  ABC45=B 4-3> :C@A0 $", ?>43>B>2:0 48?;><0 10:0;02@0  =10 "+  =153,072 !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} !?8A>:9 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:10 {>;C1520 .., C15@ $.$., 20H:8= .., 5H5B8= ..} !?8A>:11 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0B2552 .., 5H5B8= .., 052A:0O .., @02GC: ..} !?8A>:12 {A.Ivashkin, F. Akhmadov, R. Asfandiyarov, A. LVAL$Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber, A. Hasler, A. Korzenev, S. Kuleshov, A.Kurepin, A. Laszlo, V. Marin, Yu. Musienko, O. Petukhov, D. Rohrich, A. Sadovsky, Z. Sadygov, T. Tolyhi, F. Zerrouk}LVALVNGO 5H5B8= =4@59 3>@528G @>4.10.01.1952, A=A -$, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, D52@0;L 1986 3., AB0@H89 =0CG=K9 A>B@C4=8: -$ !?8A>: >?C1;8:>20==KE @01>B 70 2010 -2011 33. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 2011 3. 1. Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kin) = 3.5-GeV. HADES Collaboration (Michael Weber (Munich, Tech. U.) et al.). 2011. 7 pp. Published in J.Phys.Conf.Ser. 316 (2011) 012007   =810=0,8 2. Luminosity determination in ALICE with T0 and V0 detectors. ALICE T0 and V0 Collaboration (T. Malkiewicz (Jyvaskyla U.) et al.). 2011. 6 pp. Published in Indian J.Phys. 85 (2011) 965-970 Prepared for Conference: C08-02-04.   =0.291*30/10=0.873 3. p p and pi pi intensity interferometry in collisions of Ar + KCl at 1.76A-GeV. HADES Collaboration (G. Agakishiev (Giessen U.) et al.). 2011. 8 pp. Published in Eur.Phys.J. A47 (2011) 63.   =2.592*30/10=7.776 4. 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C:>2>4AB2> 0A?8@0=B0<8 8 48?;><=8:0<8: 1. $ <8B@89 =4@5528G (0A?8@0=BC@0 /  A 8N=O 2011 3.) (2K?CA:=8: $", 2010 3.) A?5F80;L=>ABL 01.04.01 @81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0CG=0O B5<0: 07@01>B:0 G5@5=:>2A:>3> 45B5:B>@0 A :>;LF52K< 87>1@065=85< 4;O 845=B8D8:0F88 @5;OB828ABA:8E G0AB8F   = 30. 2. #'! .@89 ;048<8@>28G (10:0;02@80B, <038AB@0BC@0) ($", $$-, 3@C??0 481).   = 10. 3. ( @A5=89 3>@528G (10:0;02@80B) (ABC45=B 4 :C@A0 $", $$-) "5<0: 7<5@5=85 E0@0:B5@8AB8: 45B5:B>@>2 '5@5=:>20 8 307>2KE M;5:B@>==KE C<=>68B5;59 4;O @538AB@0F88 @5;OB828ABA:8E G0AB8F.   = 10. 57C;LB8@CNI89   70 2010-2011 33. = 350.964LVALVNGU ">?8;LA:0O 0B0;8O !5@0D8<>2=0 >4 @>645=8O. 23.11.1946 3. 0B0 70I8BK 48AA5@B0F88 1994 3. >;6=>ABL !.=.A. !?8A>: >?C1;8:>20==KE @01>B 70 2009-2010 3.3. A C:070=85< :>;-2> 02B>@>2. 2010-2011 33. 1). ..C@5?8=, .!.">?8;LA:0O, ..>;C1520 >645=85 A>AB>O=89 G0@<>=8O 2 M:A?5@8<5=B0E A D8:A8@>20==>9 <8H5=LN =0 ?CG:0E SPS 8 LHC 2 & 5. /4. $878:0, 74, !3 (2011) 467-473. A.B. Kurepin, N.S. Topilskaya, M.B. Golubeva Charmonium production in fixed-target experiments with SPS and LHC beams at CERN. Phys.Atom.Nucl.74:446-452,2011.  =0.563*60/3=11.26 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2010 -2011 3.3. 1). .!.">?8;LA:0O- ?;5=0@=K9 4>:;04 (?@83;0H5==K9)  Fixed target charmonium production with proton and lead beams at LHC International workshop  New opportunities in physics landscape at CERN , CERN, 10-13 May, 20103.  =30 2). .!.">?8;LA:0O- A5:F8>==K9 4>:;04 >645=85 G0@<>=8O 2 ?@>B>=-?@>B>==KE AB>;:=>25=8OE 8 AB>;:=>25=8OE O45@ A28=F0 8 A@02=5=85 @57C;LB0B>2, ?>;CG5==KE 2 & 5 8 @C:E5925=5. 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, >A:20, "-$, 21-25 =>O1@O 2011 3.   =4 3). ..Kurepin, N.S.Topilskaya, M.B.Golubeva-  Fixed target charmonium production with proton and lead beams at LHC XXII International Conference on Ultrarelativistic Nucleus-Nucleus Collisions, Quark Matter 2011, Annecy, France, 23-28 May, 2011.   =6*1,5/3=3 5. 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A.Sadovsky,  On-line data quality control , NA61 Collaboration meeting, CERN, 31 May  04 June 2010. 2. A.Sadovsky, G.Stefanek,  Documentation/bookkeeping for calibration , NA61 Collaboration meeting, CERN, 11-14 October 2010. 3. A.Sadovsky, G.Stefanek,  Documentation/bookkeeping for calibration , NA61 Collaboration meeting, CERN, 11-14 October 2010. 4. A.Sadovsky  Reaction plane reconstruction with FW with Au+Au beam test rub Collaboration meeting HADES XXIII, 14-18 October 2011, GSI, Darmstadt. "+   = 122,398 !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} !?8A>:9 {>;C1520 .., C1 LVAL 5@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:12 {A.Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber, A. Hasler, A. Korzenev, S. Kuleshov, A.Kurepin, A. Laszlo, V. Marin, Yu. Musienko, O. Petukhov, D. Rohrich, A. Sadovsky, Z. Sadygov, T. Tolyhi, F. Zerrouk}LVALVNG` 0@028G520 "0BLO=0 L2>2=0 1951 3.@., :0=4840B D87.-<0B. =0C: (1999), A=A !?8A>: >?C1;8:>20==KE @01>B 70 2010-2011 3.3 1 A module for shaping control signals of the T0 detector of the ALICE experiment. Published in Instrum.Exp.Tech.53:688-692,2010, Prib.Tekh.Eksp.5:73-77,2010.  = 0,357 * 60 * 0,11 = 2,37762 2 Midrapidity antiproton-to-proton ratio in pp collisions at $\sqrt{s} = 0.9$ and $7$~TeV measured by the ALICE experiment. By ALICE Collaboration (Authors:: K. Aamodt et al.). Jun 2010. 12pp Published in Phys.Rev.Lett.105:072002,2010.  = 7,622 * 30 * 0,1 = 22,866 3 In-Medium Effects on K$^0$ Mesons in Relativistic Heavy-Ion Collisions. G. Agakishiev et al. Apr 2010. (Published Oct 2010). Published in Phys.Rev.C82:044907,2010.  = 3,416 * 30 * 0,1 = 10,248 4 Charged-particle multiplicity measurement in proton-proton collisions at sqrt(s) = 7 TeV with ALICE at LHC. By ALICE Collaboration (K. Aamodt et al.). 2010. 11pp Published in Eur.Phys.J.C68:345-354,2010  = 3,248 * 30 * 0,1 = 9,744 5 Charged-particle multiplicity measurement in proton-proton collisions at sqrt(s) = 0.9 and 2.36 TeV with ALICE at LHC. By ALICE Collaboration (K. Aamodt et al.). Apr 2010. Published in Eur.Phys.J.C68:89-108,2010.  = 3,248 * 30 * 0,1 = 9,744 6 Lambda-p femtoscopy in collisions of Ar+KCl at 1.76 AGeV. By HADES Collaboration (G. Agakishiev et al.). Apr 2010. 5pp. Published in Phys.Rev.C82:021901,2010.  = 3,416 * 30 * 0,1 = 10,248 7 Alignment of the ALICE Inner Tracking System with cosmic-ray tracks. By ALICE Collaboration (K Aamodt et al.) Jan 2010. 37pp Published in JINST 5:P03003,2010.  = 3,148 * 30 * 0,1 = 9,444 8 Study of elementary reactions with the HADES dielectron spectrometer By HADES Collaboration (G. Agakichiev et al.). Dec 2009. 13pp Published in Acta Phys.Polon.B41:365-378,2010.  = 0,671 * 30 * 0,1 = 2,013 9 Two-pion Bose-ELVALa instein correlations in pp collisions at "s=900 GeV By ALICE Collaboration (K Aamodt et al.) 2010 Phys. Rev. D 82, 052001 (2010)  = 4,964 * 30 * 0,1 = 14,892 10 Transverse momentum spectra of charged particles in proton proton collisions at "s=900 GeV with ALICE at the LHC By ALICE Collaboration (K Aamodt et al.) 2010 Physics Letters B 693 (2010) 53 68  = 5,255 * 30 * 0,1 = 15,765 11 First proton proton collisions at the LHC as observed with the ALICE detector: measurement of the charged-particle pseudorapidity density at "s=900 GeV By ALICE Collaboration (K Aamodt et al.) 2010 Eur. Phys. J. C (2010) 65: 111-125  = 3,248 * 30 * 0,1 = 9,744 12 Origin of the low-mass electron pair excess in light nucleus-nucleus collisions. By HADES Collaboration (G. Agakishiev et al.). Oct 2009. 11pp. Published in Phys.Lett.B690:118-122,2010.  = 5,255 * 30 * 0,1 = 15,765 13 Studying hadron properties in baryonic matter with HADES. By HADES Collaboration (A. Kugler et al.). 2010. 4pp. Published in AIP Conf.Proc.1257:691-694,2010. Nucl.Phys. A855 (2011) 261-264  = 1,986 * 30 * 0,1 = 5,958 14 Charged-particle multiplicity density at mid-rapidity in central Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. By The ALICE Collaboration (K. Aamodt et al.). Nov 2010. Temporary entry Phys. Rev. Lett. 105, 252301 (2010).  = 7,622 * 30 * 0,1 = 22,866 15 Elliptic flow of charged particles in Pb-Pb collisions at 2.76 TeV. By The ALICE Collaboration (K. Aamodt et al.). Nov 2010. 10pp. Temporary entry Phys. Rev. Lett. 105, 252302 (2010)  = 7,622 * 30 * 0,1 = 22,866 16 Probing properties of nuclear matter with HADES. HADES Collaboration (Jerzy Pietraszko (Frankfurt U., Inst. 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Malkiewicz (Jyvaskyla U.) et al.). 2011. 6 pp. Published in Indian J.Phys. 85 (2011) 965-970 Prepared for Conference: C08-02-04.2  = 0,291 * 30 * 0,1 = 0,873 p p and pi pi intensity interferometry in collisions of Ar + KCl at 1.76A-GeV. HADES Collaboration (G. Agakishiev (Giessen U.) et al.). 2011. 8 pp. Published in Eur.Phys.J. A47 (2011) 63 20  = 2,592 * 30 * 0,1 = 7,776 21 Rapidity and transverse momentum dependence of inclusive J/psi production in pp collisions at sqrt(s) = 7 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). CERN-PH-EP-2011-057. May 2011. 23 pp. Published in Phys.Lett. B704 (2011) 442-455  = 5,255 * 30 * 0,1 = 15,765 22 Dilepton production studied with the HADES spectrometer. HADES Collaboration (A. Rustamov (Darmstadt, GSI) et al.). 2011. 6 pp. Published in Int.J.Mod.Phys. A26 (2011) 384-389 Prepared for Conference: C10-06-10  = 1 * 30 * 0,1 = 3 23 The MPD detector at the NICA heavy-ion collider at JINR. Kh.U. Abraamyan, S.V. Afanasiev, V.S. Alfeev, N. 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Yukaev (Dubna, JINR) . 2010. 5pp. Published in Instrum.Exp.Tech.53:175-179,2010, Prib.Tekh.Eksp.2:20-24,2010. .   =0,357*60/9=2,38 3) HARP-CDP hadroproduction data: Comparison with FLUKA and GEANT4 simulations. By HARP-CDP Collaboration (A. Bolshakova et al.). CERN-PH-EP-2010-017, 2010. 21pp. Published in Eur.Phys.J.C70:543-553,2010.   =3,248*30/10=9,744 e-Print: arXiv:1006.3429 [hep-ex] 4) Cross-Sections of Large-Angle Hadron Production in Proton- and Pion-Nucleus Interactions V: Lead Nuclei and Beam Momenta from +-3 Gev/c to +-15 Gev/c. By HARP Collaboration (A. Bolshakova et al.). CERN-PH-EP-2009-025, 2010. 67pp. Published in Eur.Phys.J.C66:57-117,2010.   =3,248*30/10=9,744 e-Print: arXiv:0912.0378 [hep-ex] 5) Reply to 'Corrections to the HARP-CDP Analysis of the LSND Neutrino Oscillation Backgrounds' Authors:A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovitch, A. Elagin, D. Emelyanov, M. Gostkin, A. Guskov, Z. Kroumchtein, Y. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, J. 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(By NA61/SHINE Collaboration) / The 2010 test of secondary light ion beams // CERN-SPSC-2011-005 ; SPSC-SR-077. - 2011.   = 4/10 = 0.4   ?> ?@5?@8=B0< 2 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 1. O.Petukhov  PSD slow control NA61 Collaboration meeting, CERN, 06-10 June 2011   = 0 2. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment NDIP 2011{A?8A>: 12}   = 6 / 10 *1.5 = 0.9 3. O.Petukhov  PSD slow control and monitoring NA61 Collaboration meeting, CERN, 10-14 October 2011   = 0 4. A.Ivashkin, O.Petukhov, V.Tereschchenko  TOF read-out upgrade and results of A-detector beam test with new read-out electronics NA61 Collaboration meeting, CERN, 10-14 October 2011   = 0 "+  =(27,3+2+0,9)*2=60,4 !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!., 5BCE>2 ..} !?8A>:9 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 .., 5BCE>2 ..} !?8A>:12 {A.Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber, A. Hasler, A. Korzenev, S. Kuleshov, A.Kurepin, A. Laszlo, V. Marin, Yu. Musienko, O. Petukhov, D. Roehrich, A. Sadovsky, Z. Sadygov, T. Tolyhi, F. Zerrouk}LVALVNG @83>@L52 .@89 0A8;L528G c=A -$ >:B>@ D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8: -$ ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2010-201133 1. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. Int. Seminar ISINN-18, May 25-28, 2010.  Dubna: -JINR.   = 6*1,5/4 = 2,25 2. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Int. Seminar ISINN-18, May 25-28, 2010.  Dubna: -JINR. .  = 6*1,5/4 = 2,25 3. N.B. Janeva, Yu.V. Grigoriev, N.A. Gundorin,Yu.D. Mareev,Yu.N. Kopatch, N.T. Koyumdjieva, L.B. Pikelner, I.N. Ruskov, V.N. Shvetsov, P.V. Sedyshev, Sh. Zeinalov. Future neutron data activity on the neutron source IREN. Int. Seminar Physics and Nuclear Data NEMEA (Krakov, Polon, October 15-18, 2010).  = 6/10 = 0.6 4. I. Ruskov1,2), Yu.N. Kopatch2), Ts. Panteleev2), V.R. Skoy2), V.N. Shvetsov2), E. Dermendjiev1), N. Janeva1) ,L.B. Pikelner2), Yu.V. Grigoriev3),Zh. V. Mezentseva2), I. Ivanov1) Prompt Gamma Emission in Resonance Neutron Induced Fission of 239Pu. . Int. Seminar Physics and Nuclear Data NEMEA (Krakov, Polon, October 15-18, 2010) (in print). = 6/10 = 0.6 5. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V. Ryabov. Measurement of parameters of pulsed neutron sources RADEX and IN-06 at Moscow Meson Factory. Int. Seminar ISINN-19, May 25-28, 2011.  Dubna: -JINR.  = 6*1,5/5 = 1,8 6. ... @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3. !0@>2 - $/& -$  ~LVAL= 6/5 =1.2 7...;5:A552, ..!04K:>2, .!.;5<5=BL52, .!.828B8=, !..:A5=>2, ...@83>@L52, -..>?B5;>2. -:A?5@8<5=B0;L=K5 A?5:B@K =59B@>=>2 =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 /  (?> @57C;LB0B0< A50=A0 - =>O1@O 20103.). @5?@8=B /  1305/2011 >:BO1@L 2011.   = 4/7 = 0.6 8. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3.!0@>2:- $/& -$  = 6/10 =0.6 9. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. 725AB8O  !5@8O $878G5A:0O, 2011  =0,406*60/10=2,436 10. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. /45@=0O D878:0 8 8=68=8@8=3,2011.  =8 /10 =0,8 11. ... @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1. 2 6. 725AB8O . !5@8O D878G5A:0O 2011  =0,406*60/5=4,872 B>3>2K9   = 18,008LVALD@>A8=8= ;048<8@ 5B@>28G (@>4. 11.03.1939) =A $-! $-   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !!!% $  #+% # %: 1) 0:85 <0AAK C =59B@8=>. !<5H820=85 .. 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" /45@=0O D878:0 3(B>< 75) 2012 3  =0,563*60/10=3,378 3. . . A552, . . >78: 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 ""@>8F: =N-<0AA", ?@5?@8=B /  1287/2011   =4/10=0,4 B>3> 18,67 >2KH0NI89 :>MDD8F85=B 2. B>3>2K9   =18,67*2=37,34LVALVNG 7<09;>2 ;5:A0=4@ ;53>28G (@>4. 10.09.1984) <=A $-! $- !C<<0@=K9   (70 2010-2011 3.3.) = 237.536   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89 8 4>:;04>2 =0 :>=D5@5=F8OE: 1) A. Izmaylov, S. Aoki, J. Blocki,.. et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. Nucl.Instrum.Meth.A623:382-384, 2010.  =1.142*30/10=3.426 2) A. Izmaylov. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. Talk given at TIPP09 Conference, Tsukuba, 2009.  =0.5*30=15 3) L. Bezrukov, K. Butin, I. Davitashvili,& , A.Izmaylov,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Talk given at the International Workshop on New Photon Detectors PD09, June 24-26 2009, Shinshu Universiy, Matsumoto, Japan.  =0.5*30/10= 1.5 4) L. Bezrukov, K. Butin, I. Davitashvili,& , A.Izmaylov,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. PoS PD09:026, 2010.  =8/10=0.8 5) T.Yano,..A.Izmaylov,.. et al. The Side Muon Range Detector for the T2K experiment. Talk given at the XXIV International Conference on Neutrino Physics and Astrophysics - Athens, Greece,June 14 - 19, 2010,  =6/10= 0.6 6) T.Yano,..A.Izmaylov,..et al . Current status of the Side Muon Range Detector for the T2K experiment. Talk given at the 12th Vienna conference on instrumentation, Feb 15-20, 2010.   = 6/10 = 0.6 7) M. Ziembicki, R. Sulej, S. Aoki, ..., A.Izmaylov,& et al. The SMRD subdetector at the T2K near detector station. Acta Phys.Polon.B41:1579-1584,2010.   = 0.671*30/10 = 2.013 8) M. Ziembicki, R. Sulej, S. Aoki, ..., A.N. Khotjantsev,& et al. 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Ziembicki, R. Sulej, S. Aoki, ..., A.Khotjantsev, & et al. The SMRD subdetector at the T2K near detector station. Acta Phys.Polon.B41:1579-1584,2010.   = 0.671*30/10 = 2.013 2. A. Izmaylov, ... , A.Khotjantsev, & et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD)of the T2K experiment. Nucl.Instrum.Meth.A623:382-384,2010.   = 1.142*30/10 = 3.426 3. K. Abe, ... , A.N.Khotjantsev, ... et al. Indication of Electron Neutrino Appearance from an Accelerator-produced Off-axis Muon Neutrino Beam . Phys.Rev.Lett.107:041801,2011.   = 7.622*30/10 = 22.86 4. K. Abe, ... , A.N.Khotjantsev, ... et al. The T2K Experiment . Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment Volume 659, Issue 1, 11 December 2011, Pages 106-135.   = 1.142*30/10 = 3.426 5. V. Volchenko, ... , A. Khotjantsev, ... et al. The features of electronics structure of the multichannel scintillation module for the EMMA experiment. Astrophys. Space Sci. Trans., 7, 171-174, 2011.   = 1.437*30/10 = 4.311 6. A. Vacheret, ... , A.N.Khotjantsev, ... et al. Characterization and Simulation of the Response of Multi Pixel Photon Counters to Low Light Levels. Nucl.Instrum.Meth. A656: 69-83, 2011  =1.142*30/10= 3.426 7. C. Mariani, A. Torneo-Lopez, ..., A.Khotjantsev, ... et al., Measurement of inclusive 0 production in the Charged-Current Interactions of Neutrinos in a 1.3-GeV wide band beam. Phys.Rev. D83 (2011) 054023, 17 pp.  =4.964*30/10= 14.8 8. L. Bezrukov, K. Butin, I. Davitashvili,& , A.Khotjantsev,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. PoS PD09:026, 2010.  =8/10=0.8 9. (09E852 ."., C45=:> ..., %>BO=F52 .. ! "/+% "   !% ",+% . /45@=0O D878:0, 2011, 74, 814-819   = 0.563*60/LVAL 3 = 11.26 10. .. 7<09;>2, ..., .. %>BO=F52, 8 4@. AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2. /45@=0O D878:0. B.75, 2, 2012.  =0.563*60/9=3.75. 11. T.Yano, ..., A.Khotjantsev,.. et al. The Side Muon Range Detector for the T2K experiment. Talk given at the XXIV International Conference on Neutrino Physics and Astrophysics - Athens, Greece, June 14 - 19, 2010.   = 6/10 = 0.6 12. T.Yano, S. Aoki, J. Blocki, ... , A.Khotjantsev, ... et al. Current status of the Side Muon Range Detector for the T2K experiment. Talk given at the 12th Vienna conference on instrumentation, Feb 15-20, 2010.   = 6/10 = 0.6 13. A. Izmaylov, ..., A. Khotjantsev, ... et al. Segmented scintillator with WLS/APD readout for LVND; 11th International Workshop on Next generation Nucleon Decay and Neutrino Detectors Toyama International Conference Center in Toyma, International Conference Centrer in Toyama, Japan December 13-16, 2010.   = 6/8 = 0.75 14. A. Yanin, V. Volchenko, L. Bezrukov,..., O. Mineev, et al., Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment. ArXiv:1101.4489. 5 pp., Jan 2011.   = 4/10 = 0.4 15. K. Abe, ... , A.N.Khotjantsev, ... et al. Measurements of the T2K neutrino beam properties using the INGRID on-axis near detector. arXiv:1111.3119. 32 pp., Nov. 2011.   = 4/10 = 0.4 16. M. Ziembicki, R. Sulej, S. Aoki, ..., A. Khotjantsev, & et al. The SMRD subdetector at the T2K near detector station. Presented at the Cracow Epiphany Conference on Physics in Underground Laboratories and Its Connection with LHC, Cracow, Poland, January 5 8, 2010.   = 30/10 * 1.5 = 4.5 17. L. Bezrukov, K. Butin, I. Davitashvili,& , A.Khotjantsev,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Proceedings of International Workshop on New Photon Detectors (PD 09), Shinshu, Japan, 24-26 Jun 2009. 7pp. Published in PoS PD09 (2010) 026.   = 30/10 * 0.5 = 1.5 B>3> 70LVAL 2010-2011 3.3.:   = 78.822LVALVNG 8=552 ;53 8:B>@>28G @>4. 13.02.1964, A=A $-   70 2010-2011 33 !"",  !" +% $  #+% # %: 1) M.Ziembicki, R. Sulej, S. Aoki,& , O. Mineev et al. The SMRD subdetector at the T2K near detector station. Acta Phys.Polon.B41:1579-1584, 2010.  =0.671*30/10=2.013 2) A. Izmaylov, S. Aoki, J. Blocki,& , O. Mineev et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. Nucl.Instrum.Meth. A623:382-384, 2010  =1.142*30/10= 3.426 >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>2011>>>>>>>>>>>>>>>>>>>>>>>>>>>> 3) V. Volchenko, G. Volchenko, E. Akhrameev& , O. Mineev et al. The features of electronics structure of the multichannel scintillation module for the EMMA experiment . Astrophys. Space Sci. Trans., 7:171-174, 2011  =1.437*30/10= 4.311 4) O. Mineev, Yu. Kudenko, Yu. Musienko, I. Polyansky and N. Yershov. Scintillator detectors with long WLS fibers and multi-pixel photodiodes. Journal of Instrumentation, Vol.6, Dec. 2011 (P12004)  =1.148*30/5= 6.888 5) K. Abe, N. Abgrall, Y. Ajima,..., O. Mineev et al., Indication of Electron Neutrino Appearance from an Accelerator-produced Off-axis Muon Neutrino Beam. Phys.Rev.Lett. 107 (2011) 20pp.  =7.622*30/10= 22.866 6) A. Vacheret, G. Barker, M. Dziewiecki,..., O. Mineev et al., Characterization and Simulation of the Response of Multi Pixel Photon Counters to Low Light Levels. Nucl.Instrum.Meth. A656: 69-83, 2011  =1.142*30/10= 3.426 7) C. Mariani, A. Torneo-Lopez, J. Alcaraz,..., O. Mineev et al., Measurement of inclusive 0 production in the Charged-Current Interactions of Neutrinos in a 1.3-GeV wide band beam. Phys.Rev. D83 (2011) 054023, 17 pp.  =4.964*30/10= 14.892 8) K. Abe, N. Abgrall, Y. Ajima,..., O. Mineev et al., The T2K Experiment. Nucl.Instrum.Meth. A659: 106-135, 2011  =1.142*30/10= 3.426 prnd=61.248 !"",  !!!% $  #+% # %:  =x*60/10= #LVAL AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88: 1. >=D5@5=F8O 2 8>=5 ($@0=F8O): New Developments in Photodetection NDIP2011, July 4-8, 2011. >:;04: Characterization and performance of multi-pixel photon counters in T2K experiment.  =30 -" +   "+  $ &: 1) Y.Takatomi, S. Aoki, J. Blocki,..., O. Mineev et al. The Side Muon Range Detector for the T2K experiment. Talk given at the XXIV International Conference on Neutrino Physics and Astrophysics - Athens, Greece, June 14 - 19, 2010.   = 6/10 = 0.6 2) Y. Takatomi, S. Aoki, J. Blocki, ... , O. Mineev et al. Current status of the Side Muon Range Detector for the T2K experiment. Talk given at the 12th Vienna conference on Instrumentation, Feb 15-20, 2010.   = 6/10 = 0.6 3) A. Izmaylov, ..., O. Mineev et al. Segmented scintillator with WLS/APD readout for LVND; 11th International Workshop on Next generation Nucleon Decay and Neutrino Detectors Toyama International Conference Center in Toyama, International Conference Centrer in Toyama, Japan December 13-16, 2010.   = 6/8 = 0.75 4) M. Ziembicki, R. Sulej, S. Aoki, ..., O. Mineev et al. The SMRD subdetector at the T2K near detector station. Presented at the Cracow Epiphany Conference on Physics in Underground Laboratories and Its Connection with LHC, Cracow, Poland, January 5 8, 2010. Published in Acta Phys.Polon.B41:1579-1584, 2010   = (30/10)*1.5 = 4.5 5) A. Yanin, V. Volchenko, L. Bezrukov,..., O. Mineev et al., Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment. ArXiv:1101.4489. 5 pp., Jan 2011.  =4/10= 0.4 6) K. Abe, N. Abgrall, Y. Ajima,..., O. Mineev et al., Measurements of the T2K neutrino beam properties using the INGRID on-axis near detector, arXiv:1111.3119. 32 pp., Nov. 2011.  =4/10= 0.4 7) L. Bezrukov, K. Butin, I. Davitashvili,& , O. Mineev et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Proceedings of International Workshop on New Photon Detectors (P<LVALLD 09), Shinshu, Japan, 24-26 Jun 2009. 7pp. Published in PoS PD09 (2010) 026  =(30/10)*1.5*0.5= 2.25 __________________________________________________________________ B>3> 70 2010-2011 3.3.:  = 100.748LVALVNG CA85=:> .@89 0A8;L528G @>4. 7.2.1962, A=A $-,   70 2010-2011 33. ?C1;8:>20==K5 AB0BL8: 1) S. Chatrchyan, , ..., Y. Musienko et al.  Commissioning and Performance of the CMS Pixel Tracker with Cosmic Ray Muons , JINST 5:T03007, 2010.  =3.148*30/10=9.444 2) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of the CMS Level-1 Trigger during Commissioning with Cosmic Ray Muons , JINST 5:T03002, 2010.  =3.148*30/10=9.444 3) S. Chatrchyan, , ..., Y. Musienko et al.  Measurement of the Muon Stopping Power in Lead Tungstate , JINST 5:P03007, 2010.   =3.148*30/10=9.444 4) S. Chatrchyan, , ..., Y. Musienko et al.  Commissioning and Performance of the CMS Silicon Strip Tracker with Cosmic Ray Muons , JINST 5:T03008, 2010.  =3.148*30/10=9.444 5) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of CMS Muon Reconstruction in Cosmic-Ray Events , JINST 5:T03022, 2010.   =3.148*30/10=9.444 6) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of the CMS Cathode Strip Chambers with Cosmic Rays , JINST 5:T03018, 2010.   =3.148*30/10=9.444 7) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of the CMS Hadron Calorimeter with Cosmic Ray Muons and LHC Beam Data , JINST 5:T03012, 2010.  =3.148*30/10=9.444 8) S. Chatrchyan, , ..., Y. Musienko et al.  Fine Synchronization of the CMS Muon Drift-Tube Local Trigger using Cosmic Rays , JINST 5:T03004, 2010.  =3.148*30/10=9.444 9) S. Chatrchyan, , ..., Y. 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Alignment of the CMS Muon System with Cosmic-Ray and Beam-Halo Muons , JINST 5:T03020, 2010.   =3.148*30/10=9.444 21) S. Chatrchyan, , ..., Y. Musienko et al.  Precise Mapping of the Magnetic Field in the CMS Barrel Yoke using Cosmic Rays , JINST 5:T03021, 2010.  =3.148*30/10=9.444 22) S. Chatrchyan, , ..., Y. Musienko et al.  Performance and Operation of the CMS Electromagnetic Calorimeter , JINST 5:T03010, 2010.   =3.148*30/10=9.444 23) S. Chatrchyan, , ..., Y. Musienko et al.  Alignment of the CMS Silicon Tracker during Commissioning with Cosmic Rays , JINST 5:T03009, 2010.   =3.148*30/10=9.444 24) P. Adzic, ..., Y. Musienko et al.  Radiation hardLVAL ness qualification of PbWO4 scintillation crystals for the CMS Electromagnetic Calorimeter , JINST 5: P03010, 2010.   =3.148*30/10=9.444 25) A. Izmaylov, S. Aoki, J. Blocki, J. Brinson, A. Dabrowska, I. Danko, M. Dziewiecki, B. Ellison, L. Golyshkin, R. Gould, T. Hara, B. Hartfiel, J. Holeczek, M. Khabibullin, A. Khotjantsev, D. 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CMS Tracking Performance Results from early LHC Operation , Eur.Phys.J.C70:1165-1192,2010.   =3.248*30/10=9.744 28) V. Khachatryan, & , Y. Musienko et al.  Transverse momentum and pseudorapidity distributions of charged hadrons in pp collisions at $\sqrt(s)$ = 0.9 and 2.36 , JHEP 1002:041, 2010.   =6.049*30/10=18.147 29) V. Andreev, & , Y. Musienko et al.  Performance studies of a full-length prototype for the CASTOR forward calorimeter at the CMS experiment , Eur.Phys.J.C67:601-615,2010,   =3.248*30/10=9.744 30) V. Khachatryan, & , Y. Musienko et al.  Measurement of Bose-Einstein correlations with first CMS data , Phys.Rev.Lett.105:032001,2010.   =7.622*30/10=22.866 31) V. Khachatryan, & , Y. Musienko et al.  Transverse-momentum and pseudorapidity distributions of charged hadronsLVAL in pp collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.105:022002,2010.   =7.622*30/10=22.866 32) V. Khachatryan, & , Y. Musienko et al.  Measurement of the charge ratio of atmospheric muons with the CMS detector , Phys.Lett.B692:83-104,2010.   =5.255*30/10=15.765 33) V. Khachatryan, & , Y. Musienko et al.  Observation of Long-Range Near-Side Angular Correlations in Proton-Proton Collisions at the LHC , JHEP 1009:091,2010.  =6.049*30/10=18.147 34) V. Khachatryan, & , Y. Musienko et al.  Search for Dijet Resonances in 7 TeV pp Collisions at CMS , Phys.Rev.Lett.105:211801,2010.   =7.622*30/10=22.866 35) V. Khachatryan, & , Y. Musienko et al.  Search for Quark Compositeness with the Dijet Centrality Ratio in pp Collisions at sqrt(s)=7 TeV , Phys.Rev.Lett. 105:262001,2010 .   =7.622*30/10=22.866 36) V. Khachatryan, & , Y. Musienko et al.  First Measurement of the Cross Section for Top-Quark Pair Production in Proton-Proton Collisions at sqrt(s)=7 TeV , Phys.Lett.B695:424-443,2011.   =5.255*30/10=15.765 37) V. Khachatryan, & , Y. Musienko et al.  Prompt and non-prompt J/psi production in pp collisions at sqrt(s) = 7 TeV , Eur.Phys.J.C71:1575,2011.   =3.248*30/10=9.744 38) V. Khachatryan, & , Y. Musienko et al.  Charged particle multiplicities in pp interactions at sqrt(s) = 0.9, 2.36, and 7 TeV , JHEP 1101:079,2011.   =6.049*30/10=18.147 39) V. Khachatryan, & , Y. Musienko et al.  Search for Stopped Gluinos in pp collisions at sqrt s = 7 TeV , Phys.Rev.Lett.106:011801,2011.   =7.622*30/10=22.866 40) V. Khachatryan, & , Y. Musienko et al.  Measurement of the Isolated Prompt Photon Production Cross Section in $pp$ Collisions at $\sqrt{s} = 7$~TeV , Phys.Rev.Lett.106:082001,2011.   =7.622*30/10=22.866 41) V. Khachatryan, & , Y. Musienko et al.  Measurements of Inclusive W and Z Cross Sections in pp Collisions at sqrt(s)=7 TeV , JHEP 1101:080,2011.  =6.049*30/10=18.147 42) V. Khachatryan, & , Y. Musienko et al.  Search for Microscopic Black Hole Signatures LVAL at the Large Hadron Collider , Phys.Lett.B697:434-453,2011.   =7.622*30/10=22.866 43) V. Khachatryan, & , Y. Musienko et al.  Search for Pair Production of First-Generation Scalar Leptoquarks in pp Collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.106:201802,2011.   =7.622*30/10=22.866 44) V. Khachatryan, & , Y. Musienko et al.  Search for Pair Production of Second-Generation Scalar Leptoquarks in pp Collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.106:201803,2011.   =7.622*30/10=22.866 45) V. Khachatryan, & , Y. Musienko et al.  Measurement of the Inclusive Upsilon production cross section in pp collisions at sqrt(s)=7 TeV , Phys.Rev.D83:112004,2011.   = 4.964 *30/10=14.892 46) V. Khachatryan, & , Y. Musienko et al.  Search for a heavy gauge boson W' in the final state with an electron and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV , Phys.Lett.B698:21-39,2011.   =7.622*30/10=22.866 47) V. Khachatryan, & , Y. Musienko et al.  Measurement of the $B^+$ Production Cross Section in pp Collisions at $\sqrt{s} = 7$~TeV , Phys.Rev.Lett.106:112001,2011.  =7.622*30/10=22.866 48) V. Khachatryan, & , Y. Musienko et al.  Search for Supersymmetry in pp Collisions at 7 TeV in Events with Jets and Missing Transverse Energy , Phys.Lett.B698:196-218,2011.   =7.622*30/10=22.866 49) V. Khachatryan, & , Y. Musienko et al.  Search for Heavy Stable Charged Particles in pp collisions at sqrt(s)=7 TeV , JHEP 1103:024,2011.   =6.049*30/10=18.147 50) V. Khachatryan, & , Y. Musienko et al.  Inclusive b-hadron production cross section with muons in pp collisions at sqrt(s) = 7 TeV , JHEP 1103:090,2011.  =6.049*30/10=18.147 51) V. Khachatryan, & , Y. Musienko et al.  Measurement of Bose-Einstein Correlations in pp Collisions at sqrt(s)=0.9 and 7 TeV , JHEP 1105:029,2011.   =6.049*30/10=18.147 52) V. Khachatryan, & , Y. Musienko et al.  Dijet Azimuthal Decorrelations in $pp$ Collisions at $\sqrt{s} = 7$~TeV , Phys.Rev.Lett.106:122003,2011.  =7.622*30/10=22LVAL .866 53) V. Khachatryan, & , Y. Musienko et al.  First Measurement of Hadronic Event Shapes in pp Collisions at sqrt(s)=7 TeV , Phys.Lett.B699:48-67,2011.  =7.622*30/10=22.866 54) S. Chatrchyan, & , Y. Musienko et al.  Observation and studies of jet quenching in PbPb collisions at nucleon-nucleon center-of-mass energy = 2.76 TeV , Phys.Rev.C84:024906,2011.   = 3.416*30/10=10.248 55) V. Khachatryan, & , Y. Musienko et al.  Measurement of Dijet Angular Distributions and Search for Quark Compositeness in pp Collisions at $sqrt{s} = 7$ TeV , Phys.Rev.Lett.106:201804,2011.   =7.622*30/10=22.866 56) V. Khachatryan, & , Y. Musienko et al.  Measurement of B anti-B Angular Correlations based on Secondary Vertex Reconstruction at sqrt(s)=7 TeV , JHEP 1103:136,2011.  =6.049*30/10=18.147 57) V. Khachatryan, & , Y. Musienko et al.  Strange Particle Production in pp Collisions at sqrt(s) = 0.9 and 7 TeV , JHEP 1105:064,2011.   =6.049*30/10=18.147 58) S. Chatrchyan, & , Y. Musienko et al.  Search for a Heavy Bottom-like Quark in $pp$ Collisions at $\sqrt{s} = 7$ TeV , Phys.Lett.B701:204-223,2011.  =7.622*30/10=22.866 59) S. Chatrchyan, & , Y. Musienko et al.  Measurement of W+W- Production and Search for the Higgs Boson in pp Collisions at sqrt(s) = 7 TeV , Phys.Lett.B699:25-47,2011.  =7.622*30/10=22.866 60) S. Chatrchyan, & , Y. Musienko et al.  Study of Z boson production in PbPb collisions at nucleon-nucleon centre of mass energy = 2.76 TeV , Phys.Rev.Lett.106:212301,2011.   =7.622*30/10=22.866 61) S. Chatrchyan, & , Y. Musienko et al.  Search for a $W^\prime$ boson decaying to a muon and a neutrino in $pp$ collisions at $\sqrt{s} = 7$ TeV , Phys.Lett.B701:160-179,2011.   =7.622*30/10=22.866 62) S. Chatrchyan, & , Y. Musienko et al.  Search for Supersymmetry in $pp$ Collisions at $\sqrt{s} = 7$ TeV in Events with Two Photons and Missing Transverse Energy , Phys.Rev.Lett.106:211802,2011.   =7.622*30/10=22.866 63) S. Chatrchyan, & , Y. Musienko et al.  Search fLVAL or Resonances in the Dilepton Mass Distribution in $pp$ Collisions at $\sqrt(s) = 7$ TeV , JHEP 1105:093,2011.  =6.049*30/10=18.147 64) S. Chatrchyan, & , Y. Musienko et al.  Search for Physics Beyond the Standard Model in Opposite-Sign Dilepton Events at $\sqrt{s} = 7$ TeV , JHEP 1106:026,2011.  =6.049*30/10=18.147 65) S. Chatrchyan& , Y. Musienko et al.  Measurement of the lepton charge asymmetry in inclusive $W$ production in pp collisions at $\sqrt{s} = 7$ TeV , JHEP 1104:050,2011.   =6.049*30/10=18.147 66) S. Chatrchyan, & , Y. Musienko et al.  Search for Large Extra Dimensions in the Diphoton Final State at the Large Hadron Collider , JHEP 1105:085,2011.  =6.049*30/10=18.147 67) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Inclusive Z Cross Section via Decays to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV , JHEP 1108:117,2011.   =6.049*30/10=18.147 68) V. Khachatryan, & , Y. Musienko et al.  Search for Neutral MSSM Higgs Bosons Decaying to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV , Phys.Rev.Lett.106:231801,2011.   =7.622*30/10=22.866 69) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the differential dijet production cross section in proton-proton collisions at sqrt(s)=7 TeV , Phys.Lett.B700:187-206,2011.   =7.622*30/10=22.866 70) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the B0 production cross section in pp Collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.106:252001,2011.  =7.622*30/10=22.866 71) S. Chatrchyan, & , Y. Musienko et al.  Search for new physics with same-sign isolated dilepton events with jets and missing transverse energy at the LHC , JHEP 1106:077,2011.   =6.049*30/10=18.147 72) S. Chatrchyan, & , Y. Musienko et al.  Charged particle transverse momentum spectra in pp collisions at sqrt(s) = 0.9 and 7 TeV , JHEP 1108:086,2011.  =6.049*30/10=18.147 73) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Polarization of W Bosons with Large Transverse Momenta in W+Jets Events at tLVAL he LHC , Phys.Rev.Lett.107:021802,2011.   =7.622*30/10=22.866 74) S. Chatrchyan, & , Y. Musienko et al.  Long-range and short-range dihadron angular correlations in central Pb Pb collisions at s(NN)**(1/2) = 2.76-TeV , JHEP 1107:076,2011.   =6.049*30/10=18.147 75) S. Chatrchyan, & , Y. Musienko et al.  Measurement of $W\gamma$ and $Z\gamma$ production in $pp$ collisions at $\sqrt{s} = 7$ TeV , Phys.Lett.B701:535-555,2011.   =7.622*30/10=22.866 76) S. Chatrchyan, & , Y. Musienko et al.  Search for supersymmetry in events with a lepton, a photon, and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV , JHEP 1106:093,2011.   =6.049*30/10=18.147 77) S. Chatrchyan, & , Y. Musienko et al.  Indications of suppression of excited $\Upsilon$ states in PbPb collisions at $\sqrt{S_{NN}}$ = 2.76 TeV , Phys.Rev.Lett.107:052302,2011.   =7.622*30/10=22.866 78) S. Chatrchyan, & , Y. Musienko et al.  Search for First Generation Scalar Leptoquarks in the evjj channel in pp collisions at sqrt(s) = 7 TeV , Phys.Lett.B703:246-266,2011.   =7.622*30/10=22.866 79) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the t t-bar production cross section and the top quark mass in the dilepton channel in pp collisions at sqrt(s) =7 TeV , JHEP 1107:049,2011.   =6.049*30/10=18.147 80) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Inclusive Jet Cross Section in pp Collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.107:132001,2011.  =7.622*30/10=22.866 81) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Ratio of the 3-jet to 2-jet Cross Sections in pp Collisions at sqrt(s) = 7 TeV , Phys.Lett.B702:336-354,2011.  =7.622*30/10=22.866 82) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Top-antitop Production Cross Section in pp Collisions at sqrt(s)=7 TeV using the Kinematic Properties of Events with Leptons and Jets , Eur.Phys.J.C71:1721,2011.   = 3.416*30/10=10.248 83) S. Chatrchyan, & , Y. Musienko et al.  Search for Physics Beyond theLVAL Standard Model Using Multilepton Signatures in pp Collisions at sqrt(s)=7 TeV , Phys.Lett.B704:411-433,2011.   =7.622*30/10=22.866 84) S. Chatrchyan, & , Y. Musienko et al.  Search for Same-Sign Top-Quark Pair Production at sqrt(s) = 7 TeV and Limits on Flavour Changing Neutral Currents in the Top Sector , JHEP 1108:005,2011.   =6.049*30/10=18.147 85) S. Chatrchyan, & , Y. Musienko et al.  Search for Light Resonances Decaying into Pairs of Muons as a Signal of New Physics , JHEP 1107:098,2011.  =6.049*30/10=18.147 86) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the t-channel single top quark production cross section in pp collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.107:091802,2011.   =7.622*30/10=22.866 87) S. Chatrchyan, & , Y. Musienko et al.  Search for Supersymmetry in Events with b Jets and Missing Transverse Momentum at the LHC , JHEP 1107:113,2011.  =6.049*30/10=18.147 88) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Strange B Meson Production Cross Section with J/Psi phi Decays in pp Collisions at sqrt(s) = 7 TeV , Phys.Rev.D84:052008,2011.   = 4.964 *30/10=14.892 89) S. Chatrchyan, & , Y. Musienko et al.  Search for New Physics with Jets and Missing Transverse Momentum in pp collisions at sqrt(s) = 7 TeV , JHEP 1108:155,2011.  =6.049*30/10=18.147 90) S. Chatrchyan, & , Y. Musienko et al.  Search for New Physics with a Mono-Jet and Missing Transverse Energy in pp Collisions at sqrt(s) = 7 TeV . Phys.Rev.Lett.107:201804,2011.   =7.622*30/10=22.866 91) S. Chatrchyan, & , Y. Musienko et al.  Missing transverse energy performance of the CMS detector , JINST 6:P09001,2011.   =3.148*30/10=9.444 92) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Underlying Event Activity at the LHC with $\sqrt{s}= 7$ TeV and Comparison with $\sqrt{s} = 0.9$ TeV , JHEP 1109:109,2011.   =6.049*30/10=18.147 93) S. Chatrchyan, & , Y. Musienko et al.  Inclusive search for squarks and gluinos in pp collisions at sqrt(s) = 7 TeV , arXivLVAL :1107.1279 [hep-ex]   =4/10=0.4 94) S. Chatrchyan, & , Y. Musienko et al.  A search for excited leptons in pp Collisions at sqrt(s) = 7 TeV , Phys.Lett.B704:143-162,2011.   =5.255*30/10=15.765 95) S. Chatrchyan, & , Y. Musienko et al.  Search for supersymmetry in pp collisions at sqrt(s)=7 TeV in events with a single lepton, jets, and missing transverse momentum , JHEP 1108:156,2011.   =6.049*30/10=18.147 96) V S. Chatrchyan, & , Y. Musienko et al.  Search for Three-Jet Resonances in pp Collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.107:101801,2011.  =7.622*30/10=22.866 97) V S. Chatrchyan, & , Y. Musienko et al.  Determination of Jet Energy Calibration and Transverse Momentum Resolution in CMS , JINST 6:P11002,2011.  =3.148*30/10=9.444 98) S. Chatrchyan, & , Y. Musienko et al.  Search for Resonances in the Dijet Mass Spectrum from 7 TeV pp Collisions at CMS , Phys.Lett.B704:123-142,2011.  =5.255*30/10=15.765 99) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Inclusive W and Z Production Cross Sections in p p Collisions at sqrt(s) = 7 TeV with the CMS experiment , JHEP 1110:132,2011.   =6.049*30/10=18.147 100) S. Chatrchyan, & , Y. Musienko et al.  Dependence on pseudorapidity and centrality of charged hadron production in PbPb collisions at a nucleon-nucleon centre-of-mass energy of 2.76 TeV , JHEP 1108:141,2011.   =6.049*30/10=18.147 101) S. Chatrchyan, & , Y. Musienko et al.  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XXIV International Conference on Neutrino Physics and Astrophysics - Athens, Greece, June 14 - 19, 2010, Web www.neutrino2010.gr ,  =6/10=0.6 15) A.Izmaylov, S. Aoki, J. Blocki, & , N. Yershov, & et al. Segmented scintillator with WLS/APD readout for LVND. 11th International Workshop on Next generation Nucleon Decay and Neutrino Detectors Toyama International Conferenc LVAL* e Center in Toyama, Japan December 13 - 16, 2010, Web http://www-sk.icrr.u-tokyo.ac.jp/NNN10,  =6/10=0.6 16) L. Bezrukov, K. Butin, I. Davitashvili,& , N. Yershov, & et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Proceedings of International Workshop on New Photon Detectors (PD 09), Shinshu, Japan, 24-26 Jun 2009. 7pp. Published in PoS PD09 (2010) 026.  =(30/10)*0.5= 1.5 17) A. Yanin, V. Volchenko, L. Bezrukov,..., N. Yershov, & et al., Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment. 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The features of electronics structure of the multichannel scintillation module for the EMMA experiment . Astrophys. Space Sci. Trans., 7:171-174, 2011  =1.437*30/10= 4.311 10. O. Mineev, Yu. Kudenko, Yu. Musienko, I. Polyansky and N. YershLVAL ov. Scintillator detectors with long WLS fibers and multi-pixel photodiodes. Journal of Instrumentation, Vol.6, Dec. 2011 (P12004)  =1.148*30/5= 6.888 11. .. 7<09;>2& ...C45=:> 8 4@. AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2. /45@=0O D878:0. B.75, 2, 2012.  =0.563*60/9=3.75. 12. C. Mariani, A. Torneo-Lopez, J. Alcaraz,..., O. Mineev et al., Measurement of inclusive 0 production in the Charged-Current Interactions of Neutrinos in a 1.3-GeV wide band beam. Phys.Rev. D83 (2011) 054023, 17 pp.  =4.964*30/10= 14.892 13. K. Abe, N. Abgrall, Y. Ajima,..., O. Mineev et al., The T2K Experiment. Nucl.Instrum.Meth. 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Yu.Kudenko, Scintillator detectors with G-M APD s, invited talk at Neutrino Workshop, CERN, March 2010.  = 30. 4. Yu.Kudenko, Scintillator detectors R&D, invited talk at NEU2012, CERN, September 2010.  = 30. 5. A.Izmaylov et al. Scintillator detectors for large volume neutrino detectors, talk at NNN2010, 14-17LVAL December, 2010, Toyama, Japan/  =6/8 = 0.75. 6. ...C45=:>, -:A?5@8<5=B "2: ?5@2K5 @57C;LB0BK, 4>:;04 =0 N18;599=>9 A5AA88 $ , >A:20 2010.  = 20. 7. Yu.Kudenko, Scintillator detector for underground cosmic ray experiments, 12th Vienna Conference on Instrumentation (VCI 2010), Vienna, Austria, 15-20 Feb, 2010.  =3 8. M.Ziembicki...Yu.Kudenko et al, The SMRD subdetector at the near detector sttaion, Talk at Krakov Epiphany Conference, january 5-1- 2010, Poland.   = 30/10 = 3 9. T.Yano.... Yu.Kudenko et al., Current status of the Side Muon Range Detector for the T2K experiment. Talk given at the 12th Vienna conference on instrumentation, Feb 15-20, 2010.   = 6/10 = 0.6 10. .%0181C;;8=, ..C45=:>, AA;54>20=8O =59B@8==KE >AF8;;OF89 =0 CA:>@8B5;OE, '5@5=:>2A:85 GB5=8O, >A:20 12 0?@5;O 2011.  = 20E1.5/2=15 11. Yu.Kudenko, T2K experiment: latest results, A5AA8O A5:F88 O45@=>9 D878:8 $ , >A:20, 21-25 =>O1@O 2011.  = 20. 12. ...C45=:>, 59B@8==K5 >AF8;;OF88 =0 CA:>@8B5;OE, 0:A0=A:0O H:>;0 ?> =59B@8==>9 D878:5 8 0AB@>D878:5 , >A:>2A:0O >1;, 26 <0O  2 8N=O 2011.  = 20. 13. ...C45=:>, 59B@8==K5 >AF8;;OF88, 5:F88 =0 8<=59 (:>;5 "-$, >A:20, 14-18 D52@0;O 2011.  = 20. 14. Yu.Kudenko, Scintillator detector R&D, talk at NEU12, Paris, France, 10-12 may 2011.  = 30. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0:  =8 C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: C:>2>4AB2> 0A?8@0=B0<8: .7<09;>2, .(09E852 - 2-3-9 3>4 , .>;O=A:89- 1 3>4 0A?8@0=BC@K  2010 3.  =30*3 = 90 .7<09;>2, .(09E852 - 3-9 3>4 , .>;O=A:89- 2 3>4 0A?8@0=BC@K  2011 3.  =30*3 = 90 C:>2>4AB2> ABC45=B0<8: .CB8=, ..8=307>20, .C48=, .(:5@8=, .>;>48=, .8:05;O=, .>;5=:>  2010.   =10*7 = 70 .CB8=, .C48=, .(:5@8=, .>;>48=, .0@?8:>2, /.(CAB@>2  2011.   =10*6 = 60 !C<<0@=K9 8=48284C0;L=K9   = 1015.8   @C:>2>48BLVAL5;O = 827.5LVALVNG " #,"" #' /",!" A>B@C4=8:>2 01>@0B>@88 <>45;8@>20=8O D878G5A:8E ?@>F5AA>2 !B0BL8: 1. Chatrchyan S. et al. (CMS Collaboration). Measurement of energy flow at large pseudorapidities in pp collisions at sqrt(s) = 0.9 and 7 TeV // JHEP 1111: 148, 2011.   = 6,049*30/10 = 18,15 2. Chatrchyan S. et al. (CMS Collaboration). Measurement of the weak mixing angle with the Drell-Yan process in proton-proton collisions at the LHC // Phys.Rev.D84: 112002, 2011.   = 4,964*30/10 = 14,89 3. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Drell-Yan Cross Section in pp Collisions at sqrt(s) = 7 TeV // JHEP 1110: 007, 2011.   = 6,049*30/10 = 18,15 4. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Differential Cross Section for Isolated Prompt Photon Production in pp Collisions at 7 TeV // Phys.Rev.D84: 052011, 2011.   = 4,964*30/10 = 14,89 5. Chatrchyan S. et al. (CMS Collaboration). Measurement of the t $\bar{t} Production Cross Section in pp Collisions at 7 TeV in Lepton + Jets Events Using b-quark Jet Identification // Phys.Rev.D84: 092004, 2011.   = 4,964*30/10 = 14,89 6. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Underlying Event Activity at the LHC with $\sqrt{s}= 7$ TeV and Comparison with $\sqrt{s} = 0.9$ TeV // JHEP 1109: 109, 2011.   = 6,049*30/10 = 18,15 7. Chatrchyan S. et al. (CMS Collaboration). A search for excited leptons in pp Collisions at sqrt(s) = 7 TeV // Phys.Lett.B704: 143-162, 2011.   = 5,255*30/10 = 15,77 8. Chatrchyan S. et al. (CMS Collaboration). Search for supersymmetry in pp collisions at sqrt(s)=7 TeV in events with a single lepton, jets, and missing transverse momentum // JHEP 1108: 156, 2011.   = 6,049*30/10 = 18,15 9. Chatrchyan S. et al. (CMS Collaboration). Search for Three-Jet Resonances in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 107: 101801, 2011.   = 7,622*30/10 = 22,87 10. Chatrchyan S. et al. (CMS Collaboration). Determination of Jet Energy Calibration LVAL and Transverse Momentum Resolution in CMS // JINST 6: P11002, 2011.   = 3,148*30/10 = 9,44 11. Chatrchyan S. et al. (CMS Collaboration). Search for Resonances in the Dijet Mass Spectrum from 7 TeV pp Collisions at CMS // Phys.Lett.B704: 123-142, 2011.   = 5,255*30/10 = 15,77 12. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Inclusive W and Z Production Cross Sections in p p Collisions at sqrt(s) = 7 TeV with the CMS experiment // JHEP 1110: 132, 2011.   = 6,049*30/10 = 18,15 13. Chatrchyan S. et al. (CMS Collaboration). Dependence on pseudorapidity and centrality of charged hadron production in PbPb collisions at a nucleon-nucleon centre-of-mass energy of 2.76 TeV // JHEP 1108: 141, 2011.   = 6,049*30/10 = 18,15 14. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Inclusive Jet Cross Section in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 107: 132001, 2011.   = 7,622*30/10 = 22,87 15. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Ratio of the 3-jet to 2-jet Cross Sections in pp Collisions at sqrt(s) = 7 TeV // Phys.Lett.B702: 336-354, 2011.   = 5,255*30/10 = 15,77 16. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Top-antitop Production Cross Section in pp Collisions at sqrt(s)=7 TeV using the Kinematic Properties of Events with Leptons and Jets // Eur.Phys.J.C71: 1721, 2011.   = 3,248*30/10 = 9,74 17. Chatrchyan S. et al. (CMS Collaboration). Search for Physics Beyond the Standard Model Using Multilepton Signatures in pp Collisions at sqrt(s)=7 TeV // Phys.Lett.B704: 411-433, 2011.   = 5,255*30/10 = 15,77 18. Chatrchyan S. et al. (CMS Collaboration). Search for Same-Sign Top-Quark Pair Production at sqrt(s) = 7 TeV and Limits on Flavour Changing Neutral Currents in the Top Sector // JHEP 1108: 005, 2011.   = 6,049*30/10 = 18,15 19. Chatrchyan S. et al. (CMS Collaboration). Search for Light Resonances Decaying into Pairs of Muons as a Signal of New Physics // JHEP 1107: 098, 2011.   = 6,049*30/10 = 18,LVAL 15 20. Chatrchyan S. et al. (CMS Collaboration). Measurement of the t-channel single top quark production cross section in pp collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 107: 091802, 2011.   = 7,622*30/10 = 22,87 21. Chatrchyan S. et al. (CMS Collaboration). Search for Supersymmetry in Events with b Jets and Missing Transverse Momentum at the LHC // JHEP 1107: 113, 2011.   = 6,049*30/10 = 18,15 22. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Strange B Meson Production Cross Section with J/Psi phi Decays in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.D84: 052008, 2011.   = 4,964*30/10 = 14,89 23. Chatrchyan S. et al. (CMS Collaboration). Search for New Physics with Jets and Missing Transverse Momentum in pp collisions at sqrt(s) = 7 TeV // JHEP 1108: 155, 2011.   = 6,049*30/10 = 18,15 24. Chatrchyan S. et al. (CMS Collaboration). Search for New Physics with a Mono-Jet and Missing Transverse Energy in $pp$ Collisions at $\sqrt{s} = 7$ TeV // Phys.Rev.Lett. 107: 201804, 2011.   = 7,622*30/10 = 22,87 25. Chatrchyan S. et al. (CMS Collaboration). Missing transverse energy performance of the CMS detector // JINST 6: P09001, 2011.   = 3,148*30/10 = 9,44 26. Chatrchyan S. et al. (CMS Collaboration). Long-range and short-range dihadron angular correlations in central Pb Pb collisions at s(NN)**(1/2) = 2.76-TeV // JHEP 1107: 076, 2011.   = 6,049*30/10 = 18,15 27. Chatrchyan S. et al. (CMS Collaboration). Measurement of $W\gamma$ and $Z\gamma$ production in $pp$ collisions at $\sqrt{s} = 7$ TeV // Phys.Lett.B701: 535-555, 2011.   = 5,255*30/10 = 15,77 28. Chatrchyan S. et al. (CMS Collaboration). Search for supersymmetry in events with a lepton, a photon, and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV // JHEP 1106: 093, 2011.   = 6,049*30/10 = 18,15 29. Chatrchyan S. et al. (CMS Collaboration). Indications of suppression of excited $\Upsilon$ states in PbPb collisions at $\sqrt{S_{NN}}$ = 2.76 TeV // Phys.Rev.Lett. 107: 052302, 2LVAL 011.   = 7,622*30/10 = 22,87 30. Chatrchyan S. et al. (CMS Collaboration). Search for First Generation Scalar Leptoquarks in the evjj channel in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B703: 246-266, 2011.   = 5,255*30/10 = 15,77 31. Chatrchyan S. et al. (CMS Collaboration). Measurement of the t t-bar production cross section and the top quark mass in the dilepton channel in pp collisions at sqrt(s) =7 TeV // JHEP 1107: 049, 2011.   = 6,049*30/10 = 18,15 32. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Inclusive Z Cross Section via Decays to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV // JHEP 1108: 117, 2011.   = 6,049*30/10 = 18,15 33. Chatrchyan S. et al. (CMS Collaboration). Search for Neutral MSSM Higgs Bosons Decaying to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV // Phys.Rev.Lett. 106: 231801, 2011.   = 7,622*30/10 = 22,87 34. Chatrchyan S. et al. (CMS Collaboration). Measurement of the differential dijet production cross section in proton-proton collisions at sqrt(s)=7 TeV // Phys.Lett.B700: 187-206, 2011.   = 5,255*30/10 = 15,77 35. Chatrchyan S. et al. (CMS Collaboration). Measurement of the B0 production cross section in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 106: 252001, 2011.   = 7,622*30/10 = 22,87 36. Chatrchyan S. et al. (CMS Collaboration). Search for new physics with same-sign isolated dilepton events with jets and missing transverse energy at the LHC // JHEP 1106: 077, 2011.   = 6,049*30/10 = 18,15 37. Chatrchyan S. et al. (CMS Collaboration). Charged particle transverse momentum spectra in pp collisions at sqrt(s) = 0.9 and 7 TeV // JHEP 1108: 086, 2011.   = 6,049*30/10 = 18,15 38. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Polarization of W Bosons with Large Transverse Momenta in W+Jets Events at the LHC // Phys.Rev.Lett. 107: 021802, 2011.   = 7,622*30/10 = 22,87 39. Chatrchyan S. et al. (CMS Collaboration). Search for a $W^\prime$ boson decaying to a muon and a neutrino in $pp$ cLVAL ollisions at $\sqrt{s} = 7$ TeV // Phys.Lett.B701: 160-179, 2011.   = 5,255*30/10 = 15,77 40. Chatrchyan S. et al. (CMS Collaboration). Search for Supersymmetry in $pp$ Collisions at $\sqrt{s} = 7$ TeV in Events with Two Photons and Missing Transverse Energy // Phys.Rev.Lett. 106: 211802, 2011.   = 7,622*30/10 = 22,87 41. Chatrchyan S. et al. (CMS Collaboration). Search for Resonances in the Dilepton Mass Distribution in $pp$ Collisions at $\sqrt(s) = 7$ TeV // JHEP 1105: 093, 2011.   = 6,049*30/10 = 18,15 42. Chatrchyan S. et al. (CMS Collaboration). Search for Physics Beyond the Standard Model in Opposite-Sign Dilepton Events at $\sqrt{s} = 7$ TeV // JHEP 1106: 026, 2011.   = 6,049*30/10 = 18,15 43. Chatrchyan S. et al. (CMS Collaboration). Measurement of the lepton charge asymmetry in inclusive $W$ production in pp collisions at $\sqrt{s} = 7$ TeV // JHEP 1104: 050, 2011.   = 6,049*30/10 = 18,15 44. Chatrchyan S. et al. (CMS Collaboration). Search for Large Extra Dimensions in the Diphoton Final State at the Large Hadron Collider // JHEP 1105: 085, 2011.   = 6,049*30/10 = 18,15 45. Khachatryan V. et al. (CMS Collaboration). First Measurement of Hadronic Event Shapes in pp Collisions at sqrt(s)=7 TeV // Phys.Lett.B699: 48-67, 2011.   = 5,255*30/10 = 15,77 46. Chatrchyan S. et al. (CMS Collaboration). Observation and studies of jet quenching in PbPb collisions at nucleon-nucleon center-of-mass energy = 2.76 TeV // Phys.Rev.C84: 024906, 2011.   = 3,416*30/10 = 10,25 47. Khachatryan V. et al. (CMS Collaboration). Measurement of Dijet Angular Distributions and Search for Quark Compositeness in pp Collisions at $sqrt{s} = 7$ TeV // Phys.Rev.Lett. 106: 201804, 2011.   = 7,622*30/10 = 22,87 48. Khachatryan V. et al. (CMS Collaboration). Measurement of B anti-B Angular Correlations based on Secondary Vertex Reconstruction at sqrt(s)=7 TeV // JHEP 1103: 136, 2011.   = 6,049*30/10 = 18,15 49. Khachatryan V. et al. (CMS Collaboration). Strange Particle Production in pp CLVAL ollisions at sqrt(s) = 0.9 and 7 TeV // JHEP 1105: 064, 2011.   = 6,049*30/10 = 18,15 50. Chatrchyan S. et al. (CMS Collaboration). Search for a Heavy Bottom-like Quark in $pp$ Collisions at $\sqrt{s} = 7$ TeV // Phys.Lett.B701: 204-223, 2011.   = 5,255*30/10 = 15,77 51. Chatrchyan S. et al. (CMS Collaboration). Measurement of W+W- Production and Search for the Higgs Boson in pp Collisions at sqrt(s) = 7 TeV // Phys.Lett.B699: 25-47, 2011.   = 5,255*30/10 = 15,77 52. Chatrchyan S. et al. (CMS Collaboration). Study of Z boson production in PbPb collisions at nucleon-nucleon centre of mass energy = 2.76 TeV // Phys.Rev.Lett. 106: 212301, 2011.   = 7,622*30/10 = 22,87 53. Khachatryan V. et al. (CMS Collaboration). Measurement of the $B^+$ Production Cross Section in pp Collisions at $\sqrt{s} = 7$~TeV // Phys.Rev.Lett. 106: 112001, 2011.   = 7,622*30/10 = 22,87 54. Khachatryan V. et al. (CMS Collaboration). Search for Supersymmetry in pp Collisions at 7 TeV in Events with Jets and Missing Transverse Energy // Phys.Lett.B698: 196-218, 2011.   = 5,255*30/10 = 15,77 55. Khachatryan V. et al. (CMS Collaboration). Search for Heavy Stable Charged Particles in pp collisions at sqrt(s)=7 TeV // JHEP 1103: 024, 2011.   = 6,049*30/10 = 18,15 56. Khachatryan V. et al. (CMS Collaboration). Inclusive b-hadron production cross section with muons in pp collisions at sqrt(s) = 7 TeV // JHEP 1103: 090, 2011.   = 6,049*30/10 = 18,15 57. Khachatryan V. et al. (CMS Collaboration). Measurement of Bose-Einstein Correlations in pp Collisions at sqrt(s)=0.9 and 7 TeV // JHEP 1105: 029, 2011.   = 6,049*30/10 = 18,15 58. Khachatryan V. et al. (CMS Collaboration). Dijet Azimuthal Decorrelations in $pp$ Collisions at $\sqrt{s} = 7$~TeV // Phys.Rev.Lett. 106: 122003, 2011.   = 7,622*30/10 = 22,87 59. Khachatryan V. et al. (CMS Collaboration). Measurement of the Isolated Prompt Photon Production Cross Section in $pp$ Collisions at $\sqrt{s} = 7$~TeV // Phys.Rev.Lett. 106: 082001, 2011.   = 7LVAL ,622*30/10 = 22,87 60. Khachatryan V. et al. (CMS Collaboration). Measurements of Inclusive W and Z Cross Sections in pp Collisions at sqrt(s)=7 TeV // JHEP 1101: 080, 2011.   = 6,049*30/10 = 18,15 61. Khachatryan V. et al. (CMS Collaboration). Search for Microscopic Black Hole Signatures at the Large Hadron Collider // Phys.Lett.B697: 434-453, 2011.   = 5,255*30/10 = 15,77 62. Khachatryan V. et al. (CMS Collaboration). Search for Pair Production of First-Generation Scalar Leptoquarks in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 106: 201802, 2011.   = 7,622*30/10 = 22,87 63. Khachatryan V. et al. (CMS Collaboration). Search for Pair Production of Second-Generation Scalar Leptoquarks in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 106: 201803, 2011.   = 7,622*30/10 = 22,87 64. Khachatryan V. et al. (CMS Collaboration). Measurement of the Inclusive Upsilon production cross section in pp collisions at sqrt(s)=7 TeV // Phys.Rev.D83: 112004, 2011.   = 4,964*30/10 = 14,89 65. Khachatryan V. et al. (CMS Collaboration). Search for a heavy gauge boson W' in the final state with an electron and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B698: 21-39, 2011.   = 5,255*30/10 = 15,77 66. Khachatryan V. et al. (CMS Collaboration). Prompt and non-prompt J/psi production in pp collisions at sqrt(s) = 7 TeV // Eur.Phys.J.C71: 1575, 2011.   = 3,248*30/10 = 9,74 67. Khachatryan V. et al. (CMS Collaboration). Charged particle multiplicities in pp interactions at sqrt(s) = 0.9, 2.36, and 7 TeV // JHEP 1101: 079, 2011.   = 6,049*30/10 = 18,15 68. Khachatryan V. et al. (CMS Collaboration). Search for Stopped Gluinos in pp collisions at sqrt s = 7 TeV // Phys.Rev.Lett. 106: 011801, 2011.   = 7,622*30/10 = 22,87 69. Khachatryan V. et al. (CMS Collaboration). Search for Dijet Resonances in 7 TeV pp Collisions at CMS // Phys.Rev.Lett. 105: 211801, 2010.   = 7,622*30/10 = 22,87 70. Khachatryan V. et al. (CMS Collaboration). Search for QuaLVAL rk Compositeness with the Dijet Centrality Ratio in pp Collisions at sqrt(s)=7 TeV // Phys.Rev.Lett. 105: 262001, 2010.   = 7,622*30/10 = 22,87 71. Khachatryan V. et al. (CMS Collaboration). First Measurement of the Cross Section for Top-Quark Pair Production in Proton-Proton Collisions at sqrt(s)=7 TeV // Phys.Lett.B695: 424-443, 2011.   = 5,255*30/10 = 15,77 72. Khachatryan V. et al. (CMS Collaboration). Observation of Long-Range Near-Side Angular Correlations in Proton-Proton Collisions at the LHC // JHEP 1009: 091, 2010.   = 6,049*30/10 = 18,15 73. Khachatryan V. et al. (CMS Collaboration). Measurement of Bose-Einstein correlations with first CMS data // Phys.Rev.Lett. 105: 032001, 2010.   = 7,622*30/10 = 22,87 74. Khachatryan V. et al. (CMS Collaboration). Transverse-momentum and pseudorapidity distributions of charged hadrons in pp collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 105: 022002, 2010.   = 7,622*30/10 = 22,87 75. Khachatryan V. et al. (CMS Collaboration). Measurement of the charge ratio of atmospheric muons with the CMS detector // Phys.Lett.B692: 83-104, 2010.   = 5,255*30/10 = 15,77 76. Khachatryan V. et al. (CMS Collaboration). Transverse momentum and pseudorapidity distributions of charged hadrons in pp collisions at $\sqrt(s)$ = 0.9 and 2.36 TeV // JHEP 1002: 041, 2010.   = 6,049*30/10 = 18,15 77. Khachatryan V. et al. (CMS Collaboration). First Measurement of the Underlying Event Activity at the LHC with \sqrt{s} = 0.9 TeV // Eur.Phys.J.C70: 555-572, 2010.   = 3,248*30/10 = 9,74 78. Khachatryan V. et al. (CMS Collaboration). CMS Tracking Performance Results from early LHC Operation // Eur.Phys.J.C70: 1165-1192, 2010.   = 3,248*30/10 = 9,74 79. Chatrchyan S. et al. (CMS Collaboration). Alignment of the CMS Muon System with Cosmic-Ray and Beam-Halo Muons // JINST 5: T03020, 2010.   = 3,148*30/10 = 9,44 80. Chatrchyan S. et al. (CMS Collaboration). Time Reconstruction and Performance of the CMS Electromagnetic Calorimeter // JINST 5: T03011,LVAL 2010.   = 3,148*30/10 = 9,44 81. Chatrchyan S. et al. (CMS Collaboration). Performance Study of the CMS Barrel Resistive Plate Chambers with Cosmic Rays // JINST 5: T03017, 2010.   = 3,148*30/10 = 9,44 82. Chatrchyan S. et al. (CMS Collaboration). Aligning the CMS Muon Chambers with the Muon Alignment System during an Extended Cosmic Ray Run // JINST 5: T03019, 2010.   = 3,148*30/10 = 9,44 83. Chatrchyan S. et al. (CMS Collaboration). CMS Data Processing Workflows during an Extended Cosmic Ray Run // JINST 5: T03006, 2010.   = 3,148*30/10 = 9,44 84. Chatrchyan S. et al. (CMS Collaboration). Commissioning of the CMS Experiment and the Cosmic Run at Four Tesla // JINST 5: T03001, 2010.   = 3,148*30/10 = 9,44 85. Chatrchyan S. et al. (CMS Collaboration). Performance of the CMS Drift Tube Chambers with Cosmic Rays // JINST 5: T03015, 2010.   = 3,148*30/10 = 9,44 86. Chatrchyan S. et al. (CMS Collaboration). Performance of CMS Hadron Calorimeter Timing and Synchronization using Test Beam, Cosmic Ray, and LHC Beam Data // JINST 5: T03013, 2010.   = 3,148*30/10 = 9,44 87. Chatrchyan S. et al. (CMS Collaboration). Identification and Filtering of Uncharacteristic Noise in the CMS Hadron Calorimeter // JINST 5: T03014, 2010.   = 3,148*30/10 = 9,44 88. Chatrchyan S. et al. (CMS Collaboration). Commissioning of the CMS High-Level Trigger with Cosmic Rays // JINST 5: T03005, 2010.   = 3,148*30/10 = 9,44 89. Chatrchyan S. et al. (CMS Collaboration). Performance of the CMS Drift-Tube Local Trigger with Cosmic Rays // JINST 5: T03003, 2010.   = 3,148*30/10 = 9,44 90. Chatrchyan S. et al. (CMS Collaboration). Calibration of the CMS Drift Tube Chambers and Measurement of the Drift Velocity with Cosmic Rays // JINST 5: T03016, 2010.   = 3,148*30/10 = 9,44 91. Chatrchyan S. et al. (CMS Collaboration). Fine Synchronization of the CMS Muon Drift-Tube Local Trigger using Cosmic Rays // JINST 5: T03004, 2010.   = 3,148*30/10 = 9,44 92. Chatrchyan S. et al. (CMS Collaboration).LVAL Performance of the CMS Hadron Calorimeter with Cosmic Ray Muons and LHC Beam Data // JINST 5: T03012, 2010.   = 3,148*30/10 = 9,44 93. Chatrchyan S. et al. (CMS Collaboration). Performance of the CMS Cathode Strip Chambers with Cosmic Rays // JINST 5: T03018, 2010.   = 3,148*30/10 = 9,44 94. Chatrchyan S. et al. (CMS Collaboration). Performance of CMS Muon Reconstruction in Cosmic-Ray Events // JINST 5: T03022, 2010.   = 3,148*30/10 = 9,44 95. Chatrchyan S. et al. (CMS Collaboration). Commissioning and Performance of the CMS Silicon Strip Tracker with Cosmic Ray Muons // JINST 5: T03008, 2010.   = 3,148*30/10 = 9,44 96. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Muon Stopping Power in Lead Tungstate // JINST 5: P03007, 2010.   = 3,148*30/10 = 9,44 97. Chatrchyan S. et al. (CMS Collaboration). Performance of the CMS Level-1 Trigger during Commissioning with Cosmic Ray Muons // JINST 5: T03003, 2010.   = 3,148*30/10 = 9,44 98. Chatrchyan S. et al. (CMS Collaboration). Commissioning and Performance of the CMS Pixel Tracker with Cosmic Ray Muons // JINST 5: T03007, 2010.   = 3,148*30/10 = 9,44 99. Chatrchyan S. et al. (CMS Collaboration). Alignment of the CMS Silicon Tracker during Commissioning with Cosmic Rays // JINST 5: T03009, 2010.   = 3,148*30/10 = 9,44 100. Chatrchyan S. et al. (CMS Collaboration). Performance and Operation of the CMS Electromagnetic Calorimeter // JINST 5: T03010, 2010.   = 3,148*30/10 = 9,44 101. Chatrchyan S. et al. (CMS Collaboration). Precise Mapping of the Magnetic Field in the CMS Barrel Yoke using Cosmic Rays // JINST 5: T03021, 2010.   = 3,148*30/10 = 9,44 102. Adzic P. et al. (CMS Collaboration). Radiation hardness qualification of PbWO(4) scintillation crystals for the CMS Electromagnetic Calorimeter // JINST 5: P03010, 2010.   = 3,148*30/10 = 9,44 @5?@8=BK: 1. Chatrchyan S. et al. (CMS Collaboration). Search for signatures of extra dimensions in the diphoton mass spectrum at the Large Hadron ColliderLVAL // e-Print: arXiv:1112.0688 [hep-ex], 2011.   = 4/10 = 0,40 2. Chatrchyan S. et al. (CMS Collaboration). J/psi and psi(2S) production in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1111.1557 [hep-ex], 2011.   = 4/10 = 0,40 3. Chatrchyan S. et al. (CMS Collaboration). 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C82 (2010) 055501 e-Print: arXiv:1006.1595 [nucl-th] <?0:B D0:B>@ 6C@=0;0 3.477* 30 => 104.31 + 4 (e-Print) = 108.31 2. Neutrino neutral-current elastic scattering on 12C. A.V. Butkevich (Moscow, INR), D. Perevalov (Fermilab). Jun 2011. 23 pp. Published in Phys.Rev. C84 (2011) 015501 e-Print: arXiv:1106.0976 [hep-ph] <?0:B D0:B>@ 6C@=0;0 3.416* 30 => 102.48 + 4 (e-Print) = 106.48/2=51.24 >:;04K =0 <564C=0@>4=KE :>D5@5=F8OE A.V. Butkevich Long baseline neutrino experiments and quasi-elastic neutrino scattering off nucleus XV International Baksan school Particlea and Cosmology, Troitsk, May 26  June 2, 2011   30 B>3>:   = 189.55LVALVNG 0@010=>2 3>@L ><0=>28G, 26.11.1939, A=A -,   70 2010-2011 33 1. . .0@010=>2, .. 57@C:>2, .. 0=8;>2. !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, .. /=>28G  $878:>-E8<8G5A:>5 8AA;54>20=85 ;8=59=>3> 0;:8; 15=7>;0 (0) :0: 107>2>3> :><?>=5=B0 4;O A>740=8O AF8=B8;;OF8>==KE =59B@8==KE 45B5:B>@>2" C@=0; ?@8:;04=>9 E8<88,84, ! 3, AB@. 385-391 (2011)  =0,34*60/8=2,55 2. . . 0@010=>2, .. 0=8;>2, ..!. @K;>2, ...&820475, . 8;>2, . !0;L=8:>20, .. 57@C:>2, ./.>28:>20, .. Q<8=0, .. /=>28G, . 0BB04>@8, 8 0:@8, . !0;2>, . 0==8   2>7<>6=>AB8 3;C1>:>9 >G8AB:8 =5>48<0 >B A;54>2 B>@8O 8 C@0=0 684:>AB=>9 M:AB@0:F859 048>E8<8O B.53, ! 3, AB@. 229-236 (2011).  =0,537*60/10=3,22 3. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M / / $, 2010, B>< 73,!7, A. 1144 1149.  =0,491*60/8=3,7 4. . . 0@010=>2, . . 57@C:>2, !. . 80=>2A:89, . . >@=>CE>2  !5G5=8O >1@07>20=8O 68Ge ?>4 459AB285< ?@>B>=>2 A M=5@3859 100 M =0 35@<0=852KE <8H5=OE 5AB5AB25==>3> 8 >1>30I5==>3> A>AB020 8 D>= 2 M:A?5@8<5=B0E ?> ?>8A:C 20-@0A?040 76Ge  / / $, 2010, B>< 73,!11, A. 1860 1864  =0,491*60/4=7,4 5. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 6. V. N. Soifer, V. A. Goryachev, D. V. Andreev, I. R. Barabanov, A. P. Borisov, Yu. N. Zhukov, and E. A. Yanovich ,  Methodology of the Experimental Study of the State of Spent Nuclear Fuel on the Bottom of Arctic Seas Oceanology, 2010, Vol. 50, No. 4, pp. 600 612  =0,43x60/7=3,7 7. h LVALx . . 0A8;L52, !. . C1A0=4>@6852, . . C1A0=4>@6852, . . >;5IC:, . . . (091>=>2, P. Grabmayr, J. Jochum, Ch. Sailer, . . 0@010=>2, . . 5@5A=8:>20  7<5@5=85 A25B>2>3> 2KE>40 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>4 "-, ! 6, 2010 24-29  =0,314*60/7=2,7 8. I R Barabanov, L B Bezrukov, C M Cattadori, N A Danilov, A di Vacri, Yu S Krilov, L Ioannucci, E A Yanovich, M Aglietta, A Bonardi, GBruno, W Fulgione, E Kemp, A S Malguin, A Porta and M Selvi  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection . Journal of instrumentation 2010, 5, P04001  =2,1*30/6=10,5 C:>2>4AB2> 0A?8@0=B>< 20103  =30   = 68,7LVAL*;5:A552 235=89 8:>;0528G, 254.=.A., 1940 3. @>645=8O, >B45; - 1. ">7<>6=>5 >1JOA=5=85 :>@@5;OF89 <564C A>1KB8O<8 ?>475<=KE 45B5:B>@>2, 70@538AB@8@>20==KE 2 ?5@8>4 2A?KH:8 SN 1987A." . ;5:A552 -"$, 2010, B>< 137, 2K?.2, AB@. 250-258   = 0.946*60 = 56,7 2." Experimental test of the stability of the half-life of alpha-active Po-214 nuclei." E.N.Alexeyev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. "@C4K <564C=0@>4=>9 H:>;K "'0AB8FK 8 >A<>;>38O" 3. >A:20, 2011 3., 2 ?5G0B8.   =6/9 = 0,6 8B>3> 56,7 + 0,6 = 57,3C@5=F>2 0;5@89 20=>28G, 30.09.1941, =A, -,   70 2010-2011 33 1. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M / / $, 2010, B>< 73,!7, A. 1144 1149.  =0,491*60/8=3,7 . . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, !. . 80=>2A:89, . . >@=>CE>2  !5G5=8O >1@07>20=8O 68Ge ?>4 459AB285< ?@>B>=>2 A M=5@3859 100 M =0 35@<0=852KE <8H5=OE 5AB5AB25==>3> 8 >1>30I5==>3> A>AB020 8 D>= 2 M:A?5@8<5=B0E ?> ?>8A:C 20-@0A?040 76Ge  / / $, 2010, B>< 73,!11, A. 1860 1864  =0,491*60/4=7,4 3. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 C:>2>4AB2> 0A?8@0=B>< 2010 3  =30 B>3> 43,6LVALVNG >28:>20 0;8=0 /:>2;52=0, @>4.15.07.1950, =A -,   70 2010-2011 33. 1. . .0@010=>2, .. 57@C:>2, .. 0=8;>2. !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, .. /=>28G  $878:>-E8<8G5A:>5 8AA;54>20=85 ;8=59=>3> 0;:8; 15=7>;0 (0) :0: 107>2>3> :><?>=5=B0 4;O A>740=8O AF8=B8;;OF8>==KE =59B@8==KE 45B5:B>@>2" C@=0; ?@8:;04=>9 E8<88,84, ! 3, AB@. 385-391 (2011)  =0,34*60/8=2,55 2. . . 0@010=>2, .. 0=8;>2, ..!. @K;>2, ...&820475, . 8;>2, . !0;L=8:>20, .. 57@C:>2, ./.>28:>20, .. Q<8=0, .. /=>28G, . 0BB04>@8, 8 0:@8, . !0;2>, . 0==8   2>7<>6=>AB8 3;C1>:>9 >G8AB:8 =5>48<0 >B A;54>2 B>@8O 8 C@0=0 684:>AB=>9 M:AB@0:F859 048>E8<8O B.53, ! 3, AB@. 229-236 (2011).  =0,537*60/10=3,22 3. ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, . . 0@010=>2, ./.>28:>20, /=>28G .  AA;54>20=85 :8=5B8:8 A25G5=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) @5?@8=B/ - 1309/2011.  =4/7=0,56 4. . .0@010=>2, .. 57@C:>2, .. 0=8;>2, .. >@30;N:, .. KA>20, ./. >28:>20, .. !8=52, .. /=>28G  5B5:B>@ A 684:8< >@30=8G5A:8< AF8=B8;;OB>@>< =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0) 4;O @538AB@0F88 A;01KE =59B@8==KE ?>B>:>2 @5?@8=B /  1286/2011  =4/8=0,5 5. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 6. . .0@010=>2, ./ >28:>20, ..0=8;>2, !..CF52, ..>@30;N:, ..!8=52, ../=>28G 84:85 >@30=8G5A:85 AF8=B8;;OB>@K =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0), ?@5?@8=B /  1246/2010, D52@0;L 2010.  =4/7=0,6 7. . .0@010=>2, ./ >28:>20, ..0=8;>2, !..CF52, ..>@30;N:, ..KA>20, ..!8=52, ../=>28G  :0: 107>2K9 @0AB2>@8B5;L 4;O A>740=8O 684:8E AF8=B8;;OB>@>2 1>;LH>3> >1J5<0 (!@02=8B5;L=K9 0=0;LVAL87 >B5G5AB25==>3> 0 (8@8H8) 8 0 (Petrelab-550-Q,0=040), ?@5?@8=B /  1279/2011, 0?@5;L 2011.  =4/8=0,5 B>3> 10,6LVALVNG /=>28G 235=89 ;5:A0=4@>28G, 21.10.1949, =A. -,   70 2010-2011 33 1. . .0@010=>2, .. 57@C:>2, .. 0=8;>2. !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, .. /=>28G  $878:>-E8<8G5A:>5 8AA;54>20=85 ;8=59=>3> 0;:8; 15=7>;0 (0) :0: 107>2>3> :><?>=5=B0 4;O A>740=8O AF8=B8;;OF8>==KE =59B@8==KE 45B5:B>@>2" C@=0; ?@8:;04=>9 E8<88,84, ! 3, AB@. 385-391 (2011)  =0,34*60/8=2,55 2. . . 0@010=>2, .. 0=8;>2, ..!. @K;>2, ...&820475, . 8;>2, . !0;L=8:>20, .. 57@C:>2, ./.>28:>20, .. Q<8=0, .. /=>28G, . 0BB04>@8, 8 0:@8, . !0;2>, . 0==8   2>7<>6=>AB8 3;C1>:>9 >G8AB:8 =5>48<0 >B A;54>2 B>@8O 8 C@0=0 684:>AB=>9 M:AB@0:F859 048>E8<8O B.53, ! 3, AB@. 229-236 (2011).  =0,537*60/10=3,22 3. ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, . . 0@010=>2, ./.>28:>20, /=>28G .  AA;54>20=85 :8=5B8:8 A25G5=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) @5?@8=B/ - 1309/2011.  =4/7=0,56 4. . .0@010=>2, .. 57@C:>2, .. 0=8;>2, .. >@30;N:, .. KA>20, ./. >28:>20, .. !8=52, .. /=>28G  5B5:B>@ A 684:8< >@30=8G5A:8< AF8=B8;;OB>@>< =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0) 4;O @538AB@0F88 A;01KE =59B@8==KE ?>B>:>2 @5?@8=B /  1286/2011  =4/8=0,5 5. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M / / $, 2010, B>< 73,!7, A. 1144 1149.  =0,491*60/8=3,7 6. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 7. V. N. Soifer, V. A. Goryachev, D. V. Andreev, I. R. BarabaLVAL(nov, A. P. Borisov, Yu. N. Zhukov, and E. A. Yanovich ,  Methodology of the Experimental Study of the State of Spent Nuclear Fuel on the Bottom of Arctic Seas Oceanology, 2010, Vol. 50, No. 4, pp. 600 612  =0,43x60/7=3,7 8.I R Barabanov, L B Bezrukov, C M Cattadori, N A Danilov, A di Vacri, Yu S Krilov, L Ioannucci, E A Yanovich, M Aglietta, A Bonardi, GBruno, W Fulgione, E Kemp, A S Malguin, A Porta and M Selvi.  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection . Journal of instrumentation 2010, 5, P04001  =2,1*30/6=10,5 9.. .0@010=>2, ./ >28:>20, ..0=8;>2, !..CF52, ..>@30;N:, ..!8=52, ../=>28G 84:85 >@30=8G5A:85 AF8=B8;;OB>@K =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0), ?@5?@8=B /  1246/2010,  =4/7=0,6 10.. .0@010=>2, ./ >28:>20, ..0=8;>2, !..CF52, ..>@30;N:, ..KA>20, ..!8=52, ../=>28G  :0: 107>2K9 @0AB2>@8B5;L 4;O A>740=8O 684:8E AF8=B8;;OB>@>2 1>;LH>3> >1J5<0 (!@02=8B5;L=K9 0=0;87 >B5G5AB25==>3> 0 (8@8H8) 8 0 (Petrelab-550-Q,0=040), ?@5?@8=B /  1279/2011,  =4/8=0,5 B>3> 28,5LVALVNG 2011 3>4 C1;8:0F88: 2.1.1. 1) =B8?8= .., 5@=>2 ..!., =0F0:0=>20 .. / >:070B5;LAB2> >1>1I5==>9 B5>@5<K %0030 2 ?@>AB@0=AB25 ?@>872>;L=>9 @07<5@=>AB8, // #, !5@8O 3, B>< 4 (2011) 27-32;  = 60*1.291/3=25.82 2) Chaichian M., Mnatsakanova M.N., Nishijima K., Tureanu A., Vernov Yu.S./ Towards an axiomatic formulation of noncommutative quantum field theory, // J. Math. Phys., 52:3, 032303 (2011),  = 30*1.192/5=7.152. 3) Mnatsakanova M.N., Salynskiy G., Vernov Yu. S./ "Analytical vectors and a new criterion of regularity for representation of canonical commutation relations algebra", hep-th 1102.2417;  = 4/3=1.33. 4) Antipin K.V., Vernov Yu.S., Mnatsakanova M.N.,, "Haag's theorem in S O (1, k) invariant quantum field theory", hep-th 1102.1195  = 4/3=1.33. >:;04K: 2.1.3. 1. Mnatsakanova M.N., Vernov Yu.S ./ Irreducibility of the set of field operators in NC QFT, // XV International Conference on Symmetry Methods in Physics" (SYMPHYS-XV) in memory of Professor Alexei Norairovich Sissakian, Dubna, Russia, July 12 - 16, 2011 and Yerevan, Armenia, July 25-29, 2011, ?@83;0H5==K9,  =30/2=15. 2. Mnatsakanova M.N., Vernov Yu.S ./ Haag's Theorem in Noncommutative Quantum Field Theory, // XV International Conference on Symmetry Methods in Physics" (SYMPHYS-XV) in memory of Professor Alexei Norairovich Sissakian, Dubna, Russia, July 12 - 16, 2011 and Yerevan, Armenia, July 25-29, 2011, ?@83;0H5==K9,  =30/3=10. 2.1.4. >@01>B:0 42CE =0CG=>->1@07>20B5;L=KE :C@A>2: "5>@8O :0;81@>2>G=KE ?>;59 8 20=B>20O E@><>48=0<8:0, 2:;NG0NI0O 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@AK G8B0NBAO =0 D878G5A:>< D0:C;LB5B5 # ABC45=B0< ?OB>3> :C@A0 2 ?5@2>< 8 2> 2B>@>< A5<5AB@0E. 192 G0A0.  =16. 2.1.6. C:>2>4AB2> 0A?8@0=B>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # 2011 3>4: =B8?8=K< >=AB0=B8=>< ;048A;02>28G5<, 2B>@>9 3>4 >1CG5=8O,  =30. C:>2>4AB2> A>8A:0B5;5< CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: !0;K=A:LVAL8< !5@355< 5==048528G5<, A>B@C4=8:>< $-,  =30. B>3>:  =136.63 B>3> 70 2010-2011 33:  =264.38,LVALVNG<0?@02;ON A2545=8O ?>  : 1-0O ?C1;8:0F8O: B>@>3> 8N;O 2010 3>40 2 # <=>9 157 A>02B>@>2 1K; A45;0= CAB=K9 4>:;04 =0 :>=D5@5=F88 "International Conference "Modern Problems of Gravitation, Cosmology and Relativistic Astrophysics" June 27-July 3, 2010, PFUR, Moscow, Russia". 0720=85 4>:;040: ";8O=85 D;C:BC0F89 <>I=>AB8 >?B8G5A:>9 =0:0G:8 =0 GC2AB28B5;L=>ABL 45B5:B>@0  " 8AL<5==K9 B5:AB 4>:;040 =0 MB>9 :>=D5@5=F88 ("RUDN-10") >?C1;8:>20= 2 6C@=0;5 >AA89A:>3> 3@028B0F8>==>3> >1I5AB20 "GRAVITATION & COSMOLOGY". @54AB02;ON AAK;:C: V. A. Krysanov // Influence of the Optical Pumping Power Fluctuations on the OGRAN Detector Sensitivity // Gravitation and Cosmology, 2011, Vol. 17, No. 1, pp. 97 100. <?0:B-D0:B>@ 6C@=0;0 >BACBAB2C5B ?> >158< >A=>2=K< 25@A8O<. 0 4>:;04 ?>;>65=K 6 10;;>2, 70 AB0BLN  8 10;;>2. "0: :0: <0B5@80; >48= 8 B>B 65, 70 =53> ?@54?>;030N 8 10;;>2. 2-0O ?C1;8:0F8O (2011 3.): .. <0<G0=, .. >BK;Q2, .. @KA0=>2, !.. @5H:8=, .. C45=:>, .. &5?:>2 // >1@>B=>ABL 0:CAB8G5A:8E <>4 B25@4>B5;L=>3> <5E0=8G5A:>3> @57>=0B>@0 ?@8 =87:8E B5<?5@0BC@0E // 7<5@8B5;L=0O B5E=8:0. 2011. !1. AA. 59-61 "0: :0: 8<55BAO 6 02B>@>2, ?@54?>;030N =0G8A;5=85 1,3 10;;0. 3-O ?C1;8:0F8O (2011 3.): OB>3> 8N;O 2011 3>40 2 11.00 2 "# 8<. 0C<0=0 <=>9 157 A>02B>@>2 1K; A45;0= CAB=K9 4>:;04 =0 :>=D5@5=F88: Physical Interpretations of Relativity Theory, Monday 4 July  Thursday 7 July 2011 (PIRT-2011) 0720=85 4>:;040 (A>3;0A=> =0CG=>9 ?@>3@0<<5): (Krysanov V.A.)  The sensitivities of laser determination of small distances . 2B>@A:>5 =0720=85 =0 @CAA:>< O7K:5: 'C2AB28B5;L=>ABL ;075@=KE 87<5@8B5;59 <0;KE :>;510=89 0CG=0O ?@>3@0<<0 =0E>48BAO =0 A09B5: http://www.space-lab.ru/PIRT_2011.php?lang=eng#programm_sci "@C4K MB>9 :>=D5@5=F88 =5 2KH;8 87 B8?>3@0D88.  2007 3>4C 70 4>:;04 =0 B0:>9 :>=D5@5=F88 <=5 1K;> =0G8A;5=> 6 10;;>2. B>3> ?@54?>;030N 8+6+1,3 = 15,3 10;;>2 @8;030N B5:ABK ! C2065=85<, A>B@C4=8: .@KA0=>2LVALVNGMaxim Libanov, Sergey Mironov, Valery Rubakov Non-Gaussianity of scalar perturbations generated by conformal mechanisms Phys.Rev.D 84, 083502 (2011), arXiv:1105.6230 1/3*30*4.964=49.64 Maxim Libanov, Sergey Mironov, Valery Rubakov Properties of scalar perturbations generated by conformal scalar field Prog.Theor.Phys. Supplement No. 190, 2011, arXiv:1012.5737 1/3*30*1.017=10.17 Andrey Mironov, Sergey Mironov, Alexey Morozov, Andrey Morozov, CFT exercises for the needs of AGT, Teor.Mat.Fiz. 165 (2010) 503-542, Theor.Math.Phys. 165 (2010) 1662-1698, arXiv:0908.2064 1/4*60*0.748=11.22 Andrey Mironov, Sergey Mironov, Alexey Morozov, Andrey Morozov, Linearized Lorentz-Violating Gravity and Discriminant Locus in the Moduli Space of Mass Terms, J.Phys.A43:055402,2010, arXiv:0910.5245 1/4*30*1.641=12.2075 Andrey Mironov, Sergey Mironov, Alexey Morozov, Andrey Morozov, Resolving Puzzles of Massive Gravity with and without violation of Lorentz symmetry, Class. Quant.Grav.27:125005, 2010, arXiv:0910.5243 1/4*30*3.099=23.2425 Sergey Mironov, Mikhail Osipov, Sabir Ramazanov Standard Model in adS slice with UV-localized Higgs field, Int.J.Mod.Phys.A25 (2010) 3641-3660, arXiv:1003.5483 1/3*30*1.000=10 IX H:>;0 "$ "-$ ?> B5>@5B8G5A:>9 8 <0B5<0B8G5A:>9 D878:5- !520AB>?>;L 2010 >:;04 ;351@0 8@0A>@> 8 W3 ;351@0 4 3th Workshop on Geometric Methods in Theoretical Physics, SISSA  Trieste-2010 Massive gravity, violation of Lorentz symmetry 6 International School for Subnuclear Physics- Erice 2010 CFT exercises for the needs of AGT 6 Synthesis of integrabilities in the context of gauge/string duality- Moscow 2010 Conformal blocks and AGT 4 International School for Subnuclear Physics- Erice 2011 Conformal inflation 6 4th Workshop on Geometric Methods in Theoretical Physics, SISSA  Trieste-2011 Non-Gaussianity in a model with conformal scalar 6 =148.58*1.5=222.87LVALfNG >:CG052 OG5A;02 20=>28G, @>4. 18.08.1948, 4.D.-<.=., 2=A -, 01>@0B>@8O =59B@8==>9 0AB@>D878:8   (70 2011-2012 33.) = 418.2 1I55 G8A;> F8B8@>20=89 ?> 1075 INSPIRE - 734 (157 A0<>F8B8@>20=8O - 602). @54;0305BAO 2:;NG8BL A>B@C4=8:0 2 3@C??C "8=45:A F8B8@>20=8O AB0B59, >?C1;8:>20==KE 70 ?>A;54=85 10 ;5B, 2KH5 500" A>3;0A=> 4>:C<5=BC "@028;0 @0AGQB0  " !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V. S. Berezinsky V. I. Dokuchaev, Yu. N. Eroshenko / Dense DM clumps seeded by cosmic string loops and DM annihilation // JCAP, 12, 007 (2011).  =5.723*30/3=57.23 V. I. Dokuchaev and Y. N. Eroshenko / Accretion with back reaction // Phys. Rev. D 84, 124022 (2011).  =4.558*30/2=68.37 V. I. Dokuchaev, Yu. N. Eroshenko / Can the same generation of astronomers see both the short gamma-ray bursts and their supernovae precursors? // Astronomical and Astrophysical Transaction, issue 4 of volume 27 (2012).  =8/2=4 E. Babichev, V. Dokuchaev and Yu. Eroshenko / Backreaction of accreting matter onto a black hole in the Eddington Finkelstein coordinates // Classical and Quantum Gravity 29, 115002 (2012).  =3.320*30/3=33.2 V. I. Dokuchaev. Is there life inside black holes? Class. Quantum Grav. 28, 235015 (2011).  =3.320*30/=99.6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: V. I. 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Studenikin, World Scientific, 2011, pages 229-231., (A5:F8>==K9 4>:;04, >?C1;8:>20= 2 2011 3.).  =6*1.5*0.5/3=1.5 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / Superdense dark matter clumps from superheavy particles // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04, >?C1;8:>20= 2 "5>@. 8 <0B. D878:0 170, 102 (2012)).  =6*1.5*0.5/5=0.9 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: . !. 5@578=A:89, . . >:CG052, .. . @>H5=:> / $>@<8@>20=85 A25@E?;>B=KE A3CAB:>2 B5<=>9 <0B5@88 =0 :>A<>;>38G5A:>9 AB0488 @0480F8>==>3> 4><8=8@>20=8O // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. . . #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04, ?C1;8:0F8O 2 Gravitation and Cosmology 18, 57 (2012)).  =4*1.5/3=2 . . >:CG052, .. . @>H5=:> / !25@E=>2K5  >?B8G5A:85 ?@54H5AB25==8:8 :>@>B:8E 30<<0 2A?;5A:>2 // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. . . #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04, ?C1;8:0F8O 2 Gravitation and Cosmology 18, 97 (2012)).  =4*1.5/2=3 5@578=A:89 . !., >:CG052 . ., @>H5=:> ... / !25@E?;>B=K5 A3CAB:8 B5<=>9 <0B5@88 // XXIX :>=D5@5=F8O ":BC0;L=K5 ?@>1;5<K 2=530;0:B8G5A:>9 0AB@>=><88", CI8=A:0O @048>0AB@>=><8G5A:0O >1A5@20B>@8O, 3.CI8=>, 17-19 0?@5;O 2012 3. (CAB=K9 4>:;04).  =4/3=1.333 . . 018G52, . . >:CG052, .. . @>H5=:> / ::@5F8O B5<=>9 M=5@388 =0 G5@=K5 4K@K // The Third International Conference "Mathematical Physics and Its Applications", Samara, August 27 - September 1, 2012; Editors: I.V. Volovich, V.P. Radchenko, pages 47-48. Samara State Techni,LVAL<cal University 2012. (A5:F8>==K9 4>:;04).  =4/3=1.333 . . >:CG052 8 .. . @>H5=:> / 5;:><0AHB01=K5 A3CAB:8 B5<=>9 <0B5@88 // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 =>O1@O 2012 3., /# $, 3. >A:20. (A5:F8>==K9 4>:;04).  =4/2=2 . . >:CG052 / =CB@5==OO AB@C:BC@0 G5@=KE 4K@ // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 =>O1@O 2012 3., /# $, 3. >A:20. (A5:F8>==K9 4>:;04).  =4 V. I. Dokuchaev / Life inside black hole // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04, ?C1;8:0F8O 2 Gravitation and Cosmology 18, 65 69 (2012)).  =4*1.5=6 C:>2>4AB2> 48?;><=8:><: !>@C:>2>48B5;L (A>2<5AB=> A .. . @>H5=:>) ABC45=B0-48?;><=8:0 4-3> :C@A0 $ (A>8A:0B5;O 720=8O 10:0;02@0) 8@8;;0 !5@35528G0 ;8<:>20.  =10/2=5 B>3>:   (70 2011-2012 33.) = 418.2LVALfNG @>H5=:> .@89 8:>;0528G @>4. 03.04.1973, :.D.-<.=., =A - 01>@0B>@8O =59B@8==>9 0AB@>D878:8.   (70 2011-2012 33.) = 255.0 1I55 G8A;> F8B8@>20=89 ?> 1075 INSPIRE - 638 (157 A0<>F8B8@>20=8O - 546). @54;0305BAO 2:;NG8BL A>B@C4=8:0 2 3@C??C "8=45:A F8B8@>20=8O AB0B59, >?C1;8:>20==KE 70 ?>A;54=85 10 ;5B, 2KH5 500" A>3;0A=> 4>:C<5=BC "@028;0 @0AGQB0  " !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V.S. Berezinsky V.I. Dokuchaev, Yu.N. 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D878:0 170, 102 (2012)),  =6*1.5*0.5/5=0.9 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: .!. 5@578=A:89, .. >:CG052, ... @>H5=:> / $>@<8@>20=85 A25@E?;>B=KE A3CAB:>2 B5<=>9 <0B5@88 =0 :>A<>;>38G5A:>9 AB0488 @0480F8>==>3> 4><8=8@>20=8O // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8lLVAL|N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04, ?C1;8:0F8O 2 Gravitation and Cosmology 18, 57 (2012)).  =4*1.5/3=2 .. >:CG052, ... @>H5=:> / !25@E=>2K5  >?B8G5A:85 ?@54H5AB25==8:8 :>@>B:8E 30<<0 2A?;5A:>2 // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04, ?C1;8:0F8O 2 Gravitation and Cosmology 18, 97 (2012)).  =4*1.5/2=3 5@578=A:89 .!., >:CG052 .., @>H5=:> ... / !25@E?;>B=K5 A3CAB:8 B5<=>9 <0B5@88 // XXIX :>=D5@5=F8O ":BC0;L=K5 ?@>1;5<K 2=530;0:B8G5A:>9 0AB@>=><88", CI8=A:0O @048>0AB@>=><8G5A:0O >1A5@20B>@8O, 3.CI8=>, 17-19 0?@5;O 2012 3. 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(36) JCAP 1106 (2011) 013. 5.723*30*0.1=17.17 Measurement of the weak mixing angle with the Drell-Yan process in proton-proton collisions at the LHC By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Phys.Rev. D84 (2011) 112002. 4.558*30*0.04=5.47 Measurement of energy flow at large pseudorapidities in $pp$ collisions at $\sqrt{s} = 0.9$ and 7 TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) JHEP 1111 (2011) 148, Erratum-ibid. 1202 (2012) 055. 5.831*30*0.04=7.00 Forward Energy Flow, Central Charged-Particle Multiplicities, and Pseudorapidity Gaps in W and Z Boson Events from pp Collisions at 7 TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Eur.Phys.J. C72 (2012) 1839. 3.631*30*0.04=4.36 Performance of tau-lepton reconstruction and identification in CMS By CMS Collaboration (CMS Collaboration et al.). 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D84 (2011) 052011. 4.558*30*0.04=5.47 Measurement of the Drell-Yan Cross Section in pp Collisions at sqrt(s) = 7 TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) JHEP 1110 (2011) 007. 5.831*30*0.04=7.00 Search for B(s) and B to dimuon decays in pp collisions at 7 TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Phys.Rev.Lett. 107 (2011) 191802. 7.370*30*0.04=8.84 Search for Resonances in the Dijet Mass Spectrum from 7 TeV pp Collisions at CMS By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Phys.Lett. B704 (2011) 123-142. 3.955*30*0.04=4.75 Measurement of the Inclusive W and Z Production Cross Sections in pp Collisions at sqrt(s) = 7 TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) JHEP 1110 (2011) 132. 5.831*30*0.04=7.00 Dependence on pseudorapidity and centrality of charged hadron production in PbPb collisions at a nucleon-nucleon centre-of-mass energy of 2.76 TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) JHEP 1108 (2011) 141. 5.831*30*0.04=7.00 Determination of Jet Energy Calibration and Transverse Momentum Resolution in CMS By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) JINST 6 (2011) P11002. 8*0.04=0.32 Search for Three-Jet Resonances in pp Collisions at sqrt(s) = 7 TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Phys.Rev.Lett. 107 (2011) 101801. 7.370*30*0.04=8.84 Search for supersymmetry in pp collisions at sqrt(s)=7 TeV in events with a single lepton, jets, and missing transverse momentum By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) JHEP 1108 (2011) 156. 5.831*30*0.04=7.00 A search for excited leptons in pp Collisions at sqLVAL rt(s) = 7 TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Phys.Lett. B704 (2011) 143-162. 3.955*30*0.04=4.75 Inclusive search for squarks and gluinos in pp collisions at sqrt(s) = 7 TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Phys.Rev. 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(>1000) JHEP 1108 (2011) 005. 5.831*30*0.04=7.00 Measurement of the Top-antitop Production Cross Section in $pp$ Collisions at $\sqrt{s}=7$ TeV using the Kinematic Properties of Events with Leptons and Jets By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Eur.Phys.J. C71 (2011) 1721. 3.631*30*0.04=4.36 Search for Physics Beyond the Standard Model Using Multilepton Signatures in $pp$ Collisions at $\sqrt{s}=7$ TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Phys.Lett. B704 (2011) 411-433. 3.955*30*0.04=4.75 Measurement of the Ratio of the 3-jet to 2-jet Cross Sections in $pp$ Collisions at $\sqrt{s} = 7$ TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Phys.Lett. B702 (2011) 336-354. 3.955*30*0.04=4.75 Measurement of the Inclusive Jet Cross Section in pp Collisions at sqrt(s) = 7 TeV By CMS Collaboration (Serguei Chatrchyan et al.). 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(>1000) JHEP 1106 (2011) 093. 5.831*30*0.04=7.00 Measurement of $W\LVAL gamma$ and $Z\gamma$ production in $pp$ collisions at $\sqrt{s} = 7$ TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Phys.Lett. B701 (2011) 535-555. 3.955*30*0.04=4.75 Long-range and short-range dihadron angular correlations in central PbPb collisions at a nucleon-nucleon center of mass energy of 2.76 TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) JHEP 1107 (2011) 076. 5.831*30*0.04=7.00 Charged particle transverse momentum spectra in $pp$ collisions at $\sqrt{s} = 0.9$ and 7 TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) JHEP 1108 (2011) 086. 5.831*30*0.04=7.00 Measurement of the Polarization of W Bosons with Large Transverse Momenta in W+Jets Events at the LHC By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Phys.Rev.Lett. 107 (2011) 021802. 7.370*30*0.04=8.84 Search for new physics with same-sign isolated dilepton events with jets and missing transverse energy at the LHC By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) JHEP 1106 (2011) 077. 5.831*30*0.04=7.00 Measurement of the B0 production cross section in pp Collisions at sqrt(s) = 7 TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Phys.Rev.Lett. 106 (2011) 252001. 7.370*30*0.04=8.84 Measurement of the differential dijet production cross section in proton-proton collisions at $\sqrt{s}=7$ TeV By CMS Collaboration (Serguei Chatrchyan et al.). (>1000) Phys.Lett. B700 (2011) 187-206. 3.955*30*0.04=4.75 Measurement of the Inclusive Z Cross Section via Decays to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV By CMS Collaboration (Serguei Chatrchyan et al.). 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Bezrukov, D. Gorbunov, M. Shaposhnikov, JCAP 1110 (2011) 001, e-Print: arXiv:1106.5019 [hep-ph], LVAL  =(4+30*6.497)/3=66.303  Scalaron the mighty: Is a quick mare in time everywhere? , D. Gorbunov, A. Panin, Phys. Lett. B700 (2011) 157, e-Print: arXiv:1009.2448 [hep-ph],  =30*5.255/2=78.825  Invisible Higgs in weak bosons associative production with heavy quarks at LHC: probing mass and width , E. Boos, D. Gorbunov, S. Demidov, e-Print: arXiv:1010.5373, Int. J. Mod. Phys. A26 (2011) 3201,  =30* 1.000/3=10  Flavor violating processes with sgoldstino pair production , S. Demidov, D. Gorbunov,Phys.Rev. D85 (2012) 077701, arXiv:1112.5230 [hep-ph],  =(4+30*4.558)/2=70.37  Distinguishing between R^2-inflation and Higgs-inflation , F. Bezrukov, D. Gorbunov,Phys.Lett. B713 (2012) 365-368, arXiv:1111.4397 [hep-ph],  =(4+30*3.955)/2=61.325  Positronium oscillations to Mirror World revisited , S. Demidov, D. Gorbunov, A. Tokareva, Phys. Rev. D85 (2012) 015022, arXiv:1111.1072 [hep-ph],  =(4+30*4.964)/3=50.973  The 2010 Interim Report of the Long-Baseline Neutrino Experiment Collaboration Physics Working Groups , LBNE Collaboration, T. Akiri et al, arXiv:1110.6249 [hep-ex],  =4*0.05=0.2  =527.199 2. >:;04K =0 :>=D5@5=F8OE 8 H:>;0E 5:F88 ?> :>A<>;>388 =0 46->9 H:>;5 /$, >I8=>, $, 26 D52@0;O-2 <0@B0 2012,  =20 3 5:F88 ?> :>A<>;>388 =0 45->9 H:>;5 /$, >I8=>, $, 28 D52@0;O-5 <0@B0 2011, (>?C1;8:>20=K 2 B@C40E),  =20*1.5=30 2 5:F88 + 1 0=OB85 4;O MAB>=A:8E 8 C:@08=A:8E CG8B5;59 2 @0<:0E >1@07>20B5;L=>9 ?@>3@0<<K CERN, 14-19 >:BO1@O, 2012, CERN, 5=520, (259F0@8O,  =30 2 5:F88 + 1 0=OB85 4;O @>AA89A:8E CG8B5;59 2 @0<:0E >1@07>20B5;L=>9 ?@>3@0<<K CERN, 31 >:BO1@O-5 =>O1@O, 2011, CERN, 5=520, (259F0@8O,  =20 Xth International Conference on Gravitation, Astrophysics and Cosmology (ICGAC10), Rencontres de Vietnam, December 17-22, 2011, Quy-Nhon, Vietnam (?@83;0HQ==K9 4>:;04, >?C1;8:>20= 2 B@C40E),  =30*1.5=45 15th Lomonosov Conference on Elementary Particle Physics, 18-24 August, 2011 at the MLVAL oscow State University, Moscow, Russia, (1 ?@83;. 4>:;04),  =20 15th Lomonosov Conference on Elementary Particle Physics, 18-24 August, 2011 at the Moscow State University, Moscow, Russia, (>48= 87 42CE A>02B>@>2 4>:;040),  =4/2=2 564C=0@>4=0O :>=D5@5=F8O ><>=>A>2-2011, 11-12 0?@5;O 2011, #, >A:20,  =20 VI A5@>AA89A:89 $5AB820;L =0C:8, 7-9 >:BO1@O 2011, #, >A:20,  =20 15th Annual RDMS CMS Collaboration Conference , Alushta (Crimea), Ukraine, May 22-28, 2011,  =6 Perspectives on Physics and on CMS at Very High Luminosity, HL-LHC (;CHB0, #:@08=0, 28.05.2012-31.05.2012), (?@83;0HQ==K9 4>:;04 A >?C1;8:>20==K<8 B@C40<8),  =20*1.5=30 Hot topics in Modern Cosmology, Spontaneous Workshop VI, 7-12 May 2012, Cargese, France, (?@83;0HQ==K9 4>:;04),  =30 Ginzburg Conference on Physics, $, >A:20, 28 <0O-2 8N=O 2012, (CAB=K9 4>:;04),  =4 QUARKS-2012. /@>A;02;L, 4 8N=O - 10 8N=O 2012, (?@83;0HQ==K9 4>:;04)  =20 QUARKS-2012. /@>A;02;L, 4 8N=O - 10 8N=O 2012, (A>02B>@ 4>:;040)  =4/2=2 III International Workshop on Baryon & Lepton Number Violation (BLV2011), September 22-24, 2011, Gatlinburg, TN, USA (?@83;0HQ==K9 4>:;04),  = 30 Dual Year Russia-Spain, "Particle Physics, Nuclear Physics and Astroparticle Physics", November 811, 2011, Barcelona, Spain, (?@83;0HQ==K9 4>:;04),  =30 2011 European School on High-Energy Physics, September 7-20, 2011, Cheile Gradistei, Romania, (group leader),  =30 XVth International School Particle Physics and Cosmology, May 26- June 2, 2011, Troitsk, Russia, (>48= 87 B@QE A>02B>@>2 4>:;040)  =4/3=1.333 A5@>AA89A:>5 A>25I0=85 ?> ?@5F878>==>9 D878:5 8 DC=40<5=B0;L=K< D878G5A:8< :>=AB0=B0< ($$11), 5-9 45:01@O 2011, /, C1=0, >AA8O, (?@83;0HQ==K9 4>:;04)  =20 4-5 '5@5=:>2A:85 GB5=8O, >2K5 <5B>4K 2 M:A?5@8<5=B0;L=>9 O45@>=>9 D878:5 8 D878:5 G0AB8F, 12 0?@5;O 2011, $, >A:20, (?@83;0HQ==K9 4>:;04)  =20 XXXVIII 564C=0@>4=0O (25=83>@>4A:0O) :>=D5@5=F8O ?LVAL > D878:5 ?;07<K 8 C?@02;O5<><C B5@<>O45@=><C A8=B57C, 14-18 D52@0;O 2011, 25=83>@>4, >AA8O, (?@83;0HQ==K9 4>:;04)  =20 XXXIX564C=0@>4=0O (25=83>@>4A:0O) :>=D5@5=F8O ?> D878:5 ?;07<K 8 C?@02;O5<><C B5@<>O45@=><C A8=B57C, 6-10 D52@0;O 2012, 25=83>@>4, >AA8O, (?@83;0HQ==K9 4>:;04)  =20 XX International workshop High Energy Physics and Quantum Field Theory, September 24  October 1, 2011, Sochi, Russia,  =4 Scalars 2011, August 26-29, 2011, University of Warsaw, Poland,  =6 2 ;5:F88 ?> :>A<>;>388 (``Introduction to cosmology: Big Bang Cosmology'', ``Introduction to cosmology: Big Bang Nucleosynthesis, Dark Matter production? Baryogenesis'') 8 1 ;5:F8O ?> D878:5 =59B@8=> (``Sterile neutrinos: the only missed ingredient?'') =0 564C=0@>4=>9 H:>;5 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5, >;LH85 :>BK, @:CBA:0O >1;0ABL, 5-12 8N;O 2012,  =20 564C=0@>4=>9 H:>;5 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5, >;LH85 :>BK, @:CBA:0O >1;0ABL, 5-12 8N;O 2012, (A>02B>@ >?C1;8:>20==>3> 4>:;040),  =4*1.5/2=3 GRACOS-2012. /;LG8:, 5A?C1;8:0 0@89 -;, 3-4 A5=BO1@O 2012 (?@83;0HQ==K9 4>:;04),  =20 ASPERA town meetiing, C1=0, 14 A5=BO1@O 2012 (?@83;0HQ==K9 4>:;04),  =20 RESCEU SYMPOSIUM ON GENERAL RELATIVITY AND GRAVITATION, JGRG22, November 12 - 16 2012, Koshiba Hall, The University of Tokyo, Hongo, Tokyo, Japan, (CAB=K9 4>:;04),  =6 A5@>AA89A:0O :>=D5@5=F8O "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0", 24-27 45:01@O 2012 3.,   (>A:20), (?@83;0HQ==K9 4>:;04),  =20  =569.333 3. C:>2>4AB2> 48?;><=8:>< (. ">:0@520, 2011, ABC45=B:0 #) A>2<5AB=> A !.. 5<84>2K<,  =10/2=5 C:>2>4AB2> 48?;><=8:>< (. ">:0@520, 2012, ABC45=B:0 #)  =10 C:>2>4AB2> 48?;><=8:>< (!. %0=0=58=0, 2011, ABC45=B:0 #)  =10 C:>2>4AB2> 48?;><=8:>< (. AB0?>2, 2011, ABC45=B #)  =10 C:>2>4AB2> 48?;><=8:>< (. >@>B552, 2011-2012, ABC45=B $")  =10*2=20 C:>2>4AB2> 48?;><=8:>< (. 0=>H8=,LVAL 2010-2012, ABC45=B $")  =10*2=20 C:>2>4AB2> 48?;><=8:>< (. 'C4K9, 2012, ABC45=B $"),  =10 C:>2>4AB2> 48?;><=8:>< (. >48>=>2, 2011, ABC45=B #)  =10 C:>2>4AB2> 0A?8@0=B>< (. >48>=>2, 2012, 0A?8@0=B #)  =30  =125 4. >@01>B:0 :C@A0 @>1;5<K D878:8 G0AB8F 8 :>A<>;>388 4;O ABC45=B>2 5-3> :C@A0 :0D54@K DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388 D0:C;LB5B0 ?@>1;5< D878:8 8 M=5@35B8:8 $". 5A=0->A5=L 2011, 2012,  =8*4=32 5@2>5 ?@>GB5=85 :C@A0 >?>;=8B5;L=K5 3;02K :>A<>;>388 =0 :0D54@5 $878:0 G0AB8F 8 :>A<>;>38O D87D0:0 #, 25A=0 2012,  =30 740=85 :=838 Introduction to the Theory of the Early Universe: The Hot Big Bang Theory (Dmitry S. Gorbunov, Valery A. Rubakov), World Scientific Publishing Company, 2011, ISBN 978981- 4322-24-9, 5G.;.=550pp/16=32.5,  =2*34.375/2=34.375 740=85 :=838 Introduction to the Theory of the Early Universe: Cosmological perturbations and Inflationary Theory(Dmitry S. Gorbunov, Valery A. Rubakov), World Scientific Publishing Company, 2011, ISBN 978-981-4322-22-5, 5G.;.=520pp/16=32.5,  =2*32.5/2=32.5  =128.875 5. B>3>,  =1350.41 6. !C<<0@=0O F8B8@C5<>ABL ?> SLACC --- 4187 8 4001 A@548 2A5E 8 A@548 >?C1;8:>20==KE @01>B, A>>B25BAB25==> ?>;=>5 G8A;> F8B8@>20=89 70 ?>A;54=85 10 ;5B ?@52KH05B 500 (?> 40==K< SPIRES 1>;LH5 3500), C45;L=K9 8=45:A F8B8@>20=8O 2KH5 100 (=0 ?@8<5@5 3-E AB0B59 2=87C): On initial conditions for the Hot Big Bang. F. Bezrukov (Heidelberg, Max Planck Inst. & ITPP, Lausanne & Moscow, INR), D. Gorbunov (Moscow, INR), M. Shaposhnikov (ITPP, Lausanne). Dec 2008. 22 pp. Published in JCAP 0906 (2009) 029 DOI: 10.1088/1475-7516/2009/06/029 e-Print: arXiv:0812.3622 [hep-ph] | PDF Detailed record -Cited by 78 records Index=26 How to find neutral leptons of the nuMSM?. Dmitry Gorbunov (Moscow, INR), Mikhail Shaposhnikov (ITPP, Lausanne). May 2007. 45 pp. Published in JHEP 0710 (2007) 015 DOI: 10.1088/1126-6708/2007/10/015 e-Pri LVAL nt: arXiv:0705.1729 [hep-ph] | PDF Detailed record -Cited by 65 records Index=32 More on ghosts in DGP model. Dmitry Gorbunov (Moscow, INR), Kazuya Koyama (Portsmouth U., ICG), Sergei Sibiryakov (Moscow, INR). Dec 2005. 9 pp. Published in Phys.Rev. D73 (2006) 044016 DOI: 10.1103/PhysRevD.73.044016 e-Print: hep-th/0512097 | PDF Detailed record -Cited by 144 records Index=46 O=20@L 2013 3>40 .!. >@1C=>2LVALfNG /=>28G 235=89 ;5:A0=4@>28G, 21.10.1949, =A. -,   70 2011-2012 33 !B0BL8 1. . .0@010=>2, .. 57@C:>2, .. 0=8;>2. !.. CF52, .. >@30;N:, ./.>28:>20, .. !8=52, .. /=>28G  $878:>-E8<8G5A:>5 8AA;54>20=85 ;8=59=>3> 0;:8; 15=7>;0 (0) :0: 107>2>3> :><?>=5=B0 4;O A>740=8O AF8=B8;;OF8>==KE =59B@8==KE 45B5:B>@>2" C@=0; ?@8:;04=>9 E8<88,84, ! 3, AB@. 385-391 (2011)  =0.34*60/8=2.55 2. . . 0@010=>2, .. 0=8;>2, ..!. @K;>2, ...&820475, . 8;>2, . !0;L=8:>20, .. 57@C:>2, ./.>28:>20, .. Q<8=0, .. /=>28G, . 0BB04>@8, 8 0:@8, . !0;2>, . 0==8   2>7<>6=>AB8 3;C1>:>9 >G8AB:8 =5>48<0 >B A;54>2 B>@8O 8 C@0=0 684:>AB=>9 M:AB@0:F859 048>E8<8O B.53, ! 3, AB@. 229-236 (2011).  =0.537*60/10=3.22 3. . . 0@010=>2, . . 57@C:>2, . /. >28:>20, !<8@=>2, . . /=>28G 8 4@.  Nd_A>45@60I89 684:89 >@30=8G5A:89 AF8=B8;;OB>@ 4;O M:A?5@8<5=B0 ?> 87<5@5=8N 42>9=>3> 15B0_@0A?040 "-, ! 5, 2012, 37-43,  =0.314E60/6=3.14 4. Y.Abe,..,E.Yanovitch et al.  Indication of Reactor  Desappearance in the Double Chooz Experiment. Phys. Rev. Lett. 108, 131801(2012).  =7.37 x30x0.1=22.1 5. . . 0@010=>2, . . 57@C:>2, . . 0=8;>2, . . /=>28G 8 4@.  7<5@5=85 :>=F5=B@0F88 87>B>?0 14C 2 684:>< >@30=8G5A:>< AF8=B8;;OB>@5 =0 CAB0=>2:5 <0;>3> >1J5<0, "- ! 1, 2012, 40-44 ,  =0.314E60/5=3.14 6. ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, . . 0@010=>2, ./.>28:>20, /=>28G .  AA;54>20=85 :8=5B8:8 A25G5=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) "-. ! 1, 2013  =0.314E60/7=2.7 @5?@8=BK 1. ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, . . 0@010=>2, ./.>28:>20, /=>28G .  AA;54>20=85 :8=5B8:8 A25G5=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) @5?@8=B/ - 1309/2011.  =4/7=0.56 2.. .0@010=>2, ..57@C:>2, .. 0=8;>2, .. >@30;N:, .. KA>20, ./. >28:>20, .. !8=Q2, ../=>28G.  :0: 107>LVAL 2K9 @0AB2>@8B5;L 4;O A>740=8O 684:8E AF8=B8;;OB>@>2 1>;LH>3> >1JQ<0 . @5?@8=B / 1279/2011   4/8=0.5 3. . .0@010=>2, .. 57@C:>2, .. 0=8;>2, .. >@30;N:, .. KA>20, ./. >28:>20, .. !8=52, .. /=>28G  5B5:B>@ A 684:8< >@30=8G5A:8< AF8=B8;;OB>@>< =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0) 4;O @538AB@0F88 A;01KE =59B@8==KE ?>B>:>2 @5?@8=B /  1286/2011  =4/8=0.5 4. E.Yanovich et al. Double Chooz Coll.  Indication for the Disappearance of Reactor Electron Antineutrinos in the Double Chooz Experiment. arXiv:1112.6353.  =4x0.075=0.3 5. E. Yanovich, GERDA Col.  Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the Gerda experiment arXiv 2012.3210v1  =4x0.075=0.3 6. E. Yanovich, GERDA Col. The Gerda experiment for the search of 0vbb-decay arXiv 2012.4067v1  =4x0.075=0.3 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 1.E. Yanovich, GERDA Col.  The GERDA Experiment: Status and Results European Nuclear Physics Conference (EuNPC2012) Bucharest, Romania, September 17-21, 2012  =30E0.075=2.25 2.E. Yanovich, GERDA Col  Progress in 0 decay search and the GERmanium Detector Array Behind the neutrino mass INTERNATIONAL WORKSHOP ON MODELS OF NEUTRINO MASS Grignano (Trieste, Italy), September 17 - 21, 2012  =6 E0.075=0.45 3.E. Yanovich, GERDA Col  GERDA, Status and Perspectives Neutrino Oscillation Workshop 2012, Conca Specchiulla (Otranto, Italy), September 8-15, 2012  =6 E0.075=0.45 4.E. Yanovich, GERDA Col  Status and plans with the GERDA experiment to probe the nature of neutrinos 36th International Conference on High Energy Physics, July 4-11, 2012, Melbourne, Australia  =30E0.075=2.25 5.E. Yanovich, GERDA Col Search for neutrinoless double beta decay with the GERDA experiment International School on AstroParticle Physics, Paris, July 4-6, 2012  =6 E0.075=0.45 6.E. Yanovich, GERDA Col  Investigations and development of the suppression methods of the background in the LArGe low-backgrLVAL ound test facility for the GERDA experiment 62nd International conference Nuclei 2012, June 25-30, 2012, Voronezh  =6 E0.075=0.45 7.E. Yanovich, GERDA Col  Status of the GERDA experiment 4th Int. Symposium on Neutrinos and Dark Matter in Nuclear Physics (NDM12) June 11-15, 2012, Nara, Japan  =6 E0.075=0.45 8.E. Yanovich, GERDA Col  Results from GERDA XXV Int. Conference on Neutrino and Astrophysics Kyoto, Japan, June 3-9, 2012  =30E0.075=2.25 9.E. Yanovich, GERDA Col  The GERDA search for neutrinoless double beta decay  Eleventh Conference on the Intersections of Particle and Nuclear Physics, St. Petersburg, Florida, USA, May 29 to June 3, 2012.  =6 E0.075=0.45 10.E. Yanovich, GERDA Col  Status of the GERDA experiment Particle Physics and Cosmology, Chateau Royal de Blois, May 27-June 1, 2012  =6 E0.075=0.45 11.E. Yanovich, GERDA Col  Searching for Double Beta Decay with GERDA XXVI Rencontres de Physique de La Vallee d'Aoste, Feb 26, 2012 - Mar 3, 2012, La Thuile, Italy  =6 E0.075=0.45 12.E. Yanovich, GERDA Col  Status of the GERDA Experiment Double Beta Decay and Neutrinos, 15-17 November 2011, Osaka, Japan  =6 E0.075=0.45 13.E. Yanovich, GERDA Col  GERDA Experiment: status Astroparticle, Particle, Space Physics and Detectors for Physics Applications October 3-7, 2011 6 E0.075=0.45 14.E. Yanovich, GERDA Col  GERDA status 12th International Conference on Topics in Astroparticle and Underground Physics Mnchen, Sep 5 - 9, 2011  =30E0.075=2,25 15.E. Yanovich, GERDA Col  Tools for advanced data analysis in the GERDA neutrinoless double beta decay experiment 12th International Conference on Topics in Astroparticle and Underground Physics Mnchen, Sep 5 - 9, 2011  =6 E0.075=0.45 16.E. Yanovich, GERDA Col  The Gerda Experiment - A Search for Neutrinoless Double Beta Decay  eV Particle Astrophysics 2011, Stockholm, Aug 1-5, 2011,  =6E0,075=2,25 17.E. Yanovich, GERDA Col  Status and Perspective of the GERDA Neutrinolex LVAL ss Double Beta Decay Experiment PANIC11 - Rutherford Centennial, July 24-29, 2011, Massachusetts Institute of Technology, Cambridge, K.T. Knoepfle  =6 E0.075=0.45 18.E. Yanovich, GERDA Col  Crystal Based Double Beta Decay Experiments HEP Grenoble, July 21-27, 2011  =6 E0.075=0.45 19.E. Yanovich, GERDA Col  The GERDA Experiment: A Search for Neutrinoless Double Beta Decay Nuclear Physics in Astrophysics V,Eilat, April 3 - 8, 2011  =6 E0.075=0.45 20.E. Yanovich, GERDA Col  GERDA commisioning results and summary of double beta decay projects Rencontres de Moriond, EW Interactions and Unified Theories March 13 - 20, 2011, La Thuile 2011  =6 E0.075=0.45  =57.4LVALfNG C7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503., 4.D.-<.=., 702.  / ,   70 2011-2012 33. C1;8:0F88: 1. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1,5 / 7 = 1,29 1 2. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn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nS(Ag)+6LiF] 2 @07;8G=KE CA;>28OE 87<5@5=89. >A:20, @5?@8=B /  1303/2011, >:BO1@L 2011 3., 8 AB@. 4 / 3 = 1,33 1 6. . . 0@010=>2, .. 57@C:>2, .. 0A8;L52, ... 02@8;N:, .. C7L<8=>2, !.. /:8<5=:>. ?@545;5=85 A>45@60=8O -0:B82=KE 87>B>?>2 2 >1@07F5 C3;O. >A:20, @5?@8=B /  1304/2011, >:BO1@L 2011 3., 8 AB@. 4 / 6 = 0,67 1 7. .. 14C@0H8B>2, ... 02@8;N:, .. 02@8=, .. >@10GQ2, .. 070;>2, .. 0;8E>2, .. C7L<8=>2, ... 0;KH:8=, .. (8E8=, !.. /:8<5=:>. 0480F8>==K9 D>= :@8AB0;;>2 LiF. >A:20, @5?@8=B /  1296/2011, 023CAB 2011 3., 12 AB@. 4 / 10 = 0,4 1 8. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. KuzminovLVAL , S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 9. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 10. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 11. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less double beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30x1,447x0.1 = 4,34 1 12. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p 8x0.1 = 0,8 1 13. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1 14. $.$. 0@?5H8=, .. "@60A:>2A:0O, .. C7L<8=>2, $;N>@5AF5=F8O, 8=4CF8@>20==0O 42>9=K< -70E20B><, 725AB8O , !5@8O D878G5A:0O ".46 !8 (2012), AB@. 999-1002 60x0,315 / 3 = 6,31 15. V.V. Kuzminov The Baksan Neutrino Observatory, Eur.Phys.J. Plus (2012), pp. 127-113. 8 1 16. M. Agostini, M. Allardt, E. Andreotti , et al.,  Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the Gerda experiment  , arXiv:1212.3210v1 [nucl-det]. 4x0,06 = 0,24 1 17. K.-H. Ackermann, M. AgLVAL ostini, M. Allardt , et al.,  The Gerda experiment for the search of 0 decay in 76Ge with the Gerda experiment  , arXiv:1212.4061v1 [physics.ins-det]. 4x0,06 = 0,24 1 18. . . 0@010=>2, .. 57@C:>2, ... 02@8;N:, .. C?5=F>2, .. C7L<8=>2, !.. /:8<5=:>, !  -#'.)% "   & #/  " "$& !" /, B><=0O M=5@38O, ">< 113, 2K?. 3, (2012), 180-183 60x0,395/6 = 3,95 1  = 32,93 1 >:;04K: 1. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 7 = 0,57 1 4. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 9 = 0,44 1 5. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C LVAL 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,44 1 6. V.V. Kuzminov  The Baksan physics program . The talk at the the Dubna Workshop "Astroparticle Physics - Russian German Perspectives". Dubna, 8-9 December 2011 yr, Russia. 6 1 7. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6Li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fNG !8=52 0;5@89 8B0;L528G, 10/12/1957, :.D.-<.=., A.=.A. -   70 2011-2012 33 I. C1;8:0F88: 1. .. !8=52 !>2<5AB=K9 0=0;87 A?5:B@0;L=KE @50:B>@=KE =59B@8==KE M:A?5@8<5=B>2, @5?@8=B /-1278/2011.  = 4/1 = 4.0 2. . . 0@010=>2, .. 57@C:>2, .. 0=8;>2 , . . >@30;N:, . . KA>20, . /. >28:>20, . . !8=52, . . /=>28G  :0: 107>2K9 @0AB2>@8B5;L 4;O A>740=8O 684:8E AF8=B8;;OB>@>2 1>;LH>3> >1JQ<0 (A@02=8B5;L=K9 0=0;87 >B5G5AB25==>3> 0 (8@8H8) 8 0-Petrelab-550Q 0=040), @5?@8=B /-1279/2011.  = 4/8 = 0.5 3. . . 0@010=>2, .. 57@C:>2, .. 0=8;>2 , . . >@30;N:, . . KA>20, . /. >28:>20, . . !8=52, . . /=>28G 5B5:B>@ A 684:8< >@30=8G5A:8< AF8=B8;;OB>@>< =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0) 4;O @538AB@0F88 A;01KE =59B@8==KE ?>B>:>2, @5?@8=B /-1286/2011.  = 4/8 = 0.5 4. . . 0@010=>2,.. 57@C:>2, .. 0=8;>2, !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, . . /=>28G $878:>-E8<8G5A:>5 8AA;54>20=85 ;8=59=>3> 0;:8;15=7>;0 :0: 107>2>3> :><?>=5=B0 4;O A>740=8O AF8=B8;;OF8>==KE =59B@8==KE 45B5:B>@>2, C@=0; ?@8:;04=>9 E8<88, B. 84, 2K?. 3, A. 385, 2011.  = 0.29*60/8 = 2.2 5. Y. Abe, C. Aberle, T. Akiri, ...V. Sinev, ... et al. (DC Collaboration), Indication of reactor electron antineutrinos disappearance in the Double Chooz experiment, Phys. Rev. Lett. 108, 131801, 2012.  = 7.37*30/10 = 22.11 6. Y.Abe, C.Aberle, J.C. dos Anjos, ...V.Sinev, ... et al. Reactor electron antineutrino disappearance in the Double Chooz experiment, Phys. Rev. D 86, 052008, 2012.  = 4.558*30/10= 13.674 7. Y. Abe, C. Aberle, J.C. dos Anjos, ...V.Sinev, ... et al. First Test of Lorentz Violation with a Reactor-based Antineutrino Experiment, Phys. Rev. D86, 112009, 2012.  = 4.558*30/10= 13.674 8. .. !8=52. -:A?5@8<5=B0;L=K9 A?5:B@ 0=B8=59B@8=> >B O45@=>3> @50:B>@0 8 A?5:B@K >A=>2=KLVAL E 45;OI8EAO 87>B>?>2, @5?@8=B /-1318/2012.  = 4 9. Y. Abe, C. Aberle, T. Akiri, ... V. Sinev et al. (DC Collaboration), Indication for the disappearance of reactor electron antineutrinos in the Double Chooz experiment, arXiv:1112.6353 [hep-ex].  = 4/10 = 0.4 10. Y.Abe, C.Aberle, J.C. dos Anjos, ...V.Sinev, ... et al. Reactor electron antineutrino disappearance in the Double Chooz experiment, arXiv:1207.6632 [hep-ex].  = 4*0.1=0.4 11. Y. Abe, C. Aberle, J.C. dos Anjos, ...V.Sinev, ... et al. First Test of Lorentz Violation with a Reactor-based Antineutrino Experiment, arXiv:1209.5810 [hep-ex].  = 4*0.1=0.4 12. Y. Abe, C. Aberle, J.C. dos Anjos ...V.Sinev, ... et al. Direct Measurement of Backgrounds Using Reactor-Off Data In Double Chooz, arXiv:1210.3748 [hep-ex].  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 62.63 ------------------------------------------------------- II. >:;04K: 1. .. !8=52, -:A?5@8<5=B A @50:B>@=K<8 =59B@8=> ?> ?>8A:C C3;0 A<5H820=8O q13, 4>:;04 =0 IV '5@5=:>2A:8E GB5=8OE, $, 12 0?@5;O 2011, >A:20.   = 4 ------------------------------- B>3> (4>:;04K): 4 ------------------------------------------------------------------ III. C:>2>4AB2> 48?;><=8:><: 1. 038AB5@A:0O 48AA5@B0F8O >7<>6=>ABL @538AB@0F88 ?>B>:0 35>=59B@8=> 2 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88 / , >?K;>2 @B5< 8:>;0528G, $", 8N=L, 2012.  =10 2. C:>2>4AB2> 0A?8@0=B>< 2 B5G5=85 2012 3., 8:8B5=:> /@>A;02 ;048<8@>28G.  =30 ------------------------------- B>3> (@C:>2>4AB2>): 40 ------------------------------------------------------------------ B>3>:  = 62.63+4+40= 106.63   &: LVAL !8=52 0;5@89 8B0;L528G, 10/12/1957, :.D.-<.=., A.=.A. -   70 2011-2012 33 I. C1;8:0F88: 1. .. !8=52 !>2<5AB=K9 0=0;87 A?5:B@0;L=KE @50:B>@=KE =59B@8==KE M:A?5@8<5=-B>2, @5?@8=B /-1278/2011.  = 4.0 2. . . 0@010=>2, .. 57@C:>2, .. 0=8;>2 , . . >@30;N:, . . KA>20, . /. >28:>20, . . !8=52, . . /=>28G 5B5:B>@ A 684:8< >@30=8G5A:8< AF8=B8;;OB>@>< =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0) 4;O @538AB@0F88 A;01KE =59B@8==KE ?>B>:>2, @5?@8=B /-1279/2011.  = 4/8 = 0.5 3. . . 0@010=>2, .. 57@C:>2, .. 0=8;>2 , . . >@30;N:, . . KA>20, . /. >28:>20, . . !8=52, . . /=>28G 5B5:B>@ A 684:8< >@30=8G5A:8< AF8=B8;;OB>@>< =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0) 4;O @538AB@0F88 A;01KE =59B@8==KE ?>B>:>2, @5?@8=B /-1286/2011.  = 4/8 = 0.5 4. . . 0@010=>2,.. 57@C:>2, .. 0=8;>2, !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, . . /=>28G $878:>-E8<8G5A:>5 8AA;54>20=85 ;8=59=>3> 0;:8;15=7>;0 :0: 107>2>3> :><?>=5=B0 4;O A>740=8O AF8=B8;;OF8>==KE =59B@8==KE 45B5:B>@>2, C@=0; ?@8:;04=>9 E8<88, B. 84, 2K?. 3, A. 385, 2011.  = 0.29*60/8 = 2.2 5. Y. Abe, C. Aberle, T. Akiri, ...V. Sinev, ... et al. (DC Collaboration), Indication of reactor electron antineutrinos disappearance in the Double Chooz experiment, Phys. Rev. Lett. 108, 131801, 2012.  = 7.37*30*0.06 = 13.266 6. .. !8=52. -:A?5@8<5=B0;L=K9 A?5:B@ 0=B8=59B@8=> >B O45@=>3> @50:B>@0 8 A?5:B@K >A=>2=KE 45;OI8EAO 87>B>?>2, @5?@8=B /-1318/2012.  = 4.0 7. Y. Abe, C. Aberle, T. Akiri, ... V. Sinev et al. (DC Collaboration), Indication for the disappearance of reactor electron antineutrinos in the Double Chooz experiment, arXiv:1112.6353 [hep-ex].  = 4*0.06 = 0.24 8. Y.Abe, C.Aberle, J.C. dos Anjos, ...V.Sinev, ... et al. Reactor electron antineutrino disappearance in the Double Chooz experiment, arXiv:6LVALF1207.6632 [hep-ex].  = 4*0.06= 0.24 9. Y. Abe, C. Aberle, J.C. dos Anjos, ...V.Sinev, ... et al. First Test of Lorentz Violation with a Reactor-based Antineutrino Experiment, arXiv:1209.5810 [hep-ex].  = 4*0.06= 0.24 10. Y. Abe, C. Aberle, J.C. dos Anjos ...V.Sinev, ... et al. Direct Measurement of Backgrounds Using Reactor-Off Data In Double Chooz, arXiv:1210.3748 [hep-ex].  = 4*0.06= 0.24 11. Y. Abe, C. Aberle, J.C. dos Anjos, ...V.Sinev, ... et al. First Test of Lorentz Violation with a Reactor-based Antineutrino Experiment, Phys. Rev. D 86, 112009, 2012.  = 4.558*30*0.06= 8.2044 12. Y.Abe, C.Aberle, J.C. dos Anjos, ...V.Sinev, ... et al. Reactor electron antineutrino disappearance in the Double Chooz experiment, Phys. Rev. D 86, 052008, 2012.  = 4.558*30*0.06= 8.2044 ------------------------------------------------------- B>3> (AB0BL8): 41.84 ------------------------------------------------------- II. >:;04K: 1. .. !8=52, -:A?5@8<5=B A @50:B>@=K<8 =59B@8=> ?> ?>8A:C C3;0 A<5H820=8O q13, 4>:;04 =0 IV '5@5=:>2A:8E GB5=8OE, $, 12 0?@5;O 2011, >A:20.   = 4 ------------------------------- B>3> (4>:;04K): 4 ------------------------------------------------------------------ III. C:>2>4AB2> 48?;><=8:0<8 8 0A?8@0=B0<8: 1. C:>2>4AB2> @01>B>9 A>8A:0B5;O 720=8O <038AB@0 >?K;>20 @B5<0 8:>;0528G0, $", 2011- 20123.3.  =2E10= 20 2. C:>2>4AB2> @01>B>9 0A?8@0=B0 8:8B5=:> /@>A;020 ;048<8@>28G0, 2012 3>4.  =30 ------------------------------- B>3> (@C:>2>4AB2>): 50 ------------------------------------------------------------------ B>3>:  = 41.84+4+50= 95.84LVALfNG C1A0=4>@6852 0O@B> >=AB0=B8=>28G. 1960 3. 54CI89 =0CG=K9 A>B@C4=8: >:B>@ D878:>-<0B5<0B8G5A:8E =0C:   2011-2012 C1;8:0F88 2011 1. Antokhonov B.A., Besson D, Beregnev S.F., & & & ., Lubsandorzhiev B.K. et al. A new 1 km2 EAS Cherenkov Array in the Tunka Valley // Nucl. Instrum. and Meth. A. 2011. V.639. P.42-45. 1.207E30/10=3,621 2. 0A8;L52 .., C1A0=4>@6852 .., C1A0=4>@6852 .. 8 4@. AA;54>20=85 >?B8G5A:8E ?0@0<5B@>2 ?;0AB8:>2KE >?B>2>;>:>==KE :015;59 // "-. 2011. N.1. !.118-122. 0.357E60/10= 2,142 3. Antokhonov B.A., Beregnev S.F., Budnev N.M., ..& ., Lubsandorzhiev B.K. et al. The new TUNKA-133 EAS Cherenkov array: status of 2009 // Nucl. Instrum. and Meth. A. 2010. V.628. P.124-127. 1.207E30/10=3,621 4. 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M.Agostini, M.Allardt, E.Andreoti, & & & & , B.K.Lubsandorzhiev et al. The GERDA experiment // LNGS/EXP-01/11. June 2011. Ed. by Dr. Lucia Vatano. P.91-106. 0.4 23. ..C1A0=4>@6852, .-.OBG8=, ..(091>=>2. 8=5B8:0 A25G5=8O C;LB@0O@:8E A8=8E 8 #$ A25B>48>4>2 // "@C4K 8-9 A5@>AA89A:>9 :>=D5@5=F88  8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K . 26-28 <0O 2011. 740B5;LAB2>: $878:>-B5E=8G5A:89 8=AB8BCB 8<. >DD5. !0=:B-5B5@1C@3 2010. 4/3=1.33 24. R.Falkenstein, L.B.Bezrukov, K.Freund et al. Extensive studies of MRS APDs for plastic scintillator muon veto detectorsof cryogenic experiments // Nucl. Instrum. and Meth. A. 2011. doi:10.1016/j.nima.2011.10.031. 1.207E30/10=3,621 25. R.V.Poleshchuk, B.K.Lubsandorzhiev, R.V.Vasiliev. An observation of a new class of afterpulses with delay time in the range of 70-200 ms in classical vacuum photomultipliers // Nucl. Instrum. and Meth. A. 2011. Doi:10.1016/j.nima.2010.11.030. 1.207E30/3=12,07 26. S.F.Berezhnev, D.Besson, N.M.Budnev, & & & & & , B.K.Lubsandorzhiev et al. The Tunka-133 EAS Cherenkov light array: Status of 2011 // Nucl. Instrum. and Meth. A. 2011. Doi:10.1016/j.nima.2011.12.091. 1.207E30/10=3,621 27. B.K.Lubsandorzhiev, L.M.Balyasny, L.B.Bezrukov et al. Development of // Nucl. Instrum. and Meth. A. 2011. Doi:10.1016/j.nima.2011.12.049. 1.207E30/10=3,621 28. Y.Abe, C.Aberle, T.Akiri, & & & & ., B.K.Lubsandorzhiev et al.Indication for the disappearance of reactor antibeutrinoLVAL s in the Double Chooz experiment // arXiv:1112.6353v1. 29 December 2011. 0.4 81,587 KABC?;5=8O 1. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> =>2K< B5=45=F8O< 2 D>B>45B5:B8@>20=88 NDIP 2011, 8>= $@0=F8O, 3-8 8N;O 20113. >:;04:  Development of a hybrid phototube with ZnO:Ga luminescent screen and GaN photocathode 30E1,5=45 2. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> =>2K< B5=45=F8O< 2 D>B>45B5:B8@>20=88 NDIP 2011, 8>= $@0=F8O, 3-8 8N;O 20113. >:;04: An observation of a new class of afterpulses with delay time in the range of 70-200 ms in classical vacuum photomultipliers (6/3=2)E1,5=9 3. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> =>2K< B5=45=F8O< 2 D>B>45B5:B8@>20=88 NDIP 2011, 8>= $@0=F8O, 3-8 8N;O 20113. >:;04:  Extensive studies of MRS APDs for plastic scintillator muon veto detectorsof cryogenic experiments (6/10=0.6)E1,5=0,9 4. International Workshop  Cosmic Ray Physics Large Scale Experiments at the Second Decade of the 21st Century , May 16-18, 2011, Moscow State University, Moscow Russia. >:;04:  Nuclear Photonics in Cosmic Ray Physics 30 5. International Workshop LIGHT 2011, October 30  November 4, Ringberg Castle, Germany. >:;04:  Large Area Phototubes for Next Generation Large Scale Astroparticle Physics Experiments 30 6. International Workshop LIGHT 2011, October 30  November 4, Ringberg Castle, Germany. >:;04:  Extensive studies of ultra bright LEDs and light sources based on them 30 7. 32nd ICRC, 11-19August 2011, Beijing China. >:;04:  Calibration system of the TUNKA-133 EAS Cherenkov Array 6/6x1.5=1.5 8. 32nd ICRC, 11-19August 2011, Beijing China. >:;04:  Studies of Geiger-mode MRS APDs for muon veto scintillator detectors of cryogenic experiments 6/10x1.5=0.9 9. 32nd ICRC, 11-19August 2011, Beijing China. >:;04:  Performance of EMMA tracking stations 6/10x1.5=0.9 10. 8-O A5@>AA89A:0O :>=D5@5=F8O  8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K . 26-28 <0O 2011, !0=:B-5B5@1C@3. >:;04:  8=5B8:0 A25G5=8O C;LB@0O@:8E A8=8E 8 #$ A25B>48>4>2 . 6x1.5=9 156,2 LVAL C:>2>4AB2> 1. C:>2>4AB2> 0A?8@0=B><. C1A0=4>@6852 8<0 C;0B>28G, 0A?8@0=B 2-3> 3>40 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2. "5<0 48AA5@B0F8>==>9 @01>BK:  '5@5=:>2A:89 45B5:B>@ H8@>:8E 0B<>AD5@=KE ;82=59 "#-133 . 30E1=30 2. C:>2>4AB2> 0A?8@0=B><. 028B0H28;8 @0:;89 (>B0528G 0A?8@0=B 3-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  @5<=852K5 D>B>C<=>68B5;8 2 AF8=B8;;OF8>==KE AG5BG8:0E 30E1=30 3. C:>2>4AB2> A>8A:0B5;5<. (091>=>2 0B>@ ;5:A0=4@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K 8 :0;81@>2>G=K5 A8AB5<K M:A?5@8<5=B>2 GERDA 8 "# . 30 4. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ><0= ;048<8@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 EMMA 30 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. $0;L:5=HB59= 0D0M;L. #=825@A8B5B 3."N18=35=, "N18=35= 5@<0=8O.  Silicon photomultipliers . 10 130 5:F88 C@A ;5:F89, #=825@A8B5B 3."N18=35=, 5@<0=8O:  The art of experimenting , 8 ;5:F89. 30 C@A ;5:F89, & ! ,  !>2@5<5==0O <8:@>:>A<>D878:0 , 8 ;5:F89. 30 60 2011 3.: 428,787 2012. C1;8:0F88 1. Ch.Sailer, B.Lubsandorzhiev, C.Strandhagen, J.Jochum. Low temperature light yield measurements in NaI and NaI(Tl) // arxiv:1203.1172v1. 6 March 2012. 4/4=1 2. Y. Abe, C.Aberle, T.Akiri, & & & & ., B.K.Lubsandorzhiev et al.Indication for the disappearance of reactor antibeutrinos in the Double Chooz experiment // Phys. Rev. Lett. 2012. V.108. P.131801. 7,37E30E0,06=13,266 3. M.Wurm, J.F.Beacom, L.B.Bezrukov, & ..& & & ., B.K.Lubsandorzhiev et al. The next-generation liquid-scintillator observatory LENA // Astroparticle Physics. 2012. V.35. Issue 11. P.685-732 / arXiv:1104.5620. 3,216E30E0,075=7,236 4. Ch.Sailer, B.Lubsandorzhiev, C.Strandhagen, J.Jochum. Low temperature light yield measurements in NaI and NaI(Tl) // The European Physical Journal C  Particles and Fields. 2012. Vol.72. Number 6. 2061. 3,631E30/4=27,2325 5. Y.Abe, C.Aberle, T.Akiri, & & & & ., B.K.Lubsandorzhiev et al. Reactor n disappearance in the Double Chooz experiment // Phys. Rev. D. 2012. V.86. LVAL P.052008. /arXiv:1207.6632. 27 July 2012. 4,558E30E0.06=8,2044 6. Y.Abe, C.Aberle, J.C. dos Anjos, & & & & ., B.K.Lubsandorzhiev et al. First test of Lorentz Violation with a Reactor-based Antineutrino Experiment // arXiv:1209.5810v1. 26 Sep 2012. / accepted for pub. in PRD. 4x0.06=0.24 7. S.F.Berezhnev, D.Besson, N.M.Budnev, & & & & & , B.K.Lubsandorzhiev et al. The Tunka-133 EAS Cherenkov light array: Status of 2011 // Nucl. Instrum. and Meth. A. 2012. V.692. P.98-105. // arXiv:1201.2122. 1,207E30E0,1=3,621 8. ..'C40:>2, ..C1A0=4>@6852, ..>;5IC:. B:;8: 381@84=>3> 20:CC<=>3> D>B>45B5:B>@0  -370G =0 8<?C;LAK G5@5=:>2A:>3> 87;CG5=8O 2 2>74CE5 // "-. 2012. N.6. !.25-29. 0,357E60/3=7,14 9. R.Falkenstein, L.B.Bezrukov, K.Freund et al. Extensive studies of MRS APDs for plastic scintillator muon veto detectorsof cryogenic experiments // Nucl. Instrum. and Meth. A. 2012. V. 695. P.330-333. doi:10.1016/j.nima.2011.10.031. 1,207E30E0,1=3,621 10. R.V.Poleshchuk, B.K.Lubsandorzhiev, R.V.Vasiliev. An observation of a new class of afterpulses with delay time in the range of 70-200 ms in classical vacuum photomultipliers // Nucl. Instrum. and Meth. A. 2012. V.695. P.362-364. Doi:10.1016/j.nima.2011.11.030. 1,207E30/3= 12,07 11. B.K.Lubsandorzhiev, L.M.Balyasny, L.B.Bezrukov et al. Development of a hybrid phototube with ZnO:Ga luminescent screen and GaN photocathode // Nucl. Instrum. and Meth. A. 2012. V.695. P.118-120. Doi:10.1016/j.nima.2011.12.049. 1,207E30E0,1=3,621 12. Y.Abe, C.Aberle, J.C. dos Anjos, & & & & ., B.K.Lubsandorzhiev et al. Direct Measurement of Backgrounds using Reactor-Off Data in Double Chooz // arXiv:1210.378. 20 Oct 2012./ Submitted to PRD 4x0.06=0.24 13. ..0H:C52, .C1A0=4>@6852. >A<><8:@>D878:0 // 0C:0 2 !818@8. 2012. N.4. A.9. 4 14. M.Agostini, M.Allardt, E.Andreotti, & & & ., B.Lubsandorzhiev et al. Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the GERDA experiment // arXiv:1212.3210 [nucl-ex] 13 December 2012. Submitted to LVAL J. Phys. G.: Nucl. Part. Phys. 4x0.06=0.24 15 M.Kunnas, R.Nachtigall, S.N.Epimakhov, & & .., B.K.Lubsandorzhiev et al. The Hardware of the HiSCORE g-ray and Cosmic Ray Cherenkov Detector // AIP Conference Proceedings. Vol.1505 (1). Dec.5. 2012 p.825-828. 0.8. 16. M.Tluczycont, D.Hampf, U.Einhaus, & & & , B.K.Lubsandorzhiev et al. HiSCORE  The Hundred*I Square-km Cosmic ORigion Explorer // AIP Conference Proceedings. Vol.1505 (1). Dec.5. 2012 p.821-824. 0.8. 17. 0@010=>2 . ., 57@C:>2 .., C1A0=4>@6852 .. 8 4@. >MDD8F85=B @0AB2>@8<>AB8 C3;5:8A;>3> 3070 2 684:8E >@30=8G5A:8E AF8=B8;;OB>@0E 8 =5:>B>@K5 2>?@>AK ?@>8AE>645=8O =5DB8 // @5?@8=B / . 2012. 4/7=0,5714 90,3033 KABC?;5=8O 1. The 23rd European Cosmic Ray Symposium, July 3-7, 2012, Moscow Russia. >:;04:  Tunka-133: results and status 30/10 = 3. 2. The 23rd European Cosmic Ray Symposium, July 3-7, 2012, Moscow Russia. >:;04:  Tunka-133: Cosmic Rays Mass Composition at 1016-1018 eV . 30/10 = 3. 3. The 23rd European Cosmic Ray Symposium, July 3-7, 2012, Moscow Russia. !B5=4>2K9 4>:;04:  EAS selection in the EMMA underground array . 6/10=0.6 4. The 23rd European Cosmic Ray Symposium, July 3-7, 2012, Moscow Russia. !B5=4>2K9 4>:;04:  Underground cosmic-ray experiment Emma 6/10=0.6 5. The 23rd European Cosmic Ray Symposium, July 3-7, 2012, Moscow Russia. !B5=4>2K9 4>:;04:  The Tunka-HiSCORE gamma-ray astronomy project 6/10=0.6 6. The 5th International Symposium on High-Energy Gamma-Ray (Gamma2012). July 9-13 2012, Heidelberg Germany. !B5=4>2K9 4>:;04: HiSCORE  The Hundred*I Square-km Cosmic ORigion Explorer. 6/10E1,5=0,9. 7. The 5th International Symposium on High-Energy Gamma-Ray (Gamma2012). July 9-13 2012, Heidelberg Germany. !B5=4>2K9 4>:;04: The Hardware of the HiSCORE g-ray and Cosmic Ray Cherenkov Detector 6/10E1,5=0,9. 8. The International Workshop on New Photon-detectors 2012. 13-15 June 2012 LAL Orsay. >:;04: UV sensitive SiPMs for Cryogenic experiements. 30/2 = 15 24,6 5:F88 1. C@A ;5:F89, & ! LVAL  8 #. -:A?5@8<5=BK 2 =59B@8==>9 D878:5. 8 ;5:F89. 30 2. C@A ;5:F89, #=825@A8B5B "N18=35=. Radiation detectors. 7 ;5:F89 30 60 C:>2>4AB2> 1. C:>2>4AB2> 0A?8@0=B><. C1A0=4>@6852 8<0 C;0B>28G, 0A?8@0=B 3-3> 3>40 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2. "5<0 48AA5@B0F8>==>9 @01>BK:  '5@5=:>2A:89 45B5:B>@ H8@>:8E 0B<>AD5@=KE ;82=59 "#-133 . 30E1=30 2. C:>2>4AB2> 0A?8@0=B><. 028B0H28;8 @0:;89 (>B0528G 0A?8@0=B 3-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  @5<=852K5 D>B>C<=>68B5;8 2 AF8=B8;;OF8>==KE AG5BG8:0E 30E1=30 3. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ><0= ;048<8@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 EMMA 30 4. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ;048<8@ ;5:A0=4@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K 1>;LH>9 GC2AB28B5;L=>9 ?;>I048 4;O =59B@8==KE M:A?5@8<5=B>2 A;54CNI53> ?>:>;5=8O 30 90   70 2011: 284,9033 !C<<0 (  2011-12): 713,6903LVALfNG >;C152 8:>;09 ;5:A0=4@>28G !! $- 1I89 A?8A>: !B0BL8: 1. Chatrchyan S. et al. (CMS Collaboration). A New Boson with a Mass of 125 GeV Observed with the CMS Experiment at the Large Hadron Collider // Science 338: 1569, 2012.   = 31,201*30/25 = 37,44 2. Chatrchyan S. et al. (CMS Collaboration). Search for third-generation leptoquarks and scalar bottom quarks in $pp$ collisions at $\sqrt{s}=7$ TeV // JHEP 1212: 055, 2012.   = 5,831*30/25 = 7,00 3. Chatrchyan S. et al. (CMS Collaboration). Observation of Z decays to four leptons with the CMS detector at the LHC // JHEP 1212: 034, 2012.   = 5,831*30/25 = 7,00 4. Chatrchyan S. et al. (CMS Collaboration). Search for heavy lepton partners of neutrinos in proton-proton collisions in the context of the type III seesaw mechanism // Phys.Lett.B718: 348-368, 2012.   = 3,955*30/25 = 4,75 5. Chatrchyan S. et al. (CMS Collaboration). Search for electroweak production of charginos and neutralinos using leptonic final states in $pp$ collisions at $\sqrt{s}=7$ TeV // JHEP 1211: 147, 2012.   = 5,831*30/25 = 7,00 6. Chatrchyan S. et al. (CMS Collaboration). Measurement of the single-top-quark $t$-channel cross section in $pp$ collisions at $\sqrt{s}=7$ TeV // JHEP 1212: 035, 2012.   = 5,831*30/25 = 7,00 7. Chatrchyan S. et al. (CMS Collaboration). Search for resonant $t\bar{t}$ production in lepton+jets events in $pp$ collisions at $\sqrt{s}=7$ TeV // JHEP 1212: 015, 2012.   = 5,831*30/25 = 7,00 8. Chatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson produced in association with $W$ and $Z$ bosons in $pp$ collisions at $\sqrt{s}=7$ TeV // JHEP 1211: 88, 2012.   = 5,831*30/25 = 7,00 9. Chatrchyan S. et al. (CMS Collaboration). Measurement of the top-quark mass in $t\bar{t}$ events with dilepton final states in $pp$ collisions at $\sqrt{s}=7$ TeV // Eur.Phys.J.C72: 2202, 2012.   = 3,631*30/25 = 4,36 10. Chatrchyan S. et al. (CMS Collaboration). Search for exclusive or semi-exclusiveLVAL photon pair production and observation of exclusive and semi-exclusive electron pair production in $pp$ collisions at $\sqrt{s}=7$ TeV // JHEP 1211: 80, 2012.   = 5,831*30/25 = 7,00 11. Chatrchyan S. et al. (CMS Collaboration). Search for pair produced fourth-generation up-type quarks in $pp$ collisions at $\sqrt{s}=7$ TeV with a lepton in the final state // Phys.Lett.B718: 307-328, 2012.   = 3,955*30/25 = 4,75 12. Chatrchyan S. et al. (CMS Collaboration). Search for supersymmetry in events with b-quark jets and missing transverse energy in pp collisions at 7 TeV // Phys.Rev.D86: 72010, 2012.   = 4,558*30/25 = 5,47 13. Chatrchyan S. et al. (CMS Collaboration). Search for three-jet resonances in $pp$ collisions at $\sqrt{s}=7$ TeV // Phys.Lett.B718: 329-347, 2012.   = 3,955*30/25 = 4,75 14. Chatrchyan S. et al. (CMS Collaboration). Measurement of the $t\bar{t}$ production cross section in the dilepton channel in $pp$ collisions at $\sqrt{s}=7$ TeV // JHEP 1211: 67, 2012.   = 5,831*30/25 = 7,00 15. Chatrchyan S. et al. (CMS Collaboration). Observation of a new boson at a mass of 125 GeV with the CMS experiment at the LHC // Phys.Lett.B716: 30-61, 2012.   = 3,955*30/25 = 4,75 16. Chatrchyan S. et al. (CMS Collaboration). Search for heavy Majorana neutrinos in $\mu^+\mu^+[\mu^-\mu^-]$ and $e^+e^+[e^-e^-]$ events in $pp$ collisions at $\sqrt{s} = 7$ TeV // Phys.Lett.B717: 109-128, 2012.   = 3,955*30/25 = 4,75 17. Chatrchyan S. et al. (CMS Collaboration). Search for pair production of first- and second-generation scalar leptoquarks in $pp$ collisions at $\sqrt{s}= 7$ TeV // Phys.Rev.D86: 52013, 2012.   = 4,558*30/25 = 5,47 18. Chatrchyan S. et al. (CMS Collaboration). Study of the inclusive production of charged pions, kaons, and protons in $pp$ collisions at $\sqrt{s}=0.9$, 2.76, and 7 TeV // Eur.Phys.J.C72: 2164, 2012.   = 3,631*30/25 = 4,36 19. Chatrchyan S. et al. (CMS Collaboration). A search for a doubly-charged Higgs boson in pp collisions at sqrt(s) = 7 TeV // EuLVAL r.Phys.J.C72: 2189, 2012.   = 3,631*30/25 = 4,36 20. Chatrchyan S. et al. (CMS Collaboration). Measurement of the underlying event activity in $pp$ collisions at $\sqrt{s} = 0.9$ and 7 TeV with the novel jet-area/median approach // JHEP 1208: 130, 2012.   = 5,831*30/25 = 7,00 21. Chatrchyan S. et al. (CMS Collaboration). Search for new physics in the multijet and missing transverse momentum final state in proton-proton collisions at $\sqrt{s} = 7$ TeV // Phys.Rev.Lett. 109: 171803, 2012.   = 7,370*30/25 = 8,84 22. Chatrchyan S. et al. (CMS Collaboration). Search for supersymmetry in hadronic final states using MT2 in $pp$ collisions at $\sqrt{s} = 7$ TeV // JHEP 1210: 18, 2012.   = 5,831*30/25 = 7,00 23. Chatrchyan S. et al. (CMS Collaboration). Search for a fermiophobic Higgs boson in $pp$ collisions at $\sqrt{s}=7$ TeV // JHEP 1209: 111, 2012.   = 5,831*30/25 = 7,00 24. Chatrchyan S. et al. (CMS Collaboration). Search for new physics with long-lived particles decaying to photons and missing energy in pp collisions at sqrt(s) = 7 TeV // JHEP 1211: 172, 2012.   = 5,831*30/25 = 7,00 25. Chatrchyan S. et al. (CMS Collaboration). Search for stopped long-lived particles produced in $pp$ collisions at $\sqrt{s}=7$ TeV // JHEP 1208: 26, 2012.   = 5,831*30/25 = 7,00 26. Chatrchyan S. et al. (CMS Collaboration). Inclusive and differential measurements of the $t \bar{t}$ charge asymmetry in proton-proton collisions at 7 TeV // Phys.Lett.B717: 129-150, 2012.   = 3,955*30/25 = 4,75 27. Chatrchyan S. et al. (CMS Collaboration). Search for a light pseudoscalar Higgs boson in the dimuon decay channel in $pp$ collisions at $\sqrt{s}=7$ TeV // Phys.Rev.Lett. 109: 121801, 2012.   = 7,370*30/25 = 8,84 28. Chatrchyan S. et al. (CMS Collaboration). Search for dark matter and large extra dimensions in monojet events in pp collisions at sqrt(s)= 7 TeV // JHEP 1209: 94, 2012.   = 5,831*30/25 = 7,00 29. Chatrchyan S. et al. (CMS Collaboration). Performance of CMS muon reconstruction inLVAL pp collision events at sqrt(s) = 7 TeV // JINST 7: P10002, 2012.   = 1,869*30/25 = 2,24 30. Chatrchyan S. et al. (CMS Collaboration). Search for charge-asymmetric production of W' bosons in top pair + jet events from pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B717: 351-370, 2012.   = 3,955*30/25 = 4,75 31. Chatrchyan S. et al. (CMS Collaboration). Measurement of the electron charge asymmetry in inclusive W production in pp collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 109: 111806, 2012.   = 7,370*30/25 = 8,84 32. Chatrchyan S. et al. (CMS Collaboration). Search for narrow resonances in dilepton mass spectra in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B714: 158-179, 2012.   = 3,955*30/25 = 4,75 33. Chatrchyan S. et al. (CMS Collaboration). Search for high mass resonances decaying into tau-lepton pairs in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B716: 82-102, 2012.   = 3,955*30/25 = 4,75 34. Chatrchyan S. et al. (CMS Collaboration). Search for a $W^\prime$ or Techni-$\rho$ Decaying into $WZ$ in $pp$ Collisions at $\sqrt{s}=7$ TeV // Phys.Rev.Lett. 109: 141801, 2012.   = 7,370*30/25 = 8,84 35. Chatrchyan S. et al. (CMS Collaboration). Search for new physics with same-sign isolated dilepton events with jets and missing transverse energy // Phys.Rev.Lett. 109: 71803, 2012.   = 7,370*30/25 = 8,84 36. Chatrchyan S. et al. (CMS Collaboration). Study of W boson production in PbPb and pp collisions at sqrt(s[NN]) = 2.76 TeV // Phys.Lett.B715: 66-87, 2012.   = 3,955*30/25 = 4,75 37. Chatrchyan S. et al. (CMS Collaboration). Measurement of jet fragmentation into charged particles in pp and PbPb collisions at sqrt(s[NN])= 2.76 TeV // JHEP 1210: 87, 2012.   = 5,831*30/25 = 7,00 38. Chatrchyan S. et al. (CMS Collaboration). Search for a light charged Higgs boson in top quark decays in pp collisions at sqrt(s) = 7 TeV // JHEP 1207: 143, 2012.   = 5,831*30/25 = 7,00 39. Chatrchyan S. et al. (CMS Collaboration). Search for new physics in events with same-sign dileLVAL ptons and $b$-tagged jets in $pp$ collisions at $\sqrt{s}=7$ TeV // JHEP 1208: 110, 2012.   = 5,831*30/25 = 7,00 40. Chatrchyan S. et al. (CMS Collaboration). Measurement of the pseudorapidity and centrality dependence of the transverse energy density in PbPb collisions at sqrt(s[NN]) = 2.76 TeV // Phys.Rev.Lett. 109: 152303, 2012.   = 7,370*30/25 = 8,84 41. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Lambda(b) cross section and the anti-Lambda(b) to Lambda(b) ratio with Lambda(b) to J/Psi Lambda decays in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B714: 136-157, 2012.   = 3,955*30/25 = 4,75 42. Chatrchyan S. et al. (CMS Collaboration). Search for heavy long-lived charged particles in pp collisions at sqrt(s)=7 TeV // Phys.Lett.B713: 408-433, 2012.   = 3,955*30/25 = 4,75 43. Chatrchyan S. et al. (CMS Collaboration). Observation of a new Xi(b) baryon // Phys.Rev.Lett. 108: 252002, 2012.   = 7,370*30/25 = 8,84 44. Chatrchyan S. et al. (CMS Collaboration). Search for anomalous production of multilepton events in pp collisions at sqrt(s)=7 TeV // JHEP 1206: 169, 2012.   = 5,831*30/25 = 7,00 45. Chatrchyan S. et al. (CMS Collaboration). Search for leptonic decays of W' bosons in pp collisions at sqrt(s)=7 TeV // JHEP 1208: 23, 2012.   = 5,831*30/25 = 7,00 46. Chatrchyan S. et al. (CMS Collaboration). Search for physics beyond the standard model in events with a Z boson, jets, and missing transverse energy in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B716: 260-284, 2012.   = 3,955*30/25 = 4,75 47. Chatrchyan S. et al. (CMS Collaboration). Shape, transverse size, and charged hadron multiplicity of jets in pp collisions at 7 TeV // JHEP 1206: 160, 2012.   = 5,831*30/25 = 7,00 48. Chatrchyan S. et al. (CMS Collaboration). Measurement of the mass difference between top and antitop quarks // JHEP 1206: 109, 2012.   = 5,831*30/25 = 7,00 49. Chatrchyan S. et al. (CMS Collaboration). Search for anomalous t t-bar production in the highly-boosted all-hadLVAL ronic final state // JHEP 1209: 29, 2012.   = 5,831*30/25 = 7,00 50. Chatrchyan S. et al. (CMS Collaboration). Azimuthal anisotropy of charged particles at high transverse momenta in PbPb collisions at sqrt(s[NN]) = 2.76 TeV // Phys.Rev.Lett. 109: 22301, 2012.   = 7,370*30/25 = 8,84 51. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Z/gamma*+b-jet cross section in pp collisions at 7 TeV // JHEP 1206: 126, 2012.   = 5,831*30/25 = 7,00 52. Chatrchyan S. et al. (CMS Collaboration). Measurement of the underlying event in the Drell-Yan process in proton-proton collisions at sqrt(s) = 7 TeV // Eur.Phys.J.C72: 2080, 2012.   = 3,631*30/25 = 4,36 53. Chatrchyan S. et al. (CMS Collaboration). Search for heavy bottom-like quarks in 4.9 inverse femtobarns of pp collisions at sqrt(s) = 7 TeV // JHEP 1205: 123, 2012.   = 5,831*30/25 = 7,00 54. Chatrchyan S. et al. (CMS Collaboration). Search for Dark Matter and Large Extra Dimensions in pp Collisions Yielding a Photon and Missing Transverse Energy // Phys.Rev.Lett. 108: 261803, 2012.   = 7,370*30/25 = 8,84 55. Chatrchyan S. et al. (CMS Collaboration). Measurement of the top quark pair production cross section in $pp$ collisions at $\sqrt{s} = 7$ TeV in dilepton final states containing a $\tau$ // Phys.Rev.D85: 112007, 2012.   = 4,558*30/25 = 5,47 56. 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Jet momentum dependence of jet quenching in PbPb collisions at sqrt(sNN)=2.76 TeV // Phys.Lett.B712: 176-197, 2012.   = 3,955*30/25 = 4,75 62. Chatrchyan S. et al. (CMS Collaboration). Inclusive b-jet production in pp collisions at sqrt(s)=7 TeV // JHEP 1204: 84, 2012.   = 5,831*30/25 = 7,00 63. Chatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson decaying to bottom quarks in pp collisions at sqrt(s)=7 TeV // Phys.Lett.B710: 284-306, 2012.   = 3,955*30/25 = 4,75 64. Chatrchyan S. et al. (CMS Collaboration). Search for neutral Higgs bosons decaying to tau pairs in pp collisions at sqrt(s)=7 TeV // Phys.Lett.B713: 68-90, 2012.   = 3,955*30/25 = 4,75 65. Chatrchyan S. et al. (CMS Collaboration). Search for large extra dimensions in dimuon and dielectron events in pp collisions at $\sqrt{s} = 7$ TeV // Phys.Lett.B711: 15-34, 2012.   = 3,955*30/25 = 4,75 66. Chatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson in the H to ZZ to ll tau tau decay channel in pp collisions at sqrt(s)=7 TeV // JHEP 1203: 81, 2012.   = 5,831*30/25 = 7,00 67. Chatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson in the H to ZZ to 2l 2nu channel in pp collisions at sqrt(s) = 7 TeV // JHEP 1203: 40, 2012.   = 5,831*30/25 = 7,00 68. Chatrchyan S. et al. (CMS Collaboration). Study of high-pT charged particle suppression in PbPb compared to pp collisions at sqrt(sNN)=2.76 TeV // Eur.Phys.J.C72: 1945, 2012.   = 3,631*30/25 = 4,36 69. Chatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson in the decay channel H to ZZ to 4 leptons in pp collisions at sqrt(s) = 7 TeV // PhyLVAL s.Rev.Lett. 108: 111804, 2012.   = 7,370*30/25 = 8,84 70. Chatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson decaying to a W pair in the fully leptonic final state in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B710: 91-113, 2012.   = 3,955*30/25 = 4,75 71. Chatrchyan S. et al. (CMS Collaboration). Combined results of searches for the standard model Higgs boson in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B710: 26-48, 2012.   = 3,955*30/25 = 4,75 72. Chatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson decaying into two photons in pp collisions at sqrt(s)=7 TeV // Phys.Lett.B710: 403-425, 2012.   = 3,955*30/25 = 4,75 73. Chatrchyan S. et al. (CMS Collaboration). Search for a Higgs boson in the decay channel H to ZZ(*) to q qbar l-l+ in pp collisions at sqrt(s) = 7 TeV // JHEP 1204: 36, 2012.   = 5,831*30/25 = 7,00 74. Chatrchyan S. et al. (CMS Collaboration). 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Jet Production Rates in Association with W and Z Bosons in pp Collisions at sqrt(s) = 7 TeV // JHEP 1201: 10, 2012.   = 5,831*30/25 = 7,00 84. Chatrchyan S. et al. (CMS Collaboration). Measurement of the weak mixing angle with the Drell-Yan process in proton-proton collisions at the LHC // Phys.Rev.D84: 112002, 2011.   = 4,558*30/25 = 5,47 85. Chatrchyan S. et al. (CMS Collaboration). Measurement of energy flow at large pseudorapidities in pp collisions at sqrt(s) = 0.9 and 7 TeV // JHEP 1111: 148, 2011.   = 5,831*30/25 = 7,00 86. Chatrchyan S. et al. (CMS Collaboration). Forward Energy Flow, Central Charged-Particle Multiplicities, and Pseudorapidity Gaps in W and Z Boson Events from pp Collisions at 7 TeV // Eur.Phys.J.C72: 1839, 2012.   = 3,631*30/25 = 4,36 87. Chatrchyan S. et al. (CMS Collaboration). Performance of tau-lepton reconstruction and identification in CMS // JINST 7: P01001, 2012.   = 1,869*30/25 = 2,24 88. Chatrchyan S. et al. (CMS Collaboration). 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Chatrchyan S. et al. (CMS Collaboration). Search for B(s) and B to dimuon decays in pp collisions at 7 TeV // Phys.Rev.Lett. 107: 191802, 2011.   = 7,370*30/25 = 8,84 94. Chatrchyan S. et al. (CMS Collaboration). Dependence on pseudorapidity and centrality of charged hadron production in PbPb collisions at a nucleon-nucleon centre-of-mass energy of 2.76 TeV // JHEP 1108: 141, 2011.   = 5,831*30/25 = 7,00 95. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Inclusive W and Z Production Cross Sections in pp Collisions at sqrt(s) = 7 TeV // JHEP 1110: 132, 2011.   = 5,831*30/25 = 7,00 96. Chatrchyan S. et al. (CMS Collaboration). Search for Resonances in the Dijet Mass Spectrum from 7 TeV pp Collisions at CMS // Phys.Lett.B704: 123-142, 2011.   = 3,955*30/25 = 4,75 97. Chatrchyan S. et al. (CMS Collaboration). Determination of Jet Energy Calibration and Transverse Momentum Resolution in CMS // JINST 6: P11002, 2011.   = 1,869*30/25 = 2,24 98. Chatrchyan S. et al. (CMS Collaboration). Search for Three-Jet Resonances in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 107: 101801, 2011.   = 7,370*30/25 = 8,84 99. Chatrchyan S. et al. (CMS Collaboration). Search for supersymmetry in pp collisions a LVAL t sqrt(s)=7 TeV in events with a single lepton, jets, and missing transverse momentum // JHEP 1108: 156, 2011.   = 5,831*30/25 = 7,00 100. Chatrchyan S. et al. (CMS Collaboration). A search for excited leptons in pp Collisions at sqrt(s) = 7 TeV // Phys.Lett.B704: 143-162, 2011.   = 3,955*30/25 = 4,75 "!" (64 AB@0=8FK)  )"!/!!!LVALfNG @H>2 8:>;09 8:B>@>28G (@>4. 03.01.1978) =A $-! $-, :.D.-<.=. !C<<0@=K9   (70 2011-2012 3.3.) = 54.043   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) V. Volchenko, G. Volchenko, E. Akhrameev& , N. Yershov,& et al. The features of electronics structure of the multichannel scintillation module for the EMMA experiment . Astrophys. Space Sci. 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Observation and studies of jet quenching in PbPb collisions at nucleon-nucleon center-of-mass energy = 2.76 TeV // e-Print: arXiv:1102.1957 [nucl-ex], 2011.   = 4/25 = 0,16 9. Khachatryan V. et al. (CMS Collaboration). Measurement of Dijet Angular Distributions and Search for Quark Compositeness in pp Collisions at $sqrt{s} = 7$ TeV // e-Print: arXiv:1102.2020 [hep-ex], 2011.   = 4/25 = 0,16 10. Khachatryan V. et al. (CMS Collaboration). Measurement of $B\bar{B}$ Angular Correlations based on Secondary Vertex Reconstruction at $\sqrt{s}=7$ TeV // e-Print: arXiv:1102.3194 [hep-ex], 2011.   = 4/25 = 0,16 11. Khachatryan V. et al. (CMS Collaboration). Strange Particle Production in pp Collisions at sqrt(s) = 0.9 and 7 TeV // e-Print: arXiv:1102.4282 [hep-ex], 2011.   = 4/25 = 0,16 12. Chatrchyan S. et al. (CMS Collaboration). Search for a Heavy Bottom-like Quark in $pp$ Collisions at $\sqrt{s} = 7$ TeV // e-Print: arXiv:1102.4746 [hep-ex], 2011.   = 4/25 = 0,16 13. Chatrchyan S. et al. 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Search for supersymmetry in events with a lepton, a photon, and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1105.3152 [hep-ex], 2011.   = 4/25 = 0,16 31. Chatrchyan S. et al. (CMS Collaboration). Indications of suppression of excited $\Upsilon$ states in PbPb collisions at $\sqrt{S_{NN}}$ = 2.76 TeV // e-Print: arXiv:1105.4894 [nucl-ex], 2011.   = 4/25 = 0,16 32. Chatrchyan S. et al. (CMS Collaboration). Search for First Generation ScaLVAL5 lar Leptoquarks in the evjj channel in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1105.5237 [hep-ex], 2011.   = 4/25 = 0,16 33. Chatrchyan S. et al. (CMS Collaboration). Measurement of the t t-bar production cross section and the top quark mass in the dilepton channel in pp collisions at sqrt(s) =7 TeV // e-Print: arXiv:1105.5661 [hep-ex], 2011.   = 4/25 = 0,16 34. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Inclusive Jet Cross Section in pp Collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1106.0208 [hep-ex], 2011.   = 4/25 = 0,16 35. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Ratio of the 3-jet to 2-jet Cross Sections in pp Collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1106.0647 [hep-ex], 2011.   = 4/25 = 0,16 36. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Top-antitop Production Cross Section in pp Collisions at sqrt(s)=7 TeV using the Kinematic Properties of Events with Leptons and Jets // e-Print: arXiv:1106.0902 [hep-ex], 2011.   = 4/25 = 0,16 37. Chatrchyan S. et al. (CMS Collaboration). Search for Physics Beyond the Standard Model Using Multilepton Signatures in pp Collisions at sqrt(s)=7 TeV // e-Print: arXiv:1106.0933 [hep-ex], 2011.   = 4/25 = 0,16 38. Chatrchyan S. et al. (CMS Collaboration). Search for Same-Sign Top-Quark Pair Production at sqrt(s) = 7 TeV and Limits on Flavour Changing Neutral Currents in the Top Sector // e-Print: arXiv:1106.2142 [hep-ex], 2011.   = 4/25 = 0,16 39. Chatrchyan S. et al. (CMS Collaboration). Search for Light Resonances Decaying into Pairs of Muons as a Signal of New Physics // e-Print: arXiv:1106.2375 [hep-ex], 2011.   = 4/25 = 0,16 40. Chatrchyan S. et al. (CMS Collaboration). Measurement of the t-channel single top quark production cross section in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1106.3052 [hep-ex], 2011.   = 4/25 = 0,16 41. Chatrchyan S. et al. (CMS Collaboration). Search for Supersymmetry in Events with b Jets and Missing TransveLVAL6 rse Momentum at the LHC // e-Print: arXiv:1106.3272 [hep-ex], 2011.   = 4/25 = 0,16 42. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Strange B Meson Production Cross Section with J/Psi phi Decays in pp Collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1106.4048 [hep-ex], 2011.   = 4/25 = 0,16 43. Chatrchyan S. et al. (CMS Collaboration). Search for New Physics with Jets and Missing Transverse Momentum in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1106.4503 [hep-ex], 2011.   = 4/25 = 0,16 44. Chatrchyan S. et al. (CMS Collaboration). Search for New Physics with a Mono-Jet and Missing Transverse Energy in $pp$ Collisions at $\sqrt{s} = 7$ TeV // e-Print: arXiv:1106.4775 [hep-ex], 2011.   = 4/25 = 0,16 45. Chatrchyan S. et al. (CMS Collaboration). Missing transverse energy performance of the CMS detector // e-Print: arXiv:1106.5048 [physics.ins-det], 2011.   = 4/25 = 0,16 46. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Underlying Event Activity at the LHC with $\sqrt{s}= 7$ TeV and Comparison with $\sqrt{s} = 0.9$ TeV // e-Print: arXiv:1107.0330 [hep-ex], 2011.   = 4/25 = 0,16 47. Chatrchyan S. et al. (CMS Collaboration). Inclusive search for squarks and gluinos in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1107.1279 [hep-ex], 2011.   = 4/25 = 0,16 48. Chatrchyan S. et al. (CMS Collaboration). A search for excited leptons in pp Collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1107.1773 [hep-ex], 2011.   = 4/25 = 0,16 49. Chatrchyan S. et al. (CMS Collaboration). Search for supersymmetry in pp collisions at sqrt(s)=7 TeV in events with a single lepton, jets, and missing transverse momentum // e-Print: arXiv:1107.1870 [hep-ex], 2011.   = 4/25 = 0,16 50. Chatrchyan S. et al. (CMS Collaboration). Search for Three-Jet Resonances in pp Collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1107.3084 [hep-ex], 2011.   = 4/25 = 0,16 51. Chatrchyan S. et al. (CMS Collaboration). Determination of Jet Energy Calibration and TraLVAL7 nsverse Momentum Resolution in CMS // e-Print: arXiv:1107.4277 [physics.ins-det], 2011.   = 4/25 = 0,16 52. Chatrchyan S. et al. (CMS Collaboration). Search for Resonances in the Dijet Mass Spectrum from 7 TeV pp Collisions at CMS // e-Print: arXiv:1107.4771 [hep-ex], 2011.   = 4/25 = 0,16 53. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Inclusive W and Z Production Cross Sections in pp Collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1107.4789 [hep-ex], 2011.   = 4/25 = 0,16 54. Chatrchyan S. et al. (CMS Collaboration). Dependence on pseudorapidity and centrality of charged hadron production in PbPb collisions at a nucleon-nucleon centre-of-mass energy of 2.76 TeV // e-Print: arXiv:1107.4800 [nucl-ex], 2011.   = 4/25 = 0,16 55. Chatrchyan S. et al. (CMS Collaboration). Search for B(s) and B to dimuon decays in pp collisions at 7 TeV // e-Print: arXiv:1107.5834 [hep-ex], 2011.   = 4/25 = 0,16 56. Chatrchyan S. et al. 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Search for a Vector-like Quark with Charge 2/3 in t + Z Events from pp Collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1109.4985 [hep-ex], 2011.   = 4/25 = 0,16 61. Chatrchyan S.LVAL8 et al. (CMS Collaboration). Performance of tau-lepton reconstruction and identification in CMS // e-Print: arXiv:1109.6034 [physics.ins-det], 2011.   = 4/25 = 0,16 62. Chatrchyan S. et al. (CMS Collaboration). Forward Energy Flow, Central Charged-Particle Multiplicities, and Pseudorapidity Gaps in W and Z Boson Events from pp Collisions at 7 TeV // e-Print: arXiv:1110.0181 [hep-ex], 2011.   = 4/25 = 0,16 63. Chatrchyan S. et al. (CMS Collaboration). Measurement of energy flow at large pseudorapidities in pp collisions at sqrt(s) = 0.9 and 7 TeV // e-Print: arXiv:1110.0211 [hep-ex], 2011.   = 4/25 = 0,16 64. Chatrchyan S. et al. (CMS Collaboration). Measurement of the weak mixing angle with the Drell-Yan process in proton-proton collisions at the LHC // e-Print: arXiv:1110.2682 [hep-ex], 2011.   = 4/25 = 0,16 65. Chatrchyan S. et al. (CMS Collaboration). Jet Production Rates in Association with W and Z Bosons in pp Collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1110.3226 [hep-ex], 2011.   = 4/25 = 0,16 66. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Rapidity and Transverse Momentum Distributions of Z Bosons in pp Collisions at sqrt(s)=7 TeV // e-Print: arXiv:1110.4973 [hep-ex], 2011.   = 4/25 = 0,16 67. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Production Cross Section for Pairs of Isolated Photons in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1110.6461 [hep-ex], 2011.   = 4/25 = 0,16 68. Chatrchyan S. et al. (CMS Collaboration). $J/\psi$ and $\psi_{2S}$ production in $pp$ collisions at $\sqrt{s}=7$ TeV // e-Print: arXiv:1111.1557 [hep-ex], 2011.   = 4/25 = 0,16 69. 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Measurement of isolated photon production in pp and PbPb collisions at sqrt(sNN) = 2.76 TeV // e-Print: arXiv:1201.3093 [nucl-ex], 2012.   = 4/25 = 0,16 74. Chatrchyan S. et al. (CMS Collaboration). Centrality dependence of dihadron correlations and azimuthal anisotropy harmonics in PbPb collisions at sqrt(s[NN]) = 2.76 TeV // e-Print: arXiv:1201.3158 [nucl-ex], 2012.   = 4/25 = 0,16 75. Chatrchyan S. et al. (CMS Collaboration). Suppression of non-prompt J/psi, prompt J/psi, and Y(1S) in PbPb collisions at sqrt(sNN) = 2.76 TeV // e-Print: arXiv:1201.5069 [nucl-ex], 2012.   = 4/25 = 0,16 76. Chatrchyan S. et al. (CMS Collaboration). Measurement of the inclusive production cross sections for forward jets and for dijet events with one forward and one central jet in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1202.0704 [hep-ex], 2012.   = 4/25 = 0,16 77. Chatrchyan S. et al. (CMS Collaboration). Search for a Higgs boson in the decay channel H to ZZ(*) to q qbar l-l+ in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1202.1416 [hep-ex], 2012.   = 4/25 = 0,16 78. Chatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson decaying into two photons in pp collisions at sqrt(s)=7 TeV // e-Print: arXiv:1202.1487 [hep-ex], 2012.   = 4/25 = 0,16 79. Chatrchyan S. et al. (CMS Collaboration). Combined results of searches for the standard model Higgs boson in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1202.1488 [hep-ex], 2012.   = 4/25 = 0,16 80. CLVAL: hatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson decaying to a W pair in the fully leptonic final state in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1202.1489 [hep-ex], 2012.   = 4/25 = 0,16 81. Chatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson in the decay channel H to ZZ to 4 leptons in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1202.1997 [hep-ex], 2012.   = 4/25 = 0,16 82. Chatrchyan S. et al. (CMS Collaboration). Study of high-pT charged particle suppression in PbPb compared to pp collisions at sqrt(sNN)=2.76 TeV // e-Print: arXiv:1202.2554 [nucl-ex], 2012.   = 4/25 = 0,16 83. Chatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson in the H to ZZ to 2l 2nu channel in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1202.3478 [hep-ex], 2012.   = 4/25 = 0,16 84. Chatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson in the H to ZZ to ll tau tau decay channel in pp collisions at sqrt(s)=7 TeV // e-Print: arXiv:1202.3617 [hep-ex], 2012.   = 4/25 = 0,16 85. Chatrchyan S. et al. (CMS Collaboration). Search for large extra dimensions in dimuon and dielectron events in pp collisions at $\sqrt{s} = 7$ TeV // e-Print: arXiv:1202.3827 [hep-ex], 2012.   = 4/25 = 0,16 86. Chatrchyan S. et al. (CMS Collaboration). Search for neutral Higgs bosons decaying to tau pairs in pp collisions at sqrt(s)=7 TeV // e-Print: arXiv:1202.4083 [hep-ex], 2012.   = 4/25 = 0,16 87. Chatrchyan S. et al. (CMS Collaboration). Search for the standard model Higgs boson decaying to bottom quarks in pp collisions at sqrt(s)=7 TeV // e-Print: arXiv:1202.4195 [hep-ex], 2012.   = 4/25 = 0,16 88. Chatrchyan S. et al. (CMS Collaboration). Inclusive b-jet production in pp collisions at sqrt(s)=7 TeV // e-Print: arXiv:1202.4617 [hep-ex], 2012.   = 4/25 = 0,16 89. Chatrchyan S. et al. (CMS Collaboration). Jet momentum dependence of jet quenching in PbPb collLVAL; isions at sqrt(sNN)=2.76 TeV // e-Print: arXiv:1202.5022 [nucl-ex], 2012.   = 4/25 = 0,16 90. Chatrchyan S. et al. (CMS Collaboration). Search for quark compositeness in dijet angular distributions from pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1202.5535 [hep-ex], 2012.   = 4/25 = 0,16 91. Chatrchyan S. et al. (CMS Collaboration). Search for microscopic black holes in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1202.6396 [hep-ex], 2012.   = 4/25 = 0,16 92. Chatrchyan S. et al. (CMS Collaboration). Measurement of the cross section for production of b b-bar X, decaying to muons in pp collisions at sqrt(s)=7 TeV // e-Print: arXiv:1203.3458 [hep-ex], 2012.   = 4/25 = 0,16 93. Chatrchyan S. et al. (CMS Collaboration). Search for $B^0_s to \mu^+ \mu^-$ and $B^0 to \mu^+ \mu^-$ decays // e-Print: arXiv:1203.3976 [hep-ex], 2012.   = 4/25 = 0,16 94. Chatrchyan S. et al. (CMS Collaboration). Search for heavy, top-like quark pair production in the dilepton final state in $pp$ collisions at $\sqrt{s} = 7$ TeV // e-Print: arXiv:1203.5410 [hep-ex], 2012.   = 4/25 = 0,16 95. Chatrchyan S. et al. (CMS Collaboration). Measurement of the top quark pair production cross section in $pp$ collisions at $\sqrt{s} = 7$ TeV in dilepton final states containing a $\tau$ // e-Print: arXiv:1203.6810 [hep-ex], 2012.   = 4/25 = 0,16 96. Chatrchyan S. et al. (CMS Collaboration). Ratios of dijet production cross sections as a function of the absolute difference in rapidity between jets in proton-proton collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1204.0696 [hep-ex], 2012.   = 4/25 = 0,16 97. Chatrchyan S. et al. (CMS Collaboration). Search for Dark Matter and Large Extra Dimensions in pp Collisions Yielding a Photon and Missing Transverse Energy // e-Print: arXiv:1204.0821 [hep-ex], 2012.   = 4/25 = 0,16 98. Chatrchyan S. et al. (CMS Collaboration). Search for heavy bottom-like quarks in 4.9 inverse femtobarns of pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1204.10d LVALt 88 [hep-ex], 2012.   = 4/25 = 0,16 99. Chatrchyan S. et al. (CMS Collaboration). Measurement of the elliptic anisotropy of charged particles produced in PbPb collisions at nucleon-nucleon center-of-mass energy = 2.76 TeV // e-Print: arXiv:1204.1409 [nucl-ex], 2012.   = 4/25 = 0,16 100. Chatrchyan S. et al. (CMS Collaboration). Measurement of the underlying event in the Drell-Yan process in proton-proton collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1204.1411 [hep-ex], 2012.   = 4/25 = 0,16  )"!/  !!!LVALfNG= 8=552 ;53 8:B>@>28G @>4. 13.02.1964, A=A $-, :D<=   70 2011-2012 33 !"",  !" +% $  #+% # %: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>2011>>>>>>>>>>>>>>>>>>>>>>>>>>>> 1) V. Volchenko, G. Volchenko, E. Akhrameev& , O. Mineev et al. The features of electronics structure of the multichannel scintillation module for the EMMA experiment . Astrophys. Space Sci. Trans., 7:171-174, 2011 (23 02B>@>2)  =1.437*30/10= 4.311 2) O. Mineev, Yu. Kudenko, Yu. Musienko, I. Polyansky and N. Yershov. Scintillator detectors with long WLS fibers and multi-pixel photodiodes. Journal of Instrumentation, Vol.6, Dec. 2011 (P12004) (5 02B>@>2)  =1.869*30/5= 11.214 3) K. Abe, N. Abgrall, Y. Ajima,..., O. Mineev et al., Indication of Electron Neutrino Appearance from an Accelerator-produced Off-axis Muon Neutrino Beam. Phys.Rev.Lett. 107 (2011) 20pp.(416 02B>@>2).  =7.370*30*0.05= 11.055 4) A. Vacheret, G. Barker, M. Dziewiecki,..., O. Mineev et al., Characterization and Simulation of the Response of Multi Pixel Photon Counters to Low Light Levels. Nucl.Instrum.Meth. A656: 69-83, 2011 (28 02B>@>2)  =1.207*30*0.1= 3.621 5) C. Mariani, A. Torneo-Lopez, J. Alcaraz,..., O. Mineev et al., Measurement of inclusive 0 production in the Charged-Current Interactions of Neutrinos in a 1.3-GeV wide band beam. Phys.Rev. D83 (2011) 054023, 17 pp. (156 02B>@>2)  = 4.558*30*0.06= 8.2044 6) K. Abe, N. Abgrall, Y. Ajima,..., O. Mineev et al., The T2K Experiment. Nucl.Instrum.Meth. 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AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=KE M:A?5@8<5=B0E A 4;8==>9 107>9. #A?5E8 $878G5A:8E 0C:, B.181, !6, 2011, A.569-595.  =60E2.374=142.44 2. ...C45=:>. 59B@8==K9 M:A?5@8<5=B "2: ?5@2K5 @57C;LB0BK. #A?5E8 $878G5A:8E 0C:, B.181, !9, 2011, A.997-1004.  =60E2.374=142.44 3. K.Abe, ...A.Khotyantsev, M.Khabibullin, Yu.Kudenko et al. (416 02B>@>2) Indication of Electron Neutrino Appearance from an Accelerator-produced Off-axis Muon Neutrino Beam. Phys.Rev.Lett. 107 (2011) 041801.  =7.370*30*0.05=11.055 4. A.Vacheret, G.Barker, ...A.Izmaylov, M.Khabibulin, Yu.Kudenko, O.Mineev et al. (28 02B>@>2) Characterization and Simulation of the Response of Multi Pixel Photon Counters to Low Light Levels. Nucl.Instrum.Meth. A656 (2011) 69-83.  = 1.207*30*0.1=3.621 5. V. Volchenko, G. Volchenko, E. Akhrameev& ,Yu.Kudenko, O. Mineev et al. (23 02B>@0). The features of electronics structure of the multichannel scintillation module for the EMMA experiment . Astrophys. Space Sci. 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A659: 2011, 106-135, 2011.  = 1.207*30*0.04=1.4484 10. .(09E852, ..C45=:>, .%>BO=F52 . >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2. /45@=0O D878:0, B.74 !5, AB@.814  819, 2011.  =0.568*60/3=11.36 11. K. Abe, N. Abgrall, Y. Ajima, & , O. Mineev, & et al. The T2K neutrino flux prediction, Phys.Rev. D, 2012 (2 ?5G0B8), 36 pp.; (arXiv:1211.0469 [hep-ex]). (350 02B>@>2)  = 4.558*30*0.05= 6.837 12. K. Abe, N. Abgrall, Y. Ajima, & , O. Mineev, & et al. Measurements of the T2K neutrino beam properties using the INGRID on-axis near detector. NIM A694 (2012) p. 211-223; (arXiv:1111.3119 [physics.ins-det]). (432 02B>@0)  =1.207*30*0.05= 1.8105 13. K. Abe, N. Abgrall, Y. Ajima,& , O. Mineev, & et al. First muon-neutrino disappearance study with an off-axis beam, Phys.Rev. D85 (2012) 031103; (arXiv:1201.1386 [hep-ex]). (446 02B>@>2)  = 4.558*30*0.05= 6.837 14. S. Aoki, G. Barr, & , O. Mineev, & et al. The T2K Side muon range detector. NIM A, 2012 (2 ?5G0B8), 13 pp.; (arXiv:1206.3553[physics.ins-det]). (67 02B>@>2)  =1.207*30*0.075= 2.71575 15. ... C45=:>. AF8;;OF88 =59B@8=>: ?@>@K2 2 =>2CN D878:C. 5AB=8: , 82 (2012) 683-711.  =0.454*60 =27.24 16. ... C45=:>. 59B@8==0O D878:0: 3>4 C3;0 A<5H820=8O \theta_13. @8@>40, 11 (2012).  = 8.0 -;5:B@>==K5 ?@5?@8=BK: 1. C.Choubey..Yu.Kudenko et. al. (134 02B>@0) , Interim design report for the International design study for the Neutrino factory. arXiv 1112.2853 [hep-ex].  =4*0.06 = 0.34 2. A.Stahl, A.M.Guler& Yu.Kudenko et al. Expression of Interest for a very long baseline neutrino oscillation experiment (LBNO). CERN-SPSC-2012-021, SPSC-EOI-007, 2012.  =4*0.05=0.20 3. Sergio Bertolucci& Yu.Kudenko et al. (25 02B>@>2). European strategy for accelerator-based neutrino physicLVALB s, arXiV:1208.0512.   =4*0.1=0.4 4. J. Comfort,& , A.Shaikhiev,& et al (37 02B>@>2) ORKA: Measurement of the K!+ decay at Fermilab. FERMILAB-PROPOSAL-1021, Nov 28, 2011 - 75 pages.  =4*0.1=0.4 5. R. Aaij& Yu.Kudenko et al., Implications of LHCb measurements and future prospects. e-Print: arXiv:1208.3355.  =4*0.04=0.016 >:;04K =0 :>=D5@5=F8OE: 1. .%0181C;;8=, ..C45=:>, AA;54>20=8O =59B@8==KE >AF8;;OF89 =0 CA:>@8B5;OE, '5@5=:>2A:85 GB5=8O, >A:20 12 0?@5;O 2011.  = 20E1.5/2=15 2. Yu.Kudenko, T2K experiment: latest results, A5AA8O A5:F88 O45@=>9 D878:8 $ , >A:20, 21-25 =>O1@O 2011.  = 20. 3. ...C45=:>, 59B@8==K5 >AF8;;OF88 =0 CA:>@8B5;OE, 0:A0=A:0O H:>;0 ?> =59B@8==>9 D878:5 8 0AB@>D878:5 , >A:>2A:0O >1;, 26 <0O  2 8N=O 2011.  = 20. 4. ...C45=:>, 59B@8==K5 >AF8;;OF88, 5:F88 =0 8<=59 (:>;5 "-$, >A:20, 14-18 D52@0;O 2011.  = 20. 5. Yu.Kudenko, Scintillator detector R&D, talk at NEU12, Paris, France, 10-12 may 2011.  = 30. 6. Yu.Kudenko, Long baseline neutrino experiments: recent results and future program, talk at HSQCD, Gatchina, 4-9 July 2012.  = 30. 7. Yu.Kudenko, q13 measurement in reactor and accelerator experiments. Future prospects of long baseline experiments, talk at the Baikal school on neutrino and cosmology, Ulan-Ude, Russia, 22-28 July 2012.  = 30. 8. ...C45=:>, 0@:>2A:85 GB5=8O, >A:20, 11 <0O 2012.  = 20. 9. Yu.Kudenko, Large volume active neutrino detectors based on solid scintillators, ivited talk at the Neutrino Town meeting, 15-17 May 2012, CERN, Geneva.  =30. 10. ... C45=:>, >8A: !  =0@CH5=8O 2 >AF8;;OF8OE =59B@8=>, ?;5=0@=K9 4>:;04 =0 !5AA88 !5:F88 O45@=>9 D878:8 $ , >A:20, 15 =>O1@O 2012.  = 20. 11. .. C48=, ... C45=:>, 7<5@5=85 M;5:B@>==KE =59B@8=> 2 1;86=5< 45B5:B>@5 M:A?5@8<5=B0 "2, 4>:;04 =0 !5AA88 !5:F88 O45@=>9 D878:8 $ , >A:20, 15 =>O1@O 2012.  = 4*0.5=2.0. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0: 20 LVAL 11 -  =8 2012 -   =8 C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: C:>2>4AB2> 0A?8@0=B0<8: .7<09;>2, .(09E852 - 3-9 3>4 , .>;O=A:89- 2 3>4 0A?8@0=BC@K  2011 3.  =30*3 = 90 .>;O=A:89- 3 3>4 0A?8@0=BC@K  2012 3.  =30*1 = 30 0I8B0 48AA5@B0F89 .7<09;>2  :.D.-<.=.  2012   =30 C:>2>4AB2> ABC45=B0<8: .CB8=, .C48=, .(:5@8=, .>;>48=, .0@?8:>2, /.(CAB@>2  2011.   =10*6 = 60 .CB8=, .C48=, .(:5@8=, .>;>48=, .0@?8:>2, /.(CAB@>2  2012.   =10*6 = 60 !C<<0@=K9 8=48284C0;L=K9   = 914.22   @C:>2>48B5;O = 705,6LVALfNGD %>BO=F52 ;5:A59 8:>;0528G (@>4. 15.03.1971) =A $-! $- !C<<0@=K9   (70 2011-2012 3.3.) = 60.336   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) C. Mariani, A. Tornero-Lopez, J.L. Alcaraz,& , A. Khotjantsev,& et al. (The K2K Collaboration). (156 02B>@>2). Measurement of inclusive pi0 production in the charged-current interactions of neutrinos in a 1.3 GeV wide band beam. Phys.Rev. D83 (2011) 054023, 17pp.  = 4.558*30*0.06= 8.2044 2) A. Vacheret, G.J. Barker, M. Dziewiecki, & , A. Khotjantsev,& et al. (28 02B>@>2). Characterization and simulation of the response of multi pixel photon counters to low light levels, NIM A656 (2011) 69-83, 15 pp. (arXiv:1101.1996 [physics.ins-det]).  =1.207*30*0.1=3.621 3) K. Abe, N. Abgrall, Y. Ajima, & , A. Khotjantsev, & et al. (416 02B>@>2). Indication of electron neutrino appearance from an accelerator-produced off-axis muon neutrino beam, Phys.Rev.Lett. 107 (2011) 041801, 8 pp. (arXiv:1106.2822[hep-ex]).  =7.370*30*0.05=11.055 4) K. Abe, N. Abgrall, H. Alhara, & , A. Khotjantsev, & et al. (528 02B>@>2). The T2K experiment, NIM A659 (2011) p. 106-135. (arXiv:1106.1238 [physics.ins-det]).  =1.207*30*0.04=1.4484 5) K. Abe,& , A. Khotjantsev, & et al. (350 02B>@>2). The T2K neutrino flux prediction, Phys.Rev. D, 2012 (2 ?5G0B8), 36 pp.; (arXiv:1211.0469 [hep-ex]).  = 4.558*30*0.05= 6.837 6) K. Abe, & , A. Khotjantsev, & et al. (432 02B>@0). Measurements of the T2K neutrino beam properties using the INGRID on-axis near detector. NIM A694 (2012) p. 211-223; (arXiv:1111.3119 [physics.ins-det]).  =1.207*30*0.05=1.8105 7) K. Abe,& , A. Khotjantsev, & et al. (446 02B>@>2). First muon-neutrino disappearance study with an off-axis beam, Phys.Rev. D85 (2012) 031103; (arXiv:1201.1386 [hep-ex]).  = 4.558*30*0.05= 6.837 8) S. Aoki, & , A. Khotjantsev, & et al. (67 02B>@>2). The T2K Side muon range detector. NIM A, 2012 (2 ?5G0B8), 13 pp.; (arXiv:1206.3553[physics.ins-det])LVALE .  =1.207*30*0.075=2.71575 9) V. Volchenko, & , A. Khotjantsev, & et al. (23 02B>@0). The features of electronics structure of the multichannel scintillation module for the EMMA experiment, Astrophys. Space Sci. Trans., 7, p. 171 174, 2011.   = 8 * 0.1 = 0.8 !"",  !!!% $  #+% # %: 1) .. 7<09;>2, .. @H>2, ... C45=:>, .. 0B2552, .. 8=552, ... CA85=:>, .. %0181C;;8=, .. %>BO=F52, .". (09E852 (9 02B>@>2). AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2. /$, B. 75, !2, 2012, A. 204-213.  =0.568*60/9=3.7866 2) (09E852 ."., C45=:> ..., %>BO=F52 .. ! "/+% "   !% ",+% . /45@=0O D878:0, 2011, 74, 814-819   = 0.568*60/3 = 11.36 -" +   "+ 1) A. Vacheret, G.J. Barker, M. Dziewiecki, & , A. Khotjantsev,& et al. (28 02B>@>2). Characterization and simulation of the response of multi pixel photon counters to low light levels, arXiv:1101.1996 [physics.ins-det].  =4*0.10=0.4 2) K. Abe, N. Abgrall, Y. Ajima, & , A. Khotjantsev, & et al. (416 02B>@>2). Indication of electron neutrino appearance from an accelerator-produced off-axis muon neutrino beam, 8 pp., arXiv:1106.2822[hep-ex].  =4*0.05=0.2 3) K. Abe, N. Abgrall, Y. Ajima, & , A. Khotjantsev, & et al. (432 02B>@0). Measurements of the T2K neutrino beam properties using the INGRID on-axis detector, 32 pp., arXiv:1111.3119 [physics.ins-det] ].  =4*0.05=0.2 4) K. Abe, N. Abgrall, H. Alhara, & , A. Khotjantsev, & et al. (528 02B>@>2). The T2K experiment, 33 pp., arXiv:1106.1238 [physics.ins-det].  =4*0.04=0.16 6) K. Abe,& , A. Khotjantsev, & et al. (350 02B>@>2). The T2K neutrino flux prediction. arXiv:1211.0469 [hep-ex], 36 pp.  =4*0.05=0.2 7) K. Abe,& , A. Khotjantsev, & et al. (446 02B>@>2). First muon-neutrino disappearance study with an off-axis beam. arXiv:1201.1386 [hep-ex], 7 pp.  =4*0.05=0.2 8) S. Aoki, & , A. Khotjantsev, & et al. (67 02B>@>2). The T2K Side muon range dl LVAL| etector. arXiv:1206.3553[physics.ins-det], 13 pp.  =4*0.075=0.3 9) A. Stahl, & , A. Khotjantsev, & et al. (224 02B>@0). Expression of Interest for a very long baseline neutrino oscillation experiment (LBNO). CERN-SPSC-2012-021, SPSC-EOI-007, 2012, 151 pp.  =4*0.05=0.2 B>3> 70 2011-2012 3.3.:  = 60.336LVALfNGG %0181C;;8= 0@0B 0@A>28G (@>4. 29.07.1965) A=A $-! $-, :D<= !C<<0@=K9   (70 2011-2012 3.3.) = 142.975   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) C. Mariani, A. Tornero-Lopez, J.L. Alcaraz,& , M. Khabibullin,& et al. (The K2K Collaboration). (156 02B>@>2). Measurement of inclusive pi0 production in the charged-current interactions of neutrinos in a 1.3 GeV wide band beam. Phys.Rev. D83 (2011) 054023, 17pp.  = 4.558*30*0.06= 8.2044 2) A. Vacheret, G.J. Barker, M. Dziewiecki, & , M. Khabibullin,& et al. (28 02B>@>2). Characterization and simulation of the response of multi pixel photon counters to low light levels, NIM A656 (2011) 69-83, 15 pp. (arXiv:1101.1996 [physics.ins-det]).  =1.207*30*0.1=3.621 3) K. Abe, N. Abgrall, Y. Ajima, & , M. Khabibullin, & et al. (416 02B>@>2). Indication of electron neutrino appearance from an accelerator-produced off-axis muon neutrino beam, Phys.Rev.Lett. 107 (2011) 041801, 8 pp. (arXiv:1106.2822[hep-ex]).  =7.370*30*0.05=11.055 4) K. Abe, N. Abgrall, H. Alhara, & , M. Khabibullin, & et al. (528 02B>@>2). The T2K experiment, NIM A659 (2011) p. 106-135. (arXiv:1106.1238 [physics.ins-det]).  =1.207*30*0.04=1.4484 5) K. Abe,& , M. Khabibullin, & et al. (350 02B>@>2). The T2K neutrino flux prediction, Phys.Rev. D, 2012 (2 ?5G0B8), 36 pp.; (arXiv:1211.0469 [hep-ex]).  = 4.558*30*0.05= 6.837 6) K. Abe, & , M. Khabibullin, & et al. (432 02B>@0). Measurements of the T2K neutrino beam properties using the INGRID on-axis near detector. NIM A694 (2012) p. 211-223; (arXiv:1111.3119 [physics.ins-det]).  =1.207*30*0.05=1.8105 7) K. Abe,& , M. Khabibullin, & et al. (446 02B>@>2). First muon-neutrino disappearance study with an off-axis beam, Phys.Rev. D85 (2012) 031103; (arXiv:1201.1386 [hep-ex]).  = 4.558*30*0.05= 6.837 8) S. Aoki, & , M. Khabibullin, & et al. (67 02B>@>2). The T2K Side muon range detector. NIM A, 2012 (2 ?5G0B8), 13 pp.; (arXiv:1206.3553[physics.inLVALH s-det]).  =1.207*30*0.075=2.71575 9) V. Volchenko, & , M. Khabibullin, & et al. (23 02B>@0). The features of electronics structure of the multichannel scintillation module for the EMMA experiment, Astrophys. Space Sci. Trans., 7, p. 171 174, 2011.   = 8 * 0.1 = 0.8 !"",  !!!% $  #+% # %: 1) .. 7<09;>2, .. @H>2, ... C45=:>, .. 0B2552, .. 8=552, ... CA85=:>, .. %0181C;;8=, .. %>BO=F52, .". (09E852 (9 02B>@>2). AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2. /$, B. 75, !2, 2012, A. 204-213.  =0.568*60/9=3.7866 +  $ &/% 8 " #+ $ &: 1) M. Khabibullin, Latest oscillation results from T2K, @83;0H5==K9 4>:;04 =0 </= :>=D5@5=F88 (?;5=0@=K9, 25 <8=.) New Trends in High-Energy Physics, Alushta (Crimea), Sep 3-10, 2011. ?C1;8:>20= 2 "@C40E :>=D5@5=F88 2 45:01@5 2011, Kiev 2011, p. 137-145 (arXiv:1111.0183 [hep-ex]), 8 pp.  =30*1.5=45.000 2) ... C45=:>, .. %0181C;;8=. AA;54>20=85 =59B@8==KE >AF8;;OF89 =0 CA:>@8B5;OE. @83;0H5==K9 4>:;04 (?;5=0@=K9, 30 <8=.) =0 >=D5@5=F88 IV '5@5=:>2A:85 'B5=8O: >2K5 <5B>4K 2 M:A?5@8<5=B0;L=>9 O45@=>9 D878:5 8 D878:5 G0AB8F (>A:20, $, 12 0?@5;O 2011), !1>@=8: "@C4>2, >A:20 2011, AB@. 24-35.  =20*1.5/2=15.000 3) M. Khabibullin. Latest results from T2K. @83;0H5==K9 4>:;04 (?;5=0@=K9, 30 <8=.) =0 564C=0@>4=>9 :>=D5@5=F88 17th International Seminar on High Energy Physics, QUARKS-2012, Yaroslavl, Russia, 4-10 June, 2012 (2 ?5G0B8).  =30 -" +   "+ 1) A. Vacheret, G.J. Barker, M. Dziewiecki, & , M. Khabibullin,& et al. (28 02B>@>2). Characterization and simulation of the response of multi pixel photon counters to low light levels, arXiv:1101.1996 [physics.ins-det].  =4*0.10=0.4 2) K. Abe, N. Abgrall, Y. Ajima, & , M. Khabibullin, & et al. (416 02B>@>2). Indication of electron neutrino appearance from an accelerator-produced off-axis muon neutrino beam, 8 pp., arXiv:1106.2822[hep-ex].  =4*0.05=0.2 3) K. Abe, N. ALVALbgrall, Y. Ajima, & , M. Khabibullin, & et al. (432 02B>@0). Measurements of the T2K neutrino beam properties using the INGRID on-axis detector, 32 pp., arXiv:1111.3119 [physics.ins-det] ].  =4*0.05=0.2 4) K. Abe, N. Abgrall, H. Alhara, & , M. Khabibullin, & et al. (528 02B>@>2). The T2K experiment, 33 pp., arXiv:1106.1238 [physics.ins-det].  =4*0.04=0.16 5) M. Khabibullin, Latest oscillation results from T2K, arXiv:1111.0183 [hep-ex], 8 pp.  =4.000 6) K. Abe,& , M. Khabibullin, & et al. (350 02B>@>2). The T2K neutrino flux prediction. arXiv:1211.0469 [hep-ex], 36 pp.  =4*0.05=0.2 7) K. Abe,& , M. Khabibullin, & et al. (446 02B>@>2). First muon-neutrino disappearance study with an off-axis beam. arXiv:1201.1386 [hep-ex], 7 pp.  =4*0.05=0.2 8) S. Aoki, & , M. 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Indication of electron neutrino appearance from an accelerator-produced off-axis muon neutrino beam, Phys.Rev.Lett. 107 (2011) 041801, 8 pp. (arXiv:1106.2822[hep-ex]).  =7.370*30*0.05=11.055 4) K. Abe, N. Abgrall, H. Alhara, & , A. Izmaylov, & et al. (528 02B>@>2). The T2K experiment, NIM A659 (2011) p. 106-135. (arXiv:1106.1238 [physics.ins-det]).  =1.207*30*0.04=1.4484 5) K. Abe,& , A. Izmaylov, & et al. (350 02B>@>2). The T2K neutrino flux prediction, Phys.Rev. D, 2012 (2 ?5G0B8), 36 pp.; (arXiv:1211.0469 [hep-ex]).  = 4.558*30*0.05= 6.837 6) K. Abe, & , A. Izmaylov, & et al. (432 02B>@0). Measurements of the T2K neutrino beam properties using the INGRID on-axis near detector. NIM A694 (2012) p. 211-223; (arXiv:1111.3119 [physics.ins-det]).  =1.207*30*0.05=1.8105 7) K. Abe,& , A. Izmaylov, & et al. (446 02B>@>2). First muon-neutrino disappearance study with an off-axis beam, Phys.Rev. D85 (2012) 031103; (arXiv:1201.1386 [hep-ex]).  = 4.558*30*0.05=6.837 8) S. Aoki, & , A. 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O1>2,...@ LVAL83>@L52,..0<0=8= 8 4@.(10 A>02B>@>2) "<?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8" 6C@=0; "/45@=0O D878:0 8 8=68=8@8=3",B.3,2K?.2,2012,A.47  =8/10=0,8 "+   = 57,234LVALfNGU 2G8==8:>2 >@8A 8E09;>28G 4>:B>@ D87.-<0B. =0C: 1. >4 @>645=8O 1933 2. 0B0 70I8BK 48AA5@B0F88 1988 3. >;6=>ABL 254CI89 =0CG=K9 A>B@C4=8: -$ C1;8:0F88 2011 3. 1. B.M.Ovchinnikov, V.V.Parusov,  Multi-channel gas electron multipliers with metallic electrodes , Instruments and Experimental Techniques, vol.54, No1, (2011) 43.  =0,44660/2=13,38 2. .. 2G8==8:>2, .. 0@CA>2, "=>3>:0=0;L=K5 307>2K5 M;5:B@>==K5 C<=>68B5;8 A <5B0;;8G5A:8<8 M;5:B@>40<8", "-, ! 1 (2011) 49.  =0,44660/2=13,38 3. ..2G8==8:>2, ..0@CA>2, @54;>65=85 M:A?5@8<5=B0 ?> ?>8A:C B5<=>9 <0B5@88 A5;5==>9 A ?><>ILN 684:>0@3>=>2>9 42CED07=>9 :0<5@K >1J5<>< 14<3 A D>B>GC2AB28B5;L=>9 4>102:>9 :A5=>=0, @5?@8=B /  ! 1277/ 2011.   4/2=2 4. 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LVAL ...5@>2, ..2G8==8:>2, @5420@8B5;L=K5 @57C;LB0BK ?@8<5=5=8O 0@3>=-:8A;>@>4=KE A<5A59, @5?@8=B / , !1321/2012, 8N=L 20123.  =4/2=2 7. ...5@>2, ..2G8==8:>2, 57C;LB0BK B5@0?88 0@3>=-:8A;>@>4=K<8 A<5AO<8, >:;04 =0 5 "@>8F:>9 <564C=0@>4=>9 :>=D5@5=F88 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5, 4-8 8N=O 20123.  =6 8. ..2G8==8:>2, ..0@CA>2, ?@545;5=85 25;8G8=K A@>4AB20 : M;5:B@>=C <>;5:C;K ! , @5?@8=B /  ! 1322/2012.  =4/2=2 !C<<0@=K9   104,7LVALfNGW >?5;8>28G ;048<8@ 5=548:B>28G 1. >4 @>645=8O. 1945 2. 0B0 70I8BK 48AA5@B0F88 29 >:BO1@O 1971 3. 3. >;6=>ABL 254CI89 =0CG=K9 A>B@C4=8: 1. Vladimir Kopeliovich, (Moscow, INR), Irina Potashnikova, (Santa Maria U., Valparaiso) . Examination of quantized multiskyrmions as possible nuclear bound states of antikaons. Phys.Rev.C83, 064302 (2011), 10pp. PRND=3.31 X 30/2= 49.65 2. Vladimir Kopeliovich, (Moscow, INR), Irina Potashnikova, (Santa Maria U., Valparaiso) . 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C1F>2 5@5<5==>ABL =510 2 30<<0-;CG0E 2KH5 1 M --CAB=K9, "!" $ +!% -  !/  "  - 2012", >A:20,  , 24-27 45:01@O 2012 3.   = 4/2=2 15. .!. H8@:>2 "3@0=8G5=8O =0 4>;N ?5@28G=KE GQ@=KE 4K@ 2 BQ<=>9 <0B5@88 87 72Q74=>9 M2>;NF88 "!" $ +!% -  !/  "  - 2012", >A:20,  , 24-27 45:01@O 2012 3.   = 4 2011 1. Pshirkov, M. S.; Tinyakov, P. G.; Kronberg, P. P., Newton-McGee, K. J.,  Deriving the Global Structure of the Galactic Magnetic Field from Faraday Rotation Measures of Extragalactic Sources , arXiv:1103.0814, ApJ, vol 738, Issue 2, 192.   = 6,024*30/4=45,18 2. . . !068=, . !. !068=0, . !. H8@:>2 , 848<K5 42865=8O :2070@>2, 2K720==K5 <8:@>;8=78@>20=85<, AB@>=><8G5A:89 C@=0;, B. 88, !11, AB@. 1036  =0,725*60/3=14,5 3. Pshirkov M. S., Tinyakov P. G., Kronberg P. P., Newton-McGee K. J  Global Structure of the Galactic Magnetic Field from Rotation Measures of Extragalactic Sources , Proceedings of ICRC 2011, Beijing (2011) (8740=> 2 B@C40E :>=D5@5=F88)  =6/4*1,5=2,25 4. M. 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F5=:0 ?0@0<5B@>2 15B0 - @0A?040 ?> @57C;LB0B0< 87<5@5=8O D>@<K A?5:B@0 2 M;5:B@>AB0B8G5A:>< 8=B53@0;L=>< A?5:B@><5B@5 =0 >A=>25 <>45;L=>3> ?@81;865=8O : CGQBC 2;8O=8O AB0F8>=0@=>3> @07@O40 2 2KA>:>2>;LB=>< 20:CC<=>< ?@><56CB:5. @5?@8=B /  1293/2011. ., 2011.  =4 5. .. O;>2. 2078;8=59=0O <>45;L 0=0;8B8G5A:>9 >F5=:8 25;8G8=K A8AB5<0B8G5A:>9 >H81:8 2 87<5@5=8OE D>@<K A?5:B@0 - 15B0 @0A?040 21;878 53> D878G5A:>9 3@0=8FK. @5?@8=B /  /2011. 1310/ 2011..  =4 6. .. O;>2. =0;8B8G5A:85 <>45;8 15B0 - @0A?040 A 8A?CA:0=85< <0AA82=KE =59B@8=>. @5?@8=B /  1312/2011 ., 2011).  =4 7. .. O;>2. 5B>48:0 @53C;8@>20=8O 8=B5=A82=>AB8 8<?C;LA=K< <03=8B>< ?@8 2K45;5=88 G0AB8 ?CG:0 ?@>B>=>2 A> A@54=8< B>:>< 2?;>BL 4> =0=>0<?5@=>3> 480?07>=0. @54;>65=85 ?>43>B>2;5=> 4;O >?C1;8:>20=8O. 5:01@L 2011. B>3>2K9  =24vLVAL>;C152 ;5:A0=4@ ;5:A5528G !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B D87.-<0B. =0C: 1. V.N. Aseev et al., An upper limit on electron antineutrino mass from Troitsk experiment. Phys. Rev. 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Zadorozhny The KATRIN Pre-Spectrometer at reduced Filter Energy New Journal of Physics, 14 (2012) 073054, doi:10.1088/1367-2630/14/7/073054 or arXiv:1203.2444v1 16 02B>@>2   =4,177*30*0,1=12,531 6. .. >10H52, .. 0@:8=, !. 04>@>6=K9, .. !:0AK@A:0O, .. >78:, .!. 0=BC52, .. 5@0A:8=. 5@02=>25A=0O ?;07<0 <>;5:C;O@=>3> B@8B852>3> -8AB>G=8:0 =0 CAB0=>2:5 "@>8F: -<0AA. >:;04 =0 XV-9 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88  $878:>-E8<8G5A:85 ?@>F5AAK ?@8 A5;5:F88 0B><>2 8 <>;5:C; , 25=83>@>4, 1 - 5 >:BO1@O 2012. 4>:;04G8: - .. 0@:8=   =4/7=0,57 7. .. >10H52, .. 0@:8=, !. 04>@>6=K9, .. !:0AK@A:0O, .. >78:, .!. 0=BC52, .. 5@0A:8=. 5@02=>25A=0O ?;07<0 <>;5:C;O@=>3> B@8B852>3> -8AB>G=8:0 =0 CAB0=>2:5 "@>8F: -<0AA. >:;04 =0 XV-9 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88  $878:>-E8<8G5A:85 ?@>F5AAK ?@8 A5;5:F88 0B><>2 8 <>;5:C; , 25=83>@>4, 1 - 5 >:BO1@O 2012. 4>:;04G8: - .. 0@:8= 0B5@80;K 4>:;040 ?@8=OBK 4;O ?C1;8:0F88 2 6C@=0; ISSN 1028-978X z LVAL 5@A?5:B82=K5 <0B5@80;K.   =4/7*1,5=0,855 8. .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, . . I5=:>, !.. 04>@>6=K9, .. 8E>284, .. 0@:8=, .. >78:, .!. 0=BC52, .. 0@D5=>2, .. !:0AK@A:0O, .. "8B>2, .. ":0G52 >45@=878@>20==K9 A?5:B@><5B@ CAB0=>2:8 "@>8F: =N-<0AA >:;04 =0 <564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289  =0,4 B>3>2K9   32,282LVALfNG` 14C@0H8B>2 6>=@84 0@8<0=>28G 1963 3.@., :.D.-<.=., A.=.A. 5@8>4 @0AG5B0  : 2011-2012 33 !C<<0@=K9  =29.0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE =0CG=KE 6C@=0;0E: 1. B.M. Fisher, J.N. Abdurashitov et al (10 coauthors),  Fast neutron detection with 6Li-loaded liquid scintillator , NIM A646 (2011), 126-143 8<?0:B-D0:B>@ 1.207 PRND=30*1.207/10=3.6 2. D.N. Abdurashitov, S.Belousov et al (6 co-authors),  Response function of a fast neutron capture-gated spectrometer , BgNS Transactions v.16, No.2 (2011), 10-14 157 8=45:A0 PRND=8/6=1.3 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E =0CG=KE 6C@=0;0E: 3. .. 14C@0H8B>2 8 4@. (8 A>02B>@>2), ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5, "- ! 2 (2011) 12 14 8<?0:B-D0:B>@ 0.324 PRND=60*0.446/8=3.35 @5?@8=BK: 4. .. 14C@0H8B>2 8 4@. (4 A>02B>@0), AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LiF ?@8 :><=0B=>9 B5<?5@0BC@5, @5?@8=B / , 1284/2011 (2011) PRND=4/4=1.0 5. .. 14C@0H8B>2 8 4@. (10 A>02B>@>2), 0480F8>==K9 D>= :@8AB0;;>2 LiF, @5?@8=B / , 1296/2011 (2011) PRND=4/10=0.4 6. .. 14C@0H8B>2 8 4@. (4 A>02B>@0), 07@01>B:0 <5B>48:8 ?>;CG5=8O 8 >G8AB:8 A>;8 LiF 4;O A>740=8O AF8=B8;;OF8>==KE 45B5:B>@>2 B5<=>9 <0B5@88, @5?@8=B / , 1338/2012 (2012) PRND=4/3=1.3 #AB=K5 A5:F8>==K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 7. D.N. Abdurashitov (5 co-authors),  Response of a capture-gated fast neutron spectrometer of simple geometry , XV International Baksan school  Particles and Cosmology , Troitsk, May 26  June 2 2011 PRND=6/1=6 8. D.N. Abdurashitov (4 co-authors),  Scintillation response of LiF crystals at room temperature , XV International Baksan school  Particles and Cosmology , Troitsk, May 26  June 2 2011 PRND=6/1=6 9. D.N. Abdurashitov, S.Belousov (6 co-authors), "Response Function of a Fast Neutron Capture Gated Spectrometer", BgNS International Conference "NUCLEAR POWER FOR THE PEOPLE" November 8, 2011, Bansko, Bulgaria PRND=LVAL.6/6=1 10. D.N. Abdurashitov (6 co-authors),  Possibility of LiF scintillation detector to search WIMPs , Oral presentation in 3-rd International Conference ISMART-2012, Dubna, Nov 2012 PRND=6/1=6 "   2011-2012 =29.95LVALfNG$!:0AK@A:0O 9=> >=AB0=B8=>2=0 1951 3. @., =A !?8A>: ?C1;8:0F89 !:0AK@A:>9 .. 2011-2012 33.: 1. V.N. Aseev et al., An upper limit on electron antineutrino mass from Troitsk experiment. Phys. Rev. D, 84 (2011) 112003. . 2B>@>2 13  =4.558*30*0.1=13.674 2. .. A552 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 "@>8F:-=N <0AA, /45@=0O $878:0, B.75. (2012), AB@. 500. 2B>@>2 13.  =0.568*60*0.1 = 3.408 3. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. e-Print: arXiv:1105.4033 [nucl-ex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fNGc 68;:81052 0H84 0:AC4>28G !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B D87-<0B =0C: Positron source for annihilation spectroscopy R. Djilkibaev ;5=0@=K9 4>:;04 30 <8= EMIN  2012, XIII International Seminar on Electromagnetic Interactions of Nuclei, Moscow, 2012 = 30 07@01>B:0 :C@A0 /45@=K5 @50:F88 (2012), G8B05<>3> >48= A5<5AB@ =0 :0D54@5 $C=40<5=B0;L=K5 2708<>458AB28O 8 :>A<>;>38O $" = 30 07@01>B:0 :C@A0 !B@C:BC@0 O4@0 (2012), G8B05<>3> >48= A5<5AB@ =0 :0D54@5 $C=40<5=B0;L=K5 2708<>458AB28O 8 :>A<>;>38O $" = 30 C:>2>4AB2> 48?;><=8:>< $878G5A:>3> D0:C;LB5B0 # .C. "82:>2, 70I8B82H8< 48?;>< 25 5:01@O 2012 A >F5=:>9 >B;8G=> = 10 Search for Quark Contact Interactions in Dijet Angular Distributions in in 7 TeV Proton-Proton Collisions with the ATLAS Detector at the LHC. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Lett. B694, 327, 2011 3.955*30*0.04 = 4.75 Measurement of inclusive jet and dijet cross sections in proton-proton collisions at 7 TeV centre-of-mass energy with the ATLAS detector. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Eur Phys J C 71, 1-59, 2011 3.631*30*.04 = 4.36 Studies of the performance of the ATLAS detector using cosmic-ray muons. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Eur Phys J C 71, 1593, 2011 3.631*30*0.04 = 4.36 Measurement of underlying event characteristics using charged particles in pp collisions at "s = 900 GeV and 7 TeV with the ATLAS detector. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. D83, 112001, 2011 LVALd 4.558*30*0.04 = 5.47 Measurement of the top quark-pair production cross section with ATLAS in pp collisions at "s=7 TeV. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Eur Phys J C 71, 1577, 2011 3.631*30*0.04 = 4.36 Search for Diphoton Events with Large Missing Transverse Energy in 7 TeV Proton-Proton Collisions with the ATLAS Detector. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. Lett. 106, 121803, 2011 7.370*30*0.04 = 8.84 -------------------------------------------------------------------------------- = 132.14 Measurement of the inclusive isolated prompt photon cross section in pp collisions at "s = 7 TeV with the ATLAS detector. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. D83, 052005, 2011 4.558*30*0.04= 5.47 Charged-particle multiplicities in pp interactions measured with the ATLAS detector at the LHC. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in New J. Phys. 13, 053033, 2011 4.177*30*0.04= 5.01 Measurement of the production cross section for W-bosons in association with jets in pp collisions at "s = 7 TeV with the ATLAS detector. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Lett. B698, 325, 2011 3.955*30*0.04 = 4.75 Measurement of the centrality dependence of J/Psi yields and observation of Z production in lead-lead collisions with the ATLAS detector at the LHC. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Lett. B697, 294, 2011 3.955*30*0.04 = 4.75 Study of Jet Shapes in Inclusive Jet Production in pp Collisions at "s = 7 TeV using the ATLAS Detector. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. D83, 052003, 2011 4.558*30*0LVALe .04 = 5.47 Luminosity Determination in pp Collisions at "(s)=7 TeV Using the ATLAS Detector at the LHC. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Eue Phys J C 71, 1630, 2011 3.631*30*.04 = 4.36 Search for Massive Long-lived Highly Ionising Particles with the ATLAS Detector at the LHC. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Lett. B698, 353, 2011 3.955*30*0.04 = 4.75 Search for supersymmetry using final states with one lepton, jets, and missing transverse momentum with the ATLAS detector in "s=7 TeV pp collisions G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. Lett. 106, 131802, 2011 7.37*30*0.04 = 8.84 Measurement of Dijet Azimuthal Decorrelations in pp Collisions at "s=7 TeV. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. Lett. 106, 172002, 2011 7.37*30*0.04 = 8.84 ----------------------------------------------------------------------------------------------- = 52.24 Search for squarks and gluinos using final states with jets and missing transverse momentum with the ATLAS detector in "s = 7 TeV proton-proton collisions. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Lett. B701, 186, 2011 3.955*30*0.04 = 4.75 Search for high-mass states with lepton plus missing transverse energy using the ATLAS detector with 36 pb"1 of pp collisions at "s = 7 TeV. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Lett. B701, 50, 2011 3.955*30*0.04 = 4.75 Measurements of underlying event properties using neutral and charged particles in p-p collisions at 900 GeV and 7 TeV with the ATLAS detector at the LHC. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Eur Phys J C 71, 1636, 2011 3.6LVALf 31*30*0.04 = 4.36 Search for Stable Hadronising Squarks and Gluinos at the ATLAS Experiment at the LHC. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Lett. B701, 1, 2011 3.955*30*0.04= 4.75 Measurement of the Muon Charge Asymmetry from W Bosons Produced in Collisions at sqrt(s) = 7 TeV with the ATLAS detector G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Lett. B701, 31, 2011 3.955*30*0.04 = 4.75 Search for New Physics in Dijet Mass and Angular Distributions in pp Collisions at sqrt(s) = 7 TeV Measured with the ATLAS Detector. G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in New J. Phys. 13, 053044, 2011 4.177*30*0.04 = 5.01 Search for supersymmetry in pp collisions at "s = 7 TeV in final states with missing transverse momentum and b-jets G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Lett. B701, 398, 2011 3.955*30*0.04 = 4.75 Search for a heavy particle decaying into an electron and a muon with the ATLAS detector in "s = 7 TeV pp collisions at the LHC G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. Lett. 106, 251801, 2011 7.37*30*0.04 = 8.84 Search for supersymmetric particles in events with lepton pairs and large missing transverse momentum in "s = 7 TeV proton-proton collisions G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Eur Phys J C 71, 1682, 2011 3.631*30*0.04 = 4.36 ------------------------------------------------------------------------------------------ = 46.32 Search for an excess of events with an identical flavour lepton pair and significant missing transverse momentum in "s = 7 TeV proton-proton collisions with the ATLAS detector G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Eur Phys J C 71, 1647, hLVALx2011 3.631*30*0.04 = 4.36 Search for high mass dilepton resonances in pp collisions at "s=7 TeV with the ATLAS experiment G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Lett. B700, 163, 2011 3.955*30*0.04 = 4.75 Measurement of the differential cross-sections of inclusive, prompt and non-prompt J/psi production in proton-proton collisions at "s = 7 TeV G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Nucl. Phys. B850, 387, 2011 4.661*30*0.04 = 5.59 Search for Contact Interactions in Dimuon Events from pp Collisions at "s = 7 TeV with the ATLAS Detector G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. D84, 011101, 2011 4.558*30*0.04 = 5.47 Search for pair production of first or second generation leptoquarks in proton-proton collisions at "s=7 TeV using the ATLAS detector at the LHC G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. D83, 112006, 2011 4.558*30*0.04 = 5.47 Measurement of the WW cross section in sqrt(s) = 7 TeV pp collisions with ATLAS G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. Lett. 107, 041802, 2011 7.37*30*0.04 = 8.84 Measurement of Wgamma and Zgamma production in proton-proton collisions at sqrt(s)=7 TeV with the ATLAS Detector G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in JHEP 09, 072 2011 5.831*30*0.04 = 7.00 --------------------------------------------------------------------------------------------- = 41.48 ---------------------------------------------------------B>3> = 272.18 "+   = 272,18LVAL"8B>2 8:8B0 =4@5528G !=A, :0=4840B D87.-<0B. 0C: 1. M Babutzka, M Bahr, J Bonn, B Bornschein, A Dieter, G Drexlin, K Eitel, S Fischer, F Glck, S Grohmann, M Htzel, T M James, W Kfer, M Leber, B Monreal, F Priester, M Rllig, M Schlsser, U Schmitt, F Sharipov, M Steidl, M Sturm, H H Telle and N Titov Monitoring of the operating parameters of the KATRIN Windowless Gaseous Tritium Source 2012 New J. Phys. 14 103046 doi:10.1088/1367-2630/14/10/103046 30*4.177 *0.1 = 12,531 2. J. Bonn, K. Eitel, F. Glueck , D. Sevilla-Sanchez, N. Titov, K. Blaum The KATRIN sensitivity to the neutrino mass and to right-handed currents in beta decay Physics Letters B Volume 703 (2011), Issue 3, 14 September 2011, Pages 310-312 30*3.955 */6 = 19,775 3... 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, . . I5=:>, !.. 04>@>6=K9, .. 8E>284, .. 0@:8=, .. >78:, .!. 0=BC52, .. 0@D5=>2, .. !:0AK@A:0O, .. "8B>2, .. ":0G52 >45@=878@>20==K9 A?5:B@><5B@ CAB0=>2:8 "@>8F: =N-<0AA >:;04 =0 <564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289  = 4 "+   = 36,036LVALfNGi 0=BC52 ;048A;02 !5@35528G 1. >4 @>645=8O. 1954 3. 2. .D.-<.=., 0B0 ?@8AC645=8O AB5?5=8. 2010 . 3. >;6=>ABL. 54CI89 =0CG=K9 A>B@C4=8:. 4. !?8A>: >?C1;8:>20==KE @01>B 70 2011 -2012 3.3. A C:070=85< :>;-20 02B>@>2. A. Adare et al., Nuclear modification factors of phi mesons in d+Au, Cu+Cu and Au+Au collisions at sqrt(S_NN)=200 GeV. By PHENIX Collaboration. Phys.Rev. C83 (2011) 024909 . 2B>@>2 340  =3.308*30*0.05=4.962 A. Adare et al., Heavy Quark Production in p+p and Energy Loss and Flow of Heavy Quarks in Au+Au Collisions at sqrt(s_NN)=200 GeV. By PHENIX Collaboration. Phys. Rev. C 84, 044905 (2011) . 2B>@>2 340  =3.308*30*0.05=4.962 A. Adare et al., Suppression of away-side jet fragments with respect to the reaction plane in Au+Au collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration. Phys.Rev. 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Adare et al., Deviation from quark-number scaling of the anisotropy parameter v2 of pions, kaons, and protons in Au+Au collisions at sNN"""""=200 GeV. Phys.Rev. C85 (2LVALj 012) 064914 . 2B>@>2 370  =3.308*30*0.05=4.962 A. Adare et al., Measurement of neutral mesons in p+p collisions at $\sqrt(s)$= 200 GeV and scaling properties of hadron production. By PHENIX Collaboration. Phys.Rev. D83 (2011) 052004 . 2B>@>2 340  =4.558*30*0.05=6.837 A. Adare et al., Event Structure and Double Helicity Asymmetry in Jet Production from Polarized p+p Collisions at sqrt(s) = 200 GeV. Phys.Rev. D84 (2011) 012006  =4.558*30*0.05=6.837 A. Adare et al., Cross section and double helicity asymmetry for $\eta$ mesons and their comparison to neutral pion production in p+p collisions at $sqrt(s)=200 GeV$. Phys.Rev. D83 (2011) 032001 . 2B>@>2 340  =4.558*30*0.05=6.837 A. Adare et al., Direct-Photon Production in p+p Collisions at s"=200 GeV at Midrapidity Phys.Rev. D86 (2012) 072008 . 2B>@>2 340  =4.558*30*0.05=6.837 A. Adare et al., Cross sections and double-helicity asymmetries of midrapidity inclusive charged hadrons in p+p collisions at s"=62.4 GeV. Phys.Rev. D86 (2012) 072008 . 2B>@>2 340  =4.558*30*0.05=6.837 A. Adare et al., Ground and excited charmonium state production in p+p collisions at s"=200 GeV. Phys.Rev. D85 (2012) 092004 . 2B>@>2 340  =4.558*30*0.05=6.837 A. Adare et al., Measurement of Transverse Single-Spin Asymmetries for J/ Production in Polarized p+p Collisions at s"=200 GeV. Phys.Rev. D86 (2012) 099904 . 2B>@>2 340  =4.558*30*0.05=6.837 V.N. Aseev et al., An upper limit on electron antineutrino mass from Troitsk experiment. Phys. Rev. D, 84 (2011) 112003. . 2B>@>2 13  =4.558*30*0.1=13.674 S.Afanasiev et al., Measurement of Direct Photons in Au+Au Collisions at sNN"""""=200 GeV. Phys.Rev.Lett. 106 (2011) 062001 . 2B>@>2 370 A.  =7.37*30*0.05=11.055 Adare et al., Cross Section and Parity Violating Spin Asymmetries of W^+/- Boson Production in Polarized p+p Collisions at sqrt(s)=500 GeV. By PHENIX Collaboration. e-Print: Phys.Rev.Lett. 106 (2011) 062001 . 2B>@>2 340 A.  =7.37*30*0.05=11.055LVALk Adare et al., Cold Nuclear Matter Effects on J/psi Yields as a Function of Rapidity and Nuclear Geometry in Deuteron-Gold Collisions at sqrt(s_NN) = 200 GeV. Phys.Rev.Lett. 107 (2011) 142301 . 2B>@>2 340  =7.37*30*0.05=11.055 A. Adare et al., Suppression of back-to-back hadron pairs at forward rapidity in d+Au Collisions at sqrt(s_NN)=200 GeV. PHENIX Collaboration Phys.Rev.Lett. 107 (2011) 172301. 2B>@>2 340  =7.37*30*0.05=11.055 A.Adare et al., "Measurements of Higher-Order Flow Harmonics in Au+Au Collisions at sqrt(s_NN) = 200 GeV". Phys. Rev. Lett. 107, 252301 (2011) . 2B>@>2 340  =7.37*30*0.05=11.055 A. Adare et al., Observation of direct-photon collective flow in sNN"""""=200 GeV Au+Au collisions. Phys.Rev. Lett. 109 (2012) 122302 . 2B>@>2 340  =7.37*30*0.05=11.055 V.S. Pantuev Empirical estimation the effects of flow on thermal photon angular distribution and spectra in nucleus-nucleus collisions at RHIC and LHC. . 2B>@ 1 May 2011. 4 pp. e-Print: arXiv:1105.4033 [nucl-ex]  =4 .. A552 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 "@>8F:-=N <0AA, /45@=0O $878:0, B.75. (2012), AB@. 500. 2B>@>2 13.  =0.568*60*0.1 = 3.408 A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. e-Print: arXiv:1105.4033 [nucl-ex] 2B>@>2 9  =4/9 = 0.444   ?> ?C1;8:0F8O< = 9*4.962+7*6.837+13,674+6*11.055+ 4+3.408+0.444 = 180,373 5. !?8A>: ?0B5=B>2 70 2011 -2012 3.3. 5B. 6. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2011 -2012 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. High pT particle production, hard scattering, and correlations. @83;0H5==K9 ?;5=0@=K9 4>:;04 =0 6th International Workshop on high-pT physics at LHC, April 4-7, 2011 Utrecht, the Netherlands.'   = 30 2. Recent results from PHENIX experiment at RHIC. @83;0H5==K9 ?;5=0@=K9 4>:;04 =0 %%I-< A5<8=0@5 ?> ?@>1;5<0< D878:8 2KA>:8E M=5@389, 3. C1=0, 10-14 A5=BO1@O 20123.  LVAL = 20 3. Recent results from PHENIX experiment at RHIC.   ?> 2KABC?;5=8O< = 50 0G8A;5=85 10;;>2 70 @C:>2>4AB2> A>8A:0B5;O<8 CG5=>9 AB5?5=8   70 @C:>2>4AB2> A>8A:0B5;5< (>78: ..)= 30 "+   = 166.699+50+30= 260.373$LVAL48E>284 8:>;09 =0B>;L528G 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2011-20123.3. A C:070=85< :>;-2> 02B>@>2. 1. V.N. Aseev et al., An upper limit on electron antineutrino mass from Troitsk experiment. Phys. Rev. D, 84 (2011) 112003. . 2B>@>2 13  =4.558*30*0.1=13.674 2. .. A552 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 "@>8F:-=N <0AA, /45@=0O $878:0, B.75. (2012), AB@. 500. 2B>@>2 13.  =0.568*60*0.1 = 3.408 3. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. e-Print: arXiv:1105.4033 [nucl-ex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fNGn 0@:8= ;5:A0=4@ 20=>28G !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2011-20123.3. 1. 1. .. 0@:8=, .. 82:8A, .. !K@><OB=8:>2, .. @K:8=0, -.. 787>2, .. !5<5=>2. 7<5@5=85 :>=F5=B@0F88 B@8B8O 2 AB5=:5 B5@<>O45@=>3> @50:B>@0 2 ?@>F5AA0E 55 =0AKI5=8O 8 4570:B820F88. >:;04 =0 %IV A5@>AA89A:>9 :>=D5@5=F88 !" +!" "#  + (-14), 3. 25=83>@>4 >A:>2A:>9 >1;., 5-10 8N=O 20113. 4>:;04G8:  . 0@:8=.  =6 2. 2. .. 0@:8=, .. 82:8A, .. !K@><OB=8:>2, .. @K:8=0, -.. 787>2, .. !5<5=>2. 7<5@5=85 :>=F5=B@0F88 B@8B8O 2 :0<5@5 B5@<>O45@=>3> @50:B>@0 2 ?@>F5AA0E 55 =0AKI5=8O 8 4570:B820F88. @81>@K 8 B5E=8:0 M:A?5@8<5=B0 ("-), !2, A.108-114, 20123.  =0,324E60/6=3,24 3. 3. .. 0@:8=, .. 82:8A, -.. 787>2, .. !K@><OB=8:>2, .. @K:8=0, .. !5<5=>2. "@8B89 2 AB5=:5 :0<5@K B5@<>O45@=>3> @50:B>@0 2 ?@>F5AA0E 55 =0AKI5=8O 8 4570:B820F88. >:;04 =0 XV-9 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88  $878:>-E8<8G5A:85 ?@>F5AAK ?@8 A5;5:F88 0B><>2 8 <>;5:C; , 25=83>@>4, 1 - 5 >:BO1@O 2012. 4>:;04G8: - .. 0@:8=  =6 4. 4. .. >10H52, .. 0@:8=, !. 04>@>6=K9, .. !:0AK@A:0O, .. >78:, .!. 0=BC52, .. 5@0A:8=. 5@02=>25A=0O ?;07<0 <>;5:C;O@=>3> B@8B852>3> -8AB>G=8:0 =0 CAB0=>2:5 "@>8F: -<0AA. >:;04 =0 XV-9 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88  $878:>-E8<8G5A:85 ?@>F5AAK ?@8 A5;5:F88 0B><>2 8 <>;5:C; , 25=83>@>4, 1 - 5 >:BO1@O 2012. 4>:;04G8: - .. 0@:8=  =6 5. 5. .. 0@:8=, .. '5@:>25F, -.. 787>2, .. !K@><OB=8:>2 >45;8@>20=85 >?B8<0;L=KE CA;>289 E@0=5=8O B@8B8O. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A. 0B5@80;>2545=85 8 =>2K5 <0B5@80;K. K?CA: 1(72), 2012 3., A. 167-171.  =8/4=2. 6. 6. .. 0@:8=, .. 82:8A, -.. 787>2, .. !K@><OB=8:>2, .. @K:8=0, .. 20=>2, .. !5<5=>2. @>F5AAK =0AKI5=8O 8 4570:B820F88 B@8B8O 2 AB5=:5 :0<5@K B5@<>O45@=>3> @50:B>@0. >:;04 =0 A5@>AA89A:>< A5<8=0@5 (A CG0AB85< 8=>AB@0==KE CG5=KE): $878G5A:85 8 B5E=8G5A:85 0A?5:BK >1J5<=>3> 8AB>G=8:0 =59B@> LVAL =>2 4;O <0B5@80;>254G5A:8E, B5E=>;>38G5A:8E 8AA;54>20=89 8 @5H5=8O 7040G O45@=>9 M=5@35B8:8, 4-8 8N=O 2012 3., 3. 25=83>@>4 >A:>2A:>9 >1;.  =6/7=0,86 7. .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, . . I5=:>, !.. 04>@>6=K9, .. 8E>284, .. 0@:8=, .. >78:, .!. 0=BC52, .. 0@D5=>2, .. !:0AK@A:0O, .. "8B>2, .. ":0G52 >45@=878@>20==K9 A?5:B@><5B@ CAB0=>2:8 "@>8F: =N-<0AA >:;04 =0 <564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289  =0,4 B>3>2K9    24,5LVALfNGp O1>2 .@89 0A8;L528G >:B>@ D87-<0B =0C: >4 @>645=8O. 1933 0B0 70I8BK 48AA5@B0F88 2007 >;6=>ABL 2=A ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2011-201233 1. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. Proc. Int. Seminar ISINN-19,  Dubna: -JINR. 2012,p.44   = 6/4 = 1.5 2. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Proc. Int. Seminar ISINN-19,.  Dubna: -JINR. 2012., p.245  = 6/4 = 1.5 3. ... @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3.!0@>2:- $/& -$. = 6/5 =1.2 5. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3.!0@>2:- $/& -$ (4>:;04 2 6. ./45@=0O D878:0 8 8=68=8@8=3 ,B.3, 2K?.2 ).), 2012.  = 6 6. S.B. Borzakov, G.N.Vyalov, Yu.V.Ryabov, Yu.V. Grigoriev, D.V. Hlustin, Zh.V. Mesentseva Division of proton beam at the INR linear accelerator for simultaneous work of two consumer installations. (Oral report) Int. Seminar ISINN-20, May 25-28, 2012.  Alushta/  Dubna: -JINR, 2012. (in print).  = 6/6 =1 7. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V. Ryabov. Measurement of parameters of pulsed neutron sourcLVALq es RADEX and IN-06 at Moscow Meson Factory. Int. Seminar ISINN-19, May 25-28, 2011.  Dubna: -JINR. (in print).   = 6/4 = 1.5 9. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. /45@=0O D878:0 8 8=68=8@8=3, B3, 2.2,.231   = 8*0,1 = 0.8 10. .!. K;>A>20, ..810=>20, ... O1>2 . >71C645=85 2KA>:>A?8=>2KE 87><5@>2 ?@>B>=0<8 A@54=8E M=5@389 =0 $ / . 725AB8O . !5@8O D878G5A:0O B.76, !11.   = 6/3 = 2 11. Yu.V. Ryabov, M.I. Grachev, D.V.Kamanin et.al. , L.N. Latisheva. O.N. Libanova, V.L. Matushko, N.M. Sobolevsi A Pulsed Neutron Sources on the Proton Beam for the MMF. Neutron Experimental Techniques, Instrumentation and Radiation Sources, Pleides Publishing Ltd, 38-42, 2010.   = 8/10 = 0.8 12.Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. INT.ISINN-19, Dubna, JINR, 2012,p.47   = 6/4 = 1.5 16. D.V. Kamanin, Yu.V. Pyatkov, A.A. Alexandrov, E.A. Kuznetsova, V.N. Shvetsov, Yu.V. Ryabov3. Proposal on Guide Based Experimental Channel at the IBR-2 Reactor. Int. Seminar ISINN-20, May 25-28, 2012.  Alushta  Dubna: -JINR, 2012.   = 6/6= 1.0 18. ... O1>2. >8A: A25@E?;>B=KE A>AB>O=89 2 ?@>4C:B0E A?>=B0==>3> 45;5=8O Cf-252. /4@>-2012, >:BO1@L, 2012, >@>=56, 4>:;04 (2 ?5G0B8).   = 6 19. .. 0BKH520, ... O1>2, ..!>1>;52A:89 0AG5B=0O >?B8<870F8O <8H5=8 8<?C;LA=>3> =59B@>==>3> 8AB>G=8:0 -!. /4@>-2012, >:BO1@L, 2012, >@>=56, 4>:;04 (2 ?5G0B8).   = 6 #G0AB85 2 @01>B5 ><8AA88 ?> O45@=>9 M=5@35B8:5 ?@8 @57845=B5 $ (>:;04)  =4. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. >@01>B:0 :C@A0 59B@>==0O D878:0 $"#  =8 @C30O 7=0G8<0O 8=D>@LVALr <0F8O. C:>2>48B5;L ?@>5:B0 =59B@>==>3> 8<?C;LA=>3> 8AB>G=8:0 /  -!. "+   42,8 0AGQBK O1>20: #&. 1. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov.Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. Proc. Int. Seminar ISINN-19,  Dubna: -JINR. 2012,p.44   = 6/4 = 1.5 2. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Proc. Int. Seminar ISINN-19,.  Dubna: -JINR. 2012., p.245  = 6/4 = 1.5 3. ... @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1.  B578A0E 4>:;04>2 =0 41 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3.!0@>2:- $/& -$ (A45;0= CAB=K9 4>:;04). = 6/5 =1.4 5. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3.!0@>2:- $/& -$ (4>:;04 2 6. ./45@=0O D878:0 8 8=68=8@8=3 ,B.3, 2K?.2 ).), 2012.  = 6/10 =0.6+1.5+6? 6. S.B. Borzakov, G.N.Vyalov, Yu.V.Ryabov, Yu.V. Grigoriev, D.V. Hlustin, Zh.V. Mesentseva . Division of proton beam at the INR linear accelerator for simultaneous wLVALs ork of two consumer installations. (Oral report) Int. Seminar ISINN-20, May 25-28, 2012.  Alushta/  Dubna: -JINR, 2012. (in print).  = 6/10 =0.6 7. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V. Ryabov. Measurement of parameters of pulsed neutron sources RADEX and IN-06 at Moscow Meson Factory. Int. Seminar ISINN-19, May 25-28, 2011.  Dubna: -JINR. (in print).   = 6/4 = 1.4 8. ... @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3.!0@>2:- $/& -$ (4>:;04 2 ?5G0B8 6. 725AB8O ).).   = 6/4 = 1.5 9. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. /45@=0O D878:0 8 8=68=8@8=3, B3, 2.2,.231   = 6/4 = 1.5 10. .!. K;>A>20, ..810=>20, ... O1>2 . >71C645=85 2KA>:>A?8=>2KE 87><5@>2 ?@>B>=0<8 A@54=8E M=5@389 =0 $ / . 725AB8O . !5@8O D878G5A:0O B.76, !11.   = 6/3 = 2 11. Yu.V. Ryabov, M.I. Grachev, D.V.Kamanin et.al. , L.N. Latisheva. O.N. Libanova, V.L. Matushko, N.M. Sobolevsi A Pulsed Neutron Sources on the Proton Beam for the MMF. Neutron Experimental Techniques, Instrumentation and Radiation Sources, Pleides Publishing Ltd, 38-42, 2010.   = 6/10 = 0.5 12.Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. INT.ISINN-19, Dubna, JINR, 2012,p.47   = 6/4 = 1.5 13. ...@83>@L52, ..0A8;L52, ..575=F520, ..%;NAB8=, ... O1>2 AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5LVALA:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1 (CAB=K9 4>:;04) B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 20113.!0@>2:- $/& -$   = 6/4 = 1.5 14. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V. Ryabov. Measurement of parameters of pulsed neutron sources RADEX and IN-06 at Moscow Meson Factory. Int. Seminar ISINN-19, May 25-28, 2011.  Dubna: -JINR, 2012. p .227   = 6/5 = 1.4 15. S.B. Borzakov, G.N.Vyalov, Yu.V.Ryabov, Yu.V. Grigoriev, D.V. Hlustin, Zh.V. Mesentseva . Division of proton beam at the INR linear accelerator for simultaneous work of two consumer installations. (Oral repert) Int. Seminar ISINN-20, May 25-28, 2012.  Alushta  Dubna: -JINR, 2012.   = 6/6 = 1.0 16. D.V. Kamanin, Yu.V. Pyatkov, A.A. Alexandrov, E.A. Kuznetsova, V.N. Shvetsov, Yu.V. Ryabov3. Proposal on Guide Based Experimental Channel at the IBR-2 Reactor. Int. Seminar ISINN-20, May 25-28, 2012.  Alushta  Dubna: -JINR, 2012.   = 6/6= 1.0 18. ... O1>2. >8A: A25@E?;>B=KE A>AB>O=89 2 ?@>4C:B0E A?>=B0==>3> 45;5=8O Cf-252. /4@>-2012, >:BO1@L, 2012, >@>=56, 4>:;04 (2 ?5G0B8).   = 6 19. .. 0BKH520, ... O1>2, ..!>1>;52A:89 0AG5B=0O >?B8<870F8O <8H5=8 8<?C;LA=>3> =59B@>==>3> 8AB>G=8:0 -!. /4@>-2012, >:BO1@L, 2012, >@>=56, 4>:;04 (2 ?5G0B8).   = 6/3=2+1.5 20. C@A ;5:F89 " / $ 2 $"%  =12 21. #G0AB85 2 @01>B5 ><8AA88 ?> O45@=>9 M=5@35B8:5 ?@8 @57845=B5 $ (>:;04)  =6. #,""  =55.8LVAL810=>20 ;L30 8:>;052=0 ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2011-2012 3. 1. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. /45@=0O D878:0 8 8=68=8@8=3, B3, 2.2, 2012   = 8/10 = 0,8 2. .!. K;>A>20, ..810=>20, ... O1>2. >71C645=85 2KA>:>A?8=>2KE 87><5@>2 ?@>B>=0<8 A@54=8E M=5@389 =0 $ / . 725AB8O . !5@8O D878G5A:0O B.76, !11 2012 3..   = 0,34*60/3 = 6,8 3. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3.!0@>2:- $/& -$, 2012.  = 6/10 =0,6 8. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. C@=0; /45@=0O D878:0 8 8=68=8@8=3 ,B.3, 2K?.2 ).), 2012.  = 8/10 =0,8 B>3>2K9   = 90'.^Y ` [  V Q L GBID?:5<pA *@?V@PHHHH<? *@?<<<<<?(A *@?2LvNGHHHH<?~e  *@?<<<<<?}HA *@?KvNGHHHH<?|1CB *@?l4GvNGHHHH<?{; B *@?5CvNGHHHH<?z*)\B *@? @@HHHH<?yHA *@?AvNGHHHH<?x, B *@?@@HHHH<?w0R8B *@?#=vNGHHHH<?vN«A *@?;vNGHHHH<?u ףCB *@?"8vNGHHHH<?tNM D *@?} vNGHHHH<?s MB *@@ @HHHH<?r[ ff@ *@?vNGHHHH<?q, B *@?4vNGHHHH<?pP !!B *@?<<<<<?oa B *@?8vNGHHHH<?m H!C *@@\vNGHHHH<?lQ tD *@@ vNGHHHH<?kC?5A *@?, vNGHHHH<?j ŚB *@?, vNGHHHH<?i[ }߁C *@?\ vNGHHHH<?hS IC *@?w vNGHHHH<?g[hC *@?n vNGHHHH<?fOQB *@?H vNGHHHH<?eG[C *@? vNGHHHH<?dxHB *@?t vNGHHHH<?cqMC *@? vNGHHHH<?b>F6B *@?Q vNGHHHH<?aJ%B~ *@?_ vNGHHHH<?`NCQ *@?r vNGHHHH<?_c/=CC *@? vNGHHHH<?^533 B *@? vNGHHHH<?]@ *@? vNGHHHH<?\A *@? vNGHHHH<?[` ɷB *@?- vNGHHHH<?ZV~C\;C *@? H vNGHHHH<?Y *@?<<<<<?XB *@?Z vNGHHHH<?WC *@?z~ vNGHHHH<?VB *@?{ vNGHHHH<?U$A *@?Fv vNGHHHH<?T *@?<<<<<?S1 A *@?4 @t HHHH<?LVALvNGw 0<0=8= <8B@89 ;048<8@>28G !?8A>: =0CG=KE @01>B 70 2011-2012 3.3. C1;8:0F88 2 @5F5=78@C5<KE 6C@=0;0E (70@C156=K5): 1. Yu.V.Pyatkov, D.V.Kamanin, W. von Oertzen, A.A.Alexandrov, I.A.Alexandrova, N.A.Kondratjev, E.A.Kuznetsova, O.V.Strekalovsky, V.E.Zhuchko // Collinear cluster tri-partition: first steps in physical treating // International Symposium on Exotic Nuclei  EXON 12 , Vladivostok, Russia, 01 06 October 2012. Conference proceedings. Published by World Scientific Publishing Co. Pte. Ltd.  =6*1,5=6 2. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, N.A.Kondratyev, E.A.Kuznetsova, V.Malaza, Yu.V.Ryabov, A.O.Strekalovsky, O.V.Strekalovsky, V.E.Zhuchko // Status and prospects of collinear cluster tri-partition experimental studies // International Symposium on Exotic Nuclei  EXON 12 , Vladivostok, Russia, 01-06 October 2012. Conference proceedings. Published by World Scientific Publishing Co. Pte. Ltd.  =6*1,5*0,1=0,9 3. D.V.Kamanin, Yu.V.Pyatkov, V.E.Zhuchko, N.A.Kondratyev, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, E.A.Kuznetsova, V.Malaza, S.I.Mulgin, A.O.Strekalovsky, O.V.Strekalovsky // Methodical base of experimental studies of collinear multibody decays // Presented at the International Symposium on Exotic Nuclei  EXON 12 , Vladivostok, Russia, 01-06 October 2012. Conference proceedings. Published by World Scientific Publishing Co. Pte. Ltd.  =6*1,5*0,1=0,9 4. Yu.V.Pyatkov, D.V.Kamanin, W. von Oertzen, A.A.Alexandrov, I.A.Alexandrova, O.V.Falomkina, N.Jacobs, N.A.Kondratjev, E.A.Kuznetsova, Yu.E.Lavrova, V.Malaza, Yu.V.Ryabov, O.V.Strekalovsky, A.N.Tyukavkin and V.E.Zhuchko // The collinear cluster tri-partition (CCT) of 252Cf (sf): New aspects from neutron gated data // Eur. Phys. J. A: Hadrons and Nuclei. 2012. V. 48, No. 7. pp. 94 109.  =2,190*30*0,1=6,57 5. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, N.A.Kondratyev, E.A.Kuznetsova, V.Malaza, Yu.V.Ryabov, O.V.Strekalovsky, V.E.Zhuchko // Summary of experiLVALx mental results on collinear cluster tri-partition studies // 20th International Seminar on Interaction of Neutrons with Nuclei, Alushta, Ukraine, 21-26 May 2012  =6*1,5=9. 6. Yu.V.Pyatkov, D.V.Kamanin, W. von Oertzen, A.A.Alexandrov, I.A.Alexandrova, N.A.Kondratyev, E.A.Kuznetsova, O.V.Strekalovsky, V.E.Zhuchko // First steps in physical treating of the collinear cluster tri-partition mechanism // 20th International Seminar on Interaction of Neutrons with Nuclei, Alushta, Ukraine, 21-26 May 2012.  =6*1,5/9=1 7. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, E.A.Kuznetsova, V.N.Shvetsov, Yu.V.Ryabov // Proposal on guide based experimental channel at the IBR-2 reactor // 20th International Seminar on Interaction of Neutrons with Nuclei, Alushta, Ukraine, 21-26 May 2012.  =6*1,5/6=1,5 8. D.V.Kamanin, Yu.V.Pyatkov, N.A.Kondratyev, V.E.Zhuchko, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, E.A.Kuznetsova, V.Malaza, S.I.Mulgin, A.O.Strekalovsky, O.V.Strekalovsky // COMETA spectrometer for studying of multi-body decays of heavy nuclei // 20th International Seminar on Interaction of Neutrons with Nuclei, Alushta, Ukraine, 21-26 May 2012.  =6*1,5*0,1=0,9 9. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova1, N.Jacobs, N.A.Kondratyev, E.A.Kuznetsova, V.Malaza, O.V.Strekalovsky, V.E.Zhuchko // Collinear Cluster Tri-partition: current status of studies // Proceedings of the 19th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 25-28 May 2011. Dubna 2012, p. 48-55.  =6*1,5*0,1=0,9 10. D.V.Kamanin, Yu.V.Pyatkov, V.Malaza, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, N.A.Kondratyev, E.A.Kuznetsova, O.V.Strekalovsky, A.O.Strekalovsky, V.E.Zhuchko // Study of rare modes of "Collinear Cluster Tri-partition" of 252Cf (sf) // Proceedings of the 19th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 25-28 May 2011. Dubna, 2012, p. 56-61.  =6*1,5*0,1=0,9 11. Yu.V.Pyatkov, D.V.Kamanin, A.A.Alexandrov, I.A.Alexandrova, N.A.KondratyeLVALy v, E.A.Kuznetsova, O.V.Strekalovsky, V.E.Zhuchko // Are there physical spectator of the CCT process? // Proceedings of the 19th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 25-28 May 2011. Dubna, 2012, p. 69-73.  =6*1,5*0,1=0,9 12. Yu.V.Pyatkov, D.V.Kamanin, A.A.Alexandrov, I.A.Alexandrova, N.A.Kondratyev, E.A.Kuznetsova, O.V.Strekalovsky, V.E.Zhuchko // Physical spectators of the collinear cluster tri-partition of 252Cf (sf) // 7th International Conference on Dynamical Aspects of Nuclear Fission "DANF2011", Smolenice Castle, Slovak Republic, 17-21 October 2011. Conference proceedings. Published by World Scientific Publishing Co. Pte. Ltd.  =6*1,5*0,1=0,9 13. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, N.A.Kondratyev, E.A.Kuznetsova, V.Malaza, O.V.Strekalovsky, V.E.Zhuchko // Status of studies of collinear cluster tri-partition of 252Cf (sf) // 7th International Conference on Dynamical Aspects of Nuclear Fission "DANF2011", Smolenice Castle, Slovak Republic, 17-21 October 2011. Conference proceedings. Published by World Scientific Publishing Co. Pte. Ltd.  =6*1,5*0,1=0,9 14. D.V.Kamanin, Yu.V.Pyatkov, N.A.Kondratyev, V.E.Zhuchko, A.A.Alexandrov, I.A.Alexandrova, N.Jakobs, E.A.Kuznetsova, V.Malaza, S.I.Mulgin, O.V.Strekalovsky // Mosaic time-of-flight COMETA spectrometer for studying of multi-body decays of heavy nuclei // 7th International Conference on Dynamical Aspects of Nuclear Fission "DANF2011", Smolenice Castle, Slovak Republic, 17-21 October 2011. Conference proceedings. Published by World Scientific Publishing Co. Pte. Ltd.  =6*1,5*0,1=0,9 15. Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopach, A.A.Alexandrov, I.A.Alexandrova, N.A.Kondrat ev, E.A.Kuznetsova, A.N.Tyukavkin, and V.E.Zhuchko // Collinear Cluster Tri-Partition with Light Ion Emission // Bulletin of the Russian Academy of Sciences. Physics, 2011, V. 75, No. 7, pp. 949 952. From Izvestiya Rossiiskoi Akademii Nauk. Seriya Fizicheskaya, 2011, V. 75, No. 7, pp. 1005LVALz  1008.  =0,285*60*0,1=1,71 16. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova1, N.Jacobs, N.A.Kondratyev, E.A.Kuznetsova, V.Malaza, O.V.Strekalovsky, V.E.Zhuchko // Collinear cluster tri-partition: current status of studies // Proceedings of the 19th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 25-28 May 2011. Bulletin of the Russian Academy of Sciences. Physics  =0,285*60*0,1=1,71 17. Yu.V.Pyatkov, D.V.Kamanin, A.A.Alexandrov, I.A.Alexandrova, N.A.Kondratyev, E.A.Kuznetsova, O.V.Strekalovsky, V.E.Zhuchko // New physical spectator of the collinear cluster tri-partition of 252Cf (sf) // Proceedings of the 19th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 25-28 May 2011.  =6*1,5/8=1,125 18. D.V.Kamanin, Yu.V.Pyatkov, V.Malaza, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, N.A.Kondratyev, E.A.Kuznetsova, O.V.Strekalovsky, A.O.Strekalovsky, V.E.Zhuchko // Studying of some rare modes of collinear cluster tri-partition of 252Cf (sf) // Proceedings of the 19th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 25-28 May 2011  =6*1,5*0,1=0,9 19. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, N.Jacobs, N.A.Kondratyev, Yu.N.Kopach, E.A.Kuznetsova, V.Malaza, Ts.Panteleev, D.Pham Minh, V.E.Zhuchko // Collinear cluster tri-partition of 252Cf (sf)  evidences in neutron gated data // Proceedings of the 18th International Seminar on Interaction of Neutrons with Nuclei: "Neutron Spectroscopy, Nuclear Structure, Related Topics". Dubna, 26-29 May 2010. Dubna 2011, p. 102-107.  =6*1,5*0,1=0,9 20. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, M.L.Chelnokov, D.Fam Min, N.A.Kondratyev, Yu.N.Kopach, E.A.Kuznetsova, Ts.Panteleev, Yu.E.Penionzhkevich, A.I.Svirikhin, E.A.Sokol, D.A.Testov, V.E.Zhuchko, A.V.Yeremin // "Neutron belt" for COMETA setup // Proceedings of the 18th International Seminar on Interaction of Neutrons with Nuclei: "Neutron LVALSpectroscopy, Nuclear Structure, Related Topics". Dubna, 26-29 May 2010. Dubna 2011, p. 39-45.  =6*1,5*0,1=0,9 21. Yu.V.Pyatkov, D.V.Kamanin, A.A.Aleksandrov, I.A.Aleksandrova, N.A.Kondratyev, E.A.Kuznetsova, N.Jacobs, V.Malaza, D.Pham Minh, V.E.Zhuchko // Presumable scenario of one of the collinear cluster tri-partition modes // Proceedings of the International Workshop on State of the Art in Nuclear Cluster Physics "SOTANCP 2010" Brussels, Belgium, 25 28 May 2010. Int. Journal of Modern Physics E. 2011. V. 20, No. 4. p. 1008-1011.  =0,597*30*0,1=1,791 22. Yu.V.Pyatkov, D.V.Kamanin, O.V.Falomkina, Yu.P.Pyt ev, B.M.Herbst, and W.H.Trzaska // Estimating the reliability of revealing the fine structure in mass kinetic energy distributions of nuclear reaction products // Pattern Recognition and Image Analysis. 2011. V. 21, No. 1, pp. 82 87.  =8/6=1,33 45,536 B>3>2K9  =45,536/2=22,768LVALvNG| 0BCH:> 8:B>@ 5>=84>28G !B0@H89 =0CG=K9 A>B@C4=8:, 8.>. 702. !5:B>@>< 97,437 - 2  '!"!/!!! !?8A>: >?C1;8:>20==KE @01>B 70 2011-20123.3. A C:070=85< :>;-2> 02B>@>2. . 1. . . C9:>2, !. . 0;<K:>2, !. . @<>;052, . . ;852, . . >E0=N:, . . 0BCH:>, . . "0=0=052, . $. OA>54>2. >;CG5=85 0:B8=8O-225 8 @048O 223 ?@8 >1;CG5=88 B>@8O CA:>@5==K<8 ?@>B>=0<8. 048>E8<8O, 2011, ". 53. !1. C. 66-72.  =0,545*60/8=4,088 2. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3. !0@>2:- $/& -$  =6 /10 =0,6 3. B.M. Fisher, J.N. Abdurashitov et al (10 coauthors),  Fast neutron detection with 6Li-loaded liquid scintillator , NIM A646 (2011), 126-143 8<?0:B-D0:B>@ 1.207  =30*1.207/10=3.6 4. D.N. Abdurashitov, S.Belousov et al (6 co-authors),  Response function of a fast neutron capture-gated spectrometer , BgNS Transactions v.16, No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} 12.  = 8/10 =0,8 7. !..@<>;052, .. C9:>2, .. 0;<K:>2, ..;852, .. >E0=N:, .. 0BCH:>, .. "0=0=052, .$. OA>54>2. ><18=0F8O @07;8G=KE ?>4E>4>2 : 2K45;5=8N 225Ac 8 223Ra 87 >1;CG5==>3> ?@8@>4=>3> B>@8O. A5@>AA89A:0O :>=D5@5=F8O 048>E8<8O  =0C:0 =0AB>OI53> 8 1C4CI53>, >A:20, 13-15 0?@5;O 2011. !1>@=8: B578A>2. >A:20, %8<8G5A:89 D0:C;LB5B # 8<. .. ><>=>A>20, A. 17-18.   =4*1,5/8=0,75 8. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, V.L. Matushko, S.N. Kalmykov, R.A. Aliev, I.G. Tananaev, B.F. Myasoedov. Production of actinium, thorium and radium isotopes from thorium-232 irradiated with protons up to 141 MeV. Radiochim. 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Shikhin (5 co-authors),  Response of a capture-gated fast neutron spectrometer of simple geometry , XV International Baksan school  Particles and Cosmology , Troitsk, May 26  June 2 2011;  =6/5=1.2  = 13,2 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. C@A @>E>645=85 70@O65==KE G0AB8F 8 30<<0-:20=B>2 G5@5E 25I5AB2> 4;O ABC45=B>2 3 :C@A0 $"# 07@01>B:0 :C@A0 2011 3.  =30 (2?5@2K5) >@01>B:0 :C@A0  2012 3.  =8 B>3>2K9 ;8G=K9   =17,638+13,2+38=68,838 0AG5B   8.>.702. !5:B>@>< = 68,838*0,5+(159,023+93,049+0)/3*0,75=LVAL97,437LVALvNG 052A:0O ;;0 >A8D>2=0 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 !?8A>: >?C1;8:>20==KE @01>B 70 2011-20123.3. A C:070=85< :>;-2> 02B>@>2. 1. ALICE Collaboration (Betty Abelev et al.). Oct 2012. 16 pp. Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at " s NN =5.02 TeV. CERN-PH-EP-2012-306 >500 4*0,04=0,16 2. 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Generator GR-01 for production radiopharmaceutical Rubidium-82 chloride: clinical testing and setup of serial production. XII Turku PET Symposium, 28-31 May, 2011, Turku, Finland, p.49.  =6*1,5/10=0,9   ?> ?C1;8:0F8O<: 305,987 !?8A>: ?0B5=B>2 70 2011-2012 3.3. 1. S.V. Ermolaev, B.L. Zhuikov, E.V. Lapshina, N. R. Togaeva, S.C. Srivastava. Methods for chemical recovery of non-carrier-added radioactive tin from irradiated intermetallic Ti-Sb talLVAL|rgets. USA Patent # 8,097,064, January 17, 2012.   =20/5=4 2. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. USA application 13/120186 , 22 March, 2011.   =20/8=2,5 3. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. Canadian patent application CA 2738308, 22 March, 2011. http://brevets-patents.ic.gc.ca/opic-cipo/cpd/eng/patent/2738308/summary.html?query=METHOD+FOR+PRODUCING+ACTINIUM-225+AND+ISOTOPES+OF+RADIUM+AND+TARGET+FOR+IMPLEMENTING+SAME&start=1&num=50&type=basic_search   =20/8=2,5   ?> ?0B5=B0<: 9,0 B>3>2K9 ;8G=K9  = 314,987 'C40:>2 ..,=A 4,06 >E0=N: .., =A 29,326 0?H8=0 .., =A 35,05 @<>;052 !.., A=A 91,894 160,33/4=40,08 0AG5B   702. 01>@0B>@88 = (314,987E0,5)+(40,08 E 0,75) =187,56LVALvNG @<>;052 !B0=8A;02 8:B>@>28G 1. >4 @>645=8O 1967 2. 0B0 70I8BK 48AA5@B0F88 :0=4. B5E=. =0C: 1995 3. >;6=>ABL AB.=.A. 1. . . C9:>2, !. . 0;<K:>2, !. . @<>;052, . . ;852, . . >E0=N:, . . 0BCH:>, . . "0=0=052, . $. OA>54>2. >;CG5=85 0:B8=8O-225 8 @048O 223 ?@8 >1;CG5=88 B>@8O CA:>@5==K<8 ?@>B>=0<8. 048>E8<8O, 2011, ". 53. !1. C. 66-72.  =0,545*60/8=4,088 2. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, V.L. Matushko, S.N. Kalmykov, R.A. Aliev, I.G. Tananaev, B.F. Myasoedov. Production of actinium, thorium and radium isotopes from thorium-232 irradiated with protons up to 141 MeV. Radiochim. Acta, 2012, v.100, N 4, p. 223-229.  =1,575E30/8=5,906 3. !..@<>;052, .. C9:>2, .. 0;<K:>2, ..;852, .. >E0=N:, .. 0BCH:>, .. "0=0=052, .$. OA>54>2. ><18=0F8O @07;8G=KE ?>4E>4>2 : 2K45;5=8N 225Ac 8 223Ra 87 >1;CG5==>3> ?@8@>4=>3> B>@8O. A5@>AA89A:0O :>=D5@5=F8O 048>E8<8O  =0C:0 =0AB>OI53> 8 1C4CI53>, >A:20, 13-15 0?@5;O 2011. !1>@=8: B578A>2. >A:20, %8<8G5A:89 D0:C;LB5B # 8<. .. ><>=>A>20, A. 17-18.   =4*1,5=6 4. S.V. Ermolaev, B.L.Zhuikov, E. Lapshina, V. Kohanyuk, S. Kalmykov, R. Aliev, I. Tananaev, B. Myasoedov. Production of actinium-225 and radium-223 from natural thorium irradiated with protons. 7th Int. Conf. on Isotopes, Moscow, 4-8 Sept., 2011.   =6*1,5/8=1,125 5. .. 0?H8=0, !.. @<>;052, . . ">30520, .. C9:>2. >=F5=B@8@>20=85 >;>20-117< 87 >1;CG5==>3> ?@>B>=0<8 8=B5@<5B0;;840 AC@L<0-B8B0=. III A5@>AA89A:89 A8<?>78C< 0745;5=85 8 :>=F5=B@8@>20=85 2 0=0;8B8G5A:>9 E8<88 8 @048>E8<88, @0A=>40@, 2-8 >:BO1@O, 2011.   4*1,5/4=1,5 6. .. C48:, ... :8<>2, .!. ;5:A0=4@>2, .. 5;>2, .. C@5=:>2, .!. >1O:8=, .. >20;5=:>, .. !B5E0=>2, !..@<>;052, .. C9:>2, .. >E0=N:. 0;81@>2:0 42CED07=>3> Xe 45B5:B>@0 8 >?@545;5=85 :>MDD8F85=B>2 @5:><18=0F88 A ?><>ILN 83mKr 8 241Am. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 2011,21-25 =>O1@O 2011 LVAL 3., "-$, >A:20.   =4/10=0,4 7. B.L.Zhuikov, S.V.Ermolaev, V.M.Kokhanyuk. Radionuclide Production at Accelerator with High Power Targets. 8th International Conference of Nuclear and Radiochemistry, Como, Italy, Sept. 16-21, 2012. Book of Abstracts. P.101. @83;0H5==K9 4>:;04.   =30/3=10 8. R. Aliev, S. Ermolaev, B. Zhuikov, S. Kalmykov, E. Lapshina, Yu. Totskiy, V. Ostapenko, A. Vasiliev. Separation of actinium-225 for nuclear medicine purposes from thorium targets irradiated with middle energy protons. . 8th International Conference of Nuclear and Radiochemistry, Como, Italy, Sept. 16-21. Book of Abstracts. P.65.   =6*1,5/8=1,125 9. !.. @<>;052, .. C9:>2, .. >E0=N:, !.. 0;<K:>2, .. ;852. >;CG5=85 @048O-223 8 ?@>4C:B>2 53> @0A?040 8E B>@8O, >1;CG5==>3> ?@>B>=0<8 A@54=8E M=5@389. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012. "578AK, A. 370.   =4 10. .. 0?H8=0, !.. @<>;052. >;CG5=85 ?@>B0:B8=8O-230 87 >1;CG5==>3> ?@>B>=0<8 B>@8O. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012.   =4*1,5=6 11. .!. AB0?5=:>, .. 0A8;L52, !.. 0;<K:>2, .. ;852, ..0?H8=0, !.. @<>;052. %@><0B>3@0D8G5A:>5 @0745;5=85 @048>=C:;84>2, >1@07CNI8EAO 2 B>@88, >1;CG5==>< ?@>B>=0<8. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012.   =4*1,5/6=1 12. .. 0A8;L52, .!. AB0?5=:>, !.. 0;<K:>2, ..;852, ..0?H8=0, !..@<>;052. -:AB@0:F8>==>5 @0745;5=85 @048>=C:;84>2, >1@07CNI8EAO 2 >1;CG5==>9 ?@>B>=0<8 B>@852>9 <8H5=8. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012.   =4*1,5/6=1 13. !.. 0;<K:>2, .. C9:>2, .. ;852, !.. @<>;052, .!. AB0?5=:>, .. 0A8;L52, .. "0=0=052, .$. OA>54>2. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 @048O-223 87 >1;CG5==KE ?@>B>=0<8 B>@852KE <8H5=59. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012, A. 374.   =4*1,5"LVAL2/8=0,75   ?> ?C1;8:0F8O<: 42,894 !?8A>: ?0B5=B>2 70 2011-2012 3.3. 4. S.V. Ermolaev, B.L. Zhuikov, E.V. Lapshina, N. R. Togaeva, S.C. Srivastava. Methods for chemical recovery of non-carrier-added radioactive tin from irradiated intermetallic Ti-Sb targets. USA Patent # 8,097,064, January 17, 2012.   =20/5=4 5. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. USA application 13/120186 , 22 March, 2011.   =20/8=2,5 6. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. Canadian patent application CA 2738308, 22 March, 2011. http://brevets-patents.ic.gc.ca/opic-cipo/cpd/eng/patent/2738308/summary.html?query=METHOD+FOR+PRODUCING+ACTINIUM-225+AND+ISOTOPES+OF+RADIUM+AND+TARGET+FOR+IMPLEMENTING+SAME&start=1&num=50&type=basic_search   =20/8=2,5   ?> ?0B5=B0<: 9,0 C:>2>4AB2> 48?;><=8:>< ">F:89 .@89 8:>;0528G, ABC45=B 5-3> :C@A0 %8<8G5A:>3> D0:C;LB5B0 # 8<. ><>=>A>20, 2K?>;=O; 48?;><=CN @01>BC =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @048>87>B>?=>3> :><?;5:A0 / . 0I8B0 48?;><=>9 @01>BK A>AB>O;0AL 1 8N=O 2011.   =10 C:>2>4AB2> 0A?8@0=B>< 0A8;L52 ;5:A0=4@ 8:>;0528G, 0A?8@0=B :0D54@K @048>E8<88 %8<8G5A:>3> D0:C;LB5B0 # 8<. ><>=>A>20, 2K?>;=O5B 48AA5@B0F8>==CN @01>BC =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 E8<8G5A:8E =0C: =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @048>87>B>?=>3> :><?;5:A0 / .   =30 B>3>2K9 ;8G=K9  = 42,894+9,0+10+30 = 91,894LVALvNG >E0=N: ;048<8@ 8E09;>28G 1. >4 @>645=8O. 1954 2. 0B0 70I8BK 48AA5@B0F88 --- 3. >;6=>ABL 0CG=K9 A>B@C4=8:   4. !?8A>: >?C1;8:>20==KE @01>B 70 2011-20123.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 14. . . C9:>2, !. . 0;<K:>2, !. . @<>;052, . . ;852, . . >E0=N:, . . 0BCH:>, . . "0=0=052, . $. OA>54>2. >;CG5=85 0:B8=8O-225 8 @048O 223 ?@8 >1;CG5=88 B>@8O CA:>@5==K<8 ?@>B>=0<8. 048>E8<8O, 2011, ". 53. !1. C. 66-72.  =0,545*60/8=4,088 15. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, V.L. Matushko, S.N. Kalmykov, R.A. Aliev, I.G. Tananaev, B.F. Myasoedov. Production of actinium, thorium and radium isotopes from thorium-232 irradiated with protons up to 141 MeV. Radiochim. Acta, 2012, v.100, N 4, p. 223-229.  =1,575E30/8=5,906 16. !..@<>;052, .. C9:>2, .. 0;<K:>2, ..;852, .. >E0=N:, .. 0BCH:>, .. "0=0=052, .$. OA>54>2. ><18=0F8O @07;8G=KE ?>4E>4>2 : 2K45;5=8N 225Ac 8 223Ra 87 >1;CG5==>3> ?@8@>4=>3> B>@8O. A5@>AA89A:0O :>=D5@5=F8O 048>E8<8O  =0C:0 =0AB>OI53> 8 1C4CI53>, >A:20, 13-15 0?@5;O 2011. !1>@=8: B578A>2. >A:20, %8<8G5A:89 D0:C;LB5B # 8<. .. ><>=>A>20, A. 17-18.   =4/8=0,5 17. S.V. Ermolaev, B.L.Zhuikov, E. Lapshina, V. Kohanyuk, S. Kalmykov, R. Aliev, I. Tananaev, B. Myasoedov. Production of actinium-225 and radium-223 from natural thorium irradiated with protons. 7th Int. Conf. on Isotopes, Moscow, 4-8 Sept., 2011. P. 32.   =6*1,5/8=1,125 18. .. C48:, ... :8<>2, .!. ;5:A0=4@>2, .. 5;>2, .. C@5=:>2, .!. >1O:8=, .. >20;5=:>, .. !B5E0=>2, !..@<>;052, .. C9:>2, .. >E0=N:. 0;81@>2:0 42CED07=>3> Xe 45B5:B>@0 8 >?@545;5=85 :>MDD8F85=B>2 @5:><18=0F88 A ?><>ILN 83mKr 8 241Am. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 2011,21-25 =>O1@O 2011 3., "-$, >A:20.   =4/10=0,4 19. B.L.Zhuikov, S.V.Ermolaev, V.M.Kokhanyuk. Radionuclide Production at Accelerator with High Power Targets. 8th International Conference of Nu@LVALPclear and Radiochemistry, Como, Italy, Sept. 16-21, 2012. Book of Abstracts. P.101. @83;0H5==K9 4>:;04.   =30/3=10 20. !.. @<>;052, .. C9:>2, .. >E0=N:, !.. 0;<K:>2, .. ;852. >;CG5=85 @048O-223 8 ?@>4C:B>2 53> @0A?040 8E B>@8O, >1;CG5==>3> ?@>B>=0<8 A@54=8E M=5@389. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012., A. 370.   =4*1,5/5=1,2 21. . . 'C40:>2, .. >E0=N:, .. C9:>2, .. >AB>20, .. 09F52, !.. (0B8:, .. "NB8=. ;8O=85 AB5@8;870F88 =0 E0@0:B5@8AB8:8 A>@15=B0 35=35@0B>@0 Sr-82/Rb-82. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012,A. 401.   =4*1,5/7=0,857   ?> ?C1;8:0F8O<: 24,326 !?8A>: ?0B5=B>2 70 2011-2012 3.3. 7. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. USA application 13/120186 , 22 March, 2011.   =20/8=2,5 8. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. Canadian patent application CA 2738308, 22 March, 2011. http://brevetspatents.ic.gc.ca/opiccipo/cpd/eng/patent/2738308/summary.html?query=METHOD+FOR+PRODUCING+ACTINIUM-225+AND+ISOTOPES+OF+RADIUM+AND+ TARGET+FOR+ IMPLEMENTING+SAME&start=1&num=50&type=basic_search   =20/8=2,5   ?> ?0B5=B0<: 5,0 B>3>2K9 ;8G=K9  = 23,015+5,0 = 29,326LVALvNG 'C40:>2 0;5@89 8E09;>28G 1. >4 @>645=8O 1952 2. 0B0 70I8BK 48AA5@B0F88 :0=4. E8<. =0C: 1987 3. >;6=>ABL =0CG=K9 A>B@C4=8: C1;8:0F88 8 4>:;04K 2011 - 2012 3.3. 1. V. Chudakov, B.Zhuikov, L. Tyutin, N. Kostenikov, D. Ryzhkova, O. Shtukovskiy, M. Mostova, S. Shatik, A Granov. Russian Sr/Rb-82 generator: characteristics and features at application in PET diagnostics. 7th Int. Conf. on Isotopes, Moscow, 4-8 Sept., 2011. Abstracts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http://www.rncrr.ru/novosti/news051010.htm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r/82Rb-35=5@0B>@0 4;O ?>78B@>==>-M<8AA8>==>9 B><>3@0D88. 0B5@80;K =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 :BC0;L=K5 LVAL ?@>1;5<K O45@=>9 <548F8=K, 7-8 45:01@O 2011 3., !0=:B-5B5@1C@3, >AA89A:89 =0CG=K9 F5=B@ @048>;>388 8 E8@C@38G5A:8E B5E=>;>389 8=8AB5@AB20 74@02>>E@0=5=8O 8 A>F80;L=>3> @0728B8O $, A. 23.   =4*1,5/10=0,6 5. . . 'C40:>2, .. >E0=N:, .. C9:>2, .. >AB>20, .. 09F52, !.. (0B8:, .. "NB8=. ;8O=85 AB5@8;870F88 =0 E0@0:B5@8AB8:8 A>@15=B0 35=35@0B>@0 Sr-82/Rb-82. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012. A. 401.   =4*1,5/7=0,86 6. A.M. Granov, : V.M. Chudakov, B.L. Zhuikov,: et al. Generator GR-01 for production radiopharmaceutical Rubidium-82 chloride: clinical testing and setup of serial production. XII Turku PET Symposium, 28-31 May, 2011, Turku, Finland, p.49.  =4*1,5/10=0,6 B>3>2K9  = 4,06LVALvNG 0?H8=0 ;5=0 ;048<8@>2=0 1. >4 @>645=8O 1961 2. 0B0 70I8BK 48AA5@B0F88 0=4. E8<. =0C: 1988 3. >;6=>ABL 0CG=K9 A>B@C4=8: C1;8:0F88 2011-2012 3.3. 22. M.L. Bonardi, F. Groppi, E. Lapshina, S. Manenti, L. Gini. High specific activity radionuclides in NCA form: Re-186g produced by cyclotron. 7th Int. Symposium on Technetium and Rhenium  Science and Utilization, Russia, Moscow, July 4-8, 2011. P.140.   =6*1,5/5=1,8 23. S.V. Ermolaev, B.L.Zhuikov, E. Lapshina, V. Kohanyuk, S. Kalmykov, R. Aliev, I. Tananaev, B. Myasoedov. Production of actinium-225 and radium-223 from natural thorium irradiated with protons. 7th Int. Conf. on Isotopes, Moscow, 4-8 Sept., 2011. P. 32.   =6*1,5/8=1,125 24. ..0?H8=0, !..@<>;052, . .">30520, ..C9:>2. >=F5=B@8@>20=85 >;>20-117< 87 >1;CG5==>3> ?@>B>=0<8 8=B5@<5B0;;840 AC@L<0-B8B0=. III A5@>AA89A:89 A8<?>78C< 0745;5=85 8 :>=F5=B@8@>20=85 2 0=0;8B8G5A:>9 E8<88 8 @048>E8<88, @0A=>40@, 2-8 >:BO1@O, 2011, A. 188.   4*1,5/4=1,5 25. R. Aliev, S. Ermolaev, B. Zhuikov, S. Kalmykov, E. Lapshina, Yu. Totskiy, V. Ostapenko, A. Vasiliev. 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By HADES Collaboration (P.K. Kurilkin et al.) Feb 2011. 6pp. Published in In Proc. of the XX-th International Baldin Seminar on High Energy Physics Problems 'Relativistic Nuclear Physics and Quantum Chromodynamics', JINR, Dubna, Russia, October 4-9,2010 e-Print: arXiv:1102.1610 [nucl-ex]   = 4*0.075 = 0.3 =0,4 3) Femtoscopy of pp collisions at sqrt{s}=0.9 and 7 TeV at the LHC with two-pion Bose-Einstein correlations. By ALICE Collaboration (K. Aamodt et al.) CERN-PH-EP-2010-083, Jan 2011. 21pp. e-Print: arXiv:1101.3665 [hep-ex]   =4*0,04=0,16 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 1) ..C@5?8= ?;5=0@=K9 4>:;04 >2K5 @57C;LB0BK 8 ?;0=K 8AA;54>20=89 AB>;:=>25=89 @5;OB828ABA:8E O45@ 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, >A:20, "-$, 21-25 =>O1@O 2011 3.   = 20 #G51=K9 :C@A  -:A?5@8<5=B0;L=0O O45@=0O D878:0 2 A5<5AB@0 , 4>@01>B:0 :064K9 3>4   =16 B>3>2K9  =322,478 B>3>2K9   @C:>2>48B5;O =LVALvNG C15@ $54>@ $@84@8E>28G @>4.13.08.1950, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, D52@0;L 1986 3., AB0@H89 =0CG=K9 A>B@C4=8: -$   70 2011-2012 33. !?8A>: >?C1;8:>20==KE @01>B 70 2011 -2012 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2012 3. 1. Study of hadron properties in cold nuclear matter with HADES. HADES Collaboration (P. Tlusty (Rez, Nucl. Phys. Inst.) et al.). 2012. 10 pp., 82 authors. Published in PoS BORMIO2012 (2012) 019. Conference: C12-01-23.1   = 8 E 0,075 = 0,6 2. Production of K "0 (892) and (1020) in pp collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp., 959 authors. Published in Eur.Phys.J. C72 (2012) 2183.   = 3,631 E 30 E 0,04 = 4,357 3. Measurement of inelastic, single- and double-diffraction cross sections in proton--proton collisions at the LHC with ALICE. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp., 978 authors. Published in Submitted to: Eur. Phys. J. C   = 3,631 E 30 E 0,04 = 4,357 4. Centrality Dependence of Charged Particle Production at Large Transverse Momentum in Pb--Pb Collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 18 pp., 985 authors. Published in Submitted to: Phys.Lett.B   = 3,955 E 30 E 0,04 = 4,746 5. D + s meson production at central rapidity in proton--proton collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 27 pp., 990 authors. Published in Phys.Lett. B718 (2012) 279-294   = 3,955 E 30 E 0,04 = 4,746 6. The HADES-at-FAIR project. HADES Collaboration (K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) et al.). 2012. 5 pp. 121 authors. Published in Phys.Atom.Nucl. 75 (2012) 589-593.   = 0,568 E 60 E 0,06 = 2,045 7. K 0 s "K 0 s correlations in pp collisions at s " =7 TeV from the LHC ALICE experiment. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jun 2012LVAL . 10 pp., 965 authors. Published in Phys.Lett. B717 (2012) 151-161.   = 3,955 E 30 E 0,04 = 4,746 8. Measurement of prompt J/psi and beauty hadron production production cross sections at mid-rapidity in pp collisions at beauty hadron production sqrt(s) = 7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012., 965 authors. Published in JHEP 1211 (2012) 067.   = 5,831 E 30 E 0,04 = 6,997 9. Neutral pion and  meson production in proton-proton collisions at s " =0.9 TeV and s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). May 2012. 18 pp., 971 authors. Published in Phys.Lett. B717 (2012) 162-172.   = 3,955 E 30 E 0,04 = 4,746 10. Measurement of charm production at central rapidity in proton-proton collisions at s " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp., 964 authors. Published in JHEP 1207 (2012) 191.   = 5,831 E 30 E 0,04 = 6,997 11. Transverse sphericity of primary charged particles in minimum bias proton-proton collisions at s " =0.9 , 2.76 and 7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp., 991 authors. Published in Eur.Phys.J. C72 (2012) 2124.   = 3,631 E 30 E 0,04 = 4,357 12. First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). May 2012. 6 pp., 97 authors. Published in Phys.Lett. B715 (2012) 304-309.   = 3,955 E 30 E 0,075 = 8,899 13. Multi-strange baryon production in pp collisions at (s)^1/2 = 7 TeV with ALICE. A Large Ion Collider Experiment Collaboration (Betty Abelev (LLNL, Livermore) et al.). Apr 2012. mult. pp., 980 authors. Published in Phys.Lett. B712 (2012) 309-318.   = 3,955 E 30 E 0,04 = 4,746 15. Inclusive J/ production in pp collisions at s " =2.76 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Mar 2012., 973 authors. Published in Phys.Lett. B718 (2012) 295-306   = 3,955 E 30 LVAL E 0,04 = 4,746 16. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp., 95 authors. Published in Phys.Rev. C85 (2012) 054005.   = 3,308 E 30 E 0,075 = 7,443 17. Suppression of high transverse momentum D mesons in central Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 29 pp., 961 authors. Published in JHEP 1209 (2012) 112.   = 5,831 E 30 E 0,04 = 6,997 18. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 22 pp., 95 authors. Published in Eur.Phys.J. A48 (2012) 74.   = 2,190 E 30 E 0,075 = 4,928 19. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Bohmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN & Orsay, LPT), P. Cabanelas, E. Castro (Santiago de Compostela U.) et al.. Feb 2012. 15 pp., 103 authors. Published in Nucl.Phys. A881 (2012) 178-186.   = 1,540 E 30 E 0,06 = 2,772 20. J/ Production as a Function of Charged Particle Multiplicity in pp Collisions at s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Feb 2012, 971 authors. Published in Phys.Lett. B712 (2012) 165-175.   = 3,955 E 30 E 0,04 = 4,746 21. J/ suppression at forward rapidity in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev et al.). Feb 2012. 16 pp., 973 authors. Published in Phys.Rev.Lett. 109 (2012) 072301.   = 7,370 E 30 E 0,04 = 8,844 22. Heavy flavour decay muon production at forward rapidity in proton--proton collisions at \sqrt(s) = 7 TeV. LVAL ALICE Collaboration (Betty Abelev et al.). Jan 2012. 20 pp., 956 authors. Published in Phys.Lett. B708 (2012) 265-275.   = 3,955 E 30 E 0,04 = 4,746 23. Measurement of Event Background Fluctuations for Charged Particle Jet Reconstruction in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev et al.). Jan 2012., 972 authors. Published in JHEP 1203 (2012) 053.   = 5,831 E 30 E 0,04 = 6,997 24. Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). 2012. 11 pp., 102 authors. Published in Eur.Phys.J. A48 (2012) 64.   = 2,190 E 30 E 0,06 = 3,942 25. Light vector meson production in pp collisions at sqrt(s) = 7 TeV. ALICE Collaboration (B. Abelev et al.). Dec 2011., 969 authors. Published in Phys.Lett. B710 (2012) 557-568.   = 3,955 E 30 E 0,04 = 4,746 26. Underlying Event measurements in pp collisions at sqrt(s) = 0.9 and 7 TeV with the ALICE experiment at the LHC. ALICE Collaboration (Betty Abelev et al.). Dec 2011. 37 pp., 970 authors. Published in JHEP 1207 (2012) 116.   = 5,831 E 30 E 0,04 = 6,997 27. Measurement of charm production at central rapidity in proton-proton collisions at s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2012. 24 pp., 962 authors. Published in JHEP 1201 (2012) 128   = 5,831 E 30 E 0,04 = 6,997 28. J/psi polarization in pp collisions at sqrt(s)=7 TeV. ALICE Collaboration (B. Abelev et al.). Nov 2011., 962 authors. Published in Phys.Rev.Lett. 108 (2012) 082001.   = 7,370 E 30 E 0,04 = 8,844 29. Particle-yield modification in jet-like azimuthal di-hadron correlations in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Oct 2011. 15 pp., 937 authors. Published in Phys.Rev.Lett. 108 (2012) 092301.   = 7,370 E 30 E 0,04 = 8,844 30. Baryonic resonances close to the K N threshold: The Case of (1385) + in pp collisions. HADES CollaborLVAL ation (G. Agakishiev (Dubna, JINR) et al.). Sep 2011. 12 pp., 102 authors. Published in Phys.Rev. C85 (2012) 035203.   = 3,308 E 30 E 0,06 = 5,954 31. Harmonic decomposition of two-particle angular correlations in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Sep 2011. 26 pp., 950 authors. Published in Phys.Lett. B708 (2012) 249-264.   = 3,955 E 30 E 0,04 = 4,746 32. Production of muons from heavy flavour decays at forward rapidity in pp and Pb-Pb collisions at s NN " " " " = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp., 965 authors. CERN-PH-EP-2012-155 Phys.Rev.Lett. 109 (2012) 112301.   = 7,370 x 30 x 0,04 = 8,844. 33. Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at {\surd}sNN = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 16pp., 961 authors. Phys.Rev.Lett. 109 (2012) 252302.   = 7,370 x 30 x 0,04 = 8,844. 34. Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c. By The NA61/SHINE Collaboration (N. Abgrall.., & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, A.Sadovsky& et al.), PhysRev C.85.035210, 2012   = 3,308 E 30 E 0,06 = 5,954 35. Forward Hadron Calorimeter for Measurements of Projectile Spectators in Heavy-Ion Experiment M. B. Golubeva, F.F.Guber, A. P. Ivashkin, A. B. Kurepin, V. N. Marin, A. S. Sadovsky and O. A. Petukhov. Physics of Atomic Nuclei, 2012, Vol. 75, No. 6, pp. 673 675.   = 0,568 E 60 / 7 = 4.87 36. Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.), & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, A.Sadovsky& et al et al.). Jul 2012. Nuclear Instruments and Methods in Physics Research A CERN-PH-EP-2012-188, e-Print: arXiv:1207.2114 .   = 1,207 E 30 ELVAL 0,06 = 2.173 37. ?@545;5=85 F5=B@0;L=>AB8 O4@>-O45@=KE AB>;:=>25=88 A 8A?>;L7>20=85< :0;>@8<5B@0 A?5:B0B>@>2 4;O CAB0=>2:8 MPD =0 :>;;0945@5 NICA. ..>;C1520, $.$.C15@, ..20H:8=, ...AC?>2, ..C@5?8=, ..8B28=5=:>, ..8B28=5=:>, ..83C;8=0, .$.5@5A54>2 /45@=0O D878:0 76 ! 1 ( 2013 ) 2-17   = 0,568 E 60 / 9 = 3,787 !C<<0@=K9   = 200.1 2011 3. 1. Probing properties of nuclear matter with HADES. HADES Collaboration (Jerzy Pietraszko (Frankfurt U., Inst. Kernphys.) et al.). 2011. 11 pp., 100 authors. Published in PoS BORMIO2011 (2011) 054.   = 8 E 0,06 = 0,480 2. Luminosity determination in ALICE with T0 and V0 detectors. ALICE T0 and V0 Collaboration (T. Malkiewicz (Jyvaskyla U.) et al.). 2011. 6 pp., 21 authors. Published in Indian J.Phys. 85 (2011) 965-970.   = 0,381 E 30 E 0,1 = 1,143 3. p p and pi pi intensity interferometry in collisions of Ar + KCl at 1.76A-GeV. HADES Collaboration (G. Agakishiev (Giessen U.) et al.). 2011. 8 pp., 113 authors. Published in Eur.Phys.J. A47 (2011) 63.   = 2,190 E 30 E 0,06 = 3,942 4. Higher harmonic anisotropic flow measurements of charged particles in Pb-Pb collisions at sqrt(s_{(NN)}) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). May 2011. 10 pp., 945 authors. Published in Phys.Rev.Lett. 107 (2011) 032301.   = 7,370 E 30 E 0,04 = 8,844 5. Rapidity and transverse momentum dependence of inclusive J/psi production in pp collisions at s " =7 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). May 2011. 23 pp., 926 authors. Published in Phys.Lett. B704 (2011) 442-455.   = 3,955 E 30 E 0,04 = 4,746 6. Dilepton production studied with the HADES spectrometer. HADES Collaboration (A. Rustamov (Darmstadt, GSI) et al.). 2011. 6 pp., 100 authors. Published in Int.J.Mod.Phys. A26 (2011) 384-389.   = 1,053 E 30 E 0,06 = 1,895 7. The MPD detector at the NICA heavy-ion collider at JINR. Kh.U. Abraamyan, S.V. Afanasiev, V.S. Alfeev, N. Anfimov, D. Arkhipkin, P.LVAL Zh. Aslanyan, V.A. Babkin (Dubna, JINR), M.I. Baznat (IAP, Chisinau), S.N. Bazylev, D. Blaschke (Dubna, JINR) et al.2011. 4 pp., 150 authors. Published in Nucl.Instrum.Meth. A628 (2011) 99-102.   = 1,207 E 30 E 0,06 =2,173 8. Dielectron production in Ar+KCl collisions at 1.76A GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2011. 16 pp., 102 authors. Published in Phys.Rev. C84 (2011) 014902.   = 3,308 E 30 E 0,06 = 5,954 9. Production of pions, kaons and protons in pp collisions at s " =900 GeV with ALICE at the LHC. ALICE Collaboration (K. Aamodt (Oslo U.) et al.). Jan 2011. 30 pp., 1061 authors. Published in Eur.Phys.J. C71 (2011) 1655.   = 3,631 E 30 E 0,04 = 4,357 10. Femtoscopy of pp collisions at s " =0.9 and 7 TeV at the LHC with two-pion Bose-Einstein correlations. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Jan 2011. 21 pp., 922 authors. Published in Phys.Rev. D84 (2011) 112004.   = 4,558 E 30 E 0,04 = 5,470 11. Two-pion Bose-Einstein correlations in central Pb-Pb collisions at sqrt(s N N) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Jan 2011. 18 pp., 921 authors. Published in Phys.Lett. B696 (2011) 328-337.   = 3,955 E 30 E 0,04 = 4,746 12. Strange particle production in proton-proton collisions at sqrt(s) = 0.9 TeV with ALICE at the LHC. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Dec 2010. 34 pp., 917 authors. Published in Eur.Phys.J. C71 (2011) 1594.   = 3,631 E 30 E 0,04 = 4,357 13. Centrality dependence of the charged-particle multiplicity density at mid-rapidity in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Dec 2010. 14 pp., 913 authors. Published in Phys.Rev.Lett. 106 (2011) 032301.   = 7,370 E 30 E 0,04 = 8,844 14. Suppression of Charged Particle Production at Large Transverse Momentum in Central Pb--Pb Collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Dec 2010. 16 ppLVAL ., 916 authors. Published in Phys.Lett. B696 (2011) 30-39.   = 3,955 E 30 E 0,04 = 4,746 15. Studying hadron properties in baryonic matter with HADES. HADES Collaboration (A. Kugler (Rez, Nucl. Phys. Inst.) et al.). 2010. 4 pp., 98 authors. Published in AIP Conf.Proc. 1257 (2010) 691-694, Nucl.Phys. A855 (2011) 261-264.   = 1,540 E 30 E 0,075 = 3,465 16. Hyperon production in Ar+KCl collisions at 1.76A GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Oct 2010. 8 pp., 113 authors. Published in Eur.Phys.J. A47 (2011) 21.   = 2,190 E 30 E 0,06 = 3,942 17. Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kin) = 3.5 GeV. HADES Collaboration (Michael Weber (Munich, Tech. U.) et al.). 2011. 7 pp., 90 authors. Published in J.Phys.Conf.Ser. 316 (2011) 012007.   = 1,680 E 30 E 0,075=3,78 18. Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c. NA61/SHINE Collaboration (N Abgrall (Geneva U.) et al.). Feb 2011. 27 pp. Published in Phys.Rev. C84 (2011) 034604   = 3,308 E 30 E 0,06 = 5,954 !C<<0@=K9   = 78,834 @5?@8=BK, M;5:B@>==K9 0@E82 2012 3. 1. Long-range angular correlations on the near and away side in p-Pb collisions at sqrt(sNN) = 5.02 TeV. ALICE Collaboration (Betty Abelev et al.). Dec 10, 2012. 22 pp. CERN-PH-EP-2012-359 e-Print: arXiv:1212.2001 [nucl-ex], 976 authors.   = 4,0 E 0,04 = 0,160 2. Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at s NN " " " " =5.02 TeV. ALICE Collaboration (Betty Abelev et al.). Oct 2012. 16 pp. CERN-PH-EP-2012-306 e-Print: arXiv:1210.4520 [nucl-ex], 978 authors.   = 4,0 E 0,04 = 0,160 3. Pseudorapidity density of charged particles p -Pb collisions at s NN " " " " =5.02 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 16 pp. e-Print: arXiv:1210.3615 [nucl-ex], 977 authors.   = 4,0 E 0,04 = 0,160 4. Coherent J/ photopLVAL roduction in ultra-peripheral Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Sep 2012. CERN-PH-EP-2012-270 e-Print: arXiv:1209.3715 [nucl-ex], 975 authors.   = 4,0 E 0,04 = 0,160 5. Pion, Kaon, and Proton Production in Central Pb--Pb Collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 15 pp. CERN-PH-EP-2012-230 e-Print: arXiv:1208.1974 [hep-ex] | PDF, 960 authors.   = 4,0 E 0,04 = 0,160 6. Measurement of electrons from beauty hadron decays in pp collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 15 pp., 985 authors. e-Print: arXiv:1208.1902 [hep-ex] | PDF   = 4,0 E 0,04 = 0,160 7. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko et al.. Aug 2012. 5 pp., 95 authors. e-Print: arXiv:1208.0205 [nucl-ex] | PDF   = 4,0 E 0,075 = 0,300 8. Net-Charge Fluctuations in Pb-Pb collisions at \surds_NN = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. 10 pp., 959 authors. e-Print: arXiv:1207.6068 [nucl-ex] | PDF   = 4,0 E 0,04 = 0,160 9. Charge separation relative to the reaction plane in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012., 959 authors. CERN-PH-EP-2012-183 e-Print: arXiv:1207.0900 [nucl-ex] | PDF   = 4,0 E 0,04 = 0,160 10. Production of muons from heavy flavour decays at forward rapidity in pp and Pb-Pb collisions at s NN " " " " = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp., 965 authors. CERN-PH-EP-2012-155 e-Print: arXiv:1205.6443 [hep-ex] | PDF   = 4,0 E 0,04 = 0,160 11. Anisotropic flow of charged hadrons, pions and (anti-)protons measured at hLVAL igh transverse momentum in Pb-Pb collisions at \snn=2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp., 964 authors. CERN-PH-EP-2012-142 e-Print: arXiv:1205.5761 [nucl-ex] | PDF   = 4,0 E 0,04 = 0,160 12. Measurement of electrons from semileptonic heavy-flavour hadron decays in pp collisions at \sqrt{s} = 7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 34 pp., 965 authors. CERN-PH-EP-2012-131 e-Print: arXiv:1205.5423 [hep-ex] | PDF   = 4,0 E 0,04 = 0,160 13. Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at {\surd}sNN = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 16 pp., 961 authors. e-Print: arXiv:1203.2436 [nucl-ex] | PDF.   = 4,0 E 0,04 = 0,160 14. Determination of the (1385) 0 /(1405) ratio in p+p collisions at 3.5 GeV. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, E. Castro, J.C. Chen et al.. Feb 2012. 7 pp., 101 authors. e-Print: arXiv:1202.0232 [nucl-ex] | PDF.   = 4,0 E 0,06 = 0,240 15. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. A. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012. e-Print: arXiv:1205.4864 [physics.ins-det]   = 4,0 E 0,06 = 0,240 16. Search for anomalies in the neutrino sector with muon spectrometers and large LArTPC imaging detectors at CERN. A. Antonello, D. Bagliani, B. Baibussinov, H. Bilokon, F. Boffelli, M. Bonesini, E. Calligarich, N. Canci, S. Centro, A. Cesana, A.Guber, A.Ivashkin, A.Kurepin et al.. Aug 2012. e-Print: arXiv:1208.0862 [physics.ins-det]   = 4,0 E 0,06 = 0,240 17. Search for 'anomalies' from neutrino and anti-neutrino oscillations at Delta_m^2 ~ 1eV^2 with muon spectrometers and large LAr-TPC imaging detectors. M. Antonello (Gran SaLVALsso et al.. Mar 2012. CERN-SPSC-2012-010-AND-SPSC-P-347 e-Print: arXiv:1203.3432 [physics.ins-det]   = 4,0 E 2 x 0,06 = 0,480 18. Report from the NA61/SHINE experiment at the CERN SPS. NA61/SHINE Collaboration (N. Abgrall (Geneva U.), & O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, O.Petukhov, A.Sadovsky& et al et al.). CERN-SPSC-2012-029; SPSC-SR-107   = 4,0 E 2 x 0,06 = 0,48 19. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. A.Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012. e-Print: arXiv:1205.4864 [physics.ins-det]   = 4,0 E 0,06 = 0,240 !C<<0@=K9   = 4.14 2011 3. 1. Electromagnetic Calorimeter for HADES. W. Czyzycki (Cracow Tech. U.), E. Epple, L. Fabbietti (Munich, Tech. U., Universe), M. Golubeva, F. Guber, A. Ivashkin (Moscow, INR), M. Kajetanowicz (Jagiellonian U.), A. Krasa, F. Krizek, A. Kugler (Rez, Nucl. Phys. Inst.) et al.. Sep 2011. 40 pp., 20 authors. e-Print: arXiv:1109.5550 [nucl-ex] | PDF.   = 4,0 E 0,1 = 0,400 2. Single and double pion production in np collisions at 1.25 GeV with HADES. HADES Collaboration (A.K. Kurilkin et al.). Feb 2011. 6 pp., 100 authors. To appear in the proceedings of Conference: C10-10-04.6 e-Print: arXiv:1102.1843 [nucl-ex] | PDF   = 4,0 E 0,06 = 0,240 3. Cross section in deuteron-proton elastic scattering at 1.25 GeV/u. HADES Collaboration (P.K. Kurilkin et al.). Feb 2011. 6 pp., 100 authors. e-Print: arXiv:1102.1610 [nucl-ex] | PDF   = 4,0 E 0,06 = 0,240 !C<<0@=K9   = 0,880 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 1. F.Guber  Recent results from CERN T10 test beam with SiPM on ultrafast timing I3HP-FP7 Silicon Multiplier Workshop, 6th - 7th October 2011, GSI, Darmstadt, Germany.   = 6,0 57C;LB8@CNI89   70 2011-2012 33. = 289,958LVALvNG >;C1520 0@8=0 >@8A>2=0 >4 @>645=8O.  1950 0B0 70I8BK 48AA5@B0F88  1/A >;6=>ABL  =0CG=K9 A>B@C4=8: 01>@0B>@8O @5;OB828ABA:>9 O45@=>9 D878:8 jB45; M:A?5@8<5=B0;L=>9 D878:8 =45:A F8B8@C5<>AB8 1918 !?8A>: >?C1;8:>20==KE @01>B 70 2011-20123.3. A C:070=85< :>;-20 02B>@>2. 2012 3. 1. Study of hadron properties in cold nuclear matter with HADES. HADES Collaboration (P. Tlusty (Rez, Nucl. Phys. Inst.) et al.). 2012. 10 pp., 82 authors. Published in PoS BORMIO2012 (2012) 019.   = 8 E 0,075 = 0,6 2. Forward hadron calorimeter for measurements of projectile spectators in heavy-ion experiment. M.B. Golubeva, F.F. Guber, A.P. Ivashkin, A.B. Kurepin, V.N. Marin, A.S. Sadovsky, O.A. Petukhov (Moscow, INR). 2012. 3 pp., 7 authors Published in Phys.Atom.Nucl. 75 (2012) 673-675   = 0,568 E 60 / 7 = 4.87 3. Pion emission from the T2K replica target: method, results and application. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) et al.). Jul 2012. Published in Nucl.Instrum.Meth. A701 (2013) 99-114   = 1,207 E 30 E 0,06 = 2.173 4. The HADES-at-FAIR project. HADES Collaboration (K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) et al.). 2012. 5 pp. Published in Phys.Atom.Nucl. 75 (2012) 589-593, 121 authors   = 0,568 E 60 E 0,06 = 2,045 5. First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). May 2012. 6 pp. Published in Phys.Lett. B715 (2012) 304-309, 97 authors   = 3,955 E 30 E 0,075 = 8,899 6. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp. Published in Phys.Rev. C85 (2012) 054005, 95 authors   = 3,308 E 30 E 0,075 = 7,443 7. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev (Dubna,LVAL JINR) et al.). Mar 2012. 22 pp. Published in Eur.Phys.J. A48 (2012) 74, 95 authors   = 2,190 E 30 E 0,075 = 4,928 8. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Bohmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN & Orsay, LPT), P. Cabanelas, E. Castro (Santiago de Compostela U.) et al.. Feb 2012. 15 pp. Published in Nucl.Phys. A881 (2012) 178-186, 103 authors   = 1,540 E 30 E 0,06 = 2,772 9. Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). 2012. 11 pp. Published in Eur.Phys.J. A48 (2012) 64, 102 authors   = 2,190 E 30 E 0,06 = 3,942 10. G. Agakishiev et al. (By HADES Collaboration) /Baryonic resonances close to the $\bar{K}$ N threshold: The Case of $\Sigma(1385)^+$ in pp collisions.// HADES Collaboration, 102 authors. Published in Phys.Rev. C85 (2012) 035203.   = 3,308 E 30 E 0,06 = 5,954 11. Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c. By The NA61/SHINE Collaboration (N. Abgrall.., & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, A.Sadovsky& et al.), PhysRev C.85.035210, 2012   = 3,308 E 30 E 0,06 = 5,954 12.?@545;5=85 F5=B@0;L=>AB8 O4@>-O45@=KE AB>;:=>25=89 A 8A?>;L7>20=85< :0;>@8<5B@0 A?5:B0B>@>2 4;O CAB0=>2:8 MPD =0 :>;;0945@5 NICA. ..>;C1520, $.$.C15@, ..20H:8=, ...AC?>2, ..C@5?8=, ..8B28=5=:>, ..8B28=5=:>, ..83C;8=0, .$.5@5A54>2 /45@=0O D878:0 76 ! 1 ( 2013 ) 2-17   = 0,568 E 60 / 9 =3,787   ?> ?C1;8:0F8O< 2012 = 53,667 2011 3. 1. Studying hadron properties in baryonic matter with HADES. HADES Collaboration (A. Kugler (Rez, Nucl. Phys. Inst.) et al.). 2010. 4 pp., 98 authors. Published in AIP Conf.Proc. 1257 (2010) 69LVAL 1-694, Nucl.Phys. A855 (2011) 261-264.   = 1,540 E 30 E 0,075 = 3,465 2. G. Agakishiev et al. (By HADES Collaboration) /Dielectron production in Ar+KCl collisions at 1.76A GeV. //Phys.Rev.C84:014902,2011, 11 pp., 102 authors   = 3,308 E 30 E 0,06 = 5,954 3. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c // Phys.Rev.C84:034604,2011,27 pp, 104 authors   = 3,308 E 30 E 0,06 = 5,954 4. A. Rustamov et al. (By HADES Collaboration) /Dilepton production studied with the HADES spectrometer. // Int.J.Mod.Phys.A26:384-389,2011 6pp, 100 authors   = 1,053 E 30 E 0,06 = 1,895 5. G. Agakishiev et al. (By HADES Collaboration) / p p and pi pi intensity interferometry in collisions of Ar + KCl at 1.76A-GeV // Eur.Phys.J.A47:63,2011., 8pp, 113 authors   = 2,190 E 30 E 0,06 = 3,942 6. Michael Weber et al. (By HADES Collaboration) /Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kin) = 3.5-GeV. // J.Phys.Conf.Ser.316:012007,20, 7 pp, 90 authors 2011   = 1,680 E 30 E 0,075 = 3,78 7. Jerzy Pietraszko et al. (By HADES Collaboration) / Probing properties of nuclear matter with HADES // PoS BORMIO2011:054,2011., 11 pp, 100 authors   = 8 E 0,06 = 0,480 8. G. Agakishiev et al. (By HADES Collaboration) / Hyperon production in Ar+KCl collisions at 1.76A GeV // Eur.Phys.J.A47:21,2011, 8 pp, 113 authors   = 2,190 E 30 E 0,06 = 3,942 9. A.B. Kurepin, N.S. Topilskaya, M.B. Golubeva //Charmonium production in fixed-target experiments with SPS and LHC beams at CERN // Phys.Atom.Nucl.74:446-452,2011, Yad.Fiz.74:467-473,2011.   =0,568 x 60/3=11,36 10. Kh.U. Abraamyan et al. / The MPD detector at the NICA heavy-ion collider at JINR // .Instrum.Meth.A628:99-102,2011, 150 authors   = 1,207 E 30 E 0,06 = 2,173 11. ..C@5?8=, ..5@<5=52, ..>;C1520 / >8A: 0=><0;L=KE 8 M:7>B8G5A:8E O2;5=89 :>A<8G5A:8E ;CG59 2 M:A?5@8<5=B5 CMS =0 CAB0=>2:5 CASTLVAL OR =0 >;LH>< 4@>==>< >;;0945@5 // 725AB8O >AA89A:>9 0:045<88 =0C:, A5@8O D878G5A:0O, 2011, K?. 75, !3, AB@.. 428 430 // ISSN 1062_8738, Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 3, pp. 399 401. Allerton Press, Inc., 2011.   =0,343 x 60/3=6,86   ?> ?C1;8:0F8O< 2011 = 49,805   ?> ?C1;8:0F8O< 103,472 @5?@8=BK 2012 3. 1. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko et al.. Aug 2012. 5 pp. , 95 authors e-Print: arXiv:1208.0205 [nucl-ex] | PDF   = 4,0 E 0,075 = 0,300 2. Pion emission from the T2K replica target: method, results and application. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) et al.). Jul 2012. Published in Nucl.Instrum.Meth. A701 (2013) 99-114 CERN-PH-EP-2012-188 e-Print: arXiv:1207.2114 [hep-ex] | PDF   = 4 x 2 x 0,06 = 0.48 3. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. A. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012. , 23 authors e-Print: arXiv:1205.4864   = 4 x 0,1 = 0.4 4. First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). May 2012. 6 pp. e-Print: arXiv:1205.1918 [nucl-ex] , 97 authors   = 4 x 0,075 = 0.3 5. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp. e-Print: arXiv:1203.2549 [nucl-ex] , 95 authors   = 4 x 0,075 = 0.3 6. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 22 pp. , 9LVAL 5 authors e-Print: arXiv:1203.1333 [nucl-ex]   = 4 x 0,075 = 0.3 7. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Bohmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN & Orsay, LPT), P. Cabanelas, E. Castro (Santiago de Compostela U.) et al.. Feb 2012. 15 pp. , 103 authors e-Print: arXiv:1202.2734 [nucl-ex]   = 4 x 0,06 = 0.24 9. Determination of the (1385)0/(1405) ratio in p+p collisions at 3.5 GeV. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, E. Castro, J.C. Chen et al.. Feb 2012. 7 pp. 101 authors e-Print: arXiv:1202.0232 [nucl-ex]   = 4 x 0,06 = 0.24 9. Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). 2012. 11 pp. Published in Eur.Phys.J. A48 (2012) 64, 102 authors e-Print: arXiv:1112.3607 [nucl-ex] |   = 4 x 0,06 = 0.24 10. Report from the NA61/SHINE experiment at the CERN SPS. NA61/SHINE Collaboration (N. Abgrall (Geneva U.), & O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, O.Petukhov, A.Sadovsky& et al et al.). CERN-SPSC-2012-029; SPSC-SR-107   = 4,0 E 2 x 0,06 = 0,48   ?> ?@5?@8=B0< 2012 = 3.28 2011 3. 1. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c //: arXiv:1112.0150, 106 authors   = 4 x 0,06 = 0.24 2. G. Agakishiev et al. (By HADES Collaboration) / Inclusive dielectron spectra in p+p collisions at 3.5 GeV. // arXiv:1112.3607, 106 authors   = 4 x 0,06 = 0.24 3. W. Czyzycki et al. / Electromagnetic Calorimeter for HADES. / arXiv:1109.5550, 20 authors   = 4 x 0,1 = 0.4 4. G.LVAL Agakishiev et al. (By HADES Collaboration) / Baryonic resonances close to the $\bar{K}$ N threshold: The Case of $\Sigma(1385)^+$ in pp collisions // arXiv:1109.6806, 106 authors   = 4 x 0,06 = 0.24 5. G. Agakishiev et al. (By HADES Collaboration) Dielectron production in Ar+KCl collisions at 1.76A GeV. // arXiv:1103.0876, 106 authors   = 4 x 0,06 = 0.24 6. N Abgrall et al. (By NA61/SHINE Collaboration) /Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c. // CERN-PH-EP-2011-005. Feb 2011. 27 pp., arXiv:1102.0983, 104 authors   = 4,0 E 2 x 0,06 = 0,48 7. P.K. Kurilkin et al (By HADES Collaboration) / Cross section in deuteron-proton elastic scattering at 1.25 GeV/u. // arXiv:1102.1610, 106 authors   = 4 x 0,06 = 0.24 8. A.K. Kurilkin et al (By HADES Collaboration) / Single and double pion production in np collisions at 1.25 GeV with HADES. // arXiv:1102.1843, 106 authors   = 4 x 0,06 = 0.24 9. N Abgrall et al. (By NA61/SHINE Collaboration) / Report from the NA61/SHINE experiment at the CERN SPS // CERN-SPSC-2011-035 ; SPSC-SR-091. - 2011.   = 4 x 2 x 0,06 = 0.48 10. N Abgrall et al. (By NA61/SHINE Collaboration) / Status of the evidence for the onset of deconfinement and the urgent need for primary Ar beams // CERN-SPSC-2011-028 ; SPSC-M-775. - 2011.   = 4 x 2 x 0,06 = 0.48 11. N Abgrall et al. (By NA61/SHINE Collaboration) / The 2010 test of secondary light ion beams // CERN-SPSC-2011-005 ; SPSC-SR-077. - 2011.   = 4 x 2 x 0,06 = 0.48   ?> ?@5?@8=B0< 2011 = 3.76   ?> ?@5?@8=B0< = 7.04 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 1. M.Golubeva, A.Ivashkin,  PSD calibration NA61/NA49 /analysis/calibration/software workshop, Wroclaw, March 5 - 9, 2012   = 6/2 = 3 2. M.Golubeva, A.Ivashkin, Calibration and analysis of the PSD test data NA61/NA49 software/calibration/analysis meeting, Warsaw, February 15 - 19, 2011   = 6/2 = 3   ?> 2KABC?;5=8O< = 6 LVAL "+   = 116.512LVALvNG 20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: 01>@0B>@88 @5;OB828ABA:>9 O45@=>9 D878:8 B45;0 M:A?5@8<5=B0;L=>9 D878:8 !?8A>: >?C1;8:>20==KE @01>B 70 2011-20123.3. A C:070=85< :>;-20 02B>@>2. !?8A>: >?C1;8:>20==KE @01>B 70 2011 -2012 33. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 2012 3. 1. Study of hadron properties in cold nuclear matter with HADES. HADES Collaboration (P. Tlusty (Rez, Nucl. Phys. Inst.) et al.). 2012. 10 pp., 82 authors. Published in PoS BORMIO2012 (2012) 019. Conference: C12-01-23.1   = 8 E 0,075 = 0,6 2. The HADES-at-FAIR project. HADES Collaboration (K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) et al.). 2012. 5 pp. 121 authors. Published in Phys.Atom.Nucl. 75 (2012) 589-593.   = 0,568 E 60 E 0,06 = 2,045 3. First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). May 2012. 6 pp., 97 authors. Published in Phys.Lett. B715 (2012) 304-309.   = 3,955 E 30 E 0,075 = 8,899 4. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp., 95 authors. Published in Phys.Rev. C85 (2012) 054005.   = 3,308 E 30 E 0,075 = 7,443 5. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 22 pp., 95 authors. Published in Eur.Phys.J. A48 (2012) 74.   = 2,190 E 30 E 0,075 = 4,928 6. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Bohmer (Munich, Tech. U.), LVAL J.L. Boyard (Orsay, IPN & Orsay, LPT), P. Cabanelas, E. Castro (Santiago de Compostela U.) et al.. Feb 2012. 15 pp., 103 authors. Published in Nucl.Phys. A881 (2012) 178-186.   = 1,540 E 30 E 0,06 = 2,772 7. Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). 2012. 11 pp., 102 authors. Published in Eur.Phys.J. A48 (2012) 64.   = 2,190 E 30 E 0,06 = 3,942 8. Baryonic resonances close to the K N threshold: The Case of (1385) + in pp collisions. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Sep 2011. 12 pp., 102 authors. Published in Phys.Rev. C85 (2012) 035203.   = 3,308 E 30 E 0,06 = 5,954 9.Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c. By The NA61/SHINE Collaboration (N. Abgrall.., & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, A.Sadovsky& et al.), PhysRev C.85.035210, 2012   = 3,308 E 30 E 0,06 = 5,954 10. Forward Hadron Calorimeter for Measurements of Projectile Spectators in Heavy-Ion Experiment M. B. Golubeva, F.F.Guber, A. P. Ivashkin, A. B. Kurepin, V. N. Marin, A. S. Sadovsky and O. A. Petukhov. Physics of Atomic Nuclei, 2012, Vol. 75, No. 6, pp. 673 675.   = 0,568 E 60 / 7 = 4.87 11.Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.), & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, A.Sadovsky& et al et al.). Jul 2012. Nuclear Instruments and Methods in Physics Research A CERN-PH-EP-2012-188, e-Print: arXiv:1207.2114 .   = 1,207 E 30 E 0,06 = 2.173 12.?@545;5=85 F5=B@0;L=>AB8 O4@>-O45@=KE AB>;:=>25=88 A 8A?>;L7>20=85< :0;>@8<5B@0 A?5:B0B>@>2 4;O CAB0=>2:8 MPD =0 :>;;0945@5 NICA. ..>;C1520, $.$.C15@, ..20H:8=, ...AC?>2, ..C@5?8=, ..8B28=5=:>, ..8B28=5=:>, ..83C;8=0, .$.5@5A54>2 /45@=0O D878:0 76 ! 1 ( 2013 ) 2-17   = 0,568 E 60 / 9 = 3.787 13.MeasuremenLVAL t of the neutrino velocity with the ICARUS detector at the CNGS beam. M. Antonello (Gran Sasso), D. Bagliani (Genoa U.), B. Baibussinov (INFN, Padua), H. Bilokon (Frascati), F. Boffelli (INFN, Pavia), M. Bonesini (INFN, Milan Bicocca), E. Calligarich (INFN, Pavia), N. Canci (Gran Sasso), S. Centro (Padua U. & INFN, Padua), A. Cesana (INFN, Milan, ) et al.. Mar 2012. 76 authors. Phys.Lett. B713 (2012) 17-22   = 3,955 E 30 E 0,075 = 8,899 14. Precision measurement of the neutrino velocity with the ICARUS detector in the CNGS beam. M. Antonello (Gran Sasso), D. Bagliani (Genoa U.), B. Baibussinov (INFN, Padua), H. Bilokon (Frascati), F. Boffelli (INFN, Pavia), M. Bonesini (INFN, Milan Bicocca), E. Calligarich (INFN, Pavia), N. Canci (Gran Sasso), S. Centro (Padua U. & INFN, Padua), A. Cesana (INFN, Milan, ) et al.. Mar 2012. 76 authors. JHEP 1211 (2012) 049   =5,831*30*0,075=13,12 15. Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c. NA61/SHINE Collaboration (N Abgrall (Geneva U.) et al.). Feb 2011. 27 pp. Published in Phys.Rev. C84 (2011) 034604   = 3,308 E 30 E 0,06 = 5,954 !C<<0@=K9   = 81,34 2011 3. 1. Probing properties of nuclear matter with HADES. HADES Collaboration (Jerzy Pietraszko (Frankfurt U., Inst. Kernphys.) et al.). 2011. 11 pp., 100 authors. Published in PoS BORMIO2011 (2011) 054.   = 8 E 0,06 = 0,48 3. p p and pi pi intensity interferometry in collisions of Ar + KCl at 1.76A-GeV. HADES Collaboration (G. Agakishiev (Giessen U.) et al.). 2011. 8 pp., 113 authors. Published in Eur.Phys.J. A47 (2011) 63.   = 2,190 E 30 E 0,06 = 3,942 6. Dilepton production studied with the HADES spectrometer. HADES Collaboration (A. Rustamov (Darmstadt, GSI) et al.). 2011. 6 pp., 100 authors. Published in Int.J.Mod.Phys. A26 (2011) 384-389.   = 1,053 E 30 E 0,06 = 1,895 7. The MPD detector at the NICA heavy-ion collider at JINR. Kh.U. Abraamyan, S.V. Afanasiev, V.S. Alfeev, N. Anfimov, D.LVAL Arkhipkin, P.Zh. Aslanyan, V.A. Babkin (Dubna, JINR), M.I. Baznat (IAP, Chisinau), S.N. Bazylev, D. Blaschke (Dubna, JINR) et al.2011. 4 pp., 150 authors. Published in Nucl.Instrum.Meth. A628 (2011) 99-102.   = 1,207 E 30 E 0,06 = 2,173 8. Dielectron production in Ar+KCl collisions at 1.76A GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2011. 16 pp., 102 authors. Published in Phys.Rev. C84 (2011) 014902.   = 3,308 E 30 E 0,06 = 5,954 9. Hyperon production in Ar+KCl collisions at 1.76A GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Oct 2010. 8 pp., 113 authors. Published in Eur.Phys.J. A47 (2011) 21.   = 2,190 E 30 E 0,06 = 3,942 10. Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kin) = 3.5 GeV. HADES Collaboration (Michael Weber (Munich, Tech. U.) et al.). 2011. 7 pp., 90 authors. Published in J.Phys.Conf.Ser. 316 (2011) 012007.   = 1,680 E 30 E 0,075 = 3,78 !C<<0@=K9   = 22,166 @5?@8=BK, M;5:B@>==K9 0@E82 2012 3. 1. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko et al.. Aug 2012. 5 pp., 95 authors. e-Print: arXiv:1208.0205 [nucl-ex] | PDF   = 4,0 E 0,075 = 0,300 2. Determination of the (1385) 0 /(1405) ratio in p+p collisions at 3.5 GeV. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, E. Castro, J.C. Chen et al.. Feb 2012. 7 pp., 101 authors. e-Print: arXiv:1202.0232 [nucl-ex] | PDF.   = 4,0 E 0,06 = 0,240 3. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. A. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012. e-Print: arXiv:1205.4864 [physics.ins-det]   = 4,0 E 0,06 = 0,240 4. Search for anomalies in the neutrino sector withLVAL muon spectrometers and large LArTPC imaging detectors at CERN. A. Antonello, D. Bagliani, B. Baibussinov, H. Bilokon, F. Boffelli, M. Bonesini, E. Calligarich, N. Canci, S. Centro, A. Cesana, A.Guber, A.Ivashkin, A.Kurepin et al.. Aug 2012. e-Print: arXiv:1208.0862 [physics.ins-det]   = 4,0 E 0,06 = 0,240 5. Search for 'anomalies' from neutrino and anti-neutrino oscillations at Delta_m^2 ~ 1eV^2 with muon spectrometers and large LAr-TPC imaging detectors. M. Antonello (Gran Sasso et al.. Mar 2012. CERN-SPSC-2012-010-AND-SPSC-P-347 e-Print: arXiv:1203.3432 [physics.ins-det]   = 4,0 E 2 x 0,06 = 0,480 6. Report from the NA61/SHINE experiment at the CERN SPS. NA61/SHINE Collaboration (N. Abgrall (Geneva U.), & O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, O.Petukhov, A.Sadovsky& et al et al.). CERN-SPSC-2012-029; SPSC-SR-107   = 4,0 E 2 x 0,06 = 0,48 7. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. A. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012. e-Print: arXiv:1205.4864 [physics.ins-det]   = 4,0 E 0,06 = 0,240 !C<<0@=K9   = 2,22 2011 3. 1. Electromagnetic Calorimeter for HADES. W. Czyzycki (Cracow Tech. U.), E. Epple, L. Fabbietti (Munich, Tech. U., Universe), M. Golubeva, F. Guber, A. Ivashkin (Moscow, INR), M. Kajetanowicz (Jagiellonian U.), A. Krasa, F. Krizek, A. Kugler (Rez, Nucl. Phys. Inst.) et al.. Sep 2011. 40 pp., 20 authors. e-Print: arXiv:1109.5550 [nucl-ex] | PDF.   = 4,0 E 0,1 = 0,400 2. Single and double pion production in np collisions at 1.25 GeV with HADES. HADES Collaboration (A.K. Kurilkin et al.). Feb 2011. 6 pp., 100 authors. To appear in the proceedings of Conference: C10-10-04.6 e-Print: arXiv:1102.1843 [nucl-ex] | PDF   = 4,0 E 0,06 = 0,240 3. Cross section in deuteron-proton elastic scattering at 1.25 GeV/u. HADES Collaborat LVAL ion (P.K. Kurilkin et al.). Feb 2011. 6 pp., 100 authors. e-Print: arXiv:1102.1610 [nucl-ex] | PDF   = 4,0 E 0,06 = 0,240 !C<<0@=K9   = 0,88 C:>2>4AB2> ABC45=B>< 5-3> :C@A0 $" 2011-2012 3.3. 725AB=K< ;5:A0=4@>< ;048<8@>28G5<   =10*2=20 57C;LB8@CNI89   70 2011-2012 33. = 126,606LVALvNG 5H5B8= =4@59 3>@528G @>4.10.01.1952, A=A -$, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, D52@0;L 1986 3., AB0@H89 =0CG=K9 A>B@C4=8: -$ !?8A>: >?C1;8:>20==KE @01>B 70 2011-201233. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 2012 3. 1. Study of hadron properties in cold nuclear matter with HADES. HADES Collaboration (P. Tlusty (Rez, Nucl. Phys. Inst.) et al.). 2012. 10 pp., 82 authors. Published in PoS BORMIO2012 (2012) 019. Conference: C12-01-23.1   = 8 E 1,5 E 0,075 = 0,9 2. Production of K "0 (892) and (1020) in pp collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp., 959 authors. Published in Eur.Phys.J. C72 (2012) 2183.   = 3,631 E 30 E 0,04 = 4,357 3. Measurement of inelastic, single- and double-diffraction cross sections in proton--proton collisions at the LHC with ALICE. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp., 978 authors. Published in Submitted to: Eur. Phys. J. C   = 3,631 E 30 E 0,04 = 4,357 4. Centrality Dependence of Charged Particle Production at Large Transverse Momentum in Pb--Pb Collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 18 pp., 985 authors. Published in Submitted to: Phys.Lett.B   = 3,955 E 30 E 0,04 = 4,746 5. D + s meson production at central rapidity in proton--proton collisions t s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 27 pp., 990 authors. Published in Phys.Lett. B718 (2012) 279-294   = 3,955 E 30 E 0,04 = 4,746 6. The HADES-at-FAIR project. HADES Collaboration (K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) et al.). 2012. 5 pp. 121 authors. Published in Phys.Atom.Nucl. 75 (2012) 589-593.   = 0,568 E 60 E 0,06 = 2,045 7. K 0 s "K 0 s correlations in pp collisions at s " =7 TeV from the LHC ALICE experiment. ALICE Collaboration (Betty Abelev (LLNL, Livermore) eLVAL t al.). Jun 2012. 10 pp., 965 authors. Published in Phys.Lett. B717 (2012) 151-161.   = 3,955 E 30 E 0,04 = 4,746 8. Measurement of prompt J/psi and beauty hadron production production cross sections at mid-rapidity in pp collisions at beauty hadron production sqrt(s) = 7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012., 965 authors. Published in JHEP 1211 (2012) 067.   = 5,831 E 30 E 0,04 = 6,997 9. Neutral pion and  meson production in proton-proton collisions at s " =0.9 TeV and s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). May 2012. 18 pp., 971 authors. Published in Phys.Lett. B717 (2012) 162-172.   = 3,955 E 30 E 0,04 = 4,746 10. Measurement of charm production at central rapidity in proton-proton collisions at s " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp., 964 authors. Published in JHEP 1207 (2012) 191.   = 5,831 E 30 E 0,04 = 6,997 11. Transverse sphericity of primary charged particles in minimum bias proton-proton collisions at s " =0.9 , 2.76 and 7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp., 991 authors. Published in Eur.Phys.J. C72 (2012) 2124.   = 3,631 E 30 E 0,04 = 4,357 12. First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). May 2012. 6 pp., 97 authors. Published in Phys.Lett. B715 (2012) 304-309.   = 3,955 E 30 E 0,075 = 8,899 13. Multi-strange baryon production in pp collisions at (s)^1/2 = 7 TeV with ALICE. A Large Ion Collider Experiment Collaboration (Betty Abelev (LLNL, Livermore) et al.). Apr 2012. mult. pp., 980 authors. Published in Phys.Lett. B712 (2012) 309-318.   = 3,955 E 30 E 0,04 = 4,746 14. Features of gas discharge in narro-gap micropattern gas detectors at a high level of alpha-particle background. V.I. Razin, A.I. Reshetin. 2012. 6 pp., 2 authors. Published in Phys.PLVAL art.Nucl.Lett. 9 (2012) 58-61, Pisma Fiz.Elem.Chast.Atom.Yadra 1 (2012) 92-97.  =0,373*60/2=11,19 15. Inclusive J/ production in pp collisions at s " =2.76 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Mar 2012., 973 authors. Published in Phys.Lett. B718 (2012) 295-306   = 3,955 E 30 E 0,04 = 4,746 16. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp., 95 authors. Published in Phys.Rev. C85 (2012) 054005.   = 3,308 E 30 E 0,075 = 7,443 17. Suppression of high transverse momentum D mesons in central Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 29 pp., 961 authors. Published in JHEP 1209 (2012) 112.   = 5,831 E 30 E 0,04 = 6,997 18. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 22 pp., 95 authors. Published in Eur.Phys.J. A48 (2012) 74.   = 2,190 E 30 E 0,075 = 4,928 19. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Bohmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN & Orsay, LPT), P. Cabanelas, E. Castro (Santiago de Compostela U.) et al.. Feb 2012. 15 pp., 103 authors. Published in Nucl.Phys. A881 (2012) 178-186.   = 1,540 E 30 E 0,06 = 2,772 20. J/ Production as a Function of Charged Particle Multiplicity in pp Collisions at s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Feb 2012, 971 authors. Published in Phys.Lett. B712 (2012) 165-175LVAL .   = 3,955 E 30 E 0,04 = 4,746 21. J/ suppression at forward rapidity in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev et al.). Feb 2012. 16 pp., 973 authors. Published in Phys.Rev.Lett. 109 (2012) 072301.   = 7,370 E 30 E 0,04 = 8,844 22. Heavy flavour decay muon production at forward rapidity in proton--proton collisions at \sqrt(s) = 7 TeV. ALICE Collaboration (Betty Abelev et al.). Jan 2012. 20 pp., 956 authors. Published in Phys.Lett. B708 (2012) 265-275.   = 3,955 E 30 E 0,04 = 4,746 23. Measurement of Event Background Fluctuations for Charged Particle Jet Reconstruction in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev et al.). Jan 2012., 972 authors. Published in JHEP 1203 (2012) 053.   = 5,831 E 30 E 0,04 = 6,997 24. Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). 2012. 11 pp., 102 authors. Published in Eur.Phys.J. A48 (2012) 64.   = 2,190 E 30 E 0,06 = 3,942 25. Light vector meson production in pp collisions at sqrt(s) = 7 TeV. ALICE Collaboration (B. Abelev et al.). Dec 2011., 969 authors. Published in Phys.Lett. B710 (2012) 557-568.   = 3,955 E 30 E 0,04 = 4,746 26. Underlying Event measurements in pp collisions at sqrt(s) = 0.9 and 7 TeV with the ALICE experiment at the LHC. ALICE Collaboration (Betty Abelev et al.). Dec 2011. 37 pp., 970 authors. Published in JHEP 1207 (2012) 116.   = 5,831 E 30 E 0,04 = 6,997 27. Measurement of charm production at central rapidity in proton-proton collisions at s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2012. 24 pp., 962 authors. Published in JHEP 1201 (2012) 128   = 5,831 E 30 E 0,04 = 6,997 28. J/psi polarization in pp collisions at sqrt(s)=7 TeV. ALICE Collaboration (B. Abelev et al.). Nov 2011., 962 authors. Published in Phys.Rev.Lett. 108 (2012) 082001.   = 7,370 E 30 E 0,04 = 8,844 LVAL 29. Particle-yield modification in jet-like azimuthal di-hadron correlations in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Oct 2011. 15 pp., 937 authors. Published in Phys.Rev.Lett. 108 (2012) 092301.   = 7,370 E 30 E 0,04 = 8,844 30. Baryonic resonances close to the K N threshold: The Case of (1385) + in pp collisions. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Sep 2011. 12 pp., 102 authors. Published in Phys.Rev. C85 (2012) 035203.   = 3,308 E 30 E 0,06 = 5,954 31. Harmonic decomposition of two-particle angular correlations in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Sep 2011. 26 pp., 950 authors. Published in Phys.Lett. B708 (2012) 249-264.   = 3,955 E 30 E 0,04 = 4,746 32. Production of muons from heavy flavour decays at forward rapidity in pp and Pb-Pb collisions at s NN " " " " = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp., 965 authors. CERN-PH-EP-2012-155 Published in Phys.Rev.Lett. 109 (2012) 112301.   = 7,370 E 30 E 0,04 = 8,844 33. Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at {\surd}sNN = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 16 pp., 961 authors. Published in Phys.Rev.Lett. 109 (2012) 252302.   = 7,370 E 30 E 0,04 = 8,844 !C<<0@=K9   = 194,806 2011 3. 1. Probing properties of nuclear matter with HADES. HADES Collaboration (Jerzy Pietraszko (Frankfurt U., Inst. Kernphys.) et al.). 2011. 11 pp., 100 authors. Published in PoS BORMIO2011 (2011) 054.   = 8 E 1,5 E 0,06 = 0,720 2. Luminosity determination in ALICE with T0 and V0 detectors. ALICE T0 and V0 Collaboration (T. Malkiewicz (Jyvaskyla U.) et al.). 2011. 6 pp., 21 authors. Published in Indian J.Phys. 85 (2011) 965-970.   = 0,381 E 30 E 0,1 = 1,143 3. p p and pi pi intensLVAL ity interferometry in collisions of Ar + KCl at 1.76A-GeV. HADES Collaboration (G. Agakishiev (Giessen U.) et al.). 2011. 8 pp., 113 authors. Published in Eur.Phys.J. A47 (2011) 63.   = 2,190 E 30 E 0,06 = 3,942 4. Higher harmonic anisotropic flow measurements of charged particles in Pb-Pb collisions at sqrt(s_{(NN)}) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). May 2011. 10 pp., 945 authors. Published in Phys.Rev.Lett. 107 (2011) 032301.   = 7,370 E 30 E 0,04 = 8,844 5. Rapidity and transverse momentum dependence of inclusive J/psi production in pp collisions at s " =7 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). May 2011. 23 pp., 926 authors. Published in Phys.Lett. B704 (2011) 442-455.   = 3,955 E 30 E 0,04 = 4,746 6. Dilepton production studied with the HADES spectrometer. HADES Collaboration (A. Rustamov (Darmstadt, GSI) et al.). 2011. 6 pp., 100 authors. Published in Int.J.Mod.Phys. A26 (2011) 384-389.   = 1,053 E 30 E 0,06 E 1,5 (:>=D) = 2,843 7. The MPD detector at the NICA heavy-ion collider at JINR. Kh.U. Abraamyan, S.V. Afanasiev, V.S. Alfeev, N. Anfimov, D. Arkhipkin, P.Zh. Aslanyan, V.A. Babkin (Dubna, JINR), M.I. Baznat (IAP, Chisinau), S.N. Bazylev, D. Blaschke (Dubna, JINR) et al.2011. 4 pp., 150 authors. Published in Nucl.Instrum.Meth. A628 (2011) 99-102.   = 1,207 E 30 E 0,06 E 1,5 (:>=D) = 3,259 8. Dielectron production in Ar+KCl collisions at 1.76A GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2011. 16 pp., 102 authors. Published in Phys.Rev. C84 (2011) 014902.   = 3,308 E 30 E 0,06 = 5,954 9. Production of pions, kaons and protons in pp collisions at s " =900 GeV with ALICE at the LHC. ALICE Collaboration (K. Aamodt (Oslo U.) et al.). Jan 2011. 30 pp., 1061 authors. Published in Eur.Phys.J. C71 (2011) 1655.   = 3,631 E 30 E 0,04 = 4,357 10. Femtoscopy of pp collisions at s " =0.9 and 7 TeV at the LHC with two-pion Bose-Einstein correlations. ALICELVAL Collaboration (K. Aamodt (Bergen U.) et al.). Jan 2011. 21 pp., 922 authors. Published in Phys.Rev. D84 (2011) 112004.   = 4,558 E 30 E 0,04 = 5,470 11. Two-pion Bose-Einstein correlations in central Pb-Pb collisions at sqrt(s N N) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Jan 2011. 18 pp., 921 authors. Published in Phys.Lett. B696 (2011) 328-337.   = 3,955 E 30 E 0,04 = 4,746 12. Strange particle production in proton-proton collisions at sqrt(s) = 0.9 TeV with ALICE at the LHC. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Dec 2010. 34 pp., 917 authors. Published in Eur.Phys.J. C71 (2011) 1594.   = 3,631 E 30 E 0,04 = 4,357 13. Centrality dependence of the charged-particle multiplicity density at mid-rapidity in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Dec 2010. 14 pp., 913 authors. Published in Phys.Rev.Lett. 106 (2011) 032301.   = 7,370 E 30 E 0,04 = 8,844 14. Suppression of Charged Particle Production at Large Transverse Momentum in Central Pb--Pb Collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Dec 2010. 16 pp., 916 authors. Published in Phys.Lett. B696 (2011) 30-39.   = 3,955 E 30 E 0,04 = 4,746 15. Studying hadron properties in baryonic matter with HADES. HADES Collaboration (A. Kugler (Rez, Nucl. Phys. Inst.) et al.). 2010. 4 pp., 98 authors. Published in AIP Conf.Proc. 1257 (2010) 691-694, Nucl.Phys. A855 (2011) 261-264.   = 1,540 E 30 E 0,075 E 1,5 (:>=D) = 5,198 16. Hyperon production in Ar+KCl collisions at 1.76A GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Oct 2010. 8 pp., 113 authors. Published in Eur.Phys.J. A47 (2011) 21.   = 2,190 E 30 E 0,06 = 3,942 17. Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kin) = 3.5 GeV. HADES Collaboration (Michael Weber (Munich, Tech. U.) et al.). 2011. 7 pp., 90 authors. Published in J.Phys.Conf.Ser. 316 (2011) 012007.   = 1LVAL ,680 E 30 E 0,075 E 1,5 (:>=D) = 5,670 !C<<0@=K9   = 78,781 @5?@8=BK, M;5:B@>==K9 0@E82 2012 3. 1. Long-range angular correlations on the near and away side in p-Pb collisions at sqrt(sNN) = 5.02 TeV. ALICE Collaboration (Betty Abelev et al.). Dec 10, 2012. 22 pp. CERN-PH-EP-2012-359 e-Print: arXiv:1212.2001 [nucl-ex], 976 authors.   = 4,0 E 0,04 = 0,160 2. Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at s NN " " " " =5.02 TeV. ALICE Collaboration (Betty Abelev et al.). Oct 2012. 16 pp. CERN-PH-EP-2012-306 e-Print: arXiv:1210.4520 [nucl-ex], 978 authors.   = 4,0 E 0,04 = 0,160 3. Pseudorapidity density of charged particles p -Pb collisions at s NN " " " " =5.02 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 16 pp. e-Print: arXiv:1210.3615 [nucl-ex], 977 authors.   = 4,0 E 0,04 = 0,160 4. Coherent J/ photoproduction in ultra-peripheral Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Sep 2012. CERN-PH-EP-2012-270 e-Print: arXiv:1209.3715 [nucl-ex], 975 authors.   = 4,0 E 0,04 = 0,160 5. Pion, Kaon, and Proton Production in Central Pb--Pb Collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 15 pp. CERN-PH-EP-2012-230 e-Print: arXiv:1208.1974 [hep-ex] | PDF, 960 authors.   = 4,0 E 0,04 = 0,160 6. Measurement of electrons from beauty hadron decays in pp collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 15 pp., 985 authors. e-Print: arXiv:1208.1902 [hep-ex] | PDF   = 4,0 E 0,04 = 0,160 7. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko et al.. Aug 2012. 5 pp., 95 authors. e-PrintLVAL : arXiv:1208.0205 [nucl-ex] | PDF   = 4,0 E 0,075 = 0,300 8. Net-Charge Fluctuations in Pb-Pb collisions at \surds_NN = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. 10 pp., 959 authors. e-Print: arXiv:1207.6068 [nucl-ex] | PDF   = 4,0 E 0,04 = 0,160 9. Charge separation relative to the reaction plane in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012., 959 authors. CERN-PH-EP-2012-183 e-Print: arXiv:1207.0900 [nucl-ex] | PDF   = 4,0 E 0,04 = 0,160 10. Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at \snn=2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp., 964 authors. CERN-PH-EP-2012-142 e-Print: arXiv:1205.5761 [nucl-ex] | PDF   = 4,0 E 0,04 = 0,160 11. Measurement of electrons from semileptonic heavy-flavour hadron decays in pp collisions at \sqrt{s} = 7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 34 pp., 965 authors. CERN-PH-EP-2012-131 e-Print: arXiv:1205.5423 [hep-ex] | PDF   = 4,0 E 0,04 = 0,160 12. Determination of the (1385) 0 /(1405) ratio in p+p collisions at 3.5 GeV. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, E. Castro, J.C. Chen et al.. Feb 2012. 7 pp., 101 authors. e-Print: arXiv:1202.0232 [nucl-ex] | PDF.   = 4,0 E 0,06 = 0,240 !C<<0@=K9   = 2,140 2011 3. 1. Electromagnetic Calorimeter for HADES. W. Czyzycki (Cracow Tech. U.), E. Epple, L. Fabbietti (Munich, Tech. U., Universe), M. Golubeva, F. Guber, A. Ivashkin (Moscow, INR), M. Kajetanowicz (Jagiellonian U.), A. Krasa, F. Krizek, A. Kugler (Rez, Nucl. Phys. Inst.) et al.. Sep 2011. 40 pp., 20 authors. e-Print: arXiv:1109.5550 [nucl-ex] |   = 4,0 E 0,1 = 0,400 2. Single and double pion production in np collisions at 1.25 GeV with HADES. HADES CozLVALllaboration (A.K. Kurilkin et al.). Feb 2011. 6 pp., 100 authors. To appear in the proceedings of Conference: C10-10-04.6 e-Print: arXiv:1102.1843 [nucl-ex] | PDF   = 4,0 E 0,06 = 0,240 3. Cross section in deuteron-proton elastic scattering at 1.25 GeV/u. HADES Collaboration (P.K. Kurilkin et al.). Feb 2011. 6 pp., 100 authors. e-Print: arXiv:1102.1610 [nucl-ex] | PDF   = 4,0 E 0,06 = 0,240 4. AA;54>20=85 ?@>F5AA0 @07<=>65=8O M;5:B@>=>2 2 <8:@>AB@C:BC@=KE 307>2KE 45B5:B>@0E. . 078=, .. 5H5B8=, @5?@8=B /  1294/2011, 2 02B>@0.   = 4,0 / 2 = 2,000 !C<<0@=K9   = 2,880 C:>2>4AB2> 0A?8@0=B0<8 8 48?;><=8:0<8: 1. $ <8B@89 =4@5528G (0A?8@0=BC@0 /  A 8N=O 2011 3.) (2K?CA:=8: $", 2010 3.) A?5F80;L=>ABL 01.04.01 @81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0CG=0O B5<0: 07@01>B:0 G5@5=:>2A:>3> 45B5:B>@0 A :>;LF52K< 87>1@065=85< 4;O 845=B8D8:0F88 @5;OB828ABA:8E G0AB8F   = 30 E 2 3>40 = 60 2. #'! .@89 ;048<8@>28G (10:0;02@, <038AB@0BC@0, 2011 3.) ($", $$-, 3@C??0 481).   = 10. 3. ( @A5=89 3>@528G (10:0;02@, 2011-2012 3.; <038AB@0BC@0, 2012 3.) (ABC45=B 5 :C@A0 $", $$-) "5<0: 7<5@5=85 E0@0:B5@8AB8: 45B5:B>@>2 '5@5=:>20 8 307>2KE M;5:B@>==KE C<=>68B5;59 4;O @538AB@0F88 @5;OB828ABA:8E G0AB8F.   = 10 E 2 3>40 = 20 !C<<0@=K9   = 90 57C;LB8@CNI89   70 2011-2012 33. = 368.607 1I89 8=45:A F8B8@>20=8O: 3511LVALvNG ">?8;LA:0O 0B0;8O !5@0D8<>2=0 >4 @>645=8O. 23.11.1946 3. 0B0 70I8BK 48AA5@B0F88 1994 3. >;6=>ABL !.=.A. !?8A>: >?C1;8:>20==KE @01>B 70 2011-2012 3.3. A C:070=85< :>;-2> 02B>@>2. 1). ..C@5?8=, .!.">?8;LA:0O, ..>;C1520 >645=85 A>AB>O=89 G0@<>=8O 2 M:A?5@8<5=B0E A D8:A8@>20==>9 <8H5=LN =0 ?CG:0E SPS 8 LHC 2 & 5. /4. $878:0, 74, !3 (2011) 467-473. A.B.Kurepin, N.S.Topilskaya, M.B.Golubeva Charmonium production in fixed-target experiments with SPS and LHC beams at CERN. Phys.Atom.Nucl.74:446-452,2011.  =0.568*60/3=11.36 2). .!.">?8;LA:0O >645=85 G0@<>=8O 2 ?@>B>=-?@>B>==KE AB>;:=>25=8OE 8 AB>;:=>25=8OE O45@ A28=F0 8 A@02=5=85 @57C;LB0B>2, ?>;CG5==KE 2 & 5 8 @C:E5925=5. /4. $878:0 (2012)  =0.568*60=34.08 3). N.S.Topilskaya and A.B.Kurepin  Charmonium production in p-p and lead-lead collisions at CERN and comparison with RHIC data . PoS(QNP2012)157  =8/2 =4 4). A.I.Maevskaya, A.B.Kurepin, N.S.Topilskaya, C.Hohue  Charmonium production in p-p and Pb-Pb collisions at CBM . Technical project of RHIC detector for CBM (2012)  = 8/4 =2 5), N.S.Topilskaya and A.B.Kurepin  Charmonium production in heavy ion collisions . PoS(Baldin_ISHEPP_XXI)049.  = 8/2 =4   ?> ?C1;8:0F8O< = 55.44 1. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2011 -2012 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 2011-2012 33. . 1). .!.">?8;LA:0O- A5:F8>==K9 4>:;04 >645=85 G0@<>=8O 2 ?@>B>=-?@>B>==KE AB>;:=>25=8OE 8 AB>;:=>25=8OE O45@ A28=F0 8 A@02=5=85 @57C;LB0B>2, ?>;CG5==KE 2 & 5 8 @C:E5925=5. 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, >A:20, "-$, 21-25 =>O1@O 2011 3.   =4 2). ..Kurepin, N.S.Topilskaya, M.B.Golubeva-  Fixed target charmonium production with proton and lead beams at LHC XXII International Conference on Ultrarelativistic Nucleus-Nucleus Collisions, Quark Matter 2011, Annecy, France, 23-28 May, 2011.   =6/3=2 3). N`LVALp.S.Topilskaya- ?@83;0H5===K9 4>:;04  Charmonium production in p-p and lead-lead collisions and comparison of CERN and RHIC results . VI International Conference  Quarks and Nuclear Physics , QNP2012, April 16-20, 2012, Ecole Polytechnique, Palaiseau, Paris.   =30 4). N.S.Topilskaya- ?@83;0H5==K9 A5:F8>==K9 4>:;04  Charmonium production in heavy ion collisions . XXI International Baldin Seminar on High Energy Physics Problems, Dubna, 1 2-15 September 2012.   =6 5). H.C.To?8;LA:0O  A5:F8>==K9 4>:;04  -DD5:BK O45@=>9 A@54K 2 @>645=88 G0@<>=8O ?@8 AB>;:=>25=== BO65;KE 8>=>2 564C=0@>4=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, >A:20, $, 12-16 =>O1@O 2012 3.   =6 2. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. (5@5E ;5:A0=4@ ;5:A0=4@>28G, $", 3@.781 (2011 3.)   =10 3. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5.  @0<:0E :C@A0 ;5:F89 4;O ABC45=B>2 5;OB828ABA:0O O45@=0O D878:0, 2011 33. (..C@5?8=) :C@A -:A?5@8<5=BK NA50, NA60 8 ALICE 2 & 5 8 PHENIX =0 RHIC5 ?> @>645=8N 48<N>==KE ?0@ 8 G0@<>=8O 2 AB>;:=>25=88 @5;OB828ABA:8E O45@ (4>@01>B:0 :064K9 3>4)   =8 4. @C30O 7=0G8<0O 8=D>@<0F8O. C5:@5B0@L >1I5<>A:>2A:>3> A5<8=0@0 ?> @5;OB828ABA:>9 O45@=>9 D878:5, @C:>2>48B5;L ..C@5?8= "+   = 121.44LVALv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alyshkin, I. Pshenichnov, I. Mishustin, T. Hughes, O. Heid, W. Greiner, Neutron production and energy deposition in fissile spallation targets studied with Geant4 toolkit, Nucl. Inst.Meth. B 289 (2012) 79  =1.211*30/6 = 6.055 23. M. Bleicher, L. Burigo, M. Durante, M. Herrlitz, M. Kraemer, I. Mishustin, I. Mueller, F. Natale, I. Pshenichnov, S. Schramm, G. Taucher-Scholz, W. Waelzlein, Nanolesions induced by heavy ions in human tissues: Experimental and theoretical studies, Beilstein J. Nanotechnol. 3 (2012) 556  =0.789*30*0.1 = 2.367 24. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 109 (2012) 252302  =7.370*30*0.04 = 8.844 25. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Production of Muons from Heavy Flavor Decays at Forward Rapidity in pp and Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 109 (2012) 112301  =7.370*30*LVAL 0.04 = 8.844 26. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J/psi Suppression at Forward Rapidity in Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 109 (2012) 072301  =7.370*30*0.04 = 8.844 27. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Underlying Event measurements in pp collisions at "s = 0.9 and 7 TeV with the ALICE experiment at the LHC, J. High Energy Phys. 1207 (2012) 116  =5.831*30*0.04 = 6.997 28. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multi-strange baryon production in pp collisions at "s = 7 TeV with ALICE, Phys. Lett. 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Schramm, Monte Carlo simulations of ion-beam cancer therapy at macro- and microscopic scales, Invited talk at International nanobic-workshop on structure formation on the nanometer scale by focused energy application  mechanisms and functional properties, Rauischholzhausen, Germany, October 9 to October 11, 2011   = 6 3. I.A. Pshenichnov, I.N.Mishustin, Electromagnetic fragmentation of nuclei at the LHC, Invited talk at 3rd International Conference on Nuclear Fragmentation, Kemer (Antalya), Turkey October 2  October 9, 2011   = 6 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 16. I. Pshenichnov, Electromagnetic fragmentation of nuclei at heavy-ion colliders, Talk given at XIII International Seminar on Electromagnetic Interactions of Nuclei, September 20-23, Moscow, Russia   = 6 17. E. Karpechev, I. Pshenichnov, T. Karavicheva, A. Kurepin, Emission of neutrons in electromagnetic fragmentation of In and Pb nuclei at the CERN SPS, Talk given at XIII International Seminar on Electromagnetic Interactions of Nuclei, September 20-23, Moscow, Russia   = 6/4 = 1.5 18. I.A. Pshenichnov, Heavy-ion physics applied to cancer therapy: between basic science and medicine, Dual Year Russia-Spain, Particle Physics, Nuclear Physics and Astroparticle Physics, Barcelona, 8-11 Nov, 2011   = 6 19. Y. Malyshkin, I. Pshenichnov, I. Mishustin, W. Greiner, Modeling spallation reactions in tungsten and uraniumf LVALv targets with the Geant4 toolkit, in Third International Workshop on Compound Nuclear Reactions and Related Topics, CNR*11, Prague, Czech Republic, 19 - 23 September 2011, vol. 21 of EPJ Web of Conferences, p. 10006. 2012.   = 6/4 * 1.5 = 2.25 A53> ?> :>=D5@5=F8O<:   = 57.75 B>3>2K9  :   = 300.717LVALvNG !04>2A:89 ;5:A0=4@ !5@35528G 1974 3>40 @>645=8O, Dr.Rer.Nat (:.D.-<.=.) 2007 3. Ph.D. TU-Dresden. 2009 3. ?>;CG5=> 3>A. 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Rustamov et al. (By HADES Collaboration) /Dilepton production studied with the HADES spectrometer. // Int.J.Mod.Phys.A26:384-389,2011 6pp {106 authors}   = 1,053 E 30 E 0,06 E 1,5 (:>=D) = 2,843 4. Deuteron-proton elastic scattering at 1.25-GeV/u. HADES Collaboration (Pavel K. Kurilkin (Dubna, JINR) for the HADES collaboration). 2011 Int.J.Mod.Phys. A26 (2011) 668-670, Prepared for Conference: C10-06-10 {106 authors}   = 1,053 E 30 E 0,06 = 1,895 5. Michael Weber et al. (By HADES Collaboration) /Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kin) = 3.5-GeV. // J.Phys.Conf.Ser.316:012007,20, 7 pp {92 authors}   = 8E 0,06 = 0,48 6. Jerzy Pietraszko et al. (By HADES Collaboration) / Probing properties of nuclear matter with HADES // PoS BORMIO2011:054,2011., 11 pp {106 authors}   = 8 E 0,06 = 0,480 7. Forward Hadron Calorimeter for Measurements of Projectile Spectators in Heavy-Ion Experiment, M. B. Golubeva, F.F.Guber, A. P. Ivashkin, A. B. Kurepin, V. N. Marin, A. S. Sadovsky and O. A. Petukhov. Physics of Atomic Nuclei, 2012, Vol. 75, No. 6, pp. 673 675.   = 0,568 E 60 / 7 = 4.87 8. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c // Phys.Rev.C84:034604,2011,27 pp {104 authors}   = 3,308 E 30 E 0,06 = 5,954 !C<<0@=K9   = 30,36 @5?@8=BK, M;5:B@>==K9 0@E82 2012 3. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko et al.. Aug 2012. 5 pp., 95 authors. e-Print: arXiv:1208.0205 [nucl-ex]   = 4,0 E 0,075 = 0,300 Determination of the (1385)_0/(1405) ratio in p+p collisions at 3.5 GeV. G. Agakishiev, A. Balanda, D. Belver, A.V. BelyaLVAL ev, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, E. Castro, J.C. Chen et al.. Feb 2012. 7 pp., 101 authors. e-Print: arXiv:1202.0232 [nucl-ex]   = 4,0 E 0,06 = 0,240 Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. A. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012. e-Print: arXiv:1205.4864 [physics.ins-det]   = 4,0 E 0,06 = 0,240 Report from the NA61/SHINE experiment at the CERN SPS.NA61/SHINE Collaboration (N. Abgrall, (Geneva U.), & O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev, O.Petukhov, A.Sadovsky& et al et al.). CERN-SPSC-2012-029; SPSC-SR-107   = 4,0 x 0,06 = 0,24 Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. Ivashkin,F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012. e-Print: arXiv:1205.4864 [physics.ins-det]   = 4,0 E 0,06 = 0,240 2011 3. N Abgrall et al. (By NA61/SHINE Collaboration) / Status of the evidence for the onset of deconfinement and the urgent need for primary Ar beams // CERN-SPSC-2011-028 ; SPSC-M-775. - 2011.   =4*0.06=0,24 N Abgrall et al. (By NA61/SHINE Collaboration) / The 2010 test of secondary light ion beams // CERN-SPSC-2011-005 ; SPSC-SR-077. - 2011.   =4*0.06=0,24 Single and double pion production in np collisions at 1.25 GeV with HADES. HADES Collaboration (A.K. Kurilkin et al.). Feb 2011. 6 pp., 100 authors. To appear in the proceedings of Conference: C10-10-04.6 e-Print: arXiv:1102.1843 [nucl-ex]   = 4,0 E 0,06 = 0,240 Cross section in deuteron-proton elastic scattering at 1.25 GeV/u. HADES Collaboration (P.K. Kurilkin et al.). Feb 2011. 6 pp., 100 authors. e-Print: arXiv:1102.1610 [nucl-ex]   = 4,0 E 0,06 = 0,240   ?> ?@5?@8=B0< 2,22 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: INDIAN. A.Sadovsky, O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, ALVAL.Reshetin, E.Usenko;  Study of the reaction plane reconstruction for HADES and CBM at SIS-100 , 23rd Indian-Summer School and 6th HADES Summer School on Physics at FAIR (FAIR11), October 3-7, 2011 in Rez/Prague, Czech Republic. http://rafael.ujf.cas.cz/school11/index.php?location=Presentations 564C=0@>4=0O ;5B=OO H:>;0. !?8A>: CG0AB=8:>2: http://rafael.ujf.cas.cz/school11/index.php?location=Participants  =6 0CG=> >1@07>20B5;L=K5 :C@AK '8B0; ;5:F88 4;O 3@C??K ABC45=B>2 :0D54@K $$- $" (10-9 A5<5AB@ D52@0;L-<09 2012 3.)  -:A?5@8<5=B0;L=0O O45@=0O D878:0 2<5AB> .. C@5?8=0, 225; =>2K5 0:BC0;L=K5 <0B5@80;K ?>: 1. M:A?5@8<5=B0< KaoS, HADES, NA61 2. 078<CB0;L=K< ?>B>:0< 8 <5B>48:5 2>AAB0=>2;5=8O ?;>A:>AB8 @50:F88 2 AB>;:=>25=8OE BO65;KE 8>=>2 (=>2K9 <0B5@80; 70=8<05B 2 AC<<5 2*(2*45) <8=CB (8;8 425 ;5:F88).  9-< A5<5AB@5 (A5=BO1@L->:BO1@L 2012) G8B0; B>;L:> 5 ;5:F89 225; =>2K9 0:BC0;L=K9 <0B5@80;: 3. ?> <5B>48:0< 2>AAB0=>2;5=8O B@5:>2 70@O65==KE G0AB8F 2 <03=8B=>< ?>;5. (=>2K9 <0B5@80; 70=8<05B 2 AC<<5 2*(2*45)<8=CB (8;8 425 ;5:F88)  =8*2=16 ( ?> :064><C A5<5AB@C) "+   = 49.58 + 30.36 + 2,22 +6 + 16 =104,16LVALvNG 0@028G520 "0BLO=0 L2>2=0 1951 3.@., :0=4840B D87.-<0B. =0C: (1999), A=A 2012 1. Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at "sNN=2.76 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Rev. Lett. 109 (2012) 252302  = 7,37 * 30 * 0,04 = 8,844 2. Production of Muons from Heavy Flavor Decays at Forward Rapidity in pp and Pb-Pb Collisions at "sNN=2.76 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Rev. Lett. 109 (2012) 112301  = 7,37 * 30 * 0,04 = 8,844 3 .J/psi Suppression at Forward Rapidity in Pb-Pb Collisions at "sNN=2.76 TeV B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Rev. Lett. 109 (2012) 112301  = 7,37 * 30 * 0,04 = 8,844 4. Underlying Event measurements in pp collisions at "s = 0.9 and 7 TeV with the ALICE experiment at the LHC, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration J. High Energy Phys. 1207 (2012) 116  = 5,831 * 30 * 0,04 = 6,9972 5 Multi-strange baryon production in pp collisions at "s = 7 TeV with ALICE, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration Phys. Lett. B 712 (2012) 309  = 3,955 * 30 * 0,04 = 4,746 6. Measurement of event background fluctuations for charged particle jet reconstruction in Pb-Pb collisions at "sNN = 2.76 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. KureLVAL pin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J. High Energy Phys. 1203 (2012) 053  = 5,831 * 30 * 0,04 = 6,9972 7. Light vector meson production in pp collisions at "s = 7 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Lett. B 710 (2012) 557  = 3,955 * 30 * 0,04 = 4,746 8 Particle-Yield Modification in Jetlike Azimuthal Dihadron Correlations in Pb-Pb Collisions at "sNN = 2.76 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Rev. Lett. 108 (2012) 092301  = 7,37 * 30 * 0,04 = 8,844 9 Collaboration,Harmonic decomposition of two particle angular correlations in Pb-Pb collisions at "sNN = 2.76 TeV Phys. Lett. B 708 (2012) 249  = 3,955 * 30 * 0,04 = 4,746 10 Heavy flavour decay muon production at forward rapidity in proton-proton collisions at "s = 7 TeV B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Lett. B 708 (2012) 256  = 3,955 * 30 * 0,04 = 4,746 11 J/psi Polarization in pp Collisions at "s=7 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Rev. Lett. 108 (2012) 082001  = 7,37 * 30 * 0,04 = 8,844 12. Measurement of charm production at central rapidity in proton-proton collisions at "s=2.76 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J. High Energy Phys. 1201 (2012) 191  = 5,831 * 30 * 0,04 = 6,9972 13 SuppressionLVAL of high transverse momentum D mesons in central Pb-Pb collisions at "sNN = 2.76 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J. High Energy Phys. 1209 (2012) 112  = 5,831 * 30 * 0,04 = 6,9972 14 Inclusive J/psi production in pp collisions at "s = 2.76 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Lett. B 718 (2012) 295  = 3,955 * 30 * 0,04 = 4,746 15 Measurement of prompt J/psi and beauty hadron production cross sections at mid-rapidity in pp collisions at "s = 7 TeV B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J. High Energy Phys. 1211 (2012) 165  = 5,831 * 30 * 0,04 = 6,9972 16. J/psi production as a function of charged particle multiplicity in pp collisions at "s = 7 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Lett. B 712 (2012) 165  = 3,955 * 30 * 0,04 = 4,746 17 Neutral pion and eta meson production in proton-proton collisions at "s = 0.9 TeV and "s = 7 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Lett. B 717 (2012) 162  = 3,955 * 30 * 0,04 = 4,746 18 DS+ meson production at central rapidity in proton-proton collisions at "s = 7 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Lett. B 718 (2012) 279  = 3,955 * 30 * 0,04 = 4,746 LVAL 19 Transverse sphericity of primary charged particles in minimum bias proton-proton collisions at "s = 0.9, 2.76 and 7 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Eur. Phys. J. C 72 (2012) 2124  = 3,631 * 30 * 0,04 = 4,3572 20 Production of K*0(892) and phi(1020) in pp collisions at "s = 7 TeV B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Eur. Phys. J. C 72 (2012) 2183  = 3,631 * 30 * 0,04 = 4,3572 21 K0s-K0s correlations in pp collisions at "s = 7 TeV from the LHC ALICE experiment, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Lett. B 717 (2012) 151  = 3,955 * 30 * 0,04 4,746 22 Measurement of charm production at central rapidity in proton-proton collisions at "s=7 TeV 1. K.Aamodt,.., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J. High Energy Phys. 1201 (2012) 128  = 5,831 * 30 * 0,04 = 6,9972 23 Study of hadron properties in cold nuclear matter with HADES. HADES Collaboration (P. Tlusty (Rez, Nucl. Phys. Inst.) et al.). 2012. 10 pp., 82 authors. Published in PoS BORMIO2012 (2012) 019  = 8 * 0,075 = 0,6 24 The HADES-at-FAIR project. HADES Collaboration (K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) et al.). 2012. 5 pp. 121 authors. Published in Phys.Atom.Nucl. 75 (2012) 589-593.  = 0,568 * 30 * 0,04 = 0,6816 25 First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). May 2012. 6 pp., 97 authors Published in Phys.Lett. B715 (2012) 30LVAL 4-309  = 3,955 * 30 * 0,075 = 8,89875 26 Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp., 95 authors Published in Phys.Rev. C85 (2012) 054005  = 3,308 * 30 * 0,075 = 7,443 27 Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 22 pp., 95 authors. Published in Eur.Phys.J. A48 (2012) 74.  = 2,19 * 30 * 0,075 = 4,9275 28 Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Bohmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN & Orsay, LPT), P. Cabanelas, E. Castro (Santiago de Compostela U.) et al.. Feb 2012. 15 pp., 103 authors Published in Nucl.Phys. A881 (2012) 178-186.  = 1,54 * 30 * 0,06 = 2,772 29 Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). 2012. 11 pp., 102 authors. Published in Eur.Phys.J. A48 (2012) 64  = 2,19 * 30 * 0,06 = 3,942 30. Baryonic resonances close to the K N threshold: The Case of (1385) + in pp collisions. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Sep 2011. 12 pp., 102 authors. Published in Phys.Rev. C85 (2012) 035203.  = 3,308 * 30 * 0,06 = 5,9544 31 Measurement of inelastic, single- and double-diffraction cross sections in proton--proton collisions at the LHC with ALICE. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp., 978 authors. Published in Submitted to: Eur. Phys. J. C  = 3,631 * 30 * 0,04 = 4,3572 32 Centrality Dependence of Charged Particle Production at Large Transverse MLVAL omentum in Pb--Pb Collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 18 pp., 985 authors. Published in Submitted to: Phys.Lett.B  = 3,955 * 30 * 0,04 = 4,746 33 Luminosity determination in ALICE with T0 and V0 detectors. ALICE T0 and V0 Collaboration (T. Malkiewicz (Jyvaskyla U.) et al.). 2011. 6 pp. Published in Indian J.Phys. 85 (2011) 965-970 ,21 authous Prepared for Conference: C08-02-04.2  = 0,291 * 30 * 0,075 = 0,65475 2011 1 Probing properties of nuclear matter with HADES. HADES Collaboration (Jerzy Pietraszko (Frankfurt U., Inst. Kernphys.) et al.). 2011. 11 pp., 100 authors. Published in PoS BORMIO2011 (2011) 054.  = 8 * 0,06 = 0,48 2 Luminosity determination in ALICE with T0 and V0 detectors. ALICE T0 and V0 Collaboration (T. Malkiewicz (Jyvaskyla U.) et al.). 2011. 6 pp., 21 authors. Published in Indian J.Phys. 85 (2011) 965-970.  = 0,381 * 30 * 0,1 = 1,143 3 p p and pi pi intensity interferometry in collisions of Ar + KCl at 1.76A-GeV. HADES Collaboration (G. Agakishiev (Giessen U.) et al.). 2011. 8 pp., 113 authors. Published in Eur.Phys.J. A47 (2011) 63.  = 2,19 * 30 * 0,06 = 3,942 4 Higher harmonic anisotropic flow measurements of charged particles in Pb-Pb collisions at sqrt(s_{(NN)}) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). May 2011. 10 pp., 945 authors. Published in Phys.Rev.Lett. 107 (2011) 032301  = 7,37 * 30 * 0,04 = 8,844 5 Rapidity and transverse momentum dependence of inclusive J/psi production in pp collisions at s " =7 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). May 2011. 23 pp., 926 authors. Published in Phys.Lett. B704 (2011) 442-455.  = 3,955 * 30 * 0,04 = 4,746 6 Dilepton production studied with the HADES spectrometer. HADES Collaboration (A. Rustamov (Darmstadt, GSI) et al.). 2011. 6 pp., 100 authors. Published in Int.J.Mod.Phys. A26 (2011) 384-389.  = 1,053 LVAL * 30 * 0,06 = 1,895 7 The MPD detector at the NICA heavy-ion collider at JINR. Kh.U. Abraamyan, S.V. Afanasiev, V.S. Alfeev, N. Anfimov, D. Arkhipkin, P.Zh. Aslanyan, V.A. Babkin (Dubna, JINR), M.I. Baznat (IAP, Chisinau), S.N. Bazylev, D. Blaschke (Dubna, JINR) et al.2011. 4 pp., 150 authors. Published in Nucl.Instrum.Meth. A628 (2011) 99-102.  = 1,207 * 30 * 0,06 = 2,173 8 Dielectron production in Ar+KCl collisions at 1.76A GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2011. 16 pp., 102 authors. Published in Phys.Rev. C84 (2011) 014902.  = 3,308 * 30 * 0,06 = 5,9544 9 Production of pions, kaons and protons in pp collisions at s " =900 GeV with ALICE at the LHC. ALICE Collaboration (K. Aamodt (Oslo U.) et al.). Jan 2011. 30 pp., 1061 authors. Published in Eur.Phys.J. C71 (2011) 1655  = 3,631 * 30 * 0,04 = 4,3572 10 Femtoscopy of pp collisions at s " =0.9 and 7 TeV at the LHC with two-pion Bose-Einstein correlations. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Jan 2011. 21 pp., 922 authors. Published in Phys.Rev. D84 (2011) 112004.  = 4,558 * 30 * 0,04 = 5,4696 11 Two-pion Bose-Einstein correlations in central Pb-Pb collisions at sqrt(s N N) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Jan 2011. 18 pp., 921 authors. Published in Phys.Lett. B696 (2011) 328-337.  = 3,955 * 30 * 0,04 = 4,746 12 Strange particle production in proton-proton collisions at sqrt(s) = 0.9 TeV with ALICE at the LHC. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Dec 2010. 34 pp., 917 authors. Published in Eur.Phys.J. C71 (2011) 1594.  = 3,631 * 30 * 0,04 = 4,3572 13 Centrality dependence of the charged-particle multiplicity density at mid-rapidity in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Dec 2010. 14 pp., 913 authors. Published in Phys.Rev.Lett. 106 (2011) 032301.  = 7,37 * 30 * 0,04 = 8,844 14 Suppression of Charged Particle ProductioLVAL n at Large Transverse Momentum in Central Pb--Pb Collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Dec 2010. 16 pp., 916 authors. Published in Phys.Lett. B696 (2011) 30-39.  = 3,955 * 30 * 0,04 = 4,746 15 Studying hadron properties in baryonic matter with HADES. HADES Collaboration (A. Kugler (Rez, Nucl. Phys. Inst.) et al.). 2010. 4 pp., 98 authors. Published in AIP Conf.Proc. 1257 (2010) 691-694, Nucl.Phys. A855 (2011) 261-264.  = 1,54 * 30 * 0,075 = 3,465 16 Hyperon production in Ar+KCl collisions at 1.76A GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Oct 2010. 8 pp., 113 authors. Published in Eur.Phys.J. A47 (2011) 21.  = 2,19 * 30 * 0,06 = 3,942 17 Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kin) = 3.5 GeV. HADES Collaboration (Michael Weber (Munich, Tech. U.) et al.). 2011. 7 pp., 90 authors. Published in J.Phys.Conf.Ser. 316 (2011) 012007.  = 1,68 * 30 * 0,075 = 3,78 18 Centrality Dependence of Charged Particle Production at Large Transverse Momentum in Pb--Pb Collisions at " s NN =2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 18 pp. Published in Submitted to: Phys.Lett.B >500  = 3,955 * 30 * 0,04 = 4,746 @5?@8=BK, M;5:B@>==K9 0@E82 2012 3. 1 Long-range angular correlations on the near and away side in p-Pb collisions at sqrt(sNN) = 5.02 TeV. ALICE Collaboration (Betty Abelev et al.). Dec 10, 2012. 22 pp. CERN-PH-EP-2012-359 e-Print: arXiv:1212.2001 [nucl-ex], 976 authors  = 4 * 1 * 0,04 = 0,16 2 Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at s NN " " " " =5.02 TeV. ALICE Collaboration (Betty Abelev et al.). Oct 2012. 16 pp. CERN-PH-EP-2012-306 e-Print: arXiv:1210.4520 [nucl-ex], 978 authors  = 4 * 1 * 0,04 = 0,16 3 Pseudorapidity density of charged particles p -Pb collisions at s NN " " " " =5.02 TeV. ALILVAL CE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 16 pp. e-Print: arXiv:1210.3615 [nucl-ex], 977 authors  = 4 * 1 * 0,04 = 0,16 4 Coherent J/ photoproduction in ultra-peripheral Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Sep 2012. CERN-PH-EP-2012-270 e-Print: arXiv:1209.3715 [nucl-ex], 975 authors.  = 4 * 1 * 0,04 = 0,16 5 Pion, Kaon, and Proton Production in Central Pb--Pb Collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 15 pp. CERN-PH-EP-2012-230 e-Print: arXiv:1208.1974 [hep-ex] | PDF, 960 authors  = 4 * 1 * 0,04 = 0,16 6 Measurement of electrons from beauty hadron decays in pp collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 15 pp., 985 authors. e-Print: arXiv:1208.1902 [hep-ex] | PDF  = 4 * 1 * 0,04 = 0,16 7 Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions. G. Agakishiev, A. Balanda, D. Belver, A.V. 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Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam enerLVAL gies of 25 GeV and 2.2 GeV with HADES. e-Print: arXiv:1203.1333 [nucl-ex  = 4 * 1 * 0,06 = 0,24 18 By HADES Collaboration (G.Agakishev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al.). Mar 2012. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 25 GeV and 2.2 GeV with HADES. DOI: 10.1140/epja/i2012-12074-9  = 4 * 1 * 0,06 = 0,24 19 By HADES Collaboration (G.Agakishev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al.). Mar 2012. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 25 GeV and 2.2 GeV with HADES. DOI: 10.1140/epja/i2012-12074-9  = 4 * 1 * 0,06 = 0,24 20 G. 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A?5F80;L=>ABL 0 04.01 @81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0CG=0O B5<0: 2B><0B878@>20==0O A8AB5<0 C?@02;5=8O AB0@B>2K< B@8335@=K< 45B5:B>@>< "0 M:A?5@8<5=B0 ALICE  = 30 * 2 = 60 2. $C@A @BC@ ;5:A0=4@>28G ( 10:0;02@, <038AB@0BC@0, 2011-2012 3.) -$" , 3@C??0 781 "5<0  :  7<5@5=85 ?;>B=>AB8 70@O65==KE G0AB8F ?@8 AB>;:=>25=88 8>=>2 A28=F0 A 8A?>;L7>20=85< 45B5:B>@0 T0 CAB0=>2:8 ALICE LHC CERN  = 10 * 2 = 20 3. !5@3552 <8B@89 ($" ,981 3@C??0 4 :C@A,10:0;02@,2012) "5<0  :  7<5@5=85 8 <>=8B>@8@>20=85 A25B8<>AB8 =0 CAB0=>2:5 ALICE c 8A?>;L7>20=85< 5B5:B>@>2 "0 8 VZERO  = 10 4. C?;8=A:89 ;5:A0=4@ ($", 981 3@C??0, 4 :C@A, 10:0;02@,2012) 1 "5<0  :  ?@545;5=85 F5=B@0;L=>AB8 O4@>-O45@=KE AB>;:=>25=89 =0 CAB0=>2:5 ALICE c 8A?>;L7>20=85< 5B5:B>@>2 "0 8 VZERO  = 10 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: E. Karpechev, I. Pshenichnov, T. Karavicheva, A. Kurepin, Emission of neutrons in electromagnetic fragmentation of In and Pb nuclei at the CERN SPS, Talk given at XIII International Seminar on Electromagnetic Interactions of Nuclei, September 20-23, Moscow, Russia  = 6 * 0,25 = 1,5 B>3>2K9   340,819LVALvNG 0@?5G52 235=89 ;048<8@>28G 0B0 @>645=8O: 15.03.1979 #G5=>5 720=85: 1/7 #G5=0O AB5?5=L: 1/A >;6=>ABL: <.=.A. !?8A>: >?C1;8:>20==KE @01>B 70 2011-20123.3. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: C1;8:0F88 2 2011-2012 3>40E: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2012 3. 46. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 109 (2012) 252302  =7.370*30*0.04 = 8.844 47. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. 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ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp., 965 authors. CERN-PH-EP-2012-155 e-Print: arXiv:1205.6443 [hep-ex] | PDF   = 4,0 E 0,04 = 0,160 10. Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at \snn=2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp., 964 authors. CERN-PH-EP-2012-142 e-Print: arXiv:1205.5761 [nucl-ex] | PDF   = 4,0 E 0,04 = 0,160 11. Measurement of electrons from semileptonic heavy-flavour hadron decays in pp collisions at \sqrt{s} = 7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 34 pp., 965 authors. CERN-PH-EP-2012-131 e-Print: arXiv:1205.5423 [hep-ex] | PDF   = 4,0 E 0,04 = 0,160 12. Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at {\surd}sNN = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). 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Revisiting the 'LSND anomaly' II: critique of the data analysis Authors:A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovitch, A. Elagin, D. Emelyanov, M. Gostkin, A. Guskov, Z. Kroumchtein, Y. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, J. Wotschack, A. De Min, V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Y. Sviridov, E. Usenko, V. Zaets Published in Eur.Phys.J !   =3,631*30*0,10=10,893 e-Print: arXiv:1112.0907   =0,4 3. Cross-sections of large-angle hadron production in proton-- and pion--nucleus interactions VIII: aluminium nuclei and beam momenta from {\pm}3 GeV/c to {\pm}15 GeV/c Authors:A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovitch, A. Elagin, D. Emelyanov, M. Gostkin, A. Guskov, Z. Kroumchtein, Y. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, J. Wotschack, A. De Min, V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Y. Sviridov, E. Usenko, V. Zaets Published in Eur.Phys.J. !   =3,631*30*0,10=10,893 4. Cross-sections of large-angle hadron production in proton- and pion-nucleus interactions VII: tin nuclei and beam momenta from \pm3 GeV/c to \pm15 GeV/c Authors:The HARP-CDP Group: A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovitch, A. Elagin, D. Emelyanov, M. Gostkin, A. Guskov, Z. KLVALroumchtein, Y. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, J. Wotschack, A. De Min, V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Y. Sviridov, E. Usenko, V. Zaets Published in Eur.Phys.J. !   =3,631*30*0,10=10,893 2012. 1. Revisiting the 'LSND anomaly' I: impact of new data Authors:The HARP-CDP Group: A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovitch, A. Elagin, D. Emelyanov, M. Gostkin, A. Guskov, Z. Kroumchtein, Y. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, J. Wotschack, A. De Min, V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Y. Sviridov, E. Usenko, V. Zaets Published in Phys. Rev. D 85, 092009 (2012) [13 pages]]   =4,558*30*0,1=13,674 2. Revisiting the 'LSND anomaly' II: impact of new data Authors:The HARP-CDP Group: A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovitch, A. Elagin, D. Emelyanov, M. Gostkin, A. Guskov, Z. Kroumchtein, Y. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, J. Wotschack, A. De Min, V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Y. Sviridov, E. Usenko, V. Zaets Published in Phys. Rev. D 85, 092008 (2012) [18 pages]   =4,558*30*0,1=13,674 3. The HADES-at-FAIR project. HADES Collaboration (K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) , G. Agakishiev (Dubna, JINR) , A. Balanda (Jagiellonian U.) , R. Bassini (INFN, Milan) , Phys.Atom.Nucl. 75 (2012) 589-593   =0,568*60*0,06=2,045 4. The CBM time-of-flight wall. I. Deppner, N. Herrmann (Heidelberg U.) , D. Gonzalez-Diaz (Darmstadt, GSI) , V. Ammosov (Serpukhov, IHEP) , J. Cheng (Tsinghua U., Beijing) , M. Ciobanu (Darmstadt, GSI) , l. Show all 36 authors. Nucl.Instrum.Meth. A661 (2012) S121-S124   =1,207*30*0,10=3,621 B>3>2K9   = 77,386LVALvNG 0@8= 8:B>@ 8:>;0528G 1953 3>40 @>645=8O, =0CG=K9 A>B@C4=8: 01>@0B>@88 @5;OB828ABA:>9 O45@=>9 D878:8 B45;0 M:A?5@8<5=B0;L=>9 D878:8 !?8A>: >?C1;8:>20==KE @01>B 70 2011-20123.3. A C:070=85< :>;-20 02B>@>2. 2012 3. 1.Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c. By The NA61/SHINE Collaboration (N. Abgrall.., & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, A.Sadovsky& et al.), PhysRev C.85.035210, 2012   = 3,308 E 30 E 0,06 = 5,954 2. Forward Hadron Calorimeter for Measurements of Projectile Spectators in Heavy-Ion Experiment M. B. Golubeva, F.F.Guber, A. P. Ivashkin, A. B. Kurepin, V. N. Marin, A. S. Sadovsky and O. A. Petukhov. Physics of Atomic Nuclei, 2012, Vol. 75, No. 6, pp. 673 675.   = 0,568 E 60 / 7 = 4.87 3.Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.), & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, A.Sadovsky& et al et al.). Jul 2012. Nuclear Instruments and Methods in Physics Research A CERN-PH-EP-2012-188, e-Print: arXiv:1207.2114 .   = 1,207 E 30 E 0,06 = 2.173 !C<<0@=K9   = 12,997 2011 3. 1. Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c. NA61/SHINE Collaboration (N Abgrall (Geneva U.) et al.). Feb 2011. 27 pp. Published in Phys.Rev. C84 (2011) 034604   = 3,308 E 30 E 0,06 = 5,954 !C<<0@=K9   = 5,954 @5?@8=BK, M;5:B@>==K9 0@E82 2012 3. 1. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. A. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012. e-Print: arXiv:1205.4864 [physics.ins-det]   = 4,0 E 0,06 = 0,240 2. Report from the NA61/SHINE experiment at the CERN SPS. NA61/SHINE Collaboration (N. Abgrall (Geneva U.), & O.Busygina, M.Golubeva, F.Guber, A.Ivashkin LVAL , A.Kurepin, V.Marin, V.Matveev,, O.Petukhov, A.Sadovsky& et al et al.). CERN-SPSC-2012-029; SPSC-SR-107   = 4,0 E 2 x 0,06 = 0,48 3. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012. e-Print: arXiv:1205.4864 [physics.ins-det]   = 4,0 E 0,06 = 0,240 4.Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.), & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, A.Sadovsky& et al et al.). Jul 2012. 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Jun 2012. 33 pp. Published in Phys.Lett. B714 (2012) 158-179  =3,955*30*0.04=4,746 CMS-EXO-11-019, CERN-PH-EP-2012-157 DOI: 10.1016/j.physletb.2012.06.051 24. Search for high mass resonances decaying into tau-lepton pairs in pp collisions at sqrt(s) = 7 TeV. CMS Collaboration (SLVAL erguei Chatrchyan (Yerevan Phys. Inst.) et al.). Jun 2012. 29 pp. Published in Phys.Lett. B716 (2012) 82-102  =3,955*30*0.04=4,746 CMS-EXO-11-031, CERN-PH-EP-2012-137 DOI: 10.1016/j.physletb.2012.07.062 25. Search for a W2 or Techni- Decaying into W Z in pp Collisions at s"=7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Jun 2012. Published in Phys.Rev.Lett. 109 (2012) 141801  =7,37*30*0.04=8,844 CMS-EXO-11-041, CERN-PH-EP-2012-150 DOI: 10.1103/PhysRevLett.109.141801 26. Search for new physics with same-sign isolated dilepton events with jets and missing transverse energy. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). 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May 2012. 37 pp. Published in JHEP 1207 (2012) 143   =5,831*30*0.04=6.9972 CMS-HIG-11-019, CERN-PH-EP-2012-123 DOI: 10.1007/JHEP07(2012)143 30. Search for new physics in events with same-sign dileptons and b-tagged jets in pp collisions at s"=7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). May LVAL 2012. 35 pp. Published in JHEP 1208 (2012) 110   =5,831*30*0.04=6.9972 CMS-SUS-11-020, CERN-PH-EP-2012-127 DOI: 10.1007/JHEP08(2012)110 31. Measurement of the pseudorapidity and centrality dependence of the transverse energy density in PbPb collisions at sqrt(s[NN]) = 2.76 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). May 2012. Published in Phys.Rev.Lett. 109 (2012) 152303  =7,37*30*0.04=8,844 CMS-HIN-11-003, CERN-PH-EP-2012-116 DOI: 10.1103/PhysRevLett.109.152303 32. Measurement of the Lambda(b) cross section and the anti-Lambda(b) to Lambda(b) ratio with Lambda(b) to J/Psi Lambda decays in pp collisions at sqrt(s) = 7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). May 2012. Published in Phys.Lett. B714 (2012) 136-157  =3,955*30*0.04=4,746 CMS-BPH-11-007, CERN-PH-EP-2012-124 DOI: 10.1016/j.physletb.2012.05.063 33. Search for heavy long-lived charged particles in pp collisions at sqrt(s)=7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). May 2012. Published in Phys.Lett. B713 (2012) 408-433  =3,955*30*0.04=4,746 CMS-EXO-11-022, CERN-PH-EP-2012-093 DOI: 10.1016/j.physletb.2012.06.023 34. Observation of a new Xi(b) baryon. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Apr 2012. Published in Phys.Rev.Lett. 108 (2012) 252002  =7,37*30*0.04=8,844 CMS-BPH-12-001, CERN-PH-EP-2012-118 DOI: 10.1103/PhysRevLett.108.252002 35. Search for anomalous production of multilepton events in pp collisions at sqrt(s)=7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Apr 2012. Published in JHEP 1206 (2012) 169   =5,831*30*0.04=6.9972 CMS-SUS-11-013, CERN-PH-EP-2012-110 DOI: 10.1007/JHEP06(2012)169 36. Search for leptonic decays of W' bosons in pp collisions at sqrt(s)=7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Apr 2012. Published in JHEP 1208 (2012) 023   =5,831*30*0.04=6LVAL .9972 CMS-EXO-11-024, CERN-PH-EP-2012-103 DOI: 10.1007/JHEP08(2012)023 37. Search for physics beyond the standard model in events with a Z boson, jets, and missing transverse energy in pp collisions at sqrt(s) = 7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Apr 2012. Published in Phys.Lett. B716 (2012) 260-284  =3,955*30*0.04=4,746 CMS-SUS-11-021, CERN-PH-EP-2012-029 DOI: 10.1016/j.physletb.2012.08.026 38. Shape, transverse size, and charged hadron multiplicity of jets in pp collisions at 7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Apr 2012. Published in JHEP 1206 (2012) 160   =5,831*30*0.04=6.9972 CMS-QCD-10-029, CERN-PH-EP-2012-079 DOI: 10.1007/JHEP06(2012)160 39. Measurement of the mass difference between top and antitop quarks. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Apr 2012. Published in JHEP 1206 (2012) 109   =5,831*30*0.04=6.9972 CMS-TOP-11-019, CERN-PH-EP-2012-104 DOI: 10.1007/JHEP06(2012)109 40. Search for anomalous t t-bar production in the highly-boosted all-hadronic final state. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Apr 2012. Published in JHEP 1209 (2012) 029   =5,831*30*0.04=6.9972 CMS-EXO-11-006, CERN-PH-EP-2012-077 DOI: 10.1007/JHEP09(2012)029 41. Azimuthal anisotropy of charged particles at high transverse momenta in PbPb collisions at sqrt(s[NN]) = 2.76 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Apr 2012. 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Apr 2012. 29 pp. Published in JHEP 1205 (2012) 123   =5,831*30*0.04=6.9972 CMS-EXO-11-036, CERN-PH-EP-2012-100 DOI: 10.1007/JHEP05(2012)123 45. Search for Dark Matter and Large Extra Dimensions in pp Collisions Yielding a Photon and Missing Transverse Energy. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Apr 2012. Published in Phys.Rev.Lett. 108 (2012) 261803  =7,37*30*0.04=8,844 CMS-EXO-11-096, CERN-PH-EP-2012-084 DOI: 10.1103/PhysRevLett.108.261803 46. Measurement of the top quark pair production cross section in pp collisions at s"=7 TeV in dilepton final states containing a . CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Mar 2012. Published in Phys.Rev. D85 (2012) 112007   =4,558*30*0.04=5,4696 CMS-TOP-11-006, CERN-PH-EP-2012-078 DOI: 10.1103/PhysRevD.85.112007 47. Search for heavy, top-like quark pair production in the dilepton final state in pp collisions at s"=7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. 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Published in Submitted to: Phys. Rev. Lett. CMS-EXO-11-074, CERN-PH-EP-2012-282 25. Search for supersymmetry in events with photons and low missing transverse energy in pp collisions at s"=7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Oct 2012. Published in Submitted to: Phys. Lett. B. CMS-SUS-12-014, CERN-PH-EP-2012-014 26. Search for heavy lepton partners of neutrinos in proton-proton collisions in the context of the type III seesaw mechanism. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Oct 2012. CMS-EXO-11-073, CERN-PH-EP-2012-278 e-Print: arXiv:1210.1797 27. Measurement of the relative prompt production rate of chi(c2) and chi(c1) in pp collisions at s"=7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Oct 2012. Published in Submitted to: Eur.Phys.Jour. CMS-BPH-11-010, CERN-PH-EP-2012-271 28. 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Bilokon (Frascati), F. Boffelli (INFN, Pavia), M. Bonesini (INFN, Milan Bicocca), E. Calligarich (INFN, Pavia), N. Canci (Gran Sasso), S. Centro (Padua U. & INFN, Padua), A. Cesana (INFN, Milan) et al.. Mar 2012. CERN-SPSC-2012-010-AND-SPSC-P-347 e-Print: arXiv:1203.3432 54. Search for signatures of extra dimensions in the diphoton mass spectrum at the Large Hadron Collider. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Dec 2011. mult. pp. CERN-PH-EP-2011-173, CMS-EXO-11-038 e-Print: arXiv:1112.0688 55. Evidence for associated production of a single top quark and W boson in pp collisions at 7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Sep 2012. Published in Submitted to: Phys.Rev.Lett. CMS-TOP-11-022, CERN-PH-EP-2012-266 56. Search for a heavy neutrino and right-handed W of the left-right symmetric model in pp collisions at s=7 TeV A. Dermenev, S. Gninenko, M. Kirsanov, A. Korneev, N. Krasnikov, A. Toropin, D. Tlisov, B. Dahmes, P. Dudero, and J. Mans CMS AN AN-10-438 57. A comprehensive search for  anomalies from neutrino and anti-neutrino oscillations at large mass differences (m2 H" 1eV2) with two LAr TPC imaging detectors at different distances from the CERN-PS. M.Antonello et al. CERN-SPSC-2011-033 / SPSC-P-345 58. |LVALSearch for contact interactions in opposite-sign dimuon events in pp collisions at sqrt(s) = 7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Dec 18, 2012. CMS-EXO-11-009, CERN-PH-EP-2012-329 e-Print: arXiv:1212.4563 59. Search for new physics in events with same-sign dileptons and b jets in pp collisions at sqrt(s) = 8 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Dec 26, 2012. CMS-SUS-12-017, CERN-PH-EP-2012-361 e-Print: arXiv:1212.6194 60. Search for heavy narrow dilepton resonances in pp collisions at sqrt(s) = 7 TeV and sqrt(s) = 8 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Dec 26, 2012. CMS-EXO-12-015, CERN-PH-EP-2012-364 e-Print: arXiv:1212.6175  : !"/   6.8 Phys.Rev.C  3,9696 Eur.Phys.J.C  4.3572*7 = 30.5004 Phys.Rev.D  5.4696*9 = 49.2264 JHEP  6.9972*52 + 13.11975 = 376.97415 Phys.Lett.B  4.746*30 + 8,89875*2 = 160.1775 Phys.Rev.Lett  8.844*23 = 203.412 JINST  2.2428*4 + 4,20525 = 13.17645 ePrePrint  4*0.04*60 = 9.6 ----------------------------------------------------- B>3>  853,8365 >2KH0NI89 :>MDD8F85=B *2 "+   = 1707,652LVALvNG>=52A:8E @BQ< !5@35528G 140B0 @>645=8O: 23.04.1984 2. AB5?5=L: =5B 3. 4>;6=>ABL: AB06Q@-8AA;54>20B5;L -$ 4. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: !?8A>: >?C1;8:>20==KE @01>B 70 2011-20123.3. C1;8:0F88 2012 1. Production of K"0(892) and (1020) in pp collisions at "s=7 TeV. ALICE Collaboration (BettyAbelev (LLNL, Livermore) etal.). Aug 2012. 27 pp. PublishedinEur.Phys.J. C72 (2012) 2183 DOI: 10.1140/epjc/s10052-012-2183-y e-Print: arXiv:1208.5717 [hep-ex] 3.631*30*0.04=4,3572 2. Measurement of inelastic, single- and double-diffraction cross sections in proton proton collisions at the LHC with ALICE. ALICE Collaboration (BettyAbelev (LLNL, Livermore) etal.). Aug 2012. 27 pp. PublishedinSubmittedto: Eur. Phys. J. C CERN-PH-EP-2012-138 e-Print: arXiv:1208.4968 [hep-ex] 3.631*30*0.04=4,3572 3. CentralityDependence of Charged Particle Production at Large Transverse Momentum in Pb Pb Collisions at "sNN=2.76 TeV. ALICE Collaboration (BettyAbelev (LLNL, Livermore) etal.). Aug 2012. 18 pp. PublishedinSubmittedto: Phys.Lett.B e-Print: arXiv:1208.2711 [hep-ex] 3.955*30*0.04=4,746 4. D+ s meson production at central rapidity in proton proton collisions at "s=7 TeV. ALICE Collaboration (BettyAbelev (LLNL, Livermore) etal.). Oct 2012. 27 pp. PublishedinPhys.Lett. B718 (2012) 279-294 CERN-PH-EP-2012-227 DOI: 10.1016/j.physletb.2012.10.049 e-Print: arXiv:1208.1948 [hep-ex] 3.955*30*0.04=4,746 5. K0s"K0s correlations in pp collisions at "s=7 TeV from the LHC ALICE experiment. ALICE Collaboration (BettyAbelev (LLNL, Livermore) etal.). Jun 2012. 10 pp. PublishedinPhys.Lett. B717 (2012) 151-161 CERN-PH-EP-2012-160 DOI: 10.1016/j.physletb.2012.09.013 e-Print: arXiv:1206.2056 [hep-ex] 3.955*30*0.04=4,746 6. Measurement of prompt J/ and beauty hadron production production cross sections at mid-rapidity in pp collisions at beauty hadron production "s = 7 TeV. ALICE Collaboration (BettyAbelev (LLNL, Livermore) etal.). Oct 2012. 24 pp. Publishedin JHEP 1211 (2LVAL012) 065 CERN-PH-EP-2012-132 DOI: 10.1007/JHEP11(2012)065 e-Print: arXiv:1205.5880 [hep-ex] 5.831*30*0.04=6.9972 7. Measurement of charm production at central rapidity in proton-proton collisions at "s=2.76 TeV. ALICE Collaboration (BettyAbelev (LLNL, Livermore) etal.). May 2012. 21 pp. Publishedin JHEP 1207 (2012) 191 DOI: 10.1007/JHEP07(2012)191 e-Print: arXiv:1205.4007 [hep-ex] 5.831*30*0.04=6.9972 8. Transverse sphericityof primary charged particles in minimum bias proton-proton collisions at "s=0.9, 2.76 and 7 TeV. ALICE Collaboration (BettyAbelev (LLNL, Livermore) etal.). May 2012. 21 pp. PublishedinEur.Phys.J. C72 (2012) 2124 CERN-PH-EP-2012-136 DOI: 10.1140/epjc/s10052-012-2124-9 e-Print: arXiv:1205.3963 [hep-ex] 3.631*30*0.04=4,3572 9. Neutral pion and  meson production in proton-proton collisions at "s=0.9 TeVand"s=7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) etal.). May 2012. 18 pp. PublishedinPhys.Lett. B717 (2012) 162-172 CERN-PH-EP-2012-001 DOI: 10.1016/j.physletb.2012.09.015 e-Print: arXiv:1205.5724 [hep-ex] 3.955*30*0.04=4,746 10. Multi-strange baryon production in pp collisions at "s = 7 TeVwith ALICE. ALICE Collaboration (BettyAbelev (LLNL, Livermore) etal.). Apr 2012. 14 pp. PublishedinPhys.Lett. B712 (2012) 309-318 DOI: 10.1016/j.physletb.2012.05.011 e-Print: arXiv:1204.0282 [nucl-ex] 3.955*30*0.04=4,746 11. Suppression of high transverse momentum D mesons in central Pb-Pb collisions at "sNN=2.76 TeV. ALICE Collaboration (BettyAbelev (LLNL, Livermore) etal.). Mar 2012. 29 pp. Publishedin JHEP 1209 (2012) 112 CERN-PH-EP-2012-069 DOI: 10.1007/JHEP09(2012)112 e-Print: arXiv:1203.2160 [nucl-ex] 5.831*30*0.04=6.9972 12. Inclusive J/ production in pp collisions at "s=2.76 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) etal.). Mar 2012. PublishedinPhys.Lett. B718 (2012) 295-306 CERN-PH-EP-2012-055 DOI: 10.1016/j.physletb.2012.10.078 e-Print: arXiv:1203.3641 [hep-ex] 3.955*30*0.04=4,746LVAL 13. J/ suppression at forward rapidity in Pb-Pb collisions at "sNN=2.76 TeV. ALICE Collaboration (BettyAbelevetal.). Feb 2012. 16 pp. PublishedinPhys.Rev.Lett. 109 (2012) 072301 CERN-PH-EP-2012-012 DOI: 10.1103/PhysRevLett.109.072301 e-Print: arXiv:1202.1383 [hep-ex] 7.370*30*0.04=8.844 14. J/ Productionas a Function of Charged Particle Multiplicity in pp Collisions at "s=7 TeV. ALICE Collaboration (B. 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Particle-yield modification in jet-like azimuthaldi-hadron correlations in Pb-Pb collisions at "sNN=2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) etal.). Oct 2011. 15 pp. PublishedinPhys.Rev.Lett. 108 (2012) 092301 CERN-PH-EP-2011-161 DOI: 10.1103/PhysRevLett.108.092301 e-Print: arXiv:1110.0121 [nucl-ex] 7.370*30*0.04=8.844 5. Harmonic decomposition of two-particle angular correlations in Pb-Pb collisions at "sNN = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) etal.). Sep 2011. 26 pp. PublishedinPhys.Lett. B708 (2012) 249-264 DOI: 10.1016/j.physletb.2012.01.060 e-Print: arXiv:1109.2501 [nucl-ex] 3.955*30*0.04=4,746 6. Higher harmonic anisotropic flow measurements of charged particles in Pb-Pb collisions at "sNN = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) etal.). May 2011. 10 pp. PublishedinPhys.Rev.Lett. 107 (2011) 032301 CERN-PH-EP-2011-073 DOI: 10.1103/PhysRevLett.107.032301 e-Print: arXiv:1105.3865 [nucl-ex] 7.370*30*0.04=8.844 7. 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ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 34 pp. CERN-PH-EP-2012-131 e-Print: arXiv:1205.5423 [hep-ex] 12. Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at "sNN = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 16 pp. e-Print: arXiv:1203.2436 [nucl-ex] B>3> 12*4*0.04 = 1.92 >2KH0NI89 :>MDD8F85=B 4;O <>;>4KE A>B@C4=8:>2: 2   = (157.2096 + 1.92)*2 = 159.1296*2 = 318.26LVALvNG=4@5520 ;L30 0;5@L52=0 ;04H89 =0CG=K9 A>B@C4=8: / 27.01.1987 !?8A>: >?C1;8:>20==KE @01>B 70 2011-20123.3. 1. Pion emission from the T2K replica target: method, results and application. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) et al.). Jul 2012. Published in Nucl.Instrum.Meth. A701 (2013) 99-114 }   = 1,207 E 30 E 0,06 = 2,173 CERN-PH-EP-2012-188 e-Print: arXiv:1207.2114 [hep-ex] 2. Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) et al.). Dec 2011. 10 pp. Published in Phys.Rev. C85 (2012) 035210 }   = 3,308 E 30 E 0,06 = 5,954 DOI: 10.1103/PhysRevC.85.035210 e-Print: arXiv:1112.0150 [hep-ex] | PDF 3. Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c. NA61/SHINE Collaboration (N Abgrall (Geneva U.) et al.). Feb 2011. 27 pp. Published in Phys.Rev. C84 (2011) 034604   = 3,308 E 30 E 0,06 = 5,954 B>3>2K9   = 14,081 C1;8:0F88 2 70@538AB@8@>20==KE =0CG=KE M;5:B@>==KE 8740=8OE: ?@5?@8=BK: 1. Report from the NA61/SHINE experiment at the CERN SPS (By NA61/SHINE Collaboration) CERN-SPSC-2011-035; SPSC-SR-091. - 2011.   =4,0 x 0,06 = 0,24 2. 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Dec 2011. 10 pp. e-Print: arXiv:1112.0150   = 4,0 E 0,06 = 0,24 6. Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c. NA61/SHINE Collaboration (N Abgrall (Geneva U.) et al.). Feb 2011. 27 pp. CERN-PH-EP-2011-005   = 4,0 E 0,06 = 0,24 e-Print: arXiv:1102.0983 [hep-ex]   = 4,0 E 0,06 = 0,24 B>3>2K9   ?> ?@5?@8=B0< 1,92 B>3>2K9  = (14,081 + 1,92) * 2 = 32,002LVALvNG@83>@L52 .@89 0A8;L528G c=A -$ >:B>@ D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8: -$ ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2011-201233 1. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. Proc. Int. Seminar ISINN-19,  Dubna: -JINR. 2012,p.44   = 6*1,5=9 2. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Proc. Int. Seminar ISINN-19,.  Dubna: -JINR. 2012., p.245  = 6*1,5=9 3. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V. Ryabov. Measurement of Characteristics of the pulsed neutron sources RADEX and IN-06 at Moscow Meson Factory (INR RAS, Troitsk). Proc.Int. Seminar ISINN-19, May 25-28, 2011.-Dubna:-JINR.-Dubna:-JINR, 2012. p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orzakov, G.N.Vyalov, Yu.V.Ryabov, Yu.V. Grigoriev, D.V. Hlustin, Zh.V. Mesentseva . Division of proton beam at the INR linear accelerator for simultaneous work of two consumer installations. (Oral report) Int. Seminar ISINN-20, May 25-28, 2012.  Alushta/  Dubna: -JINR, 2012.  = 6/5 =1.2 8. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. C@=0; /45@=0O D878:0 8 8=68=8@8=3 ,B.3, 2K?.2 ).), 2012.  = 8/10 =0,8 B>3>2K9   = 36,2LVALvNG%;NAB8= 5=8A ;048<8@>28G <=A -$ @54AB02;5==K5 8 >?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2011-201233 1. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. Proc. Int. Seminar ISINN-19,  Dubna: -JINR. 2012,p.44   = 6/4 = 1.5 2. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Proc. Int. Seminar ISINN-19.  Dubna: -JINR. 2012., p.245  = 6/4 = 1.5 3. .. C7=5F>2, .. 5@;52, .. C7=5F>20, .!.8B28=, .. %;NAB8=. #AB0=>2:0 4;O 8AA;54>20=8O ?@>AB@0=AB25==>-=5G5B=KE MDD5:B>2 2 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;0E (') =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 /  (?> @57C;LB0B0< A50=A0 - =>O1@O 20103.) . @5?@8=B /  1313/2012 D52@0;L 2012.  = 4/5 = 0,8 4. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V. Ryabov. Measurement of Characteristics of the pulsed neutron sources RADEX and IN-06 at Moscow Meson Factory (INR RAS, Troitsk). Proc.Int. Seminar ISINN-19, May 25-28, 2011.-Dubna:-JINR.-Dubna:-JINR, 2012. p.234.  = 6/5 = 1.2 5. ... @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3.!0@>2:- $/& -$ (A45;0= CAB=K9 4>:;04). = 6/5 =1.2 6. S.B. Borzakov, G.N.Vyalov, Yu.V.Ryabov, Yu.V. Grigoriev, D.V. Hlustin, Zh.V. Mesentseva . Division of proton beam at the INR linear accelerator for simultaneous work of two consumer installations. (Oral report) Int. Seminar ISINN-20, May 25-28, 2012.  Alushta/  Dubna: -JINR, 2012. (in print).  = 6/6=1 B>3>2K9 LVAL  = 7.2LVAL>78: ;5:A0=4@ @:04L528G 0CG=K9 A>B@C4=8:, :0=4840B D87-<0B =0C: !?8A>: >?C1;8:>20==K9 @01>B 70 2011-2012 3.3. 1. V.N. Aseev et al., An upper limit on electron antineutrino mass from Troitsk experiment. Phys. Rev. D, 84 (2011) 112003. . 2B>@>2 13  =4.558*30*0.1=13.674 2. .. A552 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 "@>8F:-=N <0AA, /45@=0O $878:0, B.75. (2012), AB@. 500. 2B>@>2 13.  =0.568*60*0.1 = 3.408 3. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. e-Print: arXiv:1105.4033 [nucl-ex] 2B>@>2 9  =4/9 = 0.444 4. . . A552, . . >78: 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 ""@>8F: =N-<0AA", ?@5?@8=B /  1287/2011   =4/10=0,4 5. #AB=K9 4>:;04 =0 <564C=0@>4=>9 H:>;5 24th Indian-Summer School "Understanding Neutrinos" (Nu12), September 3-7, 2012, Prague, Czech Republic (http://rafael.ujf.cas.cz/school/), Alexander Nozik, Investigation of neutrino properties in Troitsk   = 6 6. .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, . . I5=:>, !.. 04>@>6=K9, .. 8E>284, .. 0@:8=, .. >78:, .!. 0=BC52, .. 0@D5=>2, .. !:0AK@A:0O, .. "8B>2, .. ":0G52 >45@=878@>20==K9 A?5:B@><5B@ CAB0=>2:8 "@>8F: =N-<0AA >:;04 =0 <564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289  =0,4 545=85 ;01>@0B>@=KE @01>B 2 $" =0 :0D54@5 >1I59 D878:8 2 >A5==5< A5<5AB@5 2012 3>40. 2 3@C??K:   = 2*8=16   40.326 >2KH0NI89 :>MDD8F85=B 2. 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B698 (2011) 115-122 LHCb collaboration >500 3.955*30*0.04= 4,746 B>3>: 502,458 @5?@8=BK @5?@8=B 0720=85 2B>@K   CERN-PH-EP-2012-363 Measurement of the cross-section for $Z\to e^+e^-$ production in $pp$ collisions at $\sqrt{s} =7$ TeV LHCb collaboration 4*0.04*1= 0,16 arXiv:1212.1045; CERN-PH-EP-2012-349; LHCB-PAPER-2012-039 Measurement of $J/\psi$ production in $pp$ collisions at $\sqrt{s}=2.76$ TeV oai:cds.cern.ch:1498100 LHCb collaboration 4*0.04*2= 0,32 arXiv:1208.3355; LHCb-PUB-2012-006; LHCB-PAPER-2012-031; CERN-PH-EP-2012-334 Implications of LHCb measurements and future prospects oai:cds.cern.ch:1442963 LHCb collaboration 4*0.04*2= 0,32 arXiv:1211.5994; LHCB-PAPER-2012-030; CERN-PH-EP-2012-340 First observation of the $B_{s2}^\ast(5840)^0 \to B^{\ast+} K^-$ decay and properties of the orbitally excited $B^0_s$ mesons oai:cds.cern.ch:1497269 LHCb collaboration 4*0.04*2= 0,32 arXiv:1211.6093; LHCB-PAPER-2012-035; CERN-PH-EP-2012-331 Measurement of the time-dependent $CP$ asymmetry in $B^0 \to J/\psi K^0_{\rm S}$ decays oai:cds.cern.ch:1497268 LHCb collaboration 4*0.04*2= 0,32 arXiv:1211.2674; CERN-PH-EP-2012-335; LHCB-PAPER-2012-043 First evidence of the $B^0_s \to \mu^+\mu^-$ decay oai:cds.cern.ch:1493302 LHCb collaboration 4*0.04*2= 0,32 arXiv:1211.1541; LHCB-PAPER-2012-033; CERN-PH-EP-2012-327 First observation of the decays $\bar{B}^0_{(s)}\to D_s^+K^-\pi^+\pi^-$ and $\bar{B}^0_s\to D_{s1}(2536)^+\pi^-$ oai:cds.cern.ch:1492810 LHCb collaboration 4*0.04*2= 0,32 arXiv:1210.6289; LHCB-PAPER-2012-029; CERN-PH-EP-2012-314 A study of the $Z$ production cross-section in $pp$ collisions at $\sqrt{s}$ = 7 TeV using tau final states oai:cds.cern.ch:1489812 LHCb collaboration 4*0.04*2= 0,32 arXiv:1210.6750; LHCB-PAPER-2012-032; CERN-PH-EP-2012-315 Measurement of the $B^0$--$\bar B^0$ oscillation frequency $\DLVAL(elta m_d$ with the decays $B^0 \to D^- \pi^+$ and $B^0 \to J\ \psi K^{*0}$ oai:cds.cern.ch:1490187 LHCb collaboration 4*0.04*2= 0,32 arXiv:1211.1230; CERN-PH-EP-2012-333; LHCB-PAPER-2012-038 Observation of $D^0 - \overline{D}^0$ oscillations oai:cds.cern.ch:1490649 LHCb collaboration 4*0.04*2= 0,32 arXiv:1210.2645; LHCB-PAPER-2012-020; CERN-PH-EP-2012-284 First observation of the decay $B^+ \to \pi^+ \mu^+\mu^-$ oai:cds.cern.ch:1484100 LHCb collaboration 4*0.04*2= 0,32 arXiv:1210.4492; LHCB-PAPER-2012-021; CERN-PH-EP-2012-302 Measurement of the $C\!P$ asymmetry in $B^0 \to K^{*0} \mu^+ \mu^-$ decays oai:cds.cern.ch:1484973 LHCb collaboration 4*0.04*2= 0,32 arXiv:1210.4112; LHCB-PAPER-2012-026; CERN-PH-EP-2012-305 Measurement of the $D^\pm$ production asymmetry in 7 TeV $pp$ collisions oai:cds.cern.ch:1484967 LHCb collaboration 4*0.04*2= 0,32 arXiv:1210.2631; CERN-PH-EP-2012-287; LHCB-PAPER-2012-022 Evidence for the decay $B^0 \to J/\psi \omega$ and measurement of the relative branching fractions of $B^0_s$ meson decays to $J/\psi \eta$ and $J/\psi \eta'$ oai:cds.cern.ch:1484098 LHCb collaboration 4*0.04*2= 0,32 arXiv:1210.1089; CERN-PH-EP-2012-286; LHCB-PAPER-2012-025 First evidence for the annihilation decay mode $B^{+} \to D_{s}^{+} \phi$ oai:cds.cern.ch:1483125 LHCb collaboration 4*0.04*2= 0,32 arXiv:1209.5634; LHCB-PAPER-2012-028; CERN-PH-EP-2012-275 Measurements of $B_c^+$ production and mass with the $B_c^+ \to J/\psi \pi^+$ decay oai:cds.cern.ch:1481419 LHCb collaboration 4*0.04*2= 0,32 arXiv:1209.5869; CERN-PH-EP-2012-268; LHCB-PAPER-2012-027 A model-independent Dalitz plot analysis of $B^\pm \to D K^\pm$ with $D \to K^0_{\rm S} h^+h^-$ ($h=\pi, K$) decays and constraints on the CKM angle $\gamma$ oai:cds.cern.ch:1481746 LHCb collaboration 4*0.04*2= 0,32 arXiv:1209.4284; LHCB-PAPER-2012-024; CERN-PH-EP-2012-263 Differential branching fraction and angular analysis of the $B^+ \to K^+ \mu^+ \mu^-$ decay oai:cds.cern.ch:1479052 LHCb collaboration 4*0.04*2= 0,32 arXiv:1209.4029; CERN-PH-LVAL)EP-2012-267; LHCB-PAPER-2012-023 Search for the rare decay $K_{\rm\scriptscriptstyle S}^0\rightarrow\mu^{+}\mu^{-}$ oai:cds.cern.ch:1478844 LHCb collaboration 4*0.04*2= 0,32 arXiv:1209.0282; CERN-PH-EP-2012-237; LHCB-PAPER-2012-015 Measurement of the fraction of $\Upsilon(1S)$ originating from $\chi_b(1P)$ decays in $pp$ collisions at $\sqrt{s}$ = 7 TeV oai:cds.cern.ch:1475900 LHCb collaboration 4*0.04*2= 0,32 arXiv:1209.0313; LHCB-PAPER-2012-019; CERN-PH-EP-2012-247 Measurement of the ratio of branching fractions $B(B^0 \to K^{\ast 0} \gamma) / B(B^0_s \to \phi \gamma)$ and the direct $C\!P$ asymmetry in $B^0 \to K^{\ast 0} \gamma$ oai:cds.cern.ch:1475901 LHCb collaboration 4*0.04*2= 0,32 arXiv:1208.0738; CERN-PH-EP-2012-214; LHCB-PAPER-2012-014 Measurement of the $B^0_s \rightarrow J/\psi \bar{K}^{*0}$ branching fraction and angular amplitudes oai:cds.cern.ch:1471720 LHCb collaboration 4*0.04*2= 0,32 arXiv:1207.5991; LHCB-PAPER-2012-018; CERN-PH-EP-2012-198 Observation of $B^0 \to \bar{D}^0 K^+ K^-$ and evidence of $B^0_s \to \bar{D}^0 K^+ K^-$ oai:cds.cern.ch:1464076 Observation of the decay $B^0 \to \bar{D}^0 K^+ K^-$ and evidence of $B^0_s \to \bar{D}^0 K^+ K^-$ LHCb collaboration 4*0.04*2= 0,32 arXiv:1207.5993; LHCB-PAPER-2012-013; CERN-PH-EP-2012-172 Measurement of the effective $B_s^0 \to K^+ K^-$ lifetime oai:cds.cern.ch:1470228 LHCb collaboration 4*0.04*2= 0,32 arXiv:1207.6016; CERN-PH-EP-2012-181; LHCB-PAPER-2012-016 Study of $D_{sJ}$ decays to $D^+K^0_{\rm S}$ and $D^0K^+$ final states in $pp$ collisions oai:cds.cern.ch:1470229 LHCb collaboration 4*0.04*2= 0,32 arXiv:1207.0878; LHCB-PAPER-2012-017; CERN-PH-EP-2012-180 Measurement of the $\bar{B}^0_s$ effective lifetime in the $J/\psi f_0(980)$ final state oai:cds.cern.ch:1461290 LHCb collaboration 4*0.04*2= 0,32 arXiv:1206.5160; LHCB-PAPER-2011-037; CERN-PH-EP-2012-171 Measurement of prompt hadron production ratios in $pp$ collisions at $\sqrt{s} = $ 0.9 and 7 TeV oai:cds.cern.ch:1457718 LHCb collaboration 4*0.04*2= 0,32 arXiv:120LVAL*6.2794; LHCB-PAPER-2012-002; CERN-PH-EP-2012-161 Measurement of $b$-hadron branching fractions for two-body decays into charmless charged hadrons oai:cds.cern.ch:1456016 LHCb collaboration 4*0.04*2= 0,32 arXiv:1205.3452; LHCB-PAPER-2012-012; CERN-PH-EP-2012-128 Observation of excited $\Lambda^0_b$ baryons oai:cds.cern.ch:1449410 LHCb collaboration 4*0.04*2= 0,32 arXiv:1205.0975; CERN-PH-EP-2012-109; LHCB-PAPER-2012-003 Observation of double charm production involving open charm in pp collisions at $\sqrt{s}$=7 TeV oai:cds.cern.ch:1446466 LHCb collaboration 4*0.04*2= 0,32 arXiv:1205.0934; CERN-PH-EP-2012-115; LHCB-PAPER-2011-041 Measurement of the $B_s^0\to J/\psi K_S^0$ branching fraction oai:cds.cern.ch:1446426 LHCb collaboration 4*0.04*2= 0,32 arXiv:1205.0918; CERN-PH-EP-2012-113; LHCB-PAPER-2012-010 Measurement of relative branching fractions of B decays to $\psi(2S)$ and $J/\psi$ mesons oai:cds.cern.ch:1446413 LHCb collaboration 4*0.04*2= 0,32 arXiv:1205.0897; CERN-PH-EP-2012-114; LHCB-PAPER-2012-009 Measurement of the $D_s^+ - D_s^-$ production asymmetry in 7 TeV pp collisions oai:cds.cern.ch:1446397 LHCb collaboration 4*0.04*2= 0,32 arXiv:1205.3422; CERN-PH-EP-2012-129; LHCB-PAPER-2012-011 Measurement of the isospin asymmetry in $B \to K^{(*)}\mu^+ \mu^-$ decays oai:cds.cern.ch:1449383 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.5675; LHCb-PAPER-2012-006; CERN-PH-EP-2012-107 Measurement of the CP-violating phase $\phi_s$ in $\overline{B}^0_s \to J/\psi\pi^+\pi^-$ decays oai:cds.cern.ch:1444102 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.5643; CERN-PH-EP-2012-111; LHCB-PAPER-2012-005 Analysis of the resonant components in $\overline{B}^0_s \to J/\psi\pi^+\pi^-$ oai:cds.cern.ch:1444074 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.1237; CERN-PH-EP-2012-091; LHCB-PAPER-2011-022 Measurement of the branching fractions of the decays $B_s^0 \rightarrow D_s^\mp K^\pm$ and $B_s^0 \rightarrow D_s^- \pi^+$ oai:cds.cern.ch:1439213 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.1462; CERN-PH-EP-2012LVAL+-068; LHCB-PAPER-2011-030 Measurement of the ratio of prompt $\chi_{c}$ to $J/\psi$ production in $pp$ collisions at $\sqrt{s}=7$ TeV oai:cds.cern.ch:1439446 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.0079; LHCB-PAPER-2011-044; CERN-PH-EP-2012-090 First observation of decay $B_c^+\to J/\psi \pi^+\pi^-\pi^+$ oai:cds.cern.ch:1436608 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.2813; CERN-PH-EP-2012-092; LHCB-PAPER-2012-004 Measurement of the polarization amplitudes and triple product asymmetries in the $B_s^0 \to \phi\phi$ decay oai:cds.cern.ch:1440824 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.1620; CERN-PH-EP-2012-099; LHCB-PAPER-2012-008 Inclusive $W$ and $Z$ production in the forward region at $\sqrt{s}$ = 7 TeV oai:cds.cern.ch:1439627 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.1258; LHCB-PAPER-2011-045; CERN-PH-EP-2012-094 Measurement of $\psi$(2S) meson production in pp collisions at $\sqrt{s}$=7 TeV oai:cds.cern.ch:1439233 LHCb collaboration 4*0.04*2= 0,32 arXiv:1203.4493; CERN-PH-EP-2012-072; LHCB-PAPER-2012-007 Strong constraints on the rare decays $B^0_s \to \mu^+ \mu^-$ and $B^0 \to \mu^+ \mu^-$ oai:cds.cern.ch:1433643 LHCb collaboration 4*0.04*2= 0,32 arXiv:1203.3662; LHCB-PAPER-2012-001; CERN-PH-EP-2012-071 Observation of $C\!P$ violation in $B^\pm \to D K^\pm$ decays oai:cds.cern.ch:1432778 LHCb collaboration 4*0.04*2= 0,32 arXiv:1203.3592; LHCB-PAPER-2011-024; CERN-PH-EP-2012-070 Measurements of the branching fractions and $C\!P$ asymmetries of $B^{\pm} \to J\!/\!\psi\, \pi^{\pm}$ and $B^{\pm} \to \psi(2S) \pi^{\pm}$ decays oai:cds.cern.ch:1432716 LHCb collaboration 4*0.04*2= 0,32 arXiv:1202.6579; CERN-PH-EP-2012-051; LHCB-PAPER-2011-036 Measurement of $\Upsilon$ production in $pp$ collisions at $\sqrt{s} = 7$ TeV oai:cds.cern.ch:1428338 LHCb collaboration 4*0.04*2= 0,32 arXiv:1202.6267; CERN-PH-EP-2012-041; LHCB-PAPER-2011-042 Measurement of the ratio of branching fractions ${\cal B}(B^0 \to K^{\ast 0} \gamma)/{\cal B}(B^0_s \to \phi \gamma)$ oai:cds.cern.ch:1427958 LHCb cLVAL,ollaboration 4*0.04*2= 0,32 arXiv:1202.6251; CERN-PH-EP-2012-058; LHCB-PAPER-2011-029 First evidence of direct $C\!P$ violation in charmless two-body decays of $B^0_s$ mesons oai:cds.cern.ch:1427771 LHCb collaboration 4*0.04*2= 0,32 arXiv:1202.4979; CERN-PH-EP-2012-039; LHCB-PAPER-2011-027 Opposite-side flavour tagging of $B$ mesons at the LHCb experiment oai:cds.cern.ch:1426509 LHCb collaboration 4*0.04*2= 0,32 arXiv:1202.4812; CERN-PH-EP-2012-047; LHCB-PAPER-2011-043 Measurement of the $B^\pm$ production cross-section in $pp$ collisions at $\sqrt{s}=7$ TeV oai:cds.cern.ch:1426366 LHCb collaboration 4*0.04*2= 0,32 arXiv:1202.5087; CERN-PH-EP-2012-004; LHCB-PAPER-2011-033 Search for the $X(4140)$ state in $B^+\to J/\psi\phi K^+$ decays oai:cds.cern.ch:1426777 LHCb collaboration 4*0.04*2= 0,32 arXiv:1202.4717; CERN-PH-EP-2012-050; LHCB-PAPER-2011-028 Determination of the sign of the decay width difference in the $B^0_s$ system oai:cds.cern.ch:1426202 LHCb collaboration 4*0.04*2= 0,32 arXiv:1202.1080; LHCB-PAPER-2011-019; CERN-PH-EP-2011-227 Measurement of the cross-section ratio $\sigma(\chi_{c2})/\sigma(\chi_{c1})$ for prompt $\chi_c$ production at $\sqrt{s}=7$ TeV oai:cds.cern.ch:1422205 LHCb collaboration 4*0.04*2= 0,32 arXiv:1201.5600; CERN-PH-EP-2012-006; LHCB-PAPER-2011-038 Searches for Majorana neutrinos in $B^-$ decays oai:cds.cern.ch:1419711 LHCb collaboration 4*0.04*2= 0,32 LHCb-INT-2011-50 Time alignement of the front end electronics of the LHCb calorimeters LHCb collaboration 4*0.075*2= 0,6 arXiv:1201.4402; LHCB-PAPER-2011-040; CERN-PH-EP-2011-229 First observation of the decays $\overline{B}^0 \to D^+ K^- \pi^+ \pi^-$ and $B^- \to D^0 K^- \pi^+ \pi^-$ oai:cds.cern.ch:1418432 LHCb collaboration 4*0.04*2= 0,32 arXiv:1112.5310; LHCB-PAPER-2011-034; CERN-PH-EP-2011-216 Observation of X(3872) production in $pp$ collisions at $\sqrt{s}=7$ TeV oai:cds.cern.ch:1409611 LHCb collaboration 4*0.04*2= 0,32 arXiv:1112.4896; LHCB-PAPER-2011-035; CERN-PH-EP-2011-226 Measurement of $b$-hadron LVAL-masses oai:cds.cern.ch:1409231 LHCb collaboration 4*0.04*2= 0,32 arXiv:1112.4695; CERN-PH-EP-2011-212; LHCB-PAPER-2011-026 Observation of $\overline{B}^0_s \to J/\psi f'_2(1525)$ in $J/\psi K^+K^-$ final states oai:cds.cern.ch:1409017 LHCb collaboration 4*0.04*2= 0,32 arXiv:1112.4698; LHCB-PAPER-2011-032; CERN-PH-EP-2011-206 Measurement of mixing and CP violation parameters in two-body charm decays oai:cds.cern.ch:1409020 LHCb collaboration 4*0.04*2= 0,32 arXiv:1112.4311; LHCB-PAPER-2011-010; CERN-PH-EP-2011-194 Measurement of the $B^0_s-\overline{B}^0_s$ oscillation frequency $\Delta m_s$ in $B^0_s \to D^-_s (3)\pi$ decays oai:cds.cern.ch:1408543 LHCb collaboration 4*0.04*2= 0,32 arXiv:1112.4592; LHCB-PAPER-2011-011; CERN-PH-EP-2011-209 Measurement of charged particle multiplicities in $pp$ collisions at $\sqrt{s}$ = 7 TeV in the forward region oai:cds.cern.ch:1408929 LHCb collaboration 4*0.04*2= 0,32 arXiv:1112.3515; LHCB-PAPER-2011-020; CERN-PH-EP-2011-211 Differential branching fraction and angular analysis of the decay $B^{0} \rightarrow K^{*0} \mu^+ \mu^-$ oai:cds.cern.ch:1407703 LHCb collaboration 4*0.04*2= 0,32 arXiv:1112.3183; CERN-PH-EP-2011-214; LHCB-PAPER-2011-021 Measurement of the CP-violating phase $\phi_s$ in the decay $B^{0}_s \to J/\psi \phi$ oai:cds.cern.ch:1407364 LHCb collaboration 4*0.04*2= 0,32 arXiv:1112.3056; CERN-PH-EP-2011-205; LHCB-PAPER-2011-031 Measurement of the CP violating phase $\phi_s$ in $\overline{B}^0_s \to J/\psi f_0(980)$ oai:cds.cern.ch:1407249 LHCb collaboration 4*0.04*2= 0,32 arXiv:1112.1600; CERN-PH-EP-2011-186; LHCB-PAPER-2011-025 Search for the rare decays $B^0_s \to \mu^+\mu^-$ and $B^0 \to \mu^+\mu^-$ oai:cds.cern.ch:1405625 LHCb collaboration 4*0.04*2= 0,32 arXiv:1112.0938; LHCB-PAPER-2011-023; CERN-PH-EP-2011-208 Evidence for CP violation in time-integrated $D^0 \rightarrow h^-h^+$ decay rates oai:cds.cern.ch:1404248 LHCb collaboration 4*0.04*2= 0,32 arXiv:1111.4183; CERN-PH-EP-2011-183; LHCB-PAPER-2011-012 First observation of the decay $B^0LVAL._s \to K^{*0} \overline{K}^{*0}$ oai:cds.cern.ch:1399527 LHCb collaboration 4*0.04*2= 0,32 arXiv:1111.0521; CERN-PH-EP-2011-167; LHCb-PAPER-2011-014 Measurement of the effective $B^0_s \rightarrow K^+K^-$ lifetime oai:cds.cern.ch:1395376 LHCb collaboration 4*0.04*2= 0,32 arXiv:1110.3970; LHCB-PAPER-2011-017; CERN-PH-EP-2011-163 Search for CP violation in $D^{+} \to K^{-}K^{+}\pi^{+}$ decays oai:cds.cern.ch:1392074 LHCb collaboration 4*0.04*2= 0,32 arXiv:1111.2357; CERN-PH-EP-2011-172; LHCB-PAPER-2011-018 Measurement of b hadron production fractions in 7 TeV pp collisions oai:cds.cern.ch:1397967 LHCb collaboration 4*0.04*2= 0,32 arXiv:1110.3676; LHCB-PAPER-2011-008; CERN-PH-EP-2011-150 First observation of the decay $\bar{B}^0_s \to D^0 K^{*0}$ and a measurement of the ratio of branching fractions $\frac{{\cal B}(\bar{B}^0_s \to D^0 K^{*0})}{{\cal B}(\bar{B}^0 \to D^0 \rho^0)}$ oai:cds.cern.ch:1390818 LHCb collaboration 4*0.04*2= 0,32 arXiv:1110.2866; LHCB-PAPER-2011-015; CERN-PH-EP-2011-157 Absolute luminosity measurements with the LHCb detector at the LHC oai:cds.cern.ch:1389907 LHCb collaboration 4*0.04*2= 0,32 arXiv:1110.0730; LHCB-PAPER-2011-009; CERN-PH-EP-2011-156 Search for the lepton number violating decays $B^{+}\rightarrow \pi^- \mu^+ \mu^+$ and $B^{+}\rightarrow K^- \mu^+ \mu^+$ oai:cds.cern.ch:1387555 LHCb collaboration 4*0.04*2= 0,32 arXiv:1109.6831; LHCB-PAPER-2011-016; CERN-PH-EP-2011-151 Measurements of the Branching fractions for $B_{(s)} \to D_{(s)}\pi\pi\pi$ and $\Lambda_b^0 \to \Lambda_c^+\pi\pi\pi$ oai:cds.cern.ch:1386906 LHCb collaboration 4*0.04*2= 0,32 arXiv:1109.0963; LHCB-PAPER-2011-013; CERN-PH-EP-2011-135 Observation of J/$\psi$ pair production in pp collisions at $\sqrt{s}$=7 TeV oai:cds.cern.ch:1376436 LHCb collaboration 4*0.04*2= 0,32 arXiv:1107.3935; LHCB-PAPER-2011-007; CERN-PH-EP-2011-106 Measurement of the inclusive $\phi$ cross-section in pp collisions at $\sqrt{s}$ = 7 TeV oai:cds.cern.ch:1369245 LHCb collaboration 4*0.04*2= 0,32 arXiv:1107.0882; CERN-PH-LVAL/EP-2011-082; LHCB-PAPER-2011-005 Measurement of $V^0$ production ratios in $pp$ collisions at $\sqrt{s}$ = 0.9 and 7 TeV oai:cds.cern.ch:1365203 LHCb collaboration 4*0.04*2= 0,32 arXiv:1106.4435; CERN-PH-EP-2011-075; LHCB-PAPER-2011-006 Determination of $f_s/f_d$ for 7 TeV $pp$ collisions and a measurement of the branching fraction of the decay $B^0 \to D^{-}K^{+}$ oai:cds.cern.ch:1361194 LHCb collaboration 4*0.04*2= 0,32 arXiv:1103.2465; CERN-PH-EP-2011-029; LHCb-PAPER-2011-004 Search for the rare decays $B^{0}_{s} \to \mu^{+} \mu^{-}$ and $B^{0} \to \mu^{+} \mu^{-}$ oai:cds.cern.ch:1335686 LHCb collaboration 4*0.04*2= 0,32 arXiv:1103.0423; CERN-PH-EP-2011-018; LHCb-PAPER-2011-003 Measurement of $J/\psi$ production in $pp$ collisions at $\sqrt{s}$ = 7 TeV oai:cds.cern.ch:1333554 LHCb collaboration 4*0.04*2= 0,32 arXiv:1102.0348; CERN-PH-EP-2011-008; LHCb-PAPER-2011-001 First observation of $\overline{B}^{0}_{s} \to D^{*+}_{s2}X\mu^{-}\overline{\nu}$ decays oai:cds.cern.ch:1326409 LHCb collaboration 4*0.04*2= 0,32 arXiv:1102.0206; CERN-PH-EP-2011-011; LHCb-PAPER-2011-002 First observation of $B^{0}_{s} \to J/\psi f_{0}$(980) decays oai:cds.cern.ch:1326226 LHCb collaboration 4*0.04*2= 0,32 CERN-LHCb-CONF-2012-033 Optimization and calibration of the same-side kaon tagging algorithm using hadronic B0s decays in 2011 data LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-032 A measurement of  from a combination of B!Dh analyses LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-031 Studies of 0b!J/ production in pp collisions at s" = 7 TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-030 First observation of the suppressed ADS modes B![K"+"]DK and B![K"+"]D LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-029 Measurement of time-dependent CP-violation observables in B0s!D"sK LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-028 Evidence for CP violation in B!+" and B!K+K" decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-027 SearcLVAL0h for the lepton flavour violating and baryon number violating decays "!p+" and "!p"" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-026 Performance of flavour tagging algorithms optimised for the analysis of B0s!J/ LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-025 Production of J/~and (1S), (2S) and (3S)~mesons at s"=8 TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-024 Measurement of CP observables in B0!DK"0 with D!K+K" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-023 Branching fraction measurements of B0d,s decays to K0Shh2 " final states, including first observation of B0s!K0SK" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-022 Measurement of the flavour-specific CP violating asymmetry asls in Bs decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-021 First observation of B"!D0K"+" Decays to CP even final states LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-020 Observation of the b(3P) state at LHCb in pp collisions at s"=7~TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-019 Search for CP violation in D0!"++" decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-018 Evidence for CP violation in B!K+" and B!KK+K" decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-017 Search for the rare decays B0(s)!+" at the LHC with the ATLAS, CMS and LHCb experiments LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-016 Measurement of jet production in Z0/"!+" events at LHCb in s"=7 TeV pp collisions LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-015 Search for the lepton flavour violating decay "!+"" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-014 Search for Higgs-like bosons decaying into long-lived exotic particles LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-013 Inclusive low mass Drell-Yan production in the forward region at s" = 7 TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-012 Measurement of the forward energy flow in pp collLVAL1isions at s" = 7 TeV with the LHCb experiment LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-011 Measurement of the cross-section for Z0! e+e" production in pp collisions at s" = 7 TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-010 Search for the rare decays B0s!+"+" and B0d!+"+" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-009 First observations and branching fraction measurements of B0s to double-charm final states LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-008 Differential branching fraction and angular analysis of the B0!K"0+" decay LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-007 Measurement of time-dependent CP violation in charmless two-body B decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-006 First observation of B+!++" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-005 Search for the D0!+" decay with 0.9 fb"1 at LHCb LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-004 Measurement of the direct CP asymmetry in the B0d!K"0decay LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-003 Measurement of the ratio of branching fractions for B0s! and B0s!J/ LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-002 Tagged time-dependent angular analysis of B0s!J/ decays at LHCb LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-062 Measurement of the relative cross-section (c2)/(c1) of prompt c mesons using at LHCb LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-060 Measurement of the masses of the "b and "b LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-059 Relative branching ratio measurements of charmless B decays to three hadrons LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-058 Measurements of the relative branching fractions of the B!ppK decay channel including charmonium contributions LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-053 Observations of Orbitally Excited B""(s) Mesons LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-050 MeLVAL2asurement of ms in the decay B0s!D"s(K+K"")+ using opposite-side and same-side flavour tagging algorithms LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-046 Measurement of the CP Violation Parameter A in Two-Body Charm Decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-041 Z cross-section measurement at s"=7 TeV using the channel Z! LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-036 Studies of beauty baryons decaying to D0p" and D0pK" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-029 Time integrated ratio of wrong-sign to right-sign D0!K decays in 2010 data at LHCb LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-028 Measurement of b-hadron production fractions in 7 TeV centre-of-mass energy pp collisions LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-027 Measurement of b-hadron masses with exclusive J/X decays in 2010 data LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-026 Measurement of the (2S) production cross-section at s"=7TeV in LHCb LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-025 Evidence for the decay B0s!J/K"0 LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-024 First observations of the Cabibbo-suppressed decays B0!D+K"+" and B"!D0K"+" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-023 A search for time-integrated CP violation in D0!h+h" decays and a measurement of the D0 production asymmetry LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-022 Central Exclusive Dimuon Production at s"=7 TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-021 Measurement of the X(3872) mass with first LHCb data LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-019 First observation of the decay B0s!K"0K"0 LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-020 A measurement of the cross-section ratio (c2)/(c1) for prompt c production at s" = 7 TeV in LHCb LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-018 Measurement of the effective B0s!K+K" Lifetime LHCb collaboration LVAL34*0.04*1= 0,16 CERN-LHCb-CONF-2011-017 Measurement of the B+c to B+ production cross-section ratios at s" = 7 TeV in LHCb LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-016 Measurement of the  (1S) production cross-section at s" = 7 TeV in LHCb LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-015 Inclusive jets and dijets in LHCb LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-014 B(B0s!(2S))/B(B0s!J/) LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-012 W and Z production at s" = 7 TeV with the LHCb experiment LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-011 Measurement of direct CP violation in charmless charged two-body B decays at LHCb LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-010 Measurement of md in B0!D"(K+"")+ LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-009 Observation of double J/ production in proton-proton collisions at a centre-of-mass energy of s" = 7 TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-008 First observation of the decay B0s!D0K"0 and measurement of the ratio of branching fractions B(B0s!D0K"0)B(B0d!D00) LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-007 Improved Measurements of the Cabibbo Favored Decays B(s)!D(s) and b!c Branching Fractions LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-006 Tagged time-dependent angular analysis of B0s!J/ decays with the 2010 LHCb data LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-005 Measurement of ms in the decay B0s!D"s(K+K"")(3) LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-004 Search for CP violation in B0!J/K0S decays with first LHCb data LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-003 Optimization and calibration of the LHCb avour tagging performance using 2010 data LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-002 Flavor-untagged angular analysis of B0d!J/K" and B0s!J/ decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2011-001 b-hadron lifetime measurements with excluLVAL4sive b!J/X decays reconstructed in the 2010 data LHCb collaboration 4*0.04*1= 0,16 B>3>: 37,56 >=D5@5=F88 ! 0720=85 4>:;040 >=D5@5=F8O 2B>@K 0B0   1 Optimization and calibration of the same-side kaon tagging algorithm using hadronic B0s decays in 2011 data Hadron Collider Physics Symposium 2012 LHCb collaboration 10 Oct 2012 6*0.04*= 0,24 2 A measurement of  from a combination of B!Dh analyses 7th International Workshop on the CKM Unitarity Triangle LHCb collaboration 26 Sep 2012 6*0.04*= 0,24 3 Studies of 0b!J/ production in pp collisions at s" = 7 TeV LHC days in Split 2012 LHCb collaboration 04 Oct 2012 6*0.04*= 0,24 4 First observation of the suppressed ADS modes B![K"+"]DK and B![K"+"]D 7th International Workshop on the CKM Unitarity Triangle LHCb collaboration 17 Sep 2012 6*0.04*= 0,24 5 Measurement of time-dependent CP-violation observables in B0s!D"sK 7th International Workshop on the CKM Unitarity Triangle LHCb collaboration 17 Oct 2012 6*0.04*= 0,24 6 Evidence for CP violation in B!+" and B!K+K" decays 7th International Workshop on the CKM Unitarity Triangle LHCb collaboration 03 Sep 2012 6*0.04*= 0,24 7 Search for the lepton flavour violating and baryon number violating decays "!p+" and "!p"" The 12th International Workshop on Tau Lepton Physics LHCb collaboration 24 Sep 2012 6*0.04*= 0,24 8 Performance of flavour tagging algorithms optimised for the analysis of B0s!J/ 36th International Conference on High Energy Physics LHCb collaboration 11 Jul 2012 6*0.04*= 0,24 9 Production of J/~and (1S), (2S) and (3S)~mesons at s"=8 TeV 36th International Conference on High Energy Physics LHCb collaboration 18 Jul 2012 6*0.04*= 0,24 10 Measurement of CP observables in B0!DK"0 with D!K+K" 36th International Conference on High Energy Physics LHCb collaboration 09 Jul 2012 6*0.04*= 0,24 11 Branching fraction measurements of B0d,s decays to K0Shh2 " final states, including first observation of B0s!K0SK" 36th InLVAL5ternational Conference on High Energy Physics LHCb collaboration 06 Jul 2012 6*0.04*= 0,24 12 Measurement of the flavour-specific CP violating asymmetry asls in Bs decays 36th International Conference on High Energy Physics LHCb collaboration 11 Jul 2012 6*0.04*= 0,24 13 First observation of B"!D0K"+" Decays to CP even final states 36th International Conference on High Energy Physics LHCb collaboration 06 Jul 2012 6*0.04*= 0,24 14 Observation of the b(3P) state at LHCb in pp collisions at s"=7~TeV 36th International Conference on High Energy Physics LHCb collaboration 18 Jul 2012 6*0.04*= 0,24 15 Search for CP violation in D0!"++" decays 36th International Conference on High Energy Physics LHCb collaboration 12 Jul 2012 6*0.04*= 0,24 16 Evidence for CP violation in B!K+" and B!KK+K" decays 36th International Conference on High Energy Physics LHCb collaboration 06 Jul 2012 6*0.04*= 0,24 17 Search for the rare decays B0(s)!+" at the LHC with the ATLAS, CMS and LHCb experiments Physics at LHC 2012 LHCb collaboration 29 May 2012 6*0.04*= 0,24 18 Search for the lepton flavour violating decay "!+"" Flavour Physics and CP Violation 2012 LHCb collaboration 31 May 2012 6*0.04*= 0,24 19 Inclusive low mass Drell-Yan production in the forward region at s" = 7 TeV 20th International Workshop on Deep-Inelastic Scattering and Related Subjects LHCb collaboration 26 Mar 2012 6*0.04*= 0,24 20 Measurement of the forward energy flow in pp collisions at s" = 7 TeV with the LHCb experiment 20th International Workshop on Deep-Inelastic Scattering and Related Subjects LHCb collaboration 05 Mar 2012 6*0.04*= 0,24 21 Measurement of the cross-section for Z0! e+e" production in pp collisions at s" = 7 TeV 20th International Workshop on Deep-Inelastic Scattering and Related Subjects LHCb collaboration 05 Mar 2012 6*0.04*= 0,24 22 Search for the rare decays B0s!+"+" and B0d!+"+" 47th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 20 Mar 2012 6*0.04*= 0,24 23 FirsLVAL6t observations and branching fraction measurements of B0s to double-charm final states 47th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 28 Feb 2012 6*0.04*= 0,24 24 Differential branching fraction and angular analysis of the B0!K"0+" decay 47th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 04 Jun 2012 6*0.04*= 0,24 25 Measurement of time-dependent CP violation in charmless two-body B decays 47th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 24 Feb 2012 6*0.04*= 0,24 26 First observation of B+!++" 47th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 24 May 2012 6*0.04*= 0,24 27 Search for the D0!+" decay with 0.9 fb"1 at LHCb 47th Rencontres de Moriond on Electroweak Interactions and Unified Theories LHCb collaboration 22 Feb 2012 6*0.04*= 0,24 28 Measurement of the direct CP asymmetry in the B0d!K"0decay 26me Rencontres de Physique de La Valle d'Aoste LHCb collaboration 07 Mar 2012 6*0.04*= 0,24 29 Measurement of the ratio of branching fractions for B0s! and B0s!J/ 47th Rencontres de Moriond on Electroweak Interactions and Unified Theories LHCb collaboration 06 Mar 2012 6*0.04*= 0,24 30 Tagged time-dependent angular analysis of B0s!J/ decays at LHCb 47th Rencontres de Moriond on Electroweak Interactions and Unified Theories LHCb collaboration 05 Mar 2012 6*0.04*= 0,24 31 Measurement of the relative cross-section (c2)/(c1) of prompt c mesons using at LHCb Cracow Epiphany Conference on Present and Future of B-physics LHCb collaboration 17 Nov 2011 6*0.04*= 0,24 32 Measurement of the masses of the "b and "b Hadron Collider Physics Symposium 2011 LHCb collaboration 04 Nov 2011 6*0.04*= 0,24 33 Measurements of the relative branching fractions of the B!ppK decay channel including charmonium contributions Physics in Collision 2011 LHCb collaboration 16 Sep 2011 6*0.04*= 0,24 34 Observations of Orbitally Excited B""(s) Mesons 25th International SympLVAL7osium on Lepton Photon Interactions at High Energies LHCb collaboration 14 Oct 2011 6*0.04*= 0,24 35 Measurement of the CP Violation Parameter A in Two-Body Charm Decays 19th Particles and Nuclei International Conference LHCb collaboration 25 Jul 2011 6*0.04*= 0,24 36 Studies of beauty baryons decaying to D0p" and D0pK" 2011 Europhysics Conference on High Energy Physics LHCb collaboration 12 Jul 2011 6*0.04*= 0,24 37 Measurement of b-hadron masses with exclusive J/X decays in 2010 data 19th International Workshop on Deep-Inelastic Scattering and Related Subjects LHCb collaboration 27 May 2011 6*0.04*= 0,24 38 Evidence for the decay B0s!J/K"0 13th International Conference on B-Physics at Hadron Machines LHCb collaboration 06 Jun 2011 6*0.04*= 0,24 39 First observations of the Cabibbo-suppressed decays B0!D+K"+" and B"!D0K"+" 13th International Conference on B-Physics at Hadron Machines LHCb collaboration 12 May 2011 6*0.04*= 0,24 40 A search for time-integrated CP violation in D0!h+h" decays and a measurement of the D0 production asymmetry 13th International Conference on B-Physics at Hadron Machines LHCb collaboration 09 Jun 2011 6*0.04*= 0,24 41 Measurement of the X(3872) mass with first LHCb data 19th International Workshop on Deep-Inelastic Scattering and Related Subjects LHCb collaboration 28 Apr 2011 6*0.04*= 0,24 42 First observation of the decay B0s!K"0K"0 46th Rencontres de Moriond on Electroweak Interactions and Unified Theories LHCb collaboration 15 Apr 2011 6*0.04*= 0,24 43 A measurement of the cross-section ratio (c2)/(c1) for prompt c production at s" = 7 TeV in LHCb 19th International Workshop on Deep-Inelastic Scattering and Related Subjects LHCb collaboration 25 May 2011 6*0.04*= 0,24 44 Measurement of the effective B0s!K+K" Lifetime 13th International Conference on B-Physics at Hadron Machines LHCb collaboration 10 May 2011 6*0.04*= 0,24 45 Measurement of the B+c to B+ production cross-section ratios at s" = 7 TeV in LHCb 46th Rencontres de Moriond on QCDLVALTD and High Energy Interactions LHCb collaboration 13 Apr 2011 6*0.04*= 0,24 46 Measurement of the  (1S) production cross-section at s" = 7 TeV in LHCb Measurement of the  (1S) production cross-section at s" = 7 TeV in LHCb LHCb collaboration 20 Apr 2011 6*0.04*= 0,24 47 Inclusive jets and dijets in LHCb Workshop on Discovery Physics at the LHC LHCb collaboration 29 Mar 2011 6*0.04*= 0,24 48 B(B0s!(2S))/B(B0s!J/) 13th International Conference on B-Physics at Hadron Machines LHCb collaboration 17 May 2011 6*0.04*= 0,24 49 Measurement of direct CP violation in charmless charged two-body B decays at LHCb 25me Rencontres de Physique de La Valle d'Aoste LHCb collaboration 06 Apr 2011 6*0.04*= 0,24 50 First observation of the decay B0s!D0K"0 and measurement of the ratio of branching fractions B(B0s!D0K"0)B(B0d!D00) 46th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 01 Apr 2011 6*0.04*= 0,24 51 Improved Measurements of the Cabibbo Favored Decays B(s)!D(s) and b!c Branching Fractions Improved Measurements of the Cabibbo Favored Decays B(s)!D(s) and b!c Branching Fractions LHCb collaboration 28 Mar 2011 6*0.04*= 0,24 52 Tagged time-dependent angular analysis of B0s!J/ decays with the 2010 LHCb data 13th International Conference on B-Physics at Hadron Machines LHCb collaboration 24 May 2011 6*0.04*= 0,24 53 Search for CP violation in B0!J/K0S decays with first LHCb data 13th International Conference on B-Physics at Hadron Machines LHCb collaboration 08 Jun 2011 6*0.04*= 0,24 54 Flavor-untagged angular analysis of B0d!J/K" and B0s!J/ decays 25me Rencontres de Physique de La Valle d'Aoste LHCb collaboration 05 May 2011 6*0.04*= 0,24 55 b-hadron lifetime measurements with exclusive b!J/X decays reconstructed in the 2010 data b-hadron lifetime measurements with exclusive b!J/X decays reconstructed in the 2010 data LHCb collaboration 25 Mar 2011 6*0.04*= 0,24 B>3>: 13,20 B>3>2K9   =553,218LVALvNG9 (59D;5@ ;5:A59 ;5:A0=4@>28G, 20/04/1984, <.=.A. -   70 2011-2012 33 I. C1;8:0F88: 1. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 2. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 3. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 8.56 ------------------------------------------------------- II. >:;04K: 1. V. Aynutdinov et al., Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010, The Baikal Neutrino Project: Present and perspective, Nucl.Instrum.Meth. A628, c. 115-119, (2011); doi: 10.1016/j.nima.2010.06.298.  =30*1.5*0.5/10=2.25 2. V. Aynutdinov et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010, Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.5*0.5/10=2.25 3. A.Avrorin et al., 2nd Roma International Conference on Astro-Particle Physics (RICAP09), The Baikal neutrino telescope: Results and plans, Nucl.Instrum.Meth. A630, c.115-118, (2011); doi: 10.1016/j.nima.2010.06.041.  =30*1.5*.05/10=2.25 4. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (201LVAL:1).  =4*1.5*0.5/10=0.3 5. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 6. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 7. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 8. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 9. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 10. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 11. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 12. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 13. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 40.35 ------------------------------------------------------------------ B>3>:  = 8.56 LVAL +40.35= 48.91 ! CG5B>< :>MDD8F85=B0 1.5 :0: 0A?8@0=BC   A>AB02;O5B:   = 48.91*1.5 = 73.37 0254CNI89 ;01>@0B>@859 - ..><>30F:89  :   ! "  " !'" (13 A57>=)!!!LVALv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ndreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. /LOW-BACKGROUND CHAMBER FOR THE GERMANIUM GAMMA SPECTROMETER.// The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy , September 3-7, 2012, Kyiv, Ukraine. Book of Abstracts, p.139.  =6/6=1 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Thipenyuk./ ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. // The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy , September 3-7, 2012, Kyiv, Ukraine. Book of Abstracts, p.147.  =6/ 9=0,67 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. / Low background gamma-spectrometer with cosmic ray anticoincidence shielding. // XIII 564C=0@>4=K9 !5<8=0@ ?> M;5:B@><03=8B=K< 2708<>459AB28O< O45@, 20-23 !5=BO1@O, 2012, >A:20, / .  =6/6=1 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Th LVAL ipenyuk./ On the possibility of using of electron linac LUE-8 (INR RAS) as the thermal neutrons source.// XIII 564C=0@>4=K9 !5<8=0@ ?> M;5:B@><03=8B=K< 2708<>459AB28O< O45@, 20-23 !5=BO1@O, 2012, >A:20, / .  =6/ 9=0,67 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..$8@A>2 / $/   ! !!  " )" /   -!" " . // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 >O1@O, 2012, >A:20, $. 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".75, !4, A. 621-628  =0,406*60/2=12.18 !B0BLO 2 N18;59=>< A1>@=8:5 020@78=0 .. / A=>2=K5 @57C;LB0BK =0CG=>9 45OB5;L=>AB8 ;01>@0B>@88 0B><=>3> O4@0 /  2 1991-1996 33.// 0CG=0O 45OB5;L=>ABL ;01>@0B>@88 0B><=>3> O4@0 /  A 1946 3.?> 2011 3. >A:20 2012 , / , A. 33-40.  =20 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.E. Pafomov. V.A. Sergeev, V.P. Zavarzina / The Relations Between the Differential Cross Sections for Diffractive Processes of Halo-Nucleus Core Stripping and Nucleon Stripping // BOOK OF ABSTRACTS LXII International Conference NUCLEUS 2012. P. 197  =6/3=2 C:>2>4AB2> A>8A:0B5;5< 2 2011 3 C@;>28G ;5:A0=4@0 !5@3552=0, AB065@-8AA;54>20B5;L /  =30 C:>2>4AB2> A>8A:0B5;5< A>2<5AB=> A >=>1552A:8< .!. 2 2012 3 C@;>28G ;5:A0=4@0 !5@3552=0, AB065@-8AA;54>20B5;L /  =15 =48284C0;L=K9   A=A 020@78=>9 .. @025=  =12.18+20+2+30+15=79,185;>28F:89 >@0F89 @5<5528G , @>4. 07.08.1916 3., A=A. /, :D<= !B0BLO 2 N18;59=>< A1>@=8:5 5;>28F:89 ../ >O @01>B0 A .. $@0=:><.// 0CG=0O 45OB5;L=>ABL ;01>@0B>@88 0B><=>3> O4@0 /  A 1946 3.?> 2011 3. >A:20 2012 , / , A. 72-76.  =20 5;>28F:89 ../ .. $@0=:  @C:>2>48B5;L O45@=KE 8AA;54>20=89 A 8A?>;L7>20=85< D>B>M<C;LA8>==>3> <5B>40 8 >@30=870B>@ ?@>872>4AB20 O45@=KE D>B>M<C;LA89 2 !!! .// 0CG=0O 45OB5;L=>ABL ;01>@0B>@88 0B><=>3> O4@0 /  A 1946 3.?> 2011 3. >A:20 2012 , / , A. 91-95.  =20 =48284C0;L=K9   A=A 5;>28F:>3> .. @025=  = 20+20 =40LVALvNGBC@<8AB@>2 .@89 8;0=>28G, @>4. 10.09. 1946 3>40, <.=.A. 01. 0B><=>3> O4@0. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . =4@552, .. . 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(0@0?>2. / #AB0=>2:0 4;O 8AA;54>20=8O :2078A2>1>4=>3> =59B@>=-=59B@>==>3> @0AA5O=8O 2 8=B5@20;5 M=5@388 20-60 M // C1>@=8: B578A>2 62 #  $ & /  2012  =6/ 6=1 Burmistrov Yu.M., Konobeevski E.S., Mordovskoy M.V., Potashev S.I., Sharapov I.M., Zuyev S.V. / Setup for Studying nn-Interaction in nd-Breakup Reaction // // Proc. of International Conference Nuclear Science and its Application, September 25-28, 2012 Samarkand, Uzbekistan.  =6/ 6=1 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Thipenyuk./ ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. // The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy , September 3-7, 2012, Kyiv, Ukraine. Book of Abstracts, p.147.  =6/ 9=0,.67 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. / Low background gamma-spectrometer with cosmic ray anticoincidence shielding. // XIII 564C=0@>4=K9 !5<8=0@ ?> M;5:B@><03=8B=K< 2708<>459AB28O< O45@, 20-23 !5=BO1@O, 2012, >A:20, / .  =6/ 6=1 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.ThipenyukLVAL./ On the possibility of using of electron linac LUE-8 (INR RAS) as the thermal neutrons source.// XIII 564C=0@>4=K9 !5<8=0@ ?> M;5:B@><03=8B=K< 2708<>459AB28O< O45@, 20-23 !5=BO1@O, 2012, >A:20, / .  =6/ 9=0,67 .. . C@<8AB@>2, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . 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"578AK 4>:;04>2, A. 102.  =4/6=0,67 =48284C0;L=K9   <=A C@<8AB@>20 ... @025=  = 8,12+3,48+1+1+0,67+1+0,67+1+067=17,61LVALvNGDC52 !5@359 8:B>@>28G, @>48;AO 26.10. 1954 3>40, :D<=, A=A. 01>@0B>@88 0B><=>3> O4@0 !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev /EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA// Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/ ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK// 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 !. . :C;8=8G52, .. . 02@8;>2, .. . C@<8AB@>2, !. . C52, .!. >=>1552A:89, . . >@4>2A:>9, . . !:>@:8= /!!"  / !"! #'  "//75AB8O : !5@8O D878G5A:0O 2011. ">< 75,N 11, !. 1629.  =0,406*60/7=3,48 !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, . . (0@0?>2 / !!" - "'! !"  +!" +% "  (20 60 M)  -! /  "  " ' // !"/ . ! / $'!/, 2012, B>< 76, ! 4, A. 465 468  = 0,34*60/4=5,1 !. . C52, . !. >=>1552A:89, . . (0@0?>2 /   -$$"!" !&"/&+% ""  "   "  -  5 70 M // !"/ . ! / $'!/, 2012, B>< 76, ! 10, A. 1228 1230  = 0,34*60/3=6,8 !. . C52, . !. >=>1552A:89, . . 515452, . . >@4>2A:>9, . . !?0AA:89, !. . >B0H52, . . (0@0?>2 /- "'!/   !&"/& E_E_"!  & (, p) // 725AB8O . !5@8O D878G5A:0O, 2012, B>< 76, ! 4, A. 453  = 0,34*60/7=2,91 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89, ..(0@0?>2, >45;8@>20=85 MDD5:B82=>AB8 AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2 2 8=B5@20;5 M=5@388 5-70 LVALEM, #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/3=2 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2 / -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p)// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/7=0,86 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..(0@0?>2 />AAB0=>2;5=85 M=5@35B8G5A:>3> A?5:B@0 1KAB@KE =59B@>=>2 (20-60 M) :0=0;0 -! /  <5B>4>< >1@0B=>9 7040G8// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/4=1,5 .. . C@<8AB@>2, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2. / #AB0=>2:0 4;O 8AA;54>20=8O :2078-A2>1>4=>3> =59B@>=-=59B@>==>3> @0AA5O=8O 2 8=B5@20;5 M=5@388 20-60 M // C1>@=8: B578A>2 62 #  $ & /  2012  =6/ 6=1 !.. C52, .!. >=>1552A:89, .. >@4>2A:>9, !.. >B0H52, .. (0@0?>2 / !" "  "  #'   !&"/& ""  ! n-   $  #,! // C1>@=8: B578A>2 62 #  $ & /  2012  =6/ 5=1,2 . !. >=>1552A:89, !. . C52, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2 / &/ nd- ,  !" #" #'/ " -"  !"/ // C1>@=8: B578A>2 62 #  $ & /  2012  =6/ 5=1,2 E.S. Konobeevski, M.V. Mordovskoy, I.M. Sharapov, S.V. Zuyev // COMPARISON OF VARIOUS SCINTILLATION DETECTORS WITH n- PULSE SHAPE DISCRIMINATION // In Proc. of 4th International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) September 3 - 7, 2012, Kyiv, Ukraine  =6/ 4=1,5 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. V. Zuyev / Neutron-gamma discrimination in organic scintillatoLVALFrs using various pulse-shape parameters // EMIN-2012 XIII International Seminar on Electromagnetic Interactions of Nuclei September 20-23, 2012, Moscow, Russia  =6/ 4=1,5 Burmistrov Yu.M., Konobeevski E.S., Mordovskoy M.V., Potashev S.I., Sharapov I.M., Zuyev S.V. / Setup for Studying nn-Interaction in nd-Breakup Reaction // // Proc. of International Conference Nuclear Science and its Application, September 25-28, 2012 Samarkand, Uzbekistan.  =6/ 6=1 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. / LOW-BACKGROUND CHAMBER FOR THE GERMANIUM GAMMA SPECTROMETER.// The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy , September 3-7, 2012, Kyiv, Ukraine. Book of Abstracts, p.139.  =6/ 6=1 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Thipenyuk./ ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. // The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy , September 3-7, 2012, Kyiv, Ukraine. Book of Abstracts, p.147.  =6/ 9=0,67 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. / Low background gamma-spectrometer with cosmic ray anticoincidence shielding. // XIII 564C=0@>4=K9 !5<8=0@ ?> M;5:B@><03=8B=K< 2708<>459AB28O< O45@, 20-23 !5=BO1@O, 2012, >A:20, / .  =6/ 6=1 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Thipenyuk./ On the possibility of using of electron linac LUE-8 (INR RAS) as the thermal neutrons source.// XIII 564C=0@>4=K9 !5<8=0@ ?> M;5:B@><03=8B=K< 2708<>459AB28O< O45@, 20-23 !5=BO1@O, 2012, >A:20, / .  =6/ 9=0,67 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..$8@A>2 / $/   ! !!  "  LVAL )" /   -!" " . // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 >O1@O, 2012, >A:20, $. "578AK 4>:;04>2, A. 102.  =4/6=0,67 .!. >=>1552A:89, !. . C52, . . >@4>2A:>9, . . (0@0?>2 / AA;54>20=85 =59B@>=-=59B@>==>3> 2708<>459AB28O 2 @50:F8OE A 42C<O =59B@>=0<8 2 :>=5G=>< A>AB>O=88 // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289" 12-16 =>O1@O 2012, $, >A:20  =4/4=1 =48284C0;L=K9   A=A / !..C520 @025=  =1,6+2,71+3,48+5,1+6,8+2+0,86+1,5+1+1,2+1,2+1,5+1,5+ 1+1+0,67+1+0,67+0,67+1=36,46LVALvNGH>=>1552A:89 235=89 !5@35528G, @>48;AO 23 023CAB0 1943 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 ;01>@0B>@859 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev /EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA //Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 Konobeevski, E. /Study of neutron-neutron scattering in nd breakup reaction // Journal of Physics: Conference Series 2012, 340, 012047.  =8 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..0BKH520, ..!>1>;52A:89, ..;8G /?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0 _430// !"/ . ! / $'!/, 2011, B>< 75, ! 4, A. 485 489  =0,406*60/4=6,09 .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2 / ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 !. . :C;8=8G52, .. . 02@8;>2, .. . C@<8AB@>2, !. . C52, .!. >=>1552A:89, . . >@4>2A:>9, . . !:>@:8= / !!"  / !"! #'  "// 725AB8O : !5@8O D878G5A:0O ">< 75,N 11, !. 1629.  =0,406*60/7=3,48 !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, . . (0@0?>2 / !!" - "'! !"  +!" +% "  (20 60 M)  -! /  "  " ' // !"/ . ! / $'!/, 2012, B>< 76, ! 4, A. 465 468  =0,34*60/4=5,1 !. . C52, . !. >=>1552A:89, . . (0@0?>2 /   -$$"!" !&"/&+% ""  "   "  -  5 70 M // !"/ . ! / $'!/, 2012, B>< 76, ! 10, A. 1228 1230  =0,34*60/3=6,8 !. . C52, . !. >=>1552A:89, . . 515452, . . >@4>2A:>9, . . LVALI!?0AA:89, !. . >B0H52, . . (0@0?>2 /- "'!/   !&"/& E_E_"!  & (, p) // 725AB8O . !5@8O D878G5A:0O, 2012, B>< 76, ! 4, A. 453  =0,34*60/7=2,91 !B0BLO 2 N18;59=>< A1>@=8:5 >=>1552A:89 .!. / A=>2=K5 @57C;LB0BK =0CG=>9 45OB5;L=>AB8 ;01>@0B>@88 0B><=>3> O4@0 /  2 1996-2011 33.// 0CG=0O 45OB5;L=>ABL ;01>@0B>@88 0B><=>3> O4@0 /  A 1946 3.?> 2011 3. >A:20 2012 , / , A. 41-61.  =20 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E.S. Konobeevski, Study of Neutron-Neutron Scattering in nd Breakup Reaction // >:;04 =0 5th EUROPEAN CONFERENCE ON NEUTRON SCATTERING, 17-22 July 2011 - Prague, Czech Republic  =6/1=6 !..C52, .!.>=>1552A:89, ..(0@0?>2, / >45;8@>20=85 MDD5:B82=>AB8 AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2 2 8=B5@20;5 M=5@388 5-70 M,// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/3=2 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2 / -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p),// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/7=0,86 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..(0@0?>2/ >AAB0=>2;5=85 M=5@35B8G5A:>3> A?5:B@0 1KAB@KE =59B@>=>2 (20-60 M) :0=0;0 -! /  <5B>4>< >1@0B=>9 7040G8//, #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/4=1,5 .. . C@<8AB@>2, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2. / #AB0=>2:0 4;O 8AA;54>20=8O :2078-A2>1>4=>3> =59B@>=-=59B@>==>3> @0AA5O=8O 2 8=B5@20;5 M=5@388 20-60 M // C1>@=8: B578A>2 62 #  $ & /  2012  =6/6=1 !.. C52, .!. >=>1552A:89, .. >@4>2A:>9, !.. >B0H52, .. (0LVALJ@0?>2 / !" "  "  #'   !&"/& ""  ! n-   $  #,! // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 . !. >=>1552A:89, !. . C52, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2 / &/ nd- ,  !" #" #'/ " -"  !"/ // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 E.S. Konobeevski, M.V. Mordovskoy, I.M. Sharapov, S.V. Zuyev // COMPARISON OF VARIOUS SCINTILLATION DETECTORS WITH n- PULSE SHAPE DISCRIMINATION // In Proc. of 4th International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) September 3 - 7, 2012, Kyiv, Ukraine  =6/4=1,5 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. V. Zuyev / Neutron-gamma discrimination in organic scintillators using various pulse-shape parameters // EMIN-2012 XIII International Seminar on Electromagnetic Interactions of Nuclei September 20-23, 2012, Moscow, Russia  =6/4=1,5 Burmistrov Yu.M., Konobeevski E.S., Mordovskoy M.V., Potashev S.I., Sharapov I.M., Zuyev S.V. / Setup for Studying nn-Interaction in nd-Breakup Reaction // // Proc. of International Conference Nuclear Science and its Application, September 25-28, 2012 Samarkand, Uzbekistan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vNG*8D0=>2 8E08; 8:>;0528G, @>4. 21 =>O1@O 1945 3>40, , =A. :0=4840B D87-<0B =0C: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !./. 0@1C;52, .!. 0@1C;52, .. ;L10F, .. 5=5F:89, ... 20=>20, .. 8D0=>2, .. 5@F>2A:89./ 0480F8>==>-70I8B=0O >45640. @>HN@0  : 74.  "!, 2012, 13 !  =4/7=0,57 >:;04 CAB=K9, A5:F8>==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. 5=5F:89 .., 8D0=>2 ../  0B5@80;0E 4;O A?5F80;L=>9 @0480F8>==>-70I8B=>9 >4564K ?>60@=KE =0 -! 8 4@C38E @0480F8>==>->?0A=KE >1J5:B0E. // 8-O 564C=0@>4=0O :>=D5@5=F8O /45@=0O 8 @0480F8>==0O D878:0 20-23 A5=BO1@O 2011 3. (ICNRP`11), ;<0BK, 5A?C1;8:0 070EAB0=. "!+, ! 78  79  =6/2=3 !./. 0@1C;52, .!. 0@1C;52, .. ;L10F, .. 5=5F:89, ... 20=>20, .. 8D0=>2, .. 5@F>2A:89. / >=AB@C:B82=K9 @O4 A?5F80;L=>9 @0480F8>==>-70I8B=>9 >4564K. // >:;04 CAB=K9, A5:F8>==K9. "578AK 4>:;04>2 564C=0@>4=>9 :>=D5@5=F88 :BC0;L=K5 2>?@>AK <8@=>3> 8A?>;L7>20=8O 0B><=>9 M=5@388 6-8 8N=O 2012 3., ;<0BK, 5A?C1;8:0 070EAB0=.  ;<0BK: /&  (2012). ! 185-186.  =6/7=0,86 .. 5=5F:89, .. 8D0=>2./ >3;>I0NI85 4>102:8 2 @0480F8>==>-70I8B=KE <0B5@80;0E 4;O A?5F80;L=>9 70I8B=>9 >4564K ?>60@=KE. // >:;04 AB5=4>2K9, A5:F8>==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. "578AK 4>:;04>2 XXIV 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 ?> ?@>1;5<0< ?>60@=>9 157>?0A=>AB8, ?>A2OI5==>9 75-;5B8N A>740=8O 8=AB8BCB0 3-4 8N;O 2012 3.'.2. 0;0H8E0 , >AA8O. .: (2012). ! 83-86.  =6/2=3 .. >38=>2, .. 8D0=>2, .. 5=5F:89. / =AB@C<5=B0;L=>5 >15A?5G5=85 4>78<5B@8G5A:8E 87<5@5=89 ?@8 ;8:2840F88 ?>60@>2 8 020@89 =0 @0480F8>==>->?0A=KE >1J5:B0E // >:;04 AB5=4>2K9, A5:F8>==K9. "578AK 4>:;04>2 XXIV 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 ?> ?@>1;5<0< ?>60@=>9 157>?0A=>AB8, ?>A2OI5==>9 75-;5B8N A>740=8O 8=AB8BCB0 3-4 8N;O 2012 3.'.2. 0;0H8E0 , >AA8O. .: (2012). ! 107-110.  =6/3=2 =48284C0;L=K9   =A 8D0=>20 .. @025=  =0,57+3+0,86+3+2=9,43LVALvNGM>@4>2A:>9 8E08; 048<>28G, @>48;AO 06.04.1954 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev /EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA //Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/ ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK// 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 !. . :C;8=8G52, .. . 02@8;>2, .. . C@<8AB@>2, !. . C52, .!. >=>1552A:89, . . >@4>2A:>9, . . !:>@:8= /!!"  / !"! #'  "//75AB8O : !5@8O D878G5A:0O ">< 75,N 11, !. 1629.  =0,406*60/7=3,48 !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, . . (0@0?>2 / !!" - "'! !"  +!" +% "  (20 60 M)  -! /  "  " ' // !"/ . ! / $'!/, 2012, B>< 76, ! 4, A. 465 468  =0,34*60/4=5,1 !. . C52, . !. >=>1552A:89, . . 515452, . . >@4>2A:>9, . . !?0AA:89, !. . >B0H52, . . (0@0?>2 /- "'!/   !&"/& E_E_"!  & (, p) // 725AB8O . !5@8O D878G5A:0O, 2012, B>< 76, ! 4, A. 453  =0,34*60/7=2,91 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2 / -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p)// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/7=0,86 !..C5LVALN2, .!.>=>1552A:89, ..>@4>2A:>9, ..(0@0?>2 />AAB0=>2;5=85 M=5@35B8G5A:>3> A?5:B@0 1KAB@KE =59B@>=>2 (20-60 M) :0=0;0 -! /  <5B>4>< >1@0B=>9 7040G8// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/4=1,5 D.A. Zaikin, M.V. Mordovskoy, I.V. Surkova / Diffuseness parameter for even-even nuclei with 58d"Ad"250 and the coupled channel optical model. // BOOK OF ABSTRACTS LXII International Conference NUCLEUS 2012. P. 129.  =6/3=2 .. . C@<8AB@>2, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2. / #AB0=>2:0 4;O 8AA;54>20=8O :2078-A2>1>4=>3> =59B@>=-=59B@>==>3> @0AA5O=8O 2 8=B5@20;5 M=5@388 20-60 M // C1>@=8: B578A>2 62 #  $ & /  2012  =6/6=1 !.. C52, .!. >=>1552A:89, .. >@4>2A:>9, !.. >B0H52, .. (0@0?>2 / !" "  "  #'   !&"/& ""  ! n-   $  #,! // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 . !. >=>1552A:89, !. . C52, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2 / &/ nd- ,  !" #" #'/ " -"  !"/ // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 E.S. Konobeevski, M.V. Mordovskoy, I.M. Sharapov, S.V. Zuyev // COMPARISON OF VARIOUS SCINTILLATION DETECTORS WITH n- PULSE SHAPE DISCRIMINATION // In Proc. of 4th International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) September 3 - 7, 2012, Kyiv, Ukraine  =6/4=1,5 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. V. Zuyev / Neutron-gamma discrimination in organic scintillators using various pulse-shape parameters // EMIN-2012 XIII International Seminar on Electromagnetic Interactions of Nuclei September 20-23, 2012, Moscow, Russia  =6/4=1,5 Burmistrov Yu.M., Konobeevski E.S., Mordovskoy M.V., Potashev S.I., Sharapov I.M., ZuLVALOyev S.V. / Setup for Studying nn-Interaction in nd-Breakup Reaction // // Proc. of International Conference Nuclear Science and its Application, September 25-28, 2012 Samarkand, Uzbekistan.  =6/6=1 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. / LOW-BACKGROUND CHAMBER FOR THE GERMANIUM GAMMA SPECTROMETER.// The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy , September 3-7, 2012, Kyiv, Ukraine. Book of Abstracts, p.139.  =6/6=1 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Thipenyuk./ ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. // The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy , September 3-7, 2012, Kyiv, Ukraine. Book of Abstracts, p.147.  =6/9=0,67 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. / Low background gamma-spectrometer with cosmic ray anticoincidence shielding. // XIII 564C=0@>4=K9 !5<8=0@ ?> M;5:B@><03=8B=K< 2708<>459AB28O< O45@, 20-23 !5=BO1@O, 2012, >A:20, / .  =6/6=1 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Thipenyuk./ On the possibility of using of electron linac LUE-8 (INR RAS) as the thermal neutrons source.// XIII 564C=0@>4=K9 !5<8=0@ ?> M;5:B@><03=8B=K< 2708<>459AB28O< O45@, 20-23 !5=BO1@O, 2012, >A:20, / .  =6/9=0,67 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..$8@A>2 / $/   ! !!  " )" /   -!" " . // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 >O1@O, 2012, >A:20, $. 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afomov. V.A. Sergeev, V.P. Zavarzina / The Relations Between the Differential Cross Sections for Diffractive Processes of Halo-Nucleus Core Stripping and Nucleon Stripping // BOOK OF ABSTRACTS LXII International Conference NUCLEUS 2012. P. 197  =6/3=2 @5?@8=B .. 0D><>2 " B5>@88 87;CG5=8O 028;>20-'5@5=:>20 2 :@8AB0;;0E" @5?@8=B /  1298/2011, A5=BO1@L 2011. =0 4204F0B8 452OB8 AB@0=8F0E, A>45@68B A>@>: F25B=KE 3@0D8G5A:8E @8AC=:0 8 ?0:5B 70459AB2>20==KE ?@>3@0<<.  =4 =48284C0;L=K9   A=A 0D><>20 .. @025=  =18,18'.RY T O V Q L GB94/(z#*|33@@@*@?B@HHHH<?7(\??@*@?@HHHH<?D\@@*@?8@HHHH<?@*@?<<<<<?@@*@?@HHHH<?4 Ƈ@@*@? @HHHH<?4 \A@*@@NGHHHH<?6 Ƈ@@*@? @HHHH<?~tnBNbB@*@?NGHHHH<?RXD@*@?(NG"JJHH<A@*@? @HHHH<?C@*@?NGHHHH<? gpD@*@?l(NGHHHH<? pIA@*@?NGHHHH<? RC@*@?NGHHHH<?3nD@*@?NGHHHH<?R E@*@?NNGHHHH<?D@*@? @HHHH<?DD'6@*@?zNG"JJHH<L̒B1@*@?"NGJJHH<cA *@?*NGHHHH<?bA *@?NGHHHH<?9CdC *@?.}NGHHHH<?t!B *@?{NGHHHH<?5B *@?<@rHHHH<? TBB *@?`4wNGHHHH<?) A *@?v1sNGHHHH<? 33A *@?d @rHHHH<?soA *@?@qHHHH<?ff B *@?oNGHHHH<? 0B *@?mNGHHHH<? ZC *@?VgNGHHHH<? *@?<<<<<?+C *@?JbNGHHHH<?9A *@?`NGHHHH<?lA *@?#]NGHHHH<? @ *@@[NGHHHH<? A *@?~@ZHHHH<?"q=? *@?T@YHHHH<?!HBB *@?R @YHHHH<? 33?B *@?x%VvNGHHHH<? *@?<<<<<?)@ *@?@UHHHH<?/\B *@? @THHHH<?A *@?4RvNGHHHH<?@ *@?@PHHHH<?LVALvNGS>B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev /EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA// Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2, ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK, 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 8B28= .!., >B0H52 !. ., 078= .., !04K:>2 ../ >78F8>==>-GC2AB28B5;L=K9 ?@>2>;>G=>-AB@8?>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B5@>< 725AB8O . !5@8O $878G5A:0O, 2011, B><. 75, No. 2, A. 247 250.  =0,406*60/4=6,09 !. . C52, . !. >=>1552A:89, . . 515452, . . >@4>2A:>9, . . !?0AA:89, !. . >B0H52, .. (0@0?>2 /- "'!/   !&"/& E_E_"!  & (, p) // 725AB8O . !5@8O D878G5A:0O, 2012, B>< 76, ! 4, A. 453  =0,34*60/7=2,91 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2  -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p), #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/7=0,86 .. . C@<8AB@>2, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2. / #AB0=>2:0 4;O 8AA;54>20=8O :2078-A2>1>4=>3> =59B@>=-=59B@>==>3> @0AA5O=8O 2 8=B5@20;5 M=5@388 20-60 M // C1>@=8: B578A>2 62 #  $ & /  2012  =6/6=1 !..  LVAL C52, .!. >=>1552A:89, .. >@4>2A:>9, !.. >B0H52, .. (0@0?>2 / !" "  "  #'   !&"/& ""  ! n-   $  #,! // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 . !. >=>1552A:89, !. . C52, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2 / &/ nd- ,  !" #" #'/ " -"  !"/ // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 @5?@8=BK . . 0@028G52. !. . >B0H52, . !. >B0H52. @>3@0<<=>5 >15A?5G5=85:><?LNB5@0-:>=B@>;;5@0 KKA2-PC 8 :>=B@>;;5@0  2 OC 8=0:A. @5?@8=B / /2011, 31 AB@0=8F0, 12 @8A., 2 B01;.  =4/3=1,33 =48284C0;L=K9   >B0H520 !.. @025=:  = 1,6+2.71 +6,09 +2,91+0,86+1+1.2+1,2+1,33=19,71`LVALp!5@3552 ;048<8@ ;5:A0=4@>28G, @>48;AO 26.08.1933 3., :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2,/ ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 0D><>2 .., !5@3552 ../ -$$"+ )/  &/% ! + #  !" -/  // 72. , A5@.D87. 2011 B.75, !4, A.490-494  =0,406*60/2=12,18 !B0BLO 2 N18;59=>< A1>@=8:5 5=5F:89 ., !5@3552 .. / 0CG=0O 45OB5;L=>ABL ;01>@0B>@88 0B><=>3> O4@0 $ 2 1946-1970 33.// 0CG=0O 45OB5;L=>ABL ;01>@0B>@88 0B><=>3> O4@0 /  A 1946 3.?> 2011 3. >A:20 2012 , / , A. 5-21.  =20/2=10 5=5F:89 ., !5@3552 .. / 0CG=0O 45OB5;L=>ABL ;01>@0B>@88 0B><=>3> O4@0 /  !!!  2 1971-1996 33.// 0CG=0O 45OB5;L=>ABL ;01>@0B>@88 0B><=>3> O4@0 /  A 1946 3.?> 2011 3. >A:20 2012 , / , A.22-32.  =20/2=10 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.E. Pafomov. V.A. Sergeev, V.P. Zavarzina / The Relations Between the Differential Cross Sections for Diffractive Processes of Halo-Nucleus Core Stripping and Nucleon Stripping // BOOK OF ABSTRACTS LXII International Conference NUCLEUS 2012. P. 197  =6/3=2 =48284C0;L=K9   A=A !5@35520 .. @025=  =2,71+ 12,18+10+10+2=36,89 LVAL" !C@:>20 ==0 ;048<8@>2=0, @>48;0AL 20 45:01@O 1939 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. @5?@8=B .. 08:8=, .. !C@:>20 /  2>7<>6=KE <038G5A:8E A2>9AB20E O4@0 246 Cm./ @5?@8=B / 1315/2012, 0?@5;L 2012.   = 4/2=2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., !C@:>20 .. /  2>7<>6=KE ?>;C<038G5A:8E G8A;0E =C:;>=>2 Z=96 8 N=150 // 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/2=3 D.A. Zairin, M.V. Mordovskoy, I.V. Surkova / Diffuseness parameter for even-even nuclei with 58d"Ad"250 and the coupled channel optical model. // BOOK OF ABSTRACTS LXII International Conference NUCLEUS 2012. P. 129.  =6/3=2 =48284C0;L=K9   A=A !C@:>2>9 .. @025=  =2+3+2=7LVALvNGW(0@0?>2 ;LO 8E09;>28G, @>48;AO 29.01.1984 3>40, 0A?8@0=B, AB065@-8AA;54>20B5;L &. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/ ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK, // 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, . . (0@0?>2 / !!" - "'! !"  +!" +% "  (20 60 M)  -! /  "  " ' // !"/ . ! / $'!/, 2012, B>< 76, ! 4, A. 465 468  =0,34*60/4=5,1 !. . C52, . !. >=>1552A:89, . . (0@0?>2 /   -$$"!" !&"/&+% ""  "   "  -  5 70 M // !"/ . ! / $'!/, 2012, B>< 76, ! 10, A. 1228 1230  =0,34*60/3=6,8 !. . C52, . !. >=>1552A:89, . . 515452, . . >@4>2A:>9, . . !?0AA:89, !. . >B0H52, . . (0@0?>2 /- "'!/   !&"/& E_E_"!  & (, p) // 725AB8O . !5@8O D878G5A:0O, 2012, B>< 76, ! 4, A. 453  =0,34*60/7=2,91 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89, ..(0@0?>2 / >45;8@>20=85 MDD5:B82=>AB8 AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2 2 8=B5@20;5 M=5@388 5-70 M,// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/3=2 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2 /  -=5LVALX@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p)// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/7=0,86 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..(0@0?>2 / >AAB0=>2;5=85 M=5@35B8G5A:>3> A?5:B@0 1KAB@KE =59B@>=>2 (20-60 M) :0=0;0 -! /  <5B>4>< >1@0B=>9 7040G8//, #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/4=1,5 .. . C@<8AB@>2, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2. / #AB0=>2:0 4;O 8AA;54>20=8O :2078-A2>1>4=>3> =59B@>=-=59B@>==>3> @0AA5O=8O 2 8=B5@20;5 M=5@388 20-60 M // C1>@=8: B578A>2 62 #  $ & /  2012  =6/6=1 !.. C52, .!. >=>1552A:89, .. >@4>2A:>9, !.. >B0H52, .. (0@0?>2 / !" "  "  #'   !&"/& ""  ! n-   $  #,! // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 . !. >=>1552A:89, !. . C52, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2 / &/ nd- ,  !" #" #'/ " -"  !"/ // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 E.S. Konobeevski, M.V. Mordovskoy, I.M. Sharapov, S.V. Zuyev // COMPARISON OF VARIOUS SCINTILLATION DETECTORS WITH n- PULSE SHAPE DISCRIMINATION // In Proc. of 4th International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) September 3 - 7, 2012, Kyiv, Ukraine  =6/4=1,5 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. V. Zuyev / Neutron-gamma discrimination in organic scintillators using various pulse-shape parameters // EMIN-2012 XIII International Seminar on Electromagnetic Interactions of Nuclei September 20-23, 2012, Moscow, Russia  =6/4=1,5 Burmistrov Yu.M., Konobeevski E.S., Mordovskoy M.V., Potashev S.I., Sharapov I.M., ZD LVALT uyev S.V. / Setup for Studying nn-Interaction in nd-Breakup Reaction // // Proc. of International Conference Nuclear Science and its Application, September 25-28, 2012 Samarkand, Uzbekistan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nS/Lif A?5:B@>A<5I0NI8E A25B>2>4>2 8 ;028==KE D>B>48>4>2". @5?@8=B /  1324\2012  =4:3=1,33 B>3> 0@052A:89  =1,335;57=KE 3>@L 8E09;>28G, 23.08.1936, 702.  8 -'. C1;8:0F88: 1. R.D. Dagkesamanskii, V.A. Matveev, I.M. Zheleznykh/  Prospects of radio detection of extremely high energy neutrinos bombarding the Moon // Nuclear Instr. & Methods in Phys. Res. A 626-627 (2011) S44-S47  =1,317x30:3=13,17 2. V.A. Matveev, I.M. Zheleznykh, P.I. Korotin, V.T. Paka, N.M. Surin/  Alternative techniques for dear-water monitoring // Nuclear Instr. & Methods in Phys. Res. A 626-627 (2011) S106-S108  =1,317x30:5=7,9 3. D. Besson,R. Dagkesamanskii, E. Kravchenko, I Kravchenko, I. Zheleznykh/  Tethered balloons for radio detection of ultra high energy cosmic neutrinos in Antarctica // Nuclear Instr. & Methods in Phys. Res. A662 (2012) S50-S53.  =1,317x30:5=7,9 >:;04K: >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. I.M. Zheleznykh, Z.Ya. Sadygov, B.A. Khrenov, A.F. Zerrouk./ Prospects of Application of Multi-pixel Avalanche Photo Diodes in Cosmic Rays Experiments// Proc. 32nd ICRC, Beijing, 11-18 Aug. 2011.  =6:4x1,5=2,25 2. ./. !04K3>2, .. 5;57=KE 8 4@. >20O :>=F5?F8O A>740=8O <0B@8F ;028==KE D>B>?@85<=8:>2 4;O -" A:0=5@>2 , =65=5@8O AF8=B8;;OF8>==KE <0B5@80;>2 8 @0480F8>==K5 B5E=>;>388  ! " 2012, C1=0, 19-23 =>O1@O 2012.  =6:6x1,5=1,5 >@01>B:0 :C@A0 ;5:F89 ABC45=B0< $" 2 25A5==8E A5<5AB@0E 2011 8 2012 3.3.  =8E2=16 !C<<0@=K9   70 2011-2012 3.3. .. 5;57=KE = 48,72r LVAL 8@>=>28G ==0 ;5:A0=4@>2=0, 24.03.1964, =A, 1. A. G. Gavriliuk, V. V. Struzhkin, S. G. Ovchinnikov, Yong Yu, M. M. Korshunov, A. A. Mironovich, Jung-Fu Lin and Changqing Jin, "P-T phase diagram of iron arsenide superconductor NdFeAsO0.88F0.12", EPL 100, 46005 (2012).  =2,17E30:8=8,1 B>3> 8@>=>28G  =8,1LVALNG\  2012- :A5=>2 !5@359 8:>;0528G I. @5?@8=B 26 <0@B0 2012 3. 1. !8AB5<0 @538AB@0F88 4;O =59B@>=>3@0D8G5A:8E M:A?5@8<5=B>2 ?> <5B>4C 2@5<5=8 ?@>;5B0 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / . .. 0@8=, !.. >B0H52, .. ;5:A552, .!. 8B28=, .!. >B0H52, .. "@C=>2, !.. :A5=>2, .. 5A5;>2A:89, .!. >=>=KE8=, .!. ;5<5=BL52, . !04K:>2. @5?@8=B /  !1328/20123.. 0,4 10;;0 II. >:;04K =0 :>=D5@5=F8OE: #AB=K5 4>:;04K. 1. 1. The INR RAS Neutron Complex  Present Status and Prospects A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, V.A. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov,S.F. Sidorkin. 20th meeting on Collaboration of Advanced Neutron Sources, March4-9,2012, Bariloche, Argentina. 0,6 10;;0 1.2. 59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20=-=KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 /  : A>2@5<5==>5 A>AB>O=85. !04K:>2 .., ;5:A552 .., 8B28= .!., ;5<5=BL52 .!., :A5=>2 !.., >=>=KE8= .!., C7=5F>2 !.. , 5H:>2 .., 0?CH:8= ..., $54G5=:> ..,>@1C=>2 .. ,..@BNH8=, >=><0@520 .., @0G52 .., $5I5=:> .., !5@>2 .. , ;5:A552 .., C;:8= .., #;LO=>2 .., "@C=>2 .., ..@02GC:, >?B5;>2 -.. 0CG=0O !5AA8O /# $ -2012, D52@0;L 2012 3>40. 0,4 10;;0 1.3. "$+  +%  %   ! . ...+1,2, ..!+2, ...,2,!..!2, ..$.,&3, . #3. 0CG=0O !5AA8O /# $ -2012, D52@0;L 2012 3>40. 0,7 1.4. 59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20==KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 /  .. !04K:>21,2,3, .. ;5:A5521, .!. 8B28=1, .!. ;5<5=BL521,5,6, !.. :A5=>21 , .!. >=>=KE8=1, .. "@C=>21, !.. C7=5F>24, .. 5H:>24, ... 0?CH:8=4, .. $54G5=:>1, .. >@1C=>21, .. @BNH8=1, .. >=><0@5201, .. @0G521, .. $5I5=:>1, .. !5@>B LVALR 21, .. ;5:A5525, .. C;:8=7, .. #;LO=>27, .. "@C=>27,..@02GC:1, -.. >?B5;>21 "578AK, AB@. 128, XXII 564C=0@>4=>3> !>25I0=8O ?> A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( ! 2012), 5;5=>3>@A:, 5=8=3@04A:>9 >1;.15-20 >:BO1@O 2012 3>40 XXII !) ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O !-2012, :B.2012,!0=:B-5B5@1C@3. 0,4 10;;0 B>3>: 2,5*2=510;;0LVALNG^;5:A552 =4@59 ;5:A5528G, =0CG=K9 A>B@C4=8:  !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 ..,. (>@8= .!.  0@0<5B@K s-@57>=0=A>2 2 A5G5=8OE 45;5=8O 246 248Cm. B><=0O M=5@38O, B.110, 2K?.1, O=20@L 20113 8/8 = 1 10;; 2. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!.,!0<K;8= .$, $C@A>2 ..,. (>@8= .!. 59B@>==>5 A5G5=85 45;5=8O 8 @57>=0=A=K5 ?0@0<5B@K 243Am, B><=0O M=5@38O, B.111, 2K?.6, 45:01@L 20113 8/8 = 1 10;; !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E 3. A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS. Authors: E.A. Koptelov, Yu.V. Ryabov, A.A. Alekseev, S.F. Sidorkin, M.I. Grachev, V.A. Fedchenko, R.A. Sadykov, Yu.B. Lebed, V.S. Litvin, S.P. Kuznetsov, E.S. Clementyev, P.A. Alekseev, V.A, Trunov, A.P. Bulkin, V.A. Ulianov and S.N. Axenov. Publication place: Journal of Physics: Conference Series V.291, N1 (2011) pp. 012012-012017. 2.546*30*0.7/10 = 5.4 10;;0 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 4. AA;54>20=85 AB@C:BC@K A?;020 40%. <5B>4>< =59B@>==>9 48D@0:F88 8 <0;>C3;>2>3> @0AA5O=8O =59B@>=>2. . . !04K:>2, . !. 8B28=, . . C;NB8=, . . ;07:>2, .. ;5:A552, M-S. Appavou, A. Ioffe. #AB=K9 4>:;04 =0 IV #  $ & <<$ &/   #( "   " >> >A:20, =AB8BCB <5B0;;C@388 8 <0B5@80;>2545=8O , 25-28 >:BO1@O 20113, A1>@=8: B@C4>2 A. 849-850. 6*1.5/7 = 1.3 10;;0 5. 59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20==KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 / . .. !04K:>2, .. ;5:A552, .!. 8B28=, .!.;5<5=BL52, !.. :A5=>2, .!. >=>=KE8=, .. "@C=>2, !..C7=5F>2, .. 5H:>2, ... 0?CH:8=, .. $54G5=:>, .. >@1C=>2, .. @BNH8=, .. >=><0@520, .. @0G52, .. $5I5=:>, .. !5@>2, .. ;5:A552, .. C;LVAL_:8=, .. #;LO=>2, .."@C=>2, ..@02GC:, -.. >?B5;>2. "578AK, AB@. 129, XXII 564C=0@>4=>3> !>25I0=8O ?> A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( ! 2012), 5;5=>3>@A:, 5=8=3@04A:>9 >1;.15-20 >:BO1@O 2012 3>40 6*1.5/10= 0.9 10;;0 6. !.. C7=5F>2, .. 5H:>2, . !04K:>2, .!. 8B28=, ...0?CH:8=, .. ;5:A552, -.. >?B5;>2. 57C;LB0BK 8A?KB0=89 M;5<5=B>2 <=>3>DC=:F8>=0;L=>3> =59B@>==>3> A?5:B@><5B@0 =0 8<?C;LA=KE 8AB>G=8:0E -06 8 -! /, XXII <564C=0@>4=>5 A>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( !-2012), 5;5=>3>@A:, 15-19 >:BO1@O 2012 3>40. 6*1.5/7 = 1.3 10;;0 7. #AB=K9 4>:;04 =0 International Conference on Advanced Neutron Sources ICANS-XX-Bariloche-2012, A.A. Alekseev, S.N. Aksenov, E.S. Clementyev et al.  The INR RAS Neutron Complex  Present Status and Prospects , Proccedings ICANS-2012, pp 103-108; 6*1.5/10= 0.9 10;;0 @5?@8=BK 8. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!.,!0<K;8= .$, $C@A>2 .., (>@8= .!. AA;54>20=85 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / : 243Am(n,f)   " /  1288/2011 ., 2011 4/8 = 0.5 10;;0 9. ..;5:A552, ..!04K:>2, .!.;5<5=BL52, .!.8B28= !..:AQ=>2, ...@83>@L52, -..>?B5;>2 -:A?5@8<5=B0;L=K5 A?5:B@K =59B@>=>2 =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 /  (?> @57C;LB0B0< A50=A0  =>O1@L 20103.)   " /  1305/2011 "/ , 2011 4/7 = 0.6 10;;0 10. 59B@>==K9 :><?;5:A / . !?5:B@><5B@ =59B@>=>2 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100). F5=:0 E0@0:B5@8AB8: 87<5@8B5;L=KE :0=0;>2. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2,   " /  1325/2012 4/4 = 1 10;; 11. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 .., (>@8= .!. AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 2 LVALB !-100: 243Cm(n,f) II.   " /  1334/2012 4/8 = 0.5 10;;0 12. !8AB5<0 @538AB@0F88 4;O =59B@>=>3@0D8G5A:8E M:A?5@8<5=B>2 ?> <5B>4C 2@5<5=8 ?@>;5B0 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / . ..0@8=, !.. >B0H52, .. ;5:A552, .!. 8B28=, .!. >B0H52, .. "@C=>2, !.. :A5=>2, .. 5A5;>2A:89, .!. >=>=KE8=, .!. ;5<5=BL52, . !04K:>2. @5?@8=B /  !1328/2012 4/10 = 0.4 10;;0 ": 1+1+5.4+1.3+0.9+1.3+0.9+0.5+0.6+1+0.5+0.4 = 14.8LVALNGa5@3<0= ;5:A59 =4@5528G, AB0@H89 =0CG=K9 A>B@C4=8:  !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 ..,. (>@8= .!.  0@0<5B@K s-@57>=0=A>2 2 A5G5=8OE 45;5=8O 246 248Cm. B><=0O M=5@38O, B.110, 2K?.1, O=20@L 20113 8/8 = 1 10;;0 2. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!.,!0<K;8= .$, $C@A>2 ..,. (>@8= .!. 59B@>==>5 A5G5=85 45;5=8O 8 @57>=0=A=K5 ?0@0<5B@K 243Am, B><=0O M=5@38O, B.111, 2K?.6, 45:01@L 20113 8/8 = 1 10;; 3. 5@3<0= .., >=G0@5=:> .. AA;54>20=8O 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O 232Th =59B@>=0<8 2 A28=F>2>< B5;5 =59B@>==>3> A?5:B@><5B@0 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 @0B:85 A>>1I5=8O ?> D878:5 $ !2 20123. 8/2 = 4 10;;0 4. 5@3<0= .., >=G0@5=:> ../ AA;54>20=8O 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O 237Np =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 @0B:85 A>>1I5=8O ?> D878:5 $ !2 8/2 = 4 10;;0 20123. 5. 5@3<0= ../ =><0;L=>5 2;8O=85 2>4>@>4>A>45@60I8E ?;Q=>: =0 G0AB8 A28=F>2KE 1;>:>2 =59B@>==KE A?5:B@><5B@>2 ! =0 45F8<5B@>2CN 2>;=>2CN AB@C:BC@C =59B@>=>2, 70<54;ONI8EAO 2 A28=F>2KE 1;>:0E, =5 8<5NI8E MB8E ?;Q=>: =65=5@=0O D878:0 !6 2012. 8/1 =8 10;;>2 @5?@8=BK 6. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!.,!0<K;8= .$, $C@A>2 .., (>@8= .!. AA;54>20=85 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / : 243Am(n,f)   " /  1288/2011 ., 2011 4/8 = 0.5 10;;0 7. 59B@>==K9 :><?;5:A / . !?5:B@><5B@ =59B@>=>2 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100). F5=:0 E0@0:B5@8AB8: 87<5@8B5;L=KE :0=0;>2. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2,   " /  1325/2012 4/4 = 1 10;; 8. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 .., (>@8= .!. AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<LVAL 54;5=8O 2 A28=F5 !-100: 243Cm(n,f) II.   " /  1334/2012 4/8 = 0.5 10;;0 ": 1+1+4+4+8+0.5+1+0.5 = 20LVALNGc>B28=0 ;5:A0=4@ !B5?0=>28G Publications in journals with referee examinations: 1. N.Buyukcizmeci, F.Bulut, M.Erdogan, H.Imal, R.Ogul, A.S.Botvina, I.N.Mishustin, W.Trautmann. Investigating the isotopic effects in nuclear fragmentation. Acta Physica Polonica B , v.42, p. 697-700 , 2011. PRND= 0.671*30/8 = 2.5 2. V.A.Karnaukhov, S.P.Avdeyev, H.Oeschler, V.V.Kirakosyan, P.A.Rukoyatkin, A.Budzanowski, W.Karcz, E.Norbeck, and A.S.Botvina. Collective flow in nuclear fragmentation induced by 4.4 Gev deuterons on gold target. Pisma v EChAYa, v.8, No.1 (164), p. 35-40, 2011. Physics of Particles and Nuclei Letters, v. 8, p. 19-22, 2011. PRND= 1.100*60/9 = 7.3 3. R.Ogul, A.S.Botvina, U.Atav, N.Buyukcizmeci, I.N.Mishustin, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.D.Frankland, M.Hellstrom, D.Henzlova, G.Imme, I.Iori, H.Johansson, K.Kezzar, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, J.Luhning, J.Lukasik, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Muller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, C.Sfienti, H.Simon, K.Summerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isospin dependent multifragmentation of relativistic projectiles. Phys. Rev. C , v. 83, p. 024608 (21 pages) , 2011. PRND= 3.308*30*0.075 = 7.4 4. A.Sanchez Lorente, A.S.Botvina, and J.Pochodzalla. Production of excited double hypernuclei via Fermi breakup of excited strange systems. Phys. Lett. B, v.697, p. 222-228 , 2011. PRND= 3.955*30/3 = 39.6 5. A.S.Botvina, K.K.Gudima, J.Steinheimer, M.Bleicher, I.N.Mishustin. Production of spectator hypermatter in relativistic heavy-ion LVALdcollisions. Phys. Rev. C , v. 84, p. 064904 (10 pages) , 2011. PRND= 3.308*30/5 = 19.8 6. A.S.Botvina, K.K.Gudima, J.Steinheimer, I.N.Mishustin, J.Pochodzalla, A.Sanchez-Lorente, M.Bleicher, H.Stoecker. Production of hyper-nuclei in peripheral collisions of relativistic ions. Nucl. Phys. A, v. 881 , p.228-239 , Amsterdam, 2012. PRND=1.540*30/8 = 5.8 7. J.Steinheimer, A.Botvina, K.Gudima, I.Mishustin, S.Schramm, M.Bleicher, H.Stoecker. From FAIR to RHIC, hyper clusters and an effective strange EoS for QCD. Acta Physica Polonica B , v.43, p. 619-626 , 2012. PRND= 0.671*30/7 = 2.9 8. J.Steinheimer, K.Gudima, A.Botvina, I.Mishustin, M.Bleicher, H.Stoecker. Hypernuclei, dibaryon and antinuclei production in high energy heavy ion collisions: Thermal production vs. Coalescence. Phys. Lett. B, v.714 , p.85-91 , 2012. PRND= 3.955*30/6 = 19.8 9. A.S.Botvina, I.N.Mishustin, J.Pochodzalla. Production of exotic hypernuclei from excited nuclear systems. Phys. Rev. C , v. 86, p. 011601 (R) (5 pages) , 2012. PRND= 3.308*30/3 = 33.1 10. M.Hultquist, M.Lazzeroni, A.Botvina, I.Gudowska, N.Sobolevsky and A.Brahme. Evaluation of nuclear reaction cross sections and fragment yields in carbon beams using the SHIELD-HIT Monte Carlo code. Comparison with experiments. Phys. Med. Biol., v.57, p.4369-4385, (#13), 2012. PRND=2.829*30/6=14.2 11. N.Buyukcizmeci, H.Imal, R.Ogul, A.S.Botvina, I.N.Mishustin. Isotopic yields and symmetry energy in nuclear multifragmentation reactions. J. Phys. G : Nucl. Part. Phys., v.39, p.115102 (10 pages) 2012. PRND= 4.178*30/5 = 25.1 12. S.N.Soisson, A.Botvina, G.A.Souliotis, B.C.Stein, L.Heilbor, A.Keksis, Z.Kohley, L.May, D.V.Shetty, S.Wuenschel, S.J.YennelLVALelo. Multifragmentation of reconstructed quasi-projectiles in the mass region A ~ 30. J. Phys. G : Nucl. Part. Phys., v.39, p.115104 (15 pages) 2012. PRND= 4.178*30*0.1 = 12.5 13. V.A.Karnaukhov, S.P.Avdeyev, A.S.Botvina, V.V.Kirakosyan, O.V.Strekalovsky, P.A.Rukoyatkin, W.Karcz, E.Norbeck and H.Oeschler. Time scale of nuclear multifragmentation induced by light relativistic ions. J. Phys. G : Nucl. Part. Phys., v.39, p.125104 (8 pages) 2012. PRND= 4.178*30/9 = 13.9 (sum only for publications 2011-2012 : PRND= 203.9 ) -------------------------------------------------------------- Talks (Invited talks) at International Conferences 1. A. Sanchez Lorente, P. Achenbach, A. Botvina, A. Esser, and J. Pochodzalla. Statistical decay of hyperfragments. Talk at the 49 (XLIX) International Winter Meeting on Nuclear Physics, BORMIO2011, Bormio, Italy, January 24-28, 2011. PoS (Proceedings of Science) BORMIO2011:051,2011. PRND= 1.5 * 6/5 = 1.7 2. W.Trautmann, A.S.Botvina, J.Brzychczyk, N.Buyukcizmeci, I.N.Mishustin, P.Pawlowski, and ALADIN Collaboration. Neutrons from multifragmentation reactions. Invited talk at the 49 (XLIX) International Winter Meeting on Nuclear Physics, BORMIO2011, Bormio, Italy, January 24-28, 2011. PoS (Proceedings of Science) BORMIO2011:018,2011. PRND= 1.5 * 30/10 = 4.5 3. J.Steinheimer, A.S.Botvina, K.K.Gudima, I.N.Mishustin, S.Schramm, M.Bleicher, H.Stoecker. From FAIR to RHIC, hyper clusters and an effective strange EoS for QCD. Talk at the international conference "Strangeness in Quark Matter" , 18-24 September 2011, Cracow, Poland. To be published in Acta Physica Polonica B . PRND= 6/7 = 0.9 4. A.S. Botvina. Production of isLVALfotopes as signature of reaction mechanisms. Talk at ARIA2011, 2-nd International Workshop on Accelerator Radiation Induced Activation. Ma'ale Hachamisha, Israel, May 15-19, 2011. http://www.aria2011.org/ PRND= 6 = 6.0 5. A.S. Botvina. Production of hyper-nuclei in reactions induced by relativistic light- and heavy-ions. Invited talk at the ECT International Workshop "Strange Hadronic Matter". ETC*, Trento, Italy, September 26-30, 2011. http://www.ectstar.eu/ (see "talks of Strange Hadronic Matter, 2011) : http://www.ectstar.eu/Meetings/ConfsWksAndCollMeetings/ConfWksDocument/ 2011/Talks/Workshop_26_09_2011/talks.htm ) PRND= 30 = 30.0 6. A.S. Botvina. Production of spectator hypermatter in relativistic light- and heavy-ion collisions. Invited talk at the Third International Conference on Nuclear Fragmentation (from basic research to applications) - NUFRA2011. Kemer (Antalya), Turkey, October 2-9, 2011. http://fias.uni-frankfurt.de/nufra2011/ PRND= 30 = 30.0 7. A.S. Botvina. Hypernuclei and their production in relativistic nuclear collisions. Seminar of Laboratory of Neutron Investigations, Institute for Nuclear Research (RAS), Troitsk, February 22, 2012. PRND = 0 8. A.S. Botvina. Production of hypernuclei in collisions of relativistic ions. Invited talk at NICA/JINR-FAIR bilateral workshop "Matter at highest baryon densities in the laboratory and in space", FIAS, Frankfurt am Main, Germany, April 2-4, 2012. http://theor.jinr.ru/~nica_fair/ PRND= 30 = 30.0 9. A.S. Botvina. Production of Hypernuclei From Excited Nuclear Systems. Invited talk at 4-th International Conference on Current Problems in Nuclear Physics LVALand Atomic Energy (NPAE-Kyiv2012), September 3-7, Kyiv, Ukraine, 2012. http://www.npae2012.kiev.ua PRND= 6 = 6.0 10. A.S. Botvina. Production of exotic hypernuclei from excited nuclear systems. Talk at 11-th International Conference on Hypernuclear and Strange Particle Physics, Barcelona, Spain, October 1-5, 2012. http://icc.ub.edu/congress/HYP2012/index.php PRND= 6 = 6.0 (sum only conferences 2010-2011 : PRND= 115.1 ) ------------ Scientific-organization work: 1. Co-Chair of NUFRA2011, responsible for Scietific Program. International Conference on Nuclear Fragmentation: From Basic Research to Applications. October 2 - October 9, 2011, Kemer (Antalya), Turkey http://fias.uni-frankfurt.de/nufra2009/ There were presented 3 invited talks from INR RAS: from N.M.Sobolevsky, I.N.Pshenichnov, and A.S.Botvina. PRND = ? 2. Supervision of 1 aspirant  A. Belyanov (INR RAS) PRND= 30/2 = 15 ----------------------- Citations of A.S.Botvina scientific publications: According to ISI Web Knowledge : 3323 --------------------------------------------------------------------- Sum PRND factor (2011-2012): PRND= 334.0LVALNGh;5<5=BL52 235=89 !B0=8A;02>28G ;5<5=BL52 235=89 !B0=8A;02>28G 12.04.1968 :.D.-<.=., A.=.A. !!  ---------------------------------------------------------------------------------------- B>3>2K9   70 2 3>40 (2011-2012) = 218.51   (2012) = 120.47   (2011) = 98.04   2011 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 1) . . K18=0, . . D8<>2, . . ;5:A552, . . "@>O=GC:, . !. 20=>2, . . !8:>;5=:>, . !. ;5<5=BL52, AA;54>20=85 48=0<8:8 @5H5B:8 LaCoO3 <5B>4>< =5C?@C3>3> @0AA5O=8O =59B@>=>2, >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O, !.12, AB@.16-19.   60*0.28/7 = 2.4 2) /@>A;02F52 .., 5=CH5=:>2 .., '5@=8:>2 .., ;5<5=BL52 .!., 07C:>2 .., C1028GCA /.., 5;8360=8= .., D@5<>20 .., CG8= .., @810=>2 .., 5=B35=>2A:0O L3-XANES-A?5:B@>A:>?8O ?>3;>I5=8O 20;5=B=>-=5AB018;L=>3> F5@8O 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE A 3d-<5B0;;0<8, 5B0;;K, !4, AB@. 44-49   8/10 = 0.80 3) E A Koptelov, Yu V Ryabov, A A Alekseev, S F Sidorkin, M I Grachev, V A Fedchenko, R A Sadykov, Yu B Lebed, V S Litvin, S P Kuznetsov, E S Clementyev, P A Alekseev, V A Trunov, A P Bulkin, V A Ulianov and S N Axenov, A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS, Journal of Physics Conference Series, V. 291, N. 1, pp. 012012-012017   8/10 = 0.80 B>3> ?> AB0BLO<   = 4.00 @5?@8=BK: -:A?5@8<5=B0;L=K5 A?5:B@K =59B@>=>2 =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 / , @5?@8=B /  1305/2011, .. ;5:A552, .. !04K:>2, .!. ;5<5=BL52, .!. 8B28=, !.. :A5=>2, ... @83>@L52, -.. >?B5;>2   4/7 = 0.57 @83;0H5==K5 4>:;04K =0 :>=D5@5=F8OE: II-0O >;>456=0O H:>;0-:>=D5@5=F8O !>2@5<5==K5 ?@>1;5<K <5B0;;>2545=8O, 8FC=40 2011, =20@=K5 :><?>78B=K5 <0B5@80;K =0 >A=>25 f-M;5:B@>==KE 8=B5@<5B0;;84>2 A A8;L=K<8 M;5:B@>==K<8 :>@@5;OF8O<8, .!. ;5<5=BL52   1.520/1 = 30.00 #AB=K5 LVALi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ex(Gd,Pr,Nd)1-xNi, .!. ;5<5=BL52, .. ;5:A552, .. 07C:>2, .. /@>A;02F52, .. 5=CH5=:>2, ..@810=>2   1.54.00/6 = 1.00 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5 , A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, 59B@>==K5 8AA;54>20=8O <03=8B=>3> C?>@O4>G5=8O 2 8=B5@<5B0;;840E =0 >A=>25 Rni, .!. ;5<5=BL52, .. ;5:A552, .. 07C:>2, I.Mirebeaua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r0.5Sr0.5CoO3, .. ;5:A552, .. D8<>2, .!. ;5<5=BL52, .. 07C:>2, .. K18=0, .. !8:>;5=:> 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, @>5:B 48D@0:B><5B@0 LVALj=0 M?8B5?;>2KE =59B@>=0E =0 =59B@>==>< 8AB>G=8:5 -06 2 / , ..0B285=:>, .!.;5<5=BL52, ..!04K:>2, -..>?B5;>2 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, 5@2K5 M:A?5@8<5=BK =0 =59B@>==>< 48D@0:B><5B@5 2KA>:>3> 402;5=8O 5@:C;5A, !.. :A5=>2, . . !04K:>2, .!. ;5<5=BL52, . . C;:8=, . . ;5:A552, .!.8B28= 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, !?5:B@ <03=8B=KE 2>71C645=89 2 Pr0.5Sr0.5CoO3, .. K18=0, ..D8<>2, ..;5:A552, .!.;5<5=BL52, ..07C:>2, ..!8:>;5=:> 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, 5@A?5:B820 @0728B8O A?5:B@>A:>?88 =0 B5?;>2KE 8 M?8B5?;>2KE =59B@>=0E =0 59B@>==>< :><?;5:A5 / , , .!.>=>=KE8=, .!.;5<5=BL52, ..!04K:>2, ..0B285=:>, ..;5:A552, -..>?B5;>2 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, B f-M;5:B@>==>9 =5AB018;L=>AB8 : <03=8B=><C ?>@O4:C: =59B@>==0O A?5:B@>A:>?8O <03=8B=KE 2>71C645=89 2 EuCu2(SixGe1-x)2, .. 07C:>2, .. ;5:A552, .!. 5<:>2A:89, .. @810=>2, .. 5=CH5=:>2, .. /@>A;02F52, .-. 8=L>, .!. ;5<5=BL52, .. 8:>=>2, . !BN0@B, . N;8 !>@C:>2>4AB2> 0A?8@0=B>< (.. "@C=>2, 0A?8@0=B / )  =30/2=15.00 !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, 0A?8@0=B /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)  =30/2=15.00 C:>2>4AB2> A>8A:0B5;5< 720=8O 10:0;02@0 (.. 02K4>20, "-D0:C;LB5B /# $)  =10 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O $" 59B@>==K5 <5B>4K 8AA;54>20=8O :>=45=A8@>20==KE A@54 ?> =0?@02;5=8N 010900 @8:;04=K5 <0B5<0B8:0 8 D878:0 ($0:C;LB5B @>1;5< $878:8 8 -=5@35B8:8, :0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)   = 8.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 A8;L=>:>@5;;8@>20==KE A8AB5< ($0:C;LVALkLB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)   = 8.00 --------------------------------------------------------------------------------------- B>3>2K9   (2011)= 98.04   2012 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: .!. ;5<5=BL52, .. ;5:A552, .. D8<>2, .. "@>O=GC:, .!. 20=>2, .. 07C:>2, .. !8:>;5=:>, -DD5:BK :@8AB0;;8G5A:>3> M;5:B@8G5A:>3> ?>;O 2 Pr0.5Sr0.5Co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mTe A 0=B8D5@@>:204@C?>;L=K< C?>@O4>G5=85<, .!. ;5<5=BL52, A.. >4;5A=O:, .-. 8=L>.   20/3 = 6.67 46-O (:>;0 /$ ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, 12-17 <0@B0 2012 3. !0=:B-5B5@1C@3, 5C?@C3>5 @0AA5O=85 =59@>=>2  =0AB>OI55 8 1C4CI55, .!. ;5<5=BL52.   20/1 = 20 #AB=K5 4>:;04K =0 :>=D5@5=F8OE: 0CG=0O A5AA8O /# $ 2012, 30 O=20@O - 4 D52@0;O 2012 3., >A:20, 59B@>==K5 8AA;54>20=8O 8=B5@<5B0;;84>2 =0 >A=>25 Rni, .!. ;5<5=BL52, .. ;5:A552, .. 07C:>2   4.00/3 = 1.33 ICANS-XX, International Conference on Advanced Neutron Sources, 4-9th March 2012, Bariloche, Argentina, The INR RAS Neutron Complex  Present Status and Prospects, A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, A.V. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov, S.F. Sidorkin.   6.00/10 = 0.6 XV 564C=0@>4=K9, <5648AF8?;8=0@=K9 A8<?>78C<  #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E" (OMA-15), 13-18 A5=BO1@O 2012, >>, $07>2K9LVALl ?5@5E>4 A :>;;0?A>< 4f M;5:B@>==>9 >1>;>G:8 2 ?@><56CB>G=>-20;5=B=>9 A8AB5<5 CeNi, .!. ;5<5=BL52, .. &2OI5=:>, ... 5154L, /.. C1028GCA, ..8@<5;LHB59=.   1.54.00/5 = 1.2 X >=D5@5=F8O A8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, 14 8N=O 2012, "@>8F:, =><0;L=K9 <03=8B=K9 A?5:B@ 20;5=B=>-=5AB018;L=>9 A8AB5<K TmTe A 0=B8D5@@>:204@C?>;L=K< C?>@O4>G5=85<, .!. ;5<5=BL52, A.. >4;5A=O:, .-. 8=L>.   4.00/3 = 1.33 !B5=4>2K5 4>:;04K =0 :>=D5@5=F8OE: XXII !) ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O !-2012, 15-19 >:BO1@O 2012 3. !0=:B-5B5@1C@3, >;;0?A 4f M;5:B@>==>9 >1>;>G:8 2 8=B5@<5B0;;845 CeNi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mTe A 0=B8D5@@>:204@C?>;L=K< C?>@O4>G5=85<, .!. ;5<5=BL52, A.. >4;5A=O:, .-. 8=L>. !>@C:>2>4AB2> 0A?8@0=B>< (.. "@C=>2, 0A?8@0=B / )  =30/2=15.00 !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, 0A?8@0=B /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< !70)  =30/2=15.00 C:LVAL>2>4AB2> A>8A:0B5;5< 720=8O 10:0;02@0 (... 02K4>20, "-D0:C;LB5B /# $)  =10 07@01>B:0 =>2>3> =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O !1# 59B@>==K5 8AB>G=8:8 4;O 8AA;54>20=8O :>=45=A8@>20==KE A@54 4;O <038AB@0BC@K :0D54@K =59B@>==>9 8 A8=E@>B@>==>9 D878:8 (?@>G8B0= =0 $878G5A:>< D0:C;LB5B5 !1# 2 >A5==5< A5<5AB@5 2012 3.)   = 30.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 A8;L=>:>@5;;8@>20==KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< !70)   = 8.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O $" 59B@>==K5 <5B>4K 8AA;54>20=8O :>=45=A8@>20==KE A@54 ?> =0?@02;5=8N 010900 @8:;04=K5 <0B5<0B8:0 8 D878:0 ($0:C;LB5B @>1;5< $878:8 8 -=5@35B8:8, :0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)   = 8.00 --------------------------------------------------------------------------------------- B>3>2K9   (2012) = 120.47LVALNGnC7=5F>2 0;5@89 5>=84>28G, @>4. 10 >:BO1@O 1948 3., AB0@H89 =0CG=K9 A>B@C4=8:  !C<<0@=K9   =5.3+2+2+1.33 +0.8+1.8+15+4.5+1.2+7.5+2+0.8 = 44.23 0AGQB   (20113.  20123.) 2011 3. 1. ..5@;52, ..C7=5F>20, ..C7=5F>2, .!.>;>38=, .. 078=. AA;54>20=85 A?5:B@0 2K;5B0NI8E =59B@>=>2 87 !-100 A ?><>ILN <=>3>?@>2>;>G=>9 ?@>?>@F8>=0;L=>9 :0<5@K 45;5=8O. "-, 2011, ! 6, A.5   = 0.44260/5 = 5.304 = 5.3 (8<?0:B-D0:B>@ &=0.442) 2. ..C7=5F>2, .. 5@;52, .. C7=5F>20. #AB0=>2:0 ' 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2, VIII 0F8>=0;L=0O >=D5@5=F8O !-- 2011 3. 14-18 =>O1@O 2011 3., #AB=K9 4>:;04, >?C1;8:>20==K9 2 "578A0E 4>:;04>2 :>=D5@5=F88, A.503   = 41.5/3 = 2 3. .. C7=5F>20, ..C7=5F>2, .. 5@;52, A?KB0=8O ?@>B>B8?0 CAB0=>2:8 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2, VIII 0F8>=0;L=0O >=D5@5=F8O !-- 2011 3. 14-18 =>O1@O 2011 3., #AB=K9 4>:;04, >?C1;8:>20==K9 2 "578A0E 4>:;04>2 :>=D5@5=F88, A.504   = 41.5/3 = 2 4. ..C7=5F>2, .. 5@;52, .. C7=5F>20. A?KB0=8O ?@>B>B8?0 CAB0=>2:8 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;5 1@><840 :0;8O (KBr), @5?@8=B / "1299/2011, >:BO1@L 2011, >A:20.   = 4/3 = 1.33 2012 3. 5. ..C7=5F>2, .. 5@;52, .. C7=5F>20, .!. 8B28=, .. %;NAB8=. #AB0=>2:0 4;O 8AA;54>20=8O ?@>AB@0=AB25==>-=5G5B=KE MDD5:B>2 2 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;0E, @5?@8=B /  " 1313/2012, >A:20, D52@0;L 2012.   = 4/5 = 0.8 6. E.V. Kuznetsova, V.L. Kuznetsov, P.V. Sedyshev, V.N. Shvetsov, A.V. Churakov. The study of the possibility for measuring of the parity violation in neutron diffraction on the first channel of the IBR-2. !B5=4>2K9 4>:;04, >?C1;8:>20==K9 2 Book of Abstracts 4-th International Conference Current Problems in Nuclear Physics and Atomic Energy, September 3-7, 2012, Ukraine, Kyiv, p. 115.   = 61.5/5 = 1.8 7. V.LLVAL. Kuznetsov, E.V. Kuznetsova. Investigation of the possibilities of observing the effects of the parity violation in neutron diffraction. !B5=4>2K9 4>:;04, >?C1;8:>20==K9 2 Book of Abstracts 4-th International Conference Current Problems in Nuclear Physics and Atomic Energy, September 3-7, 2012, Ukraine, Kyiv, p. 116.   = 61.5/2 = 4.5 8. V.L. Kuznetsov, E.V. Kuznetsova. Study of the effects of parity violation in neutron diffraction in perfect single crystal. ;5=0@=K9 CAB=K9 4>:;04, >?C1;8:>20==K9 2 Abstract of the Seminar XX International Seminar on Interaction of Neutrons with Nuclei, ISINN-20, Alushta, Ukraine, May 21-26, 2012, Dubna, p. 65.   = 30/2 = 15 9. E.V. Kuznetsova, V.L. Kuznetsov, P.V. Sedyshev, V.N. Shvetsov, A.V. Churakov. Investigation of the Possibilities for Measurement of the Parity Violation in Neutron Diffraction at IBR-2M. !B5=4>2K9 4>:;04, >?C1;8:>20==K9 2 Abstract of the Seminar XX International Seminar on Interaction of Neutrons with Nuclei, ISINN-20, Alushta, Ukraine, May 21-26, 2012, Dubna, p. 66.   = 6/5 = 1.2 10. Shvetsov V.N., Sedyshev P.V., Zeynalov Sh.S., Kuznetsov V.L. Measurements of the Spectral Neutron Flux Density at IBR-2M Extracted beams. ;5=0@=K9 CAB=K9 4>:;04, >?C1;8:>20==K9 2 Abstract of the Seminar XX International Seminar on Interaction of Neutrons with Nuclei, ISINN-20, Alushta, Ukraine, May 21-26, 2012, Dubna, p. 85.   = 30/4 = 7.5 11. .. C7=5F>2, ..C7=5F>20. '8A;5==>5 8AA;54>20=85 =0@CH5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 2 A>25@H5==>< <>=>:@8AB0;;5. @5?@8=B /  " 1335/2012, >A:20, >:BO1@L 2012.   = 4/2 = 2 12. .. C7=5F>2, ..C7=5F>20, .. !54KH52, .. (25F>2, .. 'C@0:>2. AA;54>20=8O 2>7<>6=>AB8 ?>8A:0 =0@CH5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 =0 ?5@2>< :0=0;5 @50:B>@0  -2. @5?@8=B / "1336/2012, >A:20, >:BO1@L 2012.   = 4/5 = 0.8LVALNGp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r), @5?@8=B / "1299/2011, >:BO1@L 2011, >A:20.   = 4/3 = 1.33 2012 3. 5. ..C7=5F>2, .. 5@;52, .. C7=5F>20, .!. 8B28=, .. %;NAB8=. #AB0=>2:0 4;O 8AA;54>20=8O ?@>AB@0=AB25==>-=5G5B=KE MDD5:B>2 2 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;0E, @5?@8=B /  " 1313/2012, >A:20, D52@0;L 2012.   = 4/5 = 0.8 6. E.V. Kuznetsova, V.L. Kuznetsov, P.V. Sedyshev, V.N. Shvetsov, A.V. Churakov. The study of the possibility for measuring of the parity violation in neutron diffraction on the first channel of the IBR-2. !B5=4>2K9 4>:;04, >?C1;8:>20==K9 2 Book of Abstracts 4-th International Conference Current Problems in Nuclear Physics and Atomic Energy, September 3-7, 2012, Ukraine, Kyiv, p. 115.   = 6/5 = 1.2 7. V.L. KuznetsLVALov, E.V. Kuznetsova. Investigation of the possibilities of observing the effects of the parity violation in neutron diffraction. !B5=4>2K9 4>:;04, >?C1;8:>20==K9 2 Book of Abstracts 4-th International Conference Current Problems in Nuclear Physics and Atomic Energy, September 3-7, 2012, Ukraine, Kyiv, p. 116.   = 6/2 = 3 8. V.L. Kuznetsov, E.V. Kuznetsova. Study of the effects of parity violation in neutron diffraction in perfect single crystal. ;5=0@=K9 CAB=K9 4>:;04, >?C1;8:>20==K9 2 Abstract of the Seminar XX International Seminar on Interaction of Neutrons with Nuclei, ISINN-20, Alushta, Ukraine, May 21-26, 2012, Dubna, p. 65.   = 30/2 = 15 9. E.V. Kuznetsova, V.L. Kuznetsov, P.V. Sedyshev, V.N. Shvetsov, A.V. Churakov. Investigation of the Possibilities for Measurement of the Parity Violation in Neutron Diffraction at IBR-2M. !B5=4>2K9 4>:;04, >?C1;8:>20==K9 2 Abstract of the Seminar XX International Seminar on Interaction of Neutrons with Nuclei, ISINN-20, Alushta, Ukraine, May 21-26, 2012, Dubna, p. 66.   = 6/5 = 1.2 10. .. C7=5F>2, ..C7=5F>20. '8A;5==>5 8AA;54>20=85 =0@CH5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 2 A>25@H5==>< <>=>:@8AB0;;5. @5?@8=B /  " 1335/2012, >A:20, >:BO1@L 2012.   = 4/2 = 2 11. .. C7=5F>2, ..C7=5F>20, .. !54KH52, .. (25F>2, .. 'C@0:>2. AA;54>20=8O 2>7<>6=>AB8 ?>8A:0 =0@CH5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 =0 ?5@2>< :0=0;5 @50:B>@0  -2. @5?@8=B / "1336/2012, >A:20, >:BO1@L 2012.   = 4/5 = 0.8ZLVALj0BKH520 N4<8;0 8:>;052=0 0BKH520 N4<8;0 8:>;052=0, @>4. 23.10.1945, =.A. .   70 2011-2012 33 = 3.633 + 18.126 + 1 = 22.759 22.8 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5D5@8@C5<KE 6C@=0;0E. !C<<0  =3.633 1. V.Chetvertkova, I.Strasik, A.Belousov, H.Iwase, N.Mokhov, E.Mustafin, L.Latysheva, M.Pavlovic, U.Ratzinger, N.Sobolevsky. Activation of aluminum by argon: Experimental study and simulations. Nucl.Instr.Meth. B269(2011)1336-1340.  =1.211*30*0.1=3.633 !B0BL8 2 @>AA89A:8E @5D5@8@C5<KE 6C@=0;0E. !C<<0  =18.126 2. .!.>=>1552A:89, ..0BKH520, ..!>1>;52A:89, ..;8G. ?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0  430. 725AB8O , A5@. $878G5A:0O 75(2011)485-489. =3;89A:89 20@80=B: E.S.Konobeevsky, L.N.Latysheva, N.M.Sobolevsky, R.D.Ili. Optimizing the Collimator/Shielding Configuration of the NG-430 Neutron Generator. Bulletin of the Russian Academy of Sciences: Physics, 75(2011)449-453.  =0.343*60/4=5.145 3. L.Beskrovnaia, L.Latysheva, M.Paraipan, N.Sobolevsky, and G.Timoshenko. Simulation of Residual Activity in Steel and Copper Targets Induced by 950 MeV/Nucleon Uranium Ions. Phys.Part.Nuc.Lett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`!5<5=>2 ;5:A59 ;5:A5528G 1. A.A. Semenov and C.H. Woo,  Interfacial energy in phase-field emulation of void nucleation and growth . - J. Nucl. Mater., 2011, Vol. 411, p. 144-149.   = 2.05230/2 = 30.78. 2. A.A. Semenov and C.H. Woo,  Phase-field modeling of void formation and growth under irradiation . - Acta Materialia, 2012, Vol. 60, p. 6112  6119.   = 3.75530/2 = 56.325. B>3>:   = 87.1055154L .;8O >@8A>2=0 2011 3. !B0BL8 1) 2011 J. Phys.: Condens. Matter 23 !44 Electrotransport and magnetic properties of Cr GaSb phases synthesized under high pressure. M V Kondrin1, V R Gizatullin1, S V Popova1, A G Lyapin1, V V Brazhkin1, V Y Ivanov2, A A Pronin2, Y B Lebed3 and R A Sadykov3 2.332*30/9=7.8 2) 2011 J. Phys.: Conf. Ser. 291 012012 A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS E.A. Koptelov1, Yu.V. Ryabov1, A.A. Alekseev1, S.F. Sidorkin1, M.I. Grachev1, V.A. Fedchenko1, R.A. Sadykov1,2, Yu.B. Lebed1, V.S. Litvin1, S.P. Kuznetsov3, E.S. Clementyev1,4, P.A. Alekseev4, V.A, Trunov5, A.P. Bulkin5, V.A. Ulianov5 and S.N. Axenov 8/10=0.8 2012 3. >:;04K =0 :>=D5@5=F8OE. 1) #AB=K9 4>:;04 =0 :>=D5@5=F88. 15th International Conference on High Pressure Semiconductor Physics  HPSP15High-pressure synthesis of crystalline boron phases in B-H system E.A. Ekimov , J.B. Lebed , S.G. Lyapin , I.P. Zibrov, July 25 2012. (! ?C1;8:0F859 2 B@C40E :>=D5@5=F88) 6/4*1.5=2.30 2) #AB=K9 4>:;04 =0 XII >=D5@5=F88 <>;>4KE CG5=KE "@>1;5<K D878:8 B25@4>3> B5;0 8 2KA>:8E 402;5=89"7-16 A5=BO1@O 20123. .. >=4@8=, .. @>=8=, .. @06:8=, ... 5154L. $07>20O 4803@0<<0 <5B0=>;0 ?@8 2KA>:8E 402;5=8OE 4> 6 0 4/4=1 !B0BL8. 1) J. Solid State Chemistry 2012, v196, pp232-237  Bi6(SeO3)3O5Br2: A new bismuth oxo-selenite bromide P. S. Berdonosov, A.V. Olenev, M. A. Kirsanova, J. B. Lebed, V. A. Dolgikh. 2.159*30/5=13.00 B>3>  =24.9LVALNGt8B28= 0A8;89 !5@35528G 2011 3. !B0BL8 : 1) . !. 8B28=, !. . >B0H52, . . 078=, . . !04K:>2 >78F8>==> GC2AB28B5;L=K9 ?@>2>;>G=> AB@8?B>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B5@>< 725AB8O . !5@8O $878G5A:0O. ">< 75, No. 2, 2011 c. 247-251  =60*0,406/4=6.09 2) Journal of Physics: Conference Series 2011 Volume 291, 012012 A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS E A Koptelov, Yu V Ryabov, A A Alekseev, S F Sidorkin, M I Grachev, V A Fedchenko, R A Sadykov, Yu B Lebed, V S Litvin, S P Kuznetsov, E S Clementyev, P A Alekseev, V A Trunov, A P Bulkin, V A Ulianov and S N Axenov doi:10.1088/1742-6596/291/1/012012  =8/10=0,8 3) -:A?5@8<5=B0;L=K5 A?5:B@K =59B@>=>2 =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 / , @5?@8=B /  1305/2011, .. ;5:A552, .. !04K:>2, .!. ;5<5=BL52, .!. 8B28=, !.. :A5=>2, ... @83>@L52, -.. >?B5;>2  =4/7 = 0.57 >:;04K: 2)  + !+"/ "  $"" -# $ ""  << ">> / !!/ !" #"#   "  8B28= .!. #!"+ 4>:;04 =0 VIII >AA89A:>9 5653>4=>9 :>=D5@5=F88 <>;>4KE =0CG=KE A>B@C4=8:>2 8 0A?8@0=B>2 "$878:>-E8<8O 8 B5E=>;>38O =5>@30=8G5A:8E <0B5@80;>2". >A:20, =AB8BCB <5B0;;C@388 8 <0B5@80;>2545=8O , 15-18 =>O1@O 20113.  =1,5*4/1=6 (1,5  MB> 70 ?C1;8:0F8N 4>:;040 2 B@C40E :>=D5@5=F88) 2.  + !+"/ "  $"" -# $ ""  << ">> / !!/ !" #"#   "  8B28= .!. !1>@=8: B@C4>2 VIII >AA89A:>9 5653>4=>9 :>=D5@5=F88 <>;>4KE =0CG=KE A>B@C4=8:>2 8 0A?8@0=B>2 "$878:>-E8<8O 8 B5E=>;>38O =5>@30=8G5A:8E <0B5@80;>2" A. 182-183. 3) AA;54>20=85 AB@C:BC@K A?;020 40%. <5B>4>< =59B@>==>9 48D@0:F88 8 <0;>C3;>2>3> @0AA5O=8O =59B@>=>2 . . !04K:>2, . !. 8B28=, . . C;NB8=, . . ;07:>2, .. ;5:A552, M-S. Appavou, A. Ioffe. #!"+ 4>:;04 =0 IV #LVALu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new time-of-flight neutron reflectometer and SANS instrument GORIZONT at IN-06 spallation neutron source. V S Litvin, V A Trounov, V A Ulyanov, A P Boulkine, S I Kalinin, A A Alekseev, R A Sadykov and E A Koptelov. J. Phys.: Conf. Ser. v. 340 p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v8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O !-2012, 15-19 >:BO1@O 2012, !0=:B-5B5@1C@3. 20*0.9=1,8 4. @5?@8=B /  !1324/2012.  "" 2- " ""  "   ! !&"/"  ZnS/Li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he INR RAS Neutron Complex  Present Status and Prospects A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, V.A. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov,S.F. Sidorkin. 20th meeting on Collaboration of Advanced Neutron Sources, March4-9,2012, Bariloche, Argentina. 6*0,1=0,6 8. !>02B>@ CAB=>3> 4>:;040 =0 @>AA89A:>9 :>=D5@5=F88 59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20=-=KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 /  : A>2@5<5==>5 A>AB>O=85. !04K:>2 .., ;5:A552 .., 8B28= .!., ;5<5=BL52 .!., :A5=>2 !.., >=>=KE8= .!., C7=5F>2 !.. , 5H:>2 .., 0?CH:8= ..., $54G5=:> ..,>@1C=>2 .. ,..@BNH8=, >=><0@520 .., @0G52 .., $5I5=:> !5@>2 .. , ;5:A552 .., C;:8= .., #;LO=>2 .., "@C=>2 .., ..@02GC:, >?B5;>2 -.. 0CG=0O !5AA8O /# $ -2012, >A:20, 30 O=20@O-4 D52@0;O 2012 3>40. 4*0,1=0,4 B>3> 70 2012 3. : 1+0,44+1,8+1,3+1+0,4+0,6+0,4=6,94 0 2 3>40 2*21,74=43,5 2- MB> ?>2KH0NI89 :>MDD8F85=B, B. . @01>B0N <5=55 5 ;5B ?>A;5 >:>=.LVAL>G0=8O 2KAH53> CG51=>3> 702545=8O (A 0?@5;O 2007 3.) 5 ;5B 2 2012 3>4C!!!, ?>MB><C " +(/!!LVALNGx!04K:>2 028;L AE0B>28G 20113. !B0BL8 : 1) . !. 8B28=, !. . >B0H52, . . 078=, . . !04K:>2 >78F8>==> GC2AB28B5;L=K9 ?@>2>;>G=> AB@8?B>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B5@>< 725AB8O . !5@8O $878G5A:0O. ">< 75, No. 2, 2011 c. 247-251 Impact Factor: 0.406 (60E0.406)/4=6,09 2) Journal of Physics: Condensed Matter Volume 23 Number 44 Create an alert RSS this journal M V Kondrin et al 2011 J. Phys.: Condens. Matter 23 446001 doi:10.1088/0953-8984/23/44/446001 Electrotransport and magnetic properties of Cr GaSb phases synthesized under high pressure M V Kondrin1, V R Gizatullin1, S V Popova1, A G Lyapin1, V V Brazhkin1, V Y Ivanov2, A A Pronin2, Y B Lebed3 and R A Sadykov3 30E2.332)/9=7,773 3) A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS E.A. Koptelov1, Yu.V. Ryabov1, A.A. Alekseev1, S.F. Sidorkin1, M.I. Grachev1, V.A. Fedchenko1, R.A. Sadykov1,2, Yu.B. Lebed1, V.S. Litvin1, S.P. Kuznetsov3, E.S. Clementyev1,4, P.A. Alekseev4, V.A, Trunov5, A.P. Bulkin5, V.A. Ulianov5 And S.N. Axenov1 Journal of Physics: Conference Series 291 (2011) 012012 8<?0:B D0:B>@ = 8 8/10= 0.8 4) !! " " ! 40%. " # !!// "  !+ ..," .!.,% ,! ..,APPAVOU M-S.,IOFFE A A1>@=8: B@C4>2 IV #  $ & <<$ &/   #( "   " >> A. 850-851, >A:20, " . 25-28 >:BO1@O 20113. (4/5)*1.5= 1,2 5) AA;54>20=85 AB@C:BC@K A?;020 40%. <5B>4>< =59B@>==>9 48D@0:F88 8 <0;>C3;>2>3> @0AA5O=8O =59B@>=>2 . . !04K:>2, . !. 8B28=, . . C;NB8=, . . ;07:>2, .. ;5:A552, M-S. Appavou, A. Ioffe. A1>@=8: B@C4>2 IV #  $ & <<$ &/   #( "   " >> A. 849-850 >A:20, " . 25-28 >:BO1@O 20113. (4/7)*1.5=0.86 >:;04K: 1) #AB=K9 4>:;04 Ravil Sadykov, Nonmagnetic High Pressure Clamp Cells For Neutron Scattering aLVALynd Magnetic Measurements. 49th EHPRG Conference, Budapest, Hungary, 27 August - 3 September 2011. 6 !>@C:>2>4AB2> 0A?8@0=B><: 15 ------------------------------------------------------------------ B>3> =48284C0;L=K9   70 20113.: 6,09+7,773+0.8+1.2+0.86+ 6+15= 37,7 0.5 >B =48284C0;L=>3>   =18,9   A>B@C4=8:>2: 30.462+ 98.04(;5<5=BL52)+ 7,773(5154L)+ 18,88(8B28=)= 155,155 !@54=89   A>B@C4=8:>2 : 155,155/4=38,789 0;55 C<=>605< 38,789*.75=29.09 B>3>2K9   @C:>2>48B5;O-20113( A CG5B><   A>B@C4=8:>2): 18,9+ 29.09=48.0 20123. I. !B0BL8: 1. A new time-of-flight neutron reflectometer and SANS instrument GORIZONT at IN-06 spallation neutron source. V S Litvin, V A Trounov, V A Ulyanov, A P Boulkine, S I Kalinin, A A Alekseev, R A Sadykov and E A Koptelov, Journal of Physics: Conference Series 340 (2012) 012032. 8<?0:B D0:B>@ = 8 ?@=4 8/8=1 2. High Pressure Synthesis and Magnetic Properties of Cubic B20 MnGe and CoGe. A.V. Tsvyashchenko, V.A. Sidorov, L.N. Fomicheva, V.N. Krasnorussky, R.A. Sadykov, J.D. Thompson, K. Gofryk, F. Ronning, and V.Yu. Ivanov, Solid State Phenomena Vol. 190 (2012) pp 225-228. 8<?0:B D0:B>@ = 1 ?@=4 1*30/9= 3.33 3. Magnetocaloric Effect and Magnetic Properties of High Pressure Synthesized RhFe Compound. Samanta Tapas, Tempel Samuel, Dubenko Igor, Krylov V.I., Tsvyashchenko A.V., Fomicheva L.N., Sadykov R.A. and Ali N. Solid State Phenomena Vol. 190 (2012) pp 351-354. 8<?0:B D0:B>@ = 1 ?@=4 1*30/8= 3,75 II. @5?@8=BK <?0:B D0:B>@ =4 26 <0@B0 2012 3. 1. !8AB5<0 @538AB@0F88 4;O =59B@>=>3@0D8G5A:8E M:A?5@8<5=B>2 ?> <5B>4C 2@5<5=8 ?@>;5B0 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / . .. 0@8=, !.. >B0H52, .. ;5:A552, .!. 8B28=, .!. >B0H52, .. "@C=>2, !.. :A5=>2, .. 5A5;>2A:89, .!. >=>=KE8=, .!. ;5<5=BL52, . !04K:>2. @5?@8=B /  !1328/20123.. ?@=4 4/10= 0,4 III. >:;04K =0 :>D5@5=F8OE: <?0:B D0:B>@ =4 #AB=K5 4>:;04K. 1. 1. The INR RAS Neutron Complex  PresentLVALz Status and Prospects A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, V.A. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov,S.F. Sidorkin. 20th meeting on Collaboration of Advanced Neutron Sources, March4-9,2012, Bariloche, Argentina. ?@=4 6/10= 0,6*1.5(A1>@=8: B@C4>2)=0,9 1.2. 59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20=-=KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 /  : A>2@5<5==>5 A>AB>O=85. !04K:>2 .., ;5:A552 .., 8B28= .!., ;5<5=BL52 .!., :A5=>2 !.., >=>=KE8= .!., C7=5F>2 !.. , 5H:>2 .., 0?CH:8= ..., $54G5=:> ..,>@1C=>2 .. ,..@BNH8=, >=><0@520 .., @0G52 .., $5I5=:> .., !5@>2 .. , ;5:A552 .., C;:8= .., #;LO=>2 .., "@C=>2 .., ..@02GC:, >?B5;>2 -.. 0CG=0O !5AA8O /# $ -2012, D52@0;L 2012 3>40. ?@=4 4*0.1= 0,4 1.3. "$+  +% ! %   ! . ...+1,2, ..!+2, ...,2,!..!2, ..$.,&3, . #3. 0CG=0O !5AA8O /# $ -2012, D52@0;L 2012 3>40. ?@=4 4/6= 0,7 1.4. Nonmagnetic High Pressure Clamp Cells For Neutron Scattering, Magnetic Measurements and NMR. Ravil Sadykov. International Conference on Superconductivity and Magnetism, 29April-4May 2012 , (ICSM2012), Istambul, Turkey. Abstracts p.620. ?@=4 4/1= 4 1.5. 59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20==KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 /  .. !04K:>21,2,3, .. ;5:A5521, .!. 8B28=1, .!. ;5<5=BL521,5,6, !.. :A5=>21 , .!. >=>=KE8=1, .. "@C=>21, !.. C7=5F>24, .. 5H:>24, ... 0?CH:8=4, .. $54G5=:>1, .. >@1C=>21, .. @BNH8=1, .. >=><0@5201, .. @0G521, .. $5I5=:>1, .. !5@>21, .. ;5:A5525, .. C;:8=7, .. #;LO=>27, .. "@C=>27,..@02GC:1, -.. >?B5;>21 "578AK, AB@. 128, XXII 564C=0@>4=>3> !>25I0=8O ?> A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>D LVALT =45=A8@>20==>3> A>AB>O=8O ( ! 2012), 5;5=>3>@A:, 5=8=3@04A:>9 >1;.15-20 >:BO1@O 2012 3>40 ?@=4 4*0.1= 0,4 XXII !) ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O !-2012, :B.2012,!0=:B-5B5@1C@3. B>3> =48284C0;L=K9   70 20113.: 37.7 B>3>2K9   @C:>2>48B5;O-20113( A CG5B><   A>B@C4=8:>2): 18.9+ 29.09=48.0 =48284C0;L=K9   70 20123=15.3   @C:>2>48B5;O 70 20123 =31.8 =15.3/2+0.75[(48,076+120.47+6,94+16.3+ 5+8+99.821*0.2 )/7] =7,7+0.75[(224,7502)/7]= 7,7+24.09=31,8 37,7+15,3=53,0 48,0+31,8=79,8LVALNG|!84>@:8= !B0=8A;02 $54>@>28G C1;8:0F88 8 A5<8=0@K 1. ICANS  XX, March 4-9 2012 Bariloche. Argentina S.Sidorkin, E.Koptelov, A.Rogov.Neutron Source of INR, the Russian Academy of Sciences, the status and the further development. #AB=K9 4>:;04   6/3=2 2. ICANS  XX, March 4-9 2012 Bariloche. Argentina A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, A.V. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov, S.F. Sidorkin. The INR RAS Neutron Complex  Present Status and Prospects. #AB=K9 4>:;04   6/10=0.6 3. C@=0; - B><=0O -=5@38O  5 3 B O @ 5 2 ..,  O A = 8 : > 2 .., ! 0 ; B K : > 2 0 .., ! 5 @ O = 8 =0 .., ! 8 4 > @ -:8= !.$., " @ > D 8 < > 2 0 ".. >=B@>;L kMD ?>4:@8B8G5A:>3> 684:>A>;52>3> @50:B>@0-A6830B5;O B@0=A?;CB>=852KE M;5<5=B>2 AB0B8AB8G5A:8<8 <5B>40<8.  B><=0O M=5@38O, 2012, B. 113, 2K?.4, A.187-194 (>:BO1@LA:89 =><5@) 60*0,395/6=3,95 ( &) 4. @83;0H5==K9 4>:;04 =0 "!-7, !"0 (420 ?@83;0H5==KE 4>:;040 =0 40==>< "! A ?>A;54CNI8<8 >1AC645=8O<8, ~ 50 G5;>25: CG0AB=8:8 "!) !84>@:8= !.$. AB>G=8:8 =59B@>=>2 =0 >A=>25 ?@>B>==KE CA:>@8B5;59 8 A<56=K5 CA:>@8B5;L=K5 B5E=>;>388. >:;04 >?C1;8:>20= 2 <0B5@80;0E !"0 (420 ?@83;0H5==KE 4>:;040 =0 40==>< "! A ?>A;54CNI8<8 >1AC645=8O<8, ~ 50 G5;>25: CG0AB=8:8 "!).   20" 1.5=30 F5=:0   70 2012: 2+0.6+3.95+30 =6.55+30 C1;8:0F88 70 2011 4;O @0AG5B0   !.$.!84>@:8=, -..>?B5;>2. 59B@>==K9 :><?;5:A / . @5?@8=B /  1280/2011.   4/2 = 2. E.A.Koptelov, Yu.V.Ryabov, A.A.Alekseev, S.F.Sidorkin, M.I.Grachev, V.A.Fedchenko, R.A.Sadykov, Yu.B.Lebed, V.S.Litvin, S.P.Kuznetsov, E.A.Clementyev, P.A.Alexseev, V.A.Trunov, A.P.Bulkin, V.A.Ulianov, S.V.Axenov. A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS. J.Phys.: Conf. Ser. V. 291, N 1 (2011). (http://dx.doi.org/10.1088/1742-6596/291/1/012012)   8/10 =0.8 >:;04 =0 :> LVAL =D5@5=F88 GLOBAL 2011 Makuhari, Japan. Proceedings of GLOBAL 2011 Makuhari, Japan, Dec. 11-16, 2011 Paper No. 386820 1 Subcritical Molten Salt Reactor with Fast/Intermediate Spectrum for Minor Actinides Transmutation. Alexey . Degtyarev, Olga S. Feinberg, Fedor I. Karmanov, Oleg E. Kolyaskin, Andrey Yu. Kuznetsov, Andrey A. Myasnikov, Leonid I. Ponomarev, Mikhail B. Seregin, and Stanislav F. Sidorkin.   6" 1.5/10 =0.9   70 2011 3.  3.7- - - - - -F5=:0   70 2012-2011 33. - 6.55+3.7+30 =10.25+30=40,25LVALNG~!>1>;52A:89 8:>;09 8E09;>28G !>1>;52A:89 8:>;09 8E09;>28G, @>4. 06.04.1944, 4.D.-<.=., ?@>D., 702. A5:B. . 8G=K9   !>1>;52A:>3> 70 2011-2012 3>4K: 109.9885+24.37+4+31.75+15= 185.1085 185.1   !>1>;52A:>3> :0: 702. A5:B>@>< = 170.5 (CGB5=K 0BKH520 8 !>1>;52A:89)   !>1>;52A:>3> :0: 702. A5:B>@>< = 228.0 (CGB5=K >B28=0, 0BKH520 8 !>1>;52A:89) 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5D5@8@C5<KE 6C@=0;0E. !C<<0  =109.9885 1. A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, M.I.Panasyuk, N.M.Sobolevsky. Assessment of the Radiation Environment on the Moon. Acta Astronautica 68 (2011) 1440-1447.  =0.619*30/5=3.714 2. A.Luehr, D.C.Hansen, O.Jaekel, N.Sobolevsky, N.Bassler. Analytical expressions for water-to-air stopping-power ratios relevant for accurate dosimetry in particle therapy. Phys.Med.Biol. 56(2011)2515 2533.  =2.829*30/5=16.974 3. V.Chetvertkova, I.Strasik, A.Belousov, H.Iwase, N.Mokhov, E.Mustafin, L.Latysheva, M.Pavlovic, U.Ratzinger, N.Sobolevsky. Activation of aluminum by argon: Experimental study and simulations. Nucl.Instr.Meth. B269(2011)1336-1340.  =1.211*30*0.1=3.633 4. A.Luehr, D.Hansen, N.Sobolevsky, H.Palmans, S.Rossomme, and N.Bassler. Fluence Correction Factors and Stopping Power Ratios for Clinical Ion Beams. Acta Oncologica 50 (2011) 797-805.  =3.330*30/6=16.65 5. D.Hansen, A.Luehr, R.Herrmann, N.Sobolevsky, N.Bassler. Recent Improvements in the SHIELD-HIT Code. International Journal of Radiation Biology, 88 (2012) 195-199  =2.275*30/5=13.65 6. M.Hultquist, M.Lazzeroni, A.Botvina, I.Gudowska, N.Sobolevsky and A.Brahme. Evaluation of nuclear reaction cross sections and fragment yields in carbon beams using the SHIELD-HIT Monte Carlo code. Comparison with experiments. Phys.Med.Biol. 57 (2012) 4369 4385.  =2.829*30/6=14.145 7. D.C.Hansen, A.Luehr, N.Sobolevsky and N.Bassler. Optimizing SHIELD-HIT for carbon ion treatment. Phys.Med.Biol. 57(2012)2393-2409.  =2.829*30/4=21.2175 8. A.Luehr, D.C.Hansen, R.Teiwes, N.SoLVALbolevsky, O.Jaekel and N.Bassler. The impact of modeling nuclear fragmentation on delivered dose and radiobiology in ion therapy. Phys.Med.Biol. 57 (2012) 5169-5185.  =2.829*30/6=14.145 9. A.Luehr, M.Priegnitz, F.Fiedler, W.Enghardt, N.Sobolevsky, N.Bassler. Dependence of simulated positron emitter yields in ion beam cancer therapy on modeling nuclear fragmentation. Submitted to Applied Radiation and Isotopes, November 2012.  =1.172*30/6=5.86 !B0BL8 2 @>AA89A:8E @5D5@8@C5<KE 6C@=0;0E. !C<<0  =24.37 4. .!.>=>1552A:89, ..0BKH520, ..!>1>;52A:89, ..;8G. ?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0  430. 725AB8O , A5@. $878G5A:0O 75(2011)485-489. =3;89A:89 20@80=B: E.S.Konobeevsky, L.N.Latysheva, N.M.Sobolevsky, R.D.Ili. Optimizing the Collimator/Shielding Configuration of the NG-430 Neutron Generator. Bulletin of the Russian Academy of Sciences: Physics, 75(2011)449-453.  =0.343*60/4=5.145 5. L.Beskrovnaia, L.Latysheva, M.Paraipan, N.Sobolevsky, and G.Timoshenko. Simulation of Residual Activity in Steel and Copper Targets Induced by 950 MeV/Nucleon Uranium Ions. Phys.Part.Nuc.Lett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obolevsky. Applications of the SHIELD code: from underground physics toward the Moon through ADS, hadron therapy, heavy ion beams, etc. Invited talk at the NUFRA2011 International Conference, Kemer, Turkey, 2-9 October 2011. http://fias.uni-frankfurt.de/nufra2011/talks/Sobolevsky.pdf  =30 212. N.Bassler, D.Hansen, J.Toftegaard, R.Teiwes, N.Sobolevsky, O.Jaekel, R.Herrmann, A.Luehr. Nuclear Fragmentation in Clinical Heavy Ion Beams - Should we Worry? Poster Talk at the International Conference on Translational Research in Radiation Oncology. Physics for Health in Europe (ICTR-PHE 2012). CERN, Geneva, Switzerland, February 27 - March 2, 2012. http://phys.au.dk/uploads/media/2012_poster_bassler_ICTRPHE.pdf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he INR RAS Neutron Complex  Present Status and Prospects A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, V.A. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov,S.F. Sidorkin. 20th meeting on Collaboration of Advanced Neutron Sources, March4-9,2012, Bariloche, Argentina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https://ras.ru/committee_of_directors/meetingdecisions.aspx?ID=39e4badc-1adf-4657-88ca-f8e49c68817eLVALNG . ;5:A0=4@ @83>@L528G (@0AGQB   70 2011-2012 33) !?8A>: ?C1;8:0F89 70 2011 3>4 !B0BL8 2011 3. 1. V.V. Brazhkin, N.B. Bolotina, T.I. Dyuzheva, A.G. Gavriliuk, A.G. Lyapin, S.V. Popova, and S. Samulski, "AsS layered-structure compound: new kind of covalent crystals", CrystEngComm 13, 2599-2603 (2011). 3.842 x 30 / 7 = 16.465 2. . . "@>O=, . . 02@8;N:, !. . 2G8==8:>2, . !. N1CB8=, . . 070:, ""@0=A?>@B=K5 A2>9AB20 D5@@>-1>@0B0 FeBO3 ?@8 A25@E2KA>:8E 402;5=8OE ", ?@8=OB> : ?C1;8:0F88, 8AL<0 2 -"$ 94(10), A. 811-815 (2011). 1.352 x 60 / 5 = 16.224 3. A. G. Gavriliuk, V. V. Struzhkin, S. G. Ovchinnikov, Yong Yu, M. M. Korshunov, A. A. Mironovich, J. F. Lin, Changqing Jin, " P-T phase diagram of iron arsenide superconductor NdFeAsO0.88F0.12", arXiv:1110.4909v1, (2011). 4 / 8 = 0.5 4. I. S. Lyubutin, V.V. Struzhkin, A. A. Mironovich, A. G. Gavriliuk, P. G. Naumov, J. F. Lin, S. G. Ovchinnikov, S. Sinogeikin, P. Chow, and Y. Xiao, " Quantum critical point and spin fluctuations in the lower-mantle ferropericlase", arXiv:1110.3956v1, (2011). 4 / 10 = 0.4 5. L. Gasparov, Z. Shirshikova, T. Pekarek, J. Blackburn, V. Struzhkin, A. Gavriliuk, R. Rueckamp, H. Berger,  Raman study of the Verwey transition in Magnetite at high-pressure and low-temperature; effect of Al doping , arXiv:1108.4870v1, (2011). 4 / 9 = 0.444 " AB0BL8 2011: 34.033 . >:;04K =0 :>=D5@5=F8OE 8 <0B5@80;K :>=D5@5=F89 2011 3. 1. L. Gasparov, Z. Shirshikova, T. Pekarek, J. Blackburn, V. Struzhkin, A. Gavriliuk, R. Rueckamp and H. Berge,  Raman study of the Verwey transition in Magnetite at high-pressure and low-temperature; effect of Al-doping , InterMag 2011, Taipei, Taiwan, April 25 - 29, 2011. Abstract: AD-08. (CAB=K9) 6 / 8 = 0.75 2. Z. Shirshikova , L. Gasparov , V. Struzhkin , A. Gavriliuk , H. Berger, Raman Study of the Verwey Transition in Magnetite (Fe3O4) at High Pressure and Low Temperature: Effect of Aluminum Doping , APS March MeeLVALting 2011, Volume 56, Number 1, March 21 25, 2011; Dallas, Texas, USA. Abstracts: C1.00192. (CAB=K9) 6 / 5 = 1.2 3. P. Lazor, M. Hudl, V.V. Struzhkin, P. Nordblad, R. Mathieu, M. Somayazulu, A.G. Gavriliuk, Raman setup for extreme conditions studies at pressure, temperature and electric and magnetic fields , AIRAPT 23 Conference, Mumbai, India, 2011, September 25-30, 2011. Abstract: IT36 (CAB=K9) 6 / 7 = 0.857 4. A. G. Gavriliuk, I. A. Trojan, V. V. Struzhkin and V. B. Prakapenka,  The insulator-metal transition in NiO , SMEC 2011 Conference, Miami - Belize - Mexico  Miami, March 27 - April 2, 2011. Abstracts, p. (?;5=0@=K9) 30 / 4 = 7.5 5. .. 02@8;N:, .. "@>O=, .. !B@C6:8=, .. @0:0?5=:0,  5@5E>4 87>;OB>@  <5B0;; 2 NiO , !-- 2011, >A:20, >AA8O, =>O1@L 14-18, 2011. Abstracts: p. . (?;5=0@=K9) 30 / 4 = 7.5 " :>=D5@5=F88 2011: 17.807 . " 70 2011 3>4: 51.84 !?8A>: ?C1;8:0F89 70 2012 3>4 !B0BL8 2012 3. 1. A. G. Gavriliuk, I. A. Trojan, V. V. Struzhkin, "Insulator-Metal Transition in Highly Compressed NiO", Phys. Rev. Lett. 109, 086402 (2012). 7.37 x 30 / 3 = 73.7 2. L. Gasparov, Z. Shirshikova, T. M. Pekarek, J. Blackburn, V. Struzhkin, A. Gavriliuk, R. Rueckamp, H. Berger, "Raman study of the Verwey transition in Magnetite at high-pressure and low-temperature; effect of Al doping", J. Appl. Phys. 112, 043510 (2012). 2.168 x 30 / 8 = 8.13 3. A. G. Gavriliuk, V. V. Struzhkin, S. G. Ovchinnikov, Yong Yu, M. M. Korshunov, A. A. Mironovich, Jung-Fu Lin and Changqing Jin, "P-T phase diagram of iron arsenide superconductor NdFeAsO0.88F0.12", EPL 100, 46005 (2012). 2.171 x 30 / 8 = 8.141 " AB0BL8 2012: 89.971 . >:;04K =0 :>=D5@5=F8OE 8 <0B5@80;K :>=D5@5=F89 2012 3. 1. A. G. Gavriliuk, V. V. Struzhkin, I. A. Trojan, V. B. Prakapenka " The insulator-metal transition in NiO " EHPRG 50th, 50th European High Pressure Research Group Meeting, 16-21 September 2012, Thessaloniki, LVALGreece, Book of abstracts, p. 197 (2012) (?;5=0@=K9) 30 / 7 = 7.5 2. . . 02@8;N:, . !. N1CB8=, . . !B@C6:8=, . . 0C<>2, !. . 2G8==8:>2 " !!#- ! !!/ " $  + .!"" (Mg,Fe)O   +!% /%, %  +!% " "# % " XII 564C=0@>4=0O :>=D5@5=F8O "QAA10CM@>2A:0O A?5:B@>A:>?8O 8 5Q ?@8<5=5=8O", ICMSA-12, 6-12 >:BO1@O 2012 3>40, 3. !C740;L, "578AK, AB@. (CAB=K9) 4 / 5 = 0.8 3. . !. N1CB8=, . . "@>O=, . . 02@8;N:, !. .2G8==8:>2, . . 070: "-;5:B@>==K5 A2>9AB20 D5@@>-1>@0B0 FeBO3 2 D075 2KA>:>3> 402;5=8O 4> 2 10@", X >=D5@5=F8O "!-!8/" (!8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O)", =AB8BCB D878:8 2KA>:8E 402;5=89  ($ ), 3. "@>8F:, >A:>2A:0O >1;. 15 8N=O 2012 3, "578AK, AB@. (CAB=K9) 4 / 5 = 0.8 4. Lev Gasparov, Z. Shirshikova, T.M. Pekarek, J. Blackburn, V. Struzhkin , A. Gavriliuk, R. Rueckamp , H. Berger " Raman study of the Verwey transition in Magnetite at high-pressure and low-temperature; effect of Al doping " APS March Meeting 2012, February 27 March 2 2012; Boston, Massachusetts, USA, Bulletin of the American Physical Society, Volume 57, Number 1, Q25.00009 (2012) 6 / 8 = 0.75 " :>=D5@5=F88 2012: 9.85 . 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Search for Dark Matter at CMS // 20th International Conference on Supersymmetry and Unification of Fundamental Interactions - SUSY 2012, Beijing, China, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 65. Dobur D. (CMS Collaboration). Search for chargino or neutralino production at CMS // 20th International Conference on Supersymmetry and Unification of Fundamental Interactions - SUSY 2012, Beijing, China, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 66. Perieanu A. (CMS Collaboration). CMS results on alternative searches to SUSY // 20th International Conference on Supersymmetry and Unification of Fundamental Interactions - SUSY 2012, Beijing, China, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 67. Melzer-Pellmann I. (CMS Collaboration). 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Inclusive jet and charged hadron nuclear modification factors in PbPb collisions at 2.76LVAL TeV with CMS // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 77. Sanders S.J. (CMS Collaboration). Overview of results on flow and correlations from the CMS collaboration // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 78. Wohrmann C. (CMS Collaboration). Studies of the nuclear stopping power in PbPb collisions at 2.76 TeV with CMS // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 79. Mao Yaxian (CMS Collaboration). Measurements of jet shape in 2.76 TeV PbPb collisions with CMS // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 80. Malek M. (CMS Collaboration). Pseudorapidity and centrality dependence of the transverse energy flow in PbPb collisions at sNN""""=2.76 TeV from CMS // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 81. Zhukova V. (CMS Collaboration). Azimuthal anisotropy of charged hadrons at very high pT in PbPb collisions at 2.76 TeV with CMS // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 82. Conway R.T. (CMS Collaboration). Very-high-pT triggered dihadron correlations in PbPb collisions at 2.76 TeV with CMS // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=LVALK9.   = 6/25 = 0,24 83. Veres G. (CMS Collaboration). Overview of results on jets from the CMS collaboration // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 84. Ma F. (CMS Collaboration). Jet fragmentation functions in PbPb and pp collisions at 2.76 TeV with CMS // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 85. Appelt E.A. (CMS Collaboration). Elliptic azimuthal anisotropy of charged hadrons and neutral pions in PbPb collisions at 2.76 TeV with CMS // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 86. Granier De Cassagnac R. (CMS Collaboration). Overview of results on photon and electroweak boson production from the CMS collaboration // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 87. Mironov C.M. (CMS Collaboration). Overview of results on heavy flavor and quarkonia from the CMS collaboration // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 88. Tuo Shengquan (CMS Collaboration). Studies of higher-order flow harmonics in PbPb collisions at 2.76 TeV with CMS // 23rd International Conference on Ultrarelativistic Nucleus-Nucleus Collisions - QM 2012 Quark Matter 2012, Washington, DC, USA, Aug 13-18, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 89. Neu C. (CMS Collaboration). CMS status // 5th International Workshop on Top Quark Physics - TOP 2012, Winchester, United Kingdom, Sep 16-21, 2012, ?;5=0@=K9 CAB=K9.  LVAL = 30/25 = 1,20 90. Diez Pardos C. (CMS Collaboration). Object definition and performance at CMS // 5th International Workshop on Top Quark Physics - TOP 2012, Winchester, United Kingdom, Sep 16-21, 2012, ?;5=0@=K9 CAB=K9.   = 30/25 = 1,20 91. Gosselink M. (CMS Collaboration). Top quark signal modeling uncertainties at CMS // 5th International Workshop on Top Quark Physics - TOP 2012, Winchester, United Kingdom, Sep 16-21, 2012, ?;5=0@=K9 CAB=K9.   = 30/25 = 1,20 92. Mironov C.M. (CMS Collaboration). Measurement of bottomonium production in PbPb collisions at sNN""""=2.76TeV with CMS // 5th international conference on Hard and Electromagnetic probes of High Energy Nuclear Collisions, Cagliari, Italy, May 27-Jun 1, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 93. Lee Yen-Jie (CMS Collaboration). easurement of isolated photon production in pp and PbPb collisions at sqrt{sNN} =2.76$ TeV with CMS // 5th international conference on Hard and Electromagnetic probes of High Energy Nuclear Collisions, Cagliari, Italy, May 27-Jun 1, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 94. Moon Dong Ho (CMS Collaboration). Measurement of charmonium production in PbPb collisions at 2.76 TeV with CMS // 5th international conference on Hard and Electromagnetic probes of High Energy Nuclear Collisions, Cagliari, Italy, May 27-Jun 1, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 95. Krajczar K. (CMS Collaboration). Measurement of charged particle RAA at high pT in PbPb collisions at sNN""""=2.76 TeV with CMS // 5th international conference on Hard and Electromagnetic probes of High Energy Nuclear Collisions, Cagliari, Italy, May 27-Jun 1, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 96. Maguire C.F. (CMS Collaboration). Hadron correlations in CMS // 5th international conference on Hard and Electromagnetic probes of High Energy Nuclear Collisions, Cagliari, Italy, May 27-Jun 1, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 97. Lai Yue Shi (CMS Collaboration). Measurement of isolated-photon+jet correlations in LVALPbPb collisions at s"=2.76TeV with CMS // 5th international conference on Hard and Electromagnetic probes of High Energy Nuclear Collisions, Cagliari, Italy, May 27-Jun 1, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 98. Conway R.T. (CMS Collaboration). 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NIRDV Khazretali Sefovich, August 24, 1965, Senior Researcher, Theory Department, Doctor of Sciences   70 2011 2012 33. C1;8:0F88: 1) H. Boos, F. Goehmann, A. Kluemper, Kh. S. Nirov, A. V. Razumov / "On the universal R-matrix for the Izergin-Korepin model" // J. Phys. A: Math. Theor. 44 (2011) 355202 (25pp), arXiv:1104.5696   = 1.641*30/5 = 9.846 2) H. Boos, F. Goehmann, A. Kluemper, Kh. S. Nirov, A. V. Razumov / "Universal R-matrix and functional relations" // Rev. Math. Phys. 24, 1299018 (2012) [52pages], arXiv:1205.1631.   = 0.650*30/5 = 3.90 3) H. Boos, F. Goehmann, A. Kluemper, Kh. S. Nirov, A. V. Razumov / "Universal integrability objects" // Theor. Math. Phys. 173 (2012) 1512-1534, arXiv:1205.4399.   = 1.290*60/5 = 15.48 >:;04K: 1) Kh. S. 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Nirov / "Correlation functions for higher-rank models: First steps within the universal R-matrix approach" (invited talk, 45 min.) // International Workshop on Integrable Lattice Models and Quantum Field Theories, University of Wuppertal, February 16 - 19, 2012, Germany;   = 30 B>3>:   = 9.846 + 3.90 +15.48 + 30*4 =  LVAL150 X. !. 8@>2 / Kh. S. Nirov / , >A:20, INR RAS, Moscow, 2745:01@O 2012 3. December 27, 2012 LVAL0C7=5F>2 8E08; .@L528G, 40B0 @>645=8O 27.03.1987, 0A?8@0=B $", 0.5 AB02:8 AB065@0-8AA;54>20B5;O 0CG=>->1@07>20B5;L=>3> F5=B@0 ("$). C1;8:0F88 8 4>:;04K: M;5:B@>==K9 ?@5?@8=B, V.A. Rubakov, M.Yu. Kuznetsov  Fermions and Kaluza-Klein vacuum decay: a toy model, http://arxiv.org/abs/1205.5184, 4/2=2; CAB=K9 A5:F8>==K9 4>:;04 $5@<8>=K 8 @0A?04 :0;CFK-:;59=>2A:>3> 20:CC<0 =0 54->9 =0CG=>9 :>=D5@5=F88 $" (@>AA89A:0O :>=D5@5=F8O, =>O1@L 2011), 4; CAB=K9 A5:F8>==K9 4>:;04 Fermions and Kaluza-Klein vacuum decay =0 40->9 H:>;5 D878:8 "-$ (@>AA89A:0O :>=D5@5=F8O, D52@0;L 2012), 4; CAB=K9 A5:F8>==K9 4>:;04 Fermions and Kaluza-Klein vacuum decay (2 A>02B>@AB25 A .. C10:>2K<) =0 A5<8=0@5 20@:8 2012 (@>AA89A:0O :>=D5@5=F8O, 8N=L 2012, 4>:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88), 1.5*4/2=3; CAB=K9 A5:F8>==K9 4>:;04 On Lorenz violation in superluminal theories (2 A>02B>@AB25 A !..!818@O:>2K<) 2 @0<:0E ?@>3@0<<K Cosmology and Astroparticle Physics Kavli institute of theoretical physics China (<564C=0@>4=0O :>=D5@5=F8O, A5=BO1@L 2012) 6/2=3; CAB=K9 A5:F8>==K9 4>:;04 0@CH5=85 >@5=F-8=20@80=B=>AB8 2 B5>@8OE A> A25@EA25B>2K< @0A?@>AB@0=5=85< 2>7<CI5=89 (2 A>02B>@AB25 A !..!818@O:>2K<) =0 55->9 =0CG=>9 :>=D5@5=F88 $" (@>AA89A:0O :>=D5@5=F8O, =>O1@L 2012), 4/2=2. B>3>   (A CG5B>< ?>2KH0NI53> :>MDD8F85=B0 4;O 0A?8@0=B>2): 1.5*18=27LVALNG!.. !818@O:>2,   70 2011  2012 33. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E AB0BLO <?0:B-D0:B>@ >;8G5AB2> 02B>@>2   D. Blas, O. Pujolas and S. Sibiryakov, "Models of nonrelativistic quantum gravity: The Good, the bad and the healthy," JHEP 1104, 018 (2011) 5.831 3 30*5.831/3=58.31 F. Bezrukov, A. Magnin, M. Shaposhnikov and S. Sibiryakov, "Higgs inflation: consistency and generalisations," JHEP 1101, 016 (2011) 5.831 4 30*5.831/4=43.73 D. Blas, S. Sibiryakov, "Technically natural dark energy from Lorentz breaking," JCAP 1107, 026 (2011) 5.723 2 30*5.723/2=85.85 O. Pujolas, S. Sibiryakov, "Supersymmetric Aether," JHEP 1201, 062 (2012) 5.831 2 30*5.831/2=87.47 G.F. Giudice, S. Sibiryakov, A. Strumia, "Interpreting OPERA Results on Superluminal Neutrino," Nucl. Phys. B861, 1 (2012) 4.661 3 30*4.661/3=46.61 D. Blas and S. Sibiryakov, "Horava gravity versus 4.558 2 30*4.558/2=68.37 thermodynamics: The Black hole case," Phys. Rev. D 84, 124043 (2011) G. Rubtsov, P. Satunin and S. Sibiryakov, "On calculation of cross sections in Lorentz violating theories," Phys. Rev. D 86, 085012 (2012) 4.558 3 30*4.558/3=45.58 D. Blas, M.M. Ivanov and S. Sibiryakov, "Testing Lorentz invariance of dark matter," JCAP 1210, 057 (2012) 5.723 3 30*5.723/3=57.23 >:;04K =0 :>=D5@5=F8OE =0720=85 :>=D5@5=F88 B8? :>=D5@5=F88 B8? 4>:;040   "Planck 2011", 30 <0O - 3 8N=O 2011, 8AA01>=, >@BC30;8O <564C=0@>4=. CAB=K9 4>:;04 6 "Particle Physics and Cosmology", 14 - 18 8N=O 2011, 5=520, (259F0@8O <564C=0@>4=. ?;5=0@=K9 4>:;04 30 "Micro and macro structure of spacetime", 18 - 24 8N=O 2011, 59@5A:, $@0=F8O <564C=0@>4=. CAB=K9 4>:;04 6 "Workshop on Infrared Modifications of Gravity", 26 - 30 A5=BO1@O 2011, "@85AB, B0;8O <564C=0@>4=. ?;5=0@=K9 4>:;04 30 "Dual year Russia - Spain: Particle Physics, Nuclear <564C=0@>LVAL4=. ?;5=0@=K9 4>:;04 30 Physics and Astroparticle Physics", 8 - 11 =>O1@O 2011, 0@A5;>=0, A?0=8O "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0", 13 - 16 45:01@O 2011, >A:20, >AA8O @>AA89A:0O CAB=K9 4>:;04 4 "APC Meeting on Superluminal Neutrinos", 12 - 13 O=20@O 2012, 0@86, $@0=F8O <564C=0@>4=. ?;5=0@=K9 4>:;04 30 "XXth International workshop on deep - inelastic scattering and related subjects", 26 - 30 <0@B0 2012, >==, 5@<0=8O <564C=0@>4=. CAB=K9 4>:;04 6 8=71C@3>2A:0O :>=D5@5=F8O, 28 <0O - 2 8N=O 2012, >A:20, >AA8O <564C=0@>4=. CAB=K9 4>:;04 6 "20@:8 -2012", 4 -10 8N=O 2012, /@>A;02;L, >AA8O @>AA89A:0O CAB=K9 4>:;04 4 "Heart of Darkness: Dark Energy and Modified Gravity", 18 - 20 8N=O, 0@86, $@0=F8O <564C=0@>4=. ?;5=0@=K9 4>:;04 30 "13th Marcel Grossmann Meeting on recent Developments in Theoretical and Experimental General Relativity, Astrophysics and Relativistic Field <564C=0@>4=. CAB=K9 4>:;04 6 Theories", 1 - 7 8N;O, !B>:3>;L<, (25F8O "Gravity and Cosmology 2012", 18 - 22 45:01@O 2012, 8>B>, /?>=8O <564C=0@>4=. ?;5=0@=K9 4>:;04 30 5403>38G5A:0O 45OB5;L=>ABL 07@01>B0= ;5:F8>==K9 :C@A "-;5<5=BK :>=D>@<=>9 B5>@88 ?>;O 8 B5>@88 AB@C=" 4;O ABC45=B>2 5-6 :C@A>2 #, 2 A5<5AB@0, 2011 3. 30*2=60 >@01>B:0 ;5:F8>==>3> :C@A0 "-;5<5=BK :>=D>@<=>9 B5>@88 ?>;O 8 B5>@88 AB@C=" 4;O ABC45=B>2 5-6 :C@A>2 #, 2 A5<5AB@0, 2012 3. 8*2=16 C:>2>4AB2> 48?;><=>9 @01>BK . 54=8:0, 2011 3. 10 C:>2>4AB2> 0A?8@0B=>B . !0BC=8=K<, 2012 3. 30 C:>2>4AB2> ABC45=B0<8 5 :C@A0 $" . %0@C:>< 8 . $8B:528G5<, 2012 3. 10*2=20 C:>2>4AB2> ABC45=B0<8 5 :C@A0 # . 20=>2K< 8 . 20=8F:8<, 2012 3. 10*2=20 B>3>  : 867.15LVALNG5;>2 ;5:A0=4@ !B5?0=>28G @>4. 27.02.1948, 702. ;01., :.D.-<.=. 1. A.S.Belov, O.T.Frolov, E.S.Nikulin, V.P.Yakushev, V.N.Zubets. Study of proton injector beam transverse phase space variations during high voltage pulse. Proc. of RUPAC2012, St.-Petersburg, Russia, September 24-28, 2012, pp.397-399. http://jacow.org/. 0;;:4/5*1.5=1,2 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. AEGIS collaboration, M. Doser et. al., 60 coauthors, ( A. Belov, S. Gninenko, V. Matveev from INR RAS), Exploring the WEP with a pulsed cold beam of Antihydrogen, 2012, Class. Quantum Grav. 29 184009, (http://iopscience.iop.org/0264-9381/29/18/184009). 0;;: 30*0,075*3.320=7,47 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B D0:B>@>< 3.32) 3. AEGIS collaboration, 60 coauthors, (A. Belov, S. Gninenko, V. Matveev from INR RAS), The AEGIS experiment at CERN: Measuring the free fall of antihydrogen, Hyperfine Interact., DOI 10.1007/s10751-012-0583-x.0;;: 8*0,075* =0,6 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B D0:B>@>< <5=55 0,27 ). 4. V. V. Fimushkin, A. D. Kovalenko, L. V. Kutuzova, Yu. V. Prokofichev (JINR), A. S. Belov, A. V. Turbabin, V. N. Zubets (INR RAS). Status of the source of polarized ions for the JINR accelerator complex, report on 20th International Symposium on Spin Physics (SPIN 2012), September 17-22, 2012, Dubna, Russia.0;;: 6/7 = 0,85 (CAB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 5. A. S. Belov.  Polarized Ion Sources: status and perspectives , invited plenary report on 20th International Symposium on Spin Physics (SPIN 2012), September 17-22, 2012, Dubna, Russia. 0;;: 30 (?@83;0H5==K9 ?;5=0@=K9 CAB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. AEGIS collaboration, D. Krasnick et. al., 60 coauthors ( A. Belov, S. Gninenko, V. Matveev from INR RAS), AEIS Experiment Commissioning at CERN, Workshop on Non Neutral Plasma Physics Greifswald, 27-30 August 2012. 0;;: =6*0,075= 0,45 (CAB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52. 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S.Bragin, V.Gaidash, O.Grekhov, Yu.Kiselev, N.Lebedeva, A.Mirzojan, A.Naboka, P.Reinhardt-Nickoulin, I.Vasilyev, O.Volodkevich. Development of INR Linac BCT System. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, http://jacow.org/, pp. 671-673. 0;;: 4*1.5/10=0.6 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9   = 1,886   @C:>2>48B5;O = 2,358'-RY T [  V Q L SN2\W;61A@*@?|@HHHH<?34B>@*@?"NGHHHH<?G@@*@?@ @HHHH<?A@*@?@HHHH<?B̒B@*@?!NGHHHH<?/qB@*@?@HHHH<?a A@*@?@HHHH<?Y \C@*@?.INGHHHH<?PA@*@? NGHHHH<?8B@*@? @HHHH<?B; @*@?@217 70 10 ;5B__HH< }C@*@? @HHHH<?OC@*@?@HHHH<? HB @*@?@HHHH<?U֚C@*@?zNGHHHH<?4B@*@?4@2 F8B 70 ?>A; 10 ;5BppHH< qC@*@@` @HHHH<?\C@*@?=NG271 70 10 ;5B__HH<#=C@*@?JNGHHHH<? C @*@?N @HHHH<?M \?C@*@?NGHHHH<? )lC@*@?vNGHHHH<?.@*@?<<<<<?F`B@*@?4@HHHH<? 3PCr@*@? @HHHH<?iffBBC@*@?h#NGHHHH<?#wBhnB@*@?@HHHH<? EA@*@?@@HHHH<?  B@*@@@HHHH<? X9sB@*@@ @HHHH<?~d;A@*@?"@HHHH<?? A@*@?@HHHH<?fB@*@? @HHHH<?@@@*@?j@HHHH<?@@@*@?`@HHHH<?UBcB@*@?NGHHHH<?@*@?<<<<<?q=B@*@? NGHHHH<?B@*@?NGHHHH<?@@@*@?p@HHHH<?@*@?<<<<<?@@*@?@HHHH<?P/@+/A@*@? @HHHH<?F98@@*@?@HHHH<?sh?y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einhardt-Nickoulin, S. Bragin, A. Feschenko, S. Gavrilov, A. Mirzojan,I. Vasilyev, O. Volodkevich. Emittance Measurements at the Exit of INR Linac. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, http://jacow.org/, pp. 668-670. 0;;: 4*1.5/7=0.857 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 3. S.Bragin, V.Gaidash, O.Grekhov, Yu.Kiselev, N.Lebedeva, A.Mirzojan, A.Naboka, P.Reinhardt-Nickoulin, I.Vasilyev, O.Volodkevich. Development of INR Linac BCT System. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, http://jacow.org/, pp. 671-673. 0;;: 4*1.5/10=0.6 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9   = 2,743   @C:>2>48B5;O = 10,948LVAL 0$@>;>2 ;53 "8<>D5528G, @>4. 08.07.1945, =. A. 1. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52. AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !3(79), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.58, 2012, AB@. 44-48. 0;;: 6/51.5 = 1,8 (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. A.S.Belov, O.T.Frolov, E.S.Nikulin, V.P.Yakushev, V.N.Zubets. Study of proton injector beam transverse phase space variations during high voltage pulse. Proc. of RUPAC2012, St.-Petersburg, Russia, September 24-28, 2012, pp.397-399. http://jacow.org/. 0;;:4/5*1.5=1,2 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9   = 3,08:C;8= 235=89 !5<5=>28G, @>4. 15.06.1945, =. A. # 1. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52. AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !3(79), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.58, 2012, AB@. 44-48. 0;;: 6/51.5 = 1,8 (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. A.S.Belov, O.T.Frolov, E.S.Nikulin, V.P.Yakushev, V.N.Zubets. Study of proton injector beam transverse phase space variations during high voltage pulse. Proc. of RUPAC2012, St.-Petersburg, Russia, September 24-28, 2012, pp.397-399. http://jacow.org/. 0;;:4/5*1.5=1,2 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9   = 3,0LVALNG0@0<>=>2 0;5=B8= 8B0;L528G, >4. 6.11.1951, 4.D.-<.=, 2.=.A 1. . =8A8<>2, .. 0204F52, .. 0204F52, .. @02GC:, .. 0;0O=, .. 0@0<>=>2, ... !<8@=>2, .. !>15=8=. 0AG5B, 873>B>2;5=85 8 =0AB@>9:0 >B:;>=ONI59 AB@C:BC@K 4;O ' 45D;5:B>@0 PITZ. /45@=0O D878:0 8 8=68=8@8=3, B.2, 2K?. 2, AB@. 143-148, 2011. 0;;: 8/8=1 (!B0BLO 2 6C@=0;5 87 A?8A:0 , 8=45:A0 =5B). 2. .. =8A8<>2, .. 0204F52, .. 0204F52, .. @02GC:, .. 0@0<>=>2, .. !>15=8=. 0AB@>9:0 >B:;>=ONI59 AB@C:BC@K S 480?07>=0. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !4(80), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.59, 2012, AB@. 55-58. 0;;: 6/51.5 = 1,8 (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. .. 0@0<>=>2 #A:>@ONI85 AB@C:BC@K =0 153CI59 2>;=5 A 1>;LH8< =0153>< D07K =0 ?5@8>4. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !3(79), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.58, 2012, AB@. 24-29. 0;;: 6*1.5 = 9 (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. .. 0@0<>=>2, .. 5=8A5=:>. " +'!/ % " !" +!(%    '!% !" #"# %. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !4(80), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.59, 2012, AB@. 83-86. 0;;: 6/2*1.5 = 4,5 (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 5. M. Otevrel, V. Paramonov et. al., (49 A>02B>@>2) Diagnostics at PITZ 2.0 Beamline: Status and New Developments. Proceedings of IPAC2012, New Orleans, Louisiana, USA, p@. 634-636. 0;;: 6/10*1.5 = 0,9 (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. M. Krasilnikov, F. Stephan, V. Paramonov et. al.,(31 A>02B>@). Experimentally minimized beam emittance from an L-band photoinjector. Physical Review Special Topics  Accelerators and Beams, v. 15, n. 10, 100701, October 2012. 0;;: 30/10*1.52 = 4,56. (!B0BLAO 2 8=>AB@0==>< @5D5@8@C5<>< 6C@=0;5 A 8<?0:B D0:B>@>< 1.52). 7. V. Paramonov, L.V. Kravchuk, P. Orlov, K. Floettmann. Standing Wave RF Deflectors with Reduced Aberrations. Proc. of RUPAC2012, St.-Petersburg, Russia, September 24-28, 2012, pp.590-LVAL592. http://jacow.org/. 0;;:4/4*1.5=1,5 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 8. V. Paramonov. Deflecting Structures with Minimized Level of Aberrations. Proc. Linac 2012, TUPB002, 2012. 0;;: 6 (#AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 9. V. Paramonov, L.V. Kravchuk, K. Floettmann. RF Parameters of the TE - Type Deflecting Structure for S-Band Frequency Range. Proc. Linac 2012, MOPB082, 2012. 0;;: 6/3=2.0 (#AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 10. V. Paramonov. The fine structure of the zone of particle interaction with a finite length periodic structure. Proc. Linac 2012, TUPB001, 2012. 0;;: 6 (#AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 11. V. Paramonov, Traveling wave accelerating structures with a large phase advance. Proc. Linac 2012, MOPB081, 2012. 0;;: 6 (#AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 12. V. Paramonov. Field distribution analysis in deflecting structures. TESLA-FEL 2012-17, DESY, Hamburg, 2012. 0;;: 4 (-;5:B@>==K9 ?@5?@8=B). 13. C:>2>4AB2> ABC45=B>< 10:0;02@80B0 $" @;>2K< .. 2 2011 3>4C. 0;;: 10 14. C:>2>4AB2> ABC45=B>< 10:0;02@80B0 $" @;>2K< .. 2 2012 3>4C. 0;;: 10 8G=K9   = 67,26LVALNG 59=30@4B-8:C;8= 5B@ 3>@528G, 26 O=20@O 1946 3., 0CG=K9 A>B@C4=8:, .>. 702. !5:B>@>< 1. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich. Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS. Proceedings of 10th European Workshop on Beam Diagnostics and Instrumentation for Particle Accelerators (DIPAC2011), Hamburg, Germany, May 16-18, 2011, http://jacow.org/, pp. 161-163. 0;;: 6*1.5/6=1.5 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . $5I5=:>. 5@A?5:B82K 8A?>;L7>20=8O 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 =0 CA:>@8B5;OE FRIB Michigan State University 8 #-70 $-. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !3(79), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.58, 2012, A. 19-23. 0;;: 6/4=1,5. (?C1;8:>20==K9 CAB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . !>1>;52A:89, . $5I5=:>. 0I8B0 M;5:B@>=8:8 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 >B @0480F8>==KE ?>2@5645=89 =0 ;8=59=>< CA:>@8B5;5 / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !3(79), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.58, 2012, A. 218-222. 0;;: 8/5=1,6 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. Development of INR linac BCT system. P. Reinhardt-Nickoulin, S. Bragin, V. Gaidash, O. Grekhov, Yu. Kiselev, N. Lebedeva, A. Mirzojan, A. Naboka, I. Vasilyev, O. Volodkevich. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, pp. 671 673. http://jacow.org/, 0;;: 4/10*1,5=0,6 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 5. P. Reinhardt-Nickoulin, S. Bragin, A. Feschenko, S. Gavrilov, A. Mirzojan, I. Vasilyev, O. Volodkevich. Emittance measurements at the exit of INR linac.. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, pp.. 668 670. http://jacow.org LVAL /. 0;;: 4/7*1,5=0,86 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 6. C:>2>4AB2> 0A?8@0=B>< (02@8;>2 !. ., 2011, ?5@2K9-2B>@>9 3>4). 0;;: 30/2 = 15 7. C:>2>4AB2> 0A?8@0=B>< (02@8;>2 !. ., 2012, 2B>@>9-B@5B89 3>4). 0;;: 30/2 = 15 8G=K9   = 36,06LVALNG$5I5=:> ;5:A0=4@ ;048<8@>28G, >4. 06.03.1955, 4.D.-<.=., 702. B45;>< 1. L.V. Kravchuk, A. Feschenko, M.I. Grachev, V.L. Serov. Multipurpose Research Complex Based on the INR High Intensity Proton Linac. Proceedings of RUPAC2012, Saint-Petersburg, Russia, http://accelconf.web.cern.ch/AccelConf/rupac2012/papers/proceed.pdf, pp.90-94. 0;;: 20*1.5/4=7.5 (@83;0H5==K9 ?;5=0@=K9 >?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. A.Feschenko. Technique and Instrumentation For Bunch Shape Measurements Proceedings of RUPAC2012, Saint-Petersburg, Russia, http://accelconf.web.cern.ch/AccelConf/rupac2012/papers/proceed.pdf, pp.181-185. 0;;: 20*1.5=30 (@83;0H5==K9 ?;5=0@=K9 >?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 3. B.O. Bolshakov, A.A. Budtov, A.V. Popov, A.V. Pozhensky, A. Feschenko, O.V. Grekhov, V.N. Mikhailov, V.L. Serov. Power Supply System of the Pulse Bending Magnet for the Linear Accelerator Operated at the Moscow Meson Factory Proceedings of RUPAC2012, Saint-Petersburg, Russia, http://accelconf.web.cern.ch/AccelConf/rupac2012/papers/proceed.pdf, pp.515-517. 0;;: 4*1.5/8=0.75 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 4. A.N.Drugakov, A.V.Feschenko, A.I.Kvasha, A.N.Naboka, V.L.Serov. Investigation of INR DTL RF system operation of 100 Hz repetition rate, Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, pp. 296-298, http://jacow.org/. 0;;: 4*1.5/5=1.2 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 5. A.I. Kvasha, .V.Feschenko, V.L.Serov Status of INR DTL RF system, Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, pp..293-295, http://jacow.org/. 0;;: 4*1.5/3=2.0 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 6. N.I. Brusova, A. Feschenko, O. Grekhov, Yu. Kalinin, V. Mikhailov, V.L. Serov, A.A. Stepanov. Beam pulse separation system of INR linac Proceedings of XXIII Russian Pa LVAL0rticle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, http://jacow.org/, pp. 451 452. 0;;: 4*1.5/7=0.86 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 7. P. Reinhardt-Nickoulin, S. Bragin, A. Feschenko, S. Gavrilov, A. Mirzojan,I. Vasilyev, O. Volodkevich. Emittance Measurements at the Exit of INR Linac. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, http://jacow.org/, pp. 668-670. 0;;: 4*1.5/7=0.857 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 8. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich. Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS. Proceedings of 10th European Workshop on Beam Diagnostics and Instrumentation for Particle Accelerators (DIPAC2011), Hamburg, Germany, May 16-18, 2011, http://jacow.org/, pp. 161-163. 0;;: 6*1.5/6=1.5 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 9. >@01>B:0 :C@A0 ;5:F89 A=>2K D878:8 8 B5E=8:8 CA:>@5=8O 70@O65==KE G0AB8F =0 107>2>9 :0D54@5 $". 0;; =8*2 3>40 =16. 10. C:>2>4AB2> 0A?8@0=B>< (02@8;>2 !. ., 2011, ?5@2K9-2B>@>9 3>4). 0;;: 30/2 = 15 11. C:>2>4AB2> 0A?8@0=B>< (02@8;>2 !. ., 2012, 2B>@>9-B@5B89 3>4). 0;;: 30/2 = 15 8G=K9   = 90,667   @C:>2>48B5;O = 56,957 LVAL /:CH52 0;5=B8= 5B@>28G @>4. 25.09.1932, 2. =. A. 3. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52. AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !3(79), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.58, 2012, AB@. 44-48. 0;;: 6/51.5 = 1,8 (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. A.S.Belov, O.T.Frolov, E.S.Nikulin, V.P.Yakushev, V.N.Zubets. Study of proton injector beam transverse phase space variations during high voltage pulse. Proc. of RUPAC2012, St.-Petersburg, Russia, September 24-28, 2012, pp.397-399. http://jacow.org/. 0;;:4/5*1.5=1,2 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9   = 3,0LVAL>;O@CH ;5:A0=4@ .@L528G, 19503., AB0@H89 =0CG=K9 A>B@C4=8:, :. D-<. =. 1.Extraction of Kaon Formfactors from K^ -> \mu \nu \gamma Decay at ISTRA+ Setup. INR-PREPRINT-1251-2010, May 2010. 10pp. e-Print: arXiv:1005.3517 Phys.Lett. B695 (2011) 59-66   = 4,189 *30/10 = 12.567 2.Search for Heavy Neutrino in K"">"h(h">) Decay at ISTRA+ Setup. ISTRA+ Collaboration (V.A. Duk (Moscow, INR) et al.). Oct 2011. 14 pp e-Print: arXiv:1110.1610 [hep-ex] Phys.Lett. B710 (2012) 307-317,   = 4,189 *30/10 = 12.567 3.A Search for Single Photon Events in Neutrino Interactions in NOMAD. NOMAD Collaboration (C.T. Kullenberg et al.) Phys.Lett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est of Lepton Flavour Universality in K+">l+ Decays. NA62 Collaboration (C. Lazzeroni (Birmingham U.) et al.). Published in Phys.Lett. B698 (2011) 105-114 NA62 collaboration: V. Kurshetsov, V. Obraztsov, I. Popov, V. Semenov, O. Yushchenko Institute for High Energy Physics, 142281 Protvino (MO), Russia V. Bolotov, V. Duk, E. Gushchin Institute for Nuclear Research, 117312 Moscow, Russia !!+: http://www.slac.stanford.edu/spires/find/hep/www?rawcmd=FIND+A+SEMENOV%2C+V.&F ORMAT=www&SEQUENCE= WEB of Sciences 12127 http://admin-apps.isiknowledge.com/JCR/JCR?RQ=HOME 2011 Impact Factor PHYS LETT B,   = 4,189 *30*0,075 = 9,42525 2) Matrix hodoscopes for the Oka (Protvino) and NA62 (SPS, CERN) experimental setups. E.N. Gushchin (INR), V.F. Kurshetsov (IHEP), V.A. Lebedev (INR), V.I. Romanovsky (IHEP), V.K. Semenov (IHEP), S.N. Filippov (INR), A.A. Khudyakov (INR) . 2011. 5pp. Published in Phys.Atom.Nucl.74:783-787,2011, Yad.Fiz.74:809-813,2011. !!+: http://www.slac.stanford.edu/spires/find/hep/www?rawcmd=fin+a+Semenov%2C+V.K.&FOR MAT=WWW&SEQUENCE= & 12127 <?0:B-D0:B>@ 70 5 ;5B >AA89A:8E 6C@=0;>2 <?0:B-D0:B>@ /45@=0O D878:0 0.557  =0.557*60/7=4.77 3) "    ! " ( #!" ! "-$ . . >74@0GQ2, ". ! . @0=B>20, . . 02@8IC:, . . CI8=, . . 09F52, .. . 0@?5:>2, . . 8A8=, . . !5<Q=>2, 4) 1 Published in Instrum.Exp.Tech. 55 (2012) 611-617, Prib.Tekh.Eksp. 6 (2012) 5-12 <?0:B-D0:B>@ @81>@K 8 B5E=8:0 M:A?5@8<5=B0 0.324   =0.324*60*8=2.43. ":  =16,62525 !!"", /2=8,31LVAL515452 8:B>@ ;5:A0=4@>28G, @>4. 19343., 8=65=5@.   2011-201233. 1) Matrix hodoscopes for the Oka (Protvino) and NA62 (SPS, CERN) experimental setups. E.N. Gushchin (INR), V.F. Kurshetsov (IHEP), V.A. Lebedev (INR), V.I. Romanovsky (IHEP), V.K. Semenov (IHEP), S.N. Filippov (INR), A.A. Khudyakov (INR) . 2011. 5pp. Published in Phys.Atom.Nucl.74:783-787,2011, Yad.Fiz.74:809-813,2011. !!+: http://www.slac.stanford.edu/spires/find/hep/www?rawcmd=fin+a+Semenov%2C+V.K.&FOR MAT=WWW&SEQUENCE= & 12127 <?0:B-D0:B>@ 70 5 ;5B >AA89A:8E 6C@=0;>2 <?0:B-D0:B>@ /45@=0O D878:0 0.557  =0.557*60/7=4.77. 2) Extraction of kaon formfactors from K"!" decay at ISTRA+ setup. Physics Letters B 695 (2011) 59 66.   =4.189 *30/10 = 12.567. 3). Search for Heavy Neutrino in K"! "h(h ! ) Decay at ISTRA+ Setup. Physics Letters B 710 (2012) 307 317.   = 4,189 *30/10 = 12.567 ":  = 29,904bLVALr%C4O:>2 ;5:A59 ;5:A0=4@>28G @>4. 07.12.1984 <.=.A. $-,   70 2011-201233 !B0BL8: 1. E.N. Gushchin, V.F. Kurshetsov, V.A. Lebedev, V.I. Romanovsky, V.K. Semenov, S.N. Filippov, A.A. Khudyakov // Matrix hodoscopes for the Oka (Protvino) and NA62 (SPS, CERN) experimental setups // Phys.Atom.Nucl. 74 (2011) 783-787, Yad.Fiz. 74 (2011) 809-813   = 60 " 0.568 / 7 = 4.869 2. V.A. Duk , V.N. Bolotov, V.A. Lebedev, A.A. Khudyakov, A.I. Makarov, A.Yu. Polyarush, V.P. Novikov, S.A. Akimenko, G.I. Britvich, A.P. Filin, A.V. Inyakin, I.Ya. Korolkov, V.M. Leontiev, V.F. Obraztsov, V.A. Polyakov, V.I. Romanovsky, O.G. Tchikilev, V.A. Uvarov, O.P. Yushchenko // Extraction of Kaon Formfactors from K-! - Decay at ISTRA+ Setup. // Phys.Lett. B695 (2011) 59-66   =   = 4,189 *30/10 = 12.567 3 V. A. Duk, V. N. Bolotov, A. A. Khudyakov, V. A. Lebedev, A. I. Makarov, V. P. Novikov, A. Yu. Polyarush, S. A. Akimenko, G. I. Britvich, A. P. Filin, A. V. Inyakin, S. A. Kholodenko, V. M. Leontiev, V. F. Obraztsov, V. A. Polyakov, V. I. Romanovsky, O. V. Stenyakin, O. G. Tchikilev, V. A. Uvarov, O. P. Yushchenko // Search for Heavy Neutrino in K!h(h-> ) Decay at ISTRA+ Setup // Phys.Lett. B710 (2012) 307-317   = 4,189 *30/10 = 12.567 @5?@8=BK: Search for Heavy Neutrino in K!h(h-> ) Decay at ISTRA+ Setup // arXiv:1110.1610   = 4 " 0.1 = 0.4 @><56CB>G=K9 8B>3: 30, 403 >2KH0NI89 :>MDD8F85=B :0: <>;>4><C A?5F80;8ABC: 2 B>3>:   = 60,806LVAL ;048<8@ 5B@>28G >28:>2 @>4. 23.07.1959, <=A $-,   70 2011-201233 @5?@8=BK: 1) V. A. Duk, & , V. P. Novikov, & // Extraction of Kaon Formfactors from K->mu nu gamma Decay at ISTRA+ Setup // Phys. Lett. B V. 695, Issues 1-4, 10 January 2011, Pages 59-66 , Physics Letters B 695 (2011) 59 66.   =4.189 *30/10 = 12.567. 2) O.G. Tchikilev, & , V. P. Novikov, & // Observation of the destructive interference in the radiative kaon decay K- --> mu-nugamma // arXiv:1001.0374v1, to be submitted to Phys.Lett.B,  =0.4 3) V. A. Duk, & , V. P. Novikov, & Search for Heavy Neutrino in K" ! "h(h ! )Decay at ISTRA+ Setup // arXiv:1110.1610v3 [hep-ex] 11 Apr 2012// Physical Letters B April 12, 2012, Physics Letters B 710 (2012) 307 317.   = 4,189 *30/10 = 12.567 B>3>:  =25,5340:0@>2 =4@59 20=>28G, <=A.   11-1233. 1. Physics Letters B. Volume 695, Issues 1-4, 10 January 2011, Pages 59-66 Extraction of kaon formfactors from K -> mu nu gamma decay at ISTRA+ setup V.A. Duk et al.   = 4,189 *30/10 = 12.567 2. Search for Heavy Neutrino in K->mu nu_h(nu_h-> nu gamma) Decay at ISTRA+ Setup arXiv:1110.1610 4*0.1=0.4 3. Phys.Lett. B710 (2012) 307-317 Search for Heavy Neutrino in K->mu nu_h(nu_h-> nu gamma) Decay at ISTRA+ Setup - ISTRA+ Collaboration (Duk, V.A. et al.)   = 4,189 *30/10 = 12.567 >;=K9   (4><=>65==K9 =0 :>MD. 2 - 4;O <>;>4KE A?5F80;8AB>2): 2*(12.567+0.4+12.567) = 35,1876N LVAL^ >;>B>2 ;048<8@ 8:>;0528G, 19333., 70254CNI89 ;01>@0B>@859, 4. D-<. =. 1. Extraction of kaon formfactors from K"!" decay at ISTRA+ setup. Physics Letters B 695 (2011) 59 66.   =4.189 *30/10 = 12.567. 2. Test of lepton flavour universality in K+!e+. Physics Letters B 698 (2011) 105-114.   =. 4.189 *30*0,075 = 9,42525 2. Search for Heavy Neutrino in K"! "h(h ! ) Decay at ISTRA+ Setup. Physics Letters B 710 (2012) 307 317.   = 4,189 *30/10 = 12.567 C:>2>4AB2> 0A?8@0=B><    = 30. C:>2>4AB2> 48?;><=8:><    = 10.   -'=343,2531. =48284C0;L=K9  = 61,99525   @C:>2>48B5;O = (61,99525*0.5+0,75*343,2531/9)= (61,99525*0.5+0,75*38,13923)= (61,99525*0.5+28,6044225)=59,6020475LVALNGCE0<54H8= 0CD 430<>28G, 3.12.1948, 4.D.-<.=. 02. 01>@0B>@88 =59B@8==>9 0AB@>D878:8 -   70 2011-2012 33. = 63.85 (AB0=40@B=K9 <5B>4 2KG8A;5=8O) 120.38 (63.850.5+117.950.75) (2KG8A;5=85 4;O @C:>2>48B5;O) 1I55 G8A;> F8B8@>20=89 ?> 1075 INSPIRE  323. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Kempa J., Pattison B., Gladysz-Dziadus E., Jones L.W., Mukhamedshin R., Tamada M., Wlodarczyk Z. Emulsion Chamber Observations of Centauros, Aligned Events and the Long-Flying Component. Cent. Eur. J. Phys. 10 (2012) 723-741.  =0.9130/7 = 3.9 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. Puchkov V.S., Borisov A.S., Guseva Z.M., Denisova V.G., Kanevskaya E.A., Kogan M.G., Maximenko V.M., Morozov A.E., Mukhamedshin R.A., and Pyatovskii S.E. 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Puchkov V.S., Borisov A.S., Guseva Z.M., Denisova V.G., Kanevskaya E.A., Kogan M.G., Maximenko V.M., Morozov A.E., Mukhamedshin R.A., and Pyatovskii S.E. Fraction of protons in primary cosmic rays according toT LVALd data from the Pamir experiment in consideration of the response of X-ray emulsion chambers. Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 3, pp. 392- 394. Allerton Press, Inc., 2011.  =41.5/10=0.6 4. 0=030475 .., CE0<54H8= .. %0@0:B5@8AB8:8 D@03<5=B0F8>==>9 >1;0AB8 h- 2708<>459AB289 ?@8 A25@E2KA>:8E M=5@38OE ?> 40==K< - (4>:;04 =0 ECRS 2012, >A:20, 2-7.07.2012) 72. , A5@. D87. (2 ?5G0B8).  =61.5/2=4.5TLVALdCB:528G =0B>;89 8:B>@>28G, @>4. 10.11.1954, 4.D.-<.=., 2=A   (70 2011-2012 33.) = 208.7 1I55 G8A;> F8B8@>20=89 ?> 1075 INSPIRE - 370. @54;0305BAO 2:;NG8BL A>B@C4=8:0 2 3@C??C "C45;L=K9 8=45:A F8B8@>20=8O (=0 >4=>3> A>02B>@0) 2KH5 100" A>3;0A=> 4>:C<5=BC "@028;0 @0AGQB0  " !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A.V. 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Butkevich / Long baseline neutrino experiments and quasi-elastic neutrino scattering off nucleus // XV International Baksan school Particles and Cosmology, Troitsk, May 26  June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olkova. Temperature effect of integral flux of cosmic ray muons at high energies (report at European Cosmic Ray Symposium, Moscow, 2-7.07.2012) (to be published in J. Phys: Conf. Series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haichian M., Mnatsakanova M.N., Nishijima K., Tureanu A., Vernov Yu.S./ Towards an axiomatic formulation of noncommutative quantum field theory, // J. Math. Phys., 52:3, 032303 (2011),  = 30*1.192/5=7.152. 3) Mnatsakanova M.N., Salynskiy G., Vernov Yu. S./ "Analytical vectors and a new criterion of regularity for representation of canonical commutation relations algebra", hep-th 1102.2417;  = 4/3=1.33. 4) Antipin K.V., Vernov Yu.S., Mnatsakanova M.N.,, "Haag's theorem in S O (1, k) invariant quantum field theory", hep-th 1102.1195  = 4/3=1.33. >:;04K: 2.1.3. 1. Mnatsakanova M.N., Vernov Yu.S ./ Irreducibility of the set of field operators in NC QFT, // XV International Conference on Symmetry Methods in Physics" (SYMPHYS-XV) in memory of Professor Alexei Norairovich Sissakian, Dubna, Russia, July 12 - 16, 2011 and Yerevan, Armenia, July 25-29, 2011, ?@83;0H5==K9,  =30/2=15. 2. Mnatsakanova M.N., Vernov Yu.S ./ Haag's Theorem in Noncommutative Quantum Field Theory, // XV International Conference on Symmetry Methods in Physics" (SYMPHYS-XV) in memory of Professor Alexei Norairovich Sissakian, Dubna, Russia, July 12 - 16, 2011 and Yerevan, Armenia, July 25-29, 2011, ?@83;0H5==K9,  =30/3=10. 2.1.4. >@01>B:0 42CE =0CG=>->1@07>20B5;L=KE :C@A>2: "5>@8O :0;81@>2>G=KE ?>;59 8 20=B>20O E@><>48=0<8:0, 2:;NG0NI0O 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@AK G8B0NBAO =0 D878G5A:>< D0:C;LB5B5 # ABC45=B0< ?OB>3> :C@A0 2 ?5@2>< 8 2> 2B>@>< A5<5AB@0E. 192 G0A0.  =16. 2.1.6. C:>2>4AB2> 0A?8@0=B>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # 2011 3>4: =B8?8=K< >=AB0=B8=>< ;048A;02>28G5<, 2B^LVALn>@>9 3>4 >1CG5=8O,  =30. C:>2>4AB2> A>8A:0B5;5< CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: !0;K=A:8< !5@355< 5==048528G5<, A>B@C4=8:>< $-,  =30. B>3>:  =136.63 2012 3>4 C1;8:0F88: 2.1.1. 1)Vernov Yu S., Mnatsakanova M.N., Salynskii S.G., / Analogue of the Weyl Representation of Algebra of Canonical Commutation Relations in the Case of Nonphysical Particles, // Physics of Particles and Nuclei Letters, V. 9, ! 3, pp.. 213-215., 2012,  = 60*0.199/3=3.98. 2.1.4. >@01>B:0 42CE =0CG=>->1@07>20B5;L=KE :C@A>2: "5>@8O :0;81@>2>G=KE ?>;59 8 20=B>20O E@><>48=0<8:0, 2:;NG0NI0O 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@AK G8B0NBAO =0 D878G5A:>< D0:C;LB5B5 # ABC45=B0< ?OB>3> :C@A0 2 ?5@2>< 8 2> 2B>@>< A5<5AB@0E. 192 G0A0.  =16. 2.1.6. C:>2>4AB2> 0A?8@0=B>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # 2011 3>4: =B8?8=K< >=AB0=B8=>< ;048A;02>28G5<, B@5B89 3>4 >1CG5=8O,  =30. C:>2>4AB2> A>8A:0B5;5< CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: !0;K=A:8< !5@355< 5==048528G5<, A>B@C4=8:>< $-,  =30. C:>2>4AB2> 48?;><=8:>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # !<8@=>2K< ;5:A55< !5@35528G5< (A?5F80;8AB), . 20 10;;>2 B>3>:  =99.98 B>3> 70 2011-2012 33:  =236.61LVALNG5<84>2 !5@359 ;048<8@>28G @>4. 16.12.1981, =A "$,   70 2011-2012 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2011 3>4 !B0BL8: 1. Invisible Higgs in weak bosons associative production with heavy quarks at LHC: probing mass and width. Authors: E. E. Boos, S. V. Demidov, D. S. Gorbunov, Int.J.Mod.Phys. A26 (2011) 3201-3218  =30*1.053/3=10.53 2. Soliton-antisoliton pair production in particle collisions, Authors: S.V.Demidov, D.G.Levkov, Phys.Rev.Lett. 107 (2011) 071601,  =30*7.37/2= 110.55 3. Soliton pair creation in classical wave scattering, Authors: S.V.Demidov, D.G.Levkov, JHEP 1106 (2011) 016,  =30*5.831/2 = 87.465 >:;04K: =5B @5?>4020=85: 1.!5<8=0@K ?> :C@AC >=D>@<=0O B5>@8O ?>;O 8 AB@C=K, D87D0: #, 5-6 :C@AK, 2 A5<5AB@0 ?> 30 G0A>2,  =8*2=16 2. C@A ;5:F89 8 A5<8=0@>2 ?> AC?5@A8<<5B@88, D87D0: #, 5 :C@A, 1 A5<5AB@, 30 G0A>2  =8*2=16 0 2011:  (2011) = 10.53+110.55+87.465+16+16 = 240.545 2012 3>4 !B0BL8: 1. Positronium oscillation to Mirror World revisited, Authors: S.V.Demidov, D.S.Gorbunov, A.A.Tokareva, ,  =30*4.558/3=45.58 2. Flavor violating processes with sgoldstino pair production . Authors: S.V.Demidov, D.S.Gorbunov, Phys. Rev. D 85, 077701,  =30*4.558/2=68.37 3. Limits on spin-dependent WIMP-proton cross-sections from the neutrino experiment at the Baksan Underground Scintillator Telescope, Olga Suvorova, Musabi Boliev, Sergei Demidov, Stanislav Mikheyev, PoS(DSU 2012)043, 6C@=0; =5 8<55B 8=45:A0,  =8/4 = 2 >:;04K: 1. !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O. S.V.Demidov, Testing of low energy supersymmetry breaking at LHC, 17th International Seminar on High Energy Physics QUARKS'2012, Yaroslavl, Russia, 4-10 June, 2012, B@C4K :>=D5@5=F88 5I5 =5 >?C1;8:>20=K,  =4 @5?>4020=85: 1. C@A ;5:F89 8 A5<8=0@>2 ?> AC?5@A8<<5B@88 (G0ABL 2, =>2K9 :C@A), D87D0: #, 5 :C@A, 2 A5<5AB@, 30 G0A>2,  =30+8=38 2. C@A ;5:F89 8 A5<8=0@>2 ?> AC?5@A8<<5B@88 (G0ABL 1), D87D0: #, 5 :C@A, 1 A5<5AB@, 30 G0A>2,  =8+8 LVAL =16. 3. C:>2>4AB2> 48?;><=8:>< (#, AB0?>2 >=AB0=B8= ;53>28G, <038AB@, 2->9 3>4 >1CG5=8O, 70I8B0 48?;><0 1K;0 2 45:01@5 2012 3>40).  =10 0 2012:  (2012) = 45.58+ 68.37+2+4+38+16+10= 183.95 B>3>:   = 240.545 + 183.95 = 424.495LVAL5=:528G 3>@ =4@5528G, AB065@-8AA;54>20B5;L =0 ?>;AB02:8, 0A?8@0=B / ) !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Yegor Zenkevich, Nekrasov prepotential with fundamental matter from the quantum spin chain, Physics Letters B, Volume 701, Issue 5, 27 July 2011, Pages 630-639, DOI 10.1016/j.physletb.2011.06.030. <?0:B = 3.955 '8A;> A>02B>@>2 = 1   += 3.955*30/1 = 118.65 D.G. Levkov, V.A. Rubakov, S.V. Troitsky, Y.A. Zenkevich, Constraining holographic technicolor, Physics Letters B, Volume 716, Issue 2, 19 September 2012, Pages 350-355, DOI 10.1016/j.physletb.2012.08.038. <?0:B = 3.955 '8A;> A>02B>@>2 = 4   += 3.955*30/4 = 29.663 A. Mironov, A. Morozov, B. Runov, Y. Zenkevich, A. Zotov, Spectral Duality Between Heisenberg Chain and Gaudin Model, Letters in Mathematical Physics, November 2012, DOI 10.1007/s11005-012-0595-0 <?0:B = 1.819 '8A;> A>02B>@>2 = 5   += 1.819*30/5 = 10.914 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: A. Mironov, A. Morozov, Y. Zenkevich, A. Zotov, Spectral Duality in Integrable Systems from AGT Conjecture, JETP Letters, vol. 97, issue 1, page 49 <?0:B = 1.421 '8A;> A>02B>@>2 = 4   += 1.421*60/4 = 21.315 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: !?5:B@0;L=0O 4C0;L=>ABL <564C A8AB5<0<8 >45=0 8 A?8=>2K<8 F5?>G:0<8,  -2012, /@>A;02;L, A5:F8>==K9 4>:;04   += 4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: Healthy holographic technicolor: Higgs returns, HATCH-2012 workshop, /, >A:20, A5:F8>==K9 4>:;04   += 6 ) ---- ) B>3>2>5 7=0G5=85   = 190.542 5@5@0AG5B A ?>2KH0NI8< :>MDD8F85=B>< 1.5 (0A?8@0=B, @01>B0NI89 =0 ?>;AB02:8): 5@5@0AG8B0==>5   = 285.813LVALNG0;0H52 ;53 235=L528G :0=4840B D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8:, >B45; B5>@5B8G5A:>9 D878:8 0AG5B   70 2011-201233: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Towards a model of population of astrophysical sources of ultra-high-energy cosmic rays By O.E. Kalashev, K.V. Ptitsyna, S.V. Troitsky. Phys.Rev. D86 (2012) 063005.  =4.558*30/3=45.58 Search for Anisotropy of Ultra-High Energy Cosmic Rays with the Telescope Array Experiment By T. Abu-Zayyad, R. Aida, M. Allen, R. Anderson, R. Azuma, E. Barcikowski, J.W. Belz, D.R. Bergman et al.. Astrophys.J. 757 (2012) 26.  =6.024*30*0.06=10.8432 The Energy Spectrum of Telescope Array's Middle Drum Detector and the Direct Comparison to the High Resolution Fly's Eye Experiment By T. Abu-Zayyad, R. Aida, M. Allen, R. Anderson, R. Azuma, E. Barcikowski, J.W. Belz, D.R. Bergman et al.. Astroparticle Physics 39 40 (2012) 109 119  =3.216*30*0.06=5.7888 The surface detector array of the Telescope Array experiment By T. Abu-Zayyad, R. Aida, M. Allen, R. Anderson, R. Azuma, E. Barcikowski, J.W. Belz, D.R. Bergman et al.. Nucl.Instrum.Meth. A689 (2012) 87-97.  =1.207*30*0.06=2.1726 New air fluorescence detectors employed in the Telescope Array experiment By H. Tokuno, Y. Tameda, M. Takeda, K. Kadota, D. Ikeda, M. Chikawa, T. Fujii, M. Fukushima et al.. Nucl.Instrum.Meth. A676 (2012) 54-65.  =1.207*30*0.06=2.1726 Gamma-Ray Constraints on Maximum Cosmogenic Neutrino Fluxes and UHECR Source Evolution Models By Graciela B. Gelmini, Oleg Kalashev, Dmitri V. Semikoz. JCAP 1201 (2012) 044.  =5.723*30/3=57.23 Role of line-of-sight cosmic ray interactions in forming the spectra of distant blazars in TeV gamma rays and high-energy neutrinos By Warren Essey, Oleg Kalashev, Alexander Kusenko, John F. Beacom. Astrophys.J. 731 (2011) 51.  =6.024*30/4=45.18 >:;04K =0 :>=D5@5=F8OE: >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 (CA=K9) Nusky 2011 International Workshopn on Cosmic Rays and Cosmic Neutrinos,  LVAL 20-25 June 2011 Trieste Italy Restricting cosmogenic neutrino fluxes with Fermi 3 years data  =6 >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 (CA=K9,>?C1;8:>20=) 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011) 5 9 September 2011, Munich, Germany Restrictions on cosmogenic neutrinos and UHECR from Fermi 3 years data J.Phys.Conf.Ser. 375 (2012) 052012.  =6*1.5=9 >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 (CA=K9) Quarks 2012 17th International Seminar on High Energy Physics Ultra high energy cosmic rays. Fitting spectrum and composition  =6 B>3> AC<<0@=K9  =45.58+10.8432+5.7888+2.1726+2.1726+57.23+45.18+6+9+6=189.9672LVALNG0B052 =4@59 L2>28G @>4. 21.04.1955, 2=A "$, 4>:B>@ D87.-<0B. =0C:,   70 2010-2011 33. C1;8:0F88 2 6C@=0;0E: 2011 1) A.~L.~ Kataev  The analytical singlet $\alpha_s^4$ QCD contributions into $e^+e^-$-annihilation Adler function and the generalized Crewther relations 8AL<0 2 -"$, v 94, N 11, cc. 867-871  = 1.352*60=81.12 2) .~V. Garkusha and A.~L.~Kataev  The absence of QCD $\beta$ function factorization property of the genedralized Crewther relation in the 't Hooft $\bar{MS}$ based scheme Phys. Lett. B {\bf 705} (2011) 400  = 3.955*30/2=59.325 2012 1).. 0B052 8 !.. 8E09;>2  >2>5 ?@54AB02;5=85 MDD5:B>2 =0@CH5=8O :>=D>@<=>9 A8<<5B@88 2 :0;81@>2>G=KE B5>@8OE ?>;O 2 B5>@88 2>7<CI5=89 "$ 170 N2 (2012) cB@. 174-186  =0.650*60/2=19.5 2)A.~L.~Kataev and S.~A.~Larin,  Analytical five-loop expressions for the renormalization group QED $\beta$-function in different renormalization schemes 8AL<0 2 -"$, v 96, N 1, cc.64-67  =1.352*60/2=40.56 3) A.~L.~ Kataev,  Analytical eighth-order light-by-light QED contributions from leptons with heavier masses to the anomalous magnetic moment of electron Phys. Rev. D86, 013010 (2012), 4 pages.  =4.558*30=136.74 -;5:B@>==K5 ?@5?@8=BK 2011 1) A.~L.~Kataev and S.~V.~Mikhailov  New extended Crewther-type relation and the consequences of multiloop perurbative results arXiV: 1104.5598 [hep-ph]  =2 2) A.~L.~ Kataev  The analytical singlet $\alpha_s^4$ QCD contributions into $e^+e^-$-annihilation Adler function and the generalized Crewther relations arXiV: 1108.2898[hep-ph]  = 4 3.)A. V. Garkusha and A.~L. Kataev  The absence of QCD $\beta$-function factorization property of the generalized Crewther rewlation in the 't Hooft $\bar{MS}$ based scheme arXiV: 1108.5909[hep-ph]  = 2 2012 1)A.~L.~Kataev and S.~A.~Larin,  Analytical five-loop expressions for the renormalization group QED $\beta$-function in different renormalization schemes arXiV:120LVAL5.2810  =2 2) A.~L.~ Kataev,  Analytical eighth-order light-by-light QED contributions from leptons with heavier masses to the anomalous magnetic moment of electron arXiV:1205.6191  =4 3) A.~L. Kataev  Conformal symmetry based relation between Bjorken and Ellis-Jaffe sum rules arXiV:1207.1808  =4 >:;04K =0 :>=D5@5=F8OE 2011 1. A.~L.~Kataev `` Different forms of the generalized Crewther relation in QCD and QED: concrete consequences of analytical multiloop calculations 14th Int/ Workshop on Advanced Computing and Analysis Techniques in Physics Research, London, UK , Brunel Univ. September 5-9, 2011  =6 2. A. V. Garkusha and A.~L. Kataev  The absence of QCD $\beta$-function factorization property of the generalized Crewther rewlation in the 't Hooft $\bar{MS}$ based scheme Int. Conference on Advances of Quantum Field Theory, BLTP, Dubna, 4-7 October 2011  = 20/2=10 3. . . 0@:CH0 8 .. 0B052 %0@0:B5@=K5 >A>15==>AB8 >1>1I5==>3> A>>B=>H5=8O @NB5@0 2 AE5<5 B DB0 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 8 DC=40<5=B0;L=KE 2708<>459AB289 "-$, 21-25 =>O1@O, 2011 3  =4/2=2 4. . . 0B052 >;NA=K5 8 153CI85 <0AAK ;5?B>=>2 2 -: @57C;LB0BK 8 A;54AB28O 4-5 A5@>AA89A:>5 A>25I0=85 ?> ?@5F878>==>9 D878:5 8 DC=40<5=B0;L=K< :>=AB0=B0<, /, C1=0, "$, 5-9 5:01@O, 2011 3.  = 20 2012. 1.A.L. Kataev,  Conformal Symmetry and relation between Bjorken and Ellis-Jaffe sum rule Invited talk at parallel session of the XX International Workshop on Deep-Inelastic Scattering, 26-30 March, Bonn, 2012 ; to be published in the Proceedings  =6 2.A.L. Kataev~ CFT limit of SU(Nc) perturbative expressions for the sum rules of of the polarized DIS Sattellite Quarks-12 Workshop "Holography: Applications to Technicolour, Condensed matter and Hadrons" June 15, INR RAS, Moscow  =6 3 A.L. . Kataev (INR)  On Theoretical definition of quark and lepton masses , 20 min Talk at Int. Seminar on phyics of LLVALHCb, 4 July 2012, INR RAS, Moscow,  =4 4. A.V. Garkusha (Math.Dep., High School of Economics, Moscow ), A. L. Kataev (INR),  Conformal symmetry and renormalization scheme (in)dependence of the perturbative corrections to the generalized Crewther relations in QED , 40 Min Invited Talk at Int. School-Workshop  Calculations for Modern and Future Colliders , July 23- August 2, JINR, Dubna  =30/2=15 5. A.~L.~Kataev, @83;0H5==K9 A5:F8>==K9 4>:;04 (40 min)  Theoretical manifestation of the conformal symmetry in the perturbative expressions for the Bjorken and Ellis-Jaffe sum rule of the polarized DIS  XXI Int. Baldin Seminar  Relativistic Nuclear Physics and Quantum Chromodynamics 10-15 September 2012  =6 6. A.L. Kataev (INR)  Conformal symmetry based $O(\alpha_s^3)$-expressions for the Bjorken sum rule , 20 min Talk at Parralel Session,  Spin Structure of Hadrons at XX International Symposium on Spin Physics (SPIN2012), 17.09.2012-22.09.2012 , JINR, Dubna  =6 C:>2>4AB2> 48?;><=8:0<8: 2011. C:>2>48B5;L 48?;><0 =0 A>8A:0=85 720=8O 10:0;02@0 =0 :0D54@5 # $878:0 G0AB8F 8 :>A<>;>38O- .. 0@:CH0  8?;>< 10:0;02@0 70I8I5= =0 >B;8G=>.  =10 C1;8:0F88 2 B@C40E :>=D5@5=F89, >?C1;8:>20==K5 2 >BG5B=K9 ?5@8>4: 2011 1. A. L. Kataev and S. V. Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions,'' 16 564C=0@>=K9 !5<8=0@ 20@:8-2010 >;><=0 ,6-12 N=O 2010 3>40, ".2, 740B5;LA:89 >B45; /, cB@.322-331 (2011)  =30*1.5/2=22.5 2. A.L. Kataev and S. V. Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions 564C=0@>4=>5 @01>G55 A>25I0=85  Hadrons Structure and QCD: from Low to High energies 0BG8=0, 5-9 N;O, 2010 3>40, Proc. Of Int. Workshop  Hadrons structure and QCD: HSQCD'20120 PNPI Publishing, 2011, pp. 112-125  =30*1.5/2=22.5 B>3>: 489.245 .564C=0@>4=K5 8=45:AK F8B8@>20=8O: 07K 40==KELVAL QSPIRES/INSPIRE =0 18 45:01@O 2010=4751 =0 22 O=20@O 2010 = 4571 =0 21 45:01@O 2011=4933 =0 13 45:01@O 2011=5.097 87 =8E =0 >?C1;8:>20==K5 @01>BK- =0 21 45:01@O 2011 3>40 =4485 =0 13 45:01@O 2012 3>40= 4642 $>@<0;L=K9 ?>8A: F8B8@>20=89 =0 @01>BK >?C1;8:>20==KE A 2003 3 05B 401 F8B8@>20=89 =0 39 @01>B 87 =8E =0 307 F8B8@>20=89 >?C1;8:>20==KE 2 6C@=0;0E 21 @01>BK (2 MB8 40==K5 ?>?0;0 1 @01>BK, >?C1;8:>20==0O 2 PLB v 1992 3 A 8A?@02;5=85< (Eratum-) >?C1;8:>20==K< 2 PLB 2 2012 3 -28 F8B8@>20=89 8 =5 ?>?0; A1>@=8: . ECFA/CERN studies of a European neutrino factory complex. A. Blondel, (Ed.), G. Buchalla, (Ed.), M. Campanelli, (Ed.), John R. Ellis, (Ed.), J.J. Gomez-Cadenas, (Ed.), G. Giudice, (Ed.), P. Gruber, (Ed.), H. Haseroth, (Ed.), P. Hernandez, (Ed.), A. Kataev, (Ed.) et al.. Apr 2004. 378 pp. CERN-2004-002, ECFA-04-230 Cited by 70 records 07K 40==KE Scientific.Ru: =0 01.10.2008 = 2158 =0 24 0?@5;O 2008 =2062 =0 14 D52@0;O 2011 =2957 =0 11 8N;O 2012 = 3513 :>;8G5AB2> F8B8@>20=89 119 ( 70 7 ;5B) =45:A F8B8@>20=85/G8A;> A>02B>@>2=100.4 (70 7 ;5B)ZLVALl0@8= !5@359 ;5:A0=4@>28G, 254CI89 =0CG=K9 A>B@C4=8: "$, 4>:B>@ D87.-<0B. =0C: 1I89 8=45:A F8B8@>20=8O = 5609 C45;L=K9 8=45:A F8B8@>20=8O 2KH5 100   70 2012 3>4 = 41 Analytical five-loop expressions for the renormalization group QED -function in different renormalization schemes. A.L. Kataev, S.A. Larin , Pisma Zh.Eksp.Teor.Fiz. 96 (2012) 64-67, JETP Lett. 96 (2012) 61-65 --------> 1.3*60/2=39 e-Print: arXiv:1205.2810 [hep-ph] --------> 4/2=2   70 2011 3>4 =4 On mass-shell renormalizability of the massive Yang-Mills theory, S.A.Larin, Preprint INR 1311/2011 -------> 4) 8@?8G=8:>2 <8B@89 8:B>@>28G, 25.07.1986, AB065@- 8AA;54>20B5;L. ) !B0BLO 2 70@C156=>< 6C@=0;5, D.V. Kirpichnikov,  LHC signatures of vector boson emission from brane to bulk , Physical Review D 85, 115008 (2012), http://prd.aps.org/abstract/PRD/v85/i11/e115008 ImpactFactor = 4.558, 0;; = 4.558* 30 =136.74. @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88:  Perspectives on Physics and on CMS at Very High Luminosity, HL-LHC CMS Workshop Alushta (Crimea), Ukraine May 28-31, 2012 http://cms-alushta2012.jinr.ru/participants-list/ "5<0 4>:;040  LHC signatures of vector boson emission from brane to bulk . 0;; = 6. #AB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88  17th International Seminar on High Energy Physics QUARKS'2012 Yaroslavl, Russia, June 4 - 10, 2012 http://quarks.inr.ac.ru/  LHC signatures of vector boson emission from brane to bulk' . 0;; = 4. ) 07@01>B:0 A5<8=0@K ?> "5>@88 @C?? C ABC45=B>2 3-4 :C@A0 (6-7 A5<5AB@K, 64 G0A0) $878G5A:>3> $0:C;LB5B0 # 8<5=8 ><>=>A>20, :0D54@0 $878:8 '0AB8F 8 >A<>;>388. 0;; = 8 + 8 =16 70 2 A5<5AB@0. ) >2KH0NI89 :>MDD8F85=B 4;O <>;>4KE 8AA;54>20B5;59 = 2 B>3>2K9 0;; =2*(136.74 + 6 + 4 +16)= 325.48rLVALNG52:>2 <8B@89 5==048528G @>4. 05.09.1979, =A "$,   70 2011-2012 33. C1;8:0F88: 1) S.V. Demidov, D.G. Levkov. "Soliton pair creation in classical wave scattering," JHEP 1106:016, 2011.  =5.831*30/2=87.465 2) S.V. Demidov, D.G. Levkov. "Soliton-antisoliton pair production in particle collisions," Phys.Rev.Lett.107:071601, 2011.  = 7.370*30/2=110.55 3) D.G. Levkov, V.A. Rubakov, S.V. Troitsky, Y.A. Zenkevich. "Constraining Holographic Technicolor," Phys.Lett. B716 (2012) 350.  =3.955*30/4=29.6625 >:;04K: 1) "Hawking radiation as tunneling: searching for relevant semiclassical solutions," XV-th International School "Particles and Cosmology," May 26 - June 2 , 2011 Troitsk, Moscow Region.  =6 2) "Semiclassical transitions with black hole in the intermediate state", Gravity, Lorentz Violation & Superluminality INR RAS, Moscow, 11 - 15 July 2011.  =6 3) "Constraints on holographic technicolor", Dual year Russia-Spain: Particle Physics, Nuclear Physics and Astroparticle Physics, Barcelona, Nov 8-11, 2011  =6 4) "Electroweak symmetry breaking by boundary conditions in holographic technicolor models", 17th International Seminar on High Energy Physics "Quarks-2012", Yaroslavl, Russia, June 4-10, 2012  =6 5) "Semiclassical Transitions with Black Hole in the Intermediate State", Ginzburg conference on Physics, Lebedev Institute, May 28 - June 2, 2012.  =6 6) !5<8=0@K =0 7-9 H:>;5 D>=40 "8=0AB8O" "1;N40B5;L=0O 8 B5>@5B8G5A:0O :>A<>;>38O", ! , 0@0G052>-'5@:5AA:0O @5A?C1;8:0, >AA8O, 14-27 023CAB0 2011 3.  =4 C@AK: 1) C@A "1I0O B5>@8O >B=>A8B5;L=>AB8", $878G5A:89 D0:C;LB5B #, 4 :C@A, 25A5==89 A5<5AB@ 2011 3.  =30 2) C@A "5D>@<0;L=>5 22545=85 2 :20=B>2CN <5E0=8:C", $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8, 2 :C@A, >A5==89 A5<5AB@ 2012 3.  =8 C:>2>4AB2> ABC45=B>< (. 8A:C=>2):  =10*1=10 B>3>:  =309.6775^LVALp) $..., CG5=0O AB5?5=L A>B@C4=8:0:C3052 -<8= /B:O@>28G, :0=4.$87.-<0B.=0C:. 0B0 @>645=8O: 17.10.1978. >;6=>ABL: =0CG=K9 A>B@C4=8: "$ / . )   = 0. M.Libanov, N.Nemkov, E.Nugaev and I.Timiryasov, ``Heavy-meson physics and flavour violation with a single generation,'' JHEP 1208 (2012) 136 [arXiv:1207.0746 [hep-ph]] 5.831*30/4 + 4/4 = 44.7 D.S.Gorbunov and E.Y.Nugaev, ``Constraining neutrino superluminality from searches for sterile neutrino decays,'' Phys.Lett. B 713 (2012) 255 [arXiv:1201.5363 [hep-ph]] 3.955*30/2 + 4/2 =61.3 >:;04 (CAB=K9) =0 <564C=0@>4=>< !5<8=0@5 20@:8 2012 (?> @01>B5 A>2<. ! .!. >@1C=>2K<, 4>:;04G8:  -./. C3052) 6/2=3 >:;04 (CAB=K9) =0 <564C=0@>4=>< !5<8=0@5 20@:8 2012 (?> @01>B5 A>2<. ! ..810=>2K<, ..5<:>2K<, .. "8<8@OA>2K<, 4>:;04G8:  .."8<8@OA>2) 4/2=1 B>3> 110 ) "8<8@OA>2 =0@ ;L40@>28G, #, 4 A5<5AB@0 10*2=20 ) "  = 130Maxim Libanov, Sergey Mironov, Valery Rubakov Non-Gaussianity of scalar perturbations generated by conformal mechanisms Phys.Rev.D 84, 083502 (2011), arXiv:1105.6230 1/3*30*4.558=45.58 Maxim Libanov, Sergey Mironov, Valery Rubakov Properties of scalar perturbations generated by conformal scalar field Prog.Theor.Phys. Supplement No. 190, 2011, arXiv:1012.5737 1/3*30*1.063=10.63 Sergey Mironov Pseudo-conformal Universe: late-time contraction and generation of tensor modes arXiv:1211.0262 1*4=4 International School for Subnuclear Physics- Erice 2011 Conformal inflation 6 4th Workshop on Geometric Methods in Theoretical Physics, SISSA  Trieste-2011 Non-Gaussianity in a model with conformal scalar 6 5th Workshop on Geometric Methods in Theoretical Physics, SISSA  Trieste-2012 Correlation functions in cosmology, pre Big Bang scenarios 6 =78.21*1.5=117.315LVAL0=8= ;5:A0=4@ @83>@L528G @>4. 13.09.1984, <.=.A "$,   70 2011-2012 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2011 3>4: C1;8:0F88: 1. D. S. Gorbunov, A. G. Panin,  Scalaron the mighty: producing dark matter and baryon asymmetry at reheating , Phys.Lett. B700 (2011) 157-162   = 30*3.9555/2 = 59.33 C@AK ;5:F89: 1. 07@01>B:0 =>2>3> :C@A0 ;5:F89  5D>@<0;L=>5 22545=85 2 :20=B>2CN B5>@8N . $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8 ?@8 $ (4;O ABC45=B>2 2-3> :C@A0), 1 A5<5AB@. 2. >@01>B:0 :C@A0 ;5:F89  5D>@<0;L=>5 22545=85 2 :20=B>2CN B5>@8N . $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8 ?@8 $ (4;O ABC45=B>2 2-3> :C@A0), 1 A5<5AB@   = 30 + 8 = 38 >:;04K: 1. #AB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88: 15th Lomonosov Conference on Elementary Particle Physics; Moscow, 18 - 24 August, 2011.  Dark Matter and Baryon asymmetry of the Universe from scalaron decay   = 4 0 2011:  (2011) = 59.33+38+4 = 101.33 2012 3>4: C1;8:0F88: 1. D. S. Gorbunov, A. G. Panin,  Free scalar dark matter candidates in R^2-inflation: the light, the heavy and the superheavy. , Phys.Lett. B718 (2012) 15-20   = 30*3.9555/2 = 59.33 C@AK ;5:F89: 1. >@01>B:0 :C@A0 ;5:F89  5D>@<0;L=>5 22545=85 2 :20=B>2CN B5>@8N . $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8 ?@8 $ (4;O ABC45=B>2 2-3> :C@A0), 1 A5<5AB@   = 8 0 2012:  (2012) = 59.33+8 = 67.33 >2KH0NI89 :>MDD8F85=B: 1.5 (2B>@>9 87 ?>A;54CNI8E 42CE ;5B ?>A;5 70I8BK 48AA5@B0F88) B>3>:   = 1.5*(101.33+67.33) = 253VLVALx h0 ?C1;8:0F8N http://inspirehep.net/record/1112512?ln=en --- 4.558 * 30 / 3 * 1.5 = 68.37 (<?0:B-D0:B>@ * 10;;K / :>;-2> A>02B>@>2 * :>MDD 4;O 0A?8@0=B>2) >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 8<=OO H:>;0 "-$ D52@0;L 2012 --- 4 / 3 * 1.5 = 2 ><>=>A>2 (ABC45=G5A:0O :>=D5@5=F8O 2 #) 0?@5;L 2012 --- 4 / 3 * 1.5 = 2 20@:8 8N=L 2012 --- 4 / 3 * 1.5 = 2 09:0;LA:0O H:>;0 ?> D878:5 G0AB8F 8 0AB@>D878:5 8N;L 2012 --- 4 / 3 * 1.5 = 2 5B=OO H:>;0 D>=40 "8=0AB8O" 023CAB 2012 --- 4 * 1.5 = 6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 5B=OO H:>;0 "'B> <K C7=05< >B LHC?", -@8G5, B0;8O 8N=L 2012 --- 6 / 3 * 1.5 = 3 8<=OO H:>;0 ?> :>A<>;>388 2 0AA> 45;L ">=0;5, B0;8O 45:01@L 2012 --- 6 / 3 * 1.5 = 3 !G8B0O 2A5 :>=D5@5=F88 ?>4 7=0:>< 2>?@>A0 --- 88.37) 82>20@>2 .., 19.10.1957, 4D<=, 2=A "$ ) 1. A.A. Pivovarov, "(B0 - anti-B0) mixing in the next-to-leading order of the 1/m(b)-expansion." Theor.Math.Phys. 170 (2012) 187-197, Teor.Mat.Fiz. 170 (2012) 230-241  =60*0,675=40.5 2. S. Groote, J.G. Korner, A.A. Pivovarov, "Calculating Loops without Loop Calculations: NLO Computation of Pentaquark Correlators." Phys.Rev. D86 (2012) 034023  =30*4,558/3=45.58 3. S. Groote, J.G. Korner, A.A. Pivovarov, "A Numerical Test of Differential Equations for One- and Two-Loop sunrise Diagrams using Configuration Space Techniques." Eur.Phys.J. C72 (2012) 2085  =30*3,631/3=36.31 ) - )  =40.5+45.58+36.31=122.39"LVAL$4!0@0B>2 =B>= ;5:A0=4@>28G 12.06.1987 A?8@0=B, AB065@-8AA;54>20B5;L >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: Phantom dark energy in scalar-tensor gravity 4 20@:8 2012 - A5:F8>==K9, CAB=K9 Phantom Dark Energy in Scalar-Tensor Gravity 4 09:0;LA:0O (:>;0 ?> $878:5 '0AB8F 8 AB@>D878:5 - A5:F8>==K9, CAB=K9 @5?@8=BK: Effective phantom dark energy in scalar-tensor gravity 4 arXiv:1204.0369 [astro-ph.CO] - M;5:B@>==K9 B>3> A CG5B>< :>MDD8F85=B0 4;O 0A?8@0=B>2: 1.5*12=18    ..  2012 . 1. !"",: The inaction approach to gauge theories. Grigorii Pivovarov. Sep 2012. e-Print: arXiv:1209.5157 [hep-th] ---> 4  Observation of a new boson at a mass of 125 GeV with the CMS experiment at the LHC. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Jul 2012. Published in Phys.Lett. B716 (2012) 30-61 CMS-HIG-12-028, CERN-PH-EP-2012-220 DOI: 10.1016/j.physletb.2012.08.021 e-Print: arXiv:1207.7235 [hep-ex] ---> 4.8 Ratios of dijet production cross sections as a function of the absolute difference in rapidity between jets in proton-proton collisions at sv=7 TeV. CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Apr 2012. Published in Eur.Phys.J. C72 (2012) 2216 CMS-FWD-10-014, CERN-PH-EP-2012-088 DOI: 10.1140/epjc/s10052-012-2216-6 e-Print: arXiv:1204.0696 [hep-ex] ---> 4.4 2. + CMS Workshop. "Perspectives on Physics and on CMS at Very High Luminosity, HL-LHC" Alushta,Crimea,Ukraine, 28  31 May, 2012 ---> 9 QUARKS-2012. 17th International Seminar on High Energy Physics. Yaroslavl, Russia, 4-10 June, 2012 ---> 9 Hadron Structure and QCD: from LOW to HIGH energies. Gatchina, Russia, July 4  July 8, 2012 ---> 6 Calculations for Modern and Future Colliders. July 23 - August 2, 2012, Dubna, Russia ---> 9 ==================================================================================== B>3> 4 + 4.8 + 4.4 + 9 + 9 + 6 + 9 = 46.2 10;;0LVALNG 048>=>2 ;5:A0=4@ =4@5528G AB065@-8AA;54>20B5;L (?>;>28=0 AB02:8), >A=>2=>5 <5AB> @01>BK - 0A?8@0=BC@0 D878G5A:>3> D0:C;LB5B0 #, 2@5<O @01>BK 2 / - 1 3>4.  : 10.35 >:;04 =0 :>=D5@5=F88: 1) 20@:8-2012. !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O Restrictions on the electromagnetic properties of the sterile neutrino - 20 min. AAK;:0 =0 ?@>3@0<<C: http://quarks.inr.ac.ru/program.php !'"  : @>AA89A:0O :>=D5@5=F8O: 4 @01>B=8: ?> A>2<5AB8B5;LAB2C 0.5 0A?8@0=B ?> A>2<5AB8B5;LAB2C 1.5 0.5*1.5*4=3 !?8A>: ?C1;8:0F89 70 ?>A;54=85 2 3>40 (?> >A=>2=><C <5ABC @01>BK - 0A?8@0=B #) 1) . . '51>B0@52, ". . ";OG52, . . 048>=>2,  !60BK5 A>AB>O=8O 8 8E ?@8<5=5=85 2 7040G0E :20=B>2>9 M2>;NF88 , 0B5<. 70<5B:8, 89:4 (2011), 614 634 AAK;:0: http://www.mathnet.ru/php/archive.phtml?wshow=paper&jrnid=mzm&paperid=10127&option_lang=rus 0=3;89A:0O 25@A8O: A.M.Chebotarev, T.V.Tlyachev, A.A.Radionov, "Squeezed states and their applications to quantum evolution", Mathematical Notes, April 2011, Volume 89, Issue 3-4, pp 577-595 AAK;:0: http://link.springer.com/article/10.1134%2FS0001434611030308# 8<?0:B-D0:B>@ 70 5 ;5B (2KG8A;5==K9 2 2011 3>4C) @>AA89A:>3> 6C@=0;0, 27OBK9 A> AB@0=8FK 6C@=0;0: 0.245 AAK;:0: http://www.mathnet.ru/php/ifactor.phtml?jrnid=mzm&wshow=IF_details&year=2011&IFTYPE=2&option_lang=rus&goto=05e42c0f2ea44ea595acdf8be51671ec_0 !'"  : @>AA89A:89 6C@=0; 60 @01>B=8: ?> A>2<5AB8B5;LAB2C 0.5 0A?8@0=B ?> A>2<5AB8B5;LAB2C 1.5 :>;8G5AB2> 02B>@>2 3 0.5*1.5*60*0.245/3=3,675 2) . . '51>B0@52, ". . ";OG52, . . 048>=>2,  1>1I5==K5 A60BK5 A>AB>O=8O 8 <=>3><5@=0O D>@<C;0 D0:B>@870F88 , 0B5<. 70<5B:8, 92:5 (2012), 762-777 AAK;:0: http://www.mathnet.ru/php/archive.phtml?wshow=paper&jrnid=mzm&paperid=10127&option_lang=rus 8<?0:B-D0:B>@ 70 5 ;5B (2KG8A;5==K9 2 2011 3>4C) @>AA89A:>3> 6C@=0;0, 27OBK9 A> AB@0=8FK 6C@=0;0: 0.245 AAK;:0: http://www.mathnet.ru/php/ifactor.phtml?jrnid=mzm&wshow=IF_details&year=2011&IFTYPE=2&option_lang=rus&go LVAL to=05e42c0f2ea44ea595acdf8be51671ec_0 !'"  : @>AA89A:89 6C@=0; 60 @01>B=8: ?> A>2<5AB8B5;LAB2C 0.5 0A?8@0=B ?> A>2<5AB8B5;LAB2C 1.5 :>;8G5AB2> 02B>@>2 3 0.5*1.5*60*0.245/3=3,675 ----------------------------------------------------------------------------- !C<<0@=K9  : 3+3.675*2=10.35 -$$&" ! ", @01 =0 ?>;AB02:8 = 1.5, B.5. 20,7LVALNG C1F>2 @83>@89 3>@528G, @>4. 31.07.1981, :.D.-<.=., =.A. "$,   70 2011-2012 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2011 3>4 C1;8:0F88: 1. V.M. Kasyanenko, S.L. Tesar, G.I. Rubtsov, A.L. Burin, and I.V. Rubtsov, Structure Dependent Energy Transport: Relaxation-Assisted 2DIR Measurements and Theoretical Studies, J. Phys. Chem. B, 2011, 115 (38), pp 11063 11073.   = 3.603*30/5 = 21.62 2. .. C1F>2, !.. "@>8F:89, 0:85 M;5<5=B0@=K5 G0AB8FK - A0<K5 M=5@38G=K5 2 <8@5?, @8@>40 6, 2011, 11-17.  =8/2 = 4 >:;04K: 1. G.I.Rubtsov, 57C;LB0BK M:A?5@8<5=B0 Telescope Array, 01>G55 A>25I0=85 "@C?=><0AHB01=K5 M:A?5@8<5=BK, @538AB@8@CNI85 :>A<8G5A:85 ;CG8 2> 2B>@>< 45AOB8;5B88 21 25:0" (16-18 <0O 2011, >A:20, >AA8O), CAB=K9.   = 4.0*0.06=0.24 2. G.I.Rubtsov, Search for UHE photons and neutrinos using Telescope Array surface detector, 32nd International Cosmic Ray Conference (11-18 023CAB0 2011, 5:8=, 8B09), CAB=K9, >?C1;8:>20=.  =6.0*0.06*1.5=0.54 3. G.I.Rubtsov, M.S. Pshirkov and P. G. Tinyakov, GRB observation by Fermi LAT revisited, 32nd International Cosmic Ray Conference (11-18 023CAB0 2011, 5:8=, 8B09, >?C1;8:>20=.  =6.0/3*0.5 = 1.0 4. G.I.Rubtsov, O.E.Kalashev, P.S.Satunin, S.M.Sibiryakov, Lorentz-invariance violation and the highest energy cosmic rays (8-11 =>O1@O 2011, 0@A5;>=0, A?0=8O), CAB=K9,  =6.0/4 = 1.5 5. G.I.Rubtsov, Physics of the highest energy cosmic rays, Astroparticle physics Workshop on Russian-German Perspectives (8-9 45:01@O 2011, C1=0, >AA8O), CAB=K9,  =4.0 6. >:;04K :>;;01>@0F88 Telescope Array. #AB=K5.   = 0.06*(14*6+4) = 5.28 1. Nonaka et al, Observation of UHECR atTelescope Array Experiment, Rencontres de Moriond EW 2011, La Thuile March 13-20. 2. D. Ivanov et al, Energy Spectrum Measured by Telescope Array Surface Detector, APS April Meeting, Anaheim California, April 30th - May 3rd. 3. J. Matthews et al, The Telescope Array Project and The Electron Light Source, University of Utah - John Horan Health Physics SymLVALposium 2 April 2011. 4. S. Troitsky et al "Ultra-high-energy cosmic rays and the Telescope Array experiment", Baksan School  Particles and Cosmology", Troitsk, Russia, 26 May - 2 June 2011. 5. H. Sagawa et al, "Results from the Telescope Array Experiment", TeV Particle Astrophysics 2011, Stockholm, Sweden, 1-5 August 2011. 6. J.N.Matthews et al, Overview of the Telescope Array experiment, 2011 ICRC, Beijing, China, August 11-18 2011. 7. D. Ivanov et al, TA SD spectrum, 2011 ICRC, Beijing, China, August 11-18 2011. 8. C.C.H.Jui et al, TA Hybrid Spectrum, 2011 ICRC, Beijing, China, August 11-18 2011. 9. Y.Tameda et al, TA Xmax by stereo FD, 2011 ICRC, Beijing, China, August 11-18 2011. 10. P. Tinyakov et al, Correlation between the first two years of the Telescope Array surface detector data and the large-scale structure of the Universe, 2011 ICRC, Beijing, China, August 11-18 2011. 11. T. Okuda et al, nisotropy and point sources searches in the Telescope Array data, 2011 ICRC, Beijing, China, August 11-18 2011. 12. T.Shibata et al, Absolute energy calibration of the Telescope Array fluorescence detector with an electron linear accelerator, 2011 ICRC, Beijing, China, August 11-18 2011. 13. D. Ikeda et al, Recent Results from Telescope Array, TAUP 2011, Munich, Germany, September 5-9. 14. D. Ikeda et al, Recent Results from Telescope Array, 8th Air Fluorescence Workshop, Karlsruhe, Germany, Sep 12- 14. 15. Y. Tameda et al, Stereo mass composition, JPS autumn meeting 2011, Hirosaki, Japan, September 16-19. @5?>4020=85: 1. 25A5==89 A5<5AB@ 2011, @07@01>B:0 :C@A0 ;5:F89 8 2545=85 A5<8=0@>2 "'8A;5==K5 <5B>4K", D87D0: # 4 :C@A,  =30+8=38 2. @C:>2>4AB2> 48?;><=8:>< (!0BC=8= .!.),  =10.0/4 = 2.5 0 2011:  (2011) = (21.62+4)+(0.24+0.54+1+1.5+4+5.28)+(38+2.5) = 78.68 2012 3>4 C1;8:0F88: 1. G.I. Rubtsov, M.S. Pshirkov and P. G. Tinyakov, GRB observations by Fermi LAT revisited: new candidates found, Mon.Not.Roy.Astron.Soc.Lett. 421 (2012) L14-L18  =4.888*30/3 = 48.8LVAL8 2. G.I. Rubtsov, I.I. Tkachev, A.D. Dolgov, Ultra-high energy cosmic ray correlations with Active Galactic Nuclei in the world dataset. 8AL<0 2 -"$ 95 (2012) 569-571.   = 1.352*60/3 = 27.04 3. M.S. Pshirkov, G.I. Rubtsov, Variable gamma-ray sky at 1 GeV, -"$ B. 143, 1, 70 (2012).   = 1.028*60/2 = 30.84 4. S.R. Ramazanov, G.I. Rubtsov, "Statistical anisotropy of CMB as a probe of conformal rolling scenario," JCAP 1205 (2012) 033.   = 5.723*30/2. = 85.85 5. G.I. Rubtsov, P.S. Satunin, S.M. Sibiryakov, Calculation of cross sections in Lorentz-violating theories, Phys. Rev. D86 085012 (2012).   = 4.558*30/3 = 45.58 6. S.L. Tesar, V.M. Kasyanenko, I.V Rubtsov, G.I. Rubtsov, and A.L. Burin, Theoretical Study of Internal Vibrational Relaxation and Energy Transport in Polyatomic Molecules, J. Phys. Chem. A, Just Accepted Manuscript DOI: 10.1021/jp309481u (2012).   = 2.946*30/5 = 17.68 7. T. Abu-Zayyad ... et al [Telescope Array collaboration], Search for Anisotropy of Ultra-High Energy Cosmic Rays with the Telescope Array Experiment, Astrophys.J. 757 (2012) 26.   = 6.024*30*0.06 = 10.84 8. T. Abu-Zayyad ... et al [Telescope Array collaboration], The Energy Spectrum of Telescope Array's Middle Drum Detector and the Direct Comparison to the High Resolution Fly's Eye Experiment, Astroparticle Physics 39-40, 109-119.   = 3.216*30*0.06=5.79 9. H. Tokuno, ... et al [Telescope Array collaboration], New air fluorescence detectors employed in the Telescope Array experiment, NIM A 676 54-65 (2012).   = 1.096*30*0.06 = 1.97 10. T. Abu-Zayyad ... et al [Telescope Array collaboration], The surface detector array of the Telescope Array experiment, NIM A 689, 87-97 (2012).   = 1.096*30*0.06 = 1.97 >:;04K: 1. 1. J. Alvarez - Muniz, M.Risse, G.Rubtsov, B. Stokes, "Working group Review of UHE multi-messenger data", International Symposium on Future Directions in UHECR Physics, 13-16 February 2012, & . ;5=0@=K9.  =30/4 = 7.5 2. G. Rubtsov, "Long-term gamma-ray sky variLVALability at 1 GeV with Fermi-LAT data", QUARKS-2012, 17th International Seminar on High Energy Physics, Yaroslavl, Russia, 4-10 June, 2012. #AB=K9.  =4.0*0.06=0.24 3. .. C1F>2, "5@5<5==>ABL =510 2 30<<0-;CG0E 2KH5 1 M", 2A5@>AA89A:0O :>=D5@5=F8O "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0" (>A:20, 24-27 45:01@O). #AB=K9.   = 4.0 4. M. Tluczykont et al [Tunka-HISCORE collaboration], Gamma2012 Heidelberg Gamma-ray Symposium, July 2012 HiSCORE The Hundred*i Square-km Cosmic ORigin Explorer,  =6.0*0.1=0.6 5. M. Tluczykont et al [Tunka-HISCORE collaboration],The new large-area wide-angle cosmic ray and gamma-ray detector HiSCORE, The 23rd European Cosmic Ray Symposium ECRS-2012, July 2-6, 2012 in Moscow.  =6.0*0.1 = 0.6 6. F. Schroder, Tunka-Rex: a Radio Antenna Array for the Tunka Experiment, ARENA 2012, Erlangen, Germany 19 - 22 June 2012.   = 6.0*0.1 = 0.6 7. >:;04K :>;;01>@0F88 Telescope Array. #AB=K5 + ;5=0@=K5.   = 0.06*(11*6+1*20+1*30) = 6.96 1. D. Bergman et al, HiRes and TA comparison spectrum measurements, International Symposium on Future Directions in UHECR Physics, 13-16 February 2012, & . 2. Y. Tameda et al, HiRes/TA comparison and agreement on Xmax, International Symposium on Future Directions in UHECR Physics, 13-16 February 2012, & . 3. S. Ogio et al, Global plans for future large scale detector, International Symposium on Future Directions in UHECR Physics, 13-16 February 2012, & . 4. J. Belz et al, TARA and radio echo plans, International Symposium on Future Directions in UHECR Physics, 13-16 February 2012, & . 5. N.Sakurai et al, Telescope Array Experiment, CA2012 Feb. 20-22, 2012, Chiba, Japan. 6. G. Thomson et al, Results of Telescope Array Experiment, The 24th Rencontre de Blois - Particle Physics and Cosmology, 2012. 7. G. Thomson et al, Results of Telescope Array Experiment, QUARKS-2012, 17th International Seminar on High Energy Physics, Yaroslavl, Russia, 4-10 June, 2012. ;5=0@=K9. 8. J. Matthews et al, The Telescope Array, Int^LVALnernational Conference on New Frontiers in Physics, 10-16 June 2012 Kolymbari, Crete, Greece. 9. I. Tkachev et al, Results of the Telescope Array experiment, The 23rd European Cosmic Ray Symposium ECRS-2012, July 2-6, 2012 in Moscow. 10. H. Tokuno et al, Results from the Telescope Array experiment, The 36th International Conference on High Energy Physics In Melbourne, Australia from 4-11 July 2012. 11. Y.Tsunesada et al, Results from the Telescope Array Experiment, 13th Marcel Grossmann Meeting on relativity, gravitation, and astrophysics. 12. P.Sokolsky et al, Recent Results from the Telescope Array Experiment and review of HiRes data, ISVHECRI in Berlin, August 10 - 15, 2012. ;5=0@=K9. 13. B. Stokes et al, The Telescope Array: Current Status and Future Prospects, Four Corners Conference, APS, Oct 26-27 in Socorro, NM. @5?>4020=85: 1. 25A5==89 A5<5AB@ 2012, ?@>2545=85 :C@A0 ;5:F89 8 A5<8=0@>2 "'8A;5==K5 <5B>4K", D87D0: # 4 :C@A,  =8+8=16 2. @C:>2>4AB2> :C@A>2>9 @01>B>9 (5<8H52A:89 .),  =10.0 0 2012:  (2012) = (48.88+27.04+30.84+85.85+45.58+17.68+10.84+5.79+1.97+1.97) + (7.5+0.24+4.0+0.6+0.6+0.6+6.96) + (16+10) = 322.94 B>3>:  (2011-2012) = 78.68 + 322.94 = 401.62LVALNG:C;8=8G52 !5@359 A52>;>4>28G @>4. 28.08.1951, 4.D.-<.=, 702. ;01. $ !B0BL8: 1. V. Skorkin, S. Akulinichev, A. Andreev/ The High-Current Deuteron Accelerator for the Neutron Therapy// FRCHX01 (2012) http://epaper.kek.jp/r10/html/keyw0012.htm) ,  =4/3=1 2. Yuri M. Yevdokimov, Victor I. Salyanov, Sergey V. Akulinichev, Vladimir M. Skorkin/ Novel Biomaterial for NCT  Rigid Particles of (DNA-Gadolinium) Liquid-Crystalline Dispersions// J Bio. Nano, 2011, 2, 281-292. =0.44*30/8=2 3. !. . :C;8=8G52, .. . 02@8;>2, & . . !:>@:8=/ C8AB5<0 87<5@5=8O A;01>8=B5=A82=>3> ?CG:0 ?@>B>=>2// 725AB8O @0=. !5@8O D878G5A:0O, 2011, B. 75, ! 11, A.1632.  = 0,277* 60*/8=2 4. S. V. Akulinichev, Yu. K. Gavrilov, & V. M. Skorkin /A System for Measuring a Low_Intensity Proton Beam// ISSN 1062_8738, Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 11, pp. 1533 1535.  =1 5. !.. :C;8=8G52, .. @0GQ2, .. !:>@:8= /7<5@5=85 ?>B5@L ?CG:0 ;8=59=>3> CA:>@8B5;O ?@>B>=>2 ?> 8=B5=A82=>AB8 =59B@>==>3> 87;CG5=8O // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O. 2012. ! 3 (79). !. 215.  =8/3=3 >:;04K: 1. Skorkin V.M., kulinichev S.V./Modeling nucleosynthesis during neutron capture//11-th International Gamow Summer School  Astronomy and beyond: Astrophysics, Cosmology and Gravitation, Cosmomicrophysics, Radio-astronomy and Astrobiology (Ukraine, Odessa, Chernomorka, 22-28 August, 2011).  = 6/2=3. 2. V.M. Skorkin, S.V. Akulinichev, M.I. Grachev, /Measuring Beam Loss of the Proton Linac by Detecting Neutron Radiation// XXII International Workshops on Charged Particle Accelerators (Alushta, September 22-28, 2011).  = 6/2=3. 3. V.M. Skorkin, S.V. Akulinichev / Measuring Pulse Neutron Flux at Irradiation Facilities by Activation Method// LXI Intern. Conf. on Nuclear Physics  Nucleus 2011 (Sarov, Russia, October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b/ "$-5. 4-8 8N=O 2012 3. !1>@=8: <0B5@80;>2 2 2-E B><0E. ".2.  = 1, 7. V.M. Skorkin, S.V. Akulinichev, A.V. Andreev, /Study of neutron capture by medical nuclides at irradiation facilities of INR RAS //4th International Conference  Current Problems in Nuclear Physics and Atomic Energy . (NPAE-Kyiv2012), September 3 - 7, 2012, Kyiv, Ukraine.  = 6/2=3 8. V.M. Skorkin, S.V. Akulinichev/ Photoproduction of neutrons in the heavy water irradiation facility at the SL75 linear electron accelerator// XIII International Seminar on Electromagnetic Interactions of Nuclei.(EMIN  2012). September 20-23, 2012, Moscow.  = 6/2=3 9. S.V.Akulinichev and L.V.Kravchuk, Medical application of INR proton linac, IPAC-2011, San-Sebastian (Spain), September 2011, published at JACOW cite.  = 6. 10. Akulinichev S.V. and Derzhiev V.I.,ITTERBIUM SOURCES FOR BRACHYTHERAPY, International Conference ICTR-PHE-2012, Geneva 2012. ;5=0@=K9 4>:;04,   = 30. 11. M.I.Grachev, E.V.Ponomareva, S.V.Akulinichev et al.  Proton channel that provides simultaneous independent operation of a treatment room of proton therapy and neutron sources of the experimental complex INR RAS , <564C=0@>4=0O :>=D5@5=F8O R LVAL uPAC-2012, !.5B5@1C@3, A5=BO1@L 2012 3.   = 6/3=2. 0CG=>5 @C:>2>4AB2> 48?;><=8:0<8: 1. C:>2>4AB2> 48?;><=>9 @01>B>9 !..@83>@L520 2 2011 3.  10. B>3>: ;8G=K9   !..:C;8=8G520 = 90,   @C:>2>48B5;O $ = 0.5*90 + 0.75*37.8 = 73.4:LVALJA552 ;048A;02 8:>;0528G @>4. 30.05.1949, =.A. $ !B0BL8: 1. V.N. Aseev et al., An upper limit on electron antineutrino mass from Troitsk experiment. Phys. Rev. D, 84 (2011) 112003. . 2B>@>2 13  =4.558*30*0.1=13.674 2. .. A552 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 "@>8F:-=N <0AA, /45@=0O $878:0, B.75. (2012), AB@. 500. 2B>@>2 13.  =0.568*60*0.1=3.41 @5?@8=BK: 1. .. A552 8 4@., 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 ""@>8F: =N-<0AA" @5?@8=B /  1287/20111, 8N=L 2011. 2B>@>2 10  =4/10=0.4 2. V. N. Aseev, A. I. Belesev, A. I. Berlev, E. V. Geraskin, A. A. Golubev, V. M. Lobashev, A. A. Nozik, V. S. Pantuev, V. I. Parfenov, A. K. Skasyrskaya, F. V. Tkachov, S. V. Zadorozhny. An upper limit on electron antineutrino mass from Troitsk experiment E-Print arXive: hav-ex/1108.5034, August 2011  =4/10=0.4 >:;04K: 1 !. . :C;8=8G52, . . A552, . . 0A8;L52, .. . 02@8;>2, .. 5@6=52, . . ;L8=, . . >:>=F52, . . >:>=F52, . . 0751=8:, .. !:>@:8=. 07@01>B:0 <5B>4>2 48AB0=F8>==>9 @048>B5@0?88 2 / . V "@>8F:0O :>=D5@5=F8O  548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 , "@>8F:, 4-8 8N=O 2012 3.  =20/10=2 2. !. . :C;8=8G52, . . A552, . . . . 0751=8:. AA;54>20=85 ?@>D8;59 <548F8=A:>3> ?@>B>==>3> ?CG:0 D>B><5B@8G5A:8< <5B>4><. V "@>8F:0O :>=D5@5=F8O  548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 , "@>8F:, 4-8 8N=O 2012 3.   =4/3=1.33 B>3>:   .. A5520 = 21.22LVALD>28:>2->@>48= =4@59 0;5@L528G, @>4. 01.01.1962, :.B.=. A 1989 3., A=A,   70 2011-2012 33. !B0BL8: 1. Novikov-Borodin A.V. Multi-Space Structure of the Universe. - E-Print arXiv: 1206.5993, 25 June 2012.  =4. 2. Novikov-Borodin A.V. Physics beyond Causality. - E-Print arXive: physics/0904.1919v4, 1 November 2011.  =4. >:;04K: 1. >28:>2->@>48= .. $878G5A:85 >1J5:BK 70 ?@545;0<8 ?@8G8==KE A2O759.  1062-9 A5<8=0@ "59B@8==0O 8 O45@=0O 0AB@>D878:0" 8<. .".0F5?8=0, ?@83;0HQ==K9 4>:;04, $, 11 <0O 2012.  =20. B>3>:  =28.002@8;>2 .@89 @0A=>A;02>28G. 04.10.1951, =A $, !B0BL8: 1. !. . :C;8=8G52, .. . 02@8;>2, & . . !:>@:8=/ C8AB5<0 87<5@5=8O A;01>8=B5=A82=>3> ?CG:0 ?@>B>=>2// 725AB8O @0=. !5@8O D878G5A:0O, 2011, B>< 75, ! 11, A.1632.  = 0,277* 60*/8=2. 2. S. V. Akulinichev, Yu. K. Gavrilov, & V. M. Skorkin/ A System for Measuring a Low_Intensity Proton Beam// ISSN 1062_8738, Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 11, pp. 1533 1535.  =8/8=1. >:;04K: 1. !.. :C;8=8G52, .. A552, .. 0A8;L52, ... 02@8;>2, .. 5@6852, .. ;L8=, .. >:>=F52, .. >:>=F52, .. 0751=8:, .. !:>@:8=/ 07@01>B:0 <5B>4>2 48AB0=F8>==>9 8 :>=B0:B=>9 @048>B5@0?88 2 / / "$-5. 4-8 8N=O 2012 3. ;5=0@=K9 4>:;04, !1>@=8: <0B5@80;>2 2 2-E B><0E. ".2.  = 1. 2. >:>=F52, .. !.. :C;8=8G52, ... 02@8;>2, .. 0A8;L52, .. 5@6852, .. >:>=F52, .. >3>752, .. !:>@:8=/ >78<5B@8G5A:>5 8AA;54>20=85 =>2>3> 2=CB@8B:0=52>3> 8AB>G=8:0 =0 >A=>25 169-Yb/ "$-5. 4-8 8N=O 2012 3. !1>@=8: <0B5@80;>2 2 2-E B><0E. ".2.  =  = 6*(1.5-1)8=1. =48284C0;L=K9   02@8;>20 ... = 5LVALNG!:>@:8= ;048<8@ 8E09;>28G @>4. 03.08.1953, :. D.-<. =, A=A $ !B0BL8: 3. V. Skorkin, S. Akulinichev, A. Andreev/ The High-Current Deuteron Accelerator for the Neutron Therapy// FRCHX01 ( http://epaper.kek.jp/r10/html/keyw0012.htm)  =4/3=1 4. Yuri M. Yevdokimov, Victor I. Salyanov, Sergey V. Akulinichev, Vladimir M. Skorkin/ Novel Biomaterial for NCT  Rigid Particles of (DNA-Gadolinium) Liquid-Crystalline Dispersions// J Bio. Nano, 2011, 2, 281-292. =0.44*30/8=2 5. !. . :C;8=8G52, .. . 02@8;>2, & . . !:>@:8=/ C8AB5<0 87<5@5=8O A;01>8=B5=A82=>3> ?CG:0 ?@>B>=>2// 725AB8O @0=. !5@8O D878G5A:0O, 2011, B. 75, ! 11, A.1632.  = 0,277* 60*/8=2 6. S. V. Akulinichev, Yu. K. Gavrilov, & V. M. Skorkin /A System for Measuring a Low_Intensity Proton Beam// ISSN 1062_8738, Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 11, pp. 1533 1535.  =1 7. !.. :C;8=8G52, .. @0GQ2, .. !:>@:8= /7<5@5=85 ?>B5@L ?CG:0 ;8=59=>3> CA:>@8B5;O ?@>B>=>2 ?> 8=B5=A82=>AB8 =59B@>==>3> 87;CG5=8O // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O. 2012. ! 3 (79). !. 215.  =8/3=3 >:;04K: 8. Skorkin V.M., kulinichev S.V./Modeling nucleosynthesis during neutron capture//11-th International Gamow Summer School  Astronomy and beyond: Astrophysics, Cosmology and Gravitation, Cosmomicrophysics, Radio-astronomy and Astrobiology (Ukraine, Odessa, Chernomorka, 22-28 August, 2011).  = 6 9. V.M. Skorkin, S.V. Akulinichev, M.I. Grachev, /Measuring Beam Loss of the Proton Linac by Detecting Neutron Radiation// XXII International Workshops on Charged Particle Accelerators (Alushta, September 22-28, 2011).  = 6 10. V.M. Skorkin, S.V. Akulinichev / Measuring Pulse Neutron Flux at Irradiation Facilities by Activation Method// LXI Intern. Conf. on Nuclear Physics  Nucleus 2011 (Sarov, Russia, October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b/ "$-5. 4-8 8N=O 2012 3. !1>@=8: <0B5@80;>2 2 2-E B><0E. ".2.  = 1 14. V.M. Skorkin, S.V. Akulinichev, A.V. Andreev, /Study of neutron capture by medical nuclides at irradiation facilities of INR RAS //4th International Conference  Current Problems in Nuclear Physics and Atomic Energy . (NPAE-Kyiv2012), September 3 - 7, 2012, Kyiv, Ukraine.  = 6 15. V.M. Skorkin, S.V. Akulinichev/ Photoproduction of neutrons in the heavy water irradiation facility at the SL75 linear electron accelerator// XIII International Seminar on Electromagnetic Interactions of Nuclei.(EMIN  2012). September 20-23, 2012, Moscow.  = 6 B>3>:   ..!:>@:8=0 =45 =45:A F8B8@>20=8O = 62LVALNG   =0 31 45:01@O 2012 3. 235=89 8:>;0528G CI8=, =.A. $- /  B>3>2K9   .. CI8=0 70 2011-2012 33.: 101.671 + 391.055 = 492.73 C1;8:0F88 70 2011 3. 2B>@K, 0720=85, 740=85 <?0:B-D0:B>@ >;-2> 02B>@>2 10; 1 NA62 Collaboration, Test of lepton flavour universality in K+!l++ decays , CERN-PH-EP-2011-004, arXiv:1101.4805 [hep-ex] 4 101 0.24 2 LHCb Collaboration,  b-hadron lifetime measurements with exclusive b->J/psi X decays reconstructed in the 2010 data , LHCb-CONF-2011-001 4 >500 0.16 3 LHCb Collaboration,  Flavor-untagged angular analysis of B0d!J/K" and B0s!J/f decays , LHCb-CONF-2011-002 4 >500 0.16 4 LHCb Collaboration,  Optimization and calibration of the LHCb flavour tagging performance using 2010 data , LHCb-CONF-2011-003 4 >500 0.16 5 LHCb Collaboration,  Search for CP violation in B0->J/psiKs0 decays with first LHCb data , LHCb-CONF-2011-004 4 >500 0.16 6 LHCb Collaboration,  Measurement of Delta ms in the decay B0s->Ds- (3)pi , LHCb-CONF-2011-005 4 >500 0.16 7 LHCb Collaboration,  Tagged time-dependent angular analysis of B0s!J/f decays with the 2010 LHCb data , LHCb-CONF-2011-006 4 >500 0.16 8 LHCb Collaboration,  Improved Measurements of the Cabibbo Favored Bs->Ds 3pi and Lambda Branching Fractions , LHCb-CONF-2011-007 4 >500 0.16 9 LHCb Collaboration,  First observation of the decay Bs -> D0K*0 and measurement of the ratio of branching fractions B(Bs -> D0K*0)/B(B0 -> D0rho0) , LHCb-CONF-2011-008 4 >500 0.16 10 LHCb Collaboration,  Observation of double J/ psi production in pp collisions at sqrt(s)=7 TeV , LHCb-CONF-2011-009 4 >500 0.16 11 LHCb Collaboration,  Measurement of md in B0!D"(K+"")+ , LHCb-CONF-2011-010 4 >500 0.16 12 LHCb Collaboration,  Measurement of direct CP violation in charmless charged two-body B decays at LHCb , LHCb-CONF-2011-011 4 >500 0.16 13 LHCb Collaboration,  W and Z production at s" = 7 TeV with the LHCb experiment , LHCb-CONF-2011-012 4 >500 0.16 14 LHCb Collaboration,  Measurement of the relative yieldLVALs of the decay modes B0(s) -> D+(s)pi- and B0 -> D+K- and determination of fs/fd for 7 TeV pp collisions , LHCb-CONF-2011-013 4 >500 0.16 15 LHCb Collaboration,  Measurement of B(B0s!(2S)f)/B(B0s!J/f , LHCb-CONF-2011-014 4 >500 0.16 16 LHCb Collaboration,  Inclusive jets and dijets in LHCb , LHCb-CONF-2011-015 4 >500 0.16 17 LHCb Collaboration,  Measurement of the Y(1S) production cross-section at sqrt(s) = 7 TeV in LHCb , LHCb-CONF-2011-016 4 >500 0.16 18 LHCb Collaboration,  Relative measurement of the Bc+ to Bc production cross-section ratios at sqrt(s) = 7 TeV in LHCb , LHCb-CONF-2011-017 4 >500 0.16 19 LHCb Collaboration,  Measurement of the effective Bs-> K+K- Lifetime , LHCb-CONF-2011-018 4 >500 0.16 20 LHCb Collaboration,  First observation of B0s-> K0* antiK0* , LHCb-CONF-2011-019 4 >500 0.16 21 LHCb Collaboration,  A measurement of the relative cross-section sigma(Xc2)/sigma(Xc1) for prompt Xc production at sqrts = 7 TeV in LHCb , LHCb-CONF-2011-020 4 >500 0.16 22 LHCb Collaboration,  Measurement of the X (3872) mass with first LHCb data , LHCb-CONF-2011-021 4 >500 0.16 23 LHCb Collaboration,  Central Exclusive DiMuon Production at s"=7 TeV , LHCb-CONF-2011-022 4 >500 0.16 24 LHCb Collaboration,  A search for time-integrated CP violation in D0-> h+h- decays and measurement of production assymetry , LHCb-CONF-2011-023 4 >500 0.16 25 LHCb Collaboration,  First observations of the Cabibbo-suppressed decays B0bar->D+K-p+p- and B-->D0K-p+p- , LHCb-CONF-2011-024 4 >500 0.16 26 LHCb Collaboration,  Evidence for Bs0 -> J/psi K*0 , LHCb-CONF-2011-025 4 >500 0.16 27 LHCb Collaboration,  Measurement of the (2S) production cross-section at s"=7 TeV in LHCb , LHCb-CONF-2011-026 4 >500 0.16 28 LHCb Collaboration,  Measurement of b -hadron masses with exclusive J/X decays in 2010 data , LHCb-CONF-2011-027 4 >500 0.16 29 LHCb Collaboration,  Measurement of b-hadron production fractions in 7 TeV centre-of-mass energy pp collisions , LHCb-CONF-2011-028 4 >500 0.16 30 LHCb Collaboration,  LVALTime integrated ratio of wrong-sign to right-sign D0!K decays in 2010 data at LHCb , LHCb-CONF-2011-029 4 >500 0.16 31 LHCb Collaboration,  Measurement of the Ratio of Branching Fractions B(B->Jpsi pi)/B(B->JpsiK) at sqrt(s)=7TeV at LHC , LHCb-CONF-2011-030 4 >500 0.16 32 LHCb Collaboration,  A measurement of the ratio of branching fraction: B(B->D K)/B(B->D pi) for D-> K pi, KK, K 3pi and K0s 2pi , LHCb-CONF-2011-031 4 >500 0.16 33 LHCb Collaboration,  Measurement of the B cross-section at LHCb , LHCb-CONF-2011-033 4 >500 0.16 34 LHCb Collaboration,  Average fs/fd b-hadron production fraction for 7 TeV pp collisions , LHCb-CONF-2011-034 4 >500 0.16 35 LHCb Collaboration,  Analysis of antiB0s!J/ (+" and K+K") and the first observation of J/f'2(1525) , LHCb-CONF-2011-035 4 >500 0.16 36 LHCb Collaboration,  Studies of beauty baryons decaying to D0 p p- and D0 p K- , LHCb-CONF-2011-036 4 >500 0.16 37 LHCb Collaboration,  Search for the rare decays B0s m+m- with 300 pb-1 at LHCb , LHCb-CONF-2011-037 4 >500 0.16 38 LHCb Collaboration,  Angular analysis of B0->K*m+m- , LHCb-CONF-2011-038 4 >500 0.16 39 LHCb Collaboration,  Updated measurements of W and Z production at s"=7 TeV with the LHCb experiment , LHCb-CONF-2011-039 4 >500 0.16 40 LHCb Collaboration,  First observation of Bc+J/y p+p-p+ , LHCb-CONF-2011-040 4 >500 0.16 41 LHCb Collaboration,  Z cross-section measurement at sqrt(s)=7TeV using the channel Ztt , LHCb-CONF-2011-041 4 >500 0.16 42 LHCb Collaboration,  Charmless charged two-body decays at LHCb with 2011 data , LHCb-CONF-2011-042 4 >500 0.16 43 LHCb Collaboration,  Inclusive X(3872) production in pp collisions at sqrt(s) = 7 TeV , LHCb-CONF-2011-043 4 >500 0.16 44 LHCb Collaboration,  Evidence for suppressed decay B->(Kpi)DK , LHCb-CONF-2011-044 4 >500 0.16 45 LHCb Collaboration,  Search for X(4140) in B+J/yfK+ , LHCb-CONF-2011-045 4 >500 0.16 46 LHCb Collaboration,  Measurement of the CP Violation Parameter AG in Two-Body Charm Decays , LHCb-CONF-2011-046 4 >500 0.1LVAL6 47 LHCb Collaboration,  Search for the rare decay B0s -> +" at the LHC , LHCb-CONF-2011-047 4 >500 0.16 48 LHCb Collaboration,  Measurement of Bs->J/yKs branching fraction , LHCb-CONF-2011-048 4 >500 0.16 49 LHCb Collaboration,  Tagged time-dependent angular analysis of B0s!J/f decays with 337 pb-1 at LHCb , LHCb-CONF-2011-049 4 >500 0.16 50 LHCb Collaboration,  Measurement of ms in the decay B0s!D"s(K+K"")+ using opposite-side and same-side flavour tagging algorithms , LHCb-CONF-2011-050 4 >500 0.16 51 LHCb Collaboration,  Measurement of fs in Bs->J/y f0(980) , LHCb-CONF-2011-051 4 >500 0.16 52 LHCb Collaboration,  Study of Triple Product Asymmetries in Bs-> ff decays , LHCb-CONF-2011-052 4 >500 0.16 53 LHCb Collaboration,  Observations of Orbitally Excited Bs** Mesons , LHCb-CONF-2011-053 4 >500 0.16 54 LHCb Collaboration,  Measurement of the Charm Mixing Parameter yCP in Two-Body Charm Decays , LHCb-CONF-2011-054 4 >500 0.16 55 LHCb Collaboration,  Measurement of the ratio of branching fractions B(B->K*gamma)/B(Bs->phi gamma) at LHC at sqrt(s)=7TeV , LHCb-CONF-2011-055 4 >500 0.16 56 LHCb Collaboration,  Combination of fs measurements from BsJ/y f and Bs->J/y f0(980) , LHCb-CONF-2011-056 4 >500 0.16 57 LHCb Collaboration,  Measurement of the relative and absolute branching fractions of the decays B0sDsK and B0sDs p , LHCb-CONF-2011-057 4 >500 0.16 58 LHCb Collaboration,  Measurements of the relative branching fractions of the B->ppK decay channel including of the charmonium contributions , LHCb-CONF-2011-058 4 >500 0.16 59 LHCb Collaboration,  Relative branching ratio measurements of charmless B+- decays to three hadrons , LHCb-CONF-2011-059 4 >500 0.16 60 LHCb Collaboration,  Measurement of the masses of the "b and "b , LHCb-CONF-2011-060 4 >500 0.16 61 LHCb Collaboration,  A search for time-integrated CP violation in D0!h"h+ decays , LHCb-CONF-2011-061 4 >500 0.16 62 LHCb Collaboration,  Measurement of the relative cross-section $\sigma(\chi_{c_2})/\sigma(\chi_{c_1})LVAL$ of prompt $\chi_c$ mesons using at 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effective B0s!K+K" lifetime , arXiv:1111.0521 ; CERN-PH-EP-2011-167 ; LHCb-PAPER-2011-014 4 >500 0.16 69 LHCb Collaboration,  First observation of the decay B0s!K*0K*0 , arXiv:1111.4183 ; CERN-PH-EP-2011-183 ; LHCB-PAPER-2011-012 4 >500 0.16 70 LHCb Collaboration,  Evidence for CP violation in time-integrated D0!h"h+ decay rates , arXiv:1112.0938 ; LHCB-PAPER-2011-023 ; CERN-PH-EP-2011-208 4 >500 0.16 71 LHCb Collaboration,  Searches for the rare decays B0s!+" and B0!+" , arXiv:1112.1600 ; CERN-PH-EP-2011-186 ; LHCB-PAPER-2011-025 4 >500 0.16 72 LHCb Collaboration,  Measurement of the CP violating phase s in Bs!J/f0(980) , arXiv:1112.3056 ; CERN-PH-EP-2011-205 ; LHCB-PAPER-2011-031 4 >500 0.16 73 LHCb Collaboration,  Measurement of the CP-violating phase s in the decay B0s!J/ , arXiv:1112.3183 ; CERN-PH-EP-2011-214 ; LHCB-PAPER-2011-021 4 >500 0.16 74 LHCb Collaboration,  Differential branching fraction and angular analysis of the decay B0!K*0+" , arXiv:LVAL1112.3515 ; 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LVALdecays , LHCb-CONF-2012-028 4 >500 0.16 64 LHCb Collaboration,  Search for the lepton flavour violating and baryon number violating decays $\tau^- \rightarrow \bar{p} \mu^+ \mu^-$ and $\tau^- \rightarrow p \mu^- \mu^-$ , LHCb-CONF-2012-027 4 >500 0.16 65 LHCb Collaboration,  Performance of flavour tagging algorithms optimised for the analysis of $B^0_s \to J/\psi \phi$ , LHCb-CONF-2012-026 4 >500 0.16 66 LHCb Collaboration,  Production of $J/\psi$~and $\Upsilon(1S)$, $\Upsilon(2S)$ and $\Upsilon(3S)$~mesons at $\sqrt{s}=8~TeV$ , LHCb-CONF-2012-025 4 >500 0.16 67 LHCb Collaboration,  Measurement of $CP$ observables in $B^0\to D K^{*0}$ with $D\to K^+K^-$ , LHCb-CONF-2012-024 4 >500 0.16 68 LHCb Collaboration,  Branching fraction measurements of $B_{d,s}^0$ decays to $K_{\rm \scriptscriptstyle S}^0h^{\pm}h^{'\mp}$ final states, including first observation of $B_s^0 \to K_{\rm \scriptscriptstyle S}^0K^{\pm}\pi^{\mp}$ , LHCb-CONF-2012-023 4 >500 0.16 69 LHCb Collaboration,  Measurement of the flavour-specific CP violating asymmetry $a_sl^s$ in $B_s$ decays , LHCb-CONF-2012-022 4 >500 0.16 70 LHCb Collaboration,  First observation of $B^-\to D^0 K^-\pi^+\pi^-$ Decays to CP even final states , LHCb-CONF-2012-021 4 >500 0.16 71 LHCb Collaboration,  Observation of the $\chi_b(3P)$ state at LHCb in $pp$ collisions at $\sqrt{s}=7$~TeV , LHCb-CONF-2012-020 4 >500 0.16 72 LHCb Collaboration,  Search for $CP$ violation in $D^{0} \to \pi^{-} \pi^{+} \pi^{+} \pi^{-}$ decays , LHCb-CONF-2012-019 4 >500 0.16 73 LHCb Collaboration,  Evidence for $C\!P$ violation in $B^{\pm}\to K^{\pm}\pi^+\pi^-$ and $B^{\pm}\to K^{\pm}K^+K^-$ decays , LHCb-CONF-2012-018 4 >500 0.16 74 LHCb Collaboration,  Search for the rare decays $B^0_{(s)}\rightarrow\mu^{+}\mu^{-}$ at the LHC with the ATLAS, CMS and LHCb experiments , LHCb-CONF-2012-017 4 >500 0.16 75 LHCb Collaboration,  Measurement of jet production in $Z^0/\gamma^*\rightarrow\mu^+\mu^-$ events at LHCb in $\sqrt s = 7$ TeV pp collisions , LHCb-CONF-2012-016 4 >500 0.16LVAL 76 LHCb Collaboration,  Search for the lepton flavour violating decay $\tau^-\to \mu^+\mu^-\mu^-$ , LHCb-CONF-2012-015 4 >500 0.16 77 LHCb Collaboration,  Search for Higgs-like bosons decaying into long-lived exotic particles , LHCb-CONF-2012-014 4 >500 0.16 78 LHCb Collaboration,  Inclusive low mass Drell-Yan production in the forward region at $\sqrt{s}$ = 7 TeV , LHCb-CONF-2012-013 4 >500 0.16 79 LHCb Collaboration,  Measurement of the forward energy flow in $pp$ collisions at $\sqrt{s}$ = 7 TeV with the LHCb experiment , LHCb-CONF-2012-012 4 >500 0.16 80 LHCb Collaboration,  Measurement of the cross-section for Z$^0\rightarrow$ e$^+$e$^-$ production in pp collisions at $\sqrt{s}$ = 7 TeV , LHCb-CONF-2012-011 4 >500 0.16 81 LHCb Collaboration,  Search for the rare decays $B_s^0 \rightarrow \mu^+ \mu^- \mu^+ \mu^-$ and $B_d^0 \rightarrow \mu^+ \mu^- \mu^+ \mu^-$ , LHCb-CONF-2012-010 4 >500 0.16 82 LHCb Collaboration,  First observations and branching fraction measurements of $\bar{B}_s^0$ to double-charm final states , LHCb-CONF-2012-009 4 >500 0.16 83 LHCb Collaboration,  Differential branching fraction and angular analysis of the $B^{0} \to K^{*0} \mu^{+}\mu^{-}$ decay , LHCb-CONF-2012-008 4 >500 0.16 84 LHCb Collaboration,  Measurement of time-dependent $CP$ violation in charmless two-body $B$ decays , LHCb-CONF-2012-007 4 >500 0.16 85 LHCb Collaboration,  First observation of $B^{+} \rightarrow \pi^{+} \mu^{+} \mu^{-}$ , LHCb-CONF-2012-006 4 >500 0.16 86 LHCb Collaboration,  Search for the $D^0 \to \mu^+ \mu^-$ decay with 0.9 $\rm{fb}^{"1}$ at LHCb , LHCb-CONF-2012-005 4 >500 0.16 87 LHCb Collaboration,  Measurement of the direct $CP$ asymmetry in the $B_d^0\to K^{*0}\gamma$decay , LHCb-CONF-2012-004 4 >500 0.16 88 LHCb Collaboration,  Measurement of the ratio of branching fractions for $B ^0_s \rightarrow \phi\mu\mu$ and $B ^0_s \rightarrow J/\psi \phi$ , LHCb-CONF-2012-003 4 >500 0.16 89 LHCb Collaboration,  Tagged time-dependent angular analysis of $B_s^0 \to J/\psi\phi$ decaysLVAL at LHCb , LHCb-CONF-2012-002 4 >500 0.16 90 LHCb Collaboration,  Measurement of the effective $B^0_s \rightarrow K^+ K^-$ lifetime , LHCb-CONF-2012-001 4 >500 0.16 91 V.N. Nozdrachev (Moscow, ITEP), T.S. Brantova (Lebedev Inst.), O.P. Gavrishchuk (Dubna, JINR), E.N. Gushchin (Moscow, INR) et al.,  A trigger based on an active target for the MIS ITEP experimental setup. , Instrum.Exp.Tech. 55 (2012) 611-617, Prib.Tekh.Eksp. 6 (2012) 5-12 19.44 8 2.43 92 Yu.K. Gavrilov, E.N. Gushchin, S.V. Laptev, V.E. Postoev, S.N. Filippov,  Development of the preshower detector prototypes for LHCb experiment. , Instrum.Exp.Tech. 55 (2012) 522-531, Prib.Tekh.Eksp. 2012N5 (2012) 13-23 19.44 5 3.888 93 NA62 Collaboration (C. Lazzeroni (Birmingham U.) et al., 100 auth.),  Precision Measurement of the Ratio of the Charged Kaon Leptonic Decay Rates. , CERN-PH-EP-2012-367; arXiv:1212.4012 4 100 0.24 94 E.Gushchin,  LHCb results , Plenary talk on  Quarks-2012 17th International Seminar on High Energy Physics, Yaroslavl, 4-10 June, 2012. 30 1 30 95 C Abellan Betetaa,b, E Aguil Chivitea, Z Ajaltouni,..E.Gushchin et al.(76 auth.)  Time alignment of the front end electronics of the LHCb calorimeters , JINST 7 (2012) P08020 56.07 76 4.205 B>3>2K9 10; 2012: 391.055 '.RM T O J E @ ;6183.){$vLC`*@?dNGHHHH<?7 \NB`*@? @cHHHH<?r ,B`*@?aNGHHHH<?jCL^C`*@?)^NGHHHH<? iB`*@?\NGHHHH<? QAB'B`*@?HZNGHHHH<? +C`*@?:VNGHHHH<?  4B`*@?8@UHHHH<? C`*@? +RNGHHHH<?"B`*@?D=NNGHHHH<?zj B?B`*@?CINGHHHH<?UXB`*@?0ENGHHHH<?A`*@?DNGHHHH<?eA@*@? @CHHHH<?P A@*@?@BHHHH<?  @*@?<<<<<?A YMC@*@? @BHHHH<?ff@@*@@<@>HHHH<?H.B@*@?@NGHHHH<? B@*@@?NGHHHH<?z @ @*@@ @>HHHH<?r ?@*@?Z@=HHHH<?y G@@*@?";NGHHHH<?{A@*@?9NGHHHH<?|pA@*@?7NGHHHH<? A@*@?5NGHHHH<?$ q=B@*@?<%2NGHHHH<?B@*@?C-NGHHHH<?(A@*@?*+NGHHHH<?ffA@*@?@)NGHHHH<?DG@@*@?>'NGHHHH<?8B@*@?$NGHHHH<?kRB@*@?x!!NGHHHH<?n;C WC@*@?TMNGHHHH<?AhB@*@?\?NGHHHH<? PB@*@?'NGHHHH<?[B@*@?>NGHHHH<?ד C@*@?bF NGHHHH<?94@B@*@? NGHHHH<?O@*@?<<<<<?Q9B@*@?0NGHHHH<?1B@*@?f%NGHHHH<?ŀB@*@??NGHHHH<?AC@*@?x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hirteenth Marcel Grossmann Meeting  MG13 on Recent Developments in Theoretical and Experimental General Relativity, Astrophysics, and Relativistic Field Theories, 1-7 July 2012, Stockholm 0 A09B5 :>=D5@5=F88 >?C1;8:>20=0 ?@575=B0F8O, A>45@60I0O 6 A>02B>@>2: http://www.icra.it/MG/mg13/talks/gw2_rudenko.pdf Popov S.M., Rudenko V.N., Samoilenko A.A., Yudin I.S, L.B.Bezrukov, V.A.Krysanov // Baksan GW-detector OGRAN and a search for neutrino-gravity events. 4=0:>, 2 0CG=>9 ?@>3@0<<5 http://ntsrvg9-5.icra.it/mg13/FMPro C:070=K B>;L:> G5BK@5 02B>@0 87 #: Popov S.M., Rudenko V.N., Samoilenko A.A., YudiLVALn I.S. "0:8< >1@07><, A>02B>@AB2> 2 4>:;045 .. 57@C:>20 8 <>Q =0E>4OBAO ?>4 2>?@>A><. "@C4K ?>:0 =5 >?C1;8:>20=K. 1I89 10;; 70 4>:;04  6,0 0@80=B 1(min)  0 10;;>2. 0@80=B 2 (max) - 1 10;; @54AB02;5==K5 2KH5 ?C1;8:0F88 >B@060NB <>N 45OB5;L=>ABL 2 A>AB025 :>;;5:B820 ( #. / ?;>B=> ?@8:><0=48@>20= : B45;C 3@028B0F8>==KE 87<5@5=89 () (, >B:C40 ?5@5HQ; =0 @01>BC 2 / 2 2007 3>4C. #:070==K5 @01>BK 70=O;8 >A=>2=CN 4>;N (=5 <5=55 80%) @01>G53> 2@5<5=8 (?> ").  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hysical Interpretations of Relativity Theory, 4  7 July 2011 (PIRT-2011) 0CG=0O ?@>3@0<<0 =0E>48BAO =0 A09B5: http://www.space-lab.ru/PIRT_2011.php?lang=eng#programm_sci "@C4K :>=D5@5=F88 2KH;8 87 B8?>3@0D88 2 2012 3>4C, ?@8GQ< 2 @5D5@8@C5<>< 8740=88. "0:65 >=8 ?>;=>ABLN >?C1;8:>20=K 2 =B5@=5B5: http://baumanpress.ru/vestnik/3/181.pdf >;=0O AAK;:0: @KA0=>2 .. 'C2AB28B5;L=>ABL ;075@=KE 87<5@8B5;59 <0;KE :>;510=89 // 5AB=8: "# 8<. . -. 0C<0=0. !5@. AB5AB25==K5 =0C:8 // 2011. !?5F80;L=K9 2K?CA: - 5 (!-5). 163-179 >=D5@5=F8O AG8B05BAO <564C=0@>4=>9: "0:, 70 4>:;04 =0 MB>9 :>=D5@5=F88 2 2007-2008 33. 1K;> =0G8A;5=> 6 10;;>2. 0 ?C1;8:0F8N 2 "@C40E :>=D5@5=F88 CAB0=>2;5= :>MDD8F85=B 1,5. B>3> 9 10;;>2. 5. B>@>3> 8N;O 2010 3>40 2 # 157 A>02B>@>2 1K; A45;0= 4>:;04 =0 :>=D5@5=F88 "International Conference "Modern Problems of Gravitation, Cosmology and Relativistic Astrophysics" June 27-July 3, 2010, PFUR, Moscow, Russia". 0720=85 4>:;040: ";8O=85 D;C:BC0F89 <>I=>AB8 >?B8G5A:>9 =0:0G:8 =0 GC2AB28B5;L=>ABL 45B5:B>@0  " 8AL<5==K9 B5:AB 4>:;040 =0 MB>9 :>=D5@5=F88 ("RUDN-10") >?C1;8:>20= 2 6C@=0;5 >AA89A:>3> 3@028B0F8>==>3> >1I5AB20 "GRAVITATION & COSMOLOGY". @54AB02;ON AAK;:C: V. A. Krysanov // Influence of the Optical Pumping Power Fluctuations on the OGRAN Detector Sensitivity // Gravitation and Cosmology, 2011, Vol. 17, No. 1, 97 100. @54AB02;ON 3 25@A88 =0G8A;5=8O 10;;>2 70 ?>A;54=NN ?C1;8:0F8N. 1. >=D5@5=F8O ?@>8AE>48;0 70 ?@545;0<8 >BG5B=>3> 42CE;5B=53> ?5@8>40. A;8 AB@>3> CG8BK20BL ?@>8AE>645=85 ?C1;8:0F88, B> 70 =55 ?>;>65=> =0G8A;5=88 <0:A8<C< 6 10;;>2 A :>MDD8F85=B>< 0,5, CG8BK20NI8\LVALl< B>, GB> 4>:;04 A45;0= 2 2010 3>4C. B>3> 3 10;;0. 2.  2012 3>4C <>9 >BG5B ?>   =5 1K; ?@8=OB 2> 2=8<0=85, B0: :0: B5:AB >BG5B0 70 2011 3>4 ?> =52=8<0B5;L=>AB8 =5 1K; =0?@02;5= <=>9 ?> M;5:B@>==><C 04@5AC, C:070==><C 2 @028;0E ?@54AB02;5=8O   (r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ugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", Phys. Rev. D 83, 023516 (2011). 4.558* 30/2 68,37 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", Phys. Rev. D 83, 083521 (2011). 4.558* 30/2 68,37 E. Bugaev, P. 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C3052 - " >645=85 ?5@28G=KE G5@=KE 4K@ 2 42CE?>;52KE <>45;OE 8=D;OF88", 4>:;04 =0 559 0CG=>9 :>=D5@5=F88 $", 19 25 =>O1@O 2012 3>40, >?C1;8:>20= 2 "@C40E, B>< "@>1;5<K A>2@5<5==>9 D878:8", AB@. 148-149. 1.5*4,0/2 3,00 @5?@8=BK E. Bugaev, P. Klimai - "Curvature perturbation spectra from waterfall transition, black hole constraints and non-Gaussianity", arXiv:1107.3754 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Formation of primordial black holes from non-Gaussian perturbations produced in waterfall transition", arXiv:1112.5601v1 [astro-ph.CO]. 4,0/2 2,00 P. Klimai, E. Bugaev - "Primordial black hole formation from non-Gaussian curvature perturbations", arXiv:1210.3262 [astro-ph.CO]. 4,0/2 2\ LVALl ,00 E. Bugaev, P. Klimai - "Cosmological constraints on the curvaton web parameters", arXiv:submit/0622418 [astro-ph.CO], 28 Dec 2012. 4,0/2 2,00 E.V. Bugaev, B.V. 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JHEP 10 (2012) 093 30 0,05 5,831 30*0,05*5,831 8,7465 5 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors N.Agafonova (LVD and OPERA Collaborations) Eur.Phys.J.Plus 127 (2012) 71 30 0,05 0,823 30*0,05*01823 1,2345 6 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. Adam et al. (OPERA Coll.) arXiv:1212.1276v1; submitted to JHEP 4 0,05 no 4*0,05 0,2 7 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) arXiv:1208.1392 4 0,05 no 4*0,05 0,2 8 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. N.Agafonova (LVD and OPERA Collaborations) arXiv-1206.2488 4 0,05 no 4*0,05 0,2 9 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 10 Search forntinteractions with the nuclear emulsion films of the OPERA experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail LomonosoLVALv /Singapore: World Scientific, 2013. p. 116 2 0,05 4 2*4*0,05 0,4 11 The electronic detectors of the hybrid OPERA neutrino experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 120 2 0,05 4 2*4*0,05 0,4 12 Updated results of the OPERA long baseline neutrino experiment N.Agafonova et al. (OPERA Collaboration) Journal of Physics: C S,375, (2012) 042074 8 0,05 no 8*0,05 0,4 13 A new interpretation of the high energy atmospheric muon charge ratio N.Agafonova et al. (OPERA Collaboration) Journal of Physics: C S,375, (2012) 052018 8 0,05 no 8*0,05 0,4 14 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 15 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD LVD Collaboration >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation LVD Collaboration >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 2011 1 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 0,1 0,228 60*0,228*0,1 1,368 2 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 0,1 0,228 60*0,228*0,1 1,368 3 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 0,1 0,228 60*0,228*0,1 1,368 4  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm ->nt OPERA CollLVALaboration !5@. $87., B. 75, !3, (2011), 452-455 60 0,05 0,228 60*0,228*0,05 0,684 5 "Supernova Neutrino type identification with adding sodium chloride in LVD." LVD Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 455-457 8 0,1 no 8*0,1 0,8 6 The OPERA experiment at the LNGS: Updated Results OPERA Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 77 - 86 8 0,05 no 8*0,05 0,4 7 "Study of Neutrino Interactions using the Electronic Detectors and Emulsion-Lead Targets of the OPERA Experiment" OPERA Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 467 - 470 8 0,05 no 8*0,05 0,4 8 "Neutrino burst from gravitational stellar collapses with LVD" LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 0,1 1,437 1,437*30*0,1 4,311 9 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration New J. Phys 13 (2011) 053051 30 0,05 3,849 3,849*30*0.02 5,7735 10 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration arXiv-1102.1882v1.pdf 4 0,05 no 4*0,05 0,2 11 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration arXiv-1106.6211v1.pdf 4 0,05 no 4*0,05 0,2 12 Search for nmnt oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf 4 0,05 no 4*0,05 0,2 13 "The CNGS project and OPERA experiment at LNGS" OPERA Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Pages 268 272 30 0,05 4,642 30*0,05*4,642 6,963 14 "Horizontal muon flux measured with the LVD detector at LNGS" LVD Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 345 30 0,1 4,642 30*0,1*4,642 13,926 15 "The Photographic Emulsion Technology of the OPERA Experiment on its Way to Find then m -> n tOscillation " OPERA Collaboration NucLVALlear Physics B - Proceedings Supplements, Volume 215, Issue 1, June 2011, Pages 66-68 30 0,05 4,642 30*0,05*4,642 6,963 16 " Physics at CNGS neutrino beam" OPERA Collaboration Nuclear Physics B - Proceedings Supplements, Volume 217, Issue 1, August 2011, Pages 163-168 30 0,05 4,642 30*0,05*4,642 6,963 17 "Galactic supernovae monitoring at LVD " LVD Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 410 30 0,1 4,642 30*0,1*4,642 13,926 >:;04K 1 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,1 1,5 6*1,5*0,1 0,9 2 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,05 1,5 6*1,5*0,05 0,45 3 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,05 1,5 6*1,5*0,05 0,45 4  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,05 1 20*1*0,05 1 5 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,1 1,5 6*1,5*0,1 0,9 6 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,05 1,5 6*1,5*0,05 0,45 7 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,05 1,5 6*1,5*0,05 0,45 8 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,05 1,5 6*1,5*0,02 0,45 9 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 0,1 1,5 6*1,5*0,1 0,9 10 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,05 1,5 6*1,5*0,05 0,45 LVAL AC<<0: 122,2515LVALNG2012 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) Phys.Rev.Lett. 109, 070801 (2012) 30 0,1 7,37 30*0,1*7,37 22,11 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors N.Agafonova (LVD and OPERA Collaborations) Eur.Phys.J.Plus 127 (2012) 71 30 0,05 0,823 30*0,05*01823 1,2345 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. (LVD Collaboration) arXiv:1208.1392 4 0,05 no 4*0,05 0,2 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. N.Agafonova (LVD and OPERA Collaborations) arXiv-1206.2488 4 0,05 no 4*0,05 0,2 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. 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""   %>E;>2 !.!., <5;LG0:>2 .., H8E<8= .., >@>1L52 .., 04510 .., 8=48= .., ><?0=85F .., 5B@CE8= .., !>:>;>2 .!., (C;L65=:> .., (CB5=:> .., /H8= .. 725AB8O . !5@8O D878G5A:0O. 2011. ". 75. ! 3. !. 460-462. 60 10 0,228 60*0.228/10 1,368 New measuring system of multipurpose Cherenkov water detector NEVOD. S.S. Khokhlov, M.B. Amelchakov, V.V. Ashikhmin, V.G. Gulyi, I.S. Kartsev, V.V. Kindin, K.G. Kompaniets, M.A. Korolev, A.A. Petrukhin, I.A. Shulzhenko, V.V. Shutenko, I.A. Vorobiev, I.I. Yashin, E.A. Zadeba. Astrophys. Space Sci. Trans., 7, 271-273, 2011. [ doi:10.5194/astra-7-271-2011 ]. 30 10 1,437 1,437*30/10 4,311 Status of the NEVOD-DECOR experiment. I.I. Yashin, M.B. Amelchakov, V.V. Ashihmin, N.S. Barbashina, A.G. Bogdanov, D.V. Chernov, A.N. Dmitrieva, L.I. Dushkin, D.M. Gromushlin, S.S. Khokhlov, V.V. Kindin, R.P. Kokoulin, K.G. Kompaniets, G. Mannocchi, S.Yu. Matveev, V.V. Ovchinnikov, A.A. Petrukhin, O. Saavedra, I.A. Shulzhenko, V.V. Shutenko, G. Trinchero, I.A. Vorobiev, E.A. Zadeba. HE1.4. ID 0322  ICRC 2011 8 10 1 8/10 0,8 59B@8==K9 2>4=K9 45B5:B>@  =0 ?>25@E=>AB8 5<;8. .. 04510, .. <5;LG0:>2, .. H8E<8=, .!. 0@10H8=0, .. >340=>2, .. >@>1L52, .. <8B@8520, .. 8V LVALf =48=, .. >:>C;8=, .. ><?0=85F, !... 0B2552, .. 2G8==8:>2, .. 5B@CE8=, !.!. %>E;>2, .. (C;L65=:>, .. (CB5=:>, .. /H8=. /45@=0O D878:0 8 8=68=8@8=3. 2011. ". 2. ! 6. 8 10 1 8/10 0,8 >:;04K Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,1 1,5 6*1,5*0,1 0,9 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,1 1,5 6*1,5*0,1 0,9 AC<<0: 44,5275 C25;8G5=85 2 1,5 @070 2 A2O78 A B5<, GB> 0A?8@0=B @01>B05B 2 >@30=870F88 ?> A>2<5AB8B5;LAB2C 66,79125 702. 01. O6A:0O ..LVALNG 04K:8= ;048<8@ L2>28G A.=.A. 2011-2012 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2012 1 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) Phys.Rev.Lett. 109, 070801 (2012) 30 0,1 7,37 30*0,1*7,37 22,11 2 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors N.Agafonova (LVD and OPERA Collaborations) Eur.Phys.J.Plus 127 (2012) 71 30 0,05 0,823 30*0,05*01823 1,2345 3 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) arXiv:1208.1392 4 0,05 no 4*0,05 0,2 4 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. N.Agafonova (LVD and OPERA Collaborations) arXiv-1206.2488 4 0,05 no 4*0,05 0,2 5 Search for neutrino radiation from collapsing stars and the sensitivity of experiments to the different types of neutrinos V. Dadykin and O. Ryazhskaya Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 190 2 2 9 2*9/2 9 6 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 7 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 8 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;0LVAL4 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 3 Underground experiments O.G. Ryazhskaya, V.L. Dadykin >:;04 =0 ECRS 2012 MSU, Russia - Ryazhskaya O.G. 20 2 1 20*1/2 10 2011 1 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 0,1 0,228 60*0,228*0,1 1,368 2 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 0,1 0,228 60*0,228*0,1 1,368 3 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 0,1 0,228 60*0,228*0,1 1,368 4  8AB>@88 A>>@C65=8O 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0 .. 04K:8= @5?@8=B /  1297/2011 4 1 no 4/1 4 5  @54:>< A>1KB88, 70@538AB@8@>20==>< 45B5:B>@>< LSD 27 0?@5;O 1986 3>40 ;L5BB0 ., 04K:8= .., 048=> ., 8 4@.. @5?@8=B / , 1300/2011, >:BO1@L 2011 4 0,1 no 4*0,1 0,4 6 "Supernova Neutrino type identification with adding sodium chloride in LVD." LVD Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 455-457 8 0,1 no 8*0,1 0,8 7 "Neutrino burst from gravitational stellar collapses with LVD" LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 0,1 1,437 1,437*30*0,1 4,311 8 "Horizontal muon flux measured with the LVD detector at LNGS" LVD Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 345 30 0,1 4,642 30*0,1*4,642 13,926 9 "Galactic supernovae monitoring at LVD " LVD Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 410 30 0,1 4,642 30*0,1*4,642 13,926 >:;04K 1LVAL  Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,1 1,5 6*1,5*0,1 0,9 2 Search for neutrino bursts from collapsing stars and Sensitivity of experiments for the different types of neutrinos V. Dadykin, O.Ryazhskaya >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 2 1,5 20*1,5/2 15 3 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,1 1,5 6*1,5*0,1 0,9 4 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 0,1 1,5 6*1,5*0,1 0,9 AC<<0: 106,1115 -------------------------------------------------------------------------------------------------------------- + ;048<8@ L2>28G, 30.04.1941, :.D.-<.=, A.=.A !C<<0@=K9   = 25.04 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. N.Yu. Agafonova et al. (LVD Collaboration). Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. Phys.Rev.Lett. 109, 070801 (2012)   = 300,17,37=22.11 2. N.Agafonova (LVD and OPERA Collaborations). Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. Eur.Phys.J. C127 (2012) 71   = 300,050.823=1.23 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 3. N.Yu. Agafonova et al. (LVD Collaboration). Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD. 23rd European Cosmic Ray Symposium, Moscow, 3-7 July 2012 (to be published in J. Phys: Conf. Series)   = 80,1=0.80 4. ...30D>=>20 8 4@. 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2LVAL 45B5:B>@5 LVD (4>:;04 =0 ECRS 2012, >A:20, 2 7.07.2012). 72. , A5@. $87. (2 ?5G0B8)   = 60.11,5=0.90LVALNG  =8:552 0A8< 1@038<>28G =.A. 2011-2012 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2012 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 2 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 3 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 4 Search for neutrino radiation from collapsing stars with Artyomovsk scintillation detector R.I. Enikeev et al. Journal of Physics (Conference Series) in press 8 5 no 8/5 1,6 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 3 Search for neutrino radiation from collapsing stars with Artyomovsk scintillation detector R.I. Enikeev et al. >:;04 =0 ECRS 2012 MSU, Russia - Enikeev R.I. 6 5 1,5 6*1,5/5 1,8 2011 1 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 0,1 0,228 60*0,228*0,1 1,368 2 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 0,1 0,228 60*0,228*0,1 1,368 3 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=LVAL5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 0,1 0,228 60*0,228*0,1 1,368 4  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm ->nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 0,05 0,228 60*0,228*0,05 0,684 5 "Supernova Neutrino type identification with adding sodium chloride in LVD." LVD Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 455-457 8 0,1 no 8*0,1 0,8 6 "Neutrino burst from gravitational stellar collapses with LVD" LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 0,1 1,437 1,437*30*0,1 4,311 7 "Horizontal muon flux measured with the LVD detector at LNGS" LVD Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 345 30 0,1 4,642 30*0,1*4,642 13,926 8 "Galactic supernovae monitoring at LVD " LVD Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 410 30 0,1 4,642 30*0,1*4,642 13,926 >:;04K 1 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,1 1,5 6*1,5*0,1 0,9 2 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,1 1,5 6*1,5*0,1 0,9 3 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 0,1 1,5 6*1,5*0,1 0,9 AC<<0: 48,051LVALNG  0;L38= ;5:A59 !5<5=>28G A.=.A. 2011-2012 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2012 1 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) Phys.Rev.Lett. 109, 070801 (2012) 30 0,1 7,37 30*0,1*7,37 22,11 2 Search for nu-mu - nu-tau oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration New J. Phys. 14 (2012) 033017 30 0,05 3,849 30*0.05*3,849 5,7735 3 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration New J. Phys. 14 (2012) 013026 30 0,05 3,849 30*0.05*3,849 5,7735 4 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam. T. Adam et al. (OPERA Coll.) JHEP 10 (2012) 093 30 0,05 5,831 30*0,05*5,831 8,7465 5 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors N.Agafonova (LVD and OPERA Collaborations) Eur.Phys.J.Plus 127 (2012) 71 30 0,05 0,823 30*0,05*01823 1,2345 6 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. Adam et al. (OPERA Coll.) arXiv:1212.1276v1; submitted to JHEP 4 0,05 no 4*0,05 0,2 7 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. (LVD Collaboration) arXiv:1208.1392 4 0,05 no 4*0,05 0,2 8 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. N.Agafonova (LVD and OPERA Collaborations) arXiv-1206.2488 4 0,05 no 4*0,05 0,2 9 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 10 Search forntinteractions with the nuclear emulsion fiLVALlms of the OPERA experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 116 2 0,05 4 2*4*0,05 0,4 11 The electronic detectors of the hybrid OPERA neutrino experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 120 2 0,05 4 2*4*0,05 0,4 12 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration Journal of Physics: C S,375, (2012) 042074 8 0,05 no 8*0,05 0,4 13 A new interpretation of the high energy atmospheric muon charge ratio OPERA Collaboration Journal of Physics: C S,375, (2012) 052018 8 0,05 no 8*0,05 0,4 14 @8B8G5A:89 0=0;87 @57C;LB0B>2 87<5@5=8O 2KE>40 =59B@>=>2 >B <N>=>2 2 AF8=B8;;OB>@5 .! 0;L38= @5?@8=B /  1333/2012, >:BO1@L - 2012 4 1 no 4/1 4 15 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 16 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 2011 1 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 0,1 0,228 60*0,228*0,1 1,368 2 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 0,1 0,228 60*0,228*0,1 1,368 3 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CGLVAL59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 0,1 0,228 60*0,228*0,1 1,368 4  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm ->nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 0,05 0,228 60*0,228*0,05 0,684 5  @54:>< A>1KB88, 70@538AB@8@>20==>< 45B5:B>@>< LSD 27 0?@5;O 1986 3>40 ;L5BB0 ., 04K:8= .., 048=> ., 8 4@.. @5?@8=B / , 1300/2011, >:BO1@L 2011 4 0,1 no 4*0,1 0,4 6 "Supernova Neutrino type identification with adding sodium chloride in LVD." LVD Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 455-457 8 0,1 no 8*0,1 0,8 7 The OPERA experiment at the LNGS: Updated Results OPERA Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 77 - 86 8 0,05 no 8*0,05 0,4 8 "Study of Neutrino Interactions using the Electronic Detectors and Emulsion-Lead Targets of the OPERA Experiment" OPERA Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 467 - 470 8 0,05 no 8*0,05 0,4 9 "Neutrino burst from gravitational stellar collapses with LVD" LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 0,1 1,437 1,437*30*0,1 4,311 10 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration New J. Phys 13 (2011) 053051 30 0,05 3,849 3,849*30*0.02 5,7735 11 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration arXiv-1102.1882v1.pdf 4 0,05 no 4*0,05 0,2 12 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration arXiv-1106.6211v1.pdf 4 0,05 no 4*0,05 0,2 13 Search for nmnt oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf 4 0,05 no 4*0,05 0,2 14 "The CNGS project and OPERA experiment at LNGS" OPERA Collaboration NuclLVALear Physics B - Proceedings Supplements, Volume 221, December 2011, Pages 268 272 30 0,05 4,642 30*0,05*4,642 6,963 15 "Horizontal muon flux measured with the LVD detector at LNGS" LVD Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 345 30 0,1 4,642 30*0,1*4,642 13,926 16 "The Photographic Emulsion Technology of the OPERA Experiment on its Way to Find then m -> n tOscillation " OPERA Collaboration Nuclear Physics B - Proceedings Supplements, Volume 215, Issue 1, June 2011, Pages 66-68 30 0,05 4,642 30*0,05*4,642 6,963 17 " Physics at CNGS neutrino beam" OPERA Collaboration Nuclear Physics B - Proceedings Supplements, Volume 217, Issue 1, August 2011, Pages 163-168 30 0,05 4,642 30*0,05*4,642 6,963 18 "Galactic supernovae monitoring at LVD " LVD Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 410 30 0,1 4,642 30*0,1*4,642 13,926 19 "Results of a 3-ton experiment with a Gd loaded liquid scintillator target performed in the frame of LVD at LNGS " M. Aglietta, G. Bari, G. Bruno, W. Fulgione, E. Kemp, A. Porta, A. Malguine, the LVD collaboration, C. Cattadori, N. Danilov, A. DiVacri, Yu. Krilov, E. Yanovich Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 385 30 0,1 4,642 30*0,1*4,642 13,926 >:;04K 1 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,1 1,5 6*1,5*0,1 0,9 2 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,05 1,5 6*1,5*0,05 0,45 3 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,05 1,5 6*1,5*0,05 0,45 4  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,05 1 20** LVAL: 1*0,05 1 5 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,1 1,5 6*1,5*0,1 0,9 6 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,05 1,5 6*1,5*0,05 0,45 7 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,05 1,5 6*1,5*0,05 0,45 8 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,05 1,5 6*1,5*0,02 0,45 9 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 0,1 1,5 6*1,5*0,1 0,9 10 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,05 1,5 6*1,5*0,05 0,45 AC<<0: 140,5775LVALNG OA=K9 A52>;>4 02@8;>28G A.=.A. 2011-2012 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2012 1 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) Phys.Rev.Lett. 109, 070801 (2012) 30 0,1 7,37 30*0,1*7,37 22,11 2 Search for nu-mu - nu-tau oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration New J. Phys. 14 (2012) 033017 30 0,05 3,849 30*0.05*3,849 5,7735 3 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration New J. Phys. 14 (2012) 013026 30 0,05 3,849 30*0.05*3,849 5,7735 4 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors N.Agafonova (LVD and OPERA Collaborations) Eur.Phys.J.Plus 127 (2012) 71 30 0,05 0,823 30*0,05*01823 1,2345 5 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) arXiv:1208.1392 4 0,05 no 4*0,05 0,2 6 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. N.Agafonova (LVD and OPERA Collaborations) arXiv-1206.2488 4 0,05 no 4*0,05 0,2 7 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 8 Search forntinteractions with the nuclear emulsion films of the OPERA experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 116 2 0,05 4 2*4*0,05 0,4 9 The electronic detectors of the hybrid OPERA neutrino experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World ScienLVALtific, 2013. p. 120 2 0,05 4 2*4*0,05 0,4 10 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration Journal of Physics: C S,375, (2012) 042074 8 0,05 no 8*0,05 0,4 11 A new interpretation of the high energy atmospheric muon charge ratio OPERA Collaboration Journal of Physics: C S,375, (2012) 052018 8 0,05 no 8*0,05 0,4 12 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 13 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 14 Search for neutrino radiation from collapsing stars with Artyomovsk scintillation detector R.I. Enikeev et al. Journal of Physics (Conference Series) in press 8 5 no 8/5 1,6 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 3 Search for neutrino radiation from collapsing stars with Artyomovsk scintillation detector R.I. Enikeev et al. >:;04 =0 ECRS 2012 MSU, Russia - Enikeev R.I. 6 5 1,5 6*1,5/5 1,8 2011 1 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 0,1 0,228 60*0,228*0,1 1,368 2 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 0,1 0,228 60*0,228*0,1 1,368 3 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 0,1 0,228 6LVAL0*0,228*0,1 1,368 4  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm ->nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 0,05 0,228 60*0,228*0,05 0,684 5  @54:>< A>1KB88, 70@538AB@8@>20==>< 45B5:B>@>< LSD 27 0?@5;O 1986 3>40 ;L5BB0 ., 04K:8= .., 048=> ., 8 4@.. @5?@8=B / , 1300/2011, >:BO1@L 2011 4 0,1 no 4*0,1 0,4 6 "Supernova Neutrino type identification with adding sodium chloride in LVD." LVD Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 455-457 8 0,1 no 8*0,1 0,8 7 The OPERA experiment at the LNGS: Updated Results OPERA Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 77 - 86 8 0,05 no 8*0,05 0,4 8 "Study of Neutrino Interactions using the Electronic Detectors and Emulsion-Lead Targets of the OPERA Experiment" OPERA Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 467 - 470 8 0,05 no 8*0,05 0,4 9 "Neutrino burst from gravitational stellar collapses with LVD" LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 0,1 1,437 1,437*30*0,1 4,311 10 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration New J. Phys 13 (2011) 053051 30 0,05 3,849 3,849*30*0.02 5,7735 11 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration arXiv-1102.1882v1.pdf 4 0,05 no 4*0,05 0,2 12 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration arXiv-1106.6211v1.pdf 4 0,05 no 4*0,05 0,2 13 Search for nmnt oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf 4 0,05 no 4*0,05 0,2 14 "The CNGS project and OPERA experiment at LNGS" OPERA Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Pages 268 272 30 0,05 4,642 30*0,05*4,642 6,963 15 "Horizontal muon fLVALlux measured with the LVD detector at LNGS" LVD Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 345 30 0,1 4,642 30*0,1*4,642 13,926 16 "Galactic supernovae monitoring at LVD " LVD Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 410 30 0,1 4,642 30*0,1*4,642 13,926 >:;04K 1 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,1 1,5 6*1,5*0,1 0,9 2 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,05 1,5 6*1,5*0,05 0,45 3 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,05 1,5 6*1,5*0,05 0,45 4  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,05 1 20*1*0,05 1 5 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,1 1,5 6*1,5*0,1 0,9 6 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,05 1,5 6*1,5*0,05 0,45 7 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,05 1,5 6*1,5*0,05 0,45 8 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,05 1,5 6*1,5*0,02 0,45 9 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 0,1 1,5 6*1,5*0,1 0,9 10 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,05 1,5 6*1,5*0,05 0,45 AC<<0: 103,179LVALNG (0:8@LO=>20 @8=0 ><5;L52=0 <.=.A. 2011-2012 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2012 1 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) Phys.Rev.Lett. 109, 070801 (2012) 30 0,1 7,37 30*0,1*7,37 22,11 2 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam. T. Adam et al. (OPERA Coll.) JHEP 10 (2012) 093 30 0,05 5,831 30*0,05*5,831 8,7465 3 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors N.Agafonova (LVD and OPERA Collaborations) Eur.Phys.J.Plus 127 (2012) 71 30 0,05 0,823 30*0,05*01823 1,2345 4 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. Adam et al. (OPERA Coll.) arXiv:1212.1276v1; submitted to JHEP 4 0,05 no 4*0,05 0,2 5 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. (LVD Collaboration) arXiv:1208.1392 4 0,05 no 4*0,05 0,2 6 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. N.Agafonova (LVD and OPERA Collaborations) arXiv-1206.2488 4 0,05 no 4*0,05 0,2 7 Search for neutrino radiation from collapsing stars and the sensitivity of experiments to the different types of neutrinos V. Dadykin and O. Ryazhskaya Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 190 2 2 9 2*9/2 9 8 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 9 Search forntinteractions with the nuclear emulsion films of the OPERA experiment OPERA Collaboration Particle Physics at the Tercentenary oLVALf Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 116 2 0,05 4 2*4*0,05 0,4 10 The electronic detectors of the hybrid OPERA neutrino experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 120 2 0,05 4 2*4*0,05 0,4 11 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration Journal of Physics: C S,375, (2012) 042074 8 0,05 no 8*0,05 0,4 12 A new interpretation of the high energy atmospheric muon charge ratio OPERA Collaboration Journal of Physics: C S,375, (2012) 052018 8 0,05 no 8*0,05 0,4 13 @8B8G5A:89 0=0;87 @57C;LB0B>2 87<5@5=8O 2KE>40 =59B@>=>2 >B <N>=>2 2 AF8=B8;;OB>@5 .! 0;L38= @5?@8=B /  1333/2012, >:BO1@L - 2012 4 1 no 4/1 4 14 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 15 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 2011 1 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 0,1 0,228 60*0,228*0,1 1,368 2 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 0,1 0,228 60*0,228*0,1 1,368 3 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD >;;01>@0F8O 72.  !LVAL5@. $87., B. 75, !3, (2011), 456-459; 60 0,1 0,228 60*0,228*0,1 1,368 4  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm ->nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 0,05 0,228 60*0,228*0,05 0,684 >:;04K 1 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,1 1,5 6*1,5*0,1 0,9 2 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,1 1,5 6*1,5*0,1 0,9 AC<<0: 58,079 C25;8G5=85 2 1,5 @070 2 A2O78 A B5<, GB>@8=0 1K;0 0A?8@0=B>< 8 @01>B05;0 2 >@30=870F88 ?> A>2<5AB8B5;LAB2C 2 2011 3>4C 61,373 2 B5G5=88 5 ;5B ?>A;5 48?;><0 :-B=2: 58,079*2=116,158LVALNG /:CH52 0;5@89 $54>@>28G =.A. 2011-2012 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2012 1 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) Phys.Rev.Lett. 109, 070801 (2012) 30 0,1 7,37 30*0,1*7,37 22,11 2 Search for nu-mu - nu-tau oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration New J. Phys. 14 (2012) 033017 30 0,05 3,849 30*0.05*3,849 5,7735 3 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration New J. Phys. 14 (2012) 013026 30 0,05 3,849 30*0.05*3,849 5,7735 4 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors N.Agafonova (LVD and OPERA Collaborations) Eur.Phys.J.Plus 127 (2012) 71 30 0,05 0,823 30*0,05*01823 1,2345 5 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) arXiv:1208.1392 4 0,05 no 4*0,05 0,2 6 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. N.Agafonova (LVD and OPERA Collaborations) arXiv-1206.2488 4 0,05 no 4*0,05 0,2 7 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 8 Search forntinteractions with the nuclear emulsion films of the OPERA experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 116 2 0,05 4 2*4*0,05 0,4 9 The electronic detectors of the hybrid OPERA neutrino experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World ScientifiLVALc, 2013. p. 120 2 0,05 4 2*4*0,05 0,4 10 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration Journal of Physics: C S,375, (2012) 042074 8 0,05 no 8*0,05 0,4 11 A new interpretation of the high energy atmospheric muon charge ratio OPERA Collaboration Journal of Physics: C S,375, (2012) 052018 8 0,05 no 8*0,05 0,4 12 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 13 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) Journal of Physics (Conference Series) in press 8 0,1 no 8*0,1 0,8 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 2011 1 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 0,1 0,228 60*0,228*0,1 1,368 2 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 0,1 0,228 60*0,228*0,1 1,368 3 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 0,1 0,228 60*0,228*0,1 1,368 4  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm ->nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 0,05 0,228 60*0,228*0,05 0,684 5  @54:>< A>1KB88, 70@538AB@8@>20==>< 45B5:B>@>< LSD 27 0?@5;O 1986 3>40 ;L5BB0 ., 04K:8= .., 048=> ., 8 4@.. @5?@8=B / , 1300/2011, >:BLVALO1@L 2011 4 0,1 no 4*0,1 0,4 6 "Supernova Neutrino type identification with adding sodium chloride in LVD." LVD Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 455-457 8 0,1 no 8*0,1 0,8 7 The OPERA experiment at the LNGS: Updated Results OPERA Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 77 - 86 8 0,05 no 8*0,05 0,4 8 "Study of Neutrino Interactions using the Electronic Detectors and Emulsion-Lead Targets of the OPERA Experiment" OPERA Collaboration Proc. of Fourteenth International Workshop on Neutrino Telescopes, 2011, p. 467 - 470 8 0,05 no 8*0,05 0,4 9 "Neutrino burst from gravitational stellar collapses with LVD" LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 0,1 1,437 1,437*30*0,1 4,311 10 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration New J. Phys 13 (2011) 053051 30 0,05 3,849 3,849*30*0.02 5,7735 11 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration arXiv-1102.1882v1.pdf 4 0,05 no 4*0,05 0,2 12 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration arXiv-1106.6211v1.pdf 4 0,05 no 4*0,05 0,2 13 Search for nmnt oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf 4 0,05 no 4*0,05 0,2 14 "The CNGS project and OPERA experiment at LNGS" OPERA Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Pages 268 272 30 0,05 4,642 30*0,05*4,642 6,963 15 "Horizontal muon flux measured with the LVD detector at LNGS" LVD Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 345 30 0,1 4,642 30*0,1*4,642 13,926 16 "The Photographic Emulsion Technology of the OPERA Experiment on its Way to Find then m -> n tOscillation " OPERA Collaboration Nuclear Physics B - Proceedings Supplements, Volume 215HLVALX, Issue 1, June 2011, Pages 66-68 30 0,05 4,642 30*0,05*4,642 6,963 17 " Physics at CNGS neutrino beam" OPERA Collaboration Nuclear Physics B - Proceedings Supplements, Volume 217, Issue 1, August 2011, Pages 163-168 30 0,05 4,642 30*0,05*4,642 6,963 18 "Galactic supernovae monitoring at LVD " LVD Collaboration Nuclear Physics B - Proceedings Supplements, Volume 221, December 2011, Page 410 30 0,1 4,642 30*0,1*4,642 13,926 >:;04K 1 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,1 1,5 6*1,5*0,1 0,9 2 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,05 1,5 6*1,5*0,05 0,45 3 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,05 1,5 6*1,5*0,05 0,45 4  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,05 1 20*1*0,05 1 5 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,1 1,5 6*1,5*0,1 0,9 6 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,05 1,5 6*1,5*0,05 0,45 7 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,05 1,5 6*1,5*0,05 0,45 8 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,05 1,5 6*1,5*0,02 0,45 9 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 0,1 1,5 6*1,5*0,1 0,9 10 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,05 1,5 6*1,5*0,05 0,45 AC<<0: 113,705LVALNG5B:>2 0;5@89 >@8A>28G, 10.05.1957, :.D.-<.=., 4>F5=B, 702. ;01. !" =48284C0;L=K9   = 187.43 C1;8:0F88: 55.9 1) .. 5B:>2, .!. >70=5=:>, .. >7=8:>2, .. 0?>=5=:>, .. =4@552, .. !5@3552, ">8A: 30<<0 87;CG5=8O 2KA>:>9 M=5@388 >B :>A<8G5A:8E 30<<0-2A?;5A:>2", 725AB8O , A5@.D87., B>< 75, ! 3, A. 463 466, 2011. 0.315*60/6 = 3.15 4) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.315*60/10 = 1.89 5) . . 60??C52, . $. ;8<5=:>, . #. C46052, . !. 8420=A:89, . . 5B:>2, ". 09E0, .. !0@:0<>, "$C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8", 725AB8O , A5@.D87., B>< 75, ! 3, A. 386-388, 2011. 0.315*60/7 = 2.7 6) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. "4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne = 105  107", 725AB8O , A5@.D87., B>< 75, ! 3, A. 389-392, 2011. 0.315*60/9 = 2.1 7) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 867 868, 2011. 0.315*60/5 = 3.78 8) .. >ABN:, .. 5B:>2, .. 5;>2, -.. 0H5=N:, .. 60??C52, ..>2>A5;LF520,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 848 849, 2011. 0.315*60/6 = 3.15 9) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, ..5B@CE8=, "-=5@35B8G5A:89 A?5:B@ <N>=>2 :>A<8G5A:8E ;CG59 2KH5 10 "MLVAL ?> 40==K< !"", 725AB8O , A5@.D87., B>< 75, ! 3, A. 440-442, 2011. 0.315*60/6 = 3.15 10) Kalliokoski, T., Bezrukov, L., Enqvist, T., Fynbo, H., Inzhechik, L., Jones, P., Joutsenvaara, J., Karjalainen, J., Kuusiniemi, P., Loo, K., Lubsandorzhiev, B., Petkov, V., Raiha, T., Sarkamo, J., Slupecki, M., Trzaska, W.H., Virkajarvi, A. "Can EMMA solve the puzzle of the knee?", Progress in Particle and Nuclear Physics, v. 66, issue 2, pp. 468 - 472, 2011. 2.614*30/10 = 7.84 11) V.B. Petkov, A.S. Pozanenko, V.M. Loznikov, A.N. Gaponenko, M.V. Andreev, and A.V. Sergeev, "Search for high energy gamma-ray bursts", Astrophys. Space Sci. Trans., 7, 97-100, 2011. 8/6 = 1.33 12) V.B. Petkov and J. Szabelski, "Study of the primary spectrum and composition around the knee at the Andyrchy-BUST experiment", Astrophys. Space Sci. Trans., 7, 111-114, 2011. 8/2 = 4 13) P. Kuusiniemi, L. Bezrukov, T. Enqvist, H. Fynbo, L. Inzhechik, P. Jones, J. Joutsenvaara, T. Kalliokoski, J. Karjalainen, K. Loo, B. Lubsandorzhiev, T. Monto, V. Petkov, T. Raiha, J. Sarkamo, M. Slupecki, W.H. Trzaska, and A. Virkajarvi, "Underground multi-muon experiment EMMA", Astrophys. Space Sci. Trans., 7, 93 96, 2011. 8/10 = 0.8 14) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A. Yanin, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 15) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan UndergLVALround Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 16) J. Sarkamo, V.B. Petkov, D.D. Dzhappuev, N.F. Klimenko, and T. Raiha, "Developments in shower reconstruction and composition analysis for CARPET-3 EAS array", Astrophys. Space Sci. Trans., 7, 307 310, 2011. 8/5 = 1.6 17) Yu.F. Novoseltsev, A.G. Bogdanov, R.P. Kokoulin, R.V. Novoseltseva, V.B. Petkov, and A.A. Petrukhin. "On the energy spectrum of cosmic ray muons in 100 TeV region", Astrophys. Space Sci. Trans., 7, 483-486, 2011. 8/6 = 1.33 18) D.D. Dzhappuev, J.V. Balabin, B.B. Gvozdevskij, N.F. Klimenko, A.U. Kudzhaev, O.I. Michailova , V.B. Petkov, E.V.Vashenjuk,  Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7 , Astrophys. Space Sci. Trans., 7, 365-367, 2011. 8/8 = 1 19) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011 4/10 = 0.4 20) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin. Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data. Astroparticle Physics v.36, p.224-236, 2012. 3.216*30/6 = 16.08 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 11.53 1) V.B. Petkov, A.S. Pozanenko, and V.M. Loznikov,  Searching for GeV energy from short Gama-Ray Bursts , Proc. of Gamma Ray Bursts 2010 Conference (Nov 1-4, 2010, Annapolis, USA), AIP Conf. Proc. V. 1358, pp. 217-220, 2011. 6*0.5/3 =1.0 2) V.B. Petkov, LVAL M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), v. 11, p. 386, 2011. 6*1.5/7 = 1.3 3) V.B. Petkov, J. Szabelski, A.N. Gaponenko, I. Alikhanov, "High energy muons in EAS and primary composition around the knee", Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), v. 1, pp. 10 - 13, 2011. 6*1.5/4 = 2.25 4) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), v. 4, p. 341, 2011. 6*1.5/8 = 1.13 5) T. Raiha, L. Bezrukov, T. Enqvist, H. Fynbo, L. Inzhechik, J. Joutsenvaara, T. Kalliokoski, J. Karjalainen, P. Kuusiniemi, K. Loo, B. Lubsandorzhiev , T. Monto, V. Petkov, J. Sarkamo, M. Slupecki, W.H. Trzaska, and A. Virkajarvi. "Performance of EMMA Tracking Stations", Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), v. 4, p. 33, 2011. 6*1.5/10=0.9 6) M.M. Boliev, I.M. Dzaparova, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, V.I. Volchenko, G.V. Volchenko and A.F. Yanin. The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.66  70, 2011. 6*1.5/10 = 0.9 7) A.U. Kudzhaev, D.D. Dzhappuev, O.I. Mikhailova and V.B. Petkov. Investigation of the muonic and hadronic components of Extensive Air Showers at the 1 GeV muon detector of the  Carpet-2 shower array. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2018LVALH1), pp.127  131, 2011. 6*1.5/4 = 2.25 8) P. Kuusiniemi, L. Bezrukov, T. Enqvist, H. Fynbo, L. Inzhechik, J. Joutsenvaara, T. Kalliokoski, K. Loo, B. Lubsandorzhiev, T. Monto, V. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W.H. Trzaska and A. Virkajrvi. Underground cosmic-ray experiment EMMA. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr2_276, 2012. 6*1.5/10 = 0.9 9) J. Sarkamo, L. Bezrukov, T. Enqvist, H. Fynbo, L. Inzhechik, J. Joutsenvaara, T. Kalliokoski, P. Kuusiniemi, K. Loo, B. Lubsandorzhiev, T. Monto, V. Petkov, T. Rih, M. Slupecki, W.H. Trzaska, A. Virkajrvi. EAS selection in the EMMA underground array. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr2_478, 2012. 6*1.5/10 = 0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 50 1) .. 5B:>2,  !>2@5<5==>5 A>AB>O=85 CAB0=>2>:  /  4;O 8AA;54>20=8O :>A<8G5A:8E ;CG59 8 ?5@A?5:B82K @0728B8O , !5<8=0@, ?>A2OI5==K9 90-;5B8N A> 4=O @>645=8O .. 'C40:>20, 16 8N=O 2011, >A:20, / . 20 2) V.B. Petkov. Multiplicity spectrum of muon bundles and primary composition in the range 1 - 10000 TeV. International Symposium on Very High Energy Cosmic Ray Interactions, Berlin, Germany, 10  15 Aug. 2012. 30 C:>2>4AB2> 0A?8@0=B0<8: 2*30 = 60 1) >G:0@>2 .., 0A?8@0=BC@0 /, 2011 3. 2) 0@0G:>2 ., 0A?8@0=BC@0 /, 2012 3. C:>2>4AB2> 48?;><=8:0<8: 10 1) 0@0G:>2 .., .$#, 2011. 038AB5@A:0O 48AA5@B0F8O  KAB@K9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O 30<<0-0AB@>=><88  .LVALNG">2>A5;LF52 .@89 $54>@>28G, 20.09.1950, 4.D.-<.=., 2=A ;01>@0B>@88 !"   = 82.36 C1;8:0F88: 66.36 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov. "On the mass composition of primary cosmic rays in the energy region $10^{15}-10^{16}$ eV", arXiv:1108.4245v1 [hep-ph] 2011. 4/3 = 1.33 2) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.315*60/10 = 1.89 3) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, ..5B@CE8=, "-=5@35B8G5A:89 A?5:B@ <N>=>2 :>A<8G5A:8E ;CG59 2KH5 10 "M ?> 40==K< !"", 725AB8O , A5@.D87., B>< 75, ! 3, A. 440-442, 2011. 0.315*60/6 = 3.15 4) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 5) Yu.F. Novoseltsev, A.G. Bogdanov, R.P. Kokoulin, R.V. Novoseltseva, V.B. Petkov, and A.A. Petrukhin. "On the energy spectrum of cosmic ray muons in 100 TeV region", Astrophys. Space Sci. Trans., 7, 483-486, 2011. 8/6 = 1.33 6) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin. Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data. Astroparticle Physics v.36, p.224-236, 2012. 3.216*30/6 = 16.08 7) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov. On the mass composition of prLVAL#imary cosmic rays in the energy region $10^{15} - 10^{16}$ eV. J. Phys. G: Nucl. Part. Phys. 39 (2012) 105202. 4.178*30/3 = 41.78 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 9.33 1) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), v. 11, p. 386, 2011. 6*1.5/7 = 1.3 2) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), v. 4, p. 341, 2011. 6*1.5/8 = 1.13 3) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov. On the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV. Proceedings of the TAUP 2011. Journal of Physics: Conference Series, v.375 (2012) 052015. 6*1.5/3 = 3.0 4) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "EAS spectrum vs the total number of high energy muons and the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV", Proceedings of the 13th ICATPP Conference (Villa Olmo, Como, Italy, 2011), vol.7, p.139-145, World Scientific Publishing Co. Pre. Ltd., 2012. 6*1.5/3 = 3.0 5) M.M. Boliev, I.M. Dzaparova, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, V.I. Volchenko, G.V. Volchenko and A.F. Yanin. The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.66  70, 2011. 6*1.5/10 = 0.9 >=D5@5=F88, =5 >?C1;8:>20=>: DLVALT 6.67 1) ..$. >2>A5;LF52, 538AB@0F8O :>A<8G5A:8E ;CG59 =0 !", 0:A0=A:0O <>;>4Q6=0O H:>;0 D878:8 ($ 2012 (@8M;L1@CAL5, 17  21 45:01@O 2012), 1 ;5:F8O. 20/3 = 6.67LVALNG%60??C52 0E8@ 0=8O;>28G, 05.05.1953, :.D.<.=., A=A ;01>@0B>@88 !"   = 46.03 C1;8:0F88: 19.4 1) . . 60??C52, . $. ;8<5=:>, . #. C46052, . !. 8420=A:89, . . 5B:>2, ". 09E0, .. !0@:0<>, "$C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8", 725AB8O , A5@.D87., B>< 75, ! 3, A. 386-388, 2011. 0.315*60/7 = 2.7 2) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. "4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne = 105  107", 725AB8O , A5@.D87., B>< 75, ! 3, A. 389-392, 2011. 0.315*60/9 = 2.1 3) .. >ABN:, .. 5B:>2, .. 5;>2, -.. 0H5=N:, .. 60??C52, ..>2>A5;LF520,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 848 849, 2011. 0.315*60/6 = 3.15 4) J. Sarkamo, V.B. Petkov, D.D. Dzhappuev, N.F. Klimenko, and T. Raiha, "Developments in shower reconstruction and composition analysis for CARPET-3 EAS array", Astrophys. Space Sci. Trans., 7, 307 310, 2011. 8/5 = 1.6 5) D.D. Dzhappuev, J.V. Balabin, B.B. Gvozdevskij, N.F. Klimenko, A.U. Kudzhaev, O.I. Michailova , V.B. Petkov, E.V.Vashenjuk,  Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7 , Astrophys. Space Sci. Trans., 7, 365-367, 2011. 8/8 = 1 6) Yu.V. Balabin, B.B. Gvozdevsky, E.V. Vashenyuk, and D. D. Dzhappuev.  EAS hadronic component as registered by a neutron monitor , Astrophys. Space Sci. Trans., 7, 507, 2011. 8/4 = 2 7) Yu.V. Balabin, B.B. Gvozdevsky, E.A. Maurchev, E.V. Vashenyuk, and D.D. Dzhappuev.  Fine structure of neutron multiplicity on neutron monitors , Astrophys. Space Sci. Trans., 7, 283, 2011. 8/5 = 1.6 8) ... 0;018=, .. 60??C52, .. 2>7452A:89, .. 0C@G52, .#. C46052, .. 8E09;>20.  =>65AB25==>ABLLVAL& =0 =59B@>==KE <>=8B>@0E: ;>:0;L=K5 04@>==K5 ;82=8 8 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 393, 2011. 0.315*60/6 = 3.15 9) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 400, 2011. 0.315*60/9 = 2.1 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 26.63 1) D.D. Dzhappuev,  Study of the PCR s knee by the method of EAS particles central density , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0813, 2011. 6*1.5 = 9 2) Yu.V. Balabin, E.V. Vashenyuk, D.D. Dzhappuev,  EAS hadronic component detection by neutron monitors , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0674, 2011. 6*1.5/3 = 3 3) Yu.V. Balabin, B.B. Gvozdevsky, E.V. Vashenyuk, D.D. Dzhappuev,  Detailed study of neutron multiplicity in a neutron monitor , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0672, 2011. 6*1.5/4 = 2.25 4) D.D. Dzhappuev. Measurements of the thermal neutrons flux near the EAS core. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr1_437, 2012. 6*1.5 = 9 5) A.U. Kudzhaev, D.D. Dzhappuev, O.I. Mikhailova and V.B. Petkov. Investigation of the muonic and hadronic components of Extensive Air Showers at the 1 GeV muon detector of the  Carpet-2 shower array. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.127  131, 2011. 6*1.5/4 = 2.25 6) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michailova, Yu. Stenkin, V. Stepanov, A. Tsyabuk and V. Volchenko. Sidereal anisotropy of cosmic rays at 10 - 100 TeV energy range. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr1_576, 2012. 6*1.5/8 = 1LVAL.13LVALNG(/=8= ;5:A59 $54>@>28G, 07.05.1950, :.D.-<.=., A=A ;01>@0B>@88 !"   = 4.79 C1;8:0F88: 3.89 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.315*60/10 = 1.89 2) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A. Yanin, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 3) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 4) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.9 1. M.M. Boliev, I.M. Dzaparova, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, V.I. Volchenko, G.V. Volch LVAL enko and A.F. Yanin. The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.66  70, 2011. 6*1.5/10 = 0.9LVALNG*>;852 CA018 CE0@18528G, 31.03.1956, :.D.-<.=., A=A ;01>@0B>@88 !"   = 23.05 C1;8:0F88: 7.47 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.315*60/10 = 1.89 2) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 867 868, 2011. 0.315*60/5 = 3.78 3) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 4) O. Suvorova, M. Boliev, S.V. Demidov, S. Mikheyev. Limits on spin-dependent WIMP-proton cross-sections from the neutrino experiment at the Baksan Underground Scintillator Telescope. arXiv:1211.2545 4/4 = 1 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 14.58 1) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 2) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. LVAL 6*1.5/8 = 1.13 3) M.M. Boliev, I.M. Dzaparova, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, V.I. Volchenko, G.V. Volchenko and A.F. Yanin. The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.66  70, 2011. 6*1.5/10 = 0.9 4) O. Suvorova, M. Boliev, S.V. Demidov, S. Mikheyev. Limits on spin-dependent WIMP-proton cross-sections from the neutrino experiment at the Baksan Underground Scintillator Telescope. Proc. of VIII International Workshop on the Dark Side of the Universe (June 10-15, 2012, Rio de Janeiro, Brazil), http://pos.sissa.it/PoS(DSU 2012)043. 30*1.5/4 = 11.25 >=D5@5=F88, =5 >?C1;8:>20=>: 1 1) !C2>@>20 .., >;852 .., 5<84>2 !.., 8E552 !., "3@0=8G5=8O =0 A5G5=8O C?@C3>3> @0AA5O=8O WIMP =0 =C:;>=5 2 =59B@8==>< M:A?5@8<5=B5 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", 21-25 =>O1@O, 2011, "-$, >A:20. 4/4 = 1LVALNG,>;G5=:> ;048<8@ 20=>28G, 09.03.1952, :.D.-<.=., A=A ;01>@0B>@88 !"   = 19.77 C1;8:0F88 : 15.71 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.315*60/10 = 1.89 2) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A. Yanin, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 3) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 4) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011 4/10 = 0.4 5) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! LVAL3, A. 400, 2011. 0.315*60/9 = 2.1 6) .. >;G5=:>, .. >;G5=:>. 5B>4 02B><0B8G5A:>9 =0AB@>9:8 8 AB018;870F88 M=5@35B8G5A:>3> ?>@>30 AF8=B8;;OF8>==KE 45B5:B>@>2. "-, !6, A.47-55. 2012. 0.324*60/2 = 9.72 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 4.06 1) Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.L. Tsyabuk, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko, I.I. Yashin,  The ProtoPRISMA array for EAS study , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc1136, 2011. 6*1.5/10 = 0.9 2) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michailova, Yu. Stenkin, V. Stepanov, A. Tsyabuk and V. Volchenko. Sidereal anisotropy of cosmic rays at 10 - 100 TeV energy range. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr1_576, 2012. 6*1.5/8 = 1.13 3) D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr1_527, 2012. 6*1.5/8 =1.13 4) M.M. Boliev, I.M. Dzaparova, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, V.I. Volchenko, G.V. Volchenko and A.F. Yanin. The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.66  70, 2011. 6*1.5/10 = 0.9LVALNG.;5:A55=:> 8:B>@ ;048<8@>28G, 27.12.1945, :.D.-<.=., A=A ;01>@0B>@88 !".   = 17.13 C1;8:0F88: 9.07 1) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 400, 2011. 0.315*60/9 = 2.1 2) . . ;5:A55=:>, . . @><CH:8=, .. . !B5=L:8=.  !@02=8B5;L=K5 87<5@5=8O =075<=KE ?>B>:>2 B5?;>2KE =59B@>=>2 2 ;01>@0B>@8OE  /  8 LNGS(B0;8O) . 725AB8O , A5@. D87., B>< 75, !6, A. 908-910, 2011. 0.315*60/3 = 6.3 3) Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, Y. Liu, X.H. Ma and J. Zhao. Thermal neutron flux produced by EAS at various altitudes. arXiv:1204.3857v1 [astro-ph.HE] 4/6 = 0.67 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 6.56 1) V.V. Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D.M. Gromushkin, Yu.V. Stenkin,  Dependence on altitude above sea level of thermal neutron concentration in air above surface , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc1124, 2011. 6*1.5/6 = 1.5 2) Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.L. Tsyabuk, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko, I.I. Yashin,  The ProtoPRISMA array for EAS study , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc1136, 2011. 6*1.5/10 = 0.9 3) H. Lyberis, V.V. Alekseenko, R. Bonino, O. Deligny, P.L. Ghia, M. Grigat, A. Letessier-Selvon, S. Mollerach, S. Over, E. Roulet,  The East-West method : an exposure-independent method to search for large scale anisotropies of cosmic rays , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc1145, 2011. 6*1.5/10 = 0.9 4) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michailova, Yu. Stenkin, V. Stepanov, A. Tsyabuk andLVAL/ V. Volchenko. Sidereal anisotropy of cosmic rays at 10 - 100 TeV energy range. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr1_576, 2012. 6*1.5/8 = 1.13 5) V. Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov, V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), sh_577, 2012. 6*1.5/9 = 1 6) D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr1_527, 2012. 6*1.5/8 =1.13 >=D5@5=F88, =5 >?C1;8:>20=> 1.5 1) . 33rd General Assembly of the European Seismological Commission, 19-24, August, 2012, Moscow. V. Alekseenko, S. Gorozhantsev, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov. Registration of Free Earth s Oscillations with a Global Net of the Thermal Neutron Scintillation En-Detectors 6/6 = 1 2) A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13-21 A5=BO1@O 20123. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. 4/8 = 0.5  ! !:   70 2011-2012 33. 29/11/2012. ;5:A55=:> 8:B>@ ;048<8@>28G, @>4. 27.12.1945, A=A, :. LVAL0D.-<. =., !". C1;8:0F88: 1. ..;5:A55=:>, ...02@8;N:, ..C7L<8=>2, !.!. 0B:528G. 57C;LB0BK 87<5@5=89 35;852K< ?@>?>@F8>=0;L=K< AGQBG8:>< !-04 =59B@>==>3> D>=0 =0 >1J5:B0E  / . >A:20, @5?@8=B / . 1302/2011, >:BO1@L 2011 3., 14 AB@.  =4/4= 1.0 2. ..;5:A55=:>, ...02@8;N:, ..C7L<8=>2. A>15==>AB8 E0@0:B5@8AB8: AF8=B8;;OF8>==>3> 45B5:B>@0 B5?;>2KE =59B@>=>2 [ZnS(Ag)+6LiF] 2 @07;8G=KE CA;>28OE 87<5@5=89. >A:20, @5?@8=B /  1303/2011, >:BO1@L 2011 3., 8 AB@.  =4/3= 1.3 3... ;5:A55=:>, .. @><CH:8=, ... !B5=L:8=. !@02=8B5;L=K5 87<5@5=8O =075<=KE ?>B>:>2 B5?;>2KE =59B@>=>2 2 ;01>@0B>@8OE  /  8 LNGS (B0;8O). 725AB8O , A5@. $87., B. 75, !6, (2011), A. 908-910.  =0.406*60/3=8.1 4. ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 400 402.  =0.406*60/9=2.7 5. R.Bonino, V.V.Alekseenko, O.Deligny, P.L.Ghia, M.Grigat, A.Letessier-Selvon, H.Lyberis, S.Mollerach, S.Over, E.Roulet. The East-West method: an exposure-independent method to search for large scale anisotropies of cosmic rays. arXiv:1106.2651v1 [astro-ph.IM]. Journal reference: Astrophys.J.738:67,2011. (Submitted on 14 Jun 2011).  =4/10= 0.4 6. R.Bonino, V.V.Alekseenko, O.Deligny, P.L.Ghia, M.Grigat, A.Letessier-Selvon, H.Lyberis, S.Mollerach, S.Over, E.Roulet. The East-West method: an exposure-independent method to search for large scale anisotropies of cosmic rays. The Astrophysical Journal Volume 738 Number 1. Published 2011 August 12.  =6.063*30/10= 18.2 7. Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, Y. Liu, X.H. Ma, J. Zhao. Thermal neutron flux produced by EAS at various altitudes. ArXiv:1204.3857v1 [astro-ph.HE], (2012).  =4/6=0.7   ?> ?C1;8:0F8O< = 32.4 >:;04K: 8. V.V. Alekseenko, F.LVAL1 Arneodo, G. Bruno, W. Fulgione, D.M. Gromushkin and Yu. V. Stenkin. Dependence on altitude above sea level of thermal neutron concentration in air above surface. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1124.  =6*1.5/6=1.5 9. Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1136.  =6*1.5/10=0.9 10. H. Lyberis on behalf of V.V. Alekseenko, , R. Bonino, O. Deligny, P.L. Ghia, M. Grigat, A. Letessier-Selvon, S. Mollerach, S. Over, E. Roulet. The East-West method: an exposure-independent method to search for large scale anisotropies of cosmic rays. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1145.  =6*1.5/10= 0.9 11. V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Proc. of 23d ECRS (2012). ID577.  =6/9*1.5=1.0 12. D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Proc. of 23d ECRS (2012). ID527.  =6/8*1.5=1.1 13. V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Yu Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100 Tev energy range. Proc. of 23d ECRS (2012). ID576.  =6/8*1.5=1.1 14. V.Alekseenko, S.Gorozhantsev, D.Gromushkin, O. Shchegolev, Yu. Stenkin and V. Stepanov. Registration of Free Earth s Oscillations with a Global Net of the Thermal Neutron Scintillation en-Detectors. 33rd General Assembly of the European Seismological Commission, 19-24, August, 2012, Moscow. Talk  =6/6=1.0 15. ;5:A55=:> .., 02@8 LVAL ;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13-21 A5=BO1@O 20123. >:;04.  =4/8=0.5   ?> 4>:;040< = 8.0 B>3>: AC<<0@=K9   = 40.4 (32.4 + 8.0).LVALNG3>2>A5;LF520 8B0 8:B>@>2=0, 12.11.1957, =A ;01>@0B>@88 !"   = 91.62 C1;8:0F88: 73.29 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov. "On the mass composition of primary cosmic rays in the energy region $10^{15}-10^{16}$ eV", arXiv:1108.4245v1 [hep-ph] 2011. 4/3 = 1.33 2) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.315*60/10 = 1.89 3) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, ..5B@CE8=, "-=5@35B8G5A:89 A?5:B@ <N>=>2 :>A<8G5A:8E ;CG59 2KH5 10 "M ?> 40==K< !"", 725AB8O , A5@.D87., B>< 75, ! 3, A. 440-442, 2011. 0.315*60/6 = 3.15 4) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 5) Yu.F. Novoseltsev, A.G. Bogdanov, R.P. Kokoulin, R.V. Novoseltseva, V.B. Petkov, and A.A. Petrukhin. "On the energy spectrum of cosmic ray muons in 100 TeV region", Astrophys. Space Sci. Trans., 7, 483-486, 2011. 8/6 = 1.33 6) .. >ABN:, .. 5B:>2, .. 5;>2, -.. 0H5=N:, .. 60??C52, ..>2>A5;LF520,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 848 849, 2011. 0.315*60/6 = 3.15 7) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. DLVAL487., B>< 75, ! 6, A. 867 868, 2011. 0.315*60/5 = 3.78 8) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin. Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data. Astroparticle Physics v.36, p.224-236, 2012. 3.216*30/6 = 16.08 9) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov. On the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV. J. Phys. G: Nucl. Part. Phys. 39 (2012) 105202. 4.178*30/3 = 41.78 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 18.33 1) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), v. 11, p. 386, 2011. 6*1.5/7 = 1.3 2) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), v. 4, p. 341, 2011. 6*1.5/8 = 1.13 3) R.V. Novoseltseva,  Update for 2010 of the results of the search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), v. 4, p. 152, 2011. 6*1.5 = 9 4) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov. On the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV. Proceedings of the TAUP 2011. Journal of Physics: Conference Series, v.375 (2012) 052015. 6*1.5/3 = 3.0 5) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "EAS spectrum vs the total number of high energy muons and the mass composition of primary cosmic rays in t LVAL he energy region $10^{15} - 10^{16}$ eV", Proceedings of the 13th ICATPP Conference (Villa Olmo, Como, Italy, 2011), vol.7, p.139-145, World Scientific Publishing Co. Pre. Ltd., 2012. 6*1.5/3 = 3.0 6) M.M. Boliev, I.M. Dzaparova, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, V.I. Volchenko, G.V. Volchenko and A.F. Yanin. The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.66  70, 2011. 6*1.5/10 = 0.9LVALNG6!B@830=>2 5B@ !5<5=>28G, 22.09.1951, =A ;01>@0B>@88 !"   = 9.8 C1;8:0F88: 6.47 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.315*60/10 = 1.89 2) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 867 868, 2011. 0.315*60/5 = 3.78 3) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 3.33 1) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 2) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. 6*1.5/8 = 1.13 3) M.M. Boliev, I.M. Dzaparova, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, V.I. Volchenko, G.V. Volchenko and A.F. Yanin. The Baksan Underground Scintillation Telescope moderniz.LVAL>ation project. DAQ and Calibration System for additional layers. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.66  70, 2011. 6*1.5/10 = 0.9LVALNG8C46052 ;5:A0=4@ #@CH15:>28G, 30.01.1952, =A ;01>@0B>@88 !"   = 24.43 C1;8:0F88: 11.05 1) . . 60??C52, . $. ;8<5=:>, . #. C46052, . !. 8420=A:89, . . 5B:>2, ". 09E0, .. !0@:0<>, "$C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8", 725AB8O , A5@.D87., B>< 75, ! 3, A. 386-388, 2011. 0.315*60/7 = 2.7 2) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. "4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne = 105  107", 725AB8O , A5@.D87., B>< 75, ! 3, A. 389-392, 2011. 0.315*60/9 = 2.1 3) D.D. Dzhappuev, J.V. Balabin, B.B. Gvozdevskij, N.F. Klimenko, A.U. Kudzhaev, O.I. Michailova , V.B. Petkov, E.V.Vashenjuk,  Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7 , Astrophys. Space Sci. Trans., 7, 365-367, 2011. 8/8 = 1 4) ... 0;018=, .. 60??C52, .. 2>7452A:89, .. 0C@G52, .#. C46052, .. 8E09;>20.  =>65AB25==>ABL =0 =59B@>==KE <>=8B>@0E: ;>:0;L=K5 04@>==K5 ;82=8 8 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 393, 2011. 0.315*60/6 = 3.15 5) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 400, 2011. 0.315*60/9 = 2.1 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 3.38 1) A.U. Kudzhaev, D.D. Dzhappuev, O.I. Mikhailova and V.B. Petkov. Investigation of the muonic and hadronic components of Extensive Air Showers at the 1 GeV muon detector of the  Carpet-2 shower array. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.127  131, 2011. 6*1.5/4 = 2.25 2) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michailova, Yu. Ste LVAL nkin, V. Stepanov, A. Tsyabuk and V. Volchenko. Sidereal anisotropy of cosmic rays at 10 - 100 TeV energy range. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr1_576, 2012. 6*1.5/8 = 1.13 >=D5@5=F88, =5 >?C1;8:>20=>: 10 1) A.U. Kudzhaev, "Study for muon and hadron components of EAS at the height 1700 m above sea level", XV-th International School "PARTICLES and COSMOLOGY" (May 26 - June 2, 2011, Troitsk). 1 ;5:F8O. 30/3 = 10LVALNG:>;G5=:> 0;8=0 0A8;L52=0, 30.03.1952, =A ;01>@0B>@88 !"   = 17.51 C1;8:0F88 : 15.71 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.315*60/10 = 1.89 2) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A. Yanin, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 3) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 4) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011 4/10 = 0.4 5) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 400,@LVALP 2011. 0.315*60/9 = 2.1 6) .. >;G5=:>, .. >;G5=:>. 5B>4 02B><0B8G5A:>9 =0AB@>9:8 8 AB018;870F88 M=5@35B8G5A:>3> ?>@>30 AF8=B8;;OF8>==KE 45B5:B>@>2. "-, !6, A.47-55. 2012. 0.324*60/2 = 9.72 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.8 1) Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.L. Tsyabuk, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko, I.I. Yashin,  The ProtoPRISMA array for EAS study , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc1136, 2011. 6*1.5/10 = 0.9 2) M.M. Boliev, I.M. Dzaparova, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, V.I. Volchenko, G.V. Volchenko and A.F. Yanin. The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.66  70, 2011. 6*1.5/10 = 0.9LVALNG<70?0@>20 @8=0 09@0<>2=0, 27.04.1961, =A ;01>@0B>@88 !"   = 4.79 C1;8:0F88: 3.89 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.315*60/10 = 1.89 2) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A. Yanin, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 3) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 4) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.9 1. M.M. Boliev, I.M. Dzaparova, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, V.I. Volchenko, G.V. Volchenko and A.F.  LVAL Yanin. The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.66  70, 2011. 6*1.5/10 = 0.9LVALC@5=O ;5:A0=4@ 8:>;0528G, 14.01.1978, <=A ;01>@0B>@88 !"   = 1.7 C1;8:0F88: 0.8 1) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.9 1) M.M. Boliev, I.M. Dzaparova, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, V.I. Volchenko, G.V. Volchenko and A.F. Yanin. The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.66  70, 2011. 6*1.5/10 = 0.9.LVAL|@CG<57>2 7@5B CE0@18528G, 09.03.1986, AB065@-8AA;54>20B5;L ;01. !".   = 2.1*2 = 4.2 C1;8:0F88:: 2.1 1) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. "4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne = 105  107", 725AB8O , A5@.D87., B>< 75, ! 3, A. 389-392, 2011. 0.315*60/9 = 2.1>G:0@>2 0EB8 0AECB>28G, 21.03.1985, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / .   = 3.59*2 = 7.18 C1;8:0F88:: 2.69 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.315*60/10 = 1.89 2) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.9 1) M.M. Boliev, I.M. Dzaparova, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, V.I. Volchenko, G.V. Volchenko and A.F. Yanin. The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.66  70, 2011. 6*1.5/10=0.9LVALNG0?>=5=:> ;5:A0=4@ 8:>;0528G, 10.10.1983, <=A   = 34.73*2 = 69.46 C1;8:0F88: 4.48 1) .. 5B:>2, .!. >70=5=:>, .. >7=8:>2, .. 0?>=5=:>, .. =4@552, .. !5@3552, ">8A: 30<<0 87;CG5=8O 2KA>:>9 M=5@388 >B :>A<8G5A:8E 30<<0-2A?;5A:>2", 725AB8O , A5@.D87., B>< 75, ! 3, A. 463 466, 2011. 0.315*60/6 = 3.15 2) V.B. Petkov, A.S. Pozanenko, V.M. Loznikov, A.N. Gaponenko, M.V. Andreev, and A.V. Sergeev, "Search for high energy gamma-ray bursts", Astrophys. Space Sci. Trans., 7, 97-100, 2011. 8/6 = 1.33 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.25 1) V.B. Petkov, J. Szabelski, A.N. Gaponenko, I. Alikhanov, "High energy muons in EAS and primary composition around the knee", Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0093, 2011. 6*1.5/4 = 2.25 >=D5@5=F88, =5 >?C1;8:>20=>: 28 1) A.N. Gaponenko,  Search for very short gamma-ray bursts from evaporating primordial black holes , XV-th International School "PARTICLES and COSMOLOGY" (May 26 - June 2, 2011, Troitsk). 1 ;5:F8O. 30/3 = 10 2) A.N. Gaponenko,  Search for black holes as a possible candidate for dark matter , International School on Astro-Particle Physics ISAPP 2011 (8-15 July 2011 - Heidelberg, Germany). 6 3) A.N. Gaponenko,  Flat air showers as possible signature of primordial black hole evaporation , 32nd International Cosmic Ray Conference (Beijing, China, August 12-18, 2011). 6 4) A.N. Gaponenko. Search for very short bursts of the cosmic ray intensity at the Andyrchy EAS array. 23rd European Cosmic Ray Symposium (and 32nd Russian Cosmic Ray Conference), Moscow, Russia, July, 3  7, 2012. 6LVALNGA>ABN: 8E08; @83>@L528G, 25.11.1954, =A ;01>@0B>@88 !"   = 43.72 C1;8:0F88: 9.62 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.315*60/10 = 1.89 2) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 867 868, 2011. 0.315*60/5 = 3.78 3) .. >ABN:, .. 5B:>2, .. 5;>2, -.. 0H5=N:, .. 60??C52, ..>2>A5;LF520,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 848 849, 2011. 0.315*60/6 = 3.15 4) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 11.43 1) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 2) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. 6*1.5/8 = 1.13 3) M.GLVAL$. Kostyuk,  Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere . Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), geo_480, 2012. 6*1.5 = 9 >=D5@5=F88, =5 >?C1;8:>20=>: 22.67 1) M.G. Kostyuk,  Temperature variations of high energy muon flux , XV-th International School "PARTICLES and COSMOLOGY", May 26 - June 2 , 2011 Troitsk, Moscow Region, Russian Federation. 1 ;5:F8O. 30/3 = 10 2) .. >ABN:. !57>==K5 20@80F88 ?>B>:0 :>A<8G5A:8E ;CG59, 0:A0=A:0O <>;>4Q6=0O H:>;0 D878:8 ($ 2012 (@8M;L1@CAL5, 17  21 45:01@O 2012), 1 ;5:F8O, 20/3 = 6.67 3) M.G. Kostyuk. Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere. 23rd European Cosmic Ray Symposium (and 32nd Russian Cosmic Ray Conference), Moscow, Russia, July, 3  7, 2012. 6LVAL@8H:0= .@89 !0<C8;>28G, 25.11.1954, A=A (0.5 AB02:8), :.D.-<.=., 4>F5=B   = 20/2 = 10 >=D5@5=F88, =5 >?C1;8:>20=>: 20 1) ..!. @8H:0=. !B0=40@B=0O <>45;L 2A5;5==>9, 30<<0-0AB@>=><8O 8 :>A<8G5A:85 ;CG8. 0:A0=A:0O <>;>4Q6=0O H:>;0 D878:8 ($ 2012 (@8M;L1@CAL5, 17  21 45:01@O 2012), 1 ;5:F8O. &8:; ;5:F89. 20;8E0=>2 1@038< ;8528G, 15.09.1979, =A, :.D.-<.=.   = 136.9*1.5 = 205.35 C1;8:0F88: 134.65 1) I. Alikhanov,  Exclusive production of pseudoscalar mesons in neutrino-photon interactions , arXiv:1109.1261v1 [hep-ph] 4 2) I. Alikhanov,  Leptoquark models and the energy spectrum of cosmic rays , arXiv:1101.4010. 4 3) I. Alikhanov. Particle decays in the presence of a neutrino background. arXiv:1204.4396, 2012. 4 4) I. Alikhanov. Neutrino photoproduction on pseudo Nambu-Goldstone bosons. arXiv:1207.1263, 2012. 4 5) I. Alikhanov, Exclusive production of pseudoscalar mesons in neutrino-photon interactions, Phys. Lett. B 706: 423"426 (2012). 3.955*30 = 118.65 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.25 1) V.B. Petkov, J. Szabelski, A.N. Gaponenko, I. Alikhanov, "High energy muons in EAS and primary composition around the knee", Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), v. 1, pp. 10, 2011. 6*1.5/4 = 2.25PLVAL`5@5H:>2 @83>@89 >8A5528G, 10.11.1947, A=A (0.5 AB02:8), :.D.-<.=., ?@>D5AA>@   = 51/2 = 25.5 C1;8:0F88: 45 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov. "On the mass composition of primary cosmic rays in the energy region $10^{15}-10^{16}$ eV", arXiv:1108.4245v1 [hep-ph] 2011. 4/3 = 1.33 2) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.315*60/10 = 1.89 3) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov. On the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV. J. Phys. G: Nucl. Part. Phys. 39 (2012) 105202. 4.178*30/3 = 41.78 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 6 1) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov. On the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV. Proceedings of the TAUP 2011. Journal of Physics: Conference Series, v.375 (2012) 052015. 6*1.5/3 = 3.0 2) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "EAS spectrum vs the total number of high energy muons and the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV", Proceedings of the 13th ICATPP Conference (Villa Olmo, Como, Italy, 2011), vol.7, p.139-145, World Scientific Publishing Co. Pre. Ltd., 2012. 6*1.5/3 = 3.0LVALNG.  70 2011-2012 33. CA0:>2 @BC@ ;048<8@>28G, 25.11.1964, =. A. =25,5 1. !.!.5@18F:89, ..<>E>=>2, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."8:0=>2, .."C@8=35, ..&5;51@>2A:89. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. 725AB8O , A5@. $87., B>< 75, !11, 2011, A. 1640-1645. 0.277*60/9*1.5 H" 2.8 2. S. S. Verbitskii, V. N. Emokhonov, A. M. Lapik, V. G. Nedorezov, A. V. Rusakov, G. V. Solodukhov, M. A. Tikanov, A. A. Turinge, A. N. Tselebrovskii. Applying the Photonuclear Technique to Fissile Materials Detection, Bulletin of the Russian Academy of Sciences: Physics, Vol. 75, No. 11, 2011, p. 1544-1548 0.277*60/9*1.5 H" 2.8 3. 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 2 480?07>=5 =87:8E M=5@389 6 100 :M ?> M;5:B@>=0< A 8A?>;L7>20=85< ;8=59=KE D8;LB@>2. "- 2012, No. 2, A.30-35. (0.165*60)/7H"1.4 4. 5@18F:89 !.!., A.M.0?8:, .. CA0:>2, ..&5;51@>2A:89. 538AB@0F8O =59B@>=>2 A ?@8<5=5=85< <5B>40 42>9=>3> @0AA5O=8O. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2012, >@>=56 2012. 6/4 = 1.5 5. A.Turinge, A.Rusakov, A.Savel ev, A.Brantov, V.Bychenkov. Simulation of bremsstrahlung from the interaction of a femtosecond terawatt laser pulses with matter. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  EMIN-2012 , >A:20, 2012. 6*1.5/5 = 1.8 6. D.P. Zagorodnyuk, A.V. Rusakov. SCINTILLATION ("E - E) DETECTOR FOR EXPERIMENTS WITH FEMTOSECOND LASER. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  EMIN-2012 , >A:20, 2012. 6*1.5/2 = 4.5 7. .. >;:>2, .. 20=>2, .. !025;L52-"@>D8<>2, .!. #@N?8=0, !.. (C;O?>2, .. 68;:81052, .. 54>@57>2, .. CA0:>2, .. "C@8=35, .. @0=B>2, ... KG5=:>2. >2K5 D>B>O45@=K5 <5B>4K =0 >A=>25 D5<B>A5:C=4=KE ;075@>2. -'/, 2 ?5G0B8. 8/11 H" 0.7 C:>2>4AB2> ABC45=B><-48?;><=8:>< (A>2<5AB=> A 54>@57>2K< ..) 03>@>4=N: .., #, 2011, 2012 (2*10)/2 = 10 B>3> 25.5LVALNGF  >=4@0BL52 .. =48284C0;L=K9 31.811+6.12=37.931 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2011-2012 33. 1. Coherent photoproduction of -mesons off 3He  search for -mesic nuclei F. Pheron, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, P. Aguar Bartolom, R. Beck, V. Bekrenev, H. Berghuser, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, B. Demissie, M. Dieterle, E. Downie, P. Drexler, D. Glazier, E. Heid, L. Filkov, D. Hornidge, I. Jaegle, O. Jahn, T. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, B. Oussena, P. Pedroni, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, L. Witthauer, F. Zehr Physics Letters B. 2012. B. 709. ! 1-2. A. 21-27. (73 02B>@0: 3.955*30*0.075=8.899) 2. Experimental study of the p!00p reaction with the Crystal Ball/TAPS at the Mainz Microtron V. Kashevarov, A. Fix, S. Prakhov, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, P. Drexler, L. Filkov, D. Glazier, R. Gregor, E. Heid, D. Hornidge, L. Isaksson, O. Jahn, T. Jude, J.D. Kellie, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, D. Krambrich, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, D.M. Manley, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, P. Otte, P. Pedroni, F. Pheron, A. Polonski, J. Robinson, G. Rosner, M. RLVALGost, T. Rostomyan, S. Schumann, M. Sikora, D. Sober, A. Starostin, I. Strakowsky, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, I. Zamboni, F. Zehr Phys. Rev. C 85, 064610 (2012) (74 02B>@0, k=0.075, 3.308*30*0.075=7.443) Physical Review C - Nuclear Physics. 2012. B. 85. ! 6. A. 064610 (74 02B>@0: 3.308*30*0.075=7.443) 3. Measurement of the helicity dependent total cross section for the  n ! p  0 reaction J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, M. Blackston, C. Bradtke, A. Braghieri, N. d'Hose, H. Dutz, A. Fix, E. Heid, O. Jahn, F. Klein, R. Kondratiev, M. Lang, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, D. Protopopescu, G. Reicherz, C. Rohlof, G. Rosner, T. Rostomyan, D. Ryckbosch, G. Tamas, A. Thomas, H. Weller The European Physical Journal A - Hadrons and Nuclei. 2011. B.47. ! 4. A.36 (32 02B>@0: 2.190*30*0.1=6.57) 4. Determination of the  -transition form factor in the  p ! p  ! p  e+e reaction H. Berghuser, V. Metag, A. Starostin, P. Aguar Bartolom, L.K. Akasoy, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, E. Downie, P. Drexler, M. Dieterle, L. Filkov, A. Fix, D. Glazier, R. Gregor, E. Heid, D. Hornidge, O. Jahn, T. Jude, V. Kashevarov, A. Knezevic, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, D.M. Manley, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, S. Micanovic, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, R.O. Owens, P. Pedroni, F. Pheron, A. Polonski, J. Robinson, S. Prakhov, G. Rosner, T. Rostomyan, S. Schumann, D. Sober, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, I. Zamboni, F. Zehr Physics Letters B. 2011. B. 701. ! 5. A. 562-567. (68 02B>@>2: 3.955*30*0.075=8.899) B>3>: 31.811 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F8LVALH8 2 (121 CG0AB=8:) =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Mainz 19. - 23. Mrz 2012 http://mainz12.dpg-tagungen.de/index.html, http://www.dpg-verhandlungen.de/year/2012/conference/mainz/part/hk 1. HK 11.4 Fast Simulation Studies for a Crystal Ball TPC 2. HK 15.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 3. HK 15.8 Measurement of the Beam Asymmetry in Neutral Pion Photoproduction from the Proton near Threshold 4. HK 16.6 Quasifree Photoproduction of Pion Pairs off Nucleons bound in the Deuteron 5. HK 16.9 Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 38.1 Threshold photoproduction of  and 2 mesons off light nuclei - search for mesic nuclei 7. HK 53.27 Development of a time projection chamber for Crystal Ball at MAMI 8. HK 55.4 Double pion photoproduction off nuclei 9. HK 64.6 Aufbau und Inbetriebnahme eines Paarspektrometers zur berwachung des hochenergetischen Photonenstrahls an MAMI 10. HK 64.7 Status des Endpunkttaggers an MAMI-C Mnster, 21. - 25. Mrz 2011 http://www.dpg-verhandlungen.de/2011/muenster/index.html 11. HK 4.6 First Doubly Polarised Photoproduction on 3He at the Photon Beam of MAMI 12. HK 7.3 Development of a time projection chamber for Crystal Ball at MAMI 13. HK 11.5 In-Medium Modifikationen des -Mesons nahe der Produktionsschwelle 14. HK 14.7 FPGA basierendes Elektronstrahl-Polarimeter und zellularer Clusterz4hler fr das Crystal-Ball-Experiment am Mainzer Mikrotron (MAMI) 15. HK 17.3 Spin Observables in Compton Scattering with the CB@MAMI Detector System 18. HK 17.4 Measurement of the photon asymmetry in neutral pion production from the proton near threshold 16. HK 28.9 Status des neuen Spektrometers zur Energiemarkierung von hochenergetischen Photonen an MAMI-C 17. HK 43.9 Investigation of tLVAL he Dalitz decay of the  and the 0-meson and determination of the  form factor B>3>, 17*6*0.06=6.12LVALNGJ  8A8= .. =48284C0;L=K9 33.984+6.12= 40.104 !@54=89 ?> ?>4@0745;5=8N (33.534+37.931+40.104)/3= 37.190   @C:>2>48B5;O 40.104*0.5+37.190*0.75= 47.945 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2011-2012 33. 1. Coherent photoproduction of -mesons off 3He  search for -mesic nuclei F. Pheron, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, P. Aguar Bartolom, R. Beck, V. Bekrenev, H. Berghuser, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, B. Demissie, M. Dieterle, E. Downie, P. Drexler, D. Glazier, E. Heid, L. Filkov, D. Hornidge, I. Jaegle, O. Jahn, T. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, B. Oussena, P. Pedroni, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, L. Witthauer, F. Zehr Physics Letters B. 2012. B. 709. ! 1-2. A. 21-27. (73 02B>@0: 3.955*30*0.075=8.899) 2. Experimental study of the p!00p reaction with the Crystal Ball/TAPS at the Mainz Microtron V. Kashevarov, A. Fix, S. Prakhov, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, P. Drexler, L. Filkov, D. Glazier, R. Gregor, E. Heid, D. Hornidge, L. Isaksson, O. Jahn, T. Jude, J.D. Kellie, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, D. Krambrich, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, D.M. Manley, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. MetLVALKag, S. Micanovic, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, P. Otte, P. Pedroni, F. Pheron, A. Polonski, J. Robinson, G. Rosner, M. Rost, T. Rostomyan, S. Schumann, M. Sikora, D. Sober, A. Starostin, I. Strakowsky, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, I. Zamboni, F. Zehr Phys. Rev. C 85, 064610 (2012) (74 02B>@0, k=0.075, 3.308*30*0.075=7.443) Physical Review C - Nuclear Physics. 2012. B. 85. ! 6. A. 064610 (74 02B>@0: 3.308*30*0.075=7.443) 3. Measurement of the helicity dependent total cross section for the  n ! p  0 reaction J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, M. Blackston, C. Bradtke, A. Braghieri, N. d'Hose, H. Dutz, A. Fix, E. Heid, O. Jahn, F. Klein, R. Kondratiev, M. Lang, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, D. Protopopescu, G. Reicherz, C. Rohlof, G. Rosner, T. Rostomyan, D. Ryckbosch, G. Tamas, A. Thomas, H. Weller The European Physical Journal A - Hadrons and Nuclei. 2011. B.47. ! 4. A.36 (32 02B>@0: 2.190*30*0.1=6.57) 4. Determination of the  -transition form factor in the  p ! p  ! p  e+e reaction H. Berghuser, V. Metag, A. Starostin, P. Aguar Bartolom, L.K. Akasoy, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, E. Downie, P. Drexler, M. Dieterle, L. Filkov, A. Fix, D. Glazier, R. Gregor, E. Heid, D. Hornidge, O. Jahn, T. Jude, V. Kashevarov, A. Knezevic, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, D.M. Manley, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, S. Micanovic, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, R.O. Owens, P. Pedroni, F. Pheron, A. Polonski, J. Robinson, S. Prakhov, G. Rosner, T. Rostomyan, S. Schumann, D. Sober, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, I. Zamboni,LVALL F. Zehr Physics Letters B. 2011. B. 701. ! 5. A. 562-567. (68 02B>@>2: 3.955*30*0.075=8.899) 5. The electronion scattering experiment ELISE at the international facility for antiproton and ion research (FAIR)  a conceptual design study. Antonov A.N., Gaidarov M.K., Kadrev D.N., Ache M., Barreau G., Czajkowski S., Jurado B., Belier G., Chatillon A., Granier T., Taieb J., Dor D., Letourneau A., Ridikas D., Dupont E., Berthoumieux E., Panebianco S., Farget F., Schmitt C., Audouin L., Khan E., Tassan-Got L., Aumann T., Beller P., Boretzky K., Dolinskii A., Egelhof P., Emling H., Franzke B., Geissel H., Kelic-Heil A., Kester O., Kurz N., Litvinov Y., Mnzenberg G., Nolden F., Schmidt K.H., Scheidenberger C., Simon H., Steck M., Weick H., Harakeh M.N., Litvinova E.V., Enders J., Pietralla N., Richter A., Schrieder G., Zilges A., Distler M.O., Merkel H., Mller U., Junghans A.R., Lenske H., Fujiwara M., Suda T., Kato S., Adachi T., Hamieh S., Kalantar-Nayestanaki N., Wrtche H., Berg G.P.A., Koop I.A., Logatchov P.V., Otboev A.V., Parkhomchuk V.V., Shatilov D.N., Shatunov P.Y., Shatunov Y.M., Shiyankov S.V., Shvartz D.I., Skrinsky A.N., Chulkov L.V., Danilin B.V., Korsheninnikov A.A., Kuzmin E.A., Ogloblin A.A., Volkov V.A., Grishkin Y., Lisin V.P., Mushkarenkov A.N., Nedorezov V., Polonski A.L., Rudnev N.V., Turinge A.A., Artukh A., Avdeichikov V., Ershov S.N., Fomichev A., Golovkov M., Gorshkov A.V., Grigorenko L., Klygin S., Krupko S., Meshkov I.N., Rodin A., Sereda Y., Seleznev I., Sidorchuk S., Syresin E., Stepantsov S., Ter-Akopian G., Teterev Y., Vorontsov A.N., Kamerdzhiev S.P., Karataglidis S., Borge M.J.G., Garrido E., Sarriguren P., Vignote J.R., Ivanov M.V., Alvarez Rodriguez R., Fernandez Ramirez C., Fraile Prieto L.M., Lopez Herraiz J., Moya De Guerra E., Udias Moinelo J., Amaro Soriano J.E., Lallena Rojo A.M., Caballero J.A., Johansson H.T., Jonson B., Nilsson T., Nyman G., Zhukov M., Heinz A., Golubev P., Rudolph D., Hencken K., Jourdan J., Krusche B., Rauscher T., Kiselev D., TraLVALMutmann D., Al-Khalili J., Catford W., Johnson R., Stevenson P.D., Barton C., Jenkins D., Lemmon R., Chartier M., Cullen D., Bertulani C.A. Nuclear Instruments and Methods in Physics Research. Section A: 2011. B. 637. ! 1. A. 60-76. (143 02B>@0: 1.207*30*0.06=2.173) B>3>: 33.984 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 (121 CG0AB=8:) =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Mainz 19. - 23. Mrz 2012 http://mainz12.dpg-tagungen.de/index.html, http://www.dpg-verhandlungen.de/year/2012/conference/mainz/part/hk 1. HK 11.4 Fast Simulation Studies for a Crystal Ball TPC 2. HK 15.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 3. HK 15.8 Measurement of the Beam Asymmetry in Neutral Pion Photoproduction from the Proton near Threshold 4. HK 16.6 Quasifree Photoproduction of Pion Pairs off Nucleons bound in the Deuteron 5. HK 16.9 Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 38.1 Threshold photoproduction of  and 2 mesons off light nuclei - search for mesic nuclei 7. HK 53.27 Development of a time projection chamber for Crystal Ball at MAMI 8. HK 55.4 Double pion photoproduction off nuclei 9. HK 64.6 Aufbau und Inbetriebnahme eines Paarspektrometers zur berwachung des hochenergetischen Photonenstrahls an MAMI 10. HK 64.7 Status des Endpunkttaggers an MAMI-C Mnster, 21. - 25. Mrz 2011 http://www.dpg-verhandlungen.de/2011/muenster/index.html 11. HK 4.6 First Doubly Polarised Photoproduction on 3He at the Photon Beam of MAMI 12. HK 7.3 Development of a time projection chamber for Crystal Ball at MAMI 13. HK 11.5 In-Medium Modifikationen des -Mesons nahe der Produktionsschwelle 14. HK 14.7 FPGA basierendes Elektronstrahl-Polarimeter und zellularer Clusterz4hler fr das Crystal-Ball-Experiment am Mainzer Mikrotron (MAMI) 1~ LVAL 5. HK 17.3 Spin Observables in Compton Scattering with the CB@MAMI Detector System 18. HK 17.4 Measurement of the photon asymmetry in neutral pion production from the proton near threshold 16. HK 28.9 Status des neuen Spektrometers zur Energiemarkierung von hochenergetischen Photonen an MAMI-C 17. HK 43.9 Investigation of the Dalitz decay of the  and the 0-meson and determination of the  form factor B>3>, 17*6*0.06=6.12LVALNGO  >;>=A:89 .. =48284C0;L=K9 27.414+6.12=33.534 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2011-2012 33. 1. Coherent photoproduction of -mesons off 3He  search for -mesic nuclei F. Pheron, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, P. Aguar Bartolom, R. Beck, V. Bekrenev, H. Berghuser, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, B. Demissie, M. Dieterle, E. Downie, P. Drexler, D. Glazier, E. Heid, L. Filkov, D. Hornidge, I. Jaegle, O. Jahn, T. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, B. Oussena, P. Pedroni, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, L. Witthauer, F. Zehr Physics Letters B. 2012. B. 709. ! 1-2. A. 21-27. (73 02B>@0: 3.955*30*0.075=8.899) 2. Experimental study of the p!00p reaction with the Crystal Ball/TAPS at the Mainz Microtron V. Kashevarov, A. Fix, S. Prakhov, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, P. Drexler, L. Filkov, D. Glazier, R. Gregor, E. Heid, D. Hornidge, L. Isaksson, O. Jahn, T. Jude, J.D. Kellie, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, D. Krambrich, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, D.M. Manley, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, P. Otte, P. Pedroni, F. Pheron, A. Polonski, J. Robinson, G. Rosner, M. RoLVALPst, T. Rostomyan, S. Schumann, M. Sikora, D. Sober, A. Starostin, I. Strakowsky, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, I. Zamboni, F. Zehr Phys. Rev. C 85, 064610 (2012) (74 02B>@0, k=0.075, 3.308*30*0.075=7.443) Physical Review C - Nuclear Physics. 2012. B. 85. ! 6. A. 064610 (74 02B>@0: 3.308*30*0.075=7.443) 3. Determination of the  -transition form factor in the  p ! p  ! p  e+e reaction H. Berghuser, V. Metag, A. Starostin, P. Aguar Bartolom, L.K. Akasoy, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, E. Downie, P. Drexler, M. Dieterle, L. Filkov, A. Fix, D. Glazier, R. Gregor, E. Heid, D. Hornidge, O. Jahn, T. Jude, V. Kashevarov, A. Knezevic, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, D.M. Manley, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, S. Micanovic, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, R.O. Owens, P. Pedroni, F. Pheron, A. Polonski, J. Robinson, S. Prakhov, G. Rosner, T. Rostomyan, S. Schumann, D. Sober, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, I. Zamboni, F. Zehr Physics Letters B. 2011. B. 701. ! 5. A. 562-567. (68 02B>@>2: 3.955*30*0.075=8.899) 4. The electronion scattering experiment ELISE at the international facility for antiproton and ion research (FAIR)  a conceptual design study. Antonov A.N., Gaidarov M.K., Kadrev D.N., Ache M., Barreau G., Czajkowski S., Jurado B., Belier G., Chatillon A., Granier T., Taieb J., Dor D., Letourneau A., Ridikas D., Dupont E., Berthoumieux E., Panebianco S., Farget F., Schmitt C., Audouin L., Khan E., Tassan-Got L., Aumann T., Beller P., Boretzky K., Dolinskii A., Egelhof P., Emling H., Franzke B., Geissel H., Kelic-Heil A., Kester O., Kurz N., Litvinov Y., Mnzenberg G., Nolden F., Schmidt K.H., Scheidenberger C., Simon H., SteckLVALQ M., Weick H., Harakeh M.N., Litvinova E.V., Enders J., Pietralla N., Richter A., Schrieder G., Zilges A., Distler M.O., Merkel H., Mller U., Junghans A.R., Lenske H., Fujiwara M., Suda T., Kato S., Adachi T., Hamieh S., Kalantar-Nayestanaki N., Wrtche H., Berg G.P.A., Koop I.A., Logatchov P.V., Otboev A.V., Parkhomchuk V.V., Shatilov D.N., Shatunov P.Y., Shatunov Y.M., Shiyankov S.V., Shvartz D.I., Skrinsky A.N., Chulkov L.V., Danilin B.V., Korsheninnikov A.A., Kuzmin E.A., Ogloblin A.A., Volkov V.A., Grishkin Y., Lisin V.P., Mushkarenkov A.N., Nedorezov V., Polonski A.L., Rudnev N.V., Turinge A.A., Artukh A., Avdeichikov V., Ershov S.N., Fomichev A., Golovkov M., Gorshkov A.V., Grigorenko L., Klygin S., Krupko S., Meshkov I.N., Rodin A., Sereda Y., Seleznev I., Sidorchuk S., Syresin E., Stepantsov S., Ter-Akopian G., Teterev Y., Vorontsov A.N., Kamerdzhiev S.P., Karataglidis S., Borge M.J.G., Garrido E., Sarriguren P., Vignote J.R., Ivanov M.V., Alvarez Rodriguez R., Fernandez Ramirez C., Fraile Prieto L.M., Lopez Herraiz J., Moya De Guerra E., Udias Moinelo J., Amaro Soriano J.E., Lallena Rojo A.M., Caballero J.A., Johansson H.T., Jonson B., Nilsson T., Nyman G., Zhukov M., Heinz A., Golubev P., Rudolph D., Hencken K., Jourdan J., Krusche B., Rauscher T., Kiselev D., Trautmann D., Al-Khalili J., Catford W., Johnson R., Stevenson P.D., Barton C., Jenkins D., Lemmon R., Chartier M., Cullen D., Bertulani C.A. Nuclear Instruments and Methods in Physics Research. Section A: 2011. B. 637. ! 1. A. 60-76. (143 02B>@0: 1.207*30*0.06=2.173) B>3>: 27.414 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 (121 CG0AB=8:) =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Mainz 19. - 23. Mrz 2012 http://mainz12.dpg-tagungen.de/index.html, http://www.dpg-verhandlungen.de/year/2012/conference/mainz/part/hk 1. HK 11.4 Fast Simulation S`LVALptudies for a Crystal Ball TPC 2. HK 15.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 3. HK 15.8 Measurement of the Beam Asymmetry in Neutral Pion Photoproduction from the Proton near Threshold 4. HK 16.6 Quasifree Photoproduction of Pion Pairs off Nucleons bound in the Deuteron 5. HK 16.9 Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 38.1 Threshold photoproduction of  and 2 mesons off light nuclei - search for mesic nuclei 7. HK 53.27 Development of a time projection chamber for Crystal Ball at MAMI 8. HK 55.4 Double pion photoproduction off nuclei 9. HK 64.6 Aufbau und Inbetriebnahme eines Paarspektrometers zur berwachung des hochenergetischen Photonenstrahls an MAMI 10. HK 64.7 Status des Endpunkttaggers an MAMI-C Mnster, 21. - 25. Mrz 2011 http://www.dpg-verhandlungen.de/2011/muenster/index.html 11. HK 4.6 First Doubly Polarised Photoproduction on 3He at the Photon Beam of MAMI 12. HK 7.3 Development of a time projection chamber for Crystal Ball at MAMI 13. HK 11.5 In-Medium Modifikationen des -Mesons nahe der Produktionsschwelle 14. HK 14.7 FPGA basierendes Elektronstrahl-Polarimeter und zellularer Clusterz4hler fr das Crystal-Ball-Experiment am Mainzer Mikrotron (MAMI) 15. HK 17.3 Spin Observables in Compton Scattering with the CB@MAMI Detector System 18. HK 17.4 Measurement of the photon asymmetry in neutral pion production from the proton near threshold 16. HK 28.9 Status des neuen Spektrometers zur Energiemarkierung von hochenergetischen Photonen an MAMI-C 17. HK 43.9 Investigation of the Dalitz decay of the  and the 0-meson and determination of the  form factor B>3>, 17*6*0.06=6.12LVALNGSC@528G @83>@89 0=>28G, 28.11.1935, 4.D-<.=., 702. A5:B>@><,   70 2011-2012 33. =48284C0;L=K9   70 2011-2012 33.= 307,084 >=>3@0D88: 1. .!. 0B=5@, ..!>:>;, ..C@528G, ..54>@57>2, ..!>;>4CE>2 8 4@. AA;54>20=8O M;5:B@><03=8B=KE 2708<>459AB289 O45@: 2G5@0, A53>4=O, 702B@0. 740B5;LAB2> #, 2011, 204 AB@. >A:20. ISBN 978-5-91304-194-4 (13 ?5G0B=KE ;8AB>2). 13*2*0.1=2.6 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. N.S.Borisov, A.N.Fedorov, G.M.Gurevich, R.L.Kondratiev, M.Korolija, A.B.Lazarev, M.Martinez, S.V.Mironov, A.B.Neganov, V.N.Pavlov, H.Ortega, A.Thomas, Yu.A.Usov. Frozen-spin target for experiments at MAMI C. Nuclear Instruments and Methods A (2 ?5G0B8). 1.207*30*0.1=3.621 2. V.L.Kashevarov, G.Gurevich, R. Kondratiev, V.Lisin, A.Mushkarenkov, A. Polonski et al. (67 02B>@>2). Target and beam asymmetry for the p!00p. Phys. Rev. C (2 ?5G0B8). 3.308*30*0.075=7.443 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. C@528G, ..@78=:O=, ..0@D5=>20. #3;>2K5 @0A?@545;5=8O 0;LD0-G0AB8F, 8A?CA:05<KE >@85=B8@>20==K<8 O4@0<8, 8 8E A2O7L A O45@=>9 45D>@<0F859. 725AB8O  (A5@. $87.) 75, 4 (2011) 556-561. 0.406*60/3=8.12 2. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. Angular distributions of alpha particles emitted by oriented nuclei and their relation to nuclear deformation. Bulletin of the Russian Academy of Sciences: Physics 75, 4 (2011) 520-525. 0.406*60/3=8.12 3. .. C@528G, ..@78=:O=, ..0@D5=>20.  2>7<>6=>AB8 CA:>@5=8O a-@0A?040: : ?@>1;5<5 ;8:2840F88 @048>0:B82=KE O45@=KE >BE>4>2. 725AB8O  (A5@. $87.). 76, 4 (2012) 522-524. 0.406*60/3=8.12 4. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. About a possibility of a-decay acceleration: to the problem of radioactive nuclear waste disposal. Bulletin of the Russian Academy of Sciences: Physics 76, 4 (2012) 454-456. 0.406*60/3=8.12 5. ..C@528G. :B82=0O ?>;O@87>20==0O <8H5=L: 87<5@5=85 A?8=>2KE ?>;O@87C5<>AB59 ?@>B>=0. 8AL<0 2 -'/ (2 ?5G0B8). 0.519*60=31.14 6. G.M.Gurevich.  Active polaLVALTrized target: measurement of the proton spin polarizabilities. Physics of Particles and Nuclei Letters (2 ?5G0B8). 0.519*60=31.14 7. ..C@528G. 7<5@5=85 A?8=>2KE ?>;O@87C5<>AB59 ?@>B>=0. /45@=0O D878:0 (2 ?5G0B8). 0.914*60=54.84 8. G.M.Gurevich. Measurement of spin polarizabilities of the proton. Physics of Atomic Nuclei (2 ?5G0B8). 0.914*60=54.84 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. G.M.Gurevich. Angular distributions of alpha particles emitted by oriented nuclei and their relation to nuclear deformation. LX International Conference on Nuclear Physics  NUCLEUS 2010 (Saint-Petersburg, July 6-9, 2010). !5:F8>==K9 4>:;04, >?C1;8:>20= 2 2011 3. 6*1.5*0.5=4.5 2. .. C@528G, ..@78=:O=, ..0@D5=>20.  2>7<>6=>AB8 CA:>@5=8O a-@0A?040: : ?@>1;5<5 ;8:2840F88 @048>0:B82=KE O45@=KE >BE>4>2. 61 564C=0@>4=0O :>=D5@5=F8O /  2011 (!0@>2, 10-14 >:BO1@O 2011 3.). !5:F8>==K9 4>:;04, >?C1;8:>20=. 6*1.5/3=3 3. G.M.Gurevich. Measurement of spin polarizabilities of the nucleon. 62 International conference NUCLEUS-2012 ( >@>=56, 25-30 8N=O 2012 3.). ;5=0@=K9 4>:;04, 2 ?5G0B8. 30*1.5=45 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. ..C@528G. :B82=0O AF8=B8;;OF8>==0O ?>;O@87>20==0O <8H5=L. V '5@5=:>2A:85 GB5=8O (>A:20, $, 10 0?@54O 2012 3.) @83;0H5==K9 4>:;04, 2 ?5G0B8. 20*1.5=30 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference (HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne): Munster, 21 25 <0@B0 2011, http://www.dpg-verhandlungen.de/2011/muenster/hk.pdf 1. HK 4.6 First doubly polarised photoproduction on 3He at the photon beam of MAMI 2. HK 7.3 Development of a time projection chamber for Crystal Ball at MAMI 3. HK 11.5 In-medium modifikationen des  Mesons nahe der Produktionsschwelle 4. HK 14.7 FPGA basierendes Elektronstrahl Polarimeter und zellularer Glusterzahler fur Crystall-Ball Exp. 5. HK 17.3 Spin observabLVALles in Compton scattering with the CB@MAMI detector system 6. HK 17.4 Measurement of the photon asymmetry in neutral pion production from the proton near threshold 7. HK 28.9 Status des neuen Spektrometers zur Energiemarkierung von hochenergetischen Photonen an MAMI-C 8. HK 43.9 Investigation of the Dalitz decay of the  and the p0-meson and determination of the  form factor Mainz, 19 - 23 <0@B0 2012, http://mainz12.dpg-tagungen.de/index.html , http://www.dpg-verhandlungen.de/year/2012/conference/mainz/part/hk 9. HK 11.4 Fast Simulation Studies for a Crystal Ball TPC 10. HK 15.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 11. HK 15.8 Measurement of the Beam Asymmetry in Neutral Pion Photoproduction from the Proton near Threshold 12. HK 16.6 Quasifree Photoproduction of Pion Pairs off Nucleons bound in the Deuteron 13. HK 16.9 Single 0-Photoproduction off Quasi-Free Protons and Neutrons 14. HK 38.1 Threshold photoproduction of  and 2 mesons off light nuclei - search for mesic nuclei 15. HK 53.27 Development of a time projection chamber for Crystal Ball at MAMI 16. HK 55.4 Double pion photoproduction off nuclei 17. HK 64.6 Aufbau und Inbetriebnahme eines Paarspektrometers zur berwachung des hochenergetischen Photonenstrahls an MAMI 18. HK 64.7 Status des Endpunkttaggers an MAMI-C 6*18*0.06=6.48 =48284C0;L=K9   70 2011-2012: 307,084 LVAL >;18;:8= >@8A !5@35528G,11.09.1933, 254. =0CG=K9 A>B@C4=8:, 4>:B>@ D87-<0B =0C:.   70 2011-12 33 =45 1. >=D5@5=F88: 1.1. Proceedings of the 3-rd International Conference in Kiev (NPAE-11), Invited talk: B.S. Dolbilkin  Parameters of Isovector Giant Dipole Resonances Resonances(GDR2 and others) on excited states of nuclei, V.1 p.236 30*1,5= 45LVALNGW 68;02O= 5>=84 025=>28G, 27.03.1940, AB0@H89 =0CG=K9 A>B@C4=8:, :0=4840B D87.-<0B. =0C:.   70 2011-2012 33. @ 171,8. Ia. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E: Ia.1. .. 68;02O=, .. 0@52, .. 052A:89.  1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O . 725AB8O . !5@8O D878G5A:0O, 2011, B. 75, ! 2, AB@. 277-282.   = 60 0,294 / 3 @ 5,9. Ia.2. L.Z. Dzhilavyan, A.I. Karev, V.G. Raevsky.  Disclosure and identification of hidden explosives in the photonuclear detection systems . Bulletin of the Russian Academy of Sciences: Physics, 2011, vol. 75, No 2, pp. 257-262.   = 60 0,294 / 3 @ 5,9. Ia.3. .. 68;02O=, .. 0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . 725AB8O . !5@8O D878G5A:0O, 2011, B>< 75, ! 11, A. 1655-1659.   = 60 0,294 / 2 @ 8,9. Ia.4. L.Z. Dzhilavyan, A.I. Karev. About radiation safety of the photonuclear method for disclosure of hidden explosives at examination of air passengers luggage . Bulletin of the Russian Academy of Sciences: Physics, 2011, vol. 75, No 11, pp.1557-1561.   = 60 0,294 / 2 @ 8,9. Ia.5. .. 68;02O=, .. 0@52, .. 052A:89. >7<>6=>AB8 =0@01>B:8 A ?><>ILN D>B>O45@=KE @50:F89 @048>87>B>?>2 4;O 7040G O45@=>9 <548F8=K. /45@=0O D878:0, 2011, ">< 74, ! 12, A. 1728-1734.   = 60 0,564 / 3 @ 11,3. Ia.6. L.Z. Dzhilavyan, A.I. Karev, V.G. Raevsky.  Possibilities to produce radioisotopes for nuclear medicine by photonuclear reactions Phys. Atomic Nuclei, 2011, Vol. 74, No 12, pp. 1690-1696.   = 60 0,564 / 3 @ 11,3. Ia.7. !.!. 5;KH52, .. 68;02O=, .. @<0:>2, .!. HE0=>2, .. 0@52, .. 052A:89, .. %0=:8=, .. (254C=>2. 1@07>20=85 87>B>?0 18F 2 @50:F88 23Na(g,an) ?@8 Eb 55 M. 5AB=8: #. !5@8O 3. $878:0, 0AB@>=><8O 2012 , ! 3, !. 8-12.   = 60 0,272 / 8 @ 2,1. Ia.8. S.S. Belyshev, L.Z. Dzhilavyan, A.N. Ermakov, B.S. Ishkhanov, A.I. Karev, V.G. Raevsky, V.V. KhLVALXankin, V.I. Shvedunov.  Production of isotope 18F in reaction 23Na(g,an) at Eb 55 MeV . Moscow University Physics Bulletin, 2012, Vol. 67, ! 3, pp. 246-250.   = 60 0,272 / 8 @ 2,1. Ia.9. .. 68;02O=*, .. 54>@57>2. $>B>45;5=85 238U 2 >1;0AB8 3830=BA:>3> @57>=0=A0. /45@=0O D878:0 (2 ?5G0B8).   = 60 0,564 / 2 @ 17. Ia.10. L.Z. Dzhilavyan, V.G. Nedorezov.  The 238U photofission in the giant resonance region . Physics of Atomic Nuclei (in print).   = 60 0,564 / 2 @ 17. Ia.11. !.!. 5;KH52, .. 68;02O=, .. @<0:>2, .!. HE0=>2, .. C7=5F>2, .!. C@8;8:, .. !B>?0=8, .. %0=:8=, .. (254C=>2. 1@07>20=85 18F 2 @50:F88 19F(g,n). 725AB8O . !5@8O D878G5A:0O (2 ?5G0B8).   = 60 0,294 / 9 = 2. Ia.12. S.S. Belyshev, L.Z. Dzhilavyan, A.N. Ermakov, B.S. Ishkhanov, V.V. Khankin, A.S. Kurilik, A.A. Kuznetsov, V.I. Shvedunov, K.A. Stopani.  18F production in the reaction 19F(g,n) . Bulletin of the Russian Academy of Sciences: Physics (in print).   = 60 0,294 / 9 = 2.  Ia @ 5,9 + 5,9 + 8,9 + 8,9 + 11,3 + 11,3 + 2,1 + 2,1 + 17 + 17 + 2 + 2 = 94,4. Ib. @5?@8=BK: Ib.1. .. 68;02O=. 5=5@0F8O ?>78B@>=>2 8 :2078<>=>E@><0B8G5A:8E D>B>=>2 >B 0==838;OF88 ?>78B@>=>2 =0 ;5BC 4;O 8AA;54>20=89 3830=BA:8E @57>=0=A>2 2 0B><=KE O4@0E. 2B>@5D5@0B 48AA5@B0F88 =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C:. / . . 2011.   = 4. Ib.2. .. ;852, !.!. 5;KH52, .. 68;02O=, .. @<0:>2, .!. HE0=>2, .. 0E><>2, .. %0=:8=, .. (254C=>2. -:A?5@8<5=B0;L=>5 8AA;54>20=85 2>7<>6=>AB59 =0@01>B:8 18F, 67!u, 177Lu 4;O O45@=>9 <548F8=K =0 CA:>@8B5;OE M;5:B@>=>2. / . . (2 ?5G0B8).  =4 / 8 = 0,5. Ib.3. !.!. 5;KH52, .. 5@;O=4, ".. 5@;O=4, .. 68;02O=, .. @<0:>2, .. 0<0=8=, .!. HE0=>2, .. 0@52, .. 0E><>2, .. 052A:89, .. %0=:8=, !.. '5@5?=O, .. (254C=>2. -:A?5@8<5=B0;L=>5 8AA;54>20=85 ?@>1;5< @0480F8>==>9 157>?0A=>AB8 ?@8 8A?>;L7>20=88 D>B>O45@=>3> 45B5:B>@0 A:@KBKE 27@K2G0BKE 25I5AB2. / . LVALY. (2 ?5G0B8).  =4 0,1 = 0,4  Ib = 4 + 0,5 + 0,4 = 4,9. III. >=D5@5=F88: III.1. .. C@02;52, .. 0@52, .. 052A:89, .. 60=>2, .. 68;02O=, .. 0?B52, .. 0E><>2, .. (254C=>2, .. K:0;8=, L. Brothers, L. Wildhide. @5420@8B5;L=K5 8A?KB0=8O D>B>O45@=>3> 45B5:B>@0 A:@KBKE 27@K2G0BKE 25I5AB2. ;5=0@=K9 4>:;04. "@C4K VI 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 "5E=8G5A:85 A@54AB20 ?@>B82>459AB28O B5@@>@8AB8G5A:8< 8 :@8<8=0;L=K< 27@K20< (!0=:B-5B5@1C@3, >:BO1@L 2010), !0=:B-5B5@1C@3, 2011.   = 30 0,1 0,5 = 1,5. III.2. L.Z.Dzhilavyan, V.G. Nedorezov.  The 238U photofission in the giant resonance region . !5:F8>==K9 4>:;04. Book of abstracts of the 62 International conference NUCLEUS 2012, (Voronezh, 2012), p. 99.   = 6. III.3. .S.S. Belyshev, L.Z. Dzhilavyan, A.N. Ermakov, B.S. Ishkhanov, V.V. Khankin, A.S. Kurilik, A.A. Kuznetsov, V.I. Shvedunov, K.A. Stopani.  18F production in the reaction 19F(g,n) . !B5=4>2K9 4>:;04. Book of abstracts of the 62 International conference NUCLEUS 2012, (Voronezh, 2012), p. 99.   = 6 / 9 @ 0,7. III.4. L.Z. Dzhilavyan, S.I. Mishnev, V.G. Nedorezov, D.M. Nikolenko, I.A. Rachek, D.K. Toporkov.  Source of monochromatic photons driven by positron in-flight annihilation using internal target of storage ring VEPP-3 . ;5=0@=K9 4>:;04. Proceedings of the XII International Seminar EMIN ( EMIN-2009 , INR RAS, M. 2012).   = 30 1,5 = 45.  III @ 1,5 + 6 + 0,7 + 45 = 53,2. V. 0B5=BK: V.1. #AB@>9AB2> 4;O >1=0@C65=8O A:@KBKE 27@K2G0BKE 25I5AB2 8 =0@:>B8G5A:8E A@54AB2. 0@52 ;5:A0=4@ 20=>28G, 052A:89 0;5@89 5>@38528G, 68;02O= 5>=84 025=>28G, 0?B52 0;5@89 <8B@8528G, 0E><>2 8:>;09 20=>28G, (254C=>2 0A8;89 20=>28G, K:0;8= ;048<8@ 20=>28G, Brothers Louis Joseph,Wilhide Larry Kenneth. 0B5=B $ ! 2442974 (20.02.2012. N;. ! 5).   = 20 / 9 @ 2,3. V.2. !?>A>1 845=B8D8:0F88 A:@KBKE 27@K2G0BKE 25I5AB2 8 =0@:>B8:>2. 0@52 ;5:A0=4@ 20=>28G, 052A:89 0;5@89 5>@38528G, 68;02O= 5>LVAL=84 025=>28G, Brothers Louis Joseph, Wilhide Larry Kenneth. 0B5=B $ ! 2444003 (27.02.2012, N;. ! 6).   = 20 / 5 = 4. V.3. !?>A>1 35=5@0F88 <548F8=A:8E @048>87>B>?>2. 68;02O= 5>=84 025=>28G, 0@52 ;5:A0=4@ 20=>28G, 0;5@89 5>@38528G 052A:89. 0O2:0 =0 ?0B5=B ?>40=0 2 >A?0B5=B. ><5@ 70O2:8 =0 ?0B5=B >AA88 ?> 35=5@0F88 87>B>?>2 4;O <548F8=K !2012110027/15(014990) >B 15.03.2012.   = 20 / 3 @ 6,7. V.4.  Device for detection and identification of carbon- and nitrogen- containing materials . Inventors: Karev Aleksandr Ivanovich, Raevsky Valeriy Georgievich, Dzhilavyan Leonid Zavenovich, Laptev Valeriy Dmitrievich, Pakhomov Nikolay Ivanovich, Shvedunov Vasiliy Ivanovich, Rykalin Vladimir Ivanovich, Brothers Louis Joseph, Wilhide Larry Kenneth. Re: U.S. Patent Application No.: 13/253,934. Filling Date: 10/05/2011. Our ref.: IL-12415. Your ref.: P807-US.   = 20 / 9 @ 2,3. V.5.  Method of detection and identification of carbon and identification of carbon- and nitrogen- containing materials . Inventors: Karev Aleksandr Ivanovich, Raevsky Valeriy Georgievich, Dzhilavyan Leonid Zavenovich, Brothers Louis Joseph, Wilhide Larry Kenneth. Re: U.S. Patent Application No.: 13/253,927. Filling Date: 10/05/2011. Your ref.: IL-12416; Our ref.: P807-US.   = 20 / 5 @ 4.  V @ 2,3 + 4 + 6,7 + 2,3 + 4 = 19,3. B>3>:   @ 94,4 + 4,9 + 53,2 + 19,3 = 171,8LVALNG[!>;>4CE>2 5==0489 0A8;L528G @>4. 19.11.1935, 702. A5:B. $/ .   ;8G=. 48,33.   @C:. 90,075 C1;8:0F88: !.!.5@18F:89, ..<>E>=>2, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."8:0=>2, .."C@8=35, ..&5;51@>2A:89. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. 725AB8O , A5@. $87., B>< 75, !11, A.1640-1645 0.343*60/8*1.5=3,86 S. S. Verbitskii, V. N. Emokhonov, A. M. Lapik, V. G. Nedorezov, A. V. Rusakov, G. V. Solodukhov, M. A. Tikanov, A. A. Turinge, A. N. Tselebrovskii. Applying the Photonuclear Technique to Fissile Materials Detection, Bulletin of the Russian Academy of Sciences: Physics, Vol. 75, No. 11, 2011, p. 1544-1548 0.343*60/8*1.5=3.86 . .. @><>2, .. 5AB5@>2, !.. 8@:>2A:89, .. !>;>4CE>2, .. "@CA>20. =B5=A8D8:0F8O E8<8G5A:8E @50:F89 2 2>4=KE @0AB2>@0E ?>4 2>7459AB285< >1;CG5=8O ?CG:>< CA:>@5==KE M;5:B@>=>2. 72.  A5@. D87. 2011, 75, 11, 1664 1668. 0,343*60/5*1,5=6,17 A.M.Gromov, K.N.Nesterov, S.A.Pirkovsky, G.V.Solodukhov, V.M.Trussova. Intensification of Chemical reactions in aquous solutions upon irradiation with an accelerated electron beam/ Bull. Of Russian Academy of sciences, Physics, 2011, v. 75, no 11, pp 1566  1570. Allerton Press Inc, 2011 0.343*60/5*1.5=6,17 . 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 2 480?07>=5 =87:8E M=5@389 (6 100 :M ?> M;5:B@>=0< A 8A?>;L7>20=85< ;8=59=KE D8;LB@>2. "-, 2012, !1, 1-6. 0.335*60/7*1.5=4.3 ..C@528G, ..54>@57>2, ..!>;>4CE>2. 8B><=8:, D>B>O45@=0O ;01>@0B>@8O / . 2 A1. AA;54>20=8O M;5:B@><03=8B=KE 2708<>459AB289 O45@: 2G5@0, A53>4=O, 702B@0. A. 46 70. ., 2011. 20 : 3 = 6,67   31.03 >=D5@5=F88: !.!. 5@18F:891, .. 0?8:2, .. 54>@57>22, .. CA0:>22, .. !>;>4CE>22, .. "C@8=352. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2011, !1, 2011. LVAL20/6*1.5=5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S. Konobeevski, M.V. Mordovskoy, G.V.Solodukhov, S.V. Zuyev, V.I. Firsov, Yu.M. Zipenyuk. On the possibility of using of electron linac LUE-8 (INR RAS) as the termal neutrons source. EMIN 1012, Moscow, 2012. 20 / 9 = 2,3 .V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S. Konobeevski, M.V. Mordovskoy, G.V.Solodukhov, S.V. Zuyev, V.I. Firsov, Yu.M. Zipenyuk. Electron linac LUE-8 (INR RAS) with W-Be photoneutron target as a neutron source, // 4 Int Conf.  Current problems in nucl. phys. and atomic Energy . 852, 2012 3. 30/ 9*1/5= 5   12,3 0B5=BK 0B5=B: @><>2 .., !>;>4CE>2 .., 8@:>2A:89 !.., "@CA>20 .. "#AB0=>2:0 4;O =5?@5@K2=>3> 872;5G5=8O <5B0;;>2 87 @C4" ><5@ 2468096 >B 09.06.20113. 20 :4 = 5   5 ": 48,33   ;8G=. 48,33 !>@>:8= 79,74 68;02O= 171,8 C4=52 51.64   @C:>2>48B5;O: 48,33 /2+ (48.33+79,74+171,8+51.64)*0,75/4 = 90,078LVALNG] 0?8: ;5:A0=4@ 8E09;>28G @>4 28.05.1953, =A,   70 2012  2011 = 58,4 C1;8:0F88: 1. !.!.5@18F:89, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."C@8=35. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. 725AB8O , A5@. $87., B.75,!11,AB@.1640-1645 0.277*60/9*1.5 H" 2.8 2. S. S. Verbitskii, V. N. Emokhonov, A. M. Lapik, V. G. Nedorezov, A. V. Rusakov, G. V. Solodukhov, M. A. Tikanov, A. A. Turinge, A. N. Tselebrovskii. Applying the Photonuclear Technique to Fissile Materials Detection, Bulletin of the Russian Academy of Sciences: Physics, Vol. 75, No. 11, 2011, p. 1544-1548 0.277*60/9*1.5 H" 2.8 3. 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 2 480?07>=5 =87:8E M=5@389 6 100 :M ?> M;5:B@>=0< A 8A?>;L7>20=85< ;8=59=KE D8;LB@>2. "- 2012,=2,A30-35 0.165*60/7H"1.4 4. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  :30*2.015/10=6,045 5. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Prog.Part.Nucl.Phys., 67(2012)406-411. 30*2.991*0.7/10=6.28 " : 19.3 >=D5@5=F88: 6. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , STORI- 2011, Frascati, Italy.  : 30/4 =7.5 7. A.D'Angelo...V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Complete photo-production experiments , AIP Conf.Proc.1374(2011)17-22  : 3.596*30/10 =10.8 8. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . , Int.School on Nucl.Phys. Eriche, 2011, Italy.  : 30/4 =7.5 9. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.VH LVALX .Rudnev, 61 564C=0@>4=0O :>=D5@5=F8O /  2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 (!0@>2, 10-14 >:BO1@O 2011 3.). !1>@=8: B578A>2 4>:;04>2, 2011.  : 6/4 =1.5 10. A.D'Angelo...V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Results from polarized experiments at LEGS and GRAAL. AIP Conf.Proc.1432(2012)56-61  : 3.596*30/10 =10.8 11. 5@18F:89 !.!., A.M.0?8:, .. CA0:>2, ..&5;51@>2A:89. 538AB@0F8O =59B@>=>2 A ?@8<5=5=85< <5B>40 42>9=>3> @0AA5O=8O. >:;04 =0 :>=D5@5=F88 /4@> 2012, >@>=56 2012. 4/4 = 1 " : 39.1 " 58.4LVALNG_54>@57>2 ;048<8@ 5>@38528G @>4 13.09.1946, 702. 01, $/ ,   70 2011  2012 33. = 315,461   @C: = 222,3 C1;8:0F88: >=>3@0D88: 1. .!. 0B=5@, ..!>:>;, ..C@528G, ..54>@57>2, ..!>;>4CE>2 8 4@. AA;54>20=8O M;5:B@><03=8B=KE 2708<>459AB289 O45@: 2G5@0, A53>4=O, 702B@0. 740B5;LAB2> #, 2011, 204 AB@. >A:20. ISBN 978-5-91304-194-4 (13 ?5G0B=KE ;8AB>2). 13*2*0.1=2.6 ": 2,6 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1 A. Turinge, A. Lapik, V. Nedorezov, N. Rudnev. Simultaneous photo-production measurement of  and  mesons on nucleons at 700 1500 MeV. Progress in Particle and Nuclear Physics, Volume 67, Issue 2, April 2012, Pages 406 411.  : 30*1,442/4 = 10, 815 " 10,815 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. 20=>2, !.. (C;O?>2, .. CA0:>2, .. "C@8=35, .. @0=B>2, .. !025;L52 .. 68;:81052, .. 54>@57>2, .!. #@N?8=0, .. >;:>2, ... KG5=:>2. >2K5 D>B>O45@=K5 <5B>4K =0 >A=>25 D5<B>A5:C4=KE ;075@>2. "@.'5@5=:>2A:8E GB5=89, $ (2012) , -'/, C1=0 (2012), 2 ?5G0B8.  : 60*1,1/10 =6,6 2. ... 68;02O=, .. 54>@57>2. $>B>45;5=85 238U 2 >1;0AB8 3830=BA:>3> @57>=0=A0. /45@=0O D878:0 2012, (2 ?5G0B8).  : 60*0,914/2 =4,326 .3. L.Z. Dzhilavyan, V.G. Nedorezov.  The 238U photofission in the giant resonance region. Physics of Atomic Nuclei 2012, (in print).  : 30*1,442/2 =27,42 4. ..54>@57>2. -:A?5@8<5=BK =0 ?CG:0E 30<<0 - :20=B>2, ?>;CG05<KE <5B>4>< >1@0B=>3> :><?B>=>2A:>3> @0AA5O=8O (?> @57C;LB0B0< :>;;01>@0F88 GRAAL) $878:0 M;5<5=B0@=KE G0AB8F 8 0B><=>3> O4@0 (-'/), B.43, 2K?.3. (2012), 326-347.  : 30*1,442 =43,26 5. 0@;0<>2 ., HE0=>2 ., 54>@57>2 . -;5:B@><03=8B=K5 2708<>459AB28O O45@. 0C:0 2 >AA88 ! 5 , 191 (2012), 44  54..   8./3 = 2,66 6. A.Antonov , ..V.G.Nedorezov, A.A.Turinge e.a.  The electron-ion scattering experiment ELISe at the International Facility for Antiproton and Ion Research (FAIR): A conceptual design study. Nucl.Instrum.Meth.A637:60-76,2011.  : 30*1,442/10 LVAL`=4,326 7..>>? .., (0BC=>2 ... ,54>@57>2 .. , $><8G52 .!. ,'C;:>2 .. @>5:B ELISe: M;5:B@>=-8>==K9 :>;;0945@ 2 8AA;54>20B5;LA:>< F5=B@5 8>=>2 8 0=B8?@>B>=>2 FAIR B><=0O M=5@38O , 2 ?5G0B8, 2011.  : 30*0,071 =2,13 8. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  :30*2.015/4=15,11 9. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Submitted to Prog.Part.Nucl.Phys., 2011.   30*2.991*0.7/4=15.70 " : 114,546 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: >=D5@5=F88: 1. L.Z.Dzhilavyan, V.G.Nedorezov. The 238U photofission in the giant resonance region. Book of abstracts 62 International conference NUCLEUS 2012, (Voronezh, 2012), p. 99.  : 20/2*1,5 =15.0 2. L.Z. Dzhilavyan, S.I. Mishnev, V.G. Nedorezov, D.M. Nikolenko, I.A. Rachek, D.K. Toporkov.  Source of monochromatic photons driven by positron in-flight annihilation using internal target of storage ring VEPP-3 . Abstract of report at the XIII International Seminar on Electromagnetic Interactions of Nuclei  EMIN-2012 (20-23 September 2012, M.).  : 20/6*1,5 =5.0 3. V. Nedorezov. QED nonlinear effects in photonuclear processes. XXII Int.Baldin conference on High Energy Physics Problems "Relativistic Nuclear Physics and Quantum Chromodynamics", JINR, 2012.  : 20*1,5 =30.0 4. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , STORI- 2011, Frascati, Italy.  : 30/4 *1,5 =11,25 5. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . , Int.School on Nucl.Phys. Eriche, 2011, Italy.  : 30/4 =7.5*1,5=11,25 6/ A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev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b"C@8=35 =4@59 @8A>28G, @>4 15.12.1956, A=A $/ ,   70 2011  2012 33. = 114,95 C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1 A. Turinge, A. Lapik, V. Nedorezov, N. Rudnev. Simultaneous photo-production measurement of  and  mesons on nucleons at 700 1500 MeV. Progress in Particle and Nuclear Physics, Volume 67, Issue 2, April 2012, Pages 406 411.  : 30*1,442/4 = 10, 815 " 10,815 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. 20=>2, !.. (C;O?>2, .. CA0:>2, .. "C@8=35, .. @0=B>2, .. !025;L52 .. 68;:81052, .. 54>@57>2, .!. #@N?8=0, .. >;:>2, ... KG5=:>2. >2K5 D>B>O45@=K5 <5B>4K =0 >A=>25 D5<B>A5:C4=KE ;075@>2. "@.'5@5=:>2A:8E GB5=89, $ (2012) , -'/, C1=0 (2012), 2 ?5G0B8.  : 60*1,1/10 =6,6 6. A.Antonov , ..V.G.Nedorezov, A.A.Turinge e.a.  The electron-ion scattering experiment ELISe at the International Facility for Antiproton and Ion Research (FAIR): A conceptual design study. Nucl.Instrum.Meth.A637:60-76,2011.  : 30*1,442/10 =4,326 8. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  :30*2.015/4=15,11 9. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Submitted to Prog.Part.Nucl.Phys., 2011.   30*2.991*0.7/4=15.70 " : 41,736 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: >=D5@5=F88: 1. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , STORI- 2011, Frascati, Italy.  : 30/4 *1,5 =11,25 2. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . , Int.School on Nucl.Phys. Eriche, 2011, Italy.  : 30/4 =7.5*1,5=11,25 3/ A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, 61 564C=0@>4=0O :>=D5@5=F8O /  2011 ?> ?@>1;5<0<  LVAL O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 (!0@>2, 10-14 >:BO1@O 2011 3.). !1>@=8: B578A>2 4>:;04>2, 2011.  : 20/4 =5*1,5=7,5 4 A.Turinge, A.Rusakov, A.Savel ev, A.Brantov, V.Bychenkov. Simulation of bremsstrahlung from interaction of a femtosecond terawatt laser pulses with matter. Proc. XIII Int.Sem.on Electromagnetic Interactions of Nuclei. EMIN 2012, Moscow, 2012. in press.  : 30/5 =6*1,5=9,0 ": 39,0 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. .. 20=>2, !.. (C;O?>2, .. CA0:>2, .. "C@8=35, .. @0=B>2, .. !025;L52 .. 68;:81052, .. 54>@57>2, .!. #@N?8=0, .. >;:>2, ... KG5=:>2. >2K5 D>B>O45@=K5 <5B>4K =0 >A=>25 D5<B>A5:C4=KE ;075@>2. "@.'5@5=:>2A:8E GB5=89, $ (2012)   = 20*1,5/10 = 3, 0 " 3,0 " 94,586LVAL C4=52 8:>;09 OG5A;02>28G, @>4 18.12.1972, <=A $/ ,   70 2011  2012 33. = 51,84 C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1 A. Turinge, A. Lapik, V. Nedorezov, N. Rudnev. Simultaneous photo-production measurement of  and  mesons on nucleons at 700 1500 MeV. Progress in Particle and Nuclear Physics, Volume 67, Issue 2, April 2012, Pages 406 411.  : 30*1,442/4 = 10, 815 " 10,815 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 8. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  :30*2.015/10=6,045 9. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Submitted to Prog.Part.Nucl.Phys., 2011.   30*2.991*0.7/10=6.28 " : 12,325 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: >=D5@5=F88: 4. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , STORI- 2011, Frascati, Italy.  : 30/4 *1,5 =11,25 5. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . , Int.School on Nucl.Phys. Eriche, 2011, Italy.  : 30/4 =7.5*1,5=11,25 6/ A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, 61 564C=0@>4=0O :>=D5@5=F8O /  2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 (!0@>2, 10-14 >:BO1@O 2011 3.). !1>@=8: B578A>2 4>:;04>2, 2011.  : 30/4 =6.0 ": 28,5 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: " 51,64LVALNGe"C;C?>2 >@8A ;5:A5528G, 06.08.1931, :.D.-<.=, A=A.,   70 2011-2012 33. = 157,3 C1;8:0F88: 1. .."C;C?>2, ..#@8=.  @>AB59H85 D>B>O45@=K5 @50:F88 A 2>71C645=85<: 87>25:B>@=KE 3830=BA:8E 48?>;L=>3> 8 :204@C?>;L=>3> @57>=0=A>2: ?>;C<8:@>A:>?8G5A:>5 >?8A0=85  , /$ 75, c. 1105-1115, (2012).  =0.914*60/2=27.42 2. B.A. Tulupov and M.H.Urin.  The Simplest Photonuclear Reactions Accompanied by Excitation of the Isovector Giant Dipole and Quadrupole Resonances: Semimicroscopic Description , Phys. At. Nucl., 72, c. 1041-1051, (2012).  =0.914*60/2=27.42 3. B.A.Tulupov, M.H. Urin ,  On the direct and semidirect neutron radiative capture by medium-heavy mass nuclei , EPJ Web of Conferences, v.38, 17010 (2012)  =3.631*30/2=54.46 >=D5@5=F88: 1. .."C;C?>2, ..#@8=.  >;C<8:@>A:>?8G5A:>5 >?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89 A 2>71C645=85< 3830=BA:8E 87>25:B>@=KE 1 8 2 @57>=0=A>2 . >:;04, ?@54AB02;5==K9 =0 =0CG=CN A5AA8N /# $ (>A:20, D52@0;L 2011).  =1.5*4/2=3 2. B.A.Tulupov, M.H.Urin. Semimicroscopic Description of the Fast Neutron Radiative Capture. 19th International Seminar on Interaction of Neutrons with Nuclei (ISINN-19, Dubna, Russia, May 25-28, 2011).  ==1.5*6/2=4.5 3. .."C;C?>2, ..#@8=.  >;C<8:@>A:>?8G5A:>5 >?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89 A 2>71C645=85< 87>25:B>@=KE 3830=BA:8E 48?>;L=>3> 8 :204@C?>;L=>3> @57>=0=A>2 . 61 564C=0@>4=0O :>=D5@5=F8O /4@>-2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0, !0@>2, -$, 10-14 >:BO1@O 2011).  =!.5*6/2=4.5 4. B.A.Tulupov, M.H.Urin ,  On the direct and semidirect radiative capture of neutrons by medium-heavy nuclei  , LXII International Conference NUCLEUS 2012, Voronezh, June 25-30, 2012  =1.5*6/2=4.5 5. B.A.Tulupov, M.H. Urin ,  On the direct and semidirect neutron radiative capture by medium-heavy nuclei , International Conference Nuclear Structure and Related Topics (NSRT12), Dubna, July 2-7, 2 LVAL 012  =1.5*6/2=4.5 6. B.A.Tulupov, M.H.Urin ,  Direct and Semidirect neutron radiative capture by medium-heavy mass nuclei: a new version of the semimicroscopic description , XIII International Seminar on Electromagnetic Interactions of Nuclei (EMIN12), Moscow September 20-23, 2012  = 1.5*30/2=22.5 7. B.A.Tulupov, M.H. Urin ,  On the direct and semidirect neutron radiative capture by medium-heavy nuclei , International Conference on  Collective Motion in Nuclei under Extreme Conditions (Comex4), Kanegawa, Japan, October 22-26, 2012  =1.5*6/2=4.5 B>3>:  =27.42+27.42+54.46+3+4.5+4.5+4.5+4.5+22.5+4.5=157.3LVAL4 .@8H8=0 5@0 .@L52=0 @>4. 23.09.1971, A=A $/ ,   70 2011-2012 33. C1;8:0F88: P. Adlarson, C. Adolph, W. Augustyniak, V. Baru, M. Bashkanov, T. Bednarski, F. S. Bergmann, M. BerBowski, H. Bhatt, K.-T. Brinkmann, M. Bscher, H. Caln, H. Clement, D. Coderre, E. CzerwiDski, E. Doroshkevich, C. Ekstrm, R. Engels, W. Erven, W. Eyrich, P. Fedorets, K. Fhl, K. Fransson, F. Goldenbaum, P. Goslawski, K. Grigoryev, V. Grishina, et al. (WASA-at-COSY Collaboration) Phys. Rev. Lett. 106, 242302 (2011) [4 pages] Abashian-Booth-Crowe Effect in Basic Double-Pionic Fusion: A New Resonance?  =7.37*30/10=22.1 B>3>:  =22.1!>@>:8= .@89 20=>28G, @>4. 1939 3. =A $/ .   79,74 C1;8:0F88: ...!>@>:8=. $59=<0=>2A:89 ?@>?030B>@ 4;O G0AB8FK 2 >AF8;;8@CNI5< ?>;5. . 725AB8O , A5@. $87. 2011  ?5G0B8. 0.343*60/1*1.5=30,87 ...!>@>:8=. @5>1@07>20=85 5975=15@30 8 1>@=>2A:>5 ?@81;865=85 2 7040G5 > 2AB@OE820=88 0B><=KE M;5:B@>=>2 ?@8 15B0-@0A?045. 725AB8O , A5@. $87. 2012  ?5G0B8. 0.343*60/1*1,5=30,87   61,74 >=D5@5=F88 Yu.I.Sorokin. Feinman propagator for particle in homogeneous electromagnetic field. >:;04 =0 13 564C=0@>4=>< A5<8=0@5  EMIN-2012 . 6/1=6. ...!>@>:8=. @5>1@07>20=85 5975=15@30 8 1>@=>2A:>5 ?@81;865=85 2 7040G5 > 2AB@OE820=88 0B><=KE M;5:B@>=>2 ?@8 15B0-@0A?045. / -2012.>@=56. 6/1=6 ...!>@>:8=. $59=<0=>2A:89 ?@>?030B>@ 4;O G0AB8FK 2 >AF8;;8@CNI5< ?>;5 /4@> 2011, !0@>2, 2011. 6/1=6   18 !C<<.  : 79,74 '.Re ` [  V Q L GB=83.)y"tCZff@`*@? @HHHH<?BsA`*@?NGHHHH<?AK33A`*@?tNGHHHH<?@CYA`*@?$@HHHH<?>H͌CmC `*@?4NGJJHH<=?B`*@?3NGHHHH<?<OGA`*@?3NGHHHH<?;@A`*@?.NGHHHH<?9 (@`*@?(NGHHHH<?8> @`*@?@HHHH<?72 ff~A`*@?b'NGHHHH<?6 \@`*@?h @HHHH<?5 (@`*@?#NGHHHH<?4 (@`*@?B$NGHHHH<?33 pA`*@?&NGHHHH<?2)\A`*@?2NGHHHH<?1 R5BB`*@?/NGHHHH<?0B`*@?x @HHHH<?/\(@`*@? @HHHH<?, HC`*@?8&NGHHHH<?+RףCB`*@?!NGHHHH<?*ףCB`*@?!NGHHHH<?)SףsB`*@?"NGHHHH<?(IףCB`*@?!NGHHHH<?'wףCB`*@? NGHHHH<?& ףCB `*@?*"NGHHHH<?%T qB`*@?t!NGHHHH<?$x ףCB`*@?P NGHHHH<?#ףSB`*@?V"NGHHHH<?"QB`*@?6{NGHHHH<?!ףCB`*@?Z xNGHHHH<? ? )\B`*@?T9tNGHHHH<?@@`*@?@pHHHH<?ddC`*@?T/qNGHHHH<?gpA `*@? @pHHHH<?Q@@`*@?@oHHHH<?VA`*@? @oHHHH<?%Z@`*@?@nHHHH<?@`*@? @mHHHH<?wq}LC`*@?%jNGHHHH<?.@`*@? @iHHHH<?f8A`*@? @hHHHH<?C `*@?<<<<<? `*@?<<<<<?M̰A`*@?@fHHHH<?zB`*@?@fHHHH<?@LVALP@><CH:8= <8B@89 8E09;>28G, @>4. 08.01.1983, 8=65=5@ (A>2<5AB8B5;L =0 0.25 AB02:8), 0A?8@0=B $, -,   70 2011-2012 33. C1;8:0F88: Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, Y. Liu, X.H. Ma, J. Zhao. Thermal neutron flux produced by EAS at various altitudes. ArXiv:1204.3857v1 [astro-ph.HE], (2012).  =4/6=0.667 >:;04K: .. @><CH:8=, . . )Q3>;52. "AA;54>20=8O 20@80F89 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8". "578AK 18-9 <564C=0@>4=>9 :>=D5@5=F88 ABC45=B>2, 0A?8@0=B>2 8 <>;>4KE CG5=KE "><>=>A>2". >A:20 2011.  =4*1.5/2=3.0 V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. 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Of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1136.  =6*1.5/10=0.9 B>3>:   = 7.692*1.5=11.538 LVAL)Q3>;52 ;53 >@8A>28G, @>4. 19.06.1990, AB. ;01>@0=B (A>2<5AB8B5;L, ABC45=B $), - (&),   70 2011-2012 33. >:;04K: .. @><CH:8=, . . )Q3>;52. "AA;54>20=8O 20@80F89 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8". "578AK 18-9 <564C=0@>4=>9 :>=D5@5=F88 ABC45=B>2, 0A?8@0=B>2 8 <>;>4KE CG5=KE "><>=>A>2". >A:20 2011.  =4*1.5/2=3.0 V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Proc. of 23d ECRS (2012). ID577.  =6/9*1.5=1.0 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Proc. of 23d ECRS (2012). ID527.  =6/8*1.5=1.125 V.Alekseenko, S.Gorozhantsev, D.Gromushkin, O. 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C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 400 402.  =0.315*60/9=2.1 @><CH:8= .., 5B@CE8= .., !B5=L:8= ..., /H8= .. 7CG5=85 2@5<5==>9 AB@C:BC@K =59B@>==>9 :><?>=5=BK (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 403 405.  =0.315*60/4=4.725 D.M. Gromushkin, A.A. Petrukhin, Yu.V. Stenkin and I.I. Yashin. Study of EAS neutron component temporal structure. Astrophys. Space Sci. Trans., 7, (2011), p.115 117.  =0.657*30/4=4.928 Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, Y. Liu, X.H. Ma, J. Zhao. Thermal neutron flux produced by EAS at various altitudes. ArXiv:1204.3857v1 [astro-ph.HE], (2012).  =4/6=0.667 >:;04K: Yu. V. Stenkin. How to solve the cosmic ray knee problem? Proc. of 23d ECRS (2012). ID449.  =6*1.5=9 V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Proc. of 23d ECRS (2012). ID577.  =6/9*1.5=1.0 D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. Measurements of the thermal neutrons flux near the EAS core. Proc. of 23d ECRS (2012). ID437.  = 6/7*1.5=1.286 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. ProLVALlc. of 23d ECRS (2012). ID527.  =6/8*1.5=1.125 V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Yu Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100 Tev energy range. Proc. of 23d ECRS (2012). ID576  =6/8*1.5=1.125 V.Alekseenko, S.Gorozhantsev, D.Gromushkin, O. Shchegolev, Yu. Stenkin and V. Stepanov. Registration of Free Earth s Oscillations with a Global Net of the Thermal Neutron Scintillation en-Detectors. 33rd General Assembly of the European Seismological Commission, 19-24, August, 2012, Moscow. Talk  =6/6=1.0 ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13-21 A5=BO1@O 20123. >:;04.  =4/8=0.5 Yuri V. Stenkin. The PRISMA project and the cosmic ray knee problem. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 0185.  =6*1.5=9 V.V. Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D.M. Gromushkin and Yu. V. Stenkin. Dependence on altitude above sea level of thermal neutron concentration in air above surface. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1124.  =6*1.5/6=1.5 Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1136.  =6*1.5/10=0.9 Yuri V. Stenkin. On the PRISMA project. 2d Workshop on Air Shower Detection at high altitudes, Beijing, 17-19 February, 2011 (?@83;0H5==K9) http://indico.ihep.ac.cn/getFile.py/access?resId=4&materialId=slides&confId=1835.  =30  LVAL Yu. Stenkin. The PRISMA project. Workshop  Cosmic Ray Physics Large Scale Experiments at the Second Decade of the 21st Century", May 16 -18, Moscow, Russia (?@83;0H5==K9) http://tunka.sinp.msu.ru/en/presentation/Stenkin.pdf  =20 Yuri Stenkin. First results of ProtoPRISMA array. 3rd Workshop for Air Shower Detection at High Altitudes. IPN-Orsay, 6-7 October 2011 (?@83;0H5==K9). http://ipnweb.in2p3.fr/%7Eauger/AugerProtected/Lhaaso/ProtoPRISMA_Orsay.pdf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lekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Proc. of 23d ECRS (2012). ID577.  =6/9*1.5=1.0 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Proc. of 23d ECRS (2012). ID527.  =6/8*1.5=1.125 V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Yu Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100 Tev energy range. Proc. of 23d ECRS (2012). ID576  =6/8*1.5=1.125 V.Alekseenko, S.Gorozhantsev, D.Gromushkin, O. Shchegolev, Yu. Stenkin and V. Stepanov. Registration of Free Earth s Oscillations with a Global Net of the Thermal Neutron Scintillation en-Detectors. 33rd General Assembly of the European Seismological Commission, 19-24, August, 2012, Moscow. Talk  =6/6=1.0 Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1136.  =6*1.5/10=0.9 B>3>:   = 7.25H LVALX &O1C: .., =A, :.D.-<..=., -,   70 2011-2012 33. C1;8:0F88: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 400 402.  =0.315*60/9=2.1 >:;04K: D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. Measurements of the thermal neutrons flux near the EAS core. Proc. of 23d ECRS (2012). ID437.  = 6/7*1.5=1.286 V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michailova, Yu. Stenkin, V. Stepanov, A. Tsyabuk and V. Volchenko. Sidereal anisotropy of cosmic rays at 10-100 Tev energy range. Proc. of 23d ECRS (2012). ID576  =6/8*1.5=1.125 B>3>:   = 4.511pLVAL: >7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2011-2012 33 >:;04K: V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova, Reconstruction of the Direction of True Anisotropy of Cosmic Rays at Energy of about 100 TeV, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc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a. S. Elensky, A. V. Lapa and A. S. Lidvansky, Simulation of Positron Flux in Cascades of Runaway Electrons Generated by Cosmic Rays in Thunderstorm Atmosphere, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, geo_459.   = 6/3*1.5 = 3. Ya.S. Elensky, A.V. Lapa, and A.S. Lidvansky, Investigation of origination and survival of avalanches of runaway electrons in strong electric fieds of thunderstorm atmosphere. International Workshop  Thunderstorm Elementary Particles Acceleration (TEPA-2012), Moscow, July 9-11, 2012.   = 6/3*1.5 = 3. B>3>:   = 16.122LVALD "C;C?>20 "0BLO=0 20=>2=0 @>4. 04.11.1940, <=A -,   70 2010-2011 33 >:;04K: V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova, Reconstruction of the Direction of True Anisotropy of Cosmic Rays at Energy of about 100 TeV, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0281.   = (6*1/5)/3 = 3. B>3>  : 3 0?0 ;5:A0=4@ ;048<8@>28G @>4. 23.08.1989, 0A?8@0=B -,   70 2011-2012 33 !B0BL8: /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, AA;54>20=85 A5?0@0B@8AK 4;O <8=8<0;L=>3> ?>@>30 C1530=8O M;5:B@>=>2 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 891 893.   = 0.406*60/3*1.5 = 12.18. /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, >45;8@>20=85 ;028= M;5:B@>=>2 8 ?>78B@>=>2, 2K720==KE :>A<8G5A:8<8 ;CG0<8 ?>4 459AB285< M;5:B@8G5A:>3> ?>;O 3@>7>2KE >1;0:>2, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3, !1>@=8: B@C4>2, AB@. 73-75.   = 4/3*1.5*1.5 = 3. >:;04K: Ya. S. Elensky, A. V. Lapa and A. S. Lidvansky, Simulation of Positron Flux in Cascades of Runaway Electrons Generated by Cosmic Rays in Thunderstorm Atmosphere, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, geo_459.   = 6/3*1.5*1.5 = 4.5. Ya.S. Elensky, A.V. Lapa, and A.S. Lidvansky, Investigation of origination and survival of avalanches of runaway electrons in strong electric fieds of thunderstorm atmosphere. International Workshop  Thunderstorm Elementary Particles Acceleration (TEPA-2012), Moscow, July 9-11, 2012.   = 6/3*1.5*1.5 = 4.5. B>3>:   = 24.18LVALNGr 8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2011-2012 33 C1;8:0F88: K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, Astrophysics and Space Sciences Transactions (ASTRA), 2011, vol. 7, pp. 279 282.   = 8/4 = 2. . . 60??C52, . $. ;8<5=:>, . #. C46052, . !. 8420=A:89, . . 5B:>2, ". 09E0, .. !0@:0<>, $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8, 72. , A5@. D87., 2011, B>< 75, ! 3, A. 388 390.   = 0.406*60/7 = 3.48. /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, AA;54>20=85 A5?0@0B@8AK 4;O <8=8<0;L=>3> ?>@>30 C1530=8O M;5:B@>=>2 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 891 893.   = 0.406*60/3 = 8.12. .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 884 8870.   = 0.406*60/4 = 6.09. .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 888 890.   = 0.406*60/4 = 12.18. >:;04K: A.S. Lidvansky, Cosmic Rays and Thunderstorms, Workshop on Interdisciplinary Science at the Pierre Auger Observatory, Cambridge, UK, April 18-19, 2011. @83;0H5==K9 4>:;04.   = 30. .!. 8420=A:89, 0@80F88 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, @83;0H5==K9 4>:;04 =0 0CG=>9 !5AA88, ?>A2OI5==>9 90-;5B8N A> 4=O @>645=8O 0:045<8:0 .. 'C40:>20,   = 20. V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova, Reconstruction of the Direction of True Anisotropy of Cosmic Rays at Energy of about 100 TeV, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0281.   = 6/3*1.5 = 3. N.S. Khaerdinov, A.S. Lidvansky, Specific Features of Variations of Cosmic LVALsRay Muons during Thunderstorms, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0279.   = 6/2*1/5 = 4.5. N.S. Khaerdinov, A.S. Lidvansky, Cosmic Rays in Thunderstorm Atmosphere: Variations of Different Components and Accompanying Effects, 13th ICATPP Conference on Astroparticle, Particle, Space Physics, and Detectors for Physics Applications, Como, Italy, October 3--7, 2011. @83;0H5==K9 4>:;04.   = 30/2 = 15. .!. 8420=A:89,  2A?KH5G=>9 0:B82=>AB8 @01>284=>9 BC<0==>AB8 ?@8 C;LB@0-2KA>:8E M=5@38OE, A5@>AA89A:0O :>=D5@5=F8O AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0, , 13-16 45:01@O 2011 3.   = 6. A.S. Lidvansky, On the Burst Activity of the Crab Nebula and Pulsar at High and Ultra-High Energies, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, ga_470.   = 6. N. S. Khaerdinov and A. S. Lidvansky, Heights of Generation of Runaway Electrons in Bright Cosmic Ray Events Observed on the Ground during Thunderstorms, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, geo_447.   = 6/2*1/5 = 4.5. N. S. Khaerdinov and A. S. Lidvansky, Interpretation of Variations of Cosmic Ray Muon Flux during Thunderstorms, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, geo_469.   = 6/2*1/5 = 4.5. Ya. S. Elensky, A. V. Lapa and A. S. Lidvansky, Simulation of Positron Flux in Cascades of Runaway Electrons Generated by Cosmic Rays in Thunderstorm Atmosphere, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, geo_459.   = 6/3*1.5 = 3. A.S. Lidvansky, Cosmic Rays and Geophysics (GEO), Rapporteur s Talk at the 23 ECRS and 32nd RCRC, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012.   = 30. A.S. Lidvansky and N.S. Khaerdinov, Cosmic Rays in Thunderstorm Atmosphere, International Workshop  Thunderstorm Elementary Particles Acceleration (TEPA-2012), Moscow, July 9-11, 2012. @83;0H5==K9 4>:;04.   = 30/2 = 15. N.S. Khaerdinov and A.S. Lidvansky, Quantitative AnalysihLVALxs of the Effects Detected by EAS Array during Thunderstorms, International Workshop  Thunderstorm Elementary Particles Acceleration (TEPA-2012), Moscow, July 9-11, 2012.   = 6/2*1.5 = 4.5. Ya.S. Elensky, A.V. Lapa, and A.S. Lidvansky, Investigation of origination and survival of avalanches of runaway electrons in strong electric fieds of thunderstorm atmosphere. International Workshop  Thunderstorm Elementary Particles Acceleration (TEPA-2012), Moscow, July 9-11, 2012.   = 6/3*1.5 = 3. /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, >45;8@>20=85 ;028= M;5:B@>=>2 8 ?>78B@>=>2, 2K720==KE :>A<8G5A:8<8 ;CG0<8 ?>; 459AB285< M;5:B@8G5A:>3> ?>;O 3@>7>2KE >1;0:>2, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3, !1>@=8: B@C4>2, AB@. 73-75.   = 4/3*1.5 = 2. .!. 8420=A:89, .!. %05@48=>2, =><0;L=0O ACB>G=0O 2>;=0 ?>;O E>@>H59 ?>3>4K 2 3>@=>< CI5;L5, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3, !1>@=8: B@C4>2, AB@. 155-157   = 4/2*1.5 = 2. .!. %05@48=>2, .!.8420=A:89, >;8G5AB25==0O 8=B5@?@5B0F8O M:A?5@8<5=B0;L=>3> 8AA;54>20=8O 20@80F89 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3, !1>@=8: B@C4>2, AB@. 248-250.   = 4/2*1.5 = 3. .!. 8420=A:89, .!. %05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 8 A>?CBAB2CNI85 MDD5:BK, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3. @83;0H5==K9 4>:;04.   = 20.2 = 10. @5?@8=BK: K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, arXiv: 1102.4181v1, 2011 [physics.geo-ph].   = 4/4 = 1. C:>2>4AB2> 0A?8@0=B>< (.. 0?0) 1 3>4   = 30. B>3> 8=48284C0;L=K9   : 228.87LVALNGu%05@48=>2 08;L !0D>28G @>4. 30.11.1958, A=A !" ,   70 2011-2012 33 C1;8:0F88: K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, Astrophysics and Space Science Transactions (ASTRA), 2011, vol. 7, pp. 279 282.   = 8/4 = 2. .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 884 8870.   = 0.406*60/4 = 6.09. .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 888 890.   = 0.406*60/4 = 12.18. >:;04K: N.S. Khaerdinov, A.S. Lidvansky, Specific Features of Variations of Cosmic Ray Muons during Thunderstorms, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0279.   = 8/2 = 4. N.S. Khaerdinov, A.S. Lidvansky, Cosmic Rays in Thunderstorm Atmosphere: Variations of Different Components and Accompanying Effects, 13th ICATPP Conference on Astroparticle, Particle, Space Physics, and Detectors for Physics Applications, Como, Italy, October 3--7, 2011.   = 30/2 = 15. N. S. Khaerdinov and A. S. Lidvansky, Heights of Generation of Runaway Electrons in Bright Cosmic Ray Events Observed on the Ground during Thunderstorms, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, geo_447.   = 6/2*1/5 = 4.5. N. S. Khaerdinov and A. S. Lidvansky, Interpretation of Variations of Cosmic Ray Muon Flux during Thunderstorms, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, geo_469.   = 6/2*1/5 = 4.5. A.S. Lidvansky and N.S. Khaerdinov, Cosmic Rays in Thunderstorm Atmosphere, International Workshop  Thunderstorm Elementary Particles Acceleration (TEPA-2012), Moscow, July 9-11, 2012. @83;0H5==K9 4>:;04.   = 30/2 = 15. N.S. Khaerdinov and A.S. Lidvansky, Quantitative AnalyLVALvsis of the Effects Detected by EAS Array during Thunderstorms, International Workshop  Thunderstorm Elementary Particles Acceleration (TEPA-2012), Moscow, July 9-11, 2012.   = 6/2*1.5 = 4.5. .!. 8420=A:89, .!. %05@48=>2, =><0;L=0O ACB>G=0O 2>;=0 ?>;O E>@>H59 ?>3>4K 2 3>@=>< CI5;L5, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3, !1>@=8: B@C4>2, AB@. 155-157   = 4/2*1.5 = 2. .!. %05@48=>2, .!.8420=A:89, >;8G5AB25==0O 8=B5@?@5B0F8O M:A?5@8<5=B0;L=>3> 8AA;54>20=8O 20@80F89 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3, !1>@=8: B@C4>2, AB@. 248-250.   = 4/2*1.5 = 3. .!. 8420=A:89, .!. %05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 8 A>?CBAB2CNI85 MDD5:BK, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3. @83;0H5==K9 4>:;04.   = 20/2 = 10. @5?@8=BK: K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, arXiv: 1102.4181v1, 2011 [physics.geo-ph].   = 4/4 = 1. B>3>:   = 83.77 ": %05@48=>2 08;L !0D>28G, 30.11.1958, :.D.-<.=., A=A ;01. !"   = 50.46 C1;8:0F88: 12.46 1) K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, Astrophysics and Space Science Transactions (ASTRA), 2011, vol. 7, pp. 279 282. 8/4 =2 2) .%. 0=>=848, .LVALw!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 884 887. 0.315*60/4 = 4.73 3) .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 888 890. 0.315*60/2 = 4.73 4) K.Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, arXiv: 1102.4181v1, 2011 [physics.geo-ph]. 4/4 = 1 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 15 1) N.S. Khaerdinov, A.S. Lidvansky, Specific Features of Variations of Cosmic Ray Muons during Thunderstorms, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, icrc0279. 6*1.5/2 = 4.5 2) N.S. Khaerdinov and A.S. Lidvansky. Heights of Generation of Runaway Electrons in Bright Cosmic Ray Events Observed on the Ground during Thunderstorms. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), geo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haerdinov, A.S. Lidvansky, Cosmic Rays in Thunderstorm Atmosphere: Variations of Different Components and Accompanying EffectPLVAL`s, 13th ICATPP Conference on Astroparticle, Particle, Space Physics, and Detectors for Physics Applications, Como, Italy, October 3--7, 2011. 30/2 = 15 2) N.S. Khaerdinov, A.S. Lidvansky. Interpretation of Variations of Cosmic Ray Muon Flux during Thunderstorms. 23rd European Cosmic Ray Symposium (and 32nd Russian Cosmic Ray Conference) Moscow, Russia, July, 3  7, 2012. 6/2 = 3 3) N.S. Khaerdinov, A.S. Lidvansky. Quantitative Analysis of the Enhancements Detected by EAS Array during Thunderstorms, International Workshop  Thunderstorms and Elementary Particles Acceleration TEPA-2012, Russia, Moscow, 9-11 July, 2012. 6/2 = 3 4) .!. 8420=A:89, .!. %05@48=>2. 0@80F88 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 8 A>?CBAB2CNI85 MDD5:BK. VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, !0=:B-5B5@1C@3, 24-28 A5=BO1@O 2012 3. 4/2 = 2 ': 0@8D< >H +4.72, ?@83; 4>:;04 +8, 4>:;04 =0 "  +15, 8B>3> 27.72+50.46=78.18LVALNGy C:>2 ;048<8@ ;5:A0=4@>28G, 08/04/1951 :.D.-<.=., A.=.A. -   70 2011-2012 33 I. C1;8:0F88: 1. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 2. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 3. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 8.56 ------------------------------------------------------- II. >:;04K: 1. V. Aynutdinov et al., Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010, The Baikal Neutrino Project: Present and perspective, Nucl.Instrum.Meth. A628, c. 115-119, (2011); doi: 10.1016/j.nima.2010.06.298.  =30*1.5*0.5/10=2.25 2. V. 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Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 6. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 7. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 8. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 9. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 10. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 11. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 12. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 13. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 40.35 B>3>:  = 8.56+40.35= 48.91 0254CNI89 ;01>@0B>@859 - bLVALr ..><>30F:89LVALNG| !C2>@>20 ;L30 0A8;L52=0, :.D.-<.=., A.=.A. -   70 2011-2012 33 I. C1;8:0F88: 1. !C2>@>20 .., "@8@>4=K5 ?>B>:8 =59B@8=> 8 A:@KB0O <0AA0 A5;5==>9", /45@=0O $878:0, 2011, B>< 74, No 1, 121 129. ( O.V.Suvorova "Original Neutrino Fluxes and Hidden Mass in the Universe ", SSN1063-7788, Physics of Atomic Nuclei, ELEMENTARY PARTICLES AND FIELDS, 2011, Vol. 74, No. 1, pp. 122 129, Pleiades Publishing, Ltd., 2011.)   = 0.563*60= 33.78 2. Olga Suvorova, Musabi Boliev, Sergei Demidov, Stanislav Mikheyev. Limits on spin-dependent WIMP-proton cross-sections from the neutrino experiment of the Baksan Ungerground Scintillator Telescope, arXiv:1211.2545[astro-ph.HE].   = 4/4 = 1 3. A. Antonello, ...O.Suvorova, ... et al., Search for anomalies in the neutrino sector with muon spectrometers and large LArTPC imaging detectors at CERN, ?@5?@8=B 2 arXiv:1208.0862 [physics.ins-det]   = 4*0.1 = 0.4 4. A. Antonello, ...O.Suvorova, ... et al., Search for anomalies from neutrino and anti-neutrino oscillations at a Delta_m^2~1eV with muon spectrometers and large LArTPC imaging detectors, ?@5?@8=B 2 arXiv:1203.3432 [physics.ins-det]   = 4*0.1 = 0.4 5. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 6. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 7. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 8.56+35.58 = 44.14 -----------------------------------------------------LVAL}-- >:;04K: 1. .. !C2>@>20 , "3@0=8G5=8O =0 A5G5=8O C?@C3>3> @0AA5O=8O WIMP =0 =C:;>=5 2 =59B@8==>< M:A?5@8<5=B5 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", 21-25 =>O1@O, 2011, "-$, >A:20.   = 4 2. Olga Suvorova, Limits on spin-dependent WIMP-proton cross-sections from the neutrino experiment of the Baksan Ungerground Scintillator Telescope, VIII-th International Workshop  The Dark Side of the Universe  , @078;8O, 10-15 8N=O 2012.   = 6 3. .. !C2>@>20, >8A: B5<=>9 <0B5@88 =0 0:A0=A:>< =59B@8==>< B5;5A:>?5, 564C=0@>4=0O H:>;0 ?> D878:5 =59B@8=> 8 0AB@>D878:5, $87D0: #, 19 45:01@O 2012.  = 6 4. !C2>@>20 .., >;852 .., 5<84>2 !.., 8E552 !., "3@0=8G5=8O =0 A5G5=8O C?@C3>3> @0AA5O=8O WIMP =0 =C:;>=5 2 =59B@8==>< M:A?5@8<5=B5 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", /45@=0O $878:0 () (2013), 2K?CA: 6;   = 0.563*60*1.5 / 4 = 12.67 5. Olga Suvorova, Musabi Boliev, Sergei Demidov, Stanislav Mikheyev. Limits on spin-dependent WIMP-proton cross-sections from the neutrino experiment of the Baksan Ungerground Scintillator Telescope,  B@C40E :>=D5@5=F88  The Dark Side of the Universe  , @078;8O, 10-15 8N=O 2012, http://pos.sissa.it/PoS(DSU 2012)043  = 8*1.5/4= 3 6. V. Aynutdinov et al., Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010, The Baikal Neutrino Project: Present and perspective, Nucl.Instrum.Meth. A628, c. 115-119, (2011); doi: 10.1016/j.nima.2010.06.298.  =30*1.5*0.5/10=2.25 7. V. Aynutdinov et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010, Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.5*0.5/10=2.25 8. A.Avrorin et al., 2nd Roma InternationLVAL~al Conference on Astro-Particle Physics (RICAP09), The Baikal neutrino telescope: Results and plans, Nucl.Instrum.Meth. A630, c.115-118, (2011); doi: 10.1016/j.nima.2010.06.041.  =30*1.5*.05/10=2.25 9. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5*0.5/10=0.3 10. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 11. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 12. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 13. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 14. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 15. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 16. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 17. B.ShoibLVAL onov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 18. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5/10=4.5 ------------------------------------------------------- B>3> (4>:;04K): 40.35+31.67= 72.02 ------------------------------------------------------- C:>2>4AB2> 48?;><=8:><: 2 B5G5=85 >A5==53> A5<5AB@0 2012 3: 2AO==8:>20 "0BLO=0 ;5:A552=0, 4-9 :C@A /# $, A>8A:0B5;L 720=8O 10:0;02@0   5B>48:8 ?>8A:0 ;>:0;L=KE 8AB>G=8:>2 =59B@8=> 2KA>:8E M=5@389 2 ?@>5:B5 09:0;-"1000 .  = 10 B>3>:  = 44.14+72.02+10= 126.16 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG 0=D8;>2 =4@59 20=>28G, 28/11/1956, 8=65=5@-8AA;54>20B5;L -   70 2011-2012 33 I. C1;8:0F88: 1. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 2. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 3. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 4. ..0=D8;>2.  A>15==>AB8 =5ACI8E A8AB5< 8 :015;L=KE ;8=89 09:0;LA:>3> 3;C1>:>2>4=>3> =59B@8==>3> B5;5A:>?0 "-1000 . C:>?8AL. $>=4 / . ?8AL !2. 4.E@.126, 71 AB@. ., 2012  = 4.0 ------------------------------------------------------- B>3> (AB0BL8): 12.56 ------------------------------------------------------- II. >:;04K: 1. V. Aynutdinov et al., Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010, The Baikal Neutrino Project: Present and perspective, Nucl.Instrum.Meth. A628, c. 115-119, (2011); doi: 10.1016/j.nima.2010.06.298.  =30*1.5*0.5/10=2.25 2. V. Aynutdinov et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010, Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.5*0.5/10=2.25 3. A.Avrorin et al., 2nd Roma International Conference on Astro-Particle Physics (RICAP09), The Baikal neutrino telescope: Results and plans, Nucl.Instrum.Meth. A630, c.115-118, (2011); doi: 10.1016/j.nima.2010.06.041.  =30*1.5*.05/10=2.25 4. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:LVALA?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5*0.5/10=0.3 5. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 6. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 7. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 8. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 9. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 10. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 11. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 12. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 13. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30f LVALv *1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 40.35 ------------------------------------------------------------------ B>3>:  = 12.56+40.35= 52.91 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG OHC: ;048<8@ 20=>28G, :.D.-<.=., A.=.A. -   70 2011-2012 33 I. C1;8:0F88: 1. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 2. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 3. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 8.56 ------------------------------------------------------- II. >:;04K: 1. V. Aynutdinov et al., Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010, The Baikal Neutrino Project: Present and perspective, Nucl.Instrum.Meth. A628, c. 115-119, (2011); doi: 10.1016/j.nima.2010.06.298.  =30*1.5*0.5/10=2.25 2. V. Aynutdinov et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010, Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.5*0.5/10=2.25 3. A.Avrorin et al., 2nd Roma International Conference on Astro-Particle Physics (RICAP09), The Baikal neutrino telescope: Results and plans, Nucl.Instrum.Meth. A630, c.115-118, (2011); doi: 10.1016/j.nima.2010.06.041.  =30*1.5*.05/10=2.25 4. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5*0.5/10=0.3 5. A.V. LVALAvrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 6. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 7. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 8. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 9. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 10. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 11. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 12. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 13. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 40.35 B>3>:  = 8.56+40.35= 48.91 0254CNI89 ;01>@0B>@859 - lLVAL| ..><>30F:89LVALNG C;5H>2 5=8A ;5:A0=4@>28G, 01/03/1987, 0A?8@0=B /  A 8N=O 2010 3>40, cB065@-8AA;54>20B5;L &   70 2011-2012 33 I. C1;8:0F88: 1. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 2. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 3. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 8.56 ------------------------------------------------------- II. >:;04K: 1. V. Aynutdinov et al., Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010, The Baikal Neutrino Project: Present and perspective, Nucl.Instrum.Meth. A628, c. 115-119, (2011); doi: 10.1016/j.nima.2010.06.298.  =30*1.5*0.5/10=2.25 2. V. Aynutdinov et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010, Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.5*0.5/10=2.25 3. A.Avrorin et al., 2nd Roma International Conference on Astro-Particle Physics (RICAP09), The Baikal neutrino telescope: Results and plans, Nucl.Instrum.Meth. A630, c.115-118, (2011); doi: 10.1016/j.nima.2010.06.041.  =30*1.5*.05/10=2.25 4. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75LVAL, ! 3, A. 443 444 (2011).  =4*1.5*0.5/10=0.3 5. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 6. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 7. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 8. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 9. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 10. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 11. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 12. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 13. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 40.35 B>3>:  = 8.56+40.35= 48.91 ! CG5B>< :>MDD8F85=B0HLVALX 1.5 :0: 0A?8@0=BC   A>AB02;O5B:   = 48.91*1.5 = 73.37 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG >H5;L $54>@ >=AB0=B8=>28G, 13/10/1989, cBC45=B $", cB065@-8AA;54>20B5;L &  : ;01>@0=B   70 2011-2012 33 I. C1;8:0F88: 1. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 2. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 3. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 8.56 ------------------------------------------------------- II. >:;04K: 1. V. Aynutdinov et al., Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010, The Baikal Neutrino Project: Present and perspective, Nucl.Instrum.Meth. A628, c. 115-119, (2011); doi: 10.1016/j.nima.2010.06.298.  =30*1.5*0.5/10=2.25 2. V. Aynutdinov et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010, Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.5*0.5/10=2.25 3. A.Avrorin et al., 2nd Roma International Conference on Astro-Particle Physics (RICAP09), The Baikal neutrino telescope: Results and plans, Nucl.Instrum.Meth. A630, c.115-118, (2011); doi: 10.1016/j.nima.2010.06.041.  =30*1.5*.05/10=2.25 4. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5LVALA:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5*0.5/10=0.3 5. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 6. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 7. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 8. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 9. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 10. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 11. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 12. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 13. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 40.35 B>3>:  = 8.56+40.35= 48.91 ! CG5B><  LVAL :>MDD8F85=B0 1.5 :0: ABC45=BC   A>AB02;O5B:   = 48.91*1.5 = 73.37 0254CNI89 ;01>@0B>@859 - ..><>30F:89 !"#"  !!"",!"# -" = 1LVALNG >H5G:8= =4@59 5B@>28G, 16/05/1962, 8=65=5@-8AA;54>20B5;L -   70 2011-2012 33 I. C1;8:0F88: 1. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 2. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 3. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 8.56 ------------------------------------------------------- II. >:;04K: 1. V. Aynutdinov et al., Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010, The Baikal Neutrino Project: Present and perspective, Nucl.Instrum.Meth. A628, c. 115-119, (2011); doi: 10.1016/j.nima.2010.06.298.  =30*1.5*0.5/10=2.25 2. V. Aynutdinov et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010, Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.5*0.5/10=2.25 3. A.Avrorin et al., 2nd Roma International Conference on Astro-Particle Physics (RICAP09), The Baikal neutrino telescope: Results and plans, Nucl.Instrum.Meth. A630, c.115-118, (2011); doi: 10.1016/j.nima.2010.06.041.  =30*1.5*.05/10=2.25 4. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5*0.5/10=0.3 5. A.V. AvroLVALrin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 6. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 7. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 8. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 9. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 10. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 11. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 12. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 13. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 40.35 ------------------------------------------------------------------ B>3>:  = 8.56+40.35= 48.91 0254CNI89 ;01>@0B>@859LVAL  - ..><>30F:89LVALNG 0?>=5=:> ;53 8:>;0528G, 29/04/1966, :.D.-<.=., =.A. -   70 2011-2012 33 I. C1;8:0F88: 1. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 2. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 3. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 8.56 ------------------------------------------------------- II. >:;04K: 1. V. Aynutdinov et al., Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010, The Baikal Neutrino Project: Present and perspective, Nucl.Instrum.Meth. A628, c. 115-119, (2011); doi: 10.1016/j.nima.2010.06.298.  =30*1.5*0.5/10=2.25 2. V. Aynutdinov et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010, Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.5*0.5/10=2.25 3. A.Avrorin et al., 2nd Roma International Conference on Astro-Particle Physics (RICAP09), The Baikal neutrino telescope: Results and plans, Nucl.Instrum.Meth. A630, c.115-118, (2011); doi: 10.1016/j.nima.2010.06.041.  =30*1.5*.05/10=2.25 4. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2LVAL011).  =4*1.5*0.5/10=0.3 5. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 6. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 7. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 8. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 9. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 10. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 11. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 12. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 13. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 40.35 ------------------------------------------------------------------ B>3>:  = 8.LVAL56+40.35= 48.91 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG 68;:81052 0=-@KA 038A>28G, 12/09/1951 4.D.-<.=., 254.=.A. -   70 2011-2012 33 I. C1;8:0F88: 1. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 2. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 3. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 8.56 ------------------------------------------------------- II. >:;04K: 1. Zh.A.M. Dzhilkibaev, Status of the BAIKAL-GVD project, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-27 May, 2011.  = 6 2. Zh.A.M. Dzhilkibaev, Baikal-GVD, Mediterranean and Antarctic Neutrino Telescope Symposium (MANTS), 6-7 October 2012, Bologna, Italy.  = 6 3. V. Aynutdinov et al., Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010, The Baikal Neutrino Project: Present and perspective, Nucl.Instrum.Meth. A628, c. 115-119, (2011); doi: 10.1016/j.nima.2010.06.298.  =30*1.5*0.5/10=2.25 4. V. Aynutdinov et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010, Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.5*0.5/10=2.25 5. A.Avrorin et al., 2nd Roma International Conference on Astro-Particle Physics (RICAP09), The Baikal neutrino telescope: Results and plans, Nucl.Instrum.Meth. A630, c.115-118, (LVAL2011); doi: 10.1016/j.nima.2010.06.041.  =30*1.5*.05/10=2.25 6. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5*0.5/10=0.3 7. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 8. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 9. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 10. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 11. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 12. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 13. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 14. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 15. I.Be LVAL lolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 52.35 B>3>:  = 8.56+52.35 = 60.91 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG >@>H5=:> ;5:A0=4@ ;5:A0=4@>28G, 23/02/1962, =.A. -   70 2011-2012 33 I. C1;8:0F88: 1. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 2. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 3. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 8.56 ------------------------------------------------------- II. >:;04K: 1. V. Aynutdinov et al., Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010, The Baikal Neutrino Project: Present and perspective, Nucl.Instrum.Meth. A628, c. 115-119, (2011); doi: 10.1016/j.nima.2010.06.298.  =30*1.5*0.5/10=2.25 2. V. Aynutdinov et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010, Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.5*0.5/10=2.25 3. A.Avrorin et al., 2nd Roma International Conference on Astro-Particle Physics (RICAP09), The Baikal neutrino telescope: Results and plans, Nucl.Instrum.Meth. A630, c.115-118, (2011); doi: 10.1016/j.nima.2010.06.041.  =30*1.5*.05/10=2.25 4. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).LVAL  =4*1.5*0.5/10=0.3 5. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 6. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 7. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 8. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 9. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 10. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 11. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 12. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 13. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 40.35 ------------------------------------------------------------------ B>3>:  = 8.56+40LVAL.35= 48.91 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG 0=8;LG5=:> 3>@L ;5:A5528G, 11/01/1941, :.D.-<.=., c.=.A. -   70 2011-2012 33 I. C1;8:0F88: 1. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 2. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 3. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 8.56 ------------------------------------------------------- II. >:;04K: 1. V. Aynutdinov et al., Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010, The Baikal Neutrino Project: Present and perspective, Nucl.Instrum.Meth. A628, c. 115-119, (2011); doi: 10.1016/j.nima.2010.06.298.  =30*1.5*0.5/10=2.25 2. V. Aynutdinov et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010, Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.5*0.5/10=2.25 3. A.Avrorin et al., 2nd Roma International Conference on Astro-Particle Physics (RICAP09), The Baikal neutrino telescope: Results and plans, Nucl.Instrum.Meth. A630, c.115-118, (2011); doi: 10.1016/j.nima.2010.06.041.  =30*1.5*.05/10=2.25 4. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (LVAL2011).  =4*1.5*0.5/10=0.3 5. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 6. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 7. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 8. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 9. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 10. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 11. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 12. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 13. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 40.35 ------------------------------------------------------------------ B>3>:  = 8LVAL.56+40.35= 48.91 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG 9=CB48=>2 ;048<8@ 0@0B>28G, 21/01/1960, :.D.-<.=., A.=.A. -   70 2011-2012 33 I. C1;8:0F88: 1. ..2@>@8= 8 4@., >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200, 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011); doi:10.1134/S1547477111070003X.  =1.00560/10=6.03 2. ..2@>@8= 8 4@., -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000, @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5, A. 55 65, (2011).  = 0.355*60/10=2.13 3. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 8.56 ------------------------------------------------------- II. >:;04K: 1.V.Aynutdinov et al., Status of the BAIKAL-GVD project, 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011 .  =6 2. V.Aynutdinov, The gigaton volume detector in Lake Baikal, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6 3. V. Aynutdinov et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010, Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.5*0.5/10=2.25 4. A.Avrorin et al., 2nd Roma International Conference on Astro-Particle Physics (RICAP09), The Baikal neutrino telescope: Results and plans, Nucl.Instrum.Meth. A630, c.115-118, (2011); doi: 10.1016/j.nima.2010.06.041.  =30*1.5*.05/10=2.25 5. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5LVAL-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5*0.5/10=0.3 6. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.5/10=4.5 7. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 2011, Beijing, China.  =6*1.5/10=0.9 8. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A, (in press) .  =30*1.5/10=4.5 9. A.Avrorin et al., 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), The gigaton volume detector in Lake Baikal, Nucl.Instrum.Meth. A639, c. 30-32, (2011); doi:10.1016/j.nima.2010.09.137.  =30*1.5/10=4.5 10. A.Avrorin et al., 4th International Workshop On Very Large Volume Neutrino Telescopes for the Mediterranean Sea (VLVnT09), The Baikal neutrino experiment, Nucl.Instrum.Meth. A626-627, c. S13-S18, (2011); doi: 10.1016/j.nima.2010.06.209.  =30*1.5/10=4.5 11. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); http://dx.doi.org/10.1016/j.nima.2012.06.035  =30*1.5/10=4.5 12. A.V.Avrorin et al., Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A(2012),http://dx.doi.org/10.1016/j.nima.2012.11.151  =30*1.5/10=4.5 13. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5/10=0.9 14. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 52.35 III. C:>2>4 LVAL AB2> 48?;><=8:0<8 8 0A?8@0=B0<8: >H5;L $54>@ >=AB0=B8=>28G. !BC45=B $", 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2011 3>4C, A>8A:0B5;L =0 720=85 <038AB@0 2 2013 3>4C.   = 10+10=20 C:>2>4AB2> @01>B>9 0A?8@0=B0 (20113.), 0 70B5< A>8A:0B5;O (20123.) (59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. ?> 1.05.20113. !B065@-8AA;54>20B5;L, 70B5< <;.=.A. -   = 30+30 = 60 C:>2>4AB2> @01>B>9 0A?8@0=B0 #( 5=8A ;5:A0=4@>28G. !BC45=B $", 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2008 3>4C, =0 720=85 <038AB@0 2 2010 3>4C, A 8N;O 2010 3>40 0A?8@0=B /    = 30+30 = 60 ------------------------------- B>3> (@C:>2>4AB2>): 140 B>3>:  = 8.56+52.35 + 140 = 200.91 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL";8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :.D.-<.=., A=A  / ,   70 2010-2011 33. C1;8:0F88: 1. . . 60??C52, . $. ;8<5=:>, . #. C46052, . !. 8420=A:89, . . 5B:>2, ". 09E0, .. !0@:0<>, "$C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8", 725AB8O , A5@.D87., B>< 75, No 3, A. 386-388, 2011. 60x0,315 / 7 = 2,70 1 2. D.D.Dzhappuev, J.V.Balabin, B.B.Gvozdevskii, N.F.Klimenko, A.U.Kudzhaev, A.M.Kuchmezov, O.I.Mikhailova, V.B.Petkov and E.V.Vashenjuk., "Hadrons with energies of Eh > 50 MeV in EAS with Ne = 105 107", Astrophysics Space Science Transactions, v. 7, No 3, p. 365-367, 2011. 8 / 9 = 0,89 1 3. J. Sarkomo, V. Petkov, T.Raiha, D. Dzhappuev, N. Klimenko, A. Kudzhaev,  Developments in shower reconstruction and composition analysis for CARPET-3 EAS array , Astrophysics Space Science Transactions, v. 7, No 3, p.307-310, 2011. 8 / 6 = 1,33 1 4. .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. "4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne = 105 - 107", 725AB8O , A5@.D87., B>< 75, No 3, A. 389-392, 2011. 60x0,315 / 9 = 2,10 1  = 7,02 1 >:;04K: 1. D.D. Dzhappuev, A.U. Kudzhaev, N.F. Klimenko, A.S. Lidvansky, O.I. Mikhailova , V.B. Petkov, V.I. Stepanov, Study of the PCR s knee by the method of EAS particles central density . >:;04 #icrc0813 =0 32 ICRC, 5:8=, 2011. 6 / 7 = 0,86 1 B>3>: 7,88xLVALHC:>2 40< C70@8D>28G, @>4. 28.05.19593., :.D.-<.=., A.=.A.  / ,   70 2011-2012 33. C1;8:0F88: 1. HC:>2 .. !F8=B8;;OB>@K =0 >A=>25 LiF 0:B828@>20==>3> >:8A;0<8 ?>;820;5=B=KE <5B0;;>2. >A:20, @5?@8=B /  & & /2011, <09 2011 3., 8 AB@. 4 1 C:>2>4AB2> 48?;><=8:><: 038AB5@A:85 48AA5@B0F88 2011 3. 1. 0=:C;>20 ;5=0 CA;0=>2=0. 038AB5@A:0O 48AA5@B0F8O. AA;54>20=85 =0 A>45@60=85 @>4>=0 8 B>@>=0 2 70:@KBKE ?><5I5=8OE. 0CG=K9 @C:>2>48B5;L A.=.A. HC:>2 .. 10 1 2. C;>20 N4<8;0 ;53>2=0. 038AB5@A:0O 48AA5@B0F8O . 7CG5=85 D>@< 8<?C;LA0 ?@>?>@F8>=0;L=>3> AG5BG8:0 A ?><>ILN &!-02(1000 USB)-2. 0CG=K9 @C:>2>48B5;L A.=.A. HC:>2 .. 10 1 3. 0=:C;>20 ;O=0 CA;0=>2=0. 038AB5@A:0O 48AA5@B0F8O. >7<>6=>AB8 2>74CH=>9 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K 4;O @5=B35=>2A:>3> 87;CG5=8O. 0CG=K5 @C:>2>48B5;8: A.=.A. HC:>2 .., <.=.A. #<5@>2 (.. 10 / 2 = 5 1 038AB5@A:85 48AA5@B0F88 2011 3. 4. !>F:>2 . 038AB5@A:0O 48AA5@B0F8O. >2K9 <548F8=A:89 ?@81>@ (&8D@>2>9 @5=B35=>3@0D8G5A:89 0??0@0B) 4;O ?@>2545=8O >F5=:8 <0AAK :>AB=>9 B:0=8 2>:@C3 8<?;0=B0=B>2. 0CG=K5 @C:>2>48B5;8: A.=.A. HC:>2 .., 10 1 B>3>: 39,00LVALNG0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :.D.-<.=., 702. ;01. $  / ,   70 2011-2012 33. C1;8:0F88: 1. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1,5 / 7 = 1,29 1 2. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn  #% $+%  "  ! ),. #,!  &  +. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 579-583. 6E1,5 / 5 = 1,8 1 3. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,57 1 4. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS., arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 5. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 6. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less doubleLVAL beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30x1,447x0.1 = 4,34 1 9. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p 8x0.1 = 0,8 1 10. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1 11. M. Agostini, M. Allardt, E. Andreotti , et al.,  Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the Gerda experiment , arXiv:1212.3210v1 [nucl-det]. 4x0,06 = 0,24 1 12. M. Agostini, M. Barnab-Heider, D. Budja, at al.,  LArGe R&D for active background suppression in Gerda , J. Phys.: Conf. Ser. 375 042009 (2012). 8x0.1 = 0,8 1 17. K.-H. Ackermann, M. Agostini, M. Allardt et al.,  The Gerda experiment for the search of 0 decay in 76Ge with the Gerda experiment  , arXiv:1212.4061v1 [physics.ins-det]. 4x0,06 = 0,24 1  = 12,08 1 >:;04K: 1. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 , Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . ProceedingLVAL*s of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 7 = 0,57 1 4. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 9 = 0,44 1 5. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2 >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,44 1 6. Gangapshev A.  Background of Ge detectors in LarGe after applying liquid Argon scintillation veto and pulse shape discrimination . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4x0,1 = 0,4 1 7. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6Li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r ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1,5 / 7 = 1,29 1 2. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn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nS(Ag)+6LiF] 2 @07;8G=KE CA;>28OE 87<5@5=89. >A:20, @5?@8=B /  1303/2011, >:BO1@L 2011 3., 8 AB@. 4 / 3 = 1,33 1 6. . .0@010=>2, ..57@C:>2, ..0A8;L52, ...02@8;N:, ..C7L<8=>2, ../:8<5=:>. ?@545;5=85 A>45@60=8O -0:B82=KE 87>B>?>2 2 >1@07F5 C3;O. >A:20, @5?@8=B /  1304/2011, >:BO1@L 2011 3., 8 AB@. 4 / 6 = 0,67 1 7. .. 14C@0H8B>2, ... 02@8;N:LVAL, .. 02@8=, .. >@10GQ2, .. 070;>2, .. 0;8E>2, .. C7L<8=>2, ... 0;KH:8=, .. (8E8=, !.. /:8<5=:>. 0480F8>==K9 D>= :@8AB0;;>2 LiF. >A:20, @5?@8=B /  1296/2011, 023CAB 2011 3., 12 AB@. 4 / 10 = 0,4 1 8. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 9. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 10. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 12. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1 13. . . 0@010=>2, .. 57@C:>2, ... 02@8;N:, .. C?5=F>2, .. C7L<8=>2, !.. /:8<5=:>, !  -#'.)% "   & #/  " "$& !" /, B><=0O M=5@38O, ">< 113, 2K?. 3, (2012), 180-183 60x0,395/6 = 3,95 1  = 13,01 1 >:;04K: 1. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. LVAL 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 7 = 0,57 1 4. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 9 = 0,44 1 5. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,44 1 6. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 Z LVAL, nS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13- 21 A5=BO1@O 2012 3. 4 / 8 = 0,5 1  = 2,95 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 15,96LVALNG070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., :.D.-<.=., 8=6.-8AA;54.  / ,   70 2011-2012 33. C1;8:0F88: 1. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1,5 / 7 = 1,29 1 2. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,57 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS., arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 4. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 5. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 6. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less double beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30x1,447x0.1 = 4,34 1 7. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cLVALryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p 8x0.1 = 0,8 1 8. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1  = 9,00 1 >:;04K: 1. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 , Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 7 = 0,57 1 4. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 9 = 0,44 1 5. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG LVAL 8:>2 >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,44 1 6. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6Li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r ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1,5 / 7 = 1,29 1 2. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn  #% $+%  "  ! ),. #,!  &  +. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 579-583. 6E1.5 / 5 = 1,8 1 3. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,57 1 4. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS.. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 5. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 6. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4LVAL crystal scintillators for neutrino-less double beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30x1,447x0.1 = 4,34 1 9. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p 8x0.1 = 0,8 1 10. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1  = 10,80 1 >:;04K: 1. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 , Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 7 = 0,57 1 4. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, z LVAL May 26  June 2, 2011 y. 4 / 9 = 0,44 1 5. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2 >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,44 1  = 2,45 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 13,25x0,5 (0,5 AB02:8) = 6,63LVALNG0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., :.D.-<.=., 1/2 AB02:8 <.=.A.  / ,   70 2011-2012 33. C1;8:0F88: 1. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1,5 / 7 = 1,29 1 2. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn  #% $+%  "  ! ),. #,!  &  +. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 579-583. 6E1.5 / 5 = 1,8 1 3. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,57 1 4. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS.. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 5. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 6. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less doublLVALe beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30x1,447x0.1 = 4,34 1 9. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p 8x0.1 = 0,8 1 10. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1  = 10,80 1 >:;04K: 1. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 , Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 7 = 0,57 1 4. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 9 = 0,44 1 5. LVAL ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2 >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,44 1  = 2,45 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 13,25x0,5 (0,5 AB02:8) = 6,63LVAL#<5@>2 (0<8;L ;L40@>28G, @>4. 6.10.1979 3., <.=.A.  /  A 10.07.20073.,   70 2011-2012 33. C1;8:0F88: =5B C:>2>4AB2> 48?;><=8:><: 038AB5@A:85 48AA5@B0F88 2011 3. 1. 0=:C;>20 ;O=0 CA;0=>2=0. 038AB5@A:0O 48AA5@B0F8O. >7<>6=>AB8 2>74CH=>9 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K 4;O @5=B35=>2A:>3> 87;CG5=8O. 0CG=K5 @C:>2>48B5;8: A.=.A. HC:>2 .., <.=.A. #<5@>2 (.. 10 1/2 = 5 1 B>3>: 5-D5=4852 0A8< OG5A;02>28G, @>4. 04.03.19783., :.D.-<.=., <.=.A.  / ,   70 2011-2012 33. C1;8:0F88: 1. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less double beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30x1,447x0.1 = 4,34 1 2. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p 8x0.1 = 0,8 1  = 5,14 1 >:;04K: 1. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,44 1  = 0,44 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 5,58LVALNG/:8<5=:> !5@359 02;>28G, @>4. 30.06.19613., <.=.A.  /  A 07.07.20053.   70 2011-2012 33. C1;8:0F88: 1. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,29 1 2. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,57 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 4. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 5. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 6. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less double beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30x1,447x0.1 = 4,34 1 7. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4LVAL cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p 8x0.1 = 0,8 1 8. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1 9. . . 0@010=>2, .. 57@C:>2, ... 02@8;N:, .. C?5=F>2, .. C7L<8=>2, !.. /:8<5=:>, !  -#'.)% "   & #/  " "$& !" /, B><=0O M=5@38O, ">< 113, 2K?. 3, (2012), 180-183 60x0,395/6 = 3,95 1  = 12,95 1 >:;04K: 1. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 , Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 7 = 0,57 1 4. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 9 =ZLVALj 0,44 1 5. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2 >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,44 1 6. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13- 21 A5=BO1@O 2012 3. 4 / 8 = 0,5 1  = 2,95 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 15,9LVALNG0=BC4C520 ("5:C520) 60<8;O =C0@>2=0, @>48;0AL 1 8N;O 19823., <.=.A.  / , 0A?8@0=B >G=>9 0A?8@0=BC@K / ,   70 2011-2012 33. C1;8:0F88: 1. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 2. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1  = 1,0 1 >:;04K: 1. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 4. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=LVALB>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,44 1  = 1,44 1 I) C:>2>4AB2> A>8A:0B5;5<: 5B. II) C:>2>4AB2> 48?;><=8:><: 5B. B>3>: 2,44*2,0(<>;>4>9 CG5=K9)=4,88 1. ================================== 0=BC4C520 ("5:C520) 60<8;O =C0@>2=0, @>48;0AL 1 8N;O 19823., 1/2 AB02:8 AB065@-8AA;54>20B5;L  / , 0A?8@0=B >G=>9 0A?8@0=BC@K / ,   70 2011-2012 33. C1;8:0F88: 1. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 2. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1  = 1,0 1 >:;04K: 1. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. LVAL 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. 4 / 8 = 0,5 1 4. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr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iF 4;O A>740=8O AF8=B8;;OF8>==KE 45B5:B>@>2 BQ<=>9 <0B5@88 . @5?@8=B /  1338/2012   4/3=1.33 8. . . LVAL 0@010=>2, ..57@C:>2, .. C1A0=4>@6852, !.. C1A0=4>@6852, .. >@30;N:, ./. >28:>20, ../=>28G.  >MDD8F85=B @0AB2>@8<>AB8 C3;5:8A;>3> 3070 2 684:8E >@30=8G5A:8E AF8=B8;;OB>@0E 8 =5:>B>@K5 2>?@>AK ?@>8AE>645=8O =5DB8 @5?@8=B /  1339/2012   4/7=0.57  =12LVALNGC@5=F>2 0;5@89 20=>28G, 30.09.1941, =A, -,   70 2011-2012 33 !B0BL8 0@010=>2 . ., 57@C:>2 .., 02@8;N: ..., C@5=F>2 .., C7L<8=>2 .., /:8<5=:> !..  !>45@60=85 g-87;CG0NI8E 87>B>?>2 2 >1@07F5 C3;O :0: <5B>4 845=B8D8:0F88 <5AB>@>645=8O - B>< 113 ,2K?CA: 3 A5=BO1@L, 45-46 2012  =0336E60/6=3,36 @5?@8=BK 1. V. Gurentsov, GERDA Col.  Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the Gerda experiment arXiv 2012.3210v1  =4x0,075=0,3. 2 V. Gurentsov, GERDA Col. The Gerda experiment for the search of 0vbb-decay arXiv 2012.4067v1  =4x0,075=0,3 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE V. Gurentsov, GERDA Col.  The GERDA Experiment: Status and Results European Nuclear Physics Conference (EuNPC2012) Bucharest, Romania, September 17-21, 2012  =30E0,075=2,25 V. Gurentsov, GERDA Col  Progress in 0 decay search and the GERmanium Detector Array Behind the neutrino mass INTERNATIONAL WORKSHOP ON MODELS OF NEUTRINO MASS Grignano (Trieste, Italy), September 17 - 21, 2012  =6 E0,075=0,45 V. Gurentsov, GERDA Col  GERDA, Status and Perspectives Neutrino Oscillation Workshop 2012, Conca Specchiulla (Otranto, Italy), September 8-15, 2012  =6 E0,075=0,45 V. Gurentsov, GERDA Col  Status and plans with the GERDA experiment to probe the nature of neutrinos 36th International Conference on High Energy Physics, July 4-11, 2012, Melbourne, Australia  =30E0,075=2,25 V. Gurentsov, GERDA Col Search for neutrinoless double beta decay with the GERDA experiment International School on AstroParticle Physics, Paris, July 4-6, 2012  =6 E0,075=0,45 V. Gurentsov, GERDA Col  Investigations and development of the suppression methods of the background in the LArGe low-background test facility for the GERDA experiment 62nd International conference Nuclei 2012, June 25-30, 2012, Voronezh  =6 E0,075=0,45 V. Gurentsov, GERDA Col  Status of the GERDA experiment 4th Int. Symposium on Neutrinos and LVALDark Matter in Nuclear Physics (NDM12) June 11-15, 2012, Nara, Japan  =6 E0,075=0,45 V. Gurentsov, GERDA Col  Results from GERDA XXV Int. Conference on Neutrino and Astrophysics Kyoto, Japan, June 3-9, 2012  =30E0,075=2,25 V. Gurentsov, GERDA Col  The GERDA search for neutrinoless double beta decay  Eleventh Conference on the Intersections of Particle and Nuclear Physics, St. Petersburg, Florida, USA, May 29 to June 3, 2012.  =6 E0,075=0,45 V. Gurentsov, GERDA Col  Status of the GERDA experiment Particle Physics and Cosmology, Chateau Royal de Blois, May 27-June 1, 2012  =6 E0,075=0,45 V. Gurentsov, GERDA Col  Searching for Double Beta Decay with GERDA XXVI Rencontres de Physique de La Vallee d'Aoste, Feb 26, 2012 - Mar 3, 2012, La Thuile, Italy  =6 E0,075=0,45 V. Gurentsov, GERDA Col  Status of the GERDA Experiment Double Beta Decay and Neutrinos, 15-17 November 2011, Osaka, Japan  =6 E0,075=0,45 V. Gurentsov, GERDA Col  GERDA Experiment: status Astroparticle, Particle, Space Physics and Detectors for Physics Applications October 3-7, 2011 6 E0,075=0,45 V. Gurentsov, GERDA Col  GERDA status 12th International Conference on Topics in Astroparticle and Underground Physics Mnchen, Sep 5 - 9, 2011  =30E0,075=2,25 V. Gurentsov, GERDA Col  Tools for advanced data analysis in the GERDA neutrinoless double beta decay experiment 12th International Conference on Topics in Astroparticle and Underground Physics Mnchen, Sep 5 - 9, 2011  =6 E0,075=0,45 V. Gurentsov, GERDA Col  The Gerda Experiment - A Search for Neutrinoless Double Beta Decay  eV Particle Astrophysics 2011, Stockholm, Aug 1-5, 2011,  =30E0,075=2,25 V. Gurentsov, GERDA Col  Status and Perspective of the GERDA Neutrinoless Double Beta Decay Experiment PANIC11 - Rutherford Centennial, July 24-29, 2011, Massachusetts Institute of Technology, Cambridge, K.T. Knoepfle  =6 E0,075=0,45 V. Gurentsov, GERDA Col  Crystal Based Double Beta Decay Experiments HEP GrenobLVALle, July 21-27, 2011  =6 E0,075=0,45 V. Gurentsov, GERDA Col  The GERDA Experiment: A Search for Neutrinoless Double Beta Decay Nuclear Physics in Astrophysics V,Eilat, April 3 - 8, 2011  =6 E0,075=0,45 V. Gurentsov, GERDA Col  GERDA commisioning results and summary of double beta decay projects Rencontres de Moriond, EW Interactions and Unified Theories March 13 - 20, 2011, La Thuile 2011  =6 E0,075=0,45  =22 # & 0;5@89 20=>28G, 30.09.1941, :.D.-<.=, =.A !C<<0@=K9   = 7.0 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. 0@010=>2 . ., 57@C:>2 .., 02@8;N: ..., C@5=F>2 .., C7L<8=>2 .., /:8<5=:> !..  !>45@60=85 g-87;CG0NI8E 87>B>?>2 2 >1@07F5 C3;O :0: <5B>4 845=B8D8:0F88 <5AB>@>645=8O - B>< 113 ,2K?CA: 3 A5=BO1@L 2012  =8/6=1.33 2. . . 0@010=>2, .. 57@C:>2, ./. >28:>20, !<8@=>2, .. /=>28G 8 4@. Nd-A>45@60I89 684:89 >@30=8G5A:89 AF8=B8;;OB>@ 4;O M:A?5@8<5=B0 ?> 87<5@5=8N 42>9=>3> 15B0_@0A?040. "-, ! 5, 2012, 37-43  =8/6=1.33 3. . . 0@010=>2, .. 57@C:>2, .. 0=8;>2, .. /=>28G 8 4@. 7<5@5=85 :>=F5=B@0F88 87>B>?0 14C 2 684:>< >@30=8G5A:>< AF8=B8;;OB>@5 =0 CAB0=>2:5 <0;>3> >1J5<0. "- ! 1, 2012, 40-44  =8/6=1.33 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. GERDA col.  The GERDA Experiment: Status and Results European Nuclear Physics Conference (EuNPC2012) Bucharest, Romania, September 17-21, 2012  =60.1=0.6 2. GERDA col.  Progress in 0 decay search and the GERmanium Detector Array Behind the neutrino mass International Workshop on Models of Neutrino Mass Grignano (Trieste, Italy), September 17 - 21, 2012  =60.1=0.6 3. GERDA col. GERDA Status and Perspectives. Neutrino Oscillation Workshop 2012, Conca Specchiulla (Otranto, Italy), September 8-15, 2012  =60.1=0.6 4. GERDA col. Status and plans  LVAL with the GERDA experiment to probe the nature of neutrinos. 36th International Conference on High Energy Physics, July 4-11, 2012, Melbourne, Australia  =60.1=0.6 5. GERDA col.  Status of the GERDA experiment 4th Int. Symposium on Neutrinos and Dark Matter  =60.1=0.6 ", 2 !"", 2 "- =+2.66=24.66LVALNG0@010=>2 3>@L ><0=>28G, 26.11.1939, A=A -,   70 2011-2012 33 !B0BL8 1. . .0@010=>2, .. 57@C:>2, .. 0=8;>2. !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, .. /=>28G  $878:>-E8<8G5A:>5 8AA;54>20=85 ;8=59=>3> 0;:8; 15=7>;0 (0) :0: 107>2>3> :><?>=5=B0 4;O A>740=8O AF8=B8;;OF8>==KE =59B@8==KE 45B5:B>@>2" C@=0; ?@8:;04=>9 E8<88,84, ! 3, AB@. 385-391 (2011)  =0,34*60/8=2,55 2. . . 0@010=>2, .. 0=8;>2, ..!. @K;>2, ...&820475, . 8;>2, . !0;L=8:>20, .. 57@C:>2, ./.>28:>20, .. Q<8=0, .. /=>28G, . 0BB04>@8, 8 0:@8, . !0;2>, . 0==8   2>7<>6=>AB8 3;C1>:>9 >G8AB:8 =5>48<0 >B A;54>2 B>@8O 8 C@0=0 684:>AB=>9 M:AB@0:F859 048>E8<8O B.53, ! 3, AB@. 229-236 (2011).  =0,537*60/10=3,22 3. 0@010=>2 . ., 57@C:>2 .., 02@8;N: ..., C@5=F>2 .., C7L<8=>2 .., /:8<5=:> !..  !>45@60=85 g-87;CG0NI8E 87>B>?>2 2 >1@07F5 C3;O :0: <5B>4 845=B8D8:0F88 <5AB>@>645=8O - B>< 113 ,2K?CA: 3 A5=BO1@L 2012,  =0336E60/6=3,36 4. . . 0@010=>2, . . 57@C:>2, . /. >28:>20, !<8@=>2, . . /=>28G 8 4@.  Nd_A>45@60I89 684:89 >@30=8G5A:89 AF8=B8;;OB>@ 4;O M:A?5@8<5=B0 ?> 87<5@5=8N 42>9=>3> 15B0_@0A?040 "-, ! 5, 2012, 37-43,  =0314E60/6=3,14 5. . . 0@010=>2, . . 57@C:>2, . . 0=8;>2, . . /=>28G 8 4@.  7<5@5=85 :>=F5=B@0F88 87>B>?0 14C 2 684:>< >@30=8G5A:>< AF8=B8;;OB>@5 =0 CAB0=>2:5 <0;>3> >1J5<0, "- ! 1, 2012, 40-44 ,  =0314E60/5=3,14 6. ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, . . 0@010=>2, ./.>28:>20, /=>28G .  AA;54>20=85 :8=5B8:8 A25G5=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) "-. ! 1, 2013  =0,314E60/7=2,7 @5?@8=BK 7. . . 0@010=>2, . . 57@C:>2, E. Resconi, S. Schoenert  The 14C abundance in liquid organic scintillators and oil , Preprint INR, 1316/2012, April 2012  =4/2=2 8. ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, . . 0@010=>2, ./.>28:>20, /=>28G .  AA;54>20=85 :8=5B8:8 A25G5=8O 684:LVAL8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) @5?@8=B/ - 1309/2011.  =4/7=0,56 9. . .0@010=>2, .. 57@C:>2, .. 0=8;>2, .. >@30;N:, .. KA>20, ./. >28:>20, .. !8=52, .. /=>28G  5B5:B>@ A 684:8< >@30=8G5A:8< AF8=B8;;OB>@>< =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0) 4;O @538AB@0F88 A;01KE =59B@8==KE ?>B>:>2 @5?@8=B /  1286/2011  =4/8=0,5 10. I. Barabanov, GERDA Col.  Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the Gerda experiment arXiv 2012.3210v1  =4x0,075=0,3 11. I. Barabanov, GERDA Col. The Gerda experiment for the search of 0vbb-decay arXiv 2012.4067v1  =4x0,075=0,3 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE I. Barabanov, GERDA Col.  The GERDA Experiment: Status and Results European Nuclear Physics Conference (EuNPC2012) Bucharest, Romania, September 17-21, 2012  =30E0,075=2,25 I. Barabanov, GERDA Col  Progress in 0 decay search and the GERmanium Detector Array Behind the neutrino mass INTERNATIONAL WORKSHOP ON MODELS OF NEUTRINO MASS Grignano (Trieste, Italy), September 17 - 21, 2012  =6 E0,075=0,45 I. Barabanov, GERDA Col  GERDA, Status and Perspectives Neutrino Oscillation Workshop 2012, Conca Specchiulla (Otranto, Italy), September 8-15, 2012  =6 E0,075=0,45 I. Barabanov, GERDA Col  Status and plans with the GERDA experiment to probe the nature of neutrinos 36th International Conference on High Energy Physics, July 4-11, 2012, Melbourne, Australia  =30E0,075=2,25 I. Barabanov, GERDA Col Search for neutrinoless double beta decay with the GERDA experiment International School on AstroParticle Physics, Paris, July 4-6, 2012  =6 E0,075=0,45 I. Barabanov, GERDA Col  Investigations and development of the suppression methods of the background in the LArGe low-background test facility for the GERDA experiment 62nd International conference Nuclei 2012, June 25-30, 2012, Voronezh  =6 E0,075=0,45 I. Barabanov, GERDA Col  Status LVALof the GERDA experiment 4th Int. Symposium on Neutrinos and Dark Matter in Nuclear Physics (NDM12) June 11-15, 2012, Nara, Japan  =6 E0,075=0,45 I. Barabanov, GERDA Col  Results from GERDA XXV Int. Conference on Neutrino and Astrophysics Kyoto, Japan, June 3-9, 2012  =30E0,075=2,25 I. Barabanov, GERDA Col  The GERDA search for neutrinoless double beta decay  Eleventh Conference on the Intersections of Particle and Nuclear Physics, St. Petersburg, Florida, USA, May 29 to June 3, 2012.  =6 E0,075=0,45 I. Barabanov, GERDA Col  Status of the GERDA experiment Particle Physics and Cosmology, Chateau Royal de Blois, May 27-June 1, 2012  =6 E0,075=0,45 I. Barabanov, GERDA Col  Searching for Double Beta Decay with GERDA XXVI Rencontres de Physique de La Vallee d'Aoste, Feb 26, 2012 - Mar 3, 2012, La Thuile, Italy  =6 E0,075=0,45 I. Barabanov, GERDA Col  Status of the GERDA Experiment Double Beta Decay and Neutrinos, 15-17 November 2011, Osaka, Japan  =6 E0,075=0,45 I. Barabanov, GERDA Col  GERDA Experiment: status Astroparticle, Particle, Space Physics and Detectors for Physics Applications October 3-7, 2011 6 E0,075=0,45 I. Barabanov, GERDA Col  GERDA status 12th International Conference on Topics in Astroparticle and Underground Physics Mnchen, Sep 5 - 9, 2011  =30E0,075=2,25 I. Barabanov, GERDA Col  Tools for advanced data analysis in the GERDA neutrinoless double beta decay experiment 12th International Conference on Topics in Astroparticle and Underground Physics Mnchen, Sep 5 - 9, 2011  =6 E0,075=0,45 I. Barabanov, GERDA Col  The Gerda Experiment - A Search for Neutrinoless Double Beta Decay  eV Particle Astrophysics 2011, Stockholm, Aug 1-5, 2011,  =30E0,075=2,25 I. Barabanov, GERDA Col  Status and Perspective of the GERDA Neutrinoless Double Beta Decay Experiment PANIC11 - Rutherford Centennial, July 24-29, 2011, Massachusetts Institute of Technology, Cambridge, K.T. Knoepfle  =6 E0,075=0,45 I. Barabanov, GERDA C LVAL ol  Crystal Based Double Beta Decay Experiments HEP Grenoble, July 21-27, 2011  =6 E0,075=0,45 I. Barabanov, GERDA Col  The GERDA Experiment: A Search for Neutrinoless Double Beta Decay Nuclear Physics in Astrophysics V,Eilat, April 3 - 8, 2011  =6 E0,075=0,45 I. Barabanov, GERDA Col  GERDA commisioning results and summary of double beta decay projects Rencontres de Moriond, EW Interactions and Unified Theories March 13 - 20, 2011, La Thuile 2011  =6 E0,075=0,45  =38LVALNG % - & "  70 2011-2012 3.3. C:>2>48B5;L ..02@8= 13 =0CG=KE A>B@C4=8:>2 !C<<0 10;;>2: 553.4 !@54=55 7=0G5=85 10;;>2: 42.6 02@8= ;048<8@ 8:>;0528G @>4. 15.04.1941, G;.-:>@@. , ?@>D5AA>@, 4.D.<.=., 70254CNI89 ;01>@0B>@859 -,   70 2011-2012 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: B.M.Fisher, J.N.Abdurashitov, K.J.Coakley, V.N.Gavrin, D.M.Gilliam, J.S.Nico, A.A.Shikhin, A.K.Thompson, D.F.Vecchia, V.E.Yants, Fast neutron detection with 6Li-loaded liquid scintillator, Nuclear Instruments and Methods in Physics Research A 646 (2011) 126-134. 1.207*30/10= 3.6 D.Frekers, H.Ejiri, H.Akimune, V.N. Gavrin, et al, (33 A>02B>@0) The 71Ga(3He, t) reaction and the low-energy neutrino response, Physics Letters B 706 (2011) 134-138. 3.955*30/10 = 11.9 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011) !2, 2-14. 0.361*60/9=2.4 ..02@8=, >AA89A:>-0<5@8:0=A:89 30;;85K9 M:A?5@8<5=B SAGE, #$, B.181, (2011) 975-984. Phys.Usp. 54 (2011) 941-949. 2.154*60=129.2 D.N.Abdurashitov, V.N. Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin, Response FunAtion of a Fast Neutron Capture-Gated Spectrometer, Instruments and Experimental Techniques, Vol.54, No.5 (2011) 639-643. 0.361*60/5=4.3 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40//Journal of Physics: ConferenceLVAL Series, 375, 042068. 6/7=0.9E1.5=1.3 D.N. Abdurashitov, S. Belousov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, and A.A.Shikhin, Response Function of a Fast Neutron Capture Gated Spectrometer, BgNS International Conference  Nuclear Power for the People , November 8, 2011, Bansko, Bulgaria 6/6=1 V.N.Gavrin, Contribution of the Ga experiments for understanding the physics of the Sun and the physics of neutrino, 15th International Baksan School  Particles and Cosmology , Troitsk, Moscow region, May 26  June 2, 2011// Proceedings to be published in 2012. 30 J.N. Abdurashitov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin,  Response of a capture-gated fast neutron spectrometer of simple geometry , 15th International Baksan school  Particles and Cosmology , Troitsk, May 26  June 2 2011. 6/5=1.2 J.N. Abdurashitov, V.N.Gavrin, A.V.Kalikhov, A.A.Shikhin,  Scintillation response of LiF crystals at room temperature , 15th International Baksan school  Particles and Cosmology , Troitsk, May 26  June 2011 6/4=1.5 V.N.Gavrin, Sterile neutrino searches with Ga, International Short Baseline Neutrino Workshop, FNAL, ChiAago, 11-16 <0O 2011. 30 V.N.Gavrin, Contribution of Ga experiments for understanding the physics of the Sun and the physics of neutrino, The International Conference  New Trends on High Energy Physics , Alushta, Crimea, Ukraine, September 3-10, 2011 . 30*1.5=45 V.N.Gavrin, Opportunities of SAGE with artificial neutrino source for investigation of active-sterile transitions, 15th International Lomonosov Conference on Elementary Particle Physics, Moscow, 18  24 August 2011// to be published in 2012.. 30 V.N.Gavrin, Opportunity to investigate active-sterile transitions with a neutrino source in SAGE, Astroparticle Physics, Russian-German Perspectives, /, C1=0, 8-9 45:01@O 2011 3>40 30 V.N.Gavrin, Cr-51 neutrino source: comments on application, production and possibilities for cooperation, Workshop on Emission Detectors Application and LVALNeutrino Sources, >A:20, $, 20 8N=O  1 8N;O 2011. 30 V.N. Gavrin V.V. Gorbachev, T.V. Ibragimova, E.P. Veretenkin Current status of Ga-Cr neutrino project, report presented at the IVth International Symposiem on Neutrinos and Dark Matter in Nuclear Research (NDM12) Nara, Japan, June 11-15, 2012, http://web.ias.tokushima-u.ac.jp/physics/nucl/NDM12/NDM12.html. 30/4=7.5*1.5=11.3 V.N. Gavrin, Low-energy neutrinos (SAGE, Borexino Liquid Scint., Baksan), ASPERA Town Meeting in Dubna, Russia, September 14, 2012. 30 =0 @>AA89A:8E :>=D5@5=F8OE ..02@8=, :;04 Ga M:A?5@8<5=B>2 2 ?>=8<0=85 D878:8 !>;=F0 8 D878:8 =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.// 6. /45@=0O D878:0, 2 ?5G0B8. 4 .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, !. . 0=LH8=, ". . 1@038<>20, . . 0;8E>2 ". . =>45;L, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.// 6. /45@=0O D878:0, 2 ?5G0B8. 4/7=0.6 V.N. Gavrin, High-intensity neutrino sources based on 51!r, I 564C=0@>4=0O 187=5A  :>=D5@5=F8O ?@>872>48B5;59, ?>AB02I8:>2 8 ?>B@518B5;59 87>B>?=>9 ?@>4C:F88, >A:20, >AA8O, 1-2 >:BO1@O 20123. 4 .. 02@8=, :;04 A>;=5G=KE =59B@8==KE M:A?5@8<5=B>2 2 ?>=8<0=85 D878:8 !>;=F0 8 D878:8 =59B@8=>, 5648AF8?;8=0@=K9 A5<8=0@ AB@>=><8G5A:>3> >1I5AB20, ( #, >A:20, 22 =>O1@O 2012 3>40. 4 .. 02@8=, !>;=5G=K5 =59B@8=> 8 !.. 8E552, 4>:;04 =0 8B>3>2>< 70A540=88 2012 3>40 564C=0@>4=>9 H:>;K ?> D878:5 =59B@8=> 8 0AB@>D878:5, $878G5A:89 D0:C;LB5B #, >A:20, 19 45:01@O 2012 3>40. 4 @5?@8=BK B.T. Cleveland, H. Ejiri, S.R. Elliott, V.N. Gavrin, V.V. Gorbachev, D.S. Gorbunov, T.V. Ibragimova, V.A. Matveev, J.S. Nico, R.G.H. Robertson, E.P. Veretenkin, J.F. Wilkerson, Very Short Baseline nu_e -> nu_x Oscil LVAL lation Search with a Dual Metallic Ga Target at Baksan and 51Cr neutrino Source, Light Sterile Neutrinos: A White Paper, arXiv:1204.5379v1[hep-ph] (2012), 170-175. 4/12=0.4 ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@5?@8=B /  1296/2011. 4/10=0.4 ..14C@0H8B>2, ..02@8=, ..0;8E>2, ..(8E8=, AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LiF ?@8 :><=0B=>9 B5<?5@0BC@5, ?@5?@8=B /  1284/2011. 4/4=1   = 411.1   @C:>2>48B5;O=411.10.5+(553.4/13*0.75)=206 + 32=237LVAL5@5B5=:8= 235=89 02;>28G, @>4.10.04.1952 3., A.=.A. -, 70<5AB8B5;L 70254CNI53> ;01>@0B>@859 %   70 2011-2012 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 >:;04K: 0 <564C=0@>4=KE :>=D5@5=F8OE V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40//Journal of Physics: Conference Series, 375, 042068. 6/7=0.9E1.5=1.3 V.N. Gavrin V.V. Gorbachev, T.V. Ibragimova, E.P. Veretenkin Current status of Ga-Cr neutrino project, report presented at the IVth International Symposiem on Neutrinos and Dark Matter in Nuclear Research (NDM12) Nara, Japan, June 11-15, 2012, , http://web.ias.tokushima-u.ac.jp/physics/nucl/NDM12/NDM12.html. 30/4=7.5*1.5=11.3 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, !. . 0=LH8=, ". . 1@038<>20, . . 0;8E>2 ". . =>45;L, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.// 6. /45@=0O D878:0, 2 ?5G0B8. 4/7=0.6 @5?@8=BK: B.T. Cleveland, H. Ejiri, S.R. Elliott, V.N. Gavrin, V.V. Gorbachev, D.S. Gorbunov, T.V. Ibragimova, V.A. Matveev, J.S. Nico, R.G.H. Robertson, E.P. Veretenkin, J.F. Wilkerson, Very Short Baseline nu_e -> nu_x Oscillation Search with a Dual Metallic Ga Target at Baksan and 51Cr neutrino Source, Light Sterile Neutrinos: A White Paper, arXiv:1204.5379v1[hep-ph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orbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40//Journal of Physics: Conference Series, 375, 042068. 6/7=0.9E1.5=1.3 V.N. Gavrin V.V. Gorbachev, T.V. Ibragimova, E.P. Veretenkin Current status of Ga-Cr neutrino project, report presented at the IVth International Symposiem on Neutrinos and Dark Matter in Nuclear Research (NDM12) Nara, Japan, June 11-15, 2012, , http://web.ias.tokushima-u.ac.jp/physics/nucl/NDM12/NDM12.html. 30/4=7.5*1.5=11.3 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, !. . 0=LH8=, ". . 1@038<>20, . . 0;8E>2 ". . =>45;L, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.// 6. /45@=0O D878:0, 2 ?5G0B8. 4/7=0.6 @5?@8=BK: ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011. 4/10=0.4 B.T. Cleveland, H. Ejiri, S.R. Elliott, V.N. Gavrin, V.V. Gorbachev, D.S. Go` LVALp rbunov, T.V. Ibragimova, V.A. Matveev, J.S. Nico, R.G.H. Robertson, E.P. Veretenkin, J.F. Wilkerson, Very Short Baseline nu_e -> nu_x Oscillation Search with a Dual Metallic Ga Target at Baksan and 51Cr neutrino Source, Light Sterile Neutrinos: A White Paper, arXiv:1204.5379v1[hep-ph] (2012), 170-175. 4/12=0.4  =16.4LVALNG1@038<>20 "0BLO=0 8:B>@>2=0, @>4 3.04.1958, =.A. , 70<5AB8B5;L 70254CNI53> ;01>@0B>@859 "   70 2011-2012 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011 ) !2, 2-14. 0.361*60/9=2.4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40//Journal of Physics: Conference Series, 375, 042068. 6/7=0.9E1.5=1.3 V.N. Gavrin V.V. Gorbachev, T.V. Ibragimova, E.P. Veretenkin Current status of Ga-Cr neutrino project, report presented at the IVth International Symposiem on Neutrinos and Dark Matter in Nuclear Research (NDM12) Nara, Japan, June 11-15, 2012, , http://web.ias.tokushima-u.ac.jp/physics/nucl/NDM12/NDM12.html. 30/4=7.5*1.5=11.3 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, !. . 0=LH8=, ". . 1@038<>20, . . 0;8E>2 ". . =>45;L, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.// 6. /45@=0O D878:0, 2 ?5G0B8. 4/7=0.6 @5?@8=BK: B.T. Cleveland, H. Ejiri, S.R. Elliott, V.N. Gavrin, V.V. Gorbachev, D.S. Gorbunov, T.V. Ibragimova, V.A. Matveev, J.S. Nico, R.G.H. Robertson, E.P. Veretenkin, J.F. Wilkerson, Very Short Baseline nu_e -> nu_x Oscillation Search with a Dual Metallic Ga Target LVALat Baksan and 51Cr neutrino Source, Light Sterile Neutrinos: A White Paper, arXiv:1204.5379v1[hep-ph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orbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40//ournal of Physics: Conference Series, 375, 042068. 6/7=0.9E1.5=1.3 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, !. . 0=LH8=, ". . 1@038<>20, . . 0;8E>2 ". . =>45;L, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.// 6. /45@=0O D878:0, 2 ?5G0B8. 4/7=0.6 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0;8E>2, ..(8E8=, AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LiF ?@8 :><=0B=>9 B5<?5@0BC@5, ?@5?@8=B /  1284/2011. 4/4=1 ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011. 4/10=0.4  =5.7LVALf >@>=>CE>2 0A8;89 8:>;0528G, @>4. 05.04.1955, A.=.A. - (0.5 AB02:8) !B0@H89 =0CG=K9 A>B@C4=8: -,   70 2011-2012 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: S.R. Lee, J.S. Choi, F.A. Fanevich, Y.S. Jang, W.G. Kang, N. Khanbekov (total 23 co-authors) The development of a cryugenic detector with CaMoO4 crystals for neutrinoless double beta decay search, Astroparticle Physics, Vol. 34, Issue 9 ( 2011) 732-737. 3.216*30/10=9.6 @5?@8=BK: V. Cribier, M. Fechner, T. Lasserre, A. Letourneau (total 9 co-authors), A proposed search for a fourth neutrino with a PBq anti-neutrino source, arXiv:1107.2335v2 [hep-ex] 30 Sep 201, 1-14. 4/9=0.4 K.N. Abazajian, M.A. Acero, S.K.Agarwalla, A.A. Aguilar-Arevalo et al (total 193 co-authors) , Light Sterile Neutrinos: A White Paper, arXiv:1204:5379v1 [hep-ph] 18 Apr 2012, 1-281. 4/10=0.4  =10.4*0.5=5.2=>45;L "0BLO=0 ;048<8@>2=0. @>4 8.05.1957, :E=, =.A. -,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, !. . 0=LH8=, ". . 1@038<>20, . . 0;8E>2 ". . =>45;L, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.// 6. /45@=0O D878:0, 2 ?5G0B8. 4/7=0.6  =0.6N'-RM = D ? : 5 0+}&x!snid p V@?@<HHHH<?o$ קBT $8V@?B NGHHHH<?n\A Z z V@?NGHHHH<?m B (#V@?DNGHHHH<?lD@V@?b @HHHH<?kzAz nV@?J @HHHH<?j? HeB2VV@?NGHHHH<?ik ׯB %V@?|NGHHHH<?hLC%pV@?:(NGHHHH<?gD=HV7V@?~yNGHHHH<?f@@ FLV@?@HHHH<?eKB1HBrQ."'/V@?.5NGHHHH<?dVN??,&V@?@HHHH<?c BX."jV@?NGHHHH<?bB.T."n( 0V@?>+NGHHHH<?affA$V@?@HHHH<?`?,XV@?@HHHH<?_#B."V@? @HHHH<?^33@L7sAV@?NGHHHH<?]FA< VV@?v @HHHH<?\_@F@~rV@?X @HHHH<?[33A$A V@? @HHHH<?Z7(\??,&V@?@HHHH<?YD@: ( V@?.NGHHHH<?XV@?@<HHHH<?W4 33@~rV@?NGHHHH<?V4 G;A 6V@?NGHHHH<?U6 ff6@V@? @HHHH<?T~yB rB:."#%V@?D&NGHHHH<?SRCI@? NGHHHH<?RM̰A:@?@HHHH<?Qkw~AC9@@@HHHH<?P D.@?NGHHHH<?OB+@? @HHHH<?N@+@?@HHHH<?MOBFB+@?NGHHHH<?L+@?<<<<<?K *@?252 70 10 ;5BSS<<<J}̼@`*@?@HHHH<?I33A`*@?NGHHHH<?Hg@`*@?@HHHH<?G \A`*@@" @HHHH<?FFff@`*@?@HHHH<?E33A`*@?NGHHHH<?D?`*@?@HHHH<?bLVALNGrK>7;>20 .;8O 02;>2=0, @>4.29.12.1959, :.D.<.=., A.=.A. -,   70 2011-2012 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .. >=A:>2, ..LO:>=>2, ..565==K9, !.!. 0;0E>2, ...>7;>20, .$.02;>2, "...3>20. ;8O=85 >@85=B0F88 ?>4;>6:8 A0?D8@0 =0 >A>15==>AB8 <>@D>;>388 ?>25@E=>AB8 8 AB@C:BC@=>5 A>25@H5=AB2> B>;ABKE A;>52 GaN, 2K@0I5==KE <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88. @8AB0;;>3@0D8O. B. 56, !2, 2011, 294-302. 0.644*60/7=5.5 . . 5;>3>@>E>2, . . >=A:>2, . . LO:>=>2, .. . >7;>20, !. !. 0;0E>2, . . 565==K9, ". . .3>20, ;8O=85 B5E=>;>38G5A:8E ?0@0<5B@>2 =0 >4=>@>4=>ABL B>;I8=K 8 <>@D>;>38N ?>25@E=>AB8 M?8B0:A80;L=KE A;>52 GaN, ?>;CG5==KE <5B>4>< E;>@84=> 384@84=>9 M?8B0:A88. 72. 2C7>2. 0B5@80;K M;5:B@>==>9 B5E=8:8. ! 1, 2011, 30-36. 0.245*60/7= 2.1 AB0BL8 2 A1>@=8:0E =0CG=KE AB0B59: ... >7;>20, ".. .3>20. 07@01>B:0 B5E=>;>388 ?>;CG5=8O :2078?>4;>65: GaN <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88. !1. AB0B59.  " 80, 2011, 139-143.  =20/2=10 >:;04K: =0 @>AA89A:8E :>=D5@5=F8OE ..5;>3>@>E>2, ..>=A:>2, ..LO:>=>2, ...>7;>20, !.!.0;0E>2, ..565==K9, "...3>20. / "%'!%  "    !", ")+   $.  %!" -"!,+% ! GaN, #'+% " % -  -"!. "578AK 4>:;04>2 8-9 A5@>AA89A:>9 :>=D5@5=F88 " + /, /, ./  !" #"# +    +, 26-28 <0O 2011, !0=:B-5B5@1C@3, 67-68. 4/7*1.5=0.9 .. >=A:>2, ...>7;>20, .. C7N:>20 , !.!. 0;0E>2, .. 565==K9, .$.02;>2, ".. .3>20. !! !" #"#  ! (!" -"!,+% ! Ga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bdurashitov, V.N. Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin, Response FunAtion of a Fast Neutron Capture-Gated Spectrometer, Instruments and Experimental Techniques, Vol.54, No.5 (2011) 639-643. 0.442*60/5=5.3 0.361*60/5=4.3 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N. Abdurashitov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin,  Response of a capture-gated fast neutron spectrometer of simple geometry , XV International Baksan school  Particles and Cosmology , Troitsk, May 26  June 2 2011. 6/5=1.2 D.N.Abdurashitov, S.Belousov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, and A.A.Shikhin, Response Function of a Fast Neutron Capture Gated Spectrometer, BgNS International Conference  Nuclear Power for the People  , November 8, 2011, Bansko, Bulgaria   =6/6=1 @5?@8=BK: ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011.  = 4/10=0.4  =6.9*2=13.8LVALNG(8E8= ;5:A0=4@ ;5:A0=4@>28G, @>4 16.04.1963, =.A. ,   70 2011-2012 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: B.M.Fisher, J.N.Abdurashitov, K.J.Coakley, V.N.Gavrin, D.M.Gilliam, J.S.Nico, A.A.Shikhin, A.K.Thompson, D.F.Vecchia, V.E.Yants, Fast neutron detection with 6Li-loaded liquid scintillator, Nuclear Instruments and Methods in Physics Research A 646 (2011) 126-134. 1.207*30/10= 3.6 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011 ) !2, 2-14. 0.361*60/9=2.4 D.N.Abdurashitov, V.N. Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin, Response FunAtion of a Fast Neutron Capture-Gated Spectrometer, Instruments and Experimental Techniques, Vol.54, No.5 (2011) 639-643. 0.361*60/5=4.3 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: ..Shikhin, Development of the gallium-germanium neutrino telescope counting system for 2-zone source gallium experiment, he 15th International Baksan School  Particles and Cosmology , Troitsk Moscow region, May 26  June 2, 2011. 6 J.N. Abdurashitov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin,  Response of a capture-gated fast neutron spectrometer of simple geometry , XV International Baksan school  Particles and Cosmology , Troitsk, May 26  June 2 2011. 6/5=1.2 D.N.Abdurashitov, S.Belousov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, and A.A.Shikhin, Response Function of a Fast Neutron Capture Gated Spectrometer, BgNS International Conference  Nuclear Power for the People  , November 8, 2011, Bansko, Bulgaria 6/6=1 ?@5?@8=BK: ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, LVAL 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011. 4/10=0.4 ..14C@0H8B>2, ..02@8=, ..0;8E>2, ..(8E8=, AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LiF ?@8 :><=0B=>9 B5<?5@0BC@5, ?@5?@8=B /  1284/2011. 4/4=1 .. (8E8=, -;5:B@>=8:0 A8AB5<K @538AB@0F88 30;;89-35@<0=852>3> =59B@8==>3> B5;5A:>?0, ?@5?@8=B /  1285/2011. 4  =23.9LVAL  >@1C=>2 ;048<8@ C7L<8G @>4.27.12.1951, =A -  =60*1/10=6  =4  =4*1/2=2  =4  =6+4+2+4=16 B>3>:  =16 "' 6 (?@5?@8=BK 5IQ =5 2KH;8) !B0BL8: ..!04K:>2 8 4@./  59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20=-=KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 / : A>2@5<5==>5 A>AB>O=85 //  >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 , 2 ?5G0B8.  =60*1/10=6 @5?@8=BK / : ..>@1C=>2 /  !>3;0H5=85 > ?>;O@=>ABOE <03=8B>2 M:A?5@8<5=B0;L=>3> :><?;5:A0 /  //, 2 ?5G0B8.  =4 ..>@1C=>2, .!.!5;57=52/  -;5:B@>==K5 A@54AB20 >15A?5G5=8O 157>?0A=>AB8 @01>BK 06 /  //, 2 ?5G0B8.  =4*1/2=2 ..>@1C=>2 /  -;5:B@>B5E=8G5A:0O G0ABL ;>2CH:8 ?@>B>==>3> ?CG:0 =0 83-9 >A8 # /  //, 2 ?5G0B8.  =4  =6+4+2+4=16 B>3>:  =16/=F 8:B>@ -4C0@4>28G @>4.12.11.1953, =.A.-,   70 2011-2012 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: B.M.Fisher, J.N.Abdurashitov, K.J.Coakley, V.N.Gavrin, D.M.Gilliam, J.S.Nico, A.A.Shikhin, A.K.Thompson, D.F.Vecchia, V.E.Yants, Fast neutron detection with 6Li-loaded liquid scintillator, Nuclear Instruments and Methods in Physics Research A 646 (2011) 126-134. 1.207*30/10= 3.6 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 0.361*60/9=2.4  =5.9LVALNG1. @0G52 8E08; 20=>28G, @>4. 13.06.1944 3., 02. B45;>< -:A?5@8<5=B0;L=>3> ><?;5:A0, :.D-<.=. 1. @0G52 8E08; 20=>28G @>4. 13.06.1944 3., 02. B45;>< -:A?5@8<5=B0;L=>3> ><?;5:A0 / , :.D.-<.=.  =1,5*45/2=33,75 - "  =1,5*30/4=11,25  =1,5*30/6=7,5  =1.5*45/4=16.875  =1.5*45/3=22.5  =30+8=38 - ", 8G=K9  = 33,75+11,25+7,5+16,875+22,5+38=129,88 "' 51.75   @C:>2>48B5;O =129,88 *0,5+(91,88+16)*0,75=64,94+80,91 =145,85 = (,  49,69 ------------------------------------------------------------------------- >=D5@5=F88: A.V.Feschenko, M.I.Grachev, L.V.Kravchuk,V.L.Serov.  Multipurpose Research Complex based on the INR Proton Linac . Proceedings of RUPAC 2012, S-Petersburg, September 2012, p.90-94.  =1,5*30/4= 11,25 M.I.Grachev, E.V.Ponomareva, S.V.Akulinichev, L.V.Kravchuk, V.N.Zapolsky.  Proton Channel that provides Simultaneous Independent Operation of a Treatment Room and Neutron Sources of the Experimental Complex . Proceedings of RUPAC 2012, S.-Petersburg, September 2012, p.544-546.  =3*30/5=18 Grachev M.I., Ponomareva E.V., INR RAS, Moscow, Russia,  Optical design of the proton beam lines for the neutron complex INR RAS and medical application , 2nd International particle accelerator conference IPAC2011, September 2011, San Sebastian, Spain, published at JACOW cite 2049-2051.  =1,5*30/2=22,5 S.V. Akulinichev, M.I. Grachev, V.M. Skorkin /Measuring Beam Loss of the Proton Linac by Detecting Neutron Radiation// XXII International Workshops on Charged Particle Accelerators (Alushta, September 22-28, 2011). 0?@02;5=> 2 VANT.  = 6*1.5/3=3 ..!04K:>2 8 4@. 59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20=-=KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 / . !>2@5<5==>5 A>AB>O=85, >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 , 2011.  =60*1/10=6 8G=K9  = 11,25+18+22,5+3+6= 60,75   @C:>2>48B5;O = 60,75 *0,5+(49,5+16)*0,75=30,375+49,125 = 79,5LVAL B>3>:  = 79,5,LVAL<>=><0@520 ;5=0 8:B>@>2=0, @>4.25.12.1960 3., =.A. -  =1,5*45/2=33,75  =1,5*30/4=11,25  =1,5*30/6=7,5  =1,5*45/4=16.875  =1,5*45/3=22.5  = 33,75+11,25+7,5+16,875+22,5= 91,88 B>3>:  =91,88 "' 37,5 ------------------------------------------ >=D5@5=F88: M.I.Grachev, E.V.Ponomareva, S.V.Akulinichev, L.V.Kravchuk, V.N.Zapolsky.  Proton Channel that provides Simultaneous Independent Operation of a Treatment Room and Neutron Sources of the Experimental Complex . Proceedings of RUPAC 2012, S.-Petersburg, September 2012, p.544-546.  =3*30/5=18 Grachev M.I., Ponomareva E.V., INR RAS, Moscow, Russia,  Optical design of the proton beam lines for the neutron complex INR RAS and medical application , 2nd International particle accelerator conference IPAC2011, September 2011, San Sebastian, Spain, published at JACOW cite 2049-2051.  =1,5*30/2=22,5 S.V. Akulinichev, M.I. Grachev, V.M. Skorkin /Measuring Beam Loss of the Proton Linac by Detecting Neutron Radiation// XXII International Workshops on Charged Particle Accelerators (Alushta, September 22-28, 2011). 0?@02;5=> 2 VANT.  = 6*1.5/3=3 !B0BL8: ..!04K:>2 8 4@./  59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20=-=KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 / : A>2@5<5==>5 A>AB>O=85 //  >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 , 2 ?5G0B8.  =60*1/10=6  = 18+22,5+3+6= 49,5 B>3>:  =49.5LVALNG">@>?8= ;5:A0=4@ 8:>;0528G, @>4. 29.03.1951, :D<=, A=A $-,   70 2011-2012 33. !B0BL8: 1. Kullenberg C.T. et al. (NOMAD Collaboration). A Search for Single Photon Events in Neutrino Interactions in NOMAD // Phys.Lett.B706: 268-275, 2012.   = 3,955*30/17 = 6,98 >:;04K: 1. Kirsanov M. (CMS Collaboration). SM Higgs searches by CMS at the LHC // International Workshop "LHC on the march", Protvino, Russia, Nov 20-22, 2012, ?;5=0@=K9 CAB=K9.   = 6/25 = 0,24 2. Kirsanov M. (CMS Collaboration). 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( 2013 3. >:>=G8; 0A?8@0=BC@C D87D0:0 #) B>3>2K9 II  = 193,494 LVAL @8H8=0 5@0 .@L52=0 @>4. 23.09.1971, A=5 $/ ,   70 2011-2012 33. C1;8:0F88: P. Adlarson, !. Adolph, W. Augustyniak, V. 0H, . Bashkanov, ". Bednarski, F. S. Bergmann, . Bertowski, . Bhatt, .-". Brinkmann, . Buscher, . Calen, . Clement, D. Coderre, E. Czerwinski, E. Doroshkevich, C. Ekstrom, R. Engels, W. Erven, W. Eyrich, P. Fedorets, K. Fohl, K. Fransson, F. Goldenbaum, P. Goslawski, K. Grigoryev, V. Grishina, et al. (WASA-at-COSY Collaboration) Phys. Rev. Lett. 106, 242302 (2011) [4 pages] Abashian-Booth-Crowe Effect in Basic Double-Pionic Fusion: A New Resonance?  =7.37*30/10=22.1 B>3>:  =22.1LVALNGC;038= !5@359 =0B>;L528G 1959 3>40 @>645=8O :0=4840B D87.-<0B. =0C: AB0@H89 =0CG=K9 A>B@C4=8: B45;0 B5>@5B8G5A:>9 D878:8   70 2011-2013 33. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E ============================== Bold Diagrammatic Monte Carlo Method Applied to Fermionized Frustrated Spins S. A. Kulagin, N. Prokof ev, O. A. 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Instrumentation 8 (2013) P08013, arXiv:1306.5602 0;;: (300,0751,656+ 4 0.075)=3,726 +0,3 = 4,026 (AB0BLO 2 70@C156=>< @5F5=78@C5<>< 6C@=0;5 A 8<?0:B D0:B>@>< 1,656 8 M;5:B@>==K9 ?@5?@8=B A G8A;>< A>02B>@>2 67). 4. AEGIS collaboration, 67 coauthors, (A. Belov, S. Gninenko, V. Matveev from INR RAS),  The AEGIS experiment at CERN: Measuring the free fall of antihydrogen , Hyperfine Interact., DOI 10.1007/s10751-012-0583-x. 0;;: 80,075 = 0,6 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B D0:B>@>< <5=55 0,27 A G8A;>< A>02B>@>2 67). 5. AEGIS collaboration, M. Doser et. al., 60 coauthors, ( A. Belov, S. Gninenko, V. Matveev from INR RAS), Exploring the WEP with a pulsed cold beam of Antihydrogen, 2012, Class. Quantum Grav. 29 184009, (http://iopscience.iop.org/0264-9381/29/18/184009). 0;;: 300,0753,562=8,0145 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B D0:B>@>< 3.562 A G8A;>< A>02B>@>2 60). 6. A. S. Belov,  Polarized Ion Sources: status and perspectives , invited plenary report on 20th International Symposium on Spin Physics (SPIN 2012), September 17-22, 2012, Dubna, Russia. PhysicsLVAL of Particles and Nuclei, 2013, Vol. 44, No. 6, pp. 873 877. Pleiades Publishing, Ltd., 2013, doi: 10.1134/S1063779613060038. 0;;:=301,5 = 45 (?@83;0H5==K9 ?;5=0@=K9 CAB=K9 4>:;04 -30 <8=, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 SPIN 2012, >?C1;8:>20==K9 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 -'/). 7. A. S. Belov, O. T. Frolov, L. P. Nechaeva, E. S. Nikulin, V. N.Zubets,  ANALYSIS OF 400 kV PULSE GENERATOR OPERATION , 4>:;04 =0 235< 564C=0@>4=>< !5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, ;CHB0, 8-14 A5=BO1@O 2013 3. 0;;: 6/5=1,2 (#AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. AEGIS collaboration, D. Krasnick et. al., 65 coauthors ( A. Belov, S. Gninenko, V. Matveev from INR RAS), AEgIS Experiment Commissioning at CERN, Workshop on Non Neutral Plasma Physics, Greifswald, 27-30 August 2012, AIP Conf. Proc. 1521, 144 (2013); doi: 10.1063/1.4796070. 0;;: =60,0751,5=0,675 (>?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< A>02B>@>2 65). 9. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52, AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , ", !3(79), A5@8O /$, 2K?.58, 2012, AB@. 44-48. 0;;: 6/5*0,5=0,6 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 @0AG5B=>3> ?5@8>40). 10. A.V.Butenko, E.E.Donets, E.D.Donets, V.V.Fimushkin, A.I.Govorov, V.V.Kobets,A.D.Kovalenko, K.A.Levterov, V.A.Monchinsky, I.N.Meshkov, A.Y.Ramsdorf, A.O.Sidorin, G.V.Trubnikov JINR, Dubna, Russia, A.S.Belov, INR, Moscow et. al., DEVELOPMENT OF THE NICA INJECTION FACILITY, Proceedings of IPAC2013, Shanghai, China, THPWO069, 2013. 0;;: 6/101,5=0,9 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 11. V. V. Fimushkin, A. D. Kovalenko, L. V. Kutuzova, Yu. V. Prokofichev (JINR), A. S. Belov, A. V. Turbabin, V. N. Zubets (INR RAS),  Status of the source of polarized ions for the JINR accelerator complex , report on 20th International Symposium on Spin Physics (SPIN 2012), September 17-22, 2012, Dubna, Russia, Physics of Particles andx LVAL Nuclei, 2014, Vol. 45, No. 1, pp. 297 300. 0;;: 6/71,5=1.29 (CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 >?C1;8:>20==K9 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 -'/). 12. A. S. Belov,  Polarized ion source options for FNAL polarized beam project , report on International Workshop Opportunities for Polarized Physics at FNAL, May 20-22, 2013, Fermilab, USA. 0;;: 6 (CAB=K9 4>:;04 =0 564C=0@>4=>< A>25I0=88 A G8A;>< CG0AB=8:>2 ~ 50). 13. A.S.Belov, O.T.Frolov, E.S.Nikulin, V.P.Yakushev, V.N.Zubets. Study of proton injector beam transverse phase space variations during high voltage pulse. Proc. of RUPAC2012, St.-Petersburg, Russia, September 24-28, 2012, pp.397-399. http://jacow.org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einhardt-Nickoulin, S. Bragin, A. Feschenko, S. Gavrilov, A. Mirzojan,I. Vasilyev, O. Volodkevich. Emittance Measurements at the Exit of INR Linac. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, http://jacow.org/, pp. 668-670. 0;;: 4*1.5/7=0,857 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 4. S.Bragin, V.Gaidash, O.Grekhov, Yu.Kiselev, N.Lebedeva, A.Mirzojan, A.Naboka, P.Reinhardt-Nickoulin, I.Vasilyev, O.Volodkevich. Development of INR Linac BCT System. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, http://jacow.org/, pp. 671-673. 0;;: 4*1.5/10=0,6 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  = 2,85LVALNG0A8;L52 20= =4@5528G, @>4. 22.10.1984, <.=.A. 1. 02@8;>2 !.., 0A8;L52 .., 59=30@4B-8:C;8= .., $5I5=:> .. &+ "   ' !'/ / #    #(.) !" #'  #.)% #'. A. 39 47. C@=0; >=B@>;L 8 803=>AB8:0 ! 12, 2013. ISSN 0201-7032. 0;;: (60/4)*0,243 = 3,645 (!B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5). 2. S. Gavrilov, A. Feschenko, P. Reinhardt-Nickoulin, I. Vasilyev. ANALYSIS OF MEASUREMENT ERRORS OF INR LINAC IONIZATION BEAM CROSS SECTION MONITOR. International Beam Instruments Conference, September 16-19, 2013, Oxford, UK. Proceedings of IBIC2013, p. 535-538. 0;;: (6/4)*1,5 = 2,25 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. 02@8;>2 !.., 0A8;L52 .., 59=30@4B-8:C;8= .., $5I5=:> .. 5@2K5 @57C;LB0BK 87<5@5=89 ?@>D8;O ?CG:0 ?> D;C>@5AF5=F88 >AB0B>G=>3> 3070 =0 # / . !B5=4>2K9 4>:;04 =0 23 <564C=0@>4=>< A>25I0=88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F ;CHB0 2013 10-14 A5=BO1@O 2013 3. 0;;: (6/4) = 1,5 (#AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . $5I5=:>. 5@A?5:B82K 8A?>;L7>20=8O 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 =0 CA:>@8B5;OE FRIB Michigan State University 8 #-70 $-. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !3(79), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.58, 2012, A. 19-23. 0;;: 6/4*0,5=0,75. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 @0AG5B=>3> ?5@8>40). 5. . 0A8;L52, . @5E>2. A?>;L7>20=85 A8AB5<K A1>@0 40==KE =0 ;8=59=>< CA:>@8B5;5 / . . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !4(80), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.59, 2012, A. 61-63. 6/2*0,5=1,5 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 @0AG5B=>3> ?5@8>40). 6. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . !>1>;52A:89, . $5I5=:>. 0I8B0 M;5:B@>=8:8 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 >B @0480F8>==KE ?>2@5645=89 =0 ;8=59=>< CA:>@8B5;5 / . >?@>AK 0B><LVAL=>9 =0C:8 8 B5E=8:8, !3(79), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.58, 2012, A. 218-222. 0;;: 6/5*0,5=0,6 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 @0AG5B=>3> ?5@8>40). 7. P. Reinhardt-Nickoulin, S. Bragin, V. Gaidash, O. Grekhov, Yu. Kiselev, N. Lebedeva, A. Mirzojan, A. Naboka, I. Vasilyev, O. Volodkevich. Development of INR linac BCT system. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, pp. 671 673. http://jacow.org/, 0;;: 4/10*1,5=0,6 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8. P. Reinhardt-Nickoulin, S. Bragin, A. Feschenko, S. Gavrilov, A. Mirzojan, I. Vasilyev, O. Volodkevich. Emittance measurements at the exit of INR linac.. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, pp.. 668 670. http://jacow.org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olodkevich, V.N. Zubets, Yu.V. Kiselev, V.S. Klenov. Remote Control System for H-Minus Ion Source of INR LINAC. XXIII International Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September 2013. 0;;: 6/4=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. P. Reinhardt-Nickoulin, S. Bragin, A. Feschenko, S. Gavrilov, A. Mirzojan,I. Vasilyev, O. Volodkevich. Emittance Measurements at the Exit of INR Linac. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, http://jacow.org/, pp. 668-670. 0;;: 4*1.5/7=0,857 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 5. S.Bragin, V.Gaidash, O.Grekhov, Yu.Kiselev, N.Lebedeva, A.Mirzojan, A.Naboka, P.Reinhardt-Nickoulin, I.Vasilyev, O.Volodkevich. Development of INR Linac BCT System. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, http://jacow.org/, pp. 671-673. 0;;: 4*1.5/10=0,6 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  = 4,35LVALNGC15F 0;5@89 8:>;0528G >4.21.05.1950 , =0CG=K9 A>B@C4=8: 1. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52, AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , ", !3(79), A5@8O /$, 2K?.58, 2012, AB@. 44-48. 0;;: 6/5*0,5=0,6 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 @0AG5B=>3> ?5@8>40). 2. V. V. Fimushkin, A. D. Kovalenko, L. V. Kutuzova, Yu. V. Prokofichev (JINR), A. S. Belov, A. V. Turbabin, V. N. Zubets (INR RAS),  Status of the source of polarized ions for the JINR accelerator complex , report on 20th International Symposium on Spin Physics (SPIN 2012), September 17-22, 2012, Dubna, Russia, Physics of Particles and Nuclei, 2014, Vol. 45, No. 1, pp. 297 300. 0;;: 6/71,5=1.29 (CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 >?C1;8:>20==K9 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 -'/). 3. A. S. Belov, O. T. Frolov, L. P. Nechaeva, E. S. Nikulin, V. N.Zubets,  ANALYSIS OF 400 kV PULSE GENERATOR OPERATION , 4>:;04 =0 235< 564C=0@>4=>< !5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, ;CHB0, 8-14 A5=BO1@O 2013 3. 0;;: 6/5=1,2 (#AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. O.M. Volodkevich, V.N. Zubets, Yu.V. Kiselev, V.S. Klenov. Remote Control System for H-Minus Ion Source of INR LINAC. XXIII International Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September 2013. 0;;: 6/4=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 5. A.Zelenski, G.Atoian, J.Ritter, D.Steski, F.Podolyako, I.Sorokin, I.Vizgalov, V.Klenov, V.Zubets, V.Davydenko, A.Ivanov, A.Kolmogorov. The Rhic Polarized Source Upgrade , The 20th International Symposium on Spin Physics, Dubna, Russia, September 17-22, 2012. 0;;: 6/10=0,6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. A.Zelenski, G.Atoian, J.Ritter, D.Steski, F.Podolyako, I.Sorokin, I.Vizgalov, V.Klenov, V.Zubets, V.Davydenko, A.Ivanov, A.Kolmogorov. The Rhic Polarized Source Upgrade , International Workshop on polarized ion sources, targets and polarimeters , PSTP 2013, Virginia,  LVAL USA, September 2013. 0;;: 6/10=0.6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. A.S.Belov, O.T.Frolov, E.S.Nikulin, V.P.Yakushev, V.N.Zubets. Study of proton injector beam transverse phase space variations during high voltage pulse. Proc. of RUPAC2012, St.-Petersburg, Russia, September 24-28, 2012, pp.397-399. http://jacow.org/. 0;;: 4/5*1.5=1,2 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9   = 6,99>LVALD P20H0 4>;LD 20=>28G, >4. 28.02.1936 3., 702. A5:B>@><, :.B.=. 1. A.I.Kvasha. Numerical calculation of vacuum tube power amplifier mode of operation. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !3(79), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.58, 2012, A. 29-33. 0;;: 6*0.5/1=3 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 @0AG5B=>3> ?5@8>40). 2. A.V.Feschenko, .I.Kvasha, V.L.Serov. Some peculiarities of the INR DTL RF System operation at doubling of average RF power level. >:;04 =0 235< 564C=0@>4=>< !5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, ;CHB0, 8-14 A5=BO1@O 2013 3. 0;;: 6/3=2 (#AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. A.I. Kvasha, .V.Feschenko, V.L.Serov Status of INR DTL RF system, Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, pp..293-295, http://jacow.org/. 0;;: 4*1.5/3=2.0 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 4. A.N.Drugakov, A.V.Feschenko, A.I.Kvasha, A.N.Naboka, V.L.Serov. Investigation of INR DTL RF system operation of 100 Hz repetition rate, Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, pp. 296-298, http://jacow.org/. 0;;: 4*1.5/5=1.2 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9   = 8,2   @C:>2>48B5;O = 10,250;8=8= .@89 >@6528G @>4.19.05.1956, :.B.=., 702. ;01. 1. N.I. Brusova, A. Feschenko, O. Grekhov, Yu. Kalinin, V. Mikhailov, V.L. Serov, A.A. Stepanov. Beam pulse separation system of INR linac Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, http://jacow.org/, pp. 451 452. 0;;: 4*1.5/7=0.86 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9   = 0,86   @C:>2>48B5;O = 1,075LVAL8A5;52 .@89 0A8;L528G, >4 7.04.1950, :B=, 702.;01. 1. !..@038=, ..>;>4:528G, ..0940H, ...8A5;52, .!.;5=>2, ..8@7>O=, ..$5I5=:>. 7<5@5=8O M<8BB0=A0 ?CG:0 =0 :0=0;5 8=65:F88 8>=>2 H- ;8=59=>3> CA:>@8B5;O / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !3(79), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.58, 2012, A. 58-62. 0;;: 6*1.5/7*0,5=0,643 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 @0AG5B=>3> ?5@8>40). 2. !..@038=, ..>;>4:528G, ..@5E>2, ...8A5;52, ..8@7>O=, ..8E09;>2, ..>8A552, ..$5I5=:>. 0728B85 <5B>40 D>@<8@>20=8O 8 :>=B@>;O ?CG:0 =0 <8H5=8 87>B>?=>3> :><?;5:A0 ;8=59=>3> CA:>@8B5;O / . XXIII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0, 08-14 A5=BO1@O 2013 3. 0;;: 6/8=0,75 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. O.M. Volodkevich, V.N. Zubets, Yu.V. Kiselev, V.S. Klenov. Remote Control System for H-Minus Ion Source of INR LINAC. XXIII International Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September 2013. 0;;: 6/4=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. S.Bragin, V.Gaidash, O.Grekhov, Yu.Kiselev, N.Lebedeva, A.Mirzojan, A.Naboka, P.Reinhardt-Nickoulin, I.Vasilyev, O.Volodkevich. Development of INR Linac BCT System. 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Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, http://jacow.org/, pp. 671-673. 0;;: 4*1.5/10=0,6 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9   = 4,35   @C:>2>48B5;O = 1LVAL5,201LVAL 5G0520 848O >;8:0@?>2=0, @>4. 27.04.1936, A.=.A., :.D.-<.= 1. S. Belov, O. T. Frolov, L. P. Nechaeva, E. S. Nikulin, V. N.Zubets,  ANALYSIS OF 400 kV PULSE GENERATOR OPERATION , 4>:;04 =0 235< 564C=0@>4=>< !5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, ;CHB0, 8-14 A5=BO1@O 2013 3. 0;;: 6/5=1,2 (#AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9   = 1,20>8A552 0A8;89 ;5:A0=4@>28G, @>4. 02.09.1955, =A 1. !..@038=, ..>;>4:528G, ..@5E>2, ...8A5;52, ..8@7>O=, ..8E09;>2, ..>8A552, ..$5I5=:>. 0728B85 <5B>40 D>@<8@>20=8O 8 :>=B@>;O ?CG:0 =0 <8H5=8 87>B>?=>3> :><?;5:A0 ;8=59=>3> CA:>@8B5;O / . XXIII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0, 08-14 A5=BO1@O 2013 3. 0;;: 6/8=0,75 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. ..>8A552,  803=>AB8:0 ?CG:>< ?>?5@5G=KE 35><5B@8G5A:8E ?>3@5H=>AB59 <0:@>AB@C:BC@K 2KA>:>M=5@35B8G=>9 G0AB8 ;8=59=KE CA:>@8B5;59 8>=>2 , XXIII International Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September 2013. 0;;: 20 (>:;04G8: ?;5=0@=>3> 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. ..>8A552,  5B>4 <8=8<870F88 ?>B5@L 8 C;CGH5=8O :0G5AB20 ?CG:0 2 2KA>:>M=5@35B8G=>9 G0AB8 ;8=59=>3> CA:>@8B5;O 8>=>2 A 35><5B@8G5A:8<8 >H81:0<8 2 ?>?5@5G=>9 ?;>A:>AB8 <0:@>AB@C:BC@K , XXIII International Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September 2013. 0;;: 20 (>:;04G8: ?;5=0@=>3> 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9   = 40,75LLVALL^!B5?0=>2 =0B>;89 ;5:A5528G, @>48;AO 25.07.1935 3.,:.B.=, 70254CNI89 A5:B>@>< 1. N.I. Brusova, A. Feschenko, O. Grekhov, Yu. Kalinin, V. Mikhailov, V.L. Serov, A.A. Stepanov. Beam pulse separation system of INR linac Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, http://jacow.org/, pp. 451 452. 0;;: 4*1.5/7=0.86 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  =0,806   @C:>2>48B5;O=1,0758:C;8= 235=89 !5<5=>28G, @>4. 15.06.1945, =. A. # 1. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52, AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , ", !3(79), A5@8O /$, 2K?.58, 2012, AB@. 44-48. 0;;: 6/5*0,5=0,6 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 @0AG5B=>3> ?5@8>40). 2. A. S. Belov, O. T. Frolov, L. P. Nechaeva, E. S. Nikulin, V. N.Zubets,  ANALYSIS OF 400 kV PULSE GENERATOR OPERATION , 4>:;04 =0 235< 564C=0@>4=>< !5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, ;CHB0, 8-14 A5=BO1@O 2013 3. 0;;: 20 (>:;04G8: ?;5=0@=>3> 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. 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(!B0BLAO 2 8=>AB@0==>< @5D5@8@C5<>< 6C@=0;5 A 8<?0:B D0:B>@>< 1.52). 2. .. =8A8<>2, .. 0204F52, .. 0204F52, .. @02GC:, .. 0@0<>=>2, .. !>15=8=. 0AB@>9:0 >B:;>=ONI59 AB@C:BC@K S 480?07>=0. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !4(80), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.59, 2012, AB@. 55-58. 0;;: 6/60.5 = 0,5 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 @0AG5B=>3> ?5@8>40). 3. .. 0@0<>=>2 #A:>@ONI85 AB@C:BC@K =0 153CI59 2>;=5 A 1>;LH8< =0153>< D07K =0 ?5@8>4. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !3(79), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.58, 2012, AB@. 24-29. 0;;: 6/1*0.5 = 3 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 @0AG5B=>3> ?5@8>40). 4. .. 0@0<>=>2, .. 5=8A5=:>. " +'!/ % " !" +!(%    '!% !" #"# %. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !4(80), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2K?.59, 2012, AB@. 83-86. 0;;: 6/2*0.5 = 1,5 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 @0AG5B=>3> ?5@8>40). 5. M. Otevrel, V. 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L>:;04 =0 XIII 564C=0@>4=>< A5<8=0@5 ?> ?@>1;5<0< CA:>@8B5;59 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 2-7 A5=BO1@O 2013. 0;; 6. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, <5=LH5 100 CG0AB=8:>2, 4>:;04G8:) 17. V. Paramonov, L.V. Kravchuk, P. Orlov, K. Floettmann. Standing Wave RF Deflectors with Reduced Aberrations. Proc. of RUPAC2012, St.-Petersburg, Russia, September 24-28, 2012, pp.590-592. http://jacow.org/. 0;;:4/4*1.5=1,5 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 18. . V. Paramonov. The Summary for Optimization of the Annular Coupled Structure Accelerating Module Physical Design for High Intensity Hadron Linac. KEK Report A, 2013-4, arXiv:1302.6287, June 2013. 0;;: 4 (-;5:B@>==K9 ?@5?@8=B). 19. V. Paramonov. Field distribution analysis in deflecting structures. TESLA-FEL 2012-17, DESY, Hamburg, 2012. 0;;: 4 (-;5:B@>==K9 ?@5?@8=B). 20. V. Paramonov. Parameters of the Disk Loaded Waveguide structure for intermediate particles acceleration in the intermediate energy range. arXiv:1307.65-06, 24 p., 9 fig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avrilov, A. Feschenko, P. Reinhardt-Nickoulin, I. Vasilyev. ANALYSIS OF MEASUREMENT ERRORS OF INR LINAC IONIZATION BEAM CROSS SECTION MONITOR. International Beam Instruments Conference, September 16-19, 2013, Oxford, UK. Proceedings of IBIC2013, p. 535-538. 0;;: (6/4)*1,5 = 2,25 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. 02@8;>2 !.., 0A8;L52 .., 59=30@4B-8:C;8= .., $5I5=:> .. 5@2K5 @57C;LB0BK 87<5@5=89 ?@>D8;O ?CG:0 ?> D;C>@5AF5=F88 >AB0B>G=>3> 3070 =0 # / . !B5=4>2K9 4>:;04 =0 23 <564C=0@>4=>< A>25I0=88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F ;CHB0 2013 10-14 A5=BO1@O 2013 3. 0;;: (6/4) = 1,5 (#AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . $5I5=:>. 5@A?5:B82K 8A?>;L7>20=8O 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 =0 CA:>@8B5;OE FRIB Michigan State University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einhardt-Nickoulin, S. Bragin, V. Gaidash, O. Grekhov, Yu. Kiselev, N. HLVALXLebedeva, A. Mirzojan, A. Naboka, I. Vasilyev, O. Volodkevich. Development of INR linac BCT system. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, pp. 671 673. http://jacow.org/, 0;;: 4/10*1,5=0,6 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 7. P. Reinhardt-Nickoulin, S. Bragin, A. Feschenko, S. Gavrilov, A. Mirzojan, I. Vasilyev, O. Volodkevich. Emittance measurements at the exit of INR linac.. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, pp.. 668 670. http://jacow.org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ichigan State University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avrilov, A. Feschenko, P. Reinhardt-LVALNickoulin, I. Vasilyev. ANALYSIS OF MEASUREMENT ERRORS OF INR LINAC IONIZATION BEAM CROSS SECTION MONITOR. International Beam Instruments Conference, September 16-19, 2013, Oxford, UK. Proceedings of IBIC2013, p. 535-538. 0;;: (6/4)*1,5 = 2,25 (?C1;8:>20==K9 CAB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. A.V.Feschenko, .I.Kvasha, V.L.Serov. 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Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0743, 2013. 6*1.5/7 = 1.29 >=D5@5=F88, =5 >?C1;8:>20=>: 10 1) .. 5B:>2, .. >;852. >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5. A5@>AA89A:0O :>=D5@5=F8O "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2013", >A:20,  , 23 - 26 45:01@O 2013 3. 20/2 = 10 C:>2>4AB2> 0A?8@0=B0<8: 2*30 = 60 1) 0@0G:>2 ., 0A?8@0=BC@0 /, 2012 3. - 2013 3LVALNG>2>A5;LF52 .@89 $54>@>28G, 20.09.1950, 4.D.-<.=., 2=A ;01>@0B>@88 !"   = 87.92 C1;8:0F88: 80.02 1) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin. Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data. Astroparticle Physics v.36, p.224-236, 2012. 4.777*30/6 = 23.89 2) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov. On the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV. J. Phys. G: Nucl. Part. Phys. 39 (2012) 105202. 5.326*30/3 = 53.26 3) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .. >;852, .. 5@:>20, ..$. >2>A5;LF52, .. >;:>20, .. /=:5, ""5<?5@0BC@=K5 MDD5:BK 2 ?>B>:0E <N>=>2 2KA>:>9 M=5@388 8 ?@>1;5<0 2>AAB0=>2;5=8O B5<?5@0BC@=>3> ?@>D8;O 0B<>AD5@K", 725AB8O , A5@. D87., B. 77, ! 5, A. 636 638, 2013. 0.249*60/8 = 1.87 4) M.G. Kostyuk, V.B. Petkov, R.V. Novoseltseva, M.M. Boliev, M.D. Berkova, Yu.F. Novoseltsev, L.V. Volkova, V.G. Yanke. "Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere", Journal of Physics: Conference Series, 409, 012231, 2013. 8/8 = 1.0 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 3.9 1) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov. On the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV. Proceedings of the TAUP 2011. Journal of Physics: Conference Series, v.375 (2012) 052015. 6*1.5*0.5/3 = 1.5 2) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "EAS spectrum vs the total number of high energy muons and the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV", Proceedings of the 13th ICATPP Conference (VillaX LVALh Olmo, Como, Italy, 2011), vol.7, p.139-145, World Scientific Publishing Co. Pre. Ltd., 2012. 6*1.5*0.5/3 = 1.5 3) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 4 1) ..$. >2>A5;LF52, 538AB@0F8O :>A<8G5A:8E ;CG59 =0 !", 0:A0=A:0O <>;>4Q6=0O H:>;0 D878:8 ($ 2012 (@8M;L1@CAL5, 17  21 45:01@O 2012), 1 ;5:F8O. 4LVALNG%05@48=>2 08;L !0D>28G, 30.11.1958, :.D.-<.=., A=A ;01. !"   = 57.47 C1;8:0F88: 15.47 1) 1 N S Khaerdinov and A S Lidvansky. Variations of cosmic ray muon flux during thunderstorms. J. Phys.: Conf. Ser., 409, 012230, 2013. 8/2 = 4 2) N.S. Khaerdinov and A.S. Lidvansky. Heights of Generation of Runaway Electrons in Bright Cosmic Ray Events Observed on the Ground during Thunderstorms. J. Phys.: Conf. Ser., 409, 012225, 2013. 8/2 = 4 3) .!. 8420=A:89, .!. %05@48=>2, >@@5;8@>20==K5 87<5=5=8O @07=KE :><?>=5=B :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 8 A>?CBAB2CNI85 MDD5:BK, 72. , A5@. D87., B. 77, ! 5, A. 650 652, 2013. 0.249*60/2 =7.47 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 16 1) N.S. Khaerdinov and A.S. Lidvansky. Heights of Generation of Runaway Electrons in Bright Cosmic Ray Events Observed on the Ground during Thunderstorms. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), geo_447, 2012. 6*1.5/2 = 4.5 2) .!. 8420=A:89, .!. %05@48=>2, =><0;L=0O ACB>G=0O 2>;=0 ?>;O E>@>H59 ?>3>4K 2 3>@=>< CI5;L5, VII >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, !0=:B-5B5@1C@3, 24-28 A5=BO1@O 2012 3., !1>@=8: =0CG=KE B@C4>2, AB@. 155-157, 2012. 4*1.5/2 = 3 3) .!. %05@48=>2, .!. 8420=A:89, >;8G5AB25==0O 8=B5@?@5B0F8O M:A?5@8<5=B0;L=>3> 8AA;54>20=8O 20@80F89 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, VII >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, !0=:B-5B5@1C@3, 24-28 A5=BO1@O 2012 3., !1>@=8: =0CG=KE B@C4>2, AB@. 248-250, 2012. 4*1.5/2 = 3 4) .%. 0=>=848, .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2. >@@5;OF8O 2B>@8G=KE G0AB8F :>A<8G5A:8E ;CG59 A 20@80F8O<8 35><03=8B=>3> ?>;O 2> 2@5<O 3@>7. 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?LLVAL,, >@>:, 28 >:BO1@O  1 =>O1@O 2013 3. AB@. 64-65. 4*1.5/4 = 1.5 5) .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2. ><?;5:A=>5 8AA;54>20=85 <54;5==> B5:CI53> ?@>1>O AB@0B>AD5@K 2 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88. 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L. >@>:, 28 >:BO1@O  1 =>O1@O 2013 3. AB@. 66-67. 4*1.5/3 = 2.0 6) .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, !@54=85 E0@0:B5@8AB8:8 ?@875<=>3> M;5:B@8G5A:>3> ?>;O 2> 2@5<O 3@>7 ?> 8AA;54>20=8N 20@80F89 2B>@8G=KE G0AB8F :>A<8G5A:8E ;CG59, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O  1 =>O1@O 2013 3. AB@. 68-69. 4*1.5/3 = 2.0 >=D5@5=F88, =5 >?C1;8:>20=>: 26 1) .!. %05@48=>2, .!. 8420=A:89, 0@80F88 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 8 A>?CBAB2CNI85 MDD5:BK, VII >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, !0=:B-5B5@1C@3, 24-28 A5=BO1@O 2012 3. 20/2 = 10 2) N.S. Khaerdinov, A.S. Lidvansky. Interpretation of Variations of Cosmic Ray Muon Flux during Thunderstorms. 23rd European Cosmic Ray Symposium (and 32nd Russian Cosmic Ray Conference) Moscow, Russia, July, 3  7, 2012. 6/2 = 3 3) N.S. Khaerdinov, A.S. Lidvansky. Quantitative Analysis of the Enhancements Detected by EAS Array during Thunderstorms, International Workshop  Thunderstorms and Elementary Particles Acceleration TEPA-2012, Russia, Moscow, 9-11 July, 2012. 6/2 = 3LVAL60??C52 0E8@ 0=8O;>28G, 05.05.1953, :.D.<.=., A=A ;01>@0B>@88 !"   = 30.56 C1;8:0F88: 20.43 1) .. 60??C52, .#. C46052, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, "7CG5=85 04@>==>9 :><?>=5=BK ( =0 CAB0=>2:5 >2Q@-2", 8AL<0 2 -"$, B. 97, 2K?. 10, A. 651  653, 2013. 1.524*60/5 = 18.29 2) D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. "Measurements of the thermal neutrons flux near the EAS core", Journal of Physics: Conference Series, 409, 012034, 2013. 8/7 = 1.14 3) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michilova, Y. Stenkin, V. Stepanov, A. Tsybuk and V. Volchenko. Sideral anisotropy of cosmic rays at 10-100TeV energy range. Journal of Physics: Conference Series, 409, 012051, 2013. 8/8=1 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 10.13 1) D.D. Dzhappuev. Measurements of the thermal neutrons flux near the EAS core. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr1_437, 2012. 6*1.5 = 9 2) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michailova, Yu. Stenkin, V. Stepanov, A. Tsyabuk and V. Volchenko. Sidereal anisotropy of cosmic rays at 10 - 100 TeV energy range. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr1_576, 2012. 6*1.5/8 = 1.13LVAL/=8= ;5:A59 $54>@>28G, 07.05.1950, :.D.-<.=., A=A ;01>@0B>@88 !"   = 4.06 C1;8:0F88: 1.87 1) .. 0?>=5=:>, .. 5B:>2, ... @8H:0=, .. 70?0@>20, .. >;G5=:>, .$. /=8=, .. C@5=O, .. >@10G520, ">8A: C;LB@0:>@>B:8E 2A?;5A:>2 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 =0 ;82=52>9 CAB0=>2:5 =4K@G8", 725AB8O , A5@. D87., B. 77, ! 11, A. 1597-1599, 2013. 0.249*60/8 = 1.87 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.19 1) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9 2) A.N. Gaponenko, V.B. Petkov, V.Yu. Grishkan, I.M. Dzaparova, A.F. Yanin, A.N. Kurenya, E.A. Gorbacheva,  Search for very short gamma-ray bursts at the Andyrchy EAS array on millisecond timescale , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0743, 2013. 6*1.5/7 = 1.29 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.9 1. M.M. Boliev, I.M. Dzaparova, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, V.I. Volchenko, G.V. Volchenko and A.F. Yanin. The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers. Proceedings of the 2nd International Cosmic Ray Workshop  Aragats-2011 (Nor-Amberd, Armenia, 12-16 September 2011), pp.66  70, 2011. 6*1.5/10 = 0.9LVALNG>;852 CA018 CE0@18528G, 31.03.1956, :.D.-<.=., A=A ;01>@0B>@88 !"   = 80.38 C1;8:0F88: 58.23 1) O. Suvorova, M. Boliev, S.V. Demidov, S. Mikheyev. Limits on spin-dependent WIMP-proton cross-sections from the neutrino experiment at the Baksan Underground Scintillator Telescope. arXiv:1211.2545 4/4 = 1 2) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .. >;852, .. 5@:>20, ..$. >2>A5;LF52, .. >;:>20, .. /=:5, ""5<?5@0BC@=K5 MDD5:BK 2 ?>B>:0E <N>=>2 2KA>:>9 M=5@388 8 ?@>1;5<0 2>AAB0=>2;5=8O B5<?5@0BC@=>3> ?@>D8;O 0B<>AD5@K", 725AB8O , A5@. D87., B. 77, ! 5, A. 636 638, 2013. 0.249*60/8 = 1.87 3) M.G. Kostyuk, V.B. Petkov, R.V. Novoseltseva, M.M. Boliev, M.D. Berkova, Yu.F. Novoseltsev, L.V. Volkova, V.G. Yanke. "Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere", Journal of Physics: Conference Series, 409, 012231, 2013. 8/8 = 1.0 4) M.M. Boliev, S.V. Demidov, S.P. Mikheyev and O.V. Suvorova,  Search for muon signal from dark matter annihilations in the Sun with the Baksan Underground Scintillator Telescope for 24.12 years , Journal of Cosmology and Astroparticle Physics, 09, 019, 2013. 6.036 6.036*30/4=45.27 5) . . !C2>@>20, . . >;852, !. . 5<84>2, !. . 8E552,  3@0=8G5=8O =0 A5G5=8O C?@C3>3> @0AA5O=8O =59B@0;8=> =0 =C:;>=5 2 =59B@8==>< M:A?5@8<5=B5 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5 , /45@=0O D878:0, B. 76, ! 11, A. 1433-1442. 0.539 0.539*60/4=8.09 6)M.M. Boliev, S.V. Demidov, S.P. Mikheyev, O.V. Suvorova,  Search for muon signal from dark matter annihilations in the Sun with tLVALhe Baksan Underground Scintillator Telescope for 24.12 years , arXiv:1301.1138v1 [astro-ph.HE], 2013. 4/4=1 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 12.15 1) O. Suvorova, M. Boliev, S.V. Demidov, S. Mikheyev. Limits on spin-dependent WIMP-proton cross-sections from the neutrino experiment at the Baksan Underground Scintillator Telescope. Proc. of VIII International Workshop on the Dark Side of the Universe (June 10-15, 2012, Rio de Janeiro, Brazil), http://pos.sissa.it/PoS(DSU 2012)043. 30*1.5/4 = 11.25 2) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 10 1. .. 5B:>2, .. >;852. >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5. A5@>AA89A:0O :>=D5@5=F8O "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2013", >A:20,  , 23 - 26 45:01@O 2013 3. 20/2 = 10LVALNG >;G5=:> ;048<8@ 20=>28G, 09.03.1952, :.D.-<.=., A=A ;01>@0B>@88 !"   = 23.57 C1;8:0F88 : 19.59 1) .. >;G5=:>, .. >;G5=:>. 5B>4 02B><0B8G5A:>9 =0AB@>9:8 8 AB018;870F88 M=5@35B8G5A:>3> ?>@>30 AF8=B8;;OF8>==KE 45B5:B>@>2. "-, !6, A.47-55. 2012. 00.457*60/2 = 13.71 2) D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. "Measurements of the thermal neutrons flux near the EAS core", Journal of Physics: Conference Series, 409, 012034, 2013. 8/7 = 1.14 3) .. 0?>=5=:>, .. 5B:>2, ... @8H:0=, .. 70?0@>20, .. >;G5=:>, .$. /=8=, .. C@5=O, .. >@10G520, ">8A: C;LB@0:>@>B:8E 2A?;5A:>2 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 =0 ;82=52>9 CAB0=>2:5 =4K@G8", 725AB8O , A5@. D87., B. 77, ! 11, A. 1597-1599, 2013. 0.249*60/8 = 1.87 4) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michilova, Y. Stenkin, V. Stepanov, A. Tsybuk and V. Volchenko. Sideral anisotropy of cosmic rays at 10-100TeV energy range. Journal of Physics: Conference Series, 409, 012051, 2013. 8/8 = 1 5) @><CH:8= .., ;5:A55=:> .., >;G5=:> .., 5B@CE8= A.A., !B5=L:8= ..., !B5?0=>2 .., )53>;52 O.., /H8= ..  #AB0=>2:0 =>2>3> B8?0 4;O @538AB@0F88 (: ?5@2K5 @57C;LB0B . 725AB8O , c5@. D87., B. 77, ! 5. c. 704, 2013. 0.249*60/8=1.87 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 3.98 1) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michailova, Yu. Stenkin, V. Stepanov, A. Tsyabuk and V. Volchenko. Sidereal anisotropy of cosmic rays at 10 - 100 TeV energy range. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr1_576, 2012. 6*1.5/8 = 1.13 2) D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA . LVAL> array for EAS study: first results. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr1_527, 2012. 6*1.5/8 =1.13 3) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9 4) V. Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov, V. Sulakov, V. Volchenko and I. Yashin,  Sporadic variations of thermal neutron background measured by a global net of the en-detectors , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0568, 2013. 6*1.5/11 = 0.82LVALNG >2>A5;LF520 8B0 8:B>@>2=0, 12.11.1957, =A ;01>@0B>@88 !"   = 83.92 C1;8:0F88: 80.02 1) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin. Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data. Astroparticle Physics v.36, p.224-236, 2012. 4.777*30/6 = 23.89 2) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov. On the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV. J. Phys. G: Nucl. Part. Phys. 39 (2012) 105202. 5.326*30/3 = 53.26 3) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .. >;852, .. 5@:>20, ..$. >2>A5;LF52, .. >;:>20, .. /=:5, ""5<?5@0BC@=K5 MDD5:BK 2 ?>B>:0E <N>=>2 2KA>:>9 M=5@388 8 ?@>1;5<0 2>AAB0=>2;5=8O B5<?5@0BC@=>3> ?@>D8;O 0B<>AD5@K", 725AB8O , A5@. D87., B. 77, ! 5, A. 636 638, 2013. 0.249*60/8 = 1.87 4). M.G. Kostyuk, V.B. Petkov, R.V. Novoseltseva, M.M. Boliev, M.D. Berkova, Yu.F. Novoseltsev, L.V. Volkova, V.G. Yanke. "Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere", Journal of Physics: Conference Series, 409, 012231, 2013. 8/8 = 1.0 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 3.9 1) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov. On the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV. Proceedings of the TAUP 2011. Journal of Physics: Conference Series, v.375 (2012) 052015. 6*1.5*0.5/3 = 1.5 2) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "EAS spectrum vs the total number of high energy muons and the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV", Proceedings of the 13th ICATPP Conference (Villa Olmo, Como, Italy, 2011), vol.7, p.139-145, World Scientific Publishing Co. Pre. Ltd., 2012.  LVAL 6*1.5*0.5/3 = 1.5 3) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9LVALC46052 ;5:A0=4@ #@CH15:>28G, 30.01.1952, =A ;01>@0B>@88 !"   = 21.56 C1;8:0F88: 20.43 1) .. 60??C52, .#. C46052, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, "7CG5=85 04@>==>9 :><?>=5=BK ( =0 CAB0=>2:5 >2Q@-2", 8AL<0 2 -"$, B. 97, 2K?. 10, A. 651  653, 2013. 1.524*60/5 = 18.29 2) D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. "Measurements of the thermal neutrons flux near the EAS core", Journal of Physics: Conference Series, 409, 012034, 2013. 8/7 = 1.14 3) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michilova, Y. Stenkin, V. Stepanov, A. Tsybuk and V. Volchenko. Sideral anisotropy of cosmic rays at 10-100TeV energy range. Journal of Physics: Conference Series, 409, 012051, 2013. 8/8=1 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.13 1) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michailova, Yu. Stenkin, V. Stepanov, A. Tsyabuk and V. Volchenko. Sidereal anisotropy of cosmic rays at 10 - 100 TeV energy range. Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), pcr1_576, 2012. 6*1.5/8 = 1.13'-RM H C > 9 4 /*vb ]XSN}1{B  V@?BoNG1K;> 72VVHH<HC&%l V@?sgNG1K;> 199,9165]]HH<@2^ V@?|@fHHHH<?3B<0V@?dNGHHHH<?G^B& 6V@? @cHHHH<?GAdV@?8 @bHHHH<?{CRB V@? &_NGHHHH<?\A V@?]NGHHHH<?A;CF 6VV@?[NGHHHH<?y814:EV@?H @ZHHHH<?L̒By814:E]V@?#WNGHHHH<?TCR5V@?8SNGHHHH<?0nCH&bPV@?T2ONGHHHH<?aV@?@<HHHH<?{DDlIWLhUV@?(LNGa14.docQHHH<?C`"&p8V@?JNGHHHH<?MV@?=5BNNNN<? V@?=5BNNNN<?jCC>IF#)V@?<FNGHHHH<?r B$V@?%CNGHHHH<?C{CEF"<(V@?)@NGHHHH<?͌CJF#*V@?E;NGHHHH<? AFlV@?@HHHH<?U CjV@?2NGHHHH<?^B H V@?(/NGHHHH<?z Cf,C&F2,V@?f&NGHHHH<?C tCxvV@?>$NGHHHH<? CjV@?NGHHHH<?7 vJBT  V@?TNGHHHH<?ff%()V@?P @HHHH<?wV@?@<HHHH<?vA z V@? @HHHH<?uz ff?2, V@?@HHHH<?tr q=J@d^ V@?R@HHHH<?sy @V@? @HHHH<?riAr( V@?2@HHHH<?q|zA` H V@?& @ HHHH<? LVAL >;G5=:> 0;8=0 0A8;L52=0, 30.03.1952, =A ;01>@0B>@88 !"   = 14.61 C1;8:0F88: 13.71 1) .. >;G5=:>, .. >;G5=:>. 5B>4 02B><0B8G5A:>9 =0AB@>9:8 8 AB018;870F88 M=5@35B8G5A:>3> ?>@>30 AF8=B8;;OF8>==KE 45B5:B>@>2. "-, !6, A.47-55. 2012. 0.457*60/2 = 13.71 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.9 1) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9XLVALh70?0@>20 @8=0 09@0<>2=0, 27.04.1961, =A ;01>@0B>@88 !"   = 4.06 C1;8:0F88: 1.87 1) .. 0?>=5=:>, .. 5B:>2, ... @8H:0=, .. 70?0@>20, .. >;G5=:>, .$. /=8=, .. C@5=O, .. >@10G520, ">8A: C;LB@0:>@>B:8E 2A?;5A:>2 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 =0 ;82=52>9 CAB0=>2:5 =4K@G8", 725AB8O , A5@. D87., B. 77, ! 11, A. 1597-1599, 2013. 0.249*60/8 = 1.87 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.19 1) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9 2) A.N. Gaponenko, V.B. Petkov, V.Yu. Grishkan, I.M. Dzaparova, A.F. Yanin, A.N. Kurenya, E.A. Gorbacheva,  Search for very short gamma-ray bursts at the Andyrchy EAS array on millisecond timescale , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0743, 2013. 6*1.5/7 = 1.29LVAL >G:0@>2 0EB8 0AECB>28G, 21.03.1985, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / .   = 0.9*2 = 1.8 C1;8:0F88:: 0 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.9 1) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9C@5=O ;5:A0=4@ 8:>;0528G, 14.01.1978, <=A ;01>@0B>@88 !"   = 3.16 C1;8:0F88: 1.87 1) .. 0?>=5=:>, .. 5B:>2, ... @8H:0=, .. 70?0@>20, .. >;G5=:>, .$. /=8=, .. C@5=O, .. >@10G520, ">8A: C;LB@0:>@>B:8E 2A?;5A:>2 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 =0 ;82=52>9 CAB0=>2:5 =4K@G8", 725AB8O , A5@. D87., B. 77, ! 11, A. 1597-1599, 2013. 0.249*60/8 = 1.87 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.29 1) A.N. Gaponenko, V.B. Petkov, V.Yu. Grishkan, I.M. Dzaparova, A.F. Yanin, A.N. Kurenya, E.A. Gorbacheva,  Search for very short gamma-ray bursts at the Andyrchy EAS array on millisecond timescale , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0743, 2013. 6*1.5/7 = 1.29BLVALR>ABN: 8E08; @83>@L528G, 25.11.1954, =A ;01>@0B>@88 !"   = 21.87 C1;8:0F88: 2.87 1. .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .. >;852, .. 5@:>20, ..$. >2>A5;LF52, .. >;:>20, .. /=:5, ""5<?5@0BC@=K5 MDD5:BK 2 ?>B>:0E <N>=>2 2KA>:>9 M=5@388 8 ?@>1;5<0 2>AAB0=>2;5=8O B5<?5@0BC@=>3> ?@>D8;O 0B<>AD5@K", 725AB8O , A5@. D87., B. 77, ! 5, A. 636 638, 2013. 0.249*60/8 = 1.87 2. M.G. Kostyuk, V.B. Petkov, R.V. Novoseltseva, M.M. Boliev, M.D. Berkova, Yu.F. Novoseltsev, L.V. Volkova, V.G. Yanke. "Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere", Journal of Physics: Conference Series, 409, 012231, 2013 8/8 = 1.0 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 9.0 1) M.G. Kostyuk,  Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere . Proc. of 23rd European Cosmic Ray Symposium (Moscow, Russia), geo_480, 2012. 6*1.5 = 9 >=D5@5=F88, =5 >?C1;8:>20=>: 10 1) .. >ABN:. !57>==K5 20@80F88 ?>B>:0 :>A<8G5A:8E ;CG59, 0:A0=A:0O <>;>4Q6=0O H:>;0 D878:8 ($ 2012 (@8M;L1@CAL5, 17  21 45:01@O 2012), 1 ;5:F8O, 4 2) M.G. Kostyuk. Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere. 23rd European Cosmic Ray Symposium (and 32nd Russian Cosmic Ray Conference), Moscow, Russia, July, 3  7, 2012. 6LVAL@8H:0= .@89 !0<C8;>28G, 25.11.1954, A=A (0.5 AB02:8), :.D.-<.=., 4>F5=B   = 20/2 = 10 >=D5@5=F88, =5 >?C1;8:>20=>: 20 1) ..!. @8H:0=. !B0=40@B=0O <>45;L 2A5;5==>9, 30<<0-0AB@>=><8O 8 :>A<8G5A:85 ;CG8. 0:A0=A:0O <>;>4Q6=0O H:>;0 D878:8 ($ 2012 (@8M;L1@CAL5, 17  21 45:01@O 2012), &8:; ;5:F89. 20;8E0=>2 1@038< ;8528G, 15.09.1979, =A, :.D.-<.=.   = 461.93 C1;8:0F88: 450.68 1) I. Alikhanov. Particle decays in the presence of a neutrino background. arXiv:1204.4396, 2012. 4 2) I. Alikhanov, Exclusive production of pseudoscalar mesons in neutrino-photon interactions, Phys. Lett. B 706: 423"426 (2012). 4.569*30 = 137.07 3) I. Alikhanov,  Do leptoquarks manifest themselves in ultra-high energy neutrino interactions? , Journal of High Energy Physics, 07, 093, 2013. 5.618*30 = 168.54 4) I. Alikhanov, Neutrino photoproduction on pseudo Nambu Goldstone bosons, Phys. Lett. B 726, 670, 2013. 4.569*30 = 137.07 5) I. Alikhanov,  CP violation in neutrino-photon scattering , arXiv: 1303.0779. 4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 11.25 1) V.B. Petkov, J.Szabelski, A.N. Gaponenko, and I. Alikhanov. Multiplicity spectrum of muon bundles and primary CR composition in the range 1 - 10000 TeV. International Symposium on Very High Energy Cosmic Ray Interactions, Berlin, Germany, 10  15 Aug. 2012. EPJ Web of Conferences, 52, 09009 (2013). 30*1.5/4 = 11.25lLVAL~2G8==8:>2 =0B>;89 ;5:A0=4@>28G @>4 11.05.1961 A=A "$, \\   70 2012-2013 33. C1;8:0F88: A.A.Ovchinnikov,/ ``On the particle excitations in the XXZ spin chain.''/ Phys.Lett. A 377, 3067-3070, 2013,  =1.766*30=52.98 A.A.Ovchinnikov,/''On the asymptotic expansion of the correlators in the XX spin chain''/ Electronic preprint: arXiv:1208.4015 [math-ph], 2012.  =4.0 #G0AB85 2 :>=D5@5=F8OE: >:;04 =0 <564C=0@>4=>< A5<8=0@5 ``Quarks-2012''.  =6.0 B>3>:  =62.985@5H:>2 @83>@89 >8A5528G, 10.11.1947, A=A (0.5 AB02:8), :.D.-<.=., ?@>D5AA>@   = 56.26/2 = 28.13 C1;8:0F88: 53.26 1) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov. On the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV. J. Phys. G: Nucl. Part. Phys. 39 (2012) 105202. 5.326*30/3 = 53.26 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 3 1) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov. On the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV. Proceedings of the TAUP 2011. Journal of Physics: Conference Series, v.375 (2012) 052015. 6*1.5*0.5/3 = 1.5 2) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "EAS spectrum vs the total number of high energy muons and the mass composition of primary cosmic rays in the energy region $10^{15} - 10^{16}$ eV", Proceedings of the 13th ICATPP Conference (Villa Olmo, Como, Italy, 2011), vol.7, p.139-145, World Scientific Publishing Co. Pre. Ltd., 2012. 6*1.5*0.5/3 = 1.5LVAL4 t>;18;:8= .!., @>64. 11.09.1933, 254. =.A. =48284C0;L=K9   70 2012-2013 33.: 30 C1;8:0F88: 1. B.S. Dolbilkin. Dynamics of baryon resonances in pion photoabsorption and partial channels on proton and few body systems at 200  800 MEV. Proc. of the 4-th Int. Conf.  Current problems in Nucl. Phys and Atomic Energy, (852,2012), V.1, p.326 30 =48284C0;L=K9   70 2012-2013 33. 30!>@>:8= .@89 20=>28G, @>4. 1939 3. =A $/ .   48.87 C1;8:0F88: ...!>@>:8=. @5>1@07>20=85 5975=15@30 8 1>@=>2A:>5 ?@81;865=85 2 7040G5 > 2AB@OE820=88 0B><=KE M;5:B@>=>2 ?@8 15B0-@0A?045. 725AB8O , A5@. $87. 2012  ?5G0B8. 0.343*60/1*1,5=30,87 >=D5@5=F88 Yu.I.Sorokin. Feinman propagator for particle in homogeneous electromagnetic field. >:;04 =0 13 564C=0@>4=>< A5<8=0@5  EMIN-2012 . 6/1=6. ...!>@>:8=. @5>1@07>20=85 5975=15@30 8 1>@=>2A:>5 ?@81;865=85 2 7040G5 > 2AB@OE820=88 0B><=KE M;5:B@>=>2 ?@8 15B0-@0A?045. / -2012.>@=56. 6/1=6 Yu.I.Sorokin. Feynman propagator for particle in homogenious electromagnetic field/ EMIN 2012? Moscow 2013/ p/169 - 171   6/1=6 !C<<.  : 48.87>28:>2->@>48= =4@59 0;5@L528G, @>4. 01.01.1962, :.B.=. A 1989 3., A=A, CG.A5:@5B0@L $,   70 2012-2013 33.  =24.0 !B0BL8: 1. Novikov-Borodin A.V. Multi-Space Structure of the Universe. - E-Print arXiv: 1206.5993, 25 June 2012.  =4. >:;04K: 1. >28:>2->@>48= .. $878G5A:85 >1J5:BK 70 ?@545;0<8 ?@8G8==KE A2O759.  1062-9 A5<8=0@ "59B@8==0O 8 O45@=0O 0AB@>D878:0" 8<. .".0F5?8=0, ?@83;0HQ==K9 4>:;04, $, 11 <0O 2012.  =20. B>3>:  =24.08LVALNGH  %07@5B0;8 !5D>28G, @>4. 24.08.1965, A=5 "$, 4D<=. NIROV Khazretali Sefovich, August 24, 1965, Senior Researcher, Theory Department, Doctor of Sciences   70 2012-2013 33. C1;8:0F88: 1) H. Boos, F. Gohmann, A. Klumper, Kh. S. Nirov, A. V. Razumov / "Quantum groups and functional relations for higher rank" (to appear) // arXiv:1312.2484 [47 pages]   = 4 2) H. Boos, F. Gohmann, A. Klumper, Kh. S. Nirov, A. V. Razumov / "Universal R-matrix and functional relations"// Rev. Math. Phys. 24, 1399018 (2013) [52 pages], arXiv:1205.1631;   = 0.650*30/5 = 3.90 3) H. Boos, F. Gohmann, A. Klumper, Kh. S. Nirov, A. V. Razumov / "Universal integrability objects"// Theor. Math. Phys. 173 (2012) 1512-1534, arXiv:1205.4399;   = 1.290*60/5 = 15.48 >:;04K: 1) Kh. S. Nirov / "The Izergin-Korepin model from the universal R-matrix: Definition and basic properties"(invited talk, 30 min.) // International Workshop on Classical and Quantum Integrable Systems (CQIS-2012), Dubna, Moscow Region, Russian Federation, January 23 - 27, 2012;   = 30 2) Kh. S. Nirov / "Correlation functions for higher-rank models: First steps within the universal R-matrix approach"(invited talk, 45 min.) // International Workshop on Integrable Lattice Models and Quantum Field Theories, University of Wuppertal, Feb- ruary 16 - 19, 2012, Germany;   = 30 3) Kh. S. Nirov / "Quantum groups and correlation functions: L-operators for higher- rank models"(invited talk, 45 min.) // Korrelationstage-2013, 24-26.09.2013, MPI fur Physik Komplexer Systeme, Dresden, Germany;   = 30 4) Kh. S. Nirov / "Lessons from the universal R-matrix" (2 invited talks, 2x45 min.) // Workshop on Quantum groups, Integrable Models and Combinatorics, 23.11-07.12.2013, LPTHE, Universite Pierre et Marie Curie (CNRS), Paris Cedex 05, France;   = 30 B>3>:   = 4.00 + 3.90 +15.48 + 30*4 = 143.38 (144) X. !. 8@>2 / Kh. S. Nirov / , >A:20 / INR RAS, Moscow, 31 45:01@O 2013 3. / December 31, 2013LVALNG!>;>4CE>2 5==0489 0A8;L528G @>4. 19.11.1935, 702. A5:B. $/ .   ;8G=. 56,45.   @C:. 68,71 C1;8:0F88 1. A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S. Konobeevski, M.V. Mordovskoy, G.V.Solodukhov, S.V. Zuyev, V.I. Firsov, Yu.M. Zipenyuk. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. Proceedings of the 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012), September 3-7, 2012, Kyiv, Ukraine. Kyiv. 2013. P. 521-524.  =60/9*1,5=10 2. ..=4@552, ...C@<8AB@>2, . @><>2. !..C52, .!.>=>1552A:89, ..0BKH520, . >@4>2A:>9, ..!>1>;52A:89, ..!>;>4CE>2. "5E=8G5A:>5 7040=85 07@01>B:0 8AB>G=8:0 <54;5==KE =59B@>=>2 =0 1075 CA:>@8B5;O #--8. / , 2013 3. www.inr.ac.ru/~pnlab.  =4/9=0,45 3. 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 2 480?07>=5 =87:8E M=5@389 (6 100 :M ?> M;5:B@>=0< A 8A?>;L7>20=85< ;8=59=KE D8;LB@>2. "-, 2012, !1, 1-6.  =0.335*60/7*1.5=4.3 >:;04K 1. &-%'!/  &/ !"/    (III)  &/% ! !" +)'/ " @><>2 ..1, 5AB5@>2 ..2, !>;>4CE>2 ..1, "@CA>20 ..2 9 564C=0@>4=0O :>=D5@5=F8O ?> O45@=>9 8 @0480F8>==>9 D878:5 ICNRP 2013. ;<0BK, 070EAB0= 24 27 A5=B. !1. B578A>2, A.276.  =30/4=7,5 2 . Monte Carlo simulation of the photoneutron source of thermal neutrons based on the electron accelerator LUE-8 INR RAS L.N.Latysheva, A.V.Andreev, S.V.Zuev, E.S.Konobeevsky, N.M.Sobolevsky, G.V.Soloduhov, R.D.Ilic /4@> 2013, >A:20, 8 12 >:B. 2013 3. !1>@=8: B578A>2. !.23 L.N.Latysheva, A.V.Andreev, S.V.Zuyev, E.S.Konobeevski, N.M.Sobolevsky, G.V.Solodukhov, R.D.Ilic. MONTE-KARLO SIMULATION OF THE PHOTONEUTRON SOURCE OF THERMAL NEUTRONS BASED ON THE ELECTRON ACCELERATOR LUE-8 INR RAS. LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATLVAL(OMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.239.  =60/6=10 3 G.V.Solodukhov, S.V. Zuyev, V.I. Firsov, Yu.M. Zipenyuk. Electron linac LUE-8 (INR RAS) with W-Be photoneutron target as a neutron source, // 4 Int Conf.  Current problems in nucl. phys. and atomic Energy . 852, 2012 3.  =4/4=1 4. A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S. Konobeevski, M.V. Mordovskoy, G.V.Solodukhov, S.V. Zuyev, V.I. Firsov, Yu.M. Zipenyuk. On the possibility of using of electron linac LUE-8 (INR RAS) as the termal neutrons source. EMIN 1012, Moscow, 2012. 5. 8 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =60/8*1,5=11,2 6. A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ON THE ESTIMATION OF NAA SETUP ABILITY BASED ON THE ELECTRON LINAC LUE-8 WITH W-Be PHOTONEUTRON TARGET. LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.251.  =60/9=7 0B5=BK 3. 0B. 2468096 $. #AB0=>2:0 4;O =5?@5@K2=>3> 872;5G5=8O <5B0;;>2 87 @C4 / .. @><>2, .. !>;>4CE>2, !.. 8@:>2A:89, .. "@CA>20; >?C1;. 27.11.2012.  =20/4=5   ;8G=. 56,45 !>@>:8= 54.87 C4=52 50.61   @C:>2>48B5;O: 56,45*0,5+(56,45+54.87+50,61)*0,75/3=28.23+40.48=68,71LVALNG  70 2012-2013 33. CA0:>2 @BC@ ;048<8@>28G, 25.11.1964, =. A. 1. !.!.5@18F:89, ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 2 480?07>=5 =87:8E M=5@389 6 100 :M ?> M;5:B@>=0< A 8A?>;L7>20=85< ;8=59=KE D8;LB@>2. "- 2012, No. 2, A.30-35. (0.457*60)/7=3.917 2. S.S.Verbitsky, V.N.Emokhonov, A.M.Lapik, A.V.Rusakov, G.V.Solodukhov, M.A.Tikanov, A.N.Zelebrovsky. Particle discrimination by the shape of scintillation pulse in the low energy range 6-100 keV. Experiments and experimental techniques, 2 (2012) 27-31. (0.457*60)/7=3.917 2. !.!.5@18F:89, A.M.0?8:, .. CA0:>2, ..&5;51@>2A:89. 538AB@0F8O =59B@>=>2 A ?@8<5=5=85< <5B>40 42>9=>3> @0AA5O=8O. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2012, >@>=56 2012. 6/4 = 1.5 3. A.Turinge, A.Rusakov, A.Savel ev, A.Brantov, V.Bychenkov. Simulation of bremsstrahlung from the interaction of a femtosecond terawatt laser pulses with matter. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  EMIN-2012 , >A:20, 2012. 6*1.5/5 = 1.8 4. D.P. Zagorodnyuk, A.V. Rusakov. SCINTILLATION ("E - E) DETECTOR FOR EXPERIMENTS WITH FEMTOSECOND LASER. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  EMIN-2012 , >A:20, 2012. 6*1.5/2 = 4.5 5. .. >;:>2, .. 20=>2, .. !025;L52-"@>D8<>2, .!. #@N?8=0, !.. (C;O?>2, .. 68;:81052, .. 54>@57>2, .. CA0:>2, .. "C@8=35, .. @0=B>2, ... KG5=:>2. >2K5 D>B>O45@=K5 <5B>4K =0 >A=>25 D5<B>A5:C=4=KE ;075@>2. -'/, C1=0 (2013), 2 ?5G0B8. 0.672*60/10=4.032 6. R.V. Volkov, K.A. Ivanov, A.B. Savel ev-Trofimov, D.S. Uryupina, S.A. Shulyapov, R.M. Dzhilkibaev, V.G. Nedorezov, A.V. Rusakov, A.A. Turinge, A.V. Brantov, V.Yu. Bychenkov. New photonuclear methods based on femtosecond lasers. Physics of Particles and Nuclei (2 ?5G0B8). 0.672*60/10=4.032 6. K. A. Ivanov, S.A. Shulyapov, A.A. Turinge, A.V. Brantov, D. S. Uryupina, R.V. Volkov, A.V. Rusakov, R.M. Djilkibaev, V.G. Nedorezov, V.Yu. Bychenkov, and A.B.Savel ev. X LVAL -Ray Diagnostics of Ultrashort Laser-Driven Plasma: Experiment and Simulations. Contrib. Plasma Phys. 53, No. 2, 116  121 (2013). 0.934*30/10 = 2.8 7. R.V. Volkov1, K.A. Ivanov1, A.B. Savel ev1, D.S. Uryupina1, S.A. Shulyapov1, R.M. Dzhilkibaev2, D.P. Zagorodnyuk2, A.M. Lapik2, V.G. Nedorezov2, A.V. Rusakov2, A.A. Turinge2, A.V. Brantov3, V.Yu. Bychenkov3. The study of electromagnetic radiation from the iron target, irradiated by femtosecond laser pulses. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2013, >A:20, 2013. 6/10 = 0.6 C:>2>4AB2> ABC45=B><-48?;><=8:>< (A>2<5AB=> A 54>@57>2K< ..) 03>@>4=N: .., #, 2012, 2013 (2*10) = 20 B>3>: 47.1LVALNG C4=52 8:>;09 OG5A;02>28G, @>4 18.12.1972, <=A $/ ,   70 2012  2013 33. = 50,616 C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  :30*2.015/4= 15,11 2. A. Turinge, A. Lapik, V. Nedorezov, N. Rudnev. Simultaneous photo-production measurement of  and  mesons on nucleons at 700 1500 MeV. Progress in Particle and Nuclear Physics, Volume 67, Issue 2, April 2012, Pages 406 411.  : 30*2.991*0.7/4=15.70 3. Veronica De Leo, A. Lapik, V. Nedorezov,e.a. . Recent results of the BGO-OD experiment at ELSA facility . J.Phys.Conf.Ser. 424 (2013) 012008  : 30* 0 /4 = 0 4. V. Vegna, A. Lapik, A.Mushkarenkov, V. Nedorezov, A. Ignatov, A/Turinge, N.Rudnev, e.a. . Measurement of the  beam asymmetry for the  photo-production off the proton and the neutron at GRAAL. Submitted to PR C 2013 e-Print: arXiv:1306.5943  : 30*3.61/10 =10.8 " 41,61 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. A.D'Angelo...V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Results from polarized experiments at LEGS and GRAAL. AIP Conf.Proc.1432(2012)56-61  : 30*1,442/10 =4,326 12. V.G.Gurzadyan, V. Bellini, M. Beretta, J.-P. Bocquet, A. D Angelo, R. Di Salvo, A. Fantini, D. Franco, G. Gervino, G. Giardina, F. Ghio, B. Girolami, A. Giusa, A. Kashin, H.G. Khachatryan, S. Knyazyan, A. Lapik, P. Levi Sandri, A. Lleres, F. Mammoliti, G. Mandaglio, M. Manganaro, A. Margarian, S. Mehrabyan, R. Messi, D. Moricciani, V. Nedorezov, D. Rebreyend, G. Russo, N. Rudnev, C. Schaerf, M.-L. Sperduto, M.-C. Sutera, A. Turinge, V. Vegna, A new limit on the light speed isotropy from the GRAAL experiment at the ESRF, Proceed. MG12 meeting on General Relativity, vol. B, p. 1495, World Scientific, 2012.  : 1.73*30/10= 5.19 ": 9,516 " 50,616LVALNG  >;>=A:89 ... =48284C0;L=K9 129.84075+8.28= 138.12 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2012-2013 33. Coherent photoproduction of -mesons off 3He  search for -mesic nuclei F. Pheron, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, P. Aguar Bartolom, R. Beck, V. Bekrenev, H. Berghuser, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, B. Demissie, M. Dieterle, E. Downie, P. Drexler, D. Glazier, E. Heid, L. Filkov, D. Hornidge, I. Jaegle, O. Jahn, T. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, B. Oussena, P. Pedroni, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, L. Witthauer, F. Zehr Physics Letters B. 2012. B. 709. ! 1-2. A. 21-27. (4.569*30*0.075=10.28025) Experimental study of the p!00p reaction with the Crystal Ball/TAPS at the Mainz Microtron V. Kashevarov, A. Fix, S. Prakhov, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, P. Drexler, L. Filkov, D. Glazier, R. Gregor, E. Heid, D. Hornidge, L. Isaksson, O. Jahn, T. Jude, J.D. Kellie, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, D. Krambrich, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, D.M. Manley, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, P. Otte, P. Pedroni, F. Pheron, A. PolonskiLVAL, J. Robinson, G. Rosner, M. Rost, T. Rostomyan, S. Schumann, M. Sikora, D. Sober, A. Starostin, I. Strakowsky, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, I. Zamboni, F. Zehr Physical Review C - Nuclear Physics. 2012. B. 85. ! 6. A. 064610 (3.715*30*0.075=8.35875) Measurement of the beam-helicity asymmetry in the photoproduction of -pairs off the proton and off the neutron M. Oberle, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, P. Aguar Bartolom, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, B. Demissie, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, A. Fix, D. Glazier, E. Heid, D. Hornidge, D. Howdle, O. Jahn, I. Jaegle, T.C. Jude, A. Kser, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, A. Kulbardis, S.P. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D.G. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, L. Witthauer, F. Zehr Physics Letters B, 2013, B.721, 237-243 (4.569*30*0.075=10.28025) Double pion photoproduction off nuclei - are there effects beyond Final State Interaction? Y. Maghrbi, R. Gregor, S. Lugert, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, P. Drexler, L. Fil'kov, A. Fix, D. Glazier, E. Heid, D. Hornidge, O. Jahn, I. Jaegle, V. Kashevarov, I. Keshelashvili, A. Knezevic, R. Kondratiev, M. Korolija, M. Kotulla, D.Krambrich, B. Krusche, M. Lang, V. Lisin, K. Livingston, I.J.D. MacGregor, D.M. Manley, M. Martinez, J.C. McGeorgeLVAL, D. Mekterovic, V. Metag, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Price, G. Rosner, M. Rost, T. Rostomyan, S. Schadmand, S. Schumann, D. Sober, A. Starostin, I. Supek, A. Thomas, M. Unverzagt, D.P. Watts Physics Letters B, 2013, B.722, 69-75 (4.569*30*0.075=10.28025) First measurement of the helicity dependence for the 3He interaction in the D(1232) resonance region P. Aguar Bartolom, A. Mushkarenkov, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, W. Briscoe, S. Cherepna, S. Constanza, P. Drexler, L. Fil'kov, A. Fix, G. Giardina, D. Glazier, D. Hamilton, E. Heid, W. Heil, D. Hornidge, D. Howdle, I. Jaegle, O. Jahn, T. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, J. Krimmer, B. Krusche, S. Kruglov, A. Kulbardis, V. Lisin, K. Livingston, J. Mancell, D. Middleton, I.J.D. MacGregor, D.M. Manley, J.C.. McGeorge, V. Metag, B.M.K. Nefkens, A. Nikolaev, M. Oberle, H. Ortega, M.Ostrick, P.B.Otte, B. Oussena, P. Pedroni, F. Pheron, S. Prakhov, A. Polonski, F. Rigamonti, M. Romaniuk, G. Rosner, T. Rostomyan, S. Schumann, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P.Watts, D. 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Unverzagt, and D.P.Watts Physical Review Letters, 111, 062004 (2013) (7.943*30*0.075=17.87175) Measurement of the p!K0+ reaction with the Crystal Ball/TAPS detectors at the Mainz Microtron P. Aguar-Bartolom, J.R.M. Annand, H.-J. Arends, K. Bantawa, C R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, W. Briscoe, J. Brudvik, S. Cherepna, R.F.B. Codling, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, D. Glazier, R. Gregor, D. Hamilton, E. Heid, D. Hornidge, D. Howdle, L. Isaksson, I. Jaegle, O. Jahn, T.C. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S.P. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, E. McNicoll, D. Mekterovic, V. Metag, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, H. Ortega, M. Ostrick, P. Ott, P.B. Otte, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I.I. Strakowsky, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, L. Witthauer, F. Zehr Phys. Rev. C 88, 044601 (2013) [11 pages] (3.715*30*0.075=8.35875) Quasi-free photoproduction of -mesons off 3He L. Witthauer, D. Werthmller, I. Keshelashvili, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, A. Braghieri, D. Branford, W.J. Briscoe, J. Brudvik, S. Cherepnya, D. Demissie, M. Dieterle, E.J. Downie, P. Drexler, L.V. Fil'kov, A. Fix, D. Glazier, E. Heid, D. Hornidge, D. Howdle, G.M. Huber, I. Jaegle, O. Jahn, T.C. Jude, A. Kser, V. Kashevarov, R. Kondratiev, M. Korolija, S.P. Kruglov, B. Krusche, A. Kulbardis, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, V. Metag, D.G. MiddLVAL leton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, G. Rosner, M. Rost, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts (71 authors) Eur. Phys. J. A (2013) 49: 154 (2.043*30*0.075=4.59675) In-medium modifications of the  meson near the production threshold M. Thiel, V. Metag, P. Aguar Bartolom, L.K. Akasoy, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, W. Briscoe, J. Brudvik, S. Cherepnya, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, A. Fix, S. Friedrich, D. Glazier, R. Gregor, E. Heid, D. Hornidge, O. Jahn, T.C. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, B. Krusche, A. Kulbardis, B. Lemmer, V. Lisin, K. Livingston, S. Lugert, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, M. Martinez, J.C. McGeorge, E. McNicoll, D.G. Middleton, A. Mushkarenkov, M. Nanova, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, A. Starostin, I. Supek, A. Thomas, M. Unverzagt, D.P. Watts, J. Weil, D. Werthmller, and I. Zamboni Eur. Phys. J. A (2013) 49: 132 (2.043*30*0.075=4.59675) Measurements of 12C(,pp) photon asymmetries for E=200-450 MeV J. Robinson, I.J.D. MacGregor, J.R.M. Annand, P. Aguar Bartolom, L.K. Akasoy, H.-J. Arends, Ya.I. Azimov, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepnya, R.F.B. Codling, B. Demissie, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, D. Glazier, R. Gregor, D. Hamilton, E. Heid, D. Hornidge, D. Howdle, O. Jahn, T.C. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S.P. Kruglov, B. Krusche, V. Lisin, K. Livingston, D.M. Manley, J.C. McGeorge, E. McNicoll, V. Metag, D.G. Middleton,LVAL! A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, R.O. Owens, P.B. Otte, B. Oussena, P. Pedroni, A. Polonski, S. Prakhov, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I.I. Strakowsky, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, and L. Witthauer Eur. Phys. J. A (2013) 49: 65 (2.043*30*0.075=4.59675) Coherent photoproduction of 0 and -mesons off 7Li Y. Maghrbi, B. Krusche, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R.F.B. Codling, E.J. Downie, P. Drexler, L. Fil'kov, A. Fix, D. Glazier, R. Gregor, E. Heid, D. Hornidge, I. Jaegle, O. Jahn, V. Kashevarov, I. Keshelashvili, A. Knezevic, R. Kondratiev, M. Korolija, D. Krambrich, M. Lang, V. Lisin, K. Livingston, S. Lugert, I.J.D. MacGregor, D.M. Manley, M. Martinez, J.C. McGeorge, D. Mekterovic, V. Metag, B.M.K. Nefkens, A. Nikolaev, R. Novotny, M.Ostrick, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J.W. Price, G. Rosner, M. Rost, T. Rostomyan, S. Schadmand, S. Schumann, D. Sober, A. Starostin, I. Supek, C.M. Tarbert, A. Thomas, M. Unverzagt, D.P.Watts, D. Werthmller Eur. Phys. J. A (2013) 49: 38 (2.043*30*0.075=4.59675) Measurement of the 1H(,,p)0 reaction using a novel nucleon spin polarimeter M.H. Sikora, D.P. Watts, D.I Glazier, P. Aguar Bartolom, L.K. Akasoy, J.R.M. Annand, H J. Arends, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R.F.B. Codling, B.T. Demissie, E.J. Downie, P. Drexler, L. Fil'kov, B. Freehart, R. Gregor, D. Hamilton, E. Heid, D. Hornidge, I. Jaegle, O. Jahn, T. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M.Kotulla, A. Kulbardis, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, D.M. Manley, Z. Marinides, M. Martinez, J.C.. McGeorge, B. McKinnon,, E.F. McNicLVAL"oll, D. Mekterovic, V. Metag, S. Micanovic, D. Middleton, A. Mushkarenkov, B.M.K. Nefkens, A. Nikolaev, R. Novotny, M.Ostrick, P.B.Otte, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, D. Sober, A. Starostin, I.I. Strakovsky, I.M. Suarez, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D. Werthmller,R.L. Workman, I. Zamboni, and F. Zehr Phys. Rev. Lett., 2 ?5G0B8 (7.943*30*0.075=17.87175) 11. A narrow structure in the excitation function of -photoproduction off the neutron D. Werthmller, L. Witthauer, I. Keshelashvili, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, P. Bartolom, R. Beck, V. Bekrenev, A. Braghieri, D. Branford, W.J. Briscoe, J. Brudvik, S. Cherepnya, D. Demissie, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, A. Fix, D. Glazier, D. Hamilton, E. Heid, D. Hornidge, D. Howdle, G.M. Huber, I. Jaegle, O. Jahn, T.C. Jude, A. Kser, V. Kashevarov, R. Kondratiev, M. Korolija, S.P. Kruglov, B. Krusche, A. Kulbardis, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D.G. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts Phys. Rev. Lett., 2 ?5G0B8 (7.943*30*0.075=17.87175) B>3>: 3*17.87175+4*10.28025+2*8.35875+4*4.59675=129.84075 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference Mainz 19. - 23. Mrz 2012 http://www.dpg-verhandlungen.de/year/2012/conference/mainz/part/hk ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) 1. HK 11.4 Fast Simulation Studies for a Crystal BallLVAL# TPC 2. HK 15.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 3. HK 15.8 Measurement of the Beam Asymmetry in Neutral Pion Photoproduction from the Proton near Threshold 4. HK 16.6 Quasifree Photoproduction of Pion Pairs off Nucleons bound in the Deuteron 5. HK 16.9 Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 38.1 Threshold photoproduction of  and 2 mesons off light nuclei - search for mesic nuclei 7. HK 53.27 Development of a time projection chamber for Crystal Ball at MAMI 8. HK 55.4 Double pion photoproduction off nuclei 9. HK 64.6 Aufbau und Inbetriebnahme eines Paarspektrometers zur berwachung des hochenergetischen Photonenstrahls an MAMI 10. HK 64.7 Status des Endpunkttaggers an MAMI-C B>3> 10*6*0.06=3.6 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 77th Annual Meeting of the DPG and DPG Spring Meeting). Dresden, 4 - 8 of March 2013 http://www.dpg-verhandlungen.de/year/2013/conference/dresden/static/hk.html ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) 1. HK 6.2. Messung des differentiellen und totalen Wirkungsquerschnitts der 2 -Photoproduktion an MAMI 2. HK 6.3 Narrow Structure in -Photoproducion off 2H and 3He 3. HK 14.2 Measurement Of The Proton Spin Polarisabilities 4. HK 14.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 5. HK 14.8 Polarization Observables T and F in Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 27.2 Studien zur Messung des elektromagnetischen Formfaktors des 2 7. HK 27.6 Polarisation Observables F and T in Double 0 Photoproduction 8. HK 42.4 Measurement of the Proton Scalar Polarizabilities at MAMI 9. HK 52.23 Development of a time projection chamber for Crystal Ball at MAMI 10. HK 53.1 Geometrie und Auslese eines aktiven polarisierten Targets fr das Crystal-Ball-Experiment 11. HK 69.8 Design of internal superconducting polarizing solenoid for frozen spin LVALtarget 12. HK 73.3 Quasifree Photoproduction of Eta-Pion Pairs off the Deuteron 13. HK 73.9 Photoproduction of Pion-Pairs off Nucleons B>3>, (10+13)*6*0.06=8.28LVALNG%  70 2012-2013 33. CH:0@5=:>2 ;5:A0=4@ 8:>;0528G 19.12.1980, :D<=, =A, $/  !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. D. Werthmuller et al. [A2 Collaboration], "A narrow structure in the excitation function of eta-photoproduction off the neutron," Phys. Rev. Lett. 111 (2013) 232001   = 7.943*30*0.1 2. P. Aguar-Bartolome et al. [A2 Collaboration], "Measurement of the YP  KS+ reaction with the Crystal Ball/TAPS detectors at the Mainz Microtron," Phys. Rev. C 88 (2013) 044601   = 3.715*30*0.1 3. M. Oberle, B. Krusche, J. Ahrens, J. R. M. Annand, H. J. Arends, K. Bantawa, P. A. Bartolome and R. Beck et al., "Measurement of the beam-helicity asymmetry 10 in the photoproduction of n-pairs off the proton and off the neutron," Phys. Lett. B 721 (2013) 237   = 4.569*30*0.1 4. L. Witthauer et al. [A2 Collaboration], "Quasi-free photoproduction of n-mesons off 3He," Eur. Phys. J. A 49 (2013) 154   = 2.043*30*0.1 5. M. Thiel, V. Metag, P. Aguar Bartolome, L. K. Akasoy, J. R. M. Annand, H. J. Arends, K. Bantawa and R. Beck et al., "In-medium modifications of the H meson near the production threshold," Eur. Phys. J. A 49 (2013) 132.   = 2.043*30*0.1 6. J. Robinson, I. J. D. Macgregor, J. R. M. Annand, P. Aguar-Bartolome, L. K. Akasoy, H. J. Arends, Y. .I. Azimov and K. Bantawa et al., "Measurements of 12C(Y,PP) photon asymmetries for EY = 200-450 MeV," Eur. Phys. J. A 49 (2013) 65.   = 2.043*30*0.1 7. P. Aguar Bartolome, A. Mushkarenkov, J. Ahrens, J. R. M. Annand, H. J. Arends, R. Beck, V. Bekrenev and H. Berghauser et al., "First measurement of the helicity dependence of 3He photoreactions in the A(1232) resonance region," Phys. Lett. B 723 (2013) 71.   = 4.569*30*0.1 8. D. Hornidge et al. [A2 and CB-TAPS Collaboration], "Accurate Test of Chiral Dynamics in the YP  np Reaction," Phys. Rev. Lett. 111 (2013) 062004   = 7.943*30*0.1 9. V. L. Kashevarov, A. Fix, S. Prakhov, P. Aguar-Bartolome, J. R. M. Annand, H. J. Arends, K. Bantawa and R. B LVAL eck et al., "Study of the YP  >" n0n0p reaction with the Crystal Ball/TAPS at the Mainz," Phys. Rev. C 85 (2012) 064610   = 3.715*30*0.1 10. F. Pheron, J. Ahrens, J. R. M. Annand, H. J. Arends, K. Bantawa, P. A. Bartolome, R. Beck and V. Bekrenev et al., "Coherent photoproduction of eta-mesons off 3He - search for eta-mesic nuclei," Phys. Lett. B 709 (2012) 21   = 4.569*30*0.1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. A. Mushkarenkov, "A fit to the Compton-scattering data on proton", Workshop on Compton scattering off Protons and Light Nuclei: pinning down the nucleon polarizabilities, ECT*, Trento, Italy, Jul 29 - Aug 2, 2013.   = 6 ":   = 135.456LVALNG'  8A8= .. =48284C0;L=K9 129.84075+8.28= 138.12 !@54=89 ?> ?>4@0745;5=8N (138.12+138.12+138.12)/3= 138.12   @C:>2>48B5;O 138.12*0.5+138.12*0.75= 172.65 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2013-2012 33. C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2011-2012 33. Coherent photoproduction of -mesons off 3He  search for -mesic nuclei F. Pheron, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, P. Aguar Bartolom, R. Beck, V. Bekrenev, H. Berghuser, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, B. Demissie, M. Dieterle, E. Downie, P. Drexler, D. Glazier, E. Heid, L. Filkov, D. Hornidge, I. Jaegle, O. Jahn, T. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, B. Oussena, P. Pedroni, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, L. Witthauer, F. Zehr Physics Letters B. 2012. B. 709. ! 1-2. A. 21-27. (4.569*30*0.075=10.28025) Experimental study of the p!00p reaction with the Crystal Ball/TAPS at the Mainz Microtron V. Kashevarov, A. Fix, S. Prakhov, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, P. Drexler, L. Filkov, D. Glazier, R. Gregor, E. Heid, D. Hornidge, L. Isaksson, O. Jahn, T. Jude, J.D. Kellie, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, D. Krambrich, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, D.M. Manley, M. Martinez, J.CLVAL(. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, P. Otte, P. Pedroni, F. Pheron, A. Polonski, J. Robinson, G. Rosner, M. Rost, T. Rostomyan, S. Schumann, M. Sikora, D. Sober, A. Starostin, I. Strakowsky, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, I. Zamboni, F. Zehr Physical Review C - Nuclear Physics. 2012. B. 85. ! 6. A. 064610 (3.715*30*0.075=8.35875) Measurement of the beam-helicity asymmetry in the photoproduction of -pairs off the proton and off the neutron M. Oberle, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, P. Aguar Bartolom, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, B. Demissie, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, A. Fix, D. Glazier, E. Heid, D. Hornidge, D. Howdle, O. Jahn, I. Jaegle, T.C. Jude, A. Kser, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, A. Kulbardis, S.P. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D.G. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, L. Witthauer, F. Zehr Physics Letters B, 2013, B.721, 237-243 (4.569*30*0.075=10.28025) Double pion photoproduction off nuclei - are there effects beyond Final State Interaction? Y. Maghrbi, R. Gregor, S. Lugert, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, P. Drexler, L. Fil'kov, A. Fix, D. Glazier, E. Heid, D. Hornidge, O. Jahn, I. Jaegle, V. Kashevarov, I. Keshelashvili,LVAL) A. Knezevic, R. Kondratiev, M. Korolija, M. Kotulla, D.Krambrich, B. Krusche, M. Lang, V. Lisin, K. Livingston, I.J.D. MacGregor, D.M. Manley, M. Martinez, J.C. McGeorge, D. Mekterovic, V. Metag, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Price, G. Rosner, M. Rost, T. Rostomyan, S. Schadmand, S. Schumann, D. Sober, A. Starostin, I. Supek, A. Thomas, M. Unverzagt, D.P. Watts Physics Letters B, 2013, B.722, 69-75 (4.569*30*0.075=10.28025) First measurement of the helicity dependence for the 3He interaction in the D(1232) resonance region P. Aguar Bartolom, A. Mushkarenkov, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, W. Briscoe, S. Cherepna, S. Constanza, P. Drexler, L. Fil'kov, A. Fix, G. Giardina, D. Glazier, D. Hamilton, E. Heid, W. Heil, D. Hornidge, D. Howdle, I. Jaegle, O. Jahn, T. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, J. Krimmer, B. Krusche, S. Kruglov, A. Kulbardis, V. Lisin, K. Livingston, J. Mancell, D. Middleton, I.J.D. MacGregor, D.M. Manley, J.C.. McGeorge, V. Metag, B.M.K. Nefkens, A. Nikolaev, M. Oberle, H. Ortega, M.Ostrick, P.B.Otte, B. Oussena, P. Pedroni, F. Pheron, S. Prakhov, A. Polonski, F. Rigamonti, M. Romaniuk, G. Rosner, T. Rostomyan, S. Schumann, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P.Watts, D. Werthmller Physics Letters B, 2013, B.723, 71-77 (4.569*30*0.075=10.28025) Accurate test of Chiral Dynamics in the gp --> p0p reaction D. Hornidge, S. Prakhov, A.M. Bernstein, P. Aguar Bartolom, J.R.M. Annand, H.-J. Arends, R. Beck, H. Berghuser, A. Braghieri, W. Briscoe, S. Cherepna, E. Downie, P. Drexler, C. Fernndez-Ramrez, L. Fil'kov, D. Glazier, P. Hall Barrientos, E. Heid, M. Hilt, I. Jaegl, O. Jahn, T. Jude, V. Kashevarov, R. Kondratiev, M. Korolija, D. Krambrich, B. Krusche, A.T. Laffoley, V. Lisin, K. Livingston, I.J.D. MacGregor, J. Mancell, D.M. Manley, E.F. McNicLVAL*oll, D. Mekterovic, V. Metag, S. Micanovic, D. Middleton, K.W. Moores, A. Mushkarenkov, B.M.K. Nefkens, M. Ostrick, P.B.Otte, P. Pedroni, F. Pheron, A. Polonski, J. Robinson, T. Rostomyan, S. Scherer, S. Schumann, M.H. Sikora, A. Starostin, I. Supek, M. Thiel, A. Thomas, L. Tiator, M. Unverzagt, and D.P.Watts Physical Review Letters, 111, 062004 (2013) (7.943*30*0.075=17.87175) Measurement of the p!K0+ reaction with the Crystal Ball/TAPS detectors at the Mainz Microtron P. Aguar-Bartolom, J.R.M. Annand, H.-J. Arends, K. Bantawa, C R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, W. Briscoe, J. Brudvik, S. Cherepna, R.F.B. Codling, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, D. Glazier, R. Gregor, D. Hamilton, E. Heid, D. Hornidge, D. Howdle, L. Isaksson, I. Jaegle, O. Jahn, T.C. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S.P. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, E. McNicoll, D. Mekterovic, V. Metag, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, H. Ortega, M. Ostrick, P. Ott, P.B. Otte, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I.I. Strakowsky, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, L. Witthauer, F. Zehr Phys. Rev. C 88, 044601 (2013) [11 pages] (3.715*30*0.075=8.35875) Quasi-free photoproduction of -mesons off 3He L. Witthauer, D. Werthmller, I. Keshelashvili, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, A. Braghieri, D. Branford, W.J. Briscoe, J. Brudvik, S. Cherepnya, D. Demissie, M. Dieterle, E.J. Downie, P. Drexler, L.V. Fil'kov, A. Fix, D. Glazier, E. Heid, D. Hornidge, D. Howdle, G.M. Huber, I. Jaegle, O. Jahn, T.C. Jude, A. Kser, V. Kashevarov, R. Kondratiev, M. Korolija, S.P. Kruglov, B. KruscheLVAL+, A. Kulbardis, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, V. Metag, D.G. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, G. Rosner, M. Rost, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts (71 authors) Eur. Phys. J. A (2013) 49: 154 (2.043*30*0.075=4.59675) In-medium modifications of the  meson near the production threshold M. Thiel, V. Metag, P. Aguar Bartolom, L.K. Akasoy, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, W. Briscoe, J. Brudvik, S. Cherepnya, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, A. Fix, S. Friedrich, D. Glazier, R. Gregor, E. Heid, D. Hornidge, O. Jahn, T.C. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, B. Krusche, A. Kulbardis, B. Lemmer, V. Lisin, K. Livingston, S. Lugert, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, M. Martinez, J.C. McGeorge, E. McNicoll, D.G. Middleton, A. Mushkarenkov, M. Nanova, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, A. Starostin, I. Supek, A. Thomas, M. Unverzagt, D.P. Watts, J. Weil, D. Werthmller, and I. Zamboni Eur. Phys. J. A (2013) 49: 132 (2.043*30*0.075=4.59675) Measurements of 12C(,pp) photon asymmetries for E=200-450 MeV J. Robinson, I.J.D. MacGregor, J.R.M. Annand, P. Aguar Bartolom, L.K. Akasoy, H.-J. Arends, Ya.I. Azimov, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepnya, R.F.B. Codling, B. Demissie, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, D. Glazier, R. Gregor, D. Hamilton, E. Heid, D. Hornidge, D. Howdle, O. Jahn, T.C. Jude, V. Kashevarov, I. Keshelashvili, R. LVAL,Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S.P. Kruglov, B. Krusche, V. Lisin, K. Livingston, D.M. Manley, J.C. McGeorge, E. McNicoll, V. Metag, D.G. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, R.O. Owens, P.B. Otte, B. Oussena, P. Pedroni, A. Polonski, S. Prakhov, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I.I. Strakowsky, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, and L. Witthauer Eur. Phys. J. A (2013) 49: 65 (2.043*30*0.075=4.59675) Coherent photoproduction of 0 and -mesons off 7Li Y. Maghrbi, B. Krusche, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R.F.B. Codling, E.J. Downie, P. Drexler, L. Fil'kov, A. Fix, D. Glazier, R. Gregor, E. Heid, D. Hornidge, I. Jaegle, O. Jahn, V. Kashevarov, I. Keshelashvili, A. Knezevic, R. Kondratiev, M. Korolija, D. Krambrich, M. Lang, V. Lisin, K. Livingston, S. Lugert, I.J.D. MacGregor, D.M. Manley, M. Martinez, J.C. McGeorge, D. Mekterovic, V. Metag, B.M.K. Nefkens, A. Nikolaev, R. Novotny, M.Ostrick, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J.W. Price, G. Rosner, M. Rost, T. Rostomyan, S. Schadmand, S. Schumann, D. Sober, A. Starostin, I. Supek, C.M. Tarbert, A. Thomas, M. Unverzagt, D.P.Watts, D. Werthmller Eur. Phys. J. A (2013) 49: 38 (2.043*30*0.075=4.59675) Measurement of the 1H(,,p)0 reaction using a novel nucleon spin polarimeter M.H. Sikora, D.P. Watts, D.I Glazier, P. Aguar Bartolom, L.K. Akasoy, J.R.M. Annand, H J. Arends, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R.F.B. Codling, B.T. Demissie, E.J. Downie, P. Drexler, L. Fil'kov, B. Freehart, R. Gregor, D. Hamilton, E. Heid, D. Hornidge, I. Jaegle, O. Jahn, T. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M.Kotulla, ALVAL-. Kulbardis, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, D.M. Manley, Z. Marinides, M. Martinez, J.C.. McGeorge, B. McKinnon,, E.F. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D. Middleton, A. Mushkarenkov, B.M.K. Nefkens, A. Nikolaev, R. Novotny, M.Ostrick, P.B.Otte, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, D. Sober, A. Starostin, I.I. Strakovsky, I.M. Suarez, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D. Werthmller,R.L. Workman, I. Zamboni, and F. Zehr Phys. Rev. Lett., 2 ?5G0B8 (7.943*30*0.075=17.87175) 11. A narrow structure in the excitation function of -photoproduction off the neutron D. Werthmller, L. Witthauer, I. Keshelashvili, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, P. Bartolom, R. Beck, V. Bekrenev, A. Braghieri, D. Branford, W.J. Briscoe, J. Brudvik, S. Cherepnya, D. Demissie, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, A. Fix, D. Glazier, D. Hamilton, E. Heid, D. Hornidge, D. Howdle, G.M. Huber, I. Jaegle, O. Jahn, T.C. Jude, A. Kser, V. Kashevarov, R. Kondratiev, M. Korolija, S.P. Kruglov, B. Krusche, A. Kulbardis, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D.G. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts Phys. Rev. Lett., 2 ?5G0B8 (7.943*30*0.075=17.87175) B>3>: 3*17.87175+4*10.28025+2*8.35875+4*4.59675=129.84075 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference Mainz 19. - 23. Mrz 2012 http://www.dpg-verhandlungen.LVAL.de/year/2012/conference/mainz/part/hk ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) 1. HK 11.4 Fast Simulation Studies for a Crystal Ball TPC 2. HK 15.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 3. HK 15.8 Measurement of the Beam Asymmetry in Neutral Pion Photoproduction from the Proton near Threshold 4. HK 16.6 Quasifree Photoproduction of Pion Pairs off Nucleons bound in the Deuteron 5. HK 16.9 Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 38.1 Threshold photoproduction of  and 2 mesons off light nuclei - search for mesic nuclei 7. HK 53.27 Development of a time projection chamber for Crystal Ball at MAMI 8. HK 55.4 Double pion photoproduction off nuclei 9. HK 64.6 Aufbau und Inbetriebnahme eines Paarspektrometers zur berwachung des hochenergetischen Photonenstrahls an MAMI 10. HK 64.7 Status des Endpunkttaggers an MAMI-C B>3> 10*6*0.06=3.6 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 77th Annual Meeting of the DPG and DPG Spring Meeting). Dresden, 4 - 8 of March 2013 http://www.dpg-verhandlungen.de/year/2013/conference/dresden/static/hk.html ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) 1. HK 6.2. Messung des differentiellen und totalen Wirkungsquerschnitts der 2 -Photoproduktion an MAMI 2. HK 6.3 Narrow Structure in -Photoproducion off 2H and 3He 3. HK 14.2 Measurement Of The Proton Spin Polarisabilities 4. HK 14.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 5. HK 14.8 Polarization Observables T and F in Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 27.2 Studien zur Messung des elektromagnetischen Formfaktors des 2 7. HK 27.6 Polarisation Observables F and T in Double 0 Photoproduction 8. HK 42.4 Measurement of the Proton Scalar Polarizabilities at MAMI 9. HK 52.23 Development of a time projection chamber for Crystal Ball at MAMI 10. HK 53.1 G LVAL eometrie und Auslese eines aktiven polarisierten Targets fr das Crystal-Ball-Experiment 11. HK 69.8 Design of internal superconducting polarizing solenoid for frozen spin target 12. HK 73.3 Quasifree Photoproduction of Eta-Pion Pairs off the Deuteron 13. HK 73.9 Photoproduction of Pion-Pairs off Nucleons B>3>, (10+13)*6*0.06=8.28 ________________________________________LVALNG0 0?8: ;5:A0=4@ 8E09;>28G @>4 28.05.1953, =A,   70 2013  2012 = 65,364 C1;8:0F88: 1. 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 2 480?07>=5 =87:8E M=5@389 6 100 :M ?> M;5:B@>=0< A 8A?>;L7>20=85< ;8=59=KE D8;LB@>2. "- 2012,=2,A30-35 (0.457*60)/7=3.917 2. S.S.Verbitsky, V.N.Emokhonov, A.M.Lapik, A.V.Rusakov, G.V.Solodukhov, M.A.Tikanov, A.N.Zelebrovsky. Particle discrimination by the shape of scintillation pulse in the low energy range 6-100 keV. Experiments and experimental techniques, 2 (2012) 27-31. (0.457*60)/7=3.917 2. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  :30*2.015/4=15.11 3. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Prog.Part.Nucl.Phys., 67(2012)406-411. 30*2.991*0.7/4=15.70 4. VeronicaHYPERLINK "http://inspirehep.net/author/profile/De%20Leo%2C%20Veronica?recid=1229423&ln=ru" HYPERLINK "http://inspirehep.net/author/profile/De%20Leo%2C%20Veronica?recid=1229423&ln=ru" DeHYPERLINK "http://inspirehep.net/author/profile/De%20Leo%2C%20Veronica?recid=1229423&ln=ru" HYPERLINK "http://inspirehep.net/author/profile/De%20Leo%2C%20Veronica?recid=1229423&ln=ru" Leo, AHYPERLINK "http://inspirehep.net/author/profile/Lapik%2C%20A.?recid=1229423&ln=ru" . HYPERLINK "http://inspirehep.net/author/profile/Lapik%2C%20A.?recid=1229423&ln=ru" Lapik, VHYPERLINK "http://inspirehep.net/author/profile/Nedorezov%2C%20V.?recid=1229423&ln=ru" . HYPERLINK "http://inspirehep.net/author/profile/Nedorezov%2C%20V.?recid=1229423&ln=ru" Nedorezov,e.a. . Recent results of the BGO-OD experiment at ELSA facility . J.Phys.Conf.Ser. 424 (2013) 012008  : 30* 0 /4 = 0 5. VHYPERLINK "http://inspirehep.net/author/profile/Vegna%2C%20V.?recid=1239868LVAL1&ln=ru" . HYPERLINK "http://inspirehep.net/author/profile/Vegna%2C%20V.?recid=1239868&ln=ru" Vegna, AHYPERLINK "http://inspirehep.net/author/profile/Lapik%2C%20A.?recid=1229423&ln=ru" . HYPERLINK "http://inspirehep.net/author/profile/Lapik%2C%20A.?recid=1229423&ln=ru" Lapik, A.Mushkarenkov, VHYPERLINK "http://inspirehep.net/author/profile/Nedorezov%2C%20V.?recid=1229423&ln=ru" . HYPERLINK "http://inspirehep.net/author/profile/Nedorezov%2C%20V.?recid=1229423&ln=ru" Nedorezov, AHYPERLINK "http://inspirehep.net/author/profile/Ignatov%2C%20A.?recid=1229423&ln=ru" . HYPERLINK "http://inspirehep.net/author/profile/Ignatov%2C%20A.?recid=1229423&ln=ru" Ignatov, A/Turinge, N.Rudnev, e.a. . Measurement of the HYPERLINK "http://inspirehep.net/record/1239868" HYPERLINK "http://inspirehep.net/record/1239868" HYPERLINK "http://inspirehep.net/record/1239868" beam asymmetry for the HYPERLINK "http://inspirehep.net/record/1239868" HYPERLINK "http://inspirehep.net/record/1239868" HYPERLINK "http://inspirehep.net/record/1239868" photo-production off the proton and the neutron at GRAAL. Submitted to PR C 2013 e-Print: arXiv:1306.5943  : 30*3.61/10 =10.8 " : 43.01 >=D5@5=F88: 4. A.D'Angelo...V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Results from polarized experiments at LEGS and GRAAL. AIP Conf.Proc.1432(2012)56-61  : 1.442*30/10 =4.3 5. 5@18F:89 !.!., A.M.0?8:, .. CA0:>2, ..&5;51@>2A:89. 538AB@0F8O =59B@>=>2 A ?@8<5=5=85< <5B>40 42>9=>3> @0AA5O=8O. >:;04 =0 :>=D5@5=F88 /4@> 2012, >@>=56 2012. 6/4 = 1.5 6. R.V. Volkov1, K.A. Ivanov1, A.B. Savel ev1, D.S. Uryupina1, S.A. Shulyapov1, R.M. Dzhilkibaev2, D.P. Zagorodnyuk2, A.M. Lapik2, V.G. Nedorezov2, A.V. Rusakov2, A.A. Turinge2, A.V. Brantov3, V.Yu. Bychenkov3. The study of electromagnetic radiation from the iron target, irradiated by femtosecond laser pulses. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2013, >A:20, 2013. 6/10 = 0.6 7. V.G.Gurzadyan, V. Bellini, M.LVAL Beretta, J.-P. Bocquet, A. D Angelo, R. Di Salvo, A. Fantini, D. Franco, G. Gervino, G. Giardina, F. Ghio, B. Girolami, A. Giusa, A. Kashin, H.G. Khachatryan, S. Knyazyan, A. Lapik, P. Levi Sandri, A. Lleres, F. Mammoliti, G. Mandaglio, M. Manganaro, A. Margarian, S. Mehrabyan, R. Messi, D. Moricciani, V. Nedorezov, D. Rebreyend, G. Russo, N. Rudnev, C. Schaerf, M.-L. Sperduto, M.-C. Sutera, A. Turinge, V. Vegna, A new limit on the light speed isotropy from the GRAAL experiment at the ESRF, Proceed. MG12 meeting on General Relativity, vol. B, p. 1495, World Scientific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oherent photoproduction of -mesons off 3He  search for -mesic nuclei F. Pheron, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, P. Aguar Bartolom, R. Beck, V. Bekrenev, H. Berghuser, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, B. Demissie, M. Dieterle, E. Downie, P. Drexler, D. Glazier, E. Heid, L. Filkov, D. Hornidge, I. Jaegle, O. Jahn, T. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, B. Oussena, P. Pedroni, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, L. Witthauer, F. Zehr Physics Letters B. 2012. B. 709. ! 1-2. A. 21-27. (4.569*30*0.075=10.28025) Experimental study of the p!00p reaction with the Crystal Ball/TAPS at the Mainz Microtron V. Kashevarov, A. Fix, S. Prakhov, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, P. Drexler, L. Filkov, D. Glazier, R. Gregor, E. Heid, D. Hornidge, L. Isaksson, O. Jahn, T. Jude, J.D. Kellie, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, D. Krambrich, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, D.M. Manley, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, P. Otte, P. Pedroni, F. Pheron, A. PolonskLVAL4i, J. Robinson, G. Rosner, M. Rost, T. Rostomyan, S. Schumann, M. Sikora, D. Sober, A. Starostin, I. Strakowsky, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, I. Zamboni, F. Zehr Physical Review C - Nuclear Physics. 2012. B. 85. ! 6. A. 064610 (3.715*30*0.075=8.35875) Measurement of the beam-helicity asymmetry in the photoproduction of -pairs off the proton and off the neutron M. Oberle, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, P. Aguar Bartolom, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, B. Demissie, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, A. Fix, D. Glazier, E. Heid, D. Hornidge, D. Howdle, O. Jahn, I. Jaegle, T.C. Jude, A. Kser, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, A. Kulbardis, S.P. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D.G. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, L. Witthauer, F. Zehr Physics Letters B, 2013, B.721, 237-243 (4.569*30*0.075=10.28025) Double pion photoproduction off nuclei - are there effects beyond Final State Interaction? Y. Maghrbi, R. Gregor, S. Lugert, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, P. Drexler, L. Fil'kov, A. Fix, D. Glazier, E. Heid, D. Hornidge, O. Jahn, I. Jaegle, V. Kashevarov, I. Keshelashvili, A. Knezevic, R. Kondratiev, M. Korolija, M. Kotulla, D.Krambrich, B. Krusche, M. Lang, V. Lisin, K. Livingston, I.J.D. MacGregor, D.M. Manley, M. Martinez, J.C. McGeorgLVAL5e, D. Mekterovic, V. Metag, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Price, G. Rosner, M. Rost, T. Rostomyan, S. Schadmand, S. Schumann, D. Sober, A. Starostin, I. Supek, A. Thomas, M. Unverzagt, D.P. Watts Physics Letters B, 2013, B.722, 69-75 (4.569*30*0.075=10.28025) First measurement of the helicity dependence for the 3He interaction in the D(1232) resonance region P. Aguar Bartolom, A. Mushkarenkov, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, W. Briscoe, S. Cherepna, S. Constanza, P. Drexler, L. Fil'kov, A. Fix, G. Giardina, D. Glazier, D. Hamilton, E. Heid, W. Heil, D. Hornidge, D. Howdle, I. Jaegle, O. Jahn, T. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, J. Krimmer, B. Krusche, S. Kruglov, A. Kulbardis, V. Lisin, K. Livingston, J. Mancell, D. Middleton, I.J.D. MacGregor, D.M. Manley, J.C.. McGeorge, V. Metag, B.M.K. Nefkens, A. Nikolaev, M. Oberle, H. Ortega, M.Ostrick, P.B.Otte, B. Oussena, P. Pedroni, F. Pheron, S. Prakhov, A. Polonski, F. Rigamonti, M. Romaniuk, G. Rosner, T. Rostomyan, S. Schumann, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P.Watts, D. Werthmller Physics Letters B, 2013, B.723, 71-77 (4.569*30*0.075=10.28025) Accurate test of Chiral Dynamics in the gp --> p0p reaction D. Hornidge, S. Prakhov, A.M. Bernstein, P. Aguar Bartolom, J.R.M. Annand, H.-J. Arends, R. Beck, H. Berghuser, A. Braghieri, W. Briscoe, S. Cherepna, E. Downie, P. Drexler, C. Fernndez-Ramrez, L. Fil'kov, D. Glazier, P. Hall Barrientos, E. Heid, M. Hilt, I. Jaegl, O. Jahn, T. Jude, V. Kashevarov, R. Kondratiev, M. Korolija, D. Krambrich, B. Krusche, A.T. Laffoley, V. Lisin, K. Livingston, I.J.D. MacGregor, J. Mancell, D.M. Manley, E.F. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D. Middleton, K.W. Moores, A. Mushkarenkov, B.M.K. Nefkens, M. Ostrick, P.B.Otte, P. Pedroni, F. Pheron, A. Polonski, J. RobinsLVAL6on, T. Rostomyan, S. Scherer, S. Schumann, M.H. Sikora, A. Starostin, I. Supek, M. Thiel, A. Thomas, L. Tiator, M. Unverzagt, and D.P.Watts Physical Review Letters, 111, 062004 (2013) (7.943*30*0.075=17.87175) Measurement of the p!K0+ reaction with the Crystal Ball/TAPS detectors at the Mainz Microtron P. Aguar-Bartolom, J.R.M. Annand, H.-J. Arends, K. Bantawa, C R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, W. Briscoe, J. Brudvik, S. Cherepna, R.F.B. Codling, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, D. Glazier, R. Gregor, D. Hamilton, E. Heid, D. Hornidge, D. Howdle, L. Isaksson, I. Jaegle, O. Jahn, T.C. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S.P. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, E. McNicoll, D. Mekterovic, V. Metag, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, H. Ortega, M. Ostrick, P. Ott, P.B. Otte, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I.I. Strakowsky, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, L. Witthauer, F. Zehr Phys. Rev. C 88, 044601 (2013) [11 pages] (3.715*30*0.075=8.35875) Quasi-free photoproduction of -mesons off 3He L. Witthauer, D. Werthmller, I. Keshelashvili, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, A. Braghieri, D. Branford, W.J. Briscoe, J. Brudvik, S. Cherepnya, D. Demissie, M. Dieterle, E.J. Downie, P. Drexler, L.V. Fil'kov, A. Fix, D. Glazier, E. Heid, D. Hornidge, D. Howdle, G.M. Huber, I. Jaegle, O. Jahn, T.C. Jude, A. Kser, V. Kashevarov, R. Kondratiev, M. Korolija, S.P. Kruglov, B. Krusche, A. Kulbardis, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, V. Metag, D.G. MidLVAL7dleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, G. Rosner, M. Rost, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts (71 authors) Eur. Phys. J. A (2013) 49: 154 (2.043*30*0.075=4.59675) In-medium modifications of the  meson near the production threshold M. Thiel, V. Metag, P. Aguar Bartolom, L.K. Akasoy, J.R.M. Annand, H.-J. Arends, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, W. Briscoe, J. Brudvik, S. Cherepnya, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, A. Fix, S. Friedrich, D. Glazier, R. Gregor, E. Heid, D. Hornidge, O. Jahn, T.C. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, B. Krusche, A. Kulbardis, B. Lemmer, V. Lisin, K. Livingston, S. Lugert, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, M. Martinez, J.C. McGeorge, E. McNicoll, D.G. Middleton, A. Mushkarenkov, M. Nanova, B. Nefkens, A. Nikolaev, R. Novotny, M. Ostrick, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, A. Starostin, I. Supek, A. Thomas, M. Unverzagt, D.P. Watts, J. Weil, D. Werthmller, and I. Zamboni Eur. Phys. J. A (2013) 49: 132 (2.043*30*0.075=4.59675) Measurements of 12C(,pp) photon asymmetries for E=200-450 MeV J. Robinson, I.J.D. MacGregor, J.R.M. Annand, P. Aguar Bartolom, L.K. Akasoy, H.-J. Arends, Ya.I. Azimov, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepnya, R.F.B. Codling, B. Demissie, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, D. Glazier, R. Gregor, D. Hamilton, E. Heid, D. Hornidge, D. Howdle, O. Jahn, T.C. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M. Kotulla, A. Kulbardis, S.P. Kruglov, B. Krusche, V. Lisin, K. Livingston, D.M. Manley, J.C. McGeorge, E. McNicoll, V. Metag, D.G. MiddletonLVAL8, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, R.O. Owens, P.B. Otte, B. Oussena, P. Pedroni, A. Polonski, S. Prakhov, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I.I. Strakowsky, I.M. Suarez, I. Supek, C.M. Tarbert, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts, D. Werthmller, and L. Witthauer Eur. Phys. J. A (2013) 49: 65 (2.043*30*0.075=4.59675) Coherent photoproduction of 0 and -mesons off 7Li Y. Maghrbi, B. Krusche, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R.F.B. Codling, E.J. Downie, P. Drexler, L. Fil'kov, A. Fix, D. Glazier, R. Gregor, E. Heid, D. Hornidge, I. Jaegle, O. Jahn, V. Kashevarov, I. Keshelashvili, A. Knezevic, R. Kondratiev, M. Korolija, D. Krambrich, M. Lang, V. Lisin, K. Livingston, S. Lugert, I.J.D. MacGregor, D.M. Manley, M. Martinez, J.C. McGeorge, D. Mekterovic, V. Metag, B.M.K. Nefkens, A. Nikolaev, R. Novotny, M.Ostrick, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J.W. Price, G. Rosner, M. Rost, T. Rostomyan, S. Schadmand, S. Schumann, D. Sober, A. Starostin, I. Supek, C.M. Tarbert, A. Thomas, M. Unverzagt, D.P.Watts, D. Werthmller Eur. Phys. J. A (2013) 49: 38 (2.043*30*0.075=4.59675) Measurement of the 1H(,,p)0 reaction using a novel nucleon spin polarimeter M.H. Sikora, D.P. Watts, D.I Glazier, P. Aguar Bartolom, L.K. Akasoy, J.R.M. Annand, H J. Arends, K. Bantawa, R. Beck, V. Bekrenev, H. Berghuser, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R.F.B. Codling, B.T. Demissie, E.J. Downie, P. Drexler, L. Fil'kov, B. Freehart, R. Gregor, D. Hamilton, E. Heid, D. Hornidge, I. Jaegle, O. Jahn, T. Jude, V. Kashevarov, I. Keshelashvili, R. Kondratiev, M. Korolija, M.Kotulla, A. Kulbardis, S. Kruglov, B. Krusche, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, D.M. Manley, Z. Marinides, M. Martinez, J.C.. McGeorge, B. McKinnon,, E.F. McNiLVAL9coll, D. Mekterovic, V. Metag, S. Micanovic, D. Middleton, A. Mushkarenkov, B.M.K. Nefkens, A. Nikolaev, R. Novotny, M.Ostrick, P.B.Otte, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, D. Sober, A. Starostin, I.I. Strakovsky, I.M. Suarez, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D. Werthmller,R.L. Workman, I. Zamboni, and F. Zehr Phys. Rev. Lett., 2 ?5G0B8 (7.943*30*0.075=17.87175) 11. A narrow structure in the excitation function of -photoproduction off the neutron D. Werthmller, L. Witthauer, I. Keshelashvili, J. Ahrens, J.R.M. Annand, H.-J. Arends, K. Bantawa, P. Bartolom, R. Beck, V. Bekrenev, A. Braghieri, D. Branford, W.J. Briscoe, J. Brudvik, S. Cherepnya, D. Demissie, M. Dieterle, E. Downie, P. Drexler, L. Fil'kov, A. Fix, D. Glazier, D. Hamilton, E. Heid, D. Hornidge, D. Howdle, G.M. Huber, I. Jaegle, O. Jahn, T.C. Jude, A. Kser, V. Kashevarov, R. Kondratiev, M. Korolija, S.P. Kruglov, B. Krusche, A. Kulbardis, V. Lisin, K. Livingston, I.J.D. MacGregor, Y. Maghrbi, J. Mancell, D.M. Manley, Z. Marinides, M. Martinez, J.C. McGeorge, E. McNicoll, D. Mekterovic, V. Metag, S. Micanovic, D.G. Middleton, A. Mushkarenkov, B. Nefkens, A. Nikolaev, R. Novotny, M. Oberle, M. Ostrick, B. Oussena, P. Pedroni, F. Pheron, A. Polonski, S. Prakhov, J. Robinson, G. Rosner, T. Rostomyan, S. Schumann, M.H. Sikora, D. Sober, A. Starostin, I. Supek, M. Thiel, A. Thomas, M. Unverzagt, D.P. Watts Phys. Rev. Lett., 2 ?5G0B8 (7.943*30*0.075=17.87175) B>3>: 3*17.87175+4*10.28025+2*8.35875+4*4.59675=129.84075 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference Mainz 19. - 23. Mrz 2012 http://www.dpg-verhandlungen.de/year/2012/conference/mainz/part/hk ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) 1. HK 11.4 Fast Simulation Studies for a Crystal BalLVAL:l TPC 2. HK 15.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 3. HK 15.8 Measurement of the Beam Asymmetry in Neutral Pion Photoproduction from the Proton near Threshold 4. HK 16.6 Quasifree Photoproduction of Pion Pairs off Nucleons bound in the Deuteron 5. HK 16.9 Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 38.1 Threshold photoproduction of  and 2 mesons off light nuclei - search for mesic nuclei 7. HK 53.27 Development of a time projection chamber for Crystal Ball at MAMI 8. HK 55.4 Double pion photoproduction off nuclei 9. HK 64.6 Aufbau und Inbetriebnahme eines Paarspektrometers zur berwachung des hochenergetischen Photonenstrahls an MAMI 10. HK 64.7 Status des Endpunkttaggers an MAMI-C B>3> 10*6*0.06=3.6 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 77th Annual Meeting of the DPG and DPG Spring Meeting). Dresden, 4 - 8 of March 2013 http://www.dpg-verhandlungen.de/year/2013/conference/dresden/static/hk.html ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) 1. HK 6.2. Messung des differentiellen und totalen Wirkungsquerschnitts der 2 -Photoproduktion an MAMI 2. HK 6.3 Narrow Structure in -Photoproducion off 2H and 3He 3. HK 14.2 Measurement Of The Proton Spin Polarisabilities 4. HK 14.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 5. HK 14.8 Polarization Observables T and F in Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 27.2 Studien zur Messung des elektromagnetischen Formfaktors des 2 7. HK 27.6 Polarisation Observables F and T in Double 0 Photoproduction 8. HK 42.4 Measurement of the Proton Scalar Polarizabilities at MAMI 9. HK 52.23 Development of a time projection chamber for Crystal Ball at MAMI 10. HK 53.1 Geometrie und Auslese eines aktiven polarisierten Targets fr das Crystal-Ball-Experiment 11. HK 69.8 Design of internal superconducting polarizing solenoid for frozen spinLVAL target 12. HK 73.3 Quasifree Photoproduction of Eta-Pion Pairs off the Deuteron 13. HK 73.9 Photoproduction of Pion-Pairs off Nucleons B>3>, (10+13)*6*0.06=8.28LVALNG<68;02O= 5>=84 025=>28G, 27.03.1940, AB0@H89 =0CG=K9 A>B@C4=8:, :0=4840B D87.-<0B. =0C:.   70 2012-2013 33. @ 333,1. Ia. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E: Ia.1. !.!.5;KH52, ..68;02O=, ..@<0:>2, .!.HE0=>2, ..0@52, .. 052A:89, ..%0=:8=, ..(254C=>2. 1@07>20=85 87>B>?0 18F 2 @50:F88 23Na(g,an) ?@8 Eb 55 M. 5AB=8: #. !5@8O 3. $8-78:0, 0AB@>=><8O 2012 , ! 3, !. 8-12.   = 60 0,272 / 8 @ 2,1. Ia.2. S.S.Belyshev, L.Z.Dzhilavyan, A.N.Ermakov, B.S.Ishkhanov, A.I.Karev, V.G.Raevsky, V.V.Khankin, V.I.Shvedunov.  Production of isotope 18F in reaction 23Na(g,an) at Eb 55 MeV . Moscow University Physics Bulletin, 2012, Vol. 67, ! 3, pp. 246-250.   = 60 0,272 / 8 @ 2,1. Ia.3. ..68;02O=*, ..54>@57>2. $>B>45;5=85 238U 2 >1;0AB8 3830=BA:>3> @57>=0=A0. /45@=0O D878:0 (2 ?5-G0B8).   = 60 0,914 / 2 @ 27,5. Ia.4. L.Z.Dzhilavyan, V.G.Nedorezov.  The 238U photofission in the giant resonance region . Physics of Atomic Nuclei 2013. V. .   = 60 0,914 / 2 @ 27,5. Ia.5. !.!.5;KH52, ..68;02O=, ..@<0:>2, .!.HE0=>2, .. C7=5F>2, .!.C@8;8:, ..!B>?0=8, ..%0=:8=, ..(254C=>2. 1@07>20=85 18F 2 @50:F88 19F(g,n). 725AB8O . !5@8O D878G5A:0O 2013. ". 77. ! 4. !. 531-534.   = 60 0,406 / 9 @ 2,8. Ia.6. S.S.Belyshev, L.Z.Dzhilavyan, A.N.Ermakov, B.S.Ishkhanov, V.V.Khankin, A.S.Kurilik, A.A.Kuznetsov, V.I.Shvedunov, K.A.Stopani.  18F production in the reaction 19F(g,n) . Bulletin of the Russian Academy of Sciences: Physics 2013. V. 77. No. 4, pp. 480-482.   = 60 0,406 / 9 @ 2,8. Ia.7. ..68;02O=*. >B>:8 8 A?5:B@K :2078<>=>E@><0B8G5A:8E 0==838;OF8>==KE D>B>=>2 4;O 8AA;54>20=89 E1 3830=BA:8E @57>=0=A>2 2 0B><=KE O4@0E. /45@=0O D878:0 (2 ?5G0B8).   = 60 0,914 @ 54,9. Ia.8. L.Z.Dzhilavyan.  FLUXES AND SPECTRA OF QUASIMONOCHROMATIC ANNIHILATION PHOTONS FOR STUDIES OF E1 GIANT RESONANCES IN ATOMIC NUCLEI . Physics of Atomic Nuclei (in print).   = 60 0,914 @ 54,9. Ia.9. ..68;02O=. !>?>AB02;5=85 @50;L=KE B>@<>7=KE D>BLVAL=>=>2 >B M;5:B@>=>2 8 ?>78B@>=>2 8 28@BC0;L=KE D>B>=>2 2 M;5:B@>=- 8 ?>78B@>=- O45@=KE @50:F8OE 4;O 7040G 8AA;54>20=8O 3830=BA:8E @57>=0=A>2. 725AB8O . !5@8O D878G5A:0O (2 ?5G0B8).   = 60 0,406 @ 24,4 Ia.10. L.Z.Dzhilavyan.  COMPARISON OF REAL BREMSSTRAHLUNG PHOTONS FROM ELECTRONS AND POSITRONS AND VIRTUAL PHOTONS IN ELECTRON- AND POSITRON- NUCLEAR REACTIONS FOR STUDIES OF GIANT RESONANCES . Bulletin of the Russian Academy of Sciences: Physics (in print).   = 60 0,406 @ 24,4. Ia.11. ..0@52, .. 052A:89, !..'5@5?=O, ..68;02O=, !.!.5;KH52, ..@<0:>2, .!.HE0=>2, ..%0=:8=, ..0E><>2, ..(254C=>2, ..5@;O=4. &/ !!", , !"   -  "% $"/ + ""   +'"+% )!". 725AB8O . !5@8O D878G5A:0O (2 ?:G0B8).   = 60 0,406 0,1 @ 2,5. Ia.12. A.I.Karev, V.G.Raevsky, S.N.Cherepnya, L.Z.Dzhilavyan, S.S.Belyshev, A.N.Ermakov, B.S.Ishkhanov, V.V.Khankin, N.I.Pakhomov, V.I.Shvedunov, V.A.Berlyand.  RADIATION SAFETY OF LUGGAGE INSPECTED BY PHOTO-NUCLEAR EXPLOSIVE DETECTORS IN AIRPORTS . Bulletin of the Russian Academy of Sciences: Physics (in print).   = 60 0,406 0,1 @ 2,5. Ia.13. !.!.5;KH52, ..68;02O=, .!.HE0=>2, .!.C@8;8:, ..%0=:8=, ..(254C=>2.  / +% $"/ +% &     ""   Eg <0:A 55 M. 725AB8O . !5@8O D878G5A:0O (2 ?5G0B8).   = 60 0,406 / 6 @ 4,1 Ia.14. .S.S.Belyshev, L.Z. Dzhilavyan, B.S.Ishkhanov, A.S.Kurilik, V.V.Khankin, V.I.Shvedunov. MEASUREMENTS OF PHOTONUCLEAR REACTIONS YIELDS IN NATURAL TITANIUM AT Eg max 55 MeV. Bulletin of the Russian Academy of Sciences: Physics (in print).   = 60 0,406 / 6 @ 4,1.  Ia @ 2,1 + 2,1 + 27,5 + 27,5 + 2,8 + 2,8 + 54,9 + 54,9 + 24,4 + 24,4 + 2,5 + 2,5 + 4,1 + 4,1 = 234,6. Ib. @5?@8=BK: Ib.1. .. ;852, !.!. 5;KH52, .. 68;02O=, .. @<0:>2, .!. HE0=>2, .. 0E><>2, .. %0=:8=, .. (254C=>2. -:A?5@8<5=B0;L=>5 8AA;54>20=85 2>7<>6=>AB59 =0@01>B:8 18F, 67!u, 177Lu 4;O O45@=>9 <548-F8=K =0LVAL> CA:>@8B5;OE M;5:B@>=>2. @5?@8=B / . . 2013, 52 AB@..  =4 / 8 = 0,5. Ib.2. !.!. 5;KH52, .. 5@;O=4, ".. 5@;O=4, .. 68;02O=, .. @<0:>2, .. 0<0=8=, .!. HE0=>2, .. 0@52, .. 0E><>2, .. 052A:89, .. %0=:8=, !.. '5@5?=O, .. (254C=>2. -:A?5@8<5=B0;L=>5 8A-A;54>20=85 ?@>1;5< @0480F8>==>9 157>?0A=>AB8 ?@8 8A?>;L7>20=88 D>B>O45@=>3> 45B5:B>@0 A:@KBKE 27@K2-G0BKE 25I5AB2. / . . 2013, 28 AB@..  =4 0,1 = 0,4  Ib = 0,5 + 0,4 = 0,9. III. >=D5@5=F88: III.1. L.Z.Dzhilavyan, V.G. Nedorezov.  The 238U photofission in the giant resonance region . In 62 International con-ference NUCLEUS 2012, (Voronezh, 2012), Book of abstracts, Saint-Petersburg, 2012, p. 99.   = 6. III.2. S.S.Belyshev, L.Z.Dzhilavyan, A.N.Ermakov, B.S.Ishkhanov, V.V.Khankin, A.S.Kurilik, A.A.Kuznetsov, V.I.Shvedunov, K.A.Stopani.  18F production in the reaction 19F(g,n) . In 62 International conference NUCLEUS 2012, (Voronezh, 2012), Book of abstracts, Saint-Petersburg, 2012, p. 246.   = 6 / 9 @ 0,7. III.3. L.Z.Dzhilavyan, S.I.Mishnev, V.G.Nedorezov, D.M.Nikolenko, I.A.Rachek, D.K.Toporkov.  Source of mono-chromatic photons driven by positron in-flight annihilation using internal target of storage ring VEPP-3 . ;5=0@=K9 4>:;04. Proceedings of the XII International Seminar on Electromagnetic interactions of nuclei (Moscow, September 20-23, 2012). INR RAS, Moscow, 2013, pp. 138-147.   = 30 1,5 = 45. III.4. L.Z.Dzhilavyan.  FLUXES AND SPECTRA OF QUASIMONOCHROMATIC ANNIHILATION PHOTONS FOR STUDIES OF E1 GIANT RESONANCES . In LXIII International Conference  Nucleus 2013 (Moscow, 2013). Book of abstracts, Saint-Petersburg, 2013, p. 131.   = 6 III.5. L.Z.Dzhilavyan.  ROLE OF BREMSSTRAHLUNG DIFFERENCES FOR ELECTRONS AND POSITRONS AT E1GR STUDIES WITH QUASIMONOCHROMATIC AN NIHILATION PHOTONS . In LXIII International Conference  Nucleus 2013 (Moscow, 2013). Book of abstracts. Saint-Petersburg, 2013, p. 132.   = 6 . III.6. L.Z.Dzhilavyan.  IVE1GR-IVE2LVAL?GR SEPARATION USING REAL PHOTONS AND VIRTUAL PHOTONS IN ELECTRON- AND POSITRON- NUCLEAR REACTIONS . In LXIII International Conference  Nucleus 2013 (Mos-cow, 2013). Book of abstracts, Saint-Petersburg, 2013, p. 133.   = 6 . III.7. S.S.Belyshev, L.Z. Dzhilavyan, B.S.Ishkhanov, V.V.Khankin, V.I.Shvedunov. MEASUREMENTS OF PHOTONUCLEAR REACTIONS YIELDS IN NATURAL TITANIUM AT Eg max 55 MeV. In LXIII International Conference  Nucleus 2013 (Moscow, 2013). Book of abstracts, Saint-Petersburg, 2013, p. 139.   = 6. III.8. A.I.Karev, V.G.Raevsky, S.N.Cherepnya, L.Z.Dzhilavyan, S.S.Belyshev, A.N.Ermakov, B.S.Ishkhanov, V.V.Khankin, N.I.Pakhomov, V.I.Shvedunov, V.A.Berlyand. RADIATION SAFETY OF LUGGAGE INSPECTED BY PHOTONUCLEAR EXPLOSIVE DETECTORS IN AIRPORTS. In LXIII International Conference  Nucleus 2013 (Moscow, 2013). Book of abstracts, Saint-Petersburg, 2013, p. 249.   =60.1=0,6.  III @ 6 + 0,7 + 45 + 6 + 6 + 6 + 6 + 0,6 = 76,3. V. 0B5=BK: V.1. #AB@>9AB2> 4;O >1=0@C65=8O A:@KBKE 27@K2G0BKE 25I5AB2 8 =0@:>B8G5A:8E A@54AB2. 0@52 ;5:A0=4@ 20=>28G, 052A:89 0;5@89 5>@38528G, 68;02O= 5>=84 025=>28G, 0?B52 0;5@89 <8B@8528G, 0E><>2 8:>;09 20=>28G, (254C=>2 0A8;89 20=>28G, K:0;8= ;048<8@ 20=>28G, Brothers Louis Joseph,Wilhide Larry Kenneth. 0B5=B $ ! 2442974 (20.02.2012. N;. ! 5).   = 20 / 9 @ 2,3. V.2. !?>A>1 845=B8D8:0F88 A:@KBKE 27@K2G0BKE 25I5AB2 8 =0@:>B8:>2. 0@52 ;5:A0=4@ 20=>28G, 052-A:89 0;5@89 5>@38528G, 68;02O= 5>=84 025=>28G, Brothers Louis Joseph, Wilhide Larry Kenneth. 0B5=B $ ! 2444003 (27.02.2012, N;. ! 6).   = 20 / 5 = 4. V.3. !?>A>1 35=5@0F88 <548F8=A:8E @048>87>B>?>2. 68;02O= 5>=84 025=>28G, 0@52 ;5:A0=4@ 20=>-28G, 0;5@89 5>@38528G 052A:89. 0O2:0 =0 ?0B5=B ?>40=0 2 >A?0B5=B. 0B5=B $ ! 2500429 (10.12.2013, N;. ! 34).   = 20 / 3 @ 6,7. V.4.  Device for detection and identification of carbon- and nitrogen- containing materials . Inventors: Karev Aleksandr Ivanovich, Raevsky Valeriy Ge LVAL orgievich, Dzhilavyan Leonid Zavenovich, Laptev Valeriy Dmitrievich, Pakhomov Nikolay Ivanovich, Shvedunov Vasiliy Ivanovich, Rykalin Vladimir Ivanovich, Brothers Louis Joseph, Wilhide Larry Kenneth. Re: U.S. Patent Application No.: 13/253,934. Filling Date: 10/05/2011. Our ref.: IL-12415. Your ref.: P807-US.   = 20 / 9 @ 2,3. V.5.  Method of detection and identification of carbon and identification of carbon- and nitrogen- containing materi-als . Inventors: Karev Aleksandr Ivanovich, Raevsky Valeriy Georgievich, Dzhilavyan Leonid Zavenovich, Brothers Louis Joseph, Wilhide Larry Kenneth. United States Patent Karev et al. Patent No: US 8,582,712 B2 Date of Patent: Nov. 12, 2013.   = 20 / 5 @ 4.  V @ 2,3 + 4 + 6,7 + 2,3 + 4 = 19,3. B>3>:   @ 236,6 + 0,9 + 76,3 + 19,3 = 333,1.LVALNGAC@528G @83>@89 0=>28G, 28.11.1935, 4.D-<.=., 702. A5:B>@><,   70 2012-2013 33. =48284C0;L=K9   70 2012-2013 33.= 309.32,   @C: = 251.87 !B0BL8 2 @5F5=78@C5<KE 70@C156=KE 6C@=0;0E: 1. N.S.Borisov, A.N.Fedorov, G.M.Gurevich, R.L.Kondratiev, M.Korolija, A.B.Lazarev, M.Martinez, S.V.Mironov, A.B.Neganov, V.N.Pavlov, H.Ortega, A.Thomas, Yu.A.Usov. Frozen-spin target for experiments at MAMI C. Nuclear Instruments and Methods A (2 ?5G0B8). 1.207*30*0.1=3.621 2. V.L.Kashevarov, G.Gurevich, R. Kondratiev, V.Lisin, A.Mushkarenkov, A. Polonski et al. Target and beam asymmetry for the p!00p. Phys. Rev. C (2 ?5G0B8). 3.715*30*0.075=8.359 !B0BL8 2 @5F5=78@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. C@528G, ..@78=:O=, ..0@D5=>20.  2>7<>6=>AB8 CA:>@5=8O a-@0A?040: : ?@>1;5<5 ;8:2840F88 @048>0:B82=KE O45@=KE >BE>4>2. 725AB8O  (A5@. $87.). 76, 4 (2012) 522-524. 0.406*60/3=8.12 2. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. About a possibility of a-decay acceleration: to the problem of radioactive nuclear waste disposal. Bulletin of the Russian Academy of Sciences: Physics 76, 4 (2012) 454-456. 0.406*60/3=8.12 5. ..C@528G. :B82=0O ?>;O@87>20==0O <8H5=L: 87<5@5=85 A?8=>2KE ?>;O@87C5<>AB59 ?@>B>=0. 8AL<0 2 -'/ (2 ?5G0B8). 0.672*60=40.32 6. G.M.Gurevich.  Active polarized target: measurement of the proton spin polarizabilities. Physics of Particles and Nuclei Letters (2 ?5G0B8). 0.672*60=40.32 7. ..C@528G. 7<5@5=85 A?8=>2KE ?>;O@87C5<>AB59 ?@>B>=0. /45@=0O D878:0 (2 ?5G0B8). 0.914*60=54.84 8. G.M.Gurevich. Measurement of spin polarizabilities of the proton. Physics of Atomic Nuclei (2 ?5G0B8). 0.914*60=54.84 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. .. C@528G, ..@78=:O=, ..0@D5=>20.  2>7<>6=>AB8 CA:>@5=8O a-@0A?040: : ?@>1;5<5 ;8:2840F88 @048>0:B82=KE O45@=KE >BE>4>2. 61 564C=0@>4=0O :>=D5@5=F8O /  2011 (!0@>2, 10-14 >:BO1@O 2011 3.). !5:F8>==K9 4>:;04, >?C1;8:>20=. 6*1.5*0.5/3=1.5 2. G.M.Gurevich. Measurement of spin polarizabilities of theLVALB nucleon. 62 International conference NUCLEUS-2012 ( >@>=56, 25-30 8N=O 2012 3.). ;5=0@=K9 4>:;04, 2 ?5G0B8. 30*1.5=45 3. G.M.Gurevich. Compton scattering with polarization degrees of freedom: Study of the nucleon spin structure. 63 International conference NUCLEUS-2013 (>A:20, $, 8-12 >:BO1@O 2013 3.). !5:F8>==K9 4>:;04. 6 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. ..C@528G. :B82=0O AF8=B8;;OF8>==0O ?>;O@87>20==0O <8H5=L. V '5@5=:>2A:85 GB5=8O (>A:20, $, 10 0?@54O 2012 3.) @83;0H5==K9 4>:;04, 2 ?5G0B8. 20*1.5=30 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference Mainz 19. - 23. Mrz 2012 http://www.dpg-verhandlungen.de/year/2012/conference/mainz/part/hk ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne): 1. HK 11.4 Fast Simulation Studies for a Crystal Ball TPC 2. HK 15.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 3. HK 15.8 Measurement of the Beam Asymmetry in Neutral Pion Photoproduction from the Proton near Threshold 4. HK 16.6 Quasifree Photoproduction of Pion Pairs off Nucleons bound in the Deuteron 5. HK 16.9 Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 38.1 Threshold photoproduction of  and 2 mesons off light nuclei - search for mesic nuclei 7. HK 53.27 Development of a time projection chamber for Crystal Ball at MAMI 8. HK 55.4 Double pion photoproduction off nuclei 9. HK 64.6 Aufbau und Inbetriebnahme eines Paarspektrometers zur berwachung des hochenergetischen Photonenstrahls an MAMI 10. HK 64.7 Status des Endpunkttaggers an MAMI-C 6*10*0.06=3.6 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 77th Annual Meeting of the DPG and DPG Spring Meeting). Dresden, 4 - 8 of March 2013 http://www.dpg-verhandlungen.de/year/2013/conference/dresden/static/hk.html ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der LVALHadronen und Kerne): 1. HK 6.2. Messung des differentiellen und totalen Wirkungsquerschnitts der 2 -Photoproduktion an MAMI 2. HK 6.3 Narrow Structure in -Photoproducion off 2H and 3He 3. HK 14.2 Measurement Of The Proton Spin Polarisabilities 4. HK 14.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 5. HK 14.8 Polarization Observables T and F in Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 27.2 Studien zur Messung des elektromagnetischen Formfaktors des 2 7. HK 27.6 Polarisation Observables F and T in Double 0 Photoproduction 8. HK 42.4 Measurement of the Proton Scalar Polarizabilities at MAMI 9. HK 52.23 Development of a time projection chamber for Crystal Ball at MAMI 10. HK 53.1 Geometrie und Auslese eines aktiven polarisierten Targets fr das Crystal-Ball-Experiment 11. HK 69.8 Design of internal superconducting polarizing solenoid for frozen spin target 12. HK 73.3 Quasifree Photoproduction of Eta-Pion Pairs off the Deuteron 13. HK 73.9 Photoproduction of Pion-Pairs off Nucleons 6*13*0.06= 4.68 =48284C0;L=K9   70 2012-2013: 309.32   @C:>2>48B5;O: 251.87LVALNGD"C@8=35 =4@59 @8A>28G, @>4 15.12.1956, A=A $/ ,   70 2012  2013 33. = 110,835 C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  :30*2.015/4= 15,11 2) K. A. Ivanov, S.A. Shulyapov, A.A. Turinge, A.V. Brantov, D. S. Uryupina, R.V. Volkov, A.V. Rusakov, R.M. Djilkibaev, V.G. Nedorezov, V.Yu. Bychenkov, and A. B. Savel ev. X-Ray Diagnostics of Ultrashort Laser-Driven Plasma: Experiment and Simulations Contrib. Plasma Phys. 53, No. 2, 116  121 (2013).   : 30* 0.944 / 10 = 2,83 3. A. Turinge, A. Lapik, V. Nedorezov, N. Rudnev. Simultaneous photo-production measurement of  and  mesons on nucleons at 700 1500 MeV. Progress in Particle and Nuclear Physics, Volume 67, Issue 2, April 2012, Pages 406 411.  : 30*2.991*0.7/4=15.70 4. Veronica De Leo, A. Lapik, V. Nedorezov,e.a. . Recent results of the BGO-OD experiment at ELSA facility . J.Phys.Conf.Ser. 424 (2013) 012008  : 30* 0 /4 = 0 5. V. Vegna, A. Lapik, A.Mushkarenkov, V. Nedorezov, A. Ignatov, A/Turinge, N.Rudnev, e.a. . Measurement of the  beam asymmetry for the  photo-production off the proton and the neutron at GRAAL. Submitted to PR C 2013 e-Print: arXiv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olkov, K.A. Ivanov, A.B. Savel ev, D.S. Uryupina, S.A. Shulyapov, R.M. Dzhilkibaev, D.P. Zagorodnyuk, A.M. Lapik, V.G. Nedorezov, A.V. Rusakov, A.A. Turinge, A.V. Brantov, V.Yu. Bychenkov. The study of electromagnetic radiation from the iron target, irradiated by femtosecond laser pulses. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2013, >A:20, 2013. AB@.243.  : 30*1,442/10 =4,326 3. Savel'ev .B., S.Shulyapov, A.Turinge, A.Rusakov, A.Savel ev, A.Brantov, V.Bychenkov, V. Nedorezov, ...!>@>:8=, Gamma-rays and high energy particles production from relativistic laser plasma interaction, Proceedings of the Int.Seminar on Electromagnetic Interactions of Nuclei (EMIN-2012).  : 30*1,442/9 =4,806 4.A.Turinge A., Rusakov ., Savel ev A., Brantov A., Bychenkov V., Simulation of bremsstrahlung from interaction of a femtosecond terawatt laser pulses with matter, , Proceedings of the Int.Seminar on Electromagnetic Interactions of Nuclei (EMIN-2012).  : 30*1,442/5 = 8,652 5. A.D'Angelo...V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Results from polarized experiments at LEGS and GRAAL. AIP Conf.Proc.1432(2012)56-61  : 30*1,442/10 =4,326 6. V.G.Gurzadyan, V. Bellini, M. Beretta, J.-P. Bocquet, A. D Angelo, R. Di Salvo, A. Fantini, D. Franco, G. Gervino, G. Giardina, F. Ghio, B. Girolami, A. Giusa, A. Kashin, H.G. Khachatryan, S. Knyazyan, A. Lapik, P. Levi Sandri, A. Lleres, F. Mammoliti, G. Mandaglio, M. Manganaro, A. Margarian, S. Mehrabyan, R. Messi, D. Moricciani, V. Nedorezov, D. Rebreyend, G. Russo, N. Rudnev, C. Schaerf, M.-L. Sperduto, M.-C. Sutera, A. Turinge, V. Vegna, A new limit on the light speed isotropy from the GRAAL experiment at the ESRF, Proceed. MG12 meeting on General Relativity, vol. B, p. 1495, World Scientific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edorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  :30*2.015/4= 15,11 2) K. A. Ivanov, S.A. Shulyapov, A.A. Turinge, A.V. Brantov, D. S. Uryupina, R.V. Volkov, A.V. Rusakov, R.M. Djilkibaev, V.G. Nedorezov, V.Yu. Bychenkov, and A. B. Savel ev. X-Ray Diagnostics of Ultrashort Laser-Driven Plasma: Experiment and Simulations Contrib. Plasma Phys. 53, No. 2, 116  121 (2013).   : 30* 0.944 / 10 = 2,83 3. A. Turinge, A. Lapik, V. Nedorezov, N. Rudnev. Simultaneous photo-production measurement of  and  mesons on nucleons at 700 1500 MeV. Progress in Particle and Nuclear Physics, Volume 67, Issue 2, April 2012, Pages 406 411.  : 30*2.991*0.7/4=15.70 4. Veronica De Leo, A. Lapik, V. Nedorezov,e.a. . Recent results of the BGO-OD experiment at ELSA facility . J.Phys.Conf.Ser. 424 (2013) 012008  : 30* 0 /4 = 0 5. V. Vegna, A. Lapik, A.Mushkarenkov, V. Nedorezov, A. Ignatov, A/Turinge, N.Rudnev, e.a. . Measurement of the  beam asymmetry for the  photo-production off the proton and the neutron at GRAAL. Submitted to PR C 2013 e-Print: arXiv:1306.5943  : 30*3.61/10 =10.8 " 44,44 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. 20=>2, !.. (C;O?>2, .. CA0:>2, .. "C@8=35, .. @0=B>2, .. !025;L52 .. 68;:81052, .. 54>@57>2, .!. #@N?8=0, .. >;:>2, ... KG5=:>2. >2K5 D>B>O45@=K5 <5B>4K =0 >A=>25 D5<B>A5:C4=KE ;075@>2. "@.'5@5=:>2A:8E GB5=89, $ (2012) , 8AL<0 2 -'/, C1=0 (2013), 2 ?5G0B8.  : 60*1,1/10 =6,6 2. ..68;02O=*, ..54>@57>2. $>B>45;5=85 238U 2 >1;0AB8 3830=BA:>3> @57>=0=A0. /45@=0O D878:0 (2 ?5G0B8).   = 60 0,914 / 2 @ 27,5. Ia.4. L.Z.Dzhilavyan, V.G.Nedorezov.  The 238U photofission in the giant resonance region . PhysicLVALHs of Atomic Nuclei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edorezov, Femtosecond laser induced photonuclear reactions., ;5=0@=K9 4>:;04 /4@>  2013, >A:20, $ (2013)AB@. 31.  : 30*1,442 =43,26 2. .."C@8=35, ..54>@57>2, ..H5=8G=>2 C;LB8D@03<5=B0F88 O45@ 3;5@>40 D>B>=0<8 A M=5@3859 0,8  1,5 M. ;5=0@=K9 4>:;04 /4@>  2013, >A:20, $ (2013)AB@. 126.  : 30*1,442/3 =14,42 3. R.V. Volkov, K.A. Ivanov, A.B. Savel ev, D.S. Uryupina, S.A. Shulyapov, R.M. Dzhilkibaev, D.P. Zagorodnyuk, A.M. Lapik, V.G. Nedorezov, A.V. Rusakov, A.A. Turinge, A.V. Brantov, V.Yu. Bychenkov. The study of electromagnetic radiation from the iron target, irradiated by femtosecond laser pulses. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2013, >A:20, 2013. AB@.243.  : 30*1,442/10 =4,326 4. L.Z. Dzhilavyan, S.I. Mishnev, V.G. Nedorezov, D.M. Nikolenko, I.A. Rachek, D.K. Toporkov.  Source of monochromatic photons driven by positron in-flight annihilation using internal target of storage ring VEPP-3 . Proceedings of the XIII International seminar on Electromagnetic interactions of nuclei (Moscow, September 20-23, 2012). INR, Moscow, 2013, pp. 138-147.  : 30*1,442/6 =7,21 5. . . 0A:>2, . . >;LF>2, . . L2>2, . . 515452, . . 02;NG5=:>, . .>;O=A:89, . . 60=>2, !. !. !84>@8=, . . !>:>;, !. . D0=0AL52LVALI, . . 0;0E>2, . !. 3=0B>2, . . 54>@57>2. AA;54>20=85 MB0-<57>==KE O45@ =0 M;5:B@>==>< A8=E@>B@>=5 $. PoS Baldin-ISHEPP-XXI (2012) 102, e-Print: arXiv:1212.6313 [nucl-ex].  : 30*1,442/10 =4,326 6. Savel'ev .B., S.Shulyapov, A.Turinge, A.Rusakov, A.Savel ev, A.Brantov, V.Bychenkov, V. Nedorezov, ...!>@>:8=, Gamma-rays and high energy particles production from relativistic laser plasma interaction, Proceedings of the Int.Seminar on Electromagnetic Interactions of Nuclei (EMIN-2012).  : 30*1,442/9 =4,806 7. A.Turinge A., Rusakov ., Savel ev A., Brantov A., Bychenkov V., Simulation of bremsstrahlung from interaction of a femtosecond terawatt laser pulses with matter, , Proceedings of the Int.Seminar on Electromagnetic Interactions of Nuclei (EMIN-2012).  : 30*1,442/5 = 8,652 8. L.Z.Dzhilavyan, V.G.Nedorezov. The 238U photofission in the giant resonance region. Book of abstracts 62 International conference NUCLEUS 2012, (Voronezh, 2012), p. 99.  : 20/2*1,5 =15.0 9. L.Z. Dzhilavyan, S.I. Mishnev, V.G. Nedorezov, D.M. Nikolenko, I.A. Rachek, D.K. Toporkov.  Source of monochromatic photons driven by positron in-flight annihilation using internal target of storage ring VEPP-3 . Abstract of report at the XIII International Seminar on Electromagnetic interactions of Nuclei  EMIN-2012 (20-23 September 2012, M.).  : 20/6*1,5 =5.0 10. V. Nedorezov. QED nonlinear effects in photonuclear processes. XXII Int.Baldin conference on High Energy Physics Problems "Relativistic Nuclear Physics and Quantum Chromodynamics", JINR, 2012.  : 20*1,5 =30.0 11. A.D'Angelo...V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Results from polarized experiments at LEGS and GRAAL. AIP Conf.Proc.1432(2012)56-61  : 30*1,442/10 =4,326 12. V.G.Gurzadyan, V. Bellini, M. Beretta, J.-P. Bocquet, A. D Angelo, R. Di Salvo, A. Fantini, D. Franco, G. Gervino, G. Giardina, F. Ghio, B. Girolami, A. Giusa, A. Kashin, H.G. Khachatryan, S. Knyazyan, A. Lapik, P. Levi Sandri, A. Lleres, F. MamLVALmoliti, G. Mandaglio, M. Manganaro, A. Margarian, S. Mehrabyan, R. Messi, D. Moricciani, V. Nedorezov, D. Rebreyend, G. Russo, N. Rudnev, C. Schaerf, M.-L. Sperduto, M.-C. Sutera, A. Turinge, V. Vegna, A new limit on the light speed isotropy from the GRAAL experiment at the ESRF, Proceed. MG12 meeting on General Relativity, vol. B, p. 1495, World Scientific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c. 1105-1115, (2012).  =0.914*60/2=27.42 2. B.A. Tulupov and M.H.Urin.  The Simplest Photonuclear Reactions Accompanied by Excitation of the Isovector Giant Dipole and Quadrupole Resonances: Semimicroscopic Description , Phys. At. Nucl., 75, c. 1041-1051, (2012).  =0.914*60/2=27.42 3. B.A.Tulupov, M.H. Urin ,  On the direct and semidirect neutron radiative capture by medium-heavy mass nuclei , EPJ Web of Conferences, v.38, 17010 (2012)  =3.631*30/2=54.46 >=D5@5=F88: 1. .."C;C?>2, ..#@8=.  ?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89 2 @0<:0E G0AB8G=>-4K@>G=>9 48A?5@A8>==>9 >?B8G5A:>9 <>45;8 . >:;04, ?@54AB02;5==K9 =0 =0CG=CN A5AA8N /# $ (>A:20, D52@0;L 2013).  =1.5*4=3 2. B.A.Tulupov, M.H.Urin,  Description of the simplest photonuclear reactions within the particle-hole dispersive optical model , LXIII International Conference NUCLEUS 2013, Moscow, Russia, October 8-12, 2013  =1.5*6/2=4.5 3. B.A.Tulupov, M.H.Urin ,  On the direct and semidirect radiative capture of neutrons by medium-heavy nuclei  , LXII International Conference NUCLEUS 2012, Voronezh, June 25-30, 2012  =1.5*6/2=4.5 4. B.A.Tulupov, M.H. Urin ,  On the direct and semidirect neutron radiative capture by medium-heavy nuclei , International Conference Nuclear Structure and Related Topics (NSRT12), Dubna, July 2-7, 2012  =1.5*6/2=4.5 5. B.A.Tulupov, M.H.Urin ,  Direct and Semidirect neutron radiative capture by medium-heavy mass nuclei: a new version of the semimicroscopic description , XIII International Seminar on Electromagnetic Interactions of Nuclei (EMIN12), Moscow September 20-23, 2012  = 1.5*30/2=22.5 6. B.A.Tulupov, M.H. Urin ,  On the direct LVAL and semidirect neutron radiative capture by medium-heavy nuclei , International Conference on  Collective Motion in Nuclei under Extreme Conditions (Comex4), Kanegawa, Japan, October 22-26, 2012  =1.5*6/2=4.5 B>3>:  =27.42+27.42+54.46+3+4.5+4.5+22.5+4.5=152.8LVALNGM0 26 45:01@O 2013 3>40 A>3;0A=> "inSPIRE" :>;8G5AB2> AAK;>: =0 <>8 @01>BK - 21888. 7 =8E - 70 @01>BK ?>A;54=8E 5 ;5B ?@81;878B5;L=> 18 000 AAK;>:. #45;L=K9 25A F8B8@>20=8O - ?@81;B78B5;L=> 1200. 0: 2848B5 ?> 2A5< :@8B5@8O O 2E>6C 2 3@C??C 2KA>:>F8B8@C5<KE A>B@C4=8:>2. ! C2065=85<. . @0A=8:>2 ----------------------------------------------------------------- @0A=8:>2 8:>;09 0;5@L528G, @>4. 03.05.1951, 4D<=, 702;01 $,   70 2012-2013 33. !B0BL8: 1. Krasnikov N.V., Matveev V.A. Search for the right-handed boson $W_{R}$ and heavy neutrino // Pisma Zh.Eksp.Teor.Fiz. 98: 53-56, 2013.   = 1,520*60/2 = 45,60 2. Bityukov S., Krasnikov N., Nikitenko A., Smirnova V. On the distinguishability of histograms // Eur.Phys.J.Plus 128: 143, 2013.   = 1,302*30/4 = 9,77 3. Bitioukov S.I., Krasnikov N.V. Modified frequentist determination of confidence intervals for Poisson distribution // Phys.Part.Nucl. 44: 229-233, 2013.   = 0,672*60/2 = 20,16 4. Gninenko S.N., Krasnikov N.V., Matveev V.A. Invisible Decay of Muonium: Tests of the Standard Model and Searches for New Physics // Phys.Rev.D87: 15016, 2013.   = 4,691*30/3 = 46,91 >:;04K: 1. Kirsanov M. (CMS Collaboration). SM Higgs searches by CMS at the LHC // International Workshop "LHC on the march", Protvino, Russia, Nov 20-22, 2012, ?;5=0@=K9 CAB=K9.   = 6/25 = 0,24 2. Kirsanov M. (CMS Collaboration). Search for a heavy neutrino and right-handed W of the left-right symmetric model in pp collisions // International Workshop "LHC on the march", Protvino, Russia, Nov 20-22, 2012, ?;5=0@=K9 CAB=K9.   = 6/25 = 0,24 3. Kirsanov M. (CMS Collaboration). LHC, new results from the CMS experiment // International Baikal seminar on cosmomicrophysics, Ulan-Ude, Russia, July 22-27, 2012, ?;5=0@=K9 CAB=K9.   = 6/25 = 0,24 4. Kirsanov M. (CMS Collaboration). Higgs searches by CMS at LHC // 17th International Seminar on High Energy Physics "QUARKS-2012", Yaroslavl, Russia, June 4-10, 2012, ?;5=0@=K9 CAB=K9. LVALN  = 6/25 = 0,24 5. Tlisov D. (Gninenko S. et al.). Search for a heavy neutrino and right-handed W of the left-right symmetric model in pp collisions at $\sqrt{s}$ = 7 TeV // Perspectives on Physics and on CMS at Very High Luminosity, HL-LHC, Alushta, Ukraine, May 28-31, 2012, ?;5=0@=K9 CAB=K9, >?C1;8:>20=.   = 6*1,5/9 = 1,00 6. Tlisov D. (Gninenko S. et al.). Search for a Heavy Neutrino and Right-Handed W of the Left-Right Symmetric Model // International Workshop "Perspectives on Physics and on CMS at Very High Luminosity, HL-LHC", Alushta, Ukraine, May 27-June 01, 2012, ?;5=0@=K9 CAB=K9.   = 30/9 = 3,33 7. Tlisov D. (CMS Collaboration). Search for WR and heavy neutrino of the left-right symmetric models in pp collisions in CMS using the 2011 collision data // 17th International Seminar on High Energy Physics "QUARKS-2012", Yaroslavl, Russia, June 4-10, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 @5?@8=BK: 1. Bitioukov S.I., Krasnikov N.V. The relation between frequentist confidence intervals and Bayesian credible intervals // e-Print: arXiv:1211.3343 [physics.data-an], 2012.   = 4/2 = 2,00 2. Bitioukov S.I., Krasnikov N.V. Modified frequentist determination of confidence intervals for Poisson distribution // e-Print: arXiv:1209.6545 [physics.data-an], 2012.   = 4/2 = 2,00 3. Gninenko S.N., Krasnikov N.V., Matveev V.A. Invisible Decay of Muonium: Tests of the Standard Model and Searches for New Physics // e-Print: arXiv:1209.0060 [hep-ph], 2012.   = 4/3 = 1,33 4. Bitioukov S.I., Krasnikov N.V. On the relation between frequentist and Bayesian approaches for the case of Poisson statistics // e-Print: arXiv:1206.3991 [physics.data-an], 2012.   = 4/2 = 2,00 5. Bityukov S., Krasnikov N., Smirnova V., Taperechkina V. The Transform between the space of observed values and the space of possible values of the parameter // e-Print: arXiv:1311.6103 [physics.data-an], 2013.   = 4/4 = 1,00 6. Bityukov S., Krasnikov N., Nikitenko A., Smirnova V. On the distinguishabilLVALity of histograms // e-Print: arXiv:1309.4649 [physics.data-an], 2013.   = 4/4 = 1,00 7. Bityukov S., Krasnikov N., Nikitenko A., Smirnova V. A method for statistical comparison of histograms // e-Print: arXiv:1302.2651 [physics.data-an], 2013.   = 4/4 = 1,00 8. Bitioukov S.I., Krasnikov N.V. The relation between frequentist confidence intervals and Bayesian credible intervals // e-Print: arXiv:1211.3343 [physics.data-an], 2013.   = 4/2 = 2,00 9. Bitioukov S.I., Krasnikov N.V. Modified frequentist determination of confidence intervals for Poisson distribution // e-Print: arXiv:1209.6545 [physics.data-an], 2012.   = 4/2 = 2,00 10. Andreas S. et al. Proposal for an Experiment to Search for Light Dark Matter at the SPS // e-Print: arXiv:1312.3309 [hep-ex], 2013.   = 4/10 = 0,40 11. Gninenko S.N., Krasnikov N.V., Matveev V.A. Invisible Decay of Muonium: Tests of the Standard Model and Searches for New Physics // e-Print: arXiv:1209.0060 [hep-ph], 2012.   = 4/3 = 1,33 + 1I89 A?8A>: (A<. AB@.76-146) B>3>:   = 1692,64   = 1692,64*0,5 + 1293,69*0,75 = 1816,59 (@C:>2>48B5;O)LVALNGP@>H5=:> .@89 8:>;0528G @>4. 03.04.1973, :.D.-<.=., =A - 01>@0B>@8O =59B@8==>9 0AB@>D878:8.   (70 2012-2013 33.) = 238.19 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E. Babichev, V. Dokuchaev and Yu. Eroshenko / Backreaction of accreting matter onto a black hole in the Eddington Finkelstein coordinates // Classical and Quantum Gravity 29, 115002 (2012).  =3.562*30/3=35.62 V.I. Dokuchaev , Yu.N. Eroshenko / Observational signatures of the giant planets collisions // Planetary and Space Science 78, 64 68 (2013).  =2.109*30/2=31.64 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / Formation and internal structure of superdense dark matter clumps and ultracompact minihaloes // JCAP 11, 059 (2013).  =6.036*30/3=60.36 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko / Dark matter annihilation in the Galaxy // J. Phys.: Conf. Ser. 409 012117 (2013)  =8/3=2.67 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: >:CG052 .., @>H5=:> ... / !B0F8>=0@=K5 @5H5=8O C@02=5=8O 8@0:0 2 3@028B0F8>==>< ?>;5 70@O65==>9 G5@=>9 4K@K // -"$, B>< 144, 2K?. 1(7), AB@.85-91 (2013).  =0.921*60/2=27.63 018G52 .., >:CG052 .., @>H5=:> ... / 'Q@=K5 4K@K 2 ?@8ACBAB288 BQ<=>9 M=5@388 // #A?5E8 D878G5A:8E =0C: 183 1257 1280 (2013).  =1.865*60/3=37.3 V.I. Dokuchaev and Yu.N. Eroshenko / Swift J164449.3+573451 event: Generation in collapsing star cluster? // Gravitation and Cosmology 18, 232 (2012).  =0.457*60/2=13.71 @5?@8=BK M;5:B@>==K5: V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / Formation and internal structure of superdense dark matter clumps and ultracompact minihaloes // M;5:B@>==K9 ?@5?@8=B arXiv:1308.6742.  =4/3=1.33 V.I. Dokuchaev, Yu.N. Eroshenko / Stationary Solutions of the Dirac Equation in the Gravitational Field of a Charged Black Hole // M;5:B@>==K9 ?@5?@8=B arXiv:1308.5927.  =4/2=2 V.I. Dokuchaev, Yu.N. Eroshenko / Non-orientable wormholes as portals to the mirror world // M;5:B@>==K9 ?@5?@8=B arXiv:1308.0896.  LVALQ=4/2=2 V.I. Dokuchaev, Yu.N. Eroshenko / Observational signatures of the giant planets collisions // M;5:B@>==K9 ?@5?@8=B arXiv:1202.5920.  =4/2=2 E. Babichev, V. Dokuchaev, Yu. Eroshenko / Backreaction of accreting matter onto a black hole in the Eddington-Finkelstein coordinates // M;5:B@>==K9 ?@5?@8=B arXiv:1202.2836.  =4/3=1.33 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Berezinsky, V. Dokuchaev, and Yu. Eroshenko / SUPERDENSE DARK MATTER CLUMPS FROM NONSTANDARD PERTURBATIONS // #AB=K9 4>:;04 >?C1;8:>20= 2 Proceedings of the Fifteenth Lomonosov Conference on Elementary Particle Physics Moscow, Russia, 18  24 August 2011, pp. 267-269 (2013).  =6*0.5/3=1 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / Superdense dark matter clumps from superheavy particles // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04, >?C1;8:>20= 2 "5>@. 8 <0B. D878:0 170, 102 (2012)),  =6*0.5/5=0.6 V. Berezinsky, V. Dokuchaev, and Yu. Eroshenko / SUSY dark matter annihilation in the Galactic Halo // Intern. Moscow Workshop on Phenomenol. of Particle Physics devoted to the memory of Prof. Alexei Kaidalov July 21-25, 2013. Russian Academy of Sciences and MBA SKOLKOVO, Moscow. (CAB=K9 4>:;04)  =6/3=2 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: .!. 5@578=A:89, .. >:CG052, ... @>H5=:> / $>@<8@>20=85 A25@E?;>B=KE A3CAB:>2 B5<=>9 <0B5@88 =0 :>A<>;>38G5A:>9 AB0488 @0480F8>==>3> 4><8=8@>20=8O // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04, ?C1;8:0F8O 2 Gravitation and Cosmology 18, 57 (2012)).  =4*0.5/3=0.67 .. >:CG052, ... @>H5=:> / !25@E=>2K5  >?B8G5A:85 ?@54H5AB25==8:8 :>@>B:8E 30<<0 2A?;5A:>2 // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@LVALR>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04, ?C1;8:0F8O 2 Gravitation and Cosmology 18, 97 (2012)).  =4*0.5/2=1 5@578=A:89 .!., >:CG052 .., @>H5=:> ... / !25@E?;>B=K5 A3CAB:8 B5<=>9 <0B5@88 // XXIX :>=D5@5=F8O ":BC0;L=K5 ?@>1;5<K 2=530;0:B8G5A:>9 0AB@>=><88", CI8=A:0O @048>0AB@>=><8G5A:0O >1A5@20B>@8O, 3.CI8=>, 17-19 0?@5;O 2012 3. (CAB=K9 4>:;04)  =4/3=1.33 .. 018G52a, .. >:CG052, ... @>H5=:> / ::@5F8O BQ<=>9 M=5@388 =0 GQ@=K5 4K@K // The Third International Conference 'Mathematical Physics and Its Applications', Samara, August 27 - September 1, 2012; Editors: I.V. Volovich, V.P. Radchenko, pages 47-48. Samara State Technical University 2012. >:;04 >?C1;8:>20= 2 5AB=. !0<. 3>A. B5E=. C=-B0. !5@. $87.-<0B. =0C:8, 2K?CA: 2(31), AB@. 223-227 (2013).  =4*1.5/3=2 .. >:CG052 8 ... @>H5=:> / 5;:><0AHB01=K5 A3CAB:8 B5<=>9 <0B5@88 // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 =>O1@O 2012 3., /# $, 3. >A:20. (4>:;04 >?C1;8:>20= 2 /45@=0O D878:0 8 8=68=8@8=3, B>< 4, N 9-10, A. 922 925 (2013))  =4*1.5/2=3 5@578=A:89 .!., >:CG052 .., @>H5=:> ... / ;8O=85 =5AD5@8G=>AB8 =0G0;L=KE 2>7<CI5=89 =0 M2>;NF8N A3CAB:>2 B5<=>9 <0B5@88 // XXX :>=D5@5=F8O ""#,+  + "'! !" ", CI8=A:0O @048>0AB@>=><8G5A:0O >1A5@20B>@8O & $, CI8=>, 8-11 0?@5;O 2013 3. (CAB=K9 4>:;04).  =4/3=1.33 .!. 5@578=A:89, .. >:CG052 8 ... @>H5=:> / ==838;OF8O AC?5@A8<<5B@8G=>9 B5<=>9 <0B5@88 2 30;> 0;0:B8:8 // International Moscow Workshop on Phenomenology of Particle Physics devoted to the memory of Prof. Alexei Kaidalov July 21-25, 2013. Russian Academy of Sciences and MBA SKOLKOVO, Moscow.  =4/3=1.33 .!. 5@578=A:89, .. >:CG052, ... @>H5=:> / 5;:><0AHB01=K5 A3CAB:8 B5<=>9 <0B5@88: <5E0=87<K D>@<8@>20=8O 8 2>7<>6=K5 =01;N40B5;L=K5 ?@>O2;5=8O // >:;04 =0 A5@>AA89A:>9 0AB@>=><8GP LVAL` 5A:>9 :>=D5@5=F88 =>3>;8:0O A5;5==0O (-2013), 23-27 A5=BO1@O 2013 3., Park Inn Pulkovskaya, !0=:B-5B5@1C@3.  =4/3=1.33 C:>2>4AB2> 48?;><=8:>< (A>2<5AB=> A >:CG052K< ..) 8@8;; !5@35528G ;8<:>2 - ABC45=B /# $, 48?;>< <038AB@0, 1-9 3>4 >1CG5=8O.  =10/2=5 B>3>:   (70 2012-2013 33.) = 238.19LVALNGT>:CG052 OG5A;02 20=>28G, @>4. 18.08.1948, 4.D.-<.=., 2=A -, 01>@0B>@8O =59B@8==>9 0AB@>D878:8   (70 2012-2013 33.) = 331.2 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E. Babichev, V. Dokuchaev and Yu. Eroshenko / Backreaction of accreting matter onto a black hole in the Eddington Finkelstein coordinates // Class. Quantum Grav. 29, 115002 (2012).  =3.562*30/3=35.62 V.I. Dokuchaev , Yu.N. Eroshenko / Observational signatures of the giant planets collisions // Planetary and Space Science 78, 64 68 (2013).  =2.109*30/2=31.64 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / Formation and internal structure of superdense dark matter clumps and ultracompact minihaloes // JCAP 11, 059 (2013).  =6.036*30/3=60.36 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko / Dark matter annihilation in the Galaxy // J. Phys.: Conf. Ser. 409 012117 (2013)  =8/3=2.67 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: >:CG052 .., @>H5=:> ... / !B0F8>=0@=K5 @5H5=8O C@02=5=8O 8@0:0 2 3@028B0F8>==>< ?>;5 70@O65==>9 G5@=>9 4K@K // -"$, 144, 85 (2013).  =0.921*60/2=27.63 018G52 .., >:CG052 .., @>H5=:> ... / 'Q@=K5 4K@K 2 ?@8ACBAB288 BQ<=>9 M=5@388 // #$ 183 1257 (2013).  =1.865*60/3=37.3 V.I. Dokuchaev and Yu.N. Eroshenko / Swift J164449.3+573451 event: Generation in collapsing star cluster? // Grav. Cosmol. 18, 232 (2012).  =0.457*60/2=13.71 @5?@8=BK, 2:;NG0O M;5:B@>==K5: . . 5@578= 8 . . >:CG052 / ;>10;L=0O 35><5B@8O ?@>AB@0=AB20-2@5<5=8 A 70@O65==>9 >1>;>G:>9 // @5?@8=B /  ! 1343/2013, 69 AB@. (2013).  =4/2=2 V. Dokuchaev / Spin of the nearest supermassive black hole // M;5:B@>==K9 ?@5?@8=B arXiv:1306.2033 [astro-ph.HE].  =4 V. I. Dokuchaev / Mass inflation inside black holes revisited // M;5:B@>==K9 ?@5?@8=B arXiv:1309.0224 [gr-qc].  =4 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / Formation and internal structure of superdense dark matter clumps and ultracompact minihaloes // M;5:B@>==K9 ?@5?@8=BLVALU arXiv:1308.6742.  =4/3=1.33 V.I. Dokuchaev, Yu.N. Eroshenko / Stationary Solutions of the Dirac Equation in the Gravitational Field of a Charged Black Hole // M;5:B@>==K9 ?@5?@8=B arXiv:1308.5927.  =4/2=2 V.I. Dokuchaev, Yu.N. Eroshenko / Non-orientable wormholes as portals to the mirror world // M;5:B@>==K9 ?@5?@8=B arXiv:1308.0896.  =4/2=2 V.I. Dokuchaev, Yu.N. Eroshenko / Observational signatures of the giant planets collisions // M;5:B@>==K9 ?@5?@8=B arXiv:1202.5920.  =4/2=2 E. Babichev, V. Dokuchaev, Yu. Eroshenko / Backreaction of accreting matter onto a black hole in the Eddington-Finkelstein coordinates // M;5:B@>==K9 ?@5?@8=B arXiv:1202.2836.  =4/3=1.33 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Dokuchaev / Spin of the supermassive black hole in the Galactic center // XLVIIIth Rencontres de Moriond, Very High Energy Phenomena in the Universe, March 9-16, La Thuile, Aosta Valley, Italy  March 9-16, 2013. Edited by Etienne Auge, Jacques Dumarchez and Jean Tran Thanh Van, Published by ARISF, pp. 55-58, 2013. (A5:F8>==K9 4>:;04)  =1.5*6=9 V. Berezinsky, V. Dokuchaev, and Yu. Eroshenko / SUSY dark matter annihilation in the Galactic Halo // Intern. Moscow Workshop on Phenomenol. of Particle Physics devoted to the memory of Prof. Alexei Kaidalov July 21-25, 2013. Russian Academy of Sciences and MBA SKOLKOVO, Moscow. (CAB=K9 4>:;04)  =6/3=2 V. I. Dokuchaev / Spin of the nearest supermassive black hole // Third Intern. Conf. on Theor. Phys. "Theoretical Physics and its Application", June 24-28, Moscow State Open University, Department of Physics, Applied Mathematics Faculty, Moscow, Russia, 2013. (CAB=K9 4>:;04)  =6 V. I. Dokuchaev / Voyage Inside Black Hole // Ginzburg Conference on Physics, May 28 - June 2, 2012, Moscow, $. (A5:F8>==K9 4>:;04).  =6 V. Berezinsky, V. Dokuchaev, and Yu. Eroshenko / Superdense dark matter clumps from nonstandard perturbations // #AB=K9 4>:;04 >?C1;8:>20= 2 Proceedings of the Fifteenth Lomonosov ConferencLVALVe on Elementary Particle Physics Moscow, Russia, 18  24 August 2011, pp. 267-269 (2013).  =6*0.5/3=1 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / Superdense dark matter clumps from superheavy particles // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04, >?C1;8:>20= 2 "5>@. 8 <0B. D878:0 170, 102 (2012)),  =6*0.5/5=0.6 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: V. I. Dokuchaev / Life inside black holes // QUARKS-2012, 17th Intern. Seminar on High Energy Physics, Yaroslavl, Russia, 4-10 June, 2012. (A5:F8>==K9 4>:;04).  =4 5@578=A:89 .!., >:CG052 .., @>H5=:> ... / !25@E?;>B=K5 A3CAB:8 B5<=>9 <0B5@88 // XXIX :>=D5@5=F8O ":BC0;L=K5 ?@>1;5<K 2=530;0:B8G5A:>9 0AB@>=><88", CI8=A:0O @048>0AB@>=><8G5A:0O >1A5@20B>@8O, 3. CI8=>, 17-19 0?@5;O 2012 3. (CAB=K9 4>:;04)  =4/3=1.33 .. 018G52a, .. >:CG052, ... @>H5=:> / ::@5F8O BQ<=>9 M=5@388 =0 GQ@=K5 4K@K // Third Intern. Conf. 'Mathematical Physics and Its Applications', Samara, August 27 - September 1, 2012; Eds. I.V. Volovich, V.P. Radchenko, p. 47-48. Samara State Technical University 2012. >:;04 >?C1;8:>20= 2 5AB=. !0<. 3>A. B5E=. C=-B0. !5@. $87.-<0B. =0C:8, 2K?CA: 2(31), AB@. 223-227 (2013).  =4*1.5/3=2 .. >:CG052 8 ... @>H5=:> / 5;:><0AHB01=K5 A3CAB:8 B5<=>9 <0B5@88 // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 =>O1@O 2012 3., /# $, 3. >A:20. (4>:;04 >?C1;8:>20= 2 /45@=0O D878:0 8 8=68=8@8=3, B>< 4, N 9-10, A. 922 925 (2013))  =4*1.5/2=3 5@578=A:89 .!., >:CG052 .., @>H5=:> ... / ;8O=85 =5AD5@8G=>AB8 =0G0;L=KE 2>7<CI5=89 =0 M2>;NF8N A3CAB:>2 B5<=>9 <0B5@88 // XXX :>=D5@5=F8O ""#,+  + "'! !" ", CI8=A:0O @048>0AB@>=><8G5A:0O >1A5@20B>@8O & $, CI8=>, 8-11 0?@5;O 2013 3. (CAB=K9 4>:;04).  =4/3=1.33 .!. 5@578=A:89, .. >:CG052, ... @>H5=:> / 5;:><0AHB01=K5 A3CAB:8 B5<=>LVAL9 <0B5@88: <5E0=87<K D>@<8@>20=8O 8 2>7<>6=K5 =01;N40B5;L=K5 ?@>O2;5=8O // >:;04 =0 A5@>AA89A:>9 0AB@>=><8G5A:>9 :>=D5@5=F88 =>3>;8:0O A5;5==0O (-2013), 23-27 A5=BO1@O 2013 3., Park Inn Pulkovskaya, !0=:B-5B5@1C@3.  =4/3=1.33 .!. 5@578=A:89, .. >:CG052, ... @>H5=:> / $>@<8@>20=85 A25@E?;>B=KE A3CAB:>2 B5<=>9 <0B5@88 =0 :>A<>;>38G5A:>9 AB0488 @0480F8>==>3> 4><8=8@>20=8O // 14-O >AA89A:0O 3@02. :>=D.  564C=. :>=D. ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>A. ?54. C=82-B, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04, ?C1;8:0F8O 2 Grav. and Cosmol. 18, 57 (2012)).  =4*0.5/3=0.67 .. >:CG052, ... @>H5=:> / !25@E=>2K5  >?B8G5A:85 ?@54H5AB25==8:8 :>@>B:8E 30<<0 2A?;5A:>2 // 14-O >AA89A:0O 3@02. :>=D.  564C=. :>=D. ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>A. ?54. C=82-B, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04, ?C1;8:0F8O 2 Grav. Cosmol. 18, 97 (2012)).  =4*0.5/2=1 C:>2>4AB2> 48?;><=8:>< (A>2<5AB=> A .. . @>H5=:>) 8@8;; !5@35528G ;8<:>2 - ABC45=B /# $, 48?;>< <038AB@0, 1-9 3>4 >1CG5=8O.  =10/2=5 B>3>:   (70 2012-2013 33.) = 331.2LVALNGX1. Extragalactic UHE proton spectrum and prediction for iron - nuclei flux at 10**8 - 10**9 GeV Veniamin S. Berezinsky (Gran Sasso & Moscow, INR), S.I. Grigorieva (Moscow, INR), B.I. Hnatyk (Kyiv Astron. Observ.). Mar 2004. 10 pp. Published in Astropart.Phys. 21 (2004) 617-625 DOI: 10.1016/j.astropartphys.2004.06.004 e-Print: astro-ph/0403477 | PDF >4@>1=0O 70?8AL - !AK;05BAO =0 55 70?8A8 2. Propagation and signatures of ultra high energy cosmic rays Veniamin Berezinsky (Gran Sasso), A. Gazizov (Desy), S. Grigorieva (Moscow, INR). Oct 2004. 12 pp. Published in Nucl.Phys.Proc.Suppl. 136 (2004) 147-158 DOI: 10.1016/j.nuclphysbps.2004.10.063 Presented at Conference: C04-05-31.2, p.147-158 Proceedings e-Print: astro-ph/0410650 | PDF >4@>1=0O 70?8AL - !AK;05BAO =0 29 70?8A8 3. Dip in UHECR spectrum as signature of proton interaction with CMB Veniamin Berezinsky (Gran Sasso), A.Z. Gazizov (DESY), S.I. Grigorieva (Moscow, INR). Feb 2005. 11 pp. Published in Phys.Lett. B612 (2005) 147-153 DOI: 10.1016/j.physletb.2005.02.058 e-Print: astro-ph/0502550 | PDF >4@>1=0O 70?8AL - !AK;05BAO =0 141 70?8A8 4. Extragalactic UHE proton spectrum and prediction of flux of iron-nuclei at 10**8-GeV - 10**9-GeV V.S. Berezinsky (Gran Sasso), S.I. Grigoreva (Moscow, INR), B.I. Hnatyk (Taras Shevchenko U.). 2006. 4 pp. Published in Nucl.Phys.Proc.Suppl. 151 (2006) 497-500 DOI: 10.1016/j.nuclphysbps.2005.07.088 Prepared for 13th International Symposium on Very High-Energ Conference: C04-09-06.1, p.497-500 Proceedings >4@>1=0O 70?8AL - !AK;05BAO =0 5 70?8A8 5. On astrophysical solution to ultrahigh-energy cosmic rays V. Berezinsky (Gran Sasso & Moscow, INR), A.Z. Gazizov (Minsk, Inst. Phys.), S.I. Grigorieva (Moscow, INR). Apr 2002. 26 pp. Published in Phys.Rev. D74 (2006) 043005 DOI: 10.1103/PhysRevD.74.043005 e-Print: hep-ph/0204357 | PDF >4@>1=0O 70?8AL - !AK;05BAO =0 337 70?8A8 6. On the status of the dip in UHECR spectrum Veniamin Berezinsky (Gran Sasso), A. Gazizov (Minsk, Inst. Phys.), S. GriLVALYgorieva (Moscow, INR). Feb 2007. 4 pp. e-Print: astro-ph/0702488 | PDF >4@>1=0O 70?8AL - !AK;05BAO =0 4 70?8A8 7. A dip in the UHECR spectrum and the transition from galactic to extragalactic cosmic rays R. Aloisio, V. Berezinsky (Gran Sasso), Pasquale Blasi (Arcetri Observ.), A. Gazizov (Minsk, Inst. Phys.), S. Grigorieva (Moscow, INR), B. Hnatyk (Kiev Observ.). Aug 2006. 19 pp. Published in Astropart.Phys. 27 (2007) 76-91 DOI: 10.1016/j.astropartphys.2006.09.004 e-Print: astro-ph/0608219 | PDF >4@>1=0O 70?8AL - !AK;05BAO =0 97 70?8A8 8. Analytic calculations of the spectra of ultra-high energy cosmic ray nuclei. I. The case of CMB radiation R. Aloisio (Arcetri Observ. & Gran Sasso), V. Berezinsky (Gran Sasso), S. Grigorieva (Moscow, INR). Feb 2008. 30 pp. Published in Astropart.Phys. 41 (2013) 73-93 DOI: 10.1016/j.astropartphys.2012.07.010 e-Print: arXiv:0802.4452 [astro-ph] | PDF >4@>1=0O 70?8AL - !AK;05BAO =0 23 70?8A8 9. Analytic calculations of the spectra of ultra high energy cosmic ray nuclei. II. The general case of background radiation R. Aloisio (Arcetri Observ. & Gran Sasso), V. Berezinsky (Gran Sasso), S. Grigorieva (Moscow, INR). Jun 2010. 18 pp. Published in Astropart.Phys. 41 (2013) 94-107 DOI: 10.1016/j.astropartphys.2012.06.003 e-Print: arXiv:1006.2484 [astro-ph.CO] | PDF >4@>1=0O 70?8AL - !AK;05BAO =0 15 70?8A8 !C<<0@=>5 F8B8@>20=85 = 11176, 70 ?5@8>4 2004-2013 33. = 706   , !25B;0=0 20=>2=0, 13.07.1944, :.D.-<.=, A.=.A !C<<0@=K9   = 73.4 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. R. Aloisio, V.S. Berezinsky, S.I. Grigorieva Analytic calculations of the spectra of ultra-high energy cosmic ray nuclei. I. The case of CMB radiation. Ast LVAL ropart. Phys. V. 41. (2013) 73.   = 3.2230/3=32.2 2. R. 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Dec 2008. 22 pp. Published in JCAP 0906 (2009) 029 DOI: 10.1088/1475-7516/2009/06/029 e-Print: arXiv:0812.3622 [hep-ph] | PDF Detailed record - Cited by 104 records Index=34 How to find neutral leptons of the nuMSM?. Dmitry Gorbunov (Moscow, INR), Mikhail Shaposhnikov (ITPP, Lausanne). May 2007. 45 pp. Published in JHEP 0710 (2007) 015 DOI: 10.1088/1126-6708/2007/10/015 e-Print: arXiv:0705.1729 [hep-ph] | PDF Detailed record - Cited by 81 records Index=40 More on ghosts in DGP model. Dmitry Gorbunov (Moscow, INR), Kazuya Koyama (Portsmouth U., ICG), Sergei Sibiryakov (Moscow, INR). Dec 2005. 9 pp. Published in Phys.Rev. 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Mangazeev - "Photonuclear interactions at very high energies and vector meson dominance", J.Phys.Conf.Ser. 409 (2013) 012129. 8/2 4,00 C1;8:0F88 2 @>AA89A:8E 6C@=0;0E E. Bugaev, B. Mangazeev - "Vector-meson dominance and photonuclear interactions at superhigh energies", Bull.Russ.Acad.Sci.Phys. 77 (2013) 1319-1321 8/2 4,00 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E. Bugaev , B. Mangazeev - "Photonuclear interactions at very high energies and vector meson dominance", talk at 23rd European Cosmic Ray Symposium, Moscow, Russia, July, 3  7, 2012. 9,0/2 4,50 P. Klimai, E. Bugaev - "Primordial black hole formation from non-Gaussian curvature perturbations", talk at QUARKS-2012 international seminar. 6/2 3,00 #AB=K5 4>:;04K =0 @>AA89A:8E :>=D5@5=F8OE .. ;8<09, -.. C3052 - " >645=85 ?5@28G=KE G5@=KE 4K@ 2 42CE?>;52KE <>45;OE 8=D;OF88", 4>:;04 =0 559 0CG=>9 :>=D5@5=F88 $", 19 25 =>O1@O 2012 3>40, >?C1;8:>20= 2 "@C40E, B>< "@>1;5<K A>2@5<5==>9 D878:8", AB@. 148-149. 1.5*4,0/2 3,00 .. ;8<09, -.. C3052 - ">A<>;>38G5A:85 >3@0=8G5=8O =0 <>45;L 0:A8>==>9 8=D;OF88", 4>:;04 =0 569 0CG=>9 :>=D5@5=F88 $", 25-30 =>O1@O 2012 3>40, >?C1;8:>20= 2 "@C40E, B>< "@>1;5<K A>2@5<5==>9 D878:8", AB@. 120-121. 1.5*4,0/2 3,00 @5?@8=BK P. Klima LVAL i, E. Bugaev - "Primordial black hole formation from non-Gaussian curvature perturbations", arXiv:1210.3262 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Cosmological constraints on the curvaton web parameters", arXiv:1212.6529 [astro-ph.CO]. 4,0/2 2,00 E.V. Bugaev, B.V. Mangazeev - "Photonuclear interactions at very high energies and vector meson dominance", arXiv:1207.5609 [hep-ph]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Primordial black hole constraints for curvaton models with predicted large non-Gaussianity", arXiv:1303.3146 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Axion inflation with gauge field production and primordial black holes", arXiv:submit/0878877 [astro-ph.CO] 28 Dec 2013 4,0/2 2,00 A53> 187,68LVALNG^  70 2012-2013 33. 05/01/2014. ;5:A55=:> 8:B>@ ;048<8@>28G, @>4. 27.12.1945, A=A, :. D.-<. =., . C1;8:0F88: 1. Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, Y. Liu, X.H. Ma, J. Zhao. Thermal neutron flux produced by EAS at various altitudes. ArXiv:1204.3857v1 [astro-ph.HE], (2012).  =4/6=0.67 2. V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Journal of Physics:Conference Series 409 (2013) 012190  =8/9*1.5=1.33 3. D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Journal of Physics: Conference Series 409 (2013) 012044  =8/8*1.5=1.5 4. Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, Y. Liu, X.H. Ma, J. Zhao. Thermal neutron flux produced by EAS at various altitudes. Chinese Physics C, v. 37, No 1, (2013), p. 015001.  =0.338*30/6=1.69 5. .. @><CH:8=, . . ;5:A55=:>, A.A. 5B@CE8=, O.. )53>;52, ... !B5=L:8=, .. !B5?0=>2, .. >;G5=:>, .. /H8=. #!"  " / !" & (:  + #,""+. 725AB8O , A5@8O $878G5A:0O, B. 77, !5, (2013), A. 704-706.  = 8/9*1.5=1.33   ?> ?C1;8:0F8O< = 6.52 >:;04K: 6. V. Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu.Stenkin, V. Stepanov, V. Sulakov, V. Volchenko and I. Yashin. Sporadic variations of thermal neutron background measured by a global net of the en-detectors. 33 ICRC, Rio de Janeiro 2013, ID 568.  =6/10=0.6 7. Xinhua Ma and Yuri Stenkin, for the ARGO-YBJ collaboration and the PRISMA collaboration. Coincident air shower events between ARGO-YBJ and PRISMA-YBJ. 33 ICRC, Rio de Janeiro 2013, ID 606.  =6/10=0.6 8. Yuri Stenkin, Victor Alekseenko, Dmitri Gromushkin, Vladimir Stepanov, Oleg Shchegolev, Vladimir Volc>LVALNhenko, Igor Yashin and Xinhua Ma for the ARGO-YBJ. Air Shower thermal neutron detection at different altitudes. 33 ICRC, Rio de Janeiro 2013, ID 478.  =6/10=0.6 9. V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Proc. of 23d ECRS (2012). ID577.  =6 10. D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Proc. of 23d ECRS (2012). ID527.  =6/8=0.75 11. V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Yu Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100 Tev energy range. Proc. of 23d ECRS (2012). ID576  =6 12. V.Alekseenko, S.Gorozhantsev, D.Gromushkin, O. Shchegolev, Yu. Stenkin and V. Stepanov. Registration of Free Earth s Oscillations with a Global Net of the Thermal Neutron Scintillation en-Detectors. 33rd General Assembly of the European Seismological Commission, 19-24, August, 2012, Moscow. Talk  =6 13. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13-21 A5=BO1@O 20123. >:;04.  =4/8=0.5   ?> 4>:;040< = 21.05 B>3>: AC<<0@=K9   = 27.57 (6.52 + 21.05).LVALNG`:C;8=8G52 !5@359 A52>;>4>28G @>4. 28.08.1951, 4.D.-<.=, 702. ;01. $ !B0BL8: 1. .. 0A8;L52, .. >:>=F52, !.. :C;8=8G52. !2O7L <564C :5@<>9 2 2>74CE5 8 ?>3;>I5==>9 4>7>9 2 2>45 ?@8 1;87:>D>:CA=>9 @5=B35=>B5@0?88, 548F8=A:0O D878:0, 2013, !3 (59) A. 5-14.,  =8/3=3. 2. ..@02GC:, !..:C;8=8G52, ..C9:>2, 0728B85 B5E=>;>389 ;CG52>9 B5@0?88 8 O45@=>9 <548F8=K, 6C@=0; 548F8=0- F5;52K5 ?@>5:BK, 2012, !12, AB@. 74-76.  =8/3=3. >:;04K: 1. !.. :C;8=8G52, .. @0GQ2, .. !:>@:8= /7<5@5=85 ?>B5@L ?CG:0 ;8=59=>3> CA:>@8B5;O ?@>B>=>2 ?> 8=B5=A82=>AB8 =59B@>==>3> 87;CG5=8O >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= 2 // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O. 2012. ! 3 (79). !. 215.  =6*1.5*0.5/3= 1,75. 2. !.. :C;8=8G52, .. A552, .. 0A8;L52, ... 02@8;>2, .. 5@6852, .. ;L8=, .. >:>=F52, .. >:>=F52, .. 0751=8:, .. !:>@:8=/ 07@01>B:0 <5B>4>2 48AB0=F8>==>9 8 :>=B0:B=>9 @048>B5@0?88 2 / / "$-5. 4-8 8N=O 2012 3. ;5=0@=K9 4>:;04.  = 20. 3. >:>=F52, .. !.. :C;8=8G52, ... 02@8;>2, .. 0A8;L52, .. 5@6852, .. >:>=F52, .. >3>752, .. !:>@:8=/ >78<5B@8G5A:>5 8AA;54>20=85 =>2>3> 2=CB@8B:0=52>3> 8AB>G=8:0 =0 >A=>25 169-Yb/ "$-5. 4-8 8N=O 2012 3. ;5=0@=K9 4>:;04.  = 20/8=2.5. 4. !.. :C;8=8G52, .. A552, .. 0751=8:, AA;54>20=85 ?@>D8;59 <548F8=A:>3> ?@>B>==>3> ?CG:0 D>B><5B@8G5A:8< <5B>4><, <0B5@80;K V "@>8F:>9 :>=D5@5=F88 "$-5), "@>8F: 2012 3. >AB5@=K9 4>:;04.  = 4/3=1,33. 5. V.M. Skorkin, S.V. Akulinichev/ Photoproduction of neutrons in the heavy water irradiation facility at the SL75 linear electron accelerator// XIII International Seminar on Electromagnetic Interactions of Nuclei.(EMIN  2012). September 20-23, 2012, Moscow. #AB=K9 4>:;04, >?C1;8:>20= 2 Proceed. of the XIII Int. Seminar on Electromag. Interact. of Nuclei. EMIN-2012, Moscow, September 20-23. 2012. Moscow. 2013. p. 158-160.  =6*1.5/2=4,5LVALa. 6. V.M. Skorkin, S.V. Akulinichev, A.V. Andreev /Study of neutron capture by medical nuclides at irradiation facilities of INR RAS. #AB=K9 4>:;04, >?C1;8:>20= 2 Proceed. 4th Int. Conf.  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012). Kyiv 2013. Part 2. P. 575-579,  =6*1.5/3=3. 7. Akulinichev S.V. and Derzhiev V.I.,ITTERBIUM SOURCES FOR BRACHYTHERAPY, International Conference ICTR-PHE-2012, Geneva 2012. @83;0H5==K9 ?;5=0@=K9 4>:;04,   = 30. 8. M.I.Grachev, E.V.Ponomareva, S.V.Akulinichev.  Proton channel that provides simultaneous independent operation of a treatment room of proton therapy and neutron sources of the experimental complex INR RAS , <564C=0@>4=0O :>=D5@5=F8O RuPAC-2012, !.5B5@1C@3, A5=BO1@L 2012 3.   = 6/3=2. 9. .. !:>@:8=, !.. :C;8=8G52 /!8AB5<0 <>=8B>@8@>20=8O B@0=A?>@B8@>2:8 ?CG:0 ?@>B>=>2 =0 >1;CG0B5;L=K5 CAB0=>2:8 "578A 4>:;040 =0 XIII 564. !5<8=0@5 ?> CA:>@8B5;O< 70@O6. G0AB8F. 08-14 A5=BO1@O 2013. ;CHB0, @K<. !. 112.  @8=OB> 2 6C@=. VANT.  =6/2=3. 10. 8. !.. :C;8=8G52, .. !:>@:8= />78<5B@8G5A:85 8AA;54>20=8O D>B>= - 70E20B=KE @50:F89 =0 <548F8=A:>< CA:>@8B5;5 !75/;5=0@=K9 4>:;04 =0 9->9 564C=0@>4=>9 :>=D5@5=F88 /45@=0O 8 @0480F8>==0O D878:0, 24-27 A5=BO1@O 2013 3. ;<0BK. 070EAB0=. !. 262.  =30/2=15. 11. S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. /A PROTON DOSE DISTRIBUTION IN A PROSEDURAL OF THE PROTON THERAPY COMPLEX OF INR RAS // International Seminar on charged particle accelerators.  IWCPA 2013 , Crimea, Alushta, 08-14 September 2013. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88.  =6/3=2. 12. S.V. Akulinichev, V.N. Aseev, V.N. Vasiliev, Yu.K. Gavrilov, M.I. Grachev, V.I. Derzhiev, A.A. Kokoncev, D.A. Kokoncev, D.B. Lazebnik, E.V. Ponomareva, V.M. Skorkin, I.A. Yakovlev/ Application of the INR proton LINAC for development of methods of radiotherapy and nuclear medicine// ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= 2 " >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 LVAL 2013. ! 6 (88) http://vant.kipt.kharkov.ua/ARTICLE/VANT_2013_6/article_2013_6_183.pdf  = 30*1,5*0.1= 4,5 0B5=BK. " :C;8=8G52 !.., =B0=>28G .., @06:8= .., 5@6852 .., 81@>2 .., $8;>=5=:> .. AB>G=8: 4;O 1@0E8B5@0?88. 0B5=B =0 ?>;57=CN <>45;L RU 131302 U1 (20133.).  = 20/6=3.5 540;8 8 48?;><K =0 2KAB02:0E. @>5:B &5=B@ ;CG52>9 B5@0?88 /  1K; =03@0645= 2 2013 3. >;>B>9 <540;LN 14-3> >A:>2A:>3> 564C=0@>4=>3> D>@C<0 KA>:85 B5E=>;>388 XI 25:0,  = 10. 0CG=>5 @C:>2>4AB2>: 1. C:>2>4AB2> 48?;><=>9 @01>B>9 ../:>2;520 2 2012 3.   =10. 2. C:>2>4AB2> 0A?8@0=B>< ../:>2;52K< 2 2013 3.   =30. B>3>: ;8G=K9   !..:C;8=8G520 = 149,08   @C:>2>48B5;O $ = 0.5*149,08 + 0.75*62,43 = 74,54+46,82=121,36LVALA552 ;048A;02 8:>;0528G @>4. 30.05.1949, =.A. $ >:;04K: 1. !.. :C;8=8G52, .. A552, .. 0A8;L52, ... 02@8;>2, .. 5@6852, .. ;L8=, .. >:>=F52, .. >:>=F52, .. 0751=8:, .. !:>@:8=/ 07@01>B:0 <5B>4>2 48AB0=F8>==>9 8 :>=B0:B=>9 @048>B5@0?88 2 / / "$-5. 4-8 8N=O 2012 3. ;5=0@=K9 4>:;04.  = 20/10=2. 2. !. . :C;8=8G52, . . A552, . . . . 0751=8:. AA;54>20=85 ?@>D8;59 <548F8=A:>3> ?@>B>==>3> ?CG:0 D>B><5B@8G5A:8< <5B>4><. V "@>8F:0O :>=D5@5=F8O  548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 , "@>8F:, 4-8 8N=O 2012 3.   =4/3=1.33. 3. S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. /A PROTON DOSE DISTRIBUTION IN A PROSEDURAL OF THE PROTON THERAPY COMPLEX OF INR RAS // International Seminar on charged particle accelerators.  IWCPA 2013 , Crimea, Alushta, 08-14 September 2013. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88.  =6/3=2. 4. S.V. Akulinichev, V.N. Aseev, V.N. Vasiliev, Yu.K. Gavrilov, M.I. Grachev, V.I. Derzhiev, A.A. Kokoncev, D.A. Kokoncev, D.B. Lazebnik, E.V. Ponomareva, V.M. Skorkin, I.A. Yakovlev/ Application of the INR proton LINAC for development of methods of radiotherapy and nuclear medicine// ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= 2 " >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 2013. ! 6 (88) http://vant.kipt.kharkov.ua/ARTICLE/VANT_2013_6/article_2013_6_183.pdf  = 30*1,5*0.1= 4,5   .. A5520 = 9,83LVALhAB065@-8AA;54>20B5;L "$ 048>=>2 ;5:A0=4@   93.825 [4.170 8<?0:B-D0:B>@ Phys Rev D 70 ?OBL ;5B * 30 >4=0 AB0BLO 2 8=>AB@. @5F5=78@C5<>< 6C@=0;5 * 0.5 70 A>2<5AB8B5;LAB2> * 1.5 0A?8@0=B ?> A>2<5AB8B5;LAB2C]02@8;>2 .@89 @0A=>A;02>28G. 04.10.1951, =A $, >:;04K: 1. !.. :C;8=8G52, .. A552, .. 0A8;L52, ... 02@8;>2, .. 5@6852, .. ;L8=, .. >:>=F52, .. >:>=F52, .. 0751=8:, .. !:>@:8=/ 07@01>B:0 <5B>4>2 48AB0=F8>==>9 8 :>=B0:B=>9 @048>B5@0?88 2 / / "$-5. 4-8 8N=O 2012 3. ;5=0@=K9 4>:;04.  = 20/10=2. 2. >:>=F52, .. !.. :C;8=8G52, ... 02@8;>2, .. 0A8;L52, .. 5@6852, .. >:>=F52, .. >3>752, .. !:>@:8=/ >78<5B@8G5A:>5 8AA;54>20=85 =>2>3> 2=CB@8B:0=52>3> 8AB>G=8:0 =0 >A=>25 169-Yb/ "$-5. 4-8 8N=O 2012 3. ;5=0@=K9 4>:;04.  = 20/8=2.5. 3. S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. /A PROTON DOSE DISTRIBUTION IN A PROSEDURAL OF THE PROTON THERAPY COMPLEX OF INR RAN, // International Seminar on charged particle accelerators.  IWCPA 2013 , Crimea, Alushta, 08-14 September 2013. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88.  =6. 4. S.V. Akulinichev, V.N. Aseev, V.N. Vasiliev, Yu.K. Gavrilov, M.I. Grachev, V.I. Derzhiev, A.A. Kokoncev, D.A. Kokoncev, D.B. Lazebnik, E.V. Ponomareva, V.M. Skorkin, I.A. Yakovlev/ Application of the INR proton LINAC for development of methods of radiotherapy and nuclear medicine// ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= 2 " >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 2013. ! 6 (88) http://vant.kipt.kharkov.ua/ARTICLE/VANT_2013_6/article_2013_6_183.pdf  = 30*1,5= 45   ...02@8;>20 =55.5LVALNGe!:>@:8= ;048<8@ 8E09;>28G @>4. 03.08.1953, :. D.-<. =, A=A $ >:;04K: 1. !.. :C;8=8G52, .. @0GQ2, .. !:>@:8= /7<5@5=85 ?>B5@L ?CG:0 ;8=59=>3> CA:>@8B5;O ?@>B>=>2 ?> 8=B5=A82=>AB8 =59B@>==>3> 87;CG5=8O >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= 2 // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O. 2012. ! 3 (79). !. 215.  =6*1.5*0.5/3= 1,75. 2. !.. :C;8=8G52, .. A552, .. 0A8;L52, ... 02@8;>2, .. 5@6852, .. ;L8=, .. >:>=F52, .. >:>=F52, .. 0751=8:, .. !:>@:8=/ 07@01>B:0 <5B>4>2 48AB0=F8>==>9 8 :>=B0:B=>9 @048>B5@0?88 2 / / "$-5. 4-8 8N=O 2012 3. ;5=0@=K9 4>:;04.  = 20/10=2. 3. >:>=F52, .. !.. :C;8=8G52, ... 02@8;>2, .. 0A8;L52, .. 5@6852, .. >:>=F52, .. >3>752, .. !:>@:8=/ >78<5B@8G5A:>5 8AA;54>20=85 =>2>3> 2=CB@8B:0=52>3> 8AB>G=8:0 =0 >A=>25 169-Yb/ "$-5. 4-8 8N=O 2012 3. ;5=0@=K9 4>:;04.  = 20/8=2.5. 5. V.M. Skorkin, S.V. Akulinichev/ Photoproduction of neutrons in the heavy water irradiation facility at the SL75 linear electron accelerator// XIII International Seminar on Electromagnetic Interactions of Nuclei.(EMIN  2012). September 20-23, 2012, Moscow. #AB=K9 4>:;04, >?C1;8:>20= 2 Proceed. of the XIII Int. Seminar on Electromag. Interact. of Nuclei. EMIN-2012, Moscow, September 20-23. 2012. Moscow. 2013. p. 158-160.  =6*1.5=9. 6. V.M. Skorkin, S.V. Akulinichev, A.V. Andreev /Study of neutron capture by medical nuclides at irradiation facilities of INR RAS. #AB=K9 4>:;04, >?C1;8:>20= 2 Proceed. 4th Int. Conf.  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012). Kyiv 2013. Part 2. P. 575- 579,  =6*1.5=9. 7. .. !:>@:8=, !.. :C;8=8G52 /!8AB5<0 <>=8B>@8@>20=8O B@0=A?>@B8@>2:8 ?CG:0 ?@>B>=>2 =0 >1;CG0B5;L=K5 CAB0=>2:8 "578A 4>:;040 =0 XIII 564. !5<8=0@5 ?> CA:>@8B5;O< 70@O6. G0AB8F. 08-14 A5=BO1@O 2013. ;CHB0, @K<. !. 112.  @8=OB> 2 6C@=. VANT.  =6/2=3. 8. !.. :C;8=8G52,LVAL .. !:>@:8= />78<5B@8G5A:85 8AA;54>20=8O D>B>= - 70E20B=KE @50:F89 =0 <548F8=A:>< CA:>@8B5;5 !75/;5=0@=K9 4>:;04 =0 9->9 564C=0@>4=>9 :>=D5@5=F88 /45@=0O 8 @0480F8>==0O D878:0, 24-27 A5=BO1@O 2013 3. ;<0BK. 070EAB0=. !. 262.  =30. 9. S.V. Akulinichev, V.N. Aseev, V.N. Vasiliev, Yu.K. Gavrilov, M.I. Grachev, V.I. Derzhiev, A.A. Kokoncev, D.A. Kokoncev, D.B. Lazebnik, E.V. Ponomareva, V.M. Skorkin, I.A. Yakovlev/ Application of the INR proton LINAC for development of methods of radiotherapy and nuclear medicine// ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= 2 " >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 2013. ! 6 (88) http://vant.kipt.kharkov.ua/ARTICLE/VANT_2013_6/article_2013_6_183.pdf  = 30*1,5*0.1= 4,5 10. A.V. Skorkin, V.M. Skorkin/ Continuous control of radioactive emissions from proton linac / XXIII 564. !5<8=0@ ?> CA:>@8B5;O< 70@O6. G0AB8F. 08-14 A5=BO1@O 2013. ;CHB0, @K<. !. 98.  @8=OB> 2 6C@=. VANT.  =6. 11. V.M. Skorkin /Simulation of Nucleosynthesis in Radiative Neutron Capture by Radionuclides/ LXIII International Conference NUCLEUS 2013. Book of Abstract. October 8-12, 2013. Moscow. P. 240.  @8=OB> 2 6C@=. "/45@=0O D878:0 8 8=68=8@8=3 .  =6.   ..!:>@:8=0 =73,75. =45:A F8B8@>20=8O = 62 LVAL ) "8<8@OA>2 =0@ ;L40@>28G, 14.11.1989, AB065@-8AA;54>20B5;L & ) !B0BLO 2 @5D5@8@C5<>< <564C=0@>4=>< 6C@=0;5 JHEP: Heavy-meson physics and flavour violation with a single generation 5.618*30/4 =42.135 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: - QUARKS 2012, "Heavy meson physics in a model with large extra dimensions"  CAB=K9 4>:;04 - International School of Subnuclear Physics, Erice 2013, "Heavy meson physics and flavour violation with a single generations"  CAB=K9 4>:;04 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: - ITEP Winter School 2012, "B-physics in a model with large extra dimensions"  1C45B >?C1;8:>20= 2 B@C40E :>=D5@5=F88 - ><>=>A>2 2012 "-:A?5@8<5=B0;L=K5 >3@0=8G5=8O =0 <>45;L A 1>;LH8<8 4>?>;=8B5;L=K<8 87<5@5=8O<8 8 >4=8< ?>:>;5=85<"  CAB=K9 4>:;04 - Baikal Summer School on Physics of Elementary Particles and Astrophysics 2012, Baikal, Bol'shie koty "Heavy meson physics in a model with large extra dimensions"  CAB=K9 4>:;04 ) 07@01>B:0 :C@A0 A5<8=0@>2 ?> B5>@88 3@C?? 4;O 3-3> :C@A0 D878G5A:>3> D0:C;LB5B0 # , 32 G0A0 2 25A5==5< A5<5AB@5. 07@01>B:0 :C@A0 A5<8=0@>2 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 5-3> :C@A0 D878G5A:>3> D0:C;LB5B0 # , 36 G0A0 2 >A5==5< A5<5AB@5. ) 42.135+ 6+4*1.5+4+4+ 1.5(6+8+8) = 95.135 >MDD8F85=B 1.5  A =0G0;0 >1CG5=8O 2 0A?8@0=BC@5. B>3>: 95.135/:>2;52 20= =4@5528G 22.02.1991, 0A?8@0=B, AB06Q@ - 8AA;54>20B5;L $ (@01>B05B A 023CAB0 2013 3. ?>A;5 >:>=G0=8O $). >:;04K: 1. S.V. Akulinichev, V.N. Aseev, V.N. Vasiliev, Yu.K. Gavrilov, M.I. Grachev, V.I. Derzhiev, A.A. Kokoncev, D.A. Kokoncev, D.B. Lazebnik, E.V. Ponomareva, V.M. Skorkin, I.A. Yakovlev/ Application of the INR proton LINAC for development of methods of radiotherapy and nuclear medicine// ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= 2 " >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 2013. ! 6 (88) http://vant.kipt.kharkov.ua/ARTICLE/VANT_2013_6/article_2013_6_183.pdf  = 30*1,5*0.1*1.5= 6,75   ../:>2;520 = 6,75LVALNGh 30D>=>20 0B0;LO .@L52=0 =.A. 2012-2013 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 1 New results on $nu_mu\to nu_tau$ appearance with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration JHEP 11 (2013) 036 30 0,05 5,831 30*0,05*5,831 8,7465 2 New results on $nu_mu\to nu_tau$ appearance with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration ArXiv:1308.2553 4 0,05 no 4*0,05 0,2 3 Search fornm -> neoscillations with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration JHEP 07 (2013) 004 30 0,05 5,831 30*0,05*5,831 8,7465 4 Search fornm -> neoscillations with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration ArXiv:1303.3953 4 0,05 no 4*0,05 0,2 5 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. Adam et al. OPERA Collaboration JHEP 01 (2013) 153 30 0,05 5,831 30*0,05*5,831 8,7465 6 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. 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Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 4 Search for neutrino oscillations in appearance mode with the OPERA experiment OPERA Collaboration (T. Dzhatdoev) HEPFT 2013, Protvino, Russia 6 0,05 1 6*0.05*1,5 0,3 5 Measurements of neutrino velocity with LVD LVD Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,1 1 6*0.1*1 0,6 ?>AB5@ 2012 1 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. 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(>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 4 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 5 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 6 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 7 Measurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintillator and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 2 Perent status of LVD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 4 Measurements of neutrino velocity with LVD LVD Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,1 1 6*0.1*1 0,6 ?>AB5@ 2012 1 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume@LVALP Detector. N.Yu. Agafonova et al. (LVD Collaboration) Phys.Rev.Lett. 109, 070801 (2012) 30 0,1 7,37 30*0,1*7,37 22,11 2 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors N.Agafonova (LVD and OPERA Collaborations) Eur.Phys.J.Plus 127 (2012) 71 30 0,05 0,823 30*0,05*01823 1,2345 3 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. (LVD Collaboration) arXiv:1208.1392 4 0,05 no 4*0,05 0,2 4 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. N.Agafonova (LVD and OPERA Collaborations) arXiv-1206.2488 4 0,05 no 4*0,05 0,2 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 AC<<0: 44,8085.',>9 y " t  o  j  e` [VQLGB ̬@XR V@?@HHHH<?> @&  V@?@HHHH<?2 QA n V@?NGHHHH<? »A Z H t V@?RNGHHHH<? »A Z H t V@?NGHHHH<?3 ьB v V@?~NGHHHH<?\KBD V@?NGHHHH<? BB6% V@?x'NGHHHH<?@&  V@?@HHHH<?oLQC %  V@?5NGHHHH<?"{Dn()n(`" V@?NGHHHH<?A^& V@?@HHHH<?)\A  V@?@HHHH<?/HBf V@? @HHHH<?pAxL@ V@?0NGHHHH<?@, V@?@HHHH<?WAXR V@? @HHHH<?e  V@?@=HHHH<?@@ V@?@HHHH<?(= vB  V@?nHNGHHHH<?RB:4 V@?NGHHHH<?1LcCC2F~ V@?WNGHHHH<?;jBH Z N t V@?KNGHHHH<?*H}BBT  V@?@HHHH<?fffAR V@?$NGHHHH<?, B  V@?@HHHH<?0Bh t V@?NGHHHH<?NqAR V@?#NGHHHH<?)B* V@?2NGHHHH<?B% V@? @HHHH<?A.  V@?@HHHH<?^q}CV%L V@?XNGHHHH<?{4C724!V@?NGHHHH<?*q]Cd 6V@? @HHHH<?PfB 4 V@?@cHHHH<?/C2 ^xV@?>NGHHHH<? EB<f V@?h @fA?8@0=B #, @01>B05B =0 ?>;=>9 (?) AB02:5 2 &,HH<A?5cBVV@?!NGHHHH<? {Bz %V@?7NGHHHH<?dB` FvV@?'NGHHHH<?KC% &V@?8~NGHHHH<?dB` FvV@?'{NGHHHH<?Ol7AV@?yNGHHHH<?Q;3BV@?d8tNG1K;> 44,2085\\HH<LVALNGz >1@K=8=0 :0B5@8=0 =0B>;L52=0 <.=.A. 2012-2013 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 2 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 3 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 4 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 5 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 6 Measurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintillator and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 2 Perent status of LVD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 2012 >:;04K 1 Monte Carlo Simulation study of Neutron In@ LVALP teraction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 AC<<0: 11,464LVALNG| =8:552 0A8< 1@038<>28G =.A. 2012-2013 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 2 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 3 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 4 >8A: =59B@8==>3> 87;CG5=8O >B :>;;0?A8@CNI8E 72574 =0 @B5<>2A:>< AF8=B8;;OF8>==>< 45B5:B>@5 .. =8:552 8 4@. 725AB8O  A5@. $87., 2013, 77 N 11, 1594-1596 60 5 0,347 60*0,347/5 4,164 5 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 6 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. 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Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 4 Search for neutrino oscillations in appearance mode with the OPERA experiment OPERA Collaboration (T. Dzhatdoev) HEPFT 2013, Protvino, Russia 6 0,05 1 6*0.05*1,5 0,3 2012 1 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) Phys.Rev.Lett. 109, 070801 (2012) 30 0,1 7,37 30*0,1*7,37 22,11 2 Search for nu-mu - nu-tau oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration New J. Phys. 14 (2012) 033017 30 0,05 3,849 30*0.05*3,849 5,7735 3 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration New J. 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Dzhatdoev) HEPFT 2013, Protvino, Russia 6 0,05 1 6*0.05*1,5 0,3 6 Search for muon-neutrino to tau-neutrino oscillations with the OPERA experiment OPERA Collaboration (Pozzato Michele) QFTHEP 2013, St Petersburg, Russia 6 0,05 1 6*0.05*1,5 0,3 7 OPERA emulsion scanning and analysis and recent results on muon-neutrino to electron-neutrino oscillations OPERA Collaboration (Kamiscioglu Cagin) QFTHEP 2013, St Petersburg, Russia 6 0,05 1 6*0.05*1,5 0,3 2012 1 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) Phys.Rev.Lett. 109, 070801 (2012) 30 0,1 7,37 30*0,1*7,37 22,11 2 Search for nu-mu - nu-tau oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration New J. Phys. 14 (2012) 033017 30 0,05 3,849 30*0.05*3,849 5,7735 3 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration New J. Phys. 14 (2012) 013026 30 0,05 3,849 30*0.05*3,849 5,7735 4 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam. T. Adam et al. (OPERA Coll.) JHEP 10 (2012) 093 30 0,05 5,831 30*0,05*5,831 8,7465 5 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors N.Agafonova (LVD and OPERA Collaborations) Eur.Phys.J.Plus 127 (2012) 71 30 0,05 0,823 30*0,05*01823 1,2345 6 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. Adam et al. (OPERA Coll.) arXiv:1212.1276v1 4 0,05 no 4*0,05 0,2 7 Measurement of the Velocity of Neutrinos from the CNGS Beam with tLVALhe Large Volume Detector. (LVD Collaboration) arXiv:1208.1392 4 0,05 no 4*0,05 0,2 8 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. N.Agafonova (LVD and OPERA Collaborations) arXiv-1206.2488 4 0,05 no 4*0,05 0,2 9 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration Journal of Physics: C S,375, (2012) 042074 8 0,05 no 8*0,05 0,4 10 A new interpretation of the high energy atmospheric muon charge ratio OPERA Collaboration Journal of Physics: C S,375, (2012) 052018 8 0,05 no 8*0,05 0,4 11 @8B8G5A:89 0=0;87 @57C;LB0B>2 87<5@5=8O 2KE>40 =59B@>=>2 >B <N>=>2 2 AF8=B8;;OB>@5 .! 0;L38= @5?@8=B /  1333/2012, >:BO1@L - 2012 4 1 no 4/1 4 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 AC<<0: 203,9165LVALNG OA=K9 A52>;>4 02@8;>28G A.=.A. 2012-2013 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 2 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 3 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 4 >8A: =59B@8==>3> 87;CG5=8O >B :>;;0?A8@CNI8E 72574 =0 @B5<>2A:>< AF8=B8;;OF8>==>< 45B5:B>@5 .. =8:552 8 4@. 725AB8O  A5@. $87., 2013, 77 N 11, 1594-1596 60 5 0,347 60*0,347/5 4,164 5 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 6 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 7 >8A: >AF8;;OF89 =59B@8=> 2 :0=0;5 nu_mu -> nu_tau A ?><>ILN 381@84=>3> 45B5:B>@0 M:A?5@8<5=B0 OPERA ... 30D>=>20 8 4@ $878:0 -;5<5=B0@=KE G0AB8F 8 B><=>3> O4@0, 2013, Vol. 44, No. 4., C1=0, (Eng: Physics of Particles and Nuclei, 2013, Vol. 44, No. 4, pp. 703 727) 60 0,1 1,1 60*1.1*0.1 6,6 8 Measurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintillator and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LLVALNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 2 Perent status of LVD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 4 Search for neutrino oscillations in appearance mode with the OPERA experiment OPERA Collaboration (T. Dzhatdoev) HEPFT 2013, Protvino, Russia 6 0,05 1 6*0.05*1,5 0,3 2012 1 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) Phys.Rev.Lett. 109, 070801 (2012) 30 0,1 7,37 30*0,1*7,37 22,11 2 Search for nu-mu - nu-tau oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration New J. Phys. 14 (2012) 033017 30 0,05 3,849 30*0.05*3,849 5,7735 3 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration New J. Phys. 14 (2012) 013026 30 0,05 3,849 30*0.05*3,849 5,7735 4 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam. T. Adam et al. (OPERA Coll.) JHEP 10 (2012) 093 30 0,05 5,831 30*0,05*5,831 8,7465 5 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors N.Agafonova (LVD and OPERA Collaborations) Eur.Phys.J.Plus 127 (2012) 71 30 0,05 0,823 30*0,05*01823 1,2345 6 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. Adam et al. (OPERA Coll.) arXiv:1212.1276v1 4 0,05 no 4*0,05 0,2 7 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. (LVD Collaboration) arXiv:1208.1392 4 0,05 no 4*0,05 0,2 8 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. N.Agafonova (LVD and OPERA Collaborations) arXLVALiv-1206.2488 4 0,05 no 4*0,05 0,2 9 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration Journal of Physics: C S,375, (2012) 042074 8 0,05 no 8*0,05 0,4 10 A new interpretation of the high energy atmospheric muon charge ratio OPERA Collaboration Journal of Physics: C S,375, (2012) 052018 8 0,05 no 8*0,05 0,4 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 3 Search for neutrino radiation from collapsing stars with Artyomovsk scintillation detector R.I. Enikeev et al. >:;04 =0 ECRS 2012 MSU, Russia - Enikeev R.I. 6 5 1,5 6*1,5/5 1,8 AC<<0: 69,366LVALNG(0:8@LO=>20 @8=0 ><5;L52=0 <.=.A. 2012-2013 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 New results on $nu_mu\to nu_tau$ appearance with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration JHEP 11 (2013) 036 30 0,05 5,831 30*0,05*5,831 8,7465 New results on $nu_mu\to nu_tau$ appearance with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration ArXiv:1308.2553 4 0,05 no 4*0,05 0,2 Search fornm -> neoscillations with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration JHEP 07 (2013) 004 30 0,05 5,831 30*0,05*5,831 8,7465 Search fornm -> neoscillations with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration ArXiv:1303.3953 4 0,05 no 4*0,05 0,2 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. Adam et al. OPERA Collaboration JHEP 01 (2013) 153 30 0,05 5,831 30*0,05*5,831 8,7465 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 Search forntinteractions with the nuclear emulsion films of the OPERA experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 116 2 0,05 4 2*4*0,05 0,4 The electronic detectors of the hybrid OPERA neutrino experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 120 2 0,05 4 2*4*0,05 0,4 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5LVAL:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 >8A: >AF8;;OF89 =59B@8=> 2 :0=0;5 nu_mu -> nu_tau A ?><>ILN 381@84=>3> 45B5:B>@0 M:A?5@8<5=B0 OPERA ... 30D>=>20 8 4@ $878:0 -;5<5=B0@=KE G0AB8F 8 B><=>3> O4@0, 2013, Vol. 44, No. 4., C1=0, (Eng: Physics of Particles and Nuclei, 2013, Vol. 44, No. 4, pp. 703 727) 60 0,1 1,1 60*1.1*0.1 6,6 >:;04K Measurement of the neutron yield induced by muons in liquid scintillator and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 Perent status of LVD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 Recent Results from the OPERA Experiment OPERA Collaboration (Dominique Duchesneau) TAUP 2013, Asilomar, Ca. USA 6 0,05 1 6*0.05*1,5 0,3 Search for neutrino oscillations in appearance mode with the OPERA experiment OPERA Collaboration (T. Dzhatdoev) HEPFT 2013, Protvino, Russia 6 0,05 1 6*0.05*1,5 0,3 Search for muon-neutrino to tau-neutrino oscillations with the OPERA experiment OPERA Collaboration (Pozzato Michele) QFTHEP 2013, St Petersburg, Russia 6 0,05 1 6*0.05*1,5 0,3 OPERA emulsion scanning and analysis and recent results on muon-neutrino to electron-neutrino oscillations OPERA Collaboration (Kamiscioglu Cagin) QFTHEP 2013, SLVALt Petersburg, Russia 6 0,05 1 6*0.05*1,5 0,3 Search for $/nu/mu ->/nu_e$ oscillations with the OPERA experiment in the CNGS beam OPERA Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,05 1 6*0.05*1 0,3 ?>AB5@ Measurements of neutrino velocity with LVD LVD Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,1 1 6*0.1*1 0,6 ?>AB5@ 2012 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) Phys.Rev.Lett. 109, 070801 (2012) 30 0,1 7,37 30*0,1*7,37 22,11 Search for nu-mu - nu-tau oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration New J. Phys. 14 (2012) 033017 30 0,05 3,849 30*0.05*3,849 5,7735 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration New J. Phys. 14 (2012) 013026 30 0,05 3,849 30*0.05*3,849 5,7735 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam. T. Adam et al. (OPERA Coll.) JHEP 10 (2012) 093 30 0,05 5,831 30*0,05*5,831 8,7465 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors N.Agafonova (LVD and OPERA Collaborations) Eur.Phys.J.Plus 127 (2012) 71 30 0,05 0,823 30*0,05*01823 1,2345 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. Adam et al. (OPERA Coll.) arXiv:1212.1276v1 4 0,05 no 4*0,05 0,2 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. (LVD Collaboration) arXiv:1208.1392 4 0,05 no 4*0,05 0,2 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. N.Agafonova (LVD and OPERA Collaborations) arXiv-1206.2488 4 0,05 no 4*0,05 0,2 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration Journal of Physics: C S,375, (2012) 0LVAL42074 8 0,05 no 8*0,05 0,4 A new interpretation of the high energy atmospheric muon charge ratio OPERA Collaboration Journal of Physics: C S,375, (2012) 052018 8 0,05 no 8*0,05 0,4 >:;04K Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 7CG5=85 <N>=>2 :>A<8G5A:8E ;CG59 8 <N>=>2 >B =59B@8==>3> ?CG:0 87 &  2 2008-2011 33. A ?><>ILN 45B5:B>@>2 LVD 8 OPERA (0:8@LO=>20 .  >:;04 =0 B>@KE 0F5?8=A:8E GB5=8OE, 25 <0O 2012 4 1 1 4 4 7CG5=85 3>@87>=B0;L=KE <N>=>2 :>A<8G5A:8E ;CG59 8 <N>=>2 >B =59B@8==>3> ?CG:0 87 &  2 B5G5=85 2008-2011 33. A ?><>ILN 45B5:B>@>2 LVD 8 OPERA (0:8@LO=>20 .  >:;04 =0 !5<8=0@5 8<. .". 0F5?8=0,13 0?@5;O 2012 4 1 1 4 4 AC<<0: 100,2415LVALNG /:CH52 0;5@89 $54>@>28G =.A. 2012-2013 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 2 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 3 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 4 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 5 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 6 Measurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintillator and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 2 Perent status of LVD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 4 Search for neutrino oscillations in appearance mode with the OPERA experiment OPERA CollaborLVALation (T. Dzhatdoev) HEPFT 2013, Protvino, Russia 6 0,05 1 6*0.05*1,5 0,3 2012 1 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. N.Yu. Agafonova et al. (LVD Collaboration) Phys.Rev.Lett. 109, 070801 (2012) 30 0,1 7,37 30*0,1*7,37 22,11 2 Search for nu-mu - nu-tau oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration New J. Phys. 14 (2012) 033017 30 0,05 3,849 30*0.05*3,849 5,7735 3 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration New J. Phys. 14 (2012) 013026 30 0,05 3,849 30*0.05*3,849 5,7735 4 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam. T. Adam et al. (OPERA Coll.) JHEP 10 (2012) 093 30 0,05 5,831 30*0,05*5,831 8,7465 5 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors N.Agafonova (LVD and OPERA Collaborations) Eur.Phys.J.Plus 127 (2012) 71 30 0,05 0,823 30*0,05*01823 1,2345 6 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. Adam et al. (OPERA Coll.) arXiv:1212.1276v1 4 0,05 no 4*0,05 0,2 7 Measurement of the Velocity of Neutrinos from the CNGS Beam with the Large Volume Detector. (LVD Collaboration) arXiv:1208.1392 4 0,05 no 4*0,05 0,2 8 Determination of a time-shift in the OPERA set-up using the horizontal muons in the LVD and OPERA detectors. N.Agafonova (LVD and OPERA Collaborations) arXiv-1206.2488 4 0,05 no 4*0,05 0,2 9 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration Journal of Physics: C S,375, (2012) 042074 8 0,05 no 8*0,05 0,4 10 A new interpretation of the high energy atmospheric muon charge ratio OPERA Collaboration Journal of Physics: C S,375, (2012) 052018 8 0,05 no 8*0,05 0,4 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2 LVAL 012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 AC<<0: 56,802LVALNG!0BC=8= QB@ !5@35528G, AB065@-8AA;54>20B5;L, 0A?8@0=B 0 ?C1;8:0F8N P. Satunin. Width of photon decay in a magnetic field: Elementary semiclassical derivation and sensitivity to Lorentz violation. Phys. Rev. D 87, 105015 (2013) http://prd.aps.org/abstract/PRD/v87/i10/e105015 --- 4.691 * 30 * 1.5 = 211.095 (<?0:B-D0:B>@ * 10;;K * :>MDD 4;O 0A?8@0=B>2) 0 ?@5?@8=B http://arxiv.org/abs/1312.4368 4 / 3 * 1.5 = 2 (10;;K / :>;-2> A>02B>@>2 * :>MDD 4;O 0A?8@0=B>2) >:;04 =0 :>=D5@5=F88 CPT-13 (;C<8=3B>=, !(, http://www.indiana.edu/~lorentz/cpt13/) 8N=L 2013 6 / 3 * 1.5 * 1.5 = 4.5 (10;;K / :>;-2> A>02B>@>2 * 70 ?C1;8:0F8N 2 B@C40E :>=D5@5=F88 * :>MDD 4;O 0A?8@0=B>2) >:;04 =0 8<=59 H:>;5 "-$ D52@0;L 2013 --- 4 / 3 * 1.5 = 2 >:;04 =0 5B=59 H:>;5 "'B> <K C7=05< >B LHC?", -@8G5, B0;8O 8N=L 2013 --- 6 / 3 * 1.5 = 3 C1;8:0F8O 2 B@C40E :>=D5@5=F88 "><>=>A>2", 023CAB 2011 (>?C1;8:>20=> 2 2013 3>4C) http://www.worldscientific.com/doi/abs/10.1142/9789814436830_0096 4 * 0.5 * 1.5 = 3 (10;;K * :>MDD 70 ?5@8>4 1>;55 2E ;5B * :>MDD 4;O 0A?8@0=B>2) A53> 70 2013 3>4 225,595 2012 3>4 (:>?8O ?@>H;>3>4=53>   A 87<5=Q==K< 8<?0:B-D0:B>@>< 6C@=0;0): 0 ?C1;8:0F8N http://inspirehep.net/record/1112512?ln=en --- 4.691 * 30 / 3 * 1.5 = 70.365 (<?0:B-D0:B>@ * 10;;K / :>;-2> A>02B>@>2 * :>MDD 4;O 0A?8@0=B>2) >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 8<=OO H:>;0 "-$ D52@0;L 2012 --- 4 / 3 * 1.5 = 2 ><>=>A>2 (ABC45=G5A:0O :>=D5@5=F8O 2 #) 0?@5;L 2012 --- 4 / 3 * 1.5 = 2 20@:8 8N=L 2012 --- 4 / 3 * 1.5 = 2 09:0;LA:0O H:>;0 ?> D878:5 G0AB8F 8 0AB@>D878:5 8N;L 2012 --- 4 / 3 * 1.5 = 2 5B=OO H:>;0 D>=40 "8=0AB8O" 023CAB 2012 --- 4 * 1.5 = 6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 5B=OO H:>;0 "'B> <K C7=05< >B LHC?", -@8G5, B0;8O 8N=L 2012 --- 6 / 3 * 1.5 = 3 8<=OO H:>;0 ?> :>A<>;>388 2 0AA> 45;L ">=0;5, B0;8O 45:01@L 2012 --- 6 / 3 * 1.5 = 3 A53> 70 2012 3>4 90.365 A53> 70 2 3>40 315,96LVAL  B8FK=>9 . . 10;;K 1) C1;8:0F88: Kalashev O. E., Ptitsyna K. V., Troitsky S. V. Towards a model of population of astrophysical sources of ultrahigh-energy cosmic rays //Physical Review D.  2012.  ". 86.  !. 6.  !. 063005. 46,91 ?@5?@8=B: arxiv: 1207.2859v1 4 2) >=D5@5=F88 (20@:8-2012): Supermassive black holes as a possible sources of UHECR 6 3) !5<8=0@K: 25A=0 2012: 0AB@>D878:0 8 B5>@8O 8=D;OF88 8 >A5=L 2012: 0AB@>D878:0 8 25A=0 2013: 0AB@>D878:0 8 B5>@8O >B=>A8B5;L=>AB8 8 >A5=L 2013: 0AB@>D878:0 8 !C<<0: 104.91*1.5=157.365LVALNG0:A8< 0;5=B8=>28G @>4. 09.04.1971, 2=A "$, 70<.702. "$,   70 2012-201333 C1;8:0F88: 1) M.Libanov, N.Nemkov, E.Nugaev and I.Timiryasov, ``Heavy-meson physics and flavour violation with a single generation,'' JHEP {\bf 1208} (2012) 136   = 5.618*30/4B.135 2) M.V.Libanov and V.A.Rubakov, ``Comparison of dynamical and spectator models of a (pseudo)conformal universe,'' Theor. Math. Phys. {\bf 173} (2012) 1457 [Teor. Mat. Fiz. {\bf 173} (2012) 149].   = 0.65*60/2 = 20.07 3) M.V.Libanov and V.A.Rubakov, ``Cosmological density perturbations in a conformal scalar field theory,'' Theor. Math. Phys. {\bf 170}, 151 (2012) [Teor. Mat. Fiz. {\bf 170}, 188 (2012)]   = 0.65*60/2 = 20.07 4) J.-M.Frere, M.Libanov, S.Mollet and S.Troitsky, ``Neutrino hierarchy and fermion spectrum from a single family in six dimensions: realistic predictions,'' JHEP {\bf 1308} (2013) 078   = 5.618*30/4B.135 5) 810=>2 .., "@>8F:89 !.. ``B AB0=40@B=>9 <>45;8 : <=>2>9 D878:5>: 2 ?>8A:0E DC=40<5=B0;L=KE G0AB8F 8 2708<>459AB289'' $$, 0CG=>-?>?C;O@=K5 AB0BL8, 8740=> 2 2013 http://www.rfbr.ru/rffi/ru/popular_science_articles/o_1893997   = 8/2 = 4 -;5:B@>==K5 ?@5?@8=BK: 1) M.Libanov, N.Nemkov, E.Nugaev and I.Timiryasov, ``Heavy-meson physics and flavour violation with a single generation,'' arXiv:1207.0746 [hep-ph]   = 4/4=1 2) J.-M.Frere, M.Libanov, S.Mollet and S.Troitsky, ``Neutrino hierarchy and fermion spectrum from a single family in six dimensions: realistic predictions,'' a) arXiv:1305.4320 [hep-ph] b) INR-TH-2013-27 c) ULB-TH-13-10   = 4*3/4=3 >=D5@5=F88 1) >:;04 Ginzburg Conference on Physics (May 28 - June 2, 2012) "Conformal Mechanisms for Generation of Cosmological Density Perturbations"   = 6 2) >:;04 (CAB=K9) =0 <564C=0@>4=>< !5<8=0@5 20@:8 2012 (?> @01>B5 A>2<. ! -.9.C3052K<, ..5<:>2K<, .. "8<8@OA>2K<, 4>:;04G8: - .."8<8LVAL@OA>2)   = 4/4=1 3) 2 ;5:F88 =0 "Baikal summer JINR-ISU school" "Anisotropies of relic Universe, Inflation"   = 4 4) ;5=0@=K9 4>:;04 =0 <564C=0@>4=>< A>25I0=88 ``2013 Solvay Workshop Facing the Scalar Sector'' 29-31 May, 2013 (A>02B>@ 4>:;040, 4>:;04G8: - !.. "@>8F:89)   0/2  C:>2>4AB2> 48?;><=8:>< . 5<:>2 2012-2013 - <038AB@ . (:5@8= 2012 - <038AB@ . "8<8@OA>2 2013 - 0A?8@0=B  =3*10+30` C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL :C@A0 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2010-11)  =2(3>40)*3(A5<5AB@0)*8 = 48 !5<8=0@K ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>4 (2010-11)  =2(3>40)*3(A5<5AB@0)*8 = 48 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 3-4 :C@A0 D878G5A:>3> D-B0 #. @>4>;68B5;L=>ABL :C@A0 1 3>4. 0 1 3>40 (2010-2011)  =2(3>40)*2(A5<5AB@0)*8 = 32 ----------------------------------------------------------------   (AC<<0): 346,41LVALNG>?K;>2 =0B>;89 0A8;L528G, @>4.16.06.1946, A=A -,   70 2012-2013 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Anatoly Kopylov and Valery Petukhov /  The fluxes of CN neutrinos from the Sun in case of mixing in a spherical layer in the solar core // JCAP (2012) 003-010 =45:A :0B53>@88 - 5  =6.036*30/2=90.54 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. >?K;>2, .. @5E>2, .. 5BCE>2 / ?KB 8A?>;L7>20=8O B8B0=0 2 :0G5AB25 :>=AB@C:F8>==>3> <0B5@80;0 4;O ;8B852>3> 45B5:B>@0 A>;=5G=KE =59B@8=> // C@=0; "5E=8G5A:>9 $878:8, 2012, B.82, 2K?.4, AA.142  146 =45:A :0B53>@88 - 6  =0.448*60/3=8.96 2. A.V.Kopylov, I.V.Orekhov, and V.V.Petukhov /  Experience on Using Titanium as a Structural Material for a Solar Neutrino Lithium Detector // Technical Physics, 2012, Vol. 57, No. 4, pp. 561 564 =45:A :0B53>@88 - 6  =0.552*60/3=11.04 3. .. >?K;>2, .. @5E>2, .. 5BCE>2, ..!>;><0B8= / 07>2K9 45B5:B>@ 8>=878@CNI53> 87;CG5=8O 4;O @538AB@0F88 :>35@5=B=>3> @0AA5O=8O =59B@8=> =0 O4@0E // 8AL<0 2 C@=0; "5E=8G5A:>9 $878:8, 2014, B.40, 2K?.5, AA.1  7 =45:A :0B53>@88 - 6  =0.530*60/4=7.95 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector of Ionizing Eradiation in Seach for Coherent Neutrino-Nucleus Scattering" // arXiv:1311.6564[physics.ins-det] =45:A :0B53>@88 - 17  =4/4=1 2. A.V.Kopylov, V.V.Petukhov /  The mixing in the solar core and the neutrino fluxes // @5?@8=B /  1357/2013, 2013 3. =45:A :0B53>@88 - 16  =4/2=2 3. Anatoly Kopylov, Valery Petukhov /  The mixing in the solar core and the neutrino fluxes // arXiv:1209.3719 [astro-ph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opylov, I.V.Orekhov, and V.V.Petukhov /  Experience on Using Titanium as a Structural Material for a Solar Neutrino Lithium Detector // Technical Physics, 2012, Vol. 57, No. 4, pp. 561 564 =45:A :0B53>@88 - 6  =0.552*60/3=11.04 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector of Ionizing Eradiation in Seach for Coherent Neutrino-Nucleus Scattering" // arXiv:1311.6564[physics.ins-det] =45:A :0B53>@88 - 17  =4/4=1 B>3>:  =21^LVALn5BCE>2 0;5@89 OG5A;02>28G, @>4.17.01.1957, =A -,   70 2012-2013 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Anatoly Kopylov and Valery Petukhov /  The fluxes of CN neutrinos from the Sun in case of mixing in a spherical layer in the solar core // JCAP (2012) 003-010 =45:A :0B53>@88 - 5  =6.036*30/2=90.54 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. >?K;>2, .. @5E>2, .. 5BCE>2 / ?KB 8A?>;L7>20=8O B8B0=0 2 :0G5AB25 :>=AB@C:F8>==>3> <0B5@80;0 4;O ;8B852>3> 45B5:B>@0 A>;=5G=KE =59B@8=> // C@=0; "5E=8G5A:>9 $878:8, 2012, B.82, 2K?.4, AA.142  146 =45:A :0B53>@88 - 6  =0.448*60/3=8.96 2. A.V.Kopylov, I.V.Orekhov, and V.V.Petukhov /  Experience on Using Titanium as a Structural Material for a Solar Neutrino Lithium Detector // Technical Physics, 2012, Vol. 57, No. 4, pp. 561 564 =45:A :0B53>@88 - 6  =0.552*60/3=11.04 3. .. >?K;>2, .. @5E>2, .. 5BCE>2, ..!>;><0B8= / 07>2K9 45B5:B>@ 8>=878@CNI53> 87;CG5=8O 4;O @538AB@0F88 :>35@5=B=>3> @0AA5O=8O =59B@8=> =0 O4@0E // 8AL<0 2 C@=0; "5E=8G5A:>9 $878:8, 2014, B.40, 2K?.5, AA.1  7 =45:A :0B53>@88 - 6  =0.530*60/4=7.95 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector of Ionizing Eradiation in Seach for Coherent Neutrino-Nucleus Scattering" // arXiv:1311.6564[physics.ins-det] =45:A :0B53>@88 - 17  =4/4=1 2. A.V.Kopylov, V.V.Petukhov /  The mixing in the solar core and the neutrino fluxes // @5?@8=B /  1357/2013, 2013 3. =45:A :0B53>@88 - 16  =4/2=2 3. Anatoly Kopylov, Valery Petukhov /  The mixing in the solar core and the neutrino fluxes // arXiv:1209.3719 [astro-ph.SR] 2012 =45:A :0B53>@88 - 17  =4/2=2 B>3>:  =123.49LVALNG!>;><0B8= ;5:A59 235=L528G, @>4.06.12.1974, <=A -,   70 2012-2013 33. >:;04 (?;5=0@=K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. N.I. Loginov, M.N. Arnoldov, V.A. Morozov, I.R. Kirillov, A.E. Solomatin/  On corrosion interaction of a blanket materials // ICFRM-15, Charleston, South Carolina, USA, 16-22 >:BO1@O 2011, >?C1;8:>20= 2 B@C40E =45:A :0B53>@88 - 8  =30/5*1.5=9 2. N.I. Loginov, A.S.Mikheyev, V.A. Morozov, I.I. Zasorin, A.E. Solomatin, I.R. Kirillov, K.I. Tkachenko,V.I. Engelko /  Results of corrosion test of EUROFER 97 in lead-lithium alloy // 11th International Symposium on Fusion Nuclear Technology (ISFNT-11), Barcelona, Spain, 16-20 September 2013, >?C1;8:>20= 2 B@C40E =45:A :0B53>@88 - 8  =30/8*1.5=5.625 >:;04 (?;5=0@=K9 =0 @>AA89A:>9 :>=D5@5=F88): 1. ..>AB@>2A:0O, ..'5@=>2, ..>38=>2, ..!>;><0B8= / 708<>459AB285 A?;02>2 20=048O A 684:><5B0;;8G5A:8<8 B5?;>=>A8B5;O<8 (=0B@89, ;8B89) // :>=D5@5=F8O /"-2012, >A:20,  , 15-16.11.2012, >?C1;8:>20= 2 B@C40E =45:A :0B53>@88 - 10  =20/4*1.5=7.5 2. ..!>;><0B8=, ..0A>@8=, ..>38=>2, .!. 8E552, .. >@>7>2, . .8@8;;>2, ..!8:8@O:>, ..":0G5=:>, ..-=35;L:>, ..>AB@>2A:0O, ..'5@=>2 / >@@>78>==>5 2708<>459AB285 D5@@8B=>-<0@B5=A8B=>9 AB0;8 EUROFER-97 A M2B5:B8G5A:8< A?;02>< Pb-15,7Li // :>=D5@5=F8O /"-2012, >A:20,  , 15-16.11.2012, >?C1;8:>20= 2 B@C40E =45:A :0B53>@88 - 10  =20*0.1*1.5=3 3. N.I.Loginov, A.S.Mikheyev, V.A.Morozov, I.I.Zasorin, A.E.Solomatin /  Some results of the experiments with lead-lithium alloys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atysheva, A.V.Andreev, S.V.Zuyev, E.S.Konobeevski, N.M.Sobolevsky, G.V.Solodukhov, R.D.Ilic. MONTE-KARLO SIMULATION OF THE PHOTONEUTRON SOURCE OF THERMAL NEUTRONS BASED ON THE ELECTRON ACCELERATOR LUE-8 INR RAS. LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.239.  =6/6=1 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ON THE ESTIMATION OF NAA SETUP ABILITY BASED ON THE ELECTRON LINAC LUE-8 WITH W-Be PHOTONEUTRON TARGET. LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.251.  =6/9=0,7 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW-BACKGROUND CHAMBER FOR THE GERMANIUM GAMMA SPECTROMETER. The 4-th International Conference  Current Problems in Nuclear PhLVALysics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.519.  =6/6*1,5=1,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.522.  =6/9*1,5=1 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW BACKGROUND GAMMA-SPECTROMETER WITH COSMIC RAY ANTICOINCIDENCE SHIELDING. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013.  =6/6*1,5=1,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =6/8*1,5=1,12 V.M.Skorkin, S.V.Akulinichev, A.V.Andreev. STUDY OF NEUTRON CAPTURE BY MEDICAL NUCLIDES AT IRRADIATION FACILITIES OF INR RAS. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.575-579.  =6/3*1,5=3 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..$8@A>2 / $/   ! !!  " )" /   -!" " . // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 >O1@O, 2012, >A:20, $. "578AK 4>:;04>2, A. 102.  =4/6=0,67 =4@552 .., C@<8AB@>2 .. LVAL ., C52 !.., 5@78= .., >=>1552A:89 .!., >@4>2A:>9 .., $8@A>2 .. !! !"  / $  + !  + -!" "  /  / "+% -". 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".77. ! 7. !.924-926.  =0,34*60/6=3,4 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, M..>@4>2A:>9, ..$8@A>2. $+  !" "  ! )"  "!/% " !'! #'/. / / $   , 2013, B>< 4, ! 9 10, A.879 882.  =8/6=1.33 @5?@8=BK !. . >B0H52,, . . @0G52, . . >@4>2A:>9, .. . C@<8AB@>2, . !. >=>1552A:89, . 0@8=, !. %. 0@052A:89 @5<5==0O ?;>A:>?0@0;;5;L=0O @578AB82=0O :0<5@0 c 2KA>:>9 703@C7>G=>9 A?>A>1=>ABLN. @5?@8=B / 2013.  =4/7=0.57 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .. . C@<8AB@>2, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . 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BOOK OF ABSTRACTS, p.251.  =6/9=0,7 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW-BACKGROUND CHAMBER FOR THE GERMANIUM GAMMA SPECTROMETER. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.519.  =6/6*1,5=1,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.522.  =6/9*1,5=1 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW BACKGROUND GAMMA-SPECTROMETER WITH COSMIC RAY ANTICOINCIDENCE SHIELDING. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013.  =6/6*1,5=1,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =6/8*1,5=1,12 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..$8@A>2 / $/   ! !!  " )" /   -!" " . // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 >O1@O, 2012, >A:20, $. "578AK 4>:;04>2, A. 102.  =4/6=0,67 =4@55 LVAL 2 .., C@<8AB@>2 ..., C52 !.., 5@78= .., >=>1552A:89 .!., >@4>2A:>9 .., $8@A>2 .. !! !"  / $  + !  + -!" "  /  / "+% -". "578AK 4>:;04>2 B>@>3> AJ5740 0=0;8B8:>2 >AA88, 23-27 A5=BO1@O, 2013, >A:20 (http://www.wssanalytchem.org/car2013/doc/Abstracts-CRusAn2013.pdf), >A:20. 2013. !.123.  =4/7=0,57 =48284C0;L=K9   <=A 01>@0B>@88 0B><=>3> O4@0 C@<8AB@>20 ... @025=  =3.4+1.33+0.57+1+1+0.7+1.5+1+1.5+1.12+0.67+0.57=14,4LVAL020@78=0 0;5=B8=0 02;>2=0 @>4. 07.01.1942, A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 020@78=0, . . 0D><>2, . . !5@3552 / !"(/ # $$ &,+ !'/ $ &+%  &!! ! + #  ! + !" _/ // !"/ . ! / $'!/, 2013, B>< 77, ! 4, A. 517-521  =0,34*60/3=6.8 V. P. Zavarzina, V. E. Pafomov, and V. A. Sergeev /Relations between the Differential Cross Sections for Diffractive Processes of Nucleon Stripping and Halo_Nucleus Core Stripping.// Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol. 77, No. 4, pp. 466 470.  =8/3=2,67 !B0BLO 2 N18;59=>< A1>@=8:5 020@78=0 .. / A=>2=K5 @57C;LB0BK =0CG=>9 45OB5;L=>AB8 ;01>@0B>@88 0B><=>3> O4@0 /  2 1991-1996 33.// 0CG=0O 45OB5;L=>ABL ;01>@0B>@88 0B><=>3> O4@0 /  A 1946 3.?> 2011 3. >A:20 2012 , / , A. 33-40.  =20 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.E. Pafomov. V.A. Sergeev, V.P. Zavarzina / The Relations Between the Differential Cross Sections for Diffractive Processes of Halo-Nucleus Core Stripping and Nucleon Stripping // BOOK OF ABSTRACTS LXII International Conference NUCLEUS 2012. P. 197  =6/3=2 V.E. Pafomov, V.A. Sergeev, V.P. Zavarzina. ON SOME APPROXIMATIONS IN THE THEORY OF REACTIONS WITH HALO NUCLEI. >:;04 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/3=2 C:>2>4AB2> A>8A:0B5;5< A>2<5AB=> A >=>1552A:8< .!. 2 2012 3 C@;>28G ;5:A0=4@0 !5@3552=0, AB065@-8AA;54>20B5;L /  =15 C:>2>4AB2> A>8A:0B5;5< A>2<5AB=> A >=>1552A:8< .!. 2 2013 3 C@;>28G ;5:A0=4@0 !5@3552=0, AB065@-8AA;54>20B5;L /  =15 =48284C0;L=K9   A=A 020@78=>9 .. @025=  =6.8+2,67+20+2+2+15+15=63,47LVALNGC52 !5@359 8:B>@>28G, @>48;AO 26.10. 1954 3>40, :D<=, A=A. 01>@0B>@88 0B><=>3> O4@0 !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, . . (0@0?>2 / !!" - "'! !"  +!" +% "  (20 60 M)  -! /  "  " ' // !"/ . ! / $'!/, 2012, B>< 76, ! 4, A. 465 468  =0,34*60/4=5,1 !. . C52, . !. >=>1552A:89, . . (0@0?>2 /   -$$"!" !&"/&+% ""  "   "  -  5 70 M // !"/ . ! / $'!/, 2012, B>< 76, ! 10, A. 1228 1230  =0,34*60/3=6,8 !. . 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"  ! )"  "!/% " !'! #'/. / / $   , 2013, B>< 4, ! 9 10, A.879 882.  =8/6=1.33 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>LVAL=D5@5=F88 .. . C@<8AB@>2, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2. / #AB0=>2:0 4;O 8AA;54>20=8O :2078-A2>1>4=>3> =59B@>=-=59B@>==>3> @0AA5O=8O 2 8=B5@20;5 M=5@388 20-60 M // C1>@=8: B578A>2 62 #  $ & /  2012  =6/6=1 !.. C52, .!. >=>1552A:89, .. >@4>2A:>9, !.. >B0H52, .. (0@0?>2 / !" "  "  #'   !&"/& ""  ! n-   $  #,! // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 . !. >=>1552A:89, !. . C52, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2 / &/ nd- ,  !" #" #'/ " -"  !"/ // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 Burmistrov Yu.M., Konobeevski E.S., Mordovskoy M.V., Potashev S.I., Sharapov I.M., Zuyev S.V. / Setup for Studying nn-Interaction in nd-Breakup Reaction // // Proc. of International Conference Nuclear Science and its Application, September 25-28, 2012 Samarkand, Uzbekistan.  =6/6=1 E.S.Konobeevski, M.V.Mordovskoy, S.I.Potashov, S.V.Zuyev. STUDY OF NEUTRON-NEUTRON INTERACTION IN nd!pnn REACTION. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Book of Abstracts, p.47.  =6/4=1,5 E.S.Konobeevski, S.V.Zuyev, A.A.Kasparov, V.V.Ostashko / THE RESULTS OF SIMULATION OF d + T ! 3He +2n; 2n ! n + n REACTION // Proceedings of The 22nd European Conference on Few-Body Problems in Physics  EFB22 Krakw, Poland, 9 - 13 September 2013.  =6/4=1,5 E.Konobeevski, V.Lebedev, M.Mordovskoy, A.Spasskii, S.Zuyev / Study of neutron-neutron interaction in proton pick-up reactions on 3H // !1>@=8: B578A>2 #  $ & International Nuclear Physics Conference INPC2013. 2-7 June 2013, Firenze, Italy  =6/5=1,2 .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..C52 / AA;54>20=85 =59B@>=-=59B@>==>3> 2708LVAL<>459AB28O 2 @50:F8OE A 42C<O =59B@>=0<8 2 :>=5G=>< A>AB>O=88 // "578AK 4>:;040 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/5=1,2 .!.>=>1552A:89, ..>@4>2A:>9, !..C52 / !8AB5<0 A1>@0 8=D>@<0F88 4;O A>2?040B5;L=KE M:A?5@8<5=B>2 =0 >A=>25 F8D@>2KE 0=0;870B>@>2 D>@<K 8<?C;LA0 // "578AK 4>:;040 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/3=2 .!.>=>1552A:89, ..0A?0@>2, !..C52 / @>3@0<<0 <>45;8@>20=8O M:A?5@8<5=B>2 ?> 8AA;54>20=8N @50:F89 A B@5<O G0AB8F0<8 2 :>=5G=>< A>AB>O=88// "578AK 4>:;040 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/3=2 L.N.Latysheva, A.V.Andreev, S.V.Zuyev, E.S.Konobeevski, N.M.Sobolevsky, G.V.Solodukhov, R.D.Ilic. MONTE-KARLO SIMULATION OF THE PHOTONEUTRON SOURCE OF THERMAL NEUTRONS BASED ON THE ELECTRON ACCELERATOR LUE-8 INR RAS. LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.239.  =6/6=1 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ON THE ESTIMATION OF NAA SETUP ABILITY BASED ON THE ELECTRON LINAC LUE-8 WITH W-Be PHOTONEUTRON TARGET. LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.251.  =6/9=0,7 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E.S. Konobeevski, M.V. Mordovskoy, I.M. Sharapov, S.V. Zuyev // COMPARISON OF VARIOUS SCINTILLATION DETECTORS WITH n- PULSE SHAPE DISCRIMINATION // In Proc. of 4th International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) SeLVALptember 3 - 7, 2012, Kyiv, Ukraine  =6/4*1,5=2,25 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW-BACKGROUND CHAMBER FOR THE GERMANIUM GAMMA SPECTROMETER. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.519.  =6/6*1,5=1,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.522.  =6/9*1,5=1 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. V. Zuyev / Neutron-gamma discrimination in organic scintillators using various pulse-shape parameters // EMIN-2012 XIII International Seminar on Electromagnetic Interactions of Nuclei September 20-23, 2012, Moscow, Russia  =6/4*1,5=2,25 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW BACKGROUND GAMMA-SPECTROMETER WITH COSMIC RAY ANTICOINCIDENCE SHIELDING. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013.  =6/6*1,5=1,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =6/8*1,5=1,12 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..$8@A>2 / $/   ! !!  " )" LVAL/   -!" " . // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 >O1@O, 2012, >A:20, $. "578AK 4>:;04>2, A. 102.  =4/6=0,67 .!. >=>1552A:89, !. . C52, . . >@4>2A:>9, . . (0@0?>2 / AA;54>20=85 =59B@>=-=59B@>==>3> 2708<>459AB28O 2 @50:F8OE A 42C<O =59B@>=0<8 2 :>=5G=>< A>AB>O=88 // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289" 12-16 =>O1@O 2012, $, >A:20 "578AK 4>:;04>2, A. 77.  =4/4=1 =4@552 .., C@<8AB@>2 ..., C52 !.., 5@78= .., >=>1552A:89 .!., >@4>2A:>9 .., $8@A>2 .. !! !"  / $  + !  + -!" "  /  / "+% -". "578AK 4>:;04>2 B>@>3> AJ5740 0=0;8B8:>2 >AA88, 23-27 A5=BO1@O, 2013, >A:20 (http://www.wssanalytchem.org/car2013/doc/Abstracts-CRusAn2013.pdf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onobeevski, E. /Study of neutron-neutron scattering in nd breakup reaction // Journal of Physics: Conference Series 2012, 340, 012047.  =8 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, . . (0@0?>2 / !!" - "'! !"  +!" +% "  (20 60 M)  -! /  "  " ' // !"/ . ! / $'!/, 2012, B>< 76, ! 4, A. 465 468  =0,34*60/4=5,1 !. . C52, . !. >=>1552A:89, . . (0@0?>2 /   -$$"!" !&"/&+% ""  "   "  -  5 70 M // !"/ . ! / $'!/, 2012, B>< 76, ! 10, A. 1228 1230  =0,34*60/3=6,8 !. . C52, . !. >=>1552A:89, . . 515452, . . >@4>2A:>9, . . !?0AA:89, !. . >B0H52, . . (0@0?>2 /- "'!/   !&"/& E_E_"!  & (, p) // 725AB8O . !5@8O D878G5A:0O, 2012, B>< 76, ! 4, A. 453  =0,34*60/7=2,91 .!.>=>1552A:89, !..C52, ..>@4>2A:>9, !..>B0H52, ..(0@0?>2 / &/ nd-   !" #" #'/ " -"  !"/ // / / $. 2013. ".76. !11. !.1479-1483.  =0,539*60/5=6,47 ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..(0@0?>2 / #!" / !!/ ! !!// "   "   "  -  20 60 M // !"/ . ! / $'!/. 2013. ".77. ! 7. !.924-926.  =0,34*60/6=3,4 .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, !..C52, ..(0@0?>2 / !?5:B@><5B@ =59B@>==>3> ?CG:0 =0 1075 cF8=B8;;OF8>==>3> 45B5:B>@0 A n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c 2KA>:>9 703@C7>G=>9 A?>A>1=>ABLN. @5?@8=B / 2013.  =4/7=0.57 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .. . C@<8AB@>2, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2. / #AB0=>2:0 4;O 8AA;54>20=8O :2078-A2>1>4=>3> =59B@>=-=59B@>==>3> @0AA5O=8O 2 8=B5@20;5 M=5@388 20-60 M // C1>@=8: B578A>2 62 #  $ & /  2012  =6/6=1 !.. C52, .!. >=>1552A:89, .. >@4>2A:>9, !.. >B0H52, .. (0@0?>2 / !" "  "  #'   !&"/& ""  ! n-   $  #,! // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 . !. >=>1552A:89, !. . C52, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2 / &/ nd- ,  !" #" #'/ " -"  !"/ // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 Burmistrov Yu.M., Konobeevski E.S., Mordovskoy M.V., Potashev S.I., Sharapov I.M., Zuyev S.V. / Setup for Studying nn-Interaction in nd-Breakup Reaction // // Proc. of International Conference Nuclear Science and its Application, September 25-28, 2012 Samarkand, Uzbekistan.  =6/6=1 E.S.Konobeevski, M.V.Mordovskoy, S.I.Potashov, S.V.Zuyev. STUDY OF NEUTRON-NEUTRON INTERACTION IN nd!pnn REACTION. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic EnergLVALy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Book of Abstracts, p.47.  =6/4=1,5 E.S.Konobeevski, S.V.Zuyev, A.A.Kasparov, V.V.Ostashko / THE RESULTS OF SIMULATION OF d + T ! 3He +2n; 2n ! n + n REACTION // Proceedings of The 22nd European Conference on Few-Body Problems in Physics  EFB22 Krakw, Poland, 9 - 13 September 2013.  =6/4=1,5 E.Konobeevski, V.Lebedev, M.Mordovskoy, A.Spasskii, S.Zuyev / Study of neutron-neutron interaction in proton pick-up reactions on 3H // !1>@=8: B578A>2 #  $ & International Nuclear Physics Conference INPC2013. 2-7 June 2013, Firenze, Italy  =6/5=1,2 .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..C52 / AA;54>20=85 =59B@>=-=59B@>==>3> 2708<>459AB28O 2 @50:F8OE A 42C<O =59B@>=0<8 2 :>=5G=>< A>AB>O=88 // "578AK 4>:;040 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/5=1,2 .!.>=>1552A:89, ..>@4>2A:>9, !..C52 / !8AB5<0 A1>@0 8=D>@<0F88 4;O A>2?040B5;L=KE M:A?5@8<5=B>2 =0 >A=>25 F8D@>2KE 0=0;870B>@>2 D>@<K 8<?C;LA0 // "578AK 4>:;040 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/3=2 .!.>=>1552A:89, ..0A?0@>2, !..C52 / @>3@0<<0 <>45;8@>20=8O M:A?5@8<5=B>2 ?> 8AA;54>20=8N @50:F89 A B@5<O G0AB8F0<8 2 :>=5G=>< A>AB>O=88// "578AK 4>:;040 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/3=2 L.N.Latysheva, A.V.Andreev, S.V.Zuyev, E.S.Konobeevski, N.M.Sobolevsky, G.V.Solodukhov, R.D.Ilic. MONTE-KARLO SIMULATION OF THE PHOTONEUTRON SOURCE OF THERMAL NEUTRONS BASED ON THE ELECTRON ACCELERATOR LUE-8 INR RAS. LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.239.  =6/6=1 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.ZLVALuyev, V.I.Firsov, Yu.M.Zipenyuk. ON THE ESTIMATION OF NAA SETUP ABILITY BASED ON THE ELECTRON LINAC LUE-8 WITH W-Be PHOTONEUTRON TARGET. LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.251.  =6/9=0,7 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E.S. Konobeevski, M.V. Mordovskoy, I.M. Sharapov, S.V. Zuyev // COMPARISON OF VARIOUS SCINTILLATION DETECTORS WITH n- PULSE SHAPE DISCRIMINATION // In Proc. of 4th International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) September 3 - 7, 2012, Kyiv, Ukraine  =6/4*1,5=2,25 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW-BACKGROUND CHAMBER FOR THE GERMANIUM GAMMA SPECTROMETER. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.519.  =6/6*1,5=1,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.522.  =6/9*1,5=1 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. V. Zuyev / Neutron-gamma discrimination in organic scintillators using various pulse-shape parameters // EMIN-2012 XIII International Seminar on Electromagnetic Interactions of Nuclei September 20-23, 2012, Moscow, Russia  =6/4*1,5=2,25 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW BACKGROUND GAMMA-SPECTROMETER WITH COSMIC RAY ANTICOINCIDENCE SHIELDING. Proceedings of theLVAL XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013.  =6/6*1,5=1,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =6/8*1,5=1,12 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..$8@A>2 / $/   ! !!  " )" /   -!" " . // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 >O1@O, 2012, >A:20, $. "578AK 4>:;04>2, A. 102.  =4/6=0,67 .!. >=>1552A:89, !. . C52, . . >@4>2A:>9, . . (0@0?>2 / AA;54>20=85 =59B@>=-=59B@>==>3> 2708<>459AB28O 2 @50:F8OE A 42C<O =59B@>=0<8 2 :>=5G=>< A>AB>O=88 // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289" 12-16 =>O1@O 2012, $, >A:20 "578AK 4>:;04>2, A. 77.  =4/4=1 =4@552 .., C@<8AB@>2 ..., C52 !.., 5@78= .., >=>1552A:89 .!., >@4>2A:>9 .., $8@A>2 .. !! !"  / $  + !  + -!" "  /  / "+% -". 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"578AK 4>:;04>2 XXIV 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 ?> ?@>1;5<0< ?>60@=>9 157>?0A=>AB8, ?>A2OI5==>9 75-;5B8N A>740=8O 8=AB8BCB0 3-4 8N;O 2012 3.'.2. 0;0H8E0 , >AA8O. .: (2012). ! 107-110.  =6/3=2 .. 8D0=>2. .. 5=5F:89. >:;04 =0 63 564C=0@>4=>9 :>=D5@5=F88 / -2013/@>1;5<K 8 LVALH 4>78<5B@88 ?@8 ;8:2840F88 ?>A;54AB289 O45@=KE 8 @0480F8>==KE 020@89//LXIII International Conference NUCLEUS 2013 BOOK OF ABSTRACTS October 8-12 2013 Moscow, Russia  SAINT-PETERSBURG, 2013, P.250.  =6/2=3 0B5=B =0 ?>;57=CN <>45;L <8B0B>@-B@5=065@ 4>78<5B@-@048><5B@. 5H5=85 >A?0B5=B0 >B 19.09.2013, ?@8>@8B5B >B 06.08.2013, 02B>@ ..8D0=>2, ?0B5=B>45@60B5;L / .  =20 =48284C0;L=K9   =A 8D0=>20 .. @025=  =0,57+3+0,86+3+2+3+20=32,43LVALNG>@4>2A:>9 8E08; 048<>28G, @>48;AO 06.04.1954 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, . . 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P. 129.  =6/3=2 .. >@4>2A:>9, .. !C@:>20. / >2545=85 ?@>872545=8O G8A5; 20;5=B=KE =C:;>=>2 NpNn 4;O F5?>G5: G5B=>-G5B=KE 87>B>?>2 O45@ Ni 8 Zn. //>:;04 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/2=3 Mordovskoy M.V., Osipchuk I.I. Direct and compound reactions of neutrons with nuclei / >:;04 =0 XXV :>=D5@5=F88 IUPAP ?> 2KG8A;8B5;L=>9 D878:5, >A:20 , 20.08.2013  24.08.2013.  =6/2=3 .. . C@<8AB@>2, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2. / #AB0=>2:0 4;O 8AA;54>20=8O :2078-A2>1>4=>3> =59B@>=-=59B@>==>3> @0AA5O=8O 2 8=B5@20;5 M=5@388 20-60 M // C1>@=8: B578A>2 62 #  $ & /  2012  =6/6=1 !.. C52, .!. >=>1552A:89, .. >@4>2A:>9, !.. >B0H52, .. (0@0?>2 / !" "  "  #'   !&"/& ""  ! n-   $  #,! // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 . !. >=>1552A:89, !. . C52, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2 / &/ nd- ,  !" #" #'/ " -"  !"/ // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 Burmistrov Yu.M., Konobeevski E.S., Mordovskoy M.V., Potashev S.I., Sharapov I.M., Zuyev S.V. / Setup for Studying nn-Interaction in nd-Breakup Reaction // // Proc. Of International Conference Nuclear Science and its Application, September 25-28, 2012 Samarkand, Uzbekistan.  LVAL=6/6=1 E.S.Konobeevski, M.V.Mordovskoy, S.I.Potashov, S.V.Zuyev. STUDY OF NEUTRON-NEUTRON INTERACTION IN nd!pnn REACTION. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Book of Abstracts, p.47.  =6/4=1,5 E.Konobeevski, V.Lebedev, M.Mordovskoy, A.Spasskii, S.Zuyev / Study of neutron-neutron interaction in proton pick-up reactions on 3H // !1>@=8: B578A>2 #  $ & International Nuclear Physics Conference INPC2013. 2-7 June 2013, Firenze, Italy  =6/5=1,2 .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..C52 / AA;54>20=85 =59B@>=-=59B@>==>3> 2708<>459AB28O 2 @50:F8OE A 42C<O =59B@>=0<8 2 :>=5G=>< A>AB>O=88 // "578AK 4>:;040 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/5=1,2 .!.>=>1552A:89, ..>@4>2A:>9, !..C52 / !8AB5<0 A1>@0 8=D>@<0F88 4;O A>2?040B5;L=KE M:A?5@8<5=B>2 =0 >A=>25 F8D@>2KE 0=0;870B>@>2 D>@<K 8<?C;LA0 // "578AK 4>:;040 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/3=2 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ON THE ESTIMATION OF NAA SETUP ABILITY BASED ON THE ELECTRON LINAC LUE-8 WITH W-Be PHOTONEUTRON TARGET. LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.251.  =6/9=0,7 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E.S. Konobeevski, M.V. Mordovskoy, I.M. Sharapov, S.V. Zuyev // COMPARISON OF VARIOUS SCINTILLATION DETECTORS WITH n- PULSE SHAPE DISCRIMINATION // In Proc. Of 4th International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) September 3 - 7, 2012, Kyiv, Ukraine  =6/4*1,5=2,25 LVALA.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW-BACKGROUND CHAMBER FOR THE GERMANIUM GAMMA SPECTROMETER. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.519.  =6/6*1,5=1,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.522.  =6/9*1,5=1 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. V. Zuyev / Neutron-gamma discrimination in organic scintillators using various pulse-shape parameters // EMIN-2012 XIII International Seminar on Electromagnetic Interactions of Nuclei September 20-23, 2012, Moscow, Russia  =6/4*1,5=2,25 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW BACKGROUND GAMMA-SPECTROMETER WITH COSMIC RAY ANTICOINCIDENCE SHIELDING. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013.  =6/6*1,5=1,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =6/8*1,5=1,12 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..$8@A>2 / $/   ! !!  " )" /   -!" " . // 564C=0@>4=0O A5LVAL.AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 >O1@O, 2012, >A:20, $. "578AK 4>:;04>2, A. 102.  =4/6=0,67 .!. >=>1552A:89, !. . 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"578AK 4>:;04>2 B>@>3> AJ5740 0=0;8B8:>2 >AA88, 23-27 A5=BO1@O, 2013, >A:20 (http://www.wssanalytchem.org/car2013/doc/Abstracts-CRusAn2013.pdf), >A:20. 2013. !.123.  =4/7=0,57 =48284C0;L=K9   702.A5:B. 01>@0B>@88 0B><=>3> O4@0 >@4>2A:>3> .. 025=  =5.1+2.9+6.47+3.4+4.08+1.33+6.8+0.57+2+3+3+1+1.2+1.2+1+1.5+1.2+1.2+2+0.7+2.25+1.5+1+2.25+1.5+1.12+0.67+1+0.57=61,51FLVAL2 Z;>B=8:>20 0@8=0 8:B>@>2=0, @>48;0AL 2 <0@B0 1936 3>40, =A !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<KE @>AA89A:8E 6C@=0;0E .. 5=5F:89, .. ;>B=8:>20./ $0:B>@K =0:>?;5=8O 30<<0 87;CG5=8O 4;O :><?>78F8>==KE <0B5@80;>2 8 70I8B// !$, 2012, ! 4, !.29 36.  = 8/2=4 =48284C0;L=K9   =A ;>B=8:>2>9 .. @025=  =40D><>2 ;048A;02 235=L528G, @>4. 01.11.1929, A=A. /, 4>:B>@ D87-<0B =0C: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 020@78=0, . . 0D><>2, . . !5@3552 / !"(/ # $$ &,+ !'/ $ &+%  &!! ! + #  ! + !" _/ // !"/ . ! / $'!/, 2013, B>< 77, ! 4, A. 517-521  =0,34*60/3=6.8 V. P. Zavarzina, V. E. Pafomov, and V. A. Sergeev /Relations between the Differential Cross Sections for Diffractive Processes of Nucleon Stripping and Halo_Nucleus Core Stripping.// Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol. 77, No. 4, pp. 466 470.  =8/3=2,67 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.E. Pafomov. V.A. Sergeev, V.P. Zavarzina / The Relations Between the Differential Cross Sections for Diffractive Processes of Halo-Nucleus Core Stripping and Nucleon Stripping // BOOK OF ABSTRACTS LXII International Conference NUCLEUS 2012. P. 197  =6/3=2 V.E. Pafomov, V.A. Sergeev, V.P. Zavarzina. ON SOME APPROXIMATIONS IN THE THEORY OF REACTIONS WITH HALO NUCLEI. >:;04 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/3=2 =48284C0;L=K9   A=A 0D><>20 .. @025=  =6.8+2,67+2+2=13,47A8?GC: 3>@L 20=>28G, @>4. 06.05. 1951 , :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / Mordovskoy M.V., Osipchuk I.I. Direct and compound reactions of neutrons with nuclei / >:;04 =0 XXV :>=D5@5=F88 IUPAP ?> 2KG8A;8B5;L=>9 D878:5, >A:20 , 20.08.2013  24.08.2013.  =6/2=3 =48284C0;L=K9   A8?GC:0 3>@O 20=>28G0 @025= 3LVALNG>B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: !. . C52, . !. >=>1552A:89, . . 515452, . . >@4>2A:>9, . . !?0AA:89, !. . >B0H52, . . (0@0?>2 /- "'!/   !&"/& E_E_"!  & (, p) // 725AB8O . !5@8O D878G5A:0O, 2012, B>< 76, ! 4, A. 453  =0,34*60/7=2,91 .!.>=>1552A:89, !..C52, ..>@4>2A:>9, !..>B0H52, ..(0@0?>2 / &/ nd-   !" #" #'/ " -"  !"/ // / / $. 2013. ".76. !11. !.1479-1483.  =0,539*60/5=6,47 ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..(0@0?>2 / #!" / !!/ ! !!// "   "   "  -  20 60 M // !"/ . ! / $'!/. 2013. ".77. ! 7. !.924-926.  =0,34*60/6=3,4 .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, !..C52, ..(0@0?>2 / !?5:B@><5B@ =59B@>==>3> ?CG:0 =0 1075 cF8=B8;;OF8>==>3> 45B5:B>@0 A n- @0745;5=85< ?> D>@<5 8<?C;LA0 // 725AB8O >AA89A:>9 0:045<88 =0C:. !5@8O D878G5A:0O. 2013. ". 77. !7. !.919  =0,34*60/5=4,08 @5?@8=BK !. . >B0H52,, . . @0G52, . . >@4>2A:>9, .. . C@<8AB@>2, . !. >=>1552A:89, . 0@8=, !. %. 0@052A:89 @5<5==0O ?;>A:>?0@0;;5;L=0O @578AB82=0O :0<5@0 c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n-   $  #,! // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 . !. >=>1552A:89, !. . C52, . . >@4>2A:>9, !. . >B0H52, . . (0@0?>2 / &/ nd- ,  !" #" #'/ " -"  !"/ // C1>@=8: B578A>2 62 #  $ & /  2012  =6/5=1,2 Burmistrov Yu.M., Konobeevski E.S., Mordovskoy M.V., Potashev S.I., Sharapov I.M., Zuyev S.V. / Setup for Studying nn-Interaction in nd-Breakup Reaction // // Proc. of International Conference Nuclear Science and its Application, September 25-28, 2012 Samarkand, Uzbekistan.  =6/6=1 E.S.Konobeevski, M.V.Mordovskoy, S.I.Potashov, S.V.Zuyev. STUDY OF NEUTRON-NEUTRON INTERACTION IN nd!pnn REACTION. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Book of Abstracts, p.47.  =6/4=1,5 =48284C0;L=K9   702.A5:B. 01>@0B>@88 0B><=>3> O4@0 >B0H520 !.. @025=  =2.9+6.47+3.4+4.08+0.57+1+1.2+1.2+1+1.5+1+0,36=24,68ZLVALj!5@3552 ;048<8@ ;5:A0=4@>28G, @>48;AO 26.08.1933 3., :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 020@78=0, . . 0D><>2, . . !5@3552 / !"(/ # $$ &,+ !'/ $ &+%  &!! ! + #  ! + !" _/ // !"/ . ! / $'!/, 2013, B>< 77, ! 4, A. 517-521  =0,34*60/3=6.8 V. P. Zavarzina, V. E. Pafomov, and V. A. Sergeev /Relations between the Differential Cross Sections for Diffractive Processes of Nucleon Stripping and Halo_Nucleus Core Stripping.// Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol. 77, No. 4, pp. 466 470.  =8/3=2,67 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.E. Pafomov. V.A. Sergeev, V.P. Zavarzina / The Relations Between the Differential Cross Sections for Diffractive Processes of Halo-Nucleus Core Stripping and Nucleon Stripping // BOOK OF ABSTRACTS LXII International Conference NUCLEUS 2012. P. 197  =6/3=2 V.E. Pafomov, V.A. Sergeev, V.P. Zavarzina. ON SOME APPROXIMATIONS IN THE THEORY OF REACTIONS WITH HALO NUCLEI. >:;04 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/3=2 !B0BLO 2 N18;59=>< A1>@=8:5 !5@3552 .. / 0CG=0O 45OB5;L=>ABL ;01>@0B>@88 0B><=>3> O4@0 /  !!!  2 1971-1996 33.// 0CG=0O 45OB5;L=>ABL ;01>@0B>@88 0B><=>3> O4@0 /  A 1946 3.?> 2011 3. >A:20 2012 , / , A.22-32.  =20=20 =48284C0;L=K9   A=A !5@35520 .. @025=  =6,8+2,67+2+2+20=33,47TLVAL xhHC:>2 40< C70@8D>28G, @>4. 28.05.19593., :.D.-<.=., A.=.A.  / ,   70 2012-2013 33. C1;8:0F88: =5B. 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P. 129.  =6/3=2 .. >@4>2A:>9, .. !C@:>20. / >2545=85 ?@>872545=8O G8A5; 20;5=B=KE =C:;>=>2 NpNn 4;O F5?>G5: G5B=>-G5B=KE 87>B>?>2 O45@ Ni 8 Zn. //>:;04 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/2=3 =48284C0;L=K9   A=A !C@:>2>9 .. @025=  =6,8+2+2+3=13,8LVALNG235=89 8:>;0528G CI8=, =.A. $- /  B>3>2K9   .. CI8=0 70 2012-2013 33.: 567.83+ 436.71= 1004.54 C1;8:0F88 70 2013 3. 2B>@K, 0720=85, 740=85 <?0:B-D0:B>@ >;-2> 02B>@>2 10; 1 LHCb Collaboration,  Combination of results on the rare decays B0(s)!+" from the CMS and LHCb experiments , LHCb-CONF-2013-012 4 >500 0.16 2 LHCb Collaboration,  Updated average fs/fd b-hadron production fraction ratio for 7 TeV pp collisions , LHCb-CONF-2013-011 4 >500 0.16 3 LHCb Collaboration,  Search for the 0b!2 decay at LHCb , LHCb-CONF-2013-010 4 >500 0.16 4 LHCb Collaboration,  CP and up-down asymmetries in B!K" decays , LHCb-CONF-2013-009 4 >500 0.16 5 LHCb Collaboration,  Study of the J/ production cross-section in proton-lead collisions at " sNN=5 TeV , LHCb-CONF-2013-008 4 >500 0.16 6 LHCb Collaboration,  Measurement of the cross-section for Z! production with 1 fb"1 of pp collisions at " s =7 TeV  , LHCb-CONF-2013-007 4 >500 0.16 7 LHCb Collaboration,  Improved constraints on  from B!DK decays including first results on 2012 data , LHCb-CONF-2013-006 4 >500 0.16 8 LHCb Collaboration,  Graphical comparison of the LHCb measurements of W and Z boson production with ATLAS and CMS , LHCb-CONF-2013-005 4 >500 0.16 9 LHCb Collaboration,  Model-independent measurement of CP violation parameters in B!(K0Sh+h")DK decays , LHCb-CONF-2013-004 4 >500 0.16 10 LHCb Collaboration,  A search for time-integrated CP violation in D0!K"K+ and D0!"+ decays , LHCb-CONF-2013-003 4 >500 0.16 11 LHCb Collaboration,  Measurement of (bb) with inclusive final states , LHCb-CONF-2013-002 4 >500 0.16 12 LHCb Collaboration,  Measurement of the forward-central bb production asymmetry  , LHCb-CONF-2013-001 4 >500 0.16 13 V. Bolotov, E. Gushchin, A. Khudyakov,et al. CHOD in the Technical Run 2012 , Preprint INR 1370/2013. Moscow 2013 4 14 0.4 14 LHCb Collaboration,  Search for the doubly charmed baryon +cc , J. High Energy Phys.12 (2013) 090 168.54 >500 6.7416 15 LHCb CollLVALaboration,  Measurement of D0--D0 mixing parameters and search for CP violation using D0!K+" decays , Phys. Rev. Lett. 111, 251801 (2013) 238.29 >500 9.5316 16 LHCb Collaboration,  Observation of the decay B+c!J/K+K"+ , J. High Energy Phys.11 (2013) 094 168.54 >500 6.7416 17 The LHCb Collaboration,  First observation of B0!J/K+K" and search for B0!J/ decays , Phys. Rev. D88 (2013) 072005 140.73 >500 5.6292 18 The LHCb Collaboration,  Observation of the decay B0s!D0 , Phys. Lett. B72 (2013) 403-411 137.07 >500 5.4828 19 The LHCb Collaboration,  Observation of the decay B+c!B0s+ , Phys. Rev. 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\rightarrow \phi\mu\mu$ and $B ^0_s \rightarrow J/\psi \phi$ , LHCb-CONF-2012-003 4 >500 0.16 90 LHCb Collaboration,  Tagged time-dependent angular analysis of $B_s^0 \to J/\psi\phi$ decays at LHCb , LHCb-CONF-2012-002 4 >500 0.16 91 LHCb Collaboration,  Measurement of the effective $B^0_s \rightarrow K^+ K^-$ lifetime , LHCb-CONF-2012-001 4 >500 0.16 92 LHCb Collaboration,  Framework TDR for the LHCb Upgrade , CERN-LHCC-2012-007 ; LHCb-TDR-12 4 >500 0.16 93 V.N. Nozdrachev (Moscow, ITEP), T.S. Brantova (Lebedev Inst.), O.P. Gavrishchuk (Dubna, JINR), E.N. Gushchin (Moscow, INR) et al.,  A trigger based on an active targetLVAL for the MIS ITEP experimental setup. , Instrum.Exp.Tech. 55 (2012) 611-617, Prib.Tekh.Eksp. 6 (2012) 5-12 19.8 8 2.43 94 Yu.K. Gavrilov, E.N. Gushchin, S.V. Laptev, V.E. Postoev, S.N. Filippov,  Development of the preshower detector prototypes for LHCb experiment. , Instrum.Exp.Tech. 55 (2012) 522-531, Prib.Tekh.Eksp. 2012N5 (2012) 13-23 19.8 5 3.96 95 NA62 Collaboration (C. Lazzeroni (Birmingham U.) et al., 100 auth.),  Precision Measurement of the Ratio of the Charged Kaon Leptonic Decay Rates. , CERN-PH-EP-2012-367; arXiv:1212.4012 4 100 0.24 96 E.Gushchin,  LHCb results , Plenary talk on  Quarks-2012 17th International Seminar on High Energy Physics, Yaroslavl, 4-10 June, 2012. 30 1 30 97 C Abellan Betetaa,b, E Aguil Chivitea, Z Ajaltouni,..E.Gushchin et al.(76 auth.)  Time alignment of the front end electronics of the LHCb calorimeters , JINST 7 (2012) P08020 49.68 76 3.726 10; 2012: 436.71LVALNGC7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503., 4.D.-<.=., 702.  / ,   70 2012-2013 33. C1;8:0F88: 1. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less double beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30*1,447*0,075 = 3,26 1 2. F. F. Karpeshin, M. B. Trzhaskovskaya and V. V. Kuz minov  Fluorescence induced by double K capture , Bulletin of the Russian Academy of Sciences: Physics Volume 76, Number 8 (2012), 884-887. 60*0,249/3 = 4,98 1 3. V.V. Kuzminov  The Baksan Neutrino Observatory , Eur. Phys. J. Plus (2012) 127: 113. 30*1,302 = 39,06 1 4. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p. 8*0,075 = 0,6 1 5. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1 6. . . 0@010=>2, .. 57@C:>2, ... 02@8;N:, .. C?5=F>2, .. C7L<8=>2, !.. /:8<5=:>, !  -#'.)% "   & #/  " "$& !" /, B><=0O M=5@38O, ">< 113, 2K?. 3, (2012), 180-183. 60*0,395/6 = 3,95 1 7. M. Agostini, M. Allardt, E. Andreotti , et al.,  Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the Gerda experiment , arXiv:1212.3210v1 [nucl-det]. 4*0,06 = 0,24 1 8. M. Agostini, M. Barnab-Heider, D. Budja, at al.,  LArGe R&D for active background suppression in Gerda , J. Phys.: Conf. Ser. 375 042009 (2012). 8*0,06 = 0,48 1 9. K.-H. Ackermann, M. Agostini, M. Allardt et al.,  The Gerda experiment for the search of 0 decay in 76Ge with the Gerda experiment  , arXiv:1212.4061v1 [physics.ins-det]. 4*0,06 = 0,24 1 10. M. Agostini, M.LVAL Allardt, E. Andreotti et al.,  Pulse shape discrimination for GERDA phase I data , Eur. Phys. J. C (2013) 73: 2583. 30*5,247*0,06 = 9,44 1 11. M. Agostini, M. Allardt, E. Andreotti et al.,  Results on Neutrinoless Double- Decay of Ge-76 from Phase I of the GERDA Experiment , Phys. Rev. Lett. 111, 122503 (2013). 30*7,94*0,06 = 14,29 1 12. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 13. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 14. M. Agostini, M. Allardt, E. Andreotti , et al.,  The background in the neutrinoless double beta decay experiment GERDA , arXiv:1306.5084 [physics.ins-det]. 4*0,06 = 0,24 1 15. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23. 30*4,78*0,1 = 14,34 1 16. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  Indications of 22K capture in 78 Kr , Physical Review C (2013) 87:035501. 30*3,72/6 = 18,60 1 17. K.-H. Ackermann, M. Agostini, M. Allardt et al.,  The Gerda experiment for the search of 0 decay in 76Ge , Eur. Phys. J. C (2013) 73: 2330. 30*5,247*0,06 = 9,44 1  = 127,06 1 >:;04K: 1. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !BLVAL5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13- 21 A5=BO1@O 2012 3. 4 / 8 = 0,5 1 2. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, M.V. Stepaniuk. "RECENT RESULTS OF SEARCH FOR 2K CAPTURE IN Kr-78". Proceedings of International conference NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory) Alushta, Crimea, Ukraine, 23  29 September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a ?> @57C;LB0B0< =87:>D>=>2KE 87<5@5=89 =0 ?>;C?@>2>4=8:>2>< @5=B35=>2A:>< A?5:B@><5B@5 - -2-38 0CG=K9 @C:>2>48B5;L 4.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1  = 50 1 B>3>: 209,30 1LVALNG0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :.D.-<.=., 702. ;01. $  / ,   70 2012-2013 33. C1;8:0F88: 1. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less double beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30*1,447*0,075 = 3,26 1 2. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p. 8*0,075 = 0,6 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1 4. M. Agostini, M. Allardt, E. Andreotti , et al.,  Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the Gerda experiment , arXiv:1212.3210v1 [nucl-det]. 4*0,06 = 0,24 1 5. M. Agostini, M. Barnab-Heider, D. Budja, at al.,  LArGe R&D for active background suppression in Gerda , J. Phys.: Conf. Ser. 375 042009 (2012). 8*0,06 = 0,48 1 6. K.-H. Ackermann, M. Agostini, M. Allardt et al.,  The Gerda experiment for the search of 0 decay in 76Ge with the Gerda experiment  , arXiv:1212.4061v1 [physics.ins-det]. 4*0,06 = 0,24 1 7. M. Agostini, M. Allardt, E. Andreotti et al.,  Pulse shape discrimination for GERDA phase I data , Eur. Phys. J. C (2013) 73: 2583. 30*5,247*0,06 = 9,44 1 8. M. Agostini, M. Allardt, E. Andreotti et al.,  Results on Neutrinoless Double- Decay of Ge-76 from Phase I of the GERDA Experiment , Phys. Rev. Lett. 111, 122503 (2013). 30*7,94*0,06 = 14,29 1 9. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta DeLVALcay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 10. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 11. M. Agostini, M. Allardt, E. Andreotti , et al.,  The background in the neutrinoless double beta decay experiment GERDA , arXiv:1306.5084 [physics.ins-det]. 4*0,06 = 0,24 1 12. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23. 30*4,78*0,1 = 14,34 1 13. C. O Shaughnessy, E. Andreotti, D. Budja, A. Caldwell, A. Gangapshev, K. Gusev, M. Hult, A. Lubashevskiy, B. Majorovits, S. Schnert, A. Smolnikov,  High voltage capacitors for low background experiments , Eur. Phys. J. C (2013) 73: 24453. 30*5,247*0,06 = 9,44 1 14. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  Indications of 22K capture in 78 Kr , Physical Review C (2013) 87:035501. 30*3,72/6 = 18,60 1 15. K.-H. Ackermann, M. Agostini, M. Allardt et al.,  The Gerda experiment for the search of 0 decay in 76Ge , Eur. Phys. J. C (2013) 73: 2330. 30*5,247*0,06 = 9,44 1  = 88,51 1 >:;04K: 1. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13- 21 A5=BO1@O 201DLVALT2 3. 4 / 8 = 0,5 1 2. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, M.V. Stepaniuk. "RECENT RESULTS OF SEARCH FOR 2K CAPTURE IN Kr-78". Proceedings of International conference NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory) Alushta, Crimea, Ukraine, 23  29 September 2013. 6*1,5/7 = 1,29 1  = 2,24 1 C:>2>4AB2> A>8A:0B5;5<: 0=BC4C520 ("5:C520) 60<8;O =C0@>2=0, 0A?8@0=B / , B5<0: >8A: @54:8E @0A?04>2 8 A>1KB89 8=4CF8@>20==KE A;01K< 2708<>459AB285<, ?>4B5<0: 2>9=>9 -70E20B (>:>=G8;0 0A?8@0=BC@C 2 0?@5;5 20133.). 0CG=K9 @C:>2>48B5;L: :.D.-<.=., 0=30?H52 .. 30,0 1. C:>2>4AB2> 48?;><=8:><: 5B. B>3>: 120,75 1.LVALNG02@8;N: .@89 8E09;>28G, @>4. 02.09.19583., =.A.  / ,   70 2012-2013 33. C1;8:0F88: 1. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1 2. . . 0@010=>2, .. 57@C:>2, ... 02@8;N:, .. C?5=F>2, .. C7L<8=>2, !.. /:8<5=:>, !  -#'.)% "   & #/  " "$& !" /, B><=0O M=5@38O, ">< 113, 2K?. 3, (2012), 180-183. 60x0,395/6 = 3,95 1 3. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less double beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30*1,447*0,075 = 3,26 1 4. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p. 8*0,075 = 0,6 1 5. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 6. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 7. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23LVAL. 30*4,78*0,1 = 14,34 1 8. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  Indications of 22K capture in 78 Kr , Physical Review C (2013) 87:035501. 30*3,72/6 = 18,60 1  = 48,65 1 >:;04K: 1. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13- 21 A5=BO1@O 2012 3. 4 / 8 = 0,5 1 2. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, M.V. Stepaniuk. "RECENT RESULTS OF SEARCH FOR 2K CAPTURE IN Kr-78". Proceedings of International conference NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory) Alushta, Crimea, Ukraine, 23  29 September 2013. 6*1,5/7 = 1,29 1  = 2,24 1 C:>2>4AB2> A>8A:0B5;5<: =5B C:>2>4AB2> 48?;><=8:><: =5B B>3>: 50,89 1LVALNG070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., :.D.-<.=., <.=.A.  / ,   70 2012-2013 33. C1;8:0F88: 1. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1 2. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less double beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30*1,447*0,075 = 3,26 1 3. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p. 8*0,075 = 0,6 1 4. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 5. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 6. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23. 30*4,78*0,1 = 14,34 1 7. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  Indications of 22K capture in 78 Kr , Physical Review C (2013) 87:035501. 30*3,72/6 = 18,60 1  = 44,70 VLVALf1 >:;04K: 1. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13- 21 A5=BO1@O 2012 3. 4 / 8 = 0,5 1 2. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, M.V. Stepaniuk. "RECENT RESULTS OF SEARCH FOR 2K CAPTURE IN Kr-78". Proceedings of International conference NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory) Alushta, Crimea, Ukraine, 23  29 September 2013. 6*1,5/7 = 1,29 1  = 2,24 1 C:>2>4AB2> A>8A:0B5;5<: =5B C:>2>4AB2> 48?;><=8:><: =5B B>3>: 46,94*1,5 ( 70I8B8; :0=4. 48AA. 2 2010, CB2.  2 2011 3. ) = 70,41 1LVALNG 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., :.D.-<.=., 1/10 AB02:8 =.A.  / ,   70 2012-2013 33. C1;8:0F88: 1. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1 2. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less double beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30*1,447*0,075 = 3,26 1 3. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p. 8*0,075 = 0,6 1 4. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 5. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (Impact Factor: 1.14). 08/2013; 729:576. 30*1,14/9 = 3,80 1 6. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23. 30*4,78*0,1 = 14,34 1 7. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  Indications of 22K capture in 78 Kr , Physical Review C (2013) 87:035501. JLVALZ30*3,72/6 = 18,60 1  = 44,70 1 >:;04K: 1. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13- 21 A5=BO1@O 2012 3. 4 / 8 = 0,5 1 2. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, M.V. Stepaniuk. "RECENT RESULTS OF SEARCH FOR 2K CAPTURE IN Kr-78". Proceedings of International conference NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory) Alushta, Crimea, Ukraine, 23  29 September 2013. 6*1,5/7 = 1,29 1  = 2,24 1 C:>2>4AB2> A>8A:0B5;5<: =5B C:>2>4AB2> 48?;><=8:><: =5B B>3>: 46,94*0,5 (0,1 AB02:8) = 23,47 1LVALNG0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., :.D.-<.=., 1/10 AB02:8 <.=.A.  / ,   70 2012-2013 33. C1;8:0F88: 1. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1 2. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less double beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30*1,447*0,075 = 3,26 1 3. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p. 8*0,075 = 0,6 1 4. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 5. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 6. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23. 30*4,78*0,1 = 14,34 1 7. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  Indications of 22K capture in 78 Kr , Physical Review C (2013) 87:035501. 30*3,72/6 = 18,60 1 LVAL = 44,70 1 >:;04K: 1. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13- 21 A5=BO1@O 2012 3. 4 / 8 = 0,5 1 2. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, M.V. Stepaniuk. "RECENT RESULTS OF SEARCH FOR 2K CAPTURE IN Kr-78". Proceedings of International conference NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory) Alushta, Crimea, Ukraine, 23  29 September 2013. 6*1,5/7 = 1,29 1  = 2,24 1 C:>2>4AB2> A>8A:0B5;5<: =5B C:>2>4AB2> 48?;><=8:><: =5B B>3>: 46,94*0,5 (0,1 AB02:8) = 23,47 1LVALNG/:8<5=:> !5@359 02;>28G, @>4. 30.06.19613., <.=.A.  /  A 07.07.20053.   70 2012-2013 33. C1;8:0F88: 1. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, et al.,  Working characteristics of the New Low-Background Laboratory (DULB-4900, Baksan Neutrino Observatory), arXiv:1204.6424 [physics.ins-det]. 4 / 8 = 0,5 1 2. . . 0@010=>2, .. 57@C:>2, ... 02@8;N:, .. C?5=F>2, .. C7L<8=>2, !.. /:8<5=:>, !  -#'.)% "   & #/  " "$& !" /, B><=0O M=5@38O, ">< 113, 2K?. 3, (2012), 180-183. 60x0,395/6 = 3,95 1 3. J.H. So, H.J. Kim, V.V. Alenkov et al.  Scintillation properties and internal background study of 40Ca100MoO4 crystal scintillators for neutrino-less double beta decay search , IEEE Transactions on Nucl. Sci. v. PP, issue. 99. 30*1,447*0,075 = 3,26 1 4. H.Bhang, R.S.Boiko, D.M.Chernyak, et al., AMoRE experiment: a search for neutrinoless double beta decay of 100Mo isotope with 40Ca100MoO4 cryogenic scintillation detector , J. Phys.: Conf. Ser. 375(2012)042023, 4 p. 8*0,075 = 0,6 1 5. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 6. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 7. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys.  LVAL (2013) 46:23. 30*4,78*0,1 = 14,34 1  = 30,05 1 >:;04K: 1. ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13- 21 A5=BO1@O 2012 3. 4 / 8 = 0,5 1 2. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1  = 0,95 1 C:>2>4AB2> A>8A:0B5;5<: =5B C:>2>4AB2> 48?;><=8:><: =5B B>3>: 31,04 1LVALL "5:C520 (0=BC4C520) 60<8;O =C0@>2=0, @>48;0AL 1 8N;O 19823., 1/2 AB02:8 AB065@-8AA;54>20B5;L  / , 0A?8@0=B >G=>9 0A?8@0=BC@K / ,   70 2012-2013 33. C1;8:0F88: 1. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1  = 3,60 1 >:;04K: =5B C:>2>4AB2> A>8A:0B5;5<: =5B C:>2>4AB2> 48?;><=8:><: =5B B>3>: 3,60*1,5 = 5,40 1#<5@>2 (0<8;L ;L40@>28G, @>4. 6.10.1979 3., <.=.A.  /  A 10.07.20073.,   70 2012-2013 33. C1;8:0F88: =5B C:>2>4AB2> 48?;><=8:><: 038AB5@A:85 48AA5@B0F88 2011 3. C:>2>4AB2> 48?;><=8:><: 038AB5@A:85 48AA5@B0F88 2012 3. 0=:C;>20 ;O=0 CA;0=>2=0. 038AB5@A:0O 48AA5@B0F8O. >7<>6=>AB8 2>74CH=>9 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K 4;O @5=B35=>2A:>3> 87;CG5=8O. 0CG=K5 @C:>2>48B5;8: A.=.A. HC:>2 .., <.=.A. #<5@>2 (.. 10 / 2 = 5 1 B>3>: 5,00 1.LVAL=4@552 .@89 8E09;>28G, @>4. 21.09.1951, :D<=, A=A $-,   70 2012-2013 33. >:;04K: 1. Kirsanov M. (CMS Collaboration). SM Higgs searches by CMS at the LHC // International Workshop "LHC on the march", Protvino, Russia, Nov 20-22, 2012, ?;5=0@=K9 CAB=K9.   = 6/25 = 0,24 2. Kirsanov M. (CMS Collaboration). Search for a heavy neutrino and right-handed W of the left-right symmetric model in pp collisions // International Workshop "LHC on the march", Protvino, Russia, Nov 20-22, 2012, ?;5=0@=K9 CAB=K9.   = 6/25 = 0,24 3. Kirsanov M. (CMS Collaboration). LHC, new results from the CMS experiment // International Baikal seminar on cosmomicrophysics, Ulan-Ude, Russia, July 22-27, 2012, ?;5=0@=K9 CAB=K9.   = 6/25 = 0,24 4. Kirsanov M. (CMS Collaboration). Higgs searches by CMS at LHC // 17th International Seminar on High Energy Physics "QUARKS-2012", Yaroslavl, Russia, June 4-10, 2012, ?;5=0@=K9 CAB=K9.   = 6/25 = 0,24 5. Tlisov D. (CMS Collaboration). Search for WR and heavy neutrino of the left-right symmetric models in pp collisions in CMS using the 2011 collision data // 17th International Seminar on High Energy Physics "QUARKS-2012", Yaroslavl, Russia, June 4-10, 2012, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 + 1I89 A?8A>: (A<. AB@.76-146) B>3>:   = 1549,80 '-@2 r  m  h  c ^  YTOJE@;6sGALV@?@5HHHH<?+wCLSC),V@?H-2NGHHHH<??C% V@?0NGHHHH<?O3C\% V@?.NGHHHH<?ףAN  V@? @-HHHH<?|HC%~8 V@?`+NGHHHH<?yaA@  V@? @*HHHH<? -`CF%!R V@?$'NGHHHH<?RhAR < V@?%NGHHHH<?hAR < V@?#NGHHHH<?SZ$B N%8 V@? !NGHHHH<?IhAR < V@?NGHHHH<?whAR < V@?NGHHHH<? -B6\ V@?NGHHHH<?T -B6\ V@?NGHHHH<?x xBf&| V@?0NGHHHH<?hAz n V@?"NGHHHH<? 2B V@? NGHHHH<?D C% V@?; NGHHHH<?hAR < V@? NGHHHH<? A&  V@?$NGHHHH<?T @2dd V@?@HHHH<?M ЮC@8d! V@? NGHHHH<? Df)81: V@@NGHHHH<? Ha]C#6D V@?dNGHHHH<? B x V@?n@HHHH<?Cd 6 V@? @HHHH<?O=Cx 6 V@?, @HHHH<?( C02L V@?lNGHHHH<? {Cn(\J V@?@HHHH<?Y C~O#t'. V@?ONGHHHH<? 7Cz  V@?ZNGHHHH<?#ܠC- V@?$NGHHHH<? C9~." V@?60NGHHHH<?ffBf(  V@@@HHHH<?3@Cy814:E V@?, NGHHHH<?1C*+^ V@?pNGHHHH<?UB4`  V@?H @HHHH<? \D>),*+ V@?:NGa14.docQHHH<? nD8)+n( V@?@>a14.docQHHH<? RvA ~ V@?NGHHHH<? .),* V@?H @a14.docQHHH<?LVALNG=8=5=:> !5@359 8:>;0528G, @>4. 10.03.1952, :D<=, 2=A $-,   70 2012-2013 33. !B0BL8: 1. Antonello M., Baibussinov B., Benetti P. et al. (ICARUS Collaboration). Precision measurement of the neutrino velocity with the ICARUS detector in the CNGS beam // JHEP 1211: 49, 2012.   = 5,618*30/13 = 12,96 2. Gninenko S.N. Constraints on sub-GeV hidden sector gauge bosons from a search for heavy neutrino decays // Phys.Lett.B713: 244-248, 2012.   = 4,569*30/1 = 137,07 3. Antonello M. et al. (ICARUS Collaboration). Measurement of the neutrino velocity with the ICARUS detector at the CNGS beam // Phys.Lett.B713: 17-22, 2012.   = 4,569*30/13 = 10,54 4. Gninenko S.N. 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C1;8:0F88 2 6C@=0;0E: 2012 1).. 0B052 8 !.. 8E09;>2  >2>5 ?@54AB02;5=85 MDD5:B>2 =0@CH5=8O :>=D>@<=>9 A8<<5B@88 2 :0;81@>2>G=KE B5>@8OE ?>;O 2 B5>@88 2>7<CI5=89 "$ 170 N2 (2012) cB@. 174-186  =0.669*60/2=20.07 2)A.~L.~Kataev and S.~A.~Larin,  Analytical five-loop expressions for the renormalization group QED $\beta$-function in different renormalization schemes 8AL<0 2 -"$, v 96, N 1, cc.64-67  =1.524*60/2=45.72 3) A.~L.~ Kataev,  Analytical eighth-order light-by-light QED contributions from leptons with heavier masses to the anomalous magnetic moment of electron Phys. Rev. D86, 013010 (2012), 4 pages.  =4.691*30=140.73 2013 1. A.~L.~Kataev and K.~V.~Stepanyantz,``NSVZ scheme with the higher derivative regularization for N =1 SQED,'' Nucl. Phys.\B {\bf 875} (2013) 459-48  =4.327*30/2=64.905 -;5:B@>==K5 ?@5?@8=BK 2012 1. 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Fitting spectrum and composition  =6 >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 (CAB=K9,>?C1;8:>20=) UHECR 2012, 13-16 February 2012 CERN Constraints on direct acceleration of UHECRs in astrophysical sources EPJ Web Conf. 53 (2013) 06003  =6*1.5=9 B>3> AC<<0@=K9 283.2567:  =12.1194+8.5986+8.4438+79.43+12.1194+46.91+12.1194+8.5986+2.2788+2.2788+60.36+1.3333+1.3333+1.3333+2+6+3+6+9=283.2567LVALNG5=:528G 3>@ =4@5528G, AB065@-8AA;54>20B5;L =0 ?>;AB02:8, 0A?8@0=B / ) !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: D.G. Levkov, V.A. Rubakov, S.V. Troitsky, Y.A. Zenkevich, Constraining holographic technicolor, Physics Letters B, Volume 716, Issue 2, 19 September 2012, Pages 350-355, DOI 10.1016/j.physletb.2012.08.038. <?0:B = 4.569 '8A;> A>02B>@>2 = 4   += 4.569*30/4 = 34.2675 A. Mironov, A. Morozov, B. Runov, Y. Zenkevich, A. Zotov, Spectral Duality Between Heisenberg Chain and Gaudin Model, Lett. Math. Phys. 103, no. 3, 299 (2013) [arXiv:1206.6349 [hep-th]]. <?0:B = 2.415 '8A;> A>02B>@>2 = 5   += 2.415*30/5 = 14.49 A. Mironov, A. Morozov, B. Runov, Y. Zenkevich and A. Zotov, Spectral dualities in XXZ spin chains and five dimensional gauge theories, JHEP 1312, 034 (2013) [arXiv:1307.1502 [hep-th]]. <?0:B = 5.618 '8A;> A>02B>@>2 = 5   += 5.618*30/5 = 33.708 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: A. Mironov, A. Morozov, Y. Zenkevich, A. Zotov, Spectral Duality in Integrable Systems from AGT Conjecture, JETP Letters, vol. 97, issue 1, page 49 <?0:B = 1.524 '8A;> A>02B>@>2 = 4   += 1.524*60/4 = 22.86 -;5:B@>==K5 ?@5?@8=BK: S. Mironov, An. Morozov and Y. Zenkevich, Generalized Jack polynomials and the AGT relations for the SU(3) group, arXiv:1312.5732 [hep-th]. '8A;> A>02B>@>2 = 3   += 4/3 = 1.333 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: !?5:B@0;L=0O 4C0;L=>ABL <564C A8AB5<0<8 >45=0 8 A?8=>2K<8 F5?>G:0<8,  -2012, /@>A;02;L, A5:F8>==K9 4>:;04   += 4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: Healthy holographic technicolor: Higgs returns, HATCH-2012 workshop, /, >A:20, A5:F8>==K9 4>:;04   += 6 Spectral duality in XXZ spin chains and five dimensional gauge theories, International Conference on Integrable Systems and Quantum symmetries, @030, '5E8O, A5:F8>==K9 4>:;04   += 6 ) ---- ) B>3>2>5 7=0G5=85   = 122.6585 5@5@0AG5B A ?>2KH0NI8< :>MDD8F85=B>< 1.5 (0A?8@0=B, @01>BzLVAL0NI89 =0 ?>;AB02:8): 5@5@0AG8B0==>5   = 183.98775LVALNG C1F>2 @83>@89 3>@528G, @>4. 31.07.1981, :.D.-<.=., =.A. "$,   70 2012-2013 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2012 3>4 C1;8:0F88: 1. G.I. Rubtsov, M.S. Pshirkov and P. G. Tinyakov, GRB observations by Fermi LAT revisited: new candidates found, Mon.Not.Roy.Astron.Soc.Lett. 421 (2012) L14-L18  =4.9*30/3 = 49 2. G.I. 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Matthews et al, The Telescope Array, International Conference on New Frontiers in Physics, 10-16 June 2012 Kolymbari, Crete, Greece. 9. I. Tkachev et al, Results of the Telescope Array experiment, The 23rd European Cosmic Ray Symposium ECRS-2012, July 2-6, 2012 in Moscow. 10. H. Tokuno et al, Results from the Telescope Array experiment, The 36th International Conference on High Energy Physics In Melbourne, Australia from 4-11 July 2012. 11. Y.Tsunesada et al, Results from the Telescope Array Experiment, 13th Marcel Grossmann Meeting on relativity, gravitation, and astrophysics. 12. P.Sokolsky et al, Recent Results from the Telescope Array Experiment and review of HiRes data, ISVHECRI in Berlin, August 10 - 15, 2012. ;5=0@=K9. 13. B. Stokes et al, The Telescope Array: Current Status and Future Prospects, Four Corners Conference, APS, Oct 26-27 in Socorro, NM. @5?>4020=85: 1. 25A5==89 A5<5AB@ 2012, ?@>2545=85 :C@A0 ;5:F89 8 A5<8=0@>2 "'8A;5==K5 <5B>4K", D87D0: # 4 :C@A,  =8+8=16 2. @C:>2>4AB2> :C@A>2>9 @01>B>9 (5<8H52A:89 .),  =10.0 0 2012:  (2012) = (49+30.4+27.63+90.54+46.91+12.11+8.59+2.06+2.06) + (11.25+0.24+4.0+0.6+0.6+0.6+6.96) + (16+10) = 319.55 2013 3>4 C1;8:0F88: 1. A.D. Dolgov, S.L. Dubovsky, G.I. Rubtsov, I.I. Tkachev, Constraints on millicharged particles from Planck, Phys.Rev. D88 (2013) 117701,   = 4.691*30/4 = 35.18 2. T. Abu-Zayyad (Utah U.) et al. [Telescope Array collaboration], Upper limit on the flux of photons with energies above 10^19 eV using the Telescope Array surface detector, Phys.Rev. D88 (2013) 112005,  =4.691*30*0.06=8.44 3. T. Abu-Zayyad et al. [Telescope Array collaboration], The Cosmic Ray Energy Spectrum Observed with the Surface Detector of the Telescope Array Experiment, Astrophys.J. 768 (2013) L1,   = 6.733*30*0.06 = 12.11 4. T. Abu-Zayyad et al. [Telescope Array collaboration], The Energy Spectrum of Ultra-High-Energy Cosmic Rays Measured by the Telescope Array FADC FluoresLVALcence Detectors in Monocular Mode, Astropart.Phys. 48 (2013) 16-24,   = 4.777*30*0.06=8.59 5. T. Abu-Zayyad et al. [Telescope Array collaboration], Correlations of the Arrival Directions of Ultra-high Energy Cosmic Rays with Extragalactic Objects as Observed by the Telescope Array Experiment, Astrophys.J. 777 (2013) 88,   = 6.733*30*0.06 = 12.11 6. S.L. Tesar, V.M. Kasyanenko, I.V Rubtsov, G.I. Rubtsov, and A.L. Burin, Theoretical Study of Internal Vibrational Relaxation and Energy Transport in Polyatomic Molecules,J. Phys. Chem. A, 2013, 117 (2), pp 315 323.   = 2.946*30/5 = 17.68 7. D. Kostunin et al [Tunka-Rex collaboration], Tunka-Rex: Status and Results of the First Measurements (RICAP 2013), NIM A DOI: 10.1016/j.nima.2013.10.070,   = 1.142*30*0.1 = 3.42 8. G. Rubtsov, P. Satunin, S. Sibiryakov, The influence of Lorentz violation on UHE photon detection, e-Print: arXiv:1307.8027,   = 4/3 = 1.33 9. S. Ramazanov, G. Rubtsov, Constraining anisotropic models of early Universe with WMAP9 data. e-Print: arXiv:1311.3272.   = 4/2 = 2.0 10. G. Rubtsov, P. Satunin, S. Sibiryakov, Prospective constraints on Lorentz violation from UHE photon detection, CERN-PH-TH-2013-308, e-Print: arXiv:1312.4368.   = 4/3 = 1.33. 11. T. Abu-Zayyad et al. [Telescope Array collaboration], Energy Spectrum of Ultra-High Energy Cosmic Rays Observed with the Telescope Array Using a Hybrid Technique, e-Print: arXiv:1305.7273,  =4*0.06=0.24 12. T. Abu-Zayyad et al. 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Sagawa, Highlights from the Telescope Array Experiment, ICRC'2013, ?;5=0@=K9. 3. E. Kido, TA spectrum interpretation, ICRC'2013, CAB=K9. 4. B. Stokes, CORSIKA vs. Reality, ICRC'2013, CAB=K9. 5. D. Bergman, TA spectrum summary, ICRC'2013, CAB=K9. 6. Y. Tsunesada, TA composition summary, ICRC'2013, CAB=K9. 7. P. Tinyakov, TA anisotropy summary, ICRC'2013, CAB=K9. 8. W. Hanlon, Composition Analysis of a Multispecies UHECR Spectrum Compatible with PAO Data via Telescope Array Hybrid Reconstruction, ICRC'2013, CAB=K9. 9. T. Shibata, FD calibration with ELS, ICRC'2013, CAB=K9. 10. J.Krizmanic, The Non-Imaging CHErenkov Array (NICHE), ICRC'2013, CAB=K9. 11. S. Ogio, TA low energy extension (TALE), ICRC'2013, CAB=K9. 12. J. Matthews, Octocopter light source test, ICRC'2013, CAB=K9. 13. O. Deligny, TA/Auger joint anisotropy report, ICRC'2013, CAB=K9. @5?>4020=85: 1. 25A5==89 A5<5AB@ 2013, ?@>2545=85 :C@A0 ;5:F89 "'8A;5==K5 <5B>4K", D87D0: # 4 :C@A,  =8 2. 25A5==89 A5<5AB@ 2013, @07@01>B:0 :C@A0 ;5:F89 1@01>B:0 40==KE 0AB@>D878G5A:8E M:A?5@8<5=B>2, 0A?8@0=BK D87D0:0 # (A>2<5AB=> A .!. H8@:>2K<),  =30/2 =15 3. @C:>2>4AB2> :C@A>2>9 @01>B>9 2 :C@A (@5<552 .),  =10.0 4. @C:>2>4AB2> 48?;><=8:>< (8A:C=>2 .),  =10.0 0B5=BK: 1. @>3@0<<0 4;O - 50;870F8O 0;3>@8B<0 A;5?>3> ?>8A:0 30<<0-?C;LA0@>2 (findpulse1w) (A>2<5AB=> A .. !>:>;>2>9),   = 20.0/2 = 10.0 0 2013:  (2013) = (35.18+8.44+12.11+8.59+12.11+17.68+3.42+1.33+2.0+1.33+0.24+0.16) + (6+6+6) + (8+15+10+10) + 10.0 = 173.59 B>3>:  (2012-2013) = 319.55 + LVAL173.59 = 493.144LVALDSergey Mironov Pseudo-conformal Universe: late-time contraction and generation of tensor modes Phys. Rev. D 87, 043526 (2013) 1*4.691*30=140.73 S. Mironov, And. Morozov, Y. Zenkevich Generalized Jack polynomials and the AGT relations for the $SU(3)$ group arXiv:1312.5732 1/3*4=1.33 S. Mironov, S. Ramazanov, V. Rubakov Effect of intermediate Minkowskian evolution on CMB bispectrum arXiv:1312.7808 1/3*4=1.33 5th Workshop on Geometric Methods in Theoretical Physics, SISSA  Trieste-2012 Correlation functions in cosmology, pre Big Bang scenarios 6 2nd Workshop on Aspects of Non-Associative and Non-Commutative Geometries in String Theory, Istanbul, 2013 Introduction to Cosmology 6 2nd Workshop on Aspects of Non-Associative and Non-Commutative Geometries in String Theory, Istanbul, 2013 Problems of modern cosmology 6 Armenia-Dubna Workshop, Dubna, 2013 Proof of the conjecture AGT and generalized polynomials Jack 6 =167.39*1.5=251.085LVALNG) $..., CG5=0O AB5?5=L A>B@C4=8:0: ">:0@520 ==0 ;5:A0=4@>2=0 0B0 @>645=8O: 04.05.1990. >;6=>ABL: AB065@-8AA;54>20B5;L (0.5 AB02:8), 0A?8@0=B #. )S.~V.~Demidov, D.~S.~Gorbunov and A.~A.~Tokareva, ``Positronium oscillations to Mirror World revisited,'' Phys. Rev. D 85, 015022 (2012) [arXiv:1111.1072 [hep-ph]]. 4.691*30/3=46.9 D. Gorbunov and A. Tokareva, ``$R^2$-inflation with conformal SM Higgs field,'' JCAP 1312, 021 (2013) [arXiv:1212.4466 [astro-ph.CO]]. 6.036*30/2+4/2=92.5 D. Gorbunov and A. Tokareva, ``Scale-invariance as the origin of dark radiation?,'' arXiv:1307.5298 [astro-ph.CO]. 4/2=2 D. S. Gorbunov and A. A. Tokareva Inflation and Reheating in the Starobinsky Model with Conformal Higgs Field, Physics of particles and nuclei letters , Vol. 10 , No. 7, 2013 8/2=4 M. Doser et al. [AEGIS Collaboration], ``Exploring the WEP with a pulsed cold beam of antihydrogen,'' Class. Quant. Grav. 29, 184009 (2012). 0.075*30*3.562=8 >:;04 (CAB=K9) =0 <564C=0@>4=>< !5<8=0@5 20@:8 2012 (?> @01>B5 A>2<. A .!. >@1C=>2K<, 4>:;04G8:  A.A. ">:0@520) 4/2=2 >:;04 (CAB=K9) =0 :>=D5@5=F88 "><>=>A>2" (9-13 0?@5;O, #) (?> @01>B5 A>2<. A .!. >@1C=>2K<, 4>:;04G8:  A.A. ">:0@520) 4/2=2 >:;04 (CAB=K9) =0 :>=D5@5=F88 "><>=>A>2A:85 GB5=8O" (20-25 0?@5;O, #) (?> @01>B5 A>2<. A .!. >@1C=>2K<, 4>:;04G8:  A.A. ">:0@520) 4/2=2 >:;04 (CAB=K9) =0 564C=0@>4=>9 09:0;LA:>9 H:>;5 ?> D878:5 G0AB8F 8 0AB@>D878:5 (5-13 8N=O 2012 3., 3. @:CBA:) (?> @01>B5 A>2<. A .!. >@1C=>2K<, 4>:;04G8:  A.A. ">:0@520) 4/2=2 >:;04 (CAB=K9) =0 8<=59 H:>;5 ?> :>A<>;>388 ( Passo del Tonale, B0;8O  09-14.12.2012). (?> @01>B5 A>2<. A .!. >@1C=>2K<, 4>:;04G8:  A.A. ">:0@520) 6/2=3 >:;04 (CAB=K9) =0 8<=59 H:>;5 "-$ (>A:>2A:0O >1;0ABL, B@04=>5, >AA8O, 12-18 D52@0;O 2013 3.) (?> @01>B5 A>2<. A .!. >@1C=>2K<, 4>:;04G8:  A.A. ">:0@520) 4/2=2 >:;04 (CAB=K9) =0 564C=0@>4=>9 H:>;5 ?> AC1JO45@=>9 D878:5 (-@8G5, B0;8h LVALx O, 24 8N=O-3 8N;O 2013) (?> @01>B5 A>2<. A .!. >@1C=>2K<, 4>:;04G8:  A.A. ">:0@520) 6/2=3 B>3>  =169.4 ) $878G5A:89 D0:C;LB5B # ;0AA8G5A:85 :0;81@>2>G=K5 ?>;O  2 A5<5AB@0 (A5<8=0@K) >A<>;>38O  1A5<5AB@ (A5<8=0@K) 1I89 D878G5A:89 ?@0:B8:C<  1 A5<5AB@ 8*4=32 ) B>3>  =201.4*0.5*1.5=151LVAL) $..., CG5=0O AB5?5=L A>B@C4=8:0:C3052 -<8= /B:O@>28G, :0=4.$87.-<0B.=0C:. 0B0 @>645=8O: 17.10.1978. >;6=>ABL: =0CG=K9 A>B@C4=8: "$ / . ) M.Libanov, N.Nemkov, E.Nugaev and I.Timiryasov, ``Heavy-meson physics and flavour violation with a single generation,'' JHEP 1208 (2012) 136 [arXiv:1207.0746 [hep-ph]] 5.618*30/4 + 4/4 = 43.1 D.S.Gorbunov and E.Y.Nugaev, ``Constraining neutrino superluminality from searches for sterile neutrino decays,'' Phys.Lett. B 713 (2012) 255 [arXiv:1201.5363 [hep-ph]] 4.569*30/2 + 4/2 =70.5 I.E.Gulamov, E.Y.Nugaev and M.N.Smolyakov, ``Analytic Q-ball solutions and their stability in a piecewise parabolic potential,'' Phys. Rev. D 87 (2013) 085043 [arXiv:1303.1173 [hep-th]] 4.691*30/3+4/3=48.2 I.E.Gulamov, E.Y.Nugaev and M.N.Smolyakov, ``The theory of $U(1)$ gauged Q-balls revisited,'' arXiv:1311.0325 [hep-th] 4/3=1.3 E.Y.Nugaev and M.N.Smolyakov, ``Particle-like Q-balls,'' arXiv:1311.3418 [hep-th] 4/2=2 >:;04 (CAB=K9) =0 <564C=0@>4=>< !5<8=0@5 20@:8 2012 (?> @01>B5 A>2<. A .!. >@1C=>2K<, 4>:;04G8:  -./. C3052) 6/2=3 >:;04 (CAB=K9) =0 <564C=0@>4=>< !5<8=0@5 20@:8 2012 (?> @01>B5 A>2<. A ..810=>2K<, ..5<:>2K<, .. "8<8@OA>2K<, 4>:;04G8:  .."8<8@OA>2) 4/2=1 B>3>  =169.1. ) "8<8@OA>2 .. 2012 3>4, (:5@8= .., 2013 3>4. B>3>  =2*10=20. ) B>3>  =189.1LVAL -2014. 0AG5B .. 82>20@>20 Non-perturbative renormalization: a new way G.B. Pivovarov. Dec 29, 2013. 10 pp. e-Print: arXiv:1312.7526 +4 Vector boson scattering and Higgs field at the LHC G. Pivovarov (Moscow, INR). 2013. 5 pp. Conference: C12-05-28.4, p.76-80 Proceedings +45 Forward dijets with wide rapidity separation in pp-collisions at LHC and Tevatron: dijet ratios and azimuthal decorrelations V.B. Gavrilov (Moscow, ITEP), V.T. Kim (St. Petersburg, INP & St. Petersburg Polytechnic Inst.), V.A. Murzin, V.A. Oreshkin (St. Petersburg, INP), G.B. Pivovarov (Moscow, INR), I.Yu. Pozdnyakov, G.B. Safronov(Moscow, ITEP). 2013. 4 pp. Published in Nucl.Phys.Proc.Suppl. 245 (2013) 153-156 +6.5 A New Boson with a Mass of 125 GeV Observed with the CMS Experiment at the Large Hadron Collider CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). 2012. 7 16 pp. Published in Science 338 (2012) 1569-1575 +46.5 The inaction approach to gauge theories G.B. Pivovarov (Moscow, INR). Sep 2012. 7 pp. Published in Phys.Part.Nucl. 44 (2013) 462-468 +40.3 Observation of a new boson at a mass of 125 GeV with the CMS experiment at the LHC CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Jul 2012. 42 pp. Published in Phys.Lett. B716 (2012) 30-61 +6.85 Ratios of dijet production cross sections as a function of the absolute difference in rapidity between jets in proton-proton collisions at s"=7 TeV CMS Collaboration (Serguei Chatrchyan (Yerevan Phys. Inst.) et al.). Apr 2012. Published in Eur.Phys.J. C72 (2012) 2216 +7.87 B>3>: 157.12LVALC<8@=>2 ;5:A59 5>=84>28G 02.3.1978, :.D.<. =., <;. =0CG. A>B@.   70 20122013 33. Alexey Smirnov, Interacting thin shells in the interior of a ReissnerNordstrom black hole, eprint: arXiv:1312.7112  =4 B>3>  =40=8= ;5:A0=4@ @83>@L528G @>4. 13.09.1984, <.=.A "$,   70 2012-2013 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2012 3>4: C1;8:0F88: 1. D. S. Gorbunov, A. G. Panin,  Free scalar dark matter candidates in R^2-inflation: the light, the heavy and the superheavy. , Phys.Lett. B718 (2012) 15-20   = 30*3.9555/2 = 59.33 C@AK ;5:F89: 1. >@01>B:0 :C@A0 ;5:F89  5D>@<0;L=>5 22545=85 2 :20=B>2CN B5>@8N . $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8 ?@8 $ (4;O ABC45=B>2 2-3> :C@A0), 1 A5<5AB@   = 8 0 2012:  (2012) = 59.33+8 = 67.33 2013 3>4: C1;8:0F88: 1. D. S. Gorbunov, A. G. Panin,  On the minimal active-sterile neutrino mixing in seesaw type I mechanism with sterile neutrinos at GeV scale , e-Print: arXiv:1312.2887   = 4/2 = 2 C:>2>4AB2> ABC45=B0<8: ;048A;02 (8H:>2, ABC45=B $", 4 :C@A (A>2<5AB=> A 52:>2K< ..)  =10/2=5 0 2013:  (2013) = 7 B>3>:   = 74.33LVALNG5@=>2 .@89 !5@35528G @>4. 14.10.1937, 4>:B>@ D87.-<0B. =0C:, 2=A "5>@5B8G5A:>3> B45;0,   70 2012-2013 33. 2012 3>4 C1;8:0F88: 2.1.1. 1)Vernov Yu S., Mnatsakanova M.N., Salynskii S.G., / Analogue of the Weyl Representation of Algebra of Canonical Commutation Relations in the Case of Nonphysical Particles, // Physics of Particles and Nuclei Letters, V. 9, ! 3, pp.. 213-215., 2012,  = 60*0.199/3=3.98. 2.1.4. >@01>B:0 42CE =0CG=>->1@07>20B5;L=KE :C@A>2: "5>@8O :0;81@>2>G=KE ?>;59 8 20=B>20O E@><>48=0<8:0, 2:;NG0NI0O 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@AK G8B0NBAO =0 D878G5A:>< D0:C;LB5B5 # ABC45=B0< ?OB>3> :C@A0 2 ?5@2>< 8 2> 2B>@>< A5<5AB@0E. 192 G0A0.  =16. 2.1.6. C:>2>4AB2> 0A?8@0=B>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # 2011 3>4: =B8?8=K< >=AB0=B8=>< ;048A;02>28G5<, B@5B89 3>4 >1CG5=8O,  =30. C:>2>4AB2> A>8A:0B5;5< CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: !0;K=A:8< !5@355< 5==048528G5<, A>B@C4=8:>< $-,  =30. C:>2>4AB2> 48?;><=8:>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # !<8@=>2K< ;5:A55< !5@35528G5< (A?5F80;8AB), 20 10;;>2 B>3>:   = 99.98 2013 3>4 C1;8:0F88: 2.1.1. 1) Vernov Yu S., Mnatsakanova M.N., Salynskii S.G., / Bogolyubov Transformations for Regular Representations of Canonical Commutation Relations in Space with an Indefinite Metric, // Physics of Particles and Nuclei Letters, V. 10, ! 3, pp.. 193-197, 2013,  = 60*0.199/3=3.98. 2) Antipin K.V., Mnatsakanova M.N., Vernov Yu.S., / Haag's Theorem in Noncommutative Quantum Field Theory, // Physics of Atomic Nuclei, V. 76, ! 8, pp.. 965-968, 2013,  = 60*0.563/3=11.26. 3) Antipin K.V., Mnatsakanova M.N., Vernov Yu.S., / Haag's Theorem in the Theories with Nonphysical Particles, // International Journal of Modern Physics A, V. 28, ! 17, p. 1350076, 2013,  = 30*1.127/3=11.27. 4) Mnatsakanova M.N., Vernov Yu.S., / Irreducibility of the SepLVALt of Field Operators in NC QFT, // Physics of Atomic Nuclei, V. 76, ! 9, pp.. 1254-1256, 2013,  = 60*0.563/2=16.89. 2.1.4. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 20=B>20O E@><>48=0<8:0, 2:;NG0NI0O 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@A G8B05BAO =0 D878G5A:>< D0:C;LB5B5 # ABC45=B0< ?OB>3> :C@A0 2> 2B>@>< A5<5AB@5. 96 G0A>2.  =8. 2.1.6. C:>2>4AB2> A>8A:0B5;5< CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C:, A>B@C4=8:>< =AB8BCB0 B5>@5B8G5A:8E ?@>1;5< <8:@><8@0 8<. .. >3>;N1>20 # =B8?8=K< >=AB0=B8=>< ;048A;02>28G5<,  =30. C:>2>4AB2> A>8A:0B5;5< CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: !0;K=A:8< !5@355< 5==048528G5<, A>B@C4=8:>< >0> "" 0=:",  =30. C:>2>4AB2> 48?;><=8:>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # >G0@=8:>2K< @B5<>< <8B@8528G5< (A?5F80;8AB), 10 10;;>2. B>3>:   = 121.4 B>3> 70 2012-2013 33:   = 221.38LVALNG) 8@?8G=8:>2 <8B@89 8:B>@>28G, 25.07.1986, AB065@- 8AA;54>20B5;L. ) !B0BLO 2 70@C156=>< 6C@=0;5, D.V. Kirpichnikov,  LHC signatures of vector boson emission from brane to bulk , Physical Review D 85, 115008 (2012), http://prd.aps.org/abstract/PRD/v85/i11/e115008 ImpactFactor = 4,691 !B0BLO 2 70@C156=>< 6C@=0;5, D.V. Kirpichnikov,  Infrared properties of one-loop corrections to brane-to-brane propagators in models with localized vector bosons . Phys. Rev. D 88, 125018 (2013). http://prd.aps.org/abstract/PRD/v88/i12/e125018 ImpactFactor = 4.691, 0;; = 4.691* 30 *2 = 281.46 -;5:B@>==K9 ?@5?@8=B AB0BL8 D. V. Kirpichnikov  On cross-section computation in the brane world models http://arxiv.org/abs/arXiv:1310.5577 0;; =4 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88:  Perspectives on Physics and on CMS at Very High Luminosity, HL-LHC CMS Workshop Alushta (Crimea), Ukraine May 28-31, 2012 http://cms-alushta2012.jinr.ru/participants-list/ "5<0 4>:;040  LHC signatures of vector boson emission from brane to bulk . 0;; = 6. @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88: The 15th International Workshop on Advanced Computing and Analysis Techniques in Physics Research (ACAT2013) Beijing, May 16  21, 2013. http://indico.ihep.ac.cn/conferenceOtherViews.py?view=standard&confId=2813 "5<0 4>:;040:  The computation of cross sections in brane world models 0;; = 6. #AB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88  17th International Seminar on High Energy Physics QUARKS'2012 Yaroslavl, Russia, June 4 - 10, 2012 http://quarks.inr.ac.ru/  LHC signatures of vector boson emission from brane to bulk' . 0;; = 4. #AB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88:  16th Annual RDMS CMS Collaboration Conference Nor-Amberd, Armenia September 3-5, 2013 . http://epd.rdms-cms2013.yerphi.am/index_files/Page572.htm "5<0 4>:;040:  On cross-section computation in the brane world models . 0;; = 4. ) 07@01>B:0 A5<8=0@>2 ?> "5>@88 @C?? C ABC45=B>2 3-4 :C@A0 (6-7 A5<5AB@K, 64 G0A0) $878G5A:>2LVALB3> $0:C;LB5B0 # 8<5=8 ><>=>A>20, :0D54@0 $878:8 '0AB8F 8 >A<>;>388. 0;; = 8 + 8 =16 70 2 A5<5AB@0. ) >2KH0NI89 :>MDD8F85=B 4;O <>;>4KE 8AA;54>20B5;59 = 2 B>3>2K9 0;; =2*(281,46+ 2*6+3*4+16)= 638,92LVALNG5<84>2 !5@359 ;048<8@>28G @>4. 16.12.1981, =A "$,   70 2012-2013 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2012 3>4 !B0BL8: 1. Positronium oscillation to Mirror World revisited, Authors: S.V.Demidov, D.S.Gorbunov, A.A.Tokareva, ,  =30*4.691/3=46.91 2. Flavor violating processes with sgoldstino pair production . Authors: S.V.Demidov, D.S.Gorbunov, Phys. Rev. D 85, 077701,  =30*4.691/2=70.365 3. Limits on spin-dependent WIMP-proton cross-sections from the neutrino experiment at the Baksan Underground Scintillator Telescope, Olga Suvorova, Musabi Boliev, Sergei Demidov, Stanislav Mikheyev, PoS(DSU 2012)043, 6C@=0; =5 8<55B 8=45:A0,  =8/4 = 2 >:;04K: 1. !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O. S.V.Demidov, Testing of low energy supersymmetry breaking at LHC, 17th International Seminar on High Energy Physics QUARKS'2012, Yaroslavl, Russia, 4-10 June, 2012, B@C4K :>=D5@5=F88 5I5 =5 >?C1;8:>20=K,  =4 @5?>4020=85: 1. C@A ;5:F89 8 A5<8=0@>2 ?> AC?5@A8<<5B@88 (G0ABL 2, =>2K9 :C@A), D87D0: #, 5 :C@A, 2 A5<5AB@, 30 G0A>2,  =30+8=38 2. C@A ;5:F89 8 A5<8=0@>2 ?> AC?5@A8<<5B@88 (G0ABL 1), D87D0: #, 5 :C@A, 1 A5<5AB@, 30 G0A>2,  =8+8=16. 3. C:>2>4AB2> 48?;><=8:>< (#, AB0?>2 >=AB0=B8= ;53>28G, <038AB@, 2->9 3>4 >1CG5=8O, 70I8B0 48?;><0 1K;0 2 45:01@5 2012 3>40).  =10 0 2012:  (2012) =46.91+ 70.365+2+4+38+16+10= 187.275 2013 3>4 !B0BL8: 1. Search for muon signal from dark matter annihilations inthe Sun with the Baksan Underground Scintillator Telescope for 24.12 years, M.M.Boliev, S.V.Demidov, S.P.Mikheev, O.V.Suvorova, JCAP 1309 (2013) 019  =6.036*30/4=45.27 2. Upper limit on the cross section for elastic neutralino-nucleon scattering in a neutrino experiment at the Baksan Underground Scintillator Telescope, M.M.Boliev, S.V.Demidov, S.P.Mikheev, O.V.Suvorova, Phys.Atom.Nucl. 76 (2013) 1367-1376,   = 0.539*60/4=8.085 >:;04K: 1. !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, >?C1;8:>20= 2 B@C40E :>=D5@5=F88, S. Demidov, ImplicatioLVALns of sgoldstino-Higgs mixing, The XXI International Workshop High Energy Physics and Quantum Field Theory June 23  June 30, 2013 Saint Petersburg Area, Russia.  =4*1.5 = 6 2. !5:F8>==K9 4>:;40, @>AA89A:0O :>=D5@5=F8O, =5 >?C1;8:>20=. S.Demidov, Dark matter searches at Baksan underground scintillator Telescope, 16th Lomonosov Conference on Elementary Particle Physics, from 22 to 28 August, 2013 at the Moscow State University, Moscow, Russia.   = 4 3. !5:F8>==K9 4>:;04, <564C=0@>4=0O :>=D5@5=F8O, =5 >?C1;8:>20=, S.Demidov, Results of dark matter searches at Baksan, EPNT Workshop 2013, Exotic Physics with Neutrino Telescopes   = 6 4. !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, =5 >?C1;8:>20=, S.Demidov, Recent results of indirect searches for dark matter from Baksan, International conference: Dark matter, dark energy and their detection,   = 4 @5?>4020=85: 1. C@A ;5:F89 8 A5<8=0@>2 ?> AC?5@A8<<5B@88 (G0ABL 2), D87D0: #, 5 :C@A, 2 A5<5AB@, 30 G0A>2,  =8+8 = 16 2. C@A ;5:F89 ?> AC?5@A8<<5B@88 (G0ABL 1), D87D0: #, 5 :C@A, 1 A5<5AB@, 30 G0A>2,  =8. 3. C:>2>4AB2> 0A?8@0=B>< (#, AB0?>2 >=AB0=B8= ;53>28G, 0A?8@0=B 1->3> 3>40 >1CG5=8O).  =30 4. C:>2>4AB2> 48?;><=8:>< (#, !>1>;52 20= ;048<8@>28G, ABC45=B 4 :C@A0, 10:0;02@A:0O 48?;><=0O @01>B0) A>2<5AB=> A ..52:>2K<,   = 10/2 = 5 5. C:>2>4AB2> 48?;><=8:>< (#, 0@<052 .., ABC45=B 3-3> :C@A0)  =10 6. C:>2>4AB2> 48?;><=8:>< (#, >@OGC: .., ABC45=B 3-3> :C@A0)  =10 7. C:>2>4AB2> 48?;><=8:>< (#, 3=52 ..., ABC45=B 3-3> :C@A0)  =10 0 2013:  (2013) = 45.27+8.085+6+4+6+4+16+8+30+5+10+10+10= 162.355 B>3>:   = 187.275+162.355 = 349.63LVALNG BGQB >   70 2013 3>4 @KA0=>2 ;048<8@ ;5:A5528G, 1952 3.@., :0=4840B D87.-<0B. =0C: (#, 1988), AB0@H89 =0CG=K9 A>B@C4=8: C1;8:0F88 87 BGQB0 70 2012 3>4: !B0BLO 2 @5D5@8@C5<>< @>AA89A:>< 6C@=0;5 1. 02@8;N: ..., CA52 .., @KA0=>2 .., C;038= .., >BK;52 .., @5H:8= !.., C45=:> .., !8;8= .., &5?:>2 .. // =0;87 HC<>2>3> D>=0 CAB0=>2:8 #;8B:0 :0: D8;LB@0 0=B8A>2?045=89 4;O 3@028B0F8>==>-2>;=>2>9 0=B5==K   // AB@>=><8G5A:89 6C@=0;. 2012. !8. 705-720 <?0:B-D0:B>@ 6C@=0;0 ?> &  0,603. 1I89 10;; 70 AB0BLN - 0,603"60 = 36,2. 0 :064>3> 87 9 A>02B>@>2 ?> 4,0 10;;0. #G0AB85 2 <564C=0@>4=>9 :>=D5@5=F88: 2. !>02B>@AB2> 2 4>:;045 =0 :>=D5@5=F88: Thirteenth Marcel Grossmann Meeting  MG13 on Recent Developments in Theoretical and Experimental General Relativity, Astrophysics, and Relativistic Field Theories, 1-7 July 2012, Stockholm 0 A09B5 :>=D5@5=F88 >?C1;8:>20=0 ?@575=B0F8O, A>45@60I0O 6 A>02B>@>2: http://www.icra.it/MG/mg13/talks/gw2_rudenko.pdf Popov S.M., Rudenko V.N., Samoilenko A.A., Yudin I.S, L.B.Bezrukov, V.A.Krysanov // Baksan GW-detector OGRAN and a search for neutrino-gravity events. 1I89 10;; 70 4>:;04  6,0. 0 >4=>3> A>02B>@0 1 10;; C1;8:0F88, ?>O282H85AO 2 2013 3>4C. #G0AB85 2 <564C=0@>4=KE :>=D5@5=F8OE 3. 5 8N;O 2011 3>40 2 "# 8<. 0C<0=0 1K; A45;0= 4>:;04 =0 :>=D5@5=F88: Physical Interpretations of Relativity Theory, 4  7 July 2011 (PIRT-2011) 57C;LB0B>< B>9 :>=D5@5=F88 AB0;8 420 <0B5@80;0. 48= <0B5@80; 2>HQ; 2 A?5F2K?CA: 5AB=8:0 "#. B>@0O G0ABL, ?@54=07=0G5==0O 4;O >?C1;8:>20=8O 2 5;8:>1@8B0=88, A >3@><=K< >?>740=85<, 2 ?>A;54=5< 20@80=B5 1K;0 >B>A;0=0 2 <0@B5 2012 3. -B8 "@C4K 1K;8 >?C1;8:>20=K 2> 2B>@>9 ?>;>28=5 2012 3>40. "8?>3@0DA:89 20@80=B 4> <5=O =5 4>HQ; (<>65B, >= 8 =5 ACI5AB2C5B), 2 >B;8G85 >B ?@54K4CI8E ;5B (2007, 2009), :>340 4>AB02;O;8 =5?>A@54AB25==> =0 @01>G55 <5AB>.  =0G0;5 2013 3>40 LVAL ?>;=K9 B5:AB 2B>@>3> <0B5@80;0 1K; =0945= <=>N 2 =B5@=5B5.  BGQB0E >   70 2011 8 2012 33. 40==0O ?C1;8:0F8O =5 D83C@8@C5B. =0 2?5@2K5 1K;0 ?@54AB02;5=0 2 A?8A:5 @01>B, ?>43>B>2;5==>< 4;O BB5AB0F88 2013 3>40: .. @KA0=>2 // !83=0;L=K5 8 D;C:BC0F8>==K5 E0@0:B5@8AB8:8 ;075@=>9 A8AB5<K @538AB@0F88 3@028B0F8>==>3> 45B5:B>@0 // In Proc. Of Int. Meeting  PIRT . Moscow, 4  7 July 2011 / Ed. By M.C. Duffy, et al  Moscow: BMSTU, 2012.  pp. 165-177 4@5A 2 =B5@=5B5: http://www.space-lab.ru/files/news/proceedings_PIRT_11/text/PIRT%202011_proceedings.pdf >=D5@5=F8O AG8B05BAO <564C=0@>4=>9: 0 4>:;04 =0 MB>9 :>=D5@5=F88 2 2007 8 2008 33. 1K;> =0G8A;5=> 6 10;;>2 (1K;> ?>;CG5=> A?5F80;L=>5 A>>1I5=85). 0 ?C1;8:0F8N 2 "@C40E :>=D5@5=F88 CAB0=>2;5= :>MDD8F85=B 1,5. B>3> 9 10;;>2. 4.  =AB8BCB5 ;075@=>9 D878:8 (>2>A818@A:) 2 A>02B>@AB25 1K; A45;0= AB5=4>2K9 (?>AB5@=K9) 4>:;04 (! 22). <55BAO 2 =0;8G88 B8?>3@0DA:89 20@80=B 8740=8O. !AK;:0: V.A. Krysanov, V.N. Rudenko // Sensitivity of GW bar detector s optical-electronic readout // In Technical Digest of V International Symposium "Modern Problems of Laser Physics" (MPLP 2013), Novosibirsk, Russia, August 24-30, 2013. - pp.158-159. @8;0305BAO 0CG=0O ?@>3@0<<0, A>45@60I0O 3;02;5=85 B8?>3@0DA:>3> 8740=8O: http://mplp.laser.nsc.ru/text/Program_25aug.pdf !:0=8@>20==K9 B5:AB 2 A5=BO1@5 ?5@540= .. 57@C:>2C  2008 3>4C 70 0=0;>38G=K9 4>:;04 1K;> =0G8A;5=> 4 10;;0. B>3>, =0 :064>3> 87 42CE A>02B>@>2 ?> 2 10;;0. 5. "@5BL53> 8N;O 2013 3>40 2 "# 8<. 0C<0=0 2 17.40 2 A>02B>@AB25 <=>9 1K; 70G8B0= 4>:;04 =0 :>=D5@5=F88: Physical Interpretations of Relativity Theory, 1  4 July 2013 (PIRT-2013) V.A. Krysanov, M.N. Skvortsov // Heterodyne small-amplitude oscillation measurer for gravitation wave detector. 4@5A =0CG=>9 ?>3@0<<K: http://www.space-lab.ru/files/pages/PIRT_13/text/scientific_programm_2013-eng.pdf 0 40==K9 <><5=B (31.12.13) >?C1;8:>20==>3> B5:AB0 B>G=> =5B. <55BAO 25@>O$ LVAL4 B=>ABL, GB> ?C1;8:0F88 2 "@C40E =5 1C45B 2>2A5. "0:, 2 8N;5-023CAB5 O 70=8<0;AO ?>43>B>2:>9 : 4@C3>9 :>=D5@5=F88, :>B>@0O ?@>E>48;0 A 24 023CAB0 2 >2>A818@A:5, 8 4> ?>A;54=53> 4=O 3>B>28; >AB5@. @8 ?>43>B>2:5 ?8AL<5==>3> 20@80=B0 4>:;040 4;O "@C4>2 :>=D5@5=F88 2 "# 7=0G8B5;L=> 2KH5; 70 deadline. >;8G5AB2> 10;;>2 - * ----------------------------------- B>3>: 4 + 1 + 2 + 9 + * = 16* 0==K9 @0AG5B, ?@54AB02;O5<K9 =0 CA<>B@5=85 ><8AA88, O2;O5BAO >@85=B8@>2>G=K<. ----------------------------------------------------------------- @8;030N =5:>B>@K5 <0B5@80;KLVALNG  C:>2 ;048<8@ ;5:A0=4@>28G, 08/04/1951 :.D.-<.=., A.=.A. -   70 2012-2013 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 3. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 4. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 5. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 6. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 12.396 ------------------------------------------------------- >:;04K: 1. A.D. Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1833 [astro-ph.IM].  =30*1.5*0.075=3.375 2. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des PartLVAL.icules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 3. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 4. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 5. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 6. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------- B>3> (4>:;04K): 12.30 ------------------------------------------------------------------ B>3>:  = 12.396+12.30= 24.696 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG !C2>@>20 ;L30 0A8;L52=0, :.D.-<.=., A.=.A. -   70 2012-2013 33 I. C1;8:0F88: 1. M.M. Boliev, S.V. Demidov, S.P. Mikheyev , O.V. Suvorova,  Search for muon signal from dark matter annihilations in the Sun with the Baksan Underground Scintillator Telescope for 24.12 years , JCAP09 (2013) 019.   = 30*5.723/4 = 42.923 2. . . !C2>@>20, . . >;852, !. . 5<84>2, !. . 8E552,  3@0=8G5=8O =0 A5G5=8O C?@C3>3> @0AA5O=8O =59B@0;8=> =0 =C:;>=5 2 =59B@8==>< M:A?5@8<5=B5 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5 , Atom.Nucl. 76 (2013) 1367-1376, Yad.Fiz. 76 (2013) 1433 1442.   = 60*0.563/4 = 8.445 3. M.M. Boliev, S.V. Demidov, S.P. Mikheyev , O.V. Suvorova,  Search for muon signal from dark matter annihilations in the Sun with the Baksan Underground Scintillator Telescope for 24.12 years , arXiv:1301.1138[astro-ph.HE].   = 4/4 = 1 3. Olga Suvorova, Musabi Boliev, Sergei Demidov, Stanislav Mikheyev. Limits on spin-dependent WIMP-proton cross-sections from the neutrino experiment of the Baksan Ungerground Scintillator Telescope, arXiv:1211.2545[astro-ph.HE].   = 4/4 = 1 4. A. Antonello, ...O.Suvorova, ... et al., Search for anomalies in the neutrino sector with muon spectrometers and large LArTPC imaging detectors at CERN, ?@5?@8=B 2 arXiv:1208.0862 [physics.ins-det]   = 4*0.06 = 0.24 5. A. Antonello, ...O.Suvorova, ... et al., Search for anomalies from neutrino and anti-neutrino oscillations at a Delta_m^2~1eV with muon spectrometers and large LArTPC imaging detectors, ?@5?@8=B 2 arXiv:1203.3432 [physics.ins-det]   = 4*0.06 = 0.24 6. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 7. A. Avrorin et al., ASP-15  A stationary device for the meaLVALsurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 8. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 9. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 10. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 11. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 53.848+12.396 = 66.244 ------------------------------------------------------- >:;04K: 1. Olga Suvorova, Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment, 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013, https://indico.in2p3.fr/conferenceDisplay.py?confId=7381   = 6 2. Demidov S.D., Suvorova O.V., Boliev M.M., Results of Dark Matter searches with Baksan, 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013, https://indico.in2p3.fr/conferenceDisplay.py?confId=7381   = 6/3=2 3. !.. 5<84>2, .. >;852, .. !C2>@>20, Dark Matter searches at Baksan underground scintillator telescope, ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0, 2013 LVAL  = 6/3=2 4. Boliev M.M., Demidov S.D., Suvorova O.V., Neutrino physics with the Baksan Underground Scintillation Telescope, Pontecorvo100 Symposium, Pisa, Italy, 18-20 September 2013   = 6/3=2 5. Olga Suvorova, Limits on spin-dependent WIMP-proton cross-sections from the neutrino experiment of the Baksan Ungerground Scintillator Telescope, VIII-th International Workshop  The Dark Side of the Universe  , @078;8O, 10-15 8N=O 2012.   = 6 6. .. !C2>@>20, >8A: B5<=>9 <0B5@88 =0 0:A0=A:>< =59B@8==>< B5;5A:>?5, 564C=0@>4=0O H:>;0 ?> D878:5 =59B@8=> 8 0AB@>D878:5, $87D0: #, 19 45:01@O 2012.  = 20 7. Olga Suvorova, Musabi Boliev, Sergei Demidov, Stanislav Mikheyev. Limits on spin-dependent WIMP-proton cross-sections from the neutrino experiment of the Baksan Ungerground Scintillator Telescope,  B@C40E :>=D5@5=F88  The Dark Side of the Universe  , @078;8O, 10-15 8N=O 2012, http://pos.sissa.it/PoS(DSU 2012)043  = 6*1.5/4= 3 8. Boliev M.M., Demidov S.D., Suvorova O.V., Neutrino physics with the Baksan Underground Scintillation Telescope, Pontecorvo100 Symposium, Pisa, Italy, 18-20 September 2013, in press, will be published on a dedicated volume edited by the Italian Physical Society (SIF).   = 30/3=10 9. A.D. Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1833 [astro-ph.IM].  =30*1.5*0.075=3.375 10. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 11. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21LVAL-25 023CAB0 2013, in press.  =30*0.075=2.25 12. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 13. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 14. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------------------------------ B>3> (4>:;04K): 51.0+12.30 =63.30 ------------------------------------------------------- C:>2>4AB2> 48?;><=8:>< 2 B5G5=85 2012-- 2013 3: 2AO==8:>20 "0BLO=0 ;5:A552=0, 4-9 :C@A /# $, 70I8B0 48?;><0 10:0;02@0   5B>48:8 ?>8A:0 ;>:0;L=KE 8AB>G=8:>2 =59B@8=> 2KA>:8E M=5@389 2 ?@>5:B5 09:0;-"1000 ; >:;04 =0 56-9 =0CG=>9 :>=D5@5=F88 $", 26-30 =>O1@O 2013.  = 10 B>3>:  = 66.244+63.30+10= 139.544 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG (59D;5@ ;5:A59 ;5:A0=4@>28G, 20/04/1984, <.=.A. -   70 2012-2013 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 3. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 4. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 5. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 6. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 12.396 ------------------------------------------------------- >:;04K: 1. A.D. Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1833 [astro-ph.IM].  =30*1.5*0.075=3.375 2. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 201LVAL3, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 3. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 4. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 5. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 6. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------- B>3> (4>:;04K): 12.30 ------------------------------------------------------------------ B>3>:  = 12.396+12.30= 24.696 0B5=BK: !2845B5;LAB2> > 3>AC40@AB25==>9 @538AB@0F88 ?@>3@0<< 4;O -, =><5@ 2012618470,  @>3@0<<0 4;O :0;81@>2:8 >?B8G5A:8E <>4C;59 =59B@8==>3> B5;5A:>?0 "1000 (SCOM) , 19 A5=BO1@O 2012.  =20 ------------------------------- B>3>:  = 12.396+12.30+20= 44.696 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG 0=D8;>2 =4@59 20=>28G, 28/11/1956, 8=65=5@-8AA;54>20B5;L -   70 2012-2013 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 3. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 4. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 5. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 6. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 7. ..0=D8;>2.  A>15==>AB8 =5ACI8E A8AB5< 8 :015;L=KE ;8=89 09:0;LA:>3> 3;C1>:>2>4=>3> =59B@8==>3> B5;5A:>?0 "-1000 . C:>?8AL. $>=4 / . ?8AL !2. 4.E@.126, 71 AB@. ., 2012  = 4.0 ------------------------------------------------------- B>3> (AB0BL8): 16.396 ------------------------------------------------------- >:;04K: 1. A.D. Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1LVAL833 [astro-ph.IM].  =30*1.5*0.075=3.375 2. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 3. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 4. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 5. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 6. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------- B>3> (4>:;04K): 12.30 ------------------------------------------------------------------ B>3>:  = 16.396+12.30= 30.696 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG OHC: ;048<8@ 20=>28G, :.D.-<.=., A.=.A. -   70 2012-2013 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 3. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 4. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 5. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 6. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 12.396 ------------------------------------------------------- >:;04K: 1. V.I. Lyashuk and Yu. S. Lutostansky. NEUTRON SOURCES FOR NEUTRINO FACTORY ON THE BASE OF LITHIUM CONVERTER. 21-st International Seminar on Interaction of Neutrons with Nuclei: Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics (ISINN-21). May 20 to May 25, 2013, Alushta (Ukraine). http://isinn.jinr.ru/past-isinns/isinn-21/program.html  =6/2=3 2. YLVALu. S. Lutostansky, V. I. Lyashuk. TRANSFERMIUM NEUTRON-RICH NUCLEI PRODUCTION IN PULSED NEUTRON FLUXES OF NUCLEAR EXPLOSIONS. 21-st International Seminar on Interaction of Neutrons with Nuclei: Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics (ISINN-21). May 20 to May 25, 2013, Alushta (Ukraine). http://isinn.jinr.ru/past-isinns/isinn-21/program.html  =6/2=3 3. V.I. Lyashuk and Yu. S. Lutostansky. 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Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1833 [astro-ph.IM].  =30*1.5*0.075=3.375 10. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 11. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 12. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 12. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 13. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------- B>3> (4>:;04K): 12.30+37.5=49.8 ------------------------------------------------------------------ B>3>:  = 12.396+49.8= 62.LVAL196 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG C;5H>2 5=8A ;5:A0=4@>28G, 01/03/1987, 0A?8@0=B /  A 8N=O 2010 3>40, cB065@-8AA;54>20B5;L &   70 2012-2013 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 3. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 4. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 5. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 6. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 12.396 ------------------------------------------------------- >:;04K: 1. A.D. Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1833 [astro-ph.IM].  =30*1.5*0.075=3.375 2. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neuLVALtrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 3. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 4. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 5. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 6. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------- B>3> (4>:;04K): 12.30 ------------------------------------------------------------------ B>3>:  = 12.396+12.30= 24.696 ! CG5B>< :>MDD8F85=B0 1.5 :0: 0A?8@0=BC   A>AB02;O5B:   = 24.696*1.5 = 37.044 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG >H5;L $54>@ >=AB0=B8=>28G, 13/10/1989, 0A?8@0=B $", cB065@-8AA;54>20B5;L &   70 2012-2013 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 3. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 4. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 5. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 6. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 12.396 ------------------------------------------------------- >:;04K: 1. A.D. Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1833 [astro-ph.IM].  =30*1.5*0.075=3.375 2. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino teLVAL lescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 3. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 4. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 5. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 6. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------- B>3> (4>:;04K): 12.30 ------------------------------------------------------------------ B>3>:  = 12.396+12.30= 24.696 ! CG5B>< :>MDD8F85=B0 1.5 :0: 0A?8@0=BC   A>AB02;O5B:   = 24.696*1.5 = 37.044 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG >H5G:8= =4@59 5B@>28G, 16/05/1962, 8=65=5@-8AA;54>20B5;L -   70 2012-2013 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 3. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 4. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 5. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 6. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 12.396 ------------------------------------------------------- >:;04K: 1. A.D. Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1833 [astro-ph.IM].  =30*1.5*0.075=3.375 2. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de0LVAL@ Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 3. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 4. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 5. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 6. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------- B>3> (4>:;04K): 12.30 ------------------------------------------------------------------ B>3>:  = 12.396+12.30= 24.696 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG  0?>=5=:> ;53 8:>;0528G, 29/04/1966, :.D.-<.=., =.A. -   70 2012-2013 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 3. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 4. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 5. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 6. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 12.396 ------------------------------------------------------- >:;04K: 1. A.D. Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1833 [astro-ph.IM].  =30*1.5*0.075=3.375 2. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPLVALNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 3. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 4. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 5. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 6. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------- B>3> (4>:;04K): 12.30 ------------------------------------------------------------------ B>3>:  = 12.396+12.30= 24.696 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG" 68;:81052 0=-@KA 038A>28G, 12/09/1951 4.D.-<.=., 254.=.A. -   70 2012-2013 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 3. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 4. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 5. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 6. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 12.396 ------------------------------------------------------- II. >:;04K: 1. Zh.A.M. Dzhilkibaev,  The prototyping/early construction phase of the BAIKAL- GVD project , 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013, in press.  =30 2. Zh.A.M. Dzhilkibaev,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30 3. Zh.A.M. Dzhilkibaev, BaikLVALal-GVD, Mediterranean and Antarctic Neutrino Telescope Symposium (MANTS), 6-7 October 2012, Bologna, Italy.  = 6 4. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 5. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 6. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 7. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------- B>3> (4>:;04K): 72.675 B>3>:  = 12.396+72.675 = 85.071 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG$ >@>H5=:> ;5:A0=4@ ;5:A0=4@>28G, 23/02/1962, =.A. -   70 2012-2013 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 3. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 4. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 5. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 6. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 12.396 ------------------------------------------------------- >:;04K: 1. A.D. Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1833 [astro-ph.IM].  =30*1.5*0.075=3.375 2. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 20LVAL13, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 3. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 4. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 5. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 6. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------- B>3> (4>:;04K): 12.30 ------------------------------------------------------------------ B>3>:  = 12.396+12.30= 24.696 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG& 0=8;LG5=:> 3>@L ;5:A5528G, 11/01/1941, :.D.-<.=., c.=.A. -   70 2012-2013 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 3. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 4. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 5. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 6. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 12.396 ------------------------------------------------------- >:;04K: 1. A.D. Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1833 [astro-ph.IM].  =30*1.5*0.075=3.375 2. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, ELVALPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 3. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 4. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 5. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 6. I.Belolaptikov, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------- B>3> (4>:;04K): 12.30 ------------------------------------------------------------------ B>3>:  = 12.396+12.30= 24.696 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG( 9=CB48=>2 ;048<8@ 0@0B>28G, 21/01/1960, :.D.-<.=., A.=.A. -   70 2012-2013 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A. Avrorin et al., ASP-15  A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site, Nucl.Instrum.Meth. A.693, p. 186-194, (2012); doi:10.1016/j.nima.2012.06.035  =30*1.207*0.1=3.621 3. V. Aynutdinov et al., Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans, Nucl.Instrum.Meth. A662, p. S210-S215, (2012); doi: 10.1016/j.nima.2010.11.153.  =30*1.207*0.075=2.25 4. A.V. Avrorin et al., 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011, Status of the BAIKAL-GVD project, Nucl.Instrum.Meth.A692, p.46-52, (2012); doi:10.1016/j.nima.2011.12.106  =30*1.207*0.075=2.25 5. A.V.Avrorin et al.,Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 6. A.Avrorin et al., BAIKAL-GVD, Gigaton Volume Detector in Lake Baikal (Scientific Technical Report), Moscow, A. 1-122, (2012), http://baikalweb.jinr.ru/  = 4*0.1=0.4 ------------------------------------------------------- B>3> (AB0BL8): 12.396 ------------------------------------------------------- >:;04K: 1. A.D. Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1833 [astro-ph.IM].  =30*1.5*0.075=3.375 2. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique desLVAL) Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 3. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 4. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 5. B.Shoibonov, The 25th International Conference on Neutrino Physics and Astrophysics, June 3-9, 2012 , Kyoto, Japan.  =6*1.5*0.075=0.675 6. A.V.Avrorin et al.,  Present status of the BAIKAL-GVD project development , Journal of Physics: Conference Series 409 (2013) 012141, 23nd European Cosmic Ray Conference (and 32nd Russain Cosmic Ray Conference), July 3-7, 2012, Moscow, Russia.  =30*1.5*0.075=2.25 ------------------------------- B>3> (4>:;04K): 12.30 ------------------------------------------------------------------ III. C:>2>4AB2> 48?;><=8:0<8 8 0A?8@0=B0<8: C:>2>4AB2> @01>B>9 ABC45=B0 8 0A?8@0=B0 (2012, 20133.) >H5;L $54>@ >=AB0=B8=>28G. !BC45=B $" 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2011 3>4C, =0 720=85 <038AB@0 2 8N=5 2013 3>40 8 ?>ABC?8; 2 0A?8@0=BC@C & / 2 023CAB5 2013.   = 10+30=40 C:>2>4AB2> @01>B>9 ABC45=B0 (2012, 20133.) 0B258G52 ;5:A59 $54>@>28G . !BC45=B $" 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2013 3>4C.   = 10 C:>2>4AB2> @01>B>9 A>8A:0B5;O (2012, 20133.) (59D;5@ ;5:A59 ;5:A0=4@>28G. !BC45=B $ 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2007 3>4C, =0 720=85 <038AB@0 2 2009 3>4C, A 8N;O 2009 3>40 0A?8@0=B / , A 8N;O 2012 AB065@-8AA;54>20B5;L -, A D52@0;O 2013 <;.=.A. -.   = 30+30 = 60 C:>2>4AB2> @01>B>9 0A?8@0=B0 (2012, 20133.) #( 5=8A ;5:A0=4@>28G. ! LVAL BC45=B $" 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2008 3>4C, =0 720=85 <038AB@0 2 2010 3>4C, A 8N;O 2010 3>40 0A?8@0=B / .   = 30+30 = 60 C:>2>4AB2> @01>B>9 0A?8@0=B0 (2012, 20133.) 2@>@8= ;5:A0=4@ <8B@8528G. >ABC?8; 2 0A?8@0=BC@C & / 2 >:BO1@5 2012.   = 30 B>3> (@C:>2>4AB2>): 200 ------------------------------------------------------------------ B>3>:  = 12.396+12.30+200=224.696 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL 2@>@8= ;5:A0=4@ <8B@8528G, 17/02/1990, 0A?8@0=B &   70 2012-2013 33 >:;04K: 1. A.D. Avrorin et al., 4th Roma International Conference on Astro-particle Physics RICAP 2013, Rome, Italy, May 22-24, 2013,  The prototyping/early construction phase of the BAIKAL-GVD project , arXiv:1308.1833 [astro-ph.IM].  =30*1.5*0.075=3.375 2. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381, in press.  =30*0.075=2.25 3. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 4. .(>91>=>2.  09:0;LA:89 =59B@8==K9 M:A?5@8<5=B: 8AB>@8O, AB0BCA, ?5@A?5:B82K , 13-0O 09:0;LA:0O H:>;0 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5. @:CBA:0O >1;0ABL, ?>A. >;LH85 >BK, #, 5-12 8N;O 2013  =20*0.075=1.5 ------------------------------- B>3> (4>:;04K): 9.375 ------------------------------------------------------------------ ! CG5B>< :>MDD8F85=B0 1.5 :0: 0A?8@0=BC   A>AB02;O5B: B>3>:  = 9.375*1.5 = 14.0625 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALNG,/=>28G 235=89 ;5:A0=4@>28G, 21.10.1949, =A. -,,   70 2012-2013 33 !B0BL8 1. E. Yanovich, GERDA Col  Results on Neutrinoless Double-beta Decay of 76Ge from Phase I of the GERDA Experiment PHYSICAL REVIEW LETTERS, 111, p.122501 (2013),  =7,944*30/7=34 2. E. Yanovich, GERDA Col  The GERDA experiment for the search of 0 decay in 76Ge Eur. Phys. J. C (2013), 73, 2330, 29AB@. Eur. Phys. J. C (2013),  =5,247 *30/7=22,5 3. E. Yanovich, GERDA Col  Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the GERDA experiment J. Phys. G: Nucl. Part. . 40 (2013) 035110 , 14 AB,  =5,33*30/7=22,8 4. E. Yanovich, GERDA Col  Pulse shape discrimination for GERDA Phase I data Eur. Phys. J. C (2013), 74 2583 , 21 AB,  =5,247 *30/7=22,5 6. . . 0@010=>2, . . 57@C:>2, . /. >28:>20, ... !<8@=>2, . . /=>28G 8 4@.  Nd_A>45@60I89 684:89 >@30=8G5A:89 AF8=B8;;OB>@ 4;O M:A?5@8<5=B0 ?> 87<5@5=8N 42>9=>3> 15B0_@0A?040 "-, ! 5, 2012, 37-43,  =0314E60/6=3,14 7. . . 0@010=>2, ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, ./.>28:>20, /=>28G .  AA;54>20=85 :8=5B8:8 A25G5=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) "-. ! 1, 2013  =0,314E60/7=2,7 8. Y.Abe,..,E.Yanovitch et al.  Indication of Reactor  Desappearance in the Double Chooz Experiment. Phys. Rev. Lett. 108, 131801(2012).  =7.37 x30x0.1=22.1 9. . . 0@010=>2, . . 57@C:>2, . . 0=8;>2, . . /=>28G 8 4@.  7<5@5=85 :>=F5=B@0F88 87>B>?0 14C 2 684:>< >@30=8G5A:>< AF8=B8;;OB>@5 =0 CAB0=>2:5 <0;>3> >1J5<0, "- ! 1, 2012, 40-44 ,  =0.314E60/5=3.14 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 1. E. Yanovich, GERDA Col.  Limit on neutrinoless double beta decay of 76Ge by the GERDA experiment TAUP 2013, 9-13 September 2013,  =30E0,075=2,25 2. E. Yanovich, GERDA Col.  Ge detectors for GERDA Phase I and Phase II and The first GERDA results The International Workshop on Non-Accelerator New PhtLVALysics (NANPino-2013), June 24-29, 2013.  =30E0,075=2,25 3. E. Yanovich, GERDA Col.  Status of the GERDA experiment XVth Neutrino Telescopes Workshop ,Venice, Italy, March 12-15, 2013  =30E0,075=2,25 4 E. Yanovich, GERDA Col.,  GERDA: Recent Results and Future Plans International Conference on Astro-Particle Physics, Roma, Italy, 22-24 May 2013  =30E0,075=2,25 5. E. Yanovich, GERDA Col.  The GERDA Experiment: Status and Results European Nuclear Physics Conference (EuNPC2012) Bucharest, Romania, September 17-21, 2012  =30E0,075=2,25 6. E. Yanovich, GERDA Col  Status and plans with the GERDA experiment to probe the nature of neutrinos 36th International Conference on High Energy Physics, July 4-11, 2012, Melbourne, Australia  =30E0,075=2,25 7 E. Yanovich, GERDA Col  Results from GERDA XXV Int. Conference on Neutrino and Astrophysics Kyoto, Japan, June 3-9, 2012  =30E0,075=2,25  =148.63"LVAL2>28:>20 0;8=0 /:>2;52=0, @>4.15.07.1950, =A -,   70 2012-2013 33. !B0BL8 1. ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, . . 0@010=>2, ./.>28:>20, /=>28G .  AA;54>20=85 :8=5B8:8 A25G5=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) "-. ! 1, 2013  =0,314E60/7=2,7 2. . . 0@010=>2, . . 57@C:>2, . /. >28:>20, ... !<8@=>2, . . /=>28G 8 4@.  Nd_A>45@60I89 684:89 >@30=8G5A:89 AF8=B8;;OB>@ 4;O M:A?5@8<5=B0 ?> 87<5@5=8N 42>9=>3> 15B0_@0A?040 "-, ! 5, 2012, 37-43,  =0314E60/6=3,14 3. ./.>28:>20, ..0:C;8=0, ..>@30;N:. >>@48=0F8>==>-=0AKI5==K5 A>548=5=8O 304>;8=8O 4;O A>740=8O 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 %, !3,2014.  =0.563E60/3=11.26 @5?@8=BK 2. .. 14C@0H8B>2, .. 0:C;8=0, ./. >28:>20.  07@01>B:0 <5B>4>2 ?>;CG5=8O 8 >G8AB:8 A>;8 LiF 4;O A>740=8O AF8=B8;;OF8>==KE 45B5:B>@>2 BQ<=>9 <0B5@88 . @5?@8=B /  1338/2012   4/3=1.33 3. . .0@010=>2, ..57@C:>2, .. C1A0=4>@6852, !.. C1A0=4>@6852, .. >@30;N:, ./. >28:>20, ../=>28G.  >MDD8F85=B @0AB2>@8<>AB8 C3;5:8A;>3> 3070 2 684:8E >@30=8G5A:8E AF8=B8;;OB>@0E 8 =5:>B>@K5 2>?@>AK ?@>8AE>645=8O =5DB8 @5?@8=B /  1339/2012   4/7=0.57 4. ./.>28:>20, .. 0:C;8=0, .. >@30;N:.  >>@48=0F8>==>-=0AKI5==K5 A>548=5=8O 304>;8=8O 4;O A>740=8O 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 . @5?@8=B /  1356/2013   4/3=1,33  = 20.33LVALNG/C@5=F>2 0;5@89 20=>28G, 30.09.1941, =A, -,   70 2012-2013 33 !B0BL8 1. V. Gurensov, GERDA Col  Results on Neutrinoless Double-beta Decay of 76Ge from Phase I of the GERDA Experiment PHYSICAL REVIEW LETTERS, 111, p.122501 (2013),  =7,944*30/7=34 2. V. Gurensov, GERDA Col  The GERDA experiment for the search of 0 decay in 76Ge Eur. Phys. J. C (2013), 73, 2330, 29AB@. Eur. Phys. J. C (2013),  =5,247 *30/7=22,5 3, V. Gurensov, GERDA Col  Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the GERDA experiment J. Phys. G: Nucl. Part. . 40 (2013) 035110 , 14 AB,  =5,33*30/7=22,8 4. V. Gurensov, GERDA Col  Pulse shape discrimination for GERDA Phase I data Eur. Phys. J. C (2013), 74 2583 , 21 AB,  =5,247 *30/7=22,5 5. V. Gurensov, GERDA Col  The background in the neutrinoless double beta decay experiment GERDA , @8=OB : ?5G0B8 Eur. Phys. J. C,  =5,247 *30/7=22,5 6. . 0@010=>2 . ., 57@C:>2 .., 02@8;N: ..., C@5=F>2 .., C7L<8=>2 .., /:8<5=:> !..  !>45@60=85 g-87;CG0NI8E 87>B>?>2 2 >1@07F5 C3;O :0: <5B>4 845=B8D8:0F88 <5AB>@>645=8O - B>< 113 ,2K?CA: 3 A5=BO1@L 2012,  =0,336E60/6=3,36 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE I. Barabanov, GERDA Col.  Limit on neutrinoless double beta decay of 76Ge by the GERDA experiment TAUP 2013, 9-13 September 2013,  =30E0,075=2,25 2. I. Barabanov, GERDA Col.  Ge detectors for GERDA Phase I and Phase II and The first GERDA results The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013.  =30E0,075=2,25 3. I. Barabanov, GERDA Col.  Status of the GERDA experiment XVth Neutrino Telescopes Workshop ,Venice, Italy, March 12-15, 2013  =30E0,075=2,25 4. I. Barabanov, GERDA Col.,  GERDA: Recent Results and Future Plans International Conference on Astro-Particle Physics, Roma, Italy, 22-24 May 2013  =30E0,075=2,25 5. I. Barabanov, GERDA Col.  The GERDA Experiment: Status and Results European Nuclear Physics D LVALT Conference (EuNPC2012) Bucharest, Romania, September 17-21, 2012  =30E0,075=2,25 6.I. Barabanov, GERDA Col  Status and plans with the GERDA experiment to probe the nature of neutrinos 36th International Conference on High Energy Physics, July 4-11, 2012, Melbourne, Australia  =30E0,075=2,25 7. I. Barabanov, GERDA Col  Results from GERDA XXV Int. Conference on Neutrino and Astrophysics Kyoto, Japan, June 3-9, 2012  =30E0,075=2,25  =136,7LVALNG10@010=>2 3>@L ><0=>28G, 26.11.1939, A=A -,   70 2012-2013 33 !B0BL8 1. I. Barabanov, GERDA Col  Results on Neutrinoless Double-beta Decay of 76Ge from Phase I of the GERDA Experiment PHYSICAL REVIEW LETTERS, 111, p.122501 (2013),  =7,944*30/7=34 2. I. Barabanov, GERDA Col  The GERDA experiment for the search of 0 decay in 76Ge Eur. Phys. J. C (2013), 73, 2330, 29AB@. Eur. Phys. J. C (2013),  =5,247 *30/7=22,5 3, I. Barabanov, GERDA Col  Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the GERDA experiment J. Phys. G: Nucl. Part. . 40 (2013) 035110 , 14 AB,  =5,33*30/7=22,8 4. I. Barabanov, GERDA Col  Pulse shape discrimination for GERDA Phase I data Eur. Phys. J. C (2013), 74 2583 , 21 AB,  =5,247 *30/7=22,5 5. I. Barabanov, GERDA Col  The background in the neutrinoless double beta decay experiment GERDA , @8=OB : ?5G0B8 Eur. Phys. J. C,  =5,247 *30/7=22,5 6. . 0@010=>2 . ., 57@C:>2 .., 02@8;N: ..., C@5=F>2 .., C7L<8=>2 .., /:8<5=:> !..  !>45@60=85 g-87;CG0NI8E 87>B>?>2 2 >1@07F5 C3;O :0: <5B>4 845=B8D8:0F88 <5AB>@>645=8O - B>< 113 ,2K?CA: 3 A5=BO1@L 2012,  =0,336E60/6=3,36 7. . . 0@010=>2, . . 57@C:>2, . /. >28:>20, !<8@=>2, . . /=>28G 8 4@.  Nd_A>45@60I89 684:89 >@30=8G5A:89 AF8=B8;;OB>@ 4;O M:A?5@8<5=B0 ?> 87<5@5=8N 42>9=>3> 15B0_@0A?040 "-, ! 5, 2012, 37-43,  =0314E60/6=3,14 8. . . 0@010=>2, ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, ./.>28:>20, /=>28G .  AA;54>20=85 :8=5B8:8 A25G5=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) "-. ! 1, 2013  =0,314E60/7=2,7 9. . . 0@010=>2, . . 57@C:>2, . . 0=8;>2, . . /=>28G 8 4@.  7<5@5=85 :>=F5=B@0F88 87>B>?0 14C 2 684:>< >@30=8G5A:>< AF8=B8;;OB>@5 =0 CAB0=>2:5 <0;>3> >1J5<0, "- ! 1, 2012, 40-44 ,  =0.314E60/5=3.14 @5?@8=BK 7. . . 0@010=>2, . . 57@C:>2, E. Resconi, S. Schoenert  The 14C abundance in liquid organic scinti*LVAL:llators and oil , Preprint INR, 1316/2012, April 2012  =4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE I. Barabanov, GERDA Col.  Limit on neutrinoless double beta decay of 76Ge by the GERDA experiment TAUP 2013, 9-13 September 2013,  =30E0,075=2,25 2. I. Barabanov, GERDA Col.  Ge detectors for GERDA Phase I and Phase II and The first GERDA results The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013.  =30E0,075=2,25 3. I. Barabanov, GERDA Col.  Status of the GERDA experiment XVth Neutrino Telescopes Workshop ,Venice, Italy, March 12-15, 2013  =30E0,075=2,25 4. I. Barabanov, GERDA Col.,  GERDA: Recent Results and Future Plans International Conference on Astro-Particle Physics, Roma, Italy, 22-24 May 2013  =30E0,075=2,25 5. I. Barabanov, GERDA Col.  The GERDA Experiment: Status and Results European Nuclear Physics Conference (EuNPC2012) Bucharest, Romania, September 17-21, 2012  =30E0,075=2,25 6.I. Barabanov, GERDA Col  Status and plans with the GERDA experiment to probe the nature of neutrinos 36th International Conference on High Energy Physics, July 4-11, 2012, Melbourne, Australia  =30E0,075=2,25 7. I. Barabanov, GERDA Col  Results from GERDA XXV Int. Conference on Neutrino and Astrophysics Kyoto, Japan, June 3-9, 2012  =30E0,075=2,25  =154LVALNG31.1. !>1>;52A:89 8:>;09 8E09;>28G, @>4. 06.04.1944, 4.D.-<.=., ?@>D., 702. !5:B. . 8G=K9   !>1>;52A:>3> 70 2012-2013 3>4K: 128.4655   !>1>;52A:>3> :0: 702. !5:B>@>< 70 2012-2013 3>4K: 128.5/2+0.75*(128.5+21.0)/2=120.3 (CGB5=K   !>1>;52A:>3> 8 0BKH52>9) 128.5/2+0.75*(128.5+21.0+438.6)/3=211.3 (CGB5=K   !>1>;52A:>3>, 0BKH52>9 8 >B28=K) 1.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5D5@8@C5<KE 6C@=0;0E. !C<<0  =64.5325 1. D.Hansen, A.Luehr, R.Herrmann, N.Sobolevsky, N.Bassler. Recent Improvements in the SHIELD-HIT Code. International Journal of Radiation Biology, 88 (2012) 195-199  =1.895*30/5=11.37 2. M.Hultquist, M.Lazzeroni, A.Botvina, I.Gudowska, N.Sobolevsky and A.Brahme. Evaluation of nuclear reaction cross sections and fragment yields in carbon beams using the SHIELD-HIT Monte Carlo code. Comparison with experiments. Phys.Med.Biol. 57 (2012) 4369 4385.  =2.701*30/6=13.505 3. D.C.Hansen, A.Luehr, N.Sobolevsky and N.Bassler. Optimizing SHIELD-HIT for carbon ion treatment. Phys.Med.Biol. 57(2012)2393-2409.  =2.701*30/4=20.2575 4. A.Luehr, D.C.Hansen, R.Teiwes, N.Sobolevsky, O.Jaekel and N.Bassler. The impact of modeling nuclear fragmentation on delivered dose and radiobiology in ion therapy. Phys.Med.Biol. 57 (2012) 5169-5185.  =2.701*30/6=13.505 5. A.Luehr, M.Priegnitz, F.Fiedler, W.Enghardt, N.Sobolevsky, N.Bassler. Dependence of simulated positron emitter yields in ion beam cancer therapy on modeling nuclear fragmentation. Applied Radiation and Isotopes. Available online 3 January 2013. http://www.sciencedirect.com/science/article/pii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assler, D.Hansen, J.Toftegaard, R.Teiwes, N.Sobolevsky, O.Jaekel, R.Herrmann, A.Luehr. Nuclear Fragmentation in Clinical Heavy Ion Beams - Should we Worry? Poster Talk at the International Conference on Translational Research in Radiation Oncology. Physics for Health in Europe (ICTR-PHE 2012). CERN, Geneva, Switzerland, February 27 - March 2, 2012. http://phys.au.dk/uploads/media/2012_poster_bassler_ICTRPHE.pdf  =6/8=0.75 2. ..0BKH520, ..5@3<0=, ..!>1>;52A:89, ..;8G. >=B5-0@;> <>45;8@>20=85 ?0@0<5B@>2 A?5:B@><5B@0 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / . >:;04 =0 !5AA88-:>=D5@5=F88 !5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", 12-16 =>O1@O 2012, $. "578AK 4>:;04>2, A.128.  =4/4=1 3. L.Latysheva, N.Sobolevsky, R.D.Ili. Computational study of the neutron's slowing-down for spallation neutron sources on proton beams. Invited talk at the NUFRA2013 International Conference Kemer, Turkey, September 29  October 6, 2013. http://fias.uni-frankfurt.de/historical/nufra2013/  =30/3=10 4. N.Sobolevsky. Nuclear models and data in SHIELD-HIT. Talk at 7th Danish Workshop on Particle Therapy: Nuclear fragmentation models in Monte Carlo codes relevant for particle therapy, 23-24 January 2013, Aarhus University, tLVALDenmark.  =6/1=6.0 5. N.Bassler, D.C.Hansen, A.Luehr, B.Thomsen, J.B.Petersen, N.Sobolevsky. SHIELD-HIT12A - a Monte Carlo particle transport program for ion therapy research. Talk at the Int. Conf. On the Use of Computers in Radiation Therapy, 6 9 May 2013, Melbourne, Australia. Http://iccr2013.org/cms/wp-content/uploads/2013/05/Niels-Bassler.pdf  =6/6=1.0 6. J.Toftegaard, A.Luehr, N.Sobolevsky, N.Bassler. Improvements in the stopping power library libdEdx and release of the web GUI dedx.au.dk. Poster presentation at the Int. Conf. On the Use of Computers in Radiation Therapy, 6 9 May 2013, Melbourne, Australia.  =6/4=1.5 7. ..."8B0@5=:>, .$.0BO52, ..02;>2, ..."8B0@5=:>, .. >3>2, ..82C=, ..5@0A8<>2 ($#& $ "-$); ..!>1>;52A:89 (/ ); ..>;>I5=:> ( ); ..;5:A552, ..$><8G5=:>, ..C4=8:>2, ..528=8F0, ..!54>2, ..$@>;>2, .!.N18=0, ..0;0=8= (& ); .!B0=:>2A:89, 5@4 0= 45= -9=45 (>;;, 5;L38O), !.. 0H=8: (, !(). =0;8B8G5A:89 15=G<0@: 2KG8A;5=8O =59B@>==>-D878G5A:8E ?0@0<5B@>2 <8H5==>3> C7;0 -;/#. $-, XXIV =0CG=>-B5E=8G5A:89 A5<8=0@ 59B@>==>-D878G5A:85 ?@>1;5<K 0B><=>9 M=5@35B8:8 (59B@>=8:0-2013), 1=8=A:, 5 8 =>O1@O 2013 3>40.  =4*0.1=0.4 8. N.Sobolevsky. Monte Carlo transport codes for simulation radiation environment in Space. NASA and FSA Technical Interchange Meeting. SINP MSU, Moscow, December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r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atysheva, N.Sobolevsky, R.D.Ili. Computational study of the neutron's slowing-down for spallation neutron sources on proton beams. Invited talk at the NUFRA2013 International Conference Kemer, Turkey, September 29  October 6, 2013. http://fias.uni-frankfurt.de/historical/nufra2013/  =30/3=10LVALNG71.3. >B28=0 .!. PRND factor of A.S. Botvina , 2012-2013. (?@02:0 !>1>;52A:>3> 40=0 :@0A=K< F25B><) ----------------------------------------- 1.3.1 Publications in journals with referee examinations: 1. A.S.Botvina, K.K.Gudima, J.Steinheimer, I.N.Mishustin, J.Pochodzalla, A.Sanchez-Lorente, M.Bleicher, H.Stoecker. Production of hyper-nuclei in peripheral collisions of relativistic ions. Nucl. Phys. A, v. 881 , p.228-239 , Amsterdam, 2012. PRND=1.540*30/8 = 5.8 2. J.Steinheimer, A.Botvina, K.Gudima, I.Mishustin, S.Schramm, M.Bleicher, H.Stoecker. From FAIR to RHIC, hyper clusters and an effective strange EoS for QCD. Acta Physica Polonica B , v.43, p. 619-626 , 2012. PRND= 0.671*30/7 = 2.9 3. J.Steinheimer, K.Gudima, A.Botvina, I.Mishustin, M.Bleicher, H.Stoecker. Hypernuclei, dibaryon and antinuclei production in high energy heavy ion collisions: Thermal production vs. Coalescence. Phys. Lett. B, v.714 , p.85-91 , 2012. PRND= 3.955*30/6 = 19.8 4. A.S.Botvina, I.N.Mishustin, J.Pochodzalla. Production of exotic hypernuclei from excited nuclear systems. Phys. Rev. C , v. 86, p. 011601 (R) (5 pages) , 2012. PRND= 3.308*30/3 = 33.1 5. M.Hultquist, M.Lazzeroni, A.Botvina, I.Gudowska, N.Sobolevsky and A.Brahme. Evaluation of nuclear reaction cross sections and fragment yields in carbon beams using the SHIELD-HIT Monte Carlo code. Comparison with experiments. Phys. Med. Biol., v.57, p.4369-4385, (#13), 2012. PRND=2.829*30/6=14.2  =2.701*30/6=13.5 6. N.Buyukcizmeci, H.Imal, R.Ogul, A.S.Botvina, I.N.Mishustin. Isotopic yields and symmetry energy in nuclear multifragmentation reactions. J. Phys. G : Nucl. Part. Phys., v.39, p.115102 (10 pages) 2012. PRND= 4.178*30/5 = 25.1 7. S.N.Soisson, A.Botvina, G.A.Souliotis, B.C.Stein, L.Heilbor, A.KeLVAL8ksis, Z.Kohley, L.May, D.V.Shetty, S.Wuenschel, S.J.Yennello. Multifragmentation of reconstructed quasi-projectiles in the mass region A ~ 30. J. Phys. G : Nucl. Part. Phys., v.39, p.115104 (15 pages) 2012. PRND= 4.178*30*0.1 = 12.5 8. V.A.Karnaukhov, S.P.Avdeyev, A.S.Botvina, V.V.Kirakosyan, O.V.Strekalovsky, P.A.Rukoyatkin, W.Karcz, E.Norbeck and H.Oeschler. Time scale of nuclear multifragmentation induced by light relativistic ions. J. Phys. G : Nucl. Part. Phys., v.39, p.125104 (8 pages) 2012. PRND= 4.178*30/9 = 13.9 9. N.Buyukcizmeci, A.S.Botvina, I.N.Mishustin, R.Ogul, M.Hempel, J.Schaffner-Bielich, F.-K.Thielemann, S.Furusawa, K.Sumiyoshi, S.Yamada, H.Suzuki. A comparative study of statistical models for nuclear equation of state of stellar matter. Nucl. Phys. A, v. 907 , p.13-54 , Amsterdam, 2013. PRND=1.54*30*0.1= 4.6 10. V.A.Karnaukhov and A.S.Botvina. Comment on 'The experimental liquid--vapor phase diagram of bulk nuclear matter'. J. Phys. G: Nucl. Part. Phys. v.40, p.058001 (2 pages) 2013. PRND=4.178*30/2=62.7 11. N. Eren, N.Buyukcizmeci, R.Ogul, and A.S.Botvina. Mass distribution in the disintegration of heavy nuclei. Eur. Phys. J. A, v.49, p.48 (7 pages), Berlin/Heidelberg, 2013. PRND=2.043*30/4= 15.3 12. A.S.Botvina. Production of exotic hypernuclei from excited nuclear systems. Nucl. Phys. A, v. 914 , p. 401-404 , 2013. PRND=1.54*30=46.2 13. A.Esser, S.Nagao, F.Schulz, S.Bleser, M.Steinen, P.Achenbach, C.Ayerbe Gayoso, R.Boehm, O.Borodina, D.Bosnar, A.Botvina, V.Bozkurt, L.Debenjak, M.O.Distler, I.Friscic, Y.Fujii, T.Gogami, M.Gomez Rodriguez, O.Hashimoto, S.Hirose, H.Kanda, M.Kaneta, E.Kim, Y.Kohl, J.Kusaka, A.Margaryan, H.Merkel, M.Mihovilovic, U.Mueller, S.N.Nakamura, J.Pochodzalla, C.Rappold, J.Reinhold, T.R.Saito, A.Sanchez Lorente, S. Sanchez Majos, B.S.Schlimme, M.Schoth, C.SfienLVAL9ti, S.Sirca, L.Tang, M.Thiel, K.Tsukada, A.Weber, K.Yoshida. Prospects for hypernuclear physics at Mainz: From KAOS@MAMI to PANDA@FAIR. Nucl. Phys. A, v. 914 , p. 519-529 , 2013. PRND=1.54*30*0.05= 2.3 14. N.Buyukcizmeci, A.S.Botvina, J.Pochodzalla, M.Bleicher. Mechanisms for production of hypernuclei beyond the neutron and proton drip lines. Phys. Rev. C , v. 88, p. 014611 (10 pages) , 2013. PRND=3.308*30/4=24.8 15. A.S.Botvina, K.K.Gudima, J.Pochodzalla. Production of hypernuclei in peripheral relativistic ion collisions. arXiv:1307.5553 [nucl-th], 2013. Phys. Rev. C , v. 88, p. 054605 (8 pages) , 2013. PRND=3.308*30/3=33.1 (sum only for publications 2012-2013 : PRND= 316.3 315.6) -------------------------------------------------------------- 1.3.2. Talks (Invited talks) at International Conferences 1. A.S. Botvina. Hypernuclei and their production in relativistic nuclear collisions. Seminar of Laboratory of Neutron Research, Institute for Nuclear Research (RAS), Troitsk, February 22, 2012. PRND = 0 2. A.S. Botvina. Production of hypernuclei in collisions of relativistic ions. Invited talk at NICA/JINR-FAIR bilateral workshop "Matter at highest baryon densities in the laboratory and in space", FIAS, Frankfurt am Main, Germany, April 2-4, 2012. http://theor.jinr.ru/~nica_fair/ PRND= 30 = 30.0 3. A.S. Botvina. Production of Hypernuclei From Excited Nuclear Systems. Invited talk at 4-th International Conference on Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012), September 3-7, Kyiv, Ukraine, 2012. http://www.npae2012.kiev.ua PRND= 6 = 6.0 4. A.S. Botvina. Production of exotic hypernuclei from excited nuclear systems. Talk at 11-th International Conference on Hypernuclear and Strange LVAL: Particle Physics, Barcelona, Spain, October 1-5, 2012. http://icc.ub.edu/congress/HYP2012/index.php PRND= 6 = 6.0 5. A.S. Botvina. Models of nuclear reactions releveant for medical applications. Invited talk at 7-th Danish Workshop on Particle Therapy. Dept. of Physics and Astronomy of Aarhus University, Aarhus, Denmark, 23-24 January 2013. http://www.partikelterapi.dk/index.php?option=com_content& task=view&id=44&Itemid=62 PRND=30=30.0  =6/1=6.0 6. A.S. Botvina. Production of hypernuclei in collisions of relativistic ions. Invited talk at HypHI collaboration meeting. GSI, Darmstadt, Germany, March 26, 2013. PRND=0 7. A.S. Botvina. Production of hypernuclei from excited nuclear residues formed in relativistic ion collisions. Invited talk at the Fourth International Conference on Nuclear Fragmentation (from basic research to applications) - NUFRA2013. Kemer (Antalya), Turkey, September 29 - October 6, 2013. http://fias.uni-frankfurt.de/historical/nufra2013/ PRND=30=30.0 8. A.S. Botvina. Mechanisms for production of nuclei and hypernuclei beyond neutron and proton drip-lines in peripheral relativistic ion collisions. Invited talk at the Super-FRS Collaboration Meeting. Moerfelden-Walldorf, Hessen, Germany, October 23 - 25 , 2013. https://indico.gsi.de/event/superfrs3 PRND=0 9. A.S. Botvina. Formation of nuclear fragments and multifragmentation in heavy-ion collisions at intermediate energies. Invited seminar at SINAP-CAS, Shanghai, China, December 4, 2013. http://www.sinap.cas.cn/xwzx/xsbg/201312/t20131203_3989688.html PRND=0 10. A.S. Botvina. New opportunities for production of hypernuclei from excited nuclear residues in relativistic ion collisions. Invited talk at the SINAP-CAS Workshop, Shanghai, China, DeceLVALmber 11, 2013. PRND=30=30. (sum only conferences 2012-2013: PRND=132 108) --------------------------------------------------------------- C:>2>4AB2> 0A?8@0=B0<8 8 A>8A:0B5;O<8. !C<<0  =15.0 C:>2>4AB2> (A>2<5AB=> A ..!>1>;52A:89) 0A?8@0=B>< / B@5BL53> 3>40 >1CG5=8O ..5;O=>2K<, ?> B5<5 0728B85 AB0B8AB8G5A:>3> >?8A0=8O O45@=KE @50:F89 A 2:;NG5=85< M;5:B@><03=8B=KE 2708<>459AB289.  =30/2=15 -------------------------------------------------------------- 1.3.3. Scientific-organization work: 1. Co-Chair of NUFRA2013, responsible for Scietific Program. 4-th International Conference on Nuclear Fragmentation: From Basic Research to Applications. September 29 - October 6, 2013, Kemer (Antalya), Turkey http://fias.uni-frankfurt.de/nufra2013/ There were presented 3 invited talks from INR RAS: from N.M.Sobolevsky, I.N.Pshenichnov, and A.S.Botvina. PRND = ? ----------------------- Citations of A.S.Botvina scientific publications: According to ISI Web Knowledge : 3611 --------------------------------------------------------------------- Sum PRND factor (2012-2013): PRND= %%%448.3%%% 438.60'.RM H C > 9 4 /*1DKFMH$ u|C( )vW@?`NGHHHH<?# 9PB& t<W@?<@{HHHH<?" f-D]%,5W@?Ni~NGHHHH<?! swB W@?|NGHHHH<? "33?d,W@? @{HHHH<? !G-B W@? @zHHHH<? _B*W@?byNGHHHH<? .W@?<<<<<? }33S@d^RW@?@xHHHH<? KeA@ W@?8@xHHHH<? F`BVW@?@xHHHH<? ff1C%@rW@?vNGHHHH<? iffB̻B %2JCW@?tNGHHHH<? ry814:EAV@?<<<<<? Uy814:EoV@?<<<<<? H33CBy814:ESV@?:(qNGHHHH<? y814:E V@?<<<<<? \Cy814:E+V@?:mNGHHHH<? =HV3V@?<<<<<? AR:V@?F @lHHHH<? BBV@?@kHHHH<? 1= BB V@?@kHHHH<?  shC )pV@?'hNGHHHH<? rBPV@?^&eNGHHHH<? TAB V@?cNGHHHH<?  HrA ~V@?@^HHHH<? f=JDa"Dy814:EtV@?05_NGHHHH<?  HrA ~V@?@^HHHH<? {TAB V@?\NGHHHH<? )DE)--V@? @[HHHH<? h@Ad V@@@ZHHHH<? 3 Cr4!V@?XNGHHHH<?  hBX <V@@@UHHHH<? NTAB V@?dVNGHHHH<? ARV@?@UHHHH<? q=A,( 4V@?SNGHHHH<? B^l Z V@?QNGHHHH<?33@d&V@? ONGHHHH<?t{dBX <V@?*MNGHHHH<?cB bV@?x)JNGHHHH<? ff@2^R V@?PHNGHHHH<?) 33cArV@?@5HHHH<? ̉BBV@?FNGHHHH<? ffvC )vV@?(OANGHHHH<? CH!3C:$JV@?RA<NGHHHH<?+LC) dV@?I6NGHHHH<?LVALNG=  2012-2013- !04K:>2 028;L AE0B>28G =48284C0;L=K9   70 2012-20133= 48,076 +97,873=145,949   @C:>2>48B5;O 70 2012- 20133 =48.118+131,0125=179,130 20123. I. !B0BL8: 1. A new time-of-flight neutron reflectometer and SANS instrument GORIZONT at IN-06 spallation neutron source. V S Litvin, V A Trounov, V A Ulyanov, A P Boulkine, S I Kalinin, A A Alekseev, R A Sadykov and E A Koptelov, Journal of Physics: Conference Series 340 (2012) 012032. 8<?0:B D0:B>@ = 8 ?@=4 8*30/8=30 2. High Pressure Synthesis and Magnetic Properties of Cubic B20 MnGe and CoGe. A.V. Tsvyashchenko, V.A. Sidorov, L.N. Fomicheva, V.N. Krasnorussky, R.A. Sadykov, J.D. Thompson, K. Gofryk, F. Ronning, and V.Yu. Ivanov, Solid State Phenomena Vol. 190 (2012) pp 225-228. 8<?0:B D0:B>@ = 1 ?@=4 1*30/7= 4,286 3. Magnetocaloric Effect and Magnetic Properties of High Pressure Synthesized RhFe Compound. Samanta Tapas, Tempel Samuel, Dubenko Igor, Krylov V.I., Tsvyashchenko A.V., Fomicheva L.N., Sadykov R.A. and Ali N. Solid State Phenomena Vol. 190 (2012) pp 351-354. 8<?0:B D0:B>@ = 1 ?@=4 1*30/8= 3,75 II. @5?@8=BK <?0:B D0:B>@ =4 26 <0@B0 2012 3. 1. !8AB5<0 @538AB@0F88 4;O =59B@>=>3@0D8G5A:8E M:A?5@8<5=B>2 ?> <5B>4C 2@5<5=8 ?@>;5B0 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / . .. 0@8=, !.. >B0H52, .. ;5:A552, .!. 8B28=, .!. >B0H52, .. "@C=>2, !.. :A5=>2, .. 5A5;>2A:89, .!. >=>=KE8=, .!. ;5<5=BL52, . !04K:>2. @5?@8=B /  !1328/20123.. ?@=4 4/11= 3,64 III. >:;04K =0 :>D5@5=F8OE: <?0:B D0:B>@ =4 #AB=K5 4>:;04K. 1. 1. The INR RAS Neutron Complex  Present Status and Prospects A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, V.A. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov,S.F. Sidorkin. 20th meeting on Collaboration of Advanced Neutron Sources, March4-9,2012, Bariloche, Argentina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onmagnetic High Pressure Clamp Cells For Neutron Scattering, Magnetic Measurements and NMR. Ravil Sadykov. International Conference on Superconductivity and Magnetism, 29April-4May 2012 , (ICSM2012), Istambul, Turkey. Abstracts p.620. ?@=4 4/1= 4 1.5. 59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20==KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 /  .. !04K:>21,2,3, .. ;5:A5521, .!. 8B28=1, .!. ;5<5=BL521,5,6, !.. :A5=>21 , .!. >=>=KE8=1, .. "@C=>21, !.. C7=5F>24, .. 5H:>24, ... 0?CH:8=4, .. $54G5=:>1, .. >@1C=>21, .. @BNH8=1, .. >=><0@5201, .. @0G521, .. $5I5=:>1, .. !5@>21, .. ;5:A5525, .. C;:8=7, .. #;LO=>27, .. "@C=>27,..@02GC:1, -.. >?B5;>21 "578AK, AB@. 128, XXII 564C=0@>4=>3> !>25I0=8O ?> A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( ! 2012), 5;5=>3>@A:, 5=8=3@04A:>9 >1;.15-20 >:BO1@O 2012 3>40 ?@=4 4*0.1= 0,4 XXII !) ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O !-2012, :B.2012,!0=:B-5B5@1C@3. =48284C0;L=K9   70 20123=48,076   @C:>2>48B5;O 70 20123 =48,118 =24,038(48,076/2)+0.75[(48,076+120.47+6,94+16.3+ 5+8+99.8LVAL?21*0.2 )/7] =24,038+0.75[(224,7502)/7] = 24,038+0.75*32,107 =48,118 ------------------------------------------------------------------------------------ 20133. I. !B0BL8: 1.1 . !.. C7=5F>2,.. 5H:>2, .. !04K:>2,.!. 8B28=, ... 0?CH:8=, .. ;5:A552, -.. >?B5;>2. =>3>DC=:F8>=0;L=K9 =59B@>==K9 A?5:B@><5B@ =0 8<?C;LA=>< 8AB>G=8:5  06 / , @0B:85 A>>1I5=8O ?> D878:5, 2013, 9, 3-11. Impact factor -0.241 0;;K (0.241*60)/7= 2,066 1.2. Magnetism and superconductivity in EuFe2As2 synthesized under high pressure A. V. Tsvyashchenko, V. A. Sidorov, L. N. Fomicheva, K. Gofryk, R. A. Sadykov, and J. D. Thompson, Phys. Status Solidi B 250, No. 3, 589 592 (2013) Impact factor -1.49 10;;K (1.49*30)/6= 7,45 1.3. Chiral Properties of Structure and Magnetism in Mn1-xFexGe Compounds: When the Left and the Right are Fighting, WhoWins? S.V. Grigoriev, N. M. Potapova, S.-A. Siegfried, V. A. Dyadkin, E.V. Moskvin,V. Dmitriev, D. Menze,C. D. Dewhurst, D. Chernyshov, R. A. Sadykov, L. N. Fomicheva, and A.V. Tsvyashchenko. PRL 110, 207201 (2013) Impact factor -7.943 10;;K (7.943*30)/12= 19,857 1.4. 111Cd-TDPAC Study of Pressure Effect on the Valence of Yb in the YbGe2.85 Cubic Phase. A. V. Tsvyashchenko, A. I. Velichkov, A. V. Salamatin, L.N. Fomicheva, D.A. Salamatin, G. K. Ryasny, A. V. Nikolaev, M. Budzynski, R.A. Sadykov, and A.V. Spasskiy J. Alloys and Compounds, 552 (2013) 190 Impact factor=2.390 0;;K=(2.390E30)\10= 7,17 II. @5?@8=BK . !. 8B28=, . . !B>;O@>2, . . !04K:>2. #,""+  /   /  +% !"   "  $"" -# !" "   "  #,! !"' "  -06. @5?@8=B /  !1365/2013, .: 2013, 15 A. <?0:B D0:B>@ =4 0;;- 4/3=1.33 III. >:;04K =0 :>D5@5=F8OE: @83;0H5==K9 4>:;LVAL@04: Workshop on New directions on High Pressure Neutron Scattering ,June 3-5th 2013 in Knoxville,Tennessee. R . Sadykov,  The high pressure clamp cells for neutron scattering . 0;; 30 Y.!> @C:>2>4AB2> 0A?8@0=B0<8: Y.1. !B>;O@>2 .. Y.2. D>=8= .. 0;; 15+15=30 --------------------------------------------------------------------------------------- =48284C0;L=K9   70 20133=90,703+ 7,17= 97,873   @C:>2>48B5;O 70 20133 =(97,873/2) 48,9365+ (246.4+75,98+68.9+12,9+6.2=410,38) 410,38/5=)82,076=131,013 --------------------------------------------------------------------------- =48284C0;L=K9   70 2012-20133= 48,076 +97,873=138,779+7.17= 145,949   @C:>2>48B5;O 702012- 20133 =48.118+131,0125=179,130 !B5=4>2K5 4>:;04K: 1. The Magnetic Spiral in ZnCr2Se4 under Pressure up to 56kbar R.A. Sadykov, I.N. Goncharenko and L. Keller . International Conference on Superconductivity and Magnetism, 29April-4May 2012 , (ICSM2012), Istambul, Turkey. Abstracts p.622. 2. >;LF52K5 45B5:B>@K 4;O CAB0=>2>: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -06 8 -!. .. 0B285=:>, .!. ;5<5=BL52, .. !04K:>2. "578AK, AB@.96, XXII 564C=0@>4=>3> !>25I0=8O ?> A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( ! 2012), 5;5=>3>@A:, 5=8=3@04A:>9 >1;.15-20 >:BO1@O 2012 3. 3. 0<5@K 2KA>:>3> 402;5=8O 4;O =59B@>=>3@0D88 =0 >A=>25 =5<03=8B=KE A?;02>2 TiZr, 40%. 8 95. . . !04K:>2, "578AK, AB@. 129, XXII 564C=0@>4=>3> !>25I0=8O ?> A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( ! 2012), 5;5=>3>@A:, 5=8=3@04A:>9 >1;.15-20 >:BO1@O 2012 3. 4. !B@C:BC@=>5 8 <03=8B=>5 42CED07=K5 A>AB>O=8O H?8=5;8 ZnCr2Se4-E .. !04K:>2 , .. 0;03C@>2 , . .. ><O:CH8= , .. (01C=8=0 "578AK, AB@. 129, XXII 564C=0@>4=>3> !>25I0=8O ?> A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O :LVALJ( ! 2012), 5;5=>3>@A:, 5=8=3@04A:>9 >1;.15-20 >:BO1@O 2012 3. 5H5=85 @57848C<0 ?> AB5=4. >:;040<-AAK;:0: https://ras.ru/committee_of_directors/meetingdecisions.aspx?ID=39e4badc-1adf-4657-88ca-f8e49c68817eLVALNGB;5<5=BL52 235=89 !B0=8A;02>28G 12.04.1968 :.D.-<.=., A.=.A. !!  ---------------------------------------------------------------------------------------- B>3>2K9   70 2 3>40 (2012-2013) = 246.4   (2013) = 115.93   (2012) = 130.47   2013 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: .!. ;5<5=BL52, . . ;5:A552, . . 07C:>2, . . /@>A;02F52, . . @810=>2, 03=5B87< 2 :207818=0@=KE A8AB5<0E =0 >A=>25 20;5=B=>-=5AB018;L=>3> A>548=5=8O CeNi, >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O, !.12 (2013) AB@.52-56.   60*0.359/5 = 4.31 .. "@C=>2, .!. ;5<5=BL52, #25;8G5=85 D0:B>@0 <>I=>AB8 2 :><?>78B=KE B5@<>M;5:B@8G5A:8E <0B5@80;0E, >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O, !.12 (2013) AB@.57-61.   60*0.359/2 = 10.77 @5?@8=BK: 5B>4 @0AG5B0 ?0@0<5B@>2 :@8AB0;;8G5A:>3> M;5:B@8G5A:>3> ?>;O 2 A8AB5<0E A =87:>9 A8<<5B@859 ;>:0;L=>3> >:@C65=8O @54:>75<5;L=KE 8>=>2, @5?@8=B /  1374/2013, .!. ;5<5=BL52   4/1 = 4 ;5=0@=K5 4>:;04K =0 :>=D5@5=F8OE: 3-O A5@>AA89A:0O <>;>456=0O H:>;0-:>=D5@5=F8O !>2@5<5==K5 ?@>1;5<K <5B0;;>2545=8O, !-2012, 9-14 A5=BO1@O 2013 3. 8FC=40, @83;0H5==0O ;5:F8O: =><0;88 D878G5A:8E A2>9AB2 8=B5@<5B0;;84>2 8 A?;02>2 =0 >A=>25 ;0=B0=>84>2 8 0:B8=84>2, .!. ;5<5=BL52   20/1 = 20 #AB=K5 4>:;04K =0 :>=D5@5=F8OE: V Euro-Asian Symposium  Trends in MAGnetism : Nanomagnetism. EASTMAG  2013, EASTMAG  2013, 1-21 Sept. 2013, Vladivostok, Magnetism, valence instabilities and volume collapse in RNi-nased pseudobinary systems, E.S. Clementyev, A.V. Tsvyaschenko, Yu.B. Lebed, Ya.V. Zubavichus, A.V. Mirmelstein   1.54.00/5 = 1.2 JCNS Workshop 2013 Trends and Perspectives in Neutron Scattering Magnetism and Correlated Electron Systems, 7-10.10.2013, Tutzing, Volume collapse and valence instabilities in CeNi, E. Clementyev, A. Tsvyaschenko, J. Lebed, Y. Zubavichus, D. Kozlenko, I. Bobrikov, A. Balagurov, S. Popkov   1.54.00/8 = 0.75 0CG=0O A5AA8O /#LVALC $-2013, 1-6.02.2013, >A:20, 03=8B=K5 2>71C645=8O 8 D07>20O 4803@0<<0 EuCu2(SixGe1-x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f M;5:B@>==>9 >1>;>G:8 2 CeNi: <5B0AB018;L=0O D070 8 D070 2KA>:>3> 402;5=8O, .!. ;5<5=BL52, .. 8@<5;LHB59=, .. &2OI5=:>, ... 5154L.   4.00/4 = 1 11-O >;>456=0O =0CG=0O H:>;0 &  C@G0B>2A:89 8=AB8BCB, 12-15.11.2013, >A:20, 59B@>==K5 8AA;54>20=8O <03=8B=KE 2>71C645=89 2 EuCu2Si2, ;5:A552 .., "@C=>2 .., ;5<5=BL52 .!., >4;5A=O: ..   4.00/4 = 1 !B5=4>2K5 4>:;04K =0 :>=D5@5=F8OE: JCNS Workshop 2013 Trends and Perspectives in Neutron Scattering Magnetism and Correlated Electron Systems, 7-10.10.2013, Tutzing, Magnetic excitation in intermediate-valence EuCu2Si2, P. Alekseev, D. Trunov, E. Clementyev, A. Podlesnyak,  >=D5@5=F8O !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, 6.06.2013, >A:20, >;;0?A 4f M;5:B@>==>9 >1>;>G:8 2 ?@><56CB>G=>-20;5=B=>< CeNi..!. ;5<5=BL52, .. &2OI5=:>, ... 5154L, /.. C1028GCA, .. >7;5=:>, .. >1@8:>2. >=D5@5=F8O !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, 6.06.2013, >A:20, "@0=A?>@B=K5 A2>9AB20 :><?>78B=KE B5@<>M;5:B@8G5A:8E <0B5@80;>2 =0 >A=>25 ?@><56CB>G=>-20;5=B=KE F5@852KE 8 8B5@1852KE 8=B5@<5B0;;84>2, .. "@C=>2, .!. ;5<5=BL52 LVALD !>@C:>2>4AB2> 0A?8@0=B>< (.. "@C=>2, 0A?8@0=B / )  =30/2=15.00 C:>2>4AB2> A>8A:0B5;5< 720=8O 10:0;02@0 (... 02K4>20, "-D0:C;LB5B /# $)  =10 C:>2>4AB2> A>8A:0B5;5< 720=8O 10:0;02@0 (.. !54O:8=0, $$- $")  =10 C:>2>4AB2> A>8A:0B5;5< 720=8O 10:0;02@0 (.. '5@=KH>20, $$- $")  =10 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O !1# 59B@>==K5 8AB>G=8:8 4;O 8AA;54>20=8O :>=45=A8@>20==KE A@54 4;O <038AB@0BC@K :0D54@K =59B@>==>9 8 A8=E@>B@>==>9 D878:8 (?@>G8B0= =0 $878G5A:>< D0:C;LB5B5 !1# 2 >A5==5< A5<5AB@5 2013 3.)   = 8.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 A8;L=>:>@5;;8@>20==KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< !70)   = 8.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O $" 59B@>==K5 <5B>4K 8AA;54>20=8O :>=45=A8@>20==KE A@54 ?> =0?@02;5=8N 010900 @8:;04=K5 <0B5<0B8:0 8 D878:0 ($0:C;LB5B @>1;5< $878:8 8 -=5@35B8:8, :0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)   = 8.00 --------------------------------------------------------------------------------------- B>3>2K9   (2013) = 120.47   2012 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: .!. ;5<5=BL52, .. ;5:A552, .. D8<>2, .. "@>O=GC:, .!. 20=>2, .. 07C:>2, .. !8:>;5=:>, -DD5:BK :@8AB0;;8G5A:>3> M;5:B@8G5A:>3> ?>;O 2 Pr0.5Sr0.5Co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mTe A 0=B8D5@@>:204@C?>;L=K< C?>@O4>G5=85<, .!.LVALE ;5<5=BL52, A.. >4;5A=O:, .-. 8=L>.   20/3 = 6.67 46-O (:>;0 /$ ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, 12-17 <0@B0 2012 3. !0=:B-5B5@1C@3, 5C?@C3>5 @0AA5O=85 =59@>=>2  =0AB>OI55 8 1C4CI55, .!. ;5<5=BL52.   20/1 = 20 #AB=K5 4>:;04K =0 :>=D5@5=F8OE: 0CG=0O A5AA8O /# $ 2012, 30 O=20@O - 4 D52@0;O 2012 3., >A:20, 59B@>==K5 8AA;54>20=8O 8=B5@<5B0;;84>2 =0 >A=>25 RNi, .!. ;5<5=BL52, .. ;5:A552, .. 07C:>2   4.00/3 = 1.33 ICANS-XX, International Conference on Advanced Neutron Sources, 4-9th March 2012, Bariloche, Argentina, The INR RAS Neutron Complex  Present Status and Prospects, A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, A.V. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov, S.F. Sidorkin.   6.00/10 = 0.6 XV 564C=0@>4=K9, <5648AF8?;8=0@=K9 A8<?>78C<  #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E" (OMA-15), 13-18 A5=BO1@O 2012, >>, $07>2K9 ?5@5E>4 A :>;;0?A>< 4f M;5:B@>==>9 >1>;>G:8 2 ?@><56CB>G=>-20;5=B=>9 A8AB5<5 CeNi, .!. ;5<5=BL52, .. &2OI5=:>, ... 5154L, /.. C1028GCA, ..8@<5;LHB59=.   1.54.00/5 = 1.2 X >=D5@5=F8O A8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, 14 8N=O 2012, "@>8F:, =><0;L=K9 <03=8B=K9 A?5:B@ 20;5=B=>-=5AB018;L=>9 A8AB5<K TmTe A 0=B8D5@@>:204@C?>;L=K< C?>@O4>G5=85<, .!. ;5<5=BL52, A.. >4;5A=O:, .-. 8=L>.   4.00/3 = 1.33 !B5=4>2K5 4>:;04K =0 :>=D5@5=F8OE: XXII !) ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O !-2012, 15-19 >:BO1@O 2012 3. !0=:B-5B5@1C@3, >;;0?A 4f M;5:B@>==>9 >1>;>G:8 2 8=B5@<5B0;;845 CeNi 8 2 :207818=0@=KE A8AB5<0E =0 53> >A=>25, .!. ;5<5=BL52, A.. 8@<5;LHB59=, ... 5154L, .. &2OI5=:>, .. >7;5=:>. XXII !) ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O !-2012, 15-19 >:BO1@O 2012 3. !0=:B-5B5@1C@3, >;LF52K5 45B5:B>@K 4;O CAB0=>2>: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 =-dLVALt06 8 -!, .. 0B285=:>, .!. ;5<5=BL52, .. !04K:>2. 0CG=0O A5AA8O /# $ 2012, 30 O=20@O - 4 D52@0;O 2012 3., >A:20, 59B@>==K9 48D@0:B><5B@ 2KA>:>3> 402;5=8O 5@:C;5A, !.. :A5=>2, .. !04K:>2, .!. ;5<5=BL52, .. ;5:A552, .!. 8B28=, .!. >=>=KE8=, .. C;:8=, -.. >?B5;>2. 0CG=0O A5AA8O /# $ 2012, 30 O=20@O - 4 D52@0;O 2012 3., >A:20, @5<O?@>;5B=K9 48D@0:B><5B@ =0 3>@OG8E 8 M?8B5?;>2KE =59B@>=0E =0 8AB>G=8:5 -06 / , .. 0B285=:>, .!. ;5<5=BL52, .. !04K:>2, -.. >?B5;>2. 0;B89A:0O <564C=0@>4=0O H:>;0 ?> D878:5 B25@4>3> B5;0 8 <03=5B87<C, 11-18 023CAB0 2012 3, !25B;>3>@A:, !?5:B@ <03=8B=KE 2>71C645=89 2 A8AB5<5 TmTe A 0=B8D5@@>:204@C?>;L=K< C?>@O4>G5=85<, .!. ;5<5=BL52, A.. >4;5A=O:, .-. 8=L>. !>@C:>2>4AB2> 0A?8@0=B>< (.. "@C=>2, 0A?8@0=B / )  =30/2=15.00 !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, 0A?8@0=B /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< !70)  =30/2=15.00 C:>2>4AB2> A>8A:0B5;5< 720=8O 10:0;02@0 (... 02K4>20, "-D0:C;LB5B /# $)  =10 C:>2>4AB2> A>8A:0B5;5< 720=8O 10:0;02@0 (. !54O:8=0, $$- $")  =10 07@01>B:0 =>2>3> =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O !1# 59B@>==K5 8AB>G=8:8 4;O 8AA;54>20=8O :>=45=A8@>20==KE A@54 4;O <038AB@0BC@K :0D54@K =59B@>==>9 8 A8=E@>B@>==>9 D878:8 (?@>G8B0= =0 $878G5A:>< D0:C;LB5B5 !1# 2 >A5==5< A5<5AB@5 2012 3.)   = 30.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 A8;L=>:>@5;;8@>20==KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< !70)   = 8.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O $" 59B@>==K5 <5B>4K 8AA;54>20=8O :>=45=A8@>20==KE A@54 ?> =0?@02;5=8N 010900 @8:;04=K5 <0B5<0B8:0 8 D878:0 ($0:C;LB5B @>1;5< $878:8 8 -=5@35B8:8, :0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)   = 8.00 --------------------------------------------------------------------------------------- B>3>2K9   (2012) = 130.47LVALNGG5154L .;8O . A=A    70 2013 3>4 =50.83.   70 2012 3>4=18.1. B>3>:   70 2 3>40 =68.9 2013. >:;04K =0 :>=D5@5=F8OE. 1) !B5=4>2K9 4>:;04 5:>@4=K9 :>;;0?A 4f M;5:B@>==>9 >1>;>G:8 2 ?@><56CB>G=>-20;5=B=>< CeNi .!. ;5<5=BL52, .. &2OI5=:>, ... 5154L, /.. C1028GCA, ..$><8G520, .. >7;5=:>, .. >1@8:>2, .. 0;03C@>2 IX :>=D5@5=F8O  !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O , $, 6 8N=O 2013 3 2) @83;0H5==K9 4>:;04 Dielectric spectroscopy and complex relaxation in the simple organics under ultra-high pressures Kondrin, Mikhail, ; Alexey A., Pronin, ; Alexander G., Lyapin, ; Elena L., Gromnitskaya, Yulia B., Lebed; Vadim V., Brazhkin 7th International Discussion Meeting on Relaxations in Complex Systems, Barcelona, 21-26 July 2013 20/6=3.33 3) #AB=K9 4>:;04 =0 :>=D5@5=F88 EASTMAG  2013, September 15  21, 2013, Vladivostok, Russia MAGNETISM, VALENCE INSTABILITIES AND VOLUME COLLAPSE IN RNi-BASED PSEUDOBINARY SYSTEMS E.S. Clementyev, A.V. Tsvyaschenko, Yu.B. Lebed, Ya.V. Zubavichus, A.V. Mirmelstein. 6/5=1.2 4) @83;0H5==K9 4>:;04 =0 :>=D5@5=F88 CECAM 3-6 =>O1@O 2013, Lausanne, Switzerland, Modeling the Physical Properties of Clustering Crystal  High-Pressure Pyrolysis as a New Strategy for the Synthesis of Boron and Boron-Carbon Phases, E.A. Ekimov, V.A. Sidorov, J.B. Lebed , S.G. Lyapin 20/4=5. 5)  Volume collapse and valence instabilities in CeNi E. Clementiev, A. Tsvyaschenko, J.Lebed, Y.Zubavichus, D. Kozlenko, I.Bobrikov, A.Balagurov, S.Popkov. JCNS Workshop 7-10 October 2013, Tutzing,  Trends and Perspectives in Neutron Scattering: Magnetism and Correlated electron systems , p.47. 6/8=0.70 !B0BL8. 1) ..:8<>2, ...5154L, !..O?8=, .$.>@>28:>2.!8=B57 1>@>C3;5@>4=KE D07 A> AB@C:BC@>9 -B5B@03>=0;L=>3> 1>@0 ?@8 8 9 0. 5>@30=8G5A:85 <0B5@80;K, 49 (2013) 0.376*60/4=5.70 2) E.A. Ekimov, J.B.Lebed , V.A.Sidorov, S.G.Lyapin. High-pressure synthesis of crystalline boron in B-H system. Phys. Status SolidiLVAL B, 1 5 (2013) 1.489*30/4=11.20 3) Phase transformations in methanol at high pressure measured by dielectric spectroscopy technique. M. V. Kondrin, A. A. Pronin, Y. B. Lebed, and V. V. Brazhkin. J. Chem. Phys. 139, 084510 (2013); 3.164*30/4=23.70 2012 3. >:;04K =0 :>=D5@5=F8OE. 1) #AB=K9 4>:;04 =0 :>=D5@5=F88. 15th International Conference on High Pressure Semiconductor Physics  HPSP15High-pressure synthesis of crystalline boron phases in B-H system E.A. Ekimov , J.B. Lebed , S.G. Lyapin , I.P. Zibrov, July 25 2012. (! ?C1;8:0F859 2 B@C40E :>=D5@5=F88) 6/4*1.5=2.30 2) #AB=K9 4>:;04 =0 XII >=D5@5=F88 <>;>4KE CG5=KE "@>1;5<K D878:8 B25@4>3> B5;0 8 2KA>:8E 402;5=89"7-16 A5=BO1@O 20123. .. >=4@8=, .. @>=8=, .. @06:8=, ... 5154L. $07>20O 4803@0<<0 <5B0=>;0 ?@8 2KA>:8E 402;5=8OE 4> 6 0 4/4=1 3) #AB=K9 4>:;04 A ?C1;8:0F859 2 "@C40E 15-3> 564C=0@>4=>3> <5648AF8?;8=0@=>3> A8<?>78C<0 #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E -15, 13-18 A5=BO1@O 2012, >>, "$07>2K9 ?5@5E>4 A :>;;0?A>< 4f M;5:B@>==>9 >1>;>G:8 2 ?@><56CB>G=>-20;5=B=>9 A8AB5<5 CeNi", .!. ;5<5=BL52, .. &2OI5=:>, ... 5154L, /.. C1028GCA,..8@<5;LHB59= AB@. 54-57 (2012) 6/5*1.5=1.80 !B0BL8. 1) J. Solid State Chemistry 2012, v196, pp232-237  Bi6(SeO3)3O5Br2: A new bismuth oxo-selenite bromide P. S. Berdonosov, A.V. Olenev, M. A. Kirsanova, J. B. Lebed, V. A. Dolgikh. 2.159*30/5=13.00LVALNGI:A5=>2 !5@359 8:>;0528G, <=A    2012- 510;;>2 I. @5?@8=B 26 <0@B0 2012 3. 1. !8AB5<0 @538AB@0F88 4;O =59B@>=>3@0D8G5A:8E M:A?5@8<5=B>2 ?> <5B>4C 2@5<5=8 ?@>;5B0 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / . .. 0@8=, !.. >B0H52, .. ;5:A552, .!. 8B28=, .!. >B0H52, .. "@C=>2, !.. :A5=>2, .. 5A5;>2A:89, .!. >=>=KE8=, .!. ;5<5=BL52, . !04K:>2. @5?@8=B /  !1328/20123.. 0,4 10;;0 II. >:;04K =0 :>=D5@5=F8OE: #AB=K5 4>:;04K. 1. 1. The INR RAS Neutron Complex  Present Status and Prospects A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, V.A. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov,S.F. Sidorkin. 20th meeting on Collaboration of Advanced Neutron Sources, March4-9,2012, Bariloche, Argentina. 0,6 10;;0 1.2. 59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20==KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 /  : A>2@5<5==>5 A>AB>O=85. !04K:>2 .., ;5:A552 .., 8B28= .!., ;5<5=BL52 .!., :A5=>2 !.., >=>=KE8= .!., C7=5F>2 !.. , 5H:>2 .., 0?CH:8= ..., $54G5=:> ..,>@1C=>2 .. ,..@BNH8=, >=><0@520 .., @0G52 .., $5I5=:> .., !5@>2 .. , ;5:A552 .., C;:8= .., #;LO=>2 .., "@C=>2 .., ..@02GC:, >?B5;>2 -.. 0CG=0O !5AA8O /# $ -2012, D52@0;L 2012 3>40. 0,4 10;;0 1.3. "$+  +% ! %   ! . ...+1,2, ..!+2, ...,2,!..!2, ..$.,&3, . #3. 0CG=0O !5AA8O /# $ -2012, D52@0;L 2012 3>40. 0,7 1.4. 59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20==KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 /  .. !04K:>21,2,3, .. ;5:A5521, .!. 8B28=1, .!. ;5<5=BL521,5,6, !.. :A5=>21 , .!. >=>=KE8=1, .. "@C=>21, !.. C7=5F>24, .. 5H:>24, ... 0?CH:8=4, .. $54G5=:>1, .. >@1C=>21, .. @BNH8=1, .. >=><0@5201, .. @0G521, .. $LVAL5I5=:>1, .. !5@>21, .. ;5:A5525, .. C;:8=7, .. #;LO=>27, .. "@C=>27,..@02GC:1, -.. >?B5;>21 "578AK, AB@. 128, XXII 564C=0@>4=>3> !>25I0=8O ?> A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( ! 2012), 5;5=>3>@A:, 5=8=3@04A:>9 >1;.15-20 >:BO1@O 2012 3>40 XXII !) ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O !-2012, :B.2012,!0=:B-5B5@1C@3. 0,4 10;;0 B>3>: 2,5*2=510;;>2 20133 #AB=K9 >:;04 =0 :>D5@5=F88:  - 610;;>2/14=0.429->:@C3;5=85 4> 0.6*2=1.2 111Cd-TDPAC Study of Pressure Effect on the Electric Field Gradient in the New Laves Phase YbAg2 A.V. Tsvyashchenko1,2, D.A. Salamatin1,6, G.K. Ryasny2, F.S. El kin1, A.V. Salamatin3, L.N. Fomicheva1, A. Velichkov3, V.N. Krasnorusskii1, A.P. Novikov1, A.N. Nikolaev2, S.N. Axenov4, Yu.B. Lebed'4, A.V. Spasskiy2 and M. Budzynski5   2012-13= 5+1.2=6.2LVALNGK . ;5:A0=4@ @83>@L528G, A=A  (@0AGQB   70 2011-2012 33) !?8A>: ?C1;8:0F89 70 2012 3>4 !B0BL8 2012 3. 1. A. G. Gavriliuk, I. A. Trojan, V. V. Struzhkin, "Insulator-Metal Transition in Highly Compressed NiO", Phys. Rev. Lett. 109, 086402 (2012). 7.37 x 30 / 3 = 73.7 2. L. Gasparov, Z. Shirshikova, T. M. Pekarek, J. Blackburn, V. Struzhkin, A. Gavriliuk, R. Rueckamp, H. Berger, "Raman study of the Verwey transition in Magnetite at high-pressure and low-temperature; effect of Al doping", J. Appl. Phys. 112, 043510 (2012). 2.168 x 30 / 8 = 8.13 3. A. G. Gavriliuk, V. V. Struzhkin, S. G. Ovchinnikov, Yong Yu, M. M. Korshunov, A. A. Mironovich, Jung-Fu Lin and Changqing Jin, "P-T phase diagram of iron arsenide superconductor NdFeAsO0.88F0.12", EPL 100, 46005 (2012). 2.171 x 30 / 8 = 8.141 " AB0BL8 2012: 89.971 . >:;04K =0 :>=D5@5=F8OE 8 <0B5@80;K :>=D5@5=F89 2012 3. 1. A. G. Gavriliuk, V. V. Struzhkin, I. A. Trojan, V. B. Prakapenka " The insulator-metal transition in NiO " EHPRG 50th, 50th European High Pressure Research Group Meeting, 16-21 September 2012, Thessaloniki, Greece, Book of abstracts, p. 197 (2012) (?;5=0@=K9) 30 / 7 = 7.5 2. . . 02@8;N:, . !. N1CB8=, . . !B@C6:8=, . . 0C<>2, !. . 2G8==8:>2 " !!#- ! !!/ " $  + .!"" (Mg,Fe)O   +!% /%, %  +!% " "# % " XII 564C=0@>4=0O :>=D5@5=F8O "QAA10CM@>2A:0O A?5:B@>A:>?8O 8 5Q ?@8<5=5=8O", ICMSA-12, 6-12 >:BO1@O 2012 3>40, 3. !C740;L, "578AK, AB@. (CAB=K9) 4 / 5 = 0.8 3. . !. N1CB8=, . . "@>O=, . . 02@8;N:, !. .2G8==8:>2, . . 070: "-;5:B@>==K5 A2>9AB20 D5@@>-1>@0B0 FeBO3 2 D075 2KA>:>3> 402;5=8O 4> 2 10@", X >=D5@5=F8O "!-!8/" (!8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O)", =AB8BCB D878:8 2KA>:8E 402;5=89  ($ ), 3. "@>8F:, >A:>2A:0O >1;. 15 8N=O 2012 3, "578AK, AB@. (CAB=K9) 4 / 5 = 0.8 4. Lev Gasparov, Z.LVALL Shirshikova, T.M. Pekarek, J. Blackburn, V. Struzhkin , A. Gavriliuk, R. Rueckamp , H. Berger " Raman study of the Verwey transition in Magnetite at high-pressure and low-temperature; effect of Al doping " APS March Meeting 2012, February 27 March 2 2012; Boston, Massachusetts, USA, Bulletin of the American Physical Society, Volume 57, Number 1, Q25.00009 (2012) 6 / 8 = 0.75 " :>=D5@5=F88 2012: 9.85 . " 70 2012 3>4: 99.821 !?8A>: ?C1;8:0F89 70 2013 3>4 !B0BL8 2013 3. 1. A. G. Gavriliuk, I. S. Lyubutin, S. S. Starchikov, A. A. Mironovich, S. G. Ovchinnikov, I. A. Trojan, Yuming Xiao, Paul Chow, S. V. Sinogeikin, V. V. Struzhkin, " The magnetic P-T phase diagram of langasite Ba3TaFe3Si2O14 at high hydrostatic pressures up to 38 GPa ", Appl. Phys. Lett. 103(16), 162402 (2013). 3.794 x 30 / 10 = 11.382 2. I.S. Lyubutin, J.F. Lin, A.G. Gavriliuk, A.A. Mironovich, A.G. Ivanova, A.L. Vasilyev, V.V.Roddatis, "Microstructure and high-pressure spin transition of Fe2+ ions in ringwoodite (Mg,Fe)2SiO4", Amer. Mineralogist 98, 1803-1810 (2013). 2.204 x 30 / 7 = 9.445 3. I. S. Lyubutin, V.V. Struzhkin, A. A. Mironovich, A. G. Gavriliuk, P. G. Naumov, J. F. Lin, S. G. Ovchinnikov, S. Sinogeikin, P. Chow, Y. Xiao, and R. J. Hemley, "Quantum critical point and spin fluctuations in the lower-mantle ferropericlase", PNAS 110(18), 7142-7147 (2013). 9.737 x 30 / 11 = 26.555 " AB0BL8 2013: 47.382 . >:;04K =0 :>=D5@5=F8OE 8 <0B5@80;K :>=D5@5=F89 2013 3. 1. Jungho Kim, Yu Shvyd'ko, M. H. Upton, D. Casa, Yu. Orlov, A.G. Gavriliuk, S.G. Ovchinnikov, V.V. Struzhkin, S.V. Sinogeikin,  Pressure-induced Spin Transition and Evolution of the Electronic Excitations of FeBO3: Resonant Inelastic X-ray Scattering Results , APS March Meeting 2013, March 18 22, 2013; Baltimore, MD, USA, 2013. Abstract: Volume 58, Number 1. (CAB=K9) 6 / 9 = 0.666 2. I.S. Lyubutin, V.V. Struzhkin, A.A. Mironovich, A.G. Gavriliuk, P.G. Naumov, J.F. Lin, S.G. ODLVALTvchinnikov, S. Sinogeikin, P. Chow, Y. Xiao, and R.J. Hemley,  Quantum critical point and spin fluctuations in lower mantle ferropericlase , 7th North American Mssbauer Symposium, Los Alamos National Laboratory, January 11-12th, 2013, at the University of Texas at Austin. Abstracts: p. 6, (?@83;0HQ==K9) 30 / 11 = 2.727 3. A.G. Ivanova, I.S. Lyubutin, Jung-Fu Lin, A.G. Gavriliuk, A.A. Mironovich and M.Yu. Presnyakov,  Spin transition of Fe2+ in Earth s transition-zone ringwoodite (Mg,Fe)2SiO4 at high pressures , Goldschmidt-2013 Geochemistry Conference, Florence, Italy, 25-30 August, 2013. Abstract: (CAB=K9) 6 / 6 = 1 4. .!. N1CB8=, V. V. Struzhkin, .. 8@>=>28G, .. 02@8;N:, .. 0C<>2, J.F. Lin, !.. 2G8==8:>2, S. Sinogeikin, P. Chow, Y. Xiao, and R.J. Hemley,  20=B>20O :@8B8G5A:0O B>G:0 8 A?8=>2K5 D;N:BC0F88 2 <03=578>2NAB8B5 (Mg,Fe)O 2 CA;>28OE =86=59 <0=B88 5<;8 , 11-O >=D5@5=F8O !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, $ , "@>8F:, >A:>2A:0O >1;., 06 8N=O 2013 3. "578AK 4>:;04>2 AB@. 20-21. (AB5=4>2K9) 4 / 11 = 0.363 " :>=D5@5=F88 2013: 4.765 . " 70 2013 3>4: 52.138 " 70 2012-2013 33. ( ): 151.959 /2= 75,98LVALNGNF5=:0   2.=.A. !.$.!84>@:8=0 C1;8:0F88 2 2013 3. 1. S.Sidorkin Troitsk ADS project - ?@83;0H5==K9 4>:;04 =0 :>=D5@5=F88 ThEC13 (">@8520O M=5@35B8G5A:0O :>=D5@5=F8O) 27.10 - 31.10.2013 3. 5=520, (259F0@8O. https://indico.cern.ch/contributionDisplay.py?contribId=46&sessionId=12&confId=222140 https://indico.cern.ch/getFile.py/access?contribId=46&sessionId=12&resId=1&materialId=slides&confId=222140   = 30 (B@C4K 2K94CB 2 A;54CNI5< 3>4C, ?>MB><C =0 1.5 =5 C<=>60;) 2. 53BO@52 .., >;OA:8= .., OA=8:>2 .., >=><0@52 .. (& C@G0B>2A:89 8=-B, 3. >A:20), 0@<0=>2 $.. ("- /# $, 3. 1=8=A:), !5@538= .. (%", 3. >A:20), !84>@:8= !.$. (/ , 3. >A:20). 84:>A>;52>9 ?>4:@8B8G5A:89 @50:B>@ - A6830B5;L B@0=A?;CB>=852KE 0:B8=>84>2  B><=0O M=5@38O, 2013, B. 114, 2K?. 4, 0?@5;L, A. 183-188   =0.384 " 60 / 7 = 3.29 3. !.$. !84>@:8=, -.. >?B5;>2. #,!+ !"' "  /  / !!/ ! +% ! . 6C@=0; >25@E=>ABL 2013, No.6, pp. 97 112.   =0.359 " 60 / 2 = 10.77 4. 0CG=0O A5AA8O /# $-2013 07<=>60NI85 E0@0:B5@8AB8:8 A>;8 LiF-NaF-KF-PuF3 :0: ?5@28G=>9 <8H5=8 2 <>45;8 ?>4:@8B8G5A:>3> 684:>A>;52>3> @50:B>@0 4;O ?5@56830=8O <8=>@=KE 0:B8=84>2. 53BO@52 .. ( & C@G0B>2A:89 8=AB8BCB, >A:20); ;>E8= .. ($# & $ - $-, 1=8=A:), D@5<>2 .., 0@<0=>2 $.. ("- /# $, 1=8=A:), !84>@:8= !.$. (/ , >A:20)   = 4 / 5 = 0.67 5. >:;04 =0 <564C=0@>4=>< @01>G5< A>25I0=88 2 / . Troitsk ADS project.   = 6 ------------------------------- " 70 2013 3>4. 30+3.29+10.77+0.67+6=50.73   70 2012  2013 33. A CG5B>< A;54CNI8E ?C1;8:0F89 70 2012 3.  57.02 1. ICANS  XX, March 4-9 2012 Bariloche. Argentina S.Sidorkin, E.Koptelov, A.Rogov.Neutron Source of INR, the Russian Academy of Sciences, the status and the further development   6/3=2 2. ICANS  XX, March 4-9 2012 Bariloche. Argentina A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, A.V. Feschenko, M LVAL .I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov, S.F. Sidorkin. The INR RAS Neutron Complex  Present Status and Prospects   6/13=0.46 3. C@=0; - B><=0O -=5@38O  5 3 B O @ 5 2 ..,  O A = 8 : > 2 .., ! 0 ; B K : > 2 0 .., ! 5 @ O = 8 =0 .., ! 8 4 > @ -:8= !.$., " @ > D 8 < > 2 0 ".. >=B@>;L k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nternational Conference on Advanced Neutron Sources ICANS-XX-Bariloche-2012, A.A. Alekseev, S.N. Aksenov, E.S. Clementyev et al.  The INR RAS Neutron Complex  Present Status and Prospects , Proccedings ICANS-2012, pp 103-108;   = 6*1.5/10= 0.9 @5?@8=BK 5. 59B@>==K9 :><?;5:A / . !?5:B@><5B@ =59B@>=>2 ?> LVAL2@5<5=8 70<54;5=8O 2 A28=F5 (! 100). F5=:0 E0@0:B5@8AB8: 87<5@8B5;L=KE :0=0;>2. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2,   " /  1325/2012   = 4/4 = 1 6. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 .., (>@8= .!. AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 243Cm(n,f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m(n,f).   " /  1358/2013 N=L 2013   = 4/8 = 0.5LVALNGRC7=5F>2 0;5@89 5>=84>28G, @>4. 10 >:BO1@O 1948 3., AB0@H89 =0CG=K9 A>B@C4=8:  !C<<0@=K9   =0.8+1.8+4.5+15+1.8+7.5+2+0.8+1.33= 35.53 0AGQB   (20123.  20133.) 2012 3. 1. ..C7=5F>2, .. 5@;52, .. C7=5F>20, .!. 8B28=, .. %;NAB8=. #AB0=>2:0 4;O 8AA;54>20=8O ?@>AB@0=AB25==>-=5G5B=KE MDD5:B>2 2 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;0E, @5?@8=B /  " 1313/2012, >A:20, D52@0;L 2012.   = 4/5 = 0.8 2. E.V. Kuznetsova, V.L. Kuznetsov, P.V. Sedyshev, V.N. Shvetsov, A.V. Churakov. The study of the possibility for measuring of the parity violation in neutron diffraction on the first channel of the IBR-2. !B5=4>2K9 4>:;04, >?C1;8:>20==K9 2 Book of The 4-th International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012), Proceedings, September 3 - 7, 2012 Kyiv, Ukraine, Part II, p.458.   = 61.5/5 = 1.8 3. V.L. Kuznetsov, E.V. Kuznetsova. Investigation of the possibilities of observing the effects of the parity violation in neutron diffraction. !B5=4>2K9 4>:;04, >?C1;8:>20==K9 2 The 4-th International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012), Proceedings, September 3 - 7, 2012 Kyiv, Ukraine, Part II, p.453   = 61.5/2 = 4.5 2. V.L. Kuznetsov, E.V. Kuznetsova. Study of the effects of parity violation in neutron diffraction in perfect single crystal. ;5=0@=K9 CAB=K9 4>:;04, >?C1;8:>20==K9 2 Abstract of the Seminar XX International Seminar on Interaction of Neutrons with Nuclei, ISINN-20, Alushta, Ukraine, May 21-26, 2012, Dubna, p. 65.   = 30/2 = 15 3. E.V. Kuznetsova, V.L. Kuznetsov, P.V. Sedyshev, V.N. Shvetsov, A.V. Churakov. Investigation of the Possibilities for Measurement of the Parity Violation in Neutron Diffraction at IBR-2M. !B5=4>2K9 4>:;04, >?C1;8:>20==K9 2 Abstract of the Seminar XX International Seminar on Interaction of Neutrons with Nuclei, ISINN-20, Alushta, Ukraine, May 21-26, 2012, Dubna, p. 66.   = 61.5/5 = 1.8 4. Shvetsov V.N., Sedyshev P.V., Zeynalov Sh*LVAL:.S., Kuznetsov V.L. Measurements of the Spectral Neutron Flux Density at IBR-2M Extracted beams. ;5=0@=K9 CAB=K9 4>:;04, >?C1;8:>20==K9 2 Abstract of the Seminar XX International Seminar on Interaction of Neutrons with Nuclei, ISINN-20, Alushta, Ukraine, May 21-26, 2012, Dubna, p. 85.   = 30/4 = 7.5 5. .. C7=5F>2, ..C7=5F>20. '8A;5==>5 8AA;54>20=85 =0@CH5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 2 A>25@H5==>< <>=>:@8AB0;;5. @5?@8=B /  " 1335/2012, >A:20, >:BO1@L 2012.   = 4/2 = 2 6. .. C7=5F>2, ..C7=5F>20, .. !54KH52, .. (25F>2, .. 'C@0:>2. AA;54>20=8O 2>7<>6=>AB8 ?>8A:0 =0@CH5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 =0 ?5@2>< :0=0;5 @50:B>@0  -2. @5?@8=B / "1336/2012, >A:20, >:BO1@L 2012.   = 4/5 = 0.8 2013 3. 9. .. C7=5F>2, ..C7=5F>20, .!. 8B28=. AA;54>20=85 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;5 KBr =0 50-B8 <5B@>2>9 1075 -!. @5?@8=B /  1367/2013, A5=BO1@L 2013.   = 4/3 = 1.33LVALNGT  (20123.  20133.) C7=5F>2>9 235=88 0A8;L52=K, @>4. 10 A5=BO1@O 1950 3., AB0@H89 =0CG=K9 A>B@C4=8:  !C<<0@=K9   =0.8+1.8+4.5+15+1.8+2+0.8+1.33= 28.03 0AGQB   (20123.  20133.) 2012 3. 1. ..C7=5F>2, .. 5@;52, .. C7=5F>20, .!. 8B28=, .. %;NAB8=. #AB0=>2:0 4;O 8AA;54>20=8O ?@>AB@0=AB25==>-=5G5B=KE MDD5:B>2 2 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;0E, @5?@8=B /  " 1313/2012, >A:20, D52@0;L 2012.   = 4/5 = 0.8 2. E.V. Kuznetsova, V.L. Kuznetsov, P.V. Sedyshev, V.N. Shvetsov, A.V. Churakov. The study of the possibility for measuring of the parity violation in neutron diffraction on the first channel of the IBR-2. !B5=4>2K9 4>:;04, >?C1;8:>20==K9 2 Book of The 4-th International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012), Proceedings, September 3 - 7, 2012 Kyiv, Ukraine, Part II, p.458.   = 61.5/5 = 1.8 3. V.L. Kuznetsov, E.V. Kuznetsova. Investigation of the possibilities of observing the effects of the parity violation in neutron diffraction. !B5=4>2K9 4>:;04, >?C1;8:>20==K9 2 The 4-th International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012), Proceedings, September 3 - 7, 2012 Kyiv, Ukraine, Part II, p.453   = 61.5/2 = 4.5 4. V.L. Kuznetsov, E.V. Kuznetsova. Study of the effects of parity violation in neutron diffraction in perfect single crystal. ;5=0@=K9 CAB=K9 4>:;04, >?C1;8:>20==K9 2 Abstract of the Seminar XX International Seminar on Interaction of Neutrons with Nuclei, ISINN-20, Alushta, Ukraine, May 21-26, 2012, Dubna, p. 65.   = 30/2 = 15 5. E.V. Kuznetsova, V.L. Kuznetsov, P.V. Sedyshev, V.N. Shvetsov, A.V. Churakov. Investigation of the Possibilities for Measurement of the Parity Violation in Neutron Diffraction at IBR-2M. !B5=4>2K9 4>:;04, >?C1;8:>20==K9 2 Abstract of the Seminar XX International Seminar on Interaction of Neutrons with Nuclei, ISINN-20, Alushta, Ukraine, May 21-26, 2012, Dubna, p. 66.   = 61.5/5 = 1.8 6. .. C7=5F>2, . LVAL .C7=5F>20. '8A;5==>5 8AA;54>20=85 =0@CH5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 2 A>25@H5==>< <>=>:@8AB0;;5. @5?@8=B /  " 1335/2012, >A:20, >:BO1@L 2012.   = 4/2 = 2 7. .. C7=5F>2, ..C7=5F>20, .. !54KH52, .. (25F>2, .. 'C@0:>2. AA;54>20=8O 2>7<>6=>AB8 ?>8A:0 =0@CH5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 =0 ?5@2>< :0=0;5 @50:B>@0  -2. @5?@8=B / "1336/2012, >A:20, >:BO1@L 2012.   = 4/5 = 0.8 2013 3. 9. .. C7=5F>2, ..C7=5F>20, .!. 8B28=. AA;54>20=85 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;5 KBr =0 50-B8 <5B@>2>9 1075 -!. @5?@8=B /  1367/2013, A5=BO1@L 2013.   = 4/3 = 1.33LVALd  (09E852 @BC@ "038@>28G (@>4. 03.11.1984) <=A $-! $- !C<<0@=K9   (70 2012-2013 3.3.) = 58   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) S. Aoki, & , A. Shaikhiev, & et al. (67 02B>@>2). The T2K Side muon range detector. NIM A, 2012 , 13 pp.; (arXiv:1206.3553[physics.ins-det]).  =1.207*30*0.075=2.71575 !"",  !!!% $  #+% # %: 1) .. 7<09;>2, .. @H>2, ... C45=:>, .. 0B2552, .. 8=552, ... CA85=:>, .. %0181C;;8=, .. %>BO=F52, .". (09E852 (9 02B>@>2). AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2. /$, B. 75, !2, 2012, A. 204-213.  =0.568*60/9=3.7866 +  $ &/% 8 " #+ $ &: 1) A.Shaikhiev. Search for heavy neutrino in rare kaon decays. Talk given at 15th Lomonosov Conference, August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be,& , N.Yerhov, & et al. (336 02B>@>2). Measurement of Neutrino Oscillation Parameters from Muon Neutrino Disappearance with an Off-axis Beam Aug 2, 2013. 8 pp; Published in Phys.Rev.Lett. 111 (2013) 211803; (arXiv:1308.0465 [hep-ex])  = 7.943*30*0.05 = 11.9145 2) K. Abe,& , N.Yershov, & et al. (358 02B>@>2). Evidence of Electron Neutrino Appearance in a Muon Neutrino Beam Apr 3, 2013. 43 pp. Published in Phys.Rev. D88 (2013) 032002; (arXiv:1304.0841 [hep-ex])  =4.691 *30*0.05 = 7.0365 3) K. Abe,& , N.Yershov, & et al. (356 02B>@>2). Measurement of the Inclusive NuMu Charged Current Cross Section on Carbon in the Near Detector of the T2K Experiment Feb 20, 2013. 22 pp. Published in Phys.Rev. D87 (2013) 092003; (arXiv:1302.4908 [hep-ex])  = 4.691*30*0.05 = 7.0365 4) K. Abe,& , N.Yershov, & et al. (356 02B>@>2). The T2K Neutrino Flux Prediction Nov 2012. 36 pp. Published in Phys.Rev. D87 (2013) 012001; (arXiv:1211.0469 [hep-ex])  = 4.691*30*0.05 = 7.0365 5) S.Aoki, ..., N.Yershov, & et al. (66 02B>@>2). The T2K Side Muon Range Detector Published in Nucl.Instrum.Meth. A698 (2013) 135-146; (arXiv:1206.3553 [physics.ins-det])  = 1.077*30*0.075 = 2.42325 6) K. Abe,& , N.Yershov, & et al. (445 02B>@>2). First Muon-Neutrino Disappearance Study with an Off-Axis Beam Published in Phys.Rev. D85 (2012) 031103; (arXiv:1201.1386 [hep-ex])  = 4.691*30*0.05 = 7.0365 7) K. Abe, & , N.Yershov, & et al. (432 02B>@0). Measurements of the T2K neutrino beam properties using the INGRID on-axis near detector Published in Nucl.Instrum.Meth. A694 (2012) 211-223; (arXiv:1111.3119 [physics.ins-det]).  = 1.077*30*0.05 = 1.6155 !"",  !!!% $  #+% # %: 1) .. 7<09;>2, .. @H>2, ... C45=:>, .pLVAL. 0B2552, .. 8=552, ... CA85=:>, .. %0181C;;8=, .. %>BO=F52, .". (09E852 (9 02B>@>2) AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2 /$, B. 75, !2, 2012, A. 204-213.  =0.539*60/9=3.59333 -" +   "+ 1) S.K. Agarwalla, ..., N.Yershov, ..., et al. (196 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment Submitted on 23 Dec 2013, arXiv:1312.6520 [hep-ph]  = 4*0.06 = 0.24 2) K. Abe,& , N.Yershov, & et al. (339 02B>@>2). Observation of Electron Neutrino Appearance in a Muon Neutrino Beam Submitted on 19 Nov 2013, arXiv:1311.4750 [hep-ph]  = 4*0.05 = 0.2 3) A. Stahl, & , N.Yershov, & et al. (224 02B>@0). Expression of Interest for a very long baseline neutrino oscillation experiment (LBNO) CERN-SPSC-2012-021, SPSC-EOI-007, 2012, 151 pp.  = 4*0.05 = 0.2 B>3> 70 2012-2013 3.3.:  = 48.333LVALNGY   70 2012-2013 33. >;O@CH ;5:A0=4@ .@L528G, 19503., AB0@H89 =0CG=K9 A>B@C4=8:, :. D-<. =. A Precision Measurement of Charm Dimuon Production in Neutrino Interactions from the NOMAD Experiment Nucl.Phys. B876 (2013) 339-375 4.327 *30*0.075 = 9.74 Search for Heavy Neutrino in K"">"h(h">) Decay at ISTRA+ Setup. ISTRA+ Collaboration (V.A. Duk (Moscow, INR) et al.). 4.569*30*0.1 = 13.7 Phys.Lett. B710 (2012) 307-317 A Search for Single Photon Events in Neutrino Interactions in NOMAD. NOMAD Collaboration (C.T. Kullenberg et al.) Phys.Lett. B706 (2012) 268-275 4.569*30*0.075 = 10.28 ?C1;8:>20==K9 ?;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ;CHB0 45 !5:F8>==K9 4>:;04 =0 <564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 2 # 6 C@A ;5:F89 KA>:>C@>2=52K5 <5B>4K 8=D>@<0B8:8 8 ?@>3@0<<8@>20=8O >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B. 1A5<5AB@ 30 C@A ;5:F89 2545=85 2 A8AB5<=K9 0=0;87 1 A5<5AB@ 30 >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B. C@A ;5:F89 =D>@<0B8:0 2 A5<5AB@0 >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B. 4>@01>B:0 :C@A0 ;5:F89 2*8  LVAL -----------------------------------------   70 2012-2013 = 160.7 LVAL 8:8B5=:> /@>A;02 ;048<8@>28G (@>4. 26.10.1987) <=A $-! $- !C<<0@=K9   (70 2012-2013 3.3.) = 12,000 +  $ &/% 8 " #+ $ &: 1) /.. 8:8B5=:>. ?@545;5=85 =0?@02;5=8O =0 8AB>G=8: 0=B8=59B@8=> 8 53> ?@8<5=5=85 : D878:5 5<;8 8 !25@E=>2KE 72Q74. #AB=K9 4>:;04 (15 <8=.) =0 @>AA89A:>9 :>=D5@5=F88 56-O =0CG=0O :>=D5@5=F8O $", 3. >;3>?@C4=K9, >AA8O, 29 =>O1@O, 2013. ?C1;8:>20= 2 6C@=0;5 "@C4K $".  =4,000*1,5 0 <><5=B 4>:;040 O =5 O2;O;AO 0A?8@0=B><, 8=AB8BCB >:>=G8; 2 2010 3., 2 A2O78 A G5<   C<=>60N =0 ?>2KH0NI89 :>MDD8F85=B 2. B>3> 70 2012-2013 33.:  = 12,000LVALCA85=:> .@89 0A8;L528G @>4. 7.2.1962, A=A $-,   70 2012-2013 33. !B0BL8: 1. Chatrchyan S. et al. (CMS Collaboration). Measurement of the differential and double-differential Drell-Yan cross sections in proton-proton collisions at $\sqrt{s} =$ 7 TeV // JHEP 1312: 30, 2013.   = 5,618*30/25 = 6,74 2. Chatrchyan S. et al. (CMS Collaboration). Jet and underlying event properties as a function of charged-particle multiplicity in proton proton collisions at $\sqrt{s}$ = 7 TeV // Eur.Phys.J.C73: 2674, 2013.   = 5,247*30/25 = 6,30 3. Chatrchyan S. et al. (CMS Collaboration). Measurement of the cross section and angular correlations for associated production of a Z boson with b hadrons in pp collisions at $\sqrt{s} =$ 7 TeV // JHEP 1312: 39, 2013.   = 5,618*30/25 = 6,74 4. Chatrchyan S. et al. (CMS Collaboration). Searches for anomalous ttbar production in pp collisions at sqrt(s)=8 TeV // Phys.Rev.Lett. 111: 211804, 2013.   = 7,943*30/25 = 9,53 & A<.D09; & 485. Chatrchyan S. Et al. (CMS Collaboration). Search for a Higgs boson in the decay channel H to ZZ(*) to q qbar l-l+ in pp collisions at sqrt(s) = 7 TeV // CERN-PH-EP-2012-028, 2012.   = 4/25 = 0,16 486. S. Andreas, Yu. Musienko et al. Proposal for an Experiment to Search for Light Dark Matter at the SPS // e-Print: arXiv: arXiv: 1312.3309 [hep-ex].   = 4/25 = 0,16 487. A. Ivashkin, Yu. Musienko et al.. May 2012. e-Print: arXiv:1205.4864 [physics.ins-det].   = 4/25 = 0,16 B>3>:   = 1727.88LVALNG] 8=552 ;53 8:B>@>28G @>4. 13.02.1964, A=A $-, :D<=   70 2012-2013 33 !"",  !" +% $  #+% # %: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>> 2012 >>>>>>>>>>>>>>>>>>>>>>>>>>>> 1) K. Abe, N. Abgrall, Y. Ajima, & , O. Mineev, & et al. (432 02B>@0) Measurements of the T2K neutrino beam properties using the INGRID on-axis near detector. NIM A694 (2012) p. 211-223; (arXiv:1111.3119 [physics.ins-det]).  = 1.077*30*0.05 = 1.6155 2) K. Abe, N. Abgrall, Y. Ajima,& , O. Mineev, & et al. (446 02B>@>2) First muon-neutrino disappearance study with an off-axis beam, Phys.Rev. D85 (2012) 031103; (arXiv:1201.1386 [hep-ex]).  = 4.691*30*0.05 = 7.0365 >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> 2013 >>>>>>>>>>>>>>>>>>>>>>>>>>>> 3) K. Abe,& , O. Mineev, & et al. (336 02B>@>2). Measurement of Neutrino Oscillation Parameters from Muon Neutrino Disappearance with an Off-axis Beam Aug 2, 2013. 8 pp; Published in Phys.Rev.Lett. 111 (2013) 211803; (arXiv:1308.0465 [hep-ex])  = 7.943*30*0.05 = 11.9145 4) K. Abe,& , O. Mineev , & et al. (358 02B>@>2). Evidence of Electron Neutrino Appearance in a Muon Neutrino Beam Apr 3, 2013. 43 pp. Published in Phys.Rev. D88 (2013) 032002; (arXiv:1304.0841 [hep-ex])  =4.691 *30*0.05 = 7.0365 5) K. Abe,& , O. Mineev, & et al. (356 02B>@>2). Measurement of the Inclusive NuMu Charged Current Cross Section on Carbon in the Near Detector of the T2K Experiment Feb 20, 2013. 22 pp. Published in Phys.Rev. D87 (2013) 092003; (arXiv:1302.4908 [hep-ex])  = 4.691*30*0.05 = 7.0365 6) K. Abe,& , O. Mineev, & et al. (356 02B>@>2). The T2K Neutrino Flux Prediction Nov 2012. 36 pp. Published in Phys.Rev. D87 (2013) 012001; (arXiv:1211.0469 [hep-ex])  = 4.691*30*0.05 = 7.0365 7) S.Aoki, ..., O. Mineev, & et al. (66 02B>@>2). The T2K Side Muon Range Detector Published in Nucl.Instrum.Meth. A698 (2013) 135-146; (arXiv:1206.3553 [physics.ins-det]) = 1.077*30*0.075 = 2.42325 Sum: 44.0992 !"",  !!!% $  #+% # %HLVALX: 1) .. 7<09;>2, .. @H>2, ... C45=:>, .. 0B2552, .. 8=552, ... CA85=:>, .. %0181C;;8=, .. %>BO=F52, .". (09E852 . AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2. /$, B. 75, !2, 2012, A. 204-213. (9 02B>@>2)  =0.539*60/9= 3.5933 -" +   "+  $ &: 1) S.K. Agarwalla, ..., O. Mineev, ..., et al. (196 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment Submitted on 23 Dec 2013, arXiv:1312.6520 [hep-ph]  = 4*0.06 = 0.24 2) K. Abe,& , O. Mineev, & et al. (339 02B>@>2). Observation of Electron Neutrino Appearance in a Muon Neutrino Beam Submitted on 19 Nov 2013, arXiv:1311.4750 [hep-ph]  = 4*0.05 = 0.2 3) A. Stahl, & , O. Mineev, & et al. (224 02B>@0). Expression of Interest for a very long baseline neutrino oscillation experiment (LBNO) CERN-SPSC-2012-021, SPSC-EOI-007, 2012, 151 pp.  = 4*0.05 = 0.2 Sum = 0.64 __________________________________________________________________ B>3> 70 2012-2013 3.3.:  = 48.3325HLVAL: Z %C4O:>2 ;5:A59 ;5:A0=4@>28G <=A $-' $- !C<<0@=K9   (70 2012-2013 3.3.) = 15.18 1. Phys.Lett. B710 (2012) 307-317 Search for Heavy Neutrino in K->mu nu_h(nu_h-> nu gamma) Decay at ISTRA+ Setup Collaboration (Duk, V. Et al.)  =30*4.569*0.1=13.71 2.7<5@5=85 =0 CAB0=>2:5 !" + 25@>OB=>AB8 ?>;C;5?B>==>3> @0A?040 70@O65==KE :0>=>2 $K^- \to e^- \bar{\nu}_e \pi^0$. @5?@8=B $- 2013-7  =4*0.1=0.4 3. AA;54>20=85 2@5<5==KE E0@0:B5@8AB8: AG5BG8:>2 B@8335@=>3> 3>4>A:>?0 70@O65==KE G0AB8F 4;O M:A?5@8<5=B0 NA62. @5?@8=B $- 2013-18 -$,  =4/6=0.67 4. CHOD 2 B5E=8G5A:>< @0=5 2012 3>40. PREPRINT INR 1370/2013, OCTOBER 2013, MOSCOW 2013  =4*0.1=0.4 !C<<0@=K9   = 15.18 0:0@>2 =4@59 20=>28G (@>4. 26.10.1987) <=A $-' $- !C<<0@=K9   (70 2012-2013 3.3.) = 15.18 1. Phys.Lett. B710 (2012) 307-317 Search for Heavy Neutrino in K->mu nu_h(nu_h-> nu gamma) Decay at ISTRA+ Setup Collaboration (Duk, V. et al.)  =30*4.569*0.1=13.71 2.7<5@5=85 =0 CAB0=>2:5 !" + 25@>OB=>AB8 ?>;C;5?B>==>3> @0A?040 70@O65==KE :0>=>2 $K^- \to e^- \bar{\nu}_e \pi^0$. @5?@8=B $- 2013-7  =4*0.1=0.4 3. AA;54>20=85 2@5<5==KE E0@0:B5@8AB8: AG5BG8:>2 B@8335@=>3> 3>4>A:>?0 70@O65==KE G0AB8F 4;O M:A?5@8<5=B0 NA62. @5?@8=B $- 2013-18 -$,  =4/6=0.67 4. CHOD 2 B5E=8G5A:>< @0=5 2012 3>40. PREPRINT INR 1370/2013, OCTOBER 2013, MOSCOW 2013  =4*0.1=0.4 !C<<0@=K9   = 15.18LVALNG` C45=:> .@89 @83>@L528G @>4. 05.10.1951, 70254CNI89 $-   70 2012-2013 33. =48284C0;L=K9   = 810.66   @C:>2>48B5;O = &8B8@>20=85 1I89 8=45:A F8B8@>20=8O 3700 =45:A F8B8@>20=8O 70 ?>A;54=85 10 ;5B 3045 #45;L=K9 8=45:A F8B8@>20=8O 120.4 C1;8:0F88: 1. .. 7<09;>2& ...C45=:> 8 4@. (9 02B>@>2). AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2. /45@=0O D878:0. B.75, 2, 2012.  =0.568*60/9=3.7866 2. K. Abe, N. Abgrall, Y. Ajima, & , O. Mineev, & et al. Measurements of the T2K neutrino beam properties using the INGRID on-axis near detector. NIM A694 (2012) p. 211-223; (arXiv:1111.3119 [physics.ins-det]). (432 02B>@0)  =1.207*30*0.05= 1.8105 3. K. Abe, N. Abgrall, Y. Ajima,& , O. Mineev, & et al. First muon-neutrino disappearance study with an off-axis beam, Phys.Rev. D85 (2012) 031103; (arXiv:1201.1386 [hep-ex]). (446 02B>@>2)  = 4.558*30*0.05= 6.837 4. S. Aoki, G. Barr, & , O. Mineev, & et al. The T2K Side muon range detector. NIM A(2013) p.135-146;  =1.142*30*0.075=2.5695 5. ... C45=:>. AF8;;OF88 =59B@8=>: ?@>@K2 2 =>2CN D878:C. 5AB=8: , 82 (2012) 683-711.  =0.454*60 =27.24 6. ... C45=:>. 59B@8==0O D878:0: 3>4 C3;0 A<5H820=8O \theta_13. @8@>40, 11 (2012).  = 8.0 7. R. Aaij& Yu.Kudenko et al., Implications of LHCb measurements and future prospects. Eur.Phys.J. C73 (2013) 2373 (764 02B>@0).  =5.247*30*0.04=6.30 8. K. Abe,& , Yu.Kudenko, & et al. (350 02B>@>2). The T2K neutrino flux prediction, Phys.Rev. D87 (2013) 012001, 36 pp.  = 4.691*30*0.05= 7.0365 9. K. Abe,& , Y.Kudenko, & et al. (446 02B>@>2). First muon-neutrino disappearance study with an off-axis beam, Phys.Rev. D85 (2012) 031103; (arXiv:1201.1386 [hep-ex]).  = 4.691*30*0.05= 7.0365 10. K. Abe, & , Y.Kudenko, & et al. (348 02B>@>2). Measurement of the inclusive numu charged current cross section on carbon in the near detector of the T2K exLVALaperiment. Phys.Rev. D87 (2013) 092003, 22 pp.  = 4.691*30*0.05= 7.0365 11. K. Abe, & , Y.Kudenko, & et al. (357 02B>@>2). Evidence of electron neutrino appearance in a muon neutrino beam. Phys.Rev. D88 (2013) 032002, 43 pp.; (arXiv:1304.0841 [hep-ex]).  = 4.691*30*0.05= 7.0365 12. K. Abe, & , Y.Kudenko, & et al. (336 02B>@>2). Measurement of neutrino oscillation parameters from muon neutrino disappearance with an off-axis beam. Phys.Rev.Lett. 111 (2013) 211803, 8 pp.; (arXiv:1308.0465 [hep-ex]).  = 7.943*30*0.05= 11.9145 13. K. Abe, & , M. Khabibullin, & et al. (336 02B>@>2). Observation of electron neutrino appearance in a muon neutrino beam. Phys.Rev.Lett. ( ?5G0B8), 8 pp.; (arXiv:1311.4750 [hep-ex]).  = 7.943*30*0.05= 11.9145 14. ...C45=:>, 01;N45=85 >AF8;;OF89 <N>==KE =59B@8=> 2 M;5:B@>==K5 =59B@8=> 2 M:A?5@8<5=B5 "2. #$, B.183 (2013) 1225 1230.  = 1.865*60=111,90 15. Yu.G. Kudenko. Results from the T2K experiment, /45@=0O $878:0, 76 (2013) 1267-1275.  = 0.568*60=34.08 16. Yu.G. Kudenko. Search for CP Violation in Neutrino Oscillations. Phys.Atom.Nucl. 76 (2013) .  = 0.568*60=34.08 -;5:B@>==K5 ?@5?@8=BK: 1. A.Stahl, A.M.Guler& Yu.Kudenko et al. Expression of Interest for a very long baseline neutrino oscillation experiment (LBNO) (224 02B>@0). CERN-SPSC-2012-021, SPSC-EOI-007, 2012.  =4*0.05=0.20 2. Sergio Bertolucci& Yu.Kudenko et al. (25 02B>@>2). European strategy for accelerator-based neutrino physics, arXiV:1208.0512.   =4*0.1=0.4 3. E. Kearns,& , M. Khabibullin,& et al. (133 02B>@f). Hyper-Kamiokande physics opportunities. arXiv:1309.0184, 8 pp.  =4*0.06=0.24 4. S.K. Agarwalla,& , M. Khabibullin,& et al. (197 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment. arXiv:1312.6520 [hep-ph], 38 pp.  =4*0.06=0.24 5. A.D.Gouvea...Yu.Kudenko et al. Neutrinos, arXiv:1310.4340 [hep-ex]. (167 02B>@>2)  =4*0.06=0.24 >:;04K =0 :>=D5@5=F8OLVALbE: 1. Yu.Kudenko, Long baseline neutrino experiments: recent results and future program, talk at HSQCD, Gatchina, 4-9 July 2012.  = 30. 2. Yu.Kudenko, q13 measurement in reactor and accelerator experiments. Future prospects of long baseline experiments, talk at the Baikal school on neutrino and cosmology, Ulan-Ude, Russia, 22-28 July 2012.  = 30. 3. ...C45=:>, 0@:>2A:85 GB5=8O, >A:20, 11 <0O 2012.  = 20. 4. Yu.Kudenko, Large volume active neutrino detectors based on solid scintillators, ivited talk at the Neutrino Town meeting, 15-17 May 2012, CERN, Geneva.  =30. 5. ... C45=:>, >8A: !  =0@CH5=8O 2 >AF8;;OF8OE =59B@8=>, ?;5=0@=K9 4>:;04 =0 !5AA88 !5:F88 O45@=>9 D878:8 $ , >A:20, 15 =>O1@O 2012.  = 20. 6. .. C48=, ... C45=:>, 7<5@5=85 M;5:B@>==KE =59B@8=> 2 1;86=5< 45B5:B>@5 M:A?5@8<5=B0 "2, 4>:;04 =0 !5AA88 !5:F88 O45@=>9 D878:8 $ , >A:20, 15 =>O1@O 2012.  = 4*0.5=2.0. 7. M. Khabibullin, Yu. Kudenko. Neutrino oscillations: recent results and perspectives. Talk at XXIX-th International Workshop on High Energy Physics New results and actual problems in particle & astroparticle physics and cosmology HEPFT2013, 26-28 June 2013, Protvino, Russia, @83;0H5==K9 4>:;04 =0 </= :>=D5@5=F88 (?;5=0@=K9, 40 <8=.). ?C1;8:>20= 2 "@C40E :>=D5@5=F88 2 45:01@5 2013, Protvino 2013, p. 88-98, 10 pp.  =30*1.5/2=22.500 8. ...C45=:>, 59B@8==K5 >AF8;;OF88: >B 87<5@5=8O q13 : 85@0@E88 <0AA 8 !  =0@CH5=8N. >:;04 =0 !5AA88 A5:F88 /$ $ , $-, @>B28=>, 5-8 =>O1@O 2013.  =20 9. ...C45=:>, 59B@8==K5 CA:>@8B5;L=K5 M:A?5@8<5=BK A 4;8==>9 107>9: @57C;LB0BK 8 ?5@A?5:B82K, 0CG=0O A5AA8O $ , ?>A2OI5==0O 100-;5B8N A> 4=O @>645=8O ..>=B5:>@2>, 2-3 A5=BO1@O 2013, C1=0, >AA8O.  =20 10. 5. Yu.Kudenko, Neutrino  source of new physics, talk at the Conference on Fundamental Constants, FFK2013, 7-11 October 2013, Pulkovo, Russia.  =30 11. ...C45=:>, 0@:>2A:85 GB5=8O, >A:20, 14 <0O 2013.  = 20 >@01>B:0 =0CG=>->1@07>20B5;L=>t LVAL 3> :C@A0: 2012    = 8 2013 -   = 8 C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: C:>2>4AB2> 0A?8@0=B0<8 .>;O=A:89- 3 3>4 0A?8@0=BC@K  2012 3.  =30*1 = 30 .0@?8:>2, .>?K;>2, 1-9 3>4 0A?8@0=BC@K -20133.  =30*2 = 60 0I8B0 48AA5@B0F89 .7<09;>2  :.D.-<.=.  2012   =30 C:>2>4AB2> ABC45=B0<8: .CB8=, .C48=, .(:5@8=, .>;>48=, .0@?8:>2, /.(CAB@>2  2012.   =10*6 = 60 .C48=, .0@?8:>2, /.(CAB@>2, ".2AO==8:>20, /.975=15@3, .5D>4852, !.0@BK=5=:>, !.!C2>@>2  2012.   =10*8 = 80 !C<<0@=K9 8=48284C0;L=K9   = 810.66   @C:>2>48B5;O =LVALNGd %>BO=F52 ;5:A59 8:>;0528G (@>4. 15.03.1971) =A $-! $- !C<<0@=K9   (70 2012-2013 3.3.) = 48.333   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) K. Abe,& , A. Khotjantsev, & et al. (336 02B>@>2). Measurement of Neutrino Oscillation Parameters from Muon Neutrino Disappearance with an Off-axis Beam Aug 2, 2013. 8 pp; Published in Phys.Rev.Lett. 111 (2013) 211803; (arXiv:1308.0465 [hep-ex])  = 7.943*30*0.05 = 11.9145 2) K. Abe,& , A. Khotjantsev, & et al. (358 02B>@>2). Evidence of Electron Neutrino Appearance in a Muon Neutrino Beam Apr 3, 2013. 43 pp. Published in Phys.Rev. D88 (2013) 032002; (arXiv:1304.0841 [hep-ex])  =4.691 *30*0.05 = 7.0365 3) K. Abe,& , A. Khotjantsev, & et al. (356 02B>@>2). Measurement of the Inclusive NuMu Charged Current Cross Section on Carbon in the Near Detector of the T2K Experiment Feb 20, 2013. 22 pp. Published in Phys.Rev. D87 (2013) 092003; (arXiv:1302.4908 [hep-ex])  = 4.691*30*0.05 = 7.0365 4) K. Abe,& , A. Khotjantsev, & et al. (356 02B>@>2). The T2K Neutrino Flux Prediction Nov 2012. 36 pp. Published in Phys.Rev. D87 (2013) 012001; (arXiv:1211.0469 [hep-ex])  = 4.691*30*0.05 = 7.0365 5) S.Aoki, ..., A. Khotjantsev, & et al. (66 02B>@>2). The T2K Side Muon Range Detector Published in Nucl.Instrum.Meth. A698 (2013) 135-146; (arXiv:1206.3553 [physics.ins-det])  = 1.077*30*0.075 = 2.42325 6) K. Abe,& , A. Khotjantsev, & et al. (445 02B>@>2). First Muon-Neutrino Disappearance Study with an Off-Axis Beam Published in Phys.Rev. D85 (2012) 031103; (arXiv:1201.1386 [hep-ex])  = 4.691*30*0.05 = 7.0365 7) K. Abe, & , A. Khotjantsev, & et al. (432 02B>@0). Measurements of the T2K neutrino beam properties using the INGRID on-axis near detector Published in Nucl.Instrum.Meth. A694 (2012) 211-223; (arXiv:1111.3119 [physics.ins-det]).  = 1.077*30*0.05 = 1.6155 !"",  !!!% $  #+% # %: 1) .. 7<09;>2, LVAL,.. @H>2, ... C45=:>, .. 0B2552, .. 8=552, ... CA85=:>, .. %0181C;;8=, .. %>BO=F52, .". (09E852 (9 02B>@>2) AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2 /$, B. 75, !2, 2012, A. 204-213.  =0.539*60/9=3.59333 -" +   "+ 1) S.K. Agarwalla, ..., A.Khotjantsev, ..., et al. (196 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment Submitted on 23 Dec 2013, arXiv:1312.6520 [hep-ph]  = 4*0.06 = 0.24 2) K. Abe,& , A. Khotjantsev, & et al. (339 02B>@>2). Observation of Electron Neutrino Appearance in a Muon Neutrino Beam Submitted on 19 Nov 2013, arXiv:1311.4750 [hep-ph]  = 4*0.05 = 0.2 3) A. Stahl, & , A. Khotjantsev, & et al. (224 02B>@0). Expression of Interest for a very long baseline neutrino oscillation experiment (LBNO) CERN-SPSC-2012-021, SPSC-EOI-007, 2012, 151 pp.  = 4*0.05 = 0.2 B>3> 70 2012-2013 3.3.:  = 48.333LVALNGf %0181C;;8= 0@0B 0@A>28G (@>4. 29.07.1965) A=A $-! $-, :D<= !C<<0@=K9   (70 2012-2013 3.3.) = 114.724   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) K. Abe,& , M. Khabibullin, & et al. (350 02B>@>2). The T2K neutrino flux prediction, Phys.Rev. D87 (2013) 012001, 36 pp.; (arXiv:1211.0469 [hep-ex]).  = 4.691*30*0.05= 7.0365 2) K. Abe, & , M. Khabibullin, & et al. (432 02B>@0). Measurements of the T2K neutrino beam properties using the INGRID on-axis near detector. NIM A694 (2012) p. 211-223.  =1.142*30*0.05=1.713 3) K. Abe,& , M. Khabibullin, & et al. (446 02B>@>2). First muon-neutrino disappearance study with an off-axis beam, Phys.Rev. D85 (2012) 031103; (arXiv:1201.1386 [hep-ex]).  = 4.691*30*0.05= 7.0365 4) S. Aoki, & , M. Khabibullin, & et al. (67 02B>@>2). The T2K Side muon range detector. NIM A698 (2013) p.135-146; (arXiv:1206.3553[physics.ins-det]).  =1.142*30*0.075=2.5695 5) K. Abe, & , M. Khabibullin, & et al. (348 02B>@>2). Measurement of the inclusive numu charged current cross section on carbon in the near detector of the T2K experiment. Phys.Rev. D87 (2013) 092003, 22 pp.; (arXiv:1302.4908 [hep-ex]).  = 4.691*30*0.05= 7.0365 6) K. Abe, & , M. Khabibullin, & et al. (357 02B>@>2). Evidence of electron neutrino appearance in a muon neutrino beam. Phys.Rev. D88 (2013) 032002, 43 pp.; (arXiv:1304.0841 [hep-ex]).  = 4.691*30*0.05= 7.0365 7) K. Abe, & , M. Khabibullin, & et al. (336 02B>@>2). Measurement of neutrino oscillation parameters from muon neutrino disappearance with an off-axis beam. Phys.Rev.Lett. 111 (2013) 211803, 8 pp.; (arXiv:1308.0465 [hep-ex]).  = 7.943*30*0.05= 11.9145 8) K. Abe, & , M. Khabibullin, & et al. (336 02B>@>2). Observation of electron neutrino appearance in a muon neutrino beam. Phys.Rev.Lett. ( ?5G0B8), 8 pp.; (arXiv:1311.4750 [hep-ex]).  = 7.943*30*0.05= 11.9145 !"",  !!!% $  #+% # %: 1) .. 7<09;>2, .. @H>2, ..LVALg. C45=:>, .. 0B2552, .. 8=552, ... CA85=:>, .. %0181C;;8=, .. %>BO=F52, .". (09E852 (9 02B>@>2). AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2. /$, B. 75, !2, 2012, A. 204-213.  =0.568*60/9=3.7866 +  $ &/% 8 " #+ $ &: 1) M. Khabibullin. Latest results from T2K. @83;0H5==K9 4>:;04 (?;5=0@=K9, 30 <8=.) =0 564C=0@>4=>9 :>=D5@5=F88 17th International Seminar on High Energy Physics, QUARKS-2012, Yaroslavl, Russia, 4-10 June, 2012 (2 ?5G0B8).  =30.000 2) M. Khabibullin, Yu. Kudenko. Neutrino oscillations: recent results and perspectives. Talk at XXIX-th International Workshop on High Energy Physics New results and actual problems in particle & astroparticle physics and cosmology HEPFT2013, 26-28 June 2013, Protvino, Russia, @83;0H5==K9 4>:;04 =0 </= :>=D5@5=F88 (?;5=0@=K9, 40 <8=.). ?C1;8:>20= 2 "@C40E :>=D5@5=F88 2 45:01@5 2013, Protvino 2013, p. 88-98, 10 pp.  =30*1.5/2=22.500 -" +   "+ 1) K. Abe,& , M. Khabibullin, & et al. (350 02B>@>2). The T2K neutrino flux prediction. arXiv:1211.0469 [hep-ex], 36 pp.  =4*0.05=0.2 2) K. Abe,& , M. Khabibullin, & et al. (446 02B>@>2). First muon-neutrino disappearance study with an off-axis beam. arXiv:1201.1386 [hep-ex], 7 pp.  =4*0.05=0.2 3) S. Aoki, & , M. Khabibullin, & et al. 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"5<0 @01>BK - "0;81@>2:0 1;86=53> 45B5:B>@0 2 M:A?5@8<5=B5 "2" (70I8B0: >A:20, $" - / , 21.06.2012). 2) 10:0;02@ C48= <8B@89 =4@5528G. "5<0 @01>BK - "AA;54>20=85 ?@8<5A8 M;5:B@>==KE =59B@8=> 2 8AE>4=>< ?CG:5 "2" (70I8B0: >A:20, $" - / , 21.06.2012). 3) 10:0;02@ (:5@8= =4@59 8:B>@>28G. "5<0 @01>BK - ">8A: BQ<=>9 <0B5@88 8 AB5@8;L=K5 =59B@8=>" (70H8B0: >A:20, $" - / , 21.06.2012).  =30*0.5=15 B>3> 70 2011-2012 3.3.:  = 77.704*2(<>;>4>9 CG5=K9)*2(:D<=) = 310.816VLVAL h !5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, A.=.A., :. D.-<. =.,   70 2012-2013 33. I. C1;8:0F88 2 @5F5=78@C5<KE ?5@8>48G5A:8E 6C@=0;0E 1. A.A. Semenov and C.H. Woo,  Phase-field modeling of void formation and growth under irradiation . - Acta Materialia, 2012, Vol. 60, p. 6112  6119.   = 3.94130/2 = 59.115. 2. Z.H. Xiao, A.A. Semenov, C.H. Woo and S.Q. Shi,  Single void dynamics in phase field modeling . - J. Nucl. Mater., 2013, Vol. 439, p. 25-32.   = 1.40230/4 = 10.515. 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Proton Channel that provides Simultaneous Independent Operation of a Treatment Room and Neutron Sources of the Experimental Complex . Proceedings of RUPAC 2012, S.-Petersburg, September 2012, p.544-546.  =1,5*30/5=9 S.V.Akulinichev, V.N.Aseev, V.N.Vasiliev, Yu.K.Gavrilov, M.I.Grachev, V.I.Derziev, A.A.Kokoncev, D.A. 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(6 A>02B>@>2) >20O :>=F5?F8O A>740=8O <0B@8F ;028==KE D>B>?@85<=8:>2 4;O -" A:0=5@>2, 564. :>=D. =65=5@8O AF8=B8;;OF8>==KE <0B5@80;>2 8 @0480F8>==K5 B5E=>;>388  ! " 2012, C1=0, 19-23 =>O1@O 2012.  =6:6x1,5=1,5 2. Igor Zeleznykh, Leonid Dedenko, Grigorii Dedenko, Anna Mironovich,  Simulation of cascades caused by UHE and EHE neutrinos in dense media , report at Int. Cosmic Ray Conf., Rio de Janeiro, Brazil, 2-7 July 2013.  =6:4x1,5=2,25 >@01>B:0 :C@A0 ;5:F89 .. 5;57=KE 5B>4K 45B5:B8@>20=8O =59B@8=> 8 =59B@8==0O 0AB@>D878:0 ABC45=B0< $" 2 25A5==8E A5<5AB@0E 2012 8 2013 3.3.  =8E2=16 07@01>B:0 2 2013 3. =>2>3> =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 8 =0CG=>->1@07>20B5;L=>3> :C@A0 ?@0:B8G5A:8E 70=OB89 2 $" (:0D54@0 DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388, 25A5==89 A5<5AB@) >78F8>==>-GC2AB28B5;L=K5 45B5:B>@K =0 >A=>25 ?>;C?@>2>4=8:>2KE D>B>?@85<=8:>2 (@07@01>B0=K .. 5;57=KE, .. >@4>2A:8< 8 .. 20H:8=K<).  =(30+8)/3=12,67 !C<<0@=K9   70 2012-2013 3.3. .. 5;57=KE = 43,32LVAL 070@C: 0;5@89 20=>28G :0=4840B D87-<0B =0C:, =0CG=K9 A>B@C4=8: 1. V. I. Nazaruk, Alternative models of neutron-antineutron conversion in nuclei. Int. J. Mod. Phys. E Vol. 21,No.6 (2012) 1250056-1250065.  =0,625*30*1=18.75 2. V. I. Nazaruk, Intermediate state interaction in the particle oscillations in absorbing matter. arXiv:1212.0306 [nucl-th] (2012).  =4 3. V. I. Nazaruk, Limit on the neutron-antineutron transitions in the alternative models. arXiv:1312.4912 [nucl-th] (2013)  =4 "+   = 26,75(B5@= >@8A 235=L528G 1950 3.@., A=A 4>:B>@ D87.-<0B. =0C: (2006) 564C=0@>4=K9 8=45:A F8B8@C5<>AB8 1389 1. "0BO=C2H89AO MD8@" 22 >:BO1@O 2013 3>40. "@ ! 140, c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nS/Lif A?5:B@>A<5I0NI8E A25B>2>4>2 8 ;028==KE D>B>48>4>2". @5?@8=B /  1324\2012.  =4:3=1,33 2. !.. >B0H52, .. @0G52, !.%. 0@052A:89. @5<5==0O ?;>A:>?0@0;;5;L=0O @578AB82=0O :0<5@0 A 2KA>:>9 703@C7>G=>9 A?>A>1=>ABLN. @5?@8=B /  1377/2013.  =4/7=0,57 B>3> 70 2012-2013 3.3.   !.%. 0@052A:>3>=1,9LVALNG}8@>=>28G ==0 ;5:A0=4@>2=0, 24.03.1964, =A, C1;8:0F88 70 2012 3.: 1. A. G. Gavriliuk, V. V. Struzhkin, S. G. Ovchinnikov, Yong Yu, M. M. Korshunov, A. A. Mironovich, Jung-Fu Lin and Changqing Jin, "P-T phase diagram of iron arsenide superconductor NdFeAsO0.88F0.12", EPL 100, 46005 (2012).  =2,17E30:8=8,141 C1;8:0F88 (AB0BL8) 70 2013 3.: 1. A. G. Gavriliuk, I. S. Lyubutin, S. S. Starchikov, A. A. Mironovich, S. G. Ovchinnikov, I. A. Trojan, Yuming Xiao, Paul Chow, S. V. Sinogeikin, V. V. Struzhkin, " The magnetic P-T phase diagram of langasite Ba3TaFe3Si2O14 at high hydrostatic pressures up to 38 GPa ", Appl. Phys. Lett. 103(16), 162402 (2013). 3.794 x 30 / 10 = 11.382 2. I.S. Lyubutin, J.F. Lin, A.G. Gavriliuk, A.A. Mironovich, A.G. Ivanova, A.L. Vasilyev, V.V.Roddatis, "Microstructure and high-pressure spin transition of Fe2+ ions in ringwoodite (Mg,Fe)2SiO4", Amer. Mineralogist 98, 1803-1810 (2013). 2.204 x 30 / 7 = 9.445 3. I. S. Lyubutin, V.V. Struzhkin, A. A. Mironovich, A. G. Gavriliuk, P. G. Naumov, J. F. Lin, S. G. Ovchinnikov, S. Sinogeikin, P. Chow, Y. Xiao, and R. J. Hemley, "Quantum critical point and spin fluctuations in the lower-mantle ferropericlase", PNAS 110(18), 7142-7147 (2013). 9.737 x 30 / 11 = 26.555 " AB0BL8 2013: 47.382 . >:;04K =0 :>=D5@5=F8OE 8 <0B5@80;K :>=D5@5=F89 2013 3. 1. I.M. Zheleznykh, L.G. Dedenko, G.L. Dedenko, A.A. Mironovich,  Simulation of cascades caused by UHE and EHE neutrinos in dense media , 33-rd ICRC, Rio de Janeiro, Brasil, 2013. Proceedings: icrc2013-0542 6x1.5 / 4 = 2.25 2. I.S. Lyubutin, V.V. Struzhkin, A.A. Mironovich, A.G. Gavriliuk, P.G. Naumov, J.F. Lin, S.G. Ovchinnikov, S. Sinogeikin, P. Chow, Y. Xiao, and R.J. Hemley,  Quantum critical point and spin fluctuations in lower mantle ferropericlase , 7th North American Mssbauer Symposium, Los Alamos National Laboratory, January 11-12th, 2013, at the University of Texas at Austin. Abstracts: p. 6, (?@83;0HQ==K9) 30 / 11 = 2.727LVAL 3. A.G. Ivanova, I.S. Lyubutin, Jung-Fu Lin, A.G. Gavriliuk, A.A. Mironovich and M.Yu. Presnyakov,  Spin transition of Fe2+ in Earth s transition-zone ringwoodite (Mg,Fe)2SiO4 at high pressures , Goldschmidt-2013 Geochemistry Conference, Florence, Italy, 25-30 August, 2013. Abstract: (CAB=K9) 6 / 6 = 1.0 4. .!. N1CB8=, V. V. Struzhkin, .. 8@>=>28G, .. 02@8;N:, .. 0C<>2, J.F. Lin, !.. 2G8==8:>2, S. Sinogeikin, P. Chow, Y. Xiao, and R.J. Hemley,  20=B>20O :@8B8G5A:0O B>G:0 8 A?8=>2K5 D;N:BC0F88 2 <03=578>2NAB8B5 (Mg,Fe)O 2 CA;>28OE =86=59 <0=B88 5<;8 , 11-O >=D5@5=F8O !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, $ , "@>8F:, >A:>2A:0O >1;., 06 8N=O 2013 3. "578AK 4>:;04>2 AB@. 20-21. (AB5=4>2K9) 4 / 11 = 0.363 " :>=D5@5=F88 2013: 6.34 . " 70 2013 3>4: 53.722 " 70 2012-2013 33.   .. 8@>=>28G: 61.863LVALNGC1A0=4>@6852 0O@B> >=AB0=B8=>28G. 1960 3. 54CI89 =0CG=K9 A>B@C4=8: >:B>@ D878:>-<0B5<0B8G5A:8E =0C:   2012-2013 2012. C1;8:0F88 1. Ch.Sailer, B.Lubsandorzhiev, C.Strandhagen, J.Jochum. Low temperature light yield measurements in NaI and NaI(Tl) // arxiv:1203.1172v1. 6 March 2012. 4/4=1 2. Y. Abe, C.Aberle, T.Akiri, & & & & ., B.K.Lubsandorzhiev et al.Indication for the disappearance of reactor antibeutrinos in the Double Chooz experiment // Phys. Rev. Lett. 2012. V.108. P.131801. 7,943x30x0.06=14,2974 3. M.Wurm, J.F.Beacom, L.B.Bezrukov, & ..& & & ., B.K.Lubsandorzhiev et al. The next-generation liquid-scintillator observatory LENA // Astroparticle Physics. 2012. V.35. Issue 11. P.685-732 / arXiv:1104.5620. 4.777x30x0,075=10,74825 4. Ch.Sailer, B.Lubsandorzhiev, C.Strandhagen, J.Jochum. Low temperature light yield measurements in NaI and NaI(Tl) // The European Physical Journal C  Particles and Fields. 2012. Vol.72. Number 6. 2061. 5,247x30/4=39,3525 5. Y.Abe, C.Aberle, T.Akiri, & & & & ., B.K.Lubsandorzhiev et al. Reactor n disappearance in the Double Chooz experiment // Phys. Rev. D. 2012. V.86. P.052008. /arXiv:1207.6632. 27 July 2012. 4,691x30x0,06=8,4438 6. Y.Abe, C.Aberle, J.C. dos Anjos, & & & & ., B.K.Lubsandorzhiev et al. First test of Lorentz Violation with a Reactor-based Antineutrino Experiment // arXiv:1209.5810v1. 26 Sep 2012. / accepted for pub. in PRD. 4x0.06=0.24 7. S.F.Berezhnev, D.Besson, N.M.Budnev, & & & & & , B.K.Lubsandorzhiev et al. The Tunka-133 EAS Cherenkov light array: Status of 2011 // Nucl. Instrum. and Meth. A. 2012. V.692. P.98-105. // arXiv:1201.2122. 1,207E30E0,1=3,621 8. ..'C40:>2, ..C1A0=4>@6852, ..>;5IC:. B:;8: 381@84=>3> 20:CC<=>3> D>B>45B5:B>@0  -370G =0 8<?C;LAK G5@5=:>2A:>3> 87;CG5=8O 2 2>74CE5 // "-. 2012. N.6. !.25-29. 0,357E60/3=7,14 9. R.Falkenstein, L.B.Bezrukov, K.Freund et al. Extensive studies of MRS APDs for plastic scintillator muon veto detectorsof cryogenic experiments // Nucl. Instrum. and Meth. A. 2012. V. 695. P.330-LVAL333. doi:10.1016/j.nima.2011.10.031. 1,207E30E0,1=3,621 10. R.V.Poleshchuk, B.K.Lubsandorzhiev, R.V.Vasiliev. An observation of a new class of afterpulses with delay time in the range of 70-200 ms in classical vacuum photomultipliers // Nucl. Instrum. and Meth. A. 2012. V.695. P.362-364. Doi:10.1016/j.nima.2011.11.030. 1,207E30/3= 12,07 11. B.K.Lubsandorzhiev, L.M.Balyasny, L.B.Bezrukov et al. Development of a hybrid phototube with ZnO:Ga luminescent screen and GaN photocathode // Nucl. Instrum. and Meth. A. 2012. V.695. P.118-120. Doi:10.1016/j.nima.2011.12.049. 1,207E30E0,1=3,621 12. Y.Abe, C.Aberle, J.C. dos Anjos, & & & & ., B.K.Lubsandorzhiev et al. Direct Measurement of Backgrounds using Reactor-Off Data in Double Chooz // arXiv:1210.378. 20 Oct 2012./ Submitted to PRD 4x0.06=0.24 13. ..0H:C52, .C1A0=4>@6852. >A<><8:@>D878:0 // 0C:0 2 !818@8. 2012. N.4. A.9. 4 14. M.Agostini, M.Allardt, E.Andreotti, & & & ., B.Lubsandorzhiev et al. Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the GERDA experiment // arXiv:1212.3210 [nucl-ex] 13 December 2012. Submitted to J. Phys. G.: Nucl. Part. Phys. 4x0.06=0.24 15 M.Kunnas, R.Nachtigall, S.N.Epimakhov, & & .., B.K.Lubsandorzhiev et al. The Hardware of the HiSCORE g-ray and Cosmic Ray Cherenkov Detector // AIP Conference Proceedings. Vol.1505 (1). Dec.5. 2012 p.825-828. 0.8. 16. M.Tluczycont, D.Hampf, U.Einhaus, & & & , B.K.Lubsandorzhiev et al. HiSCORE  The Hundred*I Square-km Cosmic ORigion Explorer // AIP Conference Proceedings. Vol.1505 (1). Dec.5. 2012 p.821-824. 0.8. 17. 0@010=>2 . ., 57@C:>2 .., C1A0=4>@6852 .. 8 4@. >MDD8F85=B @0AB2>@8<>AB8 C3;5:8A;>3> 3070 2 684:8E >@30=8G5A:8E AF8=B8;;OB>@0E 8 =5:>B>@K5 2>?@>AK ?@>8AE>645=8O =5DB8 // @5?@8=B / . 2012. 4/7=0,5714 110,80635 KABC?;5=8O 1. The 23rd European Cosmic Ray Symposium, July 3-7, 2012, Moscow Russia. >:;04:  Tunka-133: results and status 30/10 = 3. 2. The 23rd European Cosmic Ray Symposium, July 3-7, 2012, Moscow RussLVALia. >:;04:  Tunka-133: Cosmic Rays Mass Composition at 1016-1018 eV . 30/10 = 3. 3. The 23rd European Cosmic Ray Symposium, July 3-7, 2012, Moscow Russia. !B5=4>2K9 4>:;04:  EAS selection in the EMMA underground array . 6/10=0.6 4. The 23rd European Cosmic Ray Symposium, July 3-7, 2012, Moscow Russia. !B5=4>2K9 4>:;04:  Underground cosmic-ray experiment Emma 6/10=0.6 5. The 23rd European Cosmic Ray Symposium, July 3-7, 2012, Moscow Russia. !B5=4>2K9 4>:;04:  The Tunka-HiSCORE gamma-ray astronomy project 6/10=0.6 6. The 5th International Symposium on High-Energy Gamma-Ray (Gamma2012). July 9-13 2012, Heidelberg Germany. !B5=4>2K9 4>:;04: HiSCORE  The Hundred*I Square-km Cosmic ORigion Explorer. 6/10E1,5=0,9. 7. The 5th International Symposium on High-Energy Gamma-Ray (Gamma2012). July 9-13 2012, Heidelberg Germany. !B5=4>2K9 4>:;04: The Hardware of the HiSCORE g-ray and Cosmic Ray Cherenkov Detector 6/10E1,5=0,9. 8. The International Workshop on New Photon-detectors 2012. 13-15 June 2012 LAL Orsay. >:;04: UV sensitive SiPMs for Cryogenic experiements. 30/2 = 15 24,6 5:F88 1. C@A ;5:F89, & !  8 #. -:A?5@8<5=BK 2 =59B@8==>9 D878:5. 8 ;5:F89. 30 2. C@A ;5:F89, #=825@A8B5B "N18=35=. Radiation detectors. 7 ;5:F89 30 60 C:>2>4AB2> 1. C:>2>4AB2> 0A?8@0=B><. C1A0=4>@6852 8<0 C;0B>28G, 0A?8@0=B 3-3> 3>40 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2. "5<0 48AA5@B0F8>==>9 @01>BK:  '5@5=:>2A:89 45B5:B>@ H8@>:8E 0B<>AD5@=KE ;82=59 "#-133 . 30E1=30 2. C:>2>4AB2> 0A?8@0=B><. 028B0H28;8 @0:;89 (>B0528G 0A?8@0=B 3-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  @5<=852K5 D>B>C<=>68B5;8 2 AF8=B8;;OF8>==KE AG5BG8:0E 30E1=30 3. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ><0= ;048<8@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 EMMA 30 4. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ;048<8@ ;5:A0=4@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K 1>;LH>9 GC2AB28B5;L=>9 ?;>I048 4;O =59B@8==KE M:A?5@8<5=B>2 A;54CNI53> ?>:>;5=8O 30 90   70 2012: 285,40635 2013 LVAL C1;8:0F88 1. ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, . .0@010=>2, ./.>28:>20, ../=>28G. 7<5@5=85 2@5<5=8 2KA25G820=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 8 ?A524>:C<>;0, @07@010BK205<KE 4;O =59B@8==KE M:A?5@8<5=B>2 A;54CNI53> ?>:>;5=8O // "-. 2013. !1. !.40-47. 0,357x60/7 = 7,14 2. Y.Abe, C.Aberle, J.C. dos Anjos, & & & & ., B.K.Lubsandorzhiev et al. First measurement of q13 from delayed neutron capture on hydrogen in the Double Chooz experiment // arXiv:1301.2948v1 14 Jan 2013./ Submitted to PRL. 0,8 3. P.Kuusiniemi, L.Bezrukov, T.Enqvist et al. Underground cosmic-ray experiment EMMA // Journal of Physics: Conference Series 409 (2013) 012067. 0,8 4. J.Sarkamo, L.Bezrukov, T.Enqvist et al. Underground cosmic-ray experiment EMMA // Journal of Physics: Conference Series 409 (2013) 012067. 0,8 5. M.Tluczycont, D.Hampf, U.Einhaus, & & & , B.K.Lubsandorzhiev et al. The HiSCORE experiment and its potential for gamma-ray astronomy // Journal of Physics: Conference Series 409 (2013) 012120. 0,8 6. R.Nachtigall, M.Kunnas, S.N.Epimakhov, & & & , B.K.Lubsandorzhiev et al. First deployment and prototype data of HiSCORE // Journal of Physics: Conference Series 409 (2013) 012119. 0,8 7. M.Agostini, M.Allardt, E.Andreotti, & & & ., B.Lubsandorzhiev et al. Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the GERDA experiment // J. Phys. G.: Nucl. Part. Phys. 2013. Vol.40. N.3. P.035110. 5,326x30x0.06=9,5868 8. K.-H.Ackermann, M.Agostini, M.Allardt, & & & ., B.Lubsandorzhiev et al. The GERDA experiment for the search of 0nbb decay in 76Ge // Eur. Phys. Jour. C 73 (2013) 2330 5,247x30x0.06=9,4446 9. Y.Abe, C.Aberle, J.C. dos Anjos, & & & & ., B.K.Lubsandorzhiev et al. Direct Measurement of Backgrounds using Reactor-Off Data in Double Chooz // Phys. Rev. D. 87. 011102 (2013) / arXiv:1210.378. 20 Oct 2012. 4,691x30x0.06=8,4438 10. E.Popova, B.Dolgoshein, P.Buzhan, & & & .., B.K.Lubsandorzhiev et al. Evaluation of high UV sensitive SiPMs from MLVALEPhI/MPI for use in liquid argon // PoS (PhotoDet 2012) 034. 0,8 11. Y.Abe, C.Aberle, J.C. dos Anjos, & & & & ., B.K.Lubsandorzhiev et al. First measurement of q13 from delayed neutron capture on hydrogen in the Double Chooz experiment // Phys. Lett. B. 2013. V.723. issue 1-3. P.66-70 / arXiv:1301.2948v1 14 Jan 2013 4,569x30x0.06=8.2242 12. M.Agostini, M.Allardt, E.Andreotti, & & & ., B.Lubsandorzhiev et al. The background in the 0nbb experiment GERDA // arXiv:1306.5084v1. 21 June 2013. 0,8 13. M.Agostini, M.Allardt, E.Andreotti, & & & ., B.Lubsandorzhiev et al. Pulse shape discrimination for GERDA phase I data // EPJC 73(2013) 2583 / arXiv:1306.5084v1 [physics.ins-det] 21Jun 2013. 5,247x30x0.006=9,4446 14. M.Agostini, M.Allardt, E.Andreotti, & & & ., B.Lubsandorzhiev et al. Results on neutrinoless double beta decay of 76Ge from Phase I of the GERDA Experimnet // Phys. Rev. Lett. 111 (2013) 122503 / arXiv:1307.4720v1 [nucl-ex] 17 July 2013. 7,943x30x0.06=14,2974 15. N.Budnev, D.Chernov, O.Gress, E.Korosteleva, L.Kuzmichev, B.Lubsandorzhiev, G.Navarra, L.Pankov, V.Prosin, Yu.Semeney, Ch.Spiering, R.Wieschnewski, I.Yashin. Tunka-25 Air Shower Cherenkov Array: The main results // Astroparticle Physics. 2013. V.50-52, P.18-25. 4,777x30x0.1=14.331 10.74825 16. N.Budnev et al. The Tunka experiment: Status 2013 // The proc. of 33rd ICRC, Rio-de-Janeiro, Brazil, 2013, ID=418. ICRC2013 (Tunka status) 0,8 17. V.Prosin et al. The Tunka-133: Main Experimental Results of 3 years operation // The proc. of 33rd ICRC, Rio-de-Janeiro, Brazil, 2013, ID=627. ICRC2013 (Tunka spectrum) 0,8 18. S.Epimakhov et al. Components of HiSCORE detector and prototype test results. // The proc. of 33rd ICRC, Rio-de-Janeiro, Brazil, 2013, ID=885. 0,8 19. M.Bruckner et al. Results from White-Rabbit sub-nsec times synchronization set-up  HiSCORE-Tunka // The proc. of 33rd ICRC, Rio-de-Janeiro, Brazil, 2013, ID=1158. 0,8 20. R.Wischnewski et al. Status of the HiSCORE experiment // The proc. of 33rd ICRC, Rio-de-Janeiro, Brazil, 2013, ID=1LVAL164. 0,8 21. Sveshnikova // The proc. of 33rd ICRC, Rio-de-Janeiro, Brazil, 2013, ID=???. 0,8 22. S.F.Berezhnev, D.Besson, N.M.Budev et al. The Tunka - Multi-component EAS detector for high energy cosmic ray studies // NIMA 2013. V.732. P.281-285. 1,207E30E0,1=3,621 23. O.Gress, M.Bruckner, S.Berezhnev et al. Tunka-HiSCORE  A New array for multi-TeV g-ray astronomy and cosmic-ray physics // NIMA 2013. V.732. P.290-294. 1,207E30E0,1=3,621 24. V.V.Prosin, S.F.Berezhnev, N.M.Budnev et al. Tunka-133: Results of 3 year operation // NIMA accepted / http://dx.doi.org/10.1016/j.nima 1,207E30E0,1=3,621 25. M. Kunnas, M. Brckner, N. Budnev et al. Hardware and first results of TUNKA-HiSCORE // NIMA accepted / http://dx.doi.org/10.1016/j.nima.2013.12.025 1,207E30E0,1=3,621 26. M.Tluczycont, M.Bruckner, N.Budnev, & & & , B.K.Lubsandorzhiev et al. The HiSCORE project // Acta Polytechnica, accepted for publication 0,8 27. M.Agostini, M.Allardt, E.Andreotti, & & & ., B.Lubsandorzhiev et al. The background in the 0nbb experiment GERDA // EPJC accepted for publication 5,247x30x0.06=9,4446 117,041 KABC?;5=8O 1. 8th International Workshop on Ring Imaging Cherenkov Detectors RICH 2013, Hayama, Kanagawa, Japan, 2-6 December 2013. >:;04: Cherenkov experiments in the Tunka Valley. 30 2. 8th International Workshop on Ring Imaging Cherenkov Detectors RICH 2013, Hayama, Kanagawa, Japan, 2-6 December 2013. !B5=4>2K9 4>:;04: Novel wavelegth shifters to improve sensitivity of photodetectors to Cherenkov light 6 3. International Workshop WE-Heraeus-Seminar on Exploring the Neutrino Sky and Fundamental Particle Physics on the Megaton scale, Physikzentrum Bad Honnef, Germany, 20-23 January, 2013. >:;04: Photon Detection New Ideas. 30 4. Roma International Conference on Astroparticle Physics RICAP-13. 22-24 May 2013, Roma,Italy. >:;04: Tunka-133:Results of 3 year operation. 30/10=3 5. 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Xth Quark Confinement and the Hadron Spectrum, 8 - 12 October 2012, TUM Campus Garching, Munich, Germany Published in PoS ConfinementX (2012) 305 PRND= 6 X 1.5 = 9 3. .>?5;8>28G. 59B@>==>-871KB>G=K5 38?5@O4@0 2 :8@0;L=>9 A>;8B>==>9 <>45;8. >:;04 =0 !5AA88-:>=D5@5=F88 A5:F88 O45@=>9 D878:8 $ , 12-16 =>O1@O 2012 3. >A:20, /# "$". ?C1;8:>20=>: http://www.icssnp.mephi.ru/content/file/section6/6_06_Kopel-NRH-MEPHI2.pdf PRND = 4 X 1.5 = 6 4. V.Kopeliovich. Restriction on the neutron antineutron oscillations from the SNO data on the deuteron stability . 17th International Seminar on High Energy Physics, Yaroslavl, Russia, 4-10 June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onstraints on Primordial Black Holes as Dark Matter Candidates from Star Formation. Fabio Capela, Maxim Pshirkov, Peter Tinyakov. Sep 2012. 9 pp. e-Print: arXiv:1209.6021 [astro-ph.CO] | PDF Published in Physical Review D, vol. 87, Issue 2, id. 023507 4.691*30/3=46,91 2. Constraints on primordial black holes as dark matter candidates from capture by neutron stars Fabio Capela, Maxim Pshirkov, Peter Tinyakov. Jan 2013. 7 pp. Published in Physical Review D, vol. 87, Issue 12, id. 123524 4.691*30/3=46,91 3. Mapping ultrahigh energy cosmic rays deflections through the turbulent galactic magnetic field with the latest rotation measure data M.S. Pshirkov, P.G. Tinyakov, F. Urban arXiv e-print (arXiv:1304.3217) Published in Monthly Notices of the Royal Astronomical Society, Volume 436, Issue 3, p.2326-2333 5.521*30/3=55,21 4. Upper limit on the flux of photons with energies above 1019eV using the Telescope Array surface detector T. Abu-Zayad et al arXiv e-print (arXiv:1304.5614) Published in Physical Review D, vol. 88, Issue 11, id. 112005 4.691*30/10=14,073 5. Correlations of the Arrival Directions of Ultra-high Energy Cosmic Rays with Extragalactic Objects as Observed by the Telescope Array Experiment T. Abu-Zayad et al arXiv e-print (arXiv:1306.5808) Published in The Astrophysical Journal, Volume 777, Issue 2, article id. 88, pp. (2013). 6.733*30/10=20,199 6. The energy spectrum of ultra-high-energy cosmic rays measured by the Telescope Array FADC fluorescence detectors in monocular mode T. Abu-Zayad et al Published in Astroparticle Physics, Volume 48, p. 16-24. 4.777*30/10=14,331 7. The Cosmic-Ray Energy Spectrum Observed with the Surface Detector of the Telescope Array Experiment T. Abu-Zayad et al e-Print: arXiv:1205.5067 Published in The Astrophysical Journal Letters, Volume 768, Issue 1, article id. L1, 6.345*30/10=19,035 8. Variable gamma-rayLVAL sky at 1 GeV. M.S. Pshirkov, G.I. Rubtsov. Jan 2012. 10 pp. e-Print: arXiv:1201.3625 [astro-ph.HE] | PDF Journal of Experimental and Theoretical Physics, Volume 116, Issue 1, pp.59-70 0.921*60/2=27,63 2012 9. Search for Anisotropy of Ultra-High Energy Cosmic Rays with the Telescope Array Experiment. T. Abu-Zayyad, R. Aida, M. Allen, R. Anderson, R. Azuma, E. Barcikowski, J.W. Belz, D.R. Bergman, S.A. Blake, R. Cady et al.. May 2012. 10 pp. Published in Astrophys.J. 757 (2012) 26 DOI: 10.1088/0004-637X/757/1/26 e-Print: arXiv:1205.5984 [astro-ph.HE] | PDF 6.733*30/10=20,199 10. The Energy Spectrum of Telescope Array's Middle Drum Detector and the Direct Comparison to the High Resolution Fly's Eye Experiment. T. Abu-Zayyad, R. Aida, M. Allen, R. Anderson, R. Azuma, E. Barcikowski, J.W. Belz, D.R. Bergman, S.A. Blake, R. Cady et al.. Feb 2012. 27 pp. DOI: 10.1016/j.astropartphys.2012.05.012 e-Print: arXiv:1202.5141 [astro-ph.IM] | PDF Astroparticle Physics, Volume 39, p. 109-119 4.777*30/10=14,331 11. The surface detector array of the Telescope Array experiment. T. Abu-Zayyad, R. Aida, M. Allen, R. Anderson, R. Azuma, E. Barcikowski, J.W. Belz, D.R. Bergman, S.A. Blake, R. Cady et al.. Jan 2012. 32 pp. Published in Nucl.Instrum.Meth. A689 (2012) 87-97 DOI: 10.1016/j.nima.2012.05.079 e-Print: arXiv:1201.4964 [astro-ph.IM] | PDF 1.142*30*0,1=3,426 12. New air fluorescence detectors employed in the Telescope Array experiment. H. Tokuno (Tokyo Inst. Tech.), Y. Tameda, M. Takeda (Tokyo U., ICRR), K. Kadota (Tokyo City U.), D. Ikeda (Tokyo U., ICRR), M. Chikawa (Kinki U., Osaka), T. Fujii (Osaka City U.), M. Fukushima (Tokyo U., ICRR & Tokyo U., IPMU), K. Honda (Yamanashi U.), N. Inoue (Saitama U.) et al.. 2012. 12 pp. Published in Nucl.Instrum.Meth. A676 (2012) 54-65 DOI: 10.1016/j.nima.2012.02.044 e-Print: arXiv:1201.0002 [astro-ph.IM] | PDF 1.142*30*0,1=3,426 13. GRB observations by Fermi LAT revisited: new candidates found. LVAL(G.I. Rubtsov, M.S. Pshirkov, P.G. Tinyakov. Apr 2011. 5 pp. Published in Mon.Not.Roy.Astron.Soc.Lett. 421 (2012) L14-L18 e-Print: arXiv:1104.5476 [astro-ph.HE] | PDF 5.521*30/3=55,21 B>3>2K9  =340,89 B: A< 41 *0.5=170,445 LVAL O;>2 5==0489 8:>;0528G !=A, :D<= !! #'+% " # 2012-2013 3. 3. 1... O;>2. !?>A>1 >?@545;5=8O <0AAK =59B@8=> ?> @57C;LB0B0< 87<5@5=8O D>@<K A?5:B@0 15B0  @0A?040. @5?@8=B /  1345/2013. ., 2013. 2... O;>2.  2>?@>AC > ?>8A:5 AB5@8;L=>3> =59B@8=> ?> @57C;LB0B0< 87<5@5=8O D>@<K A?5:B@0 15B0  @0A?040. @5?@8=B /  1346/2013. ., 2013. 3... O;>2. -DD5:B :>=5G=>9 <0AAK =59B@8=> 2 A?5:B@5 15B0-@0A?040 B@8B8O. @5?@8=B /  1375/2013. ., 2013. B>3>2K9  =12LVAL(>;C152 ;5:A0=4@ ;5:A5528G !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B D87.-<0B. =0C: 1. .. A552, .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, !.. 04>@>6=K9, .. 8E>284, .. >10H52, .. >78:, .! 0=BC52, .. 0@DQ=>2, .. !:0AK@A:0O, $.. ":0G52, "  !!+ -"  ""   "- ! " "/  -! "  " & .-!! " /45@=0O D878:0 3(B>< 75) 2012 3 0.539*60*0.1=3.234 2. .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, . . I5=:>, !.. 04>@>6=K9, .. 8E>284, .. 0@:8=, .. >78:, .!. 0=BC52, .. 0@D5=>2, .. !:0AK@A:0O, .. "8B>2, .. ":0G52 >45@=878@>20==K9 A?5:B@><5B@ CAB0=>2:8 "@>8F: =N-<0AA >:;04 =0 <564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 2012 20*0.1 = 2 3. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. 8AL<0 2 -"$, B>< 97, (2013), AB@. 67. 2B>@>2 9 1.524*60/9 = 10.16 4. A.I. Belesev et al., A search for an additional neutrino mass eigenstate in 2 to 100 eV region from "Troitsk nu-mass" data - detailed analysis, e-print arXiv:1307.5687. 2B>@>2 9. J. Phys. G: Nucl. Part. Phys. 41 (2013) 015001. 5.326*30/9 = 17.75 5. arXiv:1307.5687 [pdf, other]A search for an additional neutrino mass eigenstate in 2 to 100 eV region from "Troitsk nu-mass" data - detailed analysis A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. Likhovid, A.A. Nozik, V.S. Pantuev, V.I. Parfenov, A.K. Skasyrskaya 22 Jul 2013 4/9 = 0.444 6. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. e-Print: arXiv:1105.4033 [nucl-ex] 2B>@>2 9  =4/9 = 0.444   =3.234+2+10.16+17.75+0.444*2=34.032 B>3>2K9   34,032LVALNG5@0A:8= 235=89 0A8;L528G !B0@H89 =0CG=K9 A>B@C4=8:, :D<= 1. .. A552, .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, !.. 04>@>6=K9, .. 8E>284, .. >10H52, .. >78:, .! 0=BC52, .. 0@DQ=>2, .. !:0AK@A:0O, $.. ":0G52, "  !!+ -"  ""   "- ! " "/  -! "  " & .-!! " /45@=0O D878:0 3(B>< 75) 2012 3 0.539*60*0.1=3.234 2. .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, . . I5=:>, !.. 04>@>6=K9, .. 8E>284, .. 0@:8=, .. >78:, .!. 0=BC52, .. 0@D5=>2, .. !:0AK@A:0O, .. "8B>2, .. ":0G52 >45@=878@>20==K9 A?5:B@><5B@ CAB0=>2:8 "@>8F: =N-<0AA >:;04 =0 <564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 2012 20*0.1 = 2 3. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. 8AL<0 2 -"$, B>< 97, (2013), AB@. 67. 2B>@>2 9 1.524*60/9 = 10.16 4. A.I. Belesev et al., A search for an additional neutrino mass eigenstate in 2 to 100 eV region from "Troitsk nu-mass" data - detailed analysis, e-print arXiv:1307.5687. 2B>@>2 9. J. Phys. G: Nucl. Part. Phys. 41 (2013) 015001. 5.326*30/9 = 17.75 5. arXiv:1307.5687 [pdf, other]A search for an additional neutrino mass eigenstate in 2 to 100 eV region from "Troitsk nu-mass" data - detailed analysis A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. Likhovid, A.A. Nozik, V.S. Pantuev, V.I. Parfenov, A.K. Skasyrskaya 22 Jul 2013 4/9 = 0.444 7. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. e-Print: arXiv:1105.4033 [nucl-ex] 2B>@>2 9  =4/9 = 0.444 8. .. >10H52, .. 0@:8=, !. 04>@>6=K9, .. !:0AK@A:0O, .. >78:, .!. 0=BC52, .. 5@0A:8=. 5@02=>25A=0O ?;07<0 <>;5:C;O@=>3> B@8B852>3> -8AB>G=8:0 =0 CAB0=>2:5 "@>8F: -<0AA. >:;04 =0 XV-9 564C=0@>4=>9 =0CG=>9  LVAL :>=D5@5=F88  $878:>-E8<8G5A:85 ?@>F5AAK ?@8 A5;5:F88 0B><>2 8 <>;5:C; , 25=83>@>4, 1 - 5 >:BO1@O 2012. 4>:;04G8: - .. 0@:8=   =4/7=0,57 9. .. >10H52, .. 0@:8=, !. 04>@>6=K9, .. !:0AK@A:0O, .. >78:, .!. 0=BC52, .. 5@0A:8=. 5@02=>25A=0O ?;07<0 <>;5:C;O@=>3> B@8B852>3> -8AB>G=8:0 =0 CAB0=>2:5 "@>8F: -<0AA. ?C1;8:>20=> 2 6C@=0;5 ISSN 1028-978X 5@A?5:B82=K5 <0B5@80;K A?5F80;L=K9 2K?CA: (14) D52@0;L, 2013, A. 282-289.   =0,302*60/8=2,265 B>3>2K9   36,867LVALNG04>@>6=K9 !5@359 8:B>@>28G 1970 3>40 @>645=8O, AB0@H89 =0CG=K9 A>B@C4=8:, :0=4840B D878:>-<0B5<0B8G5A:8E =0C: 1. .. A552 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 "@>8F:-=N <0AA, /45@=0O $878:0, B.75. (2012), AB@. 500. 2B>@>2 13.  =0.539*60*0.1 = 3.234 2.  Penning discharge in the KATRIN pre-spectrometer F.M. Frankle, F. Gluck, K. Valerius, K. Bokeloh, A. Beglarian, J. Bonn, L. Bornschein, G. Drexlin, F. Habermehl, M.L. Leber, E.W. Otten, M. Steidl, T. Thummler, C. Weinheimer, J.F. Wilkerson, J. Wolf, S.V. Zadorozhny. New Journal of Physics, =>O1@L 2013. 17 02B>@>2.  =4.063*30*0.1=12.189 3. Frankle, S. Gorhardt, S. Mertens, M. Steidl, Th. Thummler, S. Wustling, Ch. Weinheimer, S. Zadorozhny The KATRIN Pre-Spectrometer at reduced Filter Energy New Journal of Physics, 14 (2012) 073054, doi:10.1088/1367-2630/14/7/073054 or arXiv:1203.2444v1 16 02B>@>2   =4,063*30*0,1=12,189 4. .. >10H52, .. 0@:8=, !. 04>@>6=K9, .. !:0AK@A:0O, .. >78:, .!. 0=BC52, .. 5@0A:8=. 5@02=>25A=0O ?;07<0 <>;5:C;O@=>3> B@8B852>3> -8AB>G=8:0 =0 CAB0=>2:5 "@>8F: -<0AA. >:;04 =0 XV-9 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88  $878:>-E8<8G5A:85 ?@>F5AAK ?@8 A5;5:F88 0B><>2 8 <>;5:C; , 25=83>@>4, 1 - 5 >:BO1@O 2012. 4>:;04G8: - .. 0@:8=   =6/7=0,857 5. V.N. Aseev, A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. Lihovid, V.M. Lobashev, A.A. Nozik, V.S. Pantuev, V.I. Parfenov A.K. Skasyrskaya, F.V. Tkachov, S.V. Zadorozhny (Troitsk, INR). Measurement of the electron antineutrino mass in tritium beta decay in the Troitsk nu-mass experiment. Phys.Atom.Nucl. 75 (2012) 464-478, 15 pp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iF 4;O A>740=8O AF8=B8;;OF8>==KE 45B5:B>@>2 B5<=>9 <0B5@88, @5?@8=B / , 1338/2012 (2012) PRND=4/4=1 #AB=K5 A5:F8>==K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 2. D.N. Abdurashitov ,  Direct search of a dark matter with NaI: current status and possible perspectives , Oral presentation in International Conference  Dark matter, dark energy and their detection , Novosibirsk, July 22-26 2013 PRND=30 3. D.N. Abdurashitov (6 co-authors),  Possibility of LiF scintillation detector to search WIMPs , Oral presentation in 3-rd International Conference ISMART-2012, Dubna, Nov 2012 PRND=30 "   2011-2012 =61LVALNG!:0AK@A:0O 9=> >=AB0=B8=>2=0 1951 3. @., =A !?8A>: ?C1;8:0F89 2012-2013 33.: 4. .. A552, .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, !.. 04>@>6=K9, .. 8E>284, .. >10H52, .. >78:, .! 0=BC52, .. 0@DQ=>2, .. !:0AK@A:0O, $.. ":0G52, "  !!+ -"  ""   "- ! " "/  -! "  " & .-!! " /45@=0O D878:0 3(B>< 75) 2012 3 0.539*60*0.1=3.234 5. .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, . . I5=:>, !.. 04>@>6=K9, .. 8E>284, .. 0@:8=, .. >78:, .!. 0=BC52, .. 0@D5=>2, .. !:0AK@A:0O, .. "8B>2, .. ":0G52 >45@=878@>20==K9 A?5:B@><5B@ CAB0=>2:8 "@>8F: =N-<0AA >:;04 =0 <564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 2012 20*0.1 = 2 6. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. 8AL<0 2 -"$, B>< 97, (2013), AB@. 67. 2B>@>2 9 1.524*60/9 = 10.16 4. A.I. Belesev et al., A search for an additional neutrino mass eigenstate in 2 to 100 eV region from "Troitsk nu-mass" data - detailed analysis, e-print arXiv:1307.5687. 2B>@>2 9. J. Phys. G: Nucl. Part. Phys. 41 (2013) 015001. 5.326*30/9 = 17.75 5. arXiv:1307.5687 [pdf, other]A search for an additional neutrino mass eigenstate in 2 to 100 eV region from "Troitsk nu-mass" data - detailed analysis A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. Likhovid, A.A. Nozik, V.S. Pantuev, V.I. Parfenov, A.K. Skasyrskaya 22 Jul 2013 4/9 = 0.444 10. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. e-Print: arXiv:1105.4033 [nucl-ex] 2B>@>2 9  =4/9 = 0.444 11. .. >10H52, .. 0@:8=, !. 04>@>6=K9, .. !:0AK@A:0O, .. >78:, .!. 0=BC52, .. 5@0A:8=. 5@02=>25A=0O ?;07<0 <>;5:C;O@=>3> B@8B852>3> -8AB>G=8:0 =0 CAB0=>2:5 "@>8F: -<0AA. >:;04 =0 XV-9 LVAL 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88  $878:>-E8<8G5A:85 ?@>F5AAK ?@8 A5;5:F88 0B><>2 8 <>;5:C; , 25=83>@>4, 1 - 5 >:BO1@O 2012. 4>:;04G8: - .. 0@:8=   =4/7=0,57 12. .. >10H52, .. 0@:8=, !. 04>@>6=K9, .. !:0AK@A:0O, .. >78:, .!. 0=BC52, .. 5@0A:8=. 5@02=>25A=0O ?;07<0 <>;5:C;O@=>3> B@8B852>3> -8AB>G=8:0 =0 CAB0=>2:5 "@>8F: -<0AA. ?C1;8:>20=> 2 6C@=0;5 ISSN 1028-978X 5@A?5:B82=K5 <0B5@80;K A?5F80;L=K9 2K?CA: (14) D52@0;L, 2013, A. 282-289.   =0,302*60/8=2,265 B>3>2K9   36,867LVAL(68;:81052 0H84 0:AC4>28G !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B D87-<0B =0C: 1. ;5=0@=K9 4>:;04 (?@83;0H5==K9) 30 <8= XIII International Seminar on Electromagnetic Interactions of Nuclei, Moscow, 2012 30 ?C1;8:>20= 2 B@C40E :>=D5@5=F88 EMIN  2012, XIII International Seminar on Electromagnetic Interactions of Nuclei, Moscow, 2013 30*0.5 = 15 2. AB>G=8: <54;5==KE ?>78B@>=>2 4;O 0==838;OF8>==>9 A?5:B@>A:>?88 .. 68;:81052 >:;04 30 <8= >=D5@5=F8O VI '5@5=:>2A:85 GB5=8O. >2K5 <5B>4K 2 M:A?5@8<5=B0;L=>9 O45@=>9 D878:8 8 M;5<5=B0@=KE G0AB8F, >A:20, $ 9 ?@ 2013 20 C:>2>4AB2> 48?;><=8:>< $878G5A:>3> D0:C;LB5B0 # .C. "82:>2, 70I8B0 48?;><0 25 5:01@O 2012 10 C:>2>4AB2> 48?;><=8:>< $878G5A:>3> D0:C;LB5B0 # .. 03>@>4=N: 70I8B0 48?;><0 25 5:01@O 2013 10 C:>2>4AB2> 48?;><=8:>< $" :0D54@K $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O .. >@>B552 0I8B0 48?;><0 2 8N=5 2014 10 "+   = 95LVAL"8B>2 8:8B0 =4@5528G 02. ;01>@0B>@859 8AA;54>20=89 @54:8E ?@>F5AA>2 !=A, :0=4840B D87.-<0B. =0C: 1. M Babutzka, M Bahr, J Bonn, B Bornschein, A Dieter, G Drexlin, K Eitel, S Fischer, F Glck, S Grohmann, M Htzel, T M James, W Kfer, M Leber, B Monreal, F Priester, M Rllig, M Schlsser, U Schmitt, F Sharipov, M Steidl, M Sturm, H H Telle and N Titov Monitoring of the operating parameters of the KATRIN Windowless Gaseous Tritium Source 2012 New J. Phys. 14 103046 doi:10.1088/1367-2630/14/10/103046 30*4.063 *0.1 = 12,183 2. ... 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, . . I5=:>, !.. 04>@>6=K9, .. 8E>284, .. 0@:8=, .. >78:, .!. 0=BC52, .. 0@D5=>2, .. !:0AK@A:0O, .. "8B>2, .. ":0G52 >45@=878@>20==K9 A?5:B@><5B@ CAB0=>2:8 "@>8F: =N-<0AA >:;04 =0 <564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289,2012  = 20 3."KATRIN Experiment: status and perspectives 2013" - XXIX-th International Workshop on High Energy Physics  NEW RESULTS and ACTUAL PROBLEMS in PARTICLE & ASTROPARTICLE PHYSICS and COSMOLOGY , June 26-28, 2013, in Protvino, Moscow region, Russia.  = 6 "+   = 38,183LVALNG0=BC52 ;048A;02 !5@35528G 1. >4 @>645=8O. 1954 3. 2. .D.-<.=., 0B0 ?@8AC645=8O AB5?5=8. 2010 . 3. >;6=>ABL. 54CI89 =0CG=K9 A>B@C4=8:. 1. .. A552 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 "@>8F:-=N <0AA, /45@=0O $878:0, B.75. (2012), AB@. 500. 2B>@>2 13.  =0.539*60*0.1 = 3,234 2. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. 8AL<0 2 -"$, B>< 97, (2013), AB@. 67. 2B>@>2 9  =1524*60/9 = 10.16 3. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. e-print arXiv:1307.5687. 2B>@>2 9.  =4/9 = 0.444 4. Adare et al., Nuclear-Modification Factor for Open-Heavy-Flavor Production at Forward Rapidity in Cu+Cu Collisions at sNN""=200 GeV. Phys.Rev. C86 (2012) 024909 . 2B>@>2 370  =3.715*30*0.05=5.5725 5. Adare et al., Deviation from quark-number scaling of the anisotropy parameter v2 of pions, kaons, and protons in Au+Au collisions at sNN""=200 GeV. Phys.Rev. C85 (2012) 064914 . 2B>@>2 370  =3.715*30*0.05=5.5725 6. Adare et al., Direct-Photon Production in p+p Collisions at s"=200 GeV at Midrapidity 7. Phys.Rev. D86 (2012) 072008 . 2B>@>2 340  =4.691*30*0.05=7.0365 8. Adare et al., Cross sections and double-helicity asymmetries of midrapidity inclusive charged hadrons in p+p collisions at s"=62.4 GeV. Phys.Rev. D86 (2012) 072008 . 2B>@>2 340  =4.691*30*0.05=7.0365 9. Adare et al., Ground and excited charmonium state production in p+p collisions at s"=200 GeV. Phys.Rev. D85 (2012) 092004 . 2B>@>2 340  =4.691*30*0.05=7.0365 10. Adare et al., Measurement of Transverse Single-Spin Asymmetries for J/ Production in Polarized p+p Collisions at s"=200 GeV. Phys.Rev. D86 (2012) 099904 . 2B>@>2 340  =4.691*30*0.05=7.0365 11. Adare et al., Observation of direct-photon collective flow in sNN""=200 GeV Au+Au collisions. Phys.Rev. Lett.LVAL 109 (2012) 122302 . 2B>@>2 340  =7.943*30*0.05=11.9145 12. Afanasiev et al., Measurement of Direct Photons in Au+Au Collisions at sNN""=200 GeV .Phys.Rev. Lett. 109 (2012) 152302 . 2B>@>2 340  =7.943*30*0.05=11.9145 13. Adare et al., Nuclear modification of psi^prime, chi_c and J/psi production in d+Au collisions at sqrt(s_NN) = 200 GeV. Phys.Rev.Lett. 111 (2013) 202301. 2B>@>2 400  =7.943*30*0.05=11.9145 14. . Adare et al., Medium modification of jet fragmentation in Au+Au collisions at sNN""=200 GeV measured in direct photon-hadron correlations. Phys.Rev.Lett. 111 (2013) 032301. 2B>@>2 400  =7.943*30*0.05=11.9145 15. Adare et al., Quadrupole anisotropy in dihadron azimuthal correlations in central d+Au collisions at sqrt(s_NN)=200 GeV. Phys.Rev.Lett. 111 (2013) 212301. 2B>@>2 400  =7.943*30*0.05=11.9145 16. Adare et al., (1S+2S+3S) production in d+Au and p+p collisions at sNN""=200 GeV and cold-nuclear matter effects. Phys.Rev. C87 (2013) 044909. 2B>@>2 400  =3.715*30*0.05=5.5725 17. Adare et al., Inclusive cross section and single-transverse-spin asymmetry for very forward neutron production in polarized p+p collisions at s"=200 GeV. Phys.Rev. C88 (2013) 032006. 2B>@>2 400  =3.715*30*0.05=5.5725 18. Adare et al., Spectra and ratios of identified particles in Au+Au and d+Au collisions at sqrt(s_NN)=200 GeV . Phys.Rev. C88 (2013) 024906. 2B>@>2 400  =3.715*30*0.05=5.5725 19. Adare et al., Neutral pion production with respect to centrality and reaction plane in Au+Au collisions at sNN""=200 GeV. Phys.Rev. C87 (2013) 034911. 2B>@>2 400  =3.715*30*0.05=5.5725 20. Adare et al., Direct photon production in d+Au collisions at sNN""=200 GeV. Phys.Rev. C87 (2013) 054907. 2B>@>2 400  =3.715*30*0.05=5.5725 21. Adare et al., Transverse-Momentum Dependence of the J/ Nuclear Modification in d+Au Collisions at sNN""=200 GeV. Phys.Rev. C87 (2013) 034904. 2B>@>2 400  =3.715*30*0.05=5.5725 22. Adare et al., Double Spin AsymmetryN LVAL^ of Electrons from Heavy Flavor Decays in p+p Collisions at s"=200 GeV. Phys.Rev. D87 (2013) 012011. 2B>@>2 400  =4.691*30*0.05=7.0365 23. .. >10H52, .. 0@:8=, !. 04>@>6=K9, .. !:0AK@A:0O, .. >78:, .!. 0=BC52, .. 5@0A:8=. 5@02=>25A=0O ?;07<0 <>;5:C;O@=>3> B@8B852>3> -8AB>G=8:0 =0 CAB0=>2:5 "@>8F: -<0AA. ?C1;8:>20=> 2 6C@=0;5 ISSN 1028-978X 5@A?5:B82=K5 <0B5@80;K A?5F80;L=K9 2K?CA: (14) D52@0;L, 2013, A. 282-289.   =0,302*60/8=2,265 >:;04K =0 :>=D5@5=F8OE 1. Recent results from PHENIX experiment at RHIC. @83;0H5==K9 ?;5=0@=K9 4>:;04 =0 %%I-< A5<8=0@5 ?> ?@>1;5<0< D878:8 2KA>:8E M=5@389, 3. C1=0, 10-14 A5=BO1@O 20123.   = 20 0G8A;5=85 10;;>2 70 @C:>2>4AB2> A>8A:0B5;O<8 CG5=>9 AB5?5=8   70 @C:>2>4AB2> A>8A:0B5;5< (>78: ..)= 30 "+   = 166.699+50+30= 205,438LVAL>78: ;5:A0=4@ @:04L528G 0CG=K9 A>B@C4=8:, :0=4840B D87-<0B =0C: C1;8:0F88: 1. V.N. Aseev, A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. Lihovid, V.M. Lobashev, A.A. Nozik, V.S. Pantuev, V.I. ParfenovA.K. Skasyrskaya, F.V. Tkachov, S.V. Zadorozhny, MeasurementoftheelectronantineutrinomassintritiumbetadecayintheTroitsknu-massexperiment, Phys.Atom.Nucl. 75 (2012) 464-478 0.539 * 60 / 9 = 3.59 2. A. I. Belesev, A. I. Berlev, E. V. Geraskin, A. A. Golubev, N. A. Likhovid, A. A. Nozik, V. S. Pantuev, V. I. Parfenov, A. K. Skasyrskaya , Upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from  Troitsk nu-Mass data, JETP Lett. 97 (2013) 67-69. 1.524 * 60 / 9 = 10.16 3. >78: . . >8A: 8 >B1>@ =5@53C;O@=>3> D>=0 2 A>1KB8OE A ?>AB>O==>9 A:>@>ABLN AG5B0. @5?@8=B / 1366/2013. 4 4. A I Belesev, A I Berlev, E V Geraskin, A AGolubev,N A Likhovid, A ANozik, V S Pantuev, V I Parfenovand A K Skasyrskaya, The search for an additional neutrino masseigenstate in the 2 100 eV region from Troitsk nu-mass data: a detailed analysis, Phys. G: Nucl. Part. Phys. 41 (2013) 5.326 * 30 / 9 = 17.75 >:;04K: >78: . ., >8A: BO65;KE =59B@8=> =0 CAB0=>2:5 "@>8F: =N-<0AA, 564C=0@>4=0O :>=D5@5=F8O $"-56, ?C1;8:>20=> 2 A1>@=8:5 B@C4>2 :>=D5@5=F88. 6 * 1.5 = 9 @>G55: 545=85 ;01>@0B>@=KE @01>B 8 A5<8=0@>2 ?> >1I59 D878:5 2 $". 2 A5<5AB@0 2 2012 3>4C 8 2 A5<5AB@0 2 2013 3>4C. 4 * 8 = 32 B>3>: 3.58 + 10.16 + 4 +17.75 + 9 +32 = 76.49 =AB8BCB >:>=G5= 2 2008 3>4C, 2 2011 3>4C 70I8I5=0 :0=4840BA:0O 48AA5@B0F8O: ?>2KH0NI89 :>MDD8F85=B 2 B>3>2K9   76.49 * 2 = 152.98`LVALp>E>2 ;5:A59 8:B>@>28G 1987 3>40 @>645=8O <;04H89 =0CG=K9 A>B@C4=8: -$ !?8A>: ?C1;8:0F89 1. Grigoriev A., Lokhov A., Studenikin A., Ternov A. The effect of plasmon mass on spin light of neutrino in dense matter // Phys.Lett.B.  2012.  Vol. 718.  P. 512.  = 4,569E30/4=34,268 2. Lokhov A.V., Tkachov F.V., Trukhanov P.S. Application of quasi-optimal weights to searches of anomalies. Statistical criteria for step-like anomalies in cumulative spectra // Nucl.Instrum.Meth.A.  2012.  Vol. 686.  P. 162.  = 1,266E30/3=12,66 3. Grigoriev A., Lokhov A., Studenikin A., Ternov A. New bounds on neutrino magnetic moment and re-examination of plasma effect in neutrino spin light // Nuovo Cim.C.  2012.  Vol. 035.  P. 57.  = 0,225E30/4=1,688 4. Lokhov A.V., Tkachov F.V., Trukhanov P.S. Systematic search for step-like anomalies in the tritium beta-decay spectrum in the Troitsk-nu-mass experiment // Nucl.Phys.A.  2013.  Vol. 897.  Pp. 218-228.  = 1,525E30/3=15,25 5. Grigoriev A., Lokhov A., Studenikin A., Ternov A. Neutrino electromagnetic properties and magnetic moment induced transition of neutrino between different mass states // Nucl.Phys.B. (Proc.Suppl.).  2012.  Vol. 229-232.  P. 447.  = 4,327E30/4=32,453 6. Grigoriev A.V., Lokhov A.V., Studenikin A.I., Ternov A.I. Spin light of neutrino in plasma // 25th International Conference on Neutrino Physics and Astrophysics (June 2012, Kyoto, Japan).  2012.  P. 85.  = 6/4*1,5 = 2,25 B>3>2K9  = 98,569 >2KH0NI89 :>MDD8F85=B  2. ( 2013 3. >:>=G8; 0A?8@0=BC@C D87D0:0 #) B>3>2K9   = 197,138xLVALZ>;C1520 ;5=0 !5@3552=0 !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B =0C: http://theory.fnal.gov/people/ask/PX-book/ @54;>65=85 M:A?5@8<5=B0. Neutron-Antineutron Oscillations with Project X  = 4*0.075=0.3 "+   =0,38E>284 8:>;09 =0B>;L528G 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2012-20133.3. A C:070=85< :>;-2> 02B>@>2. 1. .. A552, .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, !.. 04>@>6=K9, .. 8E>284, .. >10H52, .. >78:, .! 0=BC52, .. 0@DQ=>2, .. !:0AK@A:0O, $.. ":0G52, "  !!+ -"  ""   "- ! " "/  -! "  " & .-!! " /45@=0O D878:0 3(B>< 75) 2012 3 0.539*60*0.1=3.234 2. .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, . . I5=:>, !.. 04>@>6=K9, .. 8E>284, .. 0@:8=, .. >78:, .!. 0=BC52, .. 0@D5=>2, .. !:0AK@A:0O, .. "8B>2, .. ":0G52 >45@=878@>20==K9 A?5:B@><5B@ CAB0=>2:8 "@>8F: =N-<0AA >:;04 =0 <564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 2012 20*0.1 = 2 3. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. 8AL<0 2 -"$, B>< 97, (2013), AB@. 67. 2B>@>2 9 1.524*60/9 = 10.16 4. A.I. Belesev et al., A search for an additional neutrino mass eigenstate in 2 to 100 eV region from "Troitsk nu-mass" data - detailed analysis, e-print arXiv:1307.5687. 2B>@>2 9. J. Phys. G: Nucl. Part. Phys. 41 (2013) 015001. 5.326*30/9 = 17.75 5. arXiv:1307.5687 [pdf, other]A search for an additional neutrino mass eigenstate in 2 to 100 eV region from "Troitsk nu-mass" data - detailed analysis A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. Likhovid, A.A. Nozik, V.S. Pantuev, V.I. Parfenov, A.K. Skasyrskaya 22 Jul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O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. ./45@=0O D878:0 8 8=68=8@8=3 ,B.3, 2K?.2 , 2012.  = 8/10 =0,8 2. .!. K;>A>20, ..810=>20, ... O1>2. >71C645=85 2KA>:>A?8=>2KE 87><5@>2 ?@>B>=0<8 A@54=8E M=5@389 =0 $ / . 725AB8O . !5@8O D878G5A:0O B.76, !11 2012 3.   =0,34*60/3 = 6,8 3. ..0A8;L52, ...@83>@L52, ...>28:>20, ..8:5;L=5@, ... O1>2, ..%0CAB>2, ..%;NAB8=. 84:>AB=K9 1KAB@>459AB2CNI89 H5AB8A5:F8>==K9 45B5:B>@ 30<<0-;CG59 >1J5<>< 250; =0 >A=>25 @0AB2>@8B5;O  8 304>;8=852>3> ?>3;>B8B5;O =59B@>=>2.@5?@8=B /  "@>8F:: -/. 2013, (2 ?5G0B8)   = 4/6 = 0.7 4. S.B. Borzakov, G.N.Vyalov, Yu.V.Ryabov, Yu.V. Grigoriev, D.V. Hlustin, Zh.V. Mesentseva Division of proton beam at the INR linear accelerator for simultaneous work of two consumer installations. (Oral report) Int. Seminar ISINN-20, May 25-28, 2012.  Alushta/  Dubna: -JINR, 2012..  = 6/5*1,5=1,8 5. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. INT.ISINN-19, Dubna, JINR, 2012,p.47   = 6/4 *0,5= 0.5 6. D.V. Kamanin, Yu.V. Pyatkov, A.A. Alexandrov, E.A. Kuznetsova, V.N. Shvetsov, Yu.V. Ryabov3. Proposal on Guide Based Experimental Channel at the IBR-2 Reactor. Int. Seminar ISINN-20, May 25-28, 2012.  Alushta  Dubna: -JINR, 2012.   = 6/6= 1.0 7. ... O1>2. >8A: A25@E?;>B=KE A>AB>O=89 2 ?@>4C:B0E A?>=B0==>3> 45;5=8O Cf-252. /4@>-2012, >:BO1@L, 2012, >@>=56, 4>:;04 (2 ?5G0B8).   = 6 8. .. 0BKH520, ... O1>2, ..!>1>;52A:89 0AG5B=0O >?B8<870F8O <8H5=8 LVAL 8<?C;LA=>3> =59B@>==>3> 8AB>G=8:0 -!. /4@>-2012, >:BO1@L, 2012, >@>=56, 4>:;04 .   = 6 9. D.V.Hliustin, Yu.V.Grigoriev, Yu.V.Ryabov, O.N.Libanova, E.V.Haustov. The Installation for Experimental Neutron Spectra Research in Reactor Materials Compositions. ISINN-21, Alushta, May 25-28, 2013. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 4>:;04G8: Hliustin D.V.   =6/5=1,2 #G0AB85 2 @01>B5 ><8AA88 ?> O45@=>9 M=5@35B8:5 ?@8 @57845=B5 $ (>:;04)  =4. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. >@01>B:0 :064K9 3>4 :C@A0 59B@>==0O D878:0 $"#  =8*2=16 @C30O 7=0G8<0O 8=D>@<0F8O. C:>2>48B5;L ?@>5:B0 =59B@>==>3> 8<?C;LA=>3> 8AB>G=8:0 /  -!. "+   44,1LVALNG@83>@L52 .@89 0A8;L528G c=A -$ >:B>@ D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8: -$ ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2012-201333 1. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. Proc. Int. Seminar ISINN-19,  Dubna: -JINR. 2012,p.44   = 6*0,5=3 2. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Proc. Int. Seminar ISINN-19,.  Dubna: -JINR. 2012., p.245  = 6*0,5=3 3. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V. Ryabov. Measurement of Characteristics of the pulsed neutron sources RADEX and IN-06 at Moscow Meson Factory (INR RAS, Troitsk). Proc.Int. Seminar ISINN-19, May 25-28, 2011.-Dubna:-JINR.-Dubna:-JINR, 2012. p234.  = 6*0,5=3 4. S.B. Borzakov, G.N.Vyalov, Yu.V.Ryabov, Yu.V. Grigoriev, D.V. Hlustin, Zh.V. Mesentseva . Division of proton beam at the INR linear accelerator for simultaneous work of two consumer installations. (Oral report) Int. Seminar ISINN-20, May 25-28, 2012.  Alushta/  Dubna: -JINR, 2012.  = 6/5 *1,5=1.8 5. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. C@=0; /45@=0O D878:0 8 8=68=8@8=3 ,B.3, 2K?.2 ).), 2012.  = 8/10 =0,8 6. ..0A8;L52, ...@83>@L52, ...>28:>20, ..8:5;L=5@, ... O1>2, ..%0CAB>2, ..%;NAB8=. 84:>AB=K9 1KAB@>459AB2CNI89 H5AB8A5:F8>==K9 45B5:B>@ 30<<0-;CG59 >1J5<>< 250; =0 >A=>25 @0AB2>@8B5;O  8 304>;8=852>3> ?>3;>B8B5;O =59B@>=>2.@5?@8=B /  "@>8F:: -/. 2013, (2 ?5G0B8)   = 4/6 = 0.7 7. D.V. Kamanin, Yu.V. Pyatkov, A.A. Alexandrov, E.A. Kuznetsova, V.N. Shvetsov, Yu.V. Ryabov3. Proposal on Guide Based Expel LVAL| rimental Channel at the IBR-2 Reactor. Int. Seminar ISINN-20, May 25-28, 2012.  Alushta  Dubna: -JINR, 2012.   = 6/6= 1.0 8. D.V.Hliustin, Yu.V.Grigoriev, Yu.V.Ryabov, O.N.Libanova, E.V.Haustov. The Installation for Experimental Neutron Spectra Research in Reactor Materials Compositions. ISINN-21, Alushta, May 25-28, 2013. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 4>:;04G8: Hliustin D.V.   =6/5*1,5=1,8 B>3>2K9   = 15,1LVAL"810=>20 ;L30 8:>;052=0 ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2012-2013 3. 1. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. ./45@=0O D878:0 8 8=68=8@8=3 ,B.3, 2K?.2 , 2012.  = 8/10 =0,8 2. .!. K;>A>20, ..810=>20, ... O1>2. >71C645=85 2KA>:>A?8=>2KE 87><5@>2 ?@>B>=0<8 A@54=8E M=5@389 =0 $ / . 725AB8O . !5@8O D878G5A:0O B.76, !11 2012 3.   =0,34*60/3 = 6,8 3. D.V.Hliustin, Yu.V.Grigoriev, Yu.V.Ryabov, O.N.Libanova, E.V.Haustov. The Installation for Experimental Neutron Spectra Research in Reactor Materials Compositions. ISINN-21, Alushta, May 25-28, 2013. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 4>:;04G8: Hliustin D.V.   =6/5*1,5=1,8 4. ..0A8;L52, ...@83>@L52, 810=>20 .., ..>28:>20, ..8:5;L=5@, ... O1>2, ..%0CAB>2, ..%;NAB8=. 84:>AB=K9 1KAB@>459AB2CNI89 H5AB8A5:F8>==K9 45B5:B>@ 30<<0-;CG59 >1J5<>< 250; =0 >A=>25 @0AB2>@8B5;O  8 304>;8=852>3> ?>3;>B8B5;O =59B@>=>2.@5?@8=B /  "@>8F:: -/. 2013,   = 4/8 = 0.5 B>3>2K9   = 9,9LVALNG%;NAB8= 5=8A ;048<8@>28G <=A -$ @54AB02;5==K5 8 >?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2012-201333 1. D.V.Hliustin, Yu.V.Grigoriev, Yu.V.Ryabov, O.N.Libanova, E.V.Haustov. The Installation for Experimental Neutron Spectra Research in Reactor Materials Compositions. ISINN-21, Alushta, May 25-28, 2013. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 4>:;04G8: Hliustin D.V.   =6*1,5=9 2. ..0A8;L52, ...@83>@L52, 810=>20 .., ..>28:>20, ..8:5;L=5@, ... O1>2, ..%0CAB>2, ..%;NAB8=. 84:>AB=K9 1KAB@>459AB2CNI89 H5AB8A5:F8>==K9 45B5:B>@ 30<<0-;CG59 >1J5<>< 250; =0 >A=>25 @0AB2>@8B5;O  8 304>;8=852>3> ?>3;>B8B5;O =59B@>=>2.@5?@8=B /  "@>8F:: -/. 2013,   = 4/8 = 0.5 3. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. Proc. Int. Seminar ISINN-19,  Dubna: -JINR. 2012,p.44   = 6/4*0,5 = 0.75 4. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Proc. Int. Seminar ISINN-19.  Dubna: -JINR. 2012., p.245  = 6/4*0,5 = 0.75 5. .. C7=5F>2, .. 5@;52, .. C7=5F>20, .!.8B28=, .. %;NAB8=. #AB0=>2:0 4;O 8AA;54>20=8O ?@>AB@0=AB25==>-=5G5B=KE MDD5:B>2 2 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;0E (') =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 /  (?> @57C;LB0B0< A50=A0 - =>O1@O 20103.) . @5?@8=B /  1313/2012 D52@0;L 2012.  = 4/5 = 0,8 6. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V. Ryabov. Measurement of Characteristics of the pulsed neutron sources RADEX and IN-06 at Moscow Meson Factory (INR RAS, Troitsk). Proc.Int. Seminar ISINN-19, May 25-28, 2011.-Dubna:-JINR.-Dubna:-JINR, 2012. p.234.  = 6/5*0,5 = 0.6 7. ... @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=8 LVAL 9 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3.!0@>2:- $/& -$ (A45;0= CAB=K9 4>:;04). = 6/5*0,5 =0,6 8. S.B. Borzakov, G.N.Vyalov, Yu.V.Ryabov, Yu.V. Grigoriev, D.V. Hlustin, Zh.V. Mesentseva . Division of proton beam at the INR linear accelerator for simultaneous work of two consumer installations. (Oral report) Int. Seminar ISINN-20, May 25-28, 2012.  Alushta/  Dubna: -JINR, 2012. (in print).  = 6/6*1,5=1,5 B>3>2K9   = 14,5LVALNG0<0=8= <8B@89 ;048<8@>28G =0CG=K9 A>B@C4=8:   !?8A>: =0CG=KE @01>B 70 2012-2013 3.3. C1;8:0F88 2 @5F5=78@C5<KE 6C@=0;0E (70@C156=K5): 1. Yu.V.Pyatkov, D.V.Kamanin, A.A.Alexandrov, I.A.Alexandrova, N.Mkaza, N.A.Kondratyev E.A.Kuznetsova, G.V.Mishinsky, V.Malaza, A.O.Strekalovsky, O.V.Strekalovsky, V.E.Zhuchko // New kind of nuclear multi-body decay (CCT)  status and perspectives of studies // Physics of Atomic Nuclei in press.  =0,539*60/12=2,695 2. Yu.V.Pyatkov, D.V.Kamanin, A.A.Alexandrov, I.A. Alexandrova, N.A.Kondratyev, E.A.Kuznetsova, A.O. Strekalovsky, O.V. Strekalovsky, V.E. Zhuchko // Preliminary results on observation of new shape isomers // Symposium on Nuclear Physics: Presence and Future, 29 May  05 June, 2013, Boppard, Germany (in press).  =6 3. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, N.A.Kondratyev E.A.Kuznetsova, G.V.Mishinsky, V.Malaza, A.O.Strekalovsky, O.V.Strekalovsky, V.E.Zhuchko // New kind of nuclear multi-body decay (CCT)  status and perspectives of studies // Symposium on Nuclear Physics: Presence and Future, 29 May  05 June, 2013, Boppard, Germany (in press).  =6 4. Yu.V.Pyatkov, D.V.Kamanin, A.A.Alexandrov, I.A.Alexandrova, N.A.Kondratyev, E.A.Kuznetsova, A.O.Strekalovsky, O.V Strekalovsky, V.E.Zhuchko // Light shape isomers in the cct channel? // 21th International Seminar on Interaction of Neutrons with Nuclei, Alushta, Ukraine, 20-25 May 2013 (in press).  =30/9*1,5=5 5. D.V.Kamanin, Yu.V.Pyatkov, V.E.Zhuchko, E.A.Kuznetsova, A.O.Strekalovsky // Time-of-flight spectrometry of heavy ions in the wide range of energies and masses. data processing // 21th International Seminar on Interaction of Neutrons with Nuclei, Alushta, Ukraine, 20-25 May 2013 .  =6/5=1,2 6. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, N.A.Kondratyev, E.A.Kuznetsova, G.V.Mishinsky, V.Malaza, A.O.Strekalovsky, O.V.Strekalovsky, V.E.Zhuchko // Perspectives of the study of collinear cluster tri-partitiLVALon of heavy nuclei // 21th International Seminar on Interaction of Neutrons with Nuclei, Alushta, Ukraine, 20-25 May 2013. ;5=0@=K9 4>:;04  =30 7. A.O.Strekalovsky, D.V.Kamanin, Yu.V.Pyatkov, O.V.Strekalovsky, V.E.Zhuchko // Software for Digitizer of the Spectrometer "LIS" // Proceeding of the XII International Conference on Engineering and Scientific Application on the Basis of National Instruments Technology-2013, Moscow, Russia, 28-29 November 2013. 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Yu.V.Pyatkov, D.V.Kamanin, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, N.A.Kondratyev, E.A.Kuznetsova, V.Malaza, Yu.V.Ryabov, A.O.Strekalovsky, O.V.Strekalovsky, V.E.Zhuchko // Status and prospects of collinear cluster tri-partition experimental studies // International Symposium on Exotic Nuclei  EXON 12 , Vladivostok, Russia, 01-06 October 2012. Conference proceedings, Editors: Yu.E.Penionzhkevich, and Yu.G.Sobolev. Published by World Scientific Publishing Co. Pte. Ltd., 2013. p. 407-410.  =6*1,5*0,1=0,9 11. D.V.Kamanin, Yu.V.Pyatkov, V.E.Zhuchko, N.A.Kondratyev, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, E.A.Kuznetsova, V.Malaza, S.I.Mulgin, A.O.Strekalovsky, O.V.Strekalovsky // Methodical base of experimental studies of collinear multibody decays // International Symposium on Exotic Nuclei  EXON 12 , VlaLVALdivostok, Russia, 01-06 October 2012. Conference proceedings, Editors: Yu.E.Penionzhkevich, and Yu.G.Sobolev. Published by World Scientific Publishing Co. Pte. 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D.V.Kamanin, Yu.V.Pyatkov, V.E.Zhuchko, N.A.Kondratyev, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, E.A.Kuznetsova, V.Malaza, S.I.Mulgin, A.O.Strekalovsky, O.V.Strekalovsky // The COMETA spectrometer for study of multi-body decays of heavy nuclei // Proceedings of the 20th International Seminar on Interaction of Neutrons with Nuclei, Alushta, Ukraine, 21-26 May 2012. Dubna 2013, p. 117-123.  =6*1,5*0,1=0,9 B>3>2K9  =121,595/2=60,798LVAL 0BCH:> 8:B>@ 5>=84>28G !B0@H89 =0CG=K9 A>B@C4=8:, 8.>. 702. A5:B>@>< !?8A>: >?C1;8:>20==KE @01>B 70 2011-20123.3. A C:070=85< :>;-2> 02B>@>2. . 1. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. C@=0; /45@=0O D878:0 8 8=68=8@8=3 ,B.3, 2K?.2 ).), 2012.  = 8/10 =0,8 2. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, V.L. Matushko, S.N. Kalmykov, R.A. Aliev, I.G. Tananaev, B.F. Myasoedov. Production of actinium, thorium and radium isotopes from thorium-232 irradiated with protons up to 141 MeV. Radiochim. Acta, 2012, v.100, N 4, p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arpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaya, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya, P. Cortese, G. Dellacasa, R. Arnaldi, N. De Marco, A. 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Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality dependence of pi, K, and p production in Pb-Pb collisions at "sNN=2.76 TeV Phys. Rev. C 88 (2013) 044910  =3.715*30*0.04 = 4.458 5. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, D Meson Elliptic Flow in Noncentral Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 111 (2013) 102301  =7.943*30*0.04 = 9.532 6. E. Abbas, ..., F. Guber, O. Karavichev,LVAL T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Mid-rapidity anti-baryon to baryon ratios in pp collisions at "s=0.9, 2.76 and 7 TeV measured by ALICE, Eur. Phys. J. C 73 (2013) 2496  =5.247*30*0.04 = 6.296 7. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Charge correlations using the balance function in Pb-Pb collisions at "sNN=2.76 TeV, Phys. Lett. B 723 (2013) 267  =4.569*30*0.04 = 5.483 8. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of inelastic, single- and double-diffraction cross sections in proton-proton collisions at the LHC with ALICE, Eur. Phys. J. C 73 (2013) 2456  =5.247*30*0.04 = 6.296 9. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of the inclusive differential jet cross section in pp collisions at "s=2.76 TeV, Phys. Lett. B 722 (2013) 262  =4.569*30*0.04 = 5.483 10. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Net-Charge Fluctuations in Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 110 (2013) 152301  =7.943*30*0.04 = 9.532 11. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of electrons from beauty hadron decays in pp collisions at "s=7 TeV, Phys. Lett. B 721 (2013) 13  =4.569*30*0.04 = 5.483 12. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. PLVALshenichnov, A. Reshetin et al., ALICE Collaboration, Charged kaon femtoscopic correlations in pp collisions at "s=7 TeV, Phys. Rev. D 87 (2013) 052016  =4.691*30*0.04 = 5.629 13. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. 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Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Long-range angular correlations on the near and away side in p-Pb collision at "sNN= 5.02 TeV, Phys. Lett. B 719 (2013) 29  =4.569*30*0.04 = 5.483 17. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Coherent J/psi photoproduction in ultra-peripheral Pb-Pb collisions at root "sNN=2.76 TeV, Phys. Lett. B 718 (2013) 1273  =4.569*30*0.04 = 5.483 18. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. MaevskaLVALya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Pseudorapidity Density of Charged Particles in p plus Pb Collisions at "sNN=5.02 TeV, Phys. Rev. Lett. 110 (2013) 032301  =7.943*30*0.04 = 9.532 19. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Charge separation relative to the reaction plane in Pb-Pb collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 110 (2013) 012301  =7.943*30*0.04 = 9.532 20. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality determination of Pb-Pb collisions at root s(NN)=2.76 TeV with ALICE, Phys. Rev. C 88 (2013) 044909  =3.715*30*0.04 = 4.458 21. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multiplicity dependence of two-particle azimuthal correlations in pp collisions at the LHC J. High Energy Phys. 1209 (2013) 049  =5.618*30*0.04 = 6.742 2013: 4.575+6*9.532+3*6.296+7*5.483+5.629+2*4.458+6.742 = 140.323 2012 3. 22. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 109 (2012) 252302  =7.943*30*0.04 = 9.532 23. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Production of Muons from Heavy Flavor Decays at Forward Rapidity in pp and Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 109 (2012) 112301  =7.943*30*0.04 = 9.532 24. B. Abelev, ..., F. Guber, O. Karavichev,LVAL T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J/psi Suppression at Forward Rapidity in Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 109 (2012) 072301  =7.943*30*0.04 = 9.532 25. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. 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and $J/\psi$ mesons oai:cds.cern.ch:1446413 LHCb collaboration 4*0.LVAL04*2= 0,32 arXiv:1205.0897; CERN-PH-EP-2012-114; LHCB-PAPER-2012-009 Measurement of the $D_s^+ - D_s^-$ production asymmetry in 7 TeV pp collisions oai:cds.cern.ch:1446397 LHCb collaboration 4*0.04*2= 0,32 arXiv:1205.3422; CERN-PH-EP-2012-129; LHCB-PAPER-2012-011 Measurement of the isospin asymmetry in $B \to K^{(*)}\mu^+ \mu^-$ decays oai:cds.cern.ch:1449383 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.5675; LHCb-PAPER-2012-006; CERN-PH-EP-2012-107 Measurement of the CP-violating phase $\phi_s$ in $\overline{B}^0_s \to J/\psi\pi^+\pi^-$ decays oai:cds.cern.ch:1444102 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.5643; CERN-PH-EP-2012-111; LHCB-PAPER-2012-005 Analysis of the resonant components in $\overline{B}^0_s \to J/\psi\pi^+\pi^-$ oai:cds.cern.ch:1444074 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.1237; CERN-PH-EP-2012-091; LHCB-PAPER-2011-022 Measurement of the branching fractions of the decays $B_s^0 \rightarrow D_s^\mp K^\pm$ and $B_s^0 \rightarrow D_s^- \pi^+$ oai:cds.cern.ch:1439213 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.1462; CERN-PH-EP-2012-068; LHCB-PAPER-2011-030 Measurement of the ratio of prompt $\chi_{c}$ to $J/\psi$ production in $pp$ collisions at $\sqrt{s}=7$ TeV oai:cds.cern.ch:1439446 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.0079; LHCB-PAPER-2011-044; CERN-PH-EP-2012-090 First observation of decay $B_c^+\to J/\psi \pi^+\pi^-\pi^+$ oai:cds.cern.ch:1436608 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.2813; CERN-PH-EP-2012-092; LHCB-PAPER-2012-004 Measurement of the polarization amplitudes and triple product asymmetries in the $B_s^0 \to \phi\phi$ decay oai:cds.cern.ch:1440824 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.1620; CERN-PH-EP-2012-099; LHCB-PAPER-2012-008 Inclusive $W$ and $Z$ production in the forward region at $\sqrt{s}$ = 7 TeV oai:cds.cern.ch:1439627 LHCb collaboration 4*0.04*2= 0,32 arXiv:1204.1258; LHCB-PAPER-2011-045; CERN-PH-EP-2012-094 Measurement of $\psi$(2S) meson production in pp collisions at $\sqrt{s}$=7 TeV oai:cds.cern.ch:1439233 LHCLVALb collaboration 4*0.04*2= 0,32 arXiv:1203.4493; CERN-PH-EP-2012-072; LHCB-PAPER-2012-007 Strong constraints on the rare decays $B^0_s \to \mu^+ \mu^-$ and $B^0 \to \mu^+ \mu^-$ oai:cds.cern.ch:1433643 LHCb collaboration 4*0.04*2= 0,32 arXiv:1203.3662; LHCB-PAPER-2012-001; CERN-PH-EP-2012-071 Observation of $C\!P$ violation in $B^\pm \to D K^\pm$ decays oai:cds.cern.ch:1432778 LHCb collaboration 4*0.04*2= 0,32 arXiv:1203.3592; LHCB-PAPER-2011-024; CERN-PH-EP-2012-070 Measurements of the branching fractions and $C\!P$ asymmetries of $B^{\pm} \to J\!/\!\psi\, \pi^{\pm}$ and $B^{\pm} \to \psi(2S) \pi^{\pm}$ decays oai:cds.cern.ch:1432716 LHCb collaboration 4*0.04*2= 0,32 CERN-LHCb-CONF-2012-033 Optimization and calibration of the same-side kaon tagging algorithm using hadronic B0s decays in 2011 data LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-032 A measurement of  from a combination of B!Dh analyses LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-031 Studies of 0b!J/ production in pp collisions at s" = 7 TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-030 First observation of the suppressed ADS modes B![K"+"]DK and B![K"+"]D LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-029 Measurement of time-dependent CP-violation observables in B0s!D"sK LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-028 Evidence for CP violation in B!+" and B!K+K" decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-027 Search for the lepton flavour violating and baryon number violating decays "!p+" and "!p"" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-026 Performance of flavour tagging algorithms optimised for the analysis of B0s!J/ LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-025 Production of J/~and (1S), (2S) and (3S)~mesons at s"=8 TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-024 Measurement of CP observables in B0!DK"0 with D!K+K" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-023 BranchiLVALng fraction measurements of B0d,s decays to K0Shh2 " final states, including first observation of B0s!K0SK" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-022 Measurement of the flavour-specific CP violating asymmetry asls in Bs decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-021 First observation of B"!D0K"+" Decays to CP even final states LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-020 Observation of the b(3P) state at LHCb in pp collisions at s"=7~TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-019 Search for CP violation in D0!"++" decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-018 Evidence for CP violation in B!K+" and B!KK+K" decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-017 Search for the rare decays B0(s)!+" at the LHC with the ATLAS, CMS and LHCb experiments LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-016 Measurement of jet production in Z0/"!+" events at LHCb in s"=7 TeV pp collisions LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-015 Search for the lepton flavour violating decay "!+"" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-014 Search for Higgs-like bosons decaying into long-lived exotic particles LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-013 Inclusive low mass Drell-Yan production in the forward region at s" = 7 TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-012 Measurement of the forward energy flow in pp collisions at s" = 7 TeV with the LHCb experiment LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-011 Measurement of the cross-section for Z0! e+e" production in pp collisions at s" = 7 TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-010 Search for the rare decays B0s!+"+" and B0d!+"+" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-009 First observations and branching fraction measurements of B0s to double-charm final states LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-008 Differential brLVALanching fraction and angular analysis of the B0!K"0+" decay LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-007 Measurement of time-dependent CP violation in charmless two-body B decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-006 First observation of B+!++" LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-005 Search for the D0!+" decay with 0.9 fb"1 at LHCb LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-004 Measurement of the direct CP asymmetry in the B0d!K"0decay LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-003 Measurement of the ratio of branching fractions for B0s! and B0s!J/ LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2012-002 Tagged time-dependent angular analysis of B0s!J/ decays at LHCb LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-060 Measurement of the B0s!D"sD+s and B0s!D"D+s effective lifetimes LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-056 Studies of beauty baryon decays to D0ph" and +ch" final states LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-058 Study of forward Z+jet production in pp collisions at s" = 7 TeV LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-057 Search for CP violation in the decay D+!"++ LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-054 Measurements of indirect CP asymmetries in D0!K"K+ and D0!"+ decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-051 Measurement of CP violation in the phase space of B!K+K" and B!+" decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-049 Search for the doubly charmed baryon +cc LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-050 Search for the decay D0!+"+" LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-055 Observation of B0(s)!J/f1(1285) decays and measurement of the f1(1285) mixing angle LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-053 Measurement of D0--D0 mixing parameters and search for CP violation using D0!K+" decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-048 Measurement of tLVALhe charge asymmetry in B!K and search for B! decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-047 Observation of the decay B+c!J/K+K"+ LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-052 Study of J/ production and cold nuclear matter effects in pPb collisions LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-045 First observation of B0!J/K+K" and search for B0!J/ decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-035 Observation of the decay B0s!D0 LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-044 Observation of the decay B+c!B0s+ LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-041 Model-independent search for CP violation in D0!K"K+"+ and D0!"++" decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-037 Measurement of form-factor independent observables in the decay B0!K"0+" LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-040 First measurement of time-dependent CP violation in B0s!K+K" decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-043 Measurement of the CP asymmetry in B+!K++" decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-036 Observation of B0s-B0s mixing and measurement of mixing frequencies using semileptonic B decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-034 Branching fraction and CP asymmetry of the decays B+!K0S+ and B+!K0SK+ LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-033 Measurement of the flavour-specific CP-violating asymmetry assl in B0s decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-038 First evidence for the two-body charmless baryonic decay B0!pp LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-042 Study of B0(s)!K0Sh+h2 " decays with first observation of B0s!K0SK" and B0s!K0S+" LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-039 Observation of a resonance in B+!K++" decays at low recoil LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-008 Measurement of J/ polarization in pp collisions at s"=7 TeV LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-031LVAL Studies of the decays B+!pph+ and observation of B+!(1520)p LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-046 Measurement of the B0s!+" branching fraction and search for B0!+" decays at the LHCb experiment LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-030 Search for the lepton-flavor violating decays B0s!e" and B0!e" LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-026 Study of DJ meson decays to D+", D0+ and D"+" final states in pp collisions LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-028 Measurement of the relative rate of prompt c0, c1 and c2 production at s"=7TeV LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-023 Measurement of the polarization amplitudes in B0!J/K"(892)0 decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-032 Precision measurement of the 0b baryon lifetime LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-004 Measurement of B meson production cross-sections in proton-proton collisions at s"= 7 TeV LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-021 First observation of the decay B+c!J/K+ LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-010 Observation of B+c!J/D+s and B+c!J/D"+s decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-029 Searches for B0(s)!J/pp and B+!J/pp+ decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-025 Measurement of the differential branching fraction of the decay 0b!+" LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-012 First observation of the decay B0s!K"0 LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-027 Measurement of CP violation in the phase space of B!K+" and B!KK+K" decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-024 Observation of B0s!c1 decay and study of B0!c1,2K"0 decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-013 Search for the rare decay D0!+" LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2012-046 Study of B0!D""+"+ and B0!D""K+"+ decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-020 Measurement of the CKM anLVALgle  from a combination of B!Dh analyses LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-017 Differential branching fraction and angular analysis of the decay B0s!+" LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-016 Production of J/ and  mesons in pp collisions at s" = 8 TeV LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-005 Measurement of the B0!K"0e+e" branching fraction at low dilepton mass LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-011 Precision measurement of D meson mass differences LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-018 First observation of CP violation in the decays of B0s mesons LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2012-047 Measurements of the branching fractions of B+!ppK+ decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2012-051 Search for D+(s)!++" and D+(s)!"++ decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-022 Measurement of the branching fractions of the decays B0s!D0K"+ and B0!D0K+" LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-006 Precision measurement of the B0s"B0s oscillation frequency with the decay B0s!D"s+ LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-014 Searches for violation of lepton flavour and baryon number in tau lepton decays at LHCb LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-015 Measurement of the effective B0s!J/K0S lifetime LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-019 Differential branching fraction and angular analysis of the decay B0!K"0+" LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-009 Limits on neutral Higgs boson production in the forward region in pp collisions at s"=7 TeV LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-002 Measurement of CP violation and the B0s meson decay width difference with B0s!J/K+K" and B0s!J/+" decays LHCb collaboration 4*0.04*1= 0,16 LHCB-PAPER-2013-007 First measurement of the CP-violating phase in B0s! decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2013-013 Reference pp cross-sections for J/ LVALstudies in proton-lead collisions at sNN"""""=5.02~TeV and comparisons between ALICE and LHCb results LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2013-012 Combination of results on the rare decays B0(s)!+" from the CMS and LHCb experiments LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2013-011 Updated average fs/fd b-hadron production fraction ratio for 7 TeV pp collisions LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2013-010 Search for the 0b!2 decay at LHCb LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2013-009 CP and up-down asymmetries in B!K" decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2013-007 Measurement of the cross-section for Z! production with 1 fb"1 of pp collisions at s"=7 TeV LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2013-006 Improved constraints on  from B!DK decays including first results on 2012 data LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2013-005 Graphical comparison of the LHCb measurements of W and Z boson production with ATLAS and CMS LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2013-004 Model-independent measurement of CP violation parameters in B!(K0Sh+h")DK decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2013-003 A search for time-integrated CP violation in D0!K"K+ and D0!"+ decays LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2013-002 Measurement of (bb) with inclusive final states LHCb collaboration 4*0.04*1= 0,16 CERN-LHCb-CONF-2013-001 Measurement of the forward-central bb production asymmetry LHCb collaboration 4*0.04*1= 0,16 B>3>: 30,88 >=D5@5=F88 ! 0720=85 4>:;040 >=D5@5=F8O 2B>@K 0B0   1 Optimization and calibration of the same-side kaon tagging algorithm using hadronic B0s decays in 2011 data Hadron Collider Physics Symposium 2012 LHCb collaboration 10 Oct 2012 6*0.04= 0,24 2 A measurement of  from a combination of B!Dh analyses 7th International Workshop on the CKM Unitarity Triangle LHCb collaboration 26 Sep 2012 6*0.04= 0,24 3 Studies of 0b!J/ proLVALduction in pp collisions at s" = 7 TeV LHC days in Split 2012 LHCb collaboration 04 Oct 2012 6*0.04= 0,24 4 First observation of the suppressed ADS modes B![K"+"]DK and B![K"+"]D 7th International Workshop on the CKM Unitarity Triangle LHCb collaboration 17 Sep 2012 6*0.04= 0,24 5 Measurement of time-dependent CP-violation observables in B0s!D"sK 7th International Workshop on the CKM Unitarity Triangle LHCb collaboration 17 Oct 2012 6*0.04= 0,24 6 Evidence for CP violation in B!+" and B!K+K" decays 7th International Workshop on the CKM Unitarity Triangle LHCb collaboration 03 Sep 2012 6*0.04= 0,24 7 Search for the lepton flavour violating and baryon number violating decays "!p+" and "!p"" The 12th International Workshop on Tau Lepton Physics LHCb collaboration 24 Sep 2012 6*0.04= 0,24 8 Performance of flavour tagging algorithms optimised for the analysis of B0s!J/ 36th International Conference on High Energy Physics LHCb collaboration 11 Jul 2012 6*0.04= 0,24 9 Production of J/~and (1S), (2S) and (3S)~mesons at s"=8 TeV 36th International Conference on High Energy Physics LHCb collaboration 18 Jul 2012 6*0.04= 0,24 10 Measurement of CP observables in B0!DK"0 with D!K+K" 36th International Conference on High Energy Physics LHCb collaboration 09 Jul 2012 6*0.04= 0,24 11 Branching fraction measurements of B0d,s decays to K0Shh2 " final states, including first observation of B0s!K0SK" 36th International Conference on High Energy Physics LHCb collaboration 06 Jul 2012 6*0.04*= 0,24 12 Measurement of the flavour-specific CP violating asymmetry asls in Bs decays 36th International Conference on High Energy Physics LHCb collaboration 11 Jul 2012 6*0.04*= 0,24 13 First observation of B"!D0K"+" Decays to CP even final states 36th International Conference on High Energy Physics LHCb collaboration 06 Jul 2012 6*0.04*= 0,24 14 Observation of the b(3P) state at LHCb in pp collisions at s"=7~TeV 36th International Conference on High Energy Physics LHCb collaborationLVAL 18 Jul 2012 6*0.04*= 0,24 15 Search for CP violation in D0!"++" decays 36th International Conference on High Energy Physics LHCb collaboration 12 Jul 2012 6*0.04*= 0,24 16 Evidence for CP violation in B!K+" and B!KK+K" decays 36th International Conference on High Energy Physics LHCb collaboration 06 Jul 2012 6*0.04*= 0,24 17 Search for the rare decays B0(s)!+" at the LHC with the ATLAS, CMS and LHCb experiments Physics at LHC 2012 LHCb collaboration 29 May 2012 6*0.04*= 0,24 18 Search for the lepton flavour violating decay "!+"" Flavour Physics and CP Violation 2012 LHCb collaboration 31 May 2012 6*0.04*= 0,24 19 Inclusive low mass Drell-Yan production in the forward region at s" = 7 TeV 20th International Workshop on Deep-Inelastic Scattering and Related Subjects LHCb collaboration 26 Mar 2012 6*0.04*= 0,24 20 Measurement of the forward energy flow in pp collisions at s" = 7 TeV with the LHCb experiment 20th International Workshop on Deep-Inelastic Scattering and Related Subjects LHCb collaboration 05 Mar 2012 6*0.04*= 0,24 21 Measurement of the cross-section for Z0! e+e" production in pp collisions at s" = 7 TeV 20th International Workshop on Deep-Inelastic Scattering and Related Subjects LHCb collaboration 05 Mar 2012 6*0.04*= 0,24 22 Search for the rare decays B0s!+"+" and B0d!+"+" 47th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 20 Mar 2012 6*0.04*= 0,24 23 First observations and branching fraction measurements of B0s to double-charm final states 47th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 28 Feb 2012 6*0.04*= 0,24 24 Differential branching fraction and angular analysis of the B0!K"0+" decay 47th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 04 Jun 2012 6*0.04*= 0,24 25 Measurement of time-dependent CP violation in charmless two-body B decays 47th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 24 Feb 2012 6*0.04*= 0,24 26 FirstLVAL observation of B+!++" 47th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 24 May 2012 6*0.04*= 0,24 27 Search for the D0!+" decay with 0.9 fb"1 at LHCb 47th Rencontres de Moriond on Electroweak Interactions and Unified Theories LHCb collaboration 22 Feb 2012 6*0.04*= 0,24 28 Measurement of the direct CP asymmetry in the B0d!K"0decay 26me Rencontres de Physique de La Valle d'Aoste LHCb collaboration 07 Mar 2012 6*0.04*= 0,24 29 Measurement of the ratio of branching fractions for B0s! and B0s!J/ 47th Rencontres de Moriond on Electroweak Interactions and Unified Theories LHCb collaboration 06 Mar 2012 6*0.04*= 0,24 30 Tagged time-dependent angular analysis of B0s!J/ decays at LHCb 47th Rencontres de Moriond on Electroweak Interactions and Unified Theories LHCb collaboration 05 Mar 2012 6*0.04= 0,24 31 Reference pp cross-sections for J/ studies in proton-lead collisions at sNN"""""=5.02~TeV and comparisons between ALICE and LHCb results EPS-HEP 2013 European Physical Society Conference on High Energy Physics LHCb collaboration 22 Dec 2013 6*0.04= 0,24 32 Combination of results on the rare decays B0(s)!+" from the CMS and LHCb experiments EPS-HEP 2013 European Physical Society Conference on High Energy Physics LHCb collaboration 24 Jul 2013 6*0.04= 0,24 33 Updated average fs/fd b-hadron production fraction ratio for 7 TeV pp collisions EPS-HEP 2013 European Physical Society Conference on High Energy Physics LHCb collaboration 02 Jul 2013 6*0.04= 0,24 34 Search for the 0b!2 decay at LHCb EPS-HEP 2013 European Physical Society Conference on High Energy Physics LHCb collaboration 17 Jun 2013 6*0.04= 0,24 35 CP and up-down asymmetries in B!K" decays EPS-HEP 2013 European Physical Society Conference on High Energy Physics LHCb collaboration 17 Jun 2013 6*0.04= 0,24 36 Measurement of the cross-section for Z! production with 1 fb"1 of pp collisions at s"=7 TeV 21st International Workshop on Deep-Inelastic Scattering and Related Subjects LHCb cLVALollaboration 05 Apr 2013 6*0.04= 0,24 37 Improved constraints on  from B!DK decays including first results on 2012 data 14th International Conference on B-Physics at Hadron Machines LHCb collaboration 08 May 2013 6*0.04= 0,24 38 Graphical comparison of the LHCb measurements of W and Z boson production with ATLAS and CMS Working Group on Electroweak precision measurements at the LHC LHCb collaboration 19 Mar 2013 6*0.04= 0,24 39 Model-independent measurement of CP violation parameters in B!(K0Sh+h")DK decays 14th International Conference on B-Physics at Hadron Machines LHCb collaboration 18 Mar 2013 6*0.04= 0,24 40 A search for time-integrated CP violation in D0!K"K+ and D0!"+ decays 48th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 01 Mar 2013 6*0.04= 0,24 41 Measurement of (bb) with inclusive final states 2013 Aspen Winter Conference on particle physics: Higgs Quo Vadis LHCb collaboration 20 Feb 2013 6*0.04= 0,24 42 Measurement of the forward-central bb production asymmetry 2013 Aspen Winter Conference on particle physics: Higgs Quo Vadis LHCb collaboration 20 Feb 2013 6*0.04= 0,24 B>3>: 10,08 B>3>2K9   =993,23LVALNGC9:>2 >@8A 5>=84>28G 1. >4 @>645=8O 1952 2. >;6=>ABL 70254CNI89 ;01>@0B>@859 3. !?8A>: >?C1;8:>20==KE @01>B 70 2012-20133.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, V.L. Matushko, S.N. Kalmykov, R.A. Aliev, I.G. Tananaev, B.F. Myasoedov. Production of actinium, thorium and radium isotopes from thorium-232 irradiated with protons up to 141 MeV. Radiochim. Acta, 2012, v.100, N 4, p. 223-229.  =1,373E30/8=5,15 2. .. C9:>2. @>872>4AB2> <548F8=A:8E @048>87>B>?>2 2 >AA88. V "@>8F:0O :>=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5, 4-8 8N=O 2012, !1>@=8: <0B5@80;>2, ".1, "@>8F: >A:>2A:>9 >1;., 2012. !. 288.   =4 3. B.L.Zhuikov, S.V.Ermolaev, V.M.Kokhanyuk. Radionuclide Production at Accelerator with High Power Targets. 8th International Conference of Nuclear and Radiochemistry, Como, Italy, Sept. 16-21, 2012. Book of Abstracts. P.101. @83;0H5==K9 4>:;04.   =30 4. R. Aliev, S. Ermolaev, B. Zhuikov, S. Kalmykov, E. Lapshina, Yu. Totskiy, V. Ostapenko, A. Vasiliev. Separation of actinium-225 for nuclear medicine purposes from thorium targets irradiated with middle energy protons. . 8th International Conference of Nuclear and Radiochemistry, Como, Italy, Sept. 16-21, 2012. Book of Abstracts. P.65.   =6/8=0,75 5. .. @02GC:, !. . :C;8=8G52, .. C9:>2. 0728B85 B5E=>;>389 ;CG52>9 B5@0?88 8 O45@=>9 <548F8=K. 548F8=0: F5;52K5 ?@>5:BK, ! 12, 2012, A. 74-76.   =8/3=2,67 6. ..C9:>2. >2K5 2>7<>6=>AB8 ?@>872>4AB20 <548F8=A:8E @048>=C:;84>2 2 >AA88. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012. "578AK, A. 371. @83;0H5==K9 4>:;04.   =20 7. !.. @<>;052, .. C9:>2, .. >E0=N:, !.. 0;<K:>2, .. ;852. >;CG5=85 @048O-223 8 ?@>4C:B>2 53> @0A?040 8E B>@8O, >1;CG5==>3> ?@>B>=0<8 A@54=8E M=5@389. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012. "578AK, A. 370.   =4/5=0,8 8. !.. 0;<K:>2, .. LVALC9:>2, .. ;852, !.. @<>;052, .!. AB0?5=:>, .. 0A8;L52, .. "0=0=052, .$. OA>54>2. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 @048O-223 87 >1;CG5==KE ?@>B>=0<8 B>@852KE <8H5=59. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012. "578AK, A. 374.   =4/8=0,5 9. . . 'C40:>2, .. >E0=N:, .. C9:>2, .. >AB>20, .. 09F52, !.. (0B8:, .. "NB8=. ;8O=85 AB5@8;870F88 =0 E0@0:B5@8AB8:8 A>@15=B0 35=35@0B>@0 Sr-82/Rb-82. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012. "578AK, A. 401.   =4/7=0,57 10. B.L. Zhuikov. Production of medical radioisotopes in Russia: status and future. A review. Appl. Radiat. Isotop., V.84, P. 48-56 .   =1,179E30=35,37 11. B.L. Zhuikov. Radionuclide Production at Accelerators with Middle Particle Energy, and New Opportunities for Production of Medical Isotopes in Russia. 1st International Business Conference on Isotopes Moscow, October 1-3, 2012.   =6 12. . . 'C40:>2, . . C9:>2, !. . @<>;052, . . >E0=N:, . . >AB>20, . . 09F52, !. . (0B8:, .. >AB5=8:>2, . . K6:>20, . . "NB8=. AA;54>20=85 E0@0:B5@8AB8: 35=5@0B>@0 @C1848O-82 4;O -"-8AA;54>20=89. @8=OB> : ?5G0B8. 048>E8<8O, 2014, K?. 4.   =60x0,662/10=3,97 13. B.L. Zhuikov. Radioisotope Production at Institute for Nuclear Research RAS: Scientific Developments Resulted in International Business Collaboration. Innovation Support Program, 2nd Conference. Moscow, May 22-24, 2013.   =6 14. .. C9:>2. @>872>4AB2> <548F8=A:8E @048>=C:;84>2 2 >AA88. (:>;0 ?> ?>78B@>==>-M<8AA8>==>9 B><>3@0D88. >A:20, 14 <0O 2013. # 8<. ..><>=>A>20, %8<8G5A:89 D0:C;LB5B.   =20 15. B.L. Zhuikov. A potential for production medical radionuclides in Russia. The First Russian-Nordic Symposium on Radiochemistry, 21-24 October, 2013. Abstracts, Edited by: S.N. Kalmykov, V.G. Petrov and A.Yu. Romanchuk. IDEA PRINT. P. 108. @83;0H5==K9 4>:;04.   =30 16. E. Lapshina, S. Ermolaev, B. Zhuikov, S. KalmLVALykov, R. Aliev, V. Ostapenko, A. Vasiliev. Separation of 225Ac from radionuclides generated by proton irradiated of natural thorium using extraction chromatography. 9th Int. Conference on the Chemistry and Physics of the Actinide Elements, ACTINIDES 2013, Karlsruhe, Germany, July 21-26, 2013, index 4-14.   =6/7=0,86 17. .. 0?H8=0, !.. @<>;052, ..C9:>2, !.. 0;<K:>2, ..;852, .!.AB0?5=:>, ..0A8;L52. -:AB@0:F8>==>-E@><0B>3@0D8G5A:>5 >B45;5=85 225Ac >B @048>=C:;84>2, >1@07CNI8EAO ?@8 >1;CG5=88 ?@>B>=0<8 ?@8@>4=>3> B>@8O. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<, 8-12 A5=BO1@O, 2013, "578AK 4>:;04>2, A.83.   =4/7=0,57 18. .. 'C40:>2, !.. @<>;052, .. C9:>2, .. >AB>20, !.. (0B8:, .. 09F52, .. "NB8=. -DD5:B82=>ABL M;N8@>20=8O @C1848O-82 87 82Sr/82Rb 35=5@0B>@0. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<, 8-12 A5=BO1@O, 2013. "578AK 4>:;04>2, A.59.   =4/7=0,57 19. A. N. Vasiliev, V.S. Ostapenko, R.A. Aliev, S. N. Kalmykov, E.V. Lapshina, S.V. Ermolaev, B.L. Zhuikov. Production of actinium-225 from natural thorium irradiated with protons. 5th Asia-Pacific Symposium Symposium on Radiochemistry (APSORC 13), Kanazawa, Japan, September 22-27, 2013.   =6/7=0,86 20. .. 0A8;L52, !.. 0;<K:>2, .. ;852, .!. AB0?5=:>, .. 0?H8=0, !.. @<>;052, .. C9:>2. K45;5=85 0:B8=8O-225 8 @048O-223 87 >1;CG5==KE B>@852KE <8H5=59. 564C=0@>4=K9 A5<8=0@ TrisKem International. A?>;L7>20=85 M:AB@0:F8>==>9 E@><0B>3@0D88 2 @048>E8<8G5A:>< 0=0;875. >A:20, 16 <0O 2013.   =4/7=0,57 21. R.A. Aliev, S.V. Ermolaev, A.N. Vasiliev, V.S. Ostapenko, E.V. Lapshina, B.L. Zhuikov, N.V. Zakharov, V.V. Pozdeev, V.M. Kokhanyuk, B.F. Myasoedov, S.N. Kalmykov. Isolation of medicine-applicable actinium-225 from thorium targets irradiated by medium-energy protons. Solvent Extraction and Ion Exchange, 2014 to be published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bE;>@84>< 2 48DD5@5=F80;L=>9 4803=>AB8:5 @0:0 ;53:>3>, 4>1@>:0G5AB25==KE >?CE>;59 8 BC15@:C;570. 548F8=A:0O 287C0;870F8O, 2013 #2 !.75-82.  =0,198*60*0,1=1,188   ?> ?C1;8:0F8O<: 178,716 !?8A>: ?0B5=B>2 70 2010-2011 3.3. 1. S.V. Ermolaev, B.L. Zhuikov, E.V. Lapshina, N. R. Togaeva, S.C. Srivastava. Methods for chemical recovery of non-carrier-added radioactive tin from irradiated intermetallic Ti-Sb targets. USA Patent # 8,097,064, January 17, 2012.   =20/5=4 2. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. Canadian patent 2738308, 27.09.2013   =20/8=2,5 3. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. European Patent: EP 2 259 269 B1. Date of publication of the grant of the patent: 05.06.2013.   =20/3=6,67 4. .. 'C40:>2, ..C9:>2, .. >E0=N:. 5=5@0B>@ @C1848O-82 8 A?>A>1 53> ?@83>B>2;5=8O. 0O2:0 =0 ?0B5=B $, 23.12.2013, ! 2013156953   =20/3=6,67   ?> ?0B5=B0<: 19,84 B>3>2K9 ;8G=K9  = 196,18 (>H) 41 198,556 'C40:>2 ..,=A 20,876 >E0=N: .., =A 43,46 0?H8=0 .., =A LVAL70,26 @<>;052 !.., A=A 121,091 255,687/4=63,922 0AG5B   702. 01>@0B>@88 = (198,556E0,5)+(63,922 E 0,75) =99,278+47,942=147,22LVALNG@<>;052 !B0=8A;02 8:B>@>28G 1. >4 @>645=8O 1967 2. 0B0 70I8BK 48AA5@B0F88 :0=4. B5E=. =0C: 1995 3. >;6=>ABL AB.=.A. !?8A>: ?C1;8:0F89 70 2012-2013 3.3. 1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, V.L. Matushko, S.N. Kalmykov, R.A. Aliev, I.G. Tananaev, B.F. Myasoedov. Production of actinium, thorium and radium isotopes from thorium-232 irradiated with protons up to 141 MeV. Radiochim. Acta, 2012, v.100, N 4, p. 223-229.  =30*1,373/8=5,149 2. B.L. Zhuikov, S.V. Ermolaev, V.M. Kokhanyuk. Radionuclide Production at Accelerator with High Power Targets. 8th International Conference of Nuclear and Radiochemistry, Como, Italy, Sept. 16-21, 2012. Book of Abstracts, p.101. @83;0H5==K9 4>:;04.   =30/3=10 3. R. Aliev, S. Ermolaev, B. Zhuikov, S. Kalmykov, E. Lapshina, Yu. Totskiy, V. Ostapenko, A. Vasiliev. Separation of actinium-225 for nuclear medicine purposes from thorium targets irradiated with middle energy protons. . 8th International Conference of Nuclear and Radiochemistry, Como, Italy, Sept. 16-21. Book of Abstracts. P.65.   =6/8=0,75 4. !.. @<>;052, .. C9:>2, .. >E0=N:, !.. 0;<K:>2, .. ;852. >;CG5=85 @048O-223 8 ?@>4C:B>2 53> @0A?040 8E B>@8O, >1;CG5==>3> ?@>B>=0<8 A@54=8E M=5@389. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012. "578AK, A. 370.   =4 5. .. 0?H8=0, !.. @<>;052. >;CG5=85 ?@>B0:B8=8O-230 87 >1;CG5==>3> ?@>B>=0<8 B>@8O. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012.   =4/2=2 6. .!. AB0?5=:>, .. 0A8;L52, !.. 0;<K:>2, .. ;852, ..0?H8=0, !.. @<>;052. %@><0B>3@0D8G5A:>5 @0745;5=85 @048>=C:;84>2, >1@07CNI8EAO 2 B>@88, >1;CG5==>< ?@>B>=0<8. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012, A.388.   =4/6=0,667 7. .. 0A8;L52, .!. AB0?5=:>, !.. 0;<K:>2, ..;852, ..0?H8=0, !..@<>;052. -:AB@0:F8>==>5 @0745;5=85 @048>=C:;84>2, >1@07CNI8EAO 2 >1;CG5==>9 ?@>B>=0<8 B>@852>LVAL9 <8H5=8. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012, A.362.   =4/6=0,667 8. !.. 0;<K:>2, .. C9:>2, .. ;852, !.. @<>;052, .!. AB0?5=:>, .. 0A8;L52, .. "0=0=052, .$. OA>54>2. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 @048O-223 87 >1;CG5==KE ?@>B>=0<8 B>@852KE <8H5=59. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012. "578AK, A. 374.   =4/8=0,5 9. . . 'C40:>2, . . C9:>2, !. . @<>;052, . . >E0=N:, . . >AB>20, . . 09F52, !. . (0B8:, .. >AB5=8:>2, . . K6:>20, . . "NB8=. AA;54>20=85 E0@0:B5@8AB8: 35=5@0B>@0 @C1848O-82 4;O -"-8AA;54>20=89. @8=OB> : ?5G0B8. 048>E8<8O, 2014, K?. 4.   =60*0,662/10=3,972 10. R.A. Aliev, S.V. Ermolaev, A.N. Vasiliev, V.S. Ostapenko, E.V. Lapshina, B.L. Zhuikov, N.V. Zakharov, V.V. Pozdeev, V.M. Kokhanyuk, B.F. Myasoedov, S.N. Kalmykov. Isolation of medicine-applicable actinium-225 from thorium targets irradiated by medium-energy protons. Solvent Extraction and Ion Exchange, 2014 to be published.   =30*2.375/10=7,125 11. E. Lapshina, S. Ermolaev, B. Zhuikov, S. Kalmykov, R. Aliev, V. Ostapenko, A. Vasiliev. Separation of 225Ac from radionuclides generated by proton irradiated of natural thorium using extraction chromatography. 9th Int. Conference on the Chemistry and Physics of the Actinide Elements, ACTINIDES 2013, Karlsruhe, Germany, July 21-26, 2013, JRC 84465. Abstract Booklet, p. 210-211.   =6/7=0,857 12. .. 0?H8=0, !.. @<>;052, .. C9:>2, !.. 0;<K:>2, ..;852, .!. AB0?5=:>, .. 0A8;L52. -:AB@0:F8>==>-E@><0B>3@0D8G5A:>5 >B45;5=85 225Ac >B @048>=C:;84>2, >1@07CNI8EAO ?@8 >1;CG5=88 ?@>B>=0<8 ?@8@>4=>3> B>@8O. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<, 8-12 A5=BO1@O, 2013, "578AK 4>:;04>2, A.83.   =4/7=0,571 13. !.. @<>;052 5=5@0B>@K :>@>B:>682CI8E 0;LD0-87;CG0NI8E @048>=C:;84>2: 225Ac!221Fr!213Bi 8 223Ra!219Rn!211Pb. 5@20O >AA89A:0O :>=D5@5=F8O ?> <5LVAL48F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<. >A:20, 8-12 A5=BO1@O 2013, "578AK 4>:;04>2, A.58.   =4 14. .. 'C40:>2, !.. @<>;052, .. C9:>2, .. >AB>20, !.. (0B8:, .. 09F52, .. "NB8=. -DD5:B82=>ABL M;N8@>20=8O @C1848O-82 87 82Sr/82Rb 35=5@0B>@0. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<, 8-12 A5=BO1@O, 2013. "578AK 4>:;04>2, A.59.   =4/7=0,571 15. A. N. Vasiliev, V.S. Ostapenko, R.A. Aliev, S. N. Kalmykov, E.V. Lapshina, S.V. Ermolaev, B.L. Zhuikov. Production of actinium-225 from natural thorium irradiated with protons. 5th Asia-Pacific Symposium Symposium on Radiochemistry (APSORC 13), Kanazawa, Japan, September 22-27, 2013. Book of Abstracts, p. 334.   =6/7=0,857 16. .. 0A8;L52, !.. 0;<K:>2, .. ;852, .!. AB0?5=:>, .. 0?H8=0, !.. @<>;052, .. C9:>2. K45;5=85 0:B8=8O-225 8 @048O-223 87 >1;CG5==KE B>@852KE <8H5=59. 564C=0@>4=K9 A5<8=0@ TrisKem International. A?>;L7>20=85 M:AB@0:F8>==>9 E@><0B>3@0D88 2 @048>E8<8G5A:>< 0=0;875. >A:20, 16 <0O 2013.   =4/7=0,571 17. .!. AB0?5=:>, !.. 0;<K:>2, .. 0A8;L52, .. 0?H8=0, .. ;852, !.. @<>;052. @8<5=5=85 M:AB@0:F8>==>-E@><0B>3@0D8G5A:8E A>@15=B>2 4;O @0745;5=8O 0:B8=84>2 8 @54:>75<5;L=KE M;5<5=B>2. 564C=0@>4=K9 A5<8=0@ TrisKem International A?>;L7>20=85 M:AB@0:F8>==>9 E@><0B>3@0D88 2 @048>E8<8G5A:>< 0=0;875. >A:20, 16 <0O 2013.   =4/6=0,667 18. V.S.Ostapenko, A.N.Vasiliev, E.V.Lapshina, S.V.Ermolaev, S.N.Kalmykov, R.A.Aliev. Separation and preconcentration of actinides and rare earth elements by extraction chromatography. The First Russian-Nordic Symposium on Radiochemistry  RNSR-2013 : Moscow, 21-24 October 2013, Abstracts, p.103.   =6/6=1 19. !.. @<>;052, .!. @;>2. ;8O=85 >A<>B8G5A:>3> 402;5=8O, 35;5>1@07>20=8O 8 :>;L<0B0F88 ?>@ =0 C45;L=CN ?@>872>48B5;L=>ABL C;LB@0D8;LB@0F8>==KE <5<1@0=. 5<1@0=K 8 <5<1@0==K5 B5E=>;>388, 2013, B.3, !3, A.175-184.   =8/2=4   ?> ?C1;8:0F8O< 70 2012-2013 3.3.: >LVALN47,924 !?8A>: ?0B5=B>2 70 2012-2013 3.3. 5. S.V. Ermolaev, B.L. Zhuikov, E.V. Lapshina, N. R. Togaeva, S.C. Srivastava. Methods for chemical recovery of non-carrier-added radioactive tin from irradiated intermetallic Ti-Sb targets. USA Patent # 8,097,064, January 17, 2012.   =20/5=4 6. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. Method for producing actinium-225 and isotopes of radium and target for implementing same. Canadian patent 2738308, 27.09.2013.   =20/8=2,5 7. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. European Patent: EP 2 259 269 B1. Date of publication of the grant of the patent: 05.06.2013.   =20/3=6,67   ?> ?0B5=B0< 70 2012-2013 3. 3.: 13,167 C:>2>4AB2> 0A?8@0=B>< 2 2012 3. 0A8;L52 ;5:A0=4@ 8:>;0528G, 0A?8@0=B :0D54@K @048>E8<88 %8<8G5A:>3> D0:C;LB5B0 # 8<. ><>=>A>20, 2K?>;=O5B 48AA5@B0F8>==CN @01>BC =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 E8<8G5A:8E =0C: =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @048>87>B>?=>3> :><?;5:A0 / .   =30 C:>2>4AB2> 0A?8@0=B>< 2 2013 3. 0A8;L52 ;5:A0=4@ 8:>;0528G, 0A?8@0=B :0D54@K @048>E8<88 %8<8G5A:>3> D0:C;LB5B0 # 8<. ><>=>A>20, 2K?>;=O5B 48AA5@B0F8>==CN @01>BC =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 E8<8G5A:8E =0C: =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @048>87>B>?=>3> :><?;5:A0 / .   =30 B>3>2K9 ;8G=K9  = 47,924+13,167+30+30 = 121,091LVALNG>E0=N: ;048<8@ 8E09;>28G 1. >4 @>645=8O. 1954 2. 0B0 70I8BK 48AA5@B0F88 --- 3. >;6=>ABL 0CG=K9 A>B@C4=8:   4. !?8A>: >?C1;8:>20==KE @01>B 70 2012-20133.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, V.L. Matushko, S.N. Kalmykov, R.A. Aliev, I.G. Tananaev, B.F. Myasoedov. Production of actinium, thorium and radium isotopes from thorium-232 irradiated with protons up to 141 MeV. Radiochim. Acta, 2012, v.100, N 4, p. 223-229.  =1,373E30/8=5,15 2. B.L.Zhuikov, S.V.Ermolaev, V.M.Kokhanyuk. Radionuclide Production at Accelerator with High Power Targets. 8th International Conference of Nuclear and Radiochemistry, Como, Italy, Sept. 16-21, 2012. Book of Abstracts. P.101. @83;0H5==K9 4>:;04.   =30/3=10 3. !.. @<>;052, .. C9:>2, .. >E0=N:, !.. 0;<K:>2, .. ;852. >;CG5=85 @048O-223 8 ?@>4C:B>2 53> @0A?040 8E B>@8O, >1;CG5==>3> ?@>B>=0<8 A@54=8E M=5@389. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012. "578AK, A. 370.   =4/5=0,8 4. . . 'C40:>2, .. >E0=N:, .. C9:>2, .. >AB>20, .. 09F52, !.. (0B8:, .. "NB8=. ;8O=85 AB5@8;870F88 =0 E0@0:B5@8AB8:8 A>@15=B0 35=35@0B>@0 Sr-82/Rb-82. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012. "578AK, A. 401.   =4/7=0,57 5. . . 'C40:>2, . . C9:>2, !. . @<>;052, . . >E0=N:, . . >AB>20, . . 09F52, !. . (0B8:, .. >AB5=8:>2, . . K6:>20, . . "NB8=. AA;54>20=85 E0@0:B5@8AB8: 35=5@0B>@0 @C1848O-82 4;O -"-8AA;54>20=89. @8=OB> : ?5G0B8. 048>E8<8O, 2014, K?. 4.   =60x0,662/10=3,97 6. R.A. Aliev, S.V. Ermolaev, A.N. Vasiliev, V.S. Ostapenko, E.V. Lapshina, B.L. Zhuikov, N.V. Zakharov, V.V. Pozdeev, V.M. Kokhanyuk, B.F. Myasoedov, S.N. Kalmykov. Isolation of medicine-applicable actinium-225 from thorium targets irradiated by medium-energy protons. Solvent Extraction and Ion Exchange, 2014 to be published.   =30*2.375/10=7,13   ?> ?C1;8> LVALN :0F8O<: 27,62 !?8A>: ?0B5=B>2 70 2012-2013 3.3. 1. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. Canadian patent 2738308, 27.09.2013   =20/8=2,5 2. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. European Patent: EP 2 259 269 B1. Date of publication of the grant of the patent: 05.06.2013.   =20/3=6,67 3. .. 'C40:>2, ..C9:>2, .. >E0=N:. 5=5@0B>@ @C1848O-82 8 A?>A>1 53> ?@83>B>2;5=8O. 0O2:0 =0 ?0B5=B $, 23.12.2013, ! 2013156953   =20/3=6,67   ?> ?0B5=B0<: 15,84 B>3>2K9 ;8G=K9  = 43,46LVALNG'C40:>2 0;5@89 8E09;>28G 1. >4 @>645=8O 1952 2. 0B0 70I8BK 48AA5@B0F88 :0=4. E8<. =0C: 1987 3. >;6=>ABL =0CG=K9 A>B@C4=8: C1;8:0F88 8 4>:;04K 2012 - 2013 3.3. 1. . . 'C40:>2, .. >E0=N:, .. C9:>2, .. >AB>20, .. 09F52, !.. (0B8:, .. "NB8=. ;8O=85 AB5@8;870F88 =0 E0@0:B5@8AB8:8 A>@15=B0 35=35@0B>@0 Sr-82/Rb-82. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012. "578AK, A. 401.   =4 2. . . 'C40:>2, . . C9:>2, !. . @<>;052, . . >E0=N:, . . >AB>20, . . 09F52, !. . (0B8:, .. >AB5=8:>2, . . K6:>20, . . "NB8=. AA;54>20=85 E0@0:B5@8AB8: 35=5@0B>@0 @C1848O-82 4;O -"-8AA;54>20=89. @8=OB> : ?5G0B8. 048>E8<8O, 2014, K?. 4.   =60x0,662/10=3,97 3. .. 'C40:>2, !.. @<>;052, .. C9:>2, .. >AB>20, !.. (0B8:, .. 09F52, .. "NB8=. -DD5:B82=>ABL M;N8@>20=8O @C1848O-82 87 82Sr/82Rb 35=5@0B>@0. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia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bE;>@84>< 2 48DD5@5=F80;L=>9 4803=>AB8:5 @0:0 ;53:>3>, 4>1@>:0G5AB25==KE >?CE>;59 8 BC15@:C;570. 548F8=A:0O 287C0;870F8O, 2013 #2 !.75-82.  =0,198*60*0,1=1,188   ? LVAL > ?C1;8:0F8O<: 14.206 !?8A>: ?0B5=B>2 70 2012-2013 3.3. .. 'C40:>2, ..C9:>2, .. >E0=N:. 5=5@0B>@ @C1848O-82 8 A?>A>1 53> ?@83>B>2;5=8O. 0O2:0 =0 ?0B5=B $, 23.12.2013, ! 2013156953   =20/3=6,67   ?> ?0B5=B0<: 6,67 B>3>2K9 ;8G=K9  = 20,876LVALNG0?H8=0 ;5=0 ;048<8@>2=0 1. >4 @>645=8O 1961 2. 0B0 70I8BK 48AA5@B0F88 0=4. E8<. =0C: 1988 3. >;6=>ABL 0CG=K9 A>B@C4=8: C1;8:0F88 2012-2013 3.3. 1. R. Aliev, S. Ermolaev, B. Zhuikov, S. Kalmykov, E. Lapshina, Yu. Totskiy, V. Ostapenko, A. Vasiliev. Separation of actinium-225 for nuclear medicine purposes from thorium targets irradiated with middle energy protons. . 8th International Conference of Nuclear and Radiochemistry, Como, Italy, Sept. 16-21., 2012, P.65.   =6*1,5/8=1,125 2. ..0?H8=0, !..@<>;052. >;CG5=85 ?@>B0:B8=8O-230 87 >1;CG5==>3> ?@>B>=0<8 B>@8O. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012., A.383.   =4 3. .!. AB0?5=:>, .. 0A8;L52, !.. 0;<K:>2, .. ;852, ..0?H8=0, !.. @<>;052. %@><0B>3@0D8G5A:>5 @0745;5=85 @048>=C:;84>2, >1@07CNI8EAO 2 B>@88, >1;CG5==>< ?@>B>=0<8. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012., A.388.   =4/6=0,67 4. .. 0A8;L52, .!. AB0?5=:>, !.. 0;<K:>2, ..;852, ..0?H8=0, !..@<>;052. -:AB@0:F8>==>5 @0745;5=85 @048>=C:;84>2, >1@07CNI8EAO 2 >1;CG5==>9 ?@>B>=0<8 B>@852>9 <8H5=8. 7-O >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04, 15-19 >:B. 2012., A.362.   =4/6=0,67 5. Elena Lapshina, Stanislav Ermolaev, Boris Zhuikov, Stepan Kalmykov, Ramiz Aliev, Valentina Ostapenko, Alexander Vasiliev. Separation of 225Ac from radionuclides generated by proton irradiation of natural thorium using extraction chromatography. 9th International Conference on the Chemistry and Physics of the Actinide Elements (Actinides 2013), 21-26 July 2013, Karlsruhe, Germany. JRC 84465. Abstract Booklet. P.210-211. #AB=K9 4>:;04.   =6*1,5=9 6. N. Vasiliev, V.S. Ostapenko, R.A. Aliev, S. N. Kalmykov, E.V. Lapshina, S.V. Ermolaev, B.L. Zhuikov. Production of actinium-225 from natural thorium irradiated with protons. 5th Asia-Pacific Symposium Symposium on Radiochemistry (APSORC 13), Kanazawa, Japan, September 22LVAL-27, 2013, Book of Abstracts, p. 334.   =6/7= 7. .. 0?H8=0, !.. @<>;052, ..C9:>2, !.. 0;<K:>2, ..;852, .!.AB0?5=:>, ..0A8;L52. -:AB@0:F8>==>-E@><0B>3@0D8G5A:>5 >B45;5=85 225Ac >B @048>=C:;84>2, >1@07CNI8EAO ?@8 >1;CG5=88 ?@>B>=0<8 ?@8@>4=>3> B>@8O. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<, 8-12 A5=BO1@O, 2013, A.83.   =4/7=0,57 8. .. 0A8;L52, !.. 0;<K:>2, .. ;852, .!. AB0?5=:>, .. 0?H8=0, !.. @<>;052, .. C9:>2. K45;5=85 0:B8=8O-225 8 @048O-223 87 >1;CG5==KE B>@852KE <8H5=59. 564C=0@>4=K9 A5<8=0@ TrisKem International. A?>;L7>20=85 M:AB@0:F8>==>9 E@><0B>3@0D88 2 @048>E8<8G5A:>< 0=0;875. >A:20, 16 <0O 2013.   =4/7=0,57 9. .!. AB0?5=:>, !.. 0;<K:>2, .. 0A8;L52, .. 0?H8=0, .. ;852, !.. @<>;052. @8<5=5=85 M:AB@0:F8>==>-E@><0B>3@0D8G5A:8E A>@15=B>2 4;O @0745;5=8O 0:B8=84>2 8 @54:>75<5;L=KE M;5<5=B>2. 564C=0@>4=K9 A5<8=0@ TrisKem International A?>;L7>20=85 M:AB@0:F8>==>9 E@><0B>3@0D88 2 @048>E8<8G5A:>< 0=0;875. >A:20, 16 <0O 2013   =4/6=0,67 10. V.S.Ostapenko, A.N.Vasiliev, E.V.Lapshina, S.V.Ermolaev, S.N.Kalmykov, R.A.Aliev. Separation and preconcentration of actinides and rare earth elements by extraction chromatography. The First Russian-Nordic Symposium on Radiochemistry  RNSR-2013 : Abstracts, 21-24 October 2013, Moscow, P.103.   =6/6=1 11. R.A. Aliev, S.V. Ermolaev, A.N. Vasiliev, V.S. Ostapenko, E.V. Lapshina, B.L. Zhuikov, N.V. Zakharov, V.V. Pozdeev, V.M. Kokhanyuk, B.F. Myasoedov, S.N. Kalmykov. Isolation of medicine-applicable actinium-225 from thorium targets irradiated by medium-energy protons. Solvent Extraction and Ion Exchange, 2014 to be published.   =30*2.375/10=7,125   ?> ?C1;8:0F8O<: 26,26 !?8A>: ?0B5=B>2 70 2012-2013 3.3. 1. S.V. Ermolaev, B.L. Zhuikov, E.V. Lapshina, N. R. Togaeva, S.C. Srivastava. Methods for chemical recovery of non-carrier-added radioactive tin from irradiated intermetallic Ti-Sb targets. U LVAL SA Patent # 8,097,064, January 17, 2012.   =20/5=4   ?> ?0B5=B0< 4,0 C:>2>4AB2> 48?;><=>9 @01>B>9 1. AB0?5=:> 0;5=B8=0 !5@3552=0, ABC45=B:0 5-3> :C@A0 %8<8G5A:>3> D0:C;LB5B0 # 8<. ><>=>A>20, 2K?>;=O;0 48?;><=CN @01>BC %@><0B>3@0D8G5A:>5 2K45;5=85 0:B8=8O-225 87 ?@8@>4=>3> B>@8O, >1;CG5==>3> ?@>B>=0<8 =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @048>87>B>?=>3> :><?;5:A0 / . 0I8B0 48?;><=>9 @01>BK A>AB>O;0AL 5 8N=O 20133.  =10 C:>2>4AB2> @01>B>9 0A?8@0=B0 1. AB0?5=:> 0;5=B8=0 !5@3552=0, 0A?8@0=B:0 :0D54@K @048>E8<88 %8<8G5A:>3> D0:C;LB5B0 # 8<. ><>=>A>20, 2K?>;=O5B 48AA5@B0F8>==CN @01>BC =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 E8<8G5A:8E =0C: =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @048>87>B>?=>3> :><?;5:A0 / .   =30   =40 B>3>2K9 ;8G=K9  = 70,26LVALNGC@5?8= ;5:A59 >@8A>28G 01.05.1936 :0=4840BA:0O  29.06.1964, 4>:B>@A:0O  23.02.1973, 70A;. 45OB. =0C:8 _ 30.04.1999 702. ;01>@0B>@859 =45:A F8B8@C5<>AB8 7903 !?8A>: >?C1;8:>20==KE @01>B 70 2012 -2013 3.3. 2013 3. 1.  Measurement of the inclusive differential jet cross section in pp collisions at s " =2.76 TeV  ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2013. 17 pp. Phys.Lett. B722 (2013) 262-272   = 4.569 E 30 E 0.04 = 5.483 2.  Measurement of electrons from beauty hadron decays in pp collisions at "s =7 TeV  ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Phys.Lett. B721 (2013) 13-23   = 4.569 E 30 E 0.04 = 5.483 3.  Charge separation relative to the reaction plane in Pb-Pb collisions at " s nn =2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Phys.Rev.Lett. 110 (2013) 012301   = 7.943 E 30 E 0.04 = 9.532 4.  Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.) et al.). Nucl.Instrum.Meth. A701 (2013) 99-114   =1,142*30 * 0.06 = 2.056 5.  Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at " s nn =2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Phys.Lett.B 719 (2013) 18-28   = 4.569 E 30 E 0.04 = 5.483 6.  HADES experiments: investigation of hadron in-medium properties HADES Collaboration (Piotr Salabura (Jagiellonian U.) et al.). 2013. 15 pp. J.Phys.Conf.Ser. 420 (2013) 012013   = 1.680 E 30 E 0.06 = 3.024 7.  Proton induced dielectron radiation off Nb: P t and Y distributions  HADES Collaboration (M. Lorenz (Frankfurt U., Inst. Kernphys.) et al.). 2013. 5 pp. J.Phys.Conf.Ser. 426 (2013) 012034   = 1.680 E 30 E 0.06 = 3.024 8.Deep sub-threshold K " (892) 0 production in collisions of Ar + KCl at 1.76-A-GeV HADES Collaboration (G. Agakishiev (Giessen U.) et al.). 2013. 7 pp. Eur.PhyLVALs.J. A49 (2013) 34  =2.043*30*0.04 = 2.452 9.Nuclear-nuclear collision centrality determination by the spectators calorimeter for the MPD setup at the NICA facility M.B. Golubeva, F.F. Guber, A.P. Ivashkin (Moscow, INR), A.Yu. Isupov , A.B. Kurepin (Moscow, INR), A.G. Litvinenko, E.I. Litvinenko, I.I. Migulina, V.F. Peresedov (Dubna, JINR). 2013. 16 pp. Phys.Atom.Nucl. 76 (2013) 1-15, Yad.Fiz. 76 (2013) 2-17   = 0.539 * 60 /9 = 3.593 10.Long-range angular correlations on the near and away side in p -Pb collisions at " s nn =5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Phys.Lett. B719 (2013) 29-41   = 4.569 E 30 E 0.04 = 5.483 11.An upper limit on hypertriton production in collisions of Ar(1.76 A GeV) + KCl HADES Collaboration (G. Agakishiev et al.). Oct 23, 2013. 5 pp. Eur.Phys.J. A49 (2013) 146  =2.043*30*0.04 = 2.452 12. K 0 S and  production in Pb-Pb collisions at " s=2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev et al.). 2013. Phys.Rev.Lett. 111 (2013) 222301   = 7.943 E 30 E 0.04 = 9.532 13.Long-range angular correlations of pi, K and p in p--Pb collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev et al.). Jul 11, 2013. 14 pp. Phys.Lett. B726 (2013) 164-177   = 4.569 E 30 E 0.04 = 5.483 14. Multiplicity dependence of two-particle azimuthal correlations in pp collisions at the LHC ALICE Collaboration (Betty Abelev et al.). Jul 4, 2013. 42 pp. JHEP 1309 (2013) 049   = 5.618 E 30 E 0.04 = 6.742 15. pK +  final state: Towards the extraction of the ppK " contribution L. Fabbietti , G. Agakishiev , et al.. 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Reshetin et al., ALICE Collaboration, Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 109 (2012) 252302   = 7.943 E 30 E 0.04 = 9.532 2. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Production of Muons from Heavy Flavor Decays at Forward Rapidity in pp and Pb-Pb Collisions at "sNN=2.76 TeLVALV, Phys. Rev. Lett. 109 (2012) 112301   = 7.943 E 30 E 0.04 = 9.532 3. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J/psi Suppression at Forward Rapidity in Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 109 (2012) 072301   = 7.943 E 30 E 0.04 = 9.532 4. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Underlying Event measurements in pp collisions at "s = 0.9 and 7 TeV with the ALICE experiment at the LHC, J. High Energy Phys. 1207 (2012) 116   = 5.618 E 30 E 0.04 = 6.742 5. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multi-strange baryon production in pp collisions at "s = 7 TeV with ALICE, Phys. Lett. B 712 (2012) 309   = 4.569 E 30 E 0.04 = 5.483 6. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Light vector meson production in pp collisions at "s = 7 TeV, Phys. Lett. B 710 (2012) 557   = 4.569 E 30 E 0.04 = 5.483 7. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of event background fluctuations for charged particle jet reconstruction in Pb-Pb collisions at "sNN = 2.76 TeV, J. High Energy Phys. 1203 (2012) 053   = 5.618 E 30 E 0.04 = 6.742 8. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Particle-Yield Modification in Jetlike Azimuthal Dihadron Correlations in Pb-Pb Collisions at "sNN = 2.76 TeV, Phys. Rev. LeLVALtt. 108 (2012) 092301   = 7.943 E 30 E 0.04 = 9.532 9 B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration,Harmonic decomposition of two particle angular correlations in Pb-Pb collisions at "sNN = 2.76 TeV, Phys. Lett. B 708 (2012) 249   = 4.569 E 30 E 0.04 = 5.483 9. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Heavy flavour decay muon production at forward rapidity in proton-proton collisions at "s = 7 TeV, Phys. Lett. B 708 (2012) 265   = 4.569 E 30 E 0.04 = 5.483 10. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J/psi Polarization in pp Collisions at "s=7 TeV, Phys. Rev. Lett. 108 (2012) 082001   = 7.943 E 30 E 0.04 = 9.532 11. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration Measurement of charm production at central rapidity in proton-proton collisions at "s=2.76 TeV, J. High Energy Phys. 1201 (2012) 191   = 5.618 E 30 E 0.04 = 6.742 12. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration Suppression of high transverse momentum D mesons in central Pb-Pb collisions at "sNN = 2.76 TeV, J. High Energy Phys. 1209 (2012) 112   = 5.618 E 30 E 0.04 = 6.742 13. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration Inclusive J/psi production in pp collisions at "s = 2.76 TeV, Phys. Lett. B 718 (2012) 295   = 4.569 E 30 E 0.04 = 5.483 14. B. AbeleLVALv, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of prompt J/psi and beauty hadron production cross sections at mid-rapidity in pp collisions at "s = 7 TeV, J. High Energy Phys. 1211 (2012) 065   = 5.618 E 30 E 0.04 = 6.742 15. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J/psi production as a function of charged particle multiplicity in pp collisions at "s = 7 TeV, Phys. Lett. B 712 (2012) 165   = 4.569 E 30 E 0.04 = 5.483 16. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Neutral pion and eta meson production in proton-proton collisions at "s = 0.9 TeV and "s = 7 TeV, Phys. Lett. B 717 (2012) 162   = 4.569 E 30 E 0.04 = 5.483 17. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, DS+ meson production at central rapidity in proton-proton collisions at "s = 7 TeV, Phys. Lett. B 718 (2012) 279   = 4.569 E 30 E 0.04 = 5.483 18. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Transverse sphericity of primary charged particles in minimum bias proton-proton collisions at "s = 0.9, 2.76 and 7 TeV, Eur. Phys. J. C 72 (2012) 2124   = 5.247 E 30 E 0.04 = 6.296 19. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Production of K*0(892) and phi(1020) in pp collisions at "s = 7 TeV, Eur. Phys. J. C 72 (2012) 2183   = 5.247 E 30 E 0.04 = 6.296 LVAL 20. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, K0s-K0s correlations in pp collisions at "s = 7 TeV from the LHC ALICE experiment, Phys. Lett. B 717 (2012) 151   = 4.569 E 30 E 0.04 = 5.483 21. N.S.Topilskaya and A.B.Kurepin,  Charmonium production in heavy ion collisions , PoS(Baldin_ISHEPP_XXI)049 , XXI International Baldin Seminar on High Energy Physics Problems, Dubna, 1 2-15 September 2012.   =30*1,5/2=22,5 22. Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c  .By The NA61/SHINE Collaboration, PhysRev C.85.035210, 2012   = 3.715 E 30 E 0.04 = 4.458 23. Forward Hadron Calorimeter for Measurements of Projectile Spectators in Heavy-Ion Experiment  Physics of Atomic Nuclei, 2012, Vol. 75, No. 6, pp. 673 675.   = 0.539 * 60 * 0.075 = 2.426 24. ?@545;5=85 F5=B@0;L=>AB8 O4@>-O45@=KE AB>;:=>25=89 A 8A?>;L7>20=85< :0;>@8<5B@0 A?5:B0B>@>2 4;O CAB0=>2:8 MPD =0 :>;;0945@5 NICA. .>;C1520, $.C15@, .20H:8=,.AC?>2. .C@5?8=, .8B28=5=:> 8 4@. /45@=0O D878:0 76 ! 1 ( 2013 ) 2-17   = 0.539 * 60 /9 = 3.593 25.Baryonic resonances close to the $\bar{K}$ N threshold: The Case of $\Sigma(1385)^+$ in pp collisions. G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al Physical Review C, 85.035203, 2012   = 3.715 E 30 E 0.04 = 4.458 26.Inclusive dielectron spectra in p+p collisions at 3.5 GeV. By HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& Eur.Phys.J. A48 (2012)  =2.043*30*0.04 = 3.677 27. AA;54>20=85 A25@E?;>B=>9 10@8>==>9 <0B5@88 ?@8 AB>;:=>25=88 BO65;KE 8>=>2 ( M:A?5@8<5=B CBM ) 09F52 ..., >@>;L:> .., C@5?8= .., 0;0E>2 .., C@8= ..., !0<A>=>2 .. B><=0O -=5@38O 112 !2 (2012) 99-107   = 8/6 =1,333 28. .FirsLVALt measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al.). Phys.Lett. B715 (2012) 304-309   = 4.569 E 30 E 0.04 = 5.483 29..Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al Physical Review C, 85.054005, 2012   = 3,715 E 30 E 0,075 = 8,359 30.The HADES-at-FAIR project. HADES Collaboration (K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky PhPhys.Atom.Nucl.75 (2012) 589-593   = 0,539 E 60 E 0,06 =1.940 31.Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. By HADES Collaboration (G.Agakishev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al.). Eur.Phys.J. A48 (2012) 74  =2.043*30*0.04 = 3.677 32. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. G. Agakishiev, M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Nuclear Physics A 881 (2012) 178 186   = 1,540 E 30 E 0,06 = 2,772 33 .B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration MMeasurement of charm production at central rapidity in proton-proton collisions at "s=7 TeV, J. High Energy Phys. 1201 (2012) 128   = 5.618 E 30 E 0.04 = 6.742 34. A.I.Maevskaya, A.B.Kurepin, N.S.Topilskaya, C.Hohue  Charmonium production in p-p and Pb-Pb collisions at CBM . Technical project of RHIC detector for CBM (2012)  = 8/4 =2 B>3>: 21 LVAL 4,787 . #G51=K9 :C@A  -:A?5@8<5=B0;L=0O O45@=0O D878:0 A5<5AB@0 , 4>@01>B:0 :064K9 3>4    =16 B>3>2K9  = 412,944 B>3>2K9   @C:>2>48B5;O =412,944*0,5+6963,145/17*0,75=206,472+307,198=513,67LVALNGC15@ $54>@ $@84@8E>28G @>4.13.08.1950, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, D52@0;L 1986 3., AB0@H89 =0CG=K9 A>B@C4=8: -$ !?8A>: >?C1;8:>20==KE @01>B 70 2012 -2013 3.3. A C:070=85< :>;-20 02B>@>2. 2013 3. 1. pK+\Lambda final state: towards the extraction of the ppK- contribution L. Fabbietti , & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al., Nucl.Phys. A914 (2013) 60-68, 98 authors   = 30 x 1.525 E 0,075 = 3.431 2. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 87 (2013) 025201, 95 authors   = 30 E 3.715 E 0,075 = 8.359 3. Deep sub-threshold K"((892)0 production in collisions of Ar + KCl at 1.76-A-GeV HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur.Phys.J. A49 (2013), 111 authors   = 30 E 2.043 E 0,06 = 3.667 4. Hades experiments: investigation of hadron in-medium properties Piotr Salabura, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 420 (2013) 012013, 99 authors   = 1.680 E 30 E 0.75 = 3.78 5. Proton induced dielectron radiation off Nb: Pt and Y distributions M. Lorenz, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin,A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 426 (2013) 012034, 98 authors   = 1.680 E 30 E 0.75 = 3.78 6. Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 88, 024904 (2013) , 97 authors   = 30 E 3.715 E 0,075 = 8.359 7. An upper limit on hypertriton production in collisions of Ar(1.76 A GeV) + KCl G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& LVALetal. The Eur. Phys. J. A49 (2013) 146, 98 authors   = 30 E 2.043 E 0,075 = 3.667 8. 8. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %! .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, ?@8=OB> 2 ?5G0BL 2 "-., 8 02B>@>2   = 60 E 0.33 / 8 = 2,475 9. Di-pion and di-electron production in NN reactions with HADES at 1.25GeV incident beam energy. Hubert Kuc& M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. PoSBormio2013 (2013) 060, 98 authors   = 6 E 1.5 x 0,075 = 0.675 10. Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, et al.) Nucl.Instrum.Meth. A701 (2013) 99-114, 152 authors   = 30 E 1.142 E 0,06 = 2.056 11. 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AB0BLO =0?@02;5=0 2 EPJ, 139 authorsLVAL   = 30 E 2.043 E 0,06 = 3.667 14. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 JINST, 146 authors   = 30 E 1.656 E 0,06 = 2.981 15. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, AB0BLO =0?@02;5=0 2 6C@=0; @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 8 02B>@>2   = 60 E 0.33 / 8 = 2,475 16. Nuclear-nuclear collision centrality determination by the spectators calorimeter for the MPD setup at the NICA facility M.B. Golubeva, F.F. Guber, A.P. Ivashkin (Moscow, INR), A.Yu. Isupov (Dubna, JINR), A.B. Kurepin (Moscow, INR) et al. Phys.Atom.Nucl. 76 (2013) 1-15, Yad.Fiz. 76 (2013) 2-17, 9 02B>@>2   = 60 E 0.539 / 9 = 3.593 17. E.V. 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C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, ?@8=OB> 2 ?5G0BL 2 "-., 8 02B>@>2   = 60 E 0.33 / 8 = 2,475 Di-pion and di-electron production in NN reactions with HADES at 1.25GeV incident beam energy. Hubert Kuc& M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. PoSBormio2013 (2013) 060, 98 authors   = 8 E 0,075 = 0.6 Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, et al.) Nucl.Instrum.Meth. A701 (2013) 99-114, 152 authors   = 30 E 1.142 E 0,06 = 2.056 Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton-Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 Phys.Rev. C. , 144 authors   = 30 E 3.715 E 0,06 = 6.687 Energy dependence of identified hadron spectra and event-by-event fluctuations in p+p interactions fromNA61/SHINE at the CERN SPS MaciejRybczyenski (for theNA61/SHINE Collaboration) (& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) PoS ConfinementX (2012) 207, Jan. 2013, 146 authors   = 8 E 0,06 = 0.480 Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,IvashkiLVALn, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 EPJ, 139 authors   = 30 E 2.043 E 0,06 = 3.667 NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 JINST, 146 authors   = 30 E 1.656 E 0,06 = 2.981 -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, AB0BLO =0?@02;5=0 2 6C@=0; @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 8 02B>@>2   = 60 E 0.33 / 8 = 2,475 16. Nuclear-nuclear collision centrality determination by the spectators calorimeter for the MPD setup at the NICA facility M.B. Golubeva, F.F. Guber, A.P. Ivashkin (Moscow, INR), A.Yu. Isupov (Dubna, JINR), A.B. Kurepin (Moscow, INR) et al. Phys.Atom.Nucl. 76 (2013) 1-15, Yad.Fiz. 76 (2013) 2-17, 9 02B>@>2   = 60 E 0.539 / 9 = 3.593 17. Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaia, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya (Moscow, INR) et al.. Jul 21, 2013. 14 pp. Submitted in Nucl.Phys.A, 10 02B>@>2   = 30 E 1.525 E 0,1 = 4.575 2012 3. 1. Study of hadron properties in cold nuclear matter with HADES. HADES Collaboration (P. Tlusty (Rez, Nucl. Phys. Inst.) et al.). 2012. 10 pp., 82 authors. Published in PoS BORMIO2012 (2012) 019.   = 8 x 0,075 = 0.6 2. Forward hadron calorimeter for measurements of projectile spectators in heavy-ion experiment. M.B. Golubeva, F.F. Guber, A.P. Ivashkin, A.B. Kurepin, V.N. Marin, A.S. Sadovsky, O.A. Petukhov (Moscow, INR). 2012. 3 pp., 7 authors Published in Phys.Atom.Nucl. 75 (2012) 673-675   = 0,539 E 60 / 7 =LVAL 4.620 3 The HADES-at-FAIR project. HADES Collaboration (K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) et al.). 2012. 5 pp. Published in Phys.Atom.Nucl. 75 (2012) 589-593, 121 authors   = 0,539 E 60 E 0,06 = 1.940 4. First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). May 2012. 6 pp. Published in Phys.Lett. B715 (2012) 304-309, 97 authors   = 4,569 E 30 E 0,075 = 10.280 5. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp. Published in Phys.Rev. C85 (2012) 054005, 95 authors   = 3,715 E 30 E 0,075 = 8.359 6. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 22 pp. Published in Eur.Phys.J. A48 (2012) 74, 95 authors   = 2,043 E 30 E 0,075 = 4.597 7. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Bohmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN & Orsay, LPT), P. Cabanelas, E. Castro (Santiago de Compostela U.) et al.. Feb 2012. 15 pp. Published in Nucl.Phys. A881 (2012) 178-186, 103 authors   = 1,525 E 30 E 0,06 = 2.745 8. Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). 2012. 11 pp. Published in Eur.Phys.J. A48 (2012) 64, 102 authors   = 2,043 E 30 E 0,06 = 3.667 9. G. Agakishiev et al. (By HADES Collaboration) /Baryonic resonances close to the $\bar{K}$ N threshold: The Case of $\Sigma(1385)^+$ in pp collisions.// HADES Collaboration, 102 authors. Published in PhLVALys.Rev. C85 (2012) 035203.   = 3,715 E 30 E 0,06 = 6,687 10. Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c. By The NA61/SHINE Collaboration (N. Abgrall.., & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, A.Sadovsky& et al.), PhysRev C.85.035210, 2012 , 137 authors   = 3,715 E 30 E 0,06 = 6.687 11 Double pion production in np and pp collisions at 1.25 GeV with HADES HADES Collaboration (A.K. Kurilkin (Dubna, JINR) et al.). 2012. 7 pp. Published in PoS Baldin-ISHEPP-XXI (2012) 041 Conference: C12-09-10.4 Proceedings , 99 authors   = 8 E 0.075 = 0.6 12. New data on the differential cross section of the dp-elastic scattering at 2.5 GeV obtained with HADES detector HADES Collaboration (P.K. Kurilkin (Dubna, JINR) et al.). 2012. 8 pp. Published in PoS Baldin-ISHEPP-XXI (2012) 040 Conference: C12-09-10.4 Proceedings , 99 authors   = 8 x 0.075 = 0.6 13. Resonance production in p+p, p+A and A+A collisions measured with HADES M. Lorenz (Frankfurt U., Inst. Kernphys.), G. Agakishiev (Dubna, JINR), C. Behnke (Frankfurt U., Inst. Kernphys.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), C. Blume (Frankfurt U., Inst. Kernphys.), M. Bhmer (Munich, Tech. U.), P. Cabanelas (Santiago de Compostela U.) et al.. 2012. 8 pp. Published in EPJ Web Conf. 36 (2012) 00015, 96 authors   = 8 x 0.075 = 0.6 14. The dp-elastic cross section measurement at the deuteron kinetic energy of 2.5-GeV HADES Collaboration (P. Kurilkin (Dubna, JINR & Coimbra Inst. Sup. Eng.) et al.). 2012. 4 pp. Published in EPJ Web Conf. 37 (2012) 09021, 96 authors   = 8 x 0.075 = 0.6   ?> ?C1;8:0F8O< 2013 = 64.623   ?> ?C1;8:0F8O< 2012 = 52.582   ?> ?C1;8:0F8O< 117.205 @5?@8=BK 2013 3. 1. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %! .. =4@5520, LVAL .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, @5?@8=B /  1349/2013., 8 02B>@>2   = 4,0 / 8 = 0.5 2. Searching a Dark Photon with HADES G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. e-Print: arXiv:1311.0216 [hep-ex] , 100 authors   = 4,0 x 0.06 = 0.24 3. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph], 144 authors   = 4,0 x 0.06 = 0.24 4. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) e-Print: arXiv:1310.2417 [hep-ex] , 139 authors   = 4,0 x 0.06 = 0.24 5. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 6. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1363/2013, 8 02B>@>2   = 4,0 / 8 = 0.5 7. 5@54=89 04@>==K9 :0;>@8<5B@ M:A?5@8<5=B0 NA61 =0 CA:>@8B5;5 SPS 2 & . .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1362/20131, 7 02B>@>2   = 4,0 / 7 = 0.571 .8. Emission of forward neutrons by 158A GeV indiLVAL um nuclei in collisions with Al, Cu, Sn and Pb E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaia, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya (Moscow, INR) et al.. Jul 21, 2013. 14 pp. e-Print: arXiv:1307.5548 [nucl-ex] , 10 02B>@>2   = 4,0 x 0.1 = 0.4 9. Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Boehmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN), P. Cabanelas (Santiago de Compostela U.), S. Chernenko (Dubna, JINR) et al.. May 14, 2013. 10 pp. e-Print: arXiv:1305.3118, 97 authors   = 4,0 E 0,075 = 0,300 . . 10. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko et al.. Aug 2012. 5 pp. e-Print: arXiv:1208.0205, 95 authors   = 4,0 E 0,075 = 0,300 2012 3. 1. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko et al.. Aug 2012. 5 pp. , 95 authors e-Print: arXiv:1208.0205 [nucl-ex] | PDF   = 4,0 E 0,075 = 0,300 2. Pion emission from the T2K replica target: method, results and application. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) et al.). Jul 2012. Published in Nucl.Instrum.Meth. A701 (2013) 99-114 CERN-PH-EP-2012-188 e-Print: arXiv:1207.2114 [hep-ex] | PDF   = 4 x 2 x 0,06 = 0.48 3. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. A. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012LVAL . , 23 authors e-Print: arXiv:1205.4864   = 4 x 0,1 = 0.4 4. First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). May 2012. 6 pp. e-Print: arXiv:1205.1918 [nucl-ex] , 97 authors   = 4 x 0,075 = 0.3 5. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp. e-Print: arXiv:1203.2549 [nucl-ex] , 95 authors   = 4 x 0,075 = 0.3 6. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 22 pp. , 95 authors e-Print: arXiv:1203.1333 [nucl-ex]   = 4 x 0,075 = 0.3 7. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Bohmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN & Orsay, LPT), P. Cabanelas, E. Castro (Santiago de Compostela U.) et al.. Feb 2012. 15 pp. , 103 authors e-Print: arXiv:1202.2734 [nucl-ex]   = 4 x 0,06 = 0.24 9. Determination of the (1385)0/(1405) ratio in p+p collisions at 3.5 GeV. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, E. Castro, J.C. Chen et al.. Feb 2012. 7 pp. 101 authors e-Print: arXiv:1202.0232 [nucl-ex]   = 4 x 0,06 = 0.24 9. Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). 2012. 11 pp. Published in Eur.Phys.J. A48 (2012) 64, 102 authors e-Print: arXiv:1112.3607 [nucl-ex] |   = 4 x 0,06 = 0.24 10. Report from the NA61/SHINE experiment at the CERN SPS. NA61/SHINE Collaboration (N. Abgrall (Genev LVAL a U.), & O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, O.Petukhov, A.Sadovsky& et al et al.). CERN-SPSC-2012-029; SPSC-SR-107   = 4,0 E 2 x 0,06 = 0,48   ?> ?@5?@8=B0< = 6.811 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 2013 3. 1. M.Golubeva  PSD calibration software NA61 Analysis/software/calibration meeting, 11 - 15 February 2013, CERN   = 6 2. M.Golubeva, O.Petukhov  PSD simulation NA61/NA49 /analysis/calibration/Software workshop, Wroclaw, March 5 - 9, 2012   = 6 2012 3. 1. M.Golubeva, A.Ivashkin,  PSD calibration NA61/NA49 Software workshop, Wroclaw, March 5 - 9, 2012   = 6   ?> 2KABC?;5=8O< = 18 "+   = 142.016LVALNG 20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: 01>@0B>@88 @5;OB828ABA:>9 O45@=>9 D878:8 B45;0 M:A?5@8<5=B0;L=>9 D878:8   70 2012-2013 33. !?8A>: >?C1;8:>20==KE @01>B 70 2012 -2013 33. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 2013 3. pK+\Lambda final state: towards the extraction of the ppK- contribution L. Fabbietti , & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al., Nucl.Phys. A914 (2013) 60-68, 98 authors   = 30 x 1.525 E 0,075 = 3.431 Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 87 (2013) 025201, 95 authors   = 30 E 3.715 E 0,075 = 8.359 Deep sub-threshold K"((892)0 production in collisions of Ar + KCl at 1.76-A-GeV HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur.Phys.J. A49 (2013), 111 authors   = 30 E 2.043 E 0,06 = 3.667 Hades experiments: investigation of hadron in-medium properties Piotr Salabura, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 420 (2013) 012013, 99 authors   =1,68 E 30 x 0,075 = 3,78 Proton induced dielectron radiation off Nb: Pt and Y distributions M. Lorenz, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin,A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 426 (2013) 012034, 98 authors   =1,68 E 30 x 0,075 = 3,78 Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 88, 024904 (2013) , 97 authors   = 30 E 3.715 E 0,075 = 8.359 An upper limit on hypertriton production in collisions of Ar(1.76 A GeV) + KCl GLVAL. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& etal. The Eur. Phys. J. A49 (2013) 146, 98 authors   = 30 E 2.043 E 0,075 = 3.667 8. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %! .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, ?@8=OB> 2 ?5G0BL 2 "-., 8 02B>@>2   = 60 E 0.33/ 8 = 2,475 Di-pion and di-electron production in NN reactions with HADES at 1.25GeV incident beam energy. Hubert Kuc& M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. PoSBormio2013 (2013) 060, 98 authors   = 8 x 0,075 = 0.6 Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, et al.) Nucl.Instrum.Meth. A701 (2013) 99-114, 152 authors   = 30 E 1.142 E 0,06 = 2.056 Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton-Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 Phys.Rev. C. , 144 authors   = 30 E 3.715 E 0,06 = 6.687 Energy dependence of identified hadron spectra and event-by-event fluctuations in p+p interactions from NA61/SHINE at the CERN SPS MaciejRybczyenski (for theNA61/SHINE Collaboration) (& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) PoS ConfinementX (2012) 207, Jan. 2013, 146 authors   = 8 x 0,06 = 0.480 Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.LVALPetukhov, A.Sadovsky et al.) EPJ, 139 authors   = 30 E 2.043 E 0,06 = 3.667 NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) JINST, 146 authors   = 30 E 1.656 E 0,06 = 2.981 -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, AB0BLO =0?@02;5=0 2 6C@=0; @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 8 02B>@>2   = 60 E 0.33 / 8 = 2,475 16. Nuclear-nuclear collision centrality determination by the spectators calorimeter for the MPD setup at the NICA facility M.B. Golubeva, F.F. Guber, A.P. Ivashkin (Moscow, INR), A.Yu. Isupov (Dubna, JINR), A.B. Kurepin (Moscow, INR) et al. Phys.Atom.Nucl. 76 (2013) 1-15, Yad.Fiz. 76 (2013) 2-17, 9 02B>@>2   = 60 E 0.539 / 9 = 3.593 Search for anomalies in the e appearance from a  beam. ICARUS Collaboration M. Antonello,& A.Ivashkin, et al.Published in Eur.Phys.J. C73 (2013) 2599, 76 02B>@>2   = 30 E 5.247*0.075 = 11.806 18 Precise 3D track reconstruction algorithm for the ICARUS T600 liquid argon time projection chamber detector.ICARUS CollaborationM. Antonello,& A.Ivashkin et al. Published in Adv.High Energy Phys. 2013 (2013) 260820, 76 02B>@>2   = 30 E 3.5*0.075 = 7.875 19. Experimental search for the  LSND anomaly with the ICARUS detector in the CNGS neutrino beam. M. Antonello,& A.Ivashkin et al.Published in Eur.Phys.J. C73 (2013) 2345, 76 02B>@>2   = 30 E 5.247*0.075 = 11.806 2012 3. 1. Study of hadron properties in cold nuclear matter with HADES. HADES Collaboration (P. Tlusty (Rez, Nucl. Phys. Inst.) et al.). 2012. 10 pp., 82 authors. Published in PoS BORMIO2012 (2012) 019. Conference: C12-01-23.1   = 8 E 0,075 = 0,6 2. The HADES-at-FAIR project. HADES Collaboration LVAL(K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) et al.). 2012. 5 pp. 121 authors. Phys.Atom.Nucl. 75 (2012) 589-593.   = 0,539 E 60 E 0,06 = 1,94 3. First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). May 2012. 6 pp., 97 authors. Published in Phys.Lett. B715 (2012) 304-309.   = 4,569 E 30 E 0,075 = 10,28 4. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp., 95 authors. Published in Phys.Rev. C85 (2012) 054005.   = 3,715 E 30 E 0,075 = 8,359 5. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 22 pp., 95 authors. Published in Eur.Phys.J. A48 (2012) 74.   = 2,043 E 30 E 0,075 = 4,597 6. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Bohmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN & Orsay, LPT), P. Cabanelas, E. Castro (Santiago de Compostela U.) et al.. Feb 2012. 15 pp., 103 authors. Published in Nucl.Phys. A881 (2012) 178-186.   = 1,525 E 30 E 0,06 = 2,745 7. Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). 2012. 11 pp., 102 authors. Published in Eur.Phys.J. A48 (2012) 64.   = 2,043 E 30 E 0,06 = 3,677 8. Baryonic resonances close to the K N threshold: The Case of (1385) + in pp collisions. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Sep 2011. 12 pp., 102 authors. Published in Phys.Rev. C85 (2012) 035203.   = 3,715 E 30 E 0,06 = 6,687 9.MeasurementLVAL of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c. By The NA61/SHINE Collaboration (N. Abgrall.., & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, A.Sadovsky& et al.), PhysRev C.85.035210, 2012   = 3,715 E 30 E 0,06 = 6,687 10. Forward Hadron Calorimeter for Measurements of Projectile Spectators in Heavy-Ion Experiment M. B. Golubeva, F.F.Guber, A. P. Ivashkin, A. B. Kurepin, V. N. Marin, A. S. Sadovsky and O. A. Petukhov. Physics of Atomic Nuclei, 2012, Vol. 75, No. 6, pp. 673 675.   = 0,539 E 60 / 7 = 4,62 11.Measurement of the neutrino velocity with the ICARUS detector at the CNGS beam. M. Antonello (Gran Sasso), D. Bagliani (Genoa U.), B. Baibussinov (INFN, Padua), H. Bilokon (Frascati), F. Boffelli (INFN, Pavia), M. Bonesini (INFN, Milan Bicocca), E. Calligarich (INFN, Pavia), N. Canci (Gran Sasso), S. Centro (Padua U. & INFN, Padua), A. Cesana (INFN, Milan, ) et al.. Mar 2012. 76 authors. Phys.Lett. B713 (2012) 17-22   = 4,569 E 30 E 0,075 = 10,28 12. Precision measurement of the neutrino velocity with the ICARUS detector in the CNGS beam. A M. Antonello (Gran Sasso), D. Bagliani (Genoa U.), B. Baibussinov (INFN, Padua), H. Bilokon (Frascati), F. Boffelli (INFN, Pavia), M. Bonesini (INFN, Milan Bicocca), E. Calligarich (INFN, Pavia), N. Canci (Gran Sasso), S. Centro (Padua U. & INFN, Padua), A. Cesana (INFN, Milan, ) et al.. Mar 2012. 76 authors. JHEP 1211 (2012) 049   =5.618 E 30 E 0,075 =12.64 !C<<0@=K9   = @5?@8=BK, M;5:B@>==K9 0@E82 2013 3. 1. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %! .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, @5?@8=B /  1349/2013., 8 02B>@>2   = 4,0 / 8 = 0.5 2. Searching a Dark Photon with HADES G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. e-Print: arXiv:1LVAL311.0216 [hep-ex] , 100 authors   = 4,0 x 0.06 = 0.24 3. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph], 144 authors   = 4,0 x 0.06 = 0.24 4. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) e-Print: arXiv:1310.2417 [hep-ex] , 139 authors   = 4,0 x 0.06 = 0.24 5. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 6. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1363/2013, 8 02B>@>2   = 4,0 / 8 = 0.5 7. 5@54=89 04@>==K9 :0;>@8<5B@ M:A?5@8<5=B0 NA61 =0 CA:>@8B5;5 SPS 2 & . .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1362/20131, 7 02B>@>2   = 4,0 / 7 = 0.571 .8. Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaia, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya (Moscow, INR) et al.. Jul 21, 2013. 14 pp. e-Print: arXiv:1307.5548 [nucl-ex] , 10 02B>@>2   = 4,0 x 0.1 = 0.4 9. InclusivLVALe pion and eta production in p+Nb collisions at 3.5 GeV beam energy G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Boehmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN), P. Cabanelas (Santiago de Compostela U.), S. Chernenko (Dubna, JINR) et al.. May 14, 2013. 10 pp. e-Print: arXiv:1305.3118, 97 authors   = 4,0 E 0,075 = 0,300 10. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko et al.. Aug 2012. 5 pp. e-Print: arXiv:1208.0205, 95 authors   = 4,0 E 0,075 = 0,300 2012 3. 1. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko et al.. Aug 2012. 5 pp., 95 authors. e-Print: arXiv:1208.0205 [nucl-ex] | PDF   = 4,0 E 0,075 = 0,300 2. Determination of the (1385) 0 /(1405) ratio in p+p collisions at 3.5 GeV. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, E. Castro, J.C. Chen et al.. Feb 2012. 7 pp., 101 authors. e-Print: arXiv:1202.0232 [nucl-ex] | PDF.   = 4,0 E 0,06 = 0,240 3. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. A. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012. e-Print: arXiv:1205.4864 [physics.ins-det]   = 4,0 E 0,06 = 0,240 4. Search for anomalies in the neutrino sector with muon spectrometers and large LArTPC imaging detectors at CERN. A. Antonello, D. Bagliani, B. Baibussinov, H. Bilokon, F. Boffelli, M. Bonesini, E. Calligarich, N. Canci, S. Centro, A. Cesana, A.GubeLVALr, A.Ivashkin, A.Kurepin et al.. Aug 2012. e-Print: arXiv:1208.0862 [physics.ins-det]   = 4,0 E 0,06 = 0,240 5. Search for 'anomalies' from neutrino and anti-neutrino oscillations at Delta_m^2 ~ 1eV^2 with muon spectrometers and large LAr-TPC imaging detectors. M. Antonello (Gran Sasso et al.. Mar 2012. CERN-SPSC-2012-010-AND-SPSC-P-347 e-Print: arXiv:1203.3432 [physics.ins-det]   = 4,0 E 2 x 0,06 = 0,480 6. Report from the NA61/SHINE experiment at the CERN SPS. NA61/SHINE Collaboration (N. Abgrall (Geneva U.), & O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, O.Petukhov, A.Sadovsky& et al et al.). CERN-SPSC-2012-029; SPSC-SR-107   = 4,0 E 2 x 0,06 = 0,48 7. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012. e-Print: arXiv:1205.4864 [physics.ins-det]   = 4,0 E 0,06 = 0,240 C:>2>4AB2> ABC45=B>< 6-3> :C@A0 $" (8?;><=0O @01>B0) 725AB=K< ;5:A0=4@>< ;048<8@>28G5<   =10*2=20 57C;LB8@CNI89   70 2012-2013 33. = 190,407LVALNG 5H5B8= =4@59 3>@528G @>4.10.01.1952, A=A -$, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, D52@0;L 1986 3., AB0@H89 =0CG=K9 A>B@C4=8: -$   70 2012-2013 33. !?8A>: >?C1;8:>20==KE @01>B 70 2012 -2013 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2013 3. 1. Beam test of FARICH prototype with Digital Photon Counter A.Yu. Barnyakov (Novosibirsk, IYF), M.Yu. Barnyakov (Novosibirsk, IYF & Novosibirsk State Tech. U.), V.S. Bobrovnikov, A.R. Buzykaev (Novosibirsk, IYF), A.F. Danilyuk (Inst. Thermophys., Novosibirsk), C. Degenhardt, R. Dorscheid (Unlisted, DE), D.A. Finogeev (Moscow, INR), T. Frach (Unlisted, DE), V.V. Gulevich (Novosibirsk, IYF) et al.. 2013. 5 pp. Published in Nucl.Instrum.Meth. A732 (2013) 352-356   = 1.142 E 30 E 0.1 = 3.426 2. K^0_S and {\Lambda} production in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 16 pp. Published in Phys.Rev.Lett. 111 (2013) 222301   = 7.943 E 30 E 0.04 = 9.532 3. Long-range angular correlations of pi, K and p in p--Pb collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 11, 2013. 14 pp. Published in Phys.Lett. B726 (2013) 164-177   = 4.569 E 30 E 0.04 = 5.483 4. Multiplicity dependence of two-particle azimuthal correlations in pp collisions at the LHC ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 4, 2013. 42 pp. Published in JHEP 1309 (2013) 049   = 5.618 E 30 E 0.04 = 6.742 5. Energy Dependence of the Transverse Momentum Distributions of Charged Particles in pp Collisions Measured by ALICE ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. Published in Eur.Phys.J. C73 (2013) 2662   = 5.247 E 30 E 0.04 = 6.296 6. Directed flow of charged particles at mid-rapidity relative to the spectator plane in Pb-Pb collisions at sqrtLVAL{s_NN}=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jun 18, 2013. 18 pp. Published in Phys.Rev.Lett. 111 (2013) 232302   = 7.943 E 30 E 0.04 = 9.532 7. D meson elliptic flow in non-central Pb-Pb collisions at sNN"""""=2.76TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). May 13, 2013. 17 pp. Published in Phys.Rev.Lett. 111 (2013) 102301   = 7.943 E 30 E 0.04 = 9.532 8. Mid-rapidity anti-baryon to baryon ratios in pp collisions at s" = 0.9, 2.76 and 7 TeV measured by ALICE ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 33 pp. Published in Eur.Phys.J. C73 (2013)   = 5.247 E 30 E 0.04 = 6.296 9. Charmonium and e+e" pair photoproduction at mid-rapidity in ultra-peripheral Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 26 pp. Published in Eur.Phys.J. C73 (2013) 2617   = 5.247 E 30 E 0.04 = 6.296 10. Centrality dependence of the pseudorapidity density distribution for charged particles in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Apr 1, 2013. 13 pp. Published in Phys.Lett. B726 (2013) 610-622   = 4.569 E 30 E 0.04 = 5.483 11. Centrality dependence of , K, p production in Pb-Pb collisions at " sN,N = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 4, 2013. 42 pp. Published in Phys.Rev. C88 (2013) 044910   = 3.715 E 30 E 0.04 = 4.458 12. Centrality determination of Pb-Pb collisions at sNN""""" = 2.76 TeV with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 18, 2013. 37 pp. Published in Phys.Rev. C88 (2013) 044909   = 3.715 E 30 E 0.04 = 4.458 13. Charge correlations using the balance function in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Abelev (LLVALLNL, Livermore) et al.). Jan 2013. 37 pp. Published in Phys.Lett. B723 (2013) 267-279   = 4.569 E 30 E 0.04 = 5.483 14. Measurement of the inclusive differential jet cross section in pp collisions at s"=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2013. 17 pp. Published in Phys.Lett. B722 (2013) 262-272   = 4.569 E 30 E 0.04 = 5.483 15. Charged kaon femtoscopic correlations in pp collisions at s"=7 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Dec 2012. 19 pp. Published in Phys.Rev. D87 (2013) 052016   = 4.691 E 30 E 0.04 = 5.629 16. Long-range angular correlations on the near and away side in p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Dec 2012. 22 pp. Published in Phys.Lett. B719 (2013) 29-41   = 4.569 E 30 E 0.04 = 5.483 17. Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 082302   = 7.943 E 30 E 0.04 = 9.532 18. Pseudorapidity density of charged particles p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 032301   = 7.943 E 30 E 0.04 = 9.532 19. Coherent J/ photoproduction in ultra-peripheral Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Sep 2012. 19 pp. Published in Phys.Lett. B718 (2013) 1273-1283   = 4.569 E 30 E 0.04 = 5.483 20. Measurement of inelastic, single- and double-diffraction cross sections in proton--proton collisions at the LHC with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp. Published in Eur.Phys.J. C73 (2013) 2456   = 5.247 E 30 E 0.04 = 6.296 21. CLVALentrality Dependence of Charged Particle Production at Large Transverse Momentum in Pb--Pb Collisions at sNN""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 18 pp. Published in Phys.Lett. B720 (2013) 52-62   = 4.569 E 30 E 0.04 = 5.483 22. Measurement of electrons from beauty hadron decays in pp collisions at s"=7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 15 pp. Published in Phys.Lett. B721 (2013) 13-23   = 4.569 E 30 E 0.04 = 5.483 23. Net-Charge Fluctuations in Pb-Pb collisions at \surds_NN = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. 10 pp. Published in Phys.Rev.Lett. 110 (2013) 152301   = 7.943 E 30 E 0.04 = 9.532 24. Charge separation relative to the reaction plane in Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. Published in Phys.Rev.Lett. 110 (2013) 012301   = 7.943 E 30 E 0.04 = 9.532 25. Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp. Published in Phys.Lett. B719 (2013) 18-28   = 4.569 E 30 E 0.04 = 5.483 26. J/psi Elliptic Flow in Pb-Pb Collisions at "sNN=2.76 TeV E.Abbas, & ,F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Rev. Lett. 111 (2013) 162301   = 7.943 E 30 E 0.04 = 9.532 27. Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb. E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaya, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya, P. Cortese, G. Dellacasa, R. Arnaldi, N. De Marco, A. Ferretti, MLVAL. Gallio, A. Musso, C. Oppedisano, A. Piccotti, E. Scomparin, E. Vercellin, C. CicalB, G. Puddu, E. Siddi, P. Szymanski, I. Efthymiopoulos, Nucl. Phys. A 921 (2014) 60 http://dx.doi.org/10.1016/j.nuclphysa.2013.11.003  =1.525 x 30 x 0.1 = 4.575 HADES 28.pK+\Lambda final state: towards the extraction of the ppK- contribution L.Fabbietti , & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al., Nucl.Phys. A914 (2013) 60-68.   = 1.525 E 30 E 0.06 = 2.745 29.Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 87 (2013) 025201.   = 3.715 E 30 E 0.06 = 6.687 30. Deep sub-threshold K"(892)0 production in collisions of Ar + KCl at 1.76-A-GeV HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur.Phys.J. A49 (2013) .   = 2.190 E 30 E 0.06 = 3.942 31. Hades experiments: investigation of hadron in-medium properties Piotr Salabura,& M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 420 (2013) 012013.   = 1.680 E 30 E 0.06 = 3.024 32. Proton induced dielectron radiation off Nb: Pt and Y distributions M. Lorenz, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 426 (2013) 012034.   = 1.680 E 30 E 0.06 = 3.024 33. Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G.Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 88, 024904 (2013).   = 3.715 E 30 E 0.06 = 6.687 34.An upper limit on hyLVALpertriton production in collisions of Ar(1.76 A GeV) + KClG. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur. Phys. J. A49 (2013) 146.   = 2.043 E 30 E 0.06 = 3.677 35. Di-pion and di-electron production in NN reactions with HADES at 1.25GeV incident beam energy. Hubert Kuc & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. PoS Bormio2013 (2013) 060.   = 6 E 1.5 E 0.075 = 0,675   ?> ?C1;8:0F8O< 70 2013 3. = 210.536 2012 3. 1. Production of K "0 (892) and (1020) in pp collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp., 959 authors. Published in Eur.Phys.J. C72 (2012) 2183.   = 5.247 E 30 E 0.04 = 6.296 2. Pion, Kaon, and Proton Production in Central Pb--Pb Collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 15 pp. Published in Phys.Rev.Lett. 109 (2012) 252301   = 7.943 E 30 E 0.04 = 9.532 3. D+s meson production at central rapidity in proton--proton collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 27 pp., 990 authors. Published in Phys.Lett. B718 (2012) 279-294   = 4.569 E 30 E 0.04 = 5.483 4. K 0 s "K 0 s correlations in pp collisions at s " =7 TeV from the LHC ALICE experiment. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jun 2012. 10 pp., 965 authors. Published in Phys.Lett. B717 (2012) 151-161.   = 4.569 E 30 E 0.04 = 5.483 5. Production of muons from heavy flavour decays at forward rapidity in pp and Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp. Published in Phys.Rev.Lett. 109 (2012) 112301   = 7.943 E 30 E 0.04 = 9.532 6. Measurement of prompt J/psi and beauty hadron production prodLVALuction cross sections at mid-rapidity in pp collisions at beauty hadron production sqrt(s) = 7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012., 965 authors. Published in JHEP 1211 (2012) 067.   = 5.618 E 30 E 0.04 = 6.742 7. Neutral pion and  meson production in proton-proton collisions at s " =0.9 TeV and s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). May 2012. 18 pp., 971 authors. Published in Phys.Lett. B717 (2012) 162-172.   = 4.569 E 30 E 0.04 = 5.483 8. Measurement of electrons from semileptonic heavy-flavour hadron decays in pp collisions at \sqrt{s} = 7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 34 pp. Published in Phys.Rev. D86 (2012) 112007   = 4.691 E 30 E 0.04 = 5.629 9. Measurement of charm production at central rapidity in proton-proton collisions at s " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp., 964 authors. Published in JHEP 1207 (2012) 191.   = 5.618 E 30 E 0.04 = 6.742 10. Transverse sphericity of primary charged particles in minimum bias proton-proton collisions at s " =0.9 , 2.76 and 7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp., 991 authors. Published in Eur.Phys.J. C72 (2012) 2124.   = 5.247 E 30 E 0.04 = 6.296 11. Multi-strange baryon production in pp collisions at (s)^1/2 = 7 TeV with ALICE. A Large Ion Collider Experiment Collaboration (Betty Abelev (LLNL, Livermore) et al.). Apr 2012. mult. pp., 980 authors. Published in Phys.Lett. B712 (2012) 309-318.   = 4.569 E 30 E 0.04 = 5.483 12. Inclusive J/ production in pp collisions at s " =2.76 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Mar 2012., 973 authors. Published in Phys.Lett. B718 (2012) 295-306   = 4.569 E 30 E 0.04 = 5.483 13. Measurement of the Cross Section foLVALr Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 16 pp. Published in Phys.Rev.Lett. 109 (2012) 252302   = 7.943 E 30 E 0.04 = 9.532 14. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp., 95 authors. Published in Phys.Rev. C85 (2012) 054005.   = 3.715 E 30 E 0.075 = 8.359 15. Suppression of high transverse momentum D mesons in central Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 29 pp., 961 authors. Published in JHEP 1209 (2012) 112.   = 5.618 E 30 E 0.04 = 6.742 16. J/ Production as a Function of Charged Particle Multiplicity in pp Collisions at s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Feb 2012, 971 authors. Published in Phys.Lett. B712 (2012) 165-175.   = 4.569 E 30 E 0.04 = 5.483 17. J/ suppression at forward rapidity in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev et al.). Feb 2012. 16 pp., 973 authors. Published in Phys.Rev.Lett. 109 (2012) 072301.   = 7.943 E 30 E 0.04 = 9.532 18. Heavy flavour decay muon production at forward rapidity in proton--proton collisions at \sqrt(s) = 7 TeV. ALICE Collaboration (Betty Abelev et al.). Jan 2012. 20 pp., 956 authors. Published in Phys.Lett. B708 (2012) 265-275.   = 4.569 E 30 E 0.04 = 5.483 19. Light vector meson production in pp collisions at sqrt(s) = 7 TeV. ALICE Collaboration (B. Abelev et al.). Dec 2011., 969 authors. Published in Phys.Lett. B710 (2012) 557-568.   = 4.569 E 30 E 0.04 = 5.483 20. Underlying Event measurements in pp collisions at sqrt(s) = 0.9 and 7 TeV with the ALICE experiment at the LHC. ALICE Collaboration (Betty Abelev et al.). Dec 2011. 3LVAL7 pp., 970 authors. Published in JHEP 1207 (2012) 116.   = 5.618 E 30 E 0.04 = 6.742 21. Measurement of charm production at central rapidity in proton-proton collisions at s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2012. 24 pp., 962 authors. Published in JHEP 1201 (2012) 128   = .,618 E 30 E 0.04 = 6.742 22. J/psi polarization in pp collisions at sqrt(s)=7 TeV. ALICE Collaboration (B. Abelev et al.). Nov 2011., 962 authors. Published in Phys.Rev.Lett. 108 (2012) 082001.   = 7.943 E 30 E 0.04 = 9.532 23. Particle-yield modification in jet-like azimuthal di-hadron correlations in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Oct 2011. 15 pp., 937 authors. Published in Phys.Rev.Lett. 108 (2012) 092301.   = 7.943 E 30 E 0.04 = 9.532 24. Harmonic decomposition of two-particle angular correlations in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Sep 2011. 26 pp., 950 authors. Published in Phys.Lett. B708 (2012) 249-264.   = 4.569 E 30 E 0.04 = 5.483 25. Study of hadron properties in cold nuclear matter with HADES. HADES Collaboration (P. Tlusty (Rez, Nucl. Phys. Inst.) et al.). 2012. 10 pp., 82 authors. Published in PoS BORMIO2012 (2012) 019. Conference: C12-01-23.1   = 6 E 1.5 E 0.075 = 0.675 26. The HADES-at-FAIR project. HADES Collaboration (K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) et al.). 2012. 5 pp. 121 authors. Published in Phys.Atom.Nucl. 75 (2012) 589-593.   = 0.539 E 60 E 0.06 = 1.94 27. First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). May 2012. 6 pp., 97 autLVALhors. Published in Phys.Lett. B715 (2012) 304-309.   = 4.569 E 30 E 0.075 = 10.280 28. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 22 pp., 95 authors. Published in Eur.Phys.J. A48 (2012) 74.   = 2.190 E 30 E 0.075 = 4.928 29. Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). 2012. 11 pp., 102 authors. Published in Eur.Phys.J. A48 (2012) 64.   = 2.190 E 30 E 0.06 = 3.942 30. Baryonic resonances close to the K N threshold: The Case of (1385) + in pp collisions. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Sep 2011. 12 pp., 102 authors. Published in Phys.Rev. C85 (2012) 035203.   = 3.715 E 30 E 0.06 = 6.687 31. Features of gas discharge in narro-gap micropattern gas detectors at a high level of alpha-particle background. V.I. Razin, A.I. Reshetin. 2012. 6 pp., 2 authors. Published in Phys.Part.Nucl.Lett. 9 (2012) 58-61, Pisma Fiz.Elem.Chast.Atom.Yadra 1 (2012) 92-97.   = 0.36 E 60 / 2 = 10.80. 32. Measurement of event background fluctuations for charged particle jet reconstruction in Pb-Pb collisions at "sNN = 2.76 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J. High Energy Phys. 1203 (2012) 053   = 5.618 E 30 E 0.04 = 6.742 33. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimb LVALPublished in Nucl.Phys. A881 (2012) 178-186.   = 1,525 E 30 E 0.075 = 3,43 34. Double pion production in np and pp collisions at 1.25 GeV with HADES HADES Collaboration (A.K. Kurilkin (Dubna, JINR) et al.). 2012. 7 pp. Published in PoS Baldin-ISHEPP-XXI (2012) 041   =6*1,5 * 0.06= 0,54 35. New data on the differential cross section of the dp-elastic scattering at 2.5 GeV obtained with HADES detector HADES Collaboration (P.K. Kurilkin (Dubna, JINR) et al.). 2012. 8 pp. Published in PoS Baldin-ISHEPP-XXI (2012) 040   =6*1,5 * 0.06= 0,54   ?> ?C1;8:0F8O< 70 2012 3. = 217,333 @5?@8=BK, M;5:B@>==K9 0@E82: 2013 3. 1. Measurement of charged jet suppression n Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Nov 4, 2013. 28 pp. CERN-PH-EP-2013-205 e-Print: arXiv:1311.0633 [nucl-ex]   = 4.0 E 0.04 = 0.160 2. Centrality, rapidity and transverse momentum dependence of J/ suppression in Pb-Pb collisions at sNN"""""=2.76TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Nov 1, 2013. 20 pp. CERN-PH-EP-2013-203 e-Print: arXiv:1311.0214 [nucl-ex]   = 4.0 E 0.04 = 0.160 3. Two and Three-Pion Quantum Statistics Correlations in Pb-Pb Collisions at sNN"""""=2.76 TeV at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Oct 29, 2013. 27 pp. CERN-PH-EP-2013-201 e-Print: arXiv:1310.7808 [nucl-ex]   = 4.0 E 0.04 = 0.160 4. J/ production and nuclear effects in p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Aug 30, 2013. 20 pp. CERN-PH-EP-2013-163 e-Print: arXiv:1308.6726 [nucl-ex]   = 4.0 E 0.04 = 0.160 5. Multiplicity Dependence of Pion, KaLVAL on, Proton and Lambda Production in p--Pb Collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 25, 2013. 23 pp. CERN-PH-EP-2013-135 e-Print: arXiv:1307.6796 [nucl-ex]   = 4.0 E 0.04 = 0.160 6. Multi-strange baryon production at mid-rapidity in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 18 pp. CERN-PH-EP-2013-134 e-Print: arXiv:1307.5543 [nucl-ex]   = 4.0 E 0.04 = 0.160 7. Multiplicity dependence of the average transverse momentum in pp, p-Pb, and Pb-Pb collisions at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. CERN-PH-EP-2013-111 e-Print: arXiv:1307.1094 [nucl-ex]   = 4.0 E 0.04 = 0.160 8. Performance of the ALICE VZERO system ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Jun 13, 2013. 20 pp. CERN-PH-EP-2013-082 e-Print: arXiv:1306.3130 [nucl-ex]   = 4.0 E 0.04 = 0.160 9. J/Psi Elliptic Flow in Pb-Pb Collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Mar 23, 2013. 16 pp. CERN-PH-EP-2013-042   = 4.0 E 0.04 = 0.160 10. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %C. .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>. @5?@8=B /  1349/2013; ?@8=OB> 2 ?5G0BL 2 "-.   = 4.0 : 8 = 0.5 11.Searching a Dark Photon with HADES. G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. e-Print: arXiv:1311.0216 [hep-ex] (LVAL8   = 4.0 E 0.04 = 0.160   ?> M;5:B@>==><C 0@E82C = 2.100 C:>2>4AB2> 0A?8@0=B0<8 8 48?;><=8:0<8: 1. $ <8B@89 =4@5528G (0A?8@0=BC@0 /  A 8N=O 2011 3.) (2K?CA:=8: $", 2010 3.) A?5F80;L=>ABL 01.04.01 @81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0CG=0O B5<0: 07@01>B:0 G5@5=:>2A:>3> 45B5:B>@0 A :>;LF52K< 87>1@065=85< 4;O 845=B8D8:0F88 @5;OB828ABA:8E G0AB8F   = 30 E 2 3>40 = 60 2. ( @A5=89 3>@528G (10:0;02@, 2011-2012 3.; <038AB@0BC@0, 2012 3.) (ABC45=B 5 :C@A0 $", $$-) "5<0: 7<5@5=85 E0@0:B5@8AB8: 45B5:B>@>2 '5@5=:>20 8 307>2KE M;5:B@>==KE C<=>68B5;59 4;O @538AB@0F88 @5;OB828ABA:8E G0AB8F.   = 10 E 2 3>40 = 20   70 @C:>2>4AB2> ABC45=B0<8 = 80 57C;LB8@CNI89   70 2012-2013 33. : 210.536 + 217.333 + 2.100 + 80 = 509.969 1I89 8=45:A F8B8@>20=8O: 5394 h HEP index = 37LVALNG"">?8;LA:0O 0B0;8O !5@0D8<>2=0 >4 @>645=8O. 23.11.1946 3. 0B0 70I8BK 48AA5@B0F88 1994 3. >;6=>ABL !.=.A. 1. !?8A>: >?C1;8:>20==KE @01>B 70 2012-2013 3.3. A C:070=85< :>;-2> 02B>@>2. 2012-2013 33. 1). A.I.Maevskaya, A.B.Kurepin, N.S.Topilskaya, C.Hohue  Charmonium production in p-p and Pb-Pb collisions at CBM . Technical project of RHIC detector for CBM (2012)  = 8/4 =2 2). .!.">?8;LA:0O >645=85 G0@<>=8O 2 ?@>B>=-?@>B>==KE AB>;:=>25=8OE 8 AB>;:=>25=8OE O45@ A28=F0 8 A@02=5=85 @57C;LB0B>2, ?>;CG5==KE 2 & 5 8 @C:E5925=5. /4. $878:0, 76, !10 (2013) 1258-1266.  =0.539*60=32.34 3). .!.">?8;LA:0O -DD5:BK O45@=>9 A@54K 2 @>645=88 G0@<>=8O ?@8 AB>;:=>25=88 BO65;KE 8>=>2. /4. $878:0 8 =68=8@8=3, 4, !9-10 (2013) 786-794.  =8 4) N.S.Topilskaya  Charmonium production in poton-proton collisions and in collisions of lead nuclei at CERN and comparison with Brookhaven data . Phys.Atom.Nucl.76:1196-1204,2013.  =0.539*60=32.34 5). E.V.Karpechev, I. Pshenichnov,& N.S.Topilskaya et al., (26 authors)  Emission of forward neutrons by 158 A GeV indium nuclei in collisions with Al, Cu, Sn and Pb. Nucl. Phys. A 912 (2014) 60-84.  =1.525*30*0.1=4.575   ?> ?C1;8:0F8O< = 79,255 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2012 -2013 3.3. 1). N.S.Topilskaya- ?@83;0H5==K9 4>:;04  Charmonium production in p-p and lead-lead collisions and comparison of CERN and RHIC results . VI International Conference  Quarks and Nuclear Physics , QNP2012, April 16-20, 2012, Ecole Polytechnique, Palaiseau, Paris.   =30 *1,5=45 2). N.S.Topilskaya- ?@83;0H5==K9 4>:;04  Charmonium production in heavy ion collisions . XXI International Baldin Seminar on High Energy Physics Problems, Dubna, 1 2-15 September 2012.   =30*1,5=45 3). H.C.To?8;LA:0O  A5:F8>==K9 4>:;04  -DD5:BK O45@=>9 A@54K 2 @>645=88 G0@<>=8O ?@8 AB>;:=>25=== BO65;KE 8>=>2 564C=0@>4=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, >A:20, $, LVAL 12-16 =>O1@O 2012 3.   =6 4). N.S.Topilskaya- ?@83;0H5==K9 4>:;04  Charmonium productiom at LHC beams in a fixed target mode International workshop  Physics at A Fixed Target ExpeRiment (AFTER) using the LHC beams , ECT* Trento, Italy, 3-13 February 2013.   =30 5). N.S.Topilskaya- ?@83;0H5==K9 4>:;04  J/psi studies at LHC beams with ALICE in a fixed target mode International workshop LUA9- AFTER, Orsay, France,18-20 November 2013.   =30 2. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. "@51CE8= 048< 0;5@8528G, $", 3@.981 (2013 3.)   =10 "+   =245.255LVALNG$H5=8G=>2 3>@L =0B>;L528G CB0@H89 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 @5;OB828ABA:>9 O45@=>9 D878:8 1964 3>40 @>645=8O, 4>:B>@ D878:>-<0B5<0B8G5A:8E =0C:. "5<0 4>:B>@A:>9 48AA5@B0F88 -;5:B@><03=8B=K5 2>71C645=8O 8 D@03<5=B0F8O C;LB@0@5;OB828ABA:8E O45@, A?5F80;L=>ABL 01.04.16 - D878:0 O4@0 8 M;5<5=B0@=KE G0AB8F, 48AA5@B0F8>==K9 A>25B /, 01 45:01@O 2011 3>40. "5<0 :0=4840BA:>9 48AA5@B0F88 !B0B8AB8G5A:>5 >?8A0=85 @50:F89 <=>65AB25==>3> <57>=>>1@07>20=8O =0 O4@0E, A?5F80;L=>ABL 01.04.16 - D878:0 O4@0 8 M;5<5=B0@=KE G0AB8F, 48AA5@B0F8>==K9 A>25B /, 22 0?@5;O 1998 3>40. C1;8:0F88 2 2012-2013 3>40E: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2013 3. 1. Lucas Burigo, Igor Pshenichnov, Igor Mishustin, Igor, Marcus Bleicher, Microdosimetry of radiation field from a therapeutic 12C beam in water: A study with Geant4 toolkit, Nucl. Inst.Meth. B 310 (2013) 37  =1.266*30/4 = 9.495 2. Lucas Burigo, Igor Pshenichnov, Igor Mishustin, Igor, Marcus Bleicher, Microdosimetry spectra and RBE of 1H, 4He, 7Li and 12C nuclei in water studied with Geant4, Nucl. Inst.Meth. B, 2013, http://dx.doi.org/10.1016/j.nimb.2013.10.018  =1.266*30/4 = 9.495 3. E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaya, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya, P. Cortese, G. Dellacasa, R. Arnaldi, N. De Marco, A. Ferretti, M. Gallio, A. Musso, C. Oppedisano, A. Piccotti, E. Scomparin, E. Vercellin, C. Cical, G. Puddu, E. Siddi, P. Szymanski, I. Efthymiopoulos, Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb, Nucl. Phys. A 921 (2014) 60 http://dx.doi.org/10.1016/j.nuclphysa.2013.11.003  =1.525*30*0.1 = 4.575 4. E. Abbas, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Charmonium and e+e- pair photoproduction at mid-raLVAL%pidity in ultra-peripheral Pb-Pb collisions at "sNN=2.76 TeV Eur. Phys. J. C 73 (2013) 2617  =5.247*30*0.04 = 6.296 5. E.Abbas, & ,F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J/psi Elliptic Flow in Pb-Pb Collisions at "sNN=2.76 TeV Phys. Rev. Lett. 111 (2013) 162301  =7.943*30*0.04 = 9.532 6. B.Abelev, & ,F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality dependence of pi, K, and p production in Pb-Pb collisions at "sNN=2.76 TeV Phys. Rev. C 88 (2013) 044910  =3.715*30*0.04 = 4.458 7. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, D Meson Elliptic Flow in Noncentral Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 111 (2013) 102301  =7.943*30*0.04 = 9.532 8. E. Abbas, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Mid-rapidity anti-baryon to baryon ratios in pp collisions at "s=0.9, 2.76 and 7 TeV measured by ALICE, Eur. Phys. J. C 73 (2013) 2496  =5.247*30*0.04 = 6.296 9. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Charge correlations using the balance function in Pb-Pb collisions at "sNN=2.76 TeV, Phys. Lett. B 723 (2013) 267  =4.569*30*0.04 = 5.483 10. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of inelastic, single- and double-diffraction cross sections in proton-proton collisions at the LHC with ALICE, Eur. Phys. J. C 73 (2013) 2456  =5.LVAL&247*30*0.04 = 6.296 11. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of the inclusive differential jet cross section in pp collisions at "s=2.76 TeV, Phys. Lett. B 722 (2013) 262  =4.569*30*0.04 = 5.483 12. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Net-Charge Fluctuations in Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 110 (2013) 152301  =7.943*30*0.04 = 9.532 13. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of electrons from beauty hadron decays in pp collisions at "s=7 TeV, Phys. Lett. B 721 (2013) 13  =4.569*30*0.04 = 5.483 14. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Charged kaon femtoscopic correlations in pp collisions at "s=7 TeV, Phys. Rev. D 87 (2013) 052016  =4.691*30*0.04 = 5.629 15. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality dependence of charged particle production at large transverse momentum in Pb-Pb collisions at "sNN=2.76 TeV, Phys. Lett. B 720 (2013) 52  =4.569*30*0.04 = 5.483 16. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at "sNN=5.02 TeV, Phys. Rev. Lett. 110 (2013) 082302  =7.943*30*0.04 = 9.532 17. B. Abelev, ..., F. Guber, O. Karavichev, T. KaLVAL'ravicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at "sNN=2.76 TeV, Phys. Lett. B 719 (2013) 18  =4.569*30*0.04 = 5.483 18. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Long-range angular correlations on the near and away side in p-Pb collision at "sNN= 5.02 TeV, Phys. Lett. B 719 (2013) 29  =4.569*30*0.04 = 5.483 19. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Coherent J/psi photoproduction in ultra-peripheral Pb-Pb collisions at root "sNN=2.76 TeV, Phys. Lett. B 718 (2013) 1273  =4.569*30*0.04 = 5.483 20. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Pseudorapidity Density of Charged Particles in p plus Pb Collisions at "sNN=5.02 TeV, Phys. Rev. Lett. 110 (2013) 032301  =7.943*30*0.04 = 9.532 21. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Charge separation relative to the reaction plane in Pb-Pb collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 110 (2013) 012301  =7.943*30*0.04 = 9.532 22. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality determination of Pb-Pb collisions at root s(NN)=2.76 TeV with ALICE , Phys. Rev. C 88 (2013) 044909  =3.715*30*0.04 = 4.458 23. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin,LVAL( A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multiplicity dependence of two-particle azimuthal correlations in pp collisions at the LHC J. High Energy Phys. 1209 (2013) 049  =5.618*30*0.04 = 6.742 2013: 2*9.495+4.575+6*9.532+3*6.296+7*5.483+5.629+2*4.458+6.742=159.313 2012 3. 24. Yu. Malyshkin, I. Pshenichnov, I. Mishustin, T. Hughes, O. Heid, W. Greiner, Neutron production and energy deposition in fissile spallation targets studied with Geant4 toolkit, Nucl. Inst.Meth. B 289 (2012) 79  =1.266*30/6 = 6.330 25. M. Bleicher, L. Burigo, M. Durante, M. Herrlitz, M. Kraemer, I. Mishustin, I. Mueller, F. Natale, I. Pshenichnov, S. Schramm, G. Taucher-Scholz, W. Waelzlein, Nanolesions induced by heavy ions in human tissues: Experimental and theoretical studies, Beilstein J. Nanotechnol. 3 (2012) 556  =2.374*30*0.1 = 7.122 26. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 109 (2012) 252302  =7.943*30*0.04 = 9.532 27. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Production of Muons from Heavy Flavor Decays at Forward Rapidity in pp and Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 109 (2012) 112301  =7.943*30*0.04 = 9.532 28. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J/psi Suppression at Forward Rapidity in Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 109 (2012) 072301  =7.943*30*0.04 = 9.532 29. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A.LVAL) Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Underlying Event measurements in pp collisions at "s = 0.9 and 7 TeV with the ALICE experiment at the LHC, J. High Energy Phys. 1207 (2012) 116  =5.618*30*0.04 = 6.742 30. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multi-strange baryon production in pp collisions at "s = 7 TeV with ALICE, Phys. Lett. B 712 (2012) 309  =4.569*30*0.04 = 5.483 31. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Light vector meson production in pp collisions at "s = 7 TeV, Phys. Lett. B 710 (2012) 557  =4.569*30*0.04 = 5.483 32. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of event background fluctuations for charged particle jet reconstruction in Pb-Pb collisions at "sNN = 2.76 TeV, J. High Energy Phys. 1203 (2012) 053  =5.618*30*0.04 = 6.742 33. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Particle-Yield Modification in Jetlike Azimuthal Dihadron Correlations in Pb-Pb Collisions at "sNN = 2.76 TeV, Phys. Rev. Lett. 108 (2012) 092301  =7.943*30*0.04 = 9.532 34. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Harmonic decomposition of two particle angular correlations in Pb-Pb collisions at "sNN = 2.76 TeV, Phys. Lett. B 708 (2012) 249  =4.569*30*0.04 = 5.483 35. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. KurLVAL*epin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Heavy flavour decay muon production at forward rapidity in proton-proton collisions at "s = 7 TeV, Phys. Lett. B 708 (2012) 265  =4.569*30*0.04 = 5.483 36. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J/psi Polarization in pp Collisions at "s=7 TeV, Phys. Rev. Lett. 108 (2012) 082001  =7.943*30*0.04 = 9.532 37. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration Measurement of charm production at central rapidity in proton-proton collisions at "s=2.76 TeV, J. High Energy Phys. 1207 (2012) 191  =5.618*30*0.04 = 6.742 38. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration Suppression of high transverse momentum D mesons in central Pb-Pb collisions at "sNN = 2.76 TeV, J. High Energy Phys. 1209 (2012) 112  =5.618*30*0.04 = 6.742 39. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration Inclusive J/psi production in pp collisions at "s = 2.76 TeV, Phys. Lett. B 718 (2012) 295  =4.569*30*0.04 = 5.483 40. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of prompt J/psi and beauty hadron production cross sections at mid-rapidity in pp collisions at "s = 7 TeV, J. High Energy Phys. 1211 (2012) 065  =5.618*30*0.04 = 6.742 41. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE CoLVAL+llaboration, J/psi production as a function of charged particle multiplicity in pp collisions at "s = 7 TeV, Phys. Lett. B 712 (2012) 165  =4.569*30*0.04 = 5.483 42. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Neutral pion and eta meson production in proton-proton collisions at "s = 0.9 TeV and "s = 7 TeV, Phys. Lett. B 717 (2012) 162  =4.569*30*0.04 = 5.483 43. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, DS+ meson production at central rapidity in proton-proton collisions at "s = 7 TeV, Phys. Lett. B 718 (2012) 279  =4.569*30*0.04 = 5.483 44. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Transverse sphericity of primary charged particles in minimum bias proton-proton collisions at "s = 0.9, 2.76 and 7 TeV, Eur. Phys. J. C 72 (2012) 2124  =5.247*30*0.04 = 6.296 45. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Production of K*0(892) and phi(1020) in pp collisions at "s = 7 TeV, Eur. Phys. J. C 72 (2012) 2183  =5.247*30*0.04 = 6.296 46. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, K0s-K0s correlations in pp collisions at "s = 7 TeV from the LHC ALICE experiment, Phys. Lett. B 717 (2012) 151  =4.569*30*0.04 = 5.483 47. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration Measurement of electrons from semileptonicLVAL, heavy-flavor hadron decays in pp collisions at "s=7 TeV Phys. Rev. D 86 (2012) 112007  =4.691*30*0.04 = 5.629 48. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration Pion, Kaon, and Proton Production in Central Pb-Pb Collisions at "sNN =2.76 TeV Phys. Rev. Lett. 109 (2012) 252301  =7.943*30*0.04 = 9.532 49. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration Measurement of charm production at central rapidity in proton-proton collisions at "s=7 TeV, J. High Energy Phys. 1201 (2012) 128  =5.618*30*0.04 = 6.742 2012: 6.330+7.122+6*9.532+6*6.742+9*5.483+2*6.296+5.629 = 178.664 A53> ?> 6C@=0;0<:   = 159.313+178.664 =337.977 -;5:B@>==K5 ?@5?@8=BK 2013 3>4: 1. Yury Malyshkin, Igor Pshenichnov, Igor Mishustin, Walter Greiner Monte Carlo modeling of spallation targets containing uranium and americium arXiv:1311.6620 Instrumentation and Detectors (physics.ins-det); Nuclear Experiment (nucl-ex)   = 4/4 = 1 2. E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaia, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya, P. Cortese, G. Dellacasa, R. Arnaldi, N. DeMarco, A. Ferretti, M. Gallio, A. Musso, C. Oppedisano, A. Piccotti, E. Scomparin, E. Vercellin, C. Cicalo, G. Puddu, E. Siddi, P. Szymanski, I. Efthymiopoulos, Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb arXiv:1307.5548, Nuclear Experiment (nucl-ex)   = 4*0.1 = 0.4 3. Lucas Burigo, Igor Pshenichnov, Igor Mishustin, Marcus Bleicher, Microdosimetry spectra and RBE of H-1, He-4, Li-7 and C-12 nuclei in water studied with Geant4 arXiv:1307.2174 Medical Physics (physics.med-ph)   = 4/4 = 1 2012 3>4: 7. L. Burigo, I. Pshenichnov, I. Mishustin, M. BleicLVAL-her, Microdosimetry of radiation fields from therapeutic 12C beams in water: a study with Geant4 toolkit, 2012 arXiv:1211.3648 [physics.med-ph].   = 4/4 = 1 8. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at "sNN = 2.76 TeV, 2012 arXiv:1205.5761 [nucl-ex].   = 4*0.04 = 0.16 B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality Dependence of Charged Particle Production at Large Transverse Momentum in Pb-Pb collisions at "sNN = 2.76 TeV, 2012 arXiv:1208.2711 [hep-ex].   = 4*0.04 = 0.16 B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Charge separation relative to the reaction plane in Pb-Pb collisions at "sNN = 2.76 TeV, 2012 arXiv:1207.0900 [nucl-ex].   = 4*0.04 = 0.16 B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. 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Reshetin et al., ALICE Collaboration, Pion, kaon, and proton production in central Pb-Pb collisions at "sNN = 2.76 TeV, 2012 arXiv:1208.1974 [hep-ex].   = 4*0.04 = 0.16 B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurements of electrons from beauty hadron decays in pp collisions at "sNN = 7 TeV, 2012 arXiv:1208.1902 [hep-ex].   = 4*0.04 = 0.16 B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Transverse momentum distrobution and nuclear modification factor of charged particles in p-Pb collisions at "sNN = 5.02 TeV, 2012 arXiv:1210.4520 [nucl-ex].   = 4*0.04 = 0.16 B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Net-charge fluctuations in Pb-Pb collisions at "sNN = 2.76 TeV, 2012 arXiv:1207.6068 [nucl-ex].   = 4*0.04 = 0.16 B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Long-range angular correlations on the near and away side in p-Pb collisions at "sNN = 5.02 TeV, 2012 arXiv:1212.2001 [nucl-ex].   = 4*0.04 = 0.16 9. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Coherent J/Psi photoproduction in ultra-peripheral Pb-Pb collisions at "sNN = 2.76 TeV, 2012LVAL/ arXiv:1209.3715 [nucl-ex].   = 4*0.04 = 0.16 A53> ?> ?@5?@8=B0<:   = 2.4+2.92=5.32 >:;04K =0 :>=D5@5=F8OE: #AB=K5 4>:;04K, ?@83;0H5==K5 (?;5=0@=K5), :>=D5@5=F88 1>;55 100 CG0AB=8:>2: 2. I. Pshenichnov, L. Burigo, I. Mishustin, Geant4 calculations of microdosimetric variables for neutrons and light nuclei in tissue-like materials, Invited talk at 39th Annual Meeting of the European Radiation Research Society, Vietri sul Mare, Italy, October 15-19, 2012   = 30 #AB=K5 4>:;04K, ?@83;0H5==K5 (?;5=0@=K5), :>=D5@5=F88 <5=55 100 CG0AB=8:>2: 3. I.A. Pshenichnov, Yu.M. Malyshkin, I.N.Mishustin, Transmutation of minor actinides in accelerator-driven systems, Invited talk at 4th International Conference on Nuclear Fragmentation, Kemer (Antalya), Turkey September 29  October 6, 2013   = 6 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 5. I. Pshenichnov, Electromagnetic fragmentation of nuclei at heavy-ion colliders, Talk given at XIII International Seminar on Electromagnetic Interactions of Nuclei, September 20-23, 2012, Moscow, Russia   = 6 6. E. Karpechev, I. Pshenichnov, T. Karavicheva, A. Kurepin, Emission of neutrons in electromagnetic fragmentation of In and Pb nuclei at the CERN SPS, Talk given at XIII International Seminar on Electromagnetic Interactions of Nuclei, September 20-23, 2012, Moscow, Russia   = 6/4 = 1.5 7. Yu. Malyshkin, I. Pshenichnov, I. Mishustin, W. Greiner, Interaction of Fast Nucleons with Actinide Nuclei Studied with GEANT4, Proc. International Conference on Nuclear Data for Science and Technology, New-York, 2013, Nuclear Data Sheets, 2013, in press,   = 6/4 = 1.5 8. L. Burigo, I. Pshenichnov, I. Mishustin, M. Bleicher, Microdosimetry spectra and RBE of protons, helium, lithium and carbon nuclei in water studied with Geant4 based simulations, Geant4 2013 International User Conference, The Geant4 toolkit at the Physics-Medicine-Biology frontier, October 7-9, 2013, Bordeaux, France.   = 6/4 = 1.5 9. YLVALu. Malyshkin, I. Pshenichnov, I. Mishustin, W. Greiner, Monte Carlo Modeling of Minor Actinide Burning in Fissile Spallation Targ ets, Joint International Conference on Supercomputing in Nuclear Applications + Monte Carlo, SNA+MC2013, October 27-31, 2013, Paris   = 6/4 = 1.5 10. W. Fischer, A.J. Baltz, M. Blaskiewicz, D. Gassner, K.A. Drees, Y. Luo, M. Minty, P. Thieberger, M. Wilinski, I.A. Pshenichnov, Measurement of the total cross section of uranium-uranium collisions at "sNN= 192.8 GeV, In Proc. of 4th International Particle Accelerator Conference, IPAC13, Shanghai, China, 2013, pp.1529  1531   = 6/9 = 0.666 11. L.Burigo, I. Pshenichnov, I. Mishustin, M. Bleicher, Monte Carlo simulations of Microdosimetry for Space Research at FAIR, Talk given at FAIRNESS 2012: FAIR Next Generation of Scientists, 2012, Journal of Physics: Conference Series 426 (2013) 012006   = 6/4 = 1.5 A53> ?> :>=D5@5=F8O<:   = 30+12+5*1.5+0.666=50.166 B>3>2K9  :   = 337.977+5.32+50.166=393.463LVALNG1!04>2A:89 ;5:A0=4@ !5@35528G 1974 3>40 @>645=8O, Dr.Rer.Nat (:.D.-<.=.) 2007 3. Ph.D. TU-Dresden. 2009 3. ?>;CG5=> 3>A. A2845B5;LAB2> >1 M:2820;5=B=>AB8 Ph.D. AB5?5=8 :.D.-<.=. $. 0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8  /$ !?8A>: >?C1;8:>20==KE @01>B 70 2013 2012 3.3. A C:070=85< :>;-20 02B>@>2. 2013 3. 4. pK+\Lambda final state: towards the extraction of the ppK- contribution L. Fabbietti , & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al., Nucl.Phys. A914 (2013) 60-68, 98 authors   = 30 x 1.525 E 0,075 = 3.431 5. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 87 (2013) 025201, 95 authors   = 30 E 3.715 E 0,075 = 8.359 6. Deep sub-threshold K"((892)0 production in collisions of Ar + KCl at 1.76-A-GeV HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur.Phys.J. A49 (2013), 111 authors   = 30 E 2.043 E 0,06 = 3.667 Hades experiments: investigation of hadron in-medium properties Piotr Salabura, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 420 (2013) 012013, 99 authors   = 1.680 E 30 E 0.75 = 3.78 7. 8. Proton induced dielectron radiation off Nb: Pt and Y distributions M. Lorenz, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 426 (2013) 012034, 98 authors   = 1.680 E 30 E 0.75 = 3.78 9. Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 88, 024904 (2013) , 97 authors   = 30 E 3.715 E 0,075 = 8.359 10. An upper limit on hypertriton production in collisions of Ar(1.76 A GeV) + KCl. LVAL2G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& etal. The Eur. Phys. J. A49 (2013) 146, 98 authors   = 30 E 2.043 E 0,075 = 3.667 11. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %!. .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, ?@8=OB> 2 ?5G0BL 2 "-., 8 02B>@>2   = 60 E 0.33/ 8 =2,475 12. Di-pion and di-electron production in NN reactions with HADES at 1.25GeV incident beam energy. Hubert Kuc& M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. PoSBormio2013 (2013) 060, 98 authors   = 6 E 1.5 x 0,075 = 0.675 13. Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, et al.) Nucl.Instrum.Meth. A701 (2013) 99-114, 152 authors   = 30 E 1.142 E 0,06 = 2.056 14. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton-Carbon Interactions at 31 GeV/c. NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 Phys.Rev. C. , 144 authors   = 30 E 3.715 E 0,06 = 6.687 15. Energy dependence of identified hadron spectra and event-by-event fluctuations in p+p interactions fromNA61/SHINE at the CERN SPS. Maciej Rybczyenski (for theNA61/SHINE Collaboration) (& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) PoS ConfinementX (2012) 207, Jan. 2013, 146 authors   = 6 E 1.5 x 0,075 = 0.675 16. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.PetukLVAL3hov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 EPJ, 139 authors   = 30 E 2.043 E 0,06 = 3.667 17. NA61/SHINE facility at the CERN SPS: beams and detector system. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 JINST, 146 authors   = 30 E 1.656 E 0,06 = 2.981 18. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, AB0BLO =0?@02;5=0 2 6C@=0; @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 8 02B>@>2   = 60 E 0.33 / 8 = 2,475 2013=50.524 2012 3. 1. Study of hadron properties in cold nuclear matter with HADES. HADES Collaboration (P. Tlusty et al.). 2012. 10 pp., 82 authors. Published in PoS BORMIO2012 (2012) 019. Conference: C12-01-23.1   = 6 E 1.5 x 0,075 = 0.675 2. Forward Hadron Calorimeter for Measurements of Projectile Spectators in Heavy-Ion Experiment, (M. B. Golubeva, F.F.Guber, A. P. Ivashkin, A. B. Kurepin, V. N. Marin, A. S. Sadovsky and O. A. Petukhov). Physics of Atomic Nuclei, 2012, Vol. 75, No. 6, pp. 673 675.   = 0,539 E 60 / 7 = 4.620 3. The HADES-at-FAIR project. HADES Collaboration (K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) et al.). 2012. 5 pp. 121 authors. Published in Phys.Atom.Nucl. 75 (2012) 589-593.   = 0,539 E 60 E 0,06 = 1.940 4. First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev et al.). May 2012. 6 pp., 97 authors. Published in Phys.Lett. B715 (2012) 304-309.   = 4,569 E 30 E 0,075 = 10.280 5. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev et al.). Mar 2012. 7 pp., 95 authors. Published in Phys.Rev. C85 (2012) 054005.   = 3,715 E 30 E 0,075 = 8.359 6. Study of exclusive one-pion and one-LVAL4eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev et al.). Mar 2012. 22 pp., 95 authors. Published in Eur.Phys.J. A48 (2012) 74.   = 2,043 E 30 E 0,075 = 4.597 7. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. G. Agakishiev et al.. Feb 2012. 15 pp., 103 authors. Published in Nucl.Phys. A881 (2012) 178-186.   = 1,525 E 30 E 0,06 = 2.745 8. Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev et al.). 2012. 11 pp., 102 authors. Published in Eur.Phys.J. A48 (2012) 64.   = 2,043 E 30 E 0,06 = 3.667 9. Baryonic resonances close to the K N threshold: The Case of (1385)+ in pp collisions. HADES Collaboration (G. Agakishiev et al.). Sep 2011. 12 pp., 102 authors. Published in Phys.Rev. C85 (2012) 035203.   = 3,715 E 30 E 0,06 = 6,687 10. Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c. By The NA61/SHINE Collaboration (N. Abgrall.., & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, A.Sadovsky& et al.), Phys.Rev C.85.035210, 2012   = 3,715 E 30 E 0,06 = 6.687 11. Double pion production in np and pp collisions at 1.25 GeV with HADES HADES Collaboration (A.K. Kurilkin (Dubna, JINR) et al.). 2012. 7 pp. Published in PoS Baldin-ISHEPP-XXI (2012) 041 Conference: C12-09-10.4 Proceedings , 99 authors   = 6 E 1.5 x 0,075 = 0.67512. New data on the differential cross section of the dp-elastic scattering at 2.5 GeV obtained with HADES detector. HADES Collaboration (P.K. Kurilkin (Dubna, JINR) et al.). 2012. 8 pp. Published in PoS Baldin-ISHEPP-XXI (2012) 040 Conference: C12-09-10.4 Proceedings , 99 authors   = 6 E 1.5 x 0,075 = 0.67513. Resonance production in p+p, p+A and A+A collisions measured with HADES M. Lorenz (Frankfurt U., Inst. Kernphys.), G. Agakishiev (Dubna, JINR), C. Behnke (Frankfurt U., ILVAL5nst. Kernphys.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), C. Blume (Frankfurt U., Inst. Kernphys.), M. Bhmer (Munich, Tech. U.), P. Cabanelas (Santiago de Compostela U.) et al.. 2012. 8 pp. Published in EPJ Web Conf. 36 (2012) 00015, 96 authors   = 6 E 1.5 x 0,075 = 0.675 14. The dp-elastic cross section measurement at the deuteron kinetic energy of 2.5-GeV HADES Collaboration (P. Kurilkin (Dubna, JINR & Coimbra Inst. Sup. Eng.) et al.). 2012. 4 pp. Published in EPJ Web Conf. 37 (2012) 09021, 96 authors   = 52,957 !C<<0@=K9   ?> 6C@=0;L=K< ?C1;8:0F8O<= 109.691 @5?@8=BK, M;5:B@>==K9 0@E82 2013 3. 1. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %!. .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, @5?@8=B /  1349/2013., 8 02B>@>2   = 4,0 / 8 = 0.5 2. Searching a Dark Photon with HADES G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. e-Print: arXiv:1311.0216 [hep-ex] , 100 authors   = 4,0 x 0.06 = 0.24 3. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c. NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph], 144 authors   = 4,0 x 0.06 = 0.24 4. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) e-Print: arXiv:1310.2417 [hep-ex] , 139 authors   = 4,0 x 0.06 = 0.24 5. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SLVAL6HINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 6. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1363/2013, 8 02B>@>2   = 4,0 / 8 = 0.5 7. 5@54=89 04@>==K9 :0;>@8<5B@ M:A?5@8<5=B0 NA61 =0 CA:>@8B5;5 SPS 2 & . .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1362/20131, 7 02B>@>2   = 4,0 / 7 = 0.571 8. Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Boehmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN), P. Cabanelas (Santiago de Compostela U.), S. Chernenko (Dubna, JINR) et al.. May 14, 2013. 10 pp. e-Print: arXiv:1305.3118, 97 authors   = 4,0 E 0,075 = 0,300 2012 3. 1. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko et al.. Aug 2012. 5 pp., 95 authors. e-Print: arXiv:1208.0205 [nucl-ex]   = 4,0 E 0,075 = 0,300 2. Pion emission from the T2K replica target: method, results and application. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) et al.). Jul 2012. Published in Nucl.Instrum.Meth. A701 (2013) 99-114 CERN-PH-EP-2012-188 e-Print: arXiv:1207.2114   = 4 x 2 x 0,06 = 0.48 3. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. A. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. GoLVAL7lubeva, F. Guber et al.. May 2012. , 23 authors e-Print: arXiv:1205.4864   = 4 x 0,1 = 0.4 4. First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). May 2012. 6 pp. e-Print: arXiv:1205.1918 [nucl-ex] , 97 authors   = 4 x 0,075 = 0.3 5. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp. e-Print: arXiv:1203.2549 [nucl-ex] , 95 authors   = 4 x 0,075 = 0.3 6. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 22 pp. , 95 authors e-Print: arXiv:1203.1333 [nucl-ex]   = 4 x 0,075 = 0.3 7. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Bohmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN & Orsay, LPT), P. Cabanelas, E. Castro (Santiago de Compostela U.) et al.. Feb 2012. 15 pp. , 103 authors e-Print: arXiv:1202.2734 [nucl-ex]   = 4 x 0,06 = 0.24 8. Determination of the (1385)_0/(1405) ratio in p+p collisions at 3.5 GeV. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, E. Castro, J.C. Chen et al.. Feb 2012. 7 pp., 101 authors. e-Print: arXiv:1202.0232 [nucl-ex]   = 4,0 E 0,06 = 0,240 9. Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). 2012. 11 pp. Published in Eur.Phys.J. A48 (2012) 64, 102 authors e-Print: arXiv:1112.3607 [nucl-ex]   = 4 x 0,06 = 0.24 10. Report from the NA61/SHINE experiment at the CERN SPS.NA61/SHINE Collaboration (N. ALVALbgrall, (Geneva U.), & O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev, O.Petukhov, A.Sadovsky& et al et al.). CERN-SPSC-2012-029; SPSC-SR-107   = 4,0 x 2 x 0,06 = 0,48 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 2013: 0CG=> >1@07>20B5;L=K5 :C@AK '8B0; ;5:F88 4;O 3@C??K ABC45=B>2 :0D54@K $$- $" (10-9 A5<5AB@ D52@0;L-<09 2012 8 2013 3.)  -:A?5@8<5=B0;L=0O O45@=0O D878:0 2<5AB> .. C@5?8=0, 225; =>2K5 0:BC0;L=K5 <0B5@80;K ?>: 12. 078<CB0;L=K< ?>B>:0< 8 <5B>48:5 2>AAB0=>2;5=8O ?;>A:>AB8 @50:F88 2 AB>;:=>25=8OE BO65;KE 8>=>2 (2012 3.)  9-< A5<5AB@5 (A5=BO1@L->:BO1@L 2012) G8B0; B>;L:> 5 ;5:F89 225; =>2K9 0:BC0;L=K9 <0B5@80;: 2. ?> <5B>48:0< 2>AAB0=>2;5=8O B@5:>2 70@O65==KE G0AB8F 2 <03=8B=>< ?>;5.  =8*2=16 ( ?> :064><C A5<5AB@C)   ?> ?>43>B>2:5 =>2>3> <0B5@80;0 2 CG51=>< ?@>F5AA5 = 16 "+   = 131,802LVALNG90@028G520 "0BLO=0 L2>2=0 1951 3.@., :0=4840B D87.-<0B. =0C: (1999), A=A !?8A>: >?C1;8:>20==KE @01>B 70 2012 -2013 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2013 3. 1. Beam test of FARICH prototype with Digital Photon Counter A.Yu. Barnyakov (Novosibirsk, IYF), M.Yu. Barnyakov (Novosibirsk, IYF & Novosibirsk State Tech. U.), V.S. Bobrovnikov, A.R. Buzykaev (Novosibirsk, IYF), A.F. Danilyuk (Inst. Thermophys., Novosibirsk), C. Degenhardt, R. Dorscheid (Unlisted, DE), D.A. Finogeev (Moscow, INR), T. Frach (Unlisted, DE), V.V. Gulevich (Novosibirsk, IYF) et al.. 2013. 5 pp. Published in Nucl.Instrum.Meth. A732 (2013) 352-356   = 1.142 E 30 E 0.1 = 3.426 2. K^0_S and {\Lambda} production in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 16 pp. Published in Phys.Rev.Lett. 111 (2013) 222301   = 7.943 E 30 E 0.04 = 9.532 3. Long-range angular correlations of pi, K and p in p--Pb collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 11, 2013. 14 pp. Published in Phys.Lett. B726 (2013) 164-177   = 4.569 E 30 E 0.04 = 5.483 4. Multiplicity dependence of two-particle azimuthal correlations in pp collisions at the LHC ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 4, 2013. 42 pp. Published in JHEP 1309 (2013) 049   = 5.618 E 30 E 0.04 = 6.742 5. Energy Dependence of the Transverse Momentum Distributions of Charged Particles in pp Collisions Measured by ALICE ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. Published in Eur.Phys.J. C73 (2013) 2662   = 5.247 E 30 E 0.04 = 6.296 6. Directed flow of charged particles at mid-rapidity relative to the spectator plane in Pb-Pb collisions at sqrt{s_NN}=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jun 18, 2LVAL:013. 18 pp. Published in Phys.Rev.Lett. 111 (2013) 232302   = 7.943 E 30 E 0.04 = 9.532 7. D meson elliptic flow in non-central Pb-Pb collisions at sNN"""""=2.76TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). May 13, 2013. 17 pp. Published in Phys.Rev.Lett. 111 (2013) 102301   = 7.943 E 30 E 0.04 = 9.532 8. Mid-rapidity anti-baryon to baryon ratios in pp collisions at s" = 0.9, 2.76 and 7 TeV measured by ALICE ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 33 pp. Published in Eur.Phys.J. C73 (2013)   = 5.247 E 30 E 0.04 = 6.296 9. Charmonium and e+e" pair photoproduction at mid-rapidity in ultra-peripheral Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 26 pp. Published in Eur.Phys.J. C73 (2013) 2617   = 5.247 E 30 E 0.04 = 6.296 10. Centrality dependence of the pseudorapidity density distribution for charged particles in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Apr 1, 2013. 13 pp. Published in Phys.Lett. B726 (2013) 610-622   = 4.569 E 30 E 0.04 = 5.483 11. Centrality dependence of , K, p production in Pb-Pb collisions at " sN,N = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 4, 2013. 42 pp. Published in Phys.Rev. C88 (2013) 044910   = 3.715 E 30 E 0.04 = 4.458 12. Centrality determination of Pb-Pb collisions at sNN""""" = 2.76 TeV with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 18, 2013. 37 pp. Published in Phys.Rev. C88 (2013) 044909   = 3.715 E 30 E 0.04 = 4.458 13. Charge correlations using the balance function in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 2013. 37 pp. Published in Phys.Lett. B723 (2013) 267-279 LVAL;   = 4.569 E 30 E 0.04 = 5.483 14. Measurement of the inclusive differential jet cross section in pp collisions at s"=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2013. 17 pp. Published in Phys.Lett. B722 (2013) 262-272   = 4.569 E 30 E 0.04 = 5.483 15. Charged kaon femtoscopic correlations in pp collisions at s"=7 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Dec 2012. 19 pp. Published in Phys.Rev. D87 (2013) 052016   = 4.691 E 30 E 0.04 = 5.629 16. Long-range angular correlations on the near and away side in p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Dec 2012. 22 pp. Published in Phys.Lett. B719 (2013) 29-41   = 4.569 E 30 E 0.04 = 5.483 17. Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 082302   = 7.943 E 30 E 0.04 = 9.532 18. Pseudorapidity density of charged particles p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 032301   = 7.943 E 30 E 0.04 = 9.532 19. Coherent J/ photoproduction in ultra-peripheral Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Sep 2012. 19 pp. Published in Phys.Lett. B718 (2013) 1273-1283   = 4.569 E 30 E 0.04 = 5.483 20. Measurement of inelastic, single- and double-diffraction cross sections in proton--proton collisions at the LHC with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp. Published in Eur.Phys.J. C73 (2013) 2456   = 5.247 E 30 E 0.04 = 6.296 21. Centrality Dependence of Charged Particle Production at Large Transverse Momentum in Pb--LVAL<Pb Collisions at sNN""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 18 pp. Published in Phys.Lett. B720 (2013) 52-62   = 4.569 E 30 E 0.04 = 5.483 22. Measurement of electrons from beauty hadron decays in pp collisions at s"=7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 15 pp. Published in Phys.Lett. B721 (2013) 13-23   = 4.569 E 30 E 0.04 = 5.483 23. Net-Charge Fluctuations in Pb-Pb collisions at \surds_NN = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. 10 pp. Published in Phys.Rev.Lett. 110 (2013) 152301   = 7.943 E 30 E 0.04 = 9.532 24. Charge separation relative to the reaction plane in Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. Published in Phys.Rev.Lett. 110 (2013) 012301   = 7.943 E 30 E 0.04 = 9.532 25. Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp. Published in Phys.Lett. B719 (2013) 18-28   = 4.569 E 30 E 0.04 = 5.483 26. 1.J/psi Elliptic Flow in Pb-Pb Collisions at "sNN=2.76 TeV E.Abbas, & ,F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Rev. Lett. 111 (2013) 162301   = 7.943 E 30 E 0.04 = 9.532 27.Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb. E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaya, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya, P. Cortese, G. Dellacasa, R. Arnaldi, N. De Marco, A. Ferretti, M. Gallio, A. Musso, C. Oppedisano, A. Piccotti, E. Scomparin, E. Vercellin, C. CicalB, G. Puddu, ELVAL=. Siddi, P. Szymanski, I. Efthymiopoulos, Nucl. Phys. A 921 (2014) 60 http://dx.doi.org/10.1016/j.nuclphysa.2013.11.003  =1.525 x 30 x 0.1 = 4.575 HADES 28.pK+\Lambda final state: towards the extraction of the ppK- contribution L.Fabbietti , & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al., Nucl.Phys. A914 (2013) 60-68.   = 1.525 E 30 E 0.06 = 2.745 29.Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 87 (2013) 025201.   = 3.715 E 30 E 0.06 = 6.687 30. Deep sub-threshold K"(892)0 production in collisions of Ar + KCl at 1.76-A-GeV HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur.Phys.J. A49 (2013) .   = 2.043 E 30 E 0.06 = 3.677 31. Hades experiments: investigation of hadron in-medium properties Piotr Salabura,& M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 420 (2013) 012013.   = 1.680 E 30 E 0.06 = 3.024 32. Proton induced dielectron radiation off Nb: Pt and Y distributions M. Lorenz, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 426 (2013) 012034.   = 1.680 E 30 E 0.06 = 3.024 33. Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G.Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 88, 024904 (2013).   = 3.715 E 30 E 0.06 = 6.687 34.An upper limit on hypertriton production in collisions of Ar(1.76 A GeV) + KClG. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.KaravicLVAL>heva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur. Phys. J. A49 (2013) 146.   = 2.043 E 30 E 0.06 = 3.677 35.Di-pion and di-electron production in NN reactions with HADES at 1.25GeV incident beam energy. Hubert Kuc & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. PoS Bormio2013 (2013) 060.   = 8 E 1.5 E 0.075 = 0,9   ?> ?C1;8:0F8O< 70 2013 3. = 210,036 2012 3. 36. Production of K "0 (892) and (1020) in pp collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp., 959 authors. Published in Eur.Phys.J. C72 (2012) 2183.   = 5.247 E 30 E 0.04 = 6.296 37. Pion, Kaon, and Proton Production in Central Pb--Pb Collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 15 pp. Published in Phys.Rev.Lett. 109 (2012) 252301   = 7.943 E 30 E 0.04 = 9.532 38. D+s meson production at central rapidity in proton--proton collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 27 pp., 990 authors. Published in Phys.Lett. B718 (2012) 279-294   = 4.569 E 30 E 0.04 = 5.483 39. K 0 s "K 0 s correlations in pp collisions at s " =7 TeV from the LHC ALICE experiment. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jun 2012. 10 pp., 965 authors. Published in Phys.Lett. B717 (2012) 151-161.   = 4.569 E 30 E 0.04 = 5.483 40. Production of muons from heavy flavour decays at forward rapidity in pp and Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp. Published in Phys.Rev.Lett. 109 (2012) 112301   = 7.943 E 30 E 0.04 = 9.532 41. Measurement of prompt J/psi and beauty hadron production production cross sections at mid-rapidity in pp collisions at beauty hadron production sqrt(s) = 7 TeV. ALICE CollaLVAL?boration (Betty Abelev (LLNL, Livermore) et al.). May 2012., 965 authors. Published in JHEP 1211 (2012) 067.   = 5.618 E 30 E 0.04 = 6.742 42. Neutral pion and  meson production in proton-proton collisions at s " =0.9 TeV and s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). May 2012. 18 pp., 971 authors. Published in Phys.Lett. B717 (2012) 162-172.   = 4.569 E 30 E 0.04 = 5.483 43. Measurement of electrons from semileptonic heavy-flavour hadron decays in pp collisions at \sqrt{s} = 7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 34 pp. Published in Phys.Rev. D86 (2012) 112007   = 4.691 E 30 E 0.04 = 5.629 44. Measurement of charm production at central rapidity in proton-proton collisions at s " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp., 964 authors. Published in JHEP 1207 (2012) 191.   = 5.618 E 30 E 0.04 = 6.742 45. Transverse sphericity of primary charged particles in minimum bias proton-proton collisions at s " =0.9 , 2.76 and 7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp., 991 authors. Published in Eur.Phys.J. C72 (2012) 2124.   = 5.247 E 30 E 0.04 = 6.296 46. Multi-strange baryon production in pp collisions at (s)^1/2 = 7 TeV with ALICE. A Large Ion Collider Experiment Collaboration (Betty Abelev (LLNL, Livermore) et al.). Apr 2012. mult. pp., 980 authors. Published in Phys.Lett. B712 (2012) 309-318.   = 4.569 E 30 E 0.04 = 5.483 47. Inclusive J/ production in pp collisions at s " =2.76 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Mar 2012., 973 authors. Published in Phys.Lett. B718 (2012) 295-306   = 4.569 E 30 E 0.04 = 5.483 48. Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at sNN""""" = 2.76 TeV ALICE CollabLVAL@oration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 16 pp. Published in Phys.Rev.Lett. 109 (2012) 252302   = 7.943 E 30 E 0.04 = 9.532 49. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp., 95 authors. Published in Phys.Rev. C85 (2012) 054005.   = 3.715 E 30 E 0.075 = 8.359 50. Suppression of high transverse momentum D mesons in central Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 29 pp., 961 authors. Published in JHEP 1209 (2012) 112.   = 5.618 E 30 E 0.04 = 6.742 51. J/ Production as a Function of Charged Particle Multiplicity in pp Collisions at s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Feb 2012, 971 authors. Published in Phys.Lett. B712 (2012) 165-175.   = 4.569 E 30 E 0.04 = 5.483 52. J/ suppression at forward rapidity in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev et al.). Feb 2012. 16 pp., 973 authors. Published in Phys.Rev.Lett. 109 (2012) 072301.   = 7.943 E 30 E 0.04 = 9.532 53. Heavy flavour decay muon production at forward rapidity in proton--proton collisions at \sqrt(s) = 7 TeV. ALICE Collaboration (Betty Abelev et al.). Jan 2012. 20 pp., 956 authors. Published in Phys.Lett. B708 (2012) 265-275.   = 4.569 E 30 E 0.04 = 5.483 54. Light vector meson production in pp collisions at sqrt(s) = 7 TeV. ALICE Collaboration (B. Abelev et al.). Dec 2011., 969 authors. Published in Phys.Lett. B710 (2012) 557-568.   = 4.569 E 30 E 0.04 = 5.483 55. Underlying Event measurements in pp collisions at sqrt(s) = 0.9 and 7 TeV with the ALICE experiment at the LHC. ALICE Collaboration (Betty Abelev et al.). Dec 2011. 37 pp., 970 authors. Published in JHEP 1207 (2012) 116.   = 5.618 E 30 E 0.04 = LVALA6.742 56. Measurement of charm production at central rapidity in proton-proton collisions at s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2012. 24 pp., 962 authors. Published in JHEP 1201 (2012) 128   = .,618 E 30 E 0.04 = 6.742 57. J/psi polarization in pp collisions at sqrt(s)=7 TeV. ALICE Collaboration (B. Abelev et al.). Nov 2011., 962 authors. Published in Phys.Rev.Lett. 108 (2012) 082001.   = 7.943 E 30 E 0.04 = 9.532 58. Particle-yield modification in jet-like azimuthal di-hadron correlations in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Oct 2011. 15 pp., 937 authors. Published in Phys.Rev.Lett. 108 (2012) 092301.   = 7.943 E 30 E 0.04 = 9.532 59. Harmonic decomposition of two-particle angular correlations in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Sep 2011. 26 pp., 950 authors. Published in Phys.Lett. B708 (2012) 249-264.   = 4.569 E 30 E 0.04 = 5.483 25 .Study of hadron properties in cold nuclear matter with HADES. HADES Collaboration (P. Tlusty (Rez, Nucl. Phys. Inst.) et al.). 2012. 10 pp., 82 authors. Published in PoS BORMIO2012 (2012) 019. Conference: C12-01-23.1   = 8 E 0.075 = 0.6 26.The HADES-at-FAIR project. HADES Collaboration (K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) et al.). 2012. 5 pp. 121 authors. Published in Phys.Atom.Nucl. 75 (2012) 589-593.   = 0.539 E 60 E 0.06 = 1,94 27.First measurement of low momentum dielectrons radiated off cold nuclear matter. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). May 2012. 6 pp., 97 authors. Published in Phys.Lett. B715 (2012) 304-309.   = 4.569 E 30 E 0.075 = 10.280 28.StudLVALBy of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 22 pp., 95 authors. Published in Eur.Phys.J. A48 (2012) 74.   = 2.043 E 30 E 0.075 = 4.596 29. Inclusive dielectron spectra in p+p collisions at 3.5 GeV. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). 2012. 11 pp., 102 authors. Published in Eur.Phys.J. A48 (2012) 64   = 2.043 E 30 E 0.075 = 4.596 30. Baryonic resonances close to the K N threshold: The Case of (1385) + in pp collisions. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Sep 2011. 12 pp., 102 authors. Published in Phys.Rev. C85 (2012) 035203.   = 3.715 E 30 E 0.06 = 6.687 31. Measurement of event background fluctuations for charged particle jet reconstruction in Pb-Pb collisions at "sNN = 2.76 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J. High Energy Phys. 1203 (2012) 053   = 5.618 E 30 E 0.04 = 6.742 32. Suppression of high transverse momentum D mesons in central Pb-Pb collisions at "sNN = 2.76 TeV, B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J. High Energy Phys. 1209 (2012) 1120   = 5.618 E 30 E 0.04 = 6.742 33. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy.. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimb) Published in Nucl.Phys. A881 (2012) 178-186.   = 1,525 E 30 E 0.075 = 3,43 34. Double pion production in np and pp collisions LVALCat 1.25 GeV with HADES HADES Collaboration (A.K. Kurilkin (Dubna, JINR) et al.). 2012. 7 pp. Published in PoS Baldin-ISHEPP-XXI (2012) 041   = 8E 0.06= 0,48 35. New data on the differential cross section of the dp-elastic scattering at 2.5 GeV obtained with HADES detector HADES Collaboration (P.K. Kurilkin (Dubna, JINR) et al.). 2012. 8 pp. Published in PoS Baldin-ISHEPP-XXI (2012) 040   = 8E 0.06= 0,48   ?> ?C1;8:0F8O< 70 2012 3. = 219.369 @5?@8=BK, M;5:B@>==K9 0@E82: 2013 3. 1. Measurement of charged jet suppression n Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Nov 4, 2013. 28 pp. CERN-PH-EP-2013-205 e-Print: arXiv:1311.0633 [nucl-ex]   = 4.0 E 0.04 = 0.160 2. Centrality, rapidity and transverse momentum dependence of J/ suppression in Pb-Pb collisions at sNN"""""=2.76TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Nov 1, 2013. 20 pp. CERN-PH-EP-2013-203 e-Print: arXiv:1311.0214 [nucl-ex]   = 4.0 E 0.04 = 0.160 3. Two and Three-Pion Quantum Statistics Correlations in Pb-Pb Collisions at sNN"""""=2.76 TeV at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Oct 29, 2013. 27 pp. CERN-PH-EP-2013-201 e-Print: arXiv:1310.7808 [nucl-ex]   = 4.0 E 0.04 = 0.160 4. J/ production and nuclear effects in p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Aug 30, 2013. 20 pp. CERN-PH-EP-2013-163 e-Print: arXiv:1308.6726 [nucl-ex]   = 4.0 E 0.04 = 0.160 5. Multiplicity Dependence of Pion, Kaon, Proton and Lambda Production in p--Pb Collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 25, 2013. 23 pp. CERN-PH-EP-2013-135 e-Print: arXiv:1307.6796 [nucl-ex] LVALD   = 4.0 E 0.04 = 0.160 6. Multi-strange baryon production at mid-rapidity in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 18 pp. CERN-PH-EP-2013-134 e-Print: arXiv:1307.5543 [nucl-ex]   = 4.0 E 0.04 = 0.160 7. Multiplicity dependence of the average transverse momentum in pp, p-Pb, and Pb-Pb collisions at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. CERN-PH-EP-2013-111 e-Print: arXiv:1307.1094 [nucl-ex]   = 4.0 E 0.04 = 0.160 8. Performance of the ALICE VZERO system ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Jun 13, 2013. 20 pp. CERN-PH-EP-2013-082 e-Print: arXiv:1306.3130 [nucl-ex]   = 4.0 E 0.04 = 0.160 9. J/Psi Elliptic Flow in Pb-Pb Collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Mar 23, 2013. 16 pp. CERN-PH-EP-2013-042   = 4.0 E 0.04 = 0.160 10. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %C. .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>. @5?@8=B /  1349/2013; ?@8=OB> 2 ?5G0BL 2 "-.   = 4.0 : 8 = 0.5 11. Searching a Dark Photon with HADES. G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. e-Print: arXiv:1311.0216 [hep-ex]   = 4.0 E 0.04 = 0.160   ?> M;5:B@>==><C 0@E82C = 2.100 @5?@8=BK, M;5:B@>==K9 0@E82: 2012 3. 1 Long-range angular correlations on the near and away side in p-Pb collisions at sqrt(sNN) = 5.02 TeV. ALICE Collaboration (Betty Abelev et al.). Dec 10, 2012. 22 pp. CERN-PH-EPLVALE-2012-359 e-Print: arXiv:1212.2001 [nucl-ex], 976 authors  =4*1*0,04=0,16 2 Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at s NN " " " " =5.02 TeV. ALICE Collaboration (Betty Abelev et al.). Oct 2012. 16 pp. CERN-PH-EP-2012-306 e-Print: arXiv:1210.4520 [nucl-ex], 978 authors  =4*1*0,04=0,16 3 Pseudorapidity density of charged particles p -Pb collisions at s NN " " " " =5.02 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 16 pp. e-Print: arXiv:1210.3615 [nucl-ex], 977 authors  =4*1*0,04=0,16 4 Coherent J/ photoproduction in ultra-peripheral Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Sep 2012. CERN-PH-EP-2012-270 e-Print: arXiv:1209.3715 [nucl-ex], 975 authors.  =4*1*0,04=0,16 5 Pion, Kaon, and Proton Production in Central Pb--Pb Collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 15 pp. CERN-PH-EP-2012-230 e-Print: arXiv:1208.1974 [hep-ex] | PDF, 960 authors  =4*1*0,04=0,16 6 Measurement of electrons from beauty hadron decays in pp collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 15 pp., 985 authors. e-Print: arXiv:1208.1902 [hep-ex] | PDF  =4*1*0,073=0,3 7 Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko et al.. Aug 2012. 5 pp., 95 authors. e-Print: arXiv:1208.0205 [nucl-ex] | PDF  =4*1*0,04=0,16 8 Net-Charge Fluctuations in Pb-Pb collisions at \surds_NN = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) LVALFet al.). Jul 2012. 10 pp., 959 authors. e-Print: arXiv:1207.6068 [nucl-ex] | PDF  =4*1*0,04=0,16 9 Charge separation relative to the reaction plane in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012., 959 authors. CERN-PH-EP-2012-183 e-Print: arXiv:1207.0900 [nucl-ex] | PDF  =4*1*0,04=0,16 10 Production of muons from heavy flavour decays at forward rapidity in pp and Pb-Pb collisions at s NN " " " " = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp., 965 authors. CERN-PH-EP-2012-155 e-Print: arXiv:1205.6443 [hep-ex] | PDF  =4*1*0,04=0,16 11 Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at \snn=2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp., 964 authors. CERN-PH-EP-2012-142 e-Print: arXiv:1205.5761 [nucl-ex] | PDF  =4*1*0,04=0,16 12 Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at {\surd}sNN = 2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 16 pp., 961 authors. e-Print: arXiv:1203.2436 [nucl-ex] | PDF  =4*1*0,04=0,16 13 Determination of the (1385) 0 /(1405) ratio in p+p collisions at 3.5 GeV. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, E. Castro, J.C. Chen et al.. Feb 2012. 7 pp., 101 authors. e-Print: arXiv:1202.0232 [nucl-ex] | PDF  =4*1*0,04=0,16 14 By HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al.) Inclusive dielectron spectra in p+p collisions at 3.5 GeV. DOI: 10.1140/epja/i2012-12064-y  =4*1*0,04=0,16LVALG 15 By HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al.) Inclusive dielectron spectra in p+p collisions at 3.5 GeV. e-Print: arXiv:1112.3607 [nucl-ex]  =4*1*0,04=0,16 17 By HADES Collaboration (G.Agakishev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al.). Mar 2012. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. e-Print: arXiv:1203.1333 [nucl-ex  =4*1*0,06=0,24 18 By HADES Collaboration (G.Agakishev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al.). Mar 2012. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. DOI: 10.1140/epja/i2012-12074-9  =4*1*0,06=0,24 19 By HADES Collaboration (G.Agakishev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al.). Mar 2012. Study of exclusive one-pion and one-eta production using hadron and dielectron channels in pp reactions at kinetic beam energies of 1.25 GeV and 2.2 GeV with HADES. DOI: 10.1140/epja/i2012-12074-9  =4*1*0,06=0,24 20 G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& 3 et al. Feb 2012. 7pp. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. DOI: 10.1016/j.nuclphysa.2012.02.009  =4*1*0,04=0,16 21 G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& 3 et al. Feb 2012. 7pp. Production of Sigma{\pm}pi?pK+ in p+p reactions at 3.5 GeV beam energy. LVALH e-Print: arXiv:1202.2734 [nucl-ex] |  =4*1*0,06=0,24 22 ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. Measurement of prompt J/psi and beauty hadron production production cross sections at mid-rapidity in pp collisions at beauty hadron production sqrt(s) = 7 TeV. e-Print: arXiv:1205.5880 [hep-ex]  =4*1*0,04=0,16 23 ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 27 pp. Ds+ meson production at central rapidity in proton--proton collisions at " s=7 TeV. e-Print: arXiv:1208.1948 [hep-ex  =4*1*0,04=0,16 24 ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. Charge separation relative to the reaction plane in Pb-Pb collisions at " s NN =2.76 TeV. e-Print: arXiv:1207.0900 [nucl-ex]  =4*1*0,04=0,16 25 ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jun 2012. 10 pp. K 0 s "K 0 s correlations in pp collisions at s " =7 TeV from the LHC ALICE experiment. DOI: 10.1016/j.physletb.2012.09.013  =4*1*0,04=0,16 26 ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. Measurement of prompt J/psi and beauty hadron production production cross sections at mid-rapidity in pp collisions at beauty hadron production sqrt(s) = 7 TeV. CERN-PH-EP-2012-132  =4*1*0,04=0,16 27 ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. Measurement of prompt J/psi and beauty hadron production production cross sections at mid-rapidity in pp collisions at beauty hadron production sqrt(s) = 7 TeV. e-Print: arXiv:1205.5880 [hep-ex]  =4*1*0,04=0,16 28 ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at \snn=2.76 TeV. CERN-PH-EP-2012-142  =4*1*0,04=0,16 29 ALICE CLVALIollaboration (B. Abelev (LLNL, Livermore) et al.). May 2012. 18 pp. Neutral pion and  meson production in proton-proton collisions at "s =0.9 TeV and "s =7 TeV. CERN-PH-EP-2012-001 DOI: 10.1016/j.physletb.2012.09.015  =4*1*0,04=0,16 30 ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp. Measurement of charm production at central rapidity in proton-proton collisions at "s =2.76 TeV. e-Print: arXiv:1205.4007 [hep-ex] |  =4*1*0,04=0,16 31 ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp. Transverse sphericity of primary charged particles in minimum bias proton-proton collisions at "s =0.9 , 2.76 and 7 TeV. CERN-PH-EP-2012-136 DOI: 10.1140/epjc/s10052-012-2124-9  =4*1*0,04=0,16 32 ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp. Transverse sphericity of primary charged particles in minimum bias proton-proton collisions at "s =0.9 , 2.76 and 7 TeV. e-Print: arXiv:1205.3963  =4*1*0,04=0,16 33 ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Apr 2012. mult. pp. Multi-strange baryon production in pp collisions at (s)^1/2 = 7 TeV with ALICE. e-Print: arXiv:1204.0282 [nucl-ex]  =4*1*0,04=0,16 34 ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Mar 2012. Inclusive J/ production in pp collisions at "s =2.76 TeV. e-Print: arXiv:1203.3641 [hep-ex]  =4*1*0,04=0,16 35 ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 29 pp. Suppression of high transverse momentum D mesons in central Pb-Pb collisions at "s =2.76 TeV. CERN-PH-EP-2012-069  =4*1*0,04=0,16 36 1. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Feb 2012. J/ Production as a Function of Charged Particle Multiplicity in pp Collisions at "LVALJs =7 TeV. e-Print: arXiv:1202.2816 [hep-ex]  =4*1*0,04=0,16 37 1. ALICE Collaboration (Betty Abelev et al.). Feb 2012. 16 pp. J/ suppression at forward rapidity in Pb-Pb collisions at "s =2.76 TeV. e-Print: arXiv:1202.1383 [hep-ex]  =4*1*0,04=0,16 38 ALICE Collaboration (Betty Abelev et al.). Jan 2012. 20 pp. Heavy flavour decay muon production at forward rapidity in proton--proton collisions at  =4*1*0,04=0,16 39 ALICE Collaboration (Betty Abelev et al.). Jan 2012. Measurement of Event Background Fluctuations for Charged Particle Jet Reconstruction in Pb-Pb collisions at "s =2.76 TeV. e-Print: arXiv:1201.2423 [hep-ex]  =4*1*0,04=0,16 40 ALICE Collaboration (B. Abelev et al.). Dec 2011. Light vector meson production in pp collisions at sqrt(s) = 7 TeV. e-Print: arXiv:1112.2222 [nucl-ex]  =4*1*0,04=0,16 41 ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2012. 24 pp. Measurement of charm production at central rapidity in proton-proton collisions at "s =7 TeV. e-Print: arXiv:1111.1553 [hep-ex]  =4*1*0,04=0,16 42 ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Oct 2011. 15 pp. Particle-yield modification in jet-like azimuthal di-hadron correlations in Pb-Pb collisions at "s =2.76 TeV. e-Print: arXiv:1110.0121 [nucl-ex] |  =4*1*0,04=0,16 43 ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Sep 2011. 26 pp. Harmonic decomposition of two-particle angular correlations in Pb-Pb collisions at "s =2.76 TeV. e-Print: arXiv:1109.2501 [nucl-ex] | PDF  =4*1*0,04=0,16   ?> M;5:B@>==><C 0@E82C = 7.34 C:>2>4AB2> 0A?8@0=B0<8 8 48?;><=8:0<8: 1. $# ! @BC@ ;5:A0=4@>28G (0A?8@0=BC@0 /  A 8N=O 2013 3.<038AB@0BC@0-2012) (2K?CA:=8: $", 2013 3.) A?5F80;L=>ABL 01.04.01 @81>@K 8 <5B>4K MLVAL:A?5@8<5=B0;L=>9 D878:8. 0CG=0O B5<0:  7<5@5=85 ?;>B=>AB8 70@O65==KE G0AB8F ?@8 AB>;:=>25=88 8>=>2 A28=F0 A 8A?>;L7>20=85< 45B5:B>@0 T0 CAB0=>2:8 ALICE LHC CERN   = 30 E 1 3>40 = 30   = 10 E 1 3>40 = 10 2. !5@3552 <8B@89 (10:0;02@, 2012-2013 3..) (ABC45=B 3-4 :C@A0 $", $$-) "5<0::  7<5@5=85 8 <>=8B>@8@>20=85 A25B8<>AB8 =0 CAB0=>2:5 ALICE c 8A?>;L7>20=85< 5B5:B>@>2 "0 8 VZERO   = 10 E 2 3>40 = 20 3. C?;8=A:89 ;5:A0=4@ (10:0;02@, 2012-2013 3..) (ABC45=B 3-4 :C@A0 $", $$-) "5<0::   ?@545;5=85 F5=B@0;L=>AB8 O4@>-O45@=KE AB>;:=>25=89 =0 CAB0=>2:5 ALICE c 8A?>;L7>20=85< 5B5:B>@>2 "0 8 VZERO    = 10 E 2 3>40 = 20 4.C@5?8= ;5:A0=4@ 8:>;0528G (0A?8@0=BC@0 /  A 2010-2012) A?5F80;L=>ABL 01.04.01 @81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0CG=0O B5<0:  2B><0B878@>20==0O A8AB5<0 C?@02;5=8O AB0@B>2K< B@8335@=K< 45B5:B>@>< "0 M:A?5@8<5=B0 ALICE    = 30 E 1 3>4 = 30   70 @C:>2>4AB2> ABC45=B0<8 = 110 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: E. Karpechev, I. Pshenichnov, T. Karavicheva, A. Kurepin, Emission of neutrons in electromagnetic fragmentation of In and Pb nuclei at the CERN SPS, Talk given at XIII International Seminar on Electromagnetic Interactions of Nuclei, September 20-2012   = 6E 1 E 0.25= 1,5 57C;LB8@CNI89   70 2012-2013 33. : 210,196+ 219.369 + 2.100 + 110 +1,5+7,34 = 550,505 1I89 8=45:A F8B8@>20=8O: 5394 h HEP index = 37LVALNGL0@?5G52 235=89 ;048<8@>28G 0B0 @>645=8O: 15.03.1979 #G5=>5 720=85: 1/7 #G5=0O AB5?5=L: 1/A >;6=>ABL: <.=.A. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2013 3. 21. E.V.Karpechev, I.A.Pshenichnov, T.L.Karavicheva, A.B.Kurepin, M.B.Golubeva, F.F.Guber, A.I.Maevskaya, A.I.Reshetin, V.V.Tiflov, N.S.Topilskaya et al (26 authors) Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb Nucl. Phys. A 921 (2014), pp. 60-84  = 1.525*30*0.1 = 4.575 4.575 22. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Charmonium and e(+)e(-) pair photoproduction at mid-rapidity in ultra-peripheral Pb-Pb collisions at root s(NN)=2.76 TeV Eur. Phys. J. C 73 (2013) 2617  = 5.247*30*0.04 = 6.296 10.871 23. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J/psi Elliptic Flow in Pb-Pb Collisions at root s(NN)=2.76 TeV Phys. Rev. Lett. 111 (2013) 162301  = 7.943*30*0.04 = 9.532 20.403 24. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration Centrality dependence of pi, K, and p production in Pb-Pb collisions at root s(NN)=2.76 TeV Phys. Rev. C 88 (2013) 044910  = 3.715*30*0.04 = 4.458 24.861 25. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. 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Kurepin, Emission of neutrons in electromagnetic fragmentation of In and Pb nuclei at the CERN SPS, Talk given at XIII International Seminar on Electromagnetic Interactions of Nuclei, September 20-23, 2012, Moscow, Russia   = 6 A53> ?> :>=D5@5=F8O<:   = 6 B>3>2K9  :   = 311.535LVALNGT$8=>3552 <8B@89 =4@5528G >4. 9.10.1986, <038AB@, AB065@-8AA;54>20B5;L -$, !?8A>: >?C1;8:>20==KE @01>B 70 2012-2013 3.3. C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 20133. 28. Beam test of FARICH prototype with Digital Photon Counter A.Yu. Barnyakov (Novosibirsk, IYF), M.Yu. Barnyakov (Novosibirsk, IYF & Novosibirsk State Tech. U.), V.S. Bobrovnikov, A.R. Buzykaev (Novosibirsk, IYF), A.F. Danilyuk (Inst. Thermophys., Novosibirsk), C. Degenhardt, R. Dorscheid (Unlisted, DE), D.A. Finogeev (Moscow, INR), T. Frach (Unlisted, DE), V.V. Gulevich (Novosibirsk, IYF) et al.. 2013. 5 pp. Published in Nucl.Instrum.Meth. A732 (2013) 352-356   = 1.142 E 30 E 0.1 = 3.426 29. 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Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 26 pp. Published in Eur.Phys.J. C73 (2013) 2617   = 5,247 E 30 E 0,04 = 6,296 37. Centrality dependence of the pseudorapidity density distribution for charged particles in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Apr 1, 2013. 13 pp. Published in Phys.Lett. B726 (2013) 610-622   = 4,569 E 30 E 0,04 = 5.483 38. Centrality dependence of , K, p production in Pb-Pb collisions at " sN,N = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 4, 2013. 42 pp. Published in Phys.Rev. C88 (2013) 044910   = 3,715 E 30 E 0,04 = 4,458 39. Centrality determination of Pb-Pb collisions at sNN""""" = 2.76 TeV with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 18, 2013. 37 pp. Published in Phys.Rev. C88 (2013) 044909   = 3,715 E 30 E 0,04 = 4,458 40. Charge correlations using the balance function in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 2013. 37 pp. Published in Phys.Lett. B723 (2013) 267-279   = 4,569 E 30 E 0,04 = 5.483 41. Measurement of the inclusive differential jet cross section in pp collisions at s"=2.76 TeV ALICE CollaboraLVALVtion (B. Abelev (LLNL, Livermore) et al.). Jan 2013. 17 pp. Published in Phys.Lett. B722 (2013) 262-272   = 4,569 E 30 E 0,04 = 5.483 42. Charged kaon femtoscopic correlations in pp collisions at s"=7 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Dec 2012. 19 pp. Published in Phys.Rev. D87 (2013) 052016   = 4.691 E 30 E 0,04 = 5.629 43. Long-range angular correlations on the near and away side in p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Dec 2012. 22 pp. Published in Phys.Lett. B719 (2013) 29-41   = 4.569 E 30 E 0,04 = 5.483 44. Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 082302   = 7,943 E 30 E 0,04 = 9.532 45. Pseudorapidity density of charged particles p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 032301   = 7,943 E 30 E 0,04 = 9.532 46. Coherent J/ photoproduction in ultra-peripheral Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Sep 2012. 19 pp. Published in Phys.Lett. B718 (2013) 1273-1283   = 4.569 E 30 E 0,04 = 5.483 47. Measurement of inelastic, single- and double-diffraction cross sections in proton--proton collisions at the LHC with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp. Published in Eur.Phys.J. C73 (2013) 2456   = 5,247 E 30 E 0,04 = 6,296 48. Centrality Dependence of Charged Particle Production at Large Transverse Momentum in Pb--Pb Collisions at sNN""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 18 pp. Published in Phys.Lett. B720 (2013) 52-62   = 4.569 E 30 E 0,04 = 5.483 49. Measurement of electrons from beauty hadron decLVALWays in pp collisions at s"=7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 15 pp. Published in Phys.Lett. B721 (2013) 13-23   = 4.569 E 30 E 0,04 = 5.483 50. Net-Charge Fluctuations in Pb-Pb collisions at \surds_NN = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. 10 pp. Published in Phys.Rev.Lett. 110 (2013) 152301   = 7,943 E 30 E 0,04 = 9.532 51. Charge separation relative to the reaction plane in Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. Published in Phys.Rev.Lett. 110 (2013) 012301   = 7,943 E 30 E 0,04 = 9.532 52. Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp. Published in Phys.Lett. B719 (2013) 18-28   = 4.569 E 30 E 0,04 = 5.483   ?> ?C1;8:0F8O< 70 2013 = 165,996 2012 3. 60. Production of K "0 (892) and (1020) in pp collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp., 959 authors. Published in Eur.Phys.J. C72 (2012) 2183.   = 5,247 E 30 E 0,04 = 6,296 61. Pion, Kaon, and Proton Production in Central Pb--Pb Collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 15 pp. Published in Phys.Rev.Lett. 109 (2012) 252301   = 7.943 E 30 E 0.04 = 9.532 62. D+s meson production at central rapidity in proton--proton collisions at s " =7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 27 pp., 990 authors. Published in Phys.Lett. B718 (2012) 279-294   = 4.569 E 30 E 0,04 = 5.483 63. K 0 s "K 0 s correlations in pp collisions at s " =7 TeV from the LHC ALICE experiment. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jun 2012. 10 pp., 965 authors. Published in Phys.Lett. B717 (2012LVALX) 151-161.   = 4.569 E 30 E 0,04 = 5.483 64. Production of muons from heavy flavour decays at forward rapidity in pp and Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp. Published in Phys.Rev.Lett. 109 (2012) 112301   = 7.943 E 30 E 0.04 = 9.532 65. Measurement of prompt J/psi and beauty hadron production production cross sections at mid-rapidity in pp collisions at beauty hadron production sqrt(s) = 7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012., 965 authors. Published in JHEP 1211 (2012) 067.   = 5,618 E 30 E 0,04 = 6,742 66. Neutral pion and  meson production in proton-proton collisions at s " =0.9 TeV and s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). May 2012. 18 pp., 971 authors. Published in Phys.Lett. B717 (2012) 162-172.   = 4.569 E 30 E 0,04 = 5.483 67. Measurement of electrons from semileptonic heavy-flavour hadron decays in pp collisions at \sqrt{s} = 7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 34 pp. Published in Phys.Rev. D86 (2012) 112007   = 4.691 E 30 E 0,04 = 5.629 68. Measurement of charm production at central rapidity in proton-proton collisions at s " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp., 964 authors. Published in JHEP 1207 (2012) 191.   = 5,618 E 30 E 0,04 = 6,742 69. Transverse sphericity of primary charged particles in minimum bias proton-proton collisions at s " =0.9 , 2.76 and 7 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp., 991 authors. Published in Eur.Phys.J. C72 (2012) 2124.   = 5,247 E 30 E 0,04 = 6,296 70. Multi-strange baryon production in pp collisions at (s)^1/2 = 7 TeV with ALICE. A Large Ion Collider Experiment Collaboration (Betty Abelev (LLNL, Livermore) et al.). Apr 2012. mult. pp., 980 authors. Published in Phys.Lett. B712 (2012) 309-LVALY318.   = 4.569 E 30 E 0,04 = 5.483 71. Inclusive J/ production in pp collisions at s " =2.76 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Mar 2012., 973 authors. Published in Phys.Lett. B718 (2012) 295-306   = 4.569 E 30 E 0,04 = 5.483 72. Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 16 pp. Published in Phys.Rev.Lett. 109 (2012) 252302   = 7.943 E 30 E 0.04 = 9.532 73. Inclusive dielectron production in proton-proton collisions at 2.2 GeV beam energy. HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Mar 2012. 7 pp., 95 authors. Published in Phys.Rev. C85 (2012) 054005.   = 3,715 E 30 E 0,075 = 8.359 74. Suppression of high transverse momentum D mesons in central Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 29 pp., 961 authors. Published in JHEP 1209 (2012) 112.   = 5,618 E 30 E 0,04 = 6,742 75. J/ Production as a Function of Charged Particle Multiplicity in pp Collisions at s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Feb 2012, 971 authors. Published in Phys.Lett. B712 (2012) 165-175.   = 4.569 E 30 E 0,04 = 5.483 76. J/ suppression at forward rapidity in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (Betty Abelev et al.). Feb 2012. 16 pp., 973 authors. Published in Phys.Rev.Lett. 109 (2012) 072301.   = 7.943 E 30 E 0.04 = 9.532 77. Heavy flavour decay muon production at forward rapidity in proton--proton collisions at \sqrt(s) = 7 TeV. ALICE Collaboration (Betty Abelev et al.). Jan 2012. 20 pp., 956 authors. Published in Phys.Lett. B708 (2012) 265-275.   = 4.569 E 30 E 0,04 = 5.483 78. Light vector meson production in pp collisions at sqrt(s) = 7 TeV. ALICE Collaboration (B. Abelev et al.). Dec 2011., 9LVALZ69 authors. Published in Phys.Lett. B710 (2012) 557-568.   = 4.569 E 30 E 0,04 = 5.483 79. Underlying Event measurements in pp collisions at sqrt(s) = 0.9 and 7 TeV with the ALICE experiment at the LHC. ALICE Collaboration (Betty Abelev et al.). Dec 2011. 37 pp., 970 authors. Published in JHEP 1207 (2012) 116.   = 5,618 E 30 E 0,04 = 6,742 80. Measurement of charm production at central rapidity in proton-proton collisions at s " =7 TeV. ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2012. 24 pp., 962 authors. Published in JHEP 1201 (2012) 128   = 5,618 E 30 E 0,04 = 6,742 81. J/psi polarization in pp collisions at sqrt(s)=7 TeV. ALICE Collaboration (B. Abelev et al.). Nov 2011., 962 authors. Published in Phys.Rev.Lett. 108 (2012) 082001.   = 7.943 E 30 E 0.04 = 9.532 82. Particle-yield modification in jet-like azimuthal di-hadron correlations in Pb-Pb collisions at s NN " " " " =2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Oct 2011. 15 pp., 937 authors. Published in Phys.Rev.Lett. 108 (2012) 092301.   = 7.943 E 30 E 0.04 = 9.532 83. Harmonic decomposition of two-particle angular correlations in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Sep 2011. 26 pp., 950 authors. Published in Phys.Lett. B708 (2012) 249-264.   = 4.569 E 30 E 0,04 = 5.483   ?> ?C1;8:0F8O< 70 2012 = 166,829 #G0AB85 2 :>=D5@5=F8OE: Fast Timing Workshop-Erice (19-23 november 2013) Presentation  The Focusing Aerogel Ring Imaging Cherenkov (FARICH) detector prototype based on Digital Photon Counters by PHILIPS @5?@8=BK, M;5:B@>==K9 0@E82: 2013 3. 10. Measurement of charged jet suppression n Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Nov 4, 2013. 28 pp. CERN-PH-EP-2013-205 e-Print: arXiv:1311.0633 [nucl-ex]   = 4,0 E 0,04 = 0,160 11. Centrality, rapidity and transverse momentum dependence of J/ supLVAL[pression in Pb-Pb collisions at sNN"""""=2.76TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Nov 1, 2013. 20 pp. CERN-PH-EP-2013-203 e-Print: arXiv:1311.0214 [nucl-ex]   = 4,0 E 0,04 = 0,160 12. Two and Three-Pion Quantum Statistics Correlations in Pb-Pb Collisions at sNN"""""=2.76 TeV at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Oct 29, 2013. 27 pp. CERN-PH-EP-2013-201 e-Print: arXiv:1310.7808 [nucl-ex]   = 4,0 E 0,04 = 0,160 13. J/ production and nuclear effects in p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Aug 30, 2013. 20 pp. CERN-PH-EP-2013-163 e-Print: arXiv:1308.6726 [nucl-ex]   = 4,0 E 0,04 = 0,160 14. Multiplicity Dependence of Pion, Kaon, Proton and Lambda Production in p--Pb Collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 25, 2013. 23 pp. CERN-PH-EP-2013-135 e-Print: arXiv:1307.6796 [nucl-ex]   = 4,0 E 0,04 = 0,160 15. Multi-strange baryon production at mid-rapidity in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 18 pp. CERN-PH-EP-2013-134 e-Print: arXiv:1307.5543 [nucl-ex]   = 4,0 E 0,04 = 0,160 16. Multiplicity dependence of the average transverse momentum in pp, p-Pb, and Pb-Pb collisions at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. CERN-PH-EP-2013-111 e-Print: arXiv:1307.1094 [nucl-ex]   = 4,0 E 0,04 = 0,160 17. Performance of the ALICE VZERO system ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Jun 13, 2013. 20 pp. CERN-PH-EP-2013-082 e-Print: arXiv:1306.3130 [nucl-ex]   = 4,0 E 0,04 = 0,160 18. J/Psi Elliptic Flow in Pb-Pb Collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Mar 23, 2013. 16 pp. CERN-PH-EP-xLVAL2013-042   = 4,0 E 0,04 = 0,160   ?> M;5:B@>==><C 0@E82C = 1,44 165,996 + 166,829 + 1,44 = 334,265 >2KH0NI89 :>MDD8F85=B 1,5 57C;LB8@CNI89   70 2012-2013 33.: 501,398LVALNG]#A5=:> 235=89 =0B>;L528G 1959 3>40 @>645=8O, =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289. !?8A>: ?C1;8:0F89 70 2012-2013 3>4K. 1. Revisiting the 'LSND anomaly' II: impact of new data Authors:The HARP-CDP Group: A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovitch, A. Elagin, D. Emelyanov, M. Gostkin, A. Guskov, Z. Kroumchtein, Y. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, J. Wotschack, A. De Min, V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Y. Sviridov, E. Usenko, V. Zaets Published in Phys. Rev. D 85, 092008 (2012) [18 pages]   =4,691*30/10=14,073 2. The HADES-at-FAIR project. Hide . 2012 - 5 pages Phys.Atom.Nucl. 75 (2012) 589-593   =0,539*30/10=1,617 3. The CBM time-of-flight wall. Nucl.Instrum.Meth. A661 (2012) S121-S124   =1,142*30/10=3,426 4. Beam test of FARICH prototype with digital photon counter Barnyakov, M. Yu.; Bobrovnikov, V. S.; Buzykaev, A. R.; Danilyuk, A. F.; Degenhardt, C.; Dorscheid, R.; Finogeev, D. A.; Frach, T.; Gulevich, V. V.; Karavicheva, T. L.;Kononov, S. A.; Kravchenko, E. A.; Kurepin, A. B.; Kuyanov, I. A.; Muelhens, O.; Onuchin, A. P.; Ovtin, I. V.; Razin, V. I.; Reshetin, A. I.; Schulze, R.; Talyshev, A. A.; Usenko, E. A.;Zwaans, B. Nucl.Instrum.Meth. A732 (2013) S 352-356   =1,142*30/10=3,426 5. Studying the counting rate capability of a glass multigap resistive plate chamber at an increased operating temperature V.A. Gapienko (Serpukhov, IHEP), O.P. Gavrishchuk (Dubna, JINR), A.A. Golovin, A.A. Semak (Serpukhov, IHEP), S.Ya. Sychkov (Dubna, JINR), Yu.M. Sviridov (Serpukhov, IHEP), E.A. Usenko (Dubna, JINR), M.N. Ukhanov (Serpukhov, IHEP). 2013. 6 pp. Published in Instrum.Exp.Tech. 56 (2013) 265-270, Prib.Tekh.Eksp. 2013 (2013) 3, 21-26   =0,33*60/10= 1,98 6. Test of Strip Readout MRPC Equipped with Amplifier Discriminator Based on the Nino Chip V.A. Gapienko (Serpukhov, IHEP), O.P. Gavrishchuk, A.A. Golovin (Serpukhov, IHEP), N.A. Kuzmin, E.A. Ladygin, Yu.P. Petuk LVAL hov, A.A. Semak, Yu.M. Sviridov (Serpukhov, IHEP), S.Ya. Sychkov, E.A. Usenko et al.. 2012. 12 pp.E13-2012-69   =0,33*60/10= 1,98 7. The HADES-at-FAIR project HADES Collaboration (K. Lapidus (Munich, Tech. U., Universe & Moscow, INR) et al.). 2012. 5 pp. Published in Phys.Atom.Nucl. 75 (2012) 589-593   =0.539*60/10= 3,234 8. Cross-sections of large-angle hadron production in proton-- and pion--nucleus interactions VIII: aluminium nuclei and beam momenta from {\pm}3 GeV/c to {\pm}15 GeV/c A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovitch, A. Elagin, D. Emelyanov, M. Gostkin, A. Guskov, Z. Kroumchtein, Yu. Nefedov (Dubna, JINR) et al.. Oct 2012. 71 pp. Published in Eur.Phys.J. C72 (2012) 1882   = 5,247*30/10= 15,741 B>3>2K9   2012-2013 = 45,477'.RM H C > 9 4 /*1,~'y"toj | ׹A `@?NGHHHH<? `@?t@HHHH<? $ = @R@L`@? @HHHH<?~ (,A,~`@?NGHHHH<?} B. #P`@?NGHHHH<?| DQ@dX`@?l @HHHH<?{ \A <`@?NGHHHH<?z ? AR 0`@?NGHHHH<?y k{~@d&`@?l @HHHH<?x :)C3Bn(`@?x)NGHHHH<?w &h"C!`}@?jCNGHHHH<?v XQADB( B }@?GNGHHHH<?u \jBX n{@?"NGHHHH<?t -BLDPPl@?8NGHHHH<?s 6 (A \l@@NGHHHH<?r N5CLH [@?NGHHHH<?q ҩ@XRZ@?&NGHHHH<?p ҩ@XRZ@?NGHHHH<?o { =JC%j`Y@? NGHHHH<?n Q`Y@?<<<<<?m dc]C%f! `Y@?V-NGHHHH<?l g@AFl `Y@?4@HHHH<?k fHA`Y@?^NGHHHH<?j w\OoC: %."`Y@?F-NGHHHH<?i 4A`Y@?NGHHHH<?g B0\`Y@? @HHHH<?f %q=@&~`Y@?@HHHH<?e .IAx. `Y@?NGHHHH<?d ?2d@X@?2@HHHH<?c g?2d@X@?B@HHHH<?b AXT @X@?V@HHHH<?a FL>22@X@?@HHHH<?` @X@?p@HHHH<?_ ff@X @X@?@HHHH<?^ Z@F@X@?2 @HHHH<?] sAR @X@?NGHHHH<?\ ff@X @X@?H@HHHH<?[ KAR @X@?@NGHHHH<?Z CAR @X@?NGHHHH<?Y P NbB^ W@?*NGHHHH<?X  D)"&W@?NGHHHH<?W aFjBX n0W@@(NGHHHH<?V ?C )W@? NGHHHH<?U Q Ef)81:W@@bNGHHHH<?T CB^" W@?*+_NGHHHH<?S s5B` z H W@? \NGHHHH<?LVALNG`0@8= 8:B>@ 8:>;0528G 1953 3>40 @>645=8O, =0CG=K9 A>B@C4=8: 01>@0B>@88 @5;OB828ABA:>9 O45@=>9 D878:8 B45;0 M:A?5@8<5=B0;L=>9 D878:8 !?8A>: >?C1;8:>20==KE @01>B 70 2012-20133.3. A C:070=85< :>;-20 02B>@>2. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 1. Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, et al.) Nucl.Instrum.Meth. A701 (2013) 99-114, 152 authors   = 30 E 1.142 E 0,06 = 2.056 2. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton-Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) Phys.Rev. C. , 144 authors   = 30 E 3.715 E 0,06 = 6.687 3. Energy dependence of identified hadron spectra and event-by-event fluctuations in p+p interactions fromNA61/SHINE at the CERN SPS MaciejRybczyenski (for theNA61/SHINE Collaboration) (& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) PoS ConfinementX (2012) 207, Jan. 2013, 146 authors   = 6 E 1.5 x 0,06 = 0.540 4.Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) EPJ, 139 authors   = 30 E 2.043 E 0,06 = 3.667 5. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 JINST, 146 authors   = 30 E 1.656 E 0,06 = 2.981 -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>LVALa2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, AB0BLO =0?@02;5=0 2 6C@=0; @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 8 02B>@>2   = 60 E 0.33 / 8 = 2.475 2012 3. 1.Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c. By The NA61/SHINE Collaboration (N. Abgrall.., & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, A.Sadovsky& et al.), PhysRev C.85.035210, 2012   = 3,715 E 30 E 0,06 = 6,687 2. Forward Hadron Calorimeter for Measurements of Projectile Spectators in Heavy-Ion Experiment M. B. Golubeva, F.F.Guber, A. P. Ivashkin, A. B. Kurepin, V. N. Marin, A. S. Sadovsky and O. A. Petukhov. Physics of Atomic Nuclei, 2012, Vol. 75, No. 6, pp. 673 675.   = 0,539 E 60 / 7 = 4.62 !C<<0@=K9   = 29,713 @5?@8=BK, M;5:B@>==K9 0@E82 2013 3. 1. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph], 144 authors   = 4,0 x 0.06 = 0.24 2. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) e-Print: arXiv:1310.2417 [hep-ex] , 139 authors   = 4,0 x 0.06 = 0.24 3. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 4. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O LVAL04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1363/2013, 8 02B>@>2   = 4,0 / 8 = 0.5 5. 5@54=89 04@>==K9 :0;>@8<5B@ M:A?5@8<5=B0 NA61 =0 CA:>@8B5;5 SPS 2 & . .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1362/20131, 7 02B>@>2   = 4,0 / 7 = 0.571 6.!F8=B8;;OF8>==K9 ZnS(Ag)/LiF 45B5:B>@ B5?;>2KE =59B@>=>2 A> AJ5<>< A83=0;0 ;028==K<8 D>B>48>40<8. @5?@8=B / .   = 4,0 x 0,06 = 0,24 2012 3. 1. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. A. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. 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AB5?5=L: =5B 3. 4>;6=>ABL: AB06Q@-8AA;54>20B5;L -$ 4. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 2013 1. K^0_S and {\Lambda} production in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Betty BezverkhnyAbelev (LLNL, Livermore) et al.). Jul 21, 2013. 16 pp. Published in Phys.Rev.Lett. 111 (2013) 222301 CERN-PH-EP-2013-132 DOI: 10.1103/PhysRevLett.111.222301 e-Print: arXiv:1307.5530 [nucl-ex] 7.943*30*0.04 = 9.5316 2. Long-range angular correlations of pi, K and p in p--Pb collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty BezverkhnyAbelev (LLNL, Livermore) et al.). Jul 11, 2013. 14 pp. Published in Phys.Lett. B726 (2013) 164-177 CERN-PH-EP-2013-115 DOI: 10.1016/j.physletb.2013.08.024 e-Print: arXiv:1307.3237 [nucl-ex] 4.569*30*0.04 = 5.4828 3. Energy Dependence of the Transverse Momentum Distributions of Charged Particles in pp Collisions Measured by ALICE ALICE Collaboration (Betty BezverkhnyAbelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. Published in Eur.Phys.J. C73 (2013) 2662 CERN-PH-EP-2013-109 DOI: 10.1140/epjc/s10052-013-2662-9 e-Print: arXiv:1307.1093 [nucl-ex] 5.247*30*0.04 = 6.2964 4. D meson elliptic flow in non-central Pb-Pb collisions at sNN> > > > "=2.76TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). May 13, 2013. 17 pp. Published in Phys.Rev.Lett. 111 (2013) 102301 CERN-PH-EP-2013-085 DOI: 10.1103/PhysRevLett.111.102301 e-Print: arXiv:1305.2707 [nucl-ex] 7.943*30*0.04 = 9.5316 5. Mid-rapidity anti-baryon to baryon ratios in pp collisions at s" = 0.9, 2.76 and 7 TeV measured by ALICE ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 33 pp. Published in Eur.Phys.J. C73 (2013) 2496 CERN-PH-EP-2013-080 DOI: 10.1140/epjc/s10052-013-2496-5 e-Print: arXiv:1305.1562 [nucl-ex] 5.247*30*0.04 = 6.2964 6. Measurement of the inclusive differential jet cross section in pp collisions at s"=2.76 TeV ALICE CLVALollaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2013. 17 pp. Published in Phys.Lett. B722 (2013) 262-272 CERN-PH-EP-2012-301 DOI: 10.1016/j.physletb.2013.04.026 e-Print: arXiv:1301.3475 [nucl-ex] 4.569*30*0.04 = 5.4828 7. Charged kaon femtoscopic correlations in pp collisions at s"=7 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Dec 2012. 19 pp. Published in Phys.Rev. D87 (2013) 052016 DOI: 10.1103/PhysRevD.87.052016 e-Print: arXiv:1212.5958 [hep-ex] 4.691*30*0.04 = 5.6292 8. Multiplicity dependence of two-particle azimuthal correlations in pp collisions at the LHC ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 4, 2013. 42 pp. Published in JHEP 1309 (2013) 049 CERN-PH-EP-2013-107 DOI: 10.1007/JHEP09(2013)049 e-Print: arXiv:1307.1249 [nucl-ex] 5.618*30*0.04 = 6.7416 9. Directed flow of charged particles at mid-rapidity relative to the spectator plane in Pb-Pb collisions at sqrt{s_NN}=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jun 18, 2013. 18 pp. Published in Phys.Rev.Lett. 111 (2013) 232302 CERN-PH-EP-2013-100 DOI: 10.1103/PhysRevLett.111.232302 e-Print: arXiv:1306.4145 [nucl-ex] 7.943*30*0.04 = 9.5316 10. Centrality dependence of the pseudorapidity density distribution for charged particles in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Apr 1, 2013. 13 pp. Published in Phys.Lett. B726 (2013) 610-622 CERN-PH-EP-2013-045 DOI: 10.1016/j.physletb.2013.09.022 e-Print: arXiv:1304.0347 [nucl-ex] 4.569*30*0.04 = 5.4828 11. Centrality dependence of , K, p production in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 4, 2013. 42 pp. Published in Phys.Rev. C88 (2013) 044910 CERN-PH-EP-2013-019 DOI: 10.1103/PhysRevC.88.044910 e-Print: arXiv:1303.0737 [hep-ex] 3.715*30*0.04 = 4.458 12. Centrality determination of Pb-Pb collisions at sNN> > > > " = 2.7LVAL6 TeV with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 18, 2013. 37 pp. Published in Phys.Rev. C88 (2013) 044909 CERN-PH-EP-2012-368 DOI: 10.1103/PhysRevC.88.044909 e-Print: arXiv:1301.4361 [nucl-ex] 3.715*30*0.04 = 4.458 13. Charge correlations using the balance function in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 2013. 37 pp. Published in Phys.Lett. B723 (2013) 267-279 CERN-PH-EP-2012-371 DOI: 10.1016/j.physletb.2013.05.039 e-Print: arXiv:1301.3756 [nucl-ex] 4.569*30*0.04 = 5.4828 14. Measurement of electrons from beauty hadron decays in pp collisions at s"=7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 15 pp. Published in Phys.Lett. B721 (2013) 13-23 DOI: 10.1016/j.physletb.2013.01.069 e-Print: arXiv:1208.1902 [hep-ex] 4.569*30*0.04 = 5.4828 15. Net-Charge Fluctuations in Pb-Pb collisions at \surds_NN = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. 10 pp. Published in Phys.Rev.Lett. 110 (2013) 152301 DOI: 10.1103/PhysRevLett.110.152301 e-Print: arXiv:1207.6068 [nucl-ex] 7.943*30*0.04 = 9.5316 16. Charge separation relative to the reaction plane in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. Published in Phys.Rev.Lett. 110 (2013) 012301 CERN-PH-EP-2012-183 DOI: 10.1103/PhysRevLett.110.012301 e-Print: arXiv:1207.0900 [nucl-ex] 7.943*30*0.04 = 9.5316 17. Long-range angular correlations on the near and away side in p-Pb collisions at sNN> > > > "=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Dec 2012. 22 pp. Published in Phys.Lett. B719 (2013) 29-41 CERN-PH-EP-2012-359 DOI: 10.1016/j.physletb.2013.01.012 e-Print: arXiv:1212.2001 4.569*30*0.04 = 5.4828 18. Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at sNN> > > > "=5.02 TeV ALICE CollaboLVALration (Betty Abelev et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 082302 CERN-PH-EP-2012-306 DOI: 10.1103/PhysRevLett.110.082302 e-Print: arXiv:1210.4520 [nucl-ex] 7.943*30*0.04 = 9.5316 19. Pseudorapidity density of charged particles p-Pb collisions at sNN> > > > "=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 032301 CERN-PH-EP-2012-307 DOI: 10.1103/PhysRevLett.110.032301 e-Print: arXiv:1210.3615 [nucl-ex] 7.943*30*0.04 = 9.5316 20. Coherent J/ photoproduction in ultra-peripheral Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Sep 2012. 19 pp. Published in Phys.Lett. B718 (2013) 1273-1283 CERN-PH-EP-2012-270 DOI: 10.1016/j.physletb.2012.11.059 e-Print: arXiv:1209.3715 [nucl-ex] 4.569*30*0.04 = 5.4828 21. Centrality Dependence of Charged Particle Production at Large Transverse Momentum in Pb--Pb Collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 18 pp. Published in Phys.Lett. B720 (2013) 52-62 DOI: 10.1016/j.physletb.2013.01.051 e-Print: arXiv:1208.2711 [hep-ex] 4.569*30*0.04 = 5.4828 22. Measurement of inelastic, single- and double-diffraction cross sections in proton--proton collisions at the LHC with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp. Published in Eur.Phys.J. C73 (2013) 2456 CERN-PH-EP-2012-138, CERN-PH-EP-2012-238 DOI: 10.1140/epjc/s10052-013-2456-0 e-Print: arXiv:1208.4968 [hep-ex] 5.247*30*0.04 = 6.2964 23. Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp. Published in Phys.Lett. B719 (2013) 18-28 CERN-PH-EP-2012-142 DOI: 10.1016/j.physletb.2012.12.066 e-Print: arXiv:1205.5761 [nucl-ex] 4.569*30*0.04 = 5.4828 LVAL 2012 1. Neutral pion and  meson production in proton-proton collisions at s"=0.9 TeV and s"=7 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). May 2012. 18 pp. Published in Phys.Lett. B717 (2012) 162-172 CERN-PH-EP-2012-001 DOI: 10.1016/j.physletb.2012.09.015 e-Print: arXiv:1205.5724 [hep-ex] 4.569*30*0.04 = 5.4828 2. Inclusive J/ production in pp collisions at s"=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Mar 2012. Published in Phys.Lett. B718 (2012) 295-306 CERN-PH-EP-2012-055 DOI: 10.1016/j.physletb.2012.10.078 e-Print: arXiv:1203.3641 [hep-ex] 4.569*30*0.04 = 5.4828 3. J/ Production as a Function of Charged Particle Multiplicity in pp Collisions at s"=7 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Feb 2012. Published in Phys.Lett. B712 (2012) 165-175 DOI: 10.1016/j.physletb.2012.04.052 e-Print: arXiv:1202.2816 [hep-ex] 4.569*30*0.04 = 5.4828 4. Light vector meson production in pp collisions at s"=7 TeV ALICE Collaboration (B. Abelev et al.). Dec 2011. Published in Phys.Lett. B710 (2012) 557-568 DOI: 10.1016/j.physletb.2012.03.038 e-Print: arXiv:1112.2222 [nucl-ex] 4.569*30*0.04 = 5.4828 5. Measurement of charm production at central rapidity in proton-proton collisions at s"=7 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2012. 24 pp. Published in JHEP 1201 (2012) 128 CERN-PH-EP-2011-181 DOI: 10.1007/JHEP01(2012)128 e-Print: arXiv:1111.1553 [hep-ex] 5.618*30*0.04 = 6.7416 6. J/ polarization in pp collisions at s"=7 TeV ALICE Collaboration (B. Abelev et al.). Nov 2011. Published in Phys.Rev.Lett. 108 (2012) 082001 CERN-PH-EP-2011-182 DOI: 10.1103/PhysRevLett.108.082001 e-Print: arXiv:1111.1630 [hep-ex] 7.943*30*0.04 = 9.5316 7. Particle-yield modification in jet-like azimuthal di-hadron correlations in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Oct 2011. 15 pp. Published in Phys.Rev.Lett. 108 (20LVAL12) 092301 CERN-PH-EP-2011-161 DOI: 10.1103/PhysRevLett.108.092301 e-Print: arXiv:1110.0121 [nucl-ex] 7.943*30*0.04 = 9.5316 8. Production of K"(892)0 and (1020) in pp collisions at s"=7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp. Published in Eur.Phys.J. C72 (2012) 2183 DOI: 10.1140/epjc/s10052-012-2183-y e-Print: arXiv:1208.5717 [hep-ex] 5.247*30*0.04 = 6.2964 9. Pion, Kaon, and Proton Production in Central Pb--Pb Collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 15 pp. Published in Phys.Rev.Lett. 109 (2012) 252301 CERN-PH-EP-2012-230 DOI: 10.1103/PhysRevLett.109.252301 e-Print: arXiv:1208.1974 [hep-ex] 7.943*30*0.04 = 9.5316 10. D+s meson production at central rapidity in proton--proton collisions at s"=7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 27 pp. Published in Phys.Lett. B718 (2012) 279-294 CERN-PH-EP-2012-227 DOI: 10.1016/j.physletb.2012.10.049 e-Print: arXiv:1208.1948 [hep-ex] 4.569*30*0.04 = 5.4828 11. K0s"K0s correlations in pp collisions at s"=7 TeV from the LHC ALICE experiment ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jun 2012. 10 pp. Published in Phys.Lett. B717 (2012) 151-161 CERN-PH-EP-2012-160 DOI: 10.1016/j.physletb.2012.09.013 e-Print: arXiv:1206.2056 [hep-ex] 4.569*30*0.04 = 5.4828 12. Production of muons from heavy flavour decays at forward rapidity in pp and Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp. Published in Phys.Rev.Lett. 109 (2012) 112301 CERN-PH-EP-2012-155 DOI: 10.1103/PhysRevLett.109.112301 e-Print: arXiv:1205.6443 [hep-ex] 7.943*30*0.04 = 9.5316 13. Measurement of prompt J/ and beauty hadron production cross sections at mid-rapidity in pp collisions at s"=7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 24 pp. Published in JHEP 1211 (2012) 065 CLVALERN-PH-EP-2012-132 DOI: 10.1007/JHEP11(2012)065 e-Print: arXiv:1205.5880 [hep-ex] 5.618*30*0.04 = 6.7416 14. Measurement of electrons from semileptonic heavy-flavour hadron decays in pp collisions at \sqrt{s} = 7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 34 pp. Published in Phys.Rev. D86 (2012) 112007 CERN-PH-EP-2012-131 DOI: 10.1103/PhysRevD.86.112007 e-Print: arXiv:1205.5423 [hep-ex] 4.691*30*0.04 = 5.6292 15. Measurement of charm production at central rapidity in proton-proton collisions at s"=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp. Published in JHEP 1207 (2012) 191 DOI: 10.1007/JHEP07(2012)191 e-Print: arXiv:1205.4007 [hep-ex] 5.618*30*0.04 = 6.7416 16. Transverse sphericity of primary charged particles in minimum bias proton-proton collisions at s"=0.9, 2.76 and 7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 21 pp. Published in Eur.Phys.J. C72 (2012) 2124 CERN-PH-EP-2012-136 DOI: 10.1140/epjc/s10052-012-2124-9 e-Print: arXiv:1205.3963 [hep-ex] 5.247*30*0.04 = 6.2964 17. Multi-strange baryon production in pp collisions at (s)^1/2 = 7 TeV with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Apr 2012. 14 pp. Published in Phys.Lett. B712 (2012) 309-318 DOI: 10.1016/j.physletb.2012.05.011 e-Print: arXiv:1204.0282 [nucl-ex] 4.569*30*0.04 = 5.4828 18. Measurement of the Cross Section for Electromagnetic Dissociation with Neutron Emission in Pb-Pb Collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 16 pp. Published in Phys.Rev.Lett. 109 (2012) 252302 DOI: 10.1103/PhysRevLett.109.252302 e-Print: arXiv:1203.2436 [nucl-ex] 7.943*30*0.04 = 9.5316 19. Suppression of high transverse momentum D mesons in central Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 2012. 29 pp. Published in JHEP 1209 (2012) 112 CLVALERN-PH-EP-2012-069 DOI: 10.1007/JHEP09(2012)112 e-Print: arXiv:1203.2160 [nucl-ex] 5.618*30*0.04 = 6.7416 20. J/ suppression at forward rapidity in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Feb 2012. 16 pp. Published in Phys.Rev.Lett. 109 (2012) 072301 CERN-PH-EP-2012-012 DOI: 10.1103/PhysRevLett.109.072301 e-Print: arXiv:1202.1383 [hep-ex] 7.943*30*0.04 = 9.5316 21. Heavy flavour decay muon production at forward rapidity in proton--proton collisions at s"=7 TeV ALICE Collaboration (Betty Abelev et al.). Jan 2012. 20 pp. Published in Phys.Lett. B708 (2012) 265-275 CERN-PH-EP-2011-215 DOI: 10.1016/j.physletb.2012.01.063 e-Print: arXiv:1201.3791 [hep-ex] 4.569*30*0.04 = 5.4828 22. Measurement of Event Background Fluctuations for Charged Particle Jet Reconstruction in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev et al.). Jan 2012. Published in JHEP 1203 (2012) 053 DOI: 10.1007/JHEP03(2012)053 e-Print: arXiv:1201.2423 [hep-ex] 5.618*30*0.04 = 6.7416 23. Underlying Event measurements in pp collisions at s"=0.9 and 7 TeV with the ALICE experiment at the LHC ALICE Collaboration (Betty Abelev et al.). Dec 2011. 37 pp. Published in JHEP 1207 (2012) 116 DOI: 10.1007/JHEP07(2012)116 e-Print: arXiv:1112.2082 [hep-ex] 5.618*30*0.04 = 6.7416 24. Harmonic decomposition of two-particle angular correlations in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (K. Aamodt (Bergen U.) et al.). Sep 2011. 26 pp. Published in Phys.Lett. B708 (2012) 249-264 DOI: 10.1016/j.physletb.2012.01.060 e-Print: arXiv:1109.2501 [nucl-ex] 4.569*30*0.04 = 5.4828 B>3> 9.5316*13 + 5.4828*18 + 6.2964*5 + 5.6292*2 + 6.7416*7 + 4.458*2 = 321.4488 @5?@8=BK 2013 1. Measurement of charged jet suppression n Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Nov 4, 2013. 28 pp. CERN-PH-EP-2013-205 e-Print: arXiv:1311.0633 [nucl-ex] 2. LVALCentrality, rapidity and transverse momentum dependence of J/ suppression in Pb-Pb collisions at sNN> > > > "=2.76TeV ALICE Collaboration (Betty BezverkhnyAbelev (LLNL, Livermore) et al.). Nov 1, 2013. 20 pp. CERN-PH-EP-2013-203 e-Print: arXiv:1311.0214 [nucl-ex] 3. Two and Three-Pion Quantum Statistics Correlations in Pb-Pb Collisions at sNN> > > > "=2.76 TeV at the LHC ALICE Collaboration (Betty BezverkhnyAbelev (LLNL, Livermore) et al.). Oct 29, 2013. 27 pp. CERN-PH-EP-2013-201 e-Print: arXiv:1310.7808 [nucl-ex] 4. J/ production and nuclear effects in p-Pb collisions at sNN> > > > "=5.02 TeV ALICE Collaboration (Betty BezverkhnyAbelev (LLNL, Livermore) et al.). Aug 30, 2013. 20 pp. CERN-PH-EP-2013-163 e-Print: arXiv:1308.6726 [nucl-ex] 5. Multiplicity Dependence of Pion, Kaon, Proton and Lambda Production in p--Pb Collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty BezverkhnyAbelev (LLNL, Livermore) et al.). Jul 25, 2013. 23 pp. CERN-PH-EP-2013-135 e-Print: arXiv:1307.6796 [nucl-ex] 6. Multi-strange baryon production at mid-rapidity in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty BezverkhnyAbelev (LLNL, Livermore) et al.). Jul 21, 2013. 18 pp. CERN-PH-EP-2013-134 e-Print: arXiv:1307.5543 [nucl-ex] 7. Multiplicity dependence of the average transverse momentum in pp, p-Pb, and Pb-Pb collisions at the LHC ALICE Collaboration (Betty BezverkhnyAbelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. CERN-PH-EP-2013-111 e-Print: arXiv:1307.1094 [nucl-ex] 8. Performance of the ALICE VZERO system ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Jun 13, 2013. 20 pp. CERN-PH-EP-2013-082 e-Print: arXiv:1306.3130 [nucl-ex] 9. Charmonium and e+e" pair photoproduction at mid-rapidity in ultra-peripheral Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 26 pp. CERN-PH-EP-2013-066 e-Print: arXiv:1305.1467 [nucl-ex] 10. J/Psi Elliptic Flow in Pb-Pb Colli LVALsions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Mar 23, 2013. 16 pp. CERN-PH-EP-2013-042 e-Print: arXiv:1303.5880 [nucl-ex] B>3> 10*4*0,04 = 1,6   = 321.4488 +1,6 = 323.0488LVALNG=4@5520 ;L30 0;5@L52=0 ;04H89 =0CG=K9 A>B@C4=8: / 27.01.1987 !?8A>: >?C1;8:>20==KE @01>B 70 2012 -2013 3.3. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Energy dependence of identified hadron spectra and event-by-event fluctuations in p+p interactions from NA61/SHINE at the CERN SPS. NA61/SHINE Collaboration (& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) Jan 2013. 8 pp. 146 authors Published in PoS ConfinementX (2012) 207   = 6 E 1.5 x 0,06 = 0.540 Conference: C12-10-08.1 Proceedings e-Print: arXiv:1301.3360 | PDF 2. Pion emission from the T2K replica target: method, results and application. NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, et al.). Jul 2012. Published in Nucl.Instrum.Meth. A701 (2013) 99-114   = 30 x 1,142 E 0,06 = 2,056 CERN-PH-EP-2012-188 DOI: 10.1016/j.nima.2012.10.079 e-Print: arXiv:1207.2114 [hep-ex] | PDF 3. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton-Carbon Interactions at 31 GeV/c NA61/SHINE Collaboration (. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 Phys.Rev. C. , 144 authors   = 30 E 3.715 E 0,06 = 6.687 4. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %! .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, "-., 8 02B>@>2   = 60 E 0.33 / 8 = 2,475 5. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) Oct 9, 2013. 22 pp. Published in Eur. Phys. J. C   = 30 E 5.247 ELVAL 0,06 = 9,445 6. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 JINST, 146 authors   = 30 E 1.656 E 0,06 = 2.981 7. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, AB0BLO =0?@02;5=0 2 6C@=0; @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 8 02B>@>2   = 60 E 0.33 / 8 = 2,475 B>3>2K9   = 26,839 C1;8:0F88 2 70@538AB@8@>20==KE =0CG=KE M;5:B@>==KE 8740=8OE: ?@5?@8=BK: 1. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) et al.). Oct 9, 2013. 22 pp. CERN-PH-EP-2013-182 e-Print: arXiv:1310.2417 [hep-ex] | PDF   =4,0 x 0,06 = 0,24 2. Measurements of production properties of K0S mesons and  hyperons in proton-carbon interactions at 31 GeV/c. NA61/SHINE Collaboration (N. Abgrall (U. Geneva (main)) et al.). Sep 8, 2013. CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph] | PDF   =4,0 x 0,06 = 0,24 3. Report from the NA61/SHINE experiment at the CERN SPS. NA61/SHINE Collaboration (N. Abgrall (Geneva U.), & O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, O.Petukhov, A.Sadovsky& et al et al.). CERN-SPSC-2012-029; SPSC-SR-107. - 2012.   = 4,0 E 0,06 = 0,24 4. Pion emission from the T2K replica target: method, results and application. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) et al.). Jul 2012. Published in Nucl.Instrum.Meth. A701 (2013) 99-114 CERN-PH-EP-2012-188 . DOI: 10.1016/j.nima.2012.10.079 e-Print: arXiv:1207.2114 [hep-ex] | .   = 4,0 E 0,06 = 0,24 5. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %! .. =4@5520LVAL, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, @5?@8=B /  1349/2013., 8 02B>@>2   = 4,0 / 8 = 0.5 6. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 7. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89. @5?@8=B /  1363/2013, 8 02B>@>2   = 4,0 / 8 = 0.5 8. Report from the NA61/SHINE experiment at the CERN SPS. NA61/SHINE Collaboration (N. 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Aad G. et al., Jet energy measurement with the ATLAS detector in proton-proton collisions at root s=7 TeV. EUROPEAN PHYSICAL JOURNAL C Volume: 73 Issue: 3 Article Number: 2304 DOI: 10.1140/epjc/s10052-013-2304-2 Published: MAR 2013. 2B>@>2: >500.  =5.247*30*0.04=6.296 5. Aad G. et al., Search for second generation scalar leptoquarks in pp collisions at rLVALoot s=7 TeV with the ATLAS detector. EUROPEAN PHYSICAL JOURNAL C Volume: 72 Issue: 9 Article Number: 2151 DOI: 10.1140/epjc/s10052-012-2151-6 Published: SEP 2012. 2B>@>2: >500.  =5.247*30*0.04=6.296 6. Aad G. et al., Search for heavy neutrinos and right-handed W bosons in events with two leptons and jets in pp collisions at root s=7 TeV with the ATLAS detector. EUROPEAN PHYSICAL JOURNAL C Volume: 72 Issue: 7 Article Number: 2056 DOI: 10.1140/epjc/s10052-012-2056-4 Published: JUL 2012. 2B>@>2: >500.  =5.247*30*0.04=6.296 7. Aad G. et al., Measurement of tau polarization in W -> tau nu decays with the ATLAS detector in pp collisions at root s=7 TeV. EUROPEAN PHYSICAL JOURNAL C Volume: 72 Issue: 7 Article Number: 2062 DOI: 10.1140/epjc/s10052-012-2062-6 Published: JUL 2012. 2B>@>2: >500.  =5.247*30*0.04=6.296 8. Aad G. et al., Measurement of the charge asymmetry in top quark pair production in pp collisions at root s=7 TeV using the ATLAS detector. EUROPEAN PHYSICAL JOURNAL C Volume: 72 Issue: 6 Article Number: 2039 DOI: 10.1140/epjc/s10052-012-2039-5 Published: JUN 2012. 2B>@>2: >500.  =5.247*30*0.04=6.296 9. Aad G. et al., Measurement of the top quark mass with the template method in the t(t)over-bar -> lepton plus jets channel using ATLAS data. EUROPEAN PHYSICAL JOURNAL C Volume: 72 Issue: 6 Article Number: 2046 DOI: 10.1140/epjc/s10052-012-2046-6 Published: JUN 2012. 2B>@>2: >500.  =5.247*30*0.04=6.296 10. 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Aad G. et al., Search for anomaly-mediated supersymmetry breaking with the ATLAS detector based on a disappearing-track signature in pp collisions at root s=7 TeV. EUROPEAN PHYSICAL JOURNAL C Volume: 72 Issue: 4 Article Number: 1993 DOI: 10.1140/epjc/s10052-012-1993-2 Published: APR 2012. 2B>@>2: >500.  =5.247*30*0.04=6.296 14. Aad G. et al., Rapidity gap cross sections measured with the ATLAS detector in pp collisions at root s=7 TeV. EUROPEAN PHYSICAL JOURNAL C Volume: 72 Issue: 3 Article Number: 1926 DOI: 10.1140/epjc/s10052-012-1926-0 Published: MAR 2012. 2B>@>2: >500.  =5.247*30*0.04=6.296 15. Aad G. et al., Electron performance measurements with the ATLAS detector using the 2010 LHC proton-proton collision data. EUROPEAN PHYSICAL JOURNAL C Volume: 72 Issue: 3 Article Number: 1909 DOI: 10.1140/epjc/s10052-012-1909-1 Published: MAR 2012. 2B>@>2: >500.  =5.247*30*0.04=6.296 16. Aad G. et al., Performance of missing transverse momentum reconstruction in proton-proton collisions at root s=7 TeV with ATLAS. EUROPEAN PHYSICAL JOURNAL C Volume: 72 Issue: 1 Article Number: 1844 DOI: 10.1140/epjc/s10052-011-1844-6 Published: JAN 2012. 2B>@>2: >500.  =5.247*30*0.04=6.296 17. Aad G. et al., Performance of the ATLAS Trigger System in 2010. EUROPEAN PHYSICAL JOURNAL C Volume: 72 Issue: 1 Article Number: 1849 DOI: 10.1140/epjc/s10052-011-1849-1 Published: JAN 2012. 2B>@>2: >500.  =5.247*30*0.04=6.296 18. Aad G. et al., Forward-backward correlations and charged-particle azimuthal distributions in pp interactions using theLVAL ATLAS detector. JOURNAL OF HIGH ENERGY PHYSICS Issue: 7 Article Number: 019 DOI: 10.1007/JHEP07(2012)019 Published: JUL 2012. 2B>@>2: >500.  =5.618*30*0.04=6.742 19. Aad G. et al., Measurement of inclusive two-particle angular correlations in pp collisions with the ATLAS detector at the LHC. JOURNAL OF HIGH ENERGY PHYSICS Issue: 5 Article Number: 157 DOI: 10.1007/JHEP05(2012)157 Published: MAY 2012. 2B>@>2: >500.  =5.618*30*0.04=6.742 20. Aad G. et al., Jet mass and substructure of inclusive jets in root s=7 TeV pp collisions with the ATLAS experiment. JOURNAL OF HIGH ENERGY PHYSICS Issue: 5 Article Number: 128 DOI: 10.1007/JHEP05(2012)128 Published: MAY 2012. 2B>@>2: >500.  =5.618*30*0.04=6.742 21. Aad G. et al., Measurement of the cross section for top-quark pair production in pp collisions at root s=7 TeV with the ATLAS detector using final states with two high-p(T) leptons. JOURNAL OF HIGH ENERGY PHYSICS Issue: 5 Article Number: 059 DOI: 10.1007/JHEP05(2012)059 Published: MAY 2012. 2B>@>2: >500.  =5.618*30*0.04=6.742 22. Aad G. et al., Search for same-sign top-quark production and fourth-generation down-type quarks in pp collisions at root s=7 TeV with the ATLAS detector. JOURNAL OF HIGH ENERGY PHYSICS Issue: 4 Article Number: 069 DOI: 10.1007/JHEP04(2012)069 Published: APR 2012. 2B>@>2: >500.  =5.618*30*0.04=6.742 23. Aad G. et al., Measurement of the azimuthal anisotropy for charged particle production in root s(NN)=2.76 TeV lead-lead collisions with the ATLAS detector. PHYSICAL REVIEW C Volume: 86 Issue: 1 Article Number: 014907 DOI: 10.1103/PhysRevC.86.014907 Published: JUL 24 2012. 2B>@>2: >500.  =3.715*30*0.04=4.458 24. Aad G. et al., Measurement of the azimuthal ordering of charged hadrons with the ATLAS detector. PHYSICAL REVIEW D Volume: 86 Issue: 5 Article Number: 052005 DOI: 10.1103/PhysRevD.86.052005 Published: SEP 14 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 25. Aad G. et al., Measurement of inclusive jet aLVALnd dijet production in pp collisions at root s=7 TeV using the ATLAS detector. PHYSICAL REVIEW D Volume: 86 Issue: 1 Article Number: 014022 DOI: 10.1103/PhysRevD.86.014022 Published: JUL 24 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 26. Aad G. et al., Search for pair-produced heavy quarks decaying to Wq in the two-lepton channel at root(s)=7 TeV with the ATLAS detector. PHYSICAL REVIEW D Volume: 86 Issue: 1 Article Number: 012007 DOI: 10.1103/PhysRevD.86.012007 Published: JUL 23 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 27. Aad G. et al., Search for resonant WZ production in the WZ -> lvl ' l ' channel in root(s)=7 TeV pp collisions with the ATLAS detector. PHYSICAL REVIEW D Volume: 85 Issue: 11 Article Number: 112012 DOI: 10.1103/PhysRevD.85.112012 Published: JUN 25 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 28. Aad G. et al., Search for supersymmetry in pp collisions at root s=7 Te V in final states with missing transverse momentum and b-jets with the ATLAS detector. PHYSICAL REVIEW D Volume: 85 Issue: 11 Article Number: 112006 DOI: 10.1103/PhysRevD.85.112006 Published: JUN 15 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 29. Aad G. et al., Measurement of the production cross section of an isolated photon associated with jets in proton-proton collisions at root s=7 TeV with the ATLAS detector. PHYSICAL REVIEW D Volume: 85 Issue: 9 Article Number: 092014 DOI: 10.1103/PhysRevD.85.092014 Published: MAY 23 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 30. Aad G. et al., Study of jets produced in association with a W boson in pp collisions at root s=7 TeV with the ATLAS detector. PHYSICAL REVIEW D Volume: 85 Issue: 9 Article Number: 092002 DOI: 10.1103/PhysRevD.85.092002 Published: MAY 2 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 31. Aad G. et al., Search for excited leptons in proton-proton collisions at root s=7 TeV with the ATLAS detector. PHYSICAL REVIEW D Volume: 85 Issue: 7 Article Number: 072003 DOI: 10.1103/PhysRevD.85.072003 PublishedLVAL: APR 27 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 32. Aad G. et al., Measurement of the inclusive W-+/- and Z/gamma* cross sections in the e and mu decay channels in pp collisions at root s=7 TeV with the ATLAS detector. PHYSICAL REVIEW D Volume: 85 Issue: 7 Article Number: 072004 DOI: 10.1103/PhysRevD.85.072004 Published: APR 24 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 33. Aad G. et al., Measurement of D*(+/-) meson production in jets from pp collisions at root s=7 TeV with the ATLAS detector. PHYSICAL REVIEW D Volume: 85 Issue: 5 Article Number: 052005 DOI: 10.1103/PhysRevD.85.052005 Published: MAR 19 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 34. Aad G. et al., Measurement of the production cross section for Z/gamma* in association with jets in pp collisions at root s=7 TeV with the ATLAS detector. PHYSICAL REVIEW D Volume: 85 Issue: 3 Article Number: 032009 DOI: 10.1103/PhysRevD.85.032009 Published: FEB 28 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 35. Aad G. et al., Search for anomalous production of prompt like-sign muon pairs and constraints on physics beyond the standard model with the ATLAS detector. PHYSICAL REVIEW D Volume: 85 Issue: 3 Article Number: 032004 DOI: 10.1103/PhysRevD.85.032004 Published: FEB 17 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 36. Aad G. et al., Search for supersymmetry in final states with jets, missing transverse momentum and one isolated lepton in root s=7 TeV pp collisions using 1 fb(-1) of ATLAS data. PHYSICAL REVIEW D Volume: 85 Issue: 1 Article Number: 012006 DOI: 10.1103/PhysRevD.85.012006 Published: JAN 18 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 37. Aad G. et al., Measurement of the transverse momentum distribution of W bosons in pp collisions at root s=7 TeV with the ATLAS detector. PHYSICAL REVIEW D Volume: 85 Issue: 1 Article Number: 012005 DOI: 10.1103/PhysRevD.85.012005 Published: JAN 18 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 38. Aad G. et al., Measurement of the isolatedLVAL diphoton cross section in pp collisions at root s=7 TeV with the ATLAS detector. PHYSICAL REVIEW D Volume: 85 Issue: 1 Article Number: 012003 DOI: 10.1103/PhysRevD.85.012003 Published: JAN 11 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 39. Aad G. et al., K-s(0) and Lambda production in pp interactions at root s=0.9 and 7 TeV measured with the ATLAS detector at the LHC. PHYSICAL REVIEW D Volume: 85 Issue: 1 Article Number: 012001 DOI: 10.1103/PhysRevD.85.012001 Published: JAN 6 2012. 2B>@>2: >500.  =4.691*30*0.04=5.629 40. Aad G. et al., Search for tb Resonances in Proton-Proton Collisions at root s=7 TeV with the ATLAS Detector. PHYSICAL REVIEW LETTERS Volume: 109 Issue: 8 Article Number: 081801 DOI: 10.1103/PhysRevLett.109.081801 Published: AUG 21 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 41. Aad G. et al., Search for Pair Production of a New b ' Quark that Decays into a Z Boson and a Bottom Quark with the ATLAS Detector. PHYSICAL REVIEW LETTERS Volume: 109 Issue: 7 Article Number: 071801 DOI: 10.1103/PhysRevLett.109.071801 Published: AUG 16 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 42. Aad G. et al., Search for Down-Type Fourth Generation Quarks with the ATLAS Detector in Events with One Lepton and Hadronically Decaying W Bosons. PHYSICAL REVIEW LETTERS Volume: 109 Issue: 3 Article Number: 032001 DOI: 10.1103/PhysRevLett.109.032001 Published: JUL 20 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 43. Aad G. et al., Determination of the Strange-Quark Density of the Proton from ATLAS Measurements of the W -> lv and Z -> ll Cross Sections. PHYSICAL REVIEW LETTERS Volume: 109 Issue: 1 Article Number: 012001 DOI: 10.1103/PhysRevLett.109.012001 Published: JUL 5 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 44. Aad G. et al., Search for Pair Production of a Heavy Up-Type Quark Decaying to a W Boson and a b Quark in the lepton plus jets Channel with the ATLAS Detector. PHYSICAL REVIEW LETTERS Volume: 108 Issue: 26 Article Number: 261802 DOI: LVAL10.1103/PhysRevLett.108.261802 Published: JUN 26 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 45. Aad G. et al., Search for a Light Higgs Boson Decaying to Long-Lived Weakly Interacting Particles in Proton-Proton Collisions at root s=7 TeV with the ATLAS Detector. PHYSICAL REVIEW LETTERS Volume: 108 Issue: 25 Article Number: 251801 DOI: 10.1103/PhysRevLett.108.251801 Published: JUN 19 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 46. Aad G. et al., Search for Gluinos in Events with Two Same-Sign Leptons, Jets, and Missing Transverse Momentum with the ATLAS Detector in pp Collisions at root s=7 TeV. PHYSICAL REVIEW LETTERS Volume: 108 Issue: 24 Article Number: 241802 DOI: 10.1103/PhysRevLett.108.241802 Published: JUN 15 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 47. Aad G. et al., Observation of Spin Correlation in t(t)over-bar Events from pp Collisions at root s=7 TeV Using the ATLAS Detector. PHYSICAL REVIEW LETTERS Volume: 108 Issue: 21 Article Number: 212001 DOI: 10.1103/PhysRevLett.108.212001 Published: MAY 24 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 48. Aad G. et al., Search for Production of Resonant States in the Photon-Jet Mass Distribution Using pp Collisions at root s=7 TeV Collected by the ATLAS Detector. PHYSICAL REVIEW LETTERS Volume: 108 Issue: 21 Article Number: 211802 DOI: 10.1103/PhysRevLett.108.211802 Published: MAY 22 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 49. Aad G. et al., Search for Scalar Bottom Quark Pair Production with the ATLAS Detector in pp Collisions at root s=7 TeV. PHYSICAL REVIEW LETTERS Volume: 108 Issue: 18 Article Number: 181802 DOI: 10.1103/PhysRevLett.108.181802 Published: MAY 2 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 50. Aad G. et al., Observation of a New X-b State in Radiative Transitions to Y(1S) and Y(2S) at ATLAS. PHYSICAL REVIEW LETTERS Volume: 108 Issue: 15 Article Number: 152001 DOI: 10.1103/PhysRevLett.108.152001 Published: APR 9 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 51. AadLVAL G. et al., Search for the Standard Model Higgs Boson in the Diphoton Decay Channel with 4.9 fb(-1) of pp Collision Data at root s=7 TeV with ATLAS. PHYSICAL REVIEW LETTERS Volume: 108 Issue: 11 Article Number: 111803 DOI: 10.1103/PhysRevLett.108.111803 Published: MAR 13 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 52. Aad G. et al., Search for the Higgs Boson in the H -> WW(*()) -> l(+)vl(-)(v)over-bar Decay Channel in pp Collisions at root s=7 TeV with the ATLAS Detector. PHYSICAL REVIEW LETTERS Volume: 108 Issue: 11 Article Number: 111802 DOI: 10.1103/PhysRevLett.108.111802 Published: MAR 13 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 53. Aad G. et al., Search for New Phenomena in t(t)overbar Events with Large Missing Transverse Momentum in Proton-Proton Collisions at root s=7 TeV with the ATLAS Detector. PHYSICAL REVIEW LETTERS Volume: 108 Issue: 4 Article Number: 041805 DOI: 10.1103/PhysRevLett.108.041805 Published: JAN 26 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 54. Aad G. et al., Measurement of the ZZ Production Cross Section and Limits on Anomalous Neutral Triple Gauge Couplings in Proton-Proton Collisions at root s=7 TeV with the ATLAS Detector. PHYSICAL REVIEW LETTERS Volume: 108 Issue: 4 Article Number: 041804 DOI: 10.1103/PhysRevLett.108.041804 Published: JAN 25 2012. 2B>@>2: >500.  =7.943*30*0.04=9.532 55. Aad G. et al., Measurement of the t-channel single top-quark production cross section in pp collisions at root s=7 TeV with the ATLAS detector. PHYSICS LETTERS B Volume: 717 Issue: 4-5 Pages: 330-350 DOI: 10.1016/j.physletb.2012.09.031 Published: OCT 31 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 56. Aad G. et al., Search for TeV-scale gravity signatures in final states with leptons and jets with the ATLAS detector at root s=7 TeV. PHYSICS LETTERS B Volume: 716 Issue: 1 Pages: 122-141 DOI: 10.1016/j.physletb.2012.08.009 Published: SEP 17 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 57. Aad G. et al., Search for events with largLVALe missing transverse momentum, jets, and at least two tau leptons in 7 TeV proton-proton collision data with the ATLAS detector ATLAS Collaboration. PHYSICS LETTERS B Volume: 714 Issue: 2-5 Pages: 180-196 DOI: 10.1016/j.physletb.2012.06.055 Published: AUG 14 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 58. Aad G. et al., Search for supersymmetry with jets, missing transverse momentum and at least one hadronically decaying tau lepton in proton-proton collisions at root s=7 TeV with the ATLAS detector ATLAS Collaboration. PHYSICS LETTERS B Volume: 714 Issue: 2-5 Pages: 197-214 DOI: 10.1016/j.physletb.2012.06.061 Published: AUG 14 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 59. Aad G. et al., Measurement of the W W cross section in root s=7 TeV pp collisions with the ATLAS detector and limits on anomalous gauge couplings. PHYSICS LETTERS B Volume: 712 Issue: 4-5 Pages: 289-308 DOI: 10.1016/j.physletb.2012.05.003 Published: JUN 12 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 60. Aad G. et al., Search for new particles decaying to ZZ using final states with leptons and jets with the ATLAS detector in root s=7 TeV proton-proton collisions. PHYSICS LETTERS B Volume: 712 Issue: 4-5 Pages: 331-350 DOI: 10.1016/j.physletb.2012.05.020 Published: JUN 12 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 61. Aad G. et al., Search for FCNC single top-quark production at root s=7 TeV with the ATLAS detector. PHYSICS LETTERS B Volume: 712 Issue: 4-5 Pages: 351-369 DOI: 10.1016/j.physletb.2012.05.022 Published: JUN 12 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 62. Aad G. et al., Search for heavy vector-like quarks coupling to light quarks in proton-proton collisions at root s=7 TeV with the ATLAS detector. PHYSICS LETTERS B Volume: 712 Issue: 1-2 Pages: 22-39 DOI: 10.1016/j.physletb.2012.03.082 Published: MAY 30 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 63. Aad G. et al., Search for contact interactions in dilepton events from pp collisions at root s=7 TeV with the ATLVALLAS detector. PHYSICS LETTERS B Volume: 712 Issue: 1-2 Pages: 40-58 DOI: 10.1016/j.physletb.2012.04.026 Published: MAY 30 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 64. Aad G. et al., Search for first generation scalar leptoquarks in pp collisions at root s = 7 TeV with the ATLAS detector. PHYSICS LETTERS B Volume: 711 Issue: 5 Pages: 442-455 DOI: 10.1016/j.physletb.2012.03.023 Published: MAY 23 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 65. Aad G. et al., Measurement of the top quark pair production cross-section with ATLAS in the single lepton channel. PHYSICS LETTERS B Volume: 711 Issue: 3-4 Pages: 244-263 DOI: 10.1016/j.physletb.2012.03.083 Published: MAY 15 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 66. Aad G. et al., Search for diphoton events with large missing transverse momentum in 1 fb(-1) of 7 TeV proton-proton collision data with the ATLAS detector ATLAS Collaboration. PHYSICS LETTERS B Volume: 710 Issue: 4-5 Pages: 519-537 DOI: 10.1016/j.physletb.2012.02.054 Published: APR 20 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 67. Aad G. et al., Search for extra dimensions using diphoton events in 7 TeV proton-proton collisions with the ATLAS detector ATLAS Collaboration. PHYSICS LETTERS B Volume: 710 Issue: 4-5 Pages: 538-556 DOI: 10.1016/j.physletb.2012.03.022 Published: APR 20 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 68. Aad G. et al., Measurement of the centrality dependence of the charged particle pseudorapidity distribution in lead-lead collisions at root s(NN)=2.76 TeV with the ATLAS detector. PHYSICS LETTERS B Volume: 710 Issue: 3 Pages: 363-382 DOI: 10.1016/j.physletb.2012.02.045 Published: APR 12 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 69. Aad G. et al., Search for the Standard Model Higgs boson in the decay channel H -> ZZ((*)) -> 4l with 4.8 fb(-1) of pp collision data at root s=7 TeV with ATLAS. PHYSICS LETTERS B Volume: 710 Issue: 3 Pages: 383-402 DOI: 10.1016/j.physletb.2012.03.005 Published: APR 12 2012. 2BLVAL>@>2: >500.  =4.569*30*0.04=5.483 70. Aad G. et al., Combined search for the Standard Model Higgs boson using up to 4.9 fb(-1) of pp collision data at root s=7 TeV with the ATLAS detector at the LHC. PHYSICS LETTERS B Volume: 710 Issue: 1 Pages: 49-66 DOI: 10.1016/j.physletb.2012.02.044 Published: MAR 29 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 71. Aad G. et al., Search for squarks and gluinos using final states with jets and missing transverse momentum with the ATLAS detector in root s=7 TeV proton-proton collisions. PHYSICS LETTERS B Volume: 710 Issue: 1 Pages: 67-85 DOI: 10.1016/j.physletb.2012.02.051 Published: MAR 29 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 72. Aad G. et al., Search for strong gravity signatures in same-sign dimuon final states using the ATLAS detector at the LHC. PHYSICS LETTERS B Volume: 709 Issue: 4-5 Pages: 322-340 DOI: 10.1016/j.physletb.2012.02.049 Published: MAR 23 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 73. Aad G. et al., Measurement of the W(+/-)Z production cross section and limits on anomalous triple gauge couplings in proton-proton collisions at root s=7 TeV with the ATLAS detector. PHYSICS LETTERS B Volume: 709 Issue: 4-5 Pages: 341-357 DOI: 10.1016/j.physletb.2012.02.053 Published: MAR 23 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 74. Aad G. et al., Searches for supersymmetry with the ATLAS detector using final states with two leptons and missing transverse momentum in root s=7 TeV proton-proton collisions. PHYSICS LETTERS B Volume: 709 Issue: 3 Pages: 137-157 DOI: 10.1016/j.physletb.2012.01.076 Published: MAR 19 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 75. Aad G. et al., Search for first generation scalar leptoquarks in pp collisions at root s=7 TeV with the ATLAS detector. PHYSICS LETTERS B Volume: 709 Issue: 3 Pages: 158-176 DOI: 10.1016/j.physletb.2012.02.004 Published: MAR 19 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 76. Aad G. et al., A measurement of the ratio of the W and Z croLVALss sections with exactly one associated jet in pp collisions at root s=7 TeV with ATLAS. PHYSICS LETTERS B Volume: 708 Issue: 3-5 Pages: 221-240 DOI: 10.1016/j.physletb.2012.01.042 Published: FEB 28 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 77. Aad G. et al., Search for new physics in the dijet mass distribution using 1 fb(-1) of pp collision data at root s=7 TeV collected by the ATLAS detector. PHYSICS LETTERS B Volume: 708 Issue: 1-2 Pages: 37-54 DOI: 10.1016/j.physletb.2012.01.035 Published: FEB 14 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 78. Aad G. et al., Measurement of the cross section for the production of a W boson in association with b-jets in pp collisions at root s=7 TeV with the ATLAS detector. PHYSICS LETTERS B Volume: 707 Issue: 5 Pages: 418-437 DOI: 10.1016/j.physletb.2011.12.046 Published: FEB 7 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 79. Aad G. et al., Measurements of the electron and muon inclusive cross-sections in proton-proton collisions at root s=7 TeV with the ATLAS detector. PHYSICS LETTERS B Volume: 707 Issue: 5 Pages: 438-458 DOI: 10.1016/j.physletb.2011.12.054 Published: FEB 7 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 80. Aad G. et al., Measurement of the top quark pair production cross section in pp collisions at root s=7 TeV in dilepton final states with ATLAS. PHYSICS LETTERS B Volume: 707 Issue: 5 Pages: 459-477 DOI: 10.1016/j.physletb.2011.12.055 Published: FEB 7 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 81. Aad G. et al., Search for displaced vertices arising from decays of new heavy particles in 7 TeV pp collisions at ATLAS. PHYSICS LETTERS B Volume: 707 Issue: 5 Pages: 478-496 DOI: 10.1016/j.physletb.2011.12.057 Published: FEB 7 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 82. Aad G. et al., Measurement of the pseudorapidity and transverse momentum dependence of the elliptic flow of charged particles in lead-lead collisions at root s(NN)=2.76 TeV with the ATLAS detector. PHYSICS LETTERS B VolumLVALe: 707 Issue: 3-4 Pages: 330-348 DOI: 10.1016/j.physletb.2011.12.056 Published: FEB 1 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 83. Aad G. et al., Search for a heavy Standard Model Higgs boson in the channel H -> ZZ -> l(+)l(-) q(q)over-bar using the ATLAS detector. PHYSICS LETTERS B Volume: 707 Issue: 1 Pages: 27-45 DOI: 10.1016/j.physletb.2011.11.056 Published: JAN 16 2012 . 2B>@>2: >500.  =4.569*30*0.04=5.483 84. Aad G. et al., Measurement of the W -> tau nu(tau) cross section in pp collisions at root s=7 TeV with the ATLAS experiment ATLAS Collaboration. PHYSICS LETTERS B Volume: 706 Issue: 4-5 Pages: 276-294 DOI: 10.1016/j.physletb.2011.11.057 Published: JAN 5 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483 85. Aad G. et al., Measurement of the cross-section for b-jets produced in association with a Z boson at root s=7 TeV with the ATLAS detector ATLAS Collaboration. PHYSICS LETTERS B Volume: 706 Issue: 4-5 Pages: 295-313 DOI: 10.1016/j.physletb.2011.11.059 Published: JAN 5 2012. 2B>@>2: >500.  =4.569*30*0.04=5.483   ?> ?C1;8:0F8O< = 3*2.981 + 1.485 + 3.806 + 15*6.296 + 5*6.742 + 4.458 + 16*5.692 + 15*9.532 + 31*5.483 = 550.868 "+   = 550.868LVALNG5BCE>2 ;53 =4@5528G 1. >4 @>645=8O.  1985 2. 0B0 70I8BK 48AA5@B0F88  1/A 3. >;6=>ABL  =0CG=K9 A>B@C4=8: 4. 01>@0B>@8O @5;OB828ABA:>9 O45@=>9 D878:8 5. B45; M:A?5@8<5=B0;L=>9 D878:8 !?8A>: >?C1;8:>20==KE @01>B 70 2012 -2013 3.3. A C:070=85< :>;-20 02B>@>2. 2013 3. 1. Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, et al.) Nucl.Instrum.Meth. A701 (2013) 99-114, 152 authors   = 30 E 1.142 E 0,06 = 2.056 2. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton-Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) Phys.Rev. C. , 144 authors   = 30 E 3.715 E 0,06 = 6.687 3. Energy dependence of identified hadron spectra and event-by-event fluctuations in p+p interactions fromNA61/SHINE at the CERN SPS Maciej Rybczyenski (for theNA61/SHINE Collaboration) (& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) PoS ConfinementX (2012) 207, Jan. 2013, 146 authors   = 8 x 0,06 = 0.480 4.Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 EPJ , 139 authors   = 30 E 2.043 E 0,06 = 3.667 5. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) JINST, 146 authors   = 30 E 1.656 E 0,06 = 2.981 6. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@3LVAL8OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, AB0BLO =0?@02;5=0 2 6C@=0; @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 8 02B>@>2   = 60 E 0.33 / 8 = 2,475 2012 3. 1. Forward hadron calorimeter for measurements of projectile spectators in heavy-ion experiment. M.B. Golubeva, F.F. Guber, A.P. Ivashkin, A.B. Kurepin, V.N. Marin, A.S. Sadovsky, O.A. Petukhov (Moscow, INR). 2012. 3 pp., 7 authors Published in Phys.Atom.Nucl. 75 (2012) 673-675   = 0,539 E 60 / 7 = 4.620 2. Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c. By The NA61/SHINE Collaboration (N. Abgrall.., & M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev, O/Petukhov, A.Sadovsky& et al.), PhysRev C.85.035210, 2012 , 137 authors   = 3,715 E 30 E 0,06 = 6.687   ?> ?C1;8:0F8O< 2 @5?@8=BK 2013 3. 1. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph], 144 authors   = 4,0 x 0.06 = 0.24 2. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) e-Print: arXiv:1310.2417 [hep-ex] , 139 authors   = 4,0 x 0.06 = 0.24 3. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE exp eriment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 4. -:A?5@8<5=B0;L=>5 8AALVAL;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1363/2013, 8 02B>@>2   = 4,0 / 8 = 0.5 5. 5@54=89 04@>==K9 :0;>@8<5B@ M:A?5@8<5=B0 NA61 =0 CA:>@8B5;5 SPS 2 & . .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1362/20131, 7 02B>@>2   = 4,0 / 7 = 0.571 2012 3. 1. Pion emission from the T2K replica target: method, results and application. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) et al.). Jul 2012. Published in Nucl.Instrum.Meth. A701 (2013) 99-114 CERN-PH-EP-2012-188 e-Print: arXiv:1207.2114 [hep-ex] | PDF   = 4 x 2 x 0,06 = 0.48 2. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment. A. Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber et al.. May 2012. , 23 authors e-Print: arXiv:1205.4864   = 4 x 0,1 = 0.4 3. Report from the NA61/SHINE experiment at the CERN SPS. NA61/SHINE Collaboration (N. Abgrall (Geneva U.), & O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Marin, V.Matveev,, O.Petukhov, A.Sadovsky& et al et al.). CERN-SPSC-2012-029; SPSC-SR-107   = 4,0 E 2 x 0,06 = 0,48   ?> ?@5?@8=B0< = 3.151 "+   = 33.846LVALNG5@5B5=:8= 235=89 02;>28G, @>4.10.04.1952 3., A.=.A. ;01. % -, 70<5AB8B5;L 70254CNI53> ;01>@0B>@859 %   70 2012-2013 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8EE 6C@=0;0E: .. >@10G52, .. 5@5B5=:8=, .. 02@8=, !.. 0=LH8=, ".. 1@038<>20, .. 0;8E>2, ".. =>45;L. >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>. /45@=0O D878:0. - >A:20:  "0C:0/=B5@?5@8>48:0", 2013.- 76, 12.  AB@. 1591-1596 0.539*60/7=4.6 >:;04K: 0 <564C=0@>4=KE :>=D5@5=F8OE V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia 6/10=0.6 V. Gavrin, V. Gorbachev, T. Ibragimova, E. Veretenkin, Baksan measurements of low energy neutrino: results and plans, Wilhelm and Else Heraeus Seminars  Exploring the Neutrino Sky and Fundamental Particle Physics on the Megaton Scale , January 21-23, 2013, Physikzentrum Bad Honnef, Germany. 30/4=7.5 V.N. Gavrin V.V. Gorbachev, T.V. Ibragimova, E.P. Veretenkin Current status of Ga-Cr neutrino project, report presented at the IVth International Symposiem on Neutrinos and Dark Matter in Nuclear Research (NDM12) Nara, Japan, June 11-15, 2012, http://web.ias.tokushima-u.ac.jp/physics/nucl/NDM12/NDM12.html. 30/4=7.5*1.5=11.3 V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40//Journal of Physics: Conference Series, 375, (2012). 6/7=0.9*0.5=0.4 =0 @>AA89A:8E :>=D5@5=F8OE .. 6 LVALF >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3. 4/5=0.8*0.5=0.4 @5?@8=BK: B.T. Cleveland, H. Ejiri, S.R. Elliott, V.N. Gavrin, V.V. Gorbachev, D.S. Gorbunov, T.V. Ibragimova, V.A. Matveev, J.S. Nico, R.G.H. Robertson, E.P. Veretenkin, J.F. Wilkerson, Very Short Baseline e ! E Oscillation Search with a Dual Metallic Ga Target at Baksan and 51Cr neutrino Source, Light Sterile Neutrinos: A White Paper, arXiv:1204.5379v1[hep-ph], 170-175. 4/10=0.4  =25.2LVALNG>@10G52 0;5@89 ;048<8@>28G, @>4.10.04.1952 3., A.=.A. " ,   70 2012-2013 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8EE 6C@=0;0E: .. >@10G52, .. 5@5B5=:8=, .. 02@8=, !.. 0=LH8=, ".. 1@038<>20, .. 0;8E>2, ".. =>45;L. >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>. /45@=0O D878:0. - >A:20:  "0C:0/=B5@?5@8>48:0", 2013.- 76, 12.  AB@. 1591-1596 0.539*60/7=4.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40// Journal of Physics: Conference Series, 375, (2012). 6/7=0.9*0.5=0.4 V. Gavrin, V. Gorbachev, T. Ibragimova, E. Veretenkin, Baksan measurements of low energy neutrino: results and plans, Wilhelm and Else Heraeus Seminars  Exploring the Neutrino Sky and Fundamental Particle Physics on the Megaton Scale , January 21-23, 2013, Physikzentrum Bad Honnef, Germany. 30/4=7.5 V.N. Gavrin,V.V. Gorbachev, T.V. Ibragimova, E.P. Veretenkin Current status of Ga-Cr neutrino project, report presented at the IVth International Symposiem on Neutrinos and Dark Matter in Nuclear Research (NDM12) Nara, Japan, June 11-15, 2012, http://web.ias.tokushima-u.ac.jp/physics/nucl/NDM12/NDM12.html. 30/4=7.5*1.5=11.3 V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia 6/10=0.6 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@03 LVAL 8<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3. 4/5=0.8*0.5=0.4 @5?@8=BK: B.T. Cleveland, H. Ejiri, S.R. Elliott, V.N. Gavrin, V.V. Gorbachev, D.S. Gorbunov, T.V. Ibragimova, V.A. Matveev, J.S. Nico, R.G.H. Robertson, E.P. Veretenkin, J.F. Wilkerson, Very Short Baseline e ! E Oscillation Search with a Dual Metallic Ga Target at Baksan and 51Cr neutrino Source, Light Sterile Neutrinos: A White Paper, arXiv:1204.5379v1[hep-ph], 170-175. 4/10=0.4  =25.2LVAL0=LH8= !5@359 8:>;0528G, @>4. 29.04.1954 3., <.=.A. 01. % -   70 2012-2013 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .. >@10G52, .. 5@5B5=:8=, .. 02@8=, !.. 0=LH8=, ".. 1@038<>20, .. 0;8E>2, ".. =>45;L. >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>. /45@=0O D878:0. - >A:20:  "0C:0/=B5@?5@8>48:0", 2013.- 76, 12.  AB@. 1591-1596 0.539*60/7=4.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia 6/10=0.6  =5.2LVALNG1@038<>20 "0BLO=0 8:B>@>2=0, @>4 3.04.1958, =.A. " , 70<5AB8B5;L 70254CNI53> ;01>@0B>@859 "   70 2012-2013 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .. >@10G52, .. 5@5B5=:8=, .. 02@8=, !.. 0=LH8=, ".. 1@038<>20, .. 0;8E>2, ".. =>45;L. >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>. /45@=0O D878:0. - >A:20:  "0C:0/=B5@?5@8>48:0", 2013.- 76, 12.  AB@. 1591-1596 0.539*60/7=4.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40//Journal of Physics: Conference Series, 375, (2012). 6/7=0.9*0.5=0.4 V.N. Gavrin V.V. Gorbachev, T.V. Ibragimova, E.P. Veretenkin Current status of Ga-Cr neutrino project, report presented at the IVth International Symposiem on Neutrinos and Dark Matter in Nuclear Research (NDM12) Nara, Japan, June 11-15, 2012, http://web.ias.tokushima-u.ac.jp/physics/nucl/NDM12/NDM12.html. 30/4=0.7*1.5=11.3 V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia. 6/10=0.6 V. Gavrin, V. Gorbachev, T. Ibragimova, E. Veretenkin, Baksan measurements of low energy neutrino: results and plans, Wilhelm and Else Heraeus Seminars  Exploring the Neutrino Sky and Fundamental Particle Physics on the Megaton Scale , January 21-23, 2013, Physikzentrum Bad Honnef, Germany. 30/4=7.5 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, ..P LVAL` 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3. 4/5=0.8*0.5=0.4 @5?@8=BK: B.T. Cleveland, H. Ejiri, S.R. Elliott, V.N. Gavrin, V.V. Gorbachev, D.S. Gorbunov, T.V. Ibragimova, V.A. Matveev, J.S. Nico, R.G.H. Robertson, E.P. Veretenkin, J.F. Wilkerson, Very Short Baseline e ! E Oscillation Search with a Dual Metallic Ga Target at Baksan and 51Cr neutrino Source, Light Sterile Neutrinos: A White Paper, arXiv:1204.5379v1[hep-ph], 170-175. 4/10=0.4  =25.2LVAL0;8E>2 =0B>;89 ;048<8@>28G, @>4 18.05.1937, =.A. " ,   70 2012-2013 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .. >@10G52, .. 5@5B5=:8=, .. 02@8=, !.. 0=LH8=, ".. 1@038<>20, .. 0;8E>2, ".. =>45;L. >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>. /45@=0O D878:0. - >A:20:  "0C:0/=B5@?5@8>48:0", 2013.- 76, 12.  AB@. 1591-1596 0.539*60/7=4.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40//ournal of Physics: Conference Series, 375, 042068 (2012). 6/7=0.9*0.5=0.4 V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia. 6/10=0.6 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3. 4/5=0.8*0.5=0.4  =6.0fLVALz>@>=>CE>2 0A8;89 8:>;0528G, @>4. 05.04.1955, A.=.A. ;01. % - (0.5 AB02:8)   70 2012-2013 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 @5?@8=BK: K.N. Abazajian, M.A. Acero, S.K.Agarwalla, A.A. Aguilar-Arevalo et al (total 193 co-authors) , Light Sterile Neutrinos: A White Paper, arXiv:1204:5379v1 [hep-ph] 281. 4/10=0.4  =0.4/2=0.2K>7;>20 .;8O 02;>2=0, @>4.29.12.1959, :.D.<.=., A.=.A. ;01. % -,   70 2012-2013 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59  = 0=>45;L "0BLO=0 ;048<8@>2=0. @>4 8.05.1957, :.E.=., =.A. ;01 % -,   70 2012-2013 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .. >@10G52, .. 5@5B5=:8=, .. 02@8=, !.. 0=LH8=, ".. 1@038<>20, .. 0;8E>2, ".. =>45;L. >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>. /45@=0O D878:0. - >A:20:  "0C:0/=B5@?5@8>48:0", 2013.- 76, 12.  AB@. 1591-1596 0.539*60/7=4.6 V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia 6/10=0.6  =5.2"LVALh6(8E8= ;5:A0=4@ ;5:A0=4@>28G, @>4 16.04.1963, =.A. " ,   70 2012-2013 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia. 6/10=0.6  =0.68@<>2 ;LO 0C<>28G, @>4. 04.12.1962 , :.B.=., A.=.A. ;01. % -,   70 2012-2013 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia 6/10=0.6  =0.60;KH:8= .@89 8E09;>28G, @>4.22. 07.1987, AB065@-8AA;54>20B5;L ;01. % -,   70 2012-2013 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Y. Malyshkin, I. Pshenichnov, I. Mishustin, T. Hughes, O. Heid, W. Greiner. Neutron production and energy deposition in fissile spallation targets studied with Geant4 toolkit, Nuclear Instruments and Methods B, 289, 79-90 (2012). 1.266*30/6=6.33 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: Y. Malyshkin, I. Pshenichnov, I. Mishustin, W. Greiner. Modeling spallation reactions in tungsten and uranium targets with the Geant4 toolkit, EPJ Web of Conferences 21, 10006 (2012). 4/4*1.5=1.5 @5?@8=BK: Yury Malyshkin, Igor Pshenichnov, Igor Mishustin, Walter Greiner Monte Carlo modeling of spallation targets containing uranium and americium arXiv:1311.6620v1 (2013). 4/4=1  =8.83*2=17.7LVALNG)53>;52 ;53 >@8A>28G, @>4. 19.06.1990, 0A?8@0=B -,   70 2012-2013 33. C1;8:0F88: V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Journal of Physics:Conference Series 409 (2013) 012190  =8/9*1.5=1.33 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Journal of Physics: Conference Series 409 (2013) 012044  =8/8*1.5=1.5 .. @><CH:8=, . . ;5:A55=:>, A.A. 5B@CE8=, O.. )53>;52, ... !B5=L:8=, .. !B5?0=>2, .. >;G5=:>, .. /H8=. #!"  " / !" & (:  + #,""+. 725AB8O , A5@8O $878G5A:0O, B. 77, !5, (2013), A. 704-706.  = 8/9*1.5=1.33 >:;04K: V. Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu.Stenkin, V. Stepanov, V. Sulakov, V. Volchenko and I. Yashin. Sporadic variations of thermal neutron background measured by a global net of the en-detectors. 33 ICRC, Rio de Janeiro 2013, ID 568.  =6/10=0.6 Xinhua Ma and Yuri Stenkin, for the ARGO-YBJ collaboration and the PRISMA collaboration. Coincident air shower events between ARGO-YBJ and PRISMA-YBJ. 33 ICRC, Rio de Janeiro 2013, ID 606.  =6/10=0.6 142. Yuri Stenkin, Victor Alekseenko, Dmitri Gromushkin, Vladimir Stepanov, Oleg Shchegolev, Vladimir Volchenko, Igor Yashin and Xinhua Ma for the ARGO-YBJ. Air Shower thermal neutron detection at different altitudes. 33 ICRC, Rio de Janeiro 2013, ID 478.  =6/10=0.6 V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Proc. of 23d ECRS (2012). ID577.  =6/9=0.67 D.M. Gromushkin, V.V. Alekseenko, A.A. P LVAL etrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Proc. of 23d ECRS (2012). ID527.  =6/8=0.75 V.Alekseenko, S.Gorozhantsev, D.Gromushkin, O. Shchegolev, Yu. Stenkin and V. Stepanov. Registration of Free Earth s Oscillations with a Global Net of the Thermal Neutron Scintillation en-Detectors. 33rd General Assembly of the European Seismological Commission, 19-24, August, 2012, Moscow. Talk  =6/6=1.0 B>3>:   = 8.38*1.5=12.57LVAL&O1C: .., =A, :.D.-<..=., -,   70 2012-2013 33. C1;8:0F88: D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. Measurements of the thermal neutrons flux near the EAS core. Journal of Physics: Conference Series 409 (2013) 012034  =8/7*1.5=1.71 V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Y Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100TeV energy range. Journal of Physics: Conference Series 409 (2013) 012051  =8/8*1.5=1.5 >:;04K: V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Yu Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100 Tev energy range. Proc. of 23d ECRS (2012). ID576  =6/8=0.75 D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. Measurements of the thermal neutrons flux near the EAS core. Proc. of 23d ECRS (2012). ID437.  =6/7=0.86 B>3>:   = 4.82LVAL2012 - 2013 %05@48=>2 8E08; 08;528G, 06.04.1988, 8=6,   = 38.17 C1;8:0F88: 1. Grum-Grzhimailo A.N., Khaerdinov M.N., Bartschat K., Effects of numerical approximations in the treatment of short-pulse strong-field ionization of atomic hydrogen, Physical Review A - Atomic, Molecular, and Optical Physics, 8740B5;LAB2> American Physical Society (United States), B>< 88, A. 055401(1)-055401(3) DOI: 10.1103/PhysRevA.88.055401.   3.042*30/3 = 30.42. >:;04K 1) M.N. Khaerdinov, A.N. Grum-Grzhimailo, E.V. Gryzlova, and S.I. Strakhova, Ionization of atomic and trapped hydrogen by intense short VUVpulses, International workshop Correlation and Polarization Phenomena in Ionization of Dilute Species by XUV and X-ray Radiation, Moscow, May 24-25 2012, AB@. 22.   6*1.5/4 = 2.25 2) .%. 0=>=848, .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, >@@5;OF8O 2B>@8G=KE G0AB8F :>A<8G5A:8E ;CG59 A 20@80F8O<8 35><03=8B=>3> ?>;O 2> 2@5<O 3@>7, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O  1 =>O1@O 2013 3. AB@. 64-65.   4*1.5/4 = 1.5 3) .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, ><?;5:A=>5 8AA;54>20=85 <54;5==> B5:CI53> ?@>1>O AB@0B>AD5@K 2 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O  1 =>O1@O 2013 3. AB@. 66-67.   4*1.5/3 = 2.0 4) .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, !@54=85 E0@0:B5@8AB8:8 ?@875<=>3> M;5:B@8G5A:>3> ?>;O 2> 2@5<O 3@>7 ?> 8AA;54>20=8N 20@80F89 2B>@8G=KE G0AB8F :>A<8G5A:8E ;CG59, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O  1 =>O1@O 2013 3. AB@. 68-69.   4*1.5/3 = 2.0LVALNG!B5?0=>2 ;048<8@ 20=>28G, @>4. 21.01.1935, :.B.=., A=A -,   70 2012-2013 33. C1;8:0F88: V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Journal of Physics:Conference Series 409 (2013) 012190  =8/9*1.5=1.33 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Journal of Physics: Conference Series 409 (2013) 012044  =8/8*1.5=1.5 V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Y Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100TeV energy range. Journal of Physics:Conference Series 409 (2013) 012051  =8/8*1.5=1.5 .. @><CH:8=, . . ;5:A55=:>, A.A. 5B@CE8=, O.. )53>;52, ... !B5=L:8=, .. !B5?0=>2, .. >;G5=:>, .. /H8=. #!"  " / !" & (:  + #,""+. 725AB8O , A5@8O $878G5A:0O, B. 77, !5, (2013), A. 704-706.  = 8/9*1.5=1.33 >:;04K: V. Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu.Stenkin, V. Stepanov, V. Sulakov, V. Volchenko and I. Yashin. Sporadic variations of thermal neutron background measured by a global net of the en-detectors. 33 ICRC, Rio de Janeiro 2013, ID 568.  =6/10=0.6 Xinhua Ma and Yuri Stenkin, for the ARGO-YBJ collaboration and the PRISMA collaboration. Coincident air shower events between ARGO-YBJ and PRISMA-YBJ. 33 ICRC, Rio de Janeiro 2013, ID 606.  =6/10=0.6 142. Yuri Stenkin, Victor Alekseenko, Dmitri Gromushkin, Vladimir Stepanov, Oleg Shchegolev, Vladimir Volchenko, Igor Yashin and Xinhua Ma for the ARGO-YBJ. Air Shower thermal neutron detection at different altitudes. 33 ICRC, Rio de Janeiro 2013, ID 478.  =6/10=0.6 V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. ShcheTLVALdgolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Proc. of 23d ECRS (2012). ID577.  =6/10=0.6 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Proc. of 23d ECRS (2012). ID527.  =6/8=0.75 V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Yu Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100 Tev energy range. Proc. of 23d ECRS (2012). ID576  =6/8=0.75 V.Alekseenko, S.Gorozhantsev, D.Gromushkin, O. Shchegolev, Yu. Stenkin and V. Stepanov. Registration of Free Earth s Oscillations with a Global Net of the Thermal Neutron Scintillation en-Detectors. 33rd General Assembly of the European Seismological Commission, 19-24, August, 2012, Moscow. Talk  =6/6=1.0 Yu.V. Stenkin, D.M. Gromushkin, A.A. Petrukhin, O.B. Shchegolev, V.I. Stepanov, V.I. Volchenko, I.I. Yashin and E.A. Zadeba. EAS thermal neutron lateral and temporal distributions. 33 ICRC, Rio de Janeiro 2013, ID 482.  =6/8=0.75 B>3>:   = 11.31LVALNG!B5=L:8= .@89 0A8;L528G, @>4. 10.12.1948, A=A, 4.D.-<..=. -,   70 2012-2013 33. C1;8:0F88: Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, Y. Liu, X.H. Ma, J. Zhao. Thermal neutron flux produced by EAS at various altitudes. ArXiv:1204.3857v1 [astro-ph.HE], (2012).  =4/6=0.67 Yu V Stenkin. How to solve the cosmic ray knee problem? Journal of Physics: Conference Series 409 (2013) 012080  =8*1.5=12.0 V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Journal of Physics:Conference Series 409 (2013) 012190  =8/9*1.5=1.33 D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. Measurements of the thermal neutrons flux near the EAS core. Journal of Physics: Conference Series 409 (2013) 012034  =8/7*1.5=1.71 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Journal of Physics: Conference Series 409 (2013) 012044  =8/8*1.5=1.5 Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, Y. Liu, X.H. Ma, J. Zhao. Thermal neutron flux produced by EAS at various altitudes. Chinese Physics C, v. 37, No 1, (2013), p. 015001.  =0.338*30/6=1.69 V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Y Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100TeV energy range. Journal of Physics:Conference Series 409 (2013) 012051  =8/8*1.5=1.5 ... !B5=L:8=.  (",  #   !"  !'!% #'? // !"/ . ! / $'!/, 2013, B>< 77, ! 5, A. 701 703.  =8*1.5=12 .. @><CH:8=, . . ;5:A55=:>, A.A. 5B@CE8=, O.. )53>;52, ... !B5=L:8=, .. !B5?0=>2, .. >;G5=:>, .. /H8=. #!"  " / !" & (:  + #,""+. 725ABLVAL8O , A5@8O $878G5A:0O, B. 77, !5, (2013), A. 704-706.  = 8/9*1.5=1.33 D.D.Dzhappuev, A.U. Kudzhaev, A.S. Lidvanskii, V.B. Petkov, Yu.V. Stenkin. Study of the hadronic component of extensive air showers at the Carpet-2 EAS array . JETP Lett. 97 (2013) 651-653.  = 0.921*60/5=11.05 >:;04K: V. Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu.Stenkin, V. Stepanov, V. Sulakov, V. Volchenko and I. Yashin. Sporadic variations of thermal neutron background measured by a global net of the en-detectors. 33 ICRC, Rio de Janeiro 2013, ID 568.  =6 Yu.V. Stenkin, D.M. Gromushkin, A.A. Petrukhin, O.B. Shchegolev, V.I. Stepanov, V.I. Volchenko, I.I. Yashin and E.A. Zadeba. EAS thermal neutron lateral and temporal distributions. 33 ICRC, Rio de Janeiro 2013, ID 482.  =6 Xinhua Ma and Yuri Stenkin, for the ARGO-YBJ collaboration and the PRISMA collaboration. Coincident air shower events between ARGO-YBJ and PRISMA-YBJ. 33 ICRC, Rio de Janeiro 2013, ID 606.  =6 142. Yuri Stenkin, Victor Alekseenko, Dmitri Gromushkin, Vladimir Stepanov, Oleg Shchegolev, Vladimir Volchenko, Igor Yashin and Xinhua Ma for the ARGO-YBJ. Air Shower thermal neutron detection at different altitudes. 33 ICRC, Rio de Janeiro 2013, ID 478.  =6 Yu. V. Stenkin. How to solve the cosmic ray knee problem? Proc. of 23d ECRS (2012). ID449.  =6 V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Proc. of 23d ECRS (2012). ID577.  =6/9=0.67 D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. Measurements of the thermal neutrons flux near the EAS core. Proc. of 23d ECRS (2012). ID437.  = 6/7=0.86 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPvLVALRISMA array for EAS study: first results. Proc. of 23d ECRS (2012). ID527.  =6/8=0.75 V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Yu Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100 Tev energy range. Proc. of 23d ECRS (2012). ID576  =6/8=0.75 V.Alekseenko, S.Gorozhantsev, D.Gromushkin, O. Shchegolev, Yu. Stenkin and V. Stepanov. Registration of Free Earth s Oscillations with a Global Net of the Thermal Neutron Scintillation en-Detectors. 33rd General Assembly of the European Seismological Commission, 19-24, August, 2012, Moscow. Talk  =6/6=1.0 ;5:A55=:> .., 02@8;N: ..., 0=30?H52 .., 56052 .., 070;>2 .., C7L<8=>2 .., !B5=L:8= ..., /:8<5=:> !.. 7CG5=85 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 ?@8@>4=>3> ?@>8AE>645=8O 2 ?>475<=>9 ;01>@0B>@88 A ?><>ILN 45B5:B>@>2 =0 >A=>25 B>=:>3> AF8=B8;;OB>@0 87 ZnS(Ag) A 4>102:0<8 6LiF. A5@>AA89A:0O =0CG=>-?@0:B8G5A:0O :>=D5@5=F8O >2K5 B5E=>;>388 2 =0C:5 > 5<;5 8 3>@=>< 45;5, 1E078O, 3. >2K9 D>=, 13-21 A5=BO1@O 20123. >:;04.  =4/8=0.5 Yuri Sten kin. Neutrons in EAS. The PRISMA Project. APP-2012. Baikal. Invited talk. http://ipms.bscnet.ru/gem/16_Stenkin_Baikal%2712.pdf  =30 C:>2>4AB2> 0A?8@0=B><: @><CH:8= <8B@89 8E09;>28G (0A?8@0=B $) 0 2012 8 2013 3>4K  =30*2 )53>;52 .. (0A?8@0=B / ) 70 20133.  =30 C:>2>4AB2> ABC45=B><: !BC45=B $ )Q3>;52 .. (AB8?5=480=B 8<5==>9 AB8?5=488 8<. .. 'C40:>20) 70 2012 3>4   = 10 07@01>B:0 =0CG=>->1@07>20B5;L=KE :C@A>2: 07@01>B:0 :C@A0 8 GB5=85 ;5:F89 4;O <038AB@0=B>2 &  2 $ 59B@>==0O D878:0 (1-9 A5<5AB@ 2013-2014 33., 15 ;5:F89)  =30 B>3>:   = 239.31LVALNG@><CH:8= <8B@89 8E09;>28G, @>4. 08.01.1983 , A>2<5AB8B5;L, 0A?8@0=B $,   70 2012-2013 33. C1;8:0F88: V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Journal of Physics:Conference Series 409 (2013) 012190  =8/9*1.5=1.33 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Journal of Physics: Conference Series 409 (2013) 012044  =8/8*1.5=1.5 .. @><CH:8=, . . ;5:A55=:>, A.A. 5B@CE8=, O.. )53>;52, ... !B5=L:8=, .. !B5?0=>2, .. >;G5=:>, .. /H8=. #!"  " / !" & (:  + #,""+. 725AB8O , A5@8O $878G5A:0O, B. 77, !5, (2013), A. 704-706.  = 8/9*1.5=1.33 Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, Y. Liu, X.H. Ma, J. Zhao. Thermal neutron flux produced by EAS at various altitudes. Chinese Physics C, v. 37, No 1, (2013), p. 015001.  ==0.338*30/6=1.69 Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, Y. Liu, X.H. Ma, J. Zhao. Thermal neutron flux produced by EAS at various altitudes. ArXiv: 0457197 [astro-ph.HE] (2012).  =4/6=0.67 >:;04K: V. Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu.Stenkin, V. Stepanov, V. Sulakov, V. Volchenko and I. Yashin. Sporadic variations of thermal neutron background measured by a global net of the en-detectors. 33 ICRC, Rio de Janeiro 2013, ID 568.  =6/10=0.6 Xinhua Ma and Yuri Stenkin, for the ARGO-YBJ collaboration and the PRISMA collaboration. Coincident air shower events between ARGO-YBJ and PRISMA-YBJ. 33 ICRC, Rio de Janeiro 2013, ID 606.  =6/10=0.6 142. Yuri Stenkin, Victor Alekseenko, Dmitri Gromushkin, Vladimir Stepanov, Oleg Shchegolev, Vladimir Volchenko, Igor Yashin and Xinhua Ma for the ARGO-YBJ. Air Shower thvLVALermal neutron detection at different altitudes. 33 ICRC, Rio de Janeiro 2013, ID 478.  =6/10=0.6 V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Proc. of 23d ECRS (2012). ID577.  =6/9=0.67 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Proc. of 23d ECRS (2012). ID527.  =6 V.Alekseenko, S.Gorozhantsev, D.Gromushkin, O. Shchegolev, Yu. Stenkin and V. Stepanov. Registration of Free Earth s Oscillations with a Global Net of the Thermal Neutron Scintillation en-Detectors. 33rd General Assembly of the European Seismological Commission, 19-24, August, 2012, Moscow. Talk  =6/6=1.0 B>3>:   = 15.99*1.5=23.985LVAL 0?0 ;5:A0=4@ ;048<8@>28G @>4. 23.08.1989, 0A?8@0=B -,   70 2012-2013 33 !B0BL8: /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, >45;8@>20=85 ;028= M;5:B@>=>2 8 ?>78B@>=>2, 2K720==KE :>A<8G5A:8<8 ;CG0<8 ?>4 459AB285< M;5:B@8G5A:>3> ?>;O 3@>7>2KE >1;0:>2, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3, !1>@=8: B@C4>2, AB@. 73-75.   = 4/3*1.5*1.5 = 3. >:;04K: Ya. S. Elensky, A. V. Lapa and A. S. Lidvansky, Simulation of Positron Flux in Cascades of Runaway Electrons Generated by Cosmic Rays in Thunderstorm Atmosphere, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, geo_459.   = 6/3*1.5*1.5 = 4.5. Ya.S. Elensky, A.V. Lapa, and A.S. Lidvansky, Investigation of origination and survival of avalanches of runaway electrons in strong electric fieds of thunderstorm atmosphere. International Workshop  Thunderstorm Elementary Particles Acceleration (TEPA-2012), Moscow, July 9-11, 2012.   = 6/3*1.5*1.5 = 4.5. B>3>:   = 12LVALNG 8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2012-2013 33 C1;8:0F88: 1. N. S. Khaerdinov and A. S. Lidvansky, Variations of cosmic ray muon flux during thunderstorms, J. Phys.: Conf. Ser, 2013, vol. 409, 012230 doi: 10.1088/1742-6596/409/1/012230.   = 8/2 *1.5 = 6. 2. A. S. Lidvansky, On the burst activity of the Crab Nebula and pulsar at high and ultra-high energies, Journal of Physics: Conference Series, 2013, vol. 409, 012114 doi:10.1088/1742-6596/409/1/012114.   = 8*1.5 = 12. 3. N S Khaerdinov and A S Lidvansky, Heights of generation of runaway electrons in bright cosmic ray events observed on the ground during thunderstorms, Journal of Physics: Conference Series, vol. 409 (2013) no. 012225. doi:10.1088/1742-6596/409/1/012225.   = 8/2*1.5 = 6. 4. Ya. S. Elensky, A. V. Lapa and A. S. Lidvansky, Simulation of Positron Flux in Cascades of Runaway Electrons Generated by Cosmic Rays in Thunderstorm Atmosphere, 2013, J. Phys.: Conf. Ser., vol. 409, no. 012227. doi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idvansky, On the Burst Activity of the Crab Nebula and Pulsar at High and Ultra-High Energies, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, ga_470.   = 6*1.5 = 9. 2. N. S. Khaerdinov and A. S. Lidvansky, Heights of Generation of Runaway Electrons in BrighLVALt Cosmic Ray Events Observed on the Ground during Thunderstorms, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, geo_447.   = 6/2*1/5 = 4.5. 3. N. S. Khaerdinov and A. S. Lidvansky, Interpretation of Variations of Cosmic Ray Muon Flux during Thunderstorms, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, geo_469.   = 6/2*1/5 = 4.5. 4. Ya. S. Elensky, A. V. Lapa and A. S. Lidvansky, Simulation of Positron Flux in Cascades of Runaway Electrons Generated by Cosmic Rays in Thunderstorm Atmosphere, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012, geo_459.   = 6/3*1.5 = 3. 5. A.S. Lidvansky, Cosmic Rays and Geophysics (GEO), Rapporteur s Talk at the 23 ECRS and 32nd RCRC, 23rd European Cosmic Ray Symposium, Moscow, July 3-7, 2012.   = 30. 6. A.S. Lidvansky and N.S. Khaerdinov, Cosmic Rays in Thunderstorm Atmosphere, International Workshop  Thunderstorm Elementary Particles Acceleration (TEPA-2012), Moscow, July 9-11, 2012. @83;0H5==K9 4>:;04.   = 30/2 = 15. 7. N.S. Khaerdinov and A.S. Lidvansky, Quantitative Analysis of the Effects Detected by EAS Array during Thunderstorms, International Workshop  Thunderstorm Elementary Particles Acceleration (TEPA-2012), Moscow, July 9-11, 2012.   = 6/2*1.5 = 4.5. 8. Ya.S. Elensky, A.V. Lapa, and A.S. Lidvansky, Investigation of origination and survival of avalanches of runaway electrons in strong electric fieds of thunderstorm atmosphere. International Workshop  Thunderstorm Elementary Particles Acceleration (TEPA-2012), Moscow, July 9-11, 2012.   = 6/3*1.5 = 3. 9. /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, >45;8@>20=85 ;028= M;5:B@>=>2 8 ?>78B@>=>2, 2K720==KE :>A<8G5A:8<8 ;CG0<8 ?>4 459AB285< M;5:B@8G5A:>3> ?>;O 3@>7>2KE >1;0:>2, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3, !1>@=8: B@C4>2, AB@. 73-75.   = 4/3*1.5 = 2. 10. .!. 8420=A:89, .!. %05@48=>2, =><0;L=0O ACB>G=0O 2>;=0 ?>;O E>@>H59 ?>3>4K 2 3>@=>< CI5;L5fLVALv, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3, !1>@=8: B@C4>2, AB@. 155-157   = 4/2*1.5 = 2. 11. .!. %05@48=>2, .!.8420=A:89, >;8G5AB25==0O 8=B5@?@5B0F8O M:A?5@8<5=B0;L=>3> 8AA;54>20=8O 20@80F89 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3, !1>@=8: B@C4>2, AB@. 248-250.   = 4/2*1.5 = 3. 12. .!. 8420=A:89, .!. %05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 8 A>?CBAB2CNI85 MDD5:BK, VII A5@>AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 24-28 A5=BO1@O 2012 3., !0=:B-5B5@1C@3. @83;0H5==K9 4>:;04.   = 20/2 = 10. 13. .%. 0=>=848, .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, >@@5;OF88 2B>@8G=KE G0AB8F :>A<8G5A:8E ;CG59 A 20@80F8O<8 35><03=8B=>3> ?>;O 2> 2@5<O 3@>7, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O-1 =>O1@O 2013 3, AB@. 64-65.   = 4/4*1.5 = 1.5. 14. .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, ><?;5:A=>5 8AA;54>20=8O <54;5==> B5:CI53> ?@>1>O AB@0B>AD5@K 2 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O-1 =>O1@O 2013 3, AB@. 66-67.   = 4/3*1.5 = 2. 15. .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, !@54=85 E0@0:B5@8AB8:8 ?@875<=>3> M;5:B@8G5A:>3> ?>;O 2> 2@5<O 3@>7 ?> 8AA;54>20=8N 20@80F89 2B>@8G=KE G0AB8F :>A<8G5A:8E ;CG59, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O-1 =>O1@O 2013 3, AB@. 68-69.   = 4/3*1.5 = 2. C:>2>4AB2> 0A?8@0=B>< (.. 0?0) 2012-2013 3>4K   = 30*2 = 60. B>3> 8=48284C0;L=K9   : 221.39.LVALNG!8=52 0;5@89 8B0;L528G, 10/12/1957, :.D.-<.=., A.=.A.   70 2012-2013 33. I. C1;8:0F88: 1. Y. Abe, C. Aberle, T. Akiri, & V. Sinev, & et al. (DC Collaboration), Indication of reactor electron antineutrinos disappearance in the Double Chooz experiment, Phys. Rev. Lett. 108, 131801, 2012.  = 7.943*30*0.06 = 14.297 2. Y.Abe, C.Aberle, J.C. Dos Anjos, & V.Sinev, & et al. Reactor electron antineutrino disappearance in the Double Chooz experiment, Phys. Rev. D 86, 052008, 2012.  = 4.691*30*0.06= 8.4438 3. Y. Abe, C. Aberle, J.C. Dos Anjos, & V.Sinev, & et al. First Test of Lorentz Violation with a Reactor-based Antineutrino Experiment, Phys. Rev. D86, 112009, 2012.  = 4.691*30*0.06= 8.4448 4. Y. Abe, C. Aberle, J.C. Dos Anjos & V.Sinev, & et al. Direct Measurement of Backgrounds Using Reactor-Off Data In Double Chooz, Phys. Rev. D 87, 011102 (Rapid communications), 2013.  = 4.691*30*0.06= 8.4438 5. .. !8=52. -:A?5@8<5=B0;L=K9 A?5:B@ 0=B8=59B@8=> >B O45@=>3> @50:B>@0 8 A?5:B@K >A=>2=KE 45;OI8EAO 87>B>?>2, @5?@8=B /-1318/2012.  = 4 6. .. !8=52 -:A?5@8<5=B0;L=K9 A?5:B@ 0=B8=59B@8=> >B O45@=>3> @50:B>@0 8 A?5:B@K >A=>2=KE 45;OI8EAO 87>B>?>2, /45@=0O $878:0, 73, 5, 578, 2013.  = 60*0.539 = 32.34 7. Y. Abe, C. Aberle, T. Akiri, & V. Sinev et al. (DC Collaboration), Indication for the disappearance of reactor electron antineutrinos in the Double Chooz experiment, arXiv:1112.6353 [hep-ex].  = 4*0.06 = 0.24 8. Y.Abe, C.Aberle, J.C. Dos Anjos, & V.Sinev, & et al. Reactor electron antineutrino disappearance in the Double Chooz experiment, arXiv:1207.6632 [hep-ex].  = 4*0.06=0.24 9. Y. Abe, C. Aberle, J.C. Dos Anjos, & V.Sinev, & et al. First Test of Lorentz Violation with a Reactor-based Antineutrino Experiment, arXiv:1209.5810 [hep-ex].  = 4*0.06=0.24 10. Y. Abe, C. Aberle, J.C. Dos Anjos & V.Sinev, & et al. Direct Measurement of Backgrounds Using Reactor-Off DLVALata In Double Chooz, arXiv:1210.3748 [hep-ex].  = 4*0.06=0.24 11. Y. Abe, C. Aberle, J.C. Dos Anjos & V.Sinev, & et al. First Measurement of q13 From Delayed Neutron Capture on Hydrogen in the Double Chooz Experiment, Phys. Rev. Lett. 108, 131801, 2013.  = 4.691*30*0.06= 8.4438 12. Y. Abe, C. Aberle, J.C. Dos Anjos & V.Sinev, & et al. First Measurement of q13 From Delayed Neutron Capture on Hydrogen in the Double Chooz Experiment, arXiv:1301.2948 [hep-ex].  = 4*0.06=0.24 13. .. !8=52. >8A:8 AB5@8;L=KE =59B@8=>, @5?@8=B /-1341/2013.  = 4 14. .. 57@C:>2, .. 8B28=>28G, .. 0GC;8=, .. !8=52, .. !:>@>E20B>2, !.. !CE>B8=. >8A:8 ?>B>:0 0=B8=59B@8=> >B 40K 87 5<;8 2 AF8=B8;;OF8>==KE 45B5:B>@0E 1>;LH>3> >1J5<0, @5?@8=B /-1372/2013.  = 0.67 ------------------------------------------------------- B>3> (AB0BL8): 86.29 ------------------------------------------------------- II. >:;04K: 1. .. !8=52, 4>:;04 =0 16->9 <564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 ?> D878:C M;5<5=B0@=KE G0AB8F.   = 6 ------------------------------- B>3> (4>:;04K): 6 ------------------------------------------------------------------ III. C:>2>4AB2> 48?;><=8:0<8 0A?8@0=B0<8: 1. 038AB5@A:0O 48AA5@B0F8O >7<>6=>ABL @538AB@0F88 ?>B>:0 35>=59B@8=> 2 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88 / , >?K;>2 @B5< 8:>;0528G, $", 8N=L, 2012.  =10 2. 0:0;02@A:0O 48AA5@B0F8O >7<>6=>ABL 87<5@5=8O D07K =0@CH5=8O !  G5B=>AB8 2 1>;LH>< AG8=B8;;OF8>==>< 45B5:B>@5 =0  /, 0@BK=5=:> !5@359 048<>28G, $", 8N=L, 2013.  =10 3. 0:0;02@A:0O 48AA5@B0F8O >7<>6=>ABL 87<5@5=8O C3;>2 A<5H820=8O =59B@8=> 2 1>;LH>< AG8=B8;;OF8>==>< 45B5:B>@5 =0  /, 5D>4L52 ;5:A0=4@ ;048<8@>28G, $", 8N=L, 2013.  =10 4. C:>2>4AB2> 0A?8@0=B>< 2 B5G5=85 2013 3., 8:8B5=:> /@>A;02 ;048<8@>28G. ?@545;5=85 =0?@02;5=8O ?@8E>40 =59B@8=> 2 1>;LH8E AF8=B8;;OF8>==KE 45B5:B>@0E.  =30 -------------------------------LVAL B>3> (@C:>2>4AB2>): 60 ------------------------------------------------------------------ B>3>:  = 86.29+6+60= 152.29LVALNG .   =.A. 2012-2013 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2/ 4>;O 8<?0:B D0:B>@ @0AG5B 10;; 2013 2 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 <>=>3@0D8O=2E G8A;> AB@0=8F 3 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 4 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 5 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 6 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 >:;04K 1 Muon-induced neutron background study for underground experiments with liquid scintillator searching for rare event physics K.V. Manukovskiy, O.G. Ryazhskaya, N.M. Sobolevskiy, A.V. Yudin 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 4 1,5 6*1.5/4 2,25 ?>AB5@ 2012 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 AC<<0: 10,614 A>2<5AB8B5;L 5,307 70LVAL2. 01. O6A:0O ..LVALNG #! !"" =.A. 2012-2013 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2/ 4>;O 8<?0:B D0:B>@ @0AG5B 10;; 2013 2 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 <>=>3@0D8O=2E G8A;> AB@0=8F 3 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 4 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 5 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 6 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 >:;04K 1 Muon-induced neutron background study for underground experiments with liquid scintillator searching for rare event physics K.V. Manukovskiy, O.G. Ryazhskaya, N.M. Sobolevskiy, A.V. Yudin 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 4 1,5 6*1.5/4 2,25 ?>AB5@ 2012 >:;04K 1 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Ashikhmin V.V. 6 0,1 1,5 6*0.1*1,5 0,9 2 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) >:;04 =0 ECRS 2012 MSU, Russia - Agafonova N.Yu. 6 0,1 1,5 6*0.1*1,5 0,9 AC<<0: 10,614 A>2<5AB8B5;L 5LVAL,307 702. 01. O6A:0O ..LVALNG) 20=>2 8E08; 8E09;>28G, 09.05.1991, AB065@- 8AA;54>20B5;L. ) !B0BLO 2 70@C156=>< 6C@=0;5, Evgeny E. Bukzhalev, Mikhail M. Ivanov and Alexey V. Toporensky, "Asymptotic solutions in f(R)-gravity", Class. Quantum Grav. 31 (2014) 045017, ImpactFactor = 3.562 http://iopscience.iop.org/0264-9381/31/4/045017 !B0BLO 2 70@C156=>< 6C@=0;5, Diego Blas, Mikhail M. Ivanov and Sergey Sibiryakov. "Testing Lorentz invariance of Dark Matter", JCAP, 1210: 057 (2012), ImpactFactor = 6.036 http://iopscience.iop.org/1475-7516/2012/10/057/ !B0BLO 2 70@C156=>< 6C@=0;5, Mikhail M. Ivanov, Alexey V. Toporensky. "Stable super-inflating cosmological solutions in f(R)-gravity", IJMPD, 21: 1250051 (2012), ImpactFactor = 1.030 http://www.worldscientific.com/doi/abs/10.1142/S0218271812500514 !B0BLO 2 @>AA89A:>< 6C@=0;5, Mikhail M. Ivanov, Alexey V. Toporensky. "Cosmological dynamics of fourth-order gravity with a Gauss-Bonnet term", Grav. and Cosmol., 18: 43-53 (2012) , ImpactFactor = 0.457 http://link.springer.com/article/10.1134%2FS0202289312010100 0;; = (0.457* 60 /2 + 1.030*30/2 + 6.036*30/3 + 3.562*30/3)*2 = 250.28 @83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88: 15th International ITEP winter school (Moscow, 14-21 February, 2012): "5<0 4>:;040  Lorentz violating Dark matter: cosmological consequences (2 A>02B>@AB25 A !. !818@O:>2K<). http://www.itep.ru/ws/2012/?info.shtml ?C1;8:>20=0 AB0BLO 2 B@C40E :>=D5@5=F88. 0;; = 4*1.5/2=3 @83;0H5==K9 4>:;04 =0 2A5@>AA89A:>9 :>=D5@5=F88 "><>=>A>2 2012" (>A:20, 9-13 ?@5;O 2012) "5<0 4>:;040  3@0=8G5=85 >B:;>=5=89 >B >@5=F-8=20@80B=>AB8 2 A5:B>@5 B5<=>9 <0B5@88 A 8A?>;L7>20=85< :>A<>;>38G5A:8E 40==KE . 0;; = 4. @83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88 17th international seminar on high energy physics QUARKS-2012 (June 4 - June 10, 2012, Yaroslavl, Russia) "5<0 4>:;040  Constraining deviations from Lorentz Invariance in the Dark Matter Sector (2 A>02B>@AB25 A C. !818@O:>2K<). http://quarks.inr.ac.ru/ ?C1;8:>20=0 AB0BLO 2 B@C4LVAL0E :>=D5@5=F88. 0;; = 4*1.5/2=3 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 13th Marcel Grossman meeting (July 1-7, 2012, Stockholm, Sweden). "5<0 4>:;040  Asymptotic solutions in f(R)-gravity ( A>02B>@AB25 A . ">?>@5=A:8<). http://www.icra.it/mg/mg13/summary.htm ?C1;8:>20=0 AB0BLO 2 B@C40E :>=D5@5=F88. 0;; = 6*1.5/2=4.5 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 4th Buyrakan summer school (September 14-28, 2012, Buyrakan, Armenia). http://www.aras.am/SS2012/participants.html "5<0 4>:;040  Testing Lorentz Invariance of Dark Matter ( A>02B>@AB25 A C. !818@O:>2K< 8 . ;0A><). 0;; = 6/3=2 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 6th TRR33 winter school on cosmology (Passo del Tonale, Italy, 9 12 December, 2012). http://darkuniverse.uni-hd.de/view/Main/WinterSchool12 "5<0 4>:;040  Testing Lorentz Invariance of Dark Matter ( A>02B>@AB25 A C. !818@O:>2K< 8 . ;0A><). 0;; = 6/3=2 @83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88 16th International ITEP winter school (Moscow, 12-19 February, 2013) http://www.itep.ru/ws/2013/?info.shtml "5<0 4>:;040  Asymptotic solutions in f(R)-gravity (2 A>02B>@AB25 A . ">?>@5=A:8<). ?C1;8:>20=0 AB0BLO 2 B@C40E :>=D5@5=F88. 0;; = 4*1.5/2=3 @83;0H5==K9 4>:;04 =0 2A5@>AA89A:>9 :>=D5@5=F88 "><>=>A>2 2013" (>A:20, 8-12 ?@5;O 2013) "5<0 4>:;040  A8<?B>B8G5A:85 @5H5=8O 2 f(R)-3@028B0F88 . 0;; = 4. @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 7th Aegean summer school "Beyond Einstein s theory of gravity" (Parikia, Island of Paros, Greece, 23 - 28 September 2013). http://www.physics.ntua.gr/cosmo13/Paros2013/participants.html "5<0 4>:;040  UV-completing Ghost Inflation . 0;; = 6 0;; =3+4+3+4.5+2+2+3+4+6=31.5 ) >2KH0NI89 :>MDD8F85=B 4;O <>;>4KE 8AA;54>20B5;59 = 2 B>3>2K9 0;; =2*(250.28+ 31.5)= 563.56 -35,62(2014)+>H81:0(*2) 8 -B 41 1.5: 89.52+31.5=121.02+60.51=181.53LVALNG02@8;>2 !5@359 ;5:A0=4@>28G, @>4. 16. 12. 1986, <. =. A. 1. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . $5I5=:>. 5@A?5:B82K 8A?>;L7>20=8O 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 =0 CA:>@8B5;OE FRIB Michigan State University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einhardt-Nickoulin, S. Bragin, A. Feschenko, S. Gavrilov, A. Mirzojan, I. Vasilyev, O. Volodkevich. Emittance measurements at the exit of INR linac. Proceedings of XXIII Russian Particle Accelerator Conference RuPAC-2012, Saint-Petersburg, Russia, September 24-28, 2012, p. 668 670. http://accelconf.web.cern.ch/AccelConf/rupac2012/index.htm. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 0;;: 4/7*1,5=0,86 4. 02@8;>2 !. ., 0A8;L52 . ., 59=30@4B-8:C;8= . ., $5I5=:> . . 5@2K5 @57C;LB0BK 87<5@5=89 ?@>D8;O ?CG:0 ?> D;C>@5AF5=F88 >AB0B>G=>3> 3070 =0 # / . 23-5 <564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F IWCPA-2013, ;CHB0, @K<, 10-14 A5=BO1@O 2013 3. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 0;;: (6/4) = 1,5 5. S. Gavrilov, A. Feschenko, P. Reinhardt-Nickoulin, I. Vasilyev. Analysis of measurement errors of INR linac ionization beam cross section monitor. Proceedings of International Beam Instrumentation Conference IBIC-2013, Oxford, UK, September 16-19, 2013, p. 535-538. http://accelconf.web.cern.ch/AccelConf/IBIC2013/ (?C1;8:>20==K9 LVAL& 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 0;;: (6/4)*1.5 = 2.25 6. 02@8;>2 !. ., 0A8;L52 . ., 59=30@4B-8:C;8= . ., $5I5=:> . . >=870F8>==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O 4;O 42C<5@=>9 =5@07@CH0NI59 4803=>AB8:8 ?CG:>2 8>=878@CNI8E 87;CG5=89. >=B@>;L. 803=>AB8:0 ! 12, 2013, A. 39-47. (!B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5, 2:;NG5==>< 2 ?5@5G5=L ). 0;;: (60/4)*0.245 (42CE;5B=89 8<?0:B-D0:B>@ &) = 3.675 8G=K9   = 9.635*2 (:. D.-<. =. 2014 3.) = 19.27LVALNG>@>H:528G 235=89 =4@5528G, 0=4840B D878:>-<0B5<0B8G5A:8E =0C:, AB0@H89 =0CG=K9 A>B@C4=8: A5:B>@0 <0B5<0B8G5A:>3> >15A?5G5=8O M:A?5@8<5=B>2 -$ !?8A>: ?C1;8:0F89 1. OBSERVATION OF THE ABC EFFECT AND FINAL-STATE ISOSPIN /      / $      , 2014, v. 77,!7, p. 1 5 E.A.Doroshkevich, M.A.Bashkanov, H.Clement, E.Perez del Rio, A.Pricking, T.Yu.Skorodko, G.J.Wagner  =0,529*60/7=4,534 2. Total and differential cross sections of the reaction p + d -> 3He + eta at 48.8 MeV and 59.8MeV excess energy WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Feb 14, 2014. 8 pp. e-Print: arXiv:1402.3469 [nucl-ex] | PDF  =0,24 3. Measurement of the !+"0 Dalitz plot distribution WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Jun 10, 2014. 13 pp. e-Print: arXiv:1406.2505 [hep-ex] | PDF  =0,24 4. Evidence for a New Resonance from Polarized Neutron-Proton Scattering WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Feb 27, 2014. Published in Phys.Rev.Letters 02/2014; 112:202301 e-Print: arXiv:1402.6844 [nucl-ex] | PDF  =7,943*30*0.06 = 14.297 5. Cross section ratio and angular distributions of the reaction p + d -> 3He + eta at 48.8 MeV and 59.8 MeV excess energy WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Feb 14, 2014. 8 pp. Published in Eur.Phys.J. A50 (2014) 100 DOI: 10.1140/epja/i2014-14100-4 e-Print: arXiv:1402.3469 [nucl-ex] | PDF  =2.043*30*0.06 = 3.677 6. 1. Encounters with Di-Baryons - from the ABC Effect to a New Resonance? WASA-at-COSY Collaboration (Elena Perez Del Rio et al.). 2013. 8 pp. Published in PoS Bormio2013 (2013) 013 Conference: C13-01-21.2   = 6 E 1.5 x 0,06 = 0.54 7. Measurement of the pn!pp0" reaction in search for the recently observed resonance structure in d00 and d+" systems WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Jun 21, 2013. 8 pp. Published in Phys.Rev. C88 (2013) 5, 055208 DOI: 1LVAL0.1103/PhysRevC.88.055208 e-Print: arXiv:1306.5130 [nucl-ex] | PDF   = 3,715 E 30 E 0,06 = 6.687 8. Final-State Interactions in the Process p p!pK+ COSY-TOF Collaboration (M. Rder (Julich, Forschungszentrum) et al.). May 2, 2013. 7 pp. Published in Eur.Phys.J. A49 (2013) 157 DOI: 10.1140/epja/i2013-13157-9 e-Print: arXiv:1305.0451 [nucl-ex] | PDF   = 2,043 E 30 E 0,06 = 3.667 9. Investigation of the dd! 3Hen0 reaction with the FZ Jlich WASA-at-COSY facility WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Apr 12, 2013. 8 pp. Published in Phys.Rev. C88 (2013) 1, 014004 DOI: 10.1103/PhysRevC.88.014004 e-Print: arXiv:1304.3561 [nucl-ex] | PDF   = 3,715 E 30 E 0,06 = 6.687 10. On the N cusp in the pp!pK+ reaction S. Abd El-Samad (Cairo, Atomic Energy Authority), E. Borodina (Julich, Forschungszentrum & JCHP, Julich), K.Th. Brinkmann (Giessen U.), H. Clement, E. Doroshkevich (Tubingen U. & Tubingen U.), R. Dzhygadlo (Julich, Forschungszentrum & JCHP, Julich), K. Ehrhardt, A. Erhardt (Tubingen U. & Tubingen U.), W. Eyrich (U. Erlangen-Nuremberg (main)), H. Freiesleben (Dresden, Tech. U.) et al.. 2013. 8 pp. Published in Eur.Phys.J. A49 (2013) 41 DOI: 10.1140/epja/i2013-13041-8   = 2,043 E 30 E 0,06 = 3.667 11. Search for a dark photon in the 0!e+e" decay WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Apr 2, 2013. 7 pp. Published in Phys.Lett. B726 (2013) 187-193 DOI: 10.1016/j.physletb.2013.08.055 e-Print: arXiv:1304.0671 [hep-ex] | PDF   = 3,955 E 30 E 0,06 = 7,119 12. Measurement of the p n ---> p p pi0 pi- reaction in search of the ABC resonance WASA-at-COSY Collaboration (T. Skorodko et al.). 2012. 3 pp. Published in EPJ Web Conf. 37 (2012) 09033 DOI: 10.1051/epjconf/20123709033 Conference: C12-05-31 Proceedings   = 2,043 E 30 E 0,06 = 3.667 13. ABC effect and resonance structure in the double-pionic fusion to He-3 WASA-at-COSY Collaboration (E. Perez del Rio et al.). 2012.LVAL 3 pp. Published in EPJ Web Conf. 37 (2012) 09029 DOI: 10.1051/epjconf/20123709029 Conference: C12-05-31 Proceedings   = 2,043 E 30 E 0,06 = 3.667 14. Isospin decomposition of the basic double-pionic fusion in the region of the ABC effect WASA-at-COSY Collaboration (M. Bashkanov et al.). 2012. 3 pp. Published in EPJ Web Conf. 37 (2012) 09004 DOI: 10.1051/epjconf/20123709004 Conference: C12-05-31 Proceedings   = 2,043 E 30 E 0,06 = 3.667 15. ABC effect in double-pionic fusion: A new resonance? WASA-at-COSY Collaboration (A. Pricking et al.). 2012. 6 pp. Published in EPJ Web Conf. 37 (2012) 01024 DOI: 10.1051/epjconf/20123701024 Conference: C12-05-31 Proceedings   = 2,043 E 30 E 0,06 = 3.667 16. Search for -mesic 4He with the WASA-at-COSY detector WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Jan 2013. 7 pp. Published in Phys.Rev. C87 (2013) 3, 035204 DOI: 10.1103/PhysRevC.87.035204 e-Print: arXiv:1301.0843 [nucl-ex] | PDF   = 3,715 E 30 E 0,06 = 6.687 17. Isospin Decomposition of the Basic Double-Pionic Fusion in the Region of the ABC Effect WASA-AT-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Dec 2012. Published in Phys.Lett. B721 (2013) 229-236 DOI: 10.1016/j.physletb.2013.03.019 e-Print: arXiv:1212.2881 [nucl-ex] | PDF   = 3,955 E 30 E 0,06 = 7,119 18. Abashian-Booth-Crowe resonance structure in the double pionic fusion to He-4 WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Jun 2012. Published in Phys.Rev. C86 (2012) 032201 DOI: 10.1103/PhysRevC.86.032201 e-Print: arXiv:1206.6337 [nucl-ex] | PDF   = 3,715 E 30 E 0,06 = 6.687 19. The p p ---> n K+ Sigma+ reaction at 2.95-GeV/c M. Abdel-Bary, S. Abdel-Samad (Julich, Forschungszentrum), R. Bilger (Erlangen - Nuremberg U.), K.Th. Brinkmann (Dresden, Tech. U. & Bonn U., HISKP), H. Clement, E. Doroshkevich (Tubingen U.), S. Dshemuchadse (Dresden, Tech. U.), A. Erhardt (Tubingen U.), W. Eyrich (Erlangen - NurembergLVAL U.), D. Filges (Julich, Forschungszentrum) et al.. 2012. 8 pp. Published in Eur.Phys.J. A48 (2012) 37 DOI: 10.1140/epja/i2012-12037-2   = 2,043 E 30 E 0,06 = 3.667 20. The pK0\Sigma+ final state in proton-proton collisions TOF Collaboration (M. Abdel-Bary (Julich, Forschungszentrum) et al.). Feb 2012. 15 pp. Published in Eur.Phys.J. A48 (2012) 23   = 2,043 E 30 E 0,06 = 3.667 DOI: 10.1140/epja/i2012-12023-8 e-Print: arXiv:1202.4108 [nucl-ex] | PDF 21. Exclusive Measurement of the !+" Decay WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Jul 2011. 6 pp. Published in Phys.Lett. B707 (2012) 243-249 DOI: 10.1016/j.physletb.2011.12.027 e-Print: arXiv:1107.5277 [nucl-ex] | PDF   = 3,955 E 30 E 0,06 = 7,119 22. 00 Production in Proton-Proton Collisions at Tp=1.4 GeV WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Jul 2011. 5 pp. Published in Phys.Lett. B706 (2012) 256-262 DOI: 10.1016/j.physletb.2011.11.041 e-Print: arXiv:1107.0879 [hep-ex] | PDF   = 3,955 E 30 E 0,06 = 7,119 >:;04K =0 :>=D5@5=F8OE B>3>2K9   = 108.088LVALNG$: AB0?5=:> 0;5=B8=0 !5@3552=0 C1;8:0F88: AlievR.A., ErmolaevS.V., VasilievA.N., OstapenkoV.S., lapshinaE.V. etal. Solvent Extraction and Ion Exchange, 32:468-477  =1,581*30/11=4,31 "Isolation of medicine-applicable actinium-225 from thorium targets irradiated by medium-energy protons" OstapenkoV., Vasiliev A., Lapshina E., Ermolaev S., Aliev R., Totskiy Yu., Zuikov B., Kalmykov S. JRadioanal Nucl Chem,  Separation of actinium-225 from fission and spallation products by extraction chromatography  =1,415*30/8=5,31 03@04K 8 CG0AB85: " 5@2>5 <5AB> 2 564C=0@>4=>9 :>=D5@5=F88 ABC45=B>2, 0A?8@0=B>2 8 <>;>4KE CG5=KE ><>=>A>2, 2013 " 5@>2>5 <5AB> 2 VII >=D5@5=F88 " 048>E8<8O2012" 2 ?>AB5@=>9 A5:F88, >AA8O, 2012 International Conferences: 1) EuCheMS International Conference on Nuclear and Radiochemistry (NRC-8). Como, Italy, 2012, p. 61."Separation of actinium-225 for nuclear medicine purposes from thorium targets irradiated with middle energy protons". Ramiz Aliev, Stanislav Ermolaev, Boris Zhuikov, Stephan Kalmykov, Elena Lapshina, Yuri Totskiy, Valentina Ostapenko, Alexander Vasilyev.  =6/8=0,75 2) International Conference "Actinides 2013", Germany, 2013, p.210-211."Separation of 225Ac from radionuclides generated by proton irradiation of natural thorium using extraction chromatography".  =6/8=0,75 3) APSORC13, 5-th Asia-Pacific Symposium on Radiochemistry, Japan, 2013, p. 89. "Production of actinium-225 from natural thorium irradiated with protons". Vasiliev Aleksandr N., Ostapenko Valentina S., Aliev Ramiz A., Kalmykov Stepan N., Lapshina Elena V., Zhuikov Boris L., Ermolaev Stanislav V.  =6/7=0,86 4) The first Russian-Nordic Symposium on Radiochemistry, >scow, 2013, p. 103."Separation and preconcantration of actinides and rare earth elements be extraction chromatography". AB0?5=:> .!., 0?H8=0 .., C9:>2 .., 0;<K:>2 !.., ;852 .., 0A8;L52 ..  =4 5) XX 564C=0@>4=0O >=D5@5=F8O ABC45=B>2, 0A?8@0=B>2 8 <>;>4KE CG5=KE "><>=>A>2-2013",LVAL >A:20. "@8<5=5=85 M:AB@0:F8>==> - E@><0B>3@0D8G5A:8E A<>; 4;O @0745;5=8O 0:B8=>84>2 8 @54:>75<5;L=KE M;5<5=B>2". AB0?5=:> .!., 0A8;L52 ..  =6 6) 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChemRussia) A <564C=0@>4=K< CG0AB85<, 3. >A:20. 2013. "-:AB@0:F8>==>-E@><0B>3@0D8G5A:>5 >B45;5=85 Ac-225 >B @048>=C:;84>2, >1@07CNI8EAO ?@8 >1;CG5=88 ?@>B>=0<8 ?@8@>4=>3> B>@8O". 0?H8=0 .., @<>;052 !.., C9:>2 .., 0;<K:>2 !.., ;852 .., AB0?5=:> .!., 0A8;L52 ..  =4 7) 7-th European summer school on supramolecular, intermolecular, interaggregate interactions and separation chemistry. Moscow, Russia. 2012. "SEPARATION OF RADIONUCLIDES FORMED IN THORIUM TARGET IRRADIATED WITH PROTONS". Vasiliev ., Ostapenko V., Kalmykov S., Aliev R., Lapshina E., Ermolaev S.  =6/6=1 8) 4-th International Nuclear Chemistry Congress, San Paulo, Brazil. "Separation of 225Ac from rare eath elements generated by proton irradiation of natural thorium". 2014, p. 65. Lapshina Elena V., Ermolaev Stanislav V., Zhuikov Boris L., Vasiliev Aleksandr N., Ostapenko Valentina S., Aliev Ramiz A., Kalmykov Stepan N.  =6 9) 4-th International Nuclear Chemistry Congress, San Paulo, Brazil. 2014, p. 67. "Recovery of Actinium-225 and Radium-223 from natural thorium irradiated with protons". Ostapenko Valentina S., Vasiliev Aleksandr N., Lapshina Elena V., Ermolaev Stanislav V., Aliev Ramiz A., Kalmykov Stepan N., Zhuikov Boris L.  = 6/7=0,86 10) VII >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04. 2012, A. 374. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 @048O-233 87 >1;CG5==KE ?@>B>=0<8 B>@852KE <8H5=59. 0;<K:>2 !.., C9:>2 .., ;852 .., @<>;052 !.., AB0?5=:> .!., 0A8;L52 ..,"0=0=052 ..,OA>54>2 .$.  = 4/8=0,5 11) VII >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04. 2012, A. 388. %@><0B>3@0D8G5A:>5 @0745;5=85 @048>=C:;84>2, >1@07CNI8EAO 2 B>@88, >1;CG5==>< ?@>B>=0<8. 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"@C=>21, !.. C7=5F>24, .. 5H:>24, ... 0?CH:8=4, .. $54G5=:>1, .. >@1C=>21, .. @BNH8= 1, .. >=><0@5201, .. @0G521, .. $5I5=:>1, .. !5@>21, .. ;5:A5525, .. C;:8=7, .. #;LO=>27, .. "@C=>27,..@02GC:1, -.. >?B5;>21 "578AK, AB@. 128, XXII 564C=0@>4=>3> !>25I0=8O ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( ! 2012), 5;5=>3>@A:, 5=8=3@04A:>9 >1;.15-20 >:BO1@O 2012 3>40 XXII !) ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O !-2012, :B.2012,!0=:B-5B5@1C@3. 0,4 10;;0 3. 59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20==KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 / . .. !04K:>2, .. ;5:A552, .!. 8B28=, .!.;5<5=BL52, !.. :A5=>2, .!. >=>=KE8=, .. "@C=>2, !..C7=5F>2, .. 5H:>2, ... 0?CH:8=, .. $54G5=:>, .. >@1C=>2, .. @BNH8=, .. >=><0@520, .. @0G52, .. $5I5=:>, .. !5@>2, .. ;5:A552, .. C;:8=, .. #;LO=>2, .."@C=>2, ..@02GC:, -.. >?B5;>2. "578AK, AB@. 129, XXII 564C=0@>4=>3> !>25I0=8O ?> 8A?LVAL>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( ! 2012), 5;5=>3>@A:, 5=8=3@04A:>9 >1;.15-20 >:BO1@O 2012 3>40 6*1.5/10= 0.9 10;;0 4. !.. C7=5F>2, .. 5H:>2, . !04K:>2, .!. 8B28=, ...0?CH:8=, .. ;5:A552, -.. >?B5;>2. 57C;LB0BK 8A?KB0=89 M;5<5=B>2 <=>3>DC=:F8>=0;L=>3> =59B@>==>3> A?5:B@><5B@0 =0 8<?C;LA=KE 8AB>G=8:0E -06 8 -! /, XXII <564C=0@>4=>5 A>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( !-2012), 5;5=>3>@A:, 15-19 >:BO1@O 2012 3>40. 6*1.5/7 = 1.3 10;;0 5. 59B@>==K9 :><?;5:A / . !?5:B@><5B@ =59B@>=>2 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100). F5=:0 E0@0:B5@8AB8: 87<5@8B5;L=KE :0=0;>2. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2,   " /  1325/2012 4/4 = 1 10;; 6. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 .., (>@8= .!. AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 243Cm(n,f) II.   " /  1334/2012 4/8 = 0.5 10;;0 7. !8AB5<0 @538AB@0F88 4;O =59B@>=>3@0D8G5A:8E M:A?5@8<5=B>2 ?> <5B>4C 2@5<5=8 ?@>;5B0 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / . ..0@8=, !.. >B0H52, .. ;5:A552, .!. 8B28=, .!. >B0H52, .. "@C=>2, !.. :A5=>2, .. 5A5;>2A:89, .!. >=>=KE8=, .!. ;5<5=BL52, . !04K:>2. @5?@8=B /  !1328/2012 4/10 = 0.4 10;;0 8. ICANS-XX, International Conference on Advanced Neutron Sources, 4-9th March 2012, Bariloche, Argentina, The INR RAS Neutron Complex  Present Status and Prospects, A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, A.V. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov, S.F. Sidorkin.   6.00/10 = 0.6 9. 0CG=0O A5AA8O /# $ 2012, 30 O=20@O - 4 D52@0;O 2012 3., >A:20, 59B@>==K9 48D@0:B><5B@ 2KA>:>3> 402;5=8O 5@:C;5A, !.. :A5=>2, .. !04K:>2, .!. ;5<5=BL52, .. ;5:A552, .!. 8B28=, .!. >=>=KE8=,LVAL .. C;:8=, -.. >?B5;>2. 2012 3. 10. A new time-of-flight neutron reflectometer and SANS instrument GORIZONT at IN-06 spallation neutron source. V S Litvin, V A Trounov, V A Ulyanov, A P Boulkine, S I Kalinin, A A Alekseev, R A Sadykov and E A Koptelov. J. Phys.: Conf. Ser. v. 340 p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he INR RAS Neutron Complex  Present Status and Prospects A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, V.A. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov,S.F. Sidorkin. 20th meeting on Collaboration of Advanced Neutron Sources, March4-9,2012, Bariloche, Argentina. 6*0,1=0,6 14.ICANS  XX, March 4-9 2012 Bariloche. Argentina A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, A.V. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. SaLVALdykov, S.F. Sidorkin. The INR RAS Neutron Complex  Present Status and Prospects. #AB=K9 4>:;04   6/10=0.6 !C<<0@=>5   (2012) = 0,4+0,4+0,9+1,3+1+0,5+0,4+0,6+0,44+1+1,8+0,6+0,6=9,95 2013 3>4 1.1 !.. C7=5F>2,.. 5H:>2, .. !04K:>2,.!. 8B28=, ... 0?CH:8=, .. ;5:A552, -.. >?B5;>2. =>3>DC=:F8>=0;L=K9 =59B@>==K9 A?5:B@><5B@ =0 8<?C;LA=>< 8AB>G=8:5  06 / , @0B:85 A>>1I5=8O ?> D878:5, 2013, 9, 3-11. Impact factor -0.241 0;;K (0.241*60)/7= 2,066 1.2 ICANS-XX, International Conference on Advanced Neutron Sources, 4-9th March 2012, Bariloche, Argentina, The INR RAS Neutron Complex  Present Status and Prospects, A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, A.V. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov, S.F. Sidorkin.   6.00/10 = 0.6 1. 1. The INR RAS Neutron Complex  Present Status and Prospects A.A. Alekseev, S.N. Aksenov, E.S. Clementyev, V.A. Feschenko, M.I. Grachev, E.S.Konobeevsky, E.A. Koptelov, L.V. Kravchuk, V.S. Litvin, V.A. Matveev, Y.V.Ryabov, R.A. Sadykov,S.F. Sidorkin. 20th meeting on Collaboration of Advanced Neutron Sources, March4-9,2012, Bariloche, Argentina. 0,6 10;;0 3. !.$. !84>@:8=, -.. >?B5;>2. #,!+ !"' "  /  / !!/ ! +% ! . 6C@=0; >25@E=>ABL 2013, No.6, pp. 97 112.   =0.359 " 60 / 2 = 10.77 8. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 .., (>@8= .!. AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / : 24Am(n,f).   " /  358/2013 N=L 2013   = 4/8 = 0.5 ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .!.3>@>2, .$.!0<K;8=, ..$C@A>2, .!.(>@8=.// !5G5=85 ?>410@L5@=>3> 45;5=8O 241Am.///45@=0O D878:0, 2 ?5G0B8.??? !C<<0@=>5   (2013) = 2,1+0,6+0,6+10,8+0,5=14,6   #'+% !" #  2012  2013 33. ! ?/?LVAL $0<8;8O, <O, BG5AB2> >;6=>ABL 720=85     C:>2. 1 :A5=>2 !5@359 8:>;0528G <=A. 5 2 ;5:A552 =4@59 ;5:A5528G =A 14.8 3 5@3<0= ;5:A59 =4@5528G ! =A .D.-<.=. 10.0 4 >B28=0 ;5:A0=4@ !B5?0=>28G A .D.-<.=. 169.3 5 >;:>2 ;5:A0=4@ 8:>;0528G =A 6 ;5<5=BL52 235=89 !B0=8A;02>28G =A .D.-<.=. 120,47 7 C7=5F>2 0;5@89 5>=84>28G !=A .D.-<.=. 31.6 8 C7=5F>20 235=8O 0A8;L52=0 =A .D.-<.=. 24 9 0BKH520 N4<8;0 8:>;052=0 A 19,13 10 5154L .;8O >@8A>2=0 A .D.-<.=. 23,13 11 8B28= 0A8;89 !5@35528G <=A 6,94 12 !04K:>2 028;L AE0B>28G 02. A5:B. .D.-<.=. 48.1 48.1 13 !5<5=>2 ;5:A59 ;5:A5528G A? .D-<.=. 87.105. 14 !84>@:8= !B0=8A;02 $54>@>28G =A .D.-<.=. 36,55 15 !>1>;52A:898:>;09 8E09;>28G 02. A5:B. .D.-<.=. 128.4655 211.3 16. "@C=>2 <8B@89 8:>;0528G 8.1 17. 02@8;N: ;5:A0=4@ @83>@L528G A=A .D.-<.= 99,82  = 0,5 * 24,54 + 0,75 * (832.52/17)=12.27 + 0,75 * 48,97 = 12,27 + 36,72= 50 =49!!! 02.  -..>?B5;>2LVALNGC1;8:0F88 .57@C:>20 2012-2013 3>4K. 2013 1. >8A:8 ?>B>:0 0=B8=59B@8=> >B 40 87 5<;8 2 AF8=B8;;OF8>==KE 45B5:B>@0E 1>;LH>3> >1J5<0. ..57@C:>2, ..8B28=>28G, ..0GC;8=, ..!8=52 8 4@. ?@5?@8=B /  1372/2013, 45:01@L-2013  = 0,4 2. Leonid Bezrukov. Geoneutrino and Hydridic Earth model. INR Preprint: 1364/2013, July 2013, Moscow =4=4 3. Isotopically modified Ge detectors for {\sc Gerda}: from production to operation D. Budjas, M. Agostini (Munich, Tech. U. & Munich, Tech. U., Universe), L. Baudis (Zurich U.), E. Bellotti (Milan Bicocca U. & INFN, Milan Bicocca), L. Bezrukov (Moscow, INR), R. Brugnera (INFN, Padua & Padua U.), C. Cattadori (INFN, Milan Bicocca), A. Di Vacri (Gran Sasso), R. Falkenstein (Tubingen U.), A. Garfagnini (INFN, Padua & Padua U.) et al.. 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AA;54>20=85 :8=5B8:8 A25G5=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) "-. ! 1, 2013  =0,33*60/7=2,829 2012 14. First Test of Lorentz Violation with a Reactor-based Antineutrino Experiment Double Chooz Collaboration (Y. Abe (Tokyo Inst. Tech.) et al.). Sep 2012. 6 pp. Published in Phys.Rev. D86 (2012) 112009 e-Print: arXiv:1209.5810 [hep-ex]  =4,691*30*0,06=8,444 Reactor electron antineutrino disappearance in the Double Chooz experiment Double Chooz Collaboration (Y. Abe (Tokyo Inst. Tech.) et al.). Jul 2012. Published in Phys.Rev. D86 (2012) 052008 e-Print: arXiv:1207.6632 [hep-ex]  =4,691*30*0,06=8,444 15. Indication for the disappearance of reactor electron antineutrinos in the Double Chooz experiment Y. Abe, C. Aberle, T. Akiri, J. C. dos Anjos, F. Ardellier, A. F. Barbosa, A. Baxter, M. Bergevin, A. Bernstein, T. J. C. Bezerra, L. Bezrukhov, E. Blucher, et al. (123 additional authors not shown) arXiv:1112.6353 [hep-ex] (or arXiv:1112.6353v3 [hep-ex] for this version) Phys. Rev. Lett. 2012. V.108. P.131801; 0rXiv:1112.6353 [hep&ex].  =7,943*30*0,06=14,297 16. I.Barabanov, L.Bezrukov, E.Risconi, S.Schonert. The 14C abundance in liquid organic scintillators and oil. Preprint INR. 1316/2012. April 2012. Moscow  =4/4=1 17. Extensive stLVALudies of MRS APDs for plastic scintillator muon veto detectors of cryogenic experiments R. Falkenstein (Tubingen U.), L.B. Bezrukov (Moscow, INR), K. Freund (Tubingen U.), A.V. Golovin, V.M. Golovin (CPTA, Moscow), P. Grabmayr, J. Jochum (Tubingen U.), B.K. Lubsandorzhiev (Tubingen U. & Moscow, INR), N.B. Lubsandorzhiev, R.V. Poleshuk (Moscow, INR) et al.. 2012. 4 pp. Published in Nucl.Instrum.Meth. A695 (2012) 330-333. Conference: C11-07-04 Proceedings  =1,142*30*0,1=3,426 18. 0@010=>2 . ., 57@C:>2 .., 02@8;N: ..., C@5=F>2 .., C7L<8=>2 .., /:8<5=:> !..  !>45@60=85 30<<0-87;CG0NI8E 87>B>?>2 2 >1@07F5 C3;O :0: <5B>4 845=B8D8:0F88 <5AB>@>645=8O -. B>< 113 ,2K?CA: 3 A5=BO1@L 2012  =0,034*60/6=0,34 19. . . 0@010=>2, . . 57@C:>2, . /. >28:>20, !<8@=>2, . . /=>28G 8 4@.  Nd_A>45@60I89 684:89 >@30=8G5A:89 AF8=B8;;OB>@ 4;O M:A?5@8<5=B0 ?> 87<5@5=8N 42>9=>3> 15B0_@0A?040 "-, ! 5, 2012, 37-43  =0,33*60*0,1=1,98 20. A Nd-loaded liquid organic scintillator for the experiment aimed at measuring double beta decay I.R. Barabanov, L.B. Bezrukov (Moscow, INR), C. Cattadori (INFN, Milan Bicocca), N.A. Danilov (Moscow, Inst. Chem. Phys.), A. Di Vacri, A. Ianni, S. Nisi (Gran Sasso), G.Ya. Novikova (Moscow, INR), F. Ortica, A. Romani (INFN, Perugia & Perugia U.) et al.. 2012. 6 pp. Published in Instrum.Exp.Tech. 55 (2012) 545-550, Prib.Tekh.Eksp. 2012N5 (2012) 37-42  =0,33*60*0,1=1,98 21. . . 0@010=>2, . . 57@C:>2, . . 0=8;>2, . . /=>28G 8 4@.  7<5@5=85 :>=F5=B@0F88 87>B>?0 14C 2 684:>< >@30=8G5A:>< AF8=B8;;OB>@5 =0 CAB0=>2:5 <0;>3> >1J5<0, "- ! 1, 2012, 40-44  =0,33*60*0,1=1,98 22. Measuring the (14)C isotope concentration in a liquid organic scintillator at a small-volume setup. C. Buck (Heidelberg, Max Planck Inst.), O. Besida (Saclay), C.M. Cattadori (Gran Sasso), F.X. Hartmann (Heidelberg, Max Planck Inst.), Th. Lasserre (Saclay), D. Motta (Heidelberg, Max Planck Inst.), A. Vacri, L. Pandola (Gran Sasso), S. Schonert, U. Sch" LVAL2 wan (Heidelberg, Max Planck Inst.) et al.. 2012. 4 pp. Published in Instrum.Exp.Tech. 55 (2012) 34-37, Prib.Tekh.Eksp. 1 (2012) 40-43  =0,33*60*0,1=1,98 23. The next-generation liquid-scintillator neutrino observatory LENA. LENA Collaboration (Michael Wurm (Munich, Tech. U. & Hamburg U., Inst. Exp. Phys. II) et al.). Apr 2011. 59 pp. Published in Astropart.Phys. 35 (2012) 685-732 e-Print: arXiv:1104.5620 [astro-ph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arkamo, L. Bezrukov, T. Enqvist, H. Fynbo, L. Inzhechik, J. Joutsenvaara, T. Kalliokoski, P. Kuusiniemi, K. Loo, B. Lubsandorzhiev, T. Monto, V. Petkov, T. Raiha, M. Slupecki, W.H. Trzaska, A. Virkajarvi. "EAS selection in the EMMA underground array", Journal of Physics: Conference Series, 409, 012086, 2013. 8/16 = 0.5 4) P. Kuusiniemi, L. Bezrukov, T. Enqvist, H. Fynbo, L. Inzhechik, J. Joutsenvaara, T. Kalliokoski, K. Loo, B. Lubsandorzhiev, T. Monto, V. Petkov, T. Raiha, J. Sarkamo, M. Slupecki, W.H. Trzaska and A. Virkajarvi. "Underground cosmic-ray experiment EMMA", Journal of Physics: Conference Series, 409, 012067, 2013. 8/16 = 0.5 5) M.G. Kostyuk, V.B. Petkov, R.V. Novoseltseva, M.M. Boliev, M.D. Berkova, Yu.F. Novoseltsev, L.V. Volkova, V.G. Yanke. "Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere", Journal of Physics: Conference Series, 409, 012231, 2013. 8LVAL/8 = 1.0 6) D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. "Measurements of the thermal neutrons flux near the EAS core", Journal of Physics: Conference Series, 409, 012034, 2013. 8/7 = 1.14 7) .. 0?>=5=:>, .. 5B:>2, ... @8H:0=, .. 70?0@>20, .. >;G5=:>, .$. /=8=, .. C@5=O, .. >@10G520, ">8A: C;LB@0:>@>B:8E 2A?;5A:>2 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 =0 ;82=52>9 CAB0=>2:5 =4K@G8", 725AB8O , A5@. D87., B. 77, ! 11, A. 1597-1599, 2013. 0.276*60/8 = 2.07 8) .. 60??C52, .. >;G5=:>, .#. C46052, .. 8E09;>20,.. 5B:>2, ... !B5=L:8=, AA;54>20=85 04@>==KE AB2>;>2 ( =0 CAB0=>2:5  >25@-2 . 725AB8O . A5@. D87., B. 78, ! 3, A. 330 332, 2014. 0.276*60/6 = 2.76 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 7.82 1) V.B. Petkov, J.Szabelski, A.N. Gaponenko, and I. Alikhanov. Multiplicity spectrum of muon bundles and primary CR composition in the range 1 - 10000 TeV. International Symposium on Very High Energy Cosmic Ray Interactions, Berlin, Germany, 10  15 Aug. 2012. EPJ Web of Conferences, 52, 09009 (2013). 30*1.5*0.5/4 = 5.63 2) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin. A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope. Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9 3) A.N. Gaponenko, V.B. Petkov, V.Yu. Grishkan, I.M. Dzaparova, A.F. Yanin, A.N. Kurenya, E.A. Gorbacheva. Search for very short gamma-ray bursts at the Andyrchy EAS array on millisecond timescale. Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0743, 2013. 6*1.5/7 = 1.29 >=D5@5=FDLVALT88, =5 >?C1;8:>20=>: 75 1) .. 5B:>2, .. >;852. >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5. A5@>AA89A:0O :>=D5@5=F8O "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2013", >A:20,  , 23 - 26 45:01@O 2013 3. 20/2 = 10 2) V.B. Petkov, M.M. Boliev. The search for high energy muon neutrinos from southern hemisphere Gamma-Ray Bursts with BUST. International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics", Valdai, Russia, January 27 - February 1, 2014. 30/2 = 15 3) V.B. Petkov. Experimental search for evaporating primordial black holes. International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics", Valdai, Russia, January 27 - February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ostyuk, V.B. Petkov, R.V. Novoseltseva, M.M. Boliev, M.D. Berkova, Yu.F. Novoseltsev, L.V. Volkova, V.G. Yanke. "Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere", Journal of Physics: Conference Series, 409, 012231, 2013. 8/8 = 1.0 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.9 1) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9LVALNG%05@48=>2 08;L !0D>28G, 30.11.1958, :.D.-<.=., A=A ;01. !" "5<0: AA;54>20=85 0=87>B@>?88 8 20@80F89 :>A<8G5A:8E ;CG59 10^11  10^20 M, >B25BAB25==K9 8A?>;=8B5;L.   = 31.73 C1;8:0F88: 16.28 1) N S Khaerdinov and A S Lidvansky. Variations of cosmic ray muon flux during thunderstorms. J. Phys.: Conf. Ser., 409, 012230, 2013. 8/2 = 4 2) N.S. Khaerdinov and A.S. Lidvansky. Heights of Generation of Runaway Electrons in Bright Cosmic Ray Events Observed on the Ground during Thunderstorms. J. Phys.: Conf. Ser., 409, 012225, 2013. 8/2 = 4 3) .!. 8420=A:89, .!. %05@48=>2, >@@5;8@>20==K5 87<5=5=8O @07=KE :><?>=5=B :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 8 A>?CBAB2CNI85 MDD5:BK, 72. , A5@. D87., B. 77, ! 5, A. 650 652, 2013. 0.276*60/2 =8.28 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 15.45 1) .%. 0=>=848, .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2. >@@5;OF8O 2B>@8G=KE G0AB8F :>A<8G5A:8E ;CG59 A 20@80F8O<8 35><03=8B=>3> ?>;O 2> 2@5<O 3@>7. 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O  1 =>O1@O 2013 3. AB@. 64-65. 4*1.5/4 = 1.5 2) .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2. ><?;5:A=>5 8AA;54>20=85 <54;5==> B5:CI53> ?@>1>O AB@0B>AD5@K 2 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88. 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L. >@>:, 28 >:BO1@O  1 =>O1@O 2013 3. AB@. 66-67. 4*1.5/3 = 2.0 3) .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, !@54=85 E0@0:B5@8AB8:8 ?@875<=>3> M;5:B@8G5A:>3> ?>;O 2> 2@5<O 3@>7 ?> 8AA;54>20=8N 20@80F89 2B>@8G=KE G0AB8F :>A<8G5A:8E ;CG59, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O  1 =>O1@O 2013 3. AB@. 68-69. 4*1.5/3 = 2.0 4) .!.8420=A:89, ..%05@48=>LVAL2, .!.%05@48=>2, %0@0:B5@=>5 M;5:B@8G5A:>5 A>AB>O=85 3@>7>2>9 0B<>AD5@K 87 40==KE ?> 20@80F8O< :>A<8G5A:8E ;CG59, 33 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (C1=0, 11-15 023CAB0 2014 3).   = 4/3*1.5 = 2 5) .%. 0=>=848, .!.8420=A:89, ..%05@48=>2, .!.%05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 8 =>2K5 35>D878G5A:85 MDD5:BK, 33 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (C1=0, 11-15 023CAB0 2014 3).   = 4/4*1.5 = 1.5 6) .%. 0=>=848, ..C@5=O, .!.8420=A:89, ..%05@48=>2, .!. %05@48=>2, ><?;5:A=>5 8AA;54>20=85 M=5@38G=KE ?@>F5AA>2 2 3@>7>2KE >1;0:0E, 33 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (C1=0, 11-15 023CAB0 2014 3).   = 4/5*1.5 = 1.2 7) M.N. Khaerdinov, N.S. Khaerdinov, A.S. Lidvansky, Data on cosmic ray variations during thunderstorms: Indication to existence of a slow large-scale atmospheric discharge, European Cosmic ray Symposium (ECRS) 2014, September 1-5, 2014, Kiel, Germany.   = 6/3*1.5 = 3 8) K. Kh. Kanonidi, M.N. Khaerdinov, N.S. Khaerdinov, A.S. Lidvansky, Correlations of cosmic ray particle events during thunderstorms with geomagnetic pulsations, European Cosmic ray Symposium (ECRS) 2014, September 1-5, 2014, Kiel, Germany.   = 6/4*1.5 = 2.25LVALNG60??C52 0E8@ 0=8O;>28G, 05.05.1953, :.D.<.=., A=A ;01>@0B>@88 !" "5<0: -:A?5@8<5=B0;L=>5 8AA;54>20=85 ?>B>:>2 G0AB8F ?@8@>4=>3> ?@>8AE>645=8O =0 :><?;5:A5 CAB0=>2>: !", >B25BAB25==K9 8A?>;=8B5;L.   = 28.07 C1;8:0F88: 21.27 1) .. 60??C52, .#. C46052, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, "7CG5=85 04@>==>9 :><?>=5=BK ( =0 CAB0=>2:5 >2Q@-2", 8AL<0 2 -"$, B. 97, 2K?. 10, A. 651  653, 2013. 1.364*60/5 = 16.37 2) D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. "Measurements of the thermal neutrons flux near the EAS core", Journal of Physics: Conference Series, 409, 012034, 2013. 8/7 = 1.14 3) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michilova, Y. Stenkin, V. Stepanov, A. Tsybuk and V. Volchenko. Sideral anisotropy of cosmic rays at 10-100TeV energy range. Journal of Physics: Conference Series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oliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9 2) A.N. Gaponenko, V.B. Petkov, V.Yu. Grishkan, I.M. Dzaparova, A.F. Yanin, A.N. Kurenya, E.A. Gorbacheva,  Search for very short gamma-ray bursts at the Andyrchy EAS array on millisecond timescale , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0743, 2013. 6*1.5/7 = 1.29LVALNG>;852 CA018 CE0@18528G, 31.03.1956, :.D.-<.=., A=A ;01>@0B>@88 !" "5<0: -:A?5@8<5=B0;L=>5 8AA;54>20=85 ?>B>:>2 G0AB8F ?@8@>4=>3> ?@>8AE>645=8O =0 :><?;5:A5 CAB0=>2>: !", >B25BAB25==K9 8A?>;=8B5;L.   = 86.98 C1;8:0F88: 57.08 1) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .. >;852, .. 5@:>20, ..$. >2>A5;LF52, .. >;:>20, .. /=:5, ""5<?5@0BC@=K5 MDD5:BK 2 ?>B>:0E <N>=>2 2KA>:>9 M=5@388 8 ?@>1;5<0 2>AAB0=>2;5=8O B5<?5@0BC@=>3> ?@>D8;O 0B<>AD5@K", 725AB8O , A5@. D87., B. 77, ! 5, A. 636 638, 2013. 0.276*60/8 = 2.07 3) M.G. Kostyuk, V.B. Petkov, R.V. Novoseltseva, M.M. Boliev, M.D. Berkova, Yu.F. Novoseltsev, L.V. Volkova, V.G. Yanke. "Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere", Journal of Physics: Conference Series, 409, 012231, 2013. 8/8 = 1.0 4) M.M. Boliev, S.V. Demidov, S.P. Mikheyev and O.V. Suvorova,  Search for muon signal from dark matter annihilations in the Sun with the Baksan Underground Scintillator Telescope for 24.12 years , Journal of Cosmology and Astroparticle Physics, 09, 019, 2013. 6.036 5.877*30/4=44.08 5) . . !C2>@>20, . . >;852, !. . 5<84>2, !. . 8E552,  3@0=8G5=8O =0 A5G5=8O C?@C3>3> @0AA5O=8O =59B@0;8=> =0 =C:;>=5 2 =59B@8==>< M:A?5@8<5=B5 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5 , /45@=0O D878:0, B. 76, ! 11, A. 1433-1442. 0.539 0.595*60/4=8.93 6)M.M. Boliev, S.V. Demidov, S.P. Mikheyev, O.V. Suvorova,  Search for muon signal from dark matter annihilations in the Sun with the Baksan Underground Scintillator Telescope for 24.12 years , arXiv:1301.1138v1 [astro-ph.HE], 2013. 4/4=1 *LVAL: >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.9 1) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 29 1. .. 5B:>2, .. >;852. >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5. A5@>AA89A:0O :>=D5@5=F8O "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2013", >A:20,  , 23 - 26 45:01@O 2013 3. 20/2 = 10 2. V.B. Petkov, M.M. Boliev. The search for high energy muon neutrinos from southern hemisphere Gamma-Ray Bursts with BUST. International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics", Valdai, Russia, January 27 - February 1, 2014. 30/2 = 15 3. .. >;852. >8A: ;>:0;L=KE 8AB>G=8:>2 =59B@8=> =0 !". 33-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 11 - 15 023CAB0, 3. C1=0. 4.LVALNG>;G5=:> ;048<8@ 20=>28G, 09.03.1952, :.D.-<.=., A=A ;01>@0B>@88 !" "5<0: -:A?5@8<5=B0;L=>5 8AA;54>20=85 ?>B>:>2 G0AB8F ?@8@>4=>3> ?@>8AE>645=8O =0 :><?;5:A5 CAB0=>2>: !", >B25BAB25==K9 8A?>;=8B5;L.   = 10.76 C1;8:0F88 : 9.04 1) D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. "Measurements of the thermal neutrons flux near the EAS core", Journal of Physics: Conference Series, 409, 012034, 2013. 8/7 = 1.14 2) .. 0?>=5=:>, .. 5B:>2, ... @8H:0=, .. 70?0@>20, .. >;G5=:>, .$. /=8=, .. C@5=O, .. >@10G520, ">8A: C;LB@0:>@>B:8E 2A?;5A:>2 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 =0 ;82=52>9 CAB0=>2:5 =4K@G8", 725AB8O , A5@. D87., B. 77, ! 11, A. 1597-1599, 2013. 0.276*60/8 = 2.07 3) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michilova, Y. Stenkin, V. Stepanov, A. Tsybuk and V. Volchenko. Sideral anisotropy of cosmic rays at 10-100TeV energy range. Journal of Physics: Conference Series, 409, 012051, 2013. 8/8 = 1 4) @><CH:8= .., ;5:A55=:> .., >;G5=:> .., 5B@CE8= A.A., !B5=L:8= ..., !B5?0=>2 .., )53>;52 O.., /H8= ..  #AB0=>2:0 =>2>3> B8?0 4;O @538AB@0F88 (: ?5@2K5 @57C;LB0B . 725AB8O , c5@. D87., B. 77, ! 5. c. 704, 2013. 0.276*60/8=2.07 5) .. 60??C52, .. >;G5=:>, .#. C46052, .. 8E09;>20,.. 5B:>2, ... !B5=L:8=, AA;54>20=85 04@>==KE AB2>;>2 ( =0 CAB0=>2:5  >25@-2 . 725AB8O . A5@. D87., B. 78, ! 3, A. 330 332, 2014. 0.276*60/6 = 2.76 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.72 1) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , , LVAL< Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9 4) V. Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov, V. Sulakov, V. Volchenko and I. Yashin,  Sporadic variations of thermal neutron background measured by a global net of the en-detectors , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0568, 2013. 6*1.5/11 = 0.82LVAL^!B@830=>2 5B@ !5<5=>28G, 22.09.1951, =A ;01>@0B>@88 !" "5<0: -:A?5@8<5=B0;L=>5 8AA;54>20=85 ?>B>:>2 G0AB8F ?@8@>4=>3> ?@>8AE>645=8O =0 :><?;5:A5 CAB0=>2>: !", 8A?>;=8B5;L.   = 0>2>A5;LF520 8B0 8:B>@>2=0, 12.11.1957, =A ;01>@0B>@88 !" "5<0: -:A?5@8<5=B0;L=>5 8AA;54>20=85 ?>B>:>2 G0AB8F ?@8@>4=>3> ?@>8AE>645=8O =0 :><?;5:A5 CAB0=>2>: !", 8A?>;=8B5;L.   = 7.97 C1;8:0F88: 3.07 1) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .. >;852, .. 5@:>20, ..$. >2>A5;LF52, .. >;:>20, .. /=:5, ""5<?5@0BC@=K5 MDD5:BK 2 ?>B>:0E <N>=>2 2KA>:>9 M=5@388 8 ?@>1;5<0 2>AAB0=>2;5=8O B5<?5@0BC@=>3> ?@>D8;O 0B<>AD5@K", 725AB8O , A5@. D87., B. 77, ! 5, A. 636 638, 2013. 0.276*60/8 = 2.07 4). M.G. Kostyuk, V.B. Petkov, R.V. Novoseltseva, M.M. Boliev, M.D. Berkova, Yu.F. Novoseltsev, L.V. Volkova, V.G. Yanke. "Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere", Journal of Physics: Conference Series, 409, 012231, 2013. 8/8 = 1.0 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.9 1) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July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zhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. "Measurements of the thermal neutrons flux near the EAS core", Journal of Physics: Conference Series, 409, 012034, 2013. 8/7 = 1.14 3) V. Alekseenko, D. Dzhappuev, A. Kudzhaev, O. Michilova, Y. Stenkin, V. Stepanov, A. Tsybuk and V. Volchenko. Sideral anisotropy of cosmic rays at 10-100TeV energy range. Journal of Physics: Conference Series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oliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9 '.RM H C > 9 4 /*1,~3.){$v C̠A&4 `@?j>NGHHHH<? Hf)CffBzq4;VE`@?<NGHHHH<? $B `@? @;HHHH<? TBP\`@?0:NGHHHH<? KMCN$6) 0`@?+7NGHHHH<? BV`@? @6HHHH<? 0ALRLL`@?|@5HHHH<? fBB|\b`@?3NGHHHH<? F@B\Bb`@?6 @2HHHH<? hAlAx`@?0 @1HHHH<? @ @`@?F@1HHHH<? 7`@?<<<<<? DpB `@?/NGHHHH<? 6 Ha"C>$"$'`@@-NGHHHH<? 4 †Arr`@?+NGHHHH<? 4 BT `@? @*HHHH<? 6 T%@,`@? @)HHHH<? ~BHaBP-"`@?W#NGHHHH<? `@?<<<<<? AL`@?@HHHH<? r ҝB" `@?! NGHHHH<? =JB`@?NGHHHH<? LBB h`@?NGHHHH<? l Bl` `@?NGHHHH<? 7 ,AX`@?T @HHHH<? C1l l !`@?2ONGHHHH<? C Cp0l  !`@?"6NGHHHH<? zCC>l Z#t'`@?@P NGHHHH<? |BH  `@?'NGHHHH<? UC^3l `"`@?SNGHHHH<? CEl $*`@?&WNGHHHH<? uC1C:9l ."$`@?J7NGHHHH<? jC C:l "%`@?p3NGHHHH<? TbB( z `@?$NGHHHH<? "?2d`@?@HHHH<? !+B ( `@?n @HHHH<? \A: `@?@HHHH<? {Bh`@?NGHHHH<? P AR@L`@?Z@HHHH<? ;A,4r`@? @HHHH<? A Dl9n()(`@?,NGHHHH<? zD@d,`@?@HHHH<? z B* `@? @HHHH<? r = W@d^ `@?:@HHHH<? y Q@dX`@?` @HHHH<? fff?dd`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oliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9 2) A.N. Gaponenko, V.B. Petkov, V.Yu. Grishkan, I.M. Dzaparova, A.F. Yanin, A.N. Kurenya, E.A. Gorbacheva,  Search for very short gamma-ray bursts at the Andyrchy EAS array on millisecond timescale , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July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aponenko, V.B. Petkov, V.Yu. Grishkan, I.M. Dzaparova, A.F. Yanin, A.N. Kurenya, E.A. Gorbacheva,  Search for very short gamma-ray bursts at the Andyrchy EAS array on millisecond timescale , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0743, 2013. 6*1.5/7 = 1.29LVAL&>G:0@>2 0EB8 0AECB>28G, 21.03.1985, <=A ;01>@0B>@88 !" "5<0: -:A?5@8<5=B0;L=>5 8AA;54>20=85 ?>B>:>2 G0AB8F ?@8@>4=>3> ?@>8AE>645=8O =0 :><?;5:A5 CAB0=>2>: !", 8A?>;=8B5;L.   = 38.9 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.9 1) M.M. Boliev, I.M. Dzaparova, A. N. Gaponenko, M.M. Kochkarov, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, V.I. Volchenko, G.V. Volchenko, A.F. Yanin,  A Search for Neutrino Bursts at the Baksan Underground Scintillation Telescope , Proc. 33rd International Cosmic Ray Conference (Rio de Janeiro, July 2-9, 2013), 0621, 2013. 6*1.5/10 = 0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 38 1) M.M. Kochkarov. Search for low-energy neutrino from the gamma-ray bursts on the Baksan Underground Scintillation Telescope. International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics", Valdai, Russia, January 27 - February 1, 2014. 30 2) .. >G:0@>2. 0@01>B:0 87>B>?0 12B =59B@>=0<8 2 AF8=B8;;OB>@5 !" 8 ?>B>: =59B@>=>2 =0 3;C18=5 850 3/A<2. 33-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 11 - 15 023CAB0, 3. C1=0. 4 3) .. >G:0@>2. 7<5@5=85 ?>B>:0 =59B@>=>2 2 A:0;L=>< 3@C=B5 =0 3;C18=5 850 33/A<2 ?> =0@01>B:5 87>B>?0 12B 2 AF8=B8;;OB>@5 !". 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 17 - 21 =>O1@O 2014 3., >A:20. 40 LVAL@ >ABN: 8E08; @83>@L528G, 25.11.1954, =A ;01>@0B>@88 !" "5<0: -:A?5@8<5=B0;L=>5 8AA;54>20=85 ?>B>:>2 G0AB8F ?@8@>4=>3> ?@>8AE>645=8O =0 :><?;5:A5 CAB0=>2>: !", 8A?>;=8B5;L.   = 3.07 C1;8:0F88: 3.07 1. .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .. >;852, .. 5@:>20, ..$. >2>A5;LF52, .. >;:>20, .. /=:5, ""5<?5@0BC@=K5 MDD5:BK 2 ?>B>:0E <N>=>2 2KA>:>9 M=5@388 8 ?@>1;5<0 2>AAB0=>2;5=8O B5<?5@0BC@=>3> ?@>D8;O 0B<>AD5@K", 725AB8O , A5@. D87., B. 77, ! 5, A. 636 638, 2013. 0.276*60/8 = 2.07 2. M.G. Kostyuk, V.B. Petkov, R.V. Novoseltseva, M.M. Boliev, M.D. Berkova, Yu.F. Novoseltsev, L.V. Volkova, V.G. Yanke. "Variations of the high energy muon flux and space-time structure of the temperature profile in the atmosphere", Journal of Physics: Conference Series, 409, 012231, 2013 8/8 = 1.0LVALNG;8E0=>2 1@038< ;8528G, 15.09.1979, =A, :.D.-<.=. "5<0: -:A?5@8<5=B0;L=>5 8AA;54>20=85 ?>B>:>2 G0AB8F ?@8@>4=>3> ?@>8AE>645=8O =0 :><?;5:A5 CAB0=>2>: !", 8A?>;=8B5;L.   = 546.01 C1;8:0F88: 520.38 1) I. Alikhanov,  Do leptoquarks manifest themselves in ultra-high energy neutrino interactions? , Journal of High Energy Physics, 07, 093, 2013. 6.22*30 = 186.6 2) I. Alikhanov, Neutrino photoproduction on pseudo Nambu Goldstone bosons, Phys. Lett. B 726, 670, 2013. 6.019*30 = 180.57 3) I. Alikhanov,  CP violation in neutrino-photon scattering , arXiv: 1303.0779. 4 4) I. Alikhanov,  CP violation in neutrino-photon scattering , Journal of Physics G 41 (2014) 025005. 2.838*30 = 85.14 5) I. Alikhanov,  Particle decays in the presence of a neutrino background , Europhysics Letters 107 (2014) 41001. 2.269*30 = 68.07 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 5.63 1) V.B. Petkov, J.Szabelski, A.N. Gaponenko, and I. Alikhanov. Multiplicity spectrum of muon bundles and primary CR composition in the range 1 - 10000 TeV. International Symposium on Very High Energy Cosmic Ray Interactions, Berlin, Germany, 10  15 Aug. 2012. EPJ Web of Conferences, 52, 09009 (2013). 30*1.5*0.5/4 = 5.63 >=D5@5=F88, =5 >?C1;8:>20=>: 20 1) I. Alikhanov, The Glashow resonance in neutrino photon scattering. 18th InternationalSeminar on High Energy Physics (Quarks-2014). (Suzdal, Russia, June 2 8, 2014). 6 2) .. ;8E0=>2.  2>7<>6=>AB8 =01;N45=8O @57>=0=A0 ;MH>C 2 =59B@8==KE B5;5A:>?0E ?@8 M=5@38OE <=>3> <5=LH8E 6.3 M. 33-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (C1=0, 11 15 23CAB0 2014 3>40).  LVAL 4 3) I. Alikhanov. Neutrino photoproduction on pseudo Nambu Goldstone bosons. XI Quark Confinement and the Hadron Spectrum. (Saint Petersburg, Russia, September 8 12, 2014). 6 4) I. Alikhanov, The Glashow resonance in neutrino nucleus scattering, XXII International Baldin Seminar on High Energy Physics Problems. (Dubna, Russia, September 15 20, 2014). 6XLVALh!5@3552 ;5:A0=4@ 0A8;L528G, 27.11.1948, A=A (0.5 AB02:8), :.B.=. "5<0: -:A?5@8<5=B0;L=>5 8AA;54>20=85 ?>B>:>2 G0AB8F ?@8@>4=>3> ?@>8AE>645=8O =0 :><?;5:A5 CAB0=>2>: !", 8A?>;=8B5;L.   =23.47/2 = 11.74 C1;8:0F88: 22.61 1) P. Rousselot, P.P. Korsun, I.V. Kulyk, V.L. Afanasiev, O.V. Ivanova, A.V. Sergeev and S.F. Velichko. Monitoring of the cometary activity of distant comet C/2006 S3 (LONEOS). Astronomy & Astrophysics, v. 571, A73, 2014. 4.479*30/7 = 19.2 2) V. Tarady, A. Sergeev, M. Andreev, V. Godunova, V. Reshetnyk. Studies of NEOs as a task for small telescopes. Contributions of the Astronomical Observatory Skalnat Pleso, vol. 43, no. 3, p. 434, 2014. 8/5 = 1.6 3) Yu. Kuznyetsova, O. Matsiaka, Ya. Shliakhetskaya, V. Krushevska, A. Vidmachenko, M. Andreev, A. Sergeev. Spectral researches of solar system giant planets using 2-m telescope at the Peak Terskol. Contributions of the Astronomical Observatory Skalnat Pleso, vol. 43, no. 3, p. 461, 2014. 8/7 = 1.14 4) T. Weselak, G.A. Galazutdinov, A. Sergeev, V. Godunova, R. KoBos, J. KreBowski. Carriers of 4964 and 6196 diffuse interstellar bands and environments dominated by either CH or CH+ molecules. arXiv:1411.5013v2 [astro-ph.GA] 4/6 = 0.67 >=D5@5=F88, =5 >?C1;8:>20=>: 0.86 1) Yu. Kuznyetsova, O. Matsiaka, Ya. Shliakhetskaya, V. Krushevska, A.Vid'machenko, M. Andreev, and A. Sergeev. Spectral researches of Uranus and Neptune atmospheres. 45th Lunar and Planetary Science Conference, The Woodlands (Texas, USA), March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erley, S.B. Cenko, A.Corsi, N.R. Tanvir, A.J. Levan, D.A. Kann, E. Sonbas, K. Wiersema, W. Zheng, X.-H. Zhao, J.-M. Bai, M. Bremer, A.J. Castro-Tirado, L. Chang, K.I. Clubb, D. Frail, A. Fruchter, E. G_, J. Greiner, T. Gver, A. Horesh, A.V. Filippenko, S. Klose, J. Mao, A.N. Morgan, A.S. Pozanenko, S. Schmidl, B. Stecklum, M. Tanga, A.A. Volnova, A.E. Volvach, J.-G. Wang, J.-M. Winters, and Y.-X. Xin. The Afterglow of GRB 130427A from 1 to 1016 GHz. The Astrophysical Journal 2014, v. 781, 37, 2014. 6.280*30*0.1 = 18.84 2) .!. 0@40HQ2, .. >28:>2, .. C:0H, !.. 8;8?5=:>, .. 8E5520, .. 8A8:0;>, .. 815, .. >@>H:528G, .. 0A>2, .. 8=G5=:>, .. 20=>2, .. >AB5=:>, ".. 0@G5=:>20, !.$. 8E0GQ2, .$. 0;>2, .. 0;>D552, .!. >70=5=:>, .. !<8@=>2, .. !>1>;52, .. '5@5?0IC:, ... )5:8=>2. 17>@ =0CG=KE 7040G 4;O >1A5@20B>@88 8;;8<5B@>=. #$, 184, A. 1319 1352, 2014. 1.913*60*0.1=11.48 3) ... 8=052, .!.>70=5=:>, !..>;L:>2, !..@515=52. 0B0;>3 :>@>B:8E 30<<0-B@0=785=B>2, 70@538AB@8@>20==KE 2 M:A?5@8<5=B5 SPI INTEGRAL. 8AL<0 2 AB@>=><8G5A:89 6C@=0;, B. 40, A. 235-267, 2014. 1.297*60/4 = 19.46 4) A.A. Volnova, A.S. Pozanenko, J. Gorosabel, D.A. Perley, D. D. Frederiks, D.A. Kann, V.V. Rumyantsev, V.V. Biryukov, O. Burkhonov, A.J. Castro-Tirado, P. Ferrero, S.V. Golenetskii, S. Klose, V.M. Loznikov, P.Yu. Minaev, B. Stecklum, D.S. Svinkin, A.E. Tsvetkova, A. de Ugarte Postigo, and M.V. Ulanov. GRB 051008: a long, spectrally hard dust-obscured GRB in a Lyman-break galaxy at z H" 2.8. Monthly Notices of the Royal Astronomical Society, v. 442, pp. 2586-2599, 2014. 5.226*30*0.1 = 15.68 5) Z. Cano, A. de Ugarte PoLVAL*stigo, A. Pozanenko, N. Butler, C. C. Thne, C. Guidorzi, T. Krhler, J. Gorosabel, P. Jakobsson, G. Leloudas, D. Malesani, J. Hjorth, A. Melandri, C. Mundell, K. Wiersema, P. D Avanzo, S. Schulze, A. Gomboc, A. Johansson, W. Zheng, D. A. Kann, F. Knust, K. Varela, C. W. Akerlof, J. Bloom, O. Burkhonov, E. Cooke, J. A. de Diego, G. Dhungana, C. Farina, F. V. Ferrante, H. A. Flewelling, O. D. Fox, J. Fynbo, N. Gehrels, L. Georgiev, J. J. Gonzlez, J. Greiner, T. Gver, O. Hartoog, N. Hatch, M. Jelinek, R. Kehoe, S. Klose, E. Klunko, D. Kopa , A. Kutyrev, Y. Krugly, W. H. Lee, A. Levan, V. Linkov, A. Matkin, N. Minikulov, I. Molotov, J. X. Prochaska, M. G. Richer, C. G. Romn-Ziga, V. Rumyantsev, R. Snchez-Ramrez, I. Steele, N. R. Tanvir, A. Volnova, A. M. Watson, D. Xu and F. Yuan et al.. A trio of gamma-ray burst supernovae:GRB 120729A, GRB 130215A/SN 2013ez, and GRB 130831A/SN 2013fu. Astronomy & Astrophysics, v. 568, pp. 1-16, 2014. 4.479*30*0.075 = 10.08LVAL&8=052 025; .@L528G, 15.07.1988, <=A (0.5 AB02:8) "5<0: -:A?5@8<5=B0;L=>5 8AA;54>20=85 ?>B>:>2 G0AB8F ?@8@>4=>3> ?@>8AE>645=8O =0 :><?;5:A5 CAB0=>2>: !", 8A?>;=8B5;L.   = 35.14/2 = 17.57 C1;8:0F88: 35.14 1) ... 8=052, .!.>70=5=:>, !..>;L:>2, !..@515=52. 0B0;>3 :>@>B:8E 30<<0-B@0=785=B>2, 70@538AB@8@>20==KE 2 M:A?5@8<5=B5 SPI INTEGRAL. 8AL<0 2 AB@>=><8G5A:89 6C@=0;, B. 40, A. 235-267, 2014. 1.297*60/4 = 19.46 2) A.A. Volnova, A.S. Pozanenko, J. Gorosabel, D.A. Perley, D. D. Frederiks, D.A. Kann, V.V. Rumyantsev, V.V. Biryukov, O. Burkhonov, A.J. Castro-Tirado, P. Ferrero, S.V. Golenetskii, S. Klose, V.M. Loznikov, P.Yu. Minaev, B. Stecklum, D.S. Svinkin, A.E. Tsvetkova, A. de Ugarte Postigo, and M.V. Ulanov. GRB 051008: a long, spectrally hard dust-obscured GRB in a Lyman-break galaxy at z H" 2.8. Monthly Notices of the Royal Astronomical Society, v. 442, pp. 2586-2599, 2014. 5.226*30*0.1 = 15.68LVAL5;57=KE 3>@L 8E09;>28G, 23.08.1936, 702.  8 -'. C1;8:0F88: 1. Z. Sadygov, A. Ariffin& .., I. Zheleznykh et al. (14 c>02B>@>2) / Technology of manufacturing micropixel avalanche photodiodes and a compact matrix on their basis // Physics of Particles and Nuclei Letters, 2013, Vol. 10, No. 7, pp. 780 782.  =0,50x60:10=3,0 2. . !04K3>2, & . 5;57=KE, $. 5@@>C: 8 4@./ "5E=>;>38O ?@>872>4AB20 ;028==KE <8:@>- ?8:A5;L=KE D>B>48>4>2 8 <0B@8F =0 8E >A=>25// 8AL<0 2 C@=0; $878:0 -;5<5=B0@=KE '0AB8F 8 B><=>3> /4@0, 2014, ! 1(185), AB@. 105-110.  =0,50x60:10=3,0 3. I.M. Zheleznykh, L.G. Dedenko, G.L. Dedenko, A.A. Mironovich,  Simulation of cascades caused by UHE and EHE neutrinos in dense media , 33-rd ICRC, Rio de Janeiro, Brasil, 2013. Proceedings 2014, icrc2013-0542  =6x1.5 / 4 = 2.25 >:;04K: >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. Igor Zeleznykh, Leonid Dedenko, Grigorii Dedenko, Anna Mironovich,  Simulation of cascades caused by UHE and EHE neutrinos in dense media , report at Int. Cosmic Ray Conf., Rio de Janeiro, Brazil, 2-7 July 2013.  =6 >@01>B:0 :C@A0 ;5:F89 .. 5;57=KE 5B>4K 45B5:B8@>20=8O =59B@8=> 8 =59B@8==0O 0AB@>D878:0 ABC45=B0< $" 2 25A5==8E A5<5AB@0E 2013 8 2013 3.3.  =8E2=16 07@01>B:0 2 2013 3. =>2>3> =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 8 =0CG=>->1@07>20B5;L=>3> :C@A0 ?@0:B8G5A:8E 70=OB89 2 $" (:0D54@0 DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388, 25A5==89 A5<5AB@) >78F8>==>-GC2AB28B5;L=K5 45B5:B>@K =0 >A=>25 ?>;C?@>2>4=8:>2KE D>B>?@85<=8:>2 (@07@01>B0=K .. 5;57=KE, .. >@4>2A:8< 8 .. 20H:8=K<).  =(30+8)/3=12,67 !C<<0@=K9   70 2013-2014 3.3. .. 5;57=KE = 42,92 LVAL 0@052A:89 !5@359 %0@8B>=>28G, 09.11.1953, A=A, C1;8:0F88: 1. !.. >B0H52, .. @0G52, ,,,, !.%. 0@052A:89. (7 02B@>2) @5<5==0O ?;>A:>?0@0;;5;L=0O @578AB82=0O :0<5@0 A 2KA>:>9 703@C7>G=>9 A?>A>1=>ABLN. @5?@8=B /  1377/2013.  =4/7=0,57 >=D5@5=F88: 1. .!. 8B28=1 , .. 0@8=,!.%. 0@052A:89, .. 20H:8=,.. "@C=>2, !.. :A5=>2, .. !B>;O@>2, .. !04K:>2/ "2CE:>>@48=0B=K5 AF8=B8;;OF8>==K5 45B5:B>@K =59B@>=>2 =0 >A=>25 B25@4>B5;L=KE D>B>C<=>68B5;59 8 A25B>2>4>2"// !>25I0=85 8 >;>456=0O :>=D5@5=F8O ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 8 A8=E@>B@>==>3> 87;CG5=8O 2 :>=45=A8@>20==KE A@540E !-! 2014 27 31 >:BO1@O 2014 3., !0=:B-5B5@1C@3  =6/8=0,75 B>3> 70 2013-2014 3.3.   !.%. 0@052A:>3>=1,32LVALNG8@>=>28G ==0 ;5:A0=4@>2=0, 24.03.1964, =A, C1;8:0F88 (AB0BL8): 1. A. G. Gavriliuk, I. S. Lyubutin, S. S. Starchikov, A. A. Mironovich, S. G. Ovchinnikov, I. A. Trojan, Yuming Xiao, Paul Chow, S. V. Sinogeikin, V. V. Struzhkin, " The magnetic P-T phase diagram of langasite Ba3TaFe3Si2O14 at high hydrostatic pressures up to 38 GPa ", Appl. Phys. Lett. 103(16), 162402 (2013).  = 3.794 x 30 / 10 = 11.382 2. I.S. Lyubutin, J.F. Lin, A.G. Gavriliuk, A.A. Mironovich, A.G. Ivanova, A.L. Vasilyev, V.V.Roddatis, "Microstructure and high-pressure spin transition of Fe2+ ions in ringwoodite (Mg,Fe)2SiO4", Amer. Mineralogist 98, 1803-1810 (2013).  = 2.204 x 30 / 7 = 9.445 3. I. S. Lyubutin, V.V. Struzhkin, A. A. Mironovich, A. G. Gavriliuk, P. G. Naumov, J. F. Lin, S. G. Ovchinnikov, S. Sinogeikin, P. Chow, Y. Xiao, and R. J. Hemley, "Quantum critical point and spin fluctuations in the lower-mantle ferropericlase", PNAS 110(18), 7142-7147 (2013).  = 9.737 x 30 / 11 = 26.555 >:;04K =0 :>=D5@5=F8OE 8 <0B5@80;K :>=D5@5=F89: 4. I.M. Zheleznykh, L.G. Dedenko, G.L. Dedenko, A.A. Mironovich,  Simulation of cascades caused by UHE and EHE neutrinos in dense media , 33-rd ICRC, Rio de Janeiro, Brasil, 2013. Proceedings: icrc2013-0542  = 6x1.5 / 4 = 2.25 5. I.S. Lyubutin, V.V. Struzhkin, A.A. Mironovich, A.G. Gavriliuk, P.G. Naumov, J.F. Lin, S.G. Ovchinnikov, S. Sinogeikin, P. Chow, Y. Xiao, and R.J. Hemley,  Quantum critical point and spin fluctuations in lower mantle ferropericlase , 7th North American Mssbauer Symposium, Los Alamos National Laboratory, January 11-12th, 2013, at the University of Texas at Austin. Abstracts: p. 6, (?@83;0HQ==K9)  = 30 / 11 = 2.727 6. A.G. Ivanova, I.S. Lyubutin, Jung-Fu Lin, A.G. Gavriliuk, A.A. Mironovich and M.Yu. Presnyakov,  Spin transition of Fe2+ in Earth s transition-zone ringwoodite (Mg,Fe)2SiO4 at high pressures , Goldschmidt-2013 Geochemistry Conference, Florence, Italy, 25-30 August, 2013. Abstract: (CAB=K9)  = LVAL6 / 6 = 1.0 7. .!. N1CB8=, V. V. Struzhkin, .. 8@>=>28G, .. 02@8;N:, .. 0C<>2, J.F. Lin, !.. 2G8==8:>2, S. Sinogeikin, P. Chow, Y. Xiao, and R.J. Hemley,  20=B>20O :@8B8G5A:0O B>G:0 8 A?8=>2K5 D;N:BC0F88 2 <03=578>2NAB8B5 (Mg,Fe)O 2 CA;>28OE =86=59 <0=B88 5<;8 , 11-O >=D5@5=F8O !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, $ , "@>8F:, >A:>2A:0O >1;., 06 8N=O 2013 3. "578AK 4>:;04>2 AB@. 20-21. (AB5=4>2K9)  = 4/ 11 = 0.363 8 Lyubutin I. S., Naumov P. G., Gavriliuk A. G., Trojan I. A., Davydova Yu. A., Starchikov S. S., Mironovich A. A., Aksenov S. N., Tkachev A. V., and Gippius A. A.,  Magnetic properties of new multiferroics Ba3MFe3Si2O14 studied by Mossbauer spectroscopy and NMR , XIII 564C=0@>4=0O :>=D5@5=F8O  QAA10CM@>2A:0O A?5:B@>A:>?8O 8 5Q ?@8<5=5=8O (ICMSA-2014) . 3. !C740;L, 11-15 >:BO1@O 2014, Abstracts p. 23. (;5=0@=K9, invited)  = 30 / 10 = 3 " 70 2013-2014 33.   .. 8@>=>28G: 56.722LVALNG54>@57>2 ;048<8@ 5>@38528G @>4 13.09.1946, 702. 01, $/ ,   70 2013  2014 33. = 391,836   @C: = 418,255 C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. K. A. Ivanov, S. A. Shulyapov, P. A. Ksenofontov, I. N. Tsymbalov, R. V. Volkov, A. B. Savel'ev, A. V. Brantov, V. Yu. Bychenkov, A. A. Turinge, A. M. Lapik, A. V. Rusakov, R. M. Djilkibaev, and V. G. Nedorezov. Comparative study of amplified spontaneous emission and short pre-pulse impacts onto fast electron generation at sub-relativistic femtosecond laser-plasma interaction. Physics of Plasmas 21, 093110 (2014).   = 30 * 0.944/10 =2.83 2. K. A. Ivanov, S.A. Shulyapov, A.A. Turinge, A.V. Brantov, D. S. Uryupina, R.V. Volkov, A.Lapik, A.V. Rusakov, R.M. Djilkibaev, V.G. Nedorezov, V.Yu. Bychenkov, and A. B. Savel ev. X-Ray Diagnostics of Ultrashort Laser-Driven Plasma: Experiment and Simulations Contrib. Plasma Phys. 53, No. 2, 116  121 (2013).   : 30* 0.944 / 10 = 2,83 3. Veronica De Leo, A. Lapik, V. Nedorezov,e.a. . Recent results of the BGO-OD experiment at ELSA facility . J.Phys.Conf.Ser. 424 (2013) 012008  : 8/18 = 0,8 4. V. Vegna, A. Lapik, A.Mushkarenkov, V. Nedorezov, A. Ignatov, A/Turinge, N.Rudnev, e.a. . Measurement of the  beam asymmetry for the  photo-production off the proton and the neutron at GRAAL. Submitted to PR C 2013 e-Print: arXiv:1306.5943  : 30*3.61/10 =10.8 5. B.Bantes, A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.N.Turinge e.a. The BGO-OD experiment at ELSA. International Journal of Modern Physics: Conference Series Vol. 26 (2014) 1460093.   = 8/10 = 0,8 6. G. Mandaglio, .. A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.N.Turinge e.a. Beam asymmetry S of _p0 photoproduction off the proton at GRAAL experiment. EPJ Web of Conferences , EDP Sciences (2014) . in publ.   = 8/10 = 0,8 7. G. Mandaglio, .. A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.Turinge e.a. Photoproduction off the proton analysis and preliminary beam asymmetryLVAL results at GRAAL experiment EPJ Web of Conferences , EDP Sciences (2014) . in publ.   = 8/10 = 0,8 " = 19,66 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. 20=>2, !.. (C;O?>2, .. CA0:>2, .. "C@8=35, .. @0=B>2, .. !025;L52 .. 68;:81052, ..0?8:, .. 54>@57>2, .!. #@N?8=0, .. >;:>2, ... KG5=:>2. >2K5 D>B>O45@=K5 <5B>4K =0 >A=>25 D5<B>A5:C4=KE ;075@>2. "@.'5@5=:>2A:8E GB5=89, $ (2012) , 8AL<0 2 -'/, C1=0 (2013), 2 ?5G0B8.  : 60*1,1/10 =6,6 2. . . 0A:>2, . . >;LF>2, . . L2>2, . . 515452, . . 02;NG5=:>, . .>;O=A:89, . . 60=>2, !. !. !84>@8=, . . !>:>;, !. . D0=0AL52, . . 0;0E>2, . !. 3=0B>2, . . 54>@57>2. AA;54>20=85 MB0-<57>==KE O45@ =0 M;5:B@>==>< A8=E@>B@>=5 $. PoS Baldin-ISHEPP-XXI (2012) 102, e-Print: arXiv:1212.6313 [nucl-ex]. /45@=0O D878:0 (2014) 2 ?5G0B8.   = 60 * 0.914 / 10 = 5.74 3. ..68;02O=, ..54>@57>2. $>B>45;5=85 238U 2 >1;0AB8 3830=BA:>3> @57>=0=A0. /45@=0O D878:0 (2 ?5G0B8).   = 60 0,914 / 2 @ 27,5. 4. L.Z.Dzhilavyan, V.G.Nedorezov.  The 238U photofission in the giant resonance region . Physics of Atomic Nuclei (2013).   = 60 0,914 / 2 @ 27,5. " : 67,34 >=>3@0D8O : $>B>O45@=K5 @50:F88 2 >1;0AB8 =C:;>==KE @57>=0=A>2. >A:20. 0C:0 >1@07>20=8O,  22.383.42. Iswbn 978-5-904006-05-1 10 ?5G.;.   = 20 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. V.Nedorezov, Multi - Fragmentation of Nuclei by Photons: New Approaches and Results. XXII International Baldin Seminar on High Energy Physics Problems 15-20 September 2014 JINR, Dubna, Russia. ;5=0@=K9 4>:;04.   = 30*1,442 =43,26 2. 54>@57>2 .., H5=8G=>2 .., "C@8=35 .. C;LB8D@03<5=B0F8O O4@0 C3;5@>40 D>B>=0<8 A M=5@3859 700  1500 M. 564C=0@>4=0O A5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 $  (>A:20, 17-21 =>O1@O 2014 3.).   = 30*1,442 /3 = 14,42 3. V.G.Nedorezov, A.B.Savel ev. Laser Compton Scattering Photon Beams and Other Gamma-ray Sources. Proc. Of the conf. Nuclear PhysiLVALcs and gamma-ray sources for nuclear security abd nonproliferation. Word Sci. (2014) p.243-255.   = 30*1.442 = 43.26 4. V.G.Nedorezov, Femtosecond laser induced photonuclear reactions., ;5=0@=K9 4>:;04 /4@>  2013, >A:20, $ (2013) AB@. 31.  : 30*1,442 =43,26 5. .."C@8=35, ..54>@57>2, ..H5=8G=>2 C;LB8D@03<5=B0F88 O45@ 3;5@>40 D>B>=0<8 A M=5@3859 0,8  1,5 M. ;5=0@=K9 4>:;04 /4@>  2013, >A:20, $ (2013)AB@. 126.  : 30*1,442/3 =14,42 6. I.Pshenichnov, A.Turinge, V.Nedorezov. Multifragment break-up of 12C in photonuclear reactions. International Baldin Seminar on High Energy Physics Problems 15-20 September 2014 JINR, Dubna, Russia.   = 30*1,442/3 = 14.42 7. R.V. Volkov, K.A. Ivanov, A.B. Savel ev, D.S. Uryupina, S.A. Shulyapov, R.M. Dzhilkibaev, D.P. Zagorodnyuk, A.M. Lapik, V.G. Nedorezov, A.V. Rusakov, A.A. Turinge, A.V. Brantov, V.Yu. Bychenkov. The study of electromagnetic radiation from the iron target, irradiated by femtosecond laser pulses. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2013, >A:20, 2013. AB@.243.  : 30*1,442/10 =4,326 8. L.Z. Dzhilavyan, S.I. Mishnev, V.G. Nedorezov, D.M. Nikolenko, I.A. Rachek, D.K. Toporkov.  Source of monochromatic photons driven by positron in-flight annihilation using internal target of storage ring VEPP-3 . Proceedings of the XIII International seminar on Electromagnetic interactions of nuclei (Moscow, September 20-23, 2012). INR, Moscow, 2013, pp. 138-147.  : 30*1,442/6 =7,21 ": 184,51 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. 20=>2 .., (C;O?>2 !.., #@N?8=0 .!., 0@L:8= .!., !025;L52-"@>D8<>2 .., @0=B>2 .., KG5=:>2 ..., CA0:>2 .., 0?8: .., 54>@57>2 .., #A:>@5=85 M;5:B@>=>2 ?@8 2708<>459AB288 ;075@=>3> 8<?C;LA0 AC1@5;OB828ABA:>9 8=B5=A82=>AB8 A ?@>AB@0=AB25==>-=5>4=>@>4=>9 ?;07<>9, !1>@=8: B578A>2 4>:;04>2 =0CG=>9 :>=D5@5=F88 ><>=>A>2A:85 'B5=8O 2013, A5:F8O $878:0 28-30.  : 30*1,442/10 =4,326 " 4,326 C:>2>4AB2> 0A?8@0=B0<8 !KA>52 .. 2014 LVALD 4   = 20 C:>2>4AB2> ABC45=B0<8  48?;><=8:0<8: 03>@>4=N: . 2013   = 10 B>3> 10 C@A ;5:F89 4;O ABC45=B>2 4-3> :C@A0 (1 A5<5AB@ (50 G0A>2) 2 3>4C =0 $87D0:5 #) -;5:B@><03=8B=K5 2708<>459AB28O O45@ , 4>@01>B:0   = 8 !5<8=0@A:85 70=OB8O ><?LNB5@=K5 <5B>4K >1@01>B:8 M:A?5@8<5=B0;L=KE 40==KE   = 8 " 391,836   @C: = 391,836*0,5 + (369.439 + 445,609 + 74,3)/3 * 0,75 = 195,918 + 222,337 = 418,255LVALNGC@528G @83>@89 0=>28G, 28.11.1935, 702. A5:B>@><, 4.D-<.=., $/ , B5<0 3>A7040=8O ! 15.4 $878:0 0B><=>3> O4@0, 48=0<8:0 O45@=KE 8 D>B>O45@=KE @50:F89, D878:0 @048>=C:;84>2 8 BO6Q;KE 8>=>2, ?>4B5<0 @5F878>==>5 8AA;54>20=85 M;5:B@><03=8B=KE 2708<>459AB289 =C:;>=>2 8 O45@; 8AA;54>20=85 A2>9AB2 04@>=>2 2 O45@=>9 A@545, 87CG5=85 8E A2O70==KE A>AB>O=89 (<57>==K5 O4@0, 45;LB0-O4@0, 38?5@O4@0), =0CG=K9 @C:>2>48B5;L   70 2013-2014 33. =48284C0;L=K9   70 2013-2014 33.= 406.919,   @C: = 369.439 !B0BL8 2 @5F5=78@C5<KE 70@C156=KE 6C@=0;0E: 1. C. S. Akondi, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurement of the Transverse Target and Beam-Target Asymmetries in  Meson Photoproduction at MAMI. Phys. Rev. Lett. 113, 102001 (2014). 7.943*30*0.1=23.829 2. P.P. Martel, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurements of the proton spin-polarizabilities with double-polarized Compton scattering. Phys. Rev. Let. (in print). 7.943*30*0.1=23.829 3. C.S.Akondi, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. First measurement of target and beam-target asymmetries in the p!0p reaction. Phys. Rev. C (in print). 3.715*30*0.1=11.145 4. V. L. Kashevarov, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Target and beam-target asymmetry for p! 00p. Phys. Rev. Let. (in print). 7.943*30*0.1=23.829 5. . N.S.Borisov, G.M.Gurevich, R.L.Kondratiev et al. The Frozen-spin target at MAMI. Nucl. Instr. and Meth. A (in print). ). 1.207*30*0.1=3.621 !B0BL8 2 @5F5=78@C5<KE @>AA89A:8E 6C@=0;0E: 1. ."><0A, ..C@528G, ..>=4@0BL52 8 4@. >20O 70<>@>65==0O A?8=>20O <8H5=L 2 MAMI. -'/, 44, 6 (2013) 1838-1842. 0.743*60*0.1= 4.458 2. A. Thomas, G.M.Gurevich, R.L.Kondratiev et al. The new frozen spin target at MAMI. Physics of particles and nuclei, 44, 6 (2013) 964-967. 0.743*60*0.1= 4.458 3. ..C@528G. :B82=0O ?>;O@87>20==0O <8H5=L: 87<5@5=85 A?8=>2KE ?>;O@87C5<>AB59 ?@>B>=0. 8AL<0 2 -'LVAL/, 11, 1(185) (2014) 57-65. 0.743*60= 44.58 4. G.M.Gurevich.  Active polarized target: measurement of the proton spin polarizabilities. Physics of Particles and Nuclei Letters, 2014, Vol. 11, No. 1, pp. 31 35. 0.743*60= 44.58 5. ..C@528G. 7<5@5=85 A?8=>2KE ?>;O@87C5<>AB59 ?@>B>=0. /45@=0O D878:0 77, 1 (2014) 113-119. 0.914*60=54.84 6. G.M.Gurevich. Measurement of spin polarizabilities of the proton. Physics of Atomic Nuclei 77, 1 (2014) 113-119. 0.914*60=54.84 @5?@8=BK 1. P.P. Martel, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurements of the Proton Spin-Polarizabilities with Double-Polarized Compton Scattering. arXiv:1408.1576v1 [nucl-ex] 7 Aug 2014. 4*0.1=0.4 2. C. S. Akondi, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurement of the Transverse Target and Beam-Target Asymmetries in  Meson Photoproduction at MAMI. arXiv:1408.3274v1 [nucl-ex] 14 Aug 2014. 4*0.1=0.4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. G.M.Gurevich. Measurement of spin polarizabilities of the nucleon. 62 International conference NUCLEUS-2012 ( >@>=56, 25-30 8N=O 2012 3.). ;5=0@=K9 4>:;04. 30*1.5*0.5=22.5 2. Thomas, G.M.Gurevich, R.L.Kondratiev et al. The new frozen spin target at MAMI. 20 International symposium SPIN-2012 (Dubna, September 17-22, 2012). ;5=0@=K9 4>:;04. 30*1.5*0.5*0.1=2.25 3. G.M.Gurevich. Compton scattering with polarization degrees of freedom: Study of the nucleon spin structure. 63 International conference NUCLEUS-2013 (>A:20, $, 8-12 >:BO1@O 2013 3.). !5:F8>==K9 4>:;04. 6*1.5=9 4. G.M.Gurevich.  Complete experiment in meson photoproduction. 64 International conference NUCLEUS-2014 (8=A:, 1-4 8N;O 2014 3.). Book of abstracts, p. 46 (2014). 30*1.5=45 5. ..C@528G. 5@2>5 87<5@5=85 A?8=>2KE ?>;O@87C5<>AB59 ?@>B>=0. 564C=0@>4=0O A5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 $  (>A:20, 17-21 =>O1@O 2014 3.) !5:F8>==K9 4>:;04. 6*1.5=9 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. ..C@528G. :B82=0O AF8=B8;LVAL;OF8>==0O ?>;O@87>20==0O <8H5=L. V '5@5=:>2A:85 GB5=8O (>A:20, $, 10 0?@5;O 2012 3.) @83;0H5==K9 4>:;04. 20*1.5*0.5=15 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 77th Annual Meeting of the DPG and DPG Spring Meeting. Dresden, 4 - 8 of March 2013 http://www.dpg-verhandlungen.de/year/2013/conference/dresden/static/hk.html ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne): 1. HK 6.2. Messung des differentiellen und totalen Wirkungsquerschnitts der 2 -Photoproduktion an MAMI 2. HK 6.3 Narrow Structure in -Photoproducion off 2H and 3He 3. HK 14.2 Measurement Of The Proton Spin Polarisabilities 4. HK 14.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 5. HK 14.8 Polarization Observables T and F in Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 27.2 Studien zur Messung des elektromagnetischen Formfaktors des 2 7. HK 27.6 Polarisation Observables F and T in Double 0 Photoproduction 8. HK 42.4 Measurement of the Proton Scalar Polarizabilities at MAMI 9. HK 52.23 Development of a time projection chamber for Crystal Ball at MAMI 10. HK 53.1 Geometrie und Auslese eines aktiven polarisierten Targets fr das Crystal-Ball-Experiment 11. HK 69.8 Design of internal superconducting polarizing solenoid for frozen spin target 12. HK 73.3 Quasifree Photoproduction of Eta-Pion Pairs off the Deuteron 13. HK 73.9 Photoproduction of Pion-Pairs off Nucleons 6*13*0.06= 4.68 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 DPG-Verhandlungen, Frankfurt, 17 - 21 of March 2014 http://www.dpg-verhandlungen.de/year/2013/conference/frankfurt/part/hk ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne): 1. HK 1.1. Photoproduction of 0-Mesons off Neutrons in the Nucleon Resonance Region. 2. HK 1.4. F Observable in Double 0-Photoproduction. 3. HK 6.3. Upgrade of the Data Acquisition System for the A2 Experiment at MAMI. 4. HK 8.2 Transversale TargetasymmetZLVALjrien in der Meson-Photoproduktion. 5. HK 8.5 Polarization Observables T and F in -Photoproduction off Quasi-Free Protons and Neutrons 6. HK 8.7 Helicity Dependent Cross Sections in Meson Photoproduction off Quasi-Free Protons and Neutrons 7. HK 23.2  und 2 Physik mit dem Crystal Ball am MAMI 8. HK 27.2 Energiekalibration mit der neuen HV-Versorgung des Crystal Ball Detektors 9. HK 46.24 Neutronenhautstudien mit schweren Kernen anhand kohrenter 0-Photoproduktion 10. HK 46.72 Hardware upgrade for A2 data acquisition 11. HK 46.73 Development of a time projection chamber for Crystal Ball at MAMI 12. HK 52.1 Measurement of the Proton Polarizabilities at MAMI 13. HK 56.4 Entwicklung eines Triggerdetektors fr vorwrtsgerichtete Protonen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a. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E: Ia.1. .. 68;02O=*, .. 54>@57>2. $>B>45;5=85 238U 2 >1;0AB8 3830=BA:>3> @57>=0=A0. /45@=0O D878:0 2013.". 76. ! 12, A. 1529-1536.   = 60 0,914 / 2 @ 27,5. Ia.2. L.Z. Dzhilavyan, V.G. Nedorezov.  The 238U photofission in the giant resonance region . Physics of Atomic Nuclei 2013. V. 76, No. 12, pp. 1444-1451.   = 60 0,914 / 2 @ 27,5. Ia.3. !.!. 5;KH52, .. 68;02O=, .. @<0:>2, .!. HE0=>2, .. C7=5F>2, .!. C@8;8:, .. !B>?0=8, .. %0=:8=, .. (254C=>2. 1@07>20=85 18F 2 @50:F88 19F(g,n). 725AB8O . !5@8O D878G5A:0O 2013. ". 77. ! 4. !. 531-534.   = 60 0,406 / 9 @ 2,8. Ia.4. S.S. Belyshev. L.Z. Dzhilavyan, A.N. Ermakov, B.S. Ishkhanov, V.V. Khankin, A.S. Kurilik, A.A. Kuznetsov, V.I. Shvedunov, K.A. Stopani.  18F production in the reaction 19F(g,n) . Bulletin of the Russian Academy of Sciences: Physics 2013. V. 77. No. 4, pp. 480-482.   = 60 0,406 / 9 @ 2,8. Ia.5. .. 68;02O=*. >B>:8 8 A?5:B@K :2078<>=>E@><0B8G5A:8E 0==838;OF8>==KE D>B>=>2 4;O 8AA;54>20-=89 E1 3830=BA:8E @57>=0=A>2 2 0B><=KE O4@0E. /45@=0O D878:0. 2014, ". 77, !12, A. 1578 1590.   = 60 0,914 @ 54,9. Ia.6. L.Z. Dzhilavyan.  FLUXES AND SPECTRA OF QUASIMONOCHROMATIC ANNIHILATION PHOTONS FOR STUDIES OF E1 GIANT RESONANCES IN ATOMIC NUCLEI . Physics of Atomic Nuclei. 2014, Vol. 77, No. 12, pp. 1383-1395LVAL.   = 60 0,914 @ 54,9. Ia.7. .. 68;02O=. !>?>AB02;5=85 @50;L=KE B>@<>7=KE D>B>=>2 >B M;5:B@>=>2 8 ?>78B@>=>2 8 28@BC0;L=KE D>B>=>2 2 M;5:B@>=- 8 ?>78B@>=- O45@=KE @50:F8OE 4;O 7040G 8AA;54>20=8O 3830=BA:8E @57>=0=A>2. 725AB8O . !5@8O D878G5A:0O 2014, ". 78. ! 5, !. 635 641.   = 60 0,406 @ 24,4 Ia.8. L.Z. Dzhilavyan.  COMPARISON OF REAL BREMSSTRAHLUNG PHOTONS FROM ELECTRONS AND POSITRONS AND VIRTUAL PHOTONS IN ELECTRON- AND POSITRON- NUCLEAR REACTIONS FOR STUDIES OF GIANT RESONANCES . Bulletin of the Russian Academy of Sciences: Physics. 2014, V. 78, No. 5, P. 445 451.   = 60 0,406 @ 24,4. Ia.9. .. 0@52, .. 052A:89, !.. '5@5?=O, .. 68;02O=, !.!. 5;KH52, .. @<0:>2, .!. HE0=>2, .. %0=:8=, .. 0E><>2, .. (254C=>2, .. 5@;O=4. &/ !!", , !"   -  "% $"/ + ""   +'"+% )!". 725-AB8O . !5@8O D878G5A:0O (2 ?5G0B8).   = 60 0,406 0,1 @ 2,5. Ia.10. A.I. Karev, V.G. Raevsky, S.N. Cherepnya, L.Z. Dzhilavyan, S.S. Belyshev, A.N. Ermakov, B.S. Ishkhanov, V.V. Khankin, N.I. Pakhomov, V.I. Shvedunov, V.A. Berlyand.  RADIATION SAFETY OF LUGGAGE INSPECTED BY PHOTO-NUCLEAR EXPLOSIVE DETECTORS IN AIRPORTS . Bulletin of the Russian Academy of Sciences: Physics (in print).   = 60 0,406 0,1 @ 2,5. Ia.11. !.!. 5;KH52, .. 68;02O=, .!. HE0=>2, .!. C@8;8:, .. %0=:8=, .. (254C=>2.  / +% $"/ +% &     ""   Eg <0:A 55 M. 725AB8O . !5-@8O D878G5A:0O. 2014, ". 78, ! 11, !. 1420 1424.   = 60 0,406 / 6 @ 4,1 Ia.12. .S.S.Belyshev, L.Z. Dzhilavyan, B.S.Ishkhanov, A.S.Kurilik, V.V.Khankin, V.I.Shvedunov. MEASUREMENTS OF PHOTONUCLEAR REACTIONS YIELDS IN NATURAL TITANIUM AT Eg max 55 MeV. Bulletin of the Russian Academy of Sciences: Physics. 2014, Vol. 78, No. 11, pp. 1153 1157.   = 60 0,406 / 6 @ 4,1. Ia.13. .. 68;02O=. -:A?5@8<5=B0;L=K5 ?0@0<5B@K 87>25:B>@=>3> E1 3830=BA:>3> @57>=0=A0 2 7028A8<>AB8 >B :>@@5:B=>AB8 CG5B0 LVALA?5:B@>2 B>@<>7=KE D>B>=>2. 725AB8O . !5@8O D878G5A:0O (2 ?5G0B8).   = 60 0,406 @ 24,4 Ia.14. L.Z. Dzhilavyan. Experimental parameters of the isovector E1 giant resonance in dependence on correctness of taking into account bremsstrahlung spectra. Bulletin of the Russian Academy of Sciences. Physics (in print).   = 60 0,406 @ 24,4 Ia.15. .. 68;02O=. !5G5=85 @50:F88 115In(g, g)115mIn 2 >1;0AB8 E1 3830=BA:>3> @57>=0=A0. /45@=0O D878:0 (2 ?5G0B8).   = 60 0,914 @ 54,9. Ia.16. L.Z. Dzhilavyan. Cross sections of the reaction 115In(g, g)115mIn in the E1 giant resonance region. Physics of Atomic Nuclei (in print).   = 60 0,914 @ 54,9. Ia.17. !.!. 5;KH52, .. 68;02O=, .!. HE0=>2, .. 0?8B>=>2, .. C7=5F>2, .!. C@8;8:, .. %0=:8=. $>B>O45@=K5 @50:F88 =0 87>B>?0E B8B0=0 46"50Ti. 5AB=. >A:. C=-B0. !5@. 3. $87. AB@>=. 2014. ! 5, !. 3-12.   = 60 0,272 / 7 @ 2,4. Ia.18. S.S. Belyshev, L.Z. Dzhilavyan, B.S. Ishkhanov, I.M. Kapitonov, A.A. Kuznetsov, A.S. Kurilik, V.V. Khankin. Photonuclear reactions on isotopes of titanium 46-50Ti. Moscow University Physics Bulletin 2014. Vol. 69. N 5. P. 363-373.   = 60 0,272 / 7 @ 2,4. Ia.19. !.!. 5;KH52, .. 68;02O=, .!. HE0=>2, .. 0?8B>=>2, .. C7=5F>2, .. @;8=, .. !B>?0=8. $>B>O45@=K5 @50:F88 =0 87>B>?0E B8B0=0. /45@=0O D878:0 (2 ?5G0B8).   = 60 0,914 / 7 @ 7,9. Ia.20. S.S. Belyshev, L.Z. Dzhilavyan,B.S. Ishkhanov, I.M. Kapitonov, A.A. Kuznetsov, V.N. Orlin, K.A. Stopani. Photonuclear reactions on titanium isotopes. Physics of Atomic Nuclei (in print) .   = 60 0,914 / 7 @ 7,9. Ia.21. .. ;852, !.!. 5;KH52, .. 68;02O=, .!. HE0=>2, .. %0=:8=, .. (254C=>2. AA;54>20=85 2>7-<>6=>AB59 ?>;CG5=8O 8 2K45;5=8O @048>87>B>?0 18F =0 CA:>@8B5;OE M;5:B@>=>2. 5AB=8: #. !5@8O 3. $. !" /. 2014, ! 3. !. 29-32.   = 60 0,272 / 6 @ 2,8. Ia.22. R.A. Aliev, S.S. Belyshev, L.Z. Dzhilavyan, B.S. Ishkhanov, V.V. Khankin, and V.I. Shvedunov. Study of the possibility LVALof the production and separation of the 18F radioisotope at electron accelerators. Moscow University Physics Bulletin, 2014, Vol. 69, No. 3, pp. 233 236   = 60 0,272 / 6 @ 2,8.  Ia @ 27,5 + 27,5 + 2,8 + 2,8 + 54,9 + 54,9 + 24,4 + 24,4 + 2,5 + 2,5 + 4,1 + 4,1 + 24.4 + 24,4 + 54,9 + 54,9 + 2,4 + 2,4 + 7,9 + 7,9 + 2,8 + 2,8 = 417,2. Ib. @5?@8=BK: Ib.1. .. ;852, !.!. 5;KH52, .. 68;02O=, .. @<0:>2, .!. HE0=>2, .. 0E><>2, .. %0=:8=, .. (254C=>2. -:A?5@8<5=B0;L=>5 8AA;54>20=85 2>7<>6=>AB59 =0@01>B:8 18F, 67!u, 177Lu 4;O O45@=>9 <548-F8=K =0 CA:>@8B5;OE M;5:B@>=>2. @5?@8=B / . . 2013, 52 AB@..  =4 / 8 = 0,5. Ib.2. !.!. 5;KH52, .. 5@;O=4, ".. 5@;O=4, .. 68;02O=, .. @<0:>2, .. 0<0=8=, .!. HE0=>2, .. 0@52, .. 0E><>2, .. 052A:89, .. %0=:8=, !.. '5@5?=O, .. (254C=>2. -:A?5@8<5=B0;L=>5 8A-A;54>20=85 ?@>1;5< @0480F8>==>9 157>?0A=>AB8 ?@8 8A?>;L7>20=88 D>B>O45@=>3> 45B5:B>@0 A:@KBKE 27@K2-G0BKE 25I5AB2. / . . 2013, 28 AB@..  =4 0,1 = 0,4  Ib = 0,5 + 0,4 = 0,9. III. >=D5@5=F88: III.1. L.Z. Dzhilavyan, S.I. Mishnev, V.G. Nedorezov, D.M Nikolenko, I.A. Rachek, D.K. Toporkov.  Source of mono-chromatic photons driven by positron in-flight annihilation using internal target of storage ring VEPP-3 . ;5=0@=K9 4>:;04. Proceedings of the XII International Seminar on Electromagnetic interactions of nuclei (Moscow, 2012),. INR RAS, Moscow, 2013, pp. 138-147.   = 30 1,5 0,5= 22,5. III.2. L.Z. Dzhilavyan.  FLUXES AND SPECTRA OF QUASIMONOCHROMATIC ANNIHILATION PHOTONS FOR STUDIES OF E1 GIANT RESONANCES . In LXIII International Conference  Nucleus 2013 (Moscow, 2013). Book of abstracts, Saint-Petersburg, 2013, p. 131.   = 6 III.3. L.Z. Dzhilavyan.  ROLE OF BREMSSTRAHLUNG DIFFERENCES FOR ELECTRONS AND POSITRONS AT E1GR STUDIES WITH QUASIMONOCHROMATIC AN NIHILATION PHOTONS . In LXIII International Confer-ence  Nucleus 2013 (Moscow, 2013). Book of abstracts. Saint-Petersburg, 2013, p. 132.   =LVAL 6 . III.4. L.Z. Dzhilavyan.  IVE1GR-IVE2GR SEPARATION USING REAL PHOTONS AND VIRTUAL PHOTONS IN ELECTRON- AND POSITRON- NUCLEAR REACTIONS . In LXIII International Conference  Nucleus 2013 (Mos-cow, 2013). Book of abstracts, Saint-Petersburg, 2013, p. 133.   = 6 . III.5. S.S. Belyshev, L.Z. Dzhilavyan, B.S. Ishkhanov, V.V. Khankin, V.I. Shvedunov. MEASUREMENTS OF PHOTONUCLEAR REACTIONS YIELDS IN NATURAL TITANIUM AT Eg max 55 MeV. In LXIII International Con-ference  Nucleus 2013 (Moscow, 2013). Book of abstracts, Saint-Petersburg, 2013, p. 139.   = 6. III.6. A.I. Karev, V.G. Raevsky, S.N. Cherepnya, L.Z. Dzhilavyan, S.S. Belyshev, A.N. Ermakov, B.S. Ishkhanov, V.V. Khankin, N.I. Pakhomov, V.I. Shvedunov, V.A. Berlyand. RADIATION SAFETY OF LUGGAGE INSPECTED BY PHOTONUCLEAR EXPLOSIVE DETECTORS IN AIRPORTS. In LXIII International Conference  Nucleus 2013 (Moscow, 2013). Book of abstracts, Saint-Petersburg, 2013, p. 249.   =60,1=0,6. III.7. L.Z. Dzhilavyan. Cross sections of the reaction 115In(g, g)115mIn in the E1 giant resonance region. Book of ab-stracts LXIV International Conference  Nucleus 2014 . Minsk. Publishing center of BSU. 2014. P. 100.   = 6. III.8. L.Z. Dzhilavyan. Experimental parameters of the isovector E1 giant resonance in dependence on correctness of taking into account bremsstrahlung spectra. Book of abstracts LXIV International Conference  Nucleus 2014 . Minsk. Publishing center of BSU. 2014. P. 66.   = 6. III.9. S.S. Belyshev, L.Z. Dzhilavyan, B.S. Ishkhanov, A.S. Kurilik, V.V. Khankin, V.I. Shvedunov.  Yields and cross-sections of the (g, n) and (g, p) reactions on the Ti isotopes in the GDR region . Book of abstracts LXIV International Conference  Nucleus 2014 . Minsk. Publishing center of BSU. 2014. P. 111.   = 6..  III @ 22,5 + 6 + 6 + 6 + 6 + 0,6 + 6 + 6 + 6 = 65,1. V. 0B5=BK: V.1. !?>A>1 35=5@0F88 <548F8=A:8E @048>87>B>?>2. 68;02O= 5>=84 025=>28G, 0@52 ;5:A0=4@ 20=>-28G, 052A:89 0;5@89 5>@38528NLVAL^G. 0B5=B $ ! 2500429 (10.12.2013, N;. ! 34).   = 20 / 3 @ 6,7. V.2.  Device for detection and identification of carbon- and nitrogen- containing materials . Inventors: Karev Ale-ksandr Ivanovich, Raevsky Valeriy Georgievich, Dzhilavyan Leonid Zavenovich, Laptev Valeriy Dmitrievich, Pakhomov Nikolay Ivanovich, Shvedunov Vasiliy Ivanovich, Rykalin Vladimir Ivanovich, Brothers Louis Joseph, Wilhide Larry Kenneth. Patent #: US008681939 Date of Patent: Mar. 25, 2014.   = 20 / 9 @ 2,3. V.3.  Method of detection and identification of carbon and identification of carbon- and nitrogen- containing materi-als . Inventors: Karev Aleksandr Ivanovich, Raevsky Valeriy Georgievich, Dzhilavyan Leonid Zavenovich, Brothers Louis Joseph, Wilhide Larry Kenneth. United States Patent Karev et al. Patent No: US 8,582,712 B2 Date of Patent: Nov. 12, 2013.   = 20 / 5 @ 4.  V @ 6,7 + 2,3 + 4 = 13. B>3>:   @ 417,2 + 0,9 + 65,1 + 13 = 496.2LVALNG>=4@0BL52 C4>;LD 5>=84>28G, 19.10.1940, A=A, :.D-<.=., $/ , B5<0 3>A7040=8O ! 15.4 $878:0 0B><=>3> O4@0, 48=0<8:0 O45@=KE 8 D>B>O45@=KE @50:F89, D878:0 @048>=C:;84>2 8 BO6Q;KE 8>=>2, ?>4B5<0 @5F878>==>5 8AA;54>20=85 M;5:B@><03=8B=KE 2708<>459AB289 =C:;>=>2 8 O45@; 8AA;54>20=85 A2>9AB2 04@>=>2 2 O45@=>9 A@545, 87CG5=85 8E A2O70==KE A>AB>O=89 (<57>==K5 O4@0, 45;LB0-O4@0, 38?5@O4@0), >B25BAB25==K9 8A?>;L=8B5;L. =48284C0;L=K9   70 2013-2014 33.= 365.414 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 20143. 1. Helicity dependence of the He!pX reaction in the (1232)) resonance region S.Costanza, A.Mushkarenkov, R.Kondratiev, V.Lisin, A.Polonski et al Eur. Phys. J. A 50 (2014) 173 2.043*30*0.1=6.129 2. Measurement of the transverse target and beam-target asymmetries in -meson photoproduction at MAMI C.S.Akondi, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.Lett. 113, 102001 (2014) 7.943*30*0.1=23.829 3. Quasifree Photoproduction of h-mesons off Protons and Neutrons D.Werthmller, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.C 90, 015205 (2014) 3.715*30*0.1=11.145 4. Measurement of K+ and K+0 photoproduction with fine center-of-mass energy resolution T.C. Jude, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski ey al Phys. Lett. B 735 (2014) 112 4.569*30*0.1=13.707 5. The neutron skin of 208Pb from coherent pion photoproduction C.M. Tarbert, R.Kondratiev, V.Lisin, A.Polonski et al Phys.Rev.Lett. 112, 242502 (2014), chosen for an Editors Suggestion 7.943*30*0.1=23.829 6. A new determination of the  transition form factor in the Dalitz decay !e+e" with the Crystal Ball/TAPS detectors at the Mainz Microtron P. Aguar-Bartolom, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.C 89, 044608 (2014) 3.715*30*0.1=11.145 7. Determination of the  mass with the Crystal Ball at MAMI-B A. Nikolaev, R.Kondratiev, V.Lisin, A.Polonski et al Eur. Phys. J. A 50 (2014) 58 2.043*30*0.1=6.129 8. Photoproduction of 0 mesons off neutroLVALns in the nucleon resonance region M. Dieterle, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.Lett. 112 (2014) 142001 7.943*30*0.1=23.829 9. Measurement of the beam-helicity asymmetry in the photoproduction 0-pairs off protons and off neutrons M. Oberle, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Eur. Phys. J. A 50 (2014) 54 2.043*30*0.1=6.129 10. Measurement of the 1H(,p)0 reaction using a novel nucleon spin polarimeter M.H. Sikora, R.Kondratiev,V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.Lett. 112, 022501 (2014) 7.943*30*0.1=23.829 11. A new measurement of the rare decay !0 with the Crystal Ball/TAPS detectors at the Mainz Microtron B.M.K.Nefkens, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al accepted for publication in Phys.Rev.C 3.715*30*0.1=11.145 12. Measurements of the proton spin-polarizabilities with double-polarized Compton scattering. P.P. Martel, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Phys. Rev. Let. (in print). 7.943*30*0.1=23.829 13. First measurement of target and beam-target asymmetries in the p!0p reaction. C.S.Akondi, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Phys. Rev. C (in print). 3.715*30*0.1=11.145 14. Target and beam-target asymmetry for p! 00p V. L. Kashevarov, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al.. Phys. Rev. Let. (in print). 7.943*30*0.1=23.829 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 20133. 15. Measurement of the beam-helicity asymmetry in the photoproduction of -pairs off the proton and off the neutron M. Oberle, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Physics Letters B, 2013, B.721, 237-243 4.569*30*0.1=13.707 16. Double pion photoproduction off nuclei - are there effects beyond Final State Interaction? Y. Maghrbi, R.Kondratiev, V.Lisin, A. Polonski et al Physics Letters B, 2013, B.722, 69-75 4.569*30*0.1=13.707 17. First measurement of the helicity dependence fLVALor the 3He interaction in the D(1232) resonance region P. Aguar Bartolom, R.Kondratiev, V.Lisin, A.Polonski et al Physics Letters B, 2013, B.723, 71-77 4.569*30*0.1=13.707 18. Accurate test of Chiral Dynamics in the p --> 0p reaction D. Hornidge, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Physical Review Letters, 111, 062004 (2013) 7.943*30*0.1=23.829 19. Measurement of the p!K0+ reaction with the Crystal Ball/TAPS detectors at the Mainz Microtron P. Aguar-Bartolom, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys. Rev. C 88, 044601 (2013) [11 pages] 3.715*30*0.1=11.145 20. Quasi-free photoproduction of -mesons off 3He L. Witthauer, R.Kondratiev, V.Lisin, A. Mushkarenkov, A. Polonski et al Eur. Phys. J. A (2013) 49: 154 2.043*30*0.1=6.129 21. In-medium modifications of the  meson near the production threshold M. Thiel, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Eur. Phys. J. A (2013) 49: 132 2.043*30*0.1=6.129 22. Measurements of 12C(,pp) photon asymmetries for E=200-450 MeV J. Robinson, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Eur. Phys. J. A (2013) 49: 65 2.043*30*0.1=6.129 23. Coherent photoproduction of 0 and -mesons off 7Li Y. Maghrbi, R.Kondratiev, V.Lisin, A.Polonski et al Eur. Phys. J. A (2013) 49: 38 2.043*30*0.1=6.129 24. A narrow structure in the excitation function of -photoproduction off the neutron D. Werthmller, R.Kondratiev, V.Lisin, A. Mushkarenkov, A.Polonski et al Phys. Rev. Lett., 111 (2013) 232001 7.943*30*0.1=23.829 !B0BL8 2 @5F5=78@C5<KE @>AA89A:8E 6C@=0;0E: 1. ."><0A, ..C@528G, ..>=4@0BL52 8 4@. >20O 70<>@>65==0O A?8=>20O <8H5=L 2 MAMI. -'/, 44, 6 (2013) 1838-1842. 0.743*60*0.1= 4.458 2. A. Thomas, G.M.Gurevich, R.L.Kondratiev et al. The new frozen spin target at MAMI. Physics of particles and nuclei, 44, 6 (2013) 964-967. 0.743*60*0.1= 4.458 @5?@8=BK 1. P.P. Martel, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurements ofLVAL the Proton Spin-Polarizabilities with Double-Polarized Compton Scattering. arXiv:1408.1576v1 [nucl-ex] 7 Aug 2014. 4*0.1=0.4 2. C. S. Akondi, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurement of the Transverse Target and Beam-Target Asymmetries in  Meson Photoproduction at MAMI. arXiv:1408.3274v1 [nucl-ex] 14 Aug 2014. 4*0.1=0.4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. Thomas, G.M.Gurevich, R.L.Kondratiev et al. The new frozen spin target at MAMI. 20 International symposium SPIN-2012 (Dubna, September 17-22, 2012). ;5=0@=K9 4>:;04. 30*1.5*0.5*0.1=2.25 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 DPG-Verhandlungen, Frankfurt, 17 - 21 of March 2014 http://www.dpg-verhandlungen.de/year/2013/conference/frankfurt/part/hk ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne): 1. HK 1.1. Photoproduction of 0-Mesons off Neutrons in the Nucleon Resonance Region. 2. HK 1.4. F Observable in Double 0-Photoproduction. 3. HK 6.3. Upgrade of the Data Acquisition System for the A2 Experiment at MAMI. 4. HK 8.2 Transversale Targetasymmetrien in der Meson-Photoproduktion. 5. HK 8.5 Polarization Observables T and F in -Photoproduction off Quasi-Free Protons and Neutrons 6. HK 8.7 Helicity Dependent Cross Sections in Meson Photoproduction off Quasi-Free Protons and Neutrons 7. HK 23.2  und 2 Physik mit dem Crystal Ball am MAMI 8. HK 27.2 Energiekalibration mit der neuen HV-Versorgung des Crystal Ball Detektors 9. HK 46.24 Neutronenhautstudien mit schweren Kernen anhand kohrenter 0-Photoproduktion 10. HK 46.72 Hardware upgrade for A2 data acquisition 11. HK 46.73 Development of a time projection chamber for Crystal Ball at MAMI 12. HK 52.1 Measurement of the Proton Polarizabilities at MAMI 13. HK 56.4 Entwicklung eines Triggerdetektors fr vorwrtsgerichtete Protonen 6*13*0.06= 4.68 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 77th Annual Meeting of the DPG and DPG Spring Meeting). Dresden, 4LVAL - 8 of March 2013 http://www.dpg-verhandlungen.de/year/2013/conference/dresden/static/hk.html ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) 1. HK 6.2. Messung des differentiellen und totalen Wirkungsquerschnitts der 2 -Photoproduktion an MAMI 2. HK 6.3 Narrow Structure in -Photoproducion off 2H and 3He 3. HK 14.2 Measurement Of The Proton Spin Polarisabilities 4. HK 14.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 5. HK 14.8 Polarization Observables T and F in Single 0-Photoproduction off Quasi-Free Protons and Neutrons 6. HK 27.2 Studien zur Messung des elektromagnetischen Formfaktors des 2 7. HK 27.6 Polarisation Observables F and T in Double 0 Photoproduction 8. HK 42.4 Measurement of the Proton Scalar Polarizabilities at MAMI 9. HK 52.23 Development of a time projection chamber for Crystal Ball at MAMI 10. HK 53.1 Geometrie und Auslese eines aktiven polarisierten Targets fr das Crystal-Ball-Experiment 11. HK 69.8 Design of internal superconducting polarizing solenoid for frozen spin target 12. HK 73.3 Quasifree Photoproduction of Eta-Pion Pairs off the Deuteron 13. HK 73.9 Photoproduction of Pion-Pairs off Nucleons >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 DPG-Verhandlungen, Frankfurt, 17 - 21 of March 2014 http://www.dpg-verhandlungen.de/year/2013/conference/frankfurt/part/hk ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne): 1. HK 1.1. Photoproduction of 0-Mesons off Neutrons in the Nucleon Resonance Region. 2. HK 1.4. F Observable in Double 0-Photoproduction. 3. HK 6.3. Upgrade of the Data Acquisition System for the A2 Experiment at MAMI. 4. HK 8.2 Transversale Targetasymmetrien in der Meson-Photoproduktion. 5. HK 8.5 Polarization Observables T and F in -Photoproduction off Quasi-Free Protons and Neutrons 6. HK 8.7 Helicity Dependent Cross Sections in Meson Photoproduction off Quasi-Free Protons and Neutrons 7. HK 23.2  und 2 Physik m LVAL it dem Crystal Ball am MAMI 8. HK 27.2 Energiekalibration mit der neuen HV-Versorgung des Crystal Ball Detektors 9. HK 46.24 Neutronenhautstudien mit schweren Kernen anhand kohrenter 0-Photoproduktion 10. HK 46.72 Hardware upgrade for A2 data acquisition 11. HK 46.73 Development of a time projection chamber for Crystal Ball at MAMI 12. HK 52.1 Measurement of the Proton Polarizabilities at MAMI 13. HK 56.4 Entwicklung eines Triggerdetektors fr vorwrtsgerichtete Protonen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vanov, S. A. Shulyapov, P. A. Ksenofontov, I. N. Tsymbalov, R. V. Volkov, A. B. Savel'ev, A. V. Brantov, V. Yu. Bychenkov, A. A. Turinge, A. M. Lapik, A. V. Rusakov, R. M. Djilkibaev, and V. G. Nedorezov. Comparative study of amplified spontaneous emission and short pre-pulse impacts onto fast electron generation at sub-relativistic femtosecond laser-plasma interaction. Physics of Plasmas 21, 093110 (2014).   = 30 * 0.944/10 =2.83 2. K. A. Ivanov, S.A. Shulyapov, A.A. Turinge, A.V. Brantov, D. S. Uryupina, R.V. Volkov, A.V. Rusakov, A.M.Lapik, R.M. Djilkibaev, V.G. Nedorezov, V.Yu. Bychenkov, and A. B. Savel ev. X-Ray Diagnostics of Ultrashort Laser-Driven Plasma: Experiment and Simulations Contrib. Plasma Phys. 53, No. 2, 116  121 (2013).   : 30* 0.944 / 10 = 2,83 3. Veronica De Leo, A. Lapik, V. Nedorezov,e.a. . Recent results of the BGO-OD experiment at ELSA facility . J.Phys.Conf.Ser. 424 (2013) 012008  : 8 /10 = 0,8 4. V. Vegna, A. Lapik, A.Mushkarenkov, V. Nedorezov, A. Ignatov, A.Turinge, N.Rudnev, e.a. . Measurement of the  beam asymmetry for the  photo-production off the proton and the neutron at GRAAL. Submitted to PR C 2013 e-Print: arXiv:1306.5943  : 30*3.715/10 = 11,145 5. B.Bantes, A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.N.Turinge e.a. The BGO-OD experiment at ELSA. International Journal of Modern Physics: Conference Series Vol. 26 (2014) 1460093.   = : 8 /10 = 0,8 6. G. Mandaglio, .. A.N. Mushkarenkov, V.G.Nedorezov, N.V. RudneLVAL v, A.N.Turinge e.a. Beam asymmetry  of _0 photoproduction off the proton at GRAAL experiment. EPJ Web of Conferences , EDP Sciences (2014) . in publ.   = : 8 /10 = 0,8 7. G. Mandaglio, .. A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.Turinge e.a. Photoproduction off the proton analysis and preliminary beam asymmetry results at GRAAL experiment EPJ Web of Conferences , EDP Sciences (2014) . in publ.   = : 8 /10 = 0,8 " 20,005 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. 20=>2, !.. (C;O?>2, .. CA0:>2, ..0?8:, . "C@8=35, .. @0=B>2, .. !025;L52 .. 68;:81052, .. 54>@57>2, .!. #@N?8=0, .. >;:>2, ... KG5=:>2. >2K5 D>B>O45@=K5 <5B>4K =0 >A=>25 D5<B>A5:C4=KE ;075@>2. "@.'5@5=:>2A:8E GB5=89, $ (2012) , 8AL<0 2 -'/, C1=0 (2013), 2 ?5G0B8.  : 60*1,1/10 =6,6 " : 6,6 2. R.V. Volkov, K.A. Ivanov, A.B. Savel ev, D.S. Uryupina, S.A. Shulyapov, R.M. Dzhilkibaev, D.P. Zagorodnyuk, A.M. Lapik, V.G. Nedorezov, A.V. Rusakov, A.A. Turinge2, A.V. Brantov, V.Yu. Bychenkov. New photonuclear methods based on femtosecond lasers. Physics of Particles and Nuclei Letters, 2014, Vol. 11, No. 1, pp. 54-59. 0.743*60*0.1 = 4.458 " : 11,058 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. 54>@57>2 .., H5=8G=>2 .., .0?8:, "C@8=35 .. C;LB8D@03<5=B0F8O O4@0 C3;5@>40 D>B>=0<8 A M=5@3859 700  1500 M. 564C=0@>4=0O A5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 $  (>A:20, 17-21 =>O1@O 2014 3.).   = 30*1,5 /4 = 11,25 2. .."C@8=35, ..54>@57>2, ..H5=8G=>2, ..0?8: C;LB8D@03<5=B0F88 O45@ C3;5@>40 D>B>=0<8 A M=5@3859 0,8  1,5 M. ;5=0@=K9 4>:;04 /4@>  2013, >A:20, $ (2013) AB@. 126.  : 30*1,5 /4 = 11,25 3. R.V. Volkov, K.A. Ivanov, A.B. Savel ev, D.S. Uryupina, S.A. Shulyapov, R.M. Dzhilkibaev, D.P. Zagorodnyuk, A.M. Lapik, V.G. Nedorezov, A.V. Rusakov, A.A. Turinge, A.V. Brantov, V.Yu. Bychenkov. The study of electromagnetic radiation from the iron target, irradiated by femtosecond laser pulses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olkov1, K.A. Ivanov1, A.B. Savel ev1, D.S. Uryupina1, S.A. Shulyapov1, R.M. Dzhilkibaev2, D.P. Zagorodnyuk2, A.M. Lapik2, V.G. Nedorezov2, A.V. Rusakov2, A.A. Turinge2, A.V. Brantov3, V.Yu. Bychenkov3. The study of electromagnetic radiation from the iron target, irradiated by femtosecond laser pulses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elicity dependence of the He!pX reaction in the (1232)) resonance region S.Costanza, A.Mushkarenkov, R.Kondratiev, V.Lisin, A.Polonski et al Eur. Phys. J. A 50 (2014) 173 2.043*30*0.1=6.129 2. Measurement of the transverse target and beam-target asymmetries in -meson photoproduction at MAMI C.S.Akondi, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.Lett. 113, 102001 (2014) 7.943*30*0.1=23.829 3. Quasifree Photoproduction of h-mesons off Protons and Neutrons D.Werthmller, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.C 90, 015205 (2014) 3.715*30*0.1=11.145 4. Measurement of K+ and K+0 photoproduction with fine center-of-mass energy resolution T.C. Jude, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski ey al Phys. Lett. B 735 (2014) 112 4.569*30*0.1=13.707 5. The neutron skin of 208Pb from coherent pion photoproduction C.M. Tarbert, R.Kondratiev, V.Lisin, A.Polonski et al Phys.Rev.Lett. 112, 242502 (2014), chosen for an Editors Suggestion 7.943*30*0.1=23.829 6. A new determination of the  transition form factor in the Dalitz decay !e+e" with the Crystal Ball/TAPS detectors at the Mainz Microtron P. Aguar-Bartolom, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.C 89, 044608 (2014) 3.715*30*0.1=11.145 7. Determination of the  mass with the Crystal Ball at MAMI-B A. Nikolaev, R.Kondratiev, V.Lisin, A.Polonski et al Eur. Phys. J. A 50 (2014) 58 2.043*30*0.1=6.129 8. Photoproduction of 0 mesLVAL ons off neutrons in the nucleon resonance region M. Dieterle, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.Lett. 112 (2014) 142001 7.943*30*0.1=23.829 9. Measurement of the beam-helicity asymmetry in the photoproduction 0-pairs off protons and off neutrons M. Oberle, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Eur. Phys. J. A 50 (2014) 54 2.043*30*0.1=6.129 10. Measurement of the 1H(,p)0 reaction using a novel nucleon spin polarimeter M.H. Sikora, R.Kondratiev,V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.Lett. 112, 022501 (2014) 7.943*30*0.1=23.829 11. A new measurement of the rare decay !0 with the Crystal Ball/TAPS detectors at the Mainz Microtron B.M.K.Nefkens, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al accepted for publication in Phys.Rev.C 3.715*30*0.1=11.145 12. Measurements of the proton spin-polarizabilities with double-polarized Compton scattering. P.P. Martel, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Phys. Rev. Let. (in print). 7.943*30*0.1=23.829 13. First measurement of target and beam-target asymmetries in the p!0p reaction. C.S.Akondi, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Phys. Rev. C (in print). 3.715*30*0.1=11.145 14. Target and beam-target asymmetry for p! 00p V. L. Kashevarov, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al.. Phys. Rev. Let. (in print). 7.943*30*0.1=23.829 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 20133. 15. Measurement of the beam-helicity asymmetry in the photoproduction of -pairs off the proton and off the neutron M. Oberle, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Physics Letters B, 2013, B.721, 237-243 4.569*30*0.1=13.707 16. Double pion photoproduction off nuclei - are there effects beyond Final State Interaction? Y. Maghrbi, R.Kondratiev, V.Lisin, A. Polonski et al Physics Letters B, 2013, B.722, 69-75 4.569*30*0.1=13.707 17. First measurement of the helicitLVALy dependence for the 3He interaction in the D(1232) resonance region P. Aguar Bartolom, R.Kondratiev, V.Lisin, A.Polonski et al Physics Letters B, 2013, B.723, 71-77 4.569*30*0.1=13.707 18. Accurate test of Chiral Dynamics in the p --> 0p reaction D. Hornidge, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Physical Review Letters, 111, 062004 (2013) 7.943*30*0.1=23.829 19. Measurement of the p!K0+ reaction with the Crystal Ball/TAPS detectors at the Mainz Microtron P. Aguar-Bartolom, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys. Rev. C 88, 044601 (2013) [11 pages] 3.715*30*0.1=11.145 20. Quasi-free photoproduction of -mesons off 3He L. Witthauer, R.Kondratiev, V.Lisin, A. Mushkarenkov, A. Polonski et al Eur. Phys. J. A (2013) 49: 154 2.043*30*0.1=6.129 21. In-medium modifications of the  meson near the production threshold M. Thiel, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Eur. Phys. J. A (2013) 49: 132 2.043*30*0.1=6.129 22. Measurements of 12C(,pp) photon asymmetries for E=200-450 MeV J. Robinson, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Eur. Phys. J. A (2013) 49: 65 2.043*30*0.1=6.129 23. Coherent photoproduction of 0 and -mesons off 7Li Y. Maghrbi, R.Kondratiev, V.Lisin, A.Polonski et al Eur. Phys. J. A (2013) 49: 38 2.043*30*0.1=6.129 24. A narrow structure in the excitation function of -photoproduction off the neutron D. Werthmller, R.Kondratiev, V.Lisin, A. Mushkarenkov, A.Polonski et al Phys. Rev. Lett., 111 (2013) 232001 7.943*30*0.1=23.829 @5?@8=BK 1. P.P. Martel, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurements of the Proton Spin-Polarizabilities with Double-Polarized Compton Scattering. arXiv:1408.1576v1 [nucl-ex] 7 Aug 2014. 4*0.1=0.4 2. C. S. Akondi, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurement of the Transverse Target and Beam-Target Asymmetries in  Meson Photoproduction at MAMI. arXiv:1408.3274v1 [nucLVALl-ex] 14 Aug 2014. 4*0.1=0.4 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 DPG-Verhandlungen, Frankfurt, 17 - 21 of March 2014 http://www.dpg-verhandlungen.de/year/2013/conference/frankfurt/part/hk ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne): 1. HK 1.1. Photoproduction of 0-Mesons off Neutrons in the Nucleon Resonance Region. 2. HK 1.4. F Observable in Double 0-Photoproduction. 3. HK 6.3. Upgrade of the Data Acquisition System for the A2 Experiment at MAMI. 4. HK 8.2 Transversale Targetasymmetrien in der Meson-Photoproduktion. 5. HK 8.5 Polarization Observables T and F in -Photoproduction off Quasi-Free Protons and Neutrons 6. HK 8.7 Helicity Dependent Cross Sections in Meson Photoproduction off Quasi-Free Protons and Neutrons 7. HK 23.2  und 2 Physik mit dem Crystal Ball am MAMI 8. HK 27.2 Energiekalibration mit der neuen HV-Versorgung des Crystal Ball Detektors 9. HK 46.24 Neutronenhautstudien mit schweren Kernen anhand kohrenter 0-Photoproduktion 10. HK 46.72 Hardware upgrade for A2 data acquisition 11. HK 46.73 Development of a time projection chamber for Crystal Ball at MAMI 12. HK 52.1 Measurement of the Proton Polarizabilities at MAMI 13. HK 56.4 Entwicklung eines Triggerdetektors fr vorwrtsgerichtete Protonen 6*13*0.06= 4.68 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 77th Annual Meeting of the DPG and DPG Spring Meeting). Dresden, 4 - 8 of March 2013 http://www.dpg-verhandlungen.de/year/2013/conference/dresden/static/hk.html ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) 1. HK 6.2. Messung des differentiellen und totalen Wirkungsquerschnitts der 2 -Photoproduktion an MAMI 2. HK 6.3 Narrow Structure in -Photoproducion off 2H and 3He 3. HK 14.2 Measurement Of The Proton Spin Polarisabilities 4. HK 14.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 5. HK 14.8 Polarization Observables T and F in Single 0-PhotoproductioLVALn off Quasi-Free Protons and Neutrons 6. HK 27.2 Studien zur Messung des elektromagnetischen Formfaktors des 2 7. HK 27.6 Polarisation Observables F and T in Double 0 Photoproduction 8. HK 42.4 Measurement of the Proton Scalar Polarizabilities at MAMI 9. HK 52.23 Development of a time projection chamber for Crystal Ball at MAMI 10. HK 53.1 Geometrie und Auslese eines aktiven polarisierten Targets fr das Crystal-Ball-Experiment 11. HK 69.8 Design of internal superconducting polarizing solenoid for frozen spin target 12. HK 73.3 Quasifree Photoproduction of Eta-Pion Pairs off the Deuteron 13. HK 73.9 Photoproduction of Pion-Pairs off Nucleons >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 DPG-Verhandlungen, Frankfurt, 17 - 21 of March 2014 http://www.dpg-verhandlungen.de/year/2013/conference/frankfurt/part/hk ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne): 1. HK 1.1. Photoproduction of 0-Mesons off Neutrons in the Nucleon Resonance Region. 2. HK 1.4. F Observable in Double 0-Photoproduction. 3. HK 6.3. Upgrade of the Data Acquisition System for the A2 Experiment at MAMI. 4. HK 8.2 Transversale Targetasymmetrien in der Meson-Photoproduktion. 5. HK 8.5 Polarization Observables T and F in -Photoproduction off Quasi-Free Protons and Neutrons 6. HK 8.7 Helicity Dependent Cross Sections in Meson Photoproduction off Quasi-Free Protons and Neutrons 7. HK 23.2  und 2 Physik mit dem Crystal Ball am MAMI 8. HK 27.2 Energiekalibration mit der neuen HV-Versorgung des Crystal Ball Detektors 9. HK 46.24 Neutronenhautstudien mit schweren Kernen anhand kohrenter 0-Photoproduktion 10. HK 46.72 Hardware upgrade for A2 data acquisition 11. HK 46.73 Development of a time projection chamber for Crystal Ball at MAMI 12. HK 52.1 Measurement of the Proton Polarizabilities at MAMI 13. HK 56.4 Entwicklung eines Triggerdetektors fr vorwrtsgerichtete Protonen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erthmuller et al. [A2 Collaboration],  A narrow structure in the excitation function of eta-photoproduction off the neutron, Phys. Rev. Lett. 111 (2013) 232001   = 7.943*30*0.1= 23.829 2. P. Aguar-Bartolome et al. [A2 Collaboration],  Measurement of the p! K0+ reaction with the Crystal Ball/TAPS detectors at the Mainz Microtron, Phys. Rev. C 88 (2013) 044601   = 3.715*30*0.1 =11.145 3. M. Oberle, B. Krusche, J. Ahrens, J. R. M. Annand, H. J. Arends, K. Bantawa, P. A. Bartolome and R. Beck et al.,  Measurement of the beam-helicity asymmetry I% in the photoproduction of 0-pairs off the proton and off the neutron, Phys. Lett. B 721 (2013) 237   = 4.569*30*0.1=13,707 4. L. Witthauer et al. [A2 Collaboration],  Quasi-free photoproduction of -mesons off 3He, Eur. Phys. J. A 49 (2013) 154   = 2.043*30*0.1=6.129 5. M. Thiel, V. Metag, P. Aguar Bartolome, L. K. Akasoy, J. R. M. Annand, H. J. Arends, K. Bantawa and R. Beck et al.,  In-medium modifications of the - meson near the production threshold, Eur. Phys. J. A 49 (2013) 132.   = 2.043*30*0.1=6.129 6. J. Robinson, I. J. D. Macgregor, J. R. M. Annand, P. Aguar-Bartolome, L. K. Akasoy, H. J. Arends, Y. .I. Azimov and K. Bantawa et al.,  Measurements of 12C( pp) photon asymmetries for E = 200-450 MeV, Eur. Phys. J. A 49 (2013) 65.   = 2.043*30*0.1=6.129 7. P. Aguar Bartolome, A. Mushkarenkov, J. Ahrens, J. R. M. Annand, H. J. Arends, R. Beck, V. Bekrenev and H. Berghauser et al.,  First measurement of the helicityLVAL dependence of 3He photoreactions in the (1232) resonance region, Phys. Lett. B 723 (2013) 71.   = 4.569*30*0.1=13,707 8. D. Hornidge et al. [A2 and CB-TAPS Collaboration],  Accurate Test of Chiral Dynamics in the p !_0p Reaction, Phys. Rev. Lett. 111 (2013) 062004   = 7.943*30*0.1=23.829 9. C. S. Akondi, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurement of the Transverse Target and Beam-Target Asymmetries in  Meson Photoproduction at MAMI. Phys. Rev. Lett. 113, 102001 (2014).   = 7.943*30*0.1=23.829 10. M.H. Sikora, R Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurement of the 1H(,p)0 reaction using a novel nucleon spin polarimeter. PRL 112, 022501 (2014).   = 7.943*30*0.1=23.829 11. M. Oberle, R Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurement of the beam-helicity asymmetry IO in the photoproduction of 0-pairs off protons and off neutrons. EPJ A 50 (2014) 54.   = 2.043*30*0.1=6.129 12. M.Dieterle, R Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Photoproduction of 0-mesons off neutrons in the nucleon resonance region. Phys. Rev. Let. 112, 142001 (2014).   = 7.943*30*0.1=23.829 13. A.Nikolaev, R Kondratiev, V.Lisin, A.Polonski et al. Determination of the  mass with the Crystal Ball at MAMI-B. Eur.Phys. Journ. A 50 (2014) 58.   = 2.043*30*0.1=6.129 14. P.Aguar-Bartolom, R Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. A new determination of the  transition form factor in the Dalitz decay !e+e" with the Crystal Ball/TAPS detectors at the Mainz Microtron. Phys. Rev. C 89, 044608 (2014).   = 3.715*30*0.1=11.145 15. T.C.Jude, R Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurement of K+ and K+0 photoproduction with fine center-of-mass energy resolution. Phys. Lett. B 735 (2014) 112.   = 4.569*30*0.1=13.707 16. D. Werthmller, R Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Quasifree photoproduction of -mesons off protons and neutLVALrons. Phys.Rev. C 90, 015205 (2014).   = 3.715*30*0.1=11.145 17. S.Constanza, A.Mushkarenkov, R.Kondratiev, V.Lisin, A.Polonski et al. Helicity dependence of the  He-> X reaction in the D(1232) resonance region. Eur. Phys. Journ. A50 (2014) 173.   = 2.043*30*0.1=6.129 18. B.M.K.Nefkens, R Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. A new measurement of the rare decay  --> 0 with the Crystal Ball/TAPS detectors at the Mainz Microtron. Phys. Rev. C (in print).   = 3.715*30*0.1=11.145 19. S.Constanza, A. Mushkarenkov, R Kondratiev, V.Lisin, A.Polonski et al. Helicity dependence of the  He-> X reaction in the D(1232) resonance region. Eur.Phys. Journ. A (in print).   = 2.043*30*0.1=6.129 20. P.P. Martel, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurements of the proton spin-polarizabilities with double-polarized Compton scattering. Phys. Rev. Let. (in print).   = 7.943*30*0.1=23.829 21. C.S.Akondi, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. First measurement of target and beam-target asymmetries in the p!0p reaction. Phys. Rev. C (in print).   = 3.715*30*0.1=11.145 22. V. L. Kashevarov, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Target and beam-target asymmetry for p! 00p. Phys. Rev. Let. (in print).   = 7.943*30*0.1=23.829 23. I.I.Strakovsky, R Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Photoproduction of the  meson near threshold. Phys. Rev. Let. (in print).   = 7.943*30*0.1=23.829 24. V. Vegna, A. Lapik, A.Mushkarenkov, V. Nedorezov, A. Ignatov, A/Turinge, N.Rudnev, e.a. . Measurement of the  beam asymmetry for the  photo-production off the proton and the neutron at GRAAL. Submitted to PR C 2013 e-Print: arXiv:1306.5943  : 30*3.715/10 =11,145 25. B.Bantes, A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.N.Turinge e.a. The BGO-OD experiment at ELSA. International Journal of Modern Physics: Conference Series Vol. 26 (2014) 14 LVAL 60093.   = 8 /10 = 0.8 26. G. Mandaglio, .. A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.N.Turinge e.a. Beam asymmetry S of _p0 photoproduction off the proton at GRAAL experiment. EPJ Web of Conferences , EDP Sciences (2014) . in publ.   = 8 /10 = 0.8 27. G. Mandaglio, .. A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.Turinge e.a. Photoproduction off the proton analysis and preliminary beam asymmetry results at GRAAL experiment EPJ Web of Conferences , EDP Sciences (2014) . in publ.   = 8 /10 = 0.8 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. A. Mushkarenkov,  A fit to the Compton-scattering data on proton , Workshop on Compton scattering off Protons and Light Nuclei: pinning down the nucleon polarizabilities, ECT*, Trento, Italy, Jul 29 - Aug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elicity dependence of the He!pX reaction in the (1232)) resonance region S.Costanza, A.Mushkarenkov, R.Kondratiev, V.Lisin, A.Polonski et al Eur. Phys. J. A 50 (2014) 173 2.043*30*0.1=6.129 2. Measurement of the transverse target and beam-target asymmetries in -meson photoproduction at MAMI C.S.Akondi, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.Lett. 113, 102001 (2014) 7.943*30*0.1=23.829 3. Quasifree Photoproduction of h-mesons off Protons and Neutrons D.Werthmller, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.C 90, 015205 (2014) 3.715*30*0.1=11.145 4. Measurement of K+ and K+0 photoproduction with fine center-of-mass energy resolution T.C. Jude, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski ey al Phys. Lett. B 735 (2014) 112 4.569*30*0.1=13.707 5. The neutron skin of 208Pb from coherent pion photoproduction C.M. Tarbert, R.Kondratiev, V.Lisin, A.Polonski et al Phys.Rev.Lett. 112, 242502 (2014), chosen for an Editors Suggestion 7.943*30*0.1=23.829 6. A new determination of the  transition form factor in the Dalitz decay !e+e" with the Crystal Ball/TAPS detectors at the Mainz Microtron P. Aguar-Bartolom, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.C 89, 044608 (2014) 3.715*30*0.1=11.145 7. Determination of the  mass with the Crystal Ball at MAMI-B A. Nikolaev, R.Kondratiev, V.Lisin, A.Polonski et al Eur. Phys. J. A 50 (2014) 58 2.043*30*0.1=6.129 8. Photoproduction of 0 mesons off neutrons LVALin the nucleon resonance region M. Dieterle, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.Lett. 112 (2014) 142001 7.943*30*0.1=23.829 9. Measurement of the beam-helicity asymmetry in the photoproduction 0-pairs off protons and off neutrons M. Oberle, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Eur. Phys. J. A 50 (2014) 54 2.043*30*0.1=6.129 10. Measurement of the 1H(,p)0 reaction using a novel nucleon spin polarimeter M.H. Sikora, R.Kondratiev,V.Lisin, A.Mushkarenkov, A.Polonski et al Phys.Rev.Lett. 112, 022501 (2014) 7.943*30*0.1=23.829 11. A new measurement of the rare decay !0 with the Crystal Ball/TAPS detectors at the Mainz Microtron B.M.K.Nefkens, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al accepted for publication in Phys.Rev.C 3.715*30*0.1=11.145 12. Measurements of the proton spin-polarizabilities with double-polarized Compton scattering. P.P. Martel, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Phys. Rev. Let. (in print). 7.943*30*0.1=23.829 13. First measurement of target and beam-target asymmetries in the p!0p reaction. C.S.Akondi, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Phys. Rev. C (in print). 3.715*30*0.1=11.145 14. Target and beam-target asymmetry for p! 00p V. L. Kashevarov, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al.. Phys. Rev. Let. (in print). 7.943*30*0.1=23.829 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 20133. 15. Measurement of the beam-helicity asymmetry in the photoproduction of -pairs off the proton and off the neutron M. Oberle, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Physics Letters B, 2013, B.721, 237-243 4.569*30*0.1=13.707 16. Double pion photoproduction off nuclei - are there effects beyond Final State Interaction? Y. Maghrbi, R.Kondratiev, V.Lisin, A. Polonski et al Physics Letters B, 2013, B.722, 69-75 4.569*30*0.1=13.707 17. First measurement of the helicity dependence for LVALthe 3He interaction in the D(1232) resonance region P. Aguar Bartolom, R.Kondratiev, V.Lisin, A.Polonski et al Physics Letters B, 2013, B.723, 71-77 4.569*30*0.1=13.707 18. Accurate test of Chiral Dynamics in the p --> 0p reaction D. Hornidge, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Physical Review Letters, 111, 062004 (2013) 7.943*30*0.1=23.829 19. Measurement of the p!K0+ reaction with the Crystal Ball/TAPS detectors at the Mainz Microtron P. Aguar-Bartolom, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Phys. Rev. C 88, 044601 (2013) [11 pages] 3.715*30*0.1=11.145 20. Quasi-free photoproduction of -mesons off 3He L. Witthauer, R.Kondratiev, V.Lisin, A. Mushkarenkov, A. Polonski et al Eur. Phys. J. A (2013) 49: 154 2.043*30*0.1=6.129 21. In-medium modifications of the  meson near the production threshold M. Thiel, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Eur. Phys. J. A (2013) 49: 132 2.043*30*0.1=6.129 22. Measurements of 12C(,pp) photon asymmetries for E=200-450 MeV J. Robinson, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al Eur. Phys. J. A (2013) 49: 65 2.043*30*0.1=6.129 23. Coherent photoproduction of 0 and -mesons off 7Li Y. Maghrbi, R.Kondratiev, V.Lisin, A.Polonski et al Eur. Phys. J. A (2013) 49: 38 2.043*30*0.1=6.129 24. A narrow structure in the excitation function of -photoproduction off the neutron D. Werthmller, R.Kondratiev, V.Lisin, A. Mushkarenkov, A.Polonski et al Phys. Rev. Lett., 111 (2013) 232001 7.943*30*0.1=23.829 @5?@8=BK 1. P.P. Martel, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurements of the Proton Spin-Polarizabilities with Double-Polarized Compton Scattering. arXiv:1408.1576v1 [nucl-ex] 7 Aug 2014. 4*0.1=0.4 2. C. S. Akondi, G.Gurevich, R.Kondratiev, V.Lisin, A.Mushkarenkov, A.Polonski et al. Measurement of the Transverse Target and Beam-Target Asymmetries in  Meson Photoproduction at MAMI. arXiv:1408.3274v1 [nucl-ex] 14 Aug 2014LVAL. 4*0.1=0.4 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 DPG-Verhandlungen, Frankfurt, 17 - 21 of March 2014 http://www.dpg-verhandlungen.de/year/2013/conference/frankfurt/part/hk ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne): 1. HK 1.1. Photoproduction of 0-Mesons off Neutrons in the Nucleon Resonance Region. 2. HK 1.4. F Observable in Double 0-Photoproduction. 3. HK 6.3. Upgrade of the Data Acquisition System for the A2 Experiment at MAMI. 4. HK 8.2 Transversale Targetasymmetrien in der Meson-Photoproduktion. 5. HK 8.5 Polarization Observables T and F in -Photoproduction off Quasi-Free Protons and Neutrons 6. HK 8.7 Helicity Dependent Cross Sections in Meson Photoproduction off Quasi-Free Protons and Neutrons 7. HK 23.2  und 2 Physik mit dem Crystal Ball am MAMI 8. HK 27.2 Energiekalibration mit der neuen HV-Versorgung des Crystal Ball Detektors 9. HK 46.24 Neutronenhautstudien mit schweren Kernen anhand kohrenter 0-Photoproduktion 10. HK 46.72 Hardware upgrade for A2 data acquisition 11. HK 46.73 Development of a time projection chamber for Crystal Ball at MAMI 12. HK 52.1 Measurement of the Proton Polarizabilities at MAMI 13. HK 56.4 Entwicklung eines Triggerdetektors fr vorwrtsgerichtete Protonen 6*13*0.06= 4.68 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 77th Annual Meeting of the DPG and DPG Spring Meeting). Dresden, 4 - 8 of March 2013 http://www.dpg-verhandlungen.de/year/2013/conference/dresden/static/hk.html ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) 1. HK 6.2. Messung des differentiellen und totalen Wirkungsquerschnitts der 2 -Photoproduktion an MAMI 2. HK 6.3 Narrow Structure in -Photoproducion off 2H and 3He 3. HK 14.2 Measurement Of The Proton Spin Polarisabilities 4. HK 14.7 Einfach- und doppelpolarisierte Photoproduktion neutraler Pionen im Schwellenbereich 5. HK 14.8 Polarization Observables T and F in Single 0-Photoproduction off Quasi-Free ZLVALjProtons and Neutrons 6. HK 27.2 Studien zur Messung des elektromagnetischen Formfaktors des 2 7. HK 27.6 Polarisation Observables F and T in Double 0 Photoproduction 8. HK 42.4 Measurement of the Proton Scalar Polarizabilities at MAMI 9. HK 52.23 Development of a time projection chamber for Crystal Ball at MAMI 10. HK 53.1 Geometrie und Auslese eines aktiven polarisierten Targets fr das Crystal-Ball-Experiment 11. HK 69.8 Design of internal superconducting polarizing solenoid for frozen spin target 12. HK 73.3 Quasifree Photoproduction of Eta-Pion Pairs off the Deuteron 13. HK 73.9 Photoproduction of Pion-Pairs off Nucleons >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 :>=D5@5=F88 DPG-Verhandlungen, Frankfurt, 17 - 21 of March 2014 http://www.dpg-verhandlungen.de/year/2013/conference/frankfurt/part/hk ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne): 1. HK 1.1. Photoproduction of 0-Mesons off Neutrons in the Nucleon Resonance Region. 2. HK 1.4. F Observable in Double 0-Photoproduction. 3. HK 6.3. Upgrade of the Data Acquisition System for the A2 Experiment at MAMI. 4. HK 8.2 Transversale Targetasymmetrien in der Meson-Photoproduktion. 5. HK 8.5 Polarization Observables T and F in -Photoproduction off Quasi-Free Protons and Neutrons 6. HK 8.7 Helicity Dependent Cross Sections in Meson Photoproduction off Quasi-Free Protons and Neutrons 7. HK 23.2  und 2 Physik mit dem Crystal Ball am MAMI 8. HK 27.2 Energiekalibration mit der neuen HV-Versorgung des Crystal Ball Detektors 9. HK 46.24 Neutronenhautstudien mit schweren Kernen anhand kohrenter 0-Photoproduktion 10. HK 46.72 Hardware upgrade for A2 data acquisition 11. HK 46.73 Development of a time projection chamber for Crystal Ball at MAMI 12. HK 52.1 Measurement of the Proton Polarizabilities at MAMI 13. HK 56.4 Entwicklung eines Triggerdetektors fr vorwrtsgerichtete Protonen 6*13*0.06= 4.68 =48284C0;L=K9   70 2013-2014: 354.248LVAL!>@>:8= .@89 20=>28G, @>4. 1939 3. =A $/ .   31. C1;8:0F88: 1. Yu.I.Sorokin. Feynman propagator for particle in homogenious electromagnetic field. EMIN 2012. Moscow 2013. p.169 - 171   6/1=6 2, ... !>@>:8= !?8= D>B>=0, H8@8=0 >AF8;;OB>@=>3> C@>2=O 8 AB@C:BC@0 3830=BA:>3> @57>=0=A0 /45@=0O D878:0,2014, 2 ?5G0B8.   60*0,421=25 !C<<.  : =25+6=31 C4=52 8:>;09 OG5A;02>28G, @>4 18.12.1972, <=A $/ ,   70 2013  2014 33. = 10.8 C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Veronica De Leo, A. Lapik, V. Nedorezov,e.a. . Recent results of the BGO-OD experiment at ELSA facility . J.Phys.Conf.Ser. 424 (2013) 012008  : 30* 0 /10 = 0 4. V. Vegna, A. Lapik, A.Mushkarenkov, V. Nedorezov, A. Ignatov, A/Turinge, N.Rudnev, e.a. . Measurement of the  beam asymmetry for the  photo-production off the proton and the neutron at GRAAL. Submitted to PR C 2013 e-Print: arXiv:1306.5943  : 30*3.61/10 =10.8 5. B.Bantes, A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.N.Turinge e.a. The BGO-OD experiment at ELSA. International Journal of Modern Physics: Conference Series Vol. 26 (2014) 1460093.   = 30 * 0 = 0 6. G. Mandaglio, .. A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.N.Turinge e.a. Beam asymmetry S of _p0 photoproduction off the proton at GRAAL experiment. EPJ Web of Conferences , EDP Sciences (2014) . in publ.   = 30 * 0 = 0 7. G. Mandaglio, .. A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.Turinge e.a. Photoproduction off the proton analysis and preliminary beam asymmetry results at GRAAL experiment EPJ Web of Conferences , EDP Sciences (2014) . in publ.   = 30 * 0 = 0 " 10.8LVALNG  70 2013-2014 33. CA0:>2 @BC@ ;048<8@>28G, 25.11.1964, =. A., $/ , B5<0 3>A7040=8O ! 15.4 $878:0 0B><=>3> O4@0, 48=0<8:0 O45@=KE 8 D>B>O45@=KE @50:F89, D878:0 @048>=C:;84>2 8 BO6Q;KE 8>=>2, ?>4B5<0 7CG5=85 =5;8=59=KE MDD5:B>2 :20=B>2>9 M;5:B@>48=0<8:8 2> 2708<>459AB28OE 8=B5=A82=KE M;5:B@><03=8B=KE ?>;59 A 25I5AB2>< =0 ?CG:0E @5;OB828ABA:8E 8>=>2, M;5:B@>=>2 8 D5<B>A5:C=4=KE B5@020BB=KE ;075@>2, >B2. 8A?>;=8B5;L 1. K. A. Ivanov, S.A. Shulyapov, A.A. Turinge, A.V. Brantov, D. S. Uryupina, R.V. Volkov, A.V. Rusakov, R.M. Djilkibaev, V.G. Nedorezov, V.Yu. Bychenkov, and A.B.Savel ev. X-Ray Diagnostics of Ultrashort Laser-Driven Plasma: Experiment and Simulations. Contrib. Plasma Phys. 53, No. 2, 116  121 (2013). 0.934*30*0.1 = 2.8 2. ..20=>2, !..(C;O?>2, ..>;:>2, ..@0=B>2, ...KG5=:>2, ..54>@57>2, ..0?8:, .. CA0:>2, ..68;:81052, .."C@8=35. 5=5@0F8O @5;OB828ABA:8E G0AB8F 2 ?@>AB@0=AB25==> =5>4=>@>4=>9 ?;07<5 ?>4 459AB285< ;075@=KE 8<?C;LA>2. (5ABK5 '5@5=:>2A:85 GB5=8O >2K5 <5B>4K 2 M:A?5@8<5=B0;L=>9 O45@=>9 D878:5 8 D878:5 G0AB8F, >A:20, $, 9 0?@5;O 2013 3. 20*0.1 = 2.0 3. R.V. Volkov, K.A. Ivanov, A.B. Savel ev, D.S. Uryupina, S.A. Shulyapov, R.M. Dzhilkibaev, D.P. Zagorodnyuk, A.M. Lapik, V.G. Nedorezov, A.V. Rusakov, A.A. Turinge2, A.V. Brantov, V.Yu. Bychenkov. The study of electromagnetic radiation from the iron target, irradiated by femtosecond laser pulses. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2013, >A:20, 2013. 6 4. .. >;:>2, .. 20=>2, .. !025;L52-"@>D8<>2, .!. #@N?8=0, !.. (C;O?>2, .. 68;:81052, .. 54>@57>2, .. CA0:>2, .. "C@8=35, .. @0=B>2, ... KG5=:>2. >2K5 D>B>O45@=K5 <5B>4K =0 >A=>25 D5<B>A5:C=4=KE ;075@>2. 8AL<0 2 -'/, C1=0 2014, ".11, !1(185), A. 91-100. 0.743*60*0.1 = 4.458 5. R.V. Volkov, K.A. Ivanov, A.B. Savel ev, D.S. Uryupina, S.A. Shulyapov, R.M. Dzhilkibaev, D.P. Zagorodnyuk, A.M. Lapik, V.G. Nedorezov, A.V. Rusakov, A.A. Turinge2, A.V. Brantov, V.Yu. Bychenkov. New photonuLVALclear methods based on femtosecond lasers. Physics of Particles and Nuclei Letters, 2014, Vol. 11, No. 1, pp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vanov, S. A. Shulyapov, P. A. Ksenofontov, I. N. Tsymbalov, R. V. Volkov, A. B. Savel'ev, A. V. Brantov, V. Yu. Bychenkov, A. A. Turinge, A. M. Lapik, A. V. Rusakov, R. M. Djilkibaev, and V. G. Nedorezov. Comparative study of amplified spontaneous emission and short pre-pulse impacts onto fast electron generation at sub-relativistic femtosecond laser-plasma interaction. Phys. Plasmas 21, 093110 (2014). 2.38*30*0.1 = 7.14 B>3> 34.856LVALNG!>;>4CE>2 5==0489 0A8;L528G @>4. 19.11.1935, 702. A5:B. $/ .   ;8G=. 85,15.   @C:. 74,3. C1;8:0F88 >:;04K 1. A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S. Konobeevski, M.V. Mordovskoy, G.V.Solodukhov, S.V. Zuyev, V.I. Firsov, Yu.M. Zipenyuk. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. Proceedings of the 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012),. Kyiv. 2013. P. 521-524.  =60/9=6,7 2 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S. Konobeevski, M.V. Mordovskoy, G.V.Solodukhov, S.V. Zuyev, V.I. Firsov, Yu.M. Zipenyuk. On the possibility of using of electron linac LUE-8 (INR RAS) as the termal neutrons source. EMIN 1012, Moscow, 2013.  =60/9*1,5=10 3 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =60/8*0,5=3,75 4. A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ON THE ESTIMATION OF NAA SETUP ABILITY BASED ON THE ELECTRON LINAC LUE-8 WITH W-Be PHOTONEUTRON TARGET. LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia., p.251.  =60/9*1,5=10 5. L.N.Latysheva, A.V.Andreev, S.V.Zuyev, E.S.Konobeevski, N.M.Sobolevsky, G.V.Solodukhov, R.D.Ilic. MONTE-KARLO SIMULATION OF THE PHOTONEUTRON SOURCE OF THERMAL NEUTRONS BASED ON THE ELECTRON ACCELERATOR LUE-8 INR RAS. LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXILVALI MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.239.  =60/7=8,6 6. Andreev A.V, Ilic R.D., Konobeevsky E.S., Latysheva L.N., Sobolevsky N.M., Solodukhov G.V., Zuyev S.V. Optimization of a Photoneutron W-Be-source of thermal neutrons. "578AK 4>:;040 =0 564C=0@>4=>9 :>=D5@5=F88 /4@> 2014, 8=A:, 2014 3.  =60/7=8,6 7 ..=4@552, !..C52, .!.>=>1552A:89, ..0BKH520, ..>@4>2A:>9, ..!>1>;52A:89, ..!>;>4CE>2, ..;8G. AB>G=8: =59B@>=>2 =0 >A=>25 M;5:B@>==>3> CA:>@8B5;O #--8-5 D>B>=59B@>==>9 W-Be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c. 389-398, (2014).  =8/2=4 2. B.A.Tulupov, M.H.Urin. "Description of the simplest photonuclear reactions within the particle-hole dispersive optical model", Phys.Rev. C 90, 034613 (2014)  =3.715*30/2=55.725 3. ..>@5;8:, (.(;><>, .."C;C?>2, ..#@8=. " A2>9AB20E 2KA>:>M=5@35B8G5A:8E 87>A:0;O@=KE 2>71C645=89 2 A@54=5BO65;KE AD5@8G5A:8E O4@0E", /$ (?@8=OB0 : ?5G0B8).  =0.914*60/4=13.71 4. M.L.Gorelik, S.Shlomo, B.A.Tulupov, M.H.Urin. " On properties of high-energy isoscalar monopole excitations in medium-heavy mass spherical nuclei", Phys.At.Nucl. (?@8=OB0 : ?5G0B8).  =0.914*60/4=13.71 >=D5@5=F88: 1. .."C;C?>2, ..#@8=.  ?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89 2 @0<:0E G0AB8G=>-4K@>G=>9 48A?5@A8>==>9 >?B8G5A:>9 <>45;8 . >:;04, ?@54AB02;5==K9 =0 =0CG=CN A5AA8N /# $ (>A:20, D52@0;L 2013).  =1.5*4/2=3 2. B.A.Tulupov, M.H.Urin,  Description of the simplest photonuclear reactions within the particle-hole dispersive optical model , LXIII International Conference NUCLEUS 2013, Moscow, Russia, October 8-12, 2013  =1.5*6/2=4.5 3. B.A.Tulupov, M.H.Urin. "The particle-hole dispersive optical model and its application to the description of the simplest photonuclear reactions". LXIV International Conference "NUCLEUS 2014". July 1-4, Minsk. @83;0H5==K9 4>:;04 =0 ?;5=0@=>9 A5AA88.  =1.5*30/2=22.5 4. Gorelik M.L., Shl>mo S., Tulupov B.A., Urin M.H. "On properties of high-energy isoscalar monopole (p-h)-type excitations in medium-heavy mass spherical nuclei". LXIV International Conference "NUCLEUS 2014". July 1-4, Minsk.  =1.5*4/4=1.5 B>3>:  =4+55.725+13.71+13.71+3+4.5+22.5+1.5=118,645LVALNG!"C@8=35 =4@59 @8A>28G, @>4 15.12.1956, A=A $/ ,   70 2013  2014 33. = 78,912 C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. K. A. Ivanov, S. A. Shulyapov, P. A. Ksenofontov, I. N. Tsymbalov, R. V. Volkov, A. B. Savel'ev, A. V. Brantov, V. Yu. Bychenkov, A. A. Turinge, A. M. Lapik, A. V. Rusakov, R. M. Djilkibaev, and V. G. Nedorezov. Comparative study of amplified spontaneous emission and short pre-pulse impacts onto fast electron generation at sub-relativistic femtosecond laser-plasma interaction. Physics of Plasmas 21, 093110 (2014).   = 30 * 0.944/10 =2.83 2. K. A. Ivanov, S.A. Shulyapov, A.A. Turinge, A.V. Brantov, D. S. Uryupina, R.V. Volkov, A.V. Rusakov, A.M.Lapik, R.M. Djilkibaev, V.G. Nedorezov, V.Yu. Bychenkov, and A. B. Savel ev. X-Ray Diagnostics of Ultrashort Laser-Driven Plasma: Experiment and Simulations Contrib. Plasma Phys. 53, No. 2, 116  121 (2013).   : 30* 0.944 / 10 = 2,83 3. Veronica De Leo, A. Lapik, V. Nedorezov,e.a. . Recent results of the BGO-OD experiment at ELSA facility . J.Phys.Conf.Ser. 424 (2013) 012008  : 8/10 = 0,8 4. V. Vegna, A. Lapik, A.Mushkarenkov, V. Nedorezov, A. Ignatov, A/Turinge, N.Rudnev, e.a. . Measurement of the  beam asymmetry for the  photo-production off the proton and the neutron at GRAAL. Submitted to PR C 2013 e-Print: arXiv:1306.5943  : 30*3.61/10 =10.8 5. B.Bantes, A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.N.Turinge e.a. The BGO-OD experiment at ELSA. International Journal of Modern Physics: Conference Series Vol. 26 (2014) 1460093.   = 8/10 = 0,8 6. G. Mandaglio, .. A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.N.Turinge e.a. Beam asymmetry S of _p0 photoproduction off the proton at GRAAL experiment. EPJ Web of Conferences , EDP Sciences (2014) . in publ.   = 8/10 = 0,8 7. G. Mandaglio, .. A.N. Mushkarenkov, V.G.Nedorezov, N.V. Rudnev, A.Turinge e.a. Photoproduction off the proton analysis and preliminary beam asymmetry results at GRAAL experiment EPLVAL"J Web of Conferences , EDP Sciences (2014) . in publ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shenichnov, A.Turinge, V.Nedorezov. Multifragment break-up of 12C in photonuclear reactions. International Baldin Seminar on High Energy Physics Problems 15-20 September 2014 JINR, Dubna, Russia.   = 30*1,442/3 = 14.42 4. R.V. Volkov, K.A. Ivanov, A.B. Savel ev, D.S. Uryupina, S.A. Shulyapov, R.M. Dzhilkibaev, D.P. Zagorodnyuk, A.M. Lapik, V.G. Nedorezov, A.V. Rusakov, A.A. Turinge, A.V. Brantov, V.Yu. Bychenkov. The study of electromagnetic radiation from the iron target, irradiated by femtosecond laser pulses. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2013, >A:20, 2013. AB@.243.  : 30*1,442/10 =4,326 ": 40,326 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. 20=>2 .., (C;O?>2 !.., #@N?8=0 .!., 0@L:8= .!., !025;L52-"@>D8<>2 .., @0=B>2 .., KG5=:>2 ..., CA0:>2 ..,."C@8=35 , 0?8: .., 54>@57>2 .., #A:>@5=85 M;5:B@>=>2 ?@8 2708<>459AB288 ;075@=>3> 8<?C;LA0 AC1@5;OB828ABA:>9 8=B5=A82=>AB8 A ?@>AB@0=AB25==>-=5>4=>@>4=>9 ?;07<>9, !1>@=8: B578A>2 4>:;04>2 =0CG=>9 :>=D5@5=F88 ><:LVALJ>=>A>2A:85 'B5=8O 2013, A5:F8O $878:0 28-30.  : 30*1,442/10 =4,326 " 4,326 !5<8=0@A:85 70=OB8O , 4 :C@A $87D0: # ><?LNB5@=K5 <5B>4K >1@01>B:8 M:A?5@8<5=B0;L=KE 40==KE   = 8 " 78,912LVALNG$5;>2 ;5:A0=4@ !B5?0=>28G @>4. 27.02.1948, 702. ;01., :.D.-<.=. 1. E.S. Nikulin, A.S. Belov, O.T. Frolov, L.P. Nechaeva, A.V. Turbabin, V.N. Zubets,  INR RAS LINAC PROTON INJECTOR 100 Hz OPERATION MODE , Report on Russian Particle Accelerator Conference RUPAC 2014, Obninsk, Russia, 2014. 0;;: =20/61.5 =5 (A>02B>@ ?;5=0@=>3> >?C1;8:>20==>3> 4>:;040, A45;0==>3> =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< A>02B>@>2 6). 2. 1. O.T. Frolov, A. S. Belov, S.E. Golubovskyi, E. S. Nikulin and V. N. Zubets,  TIME DEPENDENCE OF ION BEAM TRANSVERSE PHASE-SPACE PORTRAIT ORIENTATION DURING LINAC PROTON INJECTOR PULSE , Report on Russian Particle Accelerator Conference RUPAC 2014, Obninsk, Russia, 2014. 0;;: =20/51.5 = 6 (A>02B>@ ?;5=0@=>3> >?C1;8:>20==>3> 4>:;040, A45;0==>3> =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< A>02B>@>2 6). 3. A. S. Belov,  Design of Transversal Phase Space Meter for Atomic Hydrogen Beam Source , Report on 21th International Symposium on Spin Physics, SPIN 2014, October 20-24, 2014, Beijing, China. 0;;: 6 (CAB=K9 A5:F8>==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. V.V. Fimushkin, A.D. Kovalenko, L.V. Kutuzovaa, Yu.V. Prokofichev, A.S. Belov, V.N. Zubets, A.V. Turbabin,  STATUS OF THE NEW SOURCE OF POLARIZED IONS FOR THE JINR ACCELERATOR COMPLEX , Report on 21th International Symposium on Spin Physics, SPIN 2014, October 20-24, 2014, Beijing, China. 0;;: 6/7=0,86 (CAB=K9 A5:F8>==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 5. CAST collaboration ( A. S. Belov, S. N. Gninenko from INR RAS),  Search for Solar Axions by the CERN Axion Solar Telescope with 3He Buffer Gas: Closing the Hot Dark Matter Gap , http://arxiv.org/abs/1307.1985, PRL 112, 091302 (2014). 0;;: =( 6.944300.075+40,075)=15.624+0,3=15.924 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B  D0:B>@>< 6.944 8 ?@5?@8=B A G8A;>< A>02B>@>2 75). 6. AEGIS collaboration, (A. S. Belov, S. N. Gninenko, V. A. Matveev from INR RAS),  A moir deflectometer for antimatter , Nature Communications, 5LVAL%, 453, doi:10.1038/ncomms5538, 2014. 0;;: = (10.742300.075) = 24.17 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B  D0:B>@>< 10.742 A G8A;>< A>02B>@>2 70). 7. AEGIS collaboration, (A. S. Belov, S. N. Gninenko, V. A. Matveev from INR RAS),  Detection of low energy antiproton annihilations in a segmented silicon detector , JINST, 9, P06020, 2014. 0;;: = (1.526300.075) = 3.43 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B  D0:B>@>< 1.526 A G8A;>< A>02B>@>2 70). 8. A. S. Belov, O. T. Frolov, L. P. Nechaeva, E. S. Nikulin, V. N.Zubets,  ANALYSIS OF 400 kV PULSE GENERATOR OPERATION , A>02B>@ ?;5=0@=>3> 4>:;040 =0 235< 564C=0@>4=>< !5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, ;CHB0, 8-14 A5=BO1@O 2013 3. 0;;: 30/5 = 6. 9. S. Aghion et al. (AEgIS Collaboration) "Prospects for measuring the gravitational free-fall of antihydrogen with emulsion detectors" J. Instrumentation 8 (2013) P08013, arXiv:1306.5602 0;;: (1.526300,075 + 4 0.075)=3,434 +0,3 = 4,734 (AB0BLO 2 70@C156=>< @5F5=78@C5<>< 6C@=0;5 A 8<?0:B D0:B>@>< 1,526 8 M;5:B@>==K9 ?@5?@8=B A G8A;>< A>02B>@>2 67). 10. CAST collaboration (A. S. Belov, S. N. Gninenko from INR RAS),  CAST constraints on the axion-electron coupling , JCAP05(2013)010, doi:10.1088/1475-7516/2013/05/010, arXiv:1302.6283. 0;;: =( 5.877 300.075+40,075)=13.22+0,3 = 13.52 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B  D0:B>@>< 5.877 8 ?@5?@8=B A G8A;>< A>02B>@>2 60). 11. AEGIS collaboration, D. Krasnick et. al., 65 coauthors ( A. Belov, S. Gninenko, V. Matveev from INR RAS), AEgIS Experiment Commissioning at CERN, Workshop on Non Neutral Plasma Physics, Greifswald, 27-30 August 2012, AIP Conf. Proc. 1521, 144 (2013); doi: 10.1063/1.4796070. 0;;: =60,0751,5=0,675 (>?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< A>02B>@>2 65). 12. A.V.Butenko, E.E.Donets, E.D.Donets, V.V.Fimushkin, A.I.Govorov, V.V.Kobets,A.D.Kovalenko, K.A.Levterov, V.A.Monchinsky, I.N.Meshkov, A.Y.Ramsdorf, ALVAL&.O.Sidorin, G.V.Trubnikov JINR, Dubna, Russia, A.S.Belov, INR, Moscow et. al., DEVELOPMENT OF THE NICA INJECTION FACILITY, Proceedings of IPAC2013, Shanghai, China, THPWO069, 2013. 0;;: 6/101,5 = 0,9 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< A>02B>@>2 14). 13. J. Storey et al. (AEgIS Collaboration- A. S. Belov, S. N. Gninenko, V. A. Matveev from INR RAS), "Particle tracking at 4 K: The Fast Annihilation Cryogenic Tracking (FACT) detector for the AEgIS antimatter gravity experiment", Nuclear Instrum. and Methods in Phys. Research A, 732(2013) 437 441. 0;;: 30*1,142*0,075=2,57 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B-D0:B>@>< 1,142 8 G8A;>< A>02B>@>2 70). 14. A. S. Belov,  Polarized ion source options for FNAL polarized beam project , report on International Workshop Opportunities for Polarized Physics at FNAL, May 20-22, 2013, Fermilab, USA. 0;;: 6 (CAB=K9 4>:;04 =0 564C=0@>4=>< A>25I0=88 A G8A;>< CG0AB=8:>2 ~ 50). 15. A. S. Belov,  Polarized Ion Sources: status and perspectives , invited plenary report on 20th International Symposium on Spin Physics (SPIN 2012), September 17-22, 2012, Dubna, Russia. Physics of Particles and Nuclei, 2013, Vol. 44, No. 6, pp. 873 877. Pleiades Publishing, Ltd., 2013, doi: 10.1134/S1063779613060038. 0;;: = 301,50.5 = 22.5 (?@83;0H5==K9 ?;5=0@=K9 CAB=K9 4>:;04 -30 <8=, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 SPIN 2012, >?C1;8:>20==K9 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 -'/ 2 2013 3.). 16. E.S. Nikulin, A.S. Belov, O.T. Frolov, L.P. Nechaeva, A.V. Turbabin, V.N. Zubets,  INR RAS LINAC PROTON INJECTOR 100 Hz OPERATION MODE , Report on Russian Particle Accelerator Conference RUPAC 2014, Obninsk, Russia, 2014. 0;;: =20/61.5 =5 (A>02B>@ ?;5=0@=>3> >?C1;8:>20==>3> 4>:;040, A45;0==>3> =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< A>02B>@>2 6). 17. 1. O.T. Frolov, A. S. Belov, S.E. Golubovskyi, E. S. Nikulin and V. N. Zubets,  TIME DEPENDENCE OF ION BEAM TRANSVERSE PHASE-SPACE PORTRAIT ORIENTATION DLVAL'URING LINAC PROTON INJECTOR PULSE , Report on Russian Particle Accelerator Conference RUPAC 2014, Obninsk, Russia, 2014. 0;;: =20/51.5 = 6 (A>02B>@ ?;5=0@=>3> >?C1;8:>20==>3> 4>:;040, A45;0==>3> =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< A>02B>@>2 6). 18. A. S. Belov,  Design of Transversal Phase Space Meter for Atomic Hydrogen Beam Source , Report on 21th International Symposium on Spin Physics, SPIN 2014, October 20-24, 2014, Beijing, China. 0;;: 6 (CAB=K9 A5:F8>==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 19. V.V. Fimushkin, A.D. Kovalenko, L.V. Kutuzovaa, Yu.V. Prokofichev, A.S. Belov, V.N. Zubets, A.V. Turbabin,  STATUS OF THE NEW SOURCE OF POLARIZED IONS FOR THE JINR ACCELERATOR COMPLEX , Report on 21th International Symposium on Spin Physics, SPIN 2014, October 20-24, 2014, Beijing, China. 0;;: 6/7=0,86 (CAB=K9 A5:F8>==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 20. CAST collaboration ( A. S. Belov, S. N. Gninenko from INR RAS),  Search for Solar Axions by the CERN Axion Solar Telescope with 3He Buffer Gas: Closing the Hot Dark Matter Gap , http://arxiv.org/abs/1307.1985, PRL 112, 091302 (2014). 0;;: =( 6.944300.075+40,075)=15.624+0,3=15.924 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B  D0:B>@>< 6.944 8 ?@5?@8=B A G8A;>< A>02B>@>2 75). 21. AEGIS collaboration, (A. S. Belov, S. N. Gninenko, V. A. Matveev from INR RAS),  A moir deflectometer for antimatter , Nature Communications, 5, 453, doi:10.1038/ncomms5538, 2014. 0;;: = (10.742300.075) = 24.17 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B  D0:B>@>< 10.742 A G8A;>< A>02B>@>2 70). 22. AEGIS collaboration, (A. S. Belov, S. N. Gninenko, V. A. Matveev from INR RAS),  Detection of low energy antiproton annihilations in a segmented silicon detector , JINST, 9, P06020, 2014. 0;;: = (1.526300.075) = 3.43 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B  D0:B>@>< 1.526 A G8A;>< A>02B>@>2 70). 23. A. S. Belov, O. T. Frolov, L. P. Nechaeva, E. S. Nikulin, V. N.Zubets,  ANALYSIS OF 400 kLVAL(V PULSE GENERATOR OPERATION , A>02B>@ ?;5=0@=>3> 4>:;040 =0 235< 564C=0@>4=>< !5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, ;CHB0, 8-14 A5=BO1@O 2013 3. 0;;: 30/5 = 6. 24. S. Aghion et al. (AEgIS Collaboration) "Prospects for measuring the gravitational free-fall of antihydrogen with emulsion detectors" J. Instrumentation 8 (2013) P08013, arXiv:1306.5602 0;;: (1.526300,075 + 4 0.075)=3,434 +0,3 = 4,734 (AB0BLO 2 70@C156=>< @5F5=78@C5<>< 6C@=0;5 A 8<?0:B D0:B>@>< 1,526 8 M;5:B@>==K9 ?@5?@8=B A G8A;>< A>02B>@>2 67). 25. CAST collaboration (A. S. Belov, S. N. Gninenko from INR RAS),  CAST constraints on the axion-electron coupling , JCAP05(2013)010, doi:10.1088/1475-7516/2013/05/010, arXiv:1302.6283. 0;;: =( 5.877 300.075+40,075)=13.22+0,3 = 13.52 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B  D0:B>@>< 5.877 8 ?@5?@8=B A G8A;>< A>02B>@>2 60). 26. AEGIS collaboration, D. Krasnick et. al., 65 coauthors ( A. Belov, S. Gninenko, V. Matveev from INR RAS), AEgIS Experiment Commissioning at CERN, Workshop on Non Neutral Plasma Physics, Greifswald, 27-30 August 2012, AIP Conf. Proc. 1521, 144 (2013); doi: 10.1063/1.4796070. 0;;: =60,0751,5=0,675 (>?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< A>02B>@>2 65). 27. A.V.Butenko, E.E.Donets, E.D.Donets, V.V.Fimushkin, A.I.Govorov, V.V.Kobets,A.D.Kovalenko, K.A.Levterov, V.A.Monchinsky, I.N.Meshkov, A.Y.Ramsdorf, A.O.Sidorin, G.V.Trubnikov JINR, Dubna, Russia, A.S.Belov, INR, Moscow et. al., DEVELOPMENT OF THE NICA INJECTION FACILITY, Proceedings of IPAC2013, Shanghai, China, THPWO069, 2013. 0;;: 6/101,5 = 0,9 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< A>02B>@>2 14). 28. J. Storey et al. (AEgIS Collaboration- A. S. Belov, S. N. Gninenko, V. A. Matveev from INR RAS), "Particle tracking at 4 K: The Fast Annihilation Cryogenic Tracking (FACT) detector for the AEgIS antimatter gravity experiment", Nuclear Instrum. and Methods in Phys. LVALResearch A, 732(2013) 437 441. 0;;: 30*1,142*0,075=2,57 (AB0BLO 2 70@C156=>< 6C@=0;5 A 8<?0:B-D0:B>@>< 1,142 8 G8A;>< A>02B>@>2 70). 29. A. S. Belov,  Polarized ion source options for FNAL polarized beam project , report on International Workshop Opportunities for Polarized Physics at FNAL, May 20-22, 2013, Fermilab, USA. 0;;: 6 (CAB=K9 4>:;04 =0 564C=0@>4=>< A>25I0=88 A G8A;>< CG0AB=8:>2 ~ 50). 30. A. S. Belov,  Polarized Ion Sources: status and perspectives , invited plenary report on 20th International Symposium on Spin Physics (SPIN 2012), September 17-22, 2012, Dubna, Russia. Physics of Particles and Nuclei, 2013, Vol. 44, No. 6, pp. 873 877. Pleiades Publishing, Ltd., 2013, doi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ragin, A.Feschenko, O.Grekhov, Yu.Kiselev, V.Kokhanyuk, V.Mikhailov, A.Mirzojan, V.Serov, O.Volodkevich. Use of Fast Magnetic Beam Raster System for INR Isotope Production Facility. Proceedings of XXIV Russian Particle Accelerator Conference RuPAC-2014, Obninsk, Russia, October 6-10, 2014, http://jacow.org/, pp. 426-428. 0;;: 4*1.5/9=0,667 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 3. S.Bragin, A.Feschenko, A.Mirzojan, V.Moiseev, O.Volodkevich. Beam Formation for Different Energies on the Target of INR Isotope Complex with the Transverse Phase Space Parameters Demanded. XXIV Russian Particle Accelerator Conference RuPAC-2014, Obninsk, Russia, October 6-10, 2014, 0;;: 4/5=0,8 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  = 2,592.LVAL>0A8;L52 20= =4@5528G, @>4. 22.10.1984, <.=.A. 1. S. Gavrilov, A. Feschenko, P. Reinhardt-Nickoulin, I. Vasilyev. Analysis of measurement errors of INR linac ionization beam cross section monitor. Proceedings of International Beam Instrumentation Conference IBIC-2013, Oxford, UK, September 16-19, 2013, p. 535-538. http://accelconf.web.cern.ch/AccelConf/IBIC2013/html/author.htm (>:;04, >?C1;8:>20==K9 2 B@C40E <564C=0@>4=>9 :>=D5@5=F88). 0;;: (6/4) *1.5 = 2.25 2. 02@8;>2 !. ., 0A8;L52 . ., 59=30@4B-8:C;8= . ., $5I5=:> . . >=870F8>==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O 4;O 42C<5@=>9 =5@07@CH0NI59 4803=>AB8:8 ?CG:>2 8>=878@CNI8E 87;CG5=89. >=B@>;L. 803=>AB8:0 ! 12, 2013, A. 39-47. (!B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5, 2:;NG5==>< 2 ?5@5G5=L ). 0;;: (60/4) *0.482 (2CE;5B=89 8<?0:B-D0:B>@ & 2013) = 7.23 3. S. Gavrilov, A. Feschenko, P. Reinhardt-Nickoulin, I. Vasilyev. Two-dimensional non-destructive diagnostics for accelerators by Beam Cross section Monitor. 2014 JINST 9 P01011. (!B0BLO 2 70@C156=>< 6C@=0;5, 2E>4OI5< 2 WoS). 0;;: (30/4) *1.526 (Impact factor JCR 2013) = 11.45 4. S. Gavrilov, P. Reinhardt-Nickoulin, I. Vasilyev. Electrostatic pick-ups for debunched beams at INR linac. Proceedings of XXIV Russian Particle Accelerator Conference RuPAC-2014, Obninsk, Russia, October 6-10, 2014. http://accelconf.web.cern.ch/AccelConf/rupac2014/html/author.htm (>:;04, >?C1;8:>20==K9 2 B@C40E @>AA89A:>9 :>=D5@5=F88). 0;;: (4/3) *1.5 = 2 5. S. Gavrilov, P. Reinhardt-Nickoulin, I. Vasilyev. Electrostatic pick-ups for debunched beams. 2014 JINST 9 T1007. (!B0BLO 2 70@C156=>< 6C@=0;5, 2E>4OI5< 2 WoS). 0;;: (30/3) *1.526 (Impact factor JCR 2013) = 15.26 8G=K9   = 38.19LVALNG,>;>4:528G ;L30 8E09;>2=0, @>4. 05.01.1958, =.A. 1. !..@038=, ..>;>4:528G, ..@5E>2, ...8A5;52, ..8@7>O=, ..8E09;>2, ..>8A552, ..$5I5=:>. 0728B85 <5B>40 D>@<8@>20=8O 8 :>=B@>;O ?CG:0 =0 <8H5=8 87>B>?=>3> :><?;5:A0 ;8=59=>3> CA:>@8B5;O / . XXIII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0, 08-14 A5=BO1@O 2013 3. pp145-149 http://jacow.org/ 0;;: 6/8*1,5=1,125 (?C1;8:>20==K9 >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 2013 3>40). 2. O.M. Volodkevich, V.N. Zubets, Yu.V. Kiselev, V.S. Klenov Remote Control System For H-Minus Ions Source Of Inr Linac,>?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !6(88), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2013, AB@. 53-56. Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September 2013 0;;: 30/4*1.5=11,25 (;5=0@=K9 >?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. O.M. Volodkevich, V.N. Zubets, Yu.V. Kiselev, V.S. Klenov, Development Of Remote Control System For H-Minus Ions Source Of Inr Linac, Proceedings of RuPAC2014, Obninsk, Russia, pp423-425. http://jacow.org/. 0;;: 4/4*1.5=1,5 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 4. B.A.Frolov, V.S.Klenov, V.N.Mihailov, O.M. Volodkevich, Simulation And Optimization Of Ion Optical Extraction, Acceleration And H- Ion Beam Matching Systems, Proceedings Of Rupac2014, Obninsk, Russia, pp425-429. http://jacow.org/ 0;;: 4/4*1.5=1,5 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 5. O.Volodkevich, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, V.Kokhanyuk, V.Mikhailov, A.Mirzojan, V.Serov S. Use of fast magnetic beam raster system for INR isotope production facility. Proceedings of XXIV Russian Particle Accelerator Conference RuPAC-2014, Obninsk, Russia, October 6-10, 2014 pp426-428 http://jacow.org/ 0;;: 4/9*1.5=0,67 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88).. 6. S..Bragin, A.V.Feschenko, A.N.Mirzojan, V.A.Moiseev, O.M.Volodkevich. Beam formation for different energies on the target of INR isotope complex with th(LVAL8e transversephase space parameters demande. Proceedings of XXIV Russian Particle Accelerator Conference RuPAC-2014, Obninsk, Russia, October 6-10, 2014. 0;;: 4/5=0,8 (4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 8G=K9  ==16.845LVALNG.02@8;>2 !5@359 ;5:A0=4@>28G, @>4. 16. 12. 1986, <. =. A., 2@8> 702. ;01. ?CG:0 # 1. S. Gavrilov, A. Feschenko, P. Reinhardt-Nickoulin, I. Vasilyev. Analysis of measurement errors of INR linac ionization beam cross section monitor. Proceedings of International Beam Instrumentation Conference IBIC-2013, Oxford, UK, September 16-19, 2013, p. 535-538. http://accelconf.web.cern.ch/AccelConf/IBIC2013/html/author.htm (>:;04, >?C1;8:>20==K9 2 B@C40E <564C=0@>4=>9 :>=D5@5=F88). 0;;: (6/4) *1.5 = 2.25 2. 02@8;>2 !. ., 0A8;L52 . ., 59=30@4B-8:C;8= . ., $5I5=:> . . >=870F8>==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O 4;O 42C<5@=>9 =5@07@CH0NI59 4803=>AB8:8 ?CG:>2 8>=878@CNI8E 87;CG5=89. >=B@>;L. 803=>AB8:0 ! 12, 2013, A. 39-47. (!B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5, 2:;NG5==>< 2 ?5@5G5=L ). 0;;: (60/4) *0.482 (2CE;5B=89 8<?0:B-D0:B>@ & 2013) = 7.23 3. S. Gavrilov, A. Feschenko, P. Reinhardt-Nickoulin, I. Vasilyev. Two-dimensional non-destructive diagnostics for accelerators by Beam Cross section Monitor. 2014 JINST 9 P01011. (!B0BLO 2 70@C156=>< 6C@=0;5, 2E>4OI5< 2 WoS). 0;;: (30/4) *1.526 (Impact factor JCR 2013) = 11.45 4. S. Gavrilov, P. Reinhardt-Nickoulin, I. Vasilyev. Electrostatic pick-ups for debunched beams at INR linac. Proceedings of XXIV Russian Particle Accelerator Conference RuPAC-2014, Obninsk, Russia, October 6-10, 2014. http://accelconf.web.cern.ch/AccelConf/rupac2014/html/author.htm (>:;04, >?C1;8:>20==K9 2 B@C40E @>AA89A:>9 :>=D5@5=F88). 0;;: (4/3) *1.5 = 2 5. S. Gavrilov, P. Reinhardt-Nickoulin, I. Vasilyev. Electrostatic pick-ups for debunched beams. 2014 JINST 9 T1007. (!B0BLO 2 70@C156=>< 6C@=0;5, 2E>4OI5< 2 WoS). 0;;: (30/3) *1.526 (Impact factor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toian, V. Klenov, J. Ritter, D. Steski, A. Zelenski, V. Zubets.  Polarization Optimization Studies for OPPIS XVth International Workshop on Polarized Sources, Targets, and Polarimetry, PSTP 2013, September 9-13, 2013,Charlottesville, Virginia, USA. 0;;: 6/6*1,5 = 1,5 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 POS 049) 2. A.Zelenski, G.Atoian, J.Ritter, D.Steski, V.Klenov, V.Zubets, V.Davydenko, A.A.Ivanov, A.Kolmogorov.  The Rhic Polarized Source Upgrade , International Workshop on polarized Sources, Targets, and Polarimetry, PSTP 2013, Virginia, USA, September 9-13, 2013. 0;;: 6/9*1,5 = 1 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 POS 048) 3. O.M. Volodkevich, V.N. Zubets, Yu.V. Kiselev, V.S. Klenov Remote Control System For H-Minus Ions Source Of Inr Linac,>?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !6(88), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2013, AB@. 53-56. Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September 2013 0;;: 30/4*1.5=11,25 (;5=0@=K9 >?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).. 4. A. S. Belov, O. T. Frolov, L. P. Nechaeva, E. S. Nikulin, V. N.Zubets,  ANALYSIS OF 400 kV PULSE GENERATOR OPERATION , A>02B>@ ?;5=0@=>3> 4>:;040 =0 235< 564C=0@>4=>< !5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, ;CHB0, 8-14 A5=BO1@O 2013 3. 0;;: 30/5 = 6. 5. E.S. Nikulin, A.S. Belov, O.T. Frolov, L.P. Nechaeva, A.V. Turbabin, V.N. Zubets,  INR RAS LINAC PROTON INJECTOR 100 Hz OPERATION MODE , Report on Russian Particle Accelerator Conference RUPAC 2014, Obninsk, Russia, 2014. 0;;: =20/61.5 =5 (A>02B>@ ?;5=0@=>3> >?C1;8:>20==>3> 4>:;040, A45;0==>3> =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< A>02B>@>2 6). 6. O.T. Frolov, A. S. Belov, S.E. Golubovskyi, E. S. Nikulin and V. N. Zubets,  TIME DEPENDENCE OF ION BEAM TRANSVERSE PHASE-SPACE PORTRAIT ORIENTATION DURING LINAC PROTON INJECTOR PULSE , LVALReport on Russian Particle Accelerator Conference RUPAC 2014, Obninsk, Russia, 2014. 0;;: =20/51.5 = 6 (A>02B>@ ?;5=0@=>3> >?C1;8:>20==>3> 4>:;040, A45;0==>3> =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< A>02B>@>2 6) 7. V.V. Fimushkin, A.D. Kovalenko, L.V. Kutuzovaa, Yu.V. Prokofichev, A.S. Belov, V.N. Zubets, A.V. Turbabin,  STATUS OF THE NEW SOURCE OF POLARIZED IONS FOR THE JINR ACCELERATOR COMPLEX , Report on 21th International Symposium on Spin Physics, SPIN 2014, October 20-24, 2014, Beijing, China. 0;;: 6/7=0,86 (CAB=K9 A5:F8>==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. O.M. Volodkevich, V.N. Zubets, Yu.V. Kiselev, V.S. Klenov, Development Of Remote Control System For H-Minus Ions Source Of Inr Linac, Proceedings of RuPAC2014, Obninsk, Russia, pp423-425. http://jacow.org/. 0;;: 4/4*1.5=1,5 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9   = 33.11xLVAL 8A5;52 .@89 0A8;L528G, >4 7.04.1950, :B=, 702.;01. 1. O.Volodkevich, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, V.Kokhanyuk, V.Mikhailov, A.Mirzojan, V.Serov . Use of fast magnetic beam raster system for INR isotope production facility. Proceedings of XXIV Russian Particle Accelerator Conference RuPAC-2014, Obninsk, Russia, October 6-10, 2014. 0;;: 4*1.5/9=0,667 2. O.M. Volodkevich, V.N. Zubets, Yu.V. Kiselev, V.S. Klenov. Development of remote control system for H-minus ions source of INR Linac. Proceedings of XXIV Russian Particle Accelerator Conference RuPAC-2014, Obninsk, Russia, October 6-10, 2014. 0;;: 4*1.5/4=1,5 3. !..@038=, ..>;>4:528G, ..@5E>2, ...8A5;52, ..8@7>O=, ..8E09;>2, ..>8A552, ..$5I5=:>. 0728B85 <5B>40 D>@<8@>20=8O 8 :>=B@>;O ?CG:0 =0 <8H5=8 87>B>?=>3> :><?;5:A0 ;8=59=>3> CA:>@8B5;O / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2013, ! 6 (88), A. 145-149. 0;;: 6*1.5/8=1,125 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 4. O.M. Volodkevich, V.N. Zubets, Yu.V. Kiselev, V.S. Klenov Remote Control System For H-Minus Ions Source Of Inr Linac,>?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !6(88), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2013, AB@. 53-56. Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September 2013 0;;: 30/4*1.5=11,25 (;5=0@=K9 >?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 8G=K9   = 14,542   @C:>2>48B5;O = 18,17820H0 4>;LD 20=>28G, >4. 28.02.1936 3., 702. A5:B>@><, :.B.=. 1. A.V.Feschenko, .I.Kvasha, V.L.Serov. Some peculiarities of the INR DTL RF System operation at doubling of average RF power level. >:;04 =0 235< 564C=0@>4=>< !5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, ;CHB0, 8-14 A5=BO1@O 2013 3. 0;;: 6/3=2 (#AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9   = 2.0   @C:>2>48B5;O = 2,5LVAL;5=>2 8:B>@ !5@35528G, @>4. 02.06.1954, =.A. 1. O.M. Volodkevich, V.N. Zubets, Yu.V. Kiselev, V.S. Klenov, DEVELOPMENT OF REMOTE CONTROL SYSTEM FOR H-MINUS IONS SOURCE OF INR LINAC, Proceedings of RuPAC2014, Obninsk, Russia, pp423-425. http://jacow.org/. 0;;: 4/4*1.5=1,5 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. B.A.Frolov, V.S.Klenov, V.N.Mihailov, O.M. Volodkevich, SIMULATION AND OPTIMIZATION OF ION OPTICAL EXTRACTION, ACCELERATION AND H- ION BEAM MATCHING SYSTEMS, Proceedings of RuPAC2014, Obninsk, Russia, pp429-425. http://jacow.org/. 0;;: 4/4*1.5=1,5 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 3. O.M. Volodkevich, V.N. Zubets, Yu.V. Kiselev, V.S. Klenov REMOTE CONTROL SYSTEM FOR H-MINUS IONS SOURCE OF INR LINAC,>?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !6(88), A5@8O /45@=>-D878G5A:85 8AA;54>20=8O, 2013, AB@. 53-56. 0;;: 30*1.5 =45 (>:;04G8:, ?C1;8:>20==K9 ?;5=0@=K9 4>:;04 ?@>4>;68B5;L=>ABLN =5 <5=55 20 <8=CB =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< CG0AB=8:>2 =5 <5=55 100 G5;>25: XXIII International Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September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nternational Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September 2013. 0;;: 30*1.5=45 (>:;04G8: ?;5=0@=>3> >?C1;8:>20==>3> 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. ..>8A552,  5B>4 <8=8<870F88 ?>B5@L 8 C;CGH5=8O :0G5AB20 ?CG:0 2 2KA>:>M=5@35B8G=>9 G0AB8 ;8=59=>3> CA:>@8B5;O 8>=>2 A 35><5B@8G5A:8<8 >H81:0<8 2 ?>?5@5G=>9 ?;>A:>AB8 <0:@>AB@C:BC@K , XXIII International Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September 2013. 0;;: 30*1.5=45 (>:;04G8: ?;5=0@=>3> >?C1;8:>20==>3>4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. V.A.Moiseev.  Method for a Statistical Estimation of the Beam Characteristics and Structure Parameters for the Dispersion Accelerator Parts . 978-1-4799-5321-9/14$31.002014 IEEE, pp.120 0;;: 6*1.5/1=9 (!B5=4>2K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5  20 International workshop on beam dynamics and optimization , 30 8N=O04 8N;O, 20143., Saint-Petersburg, Russia, >?C1;8:>20==K9 2 B@C40E) 5. S.E.Bragin, A.V.Feschenko, A.N.Mirzojan, V.A.Moiseev, O.M.Volodkevich.  Beam Formation for Different Energies on the Target of INR Isotope Complex with the Transverse Phase Space Parameters Demanded . 0;;: 6*1/5=1.2 (!B5=4>2K9 4>:;04 =0 XXIV <564C=0@>4=>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F  RUPAC-2014 , 610 >:BO1@O, 2014 3.,.1=8=A:, >AA8O) 8G=K9   = 1LVAL01,325tLVAL5G0520 848O >;8:0@?>2=0, @>4. 27.04.1936, A.=.A., :.D.-<.= 1. E. S. Nikulin, A. S. Belov, O. T. Frolov, L. P. Nechaeva and V. N.Zubets,  ANALYSIS OF 400 kV PULSE GENERATOR OPERATION , 4>:;04 =0 23-5< 564C=0@>4=>< !5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, ;CHB0, 8-14 A5=BO1@O 2013 3. 0;;: 30/5=6,0 (!>02B>@ ?;5=0@=>3> 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< CG0AB=8:>2 1>;55 100 8 ?@>4>;68B5;L=>ABLN 20 <8=.). 2. E.S. Nikulin, A.S. Belov, O.T. Frolov, L.P. Nechaeva, A.V. Turbabin and V.N. Zubets,  INR RAS LINAC PROTON INJECTOR 100 Hz OPERATION MODE , 4>:;04 =0 24->9 >AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F RUPAC 2014, 1=8=A:, 6  10 >:BO1@O 2014 3. http://accelconf.web.cern.ch/AccelConf/rupac2014/papers/THCE01, p. 306. 0;;: 20E1,5/ 6 = 5 (!>02B>@ ?;5=0@=>3> 4>:;040 =0 @>AA89A:>9 :>=D5@5=F88 A G8A;>< CG0AB=8:>2 1>;55 100 8 ?@>4>;68B5;L=>ABLN 20 <8=., >?C1;8:>20==>3> 2 B@C40E :>=D5@5=F88) 8G=K9   = 11:LVALJ8:C;8= 235=89 !5<5=>28G, @>4. 15.06.1945, =. A. # 1. E. S. Nikulin, A. S. Belov, O. T. Frolov, L. P. Nechaeva and V. N.Zubets,  ANALYSIS OF 400 kV PULSE GENERATOR OPERATION , 4>:;04 =0 23-5< 564C=0@>4=>< !5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, ;CHB0, 8-14 A5=BO1@O 2013 3. 0;;: 30 (>:;04G8:, ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< CG0AB=8:>2 1>;55 100 8 ?@>4>;68B5;L=>ABLN 20 <8=.). 2. E.S. Nikulin, A.S. Belov, O.T. Frolov, L.P. Nechaeva, A.V. Turbabin and V.N. Zubets,  INR RAS LINAC PROTON INJECTOR 100 Hz OPERATION MODE , 4>:;04 =0 24->9 >AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F RUPAC 2014, 1=8=A:, 6  10 >:BO1@O 2014 3. http://accelconf.web.cern.ch/AccelConf/rupac2014/papers/THCE01, p.306. 0;;: 20,0E1,5=30 (>:;04G8:, ;5=0@=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88 A G8A;>< CG0AB=8:>2 1>;55 100 8 ?@>4>;68B5;L=>ABLN 20 <8=., >?C1;8:>20==K9 2 B@C40E :>=D5@5=F88). 3. O.T. Frolov, A. S. Belov, S.E. Golubovskyi, E.S. Nikulin and V. N. Zubets,  TIME DEPENDENCE OF ION BEAM TRANSVERSE PHASE-SPACE PORTRAIT ORIENTATION DURING LINAC PROTON INJECTOR PULSE , 4>:;04 =0 24->9 >AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F RUPAC 2014, 1=8=A:, 6  10 >:BO1@O 2014 3. http://accelconf.web.cern.ch/AccelConf/rupac2014/papers/FRCA02, p. 459 0;;: 20E1,5/6=5 (!>02B>@ ?;5=0@=>3> 4>:;040 =0 @>AA89A:>9 :>=D5@5=F88 A G8A;>< CG0AB=8:>2 1>;55 100 8 ?@>4>;68B5;L=>ABLN 20 <8=., >?C1;8:>20==>3> 2 B@C40E :>=D5@5=F88). 8G=K9   = 65LVALNG80@0<>=>2 0;5=B8= 8B0;L528G, >4. 6.11.1951, 4.D.-<.=, 2.=.A 1. J.A. Clarke, D. Angal-Kalinin, , V.V. Paramonov et. al., The Conceptual Design of CLARA, a Novel FEL Test Facility for Ultra-short Pulse Generation. Proc. IPAC 2013, p. 1265, 2013. 0;; 6*1,5*0,1=0,9. (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. B.L. Militsyn, L.S. Cowie, V.V. Paramonov et. al.,. High Repetition Rate Highly Stable S-band Photocathode Gun for the CLARA Project. Proc. IPAC 2013, p. 437, 2013. 0;; 6*1,5*0,1=0,9. (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. D. Angal-Kalinin, R. Appleby, V.V. Paramonov, et. al.,. The Proposal of CLARA, a Novel FEL Test Facility for Ultra-short Pulse Generation. Proc. FEL 2013, New York, USA, 26-30 August 2013, p. 496, 2013. 0;; 6*1,5*0,1=0,9. (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. M. Krasilnikov, G. Asova, , V.V. Paramonov et. al., PITZ experience on the experimental optimization of the RF photo injector for the Europian XFEL. Proc. FEL 2013, , New York, USA, 26-30 August 2013, p. 160, 2013, 0;; 6*1,5*0,1=0,9. (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 5. V. Paramonov, P. Orlov, K. Floettmann. Aberrations reduction in deflecting RF structures. XXIII International Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September 2013. 0;;: 30*1.5=45 (>:;04G8: ?;5=0@=>3> 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= - >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !5@8O  /45@=>-D878G5A:85 8AA;54>20=8O, ISSN 1562-6016, N 6(88), AB@. 67-71, 2013) 6. V. Paramonov, DLW for particles acceleration in the medium energy range. XXIII International Workshop on Charged Particle Accelerators, Alushta, Crimea, Ukraine, 08-14 September 2013. 0;;: 30*1.5=45 (>:;04G8: ?;5=0@=>3> 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88 >?C1;8:>20= - >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, !5@8O  /45@=>-D878G5A:85 8AA;54>20=8O, ISSN 1562-6016, N 6(88), AB@. 62-66, 2013). 7. V. Paramonov, L. Kravchuk, P. Orlov, K. Floettmann. Deflecting RF structures for partiLVAL9cle distribution transformation in the bunch. L>:;04 =0 XIII 564C=0@>4=>< A5<8=0@5 ?> ?@>1;5<0< CA:>@8B5;59 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 2-7 A5=BO1@O 2013. 0;; 6*1.5=9. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, <5=LH5 100 CG0AB=8:>2, 4>:;04G8:, >?C1;8:>20= - Physics of Particles and Nuclei Letters, 2014, Vol. 11, No. 5, pp. 636 641, ISSN 1547-4771, 2014.) 8. V. Paramonov, L.V. Kravchuk, P. Orlov, K. Floettmann. Standing Wave RF Deflectors with Reduced Aberrations. Proc. of RUPAC2012, St.-Petersburg, Russia, September 24-28, 2012, pp.590-592. http://jacow.org/. 0;;:4/4*1.5=1,5 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 9. V. Paramonov. The Summary for Optimization of the Annular Coupled Structure Accelerating Module Physical Design for High Intensity Hadron Linac. KEK Report A, 2013-4, arXiv:1302.6287, June 2013. 0;;: 4 (-;5:B@>==K9 ?@5?@8=B). 10. V. Paramonov. Field distribution analysis in deflecting structures. TESLA-FEL 2012-17, DESY, Hamburg, 2012. 0;;: 4 (-;5:B@>==K9 ?@5?@8=B). 11. V. Paramonov. 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Kolomiets, Single Frequency High Intensity High Energy Normal Conducting Hadron Linac, Proc. of RUPAC2014, Obninsk, Russia, October 6-10, 2014, pp.330-333. http://jacow.org/. 0;;:4/4*1.5=1,5 (>?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 19. L.V. Kravchuk, V.V. Paramonov, Experience in Research, Development, Construction and Commissioning of Normally Conducting Accelerating Structures. Proc. RuPAC 2014, Obninsk, Russia, October 6-10, 2014, p.278, 2014, 0;;: 20*1.5=30 (4>:;04G8:, ?;5=0@=K9 >?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 20. C:>2>4AB2> ABC45=B>< 10:0;02@80B0 $" @;>2K< .. 2 2013 3>4C. 0;;: 10. 21. C:>2>4AB2> ABC45=B>< 10:0;02@80B0 $" @;>2K< .. 2 2014 3>4C. 0;;: 10. 8G=K9   = 205.295LVALNG 59=30@4B-8:C;8= 5B@ 3>@528G, 26 O=20@O 1946 3., 0CG=K9 A>B@C4=8:, .>. 702. !5:B>@>< 6. S. Gavrilov, A. Feschenko, P. Reinhardt-Nickoulin, I. Vasilyev. Analysis of measurement errors of INR linac ionization beam cross section monitor. Proceedings of International Beam Instrumentation Conference IBIC-2013, Oxford, UK, September 16-19, 2013, p. 535-538. http://accelconf.web.cern.ch/AccelConf/IBIC2013/html/author.htm (>:;04, >?C1;8:>20==K9 2 B@C40E <564C=0@>4=>9 :>=D5@5=F88). 0;;: (6/4) *1.5 = 2.25 7. 02@8;>2 !. ., 0A8;L52 . ., 59=30@4B-8:C;8= . ., $5I5=:> . . >=870F8>==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O 4;O 42C<5@=>9 =5@07@CH0NI59 4803=>AB8:8 ?CG:>2 8>=878@CNI8E 87;CG5=89. >=B@>;L. 803=>AB8:0 ! 12, 2013, A. 39-47. (!B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5, 2:;NG5==>< 2 ?5@5G5=L ). 0;;: (60/4) *0.482 (2CE;5B=89 8<?0:B-D0:B>@ & 2013) = 7.23 8. 0CG=>5 @C:>2>4AB2> 0A?8@0=B>< $" (#) !. . 02@8;>2K<. (!>2<5AB=> A 702. # /  . . $5I5=:> 2 2013 3.). 0;;: 30/2 = 15. 9. S. Gavrilov, A. Feschenko, P. Reinhardt-Nickoulin, I. Vasilyev. Two-dimensional non-destructive diagnostics for accelerators by Beam Cross section Monitor. 2014 JINST 9 P01011. (!B0BLO 2 70@C156=>< 6C@=0;5, 2E>4OI5< 2 WoS). 0;;: (30/4) *1.526 (Impact factor JCR 2013) = 11.45 10. S. Gavrilov, P. Reinhardt-Nickoulin, I. Vasilyev. Electrostatic pick-ups for debunched beams at INR linac. Proceedings of XXIV Russian Particle Accelerator Conference RuPAC-2014, Obninsk, Russia, October 6-10, 2014. http://accelconf.web.cern.ch/AccelConf/rupac2014/html/author.htm (>:;04, >?C1;8:>20==K9 2 B@C40E @>AA89A:>9 :>=D5@5=F88). 0;;: (4/3) *1.5 = 2 11. S. Gavrilov, P. Reinhardt-Nickoulin, I. Vasilyev. Electrostatic pick-ups for debunched beams. 2014 JINST 9 T1007. (!B0BLO 2 70@C156=>< 6C@=0;5, 2E>4OI5< 2 WoS). 0;;: (30/3) *1.526 (Impact factor JCR 2013) = 15.26 8G=K9   = 53.196LVALF$@>;>2 ;53 "8<>D5528G, @>4. 08.07.1945, =. A. 1. E. S. Nikulin, A. S. Belov, O. T. Frolov, L. P. Nechaeva and V. N.Zubets,  ANALYSIS OF 400 kV PULSE GENERATOR OPERATION , 4>:;04 =0 23-5< 564C=0@>4=>< !5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, ;CHB0, 8-14 A5=BO1@O 2013 3. 0;;: 30/5=6,0 (!>02B>@ ?;5=0@=>3> 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88 A G8A;>< CG0AB=8:>2 1>;55 100 8 ?@>4>;68B5;L=>ABLN 20 <8=.). 2. E.S. Nikulin, A.S. Belov, O.T. Frolov, L.P. Nechaeva, A.V. Turbabin and V.N. Zubets,  INR RAS LINAC PROTON INJECTOR 100 Hz OPERATION MODE , 4>:;04 =0 24->9 >AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F RUPAC 2014, 1=8=A:, 6  10 >:BO1@O 2014 3. http://accelconf.web.cern.ch/AccelConf/rupac2014/papers/THCE01, p. 306. 0;;: 20E1,5/ 6 = 5 (!>02B>@ ?;5=0@=>3> 4>:;040 =0 @>AA89A:>9 :>=D5@5=F88 A G8A;>< CG0AB=8:>2 1>;55 100 8 ?@>4>;68B5;L=>ABLN 20 <8=., >?C1;8:>20==>3> 2 B@C40E :>=D5@5=F88) 3. O.T. Frolov, A. S. Belov, S.E. Golubovskyi, E. S. Nikulin and V. N. 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Veretenkin, Baksan measurements of low energy neutrino: results and plans, Wilhelm and Else Heraeus Seminars  Exploring the Neutrino Sky and Fundamental Particle Physics on the Megaton Scale , January 21-23, 2013, Physikzentrum Bad Honnef, Germany. 30/4=7.5 V. Gavrin. Baksan Neutrino Program and BEST, presented at the International Symposium on Advances in Astroparticle Physics, May 29- 31, 2014, Kingston, Canada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orexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>. /45@=0O D878:0. - >A:20:  "0C:0/=B5@?5@8>48:0", 2013.- 76, 12.  AB@. 1591-1596 0.595*60/7=5.1 >:;04K: 0 <564C=0@>4=KE :>=D5@5=F8OE V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia. 30/10=3 V. Gavrin, V. Gorbachev, T. Ibragimova, E. Veretenkin, Baksan measurements of low energy neutrino: results and plans, Wilhelm and Else Heraeus Seminars  Exploring the Neutrino Sky and Fundamental Particle Physics on the Megaton Scale , January 21-23, 2013, Physikzentrum Bad Honnef, Germany. 30/4=7.5 V.Gavrin, B. Cleveland, S. Danshin. S. Elliott, V. Gorbachev, T.Ibragimova, A. Kalikhov, T. Knodel, Yu. Kozlova, Yu. Malyshkin, V.Matveev, I. Mirmov, J. Nico, R.G.H. Robertson, A.Shikhin, D. Sinclair, E.Veretenkin, and J.Wilkerson, Current status of new SAGE project with 51Cr neutrino source, the International Workshop on Prospects of Particle Physics, January 26 - February 2, 2014, Valday, Russia, to be published in Journal of Physics of Elementary Particles and Atomic Nuclei of the JINR (2015). 30/10=3 .. 5@5B5=:8=, .. 02@8=, ... >7;>20, .. 8@<>2, 7<5@5=85 0:B82=>AB8 2KA>:>8=B5=A82=KE 8AB>G=8:>2 =59B@8=> :0;>@8<5B@8G5A:8< <5B>4><, 4>:;04 =0 564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289" 1jLVALz7-21 =>O1@O 2014 3>40, /# $, >A:20. 6/4=1.5  = 20.1LVALNGA>@10G52 0;5@89 ;048<8@>28G, @>4.10.04.1952 3., A.=.A. " ,   70 2013-2014 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8EE 6C@=0;0E: .. >@10G52, .. 5@5B5=:8=, .. 02@8=, !.. 0=LH8=, ".. 1@038<>20, .. 0;8E>2, ".. =>45;L. >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>. /45@=0O D878:0. - >A:20:  "0C:0/=B5@?5@8>48:0", 2013.- 76, 12.  AB@. 1591-1596 0.595*60/7=5.1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Gavrin, V. Gorbachev, T. Ibragimova, E. Veretenkin, Baksan measurements of low energy neutrino: results and plans, Wilhelm and Else Heraeus Seminars  Exploring the Neutrino Sky and Fundamental Particle Physics on the Megaton Scale , January 21-23, 2013, Physikzentrum Bad Honnef, Germany. 30/4=7.5 V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia. 30/10=3 V.Gavrin, B. Cleveland, S. Danshin. S. Elliott, V. Gorbachev, T.Ibragimova, A. Kalikhov, T. Knodel, Yu. Kozlova, Yu. Malyshkin, V.Matveev, I. Mirmov, J. Nico, R.G.H. Robertson, A.Shikhin, D. Sinclair, E.Veretenkin, and J.Wilkerson, Current status of new SAGE project with 51Cr neutrino source, the International Workshop on Prospects of Particle Physics, January 26 - February 2, 2014, Valday, Russia, to be published in Journal of Physics of Elementary Particles and Atomic Nuclei of the JINR (2015). 30/10=3 .. >@10G52, ".. 1@038<>20, .. 0;8E>2, ... 0;KH:8=, .. (8E8=, 7<5@5=85 0:B82=>AB8 =59B@8==>3> 8AB>G=8:0 Cr51 ?> A?5:B@C 30<<0-87;CG5=8O, 4>:;04 =0 564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289" 17-21 =>O1@O 2014 3>40, /# LVAL$, >A:20. 6/5=1.2  =19.8 '.RM H C > 9 4 /*|%w rm){$v HA `@?#OGHHHH<? HA `@?#OGHHHH<? 3 =B\\`@?>%OGHHHH<? HKdOGHHHH<? ףA`@?6 @cHHHH<? e @d`@?6@cHHHH<? 1{YC Cl `@?0j\OGHHHH<? ;BN `@?cUOGHHHH<? *H]B t`@?SNGHHHH<? H.AX `@?<)PNGHHHH<? ,`@?@>HHHH<? 0B. ` `@? @OHHHH<? N@,&`@? 'LNGHHHH<? ff@`@? @KHHHH<? g@ `@? @JHHHH<? ffAr~`@?>@IHHHH<? F`@?|@HHHHH<? @dX`@?*@HHHHH<? 1A,~`@?6 @GHHHH<? ZDA^f`@? @FHHHH<? sffA&4 `@?zDNGHHHH<? 1A,~`@?V @CHHHH<? KffA&4 `@?0@NGHHHH<?LVAL0=LH8= !5@359 8:>;0528G, @>4. 29.04.1954 3., <.=.A. ;01. % -   70 2013-2014 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .. >@10G52, .. 5@5B5=:8=, .. 02@8=, !.. 0=LH8=, ".. 1@038<>20, .. 0;8E>2, ".. =>45;L. >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>. /45@=0O D878:0. - >A:20:  "0C:0/=B5@?5@8>48:0", 2013.- 76, 12.  AB@. 1591-1596 0.595*60/7=5.1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia. 30/10=3 V.Gavrin, B. Cleveland, S. Danshin. S. Elliott, V. Gorbachev, T.Ibragimova, A. Kalikhov, T. Knodel, Yu. Kozlova, Yu. Malyshkin, V.Matveev, I. Mirmov, J. Nico, R.G.H. Robertson, A.Shikhin, D. Sinclair, E.Veretenkin, and J.Wilkerson, Current status of new SAGE project with 51Cr neutrino source, the International Workshop on Prospects of Particle Physics, January 26 - February 2, 2014, Valday, Russia, to be published in Journal of Physics of Elementary Particles and Atomic Nuclei of the JINR (2015). 30/10=3  =11.1LVALNGE1@038<>20 "0BLO=0 8:B>@>2=0, @>4 3.04.1958, =.A. " , 70<5AB8B5;L 70254CNI53> ;01>@0B>@859 "   70 2013-2014 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .. >@10G52, .. 5@5B5=:8=, .. 02@8=, !.. 0=LH8=, ".. 1@038<>20, .. 0;8E>2, ".. =>45;L. >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>. /45@=0O D878:0. - >A:20:  "0C:0/=B5@?5@8>48:0", 2013.- 76, 12.  AB@. 1591-1596 0.595*60/7=5.1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia. 30/10=3 V.Gavrin, B. Cleveland, S. Danshin. S. Elliott, V. Gorbachev, T.Ibragimova, A. Kalikhov, T. Knodel, Yu. Kozlova, Yu. Malyshkin, V.Matveev, I. Mirmov, J. Nico, R.G.H. Robertson, A.Shikhin, D. Sinclair, E.Veretenkin, and J.Wilkerson, Current status of new SAGE project with 51Cr neutrino source, the International Workshop on Prospects of Particle Physics, January 26 - February 2, 2014, Valday, Russia, to be published in Journal of Physics of Elementary Particles and Atomic Nuclei of the JINR (2015). 30/10=3 V. Gavrin, V. Gorbachev, T. Ibragimova, E. Veretenkin, Baksan measurements of low energy neutrino: results and plans, Wilhelm and Else Heraeus Seminars  Exploring the Neutrino Sky and Fundamental Particle Physics on the Megaton Scale , January 21-23, 2013, Physikzentrum Bad Honnef, Germany. 30/4=7.5 .. >@10G52, ".. 1@038<>20, .. 0;8E>2, ... 0;KH:8=, .. (8E8=, 7<5@5=85 0:B82=>AB8 =59B@8==>3> 8AB>G=8:0 Cr51 ?> A?5:B@C 30<<0-87;CG5=8O, 4>:;04 =0 564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>45ZLVALj9AB289" 17-21 =>O1@O 2014 3>40, /# $, >A:20. 6/5=1.2  =19.8.LVAL>0;8E>2 =0B>;89 ;048<8@>28G, @>4 18.05.1937, =.A. " ,   70 2013-2014 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .. >@10G52, .. 5@5B5=:8=, .. 02@8=, !.. 0=LH8=, ".. 1@038<>20, .. 0;8E>2, ".. =>45;L. >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>. /45@=0O D878:0. - >A:20:  "0C:0/=B5@?5@8>48:0", 2013.- 76, 12.  AB@. 1591-1596 0.595*60/7=5.1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia. 30/10=3 V.Gavrin, B. Cleveland, S. Danshin. S. Elliott, V. Gorbachev, T.Ibragimova, A. Kalikhov, T. Knodel, Yu. Kozlova, Yu. Malyshkin, V.Matveev, I. Mirmov, J. Nico, R.G.H. Robertson, A.Shikhin, D. Sinclair, E.Veretenkin, and J.Wilkerson, Current status of new SAGE project with 51Cr neutrino source, the International Workshop on Prospects of Particle Physics, January 26 - February 2, 2014, Valday, Russia, to be published in Journal of Physics of Elementary Particles and Atomic Nuclei of the JINR (2015). 30/10=3 .. >@10G52, ".. 1@038<>20, .. 0;8E>2, ... 0;KH:8=, .. (8E8=, 7<5@5=85 0:B82=>AB8 =59B@8==>3> 8AB>G=8:0 Cr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orexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>. /45@=0O D878:0. - >A:20:  "0C:0/=B5@?5@8>48:0", 2013.- 76, 12.  AB@. 1591-1596 0.595*60/7=5.1 =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia. 30/10=3 V.Gavrin, B. Cleveland, S. Danshin. S. Elliott, V. Gorbachev, T.Ibragimova, A. Kalikhov, T. Knodel, Yu. Kozlova, Yu. Malyshkin, V.Matveev, I. Mirmov, J. Nico, R.G.H. Robertson, A.Shikhin, D. Sinclair, E.Veretenkin, and J.Wilkerson, Current status of new SAGE project with 51Cr neutrino source, the International Workshop on Prospects of Particle Physics, January 26 - February 2, 2014, Valday, Russia, to be published in Journal of Physics of Elementary Particles and Atomic Nuclei of the JINR (2015). 30/10=3  =11.1HLVALZ>@>=>CE>2 0A8;89 8:>;0528G, @>4. 05.04.1955, A.=.A. ;01. % - (0.5 AB02:8)   70 2013-2014 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59  =0K>7;>20 .;8O 02;>2=0, @>4.29.12.1959, :.D.<.=., A.=.A. ;01. % -,   70 2013-2014 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 =0 <564C=0@>4=KE :>=D5@5=F8OE: .. 5@5B5=:8=, .. 02@8=, ... >7;>20, .. 8@<>2, 7<5@5=85 0:B82=>AB8 2KA>:>8=B5=A82=KE 8AB>G=8:>2 =59B@8=> :0;>@8<5B@8G5A:8< <5B>4><, 4>:;04 =0 564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289" 17-21 =>O1@O 2014 3>40, /# $, >A:20. 6/4=1.5 V.Gavrin, B. Cleveland, S. Danshin. S. Elliott, V. Gorbachev, T.Ibragimova, A. Kalikhov, T. Knodel, Yu. Kozlova, Yu. Malyshkin, V.Matveev, I. Mirmov, J. Nico, R.G.H. Robertson, A.Shikhin, D. Sinclair, E.Veretenkin, and J.Wilkerson, Current status of new SAGE project with 51Cr neutrino source, the International Workshop on Prospects of Particle Physics, January 26 - February 2, 2014, Valday, Russia, to be published in Journal of Physics of Elementary Particles and Atomic Nuclei of the JINR (2015). 30/10=3  = 4.5LVAL0;KH:8= .@89 8E09;>28G, @>4.22. 07.1987, <.=.A. ;01. % -,   70 2013-2014 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 =0 <564C=0@>4=KE :>=D5@5=F8OE: V.Gavrin, B. Cleveland, S. Danshin. S. Elliott, V. Gorbachev, T.Ibragimova, A. Kalikhov, T. Knodel, Yu. Kozlova, Yu. Malyshkin, V.Matveev, I. Mirmov, J. Nico, R.G.H. Robertson, A.Shikhin, D. Sinclair, E.Veretenkin, and J.Wilkerson, Current status of new SAGE project with 51Cr neutrino source, the International Workshop on Prospects of Particle Physics, January 26 - February 2, 2014, Valday, Russia, to be published in Journal of Physics of Elementary Particles and Atomic Nuclei of the JINR (2015). 30/10=3 .. >@10G52, ".. 1@038<>20, .. 0;8E>2, ... 0;KH:8=, .. (8E8=, 7<5@5=85 0:B82=>AB8 =59B@8==>3> 8AB>G=8:0 Cr51 ?> A?5:B@C 30<<0-87;CG5=8O, 4>:;04 =0 564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289" 17-21 =>O1@O 2014 3>40, /# $, >A:20. 6/5=1.2  =4.2 E 2 = 8.44LVALD8@<>2 ;LO 0C<>28G, @>4. 04.12.1962 , :.B.=., A.=.A. ;01. % -,   70 2013-2014 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Gorbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia. 30/10=3 V.Gavrin, B. Cleveland, S. Danshin. S. Elliott, V. Gorbachev, T.Ibragimova, A. Kalikhov, T. Knodel, Yu. Kozlova, Yu. Malyshkin, V.Matveev, I. Mirmov, J. Nico, R.G.H. Robertson, A.Shikhin, D. Sinclair, E.Veretenkin, and J.Wilkerson, Current status of new SAGE project with 51Cr neutrino source, the International Workshop on Prospects of Particle Physics, January 26 - February 2, 2014, Valday, Russia, to be published in Journal of Physics of Elementary Particles and Atomic Nuclei of the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orbachev, B. Cleveland, V. Gavrin, S. Danshin, T. Ibragimova, A. Kalikhov, T. Knodel, I. Mirmov, A. Shikhin, E. Veretenkin, Search for sterile neutrino using SAGE gallium detector, The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013, Valday, Novgorod region, Russia. 30/10=3 V.Gavrin, B. Cleveland, S. Danshin. S. Elliott, V. Gorbachev, T.Ibragimova, A. Kalikhov, T. Knodel, Yu. Kozlova, Yu. Malyshkin, V.Matveev, I. Mirmov, J. Nico, R.G.H. Robertson, A.Shikhin, D. Sinclair, E.Veretenkin, and J.Wilkerson, Current status of new SAGE project with 51Cr neutrino source, the International Workshop on Prospects of Particle Physics, January 26 - February 2, 2014, Valday, Russia, to be published in Journal of Physics of Elementary Particles and Atomic Nuclei of the JINR (2015). 30/10=3 .. >@10G52, ".. 1@038<>20, .. 0;8E>2, ... 0;KH:8=, .. (8E8=, 7<5@5=85 0:B82=>AB8 =59B@8==>3> 8AB>G=8:0 Cr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ndreev A.V., Ilic R.D., Konobeevsky E.S., Latysheva L.N., Sobolevsky N.M., Soloduhov G.V., Zuyev S.V./ Optimization of a photoneutron W-Be-source of thermal neutrons // LXIV International Conference  NUCLEUS 2014  Fundamental problems of nuclear physics, atomic power engineering and nuclear technologies , Minsk, July 1-4, 2014, Book of Abstracts, p. 253.  =6/7= 0,86 ..=4@552, !..C52, .!.>=>1552A:89, ..0BKH520, ..>@4>2A:>9, ..!>1>;52A:89, ..!>;>4CE>2, ..;8G / AB>G=8: =59B@>=>2 =0 >A=>25 M;5:B@>==>3> CA:>@8B5;O #--8-5, D>B>=59B@>==>9 W-Be <8H5=8 8 70<54;8B5;O-D>@<8@>20B5;O =59B@>==>3> A?5:B@0 // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 17-21 >O1@O, 2014, >A:20, $.  =6/8=0,75 L.N.Latysheva, A.V.Andreev, S.V.Zuyev, E.S.Konobeevski, N.M.Sobolevsky, G.V.Solodukhov, R.D.Ilic / MONTE-KARLO SIMULATION OF THE PHOTONEUTRON SOURCE OF THERMAL NEUTRONS BASED ON THE ELECTRON ACCELERATOR LUE-8 INR RAS // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p. 239.  =6/7=0,86 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk / ON THE ESTIMATION OF NAA SETUP ABILITY BASED ON THE ELECTRON LINAC LUE-8 WITH LVALNW-Be PHOTONEUTRON TARGET // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.251.  =6/9=0,67 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..$8@A>2 / $/   ! !!  " )" /   -!" "  // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 >O1@O, 2013, >A:20, $. "578AK 4>:;04>2, A. 102.  =6/6=1 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov / LOW BACKGROUND GAMMA-SPECTROMETER WITH COSMIC RAY ANTICOINCIDENCE SHIELDING // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.145.  =6/6*0,5=0,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov / ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =6/8*0,5=0,37 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW-BACKGROUND CHAMBER FOR THE GERMANIUM GAMMA SPECTROMETER. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.519.  =6/6*0,5=0,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ELECTRON LINEAR ACCELERATOR LUE-8LVAL-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.522.  =6/9*0,5=0,33 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 =4@552 .., C@<8AB@>2 ..., C52 !.., 5@78= .., >=>1552A:89 .!., >@4>2A:>9 .., $8@A>2 .. / !! !"  / $  + !  + -!" "  /  / "+% -" // "578AK 4>:;04>2 B>@>3> AJ5740 0=0;8B8:>2 >AA88, 23-27 A5=BO1@O, 2013, >A:20 (http://www.wssanalytchem.org/car2013/doc/Abstracts-CRusAn2013.pdf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enetskii /On the & //BULLETIN OF THE LEBEDEV PHYSICS INSTITUTE, 2014, v. 41, No. 1, pp. 23-32.  =8 .. 8D0=>2, .. 5=5F:89 /@>1;5<K 4>78<5B@88 ?@8 ;8:2840F88 ?>A;54AB289 O45@=KE 8 @0480F8>==KE 020@89///45@=0O D878:0 8 8=68=8@8=3, 2014, B>< 4, ! 12, ! 1-6.  =8/2=4 >:;04 CAB=K9, A5:F8>==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .. 8D0=>2. .. 5=5F:89. >:;04 =0 63 564C=0@>4=>9 :>=D5@5=F88 / -2013/@>1;5<K 4>78<5B@88 ?@8 ;8:2840F88 ?>A;54AB289 O45@=KE 8 @0480F8>==KE 020@89//LXIII International Conference NUCLEUS 2013 BOOK OF ABSTRACTS October 8-12 2013 Moscow, Russia  SAINT-PETERSBURG, 2013, P.250.  =6/2=3 @5?@8=B /  1. .. 5=5F:89, .. 8D0=>2, .. ;>B=8:>20/@>1;5<K @0480F8>==>9 157>?0A=>AB8 8 4>78<5B@88 ?@8 020@8OE 2 CA;>28OE ?@8<5=5=8O 8=48284C0;L=KE A@54AB2 @0480F8>==>9 70I8BK 8 ?@8 8E >BACBAB288//@5?@8=B /  1380/2014, 40 !.  =4/3=1,33 =48284C0;L=K9   3=A 5=5F:>3> .. @025=  =17,16+8+3+1,33=29,49LVALNGQC@<8AB@>2 .@89 8;0=>28G, @>4. 10.09. 1946 3>40, <.=.A. 01. 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..(0@0?>2 / #!" / !!/ ! !!// "   "   "  -  20 60 M // !"/ . ! / $'!/. 2013. ".77. ! 7. !.924-926.  =0,34*60/6=3,4 Yu.M.Burmistrov, S.V.Zuyev, E.S.Konobeevski, M.V.Mordovskoy, S.I.Potashev, I.M.Sharapov / Setup for Studying Quasi-Free Neutron Neutron Scattering in the Energy Range of 20 60 MeV // Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol. 77, No. 7, pp. 839 841.  =8/6=1,33 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, M..>@4>2A:>9, ..$8@A>2. $+  !" "  ! )"  "!/% " !'! #'/. / / $   , 2013, B>< 4, ! 9 10, A.879 882.  =8/6=1.33 @5?@8=BK !. . >B0H52,, . . @0G52, . . >@4>2A:>9, .. . C@<8AB@>2, . !. >=>1552A:89, . 0@8=, !. %. 0@052A:89 @5<5==0O ?;>A:>?0@0;;5;L=0O @578AB82=0O :0<5@0 c 2KA>:>9 703@C7>G=>9 A?>A>1=>ABLN. @5?@8=B / 2013.  =4/7=0.57 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ON THE ESTIMATION OF NAA SETUP ABILITY BASED ON THE ELECTRON LINAC LUE-8 WITH W-Be PHOTONEUTRON TARGET. LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.251.  =6/9=0,67 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov / LOW BACKGROUND GAMMA-SPECTROMETER WITH COSMIC RAY ANTICOINCIDENCE SHIELDILVALRNG // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.145.  =6/6*0,5=0,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov / ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =6/8*0,5=0,37 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 =4@552 .., C@<8AB@>2 ..., C52 !.., 5@78= .., >=>1552A:89 .!., >@4>2A:>9 .., $8@A>2 .. / !! !"  / $  + !  + -!" "  /  / "+% -" // "578AK 4>:;04>2 B>@>3> AJ5740 0=0;8B8:>2 >AA88, 23-27 A5=BO1@O, 2013, >A:20 (http://www.wssanalytchem.org/car2013/doc/Abstracts-CRusAn2013.pdf), >A:20. 2013. !.123.  =4/7=0,57 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW-BACKGROUND CHAMBER FOR THE GERMANIUM GAMMA SPECTROMETER. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.519.  =6/6*0,5=0,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. The 4-th International Conference  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012) , September 3-7, 2012, Kyiv, Ukraine. Proceedings, Kyiv, 2013, p.522.  =6/9*0,5=0,33 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov. LOW BACKGROUND GAMMA-SPECTROMETER WITH COSMIC RAY ANTICOINCIDELVALNCE SHIELDING. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013.  =6/6*0,5=0,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov. ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE. Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =6/8*0,5=0,37 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 =4@552 .., C@<8AB@>2 ..., C52 !.., 5@78= .., >=>1552A:89 .!., >@4>2A:>9 .., $8@A>2 .. !! !"  / $  + !  + -!" "  /  / "+% -". "578AK 4>:;04>2 B>@>3> AJ5740 0=0;8B8:>2 >AA88, 23-27 A5=BO1@O, 2013, >A:20 (http://www.wssanalytchem.org/car2013/doc/Abstracts-CRusAn2013.pdf), >A:20. 2013. !.123.  =4/7=0,57 =48284C0;L=K9   <=A 01>@0B>@88 0B><=>3> O4@0 C@<8AB@>20 ... @025=  =3.4+1.33+1,33+0,57+0.67+0,5+0,33+0,5+0,37+0,57+0,5+0,57=10,93LVALNGT020@78=0 0;5=B8=0 02;>2=0 @>4. 07.01.1942, A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 020@78=0, . . 0D><>2, . . !5@3552 / !"(/ # $$ &,+ !'/ $ &+%  &!! ! + #  ! + !" _/ // !"/ . ! / $'!/, 2013, B>< 77, ! 4, A. 517-521  =0,34*60/3=6.8 . . 020@78=0, . . 0D><>2, . . !5@3552 /  " +%  /%  "  & ! -/ . // !"/ . ! / $'!/, 2014, B>< 78, ! 5, A. 662 664.  =0,34*60/3=6.8 V. P. Zavarzina, V. E. Pafomov, and V. A. Sergeev / On Some Approximations in the Theory of Halo Nucleus Reactions //Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, No. 5, pp. 469 471.  =8/3=2,67 V. P. Zavarzina, V. E. Pafomov, and V. A. Sergeev /Relations between the Differential Cross Sections for Diffractive Processes of Nucleon Stripping and Halo_Nucleus Core Stripping.// Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol. 77, No. 4, pp. 466 470.  =8/3=2,67 @5?@8=B .. 020@78=0, . . 0D><>2, .. !5@3552 /#,!+ ! /  &/% ! -/   % (/%// @5?@8=B /  1388/2014  =4/3=1,33 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.E. Pafomov, V.A. Sergeev, V.P. Zavarzina /MOMENTUM DISTRIBUTIONS IN STRIPPING REACTIONS OF HALO NUCLEI ON LIGHT TARGET// Absract and poster on VII International Symposium on Exotic Nuclei  EXON - 2014 Kaliningrad, 8 - 13 September 2014.  =6/3=2 V.E. Pafomov, V.A. Sergeev, V.P. Zavarzina. ON SOME APPROXIMATIONS IN THE THEORY OF REACTIONS WITH HALO NUCLEI. >:;04 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/3=2 E. Konobeevski, A. Kasparov, A. Kurlovich, S. Zuyev, V. Zavarzina / STUDY OF CLUSTER STRUCTURE OF LIGHT NUCLEI BY PROTON QUASIFREE SCATTERING AT LOW ENERGIES // "578AK 4>:;040 =0 564C=0@>4=>9 :>=D5@5=F88 EXON-2014, 0;8=8=3@04, 8-13 A5=BO1@O 2014 3.   LVAL =6/5=1,2 C:>2>4AB2> A>8A:0B5;5< A>2<5AB=> A >=>1552A:8< .!. 2 2013 3 C@;>28G ;5:A0=4@0 !5@3552=0, AB065@-8AA;54>20B5;L /  =15 C:>2>4AB2> A>8A:0B5;5< A>2<5AB=> A >=>1552A:8< .!. 2 2014 3 C@;>28G ;5:A0=4@0 !5@3552=0, AB065@-8AA;54>20B5;L /  =15 =48284C0;L=K9   A=A 020@78=>9 .. @025=  =6.8+2,67+6,8+2,67+2+2+1,2+1,33+15+15=55,47LVALOGVC52 !5@359 8:B>@>28G, @>48;AO 26.10. 1954 3>40, :D<=, A=A. 01>@0B>@88 0B><=>3> O4@0 !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.Konobeevski, V.Lebedev, M.Mordovskoy, A.Spasskii, S.Zuyev / Study of neutron-neutron interaction in proton pick-up reactions on 3H// EPJ Web of Conferences 2014,vol. 66, 03047  =8/5=1,6 E.S.Konobeevski, S.V.Zuyev, A.A.Kasparov, V.V.Ostashko / THE RESULTS OF SIMULATION OF d + T ! 3He +2n; 2n ! n + n REACTION // Few Body Problems 2014, vol.55, No 2, 0855  =1,508*30/3=15,1 S. V. Zuyev, E. S. Konobeevski, and M. V. Mordovskoy/ A Data Acquisition System Based on Digital Signal Processors for a Setup with the Detecting of Coincident Events //Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, No. 5, pp. 350 354.  =8/3=2,67 E. S. Konobeevski, V. I. Kukulin, S. V. Zuyev, V. M. Lebedev, M. V. Mordovskoy, and A. V. Spassky / Investigating Neutron Neutron and Proton Proton Correlations in Few_Nucleon Systems in Reactions with Two Nucleons in the Final State // Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, No. 5, pp. 341 344.  =8/6=1,33 S. V. Zuyev, A. A. Kasparov, and E. S. Konobeevski / A Program for Simulation Experiments to Study Reactions with Three Particles in the Final State // Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, No. 5, pp. 345 349.  =8/3=2,67 E.S.Konobeevski, S.V.Zuyev, M.V.Mordovskoy, S.I.Potashev, I.M.Sharapov / Neutron Deuteron Breakup Reaction as a Tool for Studying Neutron Neutron Interactions // Physics of Atomic Nuclei, 2013, Vol. 76, No. 11, pp. 1398 1402.  =0,595*30/5=3.57 Yu.M.Burmistrov, S.V.Zuyev, E.S.Konobeevski, M.V.Mordovskoy, S.I.Potashev, I.M.Sharapov / Setup for Studying Quasi-Free Neutron Neutron Scattering in the Energy Range of 20 60 MeV // Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol. 77, No. 7, pp. 839 841.  =8/6=1,33 S.V.Zuyev, E.S.Konobeevski, M.V.Mordovskoy, S.I.Potashev, I. M. SharapoLVALWv / A Neutron Beam Spectrometer Based on a Scintillation Detector with n  Pulse Shape Discrimination // Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol.77, No. 7, pp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nd-   !" #" #'/ " -"  !"/ // / / $. 2013. ".76. !11. !.1479-1483.  =0,539*60/5=6,47 ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..(0@0?>2 / #!" / !!/ ! !!// "   "   "  -  20 60 M // !"/ . ! / $'!/. 2013. ".77. ! 7. !.924-926.  =0,34*60/6=3,4 .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, !..C52, ..(0@0?>2 / !?5:B@><5B@ =59B@>==>3> ?CG:0 =0 1075 cF8=B8;;OF8>==>3> 45B5:B>@0 A n- @0745;5=85< ?> D>@<5 8<?C;LA0 // 725AB8O >AA89A:>9 0:045<88 =0C:. !5@8O D878G5A:0O. 2013. ". 77. !7. !.919  =0,34*60/5=4,08 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, M..>@4>2A:>9, ..$8@A>2 / $+  !" "LVALX  ! )"  "!/% " !'! #'/ // / / $   , 2013, B>< 4, ! 9 10, A.879 882.  =8/6=1,33 @5?@8=BK E.S.Konobeevski, P.Sugathan, K.S.Golda, A.Jhingan, A.A.Kasparov, M.V.Mordovskoy, N.Saneesh, S.V.Zuyev /Study of Cluster Structure of 6Li and 6He Nuclei in Reactions with Neutron and 6Li Beams // Preprint INR RAS. N 1392/2014.  =4/8=0.5 S.V.Zuyev, E.S.Konobeevski, M.V.Mordovskoy, P.Sugathan, N.Saneesh/ Data Acquisition System on the Base of Digital Pulse Processors Using for Registration of Coincidence Events // Preprint INR RAS. N 1393/2014.  =4/5=0.8 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. Konobeevski, V. Lebedev, M. Mordovskoy, A. Spasskii, S. Zuyev, A. Kasparov / STUDY OF d+d!2He+2n REACTION AT DEUTRON ENERGY OF 15 MeV // LXIV International Conference  NUCLEUS 2014  Fundamental problems of nuclear physics, atomic power engineering and nuclear technologies , Minsk, July 1-4, 2014, Book of Abstracts, p. 81.  =6/6=1 Konobeevsky E.S., Zuyev S., Kasparov A. / ON THE POSSIBILITY OF STUDYING CLUSTER STRUCTURE OF LIGHT NUCLEI BY PROTON QUASIFREE SCATTERING AT LOW ENERGIES // >:;04 =0 LXIV International Conference  NUCLEUS 2014  Fundamental problems of nuclear physics, atomic power engineering and nuclear technologies , Minsk, July 1-4, 2014, Book of Abstracts, p. 60.  =6/3=2 Andreev A.V., Ilic R.D., Konobeevsky E.S., Latysheva L.N., Sobolevsky N.M., Soloduhov G.V., Zuyev S.V./ Optimization of a photoneutron W-Be-source of thermal neutrons // LXIV International Conference  NUCLEUS 2014  Fundamental problems of nuclear physics, atomic power engineering and nuclear technologies , Minsk, July 1-4, 2014, Book of Abstracts, p. 253.  =6/7= 0,86 E. Konobeevski, A. Kasparov, A. Kurlovich, S. Zuyev, V. Zavarzina / STUDY OF CLUSTER STRUCTURE OF LIGHT NUCLEI BY PROTON QUASIFREE SCATTERING AT LOW ENERGIES // "578AK 4>:;040 =0 564C=0@>4=>9 :>=D5@5=F88 EXON-2014, 0;8=8=3@04, 8-13 A5=BO1@O 2014 3. LVALY =6/5=1.2 ..=4@552, !..C52, .!.>=>1552A:89, ..0BKH520, ..>@4>2A:>9, ..!>1>;52A:89, ..!>;>4CE>2, ..;8G / AB>G=8: =59B@>=>2 =0 >A=>25 M;5:B@>==>3> CA:>@8B5;O #--8-5, D>B>=59B@>==>9 W-Be <8H5=8 8 70<54;8B5;O-D>@<8@>20B5;O =59B@>==>3> A?5:B@0 // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 17-21 >O1@O, 2014, >A:20, $.  =6/8= 0,75 E.S.Konobeevski, S.V.Zuyev, A.A.Kasparov, V.V.Ostashko / THE RESULTS OF SIMULATION OF d + T ! 3He +2n; 2n ! n + n REACTION // Proceedings of The 22nd European Conference on Few-Body Problems in Physics  EFB22 Krakw, Poland, 9 - 13 September 2013.  =6/4=1,5 E.Konobeevski, V.Lebedev, M.Mordovskoy, A.Spasskii, S.Zuyev / Study of neutron-neutron interaction in proton pick-up reactions on 3H // !1>@=8: B578A>2 <564C=0@>4=>9 :>=D5@5=F88 International Nuclear Physics Conference INPC2013. 2-7 June 2013, Firenze, Italy  =6/5=1,2 E. Konobeevski, V. Lebedev , M. Mordovskoy, A. Spasskii, S. Zuyev / STUDY OF NEUTRON-NEUTRON INTERACTION IN REACTIONS WITH TWO NEUTRONS IN FINAL STATE // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p. 113.  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Zuyev / DATA ACQUISITION SYSTEM FOR COINCIDENT PARTICLES EXPERIMENTS ON THE BASE OF WAVE FORM DIGITIZERS // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p. 233.  =6/3=2 E.S. Konobeevski, A.A. Kasparov, S.V. Zuyev / A PROGRAM FOR MODELING EXPERIMENTS ON STUDY REACTIONS WITH THREE FINAL PARTICLES // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATLVALZOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p. 237.  =6/3=2 L.N.Latysheva, A.V.Andreev, S.V.Zuyev, E.S.Konobeevski, N.M.Sobolevsky, G.V.Solodukhov, R.D.Ilic / MONTE-KARLO SIMULATION OF THE PHOTONEUTRON SOURCE OF THERMAL NEUTRONS BASED ON THE ELECTRON ACCELERATOR LUE-8 INR RAS // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p. 239.  =6/7=0.86 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk / ON THE ESTIMATION OF NAA SETUP ABILITY BASED ON THE ELECTRON LINAC LUE-8 WITH W-Be PHOTONEUTRON TARGET // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.251.  =6/9=0,7 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..$8@A>2 / $/   ! !!  " )" /   -!" "  // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 >O1@O, 2013, >A:20, $. "578AK 4>:;04>2, A. 102.  =6/6=1 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov / LOW BACKGROUND GAMMA-SPECTROMETER WITH COSMIC RAY ANTICOINCIDENCE SHIELDING // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.145.  =6/6*0,5=0,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.MoLVAL[rdovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov / ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =6/8*0,5=0,37 E.S.Konobeevski, M.V.Mordovskoy, I.M. Sharapov, S.V.Zuyev / NEUTRON-GAMMA DISCRIMINATION IN ORGANIC SCINTILLATORS USING VARIOUS PULSE-SHAPE PARAMETERS // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.173.  =6/4*0,5=0,5 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 .. 0A?0@>2, .!. >=>1552A:89, !.. C52 / >7<>6=>AB8 87CG5=8O :;0AB5@=>9 AB@C:BC@K O45@ 6Li 8 6He A ?CG:0<8 =59B@>=>2 8 O45@ 6Li // >:;04 =0 568=AB8BCBA:>9 <>;>456=>9 :>=D5@5=F88, 12 13 =>O1@O 2014 3>40, >A:20, / .  =4/3=1,3 .. 0A?0@>2, .!. >=>1552A:89, !.. 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"  /  / "+% -" // "578AK 4>:;04>2 B>@>3> AJ5740 0=0;8B8:>2 >AA88, 23-27 A5=BO1@O, 2013, >A:20 (http://www.wssanalytchem.org/car2013/doc/Abstracts-CRusAn2013.pdf), >A:20. 2013. !.123.  =4/7=0,57 .!.>=>1552A:89, !..C52, ..0A?0@>2 / 8=5<0B8G5A:>5 <>45;8@>20=85 O45@=KE @50:F89 A B@5<O G0AB8F0<8 2 :>=5G=>< A>AB>O=88 8 >?> LVALN @545;5=85 ?0@0<5B@>2 45B5:B8@CNI59 A8AB5<K // "@C4K A5@>AA89A:>9 =0CG=>9 :>=D5@5=F88 .:BC0;L=K5 ?@>1;5<K DC=40<5=B0;L=KE 8 ?@8:;04=KE =0C: 2 A>2@5<5==>< 8=D>@<0F8>==>< >1I5AB25. >A:20, $", 25 30 =>O1@O 2013 3>40  =4/3=1,3 =48284C0;L=K9   A=A 01>@0B>@8< 0B><=>3> O4@0 C520 !.. @025=  =1,6+15,1+2,67+1,33+2,67+3,57+1,33+1,6+5,1+6,8+6,8+6,47+3,4+4,08+1,33+ 0,5+0,8+1+2+0,86+1,2+0,75+1,5+1,2+1,2+2+2+0,86+0,7+1+0,5+0,37+0,5+1,3+ 1,3+0,57+1,3=87,26LVALOG]>=>1552A:89 235=89 !5@35528G, @>48;AO 23 023CAB0 1943 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 ;01>@0B>@859 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.Konobeevski, V.Lebedev, M.Mordovskoy, A.Spasskii, S.Zuyev / Study of neutron-neutron interaction in proton pick-up reactions on 3H// EPJ Web of Conferences 2014,vol. 66, 03047  =8/5=1,6 E.S.Konobeevski, S.V.Zuyev, A.A.Kasparov, V.V.Ostashko / THE RESULTS OF SIMULATION OF d + T ! 3He +2n; 2n ! n + n REACTION // Few Body Problems 2014, vol.55, No 2, 0855  =1,508*30/3=15,1 S. V. Zuyev, E. S. Konobeevski, and M. V. Mordovskoy/ A Data Acquisition System Based on Digital Signal Processors for a Setup with the Detecting of Coincident Events //Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, No. 5, pp. 350 354.  =8/3=2,67 E. S. Konobeevski, V. I. Kukulin, S. V. Zuyev, V. M. Lebedev, M. V. Mordovskoy, and A. V. Spassky / Investigating Neutron Neutron and Proton Proton Correlations in Few_Nucleon Systems in Reactions with Two Nucleons in the Final State // Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, No. 5, pp. 341 344.  =8/6=1,33 S. V. Zuyev, A. A. Kasparov, and E. S. Konobeevski / A Program for Simulation Experiments to Study Reactions with Three Particles in the Final State // Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, No. 5, pp. 345 349.  =8/3=2,67 E.S.Konobeevski, S.V.Zuyev, M.V.Mordovskoy, S.I.Potashev, I.M.Sharapov / Neutron Deuteron Breakup Reaction as a Tool for Studying Neutron Neutron Interactions // Physics of Atomic Nuclei, 2013, Vol. 76, No. 11, pp. 1398 1402.  =0,595*30/5=3.57 Yu.M.Burmistrov, S.V.Zuyev, E.S.Konobeevski, M.V.Mordovskoy, S.I.Potashev, I.M.Sharapov / Setup for Studying Quasi-Free Neutron Neutron Scattering in the Energy Range of 20 60 MeV // Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol. 77, No. 7, pp. 839 841.  =8/6=1,33 S.V.Zuyev, E.S.Konobeevski, LVAL^M.V.Mordovskoy, S.I.Potashev, I. M. Sharapov / A Neutron Beam Spectrometer Based on a Scintillation Detector with n  Pulse Shape Discrimination // Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol.77, No. 7, pp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nd-   !" #" #'/ " -"  !"/ // / / $. 2013. ".76. !11. !.1479-1483.  =0,539*60/5=6,47 ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..(0@0?>2 / #!" / !!/ ! !!// "   "   "  -  20 60 M // !"/ . ! / $'!/. 2013. ".77. ! 7. !.924-926.  =0,34*60/6=3,4 .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, !..C52, ..(0@0?>2 / !?5:B@><5B@ =59B@>==>3> ?CG:0 =0 1075 cF8=B8;;OF8>==>3> 45B5:B>@0 A n- @0745;5=85< ?> D>@<5 8<?C;LA0 // 725AB8O >AA89A:>9 0:045<88 =0C:. !5@8O D878G5A:0O. 2013. ". 77. !7. !.919  =0,34*60/5=4,08 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, M..>@4>2A:>LVAL_9, ..$8@A>2 / $+  !" "  ! )"  "!/% " !'! #'/ // / / $   , 2013, B>< 4, ! 9 10, A.879 882.  =8/6=1,33 @5?@8=BK E.S.Konobeevski, P.Sugathan, K.S.Golda, A.Jhingan, A.A.Kasparov, M.V.Mordovskoy, N.Saneesh, S.V.Zuyev /Study of Cluster Structure of 6Li and 6He Nuclei in Reactions with Neutron and 6Li Beams // Preprint INR RAS. N 1392/2014.  =4/8=0.5 S.V.Zuyev, E.S.Konobeevski, M.V.Mordovskoy, P.Sugathan, N.Saneesh/ Data Acquisition System on the Base of Digital Pulse Processors Using for Registration of Coincidence Events // Preprint INR RAS. N 1393/2014.  =4/5=0.8 !. . >B0H52,, *. . @0G52, . . >@4>2A:>9, .. . C@<8AB@>2, . !. >=>1552A:89, 1. . 0@8=, !. %. 0@052A:89 @5<5==0O ?;>A:>?0@0;;5;L=0O @578AB82=0O :0<5@0 c 2KA>:>9 703@C7>G=>9 A?>A>1=>ABLN. @5?@8=B / 2013.  =4/7=0.57 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. Konobeevski, V. Lebedev, M. Mordovskoy, A. Spasskii, S. Zuyev, A. Kasparov / STUDY OF d+d!2He+2n REACTION AT DEUTRON ENERGY OF 15 MeV // LXIV International Conference  NUCLEUS 2014  Fundamental problems of nuclear physics, atomic power engineering and nuclear technologies , Minsk, July 1-4, 2014, Book of Abstracts, p. 81.  =6/6=1 Konobeevsky E.S., Zuyev S., Kasparov A. / ON THE POSSIBILITY OF STUDYING CLUSTER STRUCTURE OF LIGHT NUCLEI BY PROTON QUASIFREE SCATTERING AT LOW ENERGIES // >:;04 =0 LXIV International Conference  NUCLEUS 2014  Fundamental problems of nuclear physics, atomic power engineering and nuclear technologies , Minsk, July 1-4, 2014, Book of Abstracts, p. 60.  =6/3=2 Andreev A.V., Ilic R.D., Konobeevsky E.S., Latysheva L.N., Sobolevsky N.M., Soloduhov G.V., Zuyev S.V./ Optimization of a photoneutron W-Be-source of thermal neutrons // LXIV International Conference  NUCLEUS 2014  Fundamental problems of nuclear physics, atomic power engineering and nuclear technologies , Minsk, July 1-4, 2014, Book of AbstrLVAL`acts, p. 253.  =6/7= 0,86 E. Konobeevski, A. Kasparov, A. Kurlovich, S. Zuyev, V. Zavarzina / STUDY OF CLUSTER STRUCTURE OF LIGHT NUCLEI BY PROTON QUASIFREE SCATTERING AT LOW ENERGIES // "578AK 4>:;040 =0 564C=0@>4=>9 :>=D5@5=F88 EXON-2014, 0;8=8=3@04, 8-13 A5=BO1@O 2014 3.  =6/5=1.2 ..=4@552, !..C52, .!.>=>1552A:89, ..0BKH520, ..>@4>2A:>9, ..!>1>;52A:89, ..!>;>4CE>2, ..;8G / AB>G=8: =59B@>=>2 =0 >A=>25 M;5:B@>==>3> CA:>@8B5;O #--8-5, D>B>=59B@>==>9 W-Be <8H5=8 8 70<54;8B5;O-D>@<8@>20B5;O =59B@>==>3> A?5:B@0 // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 17-21 >O1@O, 2014, >A:20, $.  =6/8= 0,75 E.S.Konobeevski, S.V.Zuyev, A.A.Kasparov, V.V.Ostashko / THE RESULTS OF SIMULATION OF d + T ! 3He +2n; 2n ! n + n REACTION // Proceedings of The 22nd European Conference on Few-Body Problems in Physics  EFB22 Krakw, Poland, 9 - 13 September 2013.  =6/4=1,5 E.Konobeevski, V.Lebedev, M.Mordovskoy, A.Spasskii, S.Zuyev / Study of neutron-neutron interaction in proton pick-up reactions on 3H // !1>@=8: B578A>2 <564C=0@>4=>9 :>=D5@5=F88 International Nuclear Physics Conference INPC2013. 2-7 June 2013, Firenze, Italy  =6/5=1,2 E. Konobeevski, V. Lebedev , M. Mordovskoy, A. Spasskii, S. Zuyev / STUDY OF NEUTRON-NEUTRON INTERACTION IN REACTIONS WITH TWO NEUTRONS IN FINAL STATE // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p. 113.  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Zuyev / DATA ACQUISITION SYSTEM FOR COINCIDENT PARTICLES EXPERIMENTS ON THE BASE OF WAVE FORM DIGITIZERS // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), OctoberLVALa 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p. 233.  =6/3=2 E.S. Konobeevski, A.A. Kasparov, S.V. Zuyev / A PROGRAM FOR MODELING EXPERIMENTS ON STUDY REACTIONS WITH THREE FINAL PARTICLES // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p. 237.  =6/3=2 L.N.Latysheva, A.V.Andreev, S.V.Zuyev, E.S.Konobeevski, N.M.Sobolevsky, G.V.Solodukhov, R.D.Ilic / MONTE-KARLO SIMULATION OF THE PHOTONEUTRON SOURCE OF THERMAL NEUTRONS BASED ON THE ELECTRON ACCELERATOR LUE-8 INR RAS // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p. 239.  =6/7=0.86 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk / ON THE ESTIMATION OF NAA SETUP ABILITY BASED ON THE ELECTRON LINAC LUE-8 WITH W-Be PHOTONEUTRON TARGET // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.251.  =6/9=0,7 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..$8@A>2 / $/   ! !!  " )" /   -!" "  // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 >O1@O, 2013, >A:20, $. "578AK 4>:;04>2, A. 102.  =6/6=1 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov / LOW BACKGROUND GAMMA-SPECTROLVALbMETER WITH COSMIC RAY ANTICOINCIDENCE SHIELDING // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.145.  =6/6*0,5=0,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov / ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =6/8*0,5=0,37 E.S.Konobeevski, M.V.Mordovskoy, I.M. Sharapov, S.V.Zuyev / NEUTRON-GAMMA DISCRIMINATION IN ORGANIC SCINTILLATORS USING VARIOUS PULSE-SHAPE PARAMETERS // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.173.  =6/4*0,5=0,5 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 .. 0A?0@>2, .!. >=>1552A:89, !.. C52 / >7<>6=>AB8 87CG5=8O :;0AB5@=>9 AB@C:BC@K O45@ 6Li 8 6He A ?CG:0<8 =59B@>=>2 8 O45@ 6Li // >:;04 =0 568=AB8BCBA:>9 <>;>456=>9 :>=D5@5=F88, 12 13 =>O1@O 2014 3>40, >A:20, / .  =4/3=1,3 .. 0A?0@>2, .!. >=>1552A:89, !.. 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"  /  / "+% -" // "578AK ,LVAL<4>:;04>2 B>@>3> AJ5740 0=0;8B8:>2 >AA88, 23-27 A5=BO1@O, 2013, >A:20 (http://www.wssanalytchem.org/car2013/doc/Abstracts-CRusAn2013.pdf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nternational Conference NUCLEUS 2013 BOOK OF ABSTRACTS October 8-12 2013 Moscow, Russia  SAINT-PETERSBURG, 2013, P.250.  =6/2=3 0B5=BK 1. 0B5=B =0 ?>;57=CN <>45;L ! 137628 <8B0B>@-B@5=065@ 4>78<5B@0 @048><5B@0 // 0B5=B>>1;040B5;L: / , 02B>@: 8D0=>2 .., 0O2:0 ! 2013136744, ?@8>@8B5B ?>;57=>9 <>45;8 06 023CAB0 2013 3., 70@538AB@8@>20=> 2 >AC40@AB25==>< @55AB@5 ?>;57=KE <>45;59 $ 20 D52@0;O 20143.  =20 @5?@8=B /  1. .. 5=5F:89, .. 8D0=>2, .. ;>B=8:>20/@>1;5<K @0480F8>==>9 157>?0A=>AB8 8 4>78<5B@88 ?@8 020@8OE 2 CA;>28OE ?@8<5=5=8O 8=48284C0;L=KE A@54AB2 @0480F8>==>9 70I8BK 8 ?@8 8E >BACBAB288//@5?@8=B /  1380/2014, 40 !.  =4/3=1,33 =48284C0;L=K9   =A 8D0=>20 .. @025=  =3+20+1,33=24,33C@;>28G ;5:A0=4@0 !5@3552=0, @>48;0AL 02.08.19873>40, AB065@-8AA;54>20B5;L 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. Konobeevski, A. Kasparov, A. Kurlovich, S. Zuyev, V. Zavarzina / STUDY OF CLUSTER STRUCTURE OF LIGHT NUCLEI BY PROTON QUASIFREE SCATTERING AT LOW ENERGIES // "578AK 4>:;040 =0 564C=0@>4=>9 :>=D5@5=F88 EXON-2014, 0;8=8=3@04, 8-13 A5=BO1@O 2014 3.  =6/5=1.2 =48284C0;L=K9   C@;>28G .!. @025=  =1,2*2=2,4LVALOGe>@4>2A:>9 8E08; 048<>28G, @>48;AO 06.04.1956 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.Konobeevski, V.Lebedev, M.Mordovskoy, A.Spasskii, S.Zuyev / Study of neutron-neutron interaction in proton pick-up reactions on 3H// EPJ Web of Conferences 2014,vol. 66, 03047  =8/5=1,6 S. V. Zuyev, E. S. Konobeevski, and M. V. Mordovskoy/ A Data Acquisition System Based on Digital Signal Processors for a Setup with the Detecting of Coincident Events //Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, No. 5, pp. 350 354.  =8/3=2,67 E. S. Konobeevski, V. I. Kukulin, S. V. Zuyev, V. M. Lebedev, M. V. Mordovskoy, and A. V. Spassky / Investigating Neutron Neutron and Proton Proton Correlations in Few_Nucleon Systems in Reactions with Two Nucleons in the Final State // Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, No. 5, pp. 341 344.  =8/6=1,33 E.S.Konobeevski, S.V.Zuyev, M.V.Mordovskoy, S.I.Potashev, I.M.Sharapov / Neutron Deuteron Breakup Reaction as a Tool for Studying Neutron Neutron Interactions // Physics of Atomic Nuclei, 2013, Vol. 76, No. 11, pp. 1398 1402.  =0,595*30/5=3.57 Yu.M.Burmistrov, S.V.Zuyev, E.S.Konobeevski, M.V.Mordovskoy, S.I.Potashev, I.M.Sharapov / Setup for Studying Quasi-Free Neutron Neutron Scattering in the Energy Range of 20 60 MeV // Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol. 77, No. 7, pp. 839 841.  =8/6=1,33 S.V.Zuyev, E.S.Konobeevski, M.V.Mordovskoy, S.I.Potashev, I. M. Sharapov / A Neutron Beam Spectrometer Based on a Scintillation Detector with n  Pulse Shape Discrimination // Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol.77, No. 7, pp. 834 838.  =8/5=1,6 D. A. Zaikin , M. V. Mordovskoy, and I. V. Surkova Diffuseness Parameter of Even Even Nuclei in the Range of 58 A 250 and the Coupled Channel Optical Model //Bulletin of the Russian Academy of SciencLVALfes. Physics, 2013, Vol. 77. p. 402  =8/3=2,67 M. V. Mordovskoy and I. V. Surkova /Isotopic Features of the NpNn Function for Even Even Isotope Chains of Ni and Zn //Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, p. 466.  =8/2=4 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, !..C52, ..>@4>2A:>9, !..>B0H52, ..(0@0?>2 / &/ nd-   !" #" #'/ " -"  !"/ // / / $. 2013. ".76. !11. !.1479-1483.  =0,539*60/5=6,47 ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..(0@0?>2 / #!" / !!/ ! !!// "   "   "  -  20 60 M // !"/ . ! / $'!/. 2013. ".77. ! 7. !.924-926.  =0,34*60/6=3,4 .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, !..C52, ..(0@0?>2 / !?5:B@><5B@ =59B@>==>3> ?CG:0 =0 1075 cF8=B8;;OF8>==>3> 45B5:B>@0 A n- @0745;5=85< ?> D>@<5 8<?C;LA0 // 725AB8O >AA89A:>9 0:045<88 =0C:. !5@8O D878G5A:0O. 2013. ". 77. !7. !.919  =0,34*60/5=4,08 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, M..>@4>2A:>9, ..$8@A>2. $+  !" "  ! )"  "!/% " !'! #'/. / / $   , 2013, B>< 4, ! 9 10, A.879 882.  =8/6=1.33 ..08:8=, ..>@4>2A:>9, ..!C@:>20. 0@0<5B@ 48DDC7=>AB8 G5B=>-G5B=KE O45@ 2 >1;0AB8 58 d"  d" 250 8 >?B8G5A:0O <>45;L A> A2O7LN :0=0;>2 / 725AB8O . !5@8O $878G5A:0O, 2013, B>< 77, ! 4, A. 449 452  =0,34*60/3=6, 8 .. >@4>2A:>9, .. !C@:>20 // >2545=85 ?@>872545=8O G8A5; 20;5=B=KE =C:;>=>2 NpNn 4;O F5?>G:8 G5B=>-G5B=KE 87>B>?>2 O45@ Ni 8 Zn // 725AB8O . !5@. $87. 2014. ". 78. ! 5. !.658.  =0,34*60/2=10,2 @5?@8=BK !. . >B0H52,, . . @0G52, . . >@4>2A:>9, .. . C@<8AB@>2, . !. >=>1552A:89, . 0@8=, !. %. 0@052A:89 @5<5==0O ?;>A:>?0@0;;5;L=0O @578AB82=0O :0<5@0 c 2KA>:>9 703@C7>G=>9 A?>A>1=>ABLN. @5?@8=B / 2013.  =4/7=0.57 E.S.Konobeevski, LVALgP.Sugathan, K.S.Golda, A.Jhingan, A.A.Kasparov, M.V.Mordovskoy, N.Saneesh, S.V.Zuyev /Study of Cluster Structure of 6Li and 6He Nuclei in Reactions with Neutron and 6Li Beams // Preprint INR RAS. N 1392/2014.  =4/8=0.5 S.V.Zuyev, E.S.Konobeevski, M.V.Mordovskoy, P.Sugathan, N.Saneesh/ Data Acquisition System on the Base of Digital Pulse Processors Using for Registration of Coincidence Events // Preprint INR RAS. N 1393/2014.  =4/5=0.8 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. Konobeevski, V. Lebedev, M. Mordovskoy, A. Spasskii, S. Zuyev, A. Kasparov / STUDY OF d+d!2He+2n REACTION AT DEUTRON ENERGY OF 15 MeV // LXIV International Conference  NUCLEUS 2014  Fundamental problems of nuclear physics, atomic power engineering and nuclear technologies , Minsk, July 1-4, 2014, Book of Abstracts, p. 81.  =6/6=1 ..=4@552, !..C52, .!.>=>1552A:89, ..0BKH520, ..>@4>2A:>9, ..!>1>;52A:89, ..!>;>4CE>2, ..;8G / AB>G=8: =59B@>=>2 =0 >A=>25 M;5:B@>==>3> CA:>@8B5;O #--8-5, D>B>=59B@>==>9 W-Be <8H5=8 8 70<54;8B5;O-D>@<8@>20B5;O =59B@>==>3> A?5:B@0 // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 17-21 >O1@O, 2014, >A:20, $.  =6/8= 0,75 E.Konobeevski, V.Lebedev, M.Mordovskoy, A.Spasskii, S.Zuyev / Study of neutron-neutron interaction in proton pick-up reactions on 3H // !1>@=8: B578A>2 <564C=0@>4=>9 :>=D5@5=F88 International Nuclear Physics Conference INPC2013. 2-7 June 2013, Firenze, Italy  =6/5=1,2 E. Konobeevski, V. Lebedev , M. Mordovskoy, A. Spasskii, S. Zuyev / STUDY OF NEUTRON-NEUTRON INTERACTION IN REACTIONS WITH TWO NEUTRONS IN FINAL STATE // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p. 113.  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Zuyev / DATA ACLVALhQUISITION SYSTEM FOR COINCIDENT PARTICLES EXPERIMENTS ON THE BASE OF WAVE FORM DIGITIZERS // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p. 233.  =6/3=2 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov, Yu.M.Zipenyuk / ON THE ESTIMATION OF NAA SETUP ABILITY BASED ON THE ELECTRON LINAC LUE-8 WITH W-Be PHOTONEUTRON TARGET // LXIII INTERNATIONAL CONFERENCE  NUCLEUS 2013 FUNDAMENTAL PROBLEMS IN NUCLEAR PHYSICS, ATOMIC POWER ENGINEERING AND NUCLEAR TECHNOLOGIES (LXII MEETING ON NUCLEAR SPECTROSCOPY AND NUCLEAR STRUCTURE), October 8-12, 2013, Moscow, Russia. BOOK OF ABSTRACTS, p.251.  =6/9=0,7 ..=4@552, ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..$8@A>2 / $/   ! !!  " )" /   -!" "  // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 >O1@O, 2013, >A:20, $. "578AK 4>:;04>2, A. 102.  =6/6=1 .. >@4>2A:>9, .. !C@:>20. / >2545=85 ?@>872545=8O G8A5; 20;5=B=KE =C:;>=>2 NpNn 4;O F5?>G5: G5B=>-G5B=KE 87>B>?>2 O45@ Ni 8 Zn. //>:;04 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/2=3 Mordovskoy M.V., Osipchuk I.I. Direct and compound reactions of neutrons with nuclei / >:;04 =0 XXV :>=D5@5=F88 IUPAP ?> 2KG8A;8B5;L=>9 D878:5, >A:20 , 20.08.2013  24.08.2013.  =6/2=3 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, M.V.Mordovskoy, S.V.Zuyev, V.I.Firsov / LOW BACKGROUND GAMMA-SPECTROMETER WITH COSMIC RAY ANTICOINCIDENCE SHIELDING // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20NLVAL^-23, 2012. INR RAS, Moscow, 2013, p.145.  =6/6*0,5=0,5 A.V.Andreev, Yu.M.Burmistrov, A.M.Gromov, E.S.Konobeevski, M.V.Mordovskoy, G.V.Solodukhov, S.V.Zuyev, V.I.Firsov / ELECTRON LINEAR ACCELERATOR LUE-8-5 WITH W-Be PHOTONEUTRON TARGET AS A NEUTRON SOURCE // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.148.  =6/8*0,5=0,37 E.S.Konobeevski, M.V.Mordovskoy, I.M. Sharapov, S.V.Zuyev / NEUTRON-GAMMA DISCRIMINATION IN ORGANIC SCINTILLATORS USING VARIOUS PULSE-SHAPE PARAMETERS // Proceedings of the XIII International Seminar on electromagnetic interactions of nuclei (EMIN-2012), Moscow, September 20-23, 2012. INR RAS, Moscow, 2013, p.173.  =6/4*0,5=0,5 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 =4@552 .., C@<8AB@>2 ..., C52 !.., 5@78= .., >=>1552A:89 .!., >@4>2A:>9 .., $8@A>2 .. / !! !"  / $  + !  + -!" "  /  / "+% -" // "578AK 4>:;04>2 B>@>3> AJ5740 0=0;8B8:>2 >AA88, 23-27 A5=BO1@O, 2013, >A:20 (http://www.wssanalytchem.org/car2013/doc/Abstracts-CRusAn2013.pdf), >A:20. 2013. !.123.  =4/7=0,57 =48284C0;L=K9   702.A5:B. 01>@0B>@88 0B><=>3> O4@0 >@4>2A:>3> .. @025=  =1,6+2,67+1,33+3,57+1,33+1,6+2,67+4+6,47+3,4+4,08+1,33+6,8+10,2+0,57+ 0,5+0,8+1+0,75+1,2+1,2+2+0,7+1+3+3+0,5+0,37+0,5+0,57=68,71 LVAL$ A8?GC: 3>@L 20=>28G, @>4. 06.05. 1951, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / Mordovskoy M.V., Osipchuk I.I. Direct and compound reactions of neutrons with nuclei / >:;04 =0 XXV :>=D5@5=F88 IUPAP ?> 2KG8A;8B5;L=>9 D878:5, >A:20 , 20.08.2013  24.08.2013.  =6/2=3 =48284C0;L=K9   A8?GC:0 3>@O 20=>28G0 @025=  =34LVALD0D><>2 ;048A;02 235=L528G, @>4. 01.11.1929, A=A. /, 4>:B>@ D87-<0B =0C: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 020@78=0, . . 0D><>2, . . !5@3552 / !"(/ # $$ &,+ !'/ $ &+%  &!! ! + #  ! + !" _/ // !"/ . ! / $'!/, 2013, B>< 77, ! 4, A. 517-521  =0,34*60/3=6.8 . . 020@78=0, . . 0D><>2, . . !5@3552 /  " +%  /%  "  & ! -/ . // !"/ . ! / $'!/, 2014, B>< 78, ! 5, A. 662 664.  =0,34*60/3=6.8 V. P. Zavarzina, V. E. Pafomov, and V. A. Sergeev / On Some Approximations in the Theory of Halo Nucleus Reactions //Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, No. 5, pp. 469 471.  =8/3=2,67 V. P. Zavarzina, V. E. Pafomov, and V. A. Sergeev /Relations between the Differential Cross Sections for Diffractive Processes of Nucleon Stripping and Halo_Nucleus Core Stripping.// Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol. 77, No. 4, pp. 466 470.  =8/3=2,67 @5?@8=B .. 020@78=0, . . 0D><>2, .. !5@3552 /#,!+ ! /  &/% ! -/   % (/%// @5?@8=B /  1388/2014  =4/3=1,33 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.E. Pafomov, V.A. Sergeev, V.P. Zavarzina /MOMENTUM DISTRIBUTIONS IN STRIPPING REACTIONS OF HALO NUCLEI ON LIGHT TARGET// Absract and poster on VII International Symposium on Exotic Nuclei  EXON - 2014 Kaliningrad, 8 - 13 September 2014.  =6/3=2 V.E. Pafomov, V.A. Sergeev, V.P. Zavarzina. ON SOME APPROXIMATIONS IN THE THEORY OF REACTIONS WITH HALO NUCLEI. >:;04 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/3=2 =48284C0;L=K9   A=A 0D><>20 .. @025=  =6.8+2,67+6,8+2,67+1,33+2+2=24,27LVALX !C@:>20 ==0 ;048<8@>2=0, @>48;0AL 20 45:01@O 1939 3>40, :D<=, A=A !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..08:8=, ..>@4>2A:>9, ..!C@:>20. 0@0<5B@ 48DDC7=>AB8 G5B=>-G5B=KE O45@ 2 >1;0AB8 58 d"  d" 250 8 >?B8G5A:0O <>45;L A> A2O7LN :0=0;>2 / 725AB8O . !5@8O $878G5A:0O, 2013, B>< 77, ! 4, A. 449 452  =0,34*60/3=6, 8 .. >@4>2A:>9, .. !C@:>20 // >2545=85 ?@>872545=8O G8A5; 20;5=B=KE =C:;>=>2 NpNn 4;O F5?>G:8 G5B=>-G5B=KE 87>B>?>2 O45@ Ni 8 Zn // 725AB8O . !5@. $87. 2014. ". 78. ! 5. !.658.  =0,34*60/2=10,2 D. A. Zaikin , M. V. Mordovskoy, and I. V. Surkova Diffuseness Parameter of Even Even Nuclei in the Range of 58 A 250 and the Coupled Channel Optical Model //Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol. 77. p. 402  =8/3=2,67 M. V. Mordovskoy and I. V. Surkova /Isotopic Features of the NpNn Function for Even Even Isotope Chains of Ni and Zn //Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, p. 466.  =8/2=4 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .. >@4>2A:>9, .. !C@:>20. / >2545=85 ?@>872545=8O G8A5; 20;5=B=KE =C:;>=>2 NpNn 4;O F5?>G5: G5B=>-G5B=KE 87>B>?>2 O45@ Ni 8 Zn. //>:;04 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/2=3 =48284C0;L=K9   A=A !C@:>2>9 .. @025=  =6,8+10,2+2,67+4+3=26,67;>B=8:>20 0@8=0 8:B>@>2=0, @>48;0AL 2 <0@B0 1936 3>40, =A !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<KE @>AA89A:8E 6C@=0;0E @5?@8=B /  1. .. 5=5F:89, .. 8D0=>2, .. ;>B=8:>20/@>1;5<K @0480F8>==>9 157>?0A=>AB8 8 4>78<5B@88 ?@8 020@8OE 2 CA;>28OE ?@8<5=5=8O 8=48284C0;L=KE A@54AB2 @0480F8>==>9 70I8BK 8 ?@8 8E >BACBAB288//@5?@8=B /  1380/2014, 40 !.  =4/3=1,33 =48284C0;L=K9   =A ;>B=8:>2>9 .. @025=  =1,33LVALOGm>B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, !..C52, ..>@4>2A:>9, !..>B0H52, ..(0@0?>2 / &/ nd-   !" #" #'/ " -"  !"/ // / / $. 2013. ".76. !11. !.1479-1483.  =0,539*60/5=6,47 ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..(0@0?>2 / #!" / !!/ ! !!// "   "   "  -  20 60 M // !"/ . ! / $'!/. 2013. ".77. ! 7. !.924-926.  =0,34*60/6=3,4 .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, !..C52, ..(0@0?>2 / !?5:B@><5B@ =59B@>==>3> ?CG:0 =0 1075 cF8=B8;;OF8>==>3> 45B5:B>@0 A n- @0745;5=85< ?> D>@<5 8<?C;LA0 // 725AB8O >AA89A:>9 0:045<88 =0C:. !5@8O D878G5A:0O. 2013. ". 77. !7. !.919  =0,34*60/5=4,08 E.S.Konobeevski, S.V.Zuyev, M.V.Mordovskoy, S.I.Potashev, I.M.Sharapov / Neutron Deuteron Breakup Reaction as a Tool for Studying Neutron Neutron Interactions // Physics of Atomic Nuclei, 2013, Vol. 76, No. 11, pp. 1398 1402.  =0,595*30/5=3.57 Yu.M.Burmistrov, S.V.Zuyev, E.S.Konobeevski, M.V.Mordovskoy, S.I.Potashev, I.M.Sharapov / Setup for Studying Quasi-Free Neutron Neutron Scattering in the Energy Range of 20 60 MeV // Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol. 77, No. 7, pp. 839 841.  =8/6=1,33 S.V.Zuyev, E.S.Konobeevski, M.V.Mordovskoy, S.I.Potashev, I. M. Sharapov / A Neutron Beam Spectrometer Based on a Scintillation Detector with n  Pulse Shape Discrimination // Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol.77, No. 7, pp. 834 838.  =8/5=1,6 0@8= .., >B0H52 !.., "@C=>2 .., >B0H52 .!., :A5=>2 !.., D>=8= .., 8B28= .!., ;5:A552 .., >=>=KE8= .C., !04K:>2 ../ !!" "" /  / +% /  / "+% "  $'!% #!"// @81>@K 8 B5E=8:0 M LVAL :A?5@8<5=B0. 2014. ! 6 , AB@.37  = 0,437*60/10=2,62 @5?@8=BK !. . >B0H52,, . . @0G52, . . >@4>2A:>9, .. . C@<8AB@>2, . !. >=>1552A:89, . 0@8=, !. %. 0@052A:89 @5<5==0O ?;>A:>?0@0;;5;L=0O @578AB82=0O :0<5@0 c 2KA>:>9 703@C7>G=>9 A?>A>1=>ABLN. @5?@8=B / 2013.  =4/7=0.57 =48284C0;L=K9   702.A5:B. 01>@0B>@88 0B><=>3> O4@0 >B0H520 !.. @025=  =6,47+3,4+4,08+3,57+1,33+1,6+2,62+0,57=23,64LVALOG!5@3552 ;048<8@ ;5:A0=4@>28G, @>48;AO 26.08.1933 3., :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 020@78=0, . . 0D><>2, . . !5@3552 / !"(/ # $$ &,+ !'/ $ &+%  &!! ! + #  ! + !" _/ // !"/ . ! / $'!/, 2013, B>< 77, ! 4, A. 517-521  =0,34*60/3=6.8 . . 020@78=0, . . 0D><>2, . . !5@3552 /  " +%  /%  "  & ! -/ . // !"/ . ! / $'!/, 2014, B>< 78, ! 5, A. 662 664.  =0,34*60/3=6.8 V. P. Zavarzina, V. E. Pafomov, and V. A. Sergeev / On Some Approximations in the Theory of Halo Nucleus Reactions //Bulletin of the Russian Academy of Sciences. Physics, 2014, Vol. 78, No. 5, pp. 469 471.  =8/3=2,67 V. P. Zavarzina, V. E. Pafomov, and V. A. Sergeev /Relations between the Differential Cross Sections for Diffractive Processes of Nucleon Stripping and Halo_Nucleus Core Stripping.// Bulletin of the Russian Academy of Sciences. Physics, 2013, Vol. 77, No. 4, pp. 466 470.  =8/3=2,67 @5?@8=B .. 020@78=0, . . 0D><>2, .. !5@3552 /#,!+ ! /  &/% ! -/   % (/%// @5?@8=B /  1388/2014  =4/3=1,33 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.E. Pafomov, V.A. Sergeev, V.P. Zavarzina /MOMENTUM DISTRIBUTIONS IN STRIPPING REACTIONS OF HALO NUCLEI ON LIGHT TARGET// Absract and poster on VII International Symposium on Exotic Nuclei  EXON - 2014 Kaliningrad, 8 - 13 September 2014.  =6/3=2 V.E. Pafomov, V.A. Sergeev, V.P. Zavarzina. ON SOME APPROXIMATIONS IN THE THEORY OF REACTIONS WITH HALO NUCLEI. >:;04 =0 63 564C=0@>4=>9 :>=D5@5=F88 /  2013, >A:20, $, 8 12 >:BO1@O 2013 3.  =6/3=2 =48284C0;L=K9   A=A !5@35520 .. @025=  =6.8+2,67+6,8+2,67+1,33+2+2=24,27@LVAL6*zV#<5@>2 (0<8;L ;L40@>28G, @>4. 6.10.1979 3., <.=.A.  /  A 10.07.20073.,   70 2013-2014 33.&O1C: .., =A, :.D.-<..=., -,   70 2013-2014 33. C1;8:0F88: D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. Measurements of the thermal neutrons flux near the EAS core. Journal of Physics: Conference Series 409 (2013) 012034  =8/7*1.5=1.71 V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Y Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100TeV energy range. Journal of Physics: Conference Series 409 (2013) 012051  =8/8*1.5=1.5 >:;04K: B>3>:   = 3.21A552 ;048A;02 8:>;0528G @>4. 30.05.1949, =.A. $ >:;04K: S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. A PROTON DOSE DISTRIBUTION IN A PROSEDURAL OF THE PROTON THERAPY COMPLEX OF INR RAS, International Seminar on charged particle accelerators.  IWCPA 2013 , Crimea, Alushta, 08-14 September 2013. ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88.  =30/3=10. " S.V. Akulinichev, V.N. Aseev, V.N. Vasiliev, Yu.K. Gavrilov, M.I. Grachev, V.I. Derzhiev, A.A. Kokoncev, D.A. Kokoncev, D.B. Lazebnik, E.V. Ponomareva, V.M. Skorkin, I.A. Yakovlev, Application of the INR proton LINAC for development of methods of radiotherapy and nuclear medicine, ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= 2 Vant 2013. ! 6 (88), (http://vant.kipt.kharkov.ua/ARTICLE/VANT_2013 _6/article_2013_6_183.pdf ),  = 30*1,5*0.1= 4,5.   .. A5520 = 14,5%>E;>2 .@89 C7L<8G, @>4. 12. 07.1926, A=A. /, :D<=. ... %>E;>2 / 0<5G0=8O >1 M;5:B@><03=8B=KE 2>;=0E 2 A@545 A >B@8F0B5;L=K<8  8  // !$ !7, AB@.6, 2013 =48284C0;L=K9   A=A %>E;>20 ... @025= 0,286*60=17,16LVALOGq:C;8=8G52 !5@359 A52>;>4>28G @>4. 28.08.1951, 4.D.-<.=, 702. ;01. $ 1. !B0BL8: " .. 0A8;L52, .. >:>=F52, !.. :C;8=8G52. !2O7L <564C :5@<>9 2 2>74CE5 8 ?>3;>I5==>9 4>7>9 2 2>45 ?@8 1;87:>D>:CA=>9 @5=B35=>B5@0?88, 548F8=A:0O D878:0, 2013, !3 (59) A. 5-14.,  =8/3=2,7. " A.A.Antanovich, V.V.Brazhkin, I.P.Zibrov, V.P.Filonenko, S.V.Akulinichev, V.I.Derzhiev,  Use of high pressures and high temperatures in production of Ytterbia-based ceramic radiation source for brachytherapy , Journal of Scientific Publications: Materials, Methods&Technologies, Volume 7, part1, p.14-23(2013).  = 8/6=1,3. " S.V.Akulinichev and V.I.Derzhiev,  New design of ytterbium sources for brachytherapy , Radiotherapy &Oncology (Elsevier) v. 110 Suppl.1, page 2 (2014). <?0:B-D0:B>@ 4,857.  = 4,857E30/2=72,9. " !..:C;8=8G52, 5@A?5:B82=K5 8AA;54>20=8O ?> O45@=>9 <548F8=5 2 / , #$, 184 1363 1367 (2014). <?0:B-D0:B>@ 1,913.  = 60E1,913=114,8.   70 AB0BL8 = 191,7. 2. >:;04K: " V.M. Skorkin, S.V. Akulinichev, A.V. Andreev Study of neutron capture by medical nuclides at irradiation facilities of INR RAS, Proceed. 4th Int. Conf.  Current Problems in Nuclear Physics and Atomic Energy , Kyiv. Part 2. p. 575-579(2013).   = 6*1,5/3=3. " .. !:>@:8=, !.. :C;8=8G52 . !8AB5<0 <>=8B>@8@>20=8O B@0=A?>@B8@>2:8 ?CG:0 ?@>B>=>2 =0 >1;CG0B5;L=K5 CAB0=>2:8, International Seminar on charged particle accelerators.  IWCPA 2013 , Crimea, Alushta. ?C1;8:>20=> 2 6C@=. VANT.  =6/2*1,5=4,5. " !.. :C;8=8G52, .. !:>@:8= >78<5B@8G5A:85 8AA;54>20=8O D>B>= - 70E20B=KE @50:F89 =0 <548F8=A:>< CA:>@8B5;5 !75. ;5=0@=K9 4>:;04 =0 9->9 564C=0@>4=>9 :>=D5@5=F88 /45@=0O 8 @0480F8>==0O D878:0, 24-27 A5=BO1@O 2013 3. ;<0BK. 070EAB0=.  =30/2=15. " S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. A PROTON DOSE DISTRIBUTION IN A PROSEDURAL OF THE PROTON THERAPY COMPLEX OF INR RAS, International Seminar on charged particle accelerators.  IWCPA 2013 , Crimea, AlusLVALhta, 08-14 September 2013. ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88.  =30/3=10. " S.V. Akulinichev, V.N. Aseev, V.N. Vasiliev, Yu.K. Gavrilov, M.I. Grachev, V.I. Derzhiev, A.A. Kokoncev, D.A. Kokoncev, D.B. Lazebnik, E.V. Ponomareva, V.M. Skorkin, I.A. Yakovlev, Application of the INR proton LINAC for development of methods of radiotherapy and nuclear medicine, ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= 2 Vant 2013. ! 6 (88), (http://vant.kipt.kharkov.ua /ARTICLE/VANT_2013_6/ article_2013_6_183.pdf ),  = 30*1,5*0.1= 4,5. " !..:C;8=8G52, ..0A8;L52, ..5@6852, ...02@8;>2, ..>:>=F52, ..!:>@:8=, !..'0CH0=A:89, ../:>2;52, BB5@189  ?5@A?5:B82=K9 @048>87>B>? 4;O 1@0E8B5@?088, ;5=0@=K9 4>:;04 =0 >=D5@5=F88 "$-6 (2014).  = 20/8=2,5. " !..:C;8=8G52, ..5@6852, !..'0CH0=A:89, .. =B0=>28G, ..$8;>=5=:>, >2K9 8BB5@1852K9 8AB>G=8: 4;O 1@0E8B5@0?88 A :5@0<8G5A:8< A5@45G=8:><, >AB5@=K9 4>:;04 =0 >=D5@5=F88 "$-6 (2014) .  = 4/5= 0,8. ___________________________   70 4>:;04K: 40,3. 3. 0B5=BK. :C;8=8G52 !.., =B0=>28G .., @06:8= .., 5@6852 .., 81@>2 .., $8;>=5=:> .. AB>G=8: 4;O 1@0E8B5@0?88. 0B5=B =0 ?>;57=CN <>45;L RU 131302 U1 (20133.).  = 20/6=3,3. 4. 540;8 8 48?;><K =0 2KAB02:0E. @>5:B &5=B@ ;CG52>9 B5@0?88 /  1K; =03@0645= 2 2013 3. >;>B>9 <540;LN 14-3> >A:>2A:>3> 564C=0@>4=>3> D>@C<0 KA>:85 B5E=>;>388 XI 25:0.  = 10. 5. 0CG=>5 @C:>2>4AB2>: 1. C:>2>4AB2> 0A?8@0=B>< ../:>2;52K< (2014 3.)   =30. 2. C:>2>4AB2> 0A?8@0=B>< ..!0D>=>2K< (2014 3.)   =30. 3. C:>2>4AB2> 48?;><=8:>< ..!8<0: (2013 3.)    = 10. 4. C:>2>4AB2> 48?;><=8:>< ../:>2;52K< (2013 3.)    = 10. ________________________   70 =0CG=>5 @C:>2>4AB2> = 80. B>3>: ;8G=K9   !..:C;8=8G520 = 325,3   @C:>2>48B5;O $ = 0.5*149,08 + 0.75*62,43 = 74,54+46,82=121,36~LVAL0/:>2;52 20= =4@5528G 22.02.1991, 0A?8@0=B $ (@01>B05B A 023CAB0 2013 3. ). >:;04K: " S.V. Akulinichev, V.N. Aseev, V.N. Vasiliev, Yu.K. Gavrilov, M.I. Grachev, V.I. Derzhiev, A.A. Kokoncev, D.A. Kokoncev, D.B. Lazebnik, E.V. Ponomareva, V.M. Skorkin, I.A. Yakovlev, Application of the INR proton LINAC for development of methods of radiotherapy and nuclear medicine, ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= 2 V 2013. ! 6 (88), (http://vant.kipt.kharkov.ua/ARTICLE/VANT_2013_6/article_2013_6_183.pdf )  = 30*1,5*0.1= 4,5. " !..:C;8=8G52, ..0A8;L52, ..5@6852, ...02@8;>2, ..>:>=F52, ..!:>@:8=, !..'0CH0=A:89, ../:>2;52, BB5@189  ?5@A?5:B82=K9 @048>87>B>? 4;O 1@0E8B5@?088, ;5=0@=K9 4>:;04 =0 >=D5@5=F88 "$-6 (2014).  = 20/8=2,5.   0A?8@0=B0 ../:>2;520 = 7*1.5=10,502@8;>2 .@89 @0A=>A;02>28G. 04.10.1951, =A $, >:;04K: " S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. A PROTON DOSE DISTRIBUTION IN A PROSEDURAL OF THE PROTON THERAPY COMPLEX OF INR RAS, International Seminar on charged particle accelerators.  IWCPA 2013 , Crimea, Alushta, 08-14 September 2013. ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88.  =30/3=10. " S.V. Akulinichev, V.N. Aseev, V.N. Vasiliev, Yu.K. Gavrilov, M.I. Grachev, V.I. Derzhiev, A.A. Kokoncev, D.A. Kokoncev, D.B. Lazebnik, E.V. Ponomareva, V.M. Skorkin, I.A. Yakovlev, Application of the INR proton LINAC for development of methods of radiotherapy and nuclear medicine, ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= 2 Vant 2013. ! 6 (88), (http://vant.kipt.kharkov.ua/ARTICLE/VANT_2013_6 /article_2013_6_183.pdf )  = 30*1,5*0.1= 4,5. " !..:C;8=8G52, ..0A8;L52, ..5@6852, ...02@8;>2, ..>:>=F52, ..!:>@:8=, !..'0CH0=A:89, ../:>2;52, BB5@189  ?5@A?5:B82=K9 @048>87>B>? 4;O 1@0E8B5@?088, ;5=0@=K9 4>:;04 =0 >=D5@5=F88 "$-6 (2014).  = 20/8=2,5.   ...02@8;>20 =17LVALOGt!:>@:8= ;048<8@ 8E09;>28G @>4. 03.08.1953, :. D.-<. =, A=A $ !B0BL8: 1. S.V.Akulinichev, V.N.Aseev, Y.K.Gavrilov et al/ Application of the INR proton linac for development of methods of radiotherapy and nuclear medicine // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O. 2013. ! 6 (88). !. 183-187.  =1 2. V.M. Skorkin., A.V. Skorkin. /Continuous control of radioactive emissions from proton linac// >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O. 2013. ! 6 (88). !. 154-155.  =8/2=4 3. S.V. Akulinichev, V.M. Skorkin. / Photoproduction of neutrons in the heavy water irradiation facility at the SL75 linear electron accelerator / Proceed. of the XIII Int. Seminar on Electromag. Interact. of Nuclei. EMIN-2012, Moscow, September 20-23. 2012. Moscow. 2013. p. 158-160. http://www.inr.ac.ru/~pnlab/emin2012/  =8/2=4 4. V.M. Skorkin, S.V. Akulinichev, A.V. Andreev /Study of neutron capture by medical nuclides at irradiation facilities of INR RAS/ Proceed. 4th Int. Conf.  Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv2012). Kyiv 2013. Part 2. P. 575-579. (http://www.npae2012.kiev.ua/docs/NPAE-Kyiv2012-Part202.pdf\.)  =8/3=3. 5. .. !:>@:8= / >45;8@>20=85 =C:;5>A8=B570 ?@8 @0480F8>==>< 70E20B5 =59B@>=>2 @048>=C:;840<8 //45@=0O D878:0 8 8=68=8@8=3. 2013, B>< 4, ! 12, A. 1 3.  =8. 6. V.M. Skorkin, S.V. Akulinichev / System Monitoring Proton Beam Transport in the Irradiation Facilities// >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O. 2014. ! 3 (91). !. 169-171.  =8/2=4 7. V. Skorkin /Neutron Radiation Monitoring of the Therapeutic Proton Beam Transportation/ Proceedings RuPAC 2014.WEPSB44, p.262-263. (http://accelconf.web.cern.ch/AccelConf/rupac2014/papers/proceed.pdf)  =8. >:;04K: 1. !.. :C;8=8G52 8 4@. / A?>;L7>20=85 ;8=59=>3> CA:>@8B5;O ?@>B>=>2 /  4;O @0728B8O <5B>4>2 ;CG52>9 B5@0?88 8 O45@=>9 <548F8=K / "578AKt XXIII 564. !5<8=0@0 ?> CA:>@8B5;O< 70@O6. G0AB8F. 0LVAL8-14 A5=BO1@O 2013. ;CHB0, @K<. !. 126.  =1. 2. .. !:>@:8=, !.. :C;8=8G52 /!8AB5<0 <>=8B>@8@>20=8O B@0=A?>@B8@>2:8 ?CG:0 ?@>B>=>2 =0 >1;CG0B5;L=K5 CAB0=>2:8 / "578AK XXIII 564. !5<8=0@0 ?> CA:>@8B5;O< 70@O6. G0AB8F. 08-14 A5=BO1@O 2013. ;CHB0, @K<. !. 112.  .  =6/2=3. 3. A.V. Skorkin, V.M. Skorkin/ Continuous control of radioactive emissions from proton linac / "578AK XXIII 564. !5<8=0@0 ?> CA:>@8B5;O< 70@O6. G0AB8F. 08-14 A5=BO1@O 2013. ;CHB0, @K<. !. 98.  =6/2=3. 4. !.. :C;8=8G52, .. !:>@:8= />78<5B@8G5A:85 8AA;54>20=8O D>B>= - 70E20B=KE @50:F89 =0 <548F8=A:>< CA:>@8B5;5 !75/ ;5=0@=K9 4>:;04 =0 9->9 564C=0@>4=>9 :>=D5@5=F88 /45@=0O 8 @0480F8>==0O D878:0, 24-27 A5=BO1@O 2013 3. ;<0BK. 070EAB0=. !. 262.  =30/2=15. 5. V.M. Skorkin /Simulation of Nucleosynthesis in Radiative Neutron Capture by Radionuclides/ LXIII International Conference NUCLEUS 2013. Book of Abstract. October 8-12, 2013. Moscow. P. 240.  =6. 6. V. Skorkin/Neutron Radiation Monitoring of the Therapeutic Proton Beam Transportation / >:;04 =0 XXIV Russian Particle Accelerators Conference, October 6  10, 2014, Obninsk.  =6. 7. S.V. Akulinichev, V.N. Aseev, V.N. Vasiliev, Yu.K. Gavrilov, M.I. Grachev, V.I. Derzhiev, A.A. Kokoncev, D.A. Kokoncev, D.B. Lazebnik, E.V. Ponomareva, V.M. Skorkin, I.A. Yakovlev, Application of the INR proton LINAC for development of methods of radiotherapy and nuclear medicine, ;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20= 2 Vant 2013. ! 6 (88), (http://vant.kipt.kharkov.ua/ ARTICLE/VANT_2013_6/article_2013_6_183.pdf ),  = 30*1,5*0.1= 4,5. 8. !..:C;8=8G52, ..0A8;L52, ..5@6852, ...02@8;>2, ..>:>=F52, ..!:>@:8=, !..'0CH0=A:89, ../:>2;52, BB5@189  ?5@A?5:B82=K9 @048>87>B>? 4;O 1@0E8B5@?088, ;5=0@=K9 4>:;04 =0 >=D5@5=F88 "$-6 (2014).  = 20/8=2,5. B>3>:   ..!:>@:8=0 =73 =45:A F8B8@>20=8O = 62LVALOGv!B5?0=>2 ;048<8@ 20=>28G, @>4. 21.01.1935, :.B.=., A=A -,   70 2013-2014 33. C1;8:0F88: V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Journal of Physics:Conference Series 409 (2013) 012190  =8/9*1.5=1.33 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Journal of Physics: Conference Series 409 (2013) 012044  =8/8*1.5=1.5 V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Y Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100TeV energy range. Journal of Physics:Conference Series 409 (2013) 012051  =8/8*1.5=1.5 .. @><CH:8=, . . ;5:A55=:>, A.A. 5B@CE8=, O.. )53>;52, ... !B5=L:8=, .. !B5?0=>2, .. >;G5=:>, .. /H8=. #!"  " / !" & (:  + #,""+. 725AB8O , A5@8O $878G5A:0O, B. 77, !5, (2013), A. 704-706.  = 8/9*1.5=1.33 D. Gromushkin, V. Alekseenko, A. Petrukhin, O. Shchegolev, Yu. Stenkin, V. Stepanov, I.Yashin and E. Zadeba. The array for EAS neutron component detection. JINST, 9, (2014), C08028.  = 1.526*30/8= 5.72 >:;04K: V.Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu.Stenkin, V. Stepanov, V. Sulakov, V. Volchenko and I. Yashin. Sporadic variations of thermal neutron background measured by a global net of the en-detectors. 33 ICRC, Rio de Janeiro 2013, ID 568.  =6/10=0.6 Xinhua Ma and Yuri Stenkin, for the ARGO-YBJ collaboration and the PRISMA collaboration. Coincident air shower events between ARGO-YBJ and PRISMA-YBJ. 33 ICRC, Rio de Janeiro 2013, ID 606.  =6/10=0.6 142. Yuri Stenkin, Victor Alekseenko, Dmitri Gromushkin, Vladimir Stepanov, Oleg Shchegolev, Vladimir Volchenko, Igor Yashin and Xinhua MTLVALda for the ARGO-YBJ. Air Shower thermal neutron detection at different altitudes. 33 ICRC, Rio de Janeiro 2013, ID 478.  =6/10=0.6 .. ;5:A55=:>, .. @><CH:8=, .. 60??C52, . #. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. )Q3>;52, .. !C;0:>2, .. /H8=. 0@80F88 =59B@>==>3> ?>B>:0 2> 2@5<O 3@>7. // 33 , C1=0, (2014), ID 45  =4|10=0.4 !", ., ! .,  #( ,., !" , !# ., ) ., /( ., MA Xinhua,. ZHAO Jingzhou. !?5:B@ ( ?> G8A;C B5?;>2KE =59B@>=>2 ?> 40==K< CAB0=>2:8 PRISMA-YBJ. // 33 , C1=0, (2014), ID 97.  = 4/9= 0.44 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. @><CH:8=, .. CB@CE8=, .. !B5?0=>2, O.. )53>;52, .. /H8=. !?5:B@ :@0B=>AB59 B5?;>2KE =59B@>=>2 2 ( ?> 40==K< CAB0=>2:8 ?@87<0-32. // 33 , #, (2014), ID 95.  = 4/8=0.5 . )53>;52, ;5:A55=:> ., @><CH:8= , !B5=L:8= .., !B5?0=>2 , !C;0:>2 ., /H8= ., MA, Xinhua,. ZHAO, Jingzhou. $  04@>=>2 8 M;5:B@>=>2 2 ( =0 @07;8G=KE 2KA>B0E. // 33 , C1=0, (2014), ID 96.  =4/9=0.44 O. Shchegolev, V. Alekseenko, D.M. Gromushkin, X. Ma, Yu. Stenkin, V. Stepanov, V. Sulakov, I. Yashin and J, Zhao. EAS electron and hadron Lateral listributions at different altitudes. // ISVHECRI 2014, CERN, (2014), ID 7  =6/9=0.67 B>3>:   = 15.63LVALOGx8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2013-2014 33 C1;8:0F88: 1. N. S. Khaerdinov and A. S. Lidvansky, Variations of cosmic ray muon flux during thunderstorms, J. Phys.: Conf. Ser, 2013, vol. 409, 012230 doi: 10.1088/1742-6596/409/1/012230.   = 8/2 *1.5 = 6. 2. A. S. Lidvansky, On the burst activity of the Crab Nebula and pulsar at high and ultra-high energies, Journal of Physics: Conference Series, 2013, vol. 409, 012114 doi:10.1088/1742-6596/409/1/012114.   = 8*1.5 = 12. 3. N S Khaerdinov and A S Lidvansky, Heights of generation of runaway electrons in bright cosmic ray events observed on the ground during thunderstorms, Journal of Physics: Conference Series, vol. 409 (2013) no. 012225. doi:10.1088/1742-6596/409/1/012225.   = 8/2*1.5 = 6. 4. Ya. S. Elensky, A. V. Lapa and A. S. Lidvansky, Simulation of Positron Flux in Cascades of Runaway Electrons Generated by Cosmic Rays in Thunderstorm Atmosphere, 2013, J. Phys.: Conf. Ser., vol. 409, no. 012227. doi:10.1088/1742-6596/409/1/012227.   = 8/3*1.5 = 4. 5. . !. 8420=A:89, . !. %05@48=>2, >@@5;8@>20==K5 87<5=5=8O @07=KE :><?>=5=B :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 8 A>?CBAB2CNI85 MDD5:BK, 725AB8O , A5@. D87., 2013, B. 77, ! 5, AB@. 650-652.   = 0.276*60/2 = 8.28 6. .!. 8420=A:89,  2A?KH5G=>9 0:B82=>AB8 @01>284=>9 BC<0==>AB8 70@538AB@8@>20==>9 CAB0=>2:0<8 4;O 87CG5=8O (, 725AB8O , A5@. D87., 2013, B. 77, ! 11, AB@. 1617-1619.   = 0.276*60 = 16.56. 7. .. 60??C52, .#. C46052, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, 7CG5=85 04@>==>9 :><?>=5=BK ( =0 CAB0=>2:5 >25@-2, 8AL<0 2 -"$, B. 97, 2K?. 10, AB@. 651 -653, 2013.   = 1.616*60/5 = 19.39. >:;04K: 1. .%. 0=>=848, .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, >@@5;OF88 2B>@8G=KE G0AB8F :>A<8G5A:8E ;CG59 A 20@80F8O<8 35><03=8B=>3> ?>;O 2> 2@5<O 3@>7, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O-1 =>O1@O 2013 3, AB@. 64-65.   = 4/4LVALy*1.5 = 1.5. 2. .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, ><?;5:A=>5 8AA;54>20=8O <54;5==> B5:CI53> ?@>1>O AB@0B>AD5@K 2 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O-1 =>O1@O 2013 3, AB@. 66-67.   = 4/3*1.5 = 2. 3. .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, !@54=85 E0@0:B5@8AB8:8 ?@875<=>3> M;5:B@8G5A:>3> ?>;O 2> 2@5<O 3@>7 ?> 8AA;54>20=8N 20@80F89 2B>@8G=KE G0AB8F :>A<8G5A:8E ;CG59, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O-1 =>O1@O 2013 3, AB@. 68-69.   = 4/3*1.5 = 2. 4. .!. 8420=A:89, -DD5:BK, 2K7K205<K5 :>A<8G5A:8<8 ;CG0<8 2 3@>7>2>9 0B<>AD5@5, 564C=0@>4=0O :>=D5@5=F8O XVI %0@8B>=>2A:85 B5<0B8G5A:85 =0CG=K5 GB5=8O >I=0O 8<?C;LA=0O M;5:B@>D878:0, !0@>2, 21-25 0?@5;O 2014 3. (@83;0H5==K9 4>:;04).   = 30. 5. .!.8420=A:89, ..%05@48=>2, .!.%05@48=>2, %0@0:B5@=>5 M;5:B@8G5A:>5 A>AB>O=85 3@>7>2>9 0B<>AD5@K 87 40==KE ?> 20@80F8O< :>A<8G5A:8E ;CG59, 33 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (C1=0, 11-15 023CAB0 2014 3).   = 4/3*1.5 = 2 6. .%. 0=>=848, .!.8420=A:89, ..%05@48=>2, .!.%05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 8 =>2K5 35>D878G5A:85 MDD5:BK, 33 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (C1=0, 11-15 023CAB0 2014 3).   = 4/4*1.5 = 1.5 7. .%. 0=>=848, ..C@5=O, .!.8420=A:89, ..%05@48=>2, .!. %05@48=>2, ><?;5:A=>5 8AA;54>20=85 M=5@38G=KE ?@>F5AA>2 2 3@>7>2KE >1;0:0E, 33 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (C1=0, 11-15 023CAB0 2014 3).   = 4/5*1.5 = 1.2. 8. .. 60??C52, .. 5B:>2, .#. C46052, ... 0;018=, .. >;G5=:>, .. >;G5=:>, -.. 0H5=N:, .. 70?0@>20, .$. /=8=, .. 2>7452A:89, ... @8H:0=, .$. ;8<5=:>, .. C@5=O, .!. 8420=A:89, .. 8E09;>20, .. %046852, #AB0=>2:0  >25@-3 4;O 87CG5=8O >1;0AB8 87;><0 2 A?5:B@5 , 33 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (C1=0, 11-15 023CAB0 2014 3)L LVAL\ .   = 4/10*1.5 = 0.6. 9. M.N. Khaerdinov, N.S. Khaerdinov, A.S. Lidvansky, Data on cosmic ray variations during thunderstorms: Indication to existence of a slow large-scale atmospheric discharge, European Cosmic ray Symposium (ECRS) 2014, September 1-5, 2014, Kiel, Germany.   = 6/3*1.5 = 3. 10. K. Kh. Kanonidi, M.N. Khaerdinov, N.S. Khaerdinov, A.S. Lidvansky, Correlations of cosmic ray particle events during thunderstorms with geomagnetic pulsations, European Cosmic ray Symposium (ECRS) 2014, September 1-5, 2014, Kiel, Germany.   = 6/4*1.5 = 2.25. C:>2>4AB2> 0A?8@0=B>< (.. 0?0) 2013-2014 3>4K   = 30*2 = 60. B>3> 8=48284C0;L=K9   : 178.28LVALOG{!B5=L:8= .@89 0A8;L528G, @>4. 10.12.1948, A=A, 4.D.-<..=. -,   70 2013-2014 33. C1;8:0F88: Yu V Stenkin. How to solve the cosmic ray knee problem? Journal of Physics: Conference Series, 409 (2013) 012080  =8*1.5=12.0 V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Journal of Physics:Conference Series 409 (2013) 012190  =8/9*1.5=1.33 D.D. Dzhappuev, V.I. Volchenko, A.U. Kudzhaev, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin and A.L. Tsyabuk. Measurements of the thermal neutrons flux near the EAS core. Journal of Physics: Conference Series 409 (2013) 012034  =8/7*1.5=1.71 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Journal of Physics: Conference Series 409 (2013) 012044  =8/8*1.5=1.5 Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, Y. Liu, X.H. Ma, J. Zhao. Thermal neutron flux produced by EAS at various altitudes. Chinese Physics C, v. 37, No 1, (2013), p. 015001.  =0.819*30/6=4.10 V Alekseenko, D Dzhappuev, A Kudzhaev, O Michailova, Y Stenkin, V Stepanov, A Tsyabuk and V Volchenko. Sidereal anisotropy of cosmic rays at 10-100TeV energy range. Journal of Physics:Conference Series 409 (2013) 012051  =8/8*1.5=1.5 ... !B5=L:8=.  (",  #   !"  !'!% #'? // !"/ . ! / $'!/, 2013, B>< 77, ! 5, A. 701 703.  =8*1.5=12 .. @><CH:8=, . . ;5:A55=:>, A.A. 5B@CE8=, O.. )53>;52, ... !B5=L:8=, .. !B5?0=>2, .. >;G5=:>, .. /H8=. #!"  " / !" & (:  + #,""+. 725AB8O , A5@8O $878G5A:0O, B. 77, !5, (2013), A. 704-706.  = 8/9*1.5=1.33 D.D.Dzhappuev, A.U. Kudzhaev, A.S. Lidvanskii, V.B. Petkov, Yu.V. Stenkin. Study of the hadronic component of exLVAL|tensive air showers at the Carpet-2 EAS array . JETP Lett. 97 (2013) 651-653.  = 1.364*60/5=16.37 .. #, .. ', .#. #, .. %, .. ", ... !",. AA;54>20=85 04@>==KE AB2>;>2 ( =0 CAB0=>2:5 >25@  2. // 725AB8O , A5@8O D878G5A:0O, 78(3), (2014), A. 330-332.  = 8/6*1.5= 2 D. Gromushkin, V. Alekseenko, A. Petrukhin, O. Shchegolev, Yu. Stenkin, V. Stepanov, I.Yashin and E. Zadeba. The array for EAS neutron component detection. JINST, 9, (2014), C08028.  = 1.526*30/8= 5.72 >:;04K: V.Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu.Stenkin, V. Stepanov, V. Sulakov, V. Volchenko and I. Yashin. Sporadic variations of thermal neutron background measured by a global net of the en-detectors. 33 ICRC, Rio de Janeiro 2013, ID 568.  =6 Yu.V. Stenkin, D.M. Gromushkin, A.A. Petrukhin, O.B. Shchegolev, V.I. Stepanov, V.I. Volchenko, I.I. Yashin and E.A. Zadeba. EAS thermal neutron lateral and temporal distributions. 33 ICRC, Rio de Janeiro 2013, ID 482.  =6 Xinhua Ma and Yuri Stenkin, for the ARGO-YBJ collaboration and the PRISMA collaboration. Coincident air shower events between ARGO-YBJ and PRISMA-YBJ. 33 ICRC, Rio de Janeiro 2013, ID 606.  =6 142. Yuri Stenkin, Victor Alekseenko, Dmitri Gromushkin, Vladimir Stepanov, Oleg Shchegolev, Vladimir Volchenko, Igor Yashin and Xinhua Ma for the ARGO-YBJ. Air Shower thermal neutron detection at different altitudes. 33 ICRC, Rio de Janeiro 2013, ID 478.  =6 .. ;5:A55=:>, .. @><CH:8=, .. 60??C52, . #. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. )Q3>;52, .. !C;0:>2, .. /H8=. 0@80F88 =59B@>==>3> ?>B>:0 2> 2@5<O 3@>7. // 33 , C1=0, (2014), ID 45  =4/10=0.4 !", ., ! .,  #( ,., !" , !# ., ) ., /( ., MA Xinhua,. ZHAO Jingzhou. !?5:B@ ( ?> G8A;C B5?;>2KE =59B@>=>2 ?> 40==K< CAB0=>2:8 PRISMA-YBJ. // 33 , C1=0, (2014), ID 97.  = 4 ... !B5=L:8=, .LVAL. ;5:A55=:>, .. >;G5=:>, .. @><CH:8=, .. CB@CE8=, .!B5?0=>2, O.. )53>;52, .. /H8=. !?5:B@ :@0B=>AB59 B5?;>2KE =59B@>=>2 2 ( ?> 40==K< CAB0=>2:8 ?@87<0-32. // 33 , #, (2014), ID 95.  = 4 . )53>;52, ;5:A55=:> ., @><CH:8= , !B5=L:8= .., !B5?0=>2 , !C;0:>2 ., /H8= ., MA, Xinhua,. ZHAO, Jingzhou. $  04@>=>2 8 M;5:B@>=>2 2 ( =0 @07;8G=KE 2KA>B0E. // 33 , C1=0, (2014), ID 96.  =4/9=0.44 .. @><CH:8=, ..>;G5=:>, A.A.5B@CE8=, ...!B5=L:8=, .. !B5?0=>2, O..)53>;52, ../H8=. !?5:B@ M=5@3>2K45;5=89 2 CAB0=>2:5  -32. // 33 , C1=0, (2014), ID 145.  =4/7= 0.57 O. Shchegolev, V. Alekseenko, D.M. Gromushkin, X. Ma, Yu. Stenkin, V. Stepanov, V. Sulakov, I. Yashin and J, Zhao. EAS electron and hadron Lateral listributions at different altitudes. // ISVHECRI 2014, CERN, (2014), ID 7  =6/9=0.67 C:>2>4AB2> 0A?8@0=B><: @><CH:8= .. (0A?8@0=B $) 70 2013-2014 33.  =30*2=60 )53>;52 .. (0A?8@0=B / ) 70 2013-2014 33.  =30*2=60 07@01>B:0 =0CG=>->1@07>20B5;L=KE :C@A>2: 07@01>B:0 :C@A0 8 GB5=85 ;5:F89 4;O <038AB@0=B>2 &  2 $ 59B@>==0O D878:0 (2013-2014 33., 15 *2=30 ;5:F89) 0 2013 3. (=>2K9 :C@A, 15 ;5:F89)  =30 0 2014 3. (4>@01>B:0 :C@A0, 15 ;5:F89)  =8 B>3>:   = 251.64LVALOG~2013 - 2014 %05@48=>2 8E08; 08;528G, 06.04.1988, AB065@-8AA;.   = 91.74 C1;8:0F88: 1. Grum-Grzhimailo A.N., Khaerdinov M.N., Bartschat K., Effects of numerical approximations in the treatment of short-pulse strong-field ionization of atomic hydrogen, Physical Review A - Atomic, Molecular, and Optical Physics, 8740B5;LAB2> American Physical Society (United States), 2013, B>< 88, A. 055401(1)-055401(3) DOI: 10.1103/PhysRevA.88.055401.   3.042*30/3 = 30.42. >:;04K 1) .%. 0=>=848, .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, >@@5;OF8O 2B>@8G=KE G0AB8F :>A<8G5A:8E ;CG59 A 20@80F8O<8 35><03=8B=>3> ?>;O 2> 2@5<O 3@>7, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O  1 =>O1@O 2013 3. AB@. 64-65.   4*1.5/4 = 1.5 2) .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, ><?;5:A=>5 8AA;54>20=85 <54;5==> B5:CI53> ?@>1>O AB@0B>AD5@K 2 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O  1 =>O1@O 2013 3. AB@. 66-67.   4*1.5/3 = 2.0 3) .!. 8420=A:89, .. %05@48=>2, .!. %05@48=>2, !@54=85 E0@0:B5@8AB8:8 ?@875<=>3> M;5:B@8G5A:>3> ?>;O 2> 2@5<O 3@>7 ?> 8AA;54>20=8N 20@80F89 2B>@8G=KE G0AB8F :>A<8G5A:8E ;CG59, 0B5@80;K A5@>AA89A:>9 :>=D5@5=F88 ;>10;L=0O M;5:B@8G5A:0O F5?L, >@>:, 28 >:BO1@O  1 =>O1@O 2013 3. AB@. 68-69.   4*1.5/3 = 2.0 4) .!.8420=A:89, ..%05@48=>2, .!.%05@48=>2, %0@0:B5@=>5 M;5:B@8G5A:>5 A>AB>O=85 3@>7>2>9 0B<>AD5@K 87 40==KE ?> 20@80F8O< :>A<8G5A:8E ;CG59, 33 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (C1=0, 11-15 023CAB0 2014 3).   = 4/3*1.5 = 2 5) .%. 0=>=848, .!.8420=A:89, ..%05@48=>2, .!.%05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 8 =>2K5 35>D878G5A:85 MDD5:BK, 33 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (C1=0, 11-15 023CAB0 2014 3).   = 4/4*1.5 = 1.5 6) .%. 0=>=848, ..C@5=O, .!.8420=A:89, . LVAL .%05@48=>2, .!. %05@48=>2, ><?;5:A=>5 8AA;54>20=85 M=5@38G=KE ?@>F5AA>2 2 3@>7>2KE >1;0:0E, 33 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (C1=0, 11-15 023CAB0 2014 3).   = 4/5*1.5 = 1.2. 7) M.N. Khaerdinov, N.S. Khaerdinov, A.S. Lidvansky, Data on cosmic ray variations during thunderstorms: Indication to existence of a slow large-scale atmospheric discharge, European Cosmic ray Symposium (ECRS) 2014, September 1-5, 2014, Kiel, Germany.   = 6/3*1.5 = 3. 8) K. Kh. Kanonidi, M.N. Khaerdinov, N.S. Khaerdinov, A.S. Lidvansky, Correlations of cosmic ray particle events during thunderstorms with geomagnetic pulsations, European Cosmic ray Symposium (ECRS) 2014, September 1-5, 2014, Kiel, Germany.   = 6/4*1.5 = 2.25.   = 45.87*2 = 91.74LVALOG)53>;52 ;53 >@8A>28G, @>4. 19.06.1990, 0A?8@0=B -,   70 2013-2014 33. C1;8:0F88: V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov , V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Journal of Physics:Conference Series 409 (2013) 012190  =8/9*1.5=1.33 D.M. Gromushkin, V.V. Alekseenko, A.A. Petrukhin, O.B. Shchegolev, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study: first results. Journal of Physics: Conference Series 409 (2013) 012044  =8/8*1.5=1.5 .. @><CH:8=, . . ;5:A55=:>, A.A. 5B@CE8=, O.. )53>;52, ... !B5=L:8=, .. !B5?0=>2, .. >;G5=:>, .. /H8=. #!"  " / !" & (:  + #,""+. 725AB8O , A5@8O $878G5A:0O, B. 77, !5, (2013), A. 704-706.  = 8/9*1.5=1.33 D. Gromushkin, V. Alekseenko, A. Petrukhin, O. Shchegolev, Yu. Stenkin, V. Stepanov, I.Yashin and E. Zadeba. The array for EAS neutron component detection. JINST, 9, (2014), C08028.  = 1.526*30/8= 5.72 >:;04K: V.Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu.Stenkin, V. Stepanov, V. Sulakov, V. Volchenko and I. Yashin. Sporadic variations of thermal neutron background measured by a global net of the en-detectors. 33 ICRC, Rio de Janeiro 2013, ID 568.  =6/10=0.6 Yu.V. Stenkin, D.M. Gromushkin, A.A. Petrukhin, O.B. Shchegolev, V.I. Stepanov, V.I. Volchenko, I.I. Yashin and E.A. Zadeba. EAS thermal neutron lateral and temporal distributions. 33 ICRC, Rio de Janeiro 2013, ID 482.  =6/8=0.75 Xinhua Ma and Yuri Stenkin, for the ARGO-YBJ collaboration and the PRISMA collaboration. Coincident air shower events between ARGO-YBJ and PRISMA-YBJ. 33 ICRC, Rio de Janeiro 2013, ID 606.  =6/10=0.6 142. Yuri Stenkin, Victor Alekseenko, Dmitri Gromushkin, Vladimir Stepanov, Oleg Shchegolev, Vladimir Volchenko, Igor Yashin and Xinhua Ma for the ALVALRGO-YBJ. Air Shower thermal neutron detection at different altitudes. 33 ICRC, Rio de Janeiro 2013, ID 478.  =6/10=0.6 .. ;5:A55=:>, .. @><CH:8=, .. 60??C52, . #. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. )Q3>;52, .. !C;0:>2, .. /H8=. 0@80F88 =59B@>==>3> ?>B>:0 2> 2@5<O 3@>7. // 33 , C1=0, (2014), ID 45  =4/10=0.4 !", ., ! .,  #( ,., !" , !# ., ) ., /( ., MA Xinhua,. ZHAO Jingzhou. !?5:B@ ( ?> G8A;C B5?;>2KE =59B@>=>2 ?> 40==K< CAB0=>2:8 PRISMA-YBJ. // 33 , C1=0, (2014), ID 97.  = 4/9=0.44 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. @><CH:8=, .. CB@CE8=, .!B5?0=>2, O.. )53>;52, .. /H8=. !?5:B@ :@0B=>AB59 B5?;>2KE =59B@>=>2 2 ( ?> 40==K< CAB0=>2:8 ?@87<0-32. // 33 , #, (2014), ID 95.  = 4/8=0.5 . )53>;52, ;5:A55=:> ., @><CH:8= , !B5=L:8= .., !B5?0=>2 , !C;0:>2 ., /H8= ., MA, Xinhua,. ZHAO, Jingzhou. $  04@>=>2 8 M;5:B@>=>2 2 ( =0 @07;8G=KE 2KA>B0E. // 33 , C1=0, (2014), ID 96.  =4/9=0.44 .. @><CH:8=, ..>;G5=:>, A.A.5B@CE8=, ...!B5=L:8=, .. !B5?0=>2, O..)53>;52, ../H8=. !?5:B@ M=5@3>2K45;5=89 2 CAB0=>2:5  -32. // 33 , C1=0, (2014), ID 145.  =4/7= 0.57 O. Shchegolev, V. Alekseenko, D.M. Gromushkin, X. Ma, Yu. Stenkin, V. Stepanov, V. Sulakov, I. Yashin and J, Zhao. EAS electron and hadron Lateral listributions at different altitudes. // ISVHECRI 2014, CERN, (2014), ID 7  =6 B>3>:   = 20.78 * 1.5 =31.17LVALOGC7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503., 4.D.-<.=., 702.  / ,   70 2013-2014 33. C1;8:0F88: 1. M. Agostini, M. Allardt, E. Andreotti et al.,  Pulse shape discrimination for GERDA phase I data , Eur. Phys. J. C (2013) 73: 2583. 30*5,247*0,06 = 9,44 1 2. M. Agostini, M. Allardt, E. Andreotti et al.,  Results on Neutrinoless Double- Decay of Ge-76 from Phase I of the GERDA Experiment , Phys. Rev. Lett. 111, 122503 (2013). 30*7,94*0,06 = 14,29 1 3. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 4. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 5. M. Agostini, M. Allardt, E. Andreotti , et al.,  The background in the neutrinoless double beta decay experiment GERDA , arXiv:1306.5084 [physics.ins-det]. 4*0,06 = 0,24 1 6. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23. 30*4,78*0,1 = 14,34 1 7. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  Indications of 22K capture in 78 Kr , Physical Review C (2013) 87:035501. 30*3,72/6 = 18,60 1 8. K.-H. Ackermann, M. Agostini, M. Allardt et al.,  The Gerda experiment for the search of 0 decay in 76Ge , Eur. Phys. J. C (2013) 73: 2330. 30*5,247*0,06 LVAL= 9,44 1 9. M. Agostini, M. Allardt, E. Andreotti et al.,  Production, characterization and operation of 76Ge enriched BEGe detectors in GERDA , arXiv:1410.0853v1 [physics.ins-det]. 4*0,06 = 0,24 1 10. Yu. M. Gavrilyuk, A. M. Gangapshev, A. V. Derbin et al.,  First result of the experimental search for the 9.4 keV solar axion reactions with Kr-83 in the copper proportional counter , arXiv:1405.1271v1 [nucl-ex]. 4*0,1 = 0,4 1 11. M. Agostini, M. Allardt, E. Andreotti , et al.,  The background in the 0nubb experiment Gerda , European Physical Journal C (Impact Factor: 5.25), (2014), 74:2764. DOI: 10.1140/epjc/s10052-014-2764-z. 30*5,25*0,06 = 9,44 1 12. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  First result of the experimental search for the 2K-capture of Xe-124 with the copper proportional counter , arXiv:1404.5530v1 [nucl-ex]. 4/8 = 0,5 1 13. E.N. Alexeyev, Yu. M. Gavrilyuk, A. M. Gangapshev, et al.,  Sources of the systematic errors in measurements of Po-214 decay half-life time variations at the Baksan deep underground experiments , arXiv:1404.5769v1 [nucl-ex]. 4/7 = 0,57 1  = 84,9 1 >:;04K: 1. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, M.V. Stepaniuk. "RECENT RESULTS OF SEARCH FOR 2K CAPTURE IN Kr-78". Proceedings of International conference NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory) Alushta, Crimea, Ukraine, 23  29 September 2013. 6*1,5/7 = 1,29 1 3. ..C7L<8=>2.  !! "  ! "  /   !!"# $'!%    #.)  . @83;0HQ==K9 (?;5=0@=K9) 4>:;04 =0 <564C=0@>4=>< A8<?>78C<5 #AB>9G82>5 @0728B85: ?@>1;5<K, :>=F5?F88, <>45;8, ?>A2OIQLVAL==>< 20-;5B8N A>740=8O & . 28 8N=O-3 8N;O 2013 3., 3. 0;LG8:,  , >AA8O. 0B5@80;K A8<?>78C<0 #AB>9G82>5 @0728B85: ?@>1;5<K, :>=F5?F88, <>45;8, 28 8N=O-3 8N;O 2013 3., 3. 0;LG8:,  , >AA8O, AB@.50-59. 20*1,5 = 30 1 4. ;5:A552 .. 8 4@. (/ ) @5420@8B5;L=K5 @57C;LB0BK ?>8A:0 ACB>G=KE 8 3>4>2KE 20@80F89 ?5@8>40 ?>;C@0A?040 214Po, 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4/7 = 0,57 1 5. "5:C520 .. 8 4@. ( / )  5B>48:0 ?>8A:0 2-70E20B0 %5-124 A ?><>ILN <54=>3> ?@>?>@F8>=0;L=>3> AG5BG8:0 , 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4*0,1= 0,4 1 6. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , The European Physical Journal Conferences 01/2014; 65(03002). DOI: 10.1051/epjconf/20146503002, RPSCINT 2013  International Workshop on Radiopure Scintillators. 9*0,1 = 0,9 1 7. V. Kazalov et al.,  First results of the experimental search for the 2K-capture of 124Xe with the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 8. A. Gangapshev et al.,  First results of the experimental search for the 9.4 keV solar axions reactions with 83Kr in the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 9. V. Kuzminov et al.,  Sources of the systematic errors of 214Po half-life measurements , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 0 LVAL@ - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1  = 35,41 1 C:>2>4AB2> A>8A:0B5;5<: =5B C:>2>4AB2> 48?;><=8:><: 038AB5@A:85 48AA5@B0F88 (#) 0:0;02@A:85 48AA5@B0F88 (#) 2013 3. 1. #=5652 0;8< %0G8<>28G. AA;54>20=85 2 ?>475<=KE CA;>28OE D>=>2KE E0@0:B5@8AB8: =87:>D>=>2>9 CAB0=>2:8 A ?>;C?@>2>4=8:>2K< 45B5:B>@>< @5=B35=>2A:>3> 87;CG5=8O. 0CG=K9 @C:>2>48B5;L 4.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 2. !5<Q=>2 A;0= 0@0;L18528G. =0;87 -A?5:B@0 87>B>?0 133Ba ?> @57C;LB0B0< =87:>D>=>2KE 87<5@5=89 =0 ?>;C?@>2>4=8:>2>< @5=B35=>2A:>< A?5:B@><5B@5 - -2-38 0CG=K9 @C:>2>48B5;L 4.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1  = 20 1 B>3>: 140,31LVALOG0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :.D.-<.=., 702. ;01. $  / ,   70 2013-2014 33. C1;8:0F88: 1. M. Agostini, M. Allardt, E. Andreotti et al.,  Pulse shape discrimination for GERDA phase I data , Eur. Phys. J. C (2013) 73: 2583. 30*5,247*0,06 = 9,44 1 2. M. Agostini, M. Allardt, E. Andreotti et al.,  Results on Neutrinoless Double- Decay of Ge-76 from Phase I of the GERDA Experiment , Phys. Rev. Lett. 111, 122503 (2013). 30*7,94*0,06 = 14,29 1 3. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 4. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 5. M. Agostini, M. Allardt, E. Andreotti , et al.,  The background in the neutrinoless double beta decay experiment GERDA , arXiv:1306.5084 [physics.ins-det]. 4*0,06 = 0,24 1 6. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23. 30*4,78*0,1 = 14,34 1 7. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  Indications of 22K capture in 78 Kr , Physical Review C (2013) 87:035501. 30*3,72/6 = 18,60 1 8. K.-H. Ackermann, M. Agostini, M. Allardt et al.,  The Gerda experiment for the search of 0 decay in 76Ge , Eur. Phys. J. C (2013) 73: 2330. 30*5,247*0,06LVAL = 9,44 1 9. M. Agostini, M. Allardt, E. Andreotti et al.,  Production, characterization and operation of 76Ge enriched BEGe detectors in GERDA , arXiv:1410.0853v1 [physics.ins-det]. 4*0,06 = 0,24 1 10. Yu. M. Gavrilyuk, A. M. Gangapshev, A. V. Derbin et al.,  First result of the experimental search for the 9.4 keV solar axion reactions with Kr-83 in the copper proportional counter , arXiv:1405.1271v1 [nucl-ex]. 4*0,1 = 0,4 1 11. M. Agostini, M. Allardt, E. Andreotti , et al.,  The background in the 0nubb experiment Gerda , European Physical Journal C (Impact Factor: 5.25), (2014), 74:2764. DOI: 10.1140/epjc/s10052-014-2764-z. 30*5,25*0,06 = 9,44 1 12. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  First result of the experimental search for the 2K-capture of Xe-124 with the copper proportional counter , arXiv:1404.5530v1 [nucl-ex]. 4/8 = 0,5 1 13. E.N. Alexeyev, Yu. M. Gavrilyuk, A. M. Gangapshev, et al.,  Sources of the systematic errors in measurements of Po-214 decay half-life time variations at the Baksan deep underground experiments , arXiv:1404.5769v1 [nucl-ex]. 4/7 = 0,57 1  = 84,9 1 >:;04K: 1. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, M.V. Stepaniuk. "RECENT RESULTS OF SEARCH FOR 2K CAPTURE IN Kr-78". Proceedings of International conference NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory) Alushta, Crimea, Ukraine, 23  29 September 2013. 6*1,5/7 = 1,29 1 3. ;5:A552 .. 8 4@. (/ ) @5420@8B5;L=K5 @57C;LB0BK ?>8A:0 ACB>G=KE 8 3>4>2KE 20@80F89 ?5@8>40 ?>;C@0A?040 214Po, 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8fLVALv>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4/7 = 0,57 1 4. "5:C520 .. 8 4@. ( / )  5B>48:0 ?>8A:0 2-70E20B0 %5-124 A ?><>ILN <54=>3> ?@>?>@F8>=0;L=>3> AG5BG8:0 , 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4*0,1= 0,4 1 5. V. Kazalov et al.,  First results of the experimental search for the 2K-capture of 124Xe with the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 6. A. Gangapshev et al.,  First results of the experimental search for the 9.4 keV solar axions reactions with 83Kr in the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 7. V. Kuzminov et al.,  Sources of the systematic errors of 214Po half-life measurements , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1  = 4,51 1 B>3>: 87,61 - >H81:0 0@8D<5B8G, 41 89,41 ?LVALOG02@8;N: .@89 8E09;>28G, @>4. 02.09.19583., =.A.  / ,   70 2013-2014 33. C1;8:0F88: 1. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 3. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23. 30*4,78*0,1 = 14,34 1 4. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  Indications of 22K capture in 78 Kr , Physical Review C (2013) 87:035501. 30*3,72/6 = 18,60 1 5. Yu. M. Gavrilyuk, A. M. Gangapshev, A. V. Derbin et al.,  First result of the experimental search for the 9.4 keV solar axion reactions with Kr-83 in the copper proportional counter , arXiv:1405.1271v1 [nucl-ex]. 4*0,1 = 0,4 1 6. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  First result of the experimental search for the 2K-capture of Xe-124 with the copper proportional counter , arXiv:1404.5530v1 [nucl-ex]. 4/8 = 0,5 1 7. E.N. Alexeyev, Yu. M. Gavrilyuk, A. M. Gangapshev, et al.,  Sources of the systematic errors in measurements of Po-214 decay half-life time variations at the Baksan deep underground experiments , arXiv:1404.5769v1 [nucl-ex]. 4/LVAL7 = 0,57 1  = 41,81 1 >:;04K: 1. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, M.V. Stepaniuk. "RECENT RESULTS OF SEARCH FOR 2K CAPTURE IN Kr-78". Proceedings of International conference NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory) Alushta, Crimea, Ukraine, 23  29 September 2013. 6*1,5/7 = 1,29 1 3. ;5:A552 .. 8 4@. (/ ) @5420@8B5;L=K5 @57C;LB0BK ?>8A:0 ACB>G=KE 8 3>4>2KE 20@80F89 ?5@8>40 ?>;C@0A?040 214Po, 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4/7 = 0,57 1 4. "5:C520 .. 8 4@. ( / )  5B>48:0 ?>8A:0 2-70E20B0 %5-124 A ?><>ILN <54=>3> ?@>?>@F8>=0;L=>3> AG5BG8:0 , 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4*0,1= 0,4 1 5. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , The European Physical Journal Conferences 01/2014; 65(03002). DOI: 10.1051/epjconf/20146503002, RPSCINT 2013  International Workshop on Radiopure Scintillators. 9*0,1 = 0,9 1 6. V. Kazalov et al.,  First results of the experimental search for the 2K-capture of 124Xe with the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 7. A. Gangapshev et al.,  First results of the experimental search for the 9.4 keV solar axions reactions with 8* LVAL: 3Kr in the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 8. V. Kuzminov et al.,  Sources of the systematic errors of 214Po half-life measurements , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1  = 5,41 1 B>3>: 47,22LVALOG070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., :.D.-<.=., <.=.A.  / ,   70 2013-2014 33. C1;8:0F88: 1. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 3. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23. 30*4,78*0,1 = 14,34 1 4. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  Indications of 22K capture in 78 Kr , Physical Review C (2013) 87:035501. 30*3,72/6 = 18,60 1 5. Yu. M. Gavrilyuk, A. M. Gangapshev, A. V. Derbin et al.,  First result of the experimental search for the 9.4 keV solar axion reactions with Kr-83 in the copper proportional counter , arXiv:1405.1271v1 [nucl-ex]. 4*0,1 = 0,4 1 6. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  First result of the experimental search for the 2K-capture of Xe-124 with the copper proportional counter , arXiv:1404.5530v1 [nucl-ex]. 4/8 = 0,5 1 7. E.N. Alexeyev, Yu. M. Gavrilyuk, A. M. Gangapshev, et al.,  Sources of the systematic errors in measurements of Po-214 decay half-life time variations at the Baksan deep underground experiments , arXiv:1404.5769LVALv1 [nucl-ex]. 4/7 = 0,57 1 8. M. Agostini, M. Allardt, E. Andreotti et al.,  Production, characterization and operation of 76Ge enriched BEGe detectors in GERDA , arXiv:1410.0853v1 [physics.ins-det]. 4*0,06 = 0,24 1  = 42,05 1 >:;04K: 1. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, M.V. Stepaniuk. "RECENT RESULTS OF SEARCH FOR 2K CAPTURE IN Kr-78". Proceedings of International conference NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory) Alushta, Crimea, Ukraine, 23  29 September 2013. 6*1,5/7 = 1,29 1 3. ;5:A552 .. 8 4@. (/ ) @5420@8B5;L=K5 @57C;LB0BK ?>8A:0 ACB>G=KE 8 3>4>2KE 20@80F89 ?5@8>40 ?>;C@0A?040 214Po, 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4/7 = 0,57 1 4. "5:C520 .. 8 4@. ( / )  5B>48:0 ?>8A:0 2-70E20B0 %5-124 A ?><>ILN <54=>3> ?@>?>@F8>=0;L=>3> AG5BG8:0 , 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4*0,1= 0,4 1 5. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , The European Physical Journal Conferences 01/2014; 65(03002). DOI: 10.1051/epjconf/20146503002, RPSCINT 2013  International Workshop on Radiopure Scintillators. 9*0,1 = 0,9 1 6. V. Kazalov et al.,  First results of the experimental search for the 2K-capture of 124Xe with the copper proportional counter , The International Workshop on Prospects of Particle Physics:~ LVAL "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 7. A. Gangapshev et al.,  First results of the experimental search for the 9.4 keV solar axions reactions with 83Kr in the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 8. V. Kuzminov et al.,  Sources of the systematic errors of 214Po half-life measurements , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1  = 5,41 1 B>3>: 47,46LVALOG 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., :.D.-<.=., 1/10 AB02:8 =.A.  / ,   70 2013-2014 33. C1;8:0F88: 1. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 3. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23. 30*4,78*0,1 = 14,34 1 4. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  Indications of 22K capture in 78 Kr , Physical Review C (2013) 87:035501. 30*3,72/6 = 18,60 1 5. Yu. M. Gavrilyuk, A. M. Gangapshev, A. V. Derbin et al.,  First result of the experimental search for the 9.4 keV solar axion reactions with Kr-83 in the copper proportional counter , arXiv:1405.1271v1 [nucl-ex]. 4*0,1 = 0,4 1 6. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  First result of the experimental search for the 2K-capture of Xe-124 with the copper proportional counter , arXiv:1404.5530v1 [nucl-ex]. 4/8 = 0,5 1 7. E.N. Alexeyev, Yu. M. Gavrilyuk, A. M. Gangapshev, et al.,  Sources of the systematic errors in measurements of Po-214 decay half-life time variations at the Baksan deep underground experiments , arXiv:1404.57LVAL69v1 [nucl-ex]. 4/7 = 0,57 1  = 41,81 1 >:;04K: 1. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, M.V. Stepaniuk. "RECENT RESULTS OF SEARCH FOR 2K CAPTURE IN Kr-78". Proceedings of International conference NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory) Alushta, Crimea, Ukraine, 23  29 September 2013. 6*1,5/7 = 1,29 1 3. ;5:A552 .. 8 4@. (/ ) @5420@8B5;L=K5 @57C;LB0BK ?>8A:0 ACB>G=KE 8 3>4>2KE 20@80F89 ?5@8>40 ?>;C@0A?040 214Po, 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4/7 = 0,57 1 4. "5:C520 .. 8 4@. ( / )  5B>48:0 ?>8A:0 2-70E20B0 %5-124 A ?><>ILN <54=>3> ?@>?>@F8>=0;L=>3> AG5BG8:0 , 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4*0,1= 0,4 1 5. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , The European Physical Journal Conferences 01/2014; 65(03002). DOI: 10.1051/epjconf/20146503002, RPSCINT 2013  International Workshop on Radiopure Scintillators. 9*0,1 = 0,9 1 6. V. Kazalov et al.,  First results of the experimental search for the 2K-capture of 124Xe with the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 7. A. Gangapshev et al.,  First results of the experimental search for the 9.4 keV solar axions re LVAL actions with 83Kr in the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 8. V. Kuzminov et al.,  Sources of the systematic errors of 214Po half-life measurements , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1  = 5,41 1 B>3>: 47,22*0,5=23,61LVALOG0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., :.D.-<.=., 1/10 AB02:8 <.=.A.  / ,   70 2013-2014 33. C1;8:0F88: 1. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 3. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23. 30*4,78*0,1 = 14,34 1 4. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  Indications of 22K capture in 78 Kr , Physical Review C (2013) 87:035501. 30*3,72/6 = 18,60 1 5. Yu. M. Gavrilyuk, A. M. Gangapshev, A. V. Derbin et al.,  First result of the experimental search for the 9.4 keV solar axion reactions with Kr-83 in the copper proportional counter , arXiv:1405.1271v1 [nucl-ex]. 4*0,1 = 0,4 1 6. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  First result of the experimental search for the 2K-capture of Xe-124 with the copper proportional counter , arXiv:1404.5530v1 [nucl-ex]. 4/8 = 0,5 1 7. E.N. Alexeyev, Yu. M. Gavrilyuk, A. M. Gangapshev, et al.,  Sources of the systematic errors in measurements of Po-214 decay half-life time variations at the Baksan deep underground experiments , arXiv:1404.5769vLVAL1 [nucl-ex]. 4/7 = 0,57 1  = 41,81 1 >:;04K: 1. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, M.V. Stepaniuk. "RECENT RESULTS OF SEARCH FOR 2K CAPTURE IN Kr-78". Proceedings of International conference NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory) Alushta, Crimea, Ukraine, 23  29 September 2013. 6*1,5/7 = 1,29 1 3. ;5:A552 .. 8 4@. (/ ) @5420@8B5;L=K5 @57C;LB0BK ?>8A:0 ACB>G=KE 8 3>4>2KE 20@80F89 ?5@8>40 ?>;C@0A?040 214Po, 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4/7 = 0,57 1 4. "5:C520 .. 8 4@. ( / )  5B>48:0 ?>8A:0 2-70E20B0 %5-124 A ?><>ILN <54=>3> ?@>?>@F8>=0;L=>3> AG5BG8:0 , 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4*0,1= 0,4 1 5. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , The European Physical Journal Conferences 01/2014; 65(03002). DOI: 10.1051/epjconf/20146503002, RPSCINT 2013  International Workshop on Radiopure Scintillators. 9*0,1 = 0,9 1 6. V. Kazalov et al.,  First results of the experimental search for the 2K-capture of 124Xe with the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 7. A. Gangapshev et al.,  First results of the experimental search for the 9.4 keV solar axions react LVAL ions with 83Kr in the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 8. V. Kuzminov et al.,  Sources of the systematic errors of 214Po half-life measurements , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1  = 5,41 1 B>3>: 47,22*0,5 (0,1 AB02:8) = 23,61LVALOG/:8<5=:> !5@359 02;>28G, @>4. 30.06.19613., <.=.A.  /  A 07.07.20053.   70 2013-2014 33. C1;8:0F88: 1. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, A.A. Smolnikov, S.P. Yakimenko,  Working characteristics of the New Low-Background Laboratory (DULB-4900) , Nucl. Inst. and Meth. in Phys. Res. A (2013) 729:576. 30*1,14/9 = 3,80 1 3. E.N. Alexeyev, V.V. Alexeenko, Ju.M. Gavriljuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko,  Experimental test of the time stability of the half-life of alpha-decay 214Po nuclei , Astropart. Phys. (2013) 46:23. 30*4,78*0,1 = 14,34 1 4. Yu. M. Gavrilyuk, A. M. Gangapshev, A. V. Derbin et al.,  First result of the experimental search for the 9.4 keV solar axion reactions with Kr-83 in the copper proportional counter , arXiv:1405.1271v1 [nucl-ex]. 4*0,1 = 0,4 1 5. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich,  First result of the experimental search for the 2K-capture of Xe-124 with the copper proportional counter , arXiv:1404.5530v1 [nucl-ex]. 4/8 = 0,5 1  = 22,64 1 >:;04K: 1. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 2. "5:C520 .. 8 4@. ( / )  5B>48:0 ?>8A:0 2-70E20B0 %5-124 A ?><>ILN <54=>3> ?@>?>@F8>=0;L=>3> AG5BG8:0 , 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 LVALO45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4*0,1= 0,4 1 3. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , The European Physical Journal Conferences 01/2014; 65(03002). DOI: 10.1051/epjconf/20146503002, RPSCINT 2013  International Workshop on Radiopure Scintillators. 9*0,1 = 0,9 1 4. V. Kazalov et al.,  First results of the experimental search for the 2K-capture of 124Xe with the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 5. A. Gangapshev et al.,  First results of the experimental search for the 9.4 keV solar axions reactions with 83Kr in the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1  = 2,95 1 B>3>: 24,99M'-RM H C > 9 4 /*|%w rmhc   CK$ (J.`@?~0OGHHHH<? *A`@?.@HHHH<? JBL`@?@HHHH<? {3CrnbP`@? @HHHH<? #NCzq4;VE`@?R"OGHHHH<? ff+C`@?OGHHHH<? 8KBL`@?@HHHH<? 3D\,08 `@@2 @HHHH<? -Cx `@?H @HHHH<? )CV `@?vOGHHHH<? 5C, `@?VOGHHHH<? T lBZ `@?V@HHHH<? NzC+|`@?OGHHHH<? zq4;VE(`@? @HHHH<? (̣Cl9 #`@?r @HHHH<? OECJ$'.`@? @HHHH<? B `@? @HHHH<? B r:f`@@H @HHHH<? UB.  `@?@HHHH<? Czq4;VE`@?f)OGHHHH<? @C`; $`@@ @HHHH<? M }?C;L: %`@?.)OGHHHH<? B" x@:`@?OGHHHH<? @+B~b*`@?2OGHHHH<? 0Cn(x8`@?z6OGHHHH<? @+B~b*`@?OGHHHH<? A ׁC-D`@?OGHHHH<? BB`@?"OGHHHH<? x @+B~b*`@?<OGHHHH<? T @B(#p`@@OGHHHH<? pB^$ `@?POGHHHH<? w@+B~b*`@?OGHHHH<? I@+B~b*`@?~OGHHHH<? S B( t'`@?OGHHHH<? @+B~b*`@?tOGHHHH<? R@+B~b*`@?OGHHHH<?  gC!n(#F`@?r'OGHHHH<? yiB `@?OGHHHH<? )Bf! `@?f*OGHHHH<? /B\`@?L@HHHH<? 'B~00*`@? @HHHH<? ^/B\`@?L@HHHH<? Jff@ `@?*OGHHHH<? > `@?$@oHHHH<? 2 AZ  z `@?OGHHHH<?LVALOG"5:C520 (0=BC4C520) 60<8;O =C0@>2=0, @>48;0AL 1 8N;O 19823., 1/2 AB02:8 AB065@-8AA;54>20B5;L  / , 0A?8@0=B >G=>9 0A?8@0=BC@K / ,   70 2013-2014 33. C1;8:0F88: 1. A. M. Gangapshev, Yu.M. Gavrilyuk, Dj.A. Zhantudueva, V.V. Kazalov, V.V. Kuz'minov, S.I. Panasenko, S.S. Ratkevich, K.V. Efendiev, S.P. Yakimenko,  Results of Experiments Devoted to Searches for 2K Capture on Kr-78 and for the Double-Beta Decay of %5-136 with the Aid of Proportional Counters , Physics of Atomic Nuclei (2013), 76(9):1063-1071. 60*0,54/9 = 3,60 1 2. Yu. M. Gavrilyuk, A. M. Gangapshev, A. V. Derbin et al.,  First result of the experimental search for the 9.4 keV solar axion reactions with Kr-83 in the copper proportional counter , arXiv:1405.1271v1 [nucl-ex]. 4*0,1 = 0,4 1 3. Yu. M. Gavrilyuk, A. M. Gangapshev, V. V. Kazalov, et al.,  First result of the experimental search for the 2K-capture of Xe-124 with the copper proportional counter , arXiv:1404.5530v1 [nucl-ex]. 4/8 = 0,5 1  = 4,5 1 >:;04K: 1. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , International workshop on Radiopure scintillators RPSCINT-2013. 6*0,075 = 0,45 1 2. "5:C520 .. 8 4@. ( / )  5B>48:0 ?>8A:0 2-70E20B0 %5-124 A ?><>ILN <54=>3> ?@>?>@F8>=0;L=>3> AG5BG8:0 , 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B "$" 3. >A:20, 17-21 =>O1@O 20143. 4*0,1= 0,4 1 3. O.A. Busanov, R.A. Etezov, Yu.M. Gavriljuk et al.,  Background radioactivity of construction materials, raw substance and ready-made CaMoO4 crystals , The European Physical Journal Conferences 01/2014; 65(03002). DOI: 10.1051/epjconf/20146503002, RPSCINT 2013  International Workshop on Radiopure Scintillators. 9*0,1 = 0,9 1 4. V. Kazalov et al.,  First results of the experimental search for the 2K-capture of 124Xe LVAL with the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1 5. A. Gangapshev et al.,  First results of the experimental search for the 9.4 keV solar axions reactions with 83Kr in the copper proportional counter , The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia 6*0,1= 0,6 1  = 2,95 1 B>3>: 7,45LVAL>?K;>2 =0B>;89 0A8;L528G, @>4.16.06.1946, A=A -,   70 2013-2014 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Kopylov A.V., Orekhov I.V., Petukhov V.V., Solomatin A.E. /  Gaseous Detector with sub-keV Threshold to Study Neutrino Scattering at Low Recoil Energies // Advances In High Energy Physics (2014) Article ID 147046 =45:A :0B53>@88 - 5  =2.851*30/4=21.38 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin /  Gaseous detector of ionizing radiation for registration of coherent scattering on nuclei // Technical Physics Letters, 2014, Vol. 40, No. 3, pp. 185 187 =45:A :0B53>@88 - 6  =0.583*60/4=8.75 2. .. >?K;>2, .. @5E>2, .. 5BCE>2, ..!>;><0B8= / 07>2K9 45B5:B>@ 8>=878@CNI53> 87;CG5=8O 4;O @538AB@0F88 :>35@5=B=>3> @0AA5O=8O =59B@8=> =0 O4@0E // 8AL<0 2 C@=0; "5E=8G5A:>9 $878:8, 2014, B.40, 2K?.5, AA.1  7 =45:A :0B53>@88 - 6  =0.583*60/4=8.75 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector with sub keV Threshold to Study Neutrino Scattering at Low Recoil Energies" // arXiv:1409.4873[physics.ins-det] =45:A :0B53>@88 - 17  =4/4=1 2. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector of Ionizing Eradiation in Seach for Coherent Neutrino-Nucleus Scattering" // arXiv:1311.6564[physics.ins-det] =45:A :0B53>@88 - 17  =4/4=1 3. A.V.Kopylov, V.V.Petukhov /  The mixing in the solar core and the neutrino fluxes // @5?@8=B /  1357/2013, 2013 3. =45:A :0B53>@88 - 16  =4/2=2 4. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector with sub keV Threshold to Study Neutrino Scattering at Low Recoil Energies" // @5?@8=B /  1389/2014, 2014 3. =45:A :0B53>@88 - 16  =4/4=1 B>3>:  =43.88LVAL@5E>2 3>@L 048<>28G, @>4.03.10.1939, =A -,   70 2013-2014 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Kopylov A.V., Orekhov I.V., Petukhov V.V., Solomatin A.E. /  Gaseous Detector with sub-keV Threshold to Study Neutrino Scattering at Low Recoil Energies // Advances In High Energy Physics (2014) Article ID 147046 =45:A :0B53>@88 - 5  =2.851*30/4=21.38 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin /  Gaseous detector of ionizing radiation for registration of coherent scattering on nuclei // Technical Physics Letters, 2014, Vol. 40, No. 3, pp. 185 187 =45:A :0B53>@88 - 6  =0.583*60/4=8.75 2. .. >?K;>2, .. @5E>2, .. 5BCE>2, ..!>;><0B8= / 07>2K9 45B5:B>@ 8>=878@CNI53> 87;CG5=8O 4;O @538AB@0F88 :>35@5=B=>3> @0AA5O=8O =59B@8=> =0 O4@0E // 8AL<0 2 C@=0; "5E=8G5A:>9 $878:8, 2014, B.40, 2K?.5, AA.1  7 =45:A :0B53>@88 - 6  =0.583*60/4=8.75 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector with sub keV Threshold to Study Neutrino Scattering at Low Recoil Energies" // arXiv:1409.4873[physics.ins-det] =45:A :0B53>@88 - 17  =4/4=1 2. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector of Ionizing Eradiation in Seach for Coherent Neutrino-Nucleus Scattering" // arXiv:1311.6564[physics.ins-det] =45:A :0B53>@88 - 17  =4/4=1 3. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector with sub keV Threshold to Study Neutrino Scattering at Low Recoil Energies" // @5?@8=B /  1389/2014, 2014 3. =45:A :0B53>@88 - 16  =4/4=1 B>3>:  =41.88LVAL5BCE>2 0;5@89 OG5A;02>28G, @>4.17.01.1957, =A -,   70 2013-2014 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Kopylov A.V., Orekhov I.V., Petukhov V.V., Solomatin A.E. /  Gaseous Detector with sub-keV Threshold to Study Neutrino Scattering at Low Recoil Energies // Advances In High Energy Physics (2014) Article ID 147046 =45:A :0B53>@88 - 5  =2.851*30/4=21.38 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin /  Gaseous detector of ionizing radiation for registration of coherent scattering on nuclei // Technical Physics Letters, 2014, Vol. 40, No. 3, pp. 185 187 =45:A :0B53>@88 - 6  =0.583*60/4=8.75 2. .. >?K;>2, .. @5E>2, .. 5BCE>2, ..!>;><0B8= / 07>2K9 45B5:B>@ 8>=878@CNI53> 87;CG5=8O 4;O @538AB@0F88 :>35@5=B=>3> @0AA5O=8O =59B@8=> =0 O4@0E // 8AL<0 2 C@=0; "5E=8G5A:>9 $878:8, 2014, B.40, 2K?.5, AA.1  7 =45:A :0B53>@88 - 6  =0.583*60/4=8.75 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector with sub keV Threshold to Study Neutrino Scattering at Low Recoil Energies" // arXiv:1409.4873[physics.ins-det] =45:A :0B53>@88 - 17  =4/4=1 2. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector of Ionizing Eradiation in Seach for Coherent Neutrino-Nucleus Scattering" // arXiv:1311.6564[physics.ins-det] =45:A :0B53>@88 - 17  =4/4=1 3. A.V.Kopylov, V.V.Petukhov /  The mixing in the solar core and the neutrino fluxes // @5?@8=B /  1357/2013, 2013 3. =45:A :0B53>@88 - 16  =4/2=2 4. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector with sub keV Threshold to Study Neutrino Scattering at Low Recoil Energies" // @5?@8=B /  1389/2014, 2014 3. =45:A :0B53>@88 - 16  =4/4=1 B>3>:  =43.88LVALOG!>;><0B8= ;5:A59 235=L528G, @>4.06.12.1974, <=A -,   70 2013-2014 33. !" &/  " !!// "   / % "5<0 !15.3 >:;04 (?;5=0@=K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. N.I. Loginov, A.S.Mikheyev, V.A. Morozov, I.I. Zasorin, A.E. Solomatin, I.R. Kirillov, K.I. Tkachenko,V.I. Engelko /  Results of corrosion test of EUROFER 97 in lead-lithium alloy // 11th International Symposium on Fusion Nuclear Technology (ISFNT-11), Barcelona, Spain, 16-20 September 2013, >?C1;8:>20= 2 B@C40E =45:A :0B53>@88 - 8  =30/8*1.5=5.625 >:;04 (?;5=0@=K9 =0 @>AA89A:>9 :>=D5@5=F88): 1. N.I.Loginov, A.S.Mikheyev, V.A.Morozov, I.I.Zasorin, A.E.Solomatin /  Some results of the experiments with lead-lithium alloys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i-4Cr A 684:8< =0B@85< 8 =0B@89-:0;85< 2 AB0B8G5A:8E CA;>28OE / 0CG=.-B5E=. :>=D5@5=F8O 0B5@80;K O45@=>9 M=5@35B8:8 (/"-2014), 7-9 >:BO1@O 2014 3. 25=83>@>4, >?C1;8:>20= 2 B@C40E =45:A :0B53>@88 - 10  =20/4*1.5=7.5 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Kopylov A.V., Orekhov I.V., Petukhov V.V., Solomatin A.E. /  Gaseous Detector with sub-keV Threshold to Study Neutrino Scattering at Low Recoil Energies // Advances In High Energy PhysVLVALfics (2014) Article ID 147046 =45:A :0B53>@88 - 5  =2.851*30/4=21.38 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin /  Gaseous detector of ionizing radiation for registration of coherent scattering on nuclei // Technical Physics Letters, 2014, Vol. 40, No. 3, pp. 185 187 =45:A :0B53>@88 - 6  =0.583*60/4=8.75 2. .. >?K;>2, .. @5E>2, .. 5BCE>2, ..!>;><0B8= / 07>2K9 45B5:B>@ 8>=878@CNI53> 87;CG5=8O 4;O @538AB@0F88 :>35@5=B=>3> @0AA5O=8O =59B@8=> =0 O4@0E // 8AL<0 2 C@=0; "5E=8G5A:>9 $878:8, 2014, B.40, 2K?.5, AA.1  7 =45:A :0B53>@88 - 6  =0.583*60/4=8.75 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector with sub keV Threshold to Study Neutrino Scattering at Low Recoil Energies" // arXiv:1409.4873[physics.ins-det] =45:A :0B53>@88 - 17  =4/4=1 2. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector of Ionizing Eradiation in Seach for Coherent Neutrino-Nucleus Scattering" // arXiv:1311.6564[physics.ins-det] =45:A :0B53>@88 - 17  =4/4=1 3. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "Gaseous Detector with sub keV Threshold to Study Neutrino Scattering at Low Recoil Energies" // @5?@8=B /  1389/2014, 2014 3. =45:A :0B53>@88 - 16  =4/4=1 B>3>:  =81.00LVALOG 2@>@8= ;5:A0=4@ <8B@8528G, 17/02/1990, 0A?8@0=B 8 AB065@-8AA;54>20B5;L & "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 I. C1;8:0F88: 1. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 2. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 3. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 4. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 14.1875 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.0LVAL75=3.375 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K): 24.75 ------------------------------------------------------------------ B>3>:  = 14.1875+24.75= 38.9375 ! CG5B>< :>MDD8F85=B0 1.5 :0: 0A?8@0=BC,   A>AB02;O5B:  = 38.9375*1.5 = 58.4062 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG 9=CB48=>2 ;048<8@ 0@0B>28G, 21/01/1960, :.D.-<.=., A.=.A. -, "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 3. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 4. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 5. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 6. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 18.0625 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MLVALANTZ-2014.  =30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.075=3.375 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K): 24.75 ------------------------------------------------------------------ III. C:>2>4AB2> 48?;><=8:0<8 8 0A?8@0=B0<8: C:>2>4AB2> @01>B>9 0A?8@0=B0 (2013, 20143.) >H5;L $54>@ >=AB0=B8=>28G. !BC45=B $" 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2011 3>4C, =0 720=85 <038AB@0 2 8N=5 2013 3>40 8 ?>ABC?8; 2 0A?8@0=BC@C & / 2 023CAB5 2013.   = 30+30=60 C:>2>4AB2> @01>B>9 ABC45=B0 (2013) 0B258G52 ;5:A59 $54>@>28G . !BC45=B $" 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2013 3>4C.   = 10 C:>2>4AB2> @01>B>9 ABC45=B0 (2013, 2014) (5;5?>2 0@: <8B@8528G. !BC45=B $" 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2014 3>4C.   = 10+10=20 C:>2>4AB2> @01>B>9 A>8A:0B5;O (2013, 20143.) (59D;5@ JLVALZ;5:A59 ;5:A0=4@>28G. !BC45=B $ 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2007 3>4C, =0 720=85 <038AB@0 2 2009 3>4C, A 8N;O 2009 3>40 0A?8@0=B / , A 8N;O 2012 AB065@-8AA;54>20B5;L -, A D52@0;O 2013 <;.=.A. -.   = 30+30 = 60 C:>2>4AB2> @01>B>9 0A?8@0=B0 (2013, 20143.) #( 5=8A ;5:A0=4@>28G. !BC45=B $" 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2008 3>4C, =0 720=85 <038AB@0 2 2010 3>4C, A 8N;O 2013 <;.=.A. -, 2 =>O1@5 2014 3>40 70I8B8; 48AA5@B0F8N =0 720=85 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C:, .   = 30+30 = 60 C:>2>4AB2> @01>B>9 0A?8@0=B0 (2013, 20143.) 2@>@8= ;5:A0=4@ <8B@8528G. >ABC?8; 2 0A?8@0=BC@C & / 2 >:BO1@5 2012.   = 30+30 =60 B>3> (@C:>2>4AB2>): 270 B>3>:  = 18.0625+24.75+270= 312.812 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG 0=8;LG5=:> 3>@L ;5:A5528G, 11/01/1941, :.D.-<.=., c.=.A. -, "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 3. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 4. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 5. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 6. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 18.0625 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , MANTS, GenevaLLVAL\, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.075=3.375 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K): 24.75 ------------------------------------------------------------------ B>3>:  = 18.0625+24.75= 42.8125 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG >@>H5=:> ;5:A0=4@ ;5:A0=4@>28G, 23/02/1962, =.A. -, "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 3. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 4. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 5. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 6. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 18.0625 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , MANTS, Geneva, Switzerlan`LVALpd, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.075=3.375 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K): 24.75 ------------------------------------------------------------------ B>3>:  = 18.0625+24.75= 42.8125 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG 68;:81052 0=-@KA 038A>28G, 12/09/1951 4.D.-<.=., 254.=.A. -, "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 3. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 4. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 5. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 6. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 18.0625 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  LVAL=30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K): 78.0 ------------------------------------------------------------------ B>3>:  = 18.0625+78.0= 96.0625 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG 0?>=5=:> ;53 8:>;0528G, 29/04/1966, :.D.-<.=., =.A. -, "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 3. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 4. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 5. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 6. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 18.0625 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , MANTS, Geneva, SwitzVLVALferland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.075=3.375 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K): 24.75 ------------------------------------------------------------------ B>3>:  = 18.0625+24.75= 42.8125 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG >H5G:8= =4@59 5B@>28G, 16/05/1962, 8=65=5@-8AA;54>20B5;L - "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 3. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 4. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 5. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 6. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 18.0625 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  LVAL=30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.075=3.375 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K): 24.75 ------------------------------------------------------------------ B>3>:  = 18.0625+24.75= 42.8125 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG >H5;L $54>@ >=AB0=B8=>28G, 13/10/1989, 0A?8@0=B 8 AB065@-8AA;54>20B5;L &, "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 3. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 4. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 5. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 6. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 18.0625 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , LVALMANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.075=3.375 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K): 24.75 ------------------------------------------------------------------ B>3>:  = 18.0625+24.75= 42.8125 ! CG5B>< :>MDD8F85=B0 1.5 :0: 0A?8@0=BC,   A>AB02;O5B:   = 42.8125*1.5 = 64.2188 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG C;5H>2 5=8A ;5:A0=4@>28G, 01/03/1987, 0A?8@0=B 8 AB065@-8AA;54>20B5;L & c 8N=O 2010 3 8 <.=.A. - A 8N;O 2013, "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 3. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 4. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 5. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 6. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 18.0625 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GJLVALZVD , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.075=3.375 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K): 24.75 ------------------------------------------------------------------ B>3>:  = 18.0625+24.75= 42.8125 ------------------------------------------------------------------ ! CG5B>< :>MDD8F85=B0 2 :0: 4;O A>B@C4=8:0, 70I8B82H53> 48AA5@B0F8N 2 2>7@0AB5 4> 40 ;5B, 2 3>4 ?>A;5 70I8BK 48AA5@B0F88   A>AB02;O5B:   = 42.8125*2 = 85.625 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG OHC: ;048<8@ 20=>28G, :.D.-<.=., A.=.A. -, "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 3. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 4. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 5. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 6. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 18.0625 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, LVALMANTZ-2014.  =30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.075=3.375 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K): 24.75 ------------------------------------------------------------------ B>3>:  = 18.0625+24.75= 42.8125 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG 0=D8;>2 =4@59 20=>28G, 28/11/1956, 8=65=5@-8AA;54>20B5;L -, "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 I. C1;8:0F88: 1. >@>B052 !.., 8:B5=:> .., 0940H !.., C4=52 .., 8@307>2 . ., 0=D8;>2 .., %0;57>2 .., !5@4N: .., (=55@ .!. !/,  &  ", "+ -" '! /   ")    ! !' "!",., 5><03=5B87< 8 0M@>=><8O. 2013. ". 53. ! 6. !. 817, Geomagnetism and Aeronomy. 11/2013; 53(6):769-773. DOI:0.1134/S0016793213060078  = 60*0.723/9=4.82 2. ><>30F:89 . ., 8:8D>@>2 . ., 0=D8;>2 . ., >70=>2 . ., ">42>4=K5 =5ACI85 :>=AB@C:F88 8 4>==K5 :015;L=K5 ;8=88 3;C1>:>2>4=>3> =59B@8==>3> B5;5A:>?0 "-1000 =0 >75@5 09:0;", "5E=8G5A:89 ?@>5:B "-1000.00.000 " (>@@5:B8@>2:0 B5E=8G5A:>3> ?@>5:B0 "-200.00.000 "), $#  "!0=:B-5B5@1C@3A:89 >AC40@AB25==K9 <>@A:>9 B5E=8G5A:89 C=825@A8B5B" (!1"#), !0=:B-5B5@1C@3, 2013.  = 4/4=1.0 3. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 4. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 5. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 6. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 7. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , ALVALstroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 8. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 23.8825 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.075=3.375 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023C LVAL. 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C3052 - ">A<>;>38G5A:85 >3@0=8G5=8O =0 <>45;L 0:A8>==>9 8=D;OF88", 4>:;04 =0 569 0CG=>9 :>=D5@5=F88 $", 25-30 =>O1@O 2013 3>40, >?C1;8:>20= 2 "@C40E, B>< "@>1;5<K A>2@5<5==>9 D878:8", AB@. 120-121. 1.5*4,0/2 3,00 @5?@8=BK E. Bugaev, P. Klimai - "Axion inflation with gauge field production and primordial black holes" LVAL" , arXiv:1312.7435 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Primordial black hole constraints for curvaton models with predicted large non-Gaussianity", arXiv:1303.3146 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, B.Mangazeev - "Vector meson dominance and deep inelastic scattering at low and medium Q squared", arXiv:1404.4202 [hep-ph]. 4,0/2 2,00 A53> 259,68LVALOG (59D;5@ ;5:A59 ;5:A0=4@>28G, 20/04/1984, <.=.A. -, "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 I. C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 3. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 4. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 5. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 6. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 18.0625 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , MANTS, GeneHLVALXva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.075=3.375 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K): 24.75 ------------------------------------------------------------------ B>3>:  = 18.0625+24.75= 42.8125 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG !C2>@>20 ;L30 0A8;L52=0, :.D.-<.=., A.=.A. - "5<0-1: ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0 "5<0-2: AA;54>20=85 E0@0:B5@8AB8: ?>B>:>2 G0AB8F :>A<8G5A:>3> 87;CG5=8O 2KA>:8E 8 A25@E2KA>:8E M=5@389 =0 :><?;5:A5 CAB0=>2>: !": 59B@8==K5 M:A?5@8<5=BK =0 !", 15 /45@=0O D878:0   70 2013-2014 33 C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 3. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 4. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 5. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 6. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 7. M.M. Boliev, S.V. Demidov, S.P. Mikheyev , O.V. Suvorova,  Search for muon signal from dark matter annihilations in the Sun with the Baksan Underground Scintillator Telescope for 24.12 years , JCAP09 (2013) 019.   = 30*5.723/4 = 42.923 8. . . !C2>@>20LVAL, . . >;852, !. . 5<84>2, !. . 8E552,  3@0=8G5=8O =0 A5G5=8O C?@C3>3> @0AA5O=8O =59B@0;8=> =0 =C:;>=5 2 =59B@8==>< M:A?5@8<5=B5 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5 , Atom.Nucl. 76 (2013) 1367-1376, Yad.Fiz. 76 (2013) 1433 1442.   = 60*0.669/4 = 10.035 9. M.M. Boliev, S.V. Demidov, O.V. Suvorova,  Neutrino physics with the Baksan Underground Scintillation Telescope , Nuovo Cim. C037 (2014) 03, 193-195 DOI: 10.1393/ncc/i2014-11782-6.   = 30*3.364/4 = 25.23 10. M.M. Boliev, S.V. Demidov, S.P. Mikheyev , O.V. Suvorova,  Search for muon signal from dark matter annihilations in the Sun with the Baksan Underground Scintillator Telescope for 24.12 years , arXiv:1301.1138[astro-ph.HE].   = 4/4 = 1 11. O.V. Suvorova, T.A. Ovsiannikova,  Statistical approaches in search for astrophysical neutrino sources with Baikal deep underwater telescopes , arXiv:1406.2478[astro-ph.HE].   = 4/2 = 2 ------------------------------------------------------ B>3> (AB0BL8): 18.0625+81.188=99.2505 ------------------------------------------------------- >:;04K: 1. S.V. Demidov, O.V. Suvorova,  Indirect searches for dark matter at Baksan and Baikal , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5/2=22.5 2. S.V. Demidov, O.V. Suvorova, Indirect Search for DM at Baikal, Dark Ghosts, 1st GNN Workshop on Indirect DM Searches with Neutrino Telescopes, Valencia, Spain, 10-11 April 2014, http://indico.ific.uv.es/indico/internalPage.py?pageId=1&confId=2103   = 6 2. Demidov S.D., Suvorova O.V., Boliev M.M., Results of Dark Matter searches with Baksan, 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013, https://indico.in2p3.fr/conferenceDisplay.py?confId=7381   = 30/3=10 3. !.. 5<84>2, .. >;852, .. !C2>@>20, Dark MattLVALer searches at Baksan underground scintillator telescope, ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0, 2013   = 6/3=2 4. Boliev M.M., Demidov S.D., Suvorova O.V., Neutrino physics with the Baksan Underground Scintillation Telescope, Pontecorvo100 Symposium, Pisa, Italy, 18-20 September 2013   = 6/3=2 5. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 6. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 7. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 8. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.075=3.375 9. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 10. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 11. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 12. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K):* LVAL: 24.75+42.5=67.25 ------------------------------------------------------------------ C:>2>4AB2> 48?;><=8:>< 2 B5G5=85 2013 3: 2AO==8:>20 "0BLO=0 ;5:A552=0, ABC45=B:0 /# $, 70I8B0 48?;><0 10:0;02@0 2 8N;5 2013  5B>48:8 ?>8A:0 ;>:0;L=KE 8AB>G=8:>2 =59B@8=> 2KA>:8E M=5@389 2 ?@>5:B5 09:0;-"1000 ; >:;04 =0 56-9 =0CG=>9 :>=D5@5=F88 $", 26-30 =>O1@O 2013.  = 10 B>3>:  = 99.2505+67.25+10= 176.5 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG C:>2 ;048<8@ ;5:A0=4@>28G, 08/04/1951 :.D.-<.=., A.=.A. -, "5<0 ;C1>:>2>4=>5 45B5:B8@>20=85 <N>=>2 8 =59B@8=> =0 >7.09:0;, 01.2.00 305509, 15 /45@=0O D878:0   70 2013-2014 33 C1;8:0F88: 1. A.V. Avrorin et al.,  A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal , "- (2013) 87-97 (Instrum.Exp.Tech. 56 (2013) 449-458).  = 60*0.361*0.075=1.625 2. A.V.Avrorin et al.,  Current status of the BAIKAL-GVD project , Nucl.Instrum.Meth. A725 (2013) 23-26; doi:10.1016/j.nima.2012.11.151  =30*1.207*0.075=2.25 3. A.D. Avrorin et al.,  The prototyping/early construction phase of the BAIKAL-GVD project , Nucl.Instrum.Meth. A742 (2014) 82-88; doi:10.1016/j.nima.2013.10.064, arXiv:1308.1833 [astro-ph.IM].  =30*1.207*0.075=2.25 4. A.D. Avrorin et al.,  Data acquisition system of the NT1000 Baikal neutrino telescope , Instrum.Exp.Tech. 57 (2014) 3, 262-273; doi:10.1134/s002044121403004x.  =60*0.361*0.075=1.625 5. A.D. Avrorin et al.,  Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector , Astroparticle Physics (2015), pp.12-20; doi:1-.1016/jastropartphys.2014.07006, arXiv:1405.3551[astro-ph.HE]  =30*4.45*0.075=10.0125 6. A.D. Avrorin et al.,  Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo , arXiv:1412.3672 [astro-ph.HE]  =4*0.075=0.3 ------------------------------------------------------- B>3> (AB0BL8): 18.0625 >:;04K: 1. .-.. 68;:81052,  Status and recent results of the BAIKAL-GVD project , International Workshop on Prospects of Particle Physics,  Neutrino physics and astrophysics , Valday, Feb.1-8 2014, AB0BLO ?@8=OB0 : ?5G0B8 2 -'/.  =30*1.5*0.075=3.375 2. .-.. 68;:81052,  Cascade reconstruction and angular resolution of GVD , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2LVAL014.  =30*1.5*0.075=3.375 3. .. 9=CB48=>2 ,  Data acquisition system for the Baikal-GVD neutrino telescope , MANTS, Geneva, Switzerland, 20  21 A5=BO1@O 2014, MANTZ-2014.  =30*1.5*0.075=3.375 4. .-.. 68;:81052,  Status and perspectives of the Baikal-GVD project , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014  =30*1.5*0.075=3.375 5. .. 9=CB48=>2 ,  The optical detection unit for Baikal-GVD neutrino telescope , Noto, Italy, 30  3 >:BO1@O 2014, RICAP-2014.  =30*1.5*0.075=3.375 6. .. (>91>=>2,  Status of the early construction phase of the BAIKAL-GVD , 37th International Conference on High Energy Physics, 2-9 July 2014, Valencia, Spain, ICHEP-2014.  =30*1.5*0.075=3.375 7. A.D. Avrorin et al., 2nd International Workshop on Exotic physics with neutrino telescopes, EPNT 2013, Centre de Physique des Particules de Marseille, France, 3-5 Aprile, 2013 , "Search for Neutrinos from Dark Matter Annihilation in the Sun with the Baikal Neutrino Experiment", https://indico.in2p3.fr/conferenceDisplay.py?confId=7381  =30*0.075=2.25 8. A.D. Avrorin et al.,  Status of the BAIKAL-GVD project , ><>=>A>2A:85 GB5=8O, >A:20, #, 21-25 023CAB0 2013, in press.  =30*0.075=2.25 ------------------------------- B>3> (4>:;04K): 24.75 ------------------------------------------------------------------ B>3>:  = 18.0625+24.75= 42.8125 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG5@578= 8:B>@ ;5:A0=4@>28G, @>4. 13.03.1946, 4.D.-<.=., c=A B45; B5>@5B8G5A:>9 D878:8   (70 2013-2014 33.) = 63. 9 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: .. 5@578= / On the phenomenological description of particle creation and its influence on the space-time // 564C=0@>4=K9 A5<8=0@ 20@:8-2014, !C740;L, 2-8 8N=O 2014. #AB=K9 A5:F8>==K9 4>:;04.  =4 .. 5@578= /  D5=><5=>;>38G5A:>< >?8A0=88 ?@>F5AA0 @>645=8O G0AB8F, 8 53> 2;8O=85 =0 <5B@8:C ?@>AB@0=AB20-2@5<5=8 // 15-O >AA89A:0O 3@028B0F8>==0O :>=D.  564C=0@>4=0O :>=D. ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5 (RUSGRAV15), 070=L. 070=A:89 (@82>;6A:89) D545@0;L=K9 C=825@A8B5B ($#), 30 8N=O - 5 8N;O 2014 3.; "578AK 4>:;040 >?C1;8:>20=K 2 <0B5@80;0E :>=D. ?>4 @540:F859 ... 3=0BL520. 070=L, 874-2> $>;80=B, 2014, AB@. 58-64. ).  =1.5*6=9 Victor Berezin / Quantum Black Holes and Their Classical Analogs // 2013 yearly ICRANet Scientific Meeting on Relativistic Astrophysics on the Occasion of the 50th Anniversary of the Kerr solution of the Einstein s equations June 3-19, 2013, ICRANet  Rome and Pescara.  =6 Victor Berezin / Brane Universe: Global Geometry // 2nd Mediterranean Conference on Classical and Quantum Gravity (2nd MCCQG), Veli Losinj, Croatia, June 9-15, 2013.  =6 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: .. 5@578= / @5645 G5< 70=OBLAO D878:>9 G5@=KE 4K@. // 5AB=8: !0<. 3>A. B5E=. C=-B0. !5@. $87.-<0B. =0C:8, 3(32), AB@. 147-184 (2013).  =4*0.5=2 @5?@8=BK, 2:;NG0O M;5:B@>==K5: Victor Berezin / On the phenomenological description of particle creation and its influence on the space-time metrics // M;5:B@>==K9 ?@5?@8=B arXiv:1404.3582 [gr-qc].  =4 . . 5@578= 8 . . >:CG052 / 59B@0;L=0O B>=:0O >1>;>G:0, ?>3@C65==0O 2 ?@>AB@0=AB2>-2@5<O 59AA=5@0->@4AB@5<0 // @5?@8=B /  ! 1383/2014 (2014).  = 4/2=2 . . 5@578= 8 . . >:CG052 / ;>10;L=0O 35><5B@8O ?@>AB@0=AB20-2@5<5=8 A 70@O65==>9 >1>;>G:>9 // @5?@8=B /  ! 1343/2013, 69 AB@. (2013).  =4/2=2 V. 8LVALHA. Berezin and V. I. Dokuchaev / Neutral thin shell immersed into the Reissner-Nordstrom space-time // M;5:B@>==K9 ?@5?@8=B arXiv:1404.2727v1 [gr-qc] ).  = 4/2=2 V. A. Berezin, V. I. Dokuchaev, Yu. N. Eroshenko / Spherically symmetric conformal gravity and "gravitational bubbles" // M;5:B@>==K9 ?@5?@8=B arXiv:1412.2917v1 [gr-qc].  =4/3=1.3 >=>3@0D88: Victor Berezin and Vyacheslav Dokuchaev / Global Geometry of Space-Times with Shells // NOVA Science Publishes, Inc. Nuclear Physics Books. Series: Physics Research and Technology. USA, 2014, pp. 153; ISBN: 978-1-63321-770-6; https://www.novapublishers.com/catalog/product_info.php?products_id=51188  =9.56*2/2=9.56 .. 5@578= /  B5>@88 :20=B>2KE G5@=KE 4K@ // PALMARIUM Academic Publishing, 2013, pp. 128; ISBN 978-3-659-98386-3. https://www.palmarium-publishing.ru/catalog/details/store/ru/book/978-3-659-98386-3/-B5>@88-:20=B>2KE-G5@=KE-4K@  =8*2=16 B>3>:   (70 2013-2014 33.) = 63. 9LVALOG5<84>2 !5@359 ;048<8@>28G @>4. 16.12.1981, =A "$,   70 2013-2014 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 "5<0 3>A7040=8O (8A?>;=8B5;L): 07@01>B:0 8 8AA;54>20=85 <>45;59 D878:8 2=5 @0<>: !B0=40@B=>9 <>45;8 (@C:. .!.>@1C=>2) 2013 3>4 !B0BL8: 1. Search for muon signal from dark matter annihilations inthe Sun with the Baksan Underground Scintillator Telescope for 24.12 years, M.M.Boliev, S.V.Demidov, S.P.Mikheev, O.V.Suvorova, JCAP 1309 (2013) 019  =5.877*30/4=44.078 2. Upper limit on the cross section for elastic neutralino-nucleon scattering in a neutrino experiment at the Baksan Underground Scintillator Telescope, M.M.Boliev, S.V.Demidov, S.P.Mikheev, O.V.Suvorova, Phys.Atom.Nucl. 76 (2013) 1367-1376,   = 0.743*60/4=11.145 >:;04K: 1. !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, >?C1;8:>20= 2 B@C40E :>=D5@5=F88, S. Demidov, Implications of sgoldstino-Higgs mixing, The XXI International Workshop High Energy Physics and Quantum Field Theory June 23  June 30, 2013 Saint Petersburg Area, Russia.  =4*1.5 = 6 2. !5:F8>==K9 4>:;40, @>AA89A:0O :>=D5@5=F8O, >?C1;8:>20=. S.Demidov, Dark matter searches at Baksan underground scintillator Telescope, 16th Lomonosov Conference on Elementary Particle Physics, from 22 to 28 August, 2013 at the Moscow State University, Moscow, Russia.   = 4 * 1.5 = 6 3. !5:F8>==K9 4>:;04, <564C=0@>4=0O :>=D5@5=F8O, =5 >?C1;8:>20=, S.Demidov, Results of dark matter searches at Baksan, EPNT Workshop 2013, Exotic Physics with Neutrino Telescopes   = 6 4. !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, =5 >?C1;8:>20=, S.Demidov, Recent results of indirect searches for dark matter from Baksan, International conference: Dark matter, dark energy and their detection,   = 4 5. !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O. S.V.Demidov, Testing of low energy supersymmetry breaking at LHC, 17th International Seminar on High Energy Physics QUARKS'2012, Yaroslavl, Russia, 4-10 June, 2012, >?C1;8:>20=K B@C4K :>=D5@5=F88,  =4*0.5 = 2 @5?>4020=LVAL85: 1. C@A ;5:F89 8 A5<8=0@>2 ?> AC?5@A8<<5B@88 (G0ABL 2), D87D0: #, 5 :C@A, 2 A5<5AB@, 30 G0A>2,  =8+8 = 16 2. C@A ;5:F89 ?> AC?5@A8<<5B@88 (G0ABL 1), D87D0: #, 5 :C@A, 1 A5<5AB@, 30 G0A>2,  =8. 3. C:>2>4AB2> 0A?8@0=B>< (#, AB0?>2 >=AB0=B8= ;53>28G, 0A?8@0=B 1->3> 3>40 >1CG5=8O).  =30 4. C:>2>4AB2> 48?;><=8:>< (#, !>1>;52 20= ;048<8@>28G, ABC45=B 4 :C@A0, 10:0;02@A:0O 48?;><=0O @01>B0) A>2<5AB=> A ..52:>2K<,   = 10/2 = 5 5. C:>2>4AB2> 48?;><=8:>< (#, 0@<052 .., ABC45=B 3-3> :C@A0)  =10 6. C:>2>4AB2> 48?;><=8:>< (#, >@OGC: .., ABC45=B 3-3> :C@A0)  =10 7. C:>2>4AB2> 48?;><=8:>< (#, 3=52 ..., ABC45=B 3-3> :C@A0)  =10 0 2013:  (2013) = 44.078+11.145+6+6+6+4+2+16+8+30+5+10+10+10= 168.223 2014 3>4 !B0BL8: 1. Susy in the sky or keV signature of sub-GeV gravitino dark matter, S.V.Demidov, D.S.Gorbunov, Phys.Rev. D90 (2014) 3, 035014   = 4.864*30/2 = 72.96 2. Search for neutrino emission from relic dark matter in the Sun with the Baikal NT200 detector, Baikal Collaboration (A.D. Avrorin (Moscow, INR) et al. Astroparticle Physics (2015), 62, pp. 12-20   = 4.450*30*0.075 = 10.013 3. Collider signatures of Hylogenesis, S.V. Demidov, D.S. Gorbunov, D.V. Kirpichnikov, INR-TH-2014-027, arXiv:1411.6171,   = 4/3 = 1.333 4. Sgoldstino-Higgs mixing in models with low-scale supersymmetry breaking, K.O. Astapov, S.V. Demidov. INR-TH-2014-028, arXiv:1411.6222 ,   = 4/2 = 2 5. Sensitivity of Baikal-GVD neutrino telescope to neutrino emission toward the center of Galactic dark matter halo, Baikal Collaboration (A.D. Avrorin (Moscow, INR) et al. ArXiv:1412.3672   = 4*0.075 = 0.3 6. Neutrino physics with the Baksan Underground Scintillation Telescope, M.M. Boliev, S.V. Demidov, O.V. Suvorova. Nuovo Cim. C037 (2014) 03, 193-195, 6C@=0; =5 8<55B 8=45:A0   = 8/3 = 2.667 >:;04K: 1. !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, B@C4K =5 >?C1;8:>20=K, International Workshop on Perpectives of Particle Physics, Valday,JLVALanuary 26 - Ferbuary 2, 2014, S.Demidov, Indirect dark matter searches at Baksan and Baikal,   = 4 2. !5:F8>==K9 4>:;40, @>AA89A:0O :>=D5@5=F8O, 18th International Seminar on High Energy Physics, Suzdal, Russia, 2-8 June, 2014. S.Demidov, NSI and neutrino signal from dark matter annihilations in the Sun,   = 4 3. !5:F8>==K9 4>:;04, <564C=0@>4=0O :>=D5@5=F8O, 1st GNN Workshop on Indirect Dark Matter Searches, 10-11 April, Valencia, Spain, S.V.Demidov, Indirect search for dark matter at Baikal,   = 6 @5?>4020=85: 1. C@A ;5:F89 ?> AC?5@A8<<5B@88 (G0ABL 2), D87D0: #, 5 :C@A, 2 A5<5AB@, 30 G0A>2,  =8 2. C@A ;5:F89 8 A5<8=0@>2 ?> AC?5@A8<<5B@88 (G0ABL 1), D87D0: #, 5 :C@A, 1 A5<5AB@, 30 G0A>2,  =8 + 8=16. 3. C:>2>4AB2> 0A?8@0=B>< (#, AB0?>2 >=AB0=B8= ;53>28G, 0A?8@0=B 2->3> 3>40 >1CG5=8O).  =30 4. C:>2>4AB2> 48?;><=8:>< (#, !>1>;52 20= ;048<8@>28G, ABC45=B 6 :C@A0, 10:0;02@A:0O 48?;><=0O @01>B0) A>2<5AB=> A ..52:>2K<,   = 10/2 = 5 5. C:>2>4AB2> 48?;><=8:>< (#, 0@<052 .., ABC45=B 4-3> :C@A0)  =10 0 2014:  (2014) = 72.96+10.013+1.333+2+0.3+2.667+4+4+6+8+16+30+5+10= 172.273 B>3>:   = 168.223 +172.273 = 340.496LVAL&) 8@?8G=8:>2 <8B@89 8:B>@>28G, 25.07.1986, AB065@- 8AA;54>20B5;L. ) !B0BLO 2 70@C156=>< 6C@=0;5, D.V. Kirpichnikov,  Infrared properties of one-loop corrections to brane-to-brane propagators in models with localized vector bosons . Phys. Rev. D 88, 125018 (2013). http://prd.aps.org/abstract/PRD/v88/i12/e125018 ImpactFactor = 4.864, 0;; = 4.864* 30 = 145.92 !B0BLO 2 70@C156=>< 6C@=0;5 Kirpichnikov Dmitry 2014 J. Phys.: Conf. Ser. 523 012055  On cross-section computation in the brane world models http://iopscience.iop.org/1742-6596/523/1/012055/ 0;; =8 @5?@8=B AB0BL8 S.Demidov, D.Gorbunov, D.Kirpichnikov,  Collider sigantures of hylogenesis http://arxiv.org/abs/1411.6171 0;; =4/3=1.33 ) @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88: The 15th International Workshop on Advanced Computing and Analysis Techniques in Physics Research (ACAT2013) Beijing, May 16  21, 2013. http://indico.ihep.ac.cn/conferenceOtherViews.py?view=standard&confId=2813 "5<0 4>:;040:  The computation of cross sections in brane world models 0;; = 6. #AB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88  18th International Seminar on High Energy Physics QUARKS'2014 Suzdal, Russia, June 2 - 8, 2014 http://quarks.inr.ac.ru/  Infrared properties of one-loop corrections to brane-to-brane propagators in models with localized vector bosons' . 0;; = 4. #AB=K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88:  16th Annual RDMS CMS Collaboration Conference Nor-Amberd, Armenia September 3-5, 2013 . http://epd.rdms-cms2013.yerphi.am/index_files/Page572.htm "5<0 4>:;040:  On cross-section computation in the brane world models . 0;; = 4. )>2KH0NI89 :>MDD8F85=B = 2 ( 70I8B0 48AA5@B0F88 20 8N=O 2014 3.) B>3>2K9 0;; =2*(145.92+1.33+8+ 6+2*4)= 338.5LVALOGC;038= !5@359 =0B>;L528G 1959 3>40 @>645=8O :0=4840B D87.-<0B. =0C: AB0@H89 =0CG=K9 A>B@C4=8: B45;0 B5>@5B8G5A:>9 D878:8   70 2013-2014 33. ============================== !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E ============================== A Precision Measurement of Charm Dimuon Production in Neutrino Interactions from the NOMAD Experiment By NOMAD Collaboration (158 02B>@>2) Nucl. Phys. B876 (2013) 339-375   = 4.327*30*0.06 = 7.8 Bold Diagrammatic Monte Carlo Method Applied to Fermionized Frustrated Spins S. A. Kulagin, N. Prokof ev, O. A. Starykh, B. Svistunov, and C. N. Varney Phys. Rev. Lett. 110, 070601 (2013)   = 7.411*30/5 = 44.5 Bold Diagrammatic Monte Carlo technique for frustrated spin systems S. A. Kulagin, N. Prokof ev, O. A. Starykh, B. Svistunov, and C. N. Varney Phys. Rev. B 87, 024407 (2013)   = 3.664*30/5 = 22.0 Measurement of Muon Neutrino Quasi-Elastic Scattering on a Hydrocarbon Target at E_nu ~ 3.5 GeV. By MINERvA Collaboration (96 02B>@>2). Phys. Rev. Lett. 111 (2013) 022502.   = 7.411*30*0.075 = 16.7 Measurement of Muon Antineutrino Quasi-Elastic Scattering on a Hydrocarbon Target at E_nu ~ 3.5 GeV. By MINERvA Collaboration (96 02B>@>2). Phys. Rev. Lett. 111 (2013) 022501.   = 7.411*30*0.075 = 16.7 Nuclear parton distributions and the Drell-Yan process S.A. Kulagin, R. Petti Published in Phys.Rev. C90 (2014) 4, 045204   = 3.881*30*0.5 = 58.2 Measurement of Ratios of nu_mu Charged-Current Cross Sections on C, Fe, and Pb to CH at Neutrino Energies 2-20 GeV MINERvA Collaboration (77 02B>@>2) Phys.Rev.Lett. 112 (2014) 231801   = 7.411*30*0.075= 16.7 ========= @5?@8=BK ========= A Precision Measurement of Charm Dimuon Production in Neutrino Interactions from the NOMAD Experiment By NOMAD Collaboration (158 02B>@>2). [arXiv:1308.4750 [hep-ex]].   = 4*0.06 = 0.2 Measurement of Muon Neutrino Quasi-Elastic Scattering on a Hydrocarbon Target at E_nu ~ 3.5 GeV. By MINERvA Collaboration (96 02B>@>2)LVAL. [arXiv:1305.2243 [hep-ex]].   = 4*0.075 = 0.3 Measurement of Muon Antineutrino Quasi-Elastic Scattering on a Hydrocarbon Target at E_nu ~ 3.5 GeV. By MINERvA Collaboration (96 02B>@>2). [arXiv:1305.2234 [hep-ex]].   = 4*0.075 = 0.3 Measurement of muon plus proton final states in nu_mu Interactions on Hydrocarbon at <E_nu> = 4.2 GeV MINERvA Collaboration (T. Walton (Hampton U.) et al.). Sep 16, 2014. 7 pp. FERMILAB-PUB-14-330-E arXiv:1409.4497 [hep-ex]   = 4*0.075 = 0.3 Nuclear parton distributions and the Drell-Yan process S.A. Kulagin (Moscow, INR), R. Petti (South Carolina U.). May 11, 2014. 19 pp. INR-TH-2014-004, CETUP2014-002 e-Print: arXiv:1405.2529 [hep-ph]   = 4*0.5 = 2 Measurement of Ratios of nu_mu Charged-Current Cross Sections on C, Fe, and Pb to CH at Neutrino Energies 2-20 GeV MINERvA Collaboration (77 02B>@>2) FERMILAB-PUB-14-025-E e-Print: arXiv:1403.2103 [hep-ex]   = 4*0.075 = 0.3 ======================= >:;04K =0 :>=D5@5=F8OE ======================= S.A. Kulagin, @83;0H5==K9 4>:;04 (45 <8=) "Nuclear EMC Effect for Electron and Neutrino Scattering" International Workshop "Neutrino-Nucleus Interactions for Current and Next Generation Neutrino Oscillation Experiments" INT, Univ of Washington, Seattle, USA, December 3-13, 2013   = 30 S. Kulagin, A5:F8>==K9 4>:;04 "Hints of possible spin-liquid state in the spin-1/2 triangular-lattice Heisenberg antiferromagnet" APS March Meeting 2013 (March 18 22, 2013; Baltimore, Maryland)   = 6 !5:F8>==K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 "20@:8-2014" (2-8 8N=O, !C740;L) http://quarks.inr.ac.ru/ "Nuclear parton distributions and the Drell-Yan process"   = 6 @83;0H5==K9 4>:;04 (45 <8=.) =0 <564C=0@>4=>9 ?@>3@0<<5 CETUP* "Near Detector Physics" (10-20 8N;O 2014, Deadwood, South Dakota, USA) http://research.dsu.edu/cetup/2014.aspx "Understanding the nuclear effects in the energy region relevant for neutrino oscillation experiments"   = 30 @83;0H5==K9 4>:;04 VLVALf(45 <8=.) =0 <564C=0@>4=>9 ?@>3@0<<5 CETUP* "Neutrino Interactions" (21-31 8N;O 2014, Deadwood, South Dakota, USA) http://research.dsu.edu/cetup/2014.aspx "Neutrino scattering off nuclei in DIS and the resonance regions"   = 30 @83;0H5==K9 4>:;04 (30 <8=.) =0 <564C=0@>4=CN :>=D5@5=F8N "Nucleon Structure at Large Bjorken x" (17-21 November 2014, Frascati, Italy) http://www.lnf.infn.it/conference/2014/HiX2014/ "Nuclear EMC effect in the resonance region"   = 30 B>3>2K9   = 318.0 ============================ !B0B8AB8:0 F8B8@>20=89 @01>B ============================ !>3;0A=> High-Energy Physics Literature Database (inSPIRE) <>9 >1I89 8=45:A F8B8@>20=8O A>AB02;O5B 1742, 8=45:A F8B8@>20=8O 70 ?>A;54=85 10 ;5B A>AB02;O5B 1080, 0 C45;L=K9 8=45:A F8B8@>20=8O @025= 504. @8 ?>4AG5B5 8=45:A0 F8B8@>20=8O O 8A:;NG8; =5402=85 AB0BL8 A .@>:>DL52K< 8 .!28ABC=>2K< ?> ?@8<5=5=8N <5B>40 >=B5-0@;> 4;O AC<<8@>20=8O D59=<0=>2A:8E 4803@0< 4;O A?8=>2>9 <>45;8 5975=15@30 =0 @5H5B:5, :>B>@K5 :;0AA8D8F8@CNBAO :0: "B25@4>B5;L=K5", 8 AAK;:8 =0 :>B>@K5 =5 8=45:A8@CNBAO 2 inSPIRE. A=>2K20OAL =0 MB>9 AB0B8AB8:5 O ?@>HC 2:;NG8BL <5=O 2 3@C??C A>B@C4=8:>2 A 2KA>:8< <564C=0@>4=K< 8=45:A>< F8B8@>20=8O.N LVAL^ 52:>2 <8B@89 5==048528G @>4. 05.09.1979, =A "$,   70 2013-2014 33. C1;8:0F88: 5B >:;04K: 1) "Multisoliton solutions in CGHS model with a boundary", 18th International Seminar on High Energy Physics "Quarks-2014", Suzdal, Russia, June 2-8, 2014  =4 C@AK: 1) C@A ">=D>@<=0O B5>@8O ?>;O", $878G5A:89 D0:C;LB5B #, 5 :C@A, 25A5==85 A5<5AB@K 2013 8 2014 33.  =30+8=38 2) C@A "040G8 ?> B5>@5B8G5A:>9 D878:5", $878G5A:89 D0:C;LB5B #, >A5==85 A5<5AB@K 2013 8 2014 33. (A>2<5AB=> A . 5=:528G5<)  =(8+8)/2=8 C:>2>4AB2> 0A?8@0=B><: 1) 0:A8< $8B:528G ($")  =30 C:>2>4AB2> ABC45=B0<8: 1) ;048A;02 (8H:>2 ($", 5 :C@A)  =(10+5)/2=12 2) 0:A8< $8B:528G ($", 6 :C@A)  =10/2=5 3) 20= !>1>;52 (#, 4 8 5 :C@AK)  =(10+10)/2=10 B>3>:  =107LVALC7=5F>2 8E08; .@L528G, AB065@-8AA;54>20B5;L "$ 2013 3>4 !B0BL8: 1. Fermions and Kaluza-Klein vacuum decay: a toy model , V.A. Rubakov, M.Yu. Kuznetsov, Theor.Math.Phys. 175 (2013) 489-498.  =0.7*60/2=21 >:;04K: 1. !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, >?C1;8:>20=, Kaluza Klein vacuum decay in the presence of fermions: a toy model, Quarks-2012: 17th International Seminar on High Energy Physics, 4-10 N=O 2012, /@>A;02;L.  =4*0.5=2 2. !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, =5 >?C1;8:>20=, Lorentz violaton in superluminal theories, 16th INTERNATIONAL MOSCOW SCHOOL OF PHYSICS (41th ITEP WINTER SCHOOL OF PHYSICS), 12-19 $52@0;O 2013, B@04=>5, >A:>2A:0O >1;0ABL.  =4 3. !5:F8>==K9 4>:;04, <564C=0@>4=0O :>=D5@5=F8O, =5 >?C1;8:>20=, Lorentz violaton in superluminal theories, 7th AEGEAN SUMMER SCHOOL BEYOND EINSTEIN'S THEORY OF GRAVITY, 23-28 September 2013, Parikia, Paros Island, Greece.  =6 B>3> 70 2013:   = (21+2+4+6 ) * 2 = 66 2014 3>4 >:;04K: 1. !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, =5 >?C1;8:>20=, M.Kuznetsov, Effects of Lorentz violation in superluminal theories,18th International Seminar on High Energy Physics, Quarks-2014, Suzdal, Russia, 2-8 June 2014.   = 4 B>3> 70 2014:   = 4 * 2 = 8 B>3> 70 2 3>40:   = 66+8=74LVAL0=8= ;5:A0=4@ @83>@L528G @>4. 13.09.1984, <.=.A "$,   70 2013-2014 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2013 3>4: C1;8:0F88: 1. D. S. Gorbunov, A. G. Panin,  On the minimal active-sterile neutrino mixing in seesaw type I mechanism with sterile neutrinos at GeV scale , e-Print: arXiv:1312.2887   = 4/2 = 2 C:>2>4AB2> ABC45=B0<8: ;048A;02 (8H:>2, ABC45=B $", 4 :C@A (A>2<5AB=> A 52:>2K< ..)  =10/2=5 0 2013:  (2013) = 7 2014 3>4: C1;8:0F88: 1. D. S. Gorbunov, A. G. Panin,  On the minimal active-sterile neutrino mixing in seesaw type I mechanism with sterile neutrinos at GeV scale , Phys.Rev. D89 (2014) 017302 2. D. S. Gorbunov, A. G. Panin,  Are R2- and Higgs-inflations really unlike? , e-print: arXiv:1412.3407   = 30*4.864/2 + 4/2 = 74.96 >:;04K: QUARKS-2014, Suzdal, 2-8 June, 2014,  Gravitational waves from an early matter era: numerical approach   = 4 C:>2>4AB2> ABC45=B0<8: ;048A;02 (8H:>2, ABC45=B $", 5 :C@A (A>2<5AB=> A 52:>2K< ..) 0@:8= 20=, ABC45=B #, 4 :C@A  =10/2 + 10 =15 0 2014:  (2014) = 93.96 B>3>:   = 100.96LVAL) $..., CG5=0O AB5?5=L A>B@C4=8:0:C3052 -<8= /B:O@>28G, :0=4.$87.-<0B.=0C:. 0B0 @>645=8O: 17.10.1978. >;6=>ABL: =0CG=K9 A>B@C4=8: "$ / . ) E.Y.Nugaev and M.N.Smolyakov, ``Particle-like Q-balls,'' JHEP 1407 (2014) 009 6.220*30/2=93.3 I.E.Gulamov, E.Y.Nugaev and M.N.Smolyakov, ``The theory of $U(1)$ gauged Q-balls revisited,'' Phys. Rev. D 89 (2014) 085006 4.864*30.3=48.64 E.Nugaev and A.Shkerin, Investigation of Q-tubes stability using the piecewise parabolic potential, Phys. Rev. D 90 (2014) 016002, arXiv:1404.3207 [hep-th] 4.864*30/2+4/2=74.96 E.Y.Nugaev Henon-Heiles potential as a bridge between nontopological solitons of different types, arXiv:1403.0434 [hep-th] 4 I.E.Gulamov, E.Y.Nugaev and M.N.Smolyakov, `` Analytic $Q$-ball solutions and their stability in a piecewise parabolic potential ,'' Phys. Rev. D 87 (2013) 085043 4.864*30.3=48.64 >:;04 (CAB=K9) =0 <564C=0@>4=>< !5<8=0@5 20@:8 2014 4 >:;04 (CAB=K9, 40 <8=.) =0 @01>G5< A>25I0=88  Fundamental Issues of the Standard Cosmological Model 30 B>3>= 93.3+2*48.64+74.96+4+6+30=256.9+48.64 ) !BC45=BK: 565@ /.. , 2013 3>4, (:5@8= .., 2013, 2014 3>4. A?8@0=BK: (:5@8= .. -2014 3. (>D8F. @C:. >@1C=>2 .!.) C@A ;0AA8G5A:85 :0;81@>2>G=K5 ?>;O, #, 2 A5<5AB@0 (?5@2K9 3>4). B>3>  =3*10+30+2*30=120 ) B>3>  =377.9+48.64=426.54.~LVAL) $..., CG5=0O AB5?5=L A>B@C4=8:0: ">:0@520 ==0 ;5:A0=4@>2=0, 0B0 @>645=8O: 04.05.1990. >;6=>ABL: AB065@-8AA;54>20B5;L & / . ) D.Gorbunov and A.Tokareva, "R^2-inflation with conformal SM Higgs field,'' JCAP 1312, 021 (2013) 5.877*30/2=88.1 D.S.Gorbunov and A.A.Tokareva, ``Inflation and reheating in the Starobinsky model with conformal HiggsField,'' Phys.\ Part.\ Nucl.\ Lett.\ 10, 633 (2013). 4/2=2 D.Gorbunov and A.Tokareva, ``Scale-invariance as the origin of dark radiation?,'' Phys.\ Lett.\ B 739, 50 (2014) 6.019*30/2=90.3 D.Gorbunov and A.Tokareva, ``Scalaron production in contracting astrophysical objects,'' arXiv:1412.3413 [astro-ph.CO]. 4/2=2 D.Gorbunov and A.Tokareva, ``No Cosmic Rays from Curvature Oscillations during Structure Formation with F(R)-gravity,'' arXiv:1412.3770 [astro-ph.CO]. 4\2=2 >:;04 (CAB=K9) =0 <564C=0@>4=>< !5<8=0@5 20@:8 2014 4 >:;04 (CAB=K9, 40 <8=.) =0 @01>G5< A>25I0=88  Fundamental Issues of the Standard Cosmological Model 30 B>3>= 88.1+2+90.3+2+2+6+30=218.4 ) ) B>3>  =218.4  : ?>2KH0NI89 :>MDD8F85=B 1.5 40QB 327,6LVAL >@1C=>2 <8B@89 !5@35528G, @>4. 20.01.1975, A.=.A. "$, 4.D.-<.=.,   70 2013-2014 33. A?>;=8B5;L @01>B ?> B5<0< 8 =0?@02;5=8O< 8AA;54>20=89: D878:0 M;5<5=B0@=KE G0AB8F, D878:0 2KA>:8E M=5@389, B5>@8O :0;81@>2>G=KE ?>;59 8 DC=40<5=B0;L=KE 2708<>459AB289, :>A<>;>38O; @C??0: G8A;> F8B8@>20=89 1>;55 1000 (?> 40==K< SPIRES 10386), ?>;=>5 G8A;> F8B8@>20=89 70 ?>A;54=85 10 ;5B ?@52KH05B 500 (?> 40==K< SPIRES 1>;LH5 9837), C45;L=K9 8=45:A F8B8@>20=8O 2KH5 100 (=0 ?@8<5@5 =5A:>;L:8E AB0B59 2=87C): On initial conditions for the Hot Big Bang. F. Bezrukov (Heidelberg, Max Planck Inst. & ITPP, Lausanne & Moscow, INR), D. Gorbunov (Moscow, INR), M. Shaposhnikov (ITPP, Lausanne). Dec 2008. 22 pp. Published in JCAP 0906 (2009) 029 DOI: 10.1088/1475-7516/2009/06/029 e-Print: arXiv:0812.3622 [hep-ph] | PDF Detailed record - Cited by 131 records Index=44 How to find neutral leptons of the nuMSM?. Dmitry Gorbunov (Moscow, INR), Mikhail Shaposhnikov (ITPP, Lausanne). May 2007. 45 pp. Published in JHEP 0710 (2007) 015 DOI: 10.1088/1126-6708/2007/10/015 e-Print: arXiv:0705.1729 [hep-ph] | PDF Detailed record - Cited by 102 records Index=51 More on ghosts in DGP model. Dmitry Gorbunov (Moscow, INR), Kazuya Koyama (Portsmouth U., ICG), Sergei Sibiryakov (Moscow, INR). Dec 2005. 9 pp. Published in Phys.Rev. D73 (2006) 044016 DOI: 10.1103/PhysRevD.73.044016 e-Print: hep-th/0512097 | PDF Detailed record - Cited by 171 records Index=57 1KG=K9 8=45:A   2KG8A;OBL ;5=L. > 5A;8 MB> 459AB28B5;L=> =5>1E>48<>, ?@>HC 40BL <=5 7=0BL, B5< 1>;55, GB> O 53> 4>;65= C42>8BL 2 MB>< 3>4C :) 28 45:01@O 2014 3>40 .!. >@1C=>2LVALOG) $..., CG5=0O AB5?5=L A>B@C4=8:0: 20=>2 8E08; 8E09;>28G, 0A?8@0=B # 0B0 @>645=8O: 09.05.1991. >;6=>ABL: AB065@-8AA;54>20B5;L & / ,0.5 AB02:8 ) !B0BLO 2 70@C156=>< 6C@=0;5, Evgeny E. Bukzhalev, Mikhail M. Ivanov and Alexey V. Toporensky,"Asymptotic solutions in f(R)-gravity", Class. Quantum Grav. 31 (2014) 045017 ImpactFactor = 3.103 http://iopscience.iop.org/0264-9381/31/4/045017 0;;: 3.103*30/3=31.03 !B0BLO 2 70@C156=>< 6C@=0;5, M. M. Ivanov and S. Sibiryakov."UV-extending Ghost Inflation", JCAP 1405: 045, (2014) [arXiv:1402.4964]. ImpactFactor =5.877 http://iopscience.iop.org/1475-7516/2014/05/045 0;;: 5.877*30/2=88.155 !B0BLO 2 70@C156=>< 6C@=0;5, B. Audren, D. Blas, M.M. Ivanov, J. Lesgourgues, S. Sibiryakov."Cosmological constraints on deviations from Lorentz invariance in gravity and dark matter", [arXiv:1410.6514]. !B0BLO ?@8=OB0 : ?5G0B8 2 JCAP http://arxiv.org/abs/1410.6514 0;;: 4/5=0.8 B>3> ?> AB0BLO<: 119.985 1) >:;04 =0 @>AA89A:>9 :>=D5@5=F88 16th International ITEP winter school (Moscow, 12-19 February, 2013) M.Ivanov, A. Toporensky  Asymptotic solutions in f(R)-gravity . ?C1;8:>20=0 AB0BLO 2 B@C40E :>=D5@5=F88. 0;;= 4*1.5/2=3 2) L>:;04 =0 2A5@>AA89A:>9 :>=D5@5=F88 "><>=>A>2 2013" (>A:20, 8-12 ?@5;O 2013) "5<0 4>:;040  A8<?B>B8G5A:85 @5H5=8O 2 f(R)-3@028B0F88 , 0;;= 4. 3) >:;04 =0 <564C=0@>4=>9 :>=D5@5=F887th Aegean summer school "Beyond Einstein s theory of gravity"(Parikia, Island of Paros, Greece, 23 - 28 September 2013). M.Ivanov  UV-completing Ghost Inflation . 0;;= 6 4) >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 "Progress on old and new themes in Cosmology" (PONT) 2014 (Avignon, France, 14 - 18 April 2014), M.Ivanov  Constraining Lorentz Invariance of the Universe . 0;;= 6 5) !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, 18th International Seminar on High Energy Physics, Suzdal, Russia, 2-8 June, 2014. M. Ivanov, UV-completing Ghost Inflation, 0;; = 4 6) !5:F8>==K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, P LVAL` :>=D5@5=F8O 5;L4>28G - 100, Moscow, Russia, June 16 - 20, 2014. M. Ivanov, UV-completing Ghost Inflation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b -2015. 0AG5B A=A B45;0 B5>@5B8G5A:>9 D878:8 .. 82>20@>20 Multi-particle Processes and Tamed Ultraviolet Divergences Victor Kim (St. Petersburg, INP & St. Petersburg Polytechnic Inst.), Grigorii Pivovarov (Moscow, INR). Jan 28, 2014. 4 pp. Published in Phys.Rev. D90 (2014) 125009 +78 ----------------------------------------------------------------------------------------------------------------------------------------------- Non-perturbative renormalization: a new way G.B. Pivovarov. Dec 29, 2013. 10 pp. e-Print: arXiv:1312.7526 +4 Vector boson scattering and Higgs field at the LHC G. Pivovarov (Moscow, INR). 2013. 5 pp. Conference: C12-05-28.4, p.76-80 Proceedings +45 Forward dijets with wide rapidity separation in pp-collisions at LHC and Tevatron: dijet ratios and azimuthal decorrelations V.B. Gavrilov (Moscow, ITEP), V.T. Kim (St. Petersburg, INP & St. Petersburg Polytechnic Inst.), V.A. Murzin, V.A. Oreshkin (St. Petersburg, INP), G.B. Pivovarov (Moscow, INR), I.Yu. Pozdnyakov, G.B. Safronov(Moscow, ITEP). 2013. 4 pp. Published in Nucl.Phys.Proc.Suppl. 245 (2013) 153-156 +6.5 The inaction approach to gauge theories G.B. Pivovarov (Moscow, INR). Sep 2012. 7 pp. Published in Phys.Part.Nucl. 44 (2013) 462-468 +40.3 B>3>: 173.8C<8@=>2 ;5:A59 5>=84>28G 02.03.1978, :.D.-<. =., <;. =0CG. A>B@.   70 2013-2014 33. @5?@8=B arXiv:1312.7112 Interacting thin shells in the interior of a Reissner-Nordstrm black hole !B0BLO Interacting thin shells in the interior of a Reissner-Nordstrm black hole Gen.Rel.Grav. 46 (2014) 3, 1676 >:;04 A B5< 65 =0720=85< =0 <564C=0@>4=>9 :>=D5@5=F88 20@:8-2014 B>3>:  =4+4+30*1.7=59LVALOG MHPNB U`gper`kh Qetnbhw, pnd. 24.08.1965, qmq NRT, dtlm. NIROV Khazretali Sefovich, August 24, 1965, Senior Researcher, Theory Department, Doctor of Sciences OPMD g` 20132014 cc. Osakhj`vhh: 1) H. Boos, F. G\"ohmann, A. Kl\"umper, Kh. S. Nirov, A. V. Razumov / "Quantum groups and functional relations for higher rank" // J. Phys. A: Math. Theor. 47 (2014) 275201 (47pp) \\ OPMD = 1.687*30/5 = 10.122 2) H. Boos, F. G\"ohmann, A. Kl\"umper, Kh. S. Nirov, A. V. Razumov / "Universal R-matrix and functional relations" // Rev. Math. Phys. 26 (2014) 1430005 (66 pages) \\ OPMD = 1.448*30/5 = 8.688 3) H. Boos, F. G\"ohmann, A. Kl\"umper, Kh. S. Nirov, A. V. Razumov / "Universal integrability objects" // Theor. Math. Phys. 174 (2013) 21-39 \\ OPMD = 0.700*60/5 = 8.400 4) Kh. S. Nirov and A. V. Razumov / "Quantum groups and functional relations for lower rank" // arXiv:1412.7342 (33pp) \\ OPMD = 4/2 = 2 Dnjk`d{: 1) Khazret S. Nirov / "Quantum groups and correlation functions: $L$-operators for higher-rank models" (invited talk, 45 min.) // Intl. Workshop 'Korrelationstage-2013', 24.09.2013 - 26.09.2013, (MPI f\"ur Physik Komplexer Systeme, Dresden, Germany) \\ OPMD = 30 2) Khazret S. Nirov / 1. "Lessons from the universal $R$-matrix: I. $L$-operators"; 2. "Lessons from the universal $R$-matrix: Functional relations" (2 invited talks, 45 min + 60 min.) // Workshop on Quantum groups, Integrable Models and Combinatorics, 23.11.2013 - 07.12.2013, (LPTHE, Universit\'e Pierre et Marie Curie (CNRS), Paris Cedex 05, France) \\ OPMD = 30*2 = 60 3) Khazret S. Nirov / "On the universal functional relations in quantum integrable systems" (in\-vi\-ted talk, 40 min.) // 567th WE-Heraeus Seminar `Integrable Lattice Models and Quan\-tum Field Theories', (28.06.2014 - 02.07.2014, Bad Honnef, Germany) \\ OPMD = 30 Hrncn: OPMD = 10.122 + 8.688 + 8.400 + 2 + 30*4 = 149.21 (149.21) X. Q. Mhpnb / Kh. S. Nirov H_H P@M, Lnqjb` / INR R~LVALAS, Moscow, 25 dej`ap 2014 c. / December 25, 2014LVALOG5=:528G 3>@ =4@5528G, AB065@-8AA;54>20B5;L =0 ?>;AB02:8, 0A?8@0=B / ) !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: A. Mironov, A. Morozov, B. Runov, Y. Zenkevich and A. Zotov, Spectral dualities in XXZ spin chains and five dimensional gauge theories, JHEP 1312, 034 (2013) [arXiv:1307.1502 [hep-th]]. <?0:B = 6.220 '8A;> A>02B>@>2 = 5   += 6.220*30/5 = 37.32 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: A. Mironov, A. Morozov, Y. Zenkevich, A. Zotov, Spectral Duality in Integrable Systems from AGT Conjecture, JETP Letters, January 2013, vol. 97, issue 1, page 49 <?0:B = 1.364 '8A;> A>02B>@>2 = 4   += 1.364*60/4 = 20.46 S. Mironov, An. Morozov and Y. Zenkevich, Generalized Jack polynomials and the AGT relations for the SU(3) group, JETP Letters March 2014, Volume 99, Issue 2, pp 109-113 <?0:B = 1.364 '8A;> A>02B>@>2 = 3   += 1.364*60/3 = 27.28 -;5:B@>==K5 ?@5?@8=BK: Y. Zenkevich, Generalized Macdonald polynomials, spectral duality for conformal blocks and AGT correspondence in five dimensions. [arXiv:1412.8592 [hep-th]] '8A;> A>02B>@>2 = 1   += 4 = 4 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: !?5:B@0;L=0O 4C0;L=>ABL <564C A?8=>2K<8 F5?>G:0<8,  -2014, /@>A;02;L, A5:F8>==K9 4>:;04   += 4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: Spectral duality in XXZ spin chains and five dimensional gauge theories, International Conference on Integrable Systems and Quantum symmetries-2014, @030, '5E8O, A5:F8>==K9 4>:;04   += 6 &8:; 87 42CE ;5:F89 "Seiberg-Witten theory and AGT duality" =0 <564C=0@>4=>9 H:>;5 2nd Northeast String Meeting. Strings, knots and related aspects, 0B0;L, @078;8O, http://www.iip.ufrn.br/?pg==oFWaxmYuJleYJjUsR2RGBnYB1TP&lang=en&inf===gTEdWP   += 6 ) 07@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ?@0:B8G5A:8E 70=OB88 (A5<8=0@>2) ?> :C@AC "040G8 ?> B5>@5B8G5A:>9 D878:5" =0 $878G5A:>< D0:C;LB5B5 #   += 8 ) B>3>2>5 7=0G5=85   = 113.06 5@5@0AG5B A ?>2KH0NI8< :>MDD8F85=B>< 1.5^LVALn (0A?8@0=B, @01>B0NI89 =0 ?>;AB02:8): 5@5@0AG8B0==>5   = 169.59LVAL !>:>;>20 ;5=0 ;048<8@>2=0 @>4. 16.05.1986, AB. 8=65=5@ "$,   70 2013-2014 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2013 3>4: !2845B5;LAB2> > @538AB@0F88 ?@>3@0<<K 4;O - ! 2013617216 50;870F8O 0;3>@8B<0 A;5?>3> ?>8A:0 30<<0-?C;LA0@>2 (finpulse1w) 0 2013:  (2013) = 20/2=10 2014 3>4: C1;8:0F88: G.I. Rubtsov, E.V. Sokolova / Blind search for radio-quiet and radio-loud gamma-ray pulsars with Fermi-LAT data // Pis'ma v ZhETF 100:787-792, 2014 0 2014:  (2014) = 60* 1.364/2=40,92 B>3>:   = 50,92 :2=101,84 =5402=> >:>=G8;0 # - 2 209, B5 1>;55 5 5B!8@>=>2 !5@359 =4@5528G, 12.03.1990, :D<= Sergey Mironov Pseudo-conformal Universe: late-time contraction and generation of tensor modes Phys. Rev. D 87, 043526 (2013) 1*4.864*30=145.92 S. Mironov, And. Morozov, Y. Zenkevich Generalized Jack polynomials and the AGT relations for the $SU(3)$ group JETP Lett. 99 (2014) 109-113 1/3*1.378*60=27.56 S. Mironov, S. Ramazanov, V. Rubakov Effect of intermediate Minkowskian evolution on CMB bispectrum JCAP 1404 (2014) 015 1/3*6.067*30=60.67 2nd Workshop on Aspects of Non-Associative and Non-Commutative Geometries in String Theory, Istanbul, 2013 Introduction to Cosmology 6 2nd Workshop on Aspects of Non-Associative and Non-Commutative Geometries in String Theory, Istanbul, 2013 Problems of modern cosmology 6 Armenia-Dubna Workshop, Dubna, 2013 Proof of the conjecture AGT and generalized polynomials Jack 6 XVIII <564C=0@>4=0O =0CG=0O :>=D5@5=F8O 1J548=5=8O <>;>4KE CG5=KE 8 A?5F80;8AB>2 /, C1=0, 2014 "Proof of the conjecture AGT and generalized Jack polynomials" 4 >;>456=0O :>=D5@5=F8O "-$, >A:20, 2014 "530CAA>2>ABL 2 <>45;8 A 4>?>;=8B5;L=>9 AB04859" 4 20@:8-2014, !C740;L, 2014 Effect of intermediate Minkowskian evolution on CMB bispectrum 4 =264.15*2(8AA5@B0F8O 2 2014 3>4C)=528.30LVALOG5@=>2 .@89 !5@35528G @>4. 14.10.1937, 4>:B>@ D87.-<0B. =0C:, 2=A "5>@5B8G5A:>3> B45;0, B5<0 17.03 20=B>20O B5>@8O ?>;O,   70 2013-2014 33.. 2013 3>4 C1;8:0F88: 2.1.1. 1) Vernov Yu S., Mnatsakanova M.N., Salynskii S.G., / Bogolyubov Transformations for Regular Representations of Canonical Commutation Relations in Space with an Indefinite Metric, // Physics of Particles and Nuclei Letters, V. 10, ! 3, pp.. 193-197, 2013,  = 60*0.199/3=3.98. 2) Antipin K.V., Mnatsakanova M.N., Vernov Yu.S., / Haag's Theorem in Noncommutative Quantum Field Theory, // Physics of Atomic Nuclei, V. 76, ! 8, pp.. 965-968, 2013,  = 60*0.563/3=11.26. 3) Antipin K.V., Mnatsakanova M.N., Vernov Yu.S., / Haag's Theorem in theTheories with Nonphysical Particles, // International Journal of Modern Physics A, V. 28, ! 17, p. 1350076, 2013,  = 30*1.127/3=11.27. 4) Mnatsakanova M.N., Vernov Yu.S., / Irreducibility of the Set of Field Operators in NC QFT, // Physics of Atomic Nuclei, V. 76, ! 9, pp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natsakanova M.N., Vernov Yu S. / Eucledian Formulation of Noncommutative Quantum Field Theory, // XVI International Conference on SyLVAL mmetry Methods in Physics (SYMPHYS-XVI), October 13 - 18, 2014, Dubna, Russia,   = 6/2 = 3 2. 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C:>2>4AB2> A>8A:0B5;5< CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: !0;K=A:8< !5@355< 5==048528G5<, A>B@C4=8:><  "" 0=:",  =30. B>3>:   = 50 B>3> 70 2013-2014 33:  =171.4LVALOG0;0H52 ;53 235=L528G :0=4840B D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8:, >B45; B5>@5B8G5A:>9 D878:8 0AG5B   70 2013-201433: &8B8@>20=85: 1I55 G8A;> F8B8@>20=89: 1096 &8B8@>20=85 AB0B59 >?C1;8:>20==KE 70 ?>A;54=85 10 ;5B : 786 #45;L=K9 8=45:A F8B8@>20=8O: 151 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Prospects for future very high-energy gamma-ray sky survey: impact of secondary gamma rays Yoshiyuki Inoue, Oleg E. Kalashev, Alexander Kusenko. Aug 26, 2013. 8 pp. Astropart.Phys. 54 (2014) 118-124  =4.450*30/3=44.5 IceCube astrophysical neutrinos without a spectral cutoff and (10^15-10^17) eV cosmic gamma radiation Oleg E. Kalashev, Sergey V. Troitsky (Moscow, INR). Oct 9, 2014. 11 pp. JETP Lett. 100 (2014) 865  = 1.364*60/2=40.92 Searches for Large-Scale Anisotropy in the Arrival Directions of Cosmic Rays Detected above Energy of 1019 eV at the Pierre Auger Observatory and the Telescope Array Telescope Array and Pierre Auger Collaborations (Alexander Aab (Siegen U.) et al.). Sep 10, 2014. 15 pp. Astrophys.J. 794 (2014) 2, 172  =6.280*30*0.06=11.304 Study of Ultra-High Energy Cosmic Ray Composition Using Telescope Array's Middle Drum Detector and Surface Array in Hybrid Mode R.U. Abbasi, M. Abe, T. Abu-Zayyad, M. Allen, R. Anderson, R. Azuma, E. Barcikowski, J.W. Belz, D.R. Bergman, S.A. Blake et al.. Aug 7, 2014. 22 pp. DOI: 10.1016/j.astropartphys.2014.11.004  =4.450*30*0.06=8.01 Simulations of Ultra High Energy Cosmic Rays propagation O.E. Kalashev, E. Kido. 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A768 (2014) 96-103  = 1.316*30*0.06=2.3688 Correlations of the Arrival Directions of Ultra-high Energy Cosmic Rays with Extragalactic Objects as Observed by the Telescope Array Experiment T. Abu-Zayyad et al.. Jun 24, 2013. 8 pp. Astrophys.J. 777 (2013) 88  =6.280*30*0.06=11.304 The Energy Spectrum of Ultra-High-Energy Cosmic Rays Measured by the Telescope Array FADC Fluorescence Detectors in Monocular Mode T. Abu-Zayyad (Utah U.) et al. May 26, 2013. 9 pp. Astropart.Phys. 48 (2013) 16-24  = 4.450*30*0.06=8.01 Upper limit on the flux of photons with energies above 10^19 eV using the Telescope Array surface detector T. Abu-Zayyad (Utah U.) et al. Apr 20, 2013. 7 pp. Phys.Rev. D88 (2013) 112005  = 4.864*30*0.06=8.7552 PeV neutrinos from intergalactic interactions of cosmic rays emitted by active galactic nuclei Oleg E. Kalashev (Moscow, INR), Alexander Kusenko (Tokyo U., IPMU & UCLA), Warren Essey (UCLA). Mar 1, 2013. 4 pp. Phys.Rev.Lett. 111 (2013) 041103  =7.728*30/3=77.28 The Cosmic Ray Energy Spectrum Observed with the Surface Detector of the Telescope Array Experiment T. Abu-Zayyad et al. Astrophys.J. 768 (2013) L1  =6.280*30*0.06=11.304 @5?@8=BK: A self-consistent interpretation of the GeV-TeV emission from a distant blazar PKS 1424+240 Dahai Yan, Oleg Kalashev, Li Zhang, Shuangnan Zhang. Dec 16, 2014. 6 pp. e-Print: arXiv:1412.4894  =4/4=1 Constraining UHECR source models by the TA SD energy spectrum E. Kido, O.E. Kalashev arXiv:1310.6093  =4/2=2 >:;04K =0 :>=D5@5=F8OE: >:;04 =0 <564C=0@>4=>9 :>=D5@j LVALz 5=F88 (CAB=K9) The 33rd International Cosmic Ray Conference (ICRC2013), 2-9 July, 2013, Rio de Janeiro, Brazil Constraining UHECR source models by the TA SD energy spectrum  =6 B>3> AC<<0@=K9   290.61:  =44.5+40.92+11.304+8.01+27.93+11.304+18.62+2.3688+11.304+8.01+8.7552+77.28+11.304+1+2+6 = 290.61LVAL2G8==8:>2 =0B>;89 ;5:A0=4@>28G @>4 11.05.1961 A=A "$,   70 2013-2014 33. 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Mikhailov ``$\{\beta\}$-expansion in QCD, its conformal symmetry limit: theory + applications,'' ;5=0@=K9 4>:;04 .. 0B0520 =0 17 564C=0@>4=>9 >=D5@5=F88 ?> 20=B>2>9 %@><>48=0<8:5 (QCD 14) 30 8N=O- 04 8N;O 2014 3>40 ; >=?5;L5, $@0=F8O  =30/2=15 4. A.L. Kataev ``The generalized BLM approach to fix scale-dependence in QCD: the current status of investigations,'' >:;04 =0 A5:F88 16 564C=0@>4=>3> !>25I0=8O ?> @> Advanced Computing and Analysis Techniques in physics research (ACAT), 1-5 !5=BO1@O 2014, @030, '5E8O  =6 C:>2>4AB2> 48?;><=8:0<8: 2013 !>-@C:>2>48B5;L 48?;><0 =0 A>8A:0=85 720=8O <038AB@0 =LVAL0 :0D54@5 0B5<0B8:5 KAH59 H:>;K M:>=><8:8 (A>2<5AB=> A . . 0@H0:>2K< ($,"-$))- .. 0@:CH0  8?;>< <038AB@0 =0 B5<C -DD5:BK :>=D>@<=>9 A8<<5B@88 8 55 =0@CH5=8O 2 <>45;OE :20=B>2>9 B5>@88 ?>;O - ?@>4>;65=85 8AA;54>20=89, =0G0BKE ?@8 70I8B5 AB5?5=8 10:0;02@0 # 2 2011 3- 48?>;<=0O @01>B0 70I8I5=0- .. 0@:CH0 ?@8=OB 2 0A?8@0=BC@C 0B5<0B8G5A:>3> D0:C;LB5B0 KAH59 H:>;K M:>=><8:8  =10/2=5 C:>2>48B5;L =0CG=>-8AA;54>20B5;LA:>9 @01>BK . >;>:>54>20 (4 :C@A :0D54@K $C=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388)  =10 2014. C:>2>48B5;L =0CG=>9 @01>BK 8 48?;><=>9 @01>BK 10:0;02@0 . >;>:>54>20 (4 :C@A :0D54@K $C=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388 $878:>-B5E=8G5A:>3> =AB8BCB0 70I8B0 A>AB>O;0AL 2 8N;5- >F5=:0 8)  =10 !C<<0: 428.075 564C=0@>4=K5 8=45:AK F8B8@>20=8O: 07K 40==KE QSPIRES/INSPIRE =0 21 45:01@O 2011=4933 =0 13 45:01@O 2012=5097 =0 21 45:01@O 2013 =5327 =0 27 45:01@O 2014 =5578 87 =8E =0 >?C1;8:>20==K5 @01>BK- =0 21 45:01@O 2011 3>40 =4485 =0 13 45:01@O 2012 3>40= 4642 =0 21 45:01@O 2013 3>40 = 4843 =0 27 45:01@O 2014 3>40= 5032 07K 40==KE Scientific.Ru: =0 01.10.2008 = 2158 =0 14 D52@0;O 2011 =2957 =0 11 8N;O 2012 = 3513 =0 18 >:BO1@O 2013 =3757&LVAL6 =0 25 8N=O 2014 = 3847 (G8A;> F8B8@>20=89/G8A;> A>02B>@>2=1621.7)\LVALl!0BC=8= QB@ !5@35528G, "$, <=A 0 ?C1;8:0F8N Grigory Rubtsov, Petr Satunin, and Sergey Sibiryakov. Prospective constraints on Lorentz violation from ultrahigh-energy photon detection. Phys. Rev. D 89, 123011 (2014) http://journals.aps.org/prd/abstract/10.1103/PhysRevD.89.123011 --- 4.864 * 30 * 2 / 3 = 97.28 (<?0:B-D0:B>@ * 10;;K * :>MDD8F85=B / G8A;> A>02B>@>2) 0 ?@5?@8=B arXiv:1407.6527 [hep-ph] 4*2 = 8 (10;;K*:>MDD8F85=B) >:;04 =0 :>=D5@5=F88 "20@:8-2014" 4*2 = 8 (10;;K*:>MDD8F85=B) A53> 70 2014 3>4 --- 113.28 2013 3>4 0 ?C1;8:0F8N P. Satunin. Width of photon decay in a magnetic field: Elementary semiclassical derivation and sensitivity to Lorentz violation. Phys. Rev. D 87, 105015 (2013) http://prd.aps.org/abstract/PRD/v87/i10/e105015 --- 4.864 * 30 * 2 = 291.84 (<?0:B-D0:B>@ * 10;;K * :>MDD8F85=B) >:;04 =0 :>=D5@5=F88 CPT-13 (;C<8=3B>=, !(, http://www.indiana.edu/~lorentz/cpt13/) 8N=L 2013 6 / 3 * 1.5 * 2 = 6 (10;;K / :>;-2> A>02B>@>2 * 70 ?C1;8:0F8N 2 B@C40E :>=D5@5=F88 * :>MDD) >:;04 =0 8<=59 H:>;5 "-$ D52@0;L 2013 --- 4 / 3 * 2 = 2.66 >:;04 =0 5B=59 H:>;5 "'B> <K C7=05< >B LHC?", -@8G5, B0;8O 8N=L 2013 --- 6 / 3 * 2 = 2.66 C1;8:0F8O 2 B@C40E :>=D5@5=F88 "><>=>A>2", 023CAB 2011 (>?C1;8:>20=> 2 2013 3>4C) http://www.worldscientific.com/doi/abs/10.1142/9789814436830_0096 4 * 0.5 * 2 = 4 (10;;K * :>MDD 70 ?5@8>4 1>;55 2E ;5B * :>MDD) A53> 70 2013 3>4 307.16 A53> 70 2 3>40 420.44C'-RM H -  ( z # u  pkfa \W ^Y8 Z4C6,@?\(OGHHHH<?7 0RBX`  @?Z&OGHHHH<?6 mA^x. @?$OGHHHH<?5  {T Cr2@? @#HHHH<?4 Ak8Cf!8|@?D@#HHHH<?3 @2@?x@"HHHH<?2 [ Ad&@?@"HHHH<?1 @?<<<<<?0 1 @2d,@?@"HHHH<?/ , @2d,@?@ HHHH<?. ffA@?!OGHHHH<?- @d^@?@ HHHH<?, {A:@? @HHHH<?+ kQB  @@" @HHHH<?* w^RC %@?P+OGHHHH<?) B <@?OGHHHH<?( =A^x. :@?&@HHHH<?' %A@?R @HHHH<?& ZA:F@?@HHHH<?% ffARrL@?l@HHHH<?$ A@?@HHHH<?# 6@A&,^@?p@ HHHH<?" WB @? OGHHHH<?!  C@?OGHHHH<? p5Cfl |@?OGHHHH<? uCN ,>@?% OGHHHH<? 933,CFm@? @ HHHH<? @33KBX. @? @HHHH<? bCzq4;VE@? >OGHHHH<? {TBl" t @?`OGHHHH<? |DCn(r2`@?2OGHHHH<? f^ODNWn(-R5`@?z^OGHHHH<? _0BL`@?OGHHHH<? L!Cl `@?OGHHHH<? ff~Ar `@? @HHHH<? q=@2X^`@? @@>25@8BL !^^HH< OffOCn( `@?OGHHHH<? * iA `@@ @HHHH<? ?DCn(r2`@?ZOGHHHH<? ףA `@?OGHHHH<?  HBA&`@?j@HHHH<? (C:$`@?x0OGHHHH<? TD`,d2:`@?EOGHHHH<? L&Cn(`@?OGHHHH<? /R8CI"$t'-`@@ @HHHH<?LVALOGCB:528G =0B>;89 8:B>@>28G, @>4. 10.11.1954, 4.D.-<.=., 2=A -, 01>@0B>@8O =59B@8==>9 0AB@>D878:8. "5<0:  59B@8==K5 M:A?5@8<5=BK 2 $5@<8;015 , =0CG=K9 @C:>2>48B5;L   (70 2013-2014 33.) = 166.3 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: L.Fields et al. (MINERvA Collaboration) / Measurement of muon antineutrino quasi-elastic scattering on a hydrocarbon target at E_nu~ E~3.5 GeV // Phys. Rev. Lett. 111 (2013) 0225501. 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(MINERvA Collaboration) / Measurement of coherent production of  in neutrino and anti-neutrino beams ob carbon from E of 1.5 to 20 GeV // arXiv:1409.3835 [hep-ex] (92 02B>@>2)  =4*0.075=0.3 B. Eberly et al. (MINERvA Collaboration) / Charged pion production in  interactions on hydrocarbon at <E> =4 GeV // arXiv:1406.6415 [hep-ex]  =4*0.075=0.3 (90 02B>@>2) T. Walton et al. (MINERvA Collaboration) / Measurement of muon plus final states in  interactions on hydrocarbon at <E> =4.2 GeV // arXiv:1409.4497 [hep-ex]  =4*0.075=0.3 (92 02B>@>2) C:>2>4AB2> 48?;><=8:0<8: C:>2>48B5;L ABC45=B>2-48?;><=8:>2 6-3> :C@A0 $" (A>8A:0B5;8 720=8O <038AB@) >4:8= <8B@89 8E09;>28G 8 CGC: !B0=8A;02 ;048<8@>28G.  =2*10=20LVALOG>:CG052 OG5A;02 20=>28G, @>4. 18.08.1948, 4.D.-<.=., 2=A -, 01>@0B>@8O =59B@8==>9 0AB@>D878:8 "5<0: $878:0 :>A<8G5A:8E ;CG59 8 =59B@8==0O 0AB@>D878:0 (8A?>;=8B5;L)   (70 2013-2014 33.) = 547.7 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V. I. Dokuchaev / Spin and mass of the nearest supermassive black hole // Gen. Relativ. Gravit. 46, 1832 (2014).  = 1.725*30= 51.75 V. I. Dokuchaev, Yu. N. Eroshenko / Non-orientable wormholes as portals to the mirror world // Phys. Rev. D 90, 024056 (2014).  = 4.864*30/2= 72.9 V. I. Dokuchaev and Yu. N. Eroshenko / Black Hole Atom as a Dark Matter Particle Candidate // Adv. High Energy Phys. // 2014, Article ID 434539 (2014).  = 2.624*30/2= 39.4 V. I. Dokuchaev / Mass inflation inside black holes revisited // Classical Quant. Grav. 31, 055009 (2014). ).  = 3.103*30= 93.09 V.I. Dokuchaev , Yu.N. Eroshenko / Observational signatures of the giant planets collisions // Planetary and Space Science 78, 64 68 (2013).  = 1.630*30/2= 24.45 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / Formation and internal structure of superdense dark matter clumps and ultracompact minihaloes // JCAP 11, 059 (2013).  =5.877*30/3= 58.8 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko / Dark matter annihilation in the Galaxy // J. Phys.: Conf. Ser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okuchaev, Yu.N. Eroshenko / Black hole atom as a dark matter particle candidate // arXiv:1403.1375 [astro-ph.CO].  =4/2=LVAL2 E. O. Babichev, V. I. Dokuchaev, Yu. N. Eroshenko / Black holes in the presence of dark energy // arXiv:1406.0841 [gr-qc].  =4/3=1.33 V. I. Dokuchaev / Spin and mass of the nearest supermassive black hole // M;5:B@>==K9 ?@5?@8=B arXiv:1306.2033 [astro-ph.HE].  = 4 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / Small scale clumps of dark matter // ). M;5:B@>==K9 ?@5?@8=B arXiv:1405.2204.  = 4/3=1.33 . . 5@578= 8 . . >:CG052 / 59B@0;L=0O B>=:0O >1>;>G:0, ?>3@C65==0O 2 ?@>AB@0=AB2>-2@5<O 59AA=5@0->@4AB@5<0 // @5?@8=B /  ! 1383/2014 (2014).  = 4/2=2 V. A. Berezin and V. I. Dokuchaev / Neutral thin shell immersed into the Reissner-Nordstrom space-time // M;5:B@>==K9 ?@5?@8=B arXiv:1404.2727v1 [gr-qc] ).  = 4/2=2 V. A. Berezin, V. I. Dokuchaev, Yu. N. Eroshenko / Spherically symmetric conformal gravity and "gravitational bubbles" // M;5:B@>==K9 ?@5?@8=B arXiv:1412.2917v1 [gr-qc].  =4/3=1.3 V. I. Dokuchaev, Yu. N. Eroshenko / Non-orientable wormholes as portals to the mirror world // M;5:B@>==K9 ?@5?@8=B arXiv:1308.0896 [gr-qc].  = 4/2=2 . . 5@578= 8 . . >:CG052 / ;>10;L=0O 35><5B@8O ?@>AB@0=AB20-2@5<5=8 A 70@O65==>9 >1>;>G:>9 // @5?@8=B /  ! 1343/2013, 69 AB@. (2013).  =4/2=2 V. I. 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":BC0;L=K5 ?@>1;5<K 2=530;0:B8G5A:>9 0AB@>=><88", CI8=A:0O 048>0AB@>=><8G5A:0O >1A5@20B>@8O $, 22-25 0?@5;O 2014 3. (CAB=K9 4>:;04).  =4/2=2 .. >:CG052, ... @>H5=:> / 84@>48=0<8G5A:0O ?@>E>48<>ABL :@>B>2KE =>@ // #AB=K9 4>:;04. 15-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5 (RUSGRAV15), 070=L, 070=A:89 (@82>;6A:89) D545@0;L=K9 C=825@A8B5B ($#), 30 8N=O - 5 8N;O 2014 3.; (>:;04 >?C1;8:>20= 2 <0B5@80;0E :>=D5@5=F88 ?>4 @540:F859 ... 3=0BL520. 070=L, 874-2> $>;80=B, 2014, AB@. 172-175).  =4*1.5/2=3 .. 018G52, .. >:CG052, ... @>H5=:> / ::@5F8O BQ<=>9 M=5@388 =0 GQ@=K5 4K@K // Third Intern. Conf. 'Mathematical Physics and Its Applications', Samara, August 27 - September 1, 2012; Eds. I.V. Volovich, V.P. Radchenko, p. 47-48. Samara State Technical University 2012. >:;04 >?C1;8:>20= 2 5AB=. !0<. 3>A. B5E=. C=-B0. !5@. $87.-<0B. =0C:8, 2K?CA: 2(31), AB@. 223-227 (2013).  =4*0.5/3=0.67 .. >:CG052 8 ... @>H5=:> / 5;:><0AHB01=K5 A3CAB:8 B5<=>9 <0B5@88 // 564C=0@>4=0O A5AA8O-:>=D5@5=F8O !5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 12-16 =>O1@O 2012 3., /# $, 3. >A:20. (4>:;04 >?C1;8:>20= 2 /45@=0O D878:0 8 8=68=8@8=3, B>< 4, N 9-10, A. 922 925 (2013)).  =4*0.5/2=0.67 5@578=A:89 .!., >:CG052 .., @>H5=:> ... / ;8O=85 =5AD5@8G=>AB8 =0G0;L=KE 2>7<CI5=89 =0 M2>;NF8N A3CAB:>2 B5<=>9 <0B5@88 // XXX :>=D5@5=F8O ""#,+  + "'! !" ", CI8=A:0O @048>0AB@>=><8G5A:0O >1A5@20B>@8O & $, CI8=>, 8-11 0?@5;O 2013 3. (CAB=K9 4>:;04).  =4/3=1.33 .!. 5@578=A:89, .. >:CG052, ... @>H5=:> / 5;:><0AHB01=K5 A3CAB:8 B5<=>9 <0B5@88: <5E0=87<K D>@<8@>20=8O 8 2>7<>6=K5 =01;N40B5;L=K5 ?@>O2;5=8O // >:;04 =0 A5@>AA89A:>9 0AB@>=> LVAL <8G5A:>9 :>=D5@5=F88 =>3>;8:0O A5;5==0O (-2013), 23-27 A5=BO1@O 2013 3., Park Inn Pulkovskaya, !0=:B-5B5@1C@3.  =4/3=1.33 &8:; 87 3-E >17>@=KE ;5:F89: .. >:CG052 / 'B> <K 7=05< > F5=B@5 0;0:B8:8 // /# $, 2014.  =20 >=>3@0D88: Victor Berezin and Vyacheslav Dokuchaev / Global Geometry of Space-Times with Shells // NOVA Science Publishes, Inc. Nuclear Physics Books. Series: Physics Research and Technology. USA, 2014, pp. 153; ISBN: 978-1-63321-770-6; https://www.novapublishers.com/catalog/product_info.php?products_id=51188  =9.56*2/2=9.56 C:>2>4AB2> 48?;><=8:>< (A>2<5AB=> A .. . @>H5=:>) 8@8;; !5@35528G ;8<:>2  ABC45=B-48?;><=8: /# $, 5-9 3>4 >1CG5=8O.  =10/2=5 B>3>:   (70 2013-2014 33.) = 547.7LVALOG@>H5=:> .@89 8:>;0528G, @>4. 03.04.1973, :.D.-<.=., =A -, 01>@0B>@8O =59B@8==>9 0AB@>D878:8 "5<0: $878:0 :>A<8G5A:8E ;CG59 8 =59B@8==0O 0AB@>D878:0 (8A?>;=8B5;L)   (70 2013-2014 33.) = 336.32 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V. I. Dokuchaev, Yu. N. Eroshenko / Non-orientable wormholes as portals to the mirror world // Phys. Rev. D 90, 024056 (2014).  = 4.864*30/2= 72.96 V. I. Dokuchaev and Yu. N. Eroshenko / Black Hole Atom as a Dark Matter Particle Candidate // Adv. High Energy Phys. // 2014, Article ID 434539 (2014).  = 2.624*30/2= 39.36 V.I. Dokuchaev , Yu.N. 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(CAB=K9 4>:;04).  =4/3=1.33 .!. 5@578=A:89, .. >:CG052, ... @>H5=:> / 5;:><0AHB01=K5 A3CAB:8 B5<=>9 <0B5@88: <5E0=87<K D>@<8@>20=8O 8 2>7<>6=K5 =01;N40B5;L=K5 ?@>O2;5=8O // >:;04 =0 A5@>AA89A:>9 0AB@>=><8G5A:>9 :>=D5@5=F88 =>3>;8:0O A5;5==0O (-2013), 23-27 A5=BO1@O 2013 3., Park Inn Pulkovskaya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zLVAL5@5A=8:>20 ==0 0A8;L52=0, 26.08.1980, ,   70 2013-2014 33 0CG=K9 A>B@C4=8: - B5<0: >8A: 42>9=>3> 157=59B@8==>3> 15B0 @0A?040 76Ge, 8A?>;=8B5;L B5<0: 07@01>B:0 684:>3> >@30=8G5A:>3> AF8=B8;;OB>@0 A C;LB@0=87:8< A>45@60=85< @048>C3;5@>40 (14!) 4;O @538AB@0F88 =59B@8=> =87:8E M=5@389, 8A?>;=8B5;L 1. , 5@5A=8:>20, AMoRE collaboration. 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Measurement of charged kaon semileptonic decay branching fraction $K^{-} \to e^{-}\bar{\nu}_{e}\pi^{0}$ using ISTRA+ detector Phys.Atom.Nucl. 77 (2014) 725-732 Yad.Fiz. 77 (2014) 765 774 DOI: 10.1134/S1063778814060143   = 60 " 0.575 " 0.1 = 3,97 5. Time resolution measurements of scintillating counters for a new NA62 trigger charged hodoscope JINST 9 (2014) C09002 (2014) DOI: 10.1088/1748-0221/9/09/C09002   = 30 " 1.526 / 7 = 6.54 6. Prospects for $K^+ \to \pi^+ \nu \bar{ \nu }$ at CERN in NA62 arXiv:1411.0109   = 4 " 0.05 = 0.2 !C<<0@=K9   = 12.18LVALOG  70 2013-2014 33. 10/01/2015. ;5:A55=:> 8:B>@ ;048<8@>28G, @>4. 27.12.1945, A=A, :. D.-<. =., . C1;8:0F88: 1. V. Alekseenko, .F Arneodo, G. Bruno, W. Fulgione, D. Gromushkin, O. Shchegolev, Yu. Stenkin, V. Stepanov, V. Sulakov. Registration of Forbush decrease 2012/03/08 with a global net of the thermal neutron scintillation en-detectors. Journal of Physics:Conference Series 409 (2013) 012190  =8/9*1.5=1.33 2. D.M. Gromushkin, V.V. 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Published in Rev.Sci.Instrum. 85 (2014) 065114  = 1.584*30*0.1 = 4.75 Setup OGRAN as a high frequency resonance gravity gradiometer Authors: Bagaev S.N., Bezrukov L.B., Kvashnin N.L., Krysanov V.A., Motylev A.M., Oreshkin S.I., Popov S.M., Rudenko V.N., Samoilenko A.A., Skvortsov M.N., Yudin, I.S arXiv:1403.0827 [src]  = 4*0.1 = 0.4 ----------------------------------------------------- B>3> (AB0BL8): 5.15 ------------------------------------------------------- II. >:;04K: New opto-acoustical gravitational detector in BNO INR RAS Bezrukov L.B., Kvashnin N.L., Oreshkin S.I., Motylev A.M., Popov S.M., Rudenko V.N., Samoilenko A.A., Skvortsov M.N., Yudin I.S. 2 A1>@=8:5 Proceedings of International Scientific Meeting PIRT-2013 Bagaev S.N.Bezrukov L.B.Kvashnin N.L.Krysanov V.A.Oreshkin S.I.  = 6/9 = 0.67 ------------------------------- B>3> (4>:;04K): 1 ------------------------------------------------------------------ B>3>:  = 5.15+0.67= 5.72 >H81:0: 5,82LVAL8,"8B>2 8:8B0 =4@5528G 02. ;01>@0B>@859 8AA;54>20=89 @54:8E ?@>F5AA>2 !=A, :0=4840B D87.-<0B. =0C: 1."KATRIN Experiment: status and perspectives 2013" - XXIX-th International Workshop on High Energy Physics  NEW RESULTS and ACTUAL PROBLEMS in PARTICLE & ASTROPARTICLE PHYSICS and COSMOLOGY , June 26-28, 2013, in Protvino, Moscow region, Russia.  = 6 "+   = 6>28:>20 0;8=0 /:>2;52=0, @>4.15.07.1950,   70 2013-2014 33. 0CG=K9 A>B@C4=8: -, B5<0: 07@01>B:0 684:>3> >@30=8G5A:>3> AF8=B8;;OB>@0 A C;LB@0=87:8< A>45@60=85< @048>C3;5@>40 (14!) 4;O @538AB@0F88 =59B@8=> =87:8E M=5@389, >B25BAB25==K9 8A?>;=8B5;L !B0BL8 1. ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, . . 0@010=>2, ./.>28:>20, /=>28G .  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B876 (2013) 339-375 4.327 *30*0.075 = 9.74 ?C1;8:>20==K9 ?;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ;CHB0 2013 45 ?C1;8:>20==K9 A5:F8>==K9 4>:;04 =0 <564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 2 # 10 !5:F8>==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Quarks 20143 6 !5:F8>==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 - XI International C>nference on Quark Confinement and Hadron spectrum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u. S. Kopysov / Neutrino charge with its gauge field as a new physical base for new mod-els of solar activity and all totality of phenomena associated with supernovae explosions, forming of pulsars and their following evolution. // Preprint INR 1348/2013, March-2013, Moscow 2013.   = 4. 2. Yu. S. Kopysov / Neutrino charge with its gauge field as a new physical base for new mod-els of solar activity and all totality of phenomena associated with supernovae explosions, forming of pulsars and their following evolution. // Bulletin of Peoples Friendship Universi-ty of Russia. Series  Mathematics. Information Sciences. Physics.  2013  No. 4  p. 170-180.   = 8. 3. .. !. >?KA>2 / C:;5>E8<8O E>;>4=>9 B@0=A<CB0F88 0B><=KE O45@. (%"/) // @8-3;0HQ==K9 4>:;04 =0 ?;5=0@=>< 70A540=88 L A5@>AA89A:>9 :>=D5@5=F88 ?> ?@>-1;5<0< 48=0<8:8, D878:8 G0AB8F, D878:8 ?;07<K 8 >?B>M;5:B@>=8:8. 8=8AB5@AB2> >1@07>20=8O 8 =0C:8 $, #, >A:20 (13-16).05.2014. 4. .. !. >?KA>2 / C:;5>E8<8O E>;>4=>9 B@0=A<CB0F88 0B><=KE O45@ (%"/) // L A5-@>AA89A:0O :>=D5@5=F8O ?> ?@>1;5<0< 48=0<8:8, D878:8 G0AB8F, D878:8 ?;07<K 8 >?B>M;5:B@>=8:8. 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Y.Abe, C.Aberle, J.C. dos Anjos, & & & & ., B.K.Lubsandorzhiev et al. First measurement of q13 from delayed neutron capture on hydrogen in the Double Chooz experiment // arXiv:1301.2948v1 14 Jan 2013./ Submitted to PRL. 0,4 3. P.Kuusiniemi, L.Bezrukov, T.Enqvist et al. Underground cosmic-ray experiment EMMA // Journal of Physics: Conference Series 409 (2013) 012067. 0,8 4. J.Sarkamo, L.Bezrukov, T.Enqvist et al. Underground cosmic-ray experiment EMMA // Journal of Physics: Conference Series 409 (2013) 012067. 0,8 5. M.Tluczycont, D.Hampf, U.Einhaus, & & & , B.K.Lubsandorzhiev et al. The HiSCORE experiment and its potential for gamma-ray astronomy // Journal of Physics: Conference Series 409 (2013) 012120. 0,8 6. R.Nachtigall, M.Kunnas, S.N.Epimakhov, & & & , B.K.Lubsandorzhiev et al. First deployment and prototype data of HiSCORE // Journal of Physics: Conference Series 409 (2013) 012119. 0,8 7. M.Agostini, M.Allardt, E.Andreotti, & & & ., B.Lubsandorzhiev et al. Measurement of the half-life of the two-neutrino double beta decay of 76Ge with the GERDA experiment // J. Phys. G.: Nucl. Part. Phys. 2013. Vol.40. N.3. P.035110. 2,838x30x0.06=5.108 8. K.-H.Ackermann, M.Agostini, M.Allardt, & & & ., B.Lubsandorzhiev et al. The GERDA experiment for the search of 0nbb decay in 76Ge // Eur. Phys. Jour. C 73 (2013) 2330 5,436x30x0.06=9,785 9. Y.Abe, C.Aberle, J.C. dos Anjos, & & & & ., B.K.Lubsandorzhiev et al. Direct Measurement of Backgrounds using Reactor-Off Data in Double Chooz // Phys. Rev. D. 87. 011102 (2013) / arXiv:1210.378. 20 Oct 2012. 4,864xLVAL30x0.06=8,755 10. E.Popova, B.Dolgoshein, P.Buzhan, & & & .., B.K.Lubsandorzhiev et al. Evaluation of high UV sensitive SiPMs from MEPhI/MPI for use in liquid argon // PoS (PhotoDet 2012) 034. 0,8 11. Y.Abe, C.Aberle, J.C. dos Anjos, & & & & ., B.K.Lubsandorzhiev et al. First measurement of q13 from delayed neutron capture on hydrogen in the Double Chooz experiment // Phys. Lett. B. 2013. V.723. issue 1-3. P.66-70 / arXiv:1301.2948v1 14 Jan 2013 6,019x30x0.06=10.8342 12. M.Agostini, M.Allardt, E.Andreotti, & & & ., B.Lubsandorzhiev et al. The background in the 0nbb experiment GERDA // arXiv:1306.5084v1. 21 June 2013. 0,8 13. M.Agostini, M.Allardt, E.Andreotti, & & & ., B.Lubsandorzhiev et al. Pulse shape discrimination for GERDA phase I data // EPJC 73(2013) 2583 / arXiv:1306.5084v1 [physics.ins-det] 21Jun 2013. 5,436x30x0.06=9,785 14. M.Agostini, M.Allardt, E.Andreotti, & & & ., B.Lubsandorzhiev et al. Results on neutrinoless double beta decay of 76Ge from Phase I of the GERDA Experimnet // Phys. Rev. Lett. 111 (2013) 122503 / arXiv:1307.4720v1 [nucl-ex] 17 July 2013. 7,728x30x0.06=13,910 15. N.Budnev, D.Chernov, O.Gress, E.Korosteleva, L.Kuzmichev, B.Lubsandorzhiev, G.Navarra, L.Pankov, V.Prosin, Yu.Semeney, Ch.Spiering, R.Wieschnewski, I.Yashin. Tunka-25 Air Shower Cherenkov Array: The main results // Astroparticle Physics. 2013. 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International Workshop WE-Heraeus-Seminar on Exploring the Neutrino Sky and Fundamental Particle Physics on the Megaton scale, Physikzentrum Bad Honnef, Germany, 20-23 January, 2013. >:;04: Photon Detection New Ideas. 30 4. Roma International Conference on Astroparticle Physics RICAP-13. 22-24 May 2013, Roma,Italy. >:;04: Tunka-133:Results of 3 year operation. 30/10=3 5. Roma International Conference on Astroparticle Physics RICAP-13. 22-24 May 2013, Roma,Italy. >:;04: Multi-TeV Gamma astronomy: The Tunka-HiSCORE project. 30/10=3 72 C:>2>4AB2> 1. C:>2>4AB2> 0A?8@0=B><. C1A0=4>@6852 8<0 C;0B>28G, 0A?8@0=B 3-3> 3>40 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2. "5<0 48AA5@B0F8>==>9 @01>BK:  '5@5=:>2A:89 45B5:B>@ H8@>:8E 0B<>AD5@=KE ;82=59 "#-133 . 30E1=30 2. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ><0= ;048<8@>28G / . 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@LVALK M:A?5@8<5=B>2 DOUBLE CHOOZ 8 EMMA 30 3. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ;048<8@ ;5:A0=4@>28G. $ #. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K 1>;LH>9 GC2AB28B5;L=>9 ?;>I048 4;O =59B@8==KE M:A?5@8<5=B>2 A;54CNI53> ?>:>;5=8O 30 4. C:>2>4AB2> 0A?8@0=B><. >=E>52 ><0= <8B@8528G. $ #. 8AA5@B0F8O :.D.-<.=.  N>==K9 45B5:B>@ M:A?5@8<5=B0 "C=:0 30 5. C:>2>4AB2> A>8A:0B5;5<. 0E>@C:>2 ;5:A0=4@ 5>=84>28G. $ #. 8AA5@B0F8O :.D.-<.=.  ?B8G5A:0O AB0=F8O M:A?5@8<5=B0 TAIGA 30 6. C:>2>4AB2> 48?;><=8:><. !84>@5=:> =4@59 8:>;0528G. $ #. 038AB5@A:0O 48AA5@B0F8O  $>B>C<=>68B5;8 A 2KA>:>9 :20=B>2>9 MDD5:B82=>ABLN 4;O M:A?5@8<5=B0 TAIGA 10 160 5:F88 1. C@A ;5:F89, $ !  8 #. -:A?5@8<5=BK 2 D878:5 :>A<8G5A:8E ;CG59. 8 ;5:F89. 30 2. C@A ;5:F89, #=825@A8B5B "N18=35=. Fundamentals of Photon Detection. 8 ;5:F89 30 60 395,6104 2014 C1;8:0F88: 1. M. Kunnas, M. Brckner, N. Budnev et al. Hardware and first results of TUNKA-HiSCORE // NIMA. 2014. V.742. P.269-270. 1,316x30x0.1=3,948 2. M.Agostini, M.Allardt, E.Andreotti, & & & ., B.Lubsandorzhiev et al. 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The Tunka experiment: from small  toy experiment to multi-TeV gamma-ray observatory // $878:0 M;5<5=B0@=KE G0AB8F 8 0B><=>3> O4@0.LVAL  @8=OB0 : ?5G0B8.   = 0,743x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ubsandorzhiev. The International Workshop on Prospects of Particle Physics: "Neutrino Physics and Astrophysics" February 1 - Ferbuary 8, 2015, Valday, Russia >:;04:The Tunka experiment: from small  toy experiment to multi-TeV gamma-ray observatory. 30. 2. B.K.Lubsandorzhiev. International Workshop LIGHT2014. Ringberg Castle, Germany. October 6-12. >:;04: Review on  Photoelectron backscattering in vacuum photodetectors . 30. 3. B.K.Lubsandorzhiev. International Workshop LIGHT2014. Ringberg Castle, Germany. October 6-12. >:;04:   Eckart (personal reminiscent) . 30. 5:F88 1. C@A ;5:F89, $ !  8 #.  25 :C;LBC@K . 6 ;5:F89. 30 30 2013-2014: 829,477LVALOG/=>28G 235=89 ;5:A0=4@>28G, 21.10.1949,   70 2013-2014 33 0CG=K9 A>B@C4=8: -, B5<0: >8A: 42>9=>3> 157=59B@8==>3> 15B0 @0A?040 76Ge, 8A?>;=8B5;L B5<0: 07@01>B:0 684:>3> >@30=8G5A:>3> AF8=B8;;OB>@0 A C;LB@0=87:8< A>45@60=85< @048>C3;5@>40 (14!) 4;O @538AB@0F88 =59B@8=> =87:8E M=5@389, @C:>2>48B5;L !B0BL8 1 E Janovich, GERDA Col  The background in the neutrinoless double beta decay experiment GERDA , EPJC 74 (2014) 2764  =5,247 *30/7=22,5 2. E Janovich, GERDA Col  Neutrinoless double beta decay CERN COURIER, Feb 24, 2014,  =2,75*30/7=11,8 3. E Janovich, GERDA Col  Results on Neutrinoless Double-beta Decay of 76Ge from Phase I of the GERDA Experiment PHYSICAL REVIEW LETTERS, 111, p.122501 (2013),  =7,944*30/7=34 4 E Janovich, GERDA Col  The GERDA experiment for the search of 0 decay in 76Ge Eur. Phys. J. 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AA;54>20=85 :8=5B8:8 A25G5=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) "-. ! 1, 2013  =0,314E60/7=2,7 10) E Janovich, GERDA Col  GERDA sets new limits on neutrinoless double beta decay CERN COURIER, Aug 19, 2013,  =2,75*30/7=11,8 >:;04K =0 <564C=0@>4=KE :>=DLVAL5@5=F8OE I. E Janovich, GERDA Col.  Limit on neutrinoless double beta decay of 76Ge by the GERDA experiment TAUP 2013, 9-13 September 2013,  =30E0,075=2,25 2 E Janovich, GERDA Col.  Ge detectors for GERDA Phase I and Phase II and The first GERDA results The International Workshop on Non-Accelerator New Physics (NANPino-2013), June 24-29, 2013.  =30E0,075=2,25 3. E Janovich, GERDA Col.  Status of the GERDA experiment XVth Neutrino Telescopes Workshop ,Venice, Italy, March 12-15, 2013  =30E0,075=2,25 4. I. Barabanov, GERDA Col.,  GERDA: Recent Results and Future Plans International Conference on Astro-Particle Physics, Roma, Italy, 22-24 May 2013  =30E0,075=2,25 4. 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Parusov, "Method for Detecting Events in Double  Phase Ar chamber", Instrumental Techniques, vol.56, No5, 2013, p516.  =0,349E60/2=10,47. 21. ... 5@>2, .. 2G8==8:>2, .. >1@>28:>2, ""5@0?8O A<5AO<8  A :8A;>@>4><", >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 "$-6(2014).  =30/3=10. 22. B.M. Ovchinnikov, V.V. Parusov, "A multipliers with metallic electrodes", arXiv: 1006.2986.  =2. 23. .. 2G8==8:>2, .. 0@CA>2, "=>3>:0=0;L=K5 ?@>2>;>G=K5 C<=>68B5;8", @5?@8=B /  1351(2013).  =2. 24. Methods for detecting events in double-phase argon chambers B.M. Ovchinnikov, V.V. Parusov. 2013. 5 pp. DOI: 10.1134/S0020441213050072  =2 25. A gas electron multiplier with metal electrodes D.S. Kosolapov, B.M. Ovchinnikov, V.V. Parusov, V.I. Razin. 2013. 2 pp. Published in Instrum.Exp.Tech. 56 (2013) 684-685 DOI: 10.1134/S0020441214010229  = (0,349*60+4)/2=12,47 26. A study of Ar+C2H4 and Xe+CF4 gas mixtures B.M. Ovchinnikov, V.V. Parusov. 2013. 3 pp. Published in Instrum.Exp.Tech. 56 (2013) 637-639 DOI: 10.1134/S0020441214010266  = (0,349*60+4)/2=12,47 27. Multichannel wire gas electron multipliers B.M. Ovchinnikov, V.V. Parusov. 2013. 3 pp. Published in Instrum.Exp.Tech. 56 (2013) 634-636 DOI: 10.1134/S0020441214010096  = (0,349*60+4)/2=12,47 !C<<0@=K9  = 148,09LVALOG>?5;8>28G ;048<8@ 5=548:B>28G 1. >4 @>645=8O. 1945 2. 0B0 70I8BK 48AA5@B0F88 29 >:BO1@O 1971 3. 3. >;6=>ABL 254CI89 =0CG=K9 A>B@C4=8: 4. !?8A>: >?C1;8:>20==KE @01>B 70 2013 -2014 3.3. A C:070=85< :>;-20 02B>@>2. 1. Effective Strange Quark/Antiquark Masses from the Chiral Soliton Models for Baryons Vladimir B. Kopeliovich (Moscow, INR & Moscow, MIPT). e-Print: arXiv:1309.2555 [hep-ph] | PDF PRND= 4 2. 'Buddha's light' of cumulative particles. V.B. Kopeliovich (Moscow, INR & Moscow, MIPT), G.K.Matushko (Moscow, INR), I.K.Potashnikova (Santa Maria U., Valparaiso). e-Print: arXiv:1403.1992 [nuc-th] | J.Phys. G, Nuclear and Particle Physics 41 (2014)12, 125107 PRND= (2.838 x 30 + 4)/3 = 29.7 1. Neutron-Antineutron Oscillations: Theoretical Status and Experimental Prospects D.G.Phillips, W.M.Snow, K.Babu & V.B.Kopeliovich.... (63 authors) Submitted to Phys.Rept.; e-print arxiv: 1410.1100 [hep-ex] PRND= 4 x 0.075 = 0.3 4. Nuclear Glory Phenomenon. V.B. Kopeliovich (Moscow, INR & Moscow, MIPT), G.K.Matushko (Moscow, INR), I.K.Potashnikova (Santa Maria U., Valparaiso). e-Print: arXiv:1412.7707 [nucl-th, hep-ph] | PRND= 4/3 = 1.33   70 ?C1;8:0F88: 35.33 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2013 - 2014 3.3. 8 >?C1;8:>20==KE 2 2013 3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. 'Buddha's light' of cumulative particles (nuclear glory phenomenon). V.B. Kopeliovich (Moscow, INR & Moscow, MIPT), G.K.Matushko (Moscow, INR), I.K.Potashnikova (Santa Maria U., Valparaiso). Talk at the 11th Conference Quark Confinement and Hadron Spectrum, St Petersburg, Russia, 7-12 September 2014 https://indico.cern.ch/event/287920/session/45/contribution/33# PRND= 6 2+3,  !25B C44K :C<C;OB82=KE G0AB8F (O45@=K9 3;>@8O MDD5:B). ..>?5;8>28G (/  8 $", >A:20), ..0BCH:> (/ ), ..>B0H=8:>20 (!0=B0 0@8O #=825@A8B5B, 0;L?0@08A>, '8;8) >:;04 =0 18-< 564C=0@>4=>< A5<8=0@5 20@:8-2014, !C740;L, >AA8O, 2-8 8N=O 2014 3. 8 =0 !5AA88 B45;5=8O LVAL/45@=>9 $878:8 , $, >A:20, 17-21 =>O1@O 2014 3. PRND= 6 + 4=10 4. Vladimir Kopeliovich. Neutron rich hypernuclei in chiral soliton model. Xth Quark Confinement and the Hadron Spectrum, 8 - 12 October 2012, TUM Campus Garching, Munich, Germany Published in PoS ConfinementX (2012) 253. Published in 2013 PRND= 6 x 0.5 = 3 5. Vladimir Kopeliovich. Effective strange quark/antiquark masses From the chiral soliton models for exotic baryons. Xth Quark Confinement and the Hadron Spectrum, 8 - 12 October 2012, TUM Campus Garching, Munich, Germany Published in PoS ConfinementX (2012) 305, Published in ( 2013 ) PRND= 6 x 0.5 = 3 6. .>?5;8>28G. 59B@>==>-871KB>G=K5 38?5@O4@0 2 :8@0;L=>9 A>;8B>==>9 <>45;8. >:;04 =0 !5AA88-:>=D5@5=F88 A5:F88 O45@=>9 D878:8 $ , 12-16 =>O1@O 2012 3. >A:20, /# "$". ?C1;8:>20=>: http://www.icssnp.mephi.ru/content/file/section6/6_06_Kopel-NRH-MEPHI2.pdf Published in 2013. PRND = 4 E 0.5 = 2 7. V.Kopeliovich. Restriction on the neutron antineutron oscillations from the SNO data on the deuteron stability . 17th International Seminar on High Energy Physics, Yaroslavl, Russia, 4-10 June, 2012. Published in 2013. PRND=6 X 0.5 = 3   ?> 4>:;040<: 27 7. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. 1. C@A "2545=85 2 D878:C M;5<5=B0@=KE G0AB8F 8 :20=B>2CN B5>@8N ?>;O" '0ABL 2, G8B05BAO ABC45=B0< 3-4 -3> :C@A>2 $". >@01>B0= 2 2013 3. 4;O 4-3> :C@A0   =8 2. C@A "2545=85 2 D878:C M;5<5=B0@=KE G0AB8F 8 :20=B>2CN B5>@8N ?>;O" '0ABL 1, >@01>B0= 2 2014 3. 4;O 3-3> :C@A0.   = 8 "+   = 78.33LVALh >;C152 ;5:A0=4@ ;5:A5528G !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B D87.-<0B. =0C: 1. >4 @>645=8O. 1949 3. 2. 0B0 70I8BK :0=4840BA:>9 48AA5@B0F88 ??. 3. !?8A>: >?C1;8:>20==KE @01>B 70 2013 -2014 3.3. A C:070=85< :>;-20 02B>@>2. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. 8AL<0 2 -"$, B>< 97, (2013), AB@. 67. 2B>@>2 9  =1.364*60/9 = 9.09 A.I. Belesev et al., A search for an additional neutrino mass eigenstate in 2 to 100 eV region from "Troitsk nu-mass" data - detailed analysis, J. Phys. G: Nucl. Part. Phys. 41 (2014) 015001. 2B>@>2 9.  =2.838*30/9 = 9.46 "+   = 18.55O;>2 5==0489 8:>;0528G !=A, :D<= !! #'+% " # 2013-2014 3. 3. 1... O;>2. !?>A>1 >?@545;5=8O <0AAK =59B@8=> ?> @57C;LB0B0< 87<5@5=8O D>@<K A?5:B@0 15B0  @0A?040. @5?@8=B /  1345/2013. ., 2013. 2... O;>2.  2>?@>AC > ?>8A:5 AB5@8;L=>3> =59B@8=> ?> @57C;LB0B0< 87<5@5=8O D>@<K A?5:B@0 15B0  @0A?040. @5?@8=B /  1346/2013. ., 2013. 3... O;>2. -DD5:B :>=5G=>9 <0AAK =59B@8=> 2 A?5:B@5 15B0-@0A?040 B@8B8O. @5?@8=B /  1375/2013. ., 2013. 4. .. O;>2  2>?@>AC >1 8A?>;L7>20=88 ?@>?>@F8>=0;L=>3> AGQBG8:0 4;O ?>8A:0 ?@8<5A8 AB5@8;L=>3> =59B@8=> 2 ?@>F5AA5 15B0-@0A?040 B@8B8O. @5?@8=B /  13852014, 8N=L 2014. 5. .. O;>2. "5@<>O45@=K5 8AB>G=8:8 =59B@>=>2. -$ /, 2014 (<0B5@80; =0?@02;5= =0 M:A?5@B87C). 6. .. O;>2. 5@A?5:B82K, =5>?@545;Q==>AB8, 2>7<>6=>AB8 8AA;54>20=8O 8 8A?>;L7>20=8O C?@02;O5<>3> B5@<>O45@=>3> A8=B570. -$ /, 2014 (<0B5@80; =0?@02;5= =0 M:A?5@B87C). B>3>2K9  =16LVAL5@0A:8= 235=89 0A8;L528G !B0@H89 =0CG=K9 A>B@C4=8:, :D<= 5@0A:8= 235=89 0A8;L528G 4. >4 @>645=8O. 1939 3. 5. 0B0 70I8BK :0=4840BA:>9 48AA5@B0F88 2008. 6. >;6=>ABL. !B0@H89 =0CG=K9 A>B@C4=8:. 7. !?8A>: >?C1;8:>20==KE @01>B 70 2013 -2014 3.3. A C:070=85< :>;-20 02B>@>2. A.I. Belesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. 8AL<0 2 -"$, B>< 97, (2013), AB@. 67. 2B>@>2 9  =1.364*60/9 = 9.09 A.I. Belesev et al., A search for an additional neutrino mass eigenstate in 2 to 100 eV region from "Troitsk nu-mass" data - detailed analysis, J. Phys. G: Nucl. Part. Phys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enning discharge in the KATRIN pre-spectrometer F.M. Frankle, F. Gluck, K. Valerius, K. Bokeloh, A. Beglarian, J. Bonn, L. Bornschein, G. Drexlin, F. Habermehl, M.L. Leber, E.W. Otten, M. Steidl, T. Thummler, C. Weinheimer, J.F. Wilkerson, J. Wolf, S.V. Zadorozhny. Journal of Instrumentation, Volume 9, July 2014 DOI: doi:10.1088/1748-0221/9/07/P07028 http://iopscience.iop.org/1748-0221/9/07/P0702 17 02B>@>2.  =1,528 *30*0.1=4.584 2. .. >10H52, .. 0@:8=, !. 04>@>6=K9, .. !:0AK@A:0O, .. >78:, .!. 0=BC52, .. 5@0A:8=. 5@02=>25A=0O ?;07<0 <>;5:C;O@=>3> B@8B852>3> -8AB>G=8:0 =0 CAB0=>2:5 "@>8F: -<0AA. C@=0; 5@A?5:B82=K5 <0B5@80;K, 2013   =0,393*60/7=3,369 3. .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, . . I5=:>, !.. 04>@>6=K9, .. 8E>284, .. 0@:8=, .. >78:, .!. 0=BC52, .. 0@D5=>2, .. !:0AK@A:0O, .. "8B>2, .. ":0G52 >45@=878@>20==K9 A?5:B@><5B@ CAB0=>2:8 "@>8F: =N-<0AA >:;04 =0 <564C=0@>4=>9 A5AA88-:>=D5@5=F88 !5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 2013 3.  =2 4. Troitsk set-up status S. V. Zadorozhny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bdurashitov ,  Direct search of a dark matter with NaI: current status and possible perspectives , Oral presentation in International Conference  Dark matter, dark energy and their detection , Novosibirsk, July 22-26 2013 PRND=30 "   2015: 1.5+30=30.5LVALOG68;:81052 0H84 0:AC4>28G !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B D87-<0B =0C: Comparative study of amplified spontaneous emission and short pre-pulse impacts onto fast electron generation at sub-relativistic femtosecond laser-plasma interaction K.A. Ivanov, S. A. Shulyapov, P. A. Ksenofontov, I. N. Tsymbalov, R. V. Volkov, A. B. Savel ev, A. V. Brantov, V. Yu. Bychenkov, A. A. Turinge, A. M. Lapik, A. V. Rusakov, R. M. Djilkibaev, V. G. Nedorezov PHYSICS OF PLASMAS 21, 093110 (2014) online 23 September 2014 30*2.249*0.1 = 6.5 Novel Photonuclear Techniques Based on Femtosecond Lasers K.A. Ivanov, S. A. Shulyapov, D.S. Uryupina, R. V. Volkov, A. B. Savel ev A. V. Brantov, V. Yu. Bychenkov, A. A. Turinge, A. V. Rusakov, R. M. Dzhilkibaev, V. G. Nedorezov 8AL<0 2 -'/, 2014, ". 11, 1(185) !. 91-100 60*0.5*0.1 = 3 Positron source for annihilation spectroscopy R. Djilkibaev ;5=0@=K9 4>:;04 30 <8= ?C1;8:>20= 2 B@C40E :>=D5@5=F88 EMIN  2012, XIII International Seminar on Electromagnetic Interactions of Nuclei, Moscow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dare et al., Cross Section and Transverse Single-Spin Asymmetry of  Mesons in p+p Collisions at s"=200 GeV at Forward Rapidity, Phys.Rev. D90 (2014) 7, 072008. 2B>@>2 400.  =4.864*30*0.05=7.296 A. Adare et al., Low-mass vector-meson production at forward rapidity in p+p collisions at s"=200 GeV, Phys.Rev. D90 (2014) , 052002. 2B>@>2 400.  =4.864*30*0.05=7.296 A. Adare et al., Inclusive double-helicity asymmetries in neutral-pion and eta-meson production in p +p collisions at s"=200 GeV, Phys.Rev. D90 (2014) 1, 012007. 2B>@>2 400.  =4.864*30*0.05=7.296 A. Adare et al., Measurement of transverse-single-spin asymmetries for midrapidity and forward-rapidity production of hadrons in polarized p+p collisions at s"=200 and 62.4 GeV, Phys.Rev. D90 (2014) 1, 012006. 2B>@>2 400.  =4.864*30*0.05=7.296 A. Adare et al., Heavy-flavor electron-muon correlations in p+p and d+Au collisions at sNN" = 200 GeV, Phys.Rev. 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Phys.Rev.Lett. 111 (2013) 202301. 2B>@>2 400  =7.728*30*0.05=11.592 . Adare et al., Medium modification of jet fragmentation in Au+Au collisions at sNN""=200 GeV measured in direct photon-hadron correlations. Phys.Rev.Lett. 111 (2013) 032301. 2B>@>2 400  =7.728*30*0.05=11.592 A. Adare et al., Quadrupole anisotropy in dihadron azimuthal correlations in central d+Au collisions at sqrt(s_NN)=200 GeV. Phys.Rev.Lett. 111 (2013) 212301. 2B>@>2 400  =7.728*30*0.05=11.592 A. Adare et al., (1S+2S+3S) production in d+Au and p+p collisions at sNN""=200 GeV and cold-nuclear matter effects. Phys.Rev. C87 (2013) 044909. 2B>@>2 400  =3.881*30*0.05=5.8215 A. Adare et al., Inclusive cross section and single-transverse-spin asymmetry for very forward neutron production in polarized p+p collisions at s"=200 GeV. Phys.Rev. C88 (2013) 032006. 2B>@>2 400lLVAL|  =3.881*30*0.05=5.8215 A. Adare et al., Spectra and ratios of identified particles in Au+Au and d+Au collisions at sqrt(s_NN)=200 GeV . Phys.Rev. C88 (2013) 024906. 2B>@>2 400  =3.881*30*0.05=5.8215 A. Adare et al., Neutral pion production with respect to centrality and reaction plane in Au+Au collisions at sNN""=200 GeV. Phys.Rev. C87 (2013) 034911. 2B>@>2 400  =3.881*30*0.05=5.8215 A. Adare et al., Direct photon production in d+Au collisions at sNN""=200 GeV. Phys.Rev. C87 (2013) 054907. 2B>@>2 400  =3.881*30*0.05=5.8215 A. Adare et al., Transverse-Momentum Dependence of the J/ Nuclear Modification in d+Au Collisions at sNN""=200 GeV. Phys.Rev. C87 (2013) 034904. 2B>@>2 400  =3.881*30*0.05=5.8215 A. Adare et al., Double Spin Asymmetry of Electrons from Heavy Flavor Decays in p+p Collisions at s"=200 GeV. Phys.Rev. D87 (2013) 012011. 2B>@>2 400  =4.864*30*0.05=7.296 .. >10H52, .. 0@:8=, !. 04>@>6=K9, .. !:0AK@A:0O, .. >78:, .!. 0=BC52, .. 5@0A:8=. 5@02=>25A=0O ?;07<0 <>;5:C;O@=>3> B@8B852>3> -8AB>G=8:0 =0 CAB0=>2:5 "@>8F: -<0AA. C@=0; 5@A?5:B82=K5 <0B5@80;K, 2013   =0,393*60/7=3,369   ?> ?C1;8:0F8O< = 5*7.296+11*5.8215+5*11.592+ 9.09+9.46 = 177.03 14. !?8A>: ?0B5=B>2 70 2013 -2014 3.3. 5B. 15. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2013 -2014 3.3. 5B. 16.   70 @C:>2>4AB2> A>8A:0B5;5< ( >@>B552 @83>@89, 0A?8@0=B / ) = 30 "+   = 210,369LVAL>E>2 ;5:A59 8:B>@>28G 1987 3>40 @>645=8O <;04H89 =0CG=K9 A>B@C4=8: -$ !?8A>: ?C1;8:0F89 1. .. 14C@0H8B>2 8 4@., >8A: ?@8<5A8 AB5@8;L=KE =59B@8=> ?@8 @538AB@0F88 @0A?04>2 B@8B8O 2 ?@>?>@F8>=0;L=>< AG5BG8:5: =>2K5 2>7<>6=>AB8 // @5?@8=B / .  2014.  ! 1384/2014.  23 c. 4 / 6 = 0.67 2. Lokhov A.V., Tkachov F.V., Trukhanov P.S. Systematic search for step-like anomalies in the tritium beta-decay spectrum in the Troitsk-nu-mass experiment // Nucl.Phys.A.  2013.  Vol. 897.  Pp. 218-228. 2.499 * 30 / 3 =24.99 3. Lokhov A.V., Tkachov F.V., Statistical criteria for possible indications of new physics in tritium $$-decay spectrum, arXiv:1411.6245 4 / 2 = 2 4. Lokhov A.V., Tkachov F.V., Confidence intervals with a priori parameter bounds, arXiv:1403.5429 4 / 2 = 2 5. D. Abdurashitov, A. Berlev, N. Likhovid, A. Lokhov, I. Tkachev, V. Yants, Search for an admixture of sterile neutrino in the electron spectrum from tritium $$-decay, arXiv:1403.2935 4 / 6 = 0.67 6. Lokhov A., Tkachov F., Statistical criteria for possible indications of new physics in tritium b-decay spectrum, Particles and Nuclei International Conference 2014, Hamburg, Germany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elesev, A. I. Berlev, E. V. Geraskin, A. A. Golubev, N. A. Likhovid, A. A. Nozik, V. S. Pantuev, V. I. Parfenov, A. K. Skasyrskaya, An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from  Troitsk nu-mass data, Pis ma v ZhETF, vol. 97, iss. 2, pp. 73  75(2013) 1.364*60/9 = 9.09 3. A. I. Belesev, A. I. Berlev, E.V. Geraskin, A. A. Golubev, N. A. Likhovid, A. A. Nozik, V. S. Pantuev, V. I. Parfenov, A. K. Skasyrskaya, The search for an additional neutrino mass eigenstate in the 2 100 eV region from  Troitsk nu-mass data: a detailed analysis, J. Phys. G: Nucl. Part. Phys.41(2014) 015001 (15pp). 2.838*30/9 = 9.46 4. D. Abdurashitov, A. Berlev, N. Likhovid, A. Lokhov, I. Tkachev, V. Yants, Search for an admixture of sterile neutrino in the electron spectrum from tritium -decay, e-Print: arXiv:1403.2935 [nucl-ex], 2014 4/6 = 0.67 5. . . 14C@0H8B>2, . . 5@;52, . . 8E>284, . . >E>2, . . ":0GQ2, . -. /=F, >8A: ?@8<5A8 AB5@8;L=KE =59B@8=> ?@8 @538AB@0F88 @0A?04>2 B@8B8O 2 ?@>?>F8>=0;L=>< AGQBG8:5: =>2K5 2>7<>6=>AB8, ?@5?@8=B /  1384/2014 4/6 = 0.67 B>3>: 21,89 B>3>2K9   21,89LVALL @83>@L52 .@89 0A8;L528G c=A -$ >:B>@ D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8: -$ 1. ..0A8;L52, ...@83>@L52, ..810=>20,...>28:>20, ..8:5;L=5@, ... O1>2, ..%0CAB>2, .. %;NAB8=. 84:>AB=K9 1KAB@>459AB2CNI89 H5AB8A5:F8>==K9 45B5:B>@ 30<<0-;CG59 >1J5<>< 250; =0 >A=>25 @0AB2>@8B5;O  8 304>;8=852>3> ?>3;>B8B5;O =59B@>=>2. @5?@8=B /  "@>8F:: -/., (2 ?5G0B8)   = 4/6 = 0.7 2. D.V.Hliustin, Yu.V.Grigoriev, Yu.V.Ryabov, O.N.Libanova, E.V.Haustov. The Installation for Experimental Neutron Spectra Research in Reactor Materials Compositions. ISINN-21, Alushta, May 25-28, 2013. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 4>:;04G8: Hliustin D.V.   =6/5*1,5=1,8 "+   2,50@:8= ;5:A0=4@ 20=>28G !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B =0C: 1. .. >10H52, .. 0@:8=, !. 04>@>6=K9, .. !:0AK@A:0O, .. >78:, .!. 0=BC52, .. 5@0A:8=. 5@02=>25A=0O ?;07<0 <>;5:C;O@=>3> B@8B852>3> -8AB>G=8:0 =0 CAB0=>2:5 "@>8F: -<0AA. ?C1;8:>20=> 2 6C@=0;5 ISSN 1028-978X 5@A?5:B82=K5 <0B5@80;K A?5F80;L=K9 2K?CA: (14) D52@0;L, 2013, A. 282-289.  =0,393*60/7=3,37 2. .. 0@:8=, .. 82:8A, -.. 787>2, .. !K@><OB=8:>2, .. @K:8=0, .. !5<5=>2. "@8B89 2 AB5=:5 :0<5@K B5@<>O45@=>3> @50:B>@0 2 ?@>F5AA0E 55 =0AKI5=8O 8 4570:B820F88. ?C1;8:>20=> 2 6C@=0;5 ISSN 1028-978X 5@A?5:B82=K5 <0B5@80;K A?5F80;L=K9 2K?CA: (14) D52@0;L, 2013, A. 449-455.  = 0,393*60/6=3,93 !C<<0  =7,30"LVALOG2 O1>2 .@89 0A8;L528G >:B>@ D87-<0B =0C: >4 @>645=8O. 1933 0B0 70I8BK 48AA5@B0F88 2007 >;6=>ABL 2=A @54AB02;5==K5 8 >?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2013  2014 33 1. D.V.Hliustin, Yu.V.Grigoriev, Yu.V.Ryabov, O.N.Libanova, E.V.Haustov. The Installation for Experimental Neutron Spectra Research in Reactor Materials Compositions. ISINN-21, Alushta, May 25-28, 2013. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 4>:;04G8: Hliustin D.V.   =6/5*1,5=1,8 2. ..0A8;L52, ...@83>@L52, 810=>20 .., ...>28:>20, ..8:5;L=5@, ... O1>2, ..%0CAB>2, ..%;NAB8=. 84:>AB=K9 1KAB@>459AB2CNI89 H5AB8A5:F8>==K9 45B5:B>@ 30<<0-;CG59 >1J5<>< 250; =0 >A=>25 @0AB2>@8B5;O  8 304>;8=852>3> ?>3;>B8B5;O =59B@>=>2. @5?@8=B /  "@>8F:: -/. 2014, (2 ?5G0B8).   = 4/6 = 0.7 3. Yu.V.Pyatkov, D.V.Kamanin, A.A.Alexandrov, I.A.Alexandrova, N.Jacobs, N.A.Kondratyev, E.A.Kuznetsova, V.Malaza, Yu.V.Ryabov, A.O.Strekalovsky, O.V.Strekalovsky, V.E.Zhuchko // Status and prospects of collinear cluster tri-partition experimental studies // International Symposium on Exotic Nuclei  EXON 12 , Vladivostok, Russia, 01-06 October 2012. Conference proceedings, Editors: Yu.E.Penionzhkevich, and Yu.G.Sobolev. Published by World Scientific Publishing Co. Pte. Ltd., 2013. p. 407-410.  =6*1,5*0,1=0,9 4. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, V.S.Aleksandrov, N.Jacobs, N.Yu.Kazarinov, E.A.Kuznetsova, V.N.Shvetsov, Ts.Panteleev, Yu.V.Ryabov // Proposal on the electrostatic guide based experimental channel at the IBR-2 reactor // Proceedings of the 20th International Seminar on Interaction of Neutrons with Nuclei, Alushta, Ukraine, 21-26 May 2012. Dubna 2013, p. 111-116.  =6*1,5*0,1=0,9 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. >@01>B:0 :064K9 3>4 :C@A0 59B@>==0O D878:0 $"#  =8*2=16 C:>2>48B5;L ?@>5:B0 =59B@>==>3> 8<?C;LA=>3> 8AB>G=8:0 /  -!. "+   20,3LVALJ h>28:>2->@>48= =4@59 0;5@L528G !=A, :B= -:A?5@8<5=B0;L=0O D878:0 O4@0, M;5<5=B0@=KE G0AB8F, =59B@>==0O D878:0 @>4. 01.01.1962, :.B.=. A 1989 3., A=A, AB06 @01>BK 2 / 25 ;5B. !B0BL8: Novikov-Borodin A.V. Set Theory as the Unified Scheme for Physics.  E-Print arXiv: 0901.3962v3,  =4.  =4%;NAB8= 5=8A ;048<8@>28G <=A -$ @54AB02;5==K5 8 >?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2013-201433 1. D.V.Hliustin, Yu.V.Grigoriev, Yu.V.Ryabov, O.N.Libanova, E.V.Haustov. The Installation for Experimental Neutron Spectra Research in Reactor Materials Compositions. ISINN-21, Alushta, May 25-28, 2013. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 4>:;04G8: Hliustin D.V.   =6*1,5=9 2. ..0A8;L52, ...@83>@L52, 810=>20 .., ..>28:>20, ..8:5;L=5@, ... O1>2, ..%0CAB>2, ..%;NAB8=. 84:>AB=K9 1KAB@>459AB2CNI89 H5AB8A5:F8>==K9 45B5:B>@ 30<<0-;CG59 >1J5<>< 250; =0 >A=>25 @0AB2>@8B5;O  8 304>;8=852>3> ?>3;>B8B5;O =59B@>=>2.@5?@8=B /  "@>8F:: -/. 2013,   = 4/8 = 0.5 B>3>2K9   = 9,5810=>20 ;L30 8:>;052=0 ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2013-2014 3. 1. D.V.Hliustin, Yu.V.Grigoriev, Yu.V.Ryabov, O.N.Libanova, E.V.Haustov. The Installation for Experimental Neutron Spectra Research in Reactor Materials Compositions. ISINN-21, Alushta, May 25-28, 2013. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 4>:;04G8: Hliustin D.V.   =6/5*1,5=1,8 2. ..0A8;L52, ...@83>@L52, 810=>20 .., ..>28:>20, ..8:5;L=5@, ... O1>2, ..%0CAB>2, ..%;NAB8=. 84:>AB=K9 1KAB@>459AB2CNI89 H5AB8A5:F8>==K9 45B5:B>@ 30<<0-;CG59 >1J5<>< 250; =0 >A=>25 @0AB2>@8B5;O  8 304>;8=852>3> ?>3;>B8B5;O =59B@>=>2.@5?@8=B /  "@>8F:: -/. 2013,   = 4/8 = 0.5 B>3>2K9   = 2,5LVAL >78: ;5:A0=4@ @:04L528G 0CG=K9 A>B@C4=8:, :0=4840B D87-<0B =0C: C1;8:0F88: I. Belesev, A. I. Berlev, E. V. Geraskin, A. A. Golubev, N. A. Likhovid, A. A. Nozik, V. S. Pantuev, V. I. Parfenov, A. K. Skasyrskaya , Upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from  Troitsk nu-Mass data, JETP Lett. 97 (2013) 67-69. 1.364 * 60 / 9 = 9,093 >78: . . >8A: 8 >B1>@ =5@53C;O@=>3> D>=0 2 A>1KB8OE A ?>AB>O==>9 A:>@>ABLN AG5B0, @5?@8=B /. ? = 4 A I Belesev, A I Berlev, E V Geraskin, A A Golubev, N A Likhovid, A A Nozik, V S Pantuev, V I Parfenov and A K Skasyrskaya, The search for an additional neutrino mass eigenstate in the 2 100 eV region from  Troitsk nu-mass data: a detailed analysis, @8=OB> : ?C1;8:0F88 J. Phys. G: Nucl. Part. Phys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elesev et al., An upper limit on additional neutrino mass eigenstate in 2 to 100 eV region from 'Troitsk nu-mass' data. 8AL<0 2 -"$, B>< 97, (2013), AB@. 67. 2B>@>2 9 1.364*60/9 = 9.09 4. A.I. Belesev et al., A search for an additional neutrino mass eigenstate in 2 to 100 eV region from "Troitsk nu-mass" data - detailed analysis, e-print arXiv:1307.5687. 2B>@>2 9. J. Phys. 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Radionuclide Production by High Intensity Proton Irradiation at2 LVALB the INR Linear Accelerator. XXIV Russian Particle Accelerators Conference, Obninsk, Russia, October 6 - 10, 2014. (@83;0H5==K9 4>:;04)   =20/10=2 3. B.L.Militsyn, L.S. Cowie, P. Goudket, J.W.McKenzie, G. Burt,T.J. Jone, V.V. Paramonov, A.K. Skasyrskaya, Design of the High Repetition Rate Photocathode Gun for the CLARA project, Linac 2014, THPP126, Geneva, 1-5 September 2014, MOPP125, 2014, 0;; 6/8=0.75 ( 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   ==30.113LVALOG'>;C1520 ;5=0 !5@3552=0 !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B =0C: 1. Neutron-Antineutron Oscillations: Theoretical Status and Experimental Prospects D.G. Phillips, II (North Carolina State U. & TUNL, Durham), W.M. Snow (Indiana U.), K. Babu (Oklahoma State U.), S. Banerjee (Saha Inst.), D.V. Baxter (Indiana U.), Z. Berezhiani (Gran Sasso & INFN, Aquila), M. Bergevin (UC, Davis), S. Bhattacharya (Saha Inst.), G. Brooijmans (Columbia U.), L. 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"OGHHHH<?a =Cn(@?NOGHHHH<?` AZ H @?"OGHHHH<?_ ObA` @? OGHHHH<?^ QAT @?4" OGHHHH<?] 1\B@@l%OGHHHH<?\ *BH n(&@?ROGHHHH<?[  @?<<<<<?Z E B: ` @@@HHHH<?Y \jB @?"OGHHHH<?X D,"@?OGHHHH<?W `'CpJ@?)OGHHHH<?V { Cr|@?OGHHHH<?U ?uBF@?&0OGHHHH<?T M@?<<<<<?S &uECq-C , >@?>OGHHHH<?R P `e B@( f@?*OGHHHH<?Q IA^F@?OGHHHH<?P aK B@( 4@@/OGHHHH<?O AXR~@@@]HHHH<?N CNb%BlT @?+OGHHHH<?M dAFR@?OGHHHH<?L [ @'D,%@@\OG@>25@8BL :-B 2?hhHH<K S 4C,@@?OGHHHH<?J [D,T$~@?HOGHHHH<?I OCD@?mOG165,741 ???UUHH<H G'C,!^1$@?OGHHHH<?G xj[C( B'D@?&OGHHHH<?F qRC,!&"@?XOG@>25@8BL &^^HH<E >=C!@?ZOGHHHH<?D JLC:R@?w~OGHHHH<?C N\C,."&@?rnOGHHHH<?B cCZdCP,f!@?DbOGHHHH<?A 5B@?0^OGHHHH<?@ q=jAF@?@@]HHHH<??  B@ 4@?[OGHHHH<?> ` 9tC@8J@?2?WOGHHHH<?= ͌@CC"@?;SOGHHHH<?< @?<<<<<?; N)$DR5,+(@?6OGHHHH<?: pBrZ @?r @5HHHH<?9 xB$@?\@3HHHH<?~LVAL0BCH:> 0;8=0 >=AB0=B8=>2=0 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2013 -2014 3.3. A C:070=85< :>;-20 02B>@>2. 1. 'Buddha's light' of cumulative particles. V.B. 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Talk at the 11th Conference Quark Confinement and Hadron Spectrum, St Petersburg, Russia, 7-12 September 2014 https://indico.cern.ch/event/287920/session/45/contribution/33# PRND= 6/3=2 2+3,  !25B C44K :C<C;OB82=KE G0AB8F (O45@=K9 3;>@8O MDD5:B). ..>?5;8>28G (/  8 $", >A:20), ..0BCH:> (/ ), ..>B0H=8:>20 (!0=B0 0@8O #=825@A8B5B, 0;L?0@08A>, '8;8) >:;04 =0 18-< 564C=0@>4=>< A5<8=0@5 20@:8-2014, !C740;L, >AA8O, 2-8 8N=O 2014 3. 8 =0 !5AA88 B45;5=8O /45@=>9 $878:8 , $, >A:20, 17-21 =>O1@O 2014 3. PRND= (6 + 4)/3=3,33 "+   = 36,36LVALOG7 $8;8??>2 !5@359 8:>;0528G 1951 3.@. 0CG=K9 A>B@C4=8: ;01>@0B>@88 <57>==>9 D878:8 ! 0720=85 AB0BL8 C@=0; 2B>@K 2B>@K   1 Precision luminosity measurements at LHCb JINST 9 (2014) 12005 LHCb collaboration 1.526*30*0.04= 1,831 2 Precision measurement of the mass and lifetime of the $\Xi_b^-$ baryon Phys. Rev. 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Observation of the rare $B^0_s\to\mu^+\mu^-$ decay from the combined analysis of CMS and LHCb data LHCB-PAPER-2014-049 arXiv:1411.4413 LHCb collaboration 0,32 9 Precision measurement of $CP$ violation in $B_s^0 \to J/\psi K^+K^-$ decays LHCB-PAPER-2014-059 arXiv:1411.3104 LHCb collaboration 0,32 10 Measurement of $B_c^+$ production in proton-proton collisions at $\sqrt{s}=8$ TeV LHCB-PAPER-2014-050 arXiv:1411.2943 LHCb collaboration 0,32 11 Measurement of the CP-violating phase $\beta$ in $B^0\rightarrow J/\psi \pi^+\pi^-$ decays and limits on penguin effects LHCB-PAPER-2014-058arXiv:1411.1634 LHCb collaboration 0,32 12 Measurement of the Z+b-jet cross-section in pp collisions at $\sqrt{s}=7{\mathrm{\,Te\kern -0.1em V}}$ in the forward region LHCB-PAPER-2014-055 arXiv:1411.1264 LHCb collaboration 0,32 13 Study of $\eta-\eta'$ mixing from measurement of $B^0_{(s)}\to J/\psi\eta^{(')}$ decay rates LHCB-PAPER-2014-056 arXiv:1411.0943 LHCb collaboration 0,32 14 Search for $CP$ violation in $D^0\to \pi^-\pi^+\pi^0$ decays with the energy test LHCB-PAPER-2014-054 arXiv:1410.4170 LHCb collaboration 0,32 15 Precision luminosity measurements at LHCb LHCB-PAPER-2014-047 arXiv:1410.0149 LHCb collaboration 0,32 16 Precision measurement of the mass and lifetime of the $\Xi_b^-$ baryon LHCB-PAPER-2014-048 arXiv:1409.8568 LHCb collaboration 0,32 17 Measurement of the semileptonic $CP$ asymmetry in $B^0-\overline{B}{}^0$ mixing LHCB-PAPER-2014-053 arXiv:1409.8586 LHCb collaboration 0,32 18LVALE Search for the lepton flavour violating decay $\tau^-\to \mu^-\mu^+\mu^-$ LHCB-PAPER-2014-052 arXiv:1409.8548 LHCb collaboration 0,32 19 Measurement of the CP-violating phase $\phi_s$ in $\bar{B}^{0}_{s}\to D_{s}^{+}D_{s}^{-}$ decays LHCB-PAPER-2014-051 arXiv:1409.4619 LHCb collaboration 0,32 20 Measurement of the $\eta_c (1S)$ production cross-section in proton-proton collisions via the decay $\eta_c (1S) \rightarrow p \bar{p}$ LHCB-PAPER-2014-029 arXiv:1409.3612 LHCb collaboration 0,32 21 Measurement of the $\chi_b(3P)$ mass and of the relative rate of $\chi_{b1}(1P)$ and $\chi_{b2}(1P)$ production LHCB-PAPER-2014-040 arXiv:1409.1408 LHCb collaboration 0,32 22 Measurements of $C\!P$ violation in the three-body phase space of charmless $B^{\pm}$ decays LHCB-PAPER-2014-044 arXiv:1408.5373 LHCb collaboration 0,32 23 Determination of $\gamma$ and $-2\beta_s$ from charmless two-body decays of beauty mesons LHCB-PAPER-2014-045 arXiv:1408.4368 LHCb collaboration 0,32 24 Measurement of the forward $W$ boson cross-section in $pp$ collisions at $\sqrt{s} = 7 {\rm \, TeV}$ LHCB-PAPER-2014-033 arXiv:1408.4354 LHCb collaboration 0,32 25 Measurement of the CKM angle $\gamma$ using $B^\pm \to D K^\pm$ with $D \to K^0_{\rm S} \pi^+\pi^-, K^0_{\rm S} K^+ K^-$ decays LHCB-PAPER-2014-041 arXiv:1408.2748 LHCb collaboration 0,32 26 Search for $CP$ violation using $T$-odd correlations in $D^0 \to K^+K^-\pi^+\pi^-$ decays LHCB-PAPER-2014-046 arXiv:1408.1299 LHCb collaboration 0,32 27 First 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$\bar{B}_s^0$ meson lifetime in $D_s^+\pi^-$ decays LHCB-PAPER-2014-037 arXiv:1407.5873 LHCb collaboration 0,32 40 Evidence of $CP$ violation in $B^+\to p\bar{p}K^+$ decays LHCB-PAPER-2014-034 arXiv:1407.5907 LHCb collaboration 0,32 41 Measurement of CP violation in $B_s^0 \to \phi \phi$ decays LHCB-PAPER-2014-026 arXiv:1407.2222 LHCb collaboration 0,32 42 Measurement of the ratio of $B_c^+$ branching fractions to $J/\psi\pi^+$ and $J/\psi\mu^+\nu_\mu$ final states LHCB-PAPER-2014-025 arXiv:1407.2126 LHCb collaboration 0,32 43 Effective lifetime measurements in theLVALG $B_{s}^{0} \rightarrow K^{+}K^{-}$, $B^{0} \rightarrow K^{+}\pi^{-}$ and $B_{s}^{0} \rightarrow \pi^{+}K^{-}$ decays LHCB-PAPER-2014-011 arXiv:1406.7204 LHCb collaboration 0,32 44 Test of lepton universality using $B^{+}\rightarrow K^{+}\ell^{+}\ell^{-}$ decays LHCB-PAPER-2014-024 arXiv:1406.6482 LHCb collaboration 0,32 45 First measurement of the charge asymmetry in beauty-quark pair production LHCB-PAPER-2014-023 arXiv:1406.4789 LHCb collaboration 0,32 46 Observation of $Z$ production in proton-lead collisions at LHCb LHCB-PAPER-2014-022 arXiv:1406.2885 LHCb collaboration 0,32 47 Search for $CP$ violation in $D^{\pm}\rightarrow K^0_S K^{\pm}$ and $D^{\pm}_{s}\rightarrow K^0_S \pi^{\pm}$ decays LHCB-PAPER-2014-018 arXiv:1406.2624 LHCb collaboration 0,32 48 Observation of the $\Lambda_b^0 \rightarrow J/\psi p \pi^-$ decay LHCB-PAPER-2014-020 arXiv:1406.0755 LHCb collaboration 0,32 49 Precision measurement of the mass and lifetime of the $\Xi_b^0$ baryon LHCB-PAPER-2014-021 arXiv:1405.7223 LHCb collaboration 0,32 50 Study of the kinematic dependences of $\Lambda_b^0$ production in $pp$ collisions and a measurement of the $\Lambda_b^0 \rightarrow \Lambda_c^+ \pi^-$ branching fraction LHCB-PAPER-2014-004 arXiv:1405.6842 LHCb collaboration 0,32 51 Study of $\Upsilon$ production and cold nuclear matter effects in pPb collisions at $\sqrt{s_{NN}}=5~\mathrm{TeV}$ LHCB-PAPER-2014-015 arXiv:1405.5152 LHCb collaboration 0,32 52 Measurement of the CP-violating phase $\phi_s$ in $\overline{B}^0_s\rightarrow J/\psi \pi^+\pi^-$ decays LHCB-PAPER-2014-019 arXiv:1405.4140 LHCb collaboration 0,32 53 Observation of the $B^{0}_{s}\rightarrow J/\psi K_{{\rm S}}^{0} K^{\pm} \pi^{\mp}$ decay LHCB-PAPER-2014-016 arXiv:1405.3219 LHCb collaboration 0,32 54 Measurement of $CP$ asymmetry in $D^0 \rightarrow K^- K^+$ and $D^0 \rightarrow \pi^- \pi^+$ decays LHCB-PAPER-2014-013 arXiv:1405.2797 LHCb collaboration 0,32 55 Measurement of the $\Xi_b^-$ and $\Omega_b^-$ baryon lifetimes LHCB-PAPER-2014-010 arXiv:1405.1543LVALH LHCb collaboration 0,3 56 Measurement of the resonant and CP components in $\overline{B}^0\rightarrow J/\psi \pi^+\pi^-$ decays LHCB-PAPER-2014-012 arXiv:1404.5673 LHCb collaboration 0,32 57 Observation of the resonant character of the $Z(4430)^-$ state LHCB-PAPER-2014-014 arXiv:1404.1903 LHCb collaboration 0,32 58 Evidence for the decay $B_c^+ \rightarrow J/\psi 3\pi^+ 2\pi^-$ LHCB-PAPER-2014-009 arXiv:1404.0287 LHCb collaboration 0,32 59 Evidence for the decay $X(3872)\rightarrow\psi(2S)\gamma$ LHCB-PAPER-2014-008 arXiv:1404.0275 LHCb collaboration 0,32 60 Angular analysis of charged and neutral $B \to K \mu^+\mu^-$ decays LHCB-PAPER-2014-007 arXiv:1403.8045 LHCb collaboration 0,32 61 Differential branching fractions and isospin asymmetries of $B \to K^{(*)}\mu^+\mu^+$ decays LHCB-PAPER-2014-006 arXiv:1403.8044 LHCb collaboration 0,32 62 Study of beauty hadron decays into pairs of charm hadrons LHCB-PAPER-2014-002 arXiv:1403.3606 LHCb collaboration 0,32 63 Measurement of polarization amplitudes and $CP$ asymmetries in $B^0 \to \phi K^*(892)^0$ LHCB-PAPER-2014-005 arXiv:1403.2888 LHCb collaboration 0,32 64 Measurement of $\psi(2S)$ polarisation in $pp$ collisions at $\sqrt{s}=7$ TeV LHCB-PAPER-2013-067 arXiv:1403.1339 LHCb collaboration 0,32 65 Observation of photon polarization in the $b \to s\gamma$ transition LHCB-PAPER-2014-001 arXiv:1402.6852 LHCb collaboration 0,32 66 Measurement of resonant and $CP$ components in $\overline{B}_s^0\to J/\psi\pi^+\pi^-$ decays LHCB-PAPER-2013-069 arXiv:1402.6248 LHCb collaboration 0,32 67 Precision measurement of the ratio of the $\Lambda^0_b$ to $\overline{B}^0$ lifetimes LHCB-PAPER-2014-003 arXiv:1402.6242 LHCb collaboration 0,32 68 Measurement of charged particle multiplicities and densities in $pp$ collisions at $\sqrt{s}$ = 7 TeV in the forward region LHCB-PAPER-2013-070 arXiv:1402.4430 LHCb collaboration 0,32 69 A study of CP violation in $B^\pm \to D K^\pm$ and $B^\pm \to D \pi^\pm$ decays with $D \to K^0_{\rm S} K^\pm \pi^\mp$ final statesLVALI LHCB-PAPER-2013-068 arXiv:1402.2982 LHCb collaboration 0,32 70 Measurements of the $B^+$, $B^0$, $B_s^0$ meson and $\Lambda_b^0$ baryon lifetimes LHCB-PAPER-2013-065 arXiv:1402.2554 LHCb collaboration 0,32 71 Measurement of $\Upsilon$ production in $pp$ collisions at $\sqrt{s}=2.76$ TeV LHCB-PAPER-2013-066 arXiv:1402.2539 LHCb collaboration 0,32 72 Searches for $\Lambda^0_{b}$ and $\Xi^{0}_{b}$ decays to $K^0_{\rm S} p \pi^{-}$ and $K^0_{\rm S}p K^{-}$ final states with first observation of the $\Lambda^0_{b} \rightarrow K^0_{\rm S}p \pi^{-}$ decay LHCB-PAPER-2013-061 arXiv:1402.0770 LHCb collaboration 0,32 73 Measurement of the $B_c^+$ meson lifetime using $B_c^+ \to J/\psi\mu^+ \nu_{\mu} X$ decays LHCB-PAPER-2013-063 arXiv:1401.6932 LHCb collaboration 0,32 74 Search for Majorana neutrinos in $B^- \to \pi^+\mu^-\mu^-$ decays LHCB-PAPER-2013-064 arXiv:1401.5361 LHCb collaboration 0,32 75 Updated measurements of exclusive $J/\psi$ and $\psi(2S)$ production cross-sections in $pp$ collisions at $\sqrt{s}=7$ TeV LHCB-PAPER-2013-059 arXiv:1401.3288 LHCb collaboration 0,32 76 Observation of associated production of a $Z$ boson with a $D$ meson in the forward region LHCB-PAPER-2013-062 arXiv:1401.3245 LHCb collaboration 0,32 77 Measurement of the $\bar{B}_s^0\to D_s^-D_s^+$ and $\bar{B}_s^0\to D^-D_s^+$ effective lifetimes LHCB-PAPER-2013-060 arXiv:1312.1217 LHCb collaboration 0,32 78 Studies of beauty baryon decays to $D^0 ph^-$ and $\Lambda_c^+ h^-$ final states LHCB-PAPER-2013-056 arXiv:1311.4823 LHCb collaboration 0,32 79 Study of forward Z+jet production in pp collisions at $\sqrt{s}$ = 7 TeV LHCB-PAPER-2013-058 arXiv:1310.8197 LHCb collaboration 0,32 80 Search for CP violation in the decay $D^+ \to \pi^-\pi^+\pi^+$ LHCB-PAPER-2013-057 arXiv:1310.7953 LHCb collaboration 0,32 81 Measurements of indirect CP asymmetries in $D^0\to K^-K^+$ and $D^0\to\pi^-\pi^+$ decays LHCB-PAPER-2013-054 arXiv:1310.7201 LHCb collaboration 0,32 82 Measurement of CP violation in the phase space of $B^{\pm} \rigLVALJhtarrow K^{+} K^{-} \pi^{\pm}$ and $B^{\pm} \rightarrow \pi^{+} \pi^{-} \pi^{\pm}$ decays LHCB-PAPER-2013-051 arXiv:1310.4740 LHCb collaboration 0,32 83 Search for the doubly charmed baryon $\Xi_{cc}^+$ LHCB-PAPER-2013-049 arXiv:1310.2538 LHCb collaboration 0,32 84 Search for the decay $D^0\to\pi^+\pi^-\mu^+\mu^-$ LHCB-PAPER-2013-050 arXiv:1310.2535 LHCb collaboration 0,32 85 Observation of $\bar{B}^0_{(s)}\rightarrow J/\psi f_1(1285)$ decays and measurement of the $f_1(1285)$ mixing angle LHCB-PAPER-2013-055 arXiv:1310.2145 LHCb collaboration 0,32 86 Measurement of $D^{0}-\bar{D}^0$ mixing parameters and search for CP violation using $D^{0} \to K^{+}\pi^{-}$ decays LHCB-PAPER-2013-053 arXiv:1309.6534 LHCb collaboration 0,32 87 Measurement of the charge asymmetry in $B^{\pm}\rightarrow \phi K^{\pm}$ and search for $B^{\pm}\rightarrow \phi \pi^{\pm}$ decays LHCB-PAPER-2013-048 arXiv:1309.3742 LHCb collaboration 0,32 88 Observation of the decay $B_c^+ \rightarrow J/\psi K^+ K^- \pi^+$ LHCB-PAPER-2013-047 arXiv:1309.0587 LHCb collaboration 0,32 89 Study of $J/\psi$ production and cold nuclear matter effects in $p$Pb collisions at $\sqrt{s_{NN}}$ = 5 TeV LHCB-PAPER-2013-052 arXiv:1308.6729 LHCb collaboration 0,32 90 First observation of $\overline{B}^0 \rightarrow J/\psi K^{+}K^{-}$ and search for $\overline{B}^0 \rightarrow J/\psi \phi$ decays LHCB-PAPER-2013-045 arXiv:1308.5916 LHCb collaboration 0,32 91 Observation of the decay $B_s^0\to\bar{D}^0\phi$ LHCB-PAPER-2013-035 arXiv:1308.4583 LHCb collaboration 0,32 92 Observation of the decay $B_c^+ \to B_s^0 \pi^+$ LHCB-PAPER-2013-044 arXiv:1308.4544 LHCb collaboration 0,32 93 Model-independent search for $CP$ violation in $D^{0} \to K^{-}K^{+}\pi^{-}\pi^{+}$ and $D^{0} \to \pi^{-}\pi^{+}\pi^{+}\pi^{-}$ decays LHCB-PAPER-2013-041 arXiv:1308.3189 LHCb collaboration 0,32 94 Measurement of form-factor independent observables in the decay $B^{0} \to K^{*0} \mu^+ \mu^-$ LHCB-PAPER-2013-037 arXiv:1308.1707 LHCb collaboration 0,32 95 First measuremenLVALKt of time-dependent $C\!P$ violation in $B^0_s \to K^+K^-$ decays LHCB-PAPER-2013-040 arXiv:1308.1398 LHCb collaboration 0,32 96 Measurement of the $C\!P$ asymmetry in $B^+ \rightarrow K^+ \mu^+ \mu^-$ decays LHCB-PAPER-2013-043 arXiv:1308.1340 LHCb collaboration 0,32 97 Observation of $B^0_s$-$\bar{B}^0_s$ mixing and measurement of mixing frequencies using semileptonic B decays LHCB-PAPER-2013-036 arXiv:1308.1302 LHCb collaboration 0,32 98 Branching fraction and $CP$ asymmetry of the decays $B^+ \to K_{\rm \scriptscriptstyle S}^0 \pi^+$ and $B^+ \to K_{\rm \scriptscriptstyle S}^0 K^+$ LHCB-PAPER-2013-034 arXiv:1308.1277 LHCb collaboration 0,32 99 Measurement of the flavour-specific $CP$-violating asymmetry $a_{\rm sl}^s$ in $B_s^0$ decays LHCB-PAPER-2013-033 arXiv:1308.1048 LHCb collaboration 0,32 100 First evidence for the two-body charmless baryonic decay $B^0 \to p \bar{p}$ LHCB-PAPER-2013-038 arXiv:1308.0961 LHCb collaboration 0,32 101 Study of $B_{\scriptscriptstyle (s)}^0 \to K_{\rm \scriptscriptstyle S}^0 h^{+} h^{\prime -}$ decays with first observation of $B_{\scriptscriptstyle s}^0 \to K_{\rm \scriptscriptstyle S}^0 K^{\pm} \pi^{\mp}$ and $B_{\scriptscriptstyle s}^0 \to K_{\rm \scriptscriptstyle S}^0 \pi^{+} \pi^{-}$ LHCB-PAPER-2013-042 arXiv:1307.7648 LHCb collaboration 0,32 102 Observation of a resonance in $B^+ \to K^+ \mu^+\mu^-$ decays at low recoil LHCB-PAPER-2013-039 arXiv:1307.7595 LHCb collaboration 0,32 103 Measurement of $J/\psi$ polarization in $pp$ collisions at $\sqrt{s}=7$ TeV LHCB-PAPER-2013-008 arXiv:1307.6379 LHCb collaboration 0,32 104 Studies of the decays $B^+ \to p \bar p h^+$ and observation of $B^+ \to \kern 0.1em\bar{\kern -0.1em\Lambda}(1520)p$ LHCB-PAPER-2013-031 arXiv:1307.6165 LHCb collaboration 0,32 105 Measurement of the $B^0_s \to \mu^+ \mu^-$ branching fraction and search for $B^0 \to \mu^+ \mu^-$ decays at the LHCb experiment LHCB-PAPER-2013-046 arXiv:1307.5024 LHCb collaboration 0,32 106 Search for the lepton-flavor violating decays $B^0_s \righLVALLtarrow e^{\pm}\mu^{\mp}$ and $B^0 \rightarrow e^{\pm} \mu^{\mp}$ LHCB-PAPER-2013-030 arXiv:1307.4889 LHCb collaboration 0,32 107 Study of $D_J$ meson decays to $D^+\pi^-$, $D^0 \pi^+$ and $D^{*+}\pi^-$ final states in $pp$ collisions LHCB-PAPER-2013-026 arXiv:1307.4556 LHCb collaboration 0,32 108 Measurement of the relative rate of prompt $\chi_{c0}$, $\chi_{c1}$ and $\chi_{c2}$ production at $\sqrt{s}=7$TeV LHCB-PAPER-2013-028 arXiv:1307.4285 LHCb collaboration 0,32 109 Measurement of the polarization amplitudes in $B^0 \to J/\psi K^{*}(892)^0$ decays LHCB-PAPER-2013-023 arXiv:1307.2782 LHCb collaboration 0,32 110 Precision measurement of the $\Lambda_b^0$ baryon lifetime LHCB-PAPER-2013-032 arXiv:1307.2476 LHCb collaboration 0,32 111 Measurement of $B$ meson production cross-sections in proton-proton collisions at $\sqrt{s}=$ 7 TeV LHCB-PAPER-2013-004 arXiv:1306.3663 LHCb collaboration 0,32 112 First observation of the decay $B_{c}^{+}\to J/\psi K^+$ LHCB-PAPER-2013-021 arXiv:1306.6723 LHCb collaboration 0,32 113 Observation of $B^+_c \rightarrow J/\psi D_s^+$ and $B^+_c \rightarrow J/\psi D_s^{*+}$ decays LHCB-PAPER-2013-010 arXiv:1304.4530 LHCb collaboration 0,32 114 Searches for $B^0_{(s)} \to J/\psi p\bar{p}$ and $B^+ \to J/\psi p\bar{p}\pi^+$ decays LHCB-PAPER-2013-029 arXiv:1306.4489 LHCb collaboration 0,32 115 Measurement of the differential branching fraction of the decay $\Lambda_b^0 \rightarrow \Lambda\mu^+\mu^-$ LHCB-PAPER-2013-025 arXiv:1306.2577 LHCb collaboration 0,32 116 First observation of the decay $B_s^0 \rightarrow \phi \bar{K}^{*0}$ LHCB-PAPER-2013-012 arXiv:1306.2239 LHCb collaboration 0,32 117 Measurement of $C\!P$ violation in the phase space of $B^{\pm} \to K^{\pm} \pi^{+} \pi^{-}$ and $B^{\pm} \to K^{\pm} K^{+} K^{-}$ decays LHCB-PAPER-2013-027 arXiv:1306.1246 LHCb collaboration 0,32 118 Observation of $B^0_s\rightarrow\chi_{c1}\phi$ decay and study of $B^0\rightarrow\chi_{c1,2}K^{*0}$ decays LHCB-PAPER-2013-024 arXiv:1305.6511 LHCb collaboration 0,32 119 SearcLVALMh for the rare decay $D^0 \to \mu^+ \mu^-$ LHCB-PAPER-2013-013 arXiv:1305.5059 LHCb collaboration 0,32 120 Study of $B^{0} \rightarrow D^{*-}\pi^{+}\pi^{-}\pi^{+}$ and $B^{0} \rightarrow D^{*-}K^{+}\pi^{-}\pi^{+}$ decays LHCB-PAPER-2012-046 arXiv:1303.6871 LHCb collaboration 0,32 121 Measurement of the CKM angle $\gamma$ from a combination of $B^{\pm} \to Dh^{\pm}$ analyses LHCB-PAPER-2013-020 arXiv:1305.2050 LHCb collaboration 0,32 122 Differential branching fraction and angular analysis of the decay $B_s^0 \to \phi \mu^+\mu^-$ LHCB-PAPER-2013-017 arXiv:1305.2168 LHCb collaboration 0,32 123 Production of $J/\psi$ and $\Upsilon$ mesons in $pp$ collisions at $\sqrt{s}$ = 8 TeV LHCB-PAPER-2013-016 arXiv:1304.6977 LHCb collaboration 0,32 124 Measurement of the $B^0 \to K^{*0}e^+e^-$ branching fraction at low dilepton mass LHCB-PAPER-2013-005 arXiv:1304.3035 LHCb collaboration 0,32 125 Precision measurement of $D$ meson mass differences LHCB-PAPER-2013-011 arXiv:1304.6865 LHCb collaboration 0,32 126 First observation of $CP$ violation in the decays of $B^0_s$ mesons LHCB-PAPER-2013-018 arXiv:1304.6173 LHCb collaboration 0,32 127 Measurements of the branching fractions of $B^{+} \to p \bar{p} K^{+}$ decays LHCB-PAPER-2012-047 arXiv:1303.7133 LHCb collaboration 0,32 128 Search for $D^{+}_{(s)} \rightarrow \pi^{+} \mu^{+} \mu^{-}$ and $D^{+}_{(s)} \rightarrow \pi^{-} \mu^{+} \mu^{+}$ decays LHCB-PAPER-2012-051 arXiv:1304.6365 LHCb collaboration 0,32 129 Measurement of the branching fractions of the decays $B^0_s \rightarrow \overline{D}^0 K^- \pi^+$ and $B^0 \rightarrow \overline{D}^0 K^+ \pi^-$ LHCB-PAPER-2013-022 arXiv:1304.6317 LHCb collaboration 0,32 130 Precision measurement of the $B^0_s - \bar{B}^0_s$ oscillation frequency with the decay $B^0_s \to D^-_s \pi^+$ LHCB-PAPER-2013-006 arXiv:1304.4741 LHCb collaboration 0,32 131 Searches for violation of lepton flavour and baryon number in tau lepton decays at LHCb LHCB-PAPER-2013-014 arXiv:1304.4518 LHCb collaboration 0,32 132 Measurement of LVALNthe effective $B_s^0\rightarrow J/\psi K_{\mathrm S}^0$ lifetime LHCB-PAPER-2013-015 arXiv:1304.4500 LHCb collaboration 0,32 133 Differential branching fraction and angular analysis of the decay $B^{0} \rightarrow K^{*0} \mu^{+}\mu^{-}$ LHCB-PAPER-2013-019 arXiv:1304.6325 LHCb collaboration 0,32 134 Limits on neutral Higgs boson production in the forward region in pp collisions at $\sqrt{s}=7$ TeV LHCB-PAPER-2013-009 arXiv:1304.2591 LHCb collaboration 0,32 135 Measurement of $CP$ violation and the $B_s^0$ meson decay width difference with $B_s^0 \to J/\psi K^+K^-$ and $B_s^0\to J/\psi\pi^+\pi^-$ decays LHCB-PAPER-2013-002 arXiv:1304.2600 LHCb collaboration 0,32 136 First measurement of the $CP$-violating phase in $B_s^0 \to \phi \phi$ decays LHCB-PAPER-2013-007 arXiv:1303.7125 LHCb collaboration 0,32 137 Search for direct $CP$ violation in $D^0 \rightarrow h^- h^+$ modes using semileptonic $B$ decays LHCB-PAPER-2013-003 arXiv:1303.2614 LHCb collaboration 0,32 138 Determination of the $X(3872)$ meson quantum numbers LHCb-PAPER-2013-001 arXiv:1302.6269 LHCb collaboration 0,32 139 Measurement of the track reconstruction efficiency at LHCb CERN-LHCB-DP-2013-002 arXiv:1408.1251 LHCb collaboration 0,32 140 Improved constraints on $\gamma$: CKM2014 update CERN-LHCb-CONF-2014-004 LHCb collaboration 0,16 141 Reference pp cross-sections for $\Upsilon(1S)$ studies in proton-lead collisions at $\sqrt{s_{NN}} = 5.02$ TeV and comparisons between ALICE and LHCb results CERN-LHCb-CONF-2014-003 LHCb collaboration 0,16 142 Measurement of the forward $W$ boson cross-section in $pp$ collisions at $\sqrt{s} = 7\mathrm{\,Te\kern -0.1em V}$ CERN-LHCb-CONF-2014-002 LHCb collaboration 0,16 143 Search for pair production of long-lived heavy charged stau particles with LHCb CERN-LHCb-CONF-2014-001 LHCb collaboration 0,16 144 Reference $pp$ cross-sections for $J/\psi$ studies in proton-lead collisions at $\sqrt{s_{NN}} = 5.02$~TeV and comparisons between ALICE and LHCb results CERN-LHCb-CONF-2013-013 LHCb collaboratLVALOion 0,16 145 Combination of results on the rare decays $B^0_{(s)} \to \mu^+\mu^-$ from the CMS and LHCb experiments CERN-LHCb-CONF-2013-012 LHCb collaboration 0,16 146 Updated average $f_s/f_d$ $b$-hadron production fraction ratio for 7 TeV $pp$ collisions CERN-LHCb-CONF-2013-011 LHCb collaboration 0,16 147 Search for the $\Lambda_{b}^{0} \rightarrow \Lambda \eta^{\prime}$ decay at LHCb CERN-LHCb-CONF-2013-010 LHCb collaboration 0,16 148 $C\!P$ and up-down asymmetries in $B^{\pm}\!\to\! K^{\pm}\pi^{\mp}\pi^{\pm}\gamma$ decays CERN-LHCb-CONF-2013-009 LHCb collaboration 0,16 149 Measurement of the cross-section for $Z\rightarrow\mu\mu$ production with 1 fb$^{-1}$ of $pp$ collisions at $\sqrt{s}$=7 TeV CERN-LHCb-CONF-2013-007 LHCb collaboration 0,16 150 Improved constraints on $\gamma$ from $B^\pm\to DK^\pm$ decays including first results on 2012 data CERN-LHCb-CONF-2013-006 LHCb collaboration 0,16 151 Graphical comparison of the LHCb measurements of $W$ and $Z$ boson production with ATLAS and CMS CERN-LHCb-CONF-2013-005 LHCb collaboration 0,16 152 Model-independent measurement of $CP$ violation parameters in $B^{\pm}\to(K^{0}_{\rm S}h^{+}h^{-})_{D}K^{\pm}$ decays CERN-LHCb-CONF-2013-004 LHCb collaboration 0,16 153 A search for time-integrated CP violation in $D^0\rightarrow K^-K^+$ and $D^0\rightarrow \pi^-\pi^+$ decays CERN-LHCb-CONF-2013-003 LHCb collaboration 0,16 154 Measurement of $\sigma(b \bar{b})$ with inclusive final states CERN-LHCb-CONF-2013-002 LHCb collaboration 0,16 155 Measurement of the forward-central $b\bar{b}$ production asymmetry CERN-LHCb-CONF-2013-001 LHCb collaboration 0,32 156 The LHCb Upgrade CERN-LHCb-PROC-2013-054 arXiv:1310.0183 LHCb collaboration 0,32 157 B and C spectroscopy at LHCb CERN-LHCb-PROC-2013-026 arXiv:1305.3084 LHCb collaboration 0,32 158 LHCb Semileptonic Asymmetry CERN-LHCb-PROC-2013-032 arXiv:1306.0092 LHCb collaboration 0,32 159 CP violation in charm decays CERN-LHCb-PROC-2013-045 arXiv:1308.1372 LHCb collaboration 0,32 160 Measurement of LVALPs at LHCb CERN-LHCb-PROC-2013-055 arXiv:1310.0610 LHCb collaboration 0,32 161 Results of Soft-Diffraction at LHCb CERN-LHCb-PROC-2013-057 arXiv:1310.2192 LHCb collaboration 0,32 162 The LHCb prompt charm triggers CERN-LHCb-PROC-2013-076 arXiv:1311.7585 LHCb collaboration 0,32 163 Measurement of the forward-central bb production asymmetry CERN-LHCb-CONF-2013-001 LHCb collaboration 0,16 164 Measurement of (bb) with inclusive final states CERN-LHCb-CONF-2013-002 LHCb collaboration 0,16 165 Graphical comparison of the LHCb measurements of W and Z boson production with ATLAS and CMS CERN-LHCb-CONF-2013-005 LHCb collaboration 0,16 166 Improved constraints on  from B!DK decays including first results on 2012 data CERN-LHCb-CONF-2013-006 LHCb collaboration 0,16 167 Study of the J/ production cross-section in proton-lead collisions at sNN""""=5 TeV CERN-LHCb-CONF-2013-008 LHCb collaboration 0,16 168 Search for the 0b!2 decay at LHCb CERN-LHCb-CONF-2013-010 LHCb collaboration 0,16 169 Updated average fs/fd b-hadron production fraction ratio for 7 TeV pp collisions CERN-LHCb-CONF-2013-011 LHCb collaboration 0,16 170 Combination of results on the rare decays B0(s)!+" from the CMS and LHCb experiments CERN-LHCb-CONF-2013-012 LHCb collaboration 0,16 171 Reference pp cross-sections for J/ studies in proton-lead collisions at sNN"""""=5.02~TeV and comparisons between ALICE and LHCb results CERN-LHCb-CONF-2013-013 LHCb collaboration 0,16 172 Search for pair production of long-lived heavy charged stau particles with LHCb CERN-LHCb-CONF-2014-001 LHCb collaboration 0,16 173 Measurement of the forward W boson cross-section in pp collisions at s"=7TeV CERN-LHCb-CONF-2014-002 LHCb collaboration 0,16 174 Reference pp cross-sections for (1S) studies in proton-lead collisions at sNN"""""=5.02 TeV and comparisons between ALICE and LHCb results CERN-LHCb-CONF-2014-003 LHCb collaboration 0,16 175 Improved constraints on : CKM2014 update CERN-LHCb-CONF-2014-004 LHCb collaboration 0,16LVALQ 51,5 0720=85 4>:;040 >=D5@5=F8O 2B>@K 0B0   Improved constraints on $\gamma$: CKM2014 update 8th International Workshop on the CKM Unitarity Triangle LHCb collaboration 12 Sep 2014 0,24 Measurement of the forward $W$ boson cross-section in $pp$ collisions at $\sqrt{s} = 7\mathrm{\,Te\kern -0.1em V}$ 37th International Conference on High Energy Physics LHCb collaboration 30 07 2014 0,24 Search for pair production of long-lived heavy charged stau particles with LHCb 10th Rencontres du Vietnam - Flavour Physics Conference LHCb collaboration 21 07 2014 0,24 Combination of results on the rare decays $B^0_{(s)} \to \mu^+\mu^-$ from the CMS and LHCb experiments EPS-HEP 2013 European Physical Society Conference on High Energy Physics LHCb collaboration 18 Jun 2014 0,24 Updated average $f_s/f_d$ $b$-hadron production fraction ratio for 7 TeV $pp$ collisions EPS-HEP 2013 European Physical Society Conference on High Energy Physics LHCb collaboration 02 Jul 2013 0,24 Search for the $\Lambda_{b}^{0} \rightarrow \Lambda \eta^{\prime}$ decay at LHCb EPS-HEP 2013 European Physical Society Conference on High Energy Physics LHCb collaboration 17 Jun 2013 0,24 $C\!P$ and up-down asymmetries in $B^{\pm}\!\to\! K^{\pm}\pi^{\mp}\pi^{\pm}\gamma$ decays EPS-HEP 2013 European Physical Society Conference on High Energy Physics LHCb collaboration 17 Jun 2013 0,24 Measurement of the cross-section for $Z\rightarrow\mu\mu$ production with 1 fb$^{-1}$ of $pp$ collisions at $\sqrt{s}$=7 TeV 21st International Workshop on Deep-Inelastic Scattering and Related Subjects LHCb collaboration 05 Apr 2013 0,24 Improved constraints on $\gamma$ from $B^\pm\to DK^\pm$ decays including first results on 2012 data 14th International Conference on B-Physics at Hadron Machines LHCb collaboration 08 May 2013 0,24 Graphical comparison of the LHCb measurements of $W$ and $Z$ boson production with ATLAS and CMS Working Group on Electroweak precision measurements at the LHC LHCb collaboration 19 Mar 2013 0,24 Model-indepenLVALRdent measurement of $CP$ violation parameters in $B^{\pm}\to(K^{0}_{\rm S}h^{+}h^{-})_{D}K^{\pm}$ decays 14th International Conference on B-Physics at Hadron Machines LHCb collaboration 18 Mar 2013 0,24 A search for time-integrated CP violation in $D^0\rightarrow K^-K^+$ and $D^0\rightarrow \pi^-\pi^+$ decays 48th Rencontres de Moriond on QCD and High Energy Interactions LHCb collaboration 01 Mar 2013 0,24 Measurement of $\sigma(b \bar{b})$ with inclusive final states 2013 Aspen Winter Conference on particle physics: Higgs Quo Vadis LHCb collaboration 20 Feb 2013 0,24 Measurement of the forward-central $b\bar{b}$ production asymmetry 2013 Aspen Winter Conference on particle physics: Higgs Quo Vadis LHCb collaboration 20 Feb 2013 0,24 First years of running for the LHCb calorimeter system Instrumentation for Colliding Beam Physics, Novosibirsk, Russia S.Filippov 24 Feb2014 6 B and C spectroscopy at LHCb 48th Rencontres de Moriond on QCD and High Energy Interactions, La Thuile, Italy LHCb collaboration 9 Mar 2013 0,24 LHCb Semileptonic Asymmetry 14th International Conference on B-Physics at Hadron Machines, Bologna, Italy LHCb collaboration 8 Apr 2013 0,24 The LHCb prompt charm triggers 6th International Workshop on Charm Physics, Manchester, Lancashire, United Kingdom LHCb collaboration 31 Aug 2013 0,24 Measurement of the forward-central bb production asymmetry 2013 Aspen Winter Conference on particle physics: Higgs Quo Vadis, Aspen, CO, USA LHCb collaboration 10 Mar 2013 0,24 Measurement of (bb) with inclusive final states 2013 Aspen Winter Conference on particle physics: Higgs Quo Vadis, Aspen, CO, USA LHCb collaboration 10 Mar 2013 0,24 Graphical comparison of the LHCb measurements of W and Z boson production with ATLAS and CMS Working Group on Electroweak precision measurements at the LHC, Geneva, Switzerland LHCb collaboration 15 Apr 2013 0,24 Improved constraints on  from B!DK decays including first results on 2012 data 14th International Conference on B-Physics at HadLVALron Machines, Bologna, Italy LHCb collaboration 8 Apr 2013 0,24 Study of the J/ production cross-section in proton-lead collisions at sNN""""=5 TeV Workshop on proton-nucleus collisions at the LHC, Trento, Italy LHCb collaboration 6 May 2013 0,24 Search for the 0b!2 decay at LHCb EPS-HEP 2013 European Physical Society Conference on High Energy Physics, Stockholm, Sweden LHCb collaboration 18 Jul 2013 0,24 Updated average fs/fd b-hadron production fraction ratio for 7 TeV pp collisions EPS-HEP 2013 European Physical Society Conference on High Energy Physics, Stockholm, Sweden LHCb collaboration 18 Jul 2013 0,24 Combination of results on the rare decays B0(s)!+" from the CMS and LHCb experiments EPS-HEP 2013 European Physical Society Conference on High Energy Physics, Stockholm, Sweden LHCb collaboration 18 Jul 2013 0,24 Search for pair production of long-lived heavy charged stau particles with LHCb 10th Rencontres du Vietnam - Flavour Physics Conference, Quy Nhon, Vietnam LHCb collaboration 27 Jul 2014 0,24 Measurement of the forward W boson cross-section in pp collisions at s"=7TeV 37th International Conference on High Energy Physics, 46015 Valencia, Spain LHCb collaboration 2 Jul 2014 0,24 Improved constraints on : CKM2014 update 8th International Workshop on the CKM Unitarity Triangle, Univ. Tech., Vienna, Austria LHCb collaboration 08 Sep 2014 0,24 B>3>2K9   =1161,13LVALOGTC9:>2 >@8A 5>=84>28G 1. B.L. Zhuikov. Production of medical radioisotopes in Russia: status and future. A review. Appl. Radiat. Isotop., 2014, V.84, P. 48-56 .   =1,056E30=31,68 2. . . 'C40:>2, . . C9:>2, !. . @<>;052, . . >E0=N:, . . >AB>20, . . 09F52, !. . (0B8:, .. >AB5=8:>2, . . K6:>20, . . "NB8=. AA;54>20=85 E0@0:B5@8AB8: 35=5@0B>@0 @C1848O-82 4;O -"-8AA;54>20=89. @8=OB> : ?5G0B8. 048>E8<8O, 2014, K?. 5, A. 455-461.  =60x0,662/10=3,97 3. B.L. Zhuikov. Radioisotope Production at Institute for Nuclear Research RAS: Scientific Developments Resulted in International Business Collaboration. Innovation Support Program, 2nd Conference. Moscow, May 22-24, 2013.   =6 4. .. C9:>2. @>872>4AB2> <548F8=A:8E @048>=C:;84>2 2 >AA88. (:>;0 ?> ?>78B@>==>-M<8AA8>==>9 B><>3@0D88. >A:20, 14 <0O 2013. # 8<. ..><>=>A>20,   =20 5. B.L. Zhuikov. A potential for production medical radionuclides in Russia. The First Russian-Nordic Symposium on Radiochemistry, 21-24 October, 2013. Abstracts, Edited by: S.N. Kalmykov, V.G. Petrov and A.Yu. Romanchuk. IDEA PRINT. P. 108. @83;0H5==K9 4>:;04.   =30 6. E. Lapshina, S. Ermolaev, B. Zhuikov, S. Kalmykov, R. Aliev, V. Ostapenko, A. Vasiliev. Separation of 225Ac from radionuclides generated by proton irradiated of natural thorium using extraction chromatography. 9th Int. Conference on the Chemistry and Physics of the Actinide Elements, ACTINIDES 2013, Karlsruhe, Germany, July 21-26, 2013, JRC 84465. Abstract Booklet, p. 210-211.   =6/7=0,86 7. .. 0?H8=0, !.. @<>;052, ..C9:>2, !.. 0;<K:>2, ..;852, .!.AB0?5=:>, ..0A8;L52. -:AB@0:F8>==>-E@><0B>3@0D8G5A:>5 >B45;5=85 225Ac >B @048>=C:;84>2, >1@07CNI8EAO ?@8 >1;CG5=88 ?@>B>=0<8 ?@8@>4=>3> B>@8O. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<, 8-12 A5=BO1@O, 2013, "578AK 4>:;04>2, A.83.   =4/7=0,57 8. .. 'C40:>2, !.. @<>;052, .. C9:>2, .. >AB>20, !.. (0B8:, .. 09F52, .LVALU. "NB8=. -DD5:B82=>ABL M;N8@>20=8O @C1848O-82 87 82Sr/82Rb 35=5@0B>@0. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<, 8-12 A5=BO1@O, 2013. "578AK 4>:;04>2, A.59.   =4/7=0,57 9. A. N. Vasiliev, V.S. Ostapenko, R.A. Aliev, S. N. Kalmykov, E.V. Lapshina, S.V. Ermolaev, B.L. Zhuikov. Production of actinium-225 from natural thorium irradiated with protons. 5th Asia-Pacific Symposium Symposium on Radiochemistry (APSORC 13), Kanazawa, Japan, September 22-27, 2013.   =6/7=0,86 10. .. 0A8;L52, !.. 0;<K:>2, .. ;852, .!. AB0?5=:>, .. 0?H8=0, !.. @<>;052, .. C9:>2. K45;5=85 0:B8=8O-225 8 @048O-223 87 >1;CG5==KE B>@852KE <8H5=59. 564C=0@>4=K9 A5<8=0@ TrisKem International. A?>;L7>20=85 M:AB@0:F8>==>9 E@><0B>3@0D88 2 @048>E8<8G5A:>< 0=0;875. >A:20, 16 <0O 2013.   =4/7=0,57 11. R.A. Aliev, S.V. Ermolaev, A.N. Vasiliev, V.S. Ostapenko, E.V. Lapshina, B.L. Zhuikov, N.V. Zakharov, V.V. Pozdeev, V.M. Kokhanyuk, B.F. Myasoedov, S.N. Kalmykov. Isolation of medicine-applicable actinium-225 from thorium targets irradiated by medium-energy protons. Solvent Extraction and Ion Exchange, 2014 v. 32, p. 468-477,   =30E1.581/10=4,743 12. B.L. Zhuikov. The future of isotope production on medium and high energy proton beams. 8th Int. Conf. on Isotopes. Chicago, August 24-29, 2014. Abstracts. P. 252.   =30 13. E. Lapshina, S. Ermolaev, B. Zhuikov, A. Vasiliev, V. Ostapenko, R. Aliev, S. Kalmykov. Recovery of actinium-225 and radium-223 from natural thorium irradiated with protons. 4th International Nuclear Chemistry Congress, Maresias, So Paulo, Brazil, 14-19 September, 2014. Abstract book, p.65.   =6/7=0,86 14. Ostapenko, A. Vasiliev, E. Lapshina, S. Ermolaev, R. Aliev, S. Kalmykov, B. Zhuikov. Separation of 225Ac from rare earth elements generated by proton irradiation of natural thorium. 4th International Nuclear Chemistry Congress, Maresias, So Paulo, Brazil, 14-19 September, 2014. Abstract book, p.67.   =6/7=0,86 15. LVALVC9:>2 .. 5B>4K 2K45;5=8O 8 @0745;5=8O <548F8=A:8E @048>=C:;84>2, ?>;CG05<KE =0 CA:>@8B5;OE. 0B5@80;K IV A5@>AA89A:>3> A8<?>78C<0 A <564C=0@>4=K< CG0AB85< 0745;5=85 8 :>=F5=B@8@>20=85 2 0=0;8B8G5A:>9 E8<88 8 @048>E8<88, @0A=>40@, 28 A5=BO1@O - 04 >:BO1@O 2014 3., A. 132.   =20 16. .. 0?H8=0, !.. @<>;052, .. C9:>2, !.. 0;<K:>2, .. ;852, .!. AB0?5=:>, .. 0A8;L52, !.!. 0=8;>2. K45;5=85 8 :>=F5=B@8@>20=85 223Ra 87 >1;CG5==>3> ?@>B>=0<8 ?@8@>4=>3> B>@8O. 0B5@80;K IV A5@>AA89A:>3> A8<?>78C<0 A <564C=0@>4=K< CG0AB85< 0745;5=85 8 :>=F5=B@8@>20=85 2 0=0;8B8G5A:>9 E8<88 8 @048>E8<88, @0A=>40@, 28 A5=BO1@O - 04 >:BO1@O 2014 3., A. 146.   =4/8=0,50 17. .!. AB0?5=:>, .. 0A8;L52, .. 0?H8=0, !.. @<>;052, .. ;852, !.. 0;<K:>2, .. C9:>2. K45;5=85 225Ac 87 ?@8@>4=>3> B>@8O, >1;CG5==>3> ?@>B>=0<8 A@54=59 M=5@388. 0B5@80;K IV A5@>AA89A:>3> A8<?>78C<0 A <564C=0@>4=K< CG0AB85< 0745;5=85 8 :>=F5=B@8@>20=85 2 0=0;8B8G5A:>9 E8<88 8 @048>E8<88, @0A=>40@, 28 A5=BO1@O - 04 >:BO1@O 2014 3., A. 155.   =4/7=0,57 18. Ostapenko V., Vasiliev A., Lapshina E., Ermolaev S., Aliev R., Totskiy Yu., Zhuikov B., Kalmykov S. Separation of actinium-225 from fission and spallation products by extraction chromatography. J. Radioanalyt. Nucl. Chem., Submitted, 2014.   =30E1.415/8=5,31 19. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, A.K. Skasyrskaya, O.V. Grekhov, Yu.V. Kiselev, A.N. Mirzojan, V.A. Moiseev, V.L. Serov, A.V. Feschenko, L.V. Kravchuk. Radionuclide Production by High Intensity Proton Irradiation at the INR Linear Accelerator. XXIV Russian Particle Accelerators Conference, Obninsk, Russia, October 6 - 10, 2014.   =4*0,1=0,40 20. Aliev R.A., Zhuikov B.L., Ermolaev S.V., Lapshina E.V., Vasilyev A.N., Ostapenko V.S., Kalmykov S.N. New Method For Large Scale Production Of Medically Applicable Actinium-225 And Radium-223. 3rd International Conference "Application of RadiotraCers and Energetic Beams in Sciences (ARCEBS-14) , Kolkata, India, January LVAL12-18, 2014.   =6/7=0,857 21. .. C9:>2. >7=0BL :@0A>BC E8<88. >;8B.@C, 28 8N=O 2014.  =8   ?> ?C1;8:0F8O<: 167,183 !?8A>: ?0B5=B>2 70 2013-2014 3.3 . 1. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. Method for producing actinium-225 and isotopes of radium and target for implementing same. Canadian patent 2738308, 27.09.2013.   =20/8=2,5 2. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. European Patent: EP 2 259 269 B1. Date of publication of the grant of the patent: 05.06.2013.   =20/3=6,67 3. S. Srivastava, B.L. Zhuikov, S.V. Ermolaev, N.A. Konyakhin, V.M. Kokhanuyk, S.V. Khamyanov, N.R. Togaeva. Process and targets for production of no-carrier-added radiotin. US patent 8,705,681 B2, 22.04.2014.   =20/7=2,857 4. B.L. Zhuikov, S.V. Ermolaev, V.M. Kokhanyuk. Method for producing radiostrontium. Canadian Patent 2,719,347. Date of issue of patent 15.07.2014.   =20/3=6,67 5. .. 'C40:>2, ..C9:>2, .. >E0=N:. 5=5@0B>@ @C1848O-82 8 A?>A>1 53> ?@83>B>2;5=8O. 0O2:0 =0 ?0B5=B $, 23.12.2013, ! 2013156953   =20/3=6,67   ?> ?0B5=B0< 70 2013-2014 3. 3.: 25,367 B>3>2K9 ;8G=K9  = 192,55 @<>;052 !B0=8A;02 8:B>@>28G 135,454 >E0=N: ;048<8@ 8E09;>28G 34,48 'C40:>2 0;5@89 8E09;>28G 14,64 0?H8=0 ;5=0 ;048<8@>2=0 112,333 296,907:4=74,227 0AG5B   702. ;01>@0B>@88 = (192,55E0,5)+(74,227 E 0,75) =96,275+55,67=151,945LVALOGX@<>;052 !B0=8A;02 8:B>@>28G 1. >4 @>645=8O 1967 2. 0B0 70I8BK 48AA5@B0F88 :0=4. B5E=. =0C: 1995 3. >;6=>ABL AB.=.A. !?8A>: ?C1;8:0F89 70 2013-2014 3.3. 4. !.. @<>;052, .!. @;>2. ;8O=85 >A<>B8G5A:>3> 402;5=8O, 35;5>1@07>20=8O 8 :>;L<0B0F88 ?>@ =0 C45;L=CN ?@>872>48B5;L=>ABL C;LB@0D8;LB@0F8>==KE <5<1@0=. 5<1@0=K 8 <5<1@0==K5 B5E=>;>388, 2013, B.3, !3, A.175-184.   =8/2=4 5. . . 'C40:>2, . . C9:>2, !. . @<>;052, . . >E0=N:, . . >AB>20, . . 09F52, !. . (0B8:, .. >AB5=8:>2, . . K6:>20, . . "NB8=. AA;54>20=85 E0@0:B5@8AB8: 35=5@0B>@0 @C1848O-82 4;O -"-8AA;54>20=89. 048>E8<8O, 2014, K?. 4, A. 455-461.   =60*0,662/10=3,972 6. R.A. Aliev, S.V. Ermolaev, A.N. Vasiliev, V.S. Ostapenko, E.V. Lapshina, B.L. Zhuikov, N.V. Zakharov, V.V. Pozdeev, V.M. Kokhanyuk, B.F. Myasoedov, S.N. Kalmykov. Isolation of medicine-applicable actinium-225 from thorium targets irradiated by medium-energy protons. Solvent Extraction and Ion Exchange, 2014, v. 32, p. 468-477.   =30*1.581/10=4,743 7. Aliev R.A., Zhuikov B.L., Ermolaev S.V., Lapshina E.V., Vasilyev A.N., Ostapenko V.S., Kalmykov S.N. New Method For Large Scale Production Of Medically Applicable Actinium-225 And Radium-223. 3rd International Conference "Application of RadiotraCers and Energetic Beams in Sciences (ARCEBS-14) , Kolkata, India, January 12-18, 2014.   =6/7=0,857 8. E. Lapshina, S. Ermolaev, B. Zhuikov, S. Kalmykov, R. Aliev, V. Ostapenko, A. Vasiliev. Separation of 225Ac from radionuclides generated by proton irradiated of natural thorium using extraction chromatography. 9th Int. Conference on the Chemistry and Physics of the Actinide Elements, ACTINIDES 2013, Karlsruhe, Germany, July 21-26, 2013, JRC 84465. Abstract Booklet, p. 210-211.   =6/7=0,857 9. .. 0?H8=0, !.. @<>;052, .. C9:>2, !.. 0;<K:>2, ..;852, .!. AB0?5=:>, .. 0A8;L52. -:AB@0:F8>==>-E@><0B>3@0D8G5A:>5 >B45;5=85 225Ac >B @048>=C:;84>2, >1@07CNI8EAO ?@8 >1;CG5=88 ?@>B>=0<8 ?@8@>4=>3> B>@8O. 5@20O >AA89A:0O :LVALY>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<, 8-12 A5=BO1@O, 2013, "578AK 4>:;04>2, A.83.   =4/7=0,571 10. !.. @<>;052 5=5@0B>@K :>@>B:>682CI8E 0;LD0-87;CG0NI8E @048>=C:;84>2: 225Ac!221Fr!213Bi 8 223Ra!219Rn!211Pb. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<. >A:20, 8-12 A5=BO1@O 2013, "578AK 4>:;04>2, A.58.   =4 11. .. 'C40:>2, !.. @<>;052, .. C9:>2, .. >AB>20, !.. (0B8:, .. 09F52, .. "NB8=. -DD5:B82=>ABL M;N8@>20=8O @C1848O-82 87 82Sr/82Rb 35=5@0B>@0. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<, 8-12 A5=BO1@O, 2013. "578AK 4>:;04>2, A.59.   =4/7=0,571 12. A. N. Vasiliev, V.S. Ostapenko, R.A. Aliev, S. N. Kalmykov, E.V. Lapshina, S.V. Ermolaev, B.L. Zhuikov. Production of actinium-225 from natural thorium irradiated with protons. 5th Asia-Pacific Symposium Symposium on Radiochemistry (APSORC 13), Kanazawa, Japan, September 22-27, 2013. Book of Abstracts, p. 334.   =6/7=0,857 13. .. 0A8;L52, !.. 0;<K:>2, .. ;852, .!. AB0?5=:>, .. 0?H8=0, !.. @<>;052, .. C9:>2. K45;5=85 0:B8=8O-225 8 @048O-223 87 >1;CG5==KE B>@852KE <8H5=59. 564C=0@>4=K9 A5<8=0@ TrisKem International. A?>;L7>20=85 M:AB@0:F8>==>9 E@><0B>3@0D88 2 @048>E8<8G5A:>< 0=0;875. >A:20, 16 <0O 2013.   =4/7=0,571 14. .!. AB0?5=:>, !.. 0;<K:>2, .. 0A8;L52, .. 0?H8=0, .. ;852, !.. @<>;052. @8<5=5=85 M:AB@0:F8>==>-E@><0B>3@0D8G5A:8E A>@15=B>2 4;O @0745;5=8O 0:B8=84>2 8 @54:>75<5;L=KE M;5<5=B>2. 564C=0@>4=K9 A5<8=0@ TrisKem International A?>;L7>20=85 M:AB@0:F8>==>9 E@><0B>3@0D88 2 @048>E8<8G5A:>< 0=0;875. >A:20, 16 <0O 2013.   =4/6=0,667 15. V.S. Ostapenko, A.N. Vasiliev, E.V. Lapshina, S.V. Ermolaev, S.N. Kalmykov, R.A. Aliev. Separation and preconcentration of actinides and rare earth elements by extraction chromatography. The First Russian-Nordic Symposium on Radiochemistry  RNSR-2013 : Moscow, 21-24 October 2013, AbstLVALZracts, p.103.   =6/6=1 16. S.V. Ermolaev, A.K. Skasyrskaya. Generators of alpha-emitting radionuclides 225Ac!221Fr!213Bi and 223Ra!219Rn!211Pb. 17th Radiochemical Conference, Marinsk Lzn, Czech Republic, 11 - 16 May 2014. Booklet of abstracts, p. 252.   =6 17. E. Lapshina, S. Ermolaev, B. Zhuikov, A. Vasiliev, V. Ostapenko, R. Aliev, S. Kalmykov. Recovery of actinium-225 and radium-223 from natural thorium irradiated with protons. 4th International Nuclear Chemistry Congress, Maresias, So Paulo, Brazil, 14-19 September, 2014. Abstract book, p.65.   =6/7=0,857 18. V. Ostapenko, A. Vasiliev, E. Lapshina, S. Ermolaev, R. Aliev, S. Kalmykov, B. Zhuikov. Separation of 225Ac from rare earth elements generated by proton irradiation of natural thorium. 4th International Nuclear Chemistry Congress, Maresias, So Paulo, Brazil, 14-19 September, 2014. Abstract book, p.67.   =6/7=0,857 19. .. 0?H8=0, !.. @<>;052, .. C9:>2, !.. 0;<K:>2, .. ;852, .!. AB0?5=:>, .. 0A8;L52, !.!. 0=8;>2. K45;5=85 8 :>=F5=B@8@>20=85 223Ra 87 >1;CG5==>3> ?@>B>=0<8 ?@8@>4=>3> B>@8O. 0B5@80;K IV A5@>AA89A:>3> A8<?>78C<0 A <564C=0@>4=K< CG0AB85< 0745;5=85 8 :>=F5=B@8@>20=85 2 0=0;8B8G5A:>9 E8<88 8 @048>E8<88, @0A=>40@, 28 A5=BO1@O - 04 >:BO1@O 2014 3., A. 146.   =4/8=0,5 20. .!. AB0?5=:>, .. 0A8;L52, .. 0?H8=0, !.. @<>;052, .. ;852, !.. 0;<K:>2, .. C9:>2. K45;5=85 225Ac 87 ?@8@>4=>3> B>@8O, >1;CG5==>3> ?@>B>=0<8 A@54=59 M=5@388. 0B5@80;K IV A5@>AA89A:>3> A8<?>78C<0 A <564C=0@>4=K< CG0AB85< 0745;5=85 8 :>=F5=B@8@>20=85 2 0=0;8B8G5A:>9 E8<88 8 @048>E8<88, @0A=>40@, 28 A5=BO1@O - 04 >:BO1@O 2014 3., A. 155.   =4/7=0,571 21. Ostapenko V., Vasiliev A., Lapshina E., Ermolaev S., Aliev R., Totskiy Yu., Zhuikov B., Kalmykov S. Separation of actinium-225 from fission and spallation products by extraction chromatography. J. Radioanalyt. Nucl. Chem., Submitted, 2014.   =30*1.415/8=5,306 22. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, A.K. Skasyrskaya, O.V. Grekhov, rLVALYu.V. Kiselev, A.N. Mirzojan, V.A. Moiseev, V.L. Serov, A.V. Feschenko, L.V. Kravchuk. Radionuclide Production by High Intensity Proton Irradiation at the INR Linear Accelerator. XXIV Russian Particle Accelerators Conference, Obninsk, Russia, October 6 - 10, 2014. (@83;0H5==K9 4>:;04)   =20   ?> ?C1;8:0F8O< 70 2013-2014 3.3.: 56,757 !?8A>: ?0B5=B>2 70 2012-2013 3.3. 6. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. Method for producing actinium-225 and isotopes of radium and target for implementing same. Canadian patent 2738308, 27.09.2013.   =20/8=2,5 7. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. European Patent: EP 2 259 269 B1. Date of publication of the grant of the patent: 05.06.2013.   =20/3=6,67 8. S. Srivastava, B.L. Zhuikov, S.V. Ermolaev, N.A. Konyakhin, V.M. Kokhanuyk, S.V. Khamyanov, N.R. Togaeva. Process and targets for production of no-carrier-added radiotin. US patent 8,705,681 B2, 22.04.2014.   =20/7=2,857 9. B.L. Zhuikov, S.V. Ermolaev, V.M. Kokhanyuk. Method for producing radiostrontium. Canadian Patent 2,719,347. Date of issue of patent 15.07.2014.   =20/3=6,67   ?> ?0B5=B0< 70 2013-2014 3. 3.: 18,697 C:>2>4AB2> 0A?8@0=B>< 2 2013 3. 0A8;L52 ;5:A0=4@ 8:>;0528G, 0A?8@0=B :0D54@K @048>E8<88 %8<8G5A:>3> D0:C;LB5B0 # 8<. ><>=>A>20, 2K?>;=O5B 48AA5@B0F8>==CN @01>BC =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 E8<8G5A:8E =0C: =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @048>87>B>?=>3> :><?;5:A0 / .   =30 C:>2>4AB2> 0A?8@0=B>< 2 2014 3. 0A8;L52 ;5:A0=4@ 8:>;0528G, 0A?8@0=B :0D54@K @048>E8<88 %8<8G5A:>3> D0:C;LB5B0 # 8<. ><>=>A>20, 2K?>;=O5B 48AA5@B0F8>==CN @01>BC =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 E8<8G5A:8E =0C: =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @048>87>B>?=>3> :><?;5:A0 / .   =30 B>3>2K9 ;8G=K9  = 56,757+18,697+30+30 = 135,454LVALOG\>E0=N: ;048<8@ 8E09;>28G 1. >4 @>645=8O. 1954 2. 0B0 70I8BK 48AA5@B0F88 --- 3. >;6=>ABL 0CG=K9 A>B@C4=8:   1. . . 'C40:>2, . . C9:>2, !. . @<>;052, . . >E0=N:, . . >AB>20, . . 09F52, !. . (0B8:, .. >AB5=8:>2, . . K6:>20, . . "NB8=. AA;54>20=85 E0@0:B5@8AB8: 35=5@0B>@0 @C1848O-82 4;O -"-8AA;54>20=89. @8=OB> : ?5G0B8. 048>E8<8O, 2014, K?. 5, A. 455-461.   =60x0,662/10= 3,97 2. R.A. Aliev, S.V. Ermolaev, A.N. Vasiliev, V.S. Ostapenko, E.V. Lapshina, B.L. Zhuikov, N.V. Zakharov, V.V. Pozdeev, V.M. Kokhanyuk, B.F. Myasoedov, S.N. Kalmykov. Isolation of medicine-applicable actinium-225 from thorium targets irradiated by medium-energy protons. Solvent Extraction and Ion Exchange, 2014 to be published.   =30E1.581*0,1=4,743 3. S.V. Ermolaev, B.L. Zhuikov,V.M. Kokhanyuk, A.K. Skasyrskaya, O.V. Grekhov, Yu.V. Kiselev, A.N. Mirzojan, V.A. Moiseev, V.L. Serov, A.V. Feschenko, L.V. Kravchuk. Radionuclide Production by High Intensity Proton Irradiation at the INR Linear Accelerator. XXIV Russian Particle Accelerators Conference, Obninsk, Russia, October 6 - 10, 2014.  =0,4   ?> ?C1;8:0F8O<: 9,113 !?8A>: ?0B5=B>2 70 2013-2014 3.3. 10. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. Method for producing actinium-225 and isotopes of radium and target for implementing same. Canadian patent 2738308, 27.09.2013.   =20/8=2,5 11. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. European Patent: EP 2 259 269 B1. Date of publication of the grant of the patent: 05.06.2013.   =20/3=6,67 12. S. Srivastava, B.L. Zhuikov, S.V. Ermolaev, N.A. Konyakhin, V.M. Kokhanuyk, S.V. Khamyanov, N.R. Togaeva. Process and targets for production of no-carrier-added radiotin. US patent 8,705,681 B2, 22.04.2014.   =20/7=2,857 13. B.L. Zhuikov, S.V. Ermolaev, V.M. Kokhanyuk. Method for producing radiostrontium. Canadian Patent 2,719,347. Date of i LVAL ssue of patent 15.07.2014.   =20/3=6,67 14. .. 'C40:>2, ..C9:>2, .. >E0=N:. 5=5@0B>@ @C1848O-82 8 A?>A>1 53> ?@83>B>2;5=8O. 0O2:0 =0 ?0B5=B $, 23.12.2013, ! 2013156953   =20/3=6,67   ?> ?0B5=B0< 70 2013-2014 3. 3.: 25,367 B>3>2K9 ;8G=K9  = 34,480LVAL(010=>2 @A5=89 3>@528G !B065@-8AA;54>20B5;L  /$ -$ 1) >:;04 =0 A5@>AA89A:>9 =0CG=>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K DC=40<5=B0;L=KE 8 ?@8:;04=KE =0C: 2 A>2@5<5==>< 8=D>@<0F8>==>< >1I5AB25 ">45;8@>20=85 45B5:B>@0 T0 CAB0=>2:8 ALICE =0 >;LH>< 04@>==>< :>;;0945@5" 2) >:;04 =0 A5@>AA89A:>9 =0CG=>9 :>=D5@5=F88 A <564C=0@>4=K< CG0AB85<: :BC0;L=K5 ?@>1;5<K DC=40<5=B0;L=KE 8 ?@8:;04=KE =0C: 2 >1;0AB8 D878:8 " 7<5@5=85 2@5<5==>3> 8 0<?;8BC4=>3> @07@5H5=89 45B5:B>@0 FIT 4;O CAB0=>2:8 ALICE =0 >;LH>< 04@>==>< :>;;0945@5   =8*2 (?>2KH0NI89 :>MDD8F85=B) = 16 B>3>2K9   = 16'C40:>2 0;5@89 8E09;>28G 1. >4 @>645=8O 1952 2. 0B0 70I8BK 48AA5@B0F88 :0=4. E8<. =0C: 1987 3. >;6=>ABL =0CG=K9 A>B@C4=8: 'C40:>2 ..   70 20143 1. . . 'C40:>2, . . C9:>2, !. . @<>;052, . . >E0=N:, . . >AB>20, . . 09F52, !. . (0B8:, .. >AB5=8:>2, . . K6:>20, . . "NB8=. AA;54>20=85 E0@0:B5@8AB8: 35=5@0B>@0 82Rb 4;O ?>78B@>==>-M<8AA8>==>9 B><>3@0D88. 048>E8<8O, 2014,B. 56, K?. 5, A. 455-461   =60x0,662/10=3,97 2. .. 'C40:>2, !.. @<>;052, .. C9:>2, .. >AB>20, !.. (0B8:, .. 09F52, .. "NB8=. -DD5:B82=>ABL M;N8@>20=8O @C1848O-82 87 82Sr/82Rb 35=5@0B>@0. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<, 8-12 A5=BO1@O, 2013. "578AK 4>:;04>2, A.59.   =4   ?> ?C1;8:0F8O<: 7.97 !?8A>: ?0B5=B>2 70 2013-2014 3.3. 1. .. 'C40:>2, ..C9:>2, .. >E0=N:. 5=5@0B>@ @C1848O-82 8 A?>A>1 53> ?@83>B>2;5=8O. 0O2:0 =0 ?0B5=B $, 23.12.2013, ! 2013156953   =20/3=6,67   ?> ?0B5=B0<: 6,67 B>3>2K9 ;8G=K9  = 14,64LVALOG_0?H8=0 ;5=0 ;048<8@>2=0 1. >4 @>645=8O 1961 2. 0B0 70I8BK 48AA5@B0F88 0=4. E8<. =0C: 1988 3. >;6=>ABL 0CG=K9 A>B@C4=8: C1;8:0F88 2013-2014 3.3. 1. R.A. Aliev, S.V. Ermolaev, A.N. Vasiliev, V.S. Ostapenko, E.V. Lapshina, B.L. Zhuikov, N.V. Zakharov, V.V. Pozdeev, V.M. Kokhanyuk, B.F. Myasoedov, S.N. Kalmykov. Isolation of medicine-applicable actinium-225 from thorium targets irradiated by medium-energy protons. Solvent Extraction and Ion Exchange, 2014, v. 32, p. 468-477.   =30*1.581/10=4,743 2. Aliev R.A., Zhuikov B.L., Ermolaev S.V., Lapshina E.V., Vasilyev A.N., Ostapenko V.S., Kalmykov S.N. New Method For Large Scale Production Of Medically Applicable Actinium-225 And Radium-223. 3rd International Conference "Application of RadiotraCers and Energetic Beams in Sciences (ARCEBS-14) , Kolkata, India, January 12-18, 2014.   =6/7=0,857 3. E. Lapshina, S. Ermolaev, B. Zhuikov, S. Kalmykov, R. Aliev, V. Ostapenko, A. Vasiliev. Separation of 225Ac from radionuclides generated by proton irradiated of natural thorium using extraction chromatography. 9th Int. Conference on the Chemistry and Physics of the Actinide Elements, ACTINIDES 2013, Karlsruhe, Germany, July 21-26, 2013, JRC 84465. Abstract Booklet, p. 210-211. #AB=K9 4>:;04.   =6 4. .. 0?H8=0, !.. @<>;052, .. C9:>2, !.. 0;<K:>2, ..;852, .!. AB0?5=:>, .. 0A8;L52. -:AB@0:F8>==>-E@><0B>3@0D8G5A:>5 >B45;5=85 225Ac >B @048>=C:;84>2, >1@07CNI8EAO ?@8 >1;CG5=88 ?@>B>=0<8 ?@8@>4=>3> B>@8O. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChem Russia-2013) A <564C=0@>4=K< CG0AB85<, 8-12 A5=BO1@O, 2013, "578AK 4>:;04>2, A.83.   =4/7=0,571 5. N. Vasiliev, V.S. Ostapenko, R.A. Aliev, S. N. Kalmykov, E.V. Lapshina, S.V. Ermolaev, B.L. Zhuikov. Production of actinium-225 from natural thorium irradiated with protons. 5th Asia-Pacific Symposium Symposium on Radiochemistry (APSORC 13), Kanazawa, Japan, September 22-27, 2013, Book of Abstracts, p. 334.   =6/7=0,857 6. .. 0A8;L52, !.. 0;<K:>2, .. LVAL`;852, .!. AB0?5=:>, .. 0?H8=0, !.. @<>;052, .. C9:>2. K45;5=85 0:B8=8O-225 8 @048O-223 87 >1;CG5==KE B>@852KE <8H5=59. 564C=0@>4=K9 A5<8=0@ TrisKem International. A?>;L7>20=85 M:AB@0:F8>==>9 E@><0B>3@0D88 2 @048>E8<8G5A:>< 0=0;875. >A:20, 16 <0O 2013.   =4/7=0,57 7. .!. AB0?5=:>, !.. 0;<K:>2, .. 0A8;L52, .. 0?H8=0, .. ;852, !.. @<>;052. @8<5=5=85 M:AB@0:F8>==>-E@><0B>3@0D8G5A:8E A>@15=B>2 4;O @0745;5=8O 0:B8=84>2 8 @54:>75<5;L=KE M;5<5=B>2. 564C=0@>4=K9 A5<8=0@ TrisKem International A?>;L7>20=85 M:AB@0:F8>==>9 E@><0B>3@0D88 2 @048>E8<8G5A:>< 0=0;875. >A:20, 16 <0O 2013   =6/6=1 8. V.S.Ostapenko, A.N.Vasiliev, E.V.Lapshina, S.V.Ermolaev, S.N.Kalmykov, R.A.Aliev. Separation and preconcentration of actinides and rare earth elements by extraction chromatography. The First Russian-Nordic Symposium on Radiochemistry  RNSR-2013 : Abstracts, 21-24 October 2013, Moscow, P.103.   =6/6=1 9. E. Lapshina, S. Ermolaev, B. Zhuikov, A. Vasiliev, V. Ostapenko, R. Aliev, S. Kalmykov. Recovery of actinium-225 and radium-223 from natural thorium irradiated with protons. 4th International Nuclear Chemistry Congress, Maresias, So Paulo, Brazil, 14-19 September, 2014. Abstract book, p.65. #AB=K9 4>:;04.   =6 10. V. Ostapenko, A. Vasiliev, E. Lapshina, S. Ermolaev, R. Aliev, S. Kalmykov, B. Zhuikov. Separation of 225Ac from rare earth elements generated by proton irradiation of natural thorium. 4th International Nuclear Chemistry Congress, Maresias, So Paulo, Brazil, 14-19 September, 2014. Abstract book, p.67.   =6/7=0,857 11. .. 0?H8=0, !.. @<>;052, .. C9:>2, !.. 0;<K:>2, .. ;852, .!. AB0?5=:>, .. 0A8;L52, !.!. 0=8;>2. K45;5=85 8 :>=F5=B@8@>20=85 223Ra 87 >1;CG5==>3> ?@>B>=0<8 ?@8@>4=>3> B>@8O. 0B5@80;K IV A5@>AA89A:>3> A8<?>78C<0 A <564C=0@>4=K< CG0AB85< 0745;5=85 8 :>=F5=B@8@>20=85 2 0=0;8B8G5A:>9 E8<88 8 @048>E8<88, @0A=>40@, 28 A5=BO1@O - 04 >:BO1@O 2014 3., A. 146. #AB=K9 4>:;04.   =4 12. .!. AB0?5=:>, .. 0A8;L5LVALa2, .. 0?H8=0, !.. @<>;052, .. ;852, !.. 0;<K:>2, .. C9:>2. K45;5=85 225Ac 87 ?@8@>4=>3> B>@8O, >1;CG5==>3> ?@>B>=0<8 A@54=59 M=5@388. 0B5@80;K IV A5@>AA89A:>3> A8<?>78C<0 A <564C=0@>4=K< CG0AB85< 0745;5=85 8 :>=F5=B@8@>20=85 2 0=0;8B8G5A:>9 E8<88 8 @048>E8<88, @0A=>40@, 28 A5=BO1@O - 04 >:BO1@O 2014 3., A. 155.   =4/7=0,571 13. Ostapenko V., Vasiliev A., Lapshina E., Ermolaev S., Aliev R., Totskiy Yu., Zhuikov B., Kalmykov S. Separation of actinium-225 from fission and spallation products by extraction chromatography. J. Radioanalyt. Nucl. Chem., Submitted, 2014.   =30*1.415/8=5,306   ?> ?C1;8:0F8O<: 32,333 C:>2>4AB2> 48?;><=>9 @01>B>9 1. AB0?5=:> 0;5=B8=0 !5@3552=0, ABC45=B:0 5-3> :C@A0 %8<8G5A:>3> D0:C;LB5B0 # 8<. ..><>=>A>20, 2K?>;=O;0 48?;><=CN @01>BC %@><0B>3@0D8G5A:>5 2K45;5=85 0:B8=8O-225 87 ?@8@>4=>3> B>@8O, >1;CG5==>3> ?@>B>=0<8 =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @048>87>B>?=>3> :><?;5:A0 / . 0I8B0 48?;><=>9 @01>BK A>AB>O;0AL 2 8N=5 20133.  =10 2. 0=8;>2 !5@359 !5@35528G, ABC45=B 5-3> :C@A0 %8<8G5A:>3> D0:C;LB5B0 # 8<...><>=>A>20 2K?>;=O; 48?;><=CN @01>BC -:AB@0:F8>==>-E@><0B>3@0D8G5A:>5 2K45;5=85 @048O 87 >1;CG5==>3> ?@>B>=0<8 ?@8@>4=>3> B>@8O =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @048>87>B>?=>3> :><?;5:A0 / . 0I8B0 48?;><=>9 @01>BK A>AB>O;0AL 2 8N=5 20143.  =10 C:>2>4AB2> 0A?8@0=B>< 2 2013 3. AB0?5=:> 0;5=B8=0 !5@3552=0, 0A?8@0=B:0 :0D54@K @048>E8<88 %8<8G5A:>3> D0:C;LB5B0 # 8<. ><>=>A>20, 2K?>;=O5B 48AA5@B0F8>==CN @01>BC =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 E8<8G5A:8E =0C: =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @048>87>B>?=>3> :><?;5:A0 / .   =30 C:>2>4AB2> 0A?8@0=B>< 2 2014 3. AB0?5=:> 0;5=B8=0 !5@3552=0, 0A?8@0=B:0 :0D54@K @048>E8<88 %8<8G5A:>3> D0:C;LB5B0 # 8<. ><>=>A>20, 2K?>;=O5B 48AA5@B0F8>==CN @01>BC =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 E8<8G5A:8E =0C: =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @LVAL&048>87>B>?=>3> :><?;5:A0 / .   =30   =80 B>3>2K9 ;8G=K9  = 112,333LVALOGcC@5?8= ;5:A59 >@8A>28G 01.05.1936 :0=4840BA:0O  29.06.1964, 4>:B>@A:0O  23.02.1973, 70A;. 45OB. =0C:8 _ 30.04.1999 702. ;01>@0B>@859 =45:A F8B8@C5<>AB8 10802, h index = 54 !?8A>: >?C1;8:>20==KE @01>B 70 2013 -2014 3.3. "5<0 ! 15.4 $878:0 0B><=>3> O4@0, 48=0<8:0 O45@=KE 8 D>B>O45@=KE @50:F89, D878:0 @048>=C:;84>2 8 BO6Q;KE 8>=>2 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2014 3. 1. E.V.Karpechev, I.A.Pshenichnov, T.L.Karavicheva, A.B.Kurepin, M.B.Golubeva, F.F.Guber, A.I.Maevskaya, A.I.Reshetin, V.V.Tiflov, N.S.Topilskaya et al (26 authors) Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb NUCLEAR PHYSICS A Volume: 921 Pages: 60-84 Published: JAN 2014  = 2.499*30*0.1 = 7.497 2. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multiparticle azimuthal correlations in p-Pb and Pb-Pb collisions at the CERN Large Hadron Collider PHYSICAL REVIEW C Volume: 90 Issue: 5 Article Number: UNSP 054901 Published: NOV 3 2014  = 3.881*30*0.04 = 4.657 3. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of visible cross sections in proton-lead collisions at root s(NN)=5.02 TeV in van der Meer scans with the ALICE detector JOURNAL OF INSTRUMENTATION Volume: 9 Article Number: P11003 Published: NOV 2014  = 1.526*30*0.04 = 1.831 4. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Performance of the ALICE experiment at the CERN LHC INTERNATIONAL JOURNAL OF MODERN PHYSICS A Volume: 29 Issue: 24 Article Number: 1430044 Published: SEP 30 2014  = 1.086 *30*0.04 = 1.303 15.288 5. B. Abelev, ..., F. Guber, O. KaravicheLVALdv, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Production of charged pions, kaons and protons at large transverse momenta in pp and Pb-Pb collisions at root s(NN)=2.76 TeV PHYSICS LETTERS B Volume: 736 Pages: 196-207 Published: SEP 7 2014  = 6.019*30*0.04 = 7.223 6. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of quarkonium production at forward rapidity in collisions at TeV EUROPEAN PHYSICAL JOURNAL C Volume: 74 Issue: 8 Article Number: 2974 Published: AUG 13 2014  = 5.436 *30*0.04 = 6.523 29.034 7. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Upgrade of the ALICE Experiment Letter Of Intent JOURNAL OF PHYSICS G-NUCLEAR AND PARTICLE PHYSICS Volume: 41 Issue: 8 Article Number: 087001 Published: AUG 2014  = 2.838 *30*0.04 = 3.406 32.440 8. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Technical Design Report for the Upgrade of the ALICE Inner Tracking System JOURNAL OF PHYSICS G-NUCLEAR AND PARTICLE PHYSICS Volume: 41 Issue: 8 Article Number: 087002 Published: AUG 2014  = 2.838 *30*0.04 = 3.406 35.846 9. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality, rapidity and transverse momentum dependence of J/Psi suppression in Pb-Pb collisions at root(NN)-N-S=2.76TeV PHYSICS LETTERS B Volume: 734 Pages: 314-327 Published: JUN 27 2014  = 6.019*30*0.04 = 7.223 43.069 10. B. Abelev, ..., F. Guber, O. Karavichev, T. LVALeKaravicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of charged jet suppression in Pb-Pb collisions at root s(NN)=2.76 TeV JOURNAL OF HIGH ENERGY PHYSICS Issue: 3 Article Number: 013 Published: MAR 3 2014  = 6.220*30*0.04 = 7.464 50.533 11. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Two- and three-pion quantum statistics correlations in Pb-Pb collisions at root S-NN=2.76 TeV at the CERN Large Hadron Collider PHYSICAL REVIEW C Volume: 89 Issue: 2 Article Number: 024911 Published: FEB 26 2014  = 3.881*30*0.04 = 4.657 55.190 12. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, . J/psi production and nuclear effects in p-Pb collisions at=5.02 TeV JOURNAL OF HIGH ENERGY PHYSICS Issue: 2 Article Number: 073 Published: FEB 18 2014  = 6.220*30*0.04 = 7.464 62.654 13. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multiplicity dependence of pion, kaon, proton and lambda production in p-Pb collisions at root s(NN)=5.02 TeV PHYSICS LETTERS B Volume: 728 Pages: 25-38 Published: JAN 20 2014  = 6.019*30*0.04 = 7.223 69.877 14. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multi-strange baryon production at mid-rapidity in Pb-Pb collisions at root s(NN)=2.76 TeV PHYSICS LETTERS B Volume: 728 Pages: 216-227 Published: JAN 20 2014  = 6.019*30*0.04 = 7.223 77.100 15. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, LVALfA.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Azimuthal anisotropy of D meson production in Pb-Pb collisions at sqrt(s_NN) = 2.76 TeV Phys. Rev. C 90 (2014) 034904  = 3.881*30*0.04 = 4.657 81.757 16. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Transverse momentum dependence of inclusive primary charged-particle production in pPb collisions at sqrt(sNN) = 5.02 TeV Eur. Phys. J. C 74 (2014) 3054  = 5.436*30*0.04 = 6.523 17. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Beauty production in pp collisions at sqrt(s) = 2.76 TeV, measured using semi-electronic decays Phys. Lett. B 738 (2014) 97-108  = 6.019*30*0.04 = 7.223 18. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Suppression of Upsilon(1S) at forward rapidity in Pb-Pb collisions at sqrt(s_NN) = 2.76 TeV Phys. Lett. B 738 (2014) 361-372  = 6.019*30*0.04 = 7.223 19. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Neutral pion production at midrapidity in pp and PbPb collisions at sqrt(sNN) = 2.76 TeV Eur. Phys. J. C (2014) 74-3108  = 5.436*30*0.04 = 6.523 20. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Freeze-out radii extracted from three-pion cumulants in pp, p-Pb and Pb-Pb collisions at the LHC Phys. Lett. B 739 (2014) 139-151  = 6.019*30*0.04 = 7.223 21. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev,LVALg A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Event-by-event mean fluctuations in pp and Pb-Pb collisions at the LHC Eur. Phys. J. C (2014) 74-3077  = 5.436*30*0.04 = 6.523 22. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Production of inclusive (1S) and (2S) in p-Pb collisions at sqrt(sNN) = 5.02 TeV Phys. Lett. B 740 (2015) 105-117  = 6.019*30*0.04 = 7.223 23. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Exclusive J/ photoproduction off protons in ultra-peripheral p-Pb collisions at "sNN = 5.02 TeV Phys. Rev. Lett. 113 (2014) 232504  = 7.728 *30*0.04 = 9.274 24. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of prompt D-meson production in p Pb collisions at sqrt(sNN) = 5.02 TeV Phys. Rev. Lett. 113 (2014) 232301  = 7.728 *30*0.04 = 9.274 25. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Suppression of psi(2S) production in p-Pb collisions at sqrt(s_NN)=5.02 TeV J. High Energy Phys. 12 (2014)073  = 6.220 *30*0.04 = 7.464 26. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multiplicity dependence of jet-like two-particle correlations in pPb collisions at sqrt(sNN) = 5.02 TeV with ALICE at LHC Phys. Lett. B 741 (2015) 38-50  = 6.019*30*0.04 = 7.223 27. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %!, . . =4@552LVALh0, . . >;C1520, $. $. C15@, . . 20H:8=, . Krasa, . Kugler, . . C@5?8=, . . 5BCE>2, . . 5H5B8=, . !. !04>2A:89, . Svoboda, .. . !>1>;52, P. Tlusty, . . #A5=:>.   +  "% -! ", 2014, ! 2, A. 1 18, 14 02B>@>2 Instrum.Exp.Tech. 57 (2014) 103-119   = 60 E 0.349 E 0,1 = 2.094 28. Baryon resonance production and dielectron decays in proton-proton collisions at 3.5 GeV, HADES collaboration, (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& ,"-$ - .Lebedev,& et al.) Eur.Phys.J. A50 (2014) 82, 97 authors   = 30 x 2,421 E 0,075 =5,447 29. Electromagnetic calorimeter for the HADES@FAIR experiment HADES Collaboration (O. Svoboda, & ../ - M.Golubeva, F.Guber, A.Ivashkin, A.Reshetin.et al.) JINST 9 (2014) C05002, 23 authors   = 30 x 1.526 E 0,1 = 4.578 30. Associate K^0 production in p+p collisions at 3.5 GeV: The role of Delta(1232)++ HADES Collaboration (G. Agakishiev,& / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) @8=OB0 2 ?5G0BL 2 Phys.Rev.C, 100 authors   = 30 x 3.881 E 0,06 = 6.986 31. Searching a Dark Photon with HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) Phys.Lett. B731 (2014) 265-271, 100 authors   = 30 x 6.019 E 0,06 = 10.834 32. Lambda hyperon production and polarization in collisions of p(3.5 GeV)+Nb HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) Eur.Phys.J. A50 (2014) 81, 98 authors   = 30 x 2.421 E 0,075 = 5.447 33. In-medium hadron properties measured with HADES HADES Collaboration (J. Pietraszko, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& "-$ -,A.Lebedev,& et al.). EPJ Web Conf. 66 (2014) 04023, 98 authorsLVALi   = 8 x 1.5 x 0,075 = 0.9 34. Low mass dielectrons radiated off cold nuclear matter measured with HADES M. Lorenz, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al. EPJ Web Conf. 66 (2014) 09011, 98 authors   = 8 x 1.5 x 0,075 = 0.9 35. Medium effects in proton-induced K0 production at 3.5 GeV HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) Phys. Rev. C 90, 054906, 97 authors   = 30 x 3.881 E 0,075 = 8.732 36.Time of flight measurement in heavy-ion collisions with the HADES RPC TOF wall HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) JINST 9 (2014) 11, C11015, 105 authors   = 30 x 1.526 E 0,06 = 2.747 37. Electromagnetic Calorimeter for HADES Experiment P. Rodrguez-Ramos,& (/) M. Golubeva, F. Guber, A. Ivashkin, O. Pethukov, et al., for the HADES Collaboration, Eur. Phys. J. Web Conf. 81 (2014) 06009, 30 authors   = 8 E 1.5 x 0,1 = 1.2 38. Measurement of the quasi free np ! np+" and np ! pp"0 reactions at 1.25 GeV With HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) EPJ Web of Conferences 81, 02009 (2014) , 105 authors   = 8 E 1.5 x 0,06 = 0.72 39. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) Phys.Rev. C89 (2014) 025205, 144 authors   = 30 x 3.881 E 0,06 = 6,986 40. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 andLVALj 158 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.)O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradovet al.) Eur. Phys. J. C (2014) 74:2794. , 139 authors   = 30 x 5.436 E 0,06 = 9.785 41. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) JINST9P06005, 2014, 148 authors   = 30 x 1.526 E 0,06 = 2.747 42. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89,   +  "% -! ", 2014, ! 6, A. 5 12, 8 02B>@>2 Instruments and Experimental Techniques, 2014, Vol. 57, No. 6, pp. 651 657   = (60 x 0.349) / 8 = 2.617 43. New results on relativistic nucleus-nucleus collisions and plans for their future studies ..C@5?8=, $.$.C15@, ..20H:8=, /45@=0O D878:0 77 (2014) 974-979   = 0563 E 60 E 0.3 = 10.134 0 2014 3>4:   = 246.307 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 2013 3.  Measurement of the inclusive differential jet cross section in pp collisions at s " =2.76 TeV  ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2013. 17 pp. Phys.Lett. B722 (2013) 262-272   = 6,019 E 30 E 0.04 =7,223 2.  Measurement of electrons from beauty hadron decays in pp collisions at "s =7 TeV  ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Phys.Lett. B721 (2013) 13-23   = 6,019 E 30 E 0.04 =7,223 3.  Charge separation relative to the reaction plane in Pb-Pb collisions at " s nn =2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Phys.Rev.Lett.LVALk 110 (2013) 012301   = 7.728 E 30 E 0.04 = 9.274 4.  Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.) et al.). Nucl.Instrum.Meth. A701 (2013) 99-114   =1,316*30 * 0.06 = 2.369 5.  Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at " s nn =2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Phys.Lett.B 719 (2013) 18-28   = 6,019 E 30 E 0.04 =7,223 6.  HADES experiments: investigation of hadron in-medium properties HADES Collaboration (Piotr Salabura (Jagiellonian U.) et al.). 2013. 15 pp. J.Phys.Conf.Ser. 420 (2013) 012013   = 0,48 7. Proton induced dielectron radiation off Nb: P t and Y distributions  HADES Collaboration (M. Lorenz (Frankfurt U., Inst. Kernphys.) et al.). 2013. 5 pp. J.Phys.Conf.Ser. 426 (2013) 012034   = 0,48 8.Deep sub-threshold K " (892) 0 production in collisions of Ar + KCl at 1.76-A-GeV HADES Collaboration (G. Agakishiev (Giessen U.) et al.). 2013. 7 pp. Eur.Phys.J. A49 (2013) 34  =2.421*30*0.04 = 2.905 9.Nuclear-nuclear collision centrality determination by the spectators calorimeter for the MPD setup at the NICA facility M.B. Golubeva, F.F. Guber, A.P. Ivashkin (Moscow, INR), A.Yu. Isupov , A.B. Kurepin (Moscow, INR), A.G. Litvinenko, E.I. Litvinenko, I.I. Migulina, V.F. Peresedov (Dubna, JINR). 2013. 16 pp. Phys.Atom.Nucl. 76 (2013) 1-15, Yad.Fiz. 76 (2013) 2-17   = 0,595 * 60 /9 = 3.967 10.Long-range angular correlations on the near and away side in p -Pb collisions at " s nn =5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Phys.Lett. B719 (2013) 29-41   = 6,019 E 30 E 0.04 =7,223 11.An upper limit on hypertriton production in collisions of Ar(1.76 A GeV) + KCl HADES Collaboration (G. Agakishiev et al.). Oct 23, 2013. 5 pp. Eur.Phys.J. A49 (2013) 146  =2.421*30*0.04 = 2.905 12. K 0 S and  pLVALlroduction in Pb-Pb collisions at " s=2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev et al.). 2013. Phys.Rev.Lett. 111 (2013) 222301   = 7.728 E 30 E 0.04 = 9,274 13.Long-range angular correlations of pi, K and p in p--Pb collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev et al.). Jul 11, 2013. 14 pp. Phys.Lett. B726 (2013) 164-177   = 6,019 E 30 E 0.04 =7,223 14. Multiplicity dependence of two-particle azimuthal correlations in pp collisions at the LHC ALICE Collaboration (Betty Abelev et al.). Jul 4, 2013. 42 pp. JHEP 1309 (2013) 049   = 5.618 E 30 E 0.04 = 6.742 15. pK +  final state: Towards the extraction of the ppK " contribution L. Fabbietti , G. Agakishiev , et al.. May 12, 2013. 9 pp. Nucl.Phys. A914 (2013) 60-68   = 1,525 E 30 E 0,06 = 2,745 16. D meson elliptic flow in non-central Pb-Pb collisions at "s =2.76 TeV ALICE Collaboration (B. Abelev et al.). May 13, 2013. 17 pp. Phys.Rev.Lett. 111 (2013) 1023   = 7.728 E 30 E 0.04 = 9,274 17. Mid-rapidity anti-baryon to baryon ratios in pp collisions at s " = 0.9, 2.76 and 7 TeV measured by ALICE ALICE Collaboration (E. Abbas et al.). May 7, 2013. 33 pp. Eur.Phys.J. C73 (2013) 2496   = 5.436 E 30 E 0.04 = 6.523 18. Centrality dependence of the pseudorapidity density distribution for charged particles in Pb-Pb collisions at "s =2.76 TeV ALICE Collaboration (Ehab Abbas et al.). Apr 1, 2013. 13 pp. Phys.Lett. B726 (2013) 610-622   = 6,019 E 30 E 0.04 =7,223 19. Centrality dependence of  K, p production in Pb-Pb collisions at " s = 2.76 TeV ALICE Collaboration (Betty Abelev et al.). Mar 4, 2013. 42 pp. Phys.Rev. C88 (2013) 044910   = 3.715 E 30 E 0.04 = 4.458 20. Centrality determination of Pb-Pb collisions at " s = 2.76 TeV with ALICE ALICE Collaboration (Betty Abelev et al.). Jan 18, 2013. 37 pp. Phys.Rev. C88 (2013) 044909   = 3.881 E 30 E 0.04 = 4.657 21. Charge correlations usinLVALmg the balance function in Pb-Pb collisions at s " s = 2.76 TeV ALICE Collaboration (Betty Abelev et al.). Jan 2013. 37 pp. Phys.Lett. B723 (2013) 267-279   = 6,019 E 30 E 0.04 =7,223 22. Charged kaon femtoscopic correlations in pp collisions at s " =7 TeV ALICE Collaboration (B. Abelev et al.). 19 pp. Phys.Rev. D87 (2013) 052016   = 4,864 E 30 E 0,075 = 10,944 24. Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p -Pb Collisions at "s =5.02 TeV ALICE Collaboration (Betty Abelev et al.). 16 pp. Phys.Rev.Lett. 110 (2013) 082302   = 7.728 E 30 E 0.04 = 9,274 Pse25. Pseodorapidity density of charged particles p -Pb collisions at "s =5.02 TeV ALALICE Collaboration (Betty Abelev et al.).16 pp. PPhPhys.Rev.Lett. 110 (2013) 032301   = = 7.728 E 30 E 0.04 = 9,274 26. Coherent J/ photoproduction in ultra-peripheral Pb-Pb collisions at "s =2.76 TeV ALICE Collaboration (Betty Abelev et al.). 19 pp. Phys.Lett. B718 (2013) 1273-1283   = 6,019 E 30 E 0.04 =7,223 27. Measurement of inelastic, single- and double-diffraction cross sections in proton--proton collisions at the LHC with ALICE ALALICE Collaboration (Betty Abelev et al.). 27 pp. Eur.Phys.J. C73 (2013) 2456 2496   = 5.436 E 30 E 0.04 = 6.523 28. Centrality Dependence of Charged Particle Production at Large Transverse Momentum in Pb--Pb Collisions at " s=2.76 TeV ALICE Collaboration (Betty Abelev et al.). 18 pp. Phys.Lett. B720 (2013) 52-62   = 6,019 E 30 E 0.04 =7,223 29. Net-Charge Fluctuations in Pb-Pb collisions at \surds_NN = 2.76 TeV ALICE Collaboration (Betty Abelev et al.). 10 pp. Phys.Rev.Lett. 110 (2013) 152301   = 7.728 E 30 E 0.04 = 9,274 B>3> 70 2013 3.   = 179.023 #G51=K9 :C@A  -:A?5@8<5=B0;L=0O O45@=0O D878:0 A5<5AB@0 , 4>@01>B:0 :064K9 3>4   =16 B>3>2K9  = 246.307 + 179.023 + 16 = 441.133 B>3>2K9   @C:>2>48B5;O =441,133*0,5+3LVAL588,634/16*0,75=26,472+168,217=388,784LVALOGoC15@ $54>@ $@84@8E>28G >4 @>645=8O.  1950 0B0 70I8BK 48AA5@B0F88  1999 >;6=>ABL  AB0@H89 =0CG=K9 A>B@C4=8: 01>@0B>@8O @5;OB828ABA:>9 O45@=>9 D878:8 B45; M:A?5@8<5=B0;L=>9 D878:8   70 2013-2014 33. !?8A>: >?C1;8:>20==KE @01>B 70 2013 -2014 33. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 2014 3. 1. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %!, . . =4@5520, . . >;C1520, $. $. C15@, . . 20H:8=, . Krasa, . Kugler, . . C@5?8=, . . 5BCE>2, . . 5H5B8=, . !. !04>2A:89, . Svoboda, .. . !>1>;52, P. Tlusty, . . #A5=:>.   +  "% -! ", 2014, ! 2, A. 1 18, 14 02B>@>2 Instrum.Exp.Tech. 57 (2014) 103-119   = 60 E 0.349 E 0,1 = 2.094 2. Baryon resonance production and dielectron decays in proton-proton collisions at 3.5 GeV, HADES collaboration, (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& ,"-$ - .Lebedev,& et al.) Eur.Phys.J. A50 (2014) 82, 97 authors   = 30 x 2,421 E 0,075 = 5,447 3. Electromagnetic calorimeter for the HADES@FAIR experiment HADES Collaboration (O. Svoboda, & ../ - M.Golubeva, F.Guber, A.Ivashkin, A.Reshetin.et al.) JINST 9 (2014) C05002, 23 authors   = 30 x 1.526 E 0,1 = 4.578 4. Associate K^0 production in p+p collisions at 3.5 GeV: The role of Delta(1232)++ HADES Collaboration (G. Agakishiev,& / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) @8=OB0 2 ?5G0BL 2 Phys.Rev.C, 100 authors   = 30 x 3.881 E 0,06 = 6.986 5. Searching a Dark Photon with HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) Phys.Lett. B731 (2014) 265-271, 100 authors   = 30 x 6.019 E 0,06 = 10.834 6. Lambda hyperon production and polarization in collisions of p(3.5 GeV)+Nb HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, ALVALp.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) Eur.Phys.J. A50 (2014) 81, 98 authors   = 30 x 2.421 E 0,075 = 5.447 7. In-medium hadron properties measured with HADES HADES Collaboration (J. Pietraszko, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& "-$ -,A.Lebedev,& et al.). EPJ Web Conf. 66 (2014) 04023, 98 authors   = 8 x 1.5 x 0,075 = 0.9 8. Low mass dielectrons radiated off cold nuclear matter measured with HADES M. Lorenz, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al. EPJ Web Conf. 66 (2014) 09011, 98 authors   = 8 x 1.5 x 0,075 = 0.9 9. Medium effects in proton-induced K0 production at 3.5 GeV HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) Phys. Rev. C 90, 054906, 97 authors   = 30 x 3.881 E 0,075 = 8.732 10.Time of flight measurement in heavy-ion collisions with the HADES RPC TOF wall HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) JINST 9 (2014) 11, C11015, 105 authors   = 30 x 1.526 E 0,06 = 2.747 11. Electromagnetic Calorimeter for HADES Experiment P. Rodrguez-Ramos,& (/) M. Golubeva, F. Guber, A. Ivashkin, O. Pethukov, et al., for the HADES Collaboration, Eur. Phys. J. Web Conf. 81 (2014) 06009, 30 authors   = 8 E 1.5 x 0,1 = 1.2 12. Measurement of the quasi free np ! np+" and np ! pp"0 reactions at 1.25 GeV With HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) EPJ Web of Conferences 81, 02009 (2014) , 105 authors   = 8 E 1.5 x 0,06 = 0.72 13. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions atLVALq 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) Phys.Rev. C89 (2014) 025205, 144 authors   = 30 x 3.881 E 0,06 = 6,986 14. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.)O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradovet al.) Eur. Phys. J. C (2014) 74:2794. , 139 authors   = 30 x 5.436 E 0,06 = 9.785 15. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) JINST9P06005, 2014, 148 authors   = 30 x 1.526 E 0,06 = 2.747 16. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89,   +  "% -! ", 2014, ! 6, A. 5 12, 8 02B>@>2 Instruments and Experimental Techniques, 2014, Vol. 57, No. 6, pp. 651 657   = (60 x 0.349) / 8 = 2.617 17. Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaia, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya (Moscow, INR) et al.. Jul 21, 2013. 14 pp. Published in Nucl.Phys. A921 (2014) 60-84, 10 02B>@>2   = 30 E 2.499 E 0,1 = 7.497 18. + #,""+  + !! !"/ /"!"!% /  . . C@5?8=, $. $. C15@, . LVALr. 20H:8= / / $, 2014, B>< 77,!7, A. 1 6   = 60 E 0.595 / 3 = 11.9 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, J/ production and nuclear effects in p-Pb collisions at "s = 5.02 TeV, http://dx.doi.org/10.1007/JHEP02(2014)073 J. High Energy Phys 2014 (2014) 73  =6.220*30.*0.04 = 7.464 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Multi-strange baryon production at mid-rapidity in Pb Pb collisions at "s_NN=2.76 TeV, http://dx.doi.org/10.1016/j.physletb.2013.11.048 Phys. Lett. B 728 (2014) 216 227.  = 6.019*30*0.04 = 7.223 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Multiparticle azimuthal correlations in p-Pb and Pb-Pb collisions at the CERN Large Hadron Collider, http://dx.doi.org/10.1103/PhysRevC.90.054901 Phys. Rev. C 90 (2014) 054901.  =3.881* 30*0.04 = 4.657 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Measurement of quarkonium production at forward rapidity in pp collisions at "s = 7 TeV, http://dx.doi.org/10.1140/epjc/s10052-014-2974-4 Eur. Phys. J. C 74 (2014) 2974.  = 5.436*30*0.04 = 6.523 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Two- and three-pion quantum statistics correlations in Pb-Pb collisions at "s_NN=2.76 TeV at the CERN Large Hadron Collider, http://dx.doi.org/10.1103/PhysRevC.89.024911 Phys. Rev. C 89 (2014) 024911  =3.881* 30*0.04 = 4.657 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE CollaboratLVALsion, Measurement of charged jet suppression in Pb-Pb collisions at "s_NN=2.76, http://dx.doi.org/10.1007/JHEP03(2014)013 J. High Energy Phys. 2014 (2014) 13  =6.220*30.*0.04 = 7.464 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Beauty production in pp collisions at "s_NN=2.76 GeV measured via semi-electronic decays, http://dx.doi.org/10.1016/j.physletb.2014.09.026 Phys. Lett. B 738 (2014) 97 108  = 6.019*30*0.04 = 7.223 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Technical Design Report for the Upgrade of the ALICE Inner Tracking System, 087002 http://dx.doi.org/10.1088/0954-3899/41/8/087002 J. Phys. G Nucl. Part. Phys. 41 (2014) 087002  = 2.838*30*0.04 = 3.406 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Performance of the ALICE experiment at the CERN LHC, http://dx.doi.org/10.1142/S0217751X14300440 Int. J. Mod. Phys. A 29 (2014) 1430044  = 1.086*30*0.04 =1.303 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Centrality, rapidity and transverse momentum dependence of J/psi suppression in Pb-Pb collisions at "s_NN=2.76 TeV, http://dx.doi.org/10.1016/j.physletb.2014.05.064 Phys. Lett. B 734 (2014) 314 327  = 6.019*30*0.04 = 7.223 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Upgrade of the ALICE Experiment: Letter of Intent, http://dx.doi.org/10.1088/0954-3899/41/8/087001 J. Phys. G Nucl. Part. Phys. 41 (2014) 087001  = 2.838*30*0.04 = 3.406 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.NLVALt. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Suppression of Upsilon(1S) at forward rapidity in Pb Pb collisions at "s_NN=2.76 TeV, http://dx.doi.org/10.1016/j.physletb.2014.10.001 Phys. Lett. B 738 (2014) 361 372  = 6.019*30*0.04 = 7.223 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Production of charged pions, kaons and protons at large transverse momenta in pp and Pb Pb collisions at "s_NN=2.76 TeV, http://dx.doi.org/10.1016/j.physletb.2014.07.011 Phys. Lett. B 736 (2014) 196 207  = 6.019*30*0.04 = 7.223 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Measurement of visible cross sections in proton-lead collisions at "s_NN = 5.02 TeV in van der Meer scans with the ALICE detector, Journal of Instrumentation 9 (2014) P11003  = 1.526*30.*0.04 = 1.831 B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Multiplicity dependence of pion, kaon, proton and lambda production in p Pb collisions at "s _NN=5.02 TeV, Phys. Lett. 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Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Charmonium and e+e- pair photoproduction at mid-rapidity in ultra-peripheral Pb-Pb collisions at "sNN=2.76 TeV Eur. Phys. J. C 73 (2013) 2617  =5.436*30*0.04 =6.523 E.Abbas, & ,F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J/psi Elliptic Flow in Pb-Pb Collisions at "sNN=2.76 TeV Phys. Rev. Lett. 111 (2013) 162301  =7.728*30*0.04 = 9.274 B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, D Meson Elliptic Flow in Noncentral Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 111 (2013) 102301  =7.728*30*0.04 = 9.274 B.Abelev, & ,F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. 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Reshetin et al., ALICE Collaboration, Measurement of electrons from beauty hadron decays in pp collisions at "s=7 TeV, Phys. Lett. B 721 (2013) 13  = 6.019*30*0.04 = 7.223 B. Abelev, ..., FLVALy. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Charged kaon femtoscopic correlations in pp collisions at "s=7 TeV, Phys. Rev. D 87 (2013) 052016  =4.864*30*0.04 = 5.837 B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality dependence of charged particle production at large transverse momentum in Pb-Pb collisions at "sNN=2.76 TeV, Phys. Lett. B 720 (2013) 52  = 6.019*30*0.04 = 7.223 B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. 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Topilskaya (Moscow, INR) et al.. Jul 21, 2013. 14 pp. e-Print: arXiv:1307.5548 [nucl-ex] , 10 02B>@>2   = 4,0 x 0.1 = 0.4 9. Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Boehmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN), P. Cabanelas (Santiago de Compostela U.), S. Chernenko (Dubna, JINR) et al.. May 14, 2013. 10 pp. e-Print: arXiv:1305.3118, 97 authors   = 4,0 E 0,075 = 0,300 . . 10. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko et al.. Aug 2012. 5 pp. e-Print: arXiv:1208.0205, 95 authors   = 4,0 E 0,075 = 0,300   ?> ?@5?@8=B0< = 4.851 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 3. Fedor Guber, Alexander Ivashkin, Oleg Petukhov PSD upgrade NA61 Hardware Upgrade Meeting at CERN, 3 - 5 March 2014 Fedor Guber Status of the PSD TDR 23rd CBM Collaboration meeting, 7-11 April 2014, GSI, Darmstadt   =6 20133. Fedor Guber, PSD upgrade , NA61/bNA49 Collaboration meeting, 27 - 31 May 2013 , Belgrade, Serbia Fedor Guber, PSD upgrade, NA61/NA49 Collaboration meeting, Wroclaw, 7 - 11 O LVAL" ct. 2013 Fedor Guber, Alexander Ivashkin, PSD? Hardware Upgrade Meeting at CERN, 6 - 8 November 2013 F. Guber, Status of the PSD TDR, CBM collaboration meeting, 8-12April, 2013, GSI, Darmstadt F.Guber, - The PSD progress, CBM collaboration meeting, 22-27 September 2013, JINR, Dubna   ?> 2KABC?;5=8O< = 42 "+   = 427.875+ 4.851 + 42 = 474.726LVALOG>;C1520 0@8=0 >@8A>2=0 >4 @>645=8O.  1950 0B0 70I8BK 48AA5@B0F88  1/A >;6=>ABL  =0CG=K9 A>B@C4=8: 01>@0B>@8O @5;OB828ABA:>9 O45@=>9 D878:8 >B45; M:A?5@8<5=B0;L=>9 D878:8 =45:A F8B8@C5<>AB8 1918 !?8A>: >?C1;8:>20==KE @01>B 70 2013 -2014 3.3. A C:070=85< :>;-20 02B>@>2. 2014 3. 1. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %!, . . =4@5520, . . >;C1520, $. $. C15@, . . 20H:8=, . Krasa, . Kugler, . . C@5?8=, . . 5BCE>2, . . 5H5B8=, . !. !04>2A:89, . Svoboda, .. . !>1>;52, P. Tlusty, . . #A5=:>.   +  "% -! ", 2014, ! 2, A. 1 18, 14 02B>@>2 Instrum.Exp.Tech. 57 (2014) 103-119   = 60 E 0.349 E 0,1 = 2.094 2. Baryon resonance production and dielectron decays in proton-proton collisions at 3.5 GeV, HADES collaboration, (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& ,"-$ - .Lebedev,& et al.) Eur.Phys.J. A50 (2014) 82, 97 authors   = 30 x 2,421 E 0,075 =5,447 3. Electromagnetic calorimeter for the HADES@FAIR experiment HADES Collaboration (O. Svoboda, & ../ - M.Golubeva, F.Guber, A.Ivashkin, A.Reshetin.et al.) JINST 9 (2014) C05002, 23 authors   = 30 x 1.526 E 0,1 = 4.578 4. Associate K^0 production in p+p collisions at 3.5 GeV: The role of Delta(1232)++ HADES Collaboration (G. Agakishiev,& / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) @8=OB0 2 ?5G0BL 2 Phys.Rev.C, 100 authors   = 30 x 3.881 E 0,06 = 6.986 5. Searching a Dark Photon with HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) Phys.Lett. B731 (2014) 265-271, 100 authors   = 30 x 6.019 E 0,06 = 10.834 6. Lambda hyperon production and polarization in collisions of p(3.5 GeV)+Nb HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.ILVALvashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) Eur.Phys.J. A50 (2014) 81, 98 authors   = 30 x 2.421 E 0,075 = 5.447 7. In-medium hadron properties measured with HADES HADES Collaboration (J. Pietraszko, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& "-$ -,A.Lebedev,& et al.). EPJ Web Conf. 66 (2014) 04023, 98 authors   = 8 x 1.5 x 0,075 = 0.9 8. Low mass dielectrons radiated off cold nuclear matter measured with HADES M. Lorenz, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al. EPJ Web Conf. 66 (2014) 09011, 98 authors   = 8 x 1.5 x 0,075 = 0.9 9. Medium effects in proton-induced K0 production at 3.5 GeV HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) Phys. Rev. C 90, 054906, 97 authors   = 30 x 3.881 E 0,075 = 8.732 10.Time of flight measurement in heavy-ion collisions with the HADES RPC TOF wall HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) JINST 9 (2014) 11, C11015, 105 authors   = 30 x 1.526 E 0,06 = 2.747 11. Electromagnetic Calorimeter for HADES Experiment P. Rodrguez-Ramos,& (/) M. Golubeva, F. Guber, A. Ivashkin, O. Pethukov, et al., for the HADES Collaboration, Eur. Phys. J. Web Conf. 81 (2014) 06009, 30 authors   = 8 E 1.5 x 0,1 = 1.2 12. Measurement of the quasi free np ! np+" and np ! pp"0 reactions at 1.25 GeV With HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) EPJ Web of Conferences 81, 02009 (2014) , 105 authors   = 8 E 1.5 x 0,06 = 0.72 13. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeLVALV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) Phys.Rev. C89 (2014) 025205, 144 authors   = 30 x 3.881 E 0,06 = 6,986 14. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.)O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradovet al.) Eur. Phys. J. C (2014) 74:2794. , 139 authors   = 30 x 5.436 E 0,06 = 9.785 15. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) JINST9P06005, 2014, 148 authors   = 30 x 1.526 E 0,06 = 2.747 16. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89,   +  "% -! ", 2014, ! 6, A. 5 12, 8 02B>@>2 Instruments and Experimental Techniques, 2014, Vol. 57, No. 6, pp. 651 657   = (60 x 0.349) / 8 = 2.617 17. Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaia, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya (Moscow, INR) et al.. Jul 21, 2013. 14 pp. Published in Nucl.Phys. A921 (2014) 60-84, 10 02B>@>2   = 30 E 2.499 E 0,1 = 7.497 2013 3. pK+\Lambda final state: towards the extraction of the ppK- contribution L. Fabbietti , & M.Golubeva, F.GLVALuber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al., Nucl.Phys. A914 (2013) 60-68, 98 authors   = 30 x 2.499 E 0,075 = 5.623 Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 87 (2013) 025201, 95 authors   = 30 E 3.881 E 0,075 = 8.732 Deep sub-threshold K"((892)0 production in collisions of Ar + KCl at 1.76-A-GeV HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur.Phys.J. A49 (2013), 111 authors   = 30 E 2.421 E 0,06 = 4.358 Hades experiments: investigation of hadron in-medium properties Piotr Salabura, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 420 (2013) 012013, 99 authors   = 8 E 1.5 x 0,075 = 0.9 Proton induced dielectron radiation off Nb: Pt and Y distributions M. Lorenz, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin,A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 426 (2013) 012034, 98 authors   = 8 E 1.5 x 0,075 = 0.9 Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 88, 024904 (2013) , 97 authors   = 30 E 3.881 E 0,075 = 8.732 An upper limit on hypertriton production in collisions of Ar(1.76 A GeV) + KCl G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& etal. The Eur. Phys. J. A49 (2013) 146, 98 authors   = 30 E 2.421 E 0,075 = 5.447 Di-pion and di-electron production in NN reactions with HADES at 1.25GeV incident beam energy. Hubert Kuc& M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. PoSBormio2013 (2013) 060, 98 authors   = 8 E 1.5 x 0LVAL,075 = 0.9 Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, et al.) Nucl.Instrum.Meth. A701 (2013) 99-114, 152 authors   = 30 E 1.316 E 0,06 = 2.369 Energy dependence of identified hadron spectra and event-by-event fluctuations in p+p interactions fromNA61/SHINE at the CERN SPS MaciejRybczyenski (for theNA61/SHINE Collaboration) (& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) PoS ConfinementX (2012) 207, Jan. 2013, 146 authors   = 8 E 1.5 x 0,06 = 0.72 11. Nuclear-nuclear collision centrality determination by the spectators calorimeter for the MPD setup at the NICA facility M.B. Golubeva, F.F. Guber, A.P. Ivashkin (Moscow, INR), A.Yu. Isupov (Dubna, JINR), A.B. Kurepin (Moscow, INR) et al. Phys.Atom.Nucl. 76 (2013) 1-15, Yad.Fiz. 76 (2013) 2-17, 9 02B>@>2   = 60 E 0.595 / 9 = 3.967   ?> ?C1;8:0F8O< 2014 = 80,217   ?> ?C1;8:0F8O< 2013 = 42.648   ?> ?C1;8:0F8O< 2013-2014 = 122.865 @5?@8=BK 2014 3. 1. Baryon resonance production and dielectron decays in proton-proton collisions at 3.5 GeV, HADES collaboration, (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& ,"-$ - .Lebedev,& et al.) e-Print: arXiv:1403.3054 [nucl-ex] , 97 authors   = 4,0 x 0.075 = 0.3 2. Associate K^0 production in p+p collisions at 3.5 GeV: The role of Delta(1232)++ HADES Collaboration (G. Agakishiev,& / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) e-Print: arXiv:1403.6662 [nucl-ex] , 100 authors   = 4,0 x 0.06 = 0.24 3. Searching a Dark Photon with HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - ALVAL.Lebedev,& et al) e-Print: arXiv:1311.0216 [hep-ex] , 100 authors   = 4,0 x 0.06 = 0.24 4. Lambda hyperon production and polarization in collisions of p(3.5 GeV)+Nb HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) e-Print: arXiv:1404.3014 [nucl-ex] , 98 authors   = 4,0 x 0.075 = 0.3 5. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) e-Print: arXiv:1401.4699 [physics.ins-det] , 148 authors CERN-PH-EP-2014-003, 148 authors   = 4,0 x 0.06 = 0.24 2013 3. 1. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %! .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, @5?@8=B /  1349/2013., 8 02B>@>2   = 4,0 / 8 = 0.5 2. Searching a Dark Photon with HADES G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. e-Print: arXiv:1311.0216 [hep-ex] , 100 authors   = 4,0 x 0.06 = 0.24 3. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph], 144 authors   = 4,0 x 0.06 = 0.24 4. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) e-Print: arXiv:1310LVAL.2417 [hep-ex] , 139 authors   = 4,0 x 0.06 = 0.24 5. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 6. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1363/2013, 8 02B>@>2   = 4,0 / 8 = 0.5 7. 5@54=89 04@>==K9 :0;>@8<5B@ M:A?5@8<5=B0 NA61 =0 CA:>@8B5;5 SPS 2 & . .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1362/20131, 7 02B>@>2   = 4,0 / 7 = 0.571 8. Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaia, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya (Moscow, INR) et al.. Jul 21, 2013. 14 pp. e-Print: arXiv:1307.5548 [nucl-ex] , 10 02B>@>2   = 4,0 x 0.1 = 0.4 9. Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), M. Boehmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN), P. Cabanelas (Santiago de Compostela U.), S. Chernenko (Dubna, JINR) et al.. May 14, 2013. 10 pp. e-Print: arXiv:1305.3118, 97 authors   = 4,0 E 0,075 = 0,300 . . 10. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, J.C. Berger-Chen, A. Blanco, M. Bohmer, J.L. Boyard, P. Cabanelas, S. Chernenko >LVALNet al.. Aug 2012. 5 pp. e-Print: arXiv:1208.0205, 95 authors   = 4,0 E 0,075 = 0,300   ?> ?@5?@8=B0< 2014 = 1.32   ?> ?@5?@8=B0< 2013 = 3.531   ?> ?@5?@8=B0< = 4.851 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 2014 3. M.Golubeva  PSD calibration of 2012-2013 Be+Be at low energies NA61/SHINE and NA49 Analysis/Calibration/Software Meeting, Warsaw , Poland, February 10 - 14, 2014   = 6 2013 3. 1. M.Golubeva  PSD calibration software NA61 Analysis/software/calibration meeting, 11 - 15 February 2013, CERN   = 6 2. M.Golubeva, O.Petukhov  PSD simulation NA61/NA49 /analysis/calibration/software workshop, Wroclaw, March 5 - 9, 2012   = 6 3. M.Golubeva, PSD calibration NA61/NA49 Collaboration meeting, 27 - 31 May2013 , Belgrade, Serbia   = 6 4. M.Golubeva, PSD calibration NA61/NA49 Collaboration meeting in Wroclaw, 7 - 11 October 2013   = 6   ?> 2KABC?;5=8O< = 30 "+   = 157.716LVALOG20H:8= ;5:A0=4@ 02;>28G @>4.09.09.1966, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, 1999 3., AB0@H89 =0CG=K9 A>B@C4=8: -$   70 2013-2014 33. !?8A>: >?C1;8:>20==KE @01>B 70 2013 -2014 33. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 2014 3. 1. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %!, . . =4@5520, . . >;C1520, $. $. C15@, . . 20H:8=, . Krasa, . Kugler, . . C@5?8=, . . 5BCE>2, . . 5H5B8=, . !. !04>2A:89, . Svoboda, .. . !>1>;52, P. Tlusty, . . #A5=:>.   +  "% -! ", 2014, ! 2, A. 1 18, 14 02B>@>2 Instrum.Exp.Tech. 57 (2014) 103-119   = 60 E 0.349 E 0,1 = 2.094 2. Baryon resonance production and dielectron decays in proton-proton collisions at 3.5 GeV, HADES collaboration, (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& ,"-$ - .Lebedev,& et al.) Eur.Phys.J. A50 (2014) 82, 97 authors   = 30 x 2,421 E 0,075 = 5,447 3. Electromagnetic calorimeter for the HADES@FAIR experiment HADES Collaboration (O. Svoboda, & ../ - M.Golubeva, F.Guber, A.Ivashkin, A.Reshetin.et al.) JINST 9 (2014) C05002, 23 authors   = 30 x 1.526 E 0,1 = 4.578 4. Associate K^0 production in p+p collisions at 3.5 GeV: The role of Delta(1232)++ HADES Collaboration (G. Agakishiev,& / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) @8=OB0 2 ?5G0BL 2 Phys.Rev.C, 100 authors   = 30 x 3.881 E 0,06 = 6.986 5. Searching a Dark Photon with HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) Phys.Lett. B731 (2014) 265-271, 100 authors   = 30 x 6.019 E 0,06 = 10.834 6. Lambda hyperon production and polarization in collisions of p(3.5 GeV)+Nb HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "LVAL-$ - A.Lebedev,& et al) Eur.Phys.J. A50 (2014) 81, 98 authors   = 30 x 2.421 E 0,075 = 5.447 7. In-medium hadron properties measured with HADES HADES Collaboration (J. Pietraszko, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& "-$ -,A.Lebedev,& et al.). EPJ Web Conf. 66 (2014) 04023, 98 authors   = 8 x 1.5 x 0,075 = 0.9 8. Low mass dielectrons radiated off cold nuclear matter measured with HADES M. Lorenz, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al. EPJ Web Conf. 66 (2014) 09011, 98 authors   = 8 x 1.5 x 0,075 = 0.9 9. Medium effects in proton-induced K0 production at 3.5 GeV HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) Phys. Rev. C 90, 054906, 97 authors   = 30 x 3.881 E 0,075 = 8.732 10.Time of flight measurement in heavy-ion collisions with the HADES RPC TOF wall HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) JINST 9 (2014) 11, C11015, 105 authors   = 30 x 1.526 E 0,06 = 2.747 11. Electromagnetic Calorimeter for HADES Experiment P. Rodrguez-Ramos,& (/) M. Golubeva, F. Guber, A. Ivashkin, O. Pethukov, et al., for the HADES Collaboration, Eur. Phys. J. Web Conf. 81 (2014) 06009, 30 authors   = 8 E 1.5 x 0,1 = 1.2 12. Measurement of the quasi free np ! np+" and np ! pp"0 reactions at 1.25 GeV With HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) EPJ Web of Conferences 81, 02009 (2014) , 105 authors   = 8 E 1.5 x 0,06 = 0.72 13. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.GolubeLVALva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) Phys.Rev. C89 (2014) 025205, 144 authors   = 30 x 3.881 E 0,06 = 6,986 14. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.)O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradovet al.) Eur. Phys. J. C (2014) 74:2794. , 139 authors   = 30 x 5.436 E 0,06 = 9.785 15. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) JINST9P06005, 2014, 148 authors   = 30 x 1.526 E 0,06 = 2.747 16. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89,   +  "% -! ", 2014, ! 6, A. 5 12, 8 02B>@>2 Instruments and Experimental Techniques, 2014, Vol. 57, No. 6, pp. 651 657   = (60 x 0.349) / 8 = 2.617 17. Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaia, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya (Moscow, INR) et al.. Jul 21, 2013. 14 pp. Published in Nucl.Phys. A921 (2014) 60-84, 10 02B>@>2   = 30 E 2.499 E 0,1 = 7.497 18. + #,""+  + !! !"/ /"!"!% /  . . C@5?8=, $. $. C15@, . . 20H:8= / / $, 2014, B>< 77,!7, A. 1 6   = 60 E 0.LVAL595 / 3 = 11.9 2013 3. pK+\Lambda final state: towards the extraction of the ppK- contribution L. Fabbietti , & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al., Nucl.Phys. A914 (2013) 60-68, 98 authors   = 30 x 1.525 E 0,075 = 3.431 Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 87 (2013) 025201, 95 authors   = 30 E 3.715 E 0,075 = 8.359 Deep sub-threshold K"((892)0 production in collisions of Ar + KCl at 1.76-A-GeV HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur.Phys.J. A49 (2013), 111 authors   = 30 E 2.421 E 0,06 = 4,358 Hades experiments: investigation of hadron in-medium properties Piotr Salabura, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 420 (2013) 012013, 99 authors   = 8 E 1.5 x 0,075 = 0.9 Proton induced dielectron radiation off Nb: Pt and Y distributions M. Lorenz, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin,A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 426 (2013) 012034, 98 authors   = 8 E 1.5 x 0,075 = 0.9 Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 88, 024904 (2013) , 97 authors   = 30 E 3.715 E 0,075 = 8.359 An upper limit on hypertriton production in collisions of Ar(1.76 A GeV) + KCl G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& etal. The Eur. Phys. J. A49 (2013) 146, 98 authors   = 30 E 2.421 E 0,075 = 5,447 8. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %! .. =4@5520, .LVAL. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, ?@8=OB> 2 ?5G0BL 2 "-., 8 02B>@>2   = 60 E 0.349 / 8 = 2,618 Di-pion and di-electron production in NN reactions with HADES at 1.25GeV incident beam energy. Hubert Kuc& M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. PoSBormio2013 (2013) 060, 98 authors   = 8 E 1.5 x 0,075 = 0.9 Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, et al.) Nucl.Instrum.Meth. A701 (2013) 99-114, 152 authors   = 30 E 1.316 E 0,06 = 2.369 Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton-Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 Phys.Rev. C. , 144 authors   = 30 E 3.881 E 0,06 = 6,986 Energy dependence of identified hadron spectra and event-by-event fluctuations in p+p interactions fromNA61/SHINE at the CERN SPS MaciejRybczyenski (for theNA61/SHINE Collaboration) (& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) PoS ConfinementX (2012) 207, Jan. 2013, 146 authors   = 8 E 1.5 x 0,06 = 0.720 Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 EPJ, 139 authors   = 30 E 2.421 E 0,06 = 4,358 NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, VLVAL.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 JINST, 146 authors   = 30 E 1.526 E 0,06 = 2.747 -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, AB0BLO =0?@02;5=0 2 6C@=0; @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 8 02B>@>2   = 60 E 0.349 / 8 = 2,618 16. Nuclear-nuclear collision centrality determination by the spectators calorimeter for the MPD setup at the NICA facility M.B. Golubeva, F.F. Guber, A.P. Ivashkin (Moscow, INR), A.Yu. Isupov (Dubna, JINR), A.B. Kurepin (Moscow, INR) et al. Phys.Atom.Nucl. 76 (2013) 1-15, Yad.Fiz. 76 (2013) 2-17, 9 02B>@>2   = 60 E 0.595 / 9 = 3.967 Search for anomalies in the e appearance from a  beam. ICARUS Collaboration M. Antonello,& A.Ivashkin, et al.Published in Eur.Phys.J. C73 (2013) 2599, 76 02B>@>2   = 30 E 5.436*0.075 = 12.231 18 Precise 3D track reconstruction algorithm for the ICARUS T600 liquid argon time projection chamber detector.ICARUS CollaborationM. Antonello,& A.Ivashkin et al. Published in Adv.High Energy Phys. 2013 (2013) 260820, 76 02B>@>2   = 30 E 2,624*0.075 = 5,904 19. Experimental search for the  LSND anomaly with the ICARUS detector in the CNGS neutrino beam. M. Antonello,& A.Ivashkin et al.Published in Eur.Phys.J. C73 (2013) 2345, 76 02B>@>2   = 30 E 5,436*0.075 = 12,231 !C<<0@=K9   = 181,523 @5?@8=BK, M;5:B@>==K9 0@E82 2014 3. 1. Baryon resonance production and dielectron decays in proton-proton collisions at 3.5 GeV, HADES collaboration, (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& ,"-$ - .Lebedev,& et al.) e-Print: arXiv:1403.3054 [nucl-ex] , 97 authors   = 4,0 x 0.075 = 0.3 2. Associate K^0 production in p+p collisions at 3.5 GeV: The role of Delta(1232)++ HADES Collaboration (G. Agakishiev,& / - M.Golubeva, F.Guber, A.Ivashkin, T.KLVALaravicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) e-Print: arXiv:1403.6662 [nucl-ex] , 100 authors   = 4,0 x 0.06 = 0.24 3. Searching a Dark Photon with HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) e-Print: arXiv:1311.0216 [hep-ex] , 100 authors   = 4,0 x 0.06 = 0.24 4. Lambda hyperon production and polarization in collisions of p(3.5 GeV)+Nb HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) e-Print: arXiv:1404.3014 [nucl-ex] , 98 authors   = 4,0 x 0.075 = 0.3 5. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) e-Print: arXiv:1401.4699 [physics.ins-det] , 148 authors CERN-PH-EP-2014-003, 148 authors   = 4,0 x 0.06 = 0.24 2013 3. 1. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %! .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, @5?@8=B /  1349/2013., 8 02B>@>2   = 4,0 / 8 = 0.5 2. Searching a Dark Photon with HADES G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. e-Print: arXiv:1311.0216 [hep-ex] , 100 authors   = 4,0 x 0.06 = 0.24 3. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph], 144 authLVALors   = 4,0 x 0.06 = 0.24 4. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) e-Print: arXiv:1310.2417 [hep-ex] , 139 authors   = 4,0 x 0.06 = 0.24 5. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 6. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1363/2013, 8 02B>@>2   = 4,0 / 8 = 0.5 7. 5@54=89 04@>==K9 :0;>@8<5B@ M:A?5@8<5=B0 NA61 =0 CA:>@8B5;5 SPS 2 & . .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1362/20131, 7 02B>@>2   = 4,0 / 7 = 0.571 8. Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaia, A.I. Reshetin, V.V. Tiflov, N.S. 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Aug 2012. 5 pp. e-Print: arXiv:1208.0205, 95 authors   = 4,0 E 0,075 = 0,300 2013 3. 1. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %! .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, @5?@8=B /  1349/2013., 8 02B>@>2   = 4,0 / 8 = 0.5 2. Searching a Dark Photon with HADES G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. e-Print: arXiv:1311.0216 [hep-ex] , 100 authors   = 4,0 x 0.06 = 0.24 3. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph], 144 authors   = 4,0 x 0.06 = 0.24 4. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) e-Print: arXiv:1310.2417 [hep-ex] , 139 authors   = 4,0 x 0.06 = 0.24 5. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 6. LVAL-:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1363/2013, 8 02B>@>2   = 4,0 / 8 = 0.5 7. 5@54=89 04@>==K9 :0;>@8<5B@ M:A?5@8<5=B0 NA61 =0 CA:>@8B5;5 SPS 2 & . .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1362/20131, 7 02B>@>2   = 4,0 / 7 = 0.571 8. Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaia, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya (Moscow, INR) et al.. Jul 21, 2013. 14 pp. e-Print: arXiv:1307.5548 [nucl-ex] , 10 02B>@>2   = 4,0 x 0.1 = 0.4 9. Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. 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Maevskaya, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya, P. Cortese, G. Dellacasa, R. Arnaldi, N. De Marco, A. Ferretti, M. Gallio, A. Musso, C. Oppedisano, A. Piccotti, E. Scomparin, E. Vercellin, C. Cical, G. Puddu, E. Siddi, P. Szymanski, I. Efthymiopoulos, Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb, http://dx.doi.org/10.1016/j.nuclphysa.2013.11.003 Nucl. Phys. A 921 (2014) 60  =2.499*30*0.1 =7.497 2. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, J/ production and nuclear effects in p-Pb collisions at "s = 5.02 TeV, http://dx.doi.org/10.1007/JHEP02(2014)073 J. High Energy Phys 2014 (2014) 73  =6.220*30.*0.04 = 7.464 3. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multi-strange baryon production at mid-rapidity in Pb Pb collisions at "s_NN=2.76 TeV, http://dx.doi.org/10.1016/j.physletb.2013.11.048 Phys. Lett. B 728 (2014) 216 227.  = 6.019*30*0.04 = 7.223 4. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multiparticle azimuthal correlations in p-Pb and Pb-Pb collisions at the CERN Large Hadron Collider, http://dx.doi.org/10.1103/PhysRevC.90.054901 Phys. Rev. C 90 (2014) 054901.  =3.881* 30*0.04 = 4.657 5. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et aLVALl., ALICE Collaboration, Measurement of quarkonium production at forward rapidity in pp collisions at "s = 7 TeV, http://dx.doi.org/10.1140/epjc/s10052-014-2974-4 Eur. Phys. J. C 74 (2014) 2974.  = 5.436*30*0.04 = 6.523 6. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Two- and three-pion quantum statistics correlations in Pb-Pb collisions at "s_NN=2.76 TeV at the CERN Large Hadron Collider, http://dx.doi.org/10.1103/PhysRevC.89.024911 Phys. Rev. C 89 (2014) 024911  =3.881* 30*0.04 = 4.657 7. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of charged jet suppression in Pb-Pb collisions at "s_NN=2.76, http://dx.doi.org/10.1007/JHEP03(2014)013 J. High Energy Phys. 2014 (2014) 13  =6.220*30.*0.04 = 7.464 8. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Beauty production in pp collisions at "s_NN=2.76 GeV measured via semi-electronic decays, http://dx.doi.org/10.1016/j.physletb.2014.09.026 Phys. Lett. B 738 (2014) 97 108  = 6.019*30*0.04 = 7.223 9. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Technical Design Report for the Upgrade of the ALICE Inner Tracking System, 087002 http://dx.doi.org/10.1088/0954-3899/41/8/087002 J. Phys. G Nucl. Part. Phys. 41 (2014) 087002  = 2.838*30*0.04 = 3.406 10. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Performance of the ALICE experiment at the CERN LHC, http://dx.doi.org/10.1142/S0217751X14300440 Int. J. Mod. Phys. A 29 (LVAL2014) 1430044  = 1.086*30*0.04 =1.303 11. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality, rapidity and transverse momentum dependence of J/psi suppression in Pb-Pb collisions at "s_NN=2.76 TeV, http://dx.doi.org/10.1016/j.physletb.2014.05.064 Phys. Lett. B 734 (2014) 314 327  = 6.019*30*0.04 = 7.223 12. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Upgrade of the ALICE Experiment: Letter of Intent, http://dx.doi.org/10.1088/0954-3899/41/8/087001 J. Phys. G Nucl. Part. Phys. 41 (2014) 087001  = 2.838*30*0.04 = 3.406 13. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Suppression of Upsilon(1S) at forward rapidity in Pb Pb collisions at "s_NN=2.76 TeV, http://dx.doi.org/10.1016/j.physletb.2014.10.001 Phys. Lett. B 738 (2014) 361 372  = 6.019*30*0.04 = 7.223 14. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Production of charged pions, kaons and protons at large transverse momenta in pp and Pb Pb collisions at "s_NN=2.76 TeV, http://dx.doi.org/10.1016/j.physletb.2014.07.011 Phys. Lett. B 736 (2014) 196 207  = 6.019*30*0.04 = 7.223 15. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of visible cross sections in proton-lead collisions at "s_NN = 5.02 TeV in van der Meer scans with the ALICE detector, Journal of Instrumentation 9 (2014) P11003  = 1.526*30.*0.04 = 1.831 16. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin,LVAL A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multiplicity dependence of pion, kaon, proton and lambda production in p Pb collisions at "s _NN=5.02 TeV, Phys. Lett. B 728 (2014) 25 38  = 6.019*30*0.04 = 7.223 17. A.Yu. Barnyakov (Novosibirsk, IYF), M.Yu. Barnyakov (Novosibirsk, IYF & Novosibirsk State Tech. U.), I.Yu. Basok (Novosibirsk, IYF), V.E. Blinov (Novosibirsk, IYF & Novosibirsk State Tech. U.), V.S. Bobrovnikov, A.A. Borodenko, A.R. Buzykaev (Novosibirsk, IYF), A.F. Danilyuk (Inst. Thermophys., Novosibirsk), C. Degenhardt, R. Dorscheid (Unlisted, DE), A.I. Reshetin et al.. Tests of FARICH prototype with precise photon position detection, Nucl.Instrum.Meth. A766 (2014) 88-91, 17 02B>@>2. DOI: 10.1016/j.nima.2014.04.086   = 1.316 E 30 E 0.1 = 3.948 18. ALICE Collaboration (B Abelev (LLNL, Livermore) et al.). 2014. 195 pp. Technical Design Report for the Upgrade of the ALICE Inner Tracking System Published in J.Phys. G41 (2014) 087002 CERN-LHCC-2013-024, ALICE-TDR-017 DOI: 10.1088/0954-3899/41/8/087002   = 2.838 E 30 E 0.04 =3.406 HADES 19. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %!, . . =4@5520, . . >;C1520, $. $. C15@, . . 20H:8=, . Krasa, . Kugler, . . C@5?8=, . . 5BCE>2, . . 5H5B8=, . !. !04>2A:89, . Svoboda, .. . !>1>;52, P. Tlusty, . . #A5=:>.   +  "% -! ", 2014, ! 2, A. 1 18, 14 02B>@>2 Instrum.Exp.Tech. 57 (2014) 103-119   = 60 E 0.349 E 0,1 = 2.094 20. Baryon resonance production and dielectron decays in proton-proton collisions at 3.5 GeV, HADES collaboration, (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& ,"-$ - .Lebedev,& et al.) Eur.Phys.J. A50 (2014) 82, 97 authors   = 30 x 2,421 E 0,075 =5,447 21. Electromagnetic calorimeter for the HADES@FAIR experiment HADES Collaboration (O. Svoboda, & ../ - M.Golubeva, F.Guber, A.Ivashkin, ALVAL.Reshetin.et al.) JINST 9 (2014) C05002, 23 authors   = 30 x 1.526 E 0,1 = 4.578 22. Associate K^0 production in p+p collisions at 3.5 GeV: The role of Delta(1232)++ HADES Collaboration (G. Agakishiev,& / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) @8=OB0 2 ?5G0BL 2 Phys.Rev.C, 100 authors   = 30 x 3.881 E 0,06 = 6.986 23. Searching a Dark Photon with HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) Phys.Lett. B731 (2014) 265-271, 100 authors   = 30 x 6.019 E 0,06 = 10.834 24. Lambda hyperon production and polarization in collisions of p(3.5 GeV)+Nb HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) Eur.Phys.J. A50 (2014) 81, 98 authors   = 30 x 2.421 E 0,075 = 5.447 25. In-medium hadron properties measured with HADES HADES Collaboration (J. Pietraszko, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& "-$ -,A.Lebedev,& et al.). EPJ Web Conf. 66 (2014) 04023, 98 authors   = 8 x 1.5 x 0,075 = 0.9 26. Low mass dielectrons radiated off cold nuclear matter measured with HADES M. Lorenz, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al. EPJ Web Conf. 66 (2014) 09011, 98 authors   = 8 x 1.5 x 0,075 = 0.9 27. Medium effects in proton-induced K0 production at 3.5 GeV HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) Phys. Rev. C 90 (2014) 054906, 97 authors   = 30 x 3.881 E 0,075 = 8.732 28. Time of flight measurement in heavy-ion collisions with the HADES RPC TOF wall HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.KaravicheLVALva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) JINST 9 (2014) 11, C11015, 105 authors   = 30 x 1.526 E 0,06 = 2.747 29. Electromagnetic Calorimeter for HADES Experiment P. Rodrguez-Ramos,& (/) M. Golubeva, F. Guber, A. Ivashkin, O. Pethukov, et al., for the HADES Collaboration, Eur. Phys. J. Web Conf. 81 (2014) 06009, 30 authors   = 8 E 1.5 x 0,1 = 1.2 30. Measurement of the quasi free np ! np+" and np ! pp"0 reactions at 1.25 GeV With HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) EPJ Web of Conferences 81, 02009 (2014) , 105 authors   = 8 E 1.5 x 0,06 = 0.72   ?> ?C1;8:0F8O< 70 2014 3. = 149.485 2013 3. 1. Beam test of FARICH prototype with Digital Photon Counter A.Yu. Barnyakov (Novosibirsk, IYF), M.Yu. Barnyakov (Novosibirsk, IYF & Novosibirsk State Tech. U.), V.S. Bobrovnikov, A.R. Buzykaev (Novosibirsk, IYF), A.F. Danilyuk (Inst. Thermophys., Novosibirsk), C. Degenhardt, R. Dorscheid (Unlisted, DE), D.A. Finogeev (Moscow, INR), T. Frach (Unlisted, DE), V.V. Gulevich (Novosibirsk, IYF) et al.. 2013. 5 pp. Published in Nucl.Instrum.Meth. A732 (2013) 352-356   = 1.316 E 30 E 0.1 = 3.948 2. K^0_S and {\Lambda} production in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 16 pp. Published in Phys.Rev.Lett. 111 (2013) 222301   = 7,728 E 30 E 0.04 = 9.274 3. Long-range angular correlations of pi, K and p in p--Pb collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 11, 2013. 14 pp. Published in Phys.Lett. B726 (2013) 164-177   = 6,019 E 30 E 0,04 = 7,223 4. Multiplicity dependence of two-particle azimuthal correlations in pp collisions at the LHC ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 4, 2013. 42 pp. PuLVALblished in JHEP 1309 (2013) 049   = 6,22 E 30 E 0,04 = 7,464 5. Energy Dependence of the Transverse Momentum Distributions of Charged Particles in pp Collisions Measured by ALICE ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. Published in Eur.Phys.J. C73 (2013) 2662   = 5,436 E 30 E 0,04 = 6,523 6. Directed flow of charged particles at mid-rapidity relative to the spectator plane in Pb-Pb collisions at sqrt{s_NN}=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jun 18, 2013. 18 pp. Published in Phys.Rev.Lett. 111 (2013) 232302   =7,728 E 30 E 0.04 = 9.274 7. D meson elliptic flow in non-central Pb-Pb collisions at sNN"""""=2.76TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). May 13, 2013. 17 pp. Published in Phys.Rev.Lett. 111 (2013) 102301   = 7,728 E 30 E 0.04 = 9.274 8. Mid-rapidity anti-baryon to baryon ratios in pp collisions at s" = 0.9, 2.76 and 7 TeV measured by ALICE ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 33 pp. Published in Eur.Phys.J. C73 (2013)   = 5,436 E 30 E 0,04 = 6,523 9. Charmonium and e+e" pair photoproduction at mid-rapidity in ultra-peripheral Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 26 pp. Published in Eur.Phys.J. C73 (2013) 2617   = 5,436 E 30 E 0,04 = 6,523 10. Centrality dependence of the pseudorapidity density distribution for charged particles in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Apr 1, 2013. 13 pp. Published in Phys.Lett. B726 (2013) 610-622   = 6,019 E 30 E 0,04 = 7,223 11. Centrality dependence of , K, p production in Pb-Pb collisions at " sN,N = 2.76 TeV ALICE Collaboration (BettLVALy Abelev (LLNL, Livermore) et al.). Mar 4, 2013. 42 pp. Published in Phys.Rev. C88 (2013) 044910   = 3.881 E 30 E 0.04 = 4.657 12. Centrality determination of Pb-Pb collisions at sNN""""" = 2.76 TeV with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 18, 2013. 37 pp. Published in Phys.Rev. C88 (2013) 044909   = 3.881 E 30 E 0.04 = 4.657 13. Charge correlations using the balance function in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 2013. 37 pp. Published in Phys.Lett. B723 (2013) 267-279   = 6,019 E 30 E 0,04 = 7,223 14. Measurement of the inclusive differential jet cross section in pp collisions at s"=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2013. 17 pp. Published in Phys.Lett. B722 (2013) 262-272   = 6,019 E 30 E 0,04 = 7,223 15. Charged kaon femtoscopic correlations in pp collisions at s"=7 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Dec 2012. 19 pp. Published in Phys.Rev. D87 (2013) 052016   = 4,864E 30 E 0.04 = 5.837 16. Long-range angular correlations on the near and away side in p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Dec 2012. 22 pp. Published in Phys.Lett. B719 (2013) 29-41   = 6,019 E 30 E 0,04 = 7,223 17. Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 082302   = 7,728 E 30 E 0.04 = 9.274 18. Pseudorapidity density of charged particles p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 032301   =7,728 E 30 E 0.04 = 9.274 19. CoheLVALrent J/ photoproduction in ultra-peripheral Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Sep 2012. 19 pp. Published in Phys.Lett. B718 (2013) 1273-1283   = 6,019 E 30 E 0,04 = 7,223 20. Measurement of inelastic, single- and double-diffraction cross sections in proton--proton collisions at the LHC with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp. Published in Eur.Phys.J. C73 (2013) 2456   = 5,436 E 30 E 0,04 = 6,523 21. Centrality Dependence of Charged Particle Production at Large Transverse Momentum in Pb--Pb Collisions at sNN""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 18 pp. Published in Phys.Lett. B720 (2013) 52-62   = 6,019 E 30 E 0,04 = 7,223 22. Measurement of electrons from beauty hadron decays in pp collisions at s"=7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 15 pp. Published in Phys.Lett. B721 (2013) 13-23   = 6,019 E 30 E 0,04 = 7,223 23. Net-Charge Fluctuations in Pb-Pb collisions at \surds_NN = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. 10 pp. Published in Phys.Rev.Lett. 110 (2013) 152301   = 7,728 E 30 E 0.04 = 9.274 24. Charge separation relative to the reaction plane in Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. Published in Phys.Rev.Lett. 110 (2013) 012301   = 7,728 E 30 E 0.04 = 9.274 25. Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp. Published in Phys.Lett. B719 (2013) 18-28   = 6,019 E 30 E 0,04 = 7,223 26. J/psi Elliptic Flow in Pb-Pb Collisions at "sNN=2.76 TeV E.AbbLVALas, & ,F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Phys. Rev. Lett. 111 (2013) 162301   =7,728 E 30 E 0.04 = 9.274 HADES 27. pK+\Lambda final state: towards the extraction of the ppK- contribution L.Fabbietti , & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al., Nucl.Phys. A914 (2013) 60-68.   = 2,499 E 30 E 0.06 = 4,498 28. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 87 (2013) 025201.   = 3,881 E 30 E 0.06 = 6.986 29. Deep sub-threshold K"(892)0 production in collisions of Ar + KCl at 1.76-A-GeV HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur.Phys.J. A49 (2013) .   = 2.421 E 30 E 0.06 = 4,358 30. Hades experiments: investigation of hadron in-medium properties Piotr Salabura,& M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 420 (2013) 012013.   = 8E 0.06 = 0,48 31. Proton induced dielectron radiation off Nb: Pt and Y distributions M. Lorenz, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 426 (2013) 012034.   = 8E 0.06 = 0,48 32. Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G.Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 88, 024904 (2013).   = 3,881 E 30 E 0.06 = 6.986 33.An upper limit on hypertriton production in collisions of Ar(1.76 A GeV) + KClG. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.KaravichevLVALa, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur. Phys. J. A49 (2013) 146.   = 2,421 E 30 E 0.06 = 4,358 34. Di-pion and di-electron production in NN reactions with HADES at 1.25GeV incident beam energy. Hubert Kuc & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. PoS Bormio2013 (2013) 060.   = 8 E 1.5 E 0.075 = 0,9   ?> ?C1;8:0F8O< 70 2013 3. = 220.900 @5?@8=BK, M;5:B@>==K9 0@E82: 2014 3. 1. Baryon resonance production and dielectron decays in proton-proton collisions at 3.5 GeV, HADES collaboration, (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& ,"-$ - .Lebedev,& et al.) e-Print: arXiv:1403.3054 [nucl-ex] , 97 authors   = 4,0 x 0.075 = 0.3 2. Associate K^0 production in p+p collisions at 3.5 GeV: The role of Delta(1232)++ HADES Collaboration (G. Agakishiev,& / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) e-Print: arXiv:1403.6662 [nucl-ex] , 100 authors   = 4,0 x 0.06 = 0.24 3. Searching a Dark Photon with HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) e-Print: arXiv:1311.0216 [hep-ex] , 100 authors   = 4,0 x 0.06 = 0.24 4. Lambda hyperon production and polarization in collisions of p(3.5 GeV)+Nb HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) e-Print: arXiv:1404.3014 [nucl-ex] , 98 authors   = 4,0 x 0.075 = 0.3 2013 3. 1. Measurement of charged jet suppression n Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Nov 4, 2013. 28 pp. CERN-PH-EP-2013-205 e-Print: arXiv:1311.0633 [nucl-ex]   = 4.0 ELVAL 0.04 = 0.160 2. Centrality, rapidity and transverse momentum dependence of J/ suppression in Pb-Pb collisions at sNN"""""=2.76TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Nov 1, 2013. 20 pp. CERN-PH-EP-2013-203 e-Print: arXiv:1311.0214 [nucl-ex]   = 4.0 E 0.04 = 0.160 3. Two and Three-Pion Quantum Statistics Correlations in Pb-Pb Collisions at sNN"""""=2.76 TeV at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Oct 29, 2013. 27 pp. CERN-PH-EP-2013-201 e-Print: arXiv:1310.7808 [nucl-ex]   = 4.0 E 0.04 = 0.160 4. J/ production and nuclear effects in p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Aug 30, 2013. 20 pp. CERN-PH-EP-2013-163 e-Print: arXiv:1308.6726 [nucl-ex]   = 4.0 E 0.04 = 0.160 5. Multiplicity Dependence of Pion, Kaon, Proton and Lambda Production in p--Pb Collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 25, 2013. 23 pp. CERN-PH-EP-2013-135 e-Print: arXiv:1307.6796 [nucl-ex]   = 4.0 E 0.04 = 0.160 6. Multi-strange baryon production at mid-rapidity in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 18 pp. CERN-PH-EP-2013-134 e-Print: arXiv:1307.5543 [nucl-ex]   = 4.0 E 0.04 = 0.160 7. Multiplicity dependence of the average transverse momentum in pp, p-Pb, and Pb-Pb collisions at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. CERN-PH-EP-2013-111 e-Print: arXiv:1307.1094 [nucl-ex]   = 4.0 E 0.04 = 0.160 8. Performance of the ALICE VZERO system ALICE Collaboration (E. Abbas (CairLVALo, Acad. Sci. Res. Tech.) et al.). Jun 13, 2013. 20 pp. CERN-PH-EP-2013-082 e-Print: arXiv:1306.3130 [nucl-ex]   = 4.0 E 0.04 = 0.160 9. J/Psi Elliptic Flow in Pb-Pb Collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Mar 23, 2013. 16 pp. CERN-PH-EP-2013-042   = 4.0 E 0.04 = 0.160 10. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %C. .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>. @5?@8=B /  1349/2013; ?@8=OB> 2 ?5G0BL 2 "-.   = 4.0 : 8 = 0.5 11.Searching a Dark Photon with HADES. G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. e-Print: arXiv:1311.0216 [hep-ex]   = 4.0 E 0.04 = 0.160   ?> M;5:B@>==><C 0@E82C = 3.180 C:>2>4AB2> 0A?8@0=B0<8 8 48?;><=8:0<8: $ <8B@89 =4@5528G (0A?8@0=BC@0 / , >:>=G8; 2 2014 3.) (2K?CA:=8: $", 2010 3.) A?5F80;L=>ABL 01.04.01 @81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0CG=0O B5<0: 07@01>B:0 G5@5=:>2A:>3> 45B5:B>@0 A :>;LF52K< 87>1@065=85< 4;O 845=B8D8:0F88 @5;OB828ABA:8E G0AB8F   = 30 E 2 3>40 = 60 ( @A5=89 3>@528G (10:0;02@, 2011-2012 33.; <038AB@0BC@0, 2012-2013 33., 0A?8@0=BC@0 $", $$-, A 2014 3.) A?5F80;L=>ABL 01.04.01 @81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0CG=0O B5<0: 7<5@5=85 E0@0:B5@8AB8: 45B5:B>@>2 '5@5=:>20 8 307>2KE M;5:B@>==KE C<=>68B5;59 4;O @538AB@0F88 @5;OB828ABA:8E G0AB8F.   = 10 + 30 = 40   \LVALl70 @C:>2>4AB2> ABC45=B0<8 = 100 57C;LB8@CNI89  : 149.485 + 220.900 + 3.180 + 100 = 473.565 1I89 8=45:A F8B8@>20=8O: 8891 h HEP index = 47LVALOG">?8;LA:0O 0B0;8O !5@0D8<>2=0 >4 @>645=8O. 23.11.1946 3. 0B0 70I8BK 48AA5@B0F88 1994 3. >;6=>ABL !.=.A. "5<0 -  AA;54>20=8O ?> @5;OB828ABA:>9 O45@=>9 D878:5 01.2.00 305482 1). AA;54>20=85 O4@> O45@=KE AB>;:=>25=89 =0 CAB0=>2:5 ALICE =0 2AB@5G=KE ?CG:0E CA:>@8B5;O LHC CERN - 8A?>;=8B5;L 2). AA;54>20=85 :>;;5:B82=KE MDD5:B>2 8 =5=C:;>==KE AB5?5=59 A2>1>4K 2 O4@0E 8 ?5@5E>4=KE ?@>F5AA>2 2 A60B>9 O45@=>9 <0B5@88 ?@8 AB>;:=>25=8OE ?@>B>=>2 8 BO6Q;KE 8>=>2 A O4@0<8 - 8A?>;=8B5;L !?8A>: >?C1;8:>20==KE @01>B 70 2013-2014 3.3. A C:070=85< :>;-2> 02B>@>2. 2013-2014 33. 1). .!.">?8;LA:0O >645=85 G0@<>=8O 2 ?@>B>=-?@>B>==KE AB>;:=>25=8OE 8 AB>;:=>25=8OE O45@ A28=F0 8 A@02=5=85 @57C;LB0B>2, ?>;CG5==KE 2 & 5 8 @C:E5925=5 /4. $878:0, 76, !10 (2013) 1258-1266.  =0.595*60=35.7 2). .!.">?8;LA:0O -DD5:BK O45@=>9 A@54K 2 @>645=88 G0@<>=8O ?@8 AB>;:=>25=88 BO65;KE 8>=>2 /4. $878:0 8 =68=8@8=3, 4, !9-10 (2013) 786-794.  =0,217*60=13,02 3) N.S.Topilskaya  Charmonium production in poton-proton collisions and in collisions of lead nuclei at CERN and comparison with Brookhaven data . Phys.Atom.Nucl.76:1196-1204,2013.  =0.595*60=35.7 4). E.V.Karpechev, I. Pshenichnov,& N.S.Topilskaya et al., (26 authors)  Emission of forward neutrons by 158 A GeV indium nuclei in collisions with Al, Cu, Sn and Pb. Nucl. Phys. A 912 (2014) 60-84.  =2.499*30*0.1=7.497 5). N.S.Topilskaya and A.B.Kurepin  Charmonium production in heavy ion collisions . PoS(Baldin_ISHEPP_XXII) 2014.  ?>A;0=> 2 ?5G0BL  = 6/2 *1.5=4.5   ?> ?C1;8:0F8O< = 96,417 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2013 -2014 3.3. 1). N.S.Topilskaya- ?@83;0H5==K9 4>:;04  Charmonium productiom at LHC beams in a fixed target mode International workshop  Physics at A Fixed Target ExpeRiment (AFTER) using the LHC beams , ECT* Trento, Italy, 3-13 February 2013.   =30 2). N.S.Topilskaya- ?@83;0H5==K9 4>:;04  J/psi studies at LHC beams with ALICE in a fixed target modeLVAL International workshop LUA9- AFTER, Orsay, France, 18-20 November 2013.   =30 2). N.S.Topilskaya- ?@83;0H5==K9 4>:;04  Charmonium production in heavy ion collisions and suggestion of new experiments on fixed target  . XXII International Baldin Seminar on High Energy Physics Problems, Dubna, 15-20 September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ischer, A. J. Baltz, M. Blaskiewicz, D. Gassner, K. A. Drees, Y. Luo, M.Minty, P. Thieberger, M. Wilinski, I.A. Pshenichnov, Measurement of the total cross section of uranium-uranium collisions at "s_NN=192.8 GeV, http://dx.doi.org/10.1103/PhysRevC.89.014906 Phys. Rev. C 89 (2014) 014906  =3.881*30*0.1 =11.643 2. E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaya, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya, P. Cortese, G. Dellacasa, R. Arnaldi, N. De Marco, A. Ferretti, M. Gallio, A. Musso, C. Oppedisano, A. Piccotti, E. Scomparin, E. Vercellin, C. Cical, G. Puddu, E. Siddi, P. Szymanski, I. Efthymiopoulos, Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb, http://dx.doi.org/10.1016/j.nuclphysa.2013.11.003 Nucl. Phys. A 921 (2014) 60  =2.499*30*0.1 =7.497 3. Lucas Burigo, Igor Pshenichnov, Igor Mishustin, Igor, Marcus Bleicher, Microdosimetry spectra and RBE of 1H, LVAL4He, 7Li and 12C nuclei in water studied with Geant4, http://dx.doi.org/10.1016/j.nimb.2013.10.018 Nucl. Inst.Meth. B 320 (2014) 89-99  =1.186*30/4 = 8.895 4. Y. Malyshkin, I. Pshenichnov, I. Mishustin, W. Greiner, Interaction of Fast Nucleons with Actinide Nuclei Studied with GEANT4, http://dE.doi.org/10.1016/j.nds.2014.04.072 Nucl. Data Sheets 118 (2014) 329 332  =3.353*30/4=25.148 5. Y. Malyshkin, I. Pshenichnov, I. Mishustin, W. Greiner, Monte Carlo modeling of spallation targets containing uranium and americium, http://dx.doi.org/10.1016/j.nimb.2014.04.027 Nucl. Instruments Methods B 334 (2014) 8 17  =1.186*30/4 = 8.895 6. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, J/ production and nuclear effects in p-Pb collisions at "s = 5.02 TeV, http://dx.doi.org/10.1007/JHEP02(2014)073 J. High Energy Phys 2014 (2014) 73  =6.220*30.*0.04 = 7.464 7. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Multi-strange baryon production at mid-rapidity in Pb Pb collisions at "s_NN=2.76 TeV, http://dx.doi.org/10.1016/j.physletb.2013.11.048 Phys. Lett. B 728 (2014) 216 227.  = 6.019*30*0.04 = 7.223 8. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Multiparticle azimuthal correlations in p-Pb and Pb-Pb collisions at the CERN Large Hadron Collider, http://dx.doi.org/10.1103/PhysRevC.90.054901 Phys. Rev. C 90 (2014) 054901.  =3.881* 30*0.04 = 4.657 9. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Measurement of quarkonium production at forward rapidity in pp collisions at "s = 7 TeV, http://dx.doi.org/10.1140/epjc/s10052-014-2974-4 Eur. PhLVALys. J. C 74 (2014) 2974.  = 5.436*30*0.04 = 6.523 10. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Two- and three-pion quantum statistics correlations in Pb-Pb collisions at "s_NN=2.76 TeV at the CERN Large Hadron Collider, http://dx.doi.org/10.1103/PhysRevC.89.024911 Phys. Rev. C 89 (2014) 024911  =3.881* 30*0.04 = 4.657 11. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Measurement of charged jet suppression in Pb-Pb collisions at "s_NN=2.76, http://dx.doi.org/10.1007/JHEP03(2014)013 J. High Energy Phys. 2014 (2014) 13  =6.220*30.*0.04 = 7.464 12. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Beauty production in pp collisions at "s_NN=2.76 GeV measured via semi-electronic decays, http://dx.doi.org/10.1016/j.physletb.2014.09.026 Phys. Lett. B 738 (2014) 97 108  = 6.019*30*0.04 = 7.223 13. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Technical Design Report for the Upgrade of the ALICE Inner Tracking System, 087002 http://dx.doi.org/10.1088/0954-3899/41/8/087002 J. Phys. G Nucl. Part. Phys. 41 (2014) 087002  = 2.838*30*0.04 = 3.406 14. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Performance of the ALICE experiment at the CERN LHC, http://dx.doi.org/10.1142/S0217751X14300440 Int. J. Mod. Phys. A 29 (2014) 1430044  = 1.086*30*0.04 =1.303 15. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Centrality, rapidity anLVALd transverse momentum dependence of J/psi suppression in Pb-Pb collisions at "s_NN=2.76 TeV, http://dx.doi.org/10.1016/j.physletb.2014.05.064 Phys. Lett. B 734 (2014) 314 327  = 6.019*30*0.04 = 7.223 16. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Upgrade of the ALICE Experiment: Letter of Intent, http://dx.doi.org/10.1088/0954-3899/41/8/087001 J. Phys. G Nucl. Part. Phys. 41 (2014) 087001  = 2.838*30*0.04 = 3.406 17. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Suppression of Upsilon(1S) at forward rapidity in Pb Pb collisions at "s_NN=2.76 TeV, http://dx.doi.org/10.1016/j.physletb.2014.10.001 Phys. Lett. B 738 (2014) 361 372  = 6.019*30*0.04 = 7.223 18. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Production of charged pions, kaons and protons at large transverse momenta in pp and Pb Pb collisions at "s_NN=2.76 TeV, http://dx.doi.org/10.1016/j.physletb.2014.07.011 Phys. Lett. B 736 (2014) 196 207  = 6.019*30*0.04 = 7.223 19. B. Abelev, & , F. Guber, O. Karavichev, T. 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Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Exclusive J/ photoproduction off protons in ultra-peripheral p-Pb collisions at "s_NN=5.02 TeV, Phys. Rev. Lett. 113 (2014) 232504  =7.728*30*0.04 = 9.274 23. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Neutral pion production at midrapidity in pp and Pb-Pb collisions at "s_NN=2.76TeV, Eur. Phys. J. C 74 (2014) 3108  =5.436*30*0.04 = 6.523 24. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Measurement of prompt D-meson production in p-Pb collisions at "s_NN = 5.02 TeV, Phys. Rev. Lett. 113 (2014) 232301  =7.728*30*0.04 = 9.274 25. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Transverse momentum dependence of inclusive primary charged-particle production in p-Pb collisions at "s_NN=5.02 TeV, Eur. Phys. J. C 74 (2014) 3054  =5.436*30*0.04 = 6.523 26. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Azimuthal anisotropy of D meson production in Pb-Pb collisions at "s_NN=2.76 TeV, Phys. Rev. C 90 (2014) 034904  =3.881* 30*0.04 = 4.657 27. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Production of inclusive  (1S) and  LVAL(2S) in p-Pb collisions at "s_NN=5.02 TeV, Phys. Lett. B 740 (2015) 105-117  =6.019*30*0.04 = 7.223 28. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration, Freeze-out radii extracted from three-pion cumulants in pp, p Pb and Pb Pb collisions at the LHC, Phys. Lett. B 739 (2014) 139-151  =6.019*30*0.04 = 7.223 6C@=0;K 2014:  = 11.643+7.497+ 8.895+25.148+8.895+7.464+8*7.223+4*6.523+3*4.657+2*3.406+2*1.303+1.831+2*9.274=197.186 2013 3. 1. Lucas Burigo, Igor Pshenichnov, Igor Mishustin, Igor, Marcus Bleicher, Microdosimetry of radiation field from a therapeutic 12C beam in water: A study with Geant4 toolkit, Nucl. Inst.Meth. B 310 (2013) 37  =1.186*30/4 = 8.895 2. B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Energy dependence of the transverse momentum distributions of charged particles in pp collisions measured by ALICE, http://dx.doi.org/10.1140/epjc/s10052-013-2662-9. Eur. Phys. J. C 73 (2013) 2662  =5.436*30*0.04 = 6.523 3. B. Abelev, & , F. Guber, O. Karavichev, T. 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Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, D Meson Elliptic Flow in Noncentral Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 111 (2013) 102301  =7.728*30*0.04 = 9.274 7. B.Abelev, & ,F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality dependence of pi, K, and p production in Pb-Pb collisions at "sNN=2.76 TeV Phys. Rev. C 88 (2013) 044910  =3.881* 30*0.04 = 4.657 8. E. Abbas, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Mid-rapidity anti-baryon to baryon ratios in pp collisions at "s=0.9, 2.76 and 7 TeV measured by ALICE, Eur. Phys. J. C 73 (2013) 2496  = 5.436*30*0.04 =6.523 9. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. 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Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Net-Charge Fluctuations in Pb-Pb Collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 110 (2013) 152301  = 7.728*30*0.04 = 9.274 13. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of electrons from beauty hadron decays in pp collisions at "s=7 TeV, Phys. Lett. B 721 (2013) 13  = 6.019*30*0.04 = 7.223 14. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Charged kaon femtoscopic correlations in pp collisions at "s=7 TeV, Phys. Rev. D 87 (2013) 052016  =4.864*30*0.04 = 5.837 15. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality dependence of charged particle production at large transverse momentum in Pb-Pb collisions at "sNN=2.76 TeV, Phys. Lett. B 720 (2013) 52  = 6.019*30*0.04 = 7.223 16. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at "sNN=5.02 TeV, Phys. Rev. Lett. 110 (2013) 082302  =7.728*30*0.04 = 9.274 17. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Anisotropic flow of charged hadrons, pions and (anti-)protons measured at hiLVALgh transverse momentum in Pb-Pb collisions at "sNN=2.76 TeV, Phys. Lett. B 719 (2013) 18  = 6.019*30*0.04 = 7.223 18. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Long-range angular correlations on the near and away side in p-Pb collision at "sNN= 5.02 TeV, Phys. Lett. B 719 (2013) 29  = 6.019*30*0.04 = 7.223 19. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Coherent J/psi photoproduction in ultra-peripheral Pb-Pb collisions at root "sNN=2.76 TeV, Phys. Lett. B 718 (2013) 1273  =6.019*30*0.04 = 7.223 20. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Pseudorapidity Density of Charged Particles in p+Pb Collisions at "sNN=5.02 TeV, Phys. Rev. Lett. 110 (2013) 032301  =7.728*30*0.04 = 9.274 21. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Charge separation relative to the reaction plane in Pb-Pb collisions at "sNN=2.76 TeV, Phys. Rev. Lett. 110 (2013) 012301  =7.728*30*0.04 = 9.274 22. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality determination of Pb-Pb collisions at root s(NN)=2.76 TeV with ALICE, Phys. Rev. C 88 (2013) 044909  =3.881* 30*0.04 = 4.657 23. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multiplicity dependence of two-particle azimuthal correlations in pp collisions at the LHC J. High Energy Phys. 1209 (201LVAL3) 049  =6.220*30.*0.04 = 7.464 24. E. Abbas, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Performance of the ALICE VZERO system, http://dx.doi.org/10.1088/1748-0221/8/10/P10016 Journal of Instrumentation 8 (2013) P10016  = 1.526*30.*0.04 = 1.831 25. E. Abbas, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality dependence of the pseudorapidity density distribution for charged particles in Pb Pb collisions at "s_NN=2.76 Phys. Lett. B 726 (2013) 610-622  =6.019*30*0.04 = 7.223 26. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, K_{S}^{0} and  Production in Pb-Pb Collisions at "s_NN=2.76 TeV, Phys. Rev. Lett. 111 (2013) 222301  =7.728*30*0.04 = 9.274 27. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multiplicity dependence of the average transverse momentum in pp, p Pb, and Pb Pb collisions at the LHC, Phys. Lett. B 727 (2013) 371-380  =6.019*30*0.04 = 7.223 6C@=0;K 2013:   = 8.895+4*6.523+8*9.274+2*4.657+9*7.223+5.837+7.464+1.831=198.632 A53> ?> 6C@=0;0<:   = 198.632+197.186 =395.818 -;5:B@>==K5 ?@5?@8=BK 2014: 1. Yury Malyshkin, Igor Pshenichnov, Igor Mishustin, Walter Greiner Synthesis of neutron-rich transuranic nuclei in fissile spallation targets arXiv:1410.4458 Instrumentation and Detectors (physics.ins-det)   = 4/4 = 1 2. Lucas Burigo, Igor Pshenichnov, Igor Mishustin, Marcus Bleicher, Comparative study of RBE and cell survival fractions for $^{1}$H, $^{4}$He, $^{12}$C and $^{16}$O beams using Geant4 and Microdosimetric Kinetic model, arXiv:1403.7929 MedLVALical Physics (physics.med-ph)   = 4/4 = 1 2013: 3. Yury Malyshkin, Igor Pshenichnov, Igor Mishustin, Walter Greiner Monte Carlo modeling of spallation targets containing uranium and americium arXiv:1311.6620 Instrumentation and Detectors (physics.ins-det); Nuclear Experiment (nucl-ex)   = 4/4 = 1 4. E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaia, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya, P. Cortese, G. Dellacasa, R. Arnaldi, N. DeMarco, A. Ferretti, M. Gallio, A. Musso, C. Oppedisano, A. Piccotti, E. Scomparin, E. Vercellin, C. Cicalo, G. Puddu, E. Siddi, P. Szymanski, I. Efthymiopoulos, Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb arXiv:1307.5548, Nuclear Experiment (nucl-ex)   = 4*0.1 = 0.4 5. Lucas Burigo, Igor Pshenichnov, Igor Mishustin, Marcus Bleicher, Microdosimetry spectra and RBE of H-1, He-4, Li-7 and C-12 nuclei in water studied with Geant4 arXiv:1307.2174 Medical Physics (physics.med-ph)   = 4/4 = 1 A53> ?> ?@5?@8=B0<:   = 2*1+0.4+2*1 =4.4 >:;04K =0 :>=D5@5=F8OE: #AB=K5 4>:;04K, ?@83;0H5==K5 (?;5=0@=K5), :>=D5@5=F88 <5=55 100 CG0AB=8:>2: 1. I.A. Pshenichnov, Yu.M. Malyshkin, I.N.Mishustin, Transmutation of minor actinides in accelerator-driven systems, Invited talk at 4th International Conference on Nuclear Fragmentation, Kemer (Antalya), Turkey September 29  October 6, 2013   = 6 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 2. I.A. Pshenichnov, Multifragment break-up of 12C in photonuclear reactions  a theorist's point of view, Talk given at The XXII International Baldin Seminar on High Energy Physics Problems - Relativistic Nuclear Physics and Quantum Chromodynamics, Dubna, September 15-20, 2014   = 6 3. I.A. Pshenichnov, Electromagnetic fragmentation of nuclei  recent news and future plans, Workshop on photon-induced collisions at the LHC CERN, Geneve, June 2-4, 2014   = 6 4. Yu. MaLVALlyshkin, I. Pshenichnov, I. Mishustin, W. Greiner, Interaction of Fast Nucleons with Actinide Nuclei Studied with GEANT4, Proc. International Conference on Nuclear Data for Science and Technology, New-York, 2013   = 6/4 = 1.5 5. L. Burigo, I. Pshenichnov, I. Mishustin, M. Bleicher, Microdosimetry spectra and RBE of protons, helium, lithium and carbon nuclei in water studied with Geant4 based simulations, Geant4 2013 International User Conference, The Geant4 toolkit at the Physics-Medicine-Biology frontier, October 7-9, 2013, Bordeaux, France.   = 6/4 = 1.5 6. Yu. Malyshkin, I. Pshenichnov, I. Mishustin, W. Greiner, Monte Carlo Modeling of Minor Actinide Burning in Fissile Spallation Targets, Joint International Conference on Supercomputing in Nuclear Applications + Monte Carlo, SNA+MC2013, October 27-31, 2013, Paris   = 6/4 = 1.5 7. W. Fischer, A.J. Baltz, M. Blaskiewicz, D. Gassner, K.A. Drees, Y. Luo, M. Minty, P. Thieberger, M. Wilinski, I.A. Pshenichnov, Measurement of the total cross section of uranium-uranium collisions at "sNN= 192.8 GeV, In Proc. of 4th International Particle Accelerator Conference, IPAC13, Shanghai, China, 2013, pp.1529  1531   = 6/9 = 0.666 C1;8:0F88 2 B@C40E :>=D5@5=F89 8. L.N. Burigo, I. A. Pshenichnov, I.N. Mishustin, M. Bleicher, Radiation quality of cosmic ray nuclei studied with Geant4-based simulations, J. Phys. Conf. Ser. 503 (2014) 012021. http://dx.doi.org/10.1088/1742-6596/503/1/012021.   = 0.5*6/4 = 0.75 9. Y. Malyshkin, I. Pshenichnov, I. Mishustin, W. Greiner, Monte Carlo Modeling of Minor Actinide Burning in Fissile Spallation Targets, SNA + MC 2013 - Jt. Int. Conf. Supercomput. Nucl. Appl. + Monte Carlo. 1 (2014) 01501. http://dx.doi.org/10.1051/snamc/201401501.   = 0.5*6/4 = 0.75 10. L.Burigo, I. Pshenichnov, I. Mishustin, M. Bleicher, Monte Carlo simulations of Microdosimetry for Space Research at FAIR, Talk given at FAIRNESS 2012: FAIR Next Generation of Scientists, 2012, Journal of Physics: Conference SeLVALries 426 (2013) 012006   = 0.5*6/4 = 0.75 A53> ?> :>=D5@5=F8O<:   = 3*6+3*1.5+0.666+3*0.75 =25.416 B>3>2K9   = 395.818+4.4+25.416 = 425.634LVALOG!04>2A:89 ;5:A0=4@ !5@35528G 1974 3>40 @>645=8O, Dr.Rer.Nat (:.D.-<.=.) 2007 3. Ph.D. TU-Dresden. 2009 3. ?>;CG5=> 3>A. A2845B5;LAB2> >1 M:2820;5=B=>AB8 Ph.D. AB5?5=8 :.D.-<.=. $. !B0@H89 =0CG=K9 A>B@C4=8: >B45;0 M:A?5@8<5=B0;L=>9 D878:8  /$ !?8A>: >?C1;8:>20==KE @01>B 70 2013 2014 3.3. A C:070=85< :>;-20 02B>@>2. 2014 3. 1. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %!, . . =4@5520, . . >;C1520, $. $. C15@, . . 20H:8=, . Krasa, . Kugler, . . C@5?8=, . . 5BCE>2, . . 5H5B8=, . !. !04>2A:89, . Svoboda, .. . !>1>;52, P. Tlusty, . . #A5=:>.   +  "% -! ", 2014, ! 2, A. 1 18, 14 02B>@>2 Instrum.Exp.Tech. 57 (2014) 103-119   = 60 E 0.349 E 0,1 = 2.094 2. Baryon resonance production and dielectron decays in proton-proton collisions at 3.5 GeV, HADES collaboration, (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& ,"-$ - .Lebedev,& et al.) Eur.Phys.J. A50 (2014) 82, 97 authors   = 30 x 2,421 E 0,075 =5,447 3. Associate K^0 production in p+p collisions at 3.5 GeV: The role of Delta(1232)++ HADES Collaboration (G. Agakishiev,& / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) @8=OB0 2 ?5G0BL 2 Phys.Rev.C, 100 authors   = 30 x 3.881 E 0,06 = 6.986 4. Searching a Dark Photon with HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) Phys.Lett. B731 (2014) 265-271, 100 authors   = 30 x 6.019 E 0,06 = 10.834 5. Lambda hyperon production and polarization in collisions of p(3.5 GeV)+Nb HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) Eur.Phys.J. A50 (2014) 81, 98 authors   = 30 x 2.421 E 0,075 = 5.447 6. In-medium hadron properties measureLVALd with HADES HADES Collaboration (J. Pietraszko, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& "-$ -,A.Lebedev,& et al.). EPJ Web Conf. 66 (2014) 04023, 98 authors   = 8 x 1.5 x 0,075 = 0.9 7. Low mass dielectrons radiated off cold nuclear matter measured with HADES M. Lorenz, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al. EPJ Web Conf. 66 (2014) 09011, 98 authors   = 8 x 1.5 x 0,075 = 0.9 8. Medium effects in proton-induced K0 production at 3.5 GeV HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) Phys. Rev. C 90, 054906, 97 authors   = 30 x 3.881 E 0,075 = 8.732 9.Time of flight measurement in heavy-ion collisions with the HADES RPC TOF wall HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) JINST 9 (2014) 11, C11015, 105 authors   = 30 x 1.526 E 0,06 = 2.747 10. Measurement of the quasi free np ! np+" and np ! pp"0 reactions at 1.25 GeV With HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) EPJ Web of Conferences 81, 02009 (2014) , 105 authors   = 8 E 1.5 x 0,06 = 0.72 11. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) Phys.Rev. C89 (2014) 025205, 144 authors   = 30 x 3.881 E 0,06 = 6,986 12. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c. NA61/SHINE CollaboratLVALion (N. Abgrall (Geneva U.)O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradovet al.) Eur. Phys. J. C (2014) 74:2794. , 139 authors   = 30 x 5.436 E 0,06 = 9.785 13. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) JINST9P06005, 2014, 148 authors   = 30 x 1.526 E 0,06 = 2.747 14. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89,   +  "% -! ", 2014, ! 6, A. 5 12, 8 02B>@>2 Instruments and Experimental Techniques, 2014, Vol. 57, No. 6, pp. 651 657   = (60 x 0.349) / 8 = 2.617 2013 3. 1. pK+\Lambda final state: towards the extraction of the ppK- contribution L. Fabbietti , & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al., Nucl.Phys. A914 (2013) 60-68, 98 authors   = 30 x 2.499 E 0,075 = 5.623 2. Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 87 (2013) 025201, 95 authors   = 30 E 3.881 E 0,075 = 8.732 3. Deep sub-threshold K"((892)0 production in collisions of Ar + KCl at 1.76-A-GeV HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur.Phys.J. A49 (2013), 111 authors   = 30 E 2.421 E 0,06 = 4.358 4. Hades experiments: investigation of hadron in-medium properties Piotr Salabura, & M.Golubeva, F.Guber, A.ILVALvashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 420 (2013) 012013, 99 authors   = 8 E 1.5 x 0,075 = 0.9 5. Proton induced dielectron radiation off Nb: Pt and Y distributions M. Lorenz, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin,A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 426 (2013) 012034, 98 authors   = 8 E 1.5 x 0,075 = 0.9 6. Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 88, 024904 (2013) , 97 authors   = 30 E 3.881 E 0,075 = 8.732 7. An upper limit on hypertriton production in collisions of Ar(1.76 A GeV) + KCl G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& etal. The Eur. Phys. J. A49 (2013) 146, 98 authors   = 30 E 2.421 E 0,075 = 5.447 8. Di-pion and di-electron production in NN reactions with HADES at 1.25GeV incident beam energy. Hubert Kuc& M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. PoSBormio2013 (2013) 060, 98 authors   = 8 E 1.5 x 0,075 = 0.9 9. Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, et al.) Nucl.Instrum.Meth. A701 (2013) 99-114, 152 authors   = 30 E 1.316 E 0,06 = 2.369 10. Energy dependence of identified hadron spectra and event-by-event fluctuations in p+p interactions fromNA61/SHINE at the CERN SPS MaciejRybczyenski (for theNA61/SHINE Collaboration) (& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) PoS ConfinementX (2012) 207, Jan. 2013, 146 authors   = 8 E 1.5 x 0,06 = 0.72 11. Nuclear-nuclear collision centrality determination by the spectators calorimeter for thLVALe MPD setup at the NICA facility M.B. Golubeva, F.F. Guber, A.P. Ivashkin (Moscow, INR), A.Yu. Isupov (Dubna, JINR), A.B. Kurepin (Moscow, INR) et al. Phys.Atom.Nucl. 76 (2013) 1-15, Yad.Fiz. 76 (2013) 2-17, 9 02B>@>2   = 60 E 0.595 / 9 = 3.967   ?> ?C1;8:0F8O< 2014 = 66.942   ?> ?C1;8:0F8O< 2013 = 42.648 !C<<0@=K9   ?> 6C@=0;L=K< ?C1;8:0F8O< = 109.590 @5?@8=BK, M;5:B@>==K9 0@E82 2014 3. 1. Baryon resonance production and dielectron decays in proton-proton collisions at 3.5 GeV, HADES collaboration, (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& ,"-$ - .Lebedev,& et al.) e-Print: arXiv:1403.3054 [nucl-ex] , 97 authors   = 4,0 x 0.075 = 0.3 2. Associate K^0 production in p+p collisions at 3.5 GeV: The role of Delta(1232)++ HADES Collaboration (G. Agakishiev,& / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) e-Print: arXiv:1403.6662 [nucl-ex] , 100 authors   = 4,0 x 0.06 = 0.24 3. Searching a Dark Photon with HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) e-Print: arXiv:1311.0216 [hep-ex] , 100 authors   = 4,0 x 0.06 = 0.24 4. Lambda hyperon production and polarization in collisions of p(3.5 GeV)+Nb HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& , "-$ - A.Lebedev,& et al) e-Print: arXiv:1404.3014 [nucl-ex] , 98 authors   = 4,0 x 0.075 = 0.3 5. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) e-Print: arXiv:1401.4699 [physics.ins-det] , 148 authors CERLVALN-PH-EP-2014-003, 148 authors   = 4,0 x 0.06 = 0.24 2013 3. 1. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %!. .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, @5?@8=B /  1349/2013., 8 02B>@>2   = 4,0 / 8 = 0.5 2. Searching a Dark Photon with HADES G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. e-Print: arXiv:1311.0216 [hep-ex] , 100 authors   = 4,0 x 0.06 = 0.24 3. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c. NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph], 144 authors   = 4,0 x 0.06 = 0.24 4. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) e-Print: arXiv:1310.2417 [hep-ex] , 139 authors   = 4,0 x 0.06 = 0.24 5. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) 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A.Sadovsky,  Progress in azimuthal flow analysis in Au+Au@1.23AGeV, HADES Collaboration Meeting XXVII, Munich, Germany, 5-7 February 2014   = 6 6. A.Sadovsky,  Towards determination of hadron v1, v2 flows in Au-Au at 1.24 AGeV , HADES Collaboration Meeting XXVI, Prague, Czech Republic, 27-31 May 2013.   = 6   ?> 2KABC?;5=8O< (2013-2014) = 36 "+   = 149.741LVALOG0@028G520 "0BLO=0 L2>2=0 AB0@H89 =0CG=K9 A>B@C4=8: -$ 1951 3.@., :0=4840B D87.-<0B. =0C: (1999)   70 2013-2014 33. !?8A>: >?C1;8:>20==KE @01>B 70 2013 -2014 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2014 1. Event-by-event mean pT fluctuations in pp and Pb-Pb collisions at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2014. 15 pp. Published in Eur.Phys.J. C74 (2014) 10, 3077 CERN-PH-EP-2014-169 DOI: 10.1140/epjc/s10052-014-3077-y e-Print: arXiv:1407.5530 [nucl-ex] 5.436*30*0.04=6,5232 2. 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Suppression of (1S) at forward rapidity in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 18, 2014. 21 pp. Published in Phys.Lett. B738 (2014) 361-372 CERN-PH-EP-2014-103 DOI: 10.1016/j.physletb.2014.10.001 e-Print: arXiv:1405.4493 [nucl-ex] 6.019*30*0.04=7,2228 6. Beauty production in pp collisions at s" = 2.76 TeV measured via semi-electronic decays ALICE CLVALollaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 16, 2014. 11 pp. Published in Phys.Lett. B738 (2014) 97-108 CERN-PH-EP-2014-089 DOI: 10.1016/j.physletb.2014.09.026 e-Print: arXiv:1405.4144 [nucl-ex] 6.019*30*0.04=7,2228 7. Neutral pion production at midrapidity in pp and Pb-Pb collisions at sNN> > > > "=2.76TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 15, 2014. 20 pp. Published in Eur.Phys.J. 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Azimuthal anisotropy of D meson production in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 8, 2014. 25 pp. Published in Phys.Rev. C90 (2014) 034904 CERN-PH-EP-2014-083 DOI: 10.1103/PhysRevC.90.034904 e-Print: arXiv:1405.2001 [nucl-ex] 3.881*30*0.04=4,6572 11. Measurement of visible cross sections in proton-lead collisions at sNN> > > > " = 5.02 TeV in van der Meer scans with the ALICE detector ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 8, 2014. 22 pp. Published in JINST 9 (2014) 11, P11003 CERN-PH-EP-2014-087 DOI: 10.1088/1748-0221/9/11/P11003 e-Print:LVAL arXiv:1405.1849 [nucl-ex] 1.526*30*0.04=1,8312 12. Freeze-out radii extracted from three-pion cumulants in pp, p Pb and Pb Pb collisions at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Apr 4, 2014. 12 pp. Published in Phys.Lett. B739 (2014) 139-151 CERN-PH-EP-2014-062 DOI: 10.1016/j.physletb.2014.10.034 e-Print: arXiv:1404.1194 [nucl-ex] 6.019*30*0.04=7,2228 13. Measurement of quarkonium production at forward rapidity in pp collisions at s"=7 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Mar 14, 2014. 21 pp. Published in Eur.Phys.J. C74 (2014) 8, 2974 CERN-PH-EP-2014-042 DOI: 10.1140/epjc/s10052-014-2974-4 e-Print: arXiv:1403.3648 5.436*30*0.04=6,5232 14. Performance of the ALICE Experiment at the CERN LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Feb 18, 2014. 120 pp. Published in Int.J.Mod.Phys. A29 (2014) 1430044 CERN-PH-EP-2014-031 DOI: 10.1142/S0217751X14300440 e-Print: arXiv:1402.4476 [nucl-ex] 1.086*30*0.04=1,3032 15. Production of charged pions, kaons and protons at large transverse momenta in pp and Pb Pb collisions at sNN> > > > " =2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jan 6, 2014. 11 pp. Published in Phys.Lett. B736 (2014) 196-207 CERN-PH-EP-2013-230 DOI: 10.1016/j.physletb.2014.07.011 e-Print: arXiv:1401.1250 [nucl-ex] 6.019*30*0.04=7,2228 16. Measurement of charged jet suppression in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Nov 4, 2013. 39 pp. Published in JHEP 1403 (2014) 013 CERN-PH-EP-2013-205 DOI: 10.1007/JHEP03(2014)013 e-Print: arXiv:1311.0633 [nucl-ex] 6.220*30*0.04=7,464 17. Centrality, rapidity and transverse momentum dependence of J/ suppression in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Nov 1, 2013. 20 pp. Published in Phys.LettLVAL. B734 (2014) 314-327 CERN-PH-EP-2013-203 DOI: 10.1016/j.physletb.2014.05.064 e-Print: arXiv:1311.0214 [nucl-ex] 6.019*30*0.04=7,2228 18. Two and Three-Pion Quantum Statistics Correlations in Pb-Pb Collisions at sNN> > > > " =2.76 TeV at the CERN Large Hadron Collider ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Oct 29, 2013. 27 pp. Published in Phys.Rev. C89 (2014) 024911 CERN-PH-EP-2013-201 DOI: 10.1103/PhysRevC.89.024911 e-Print: arXiv:1310.7808 [nucl-ex] 3.881*30*0.04=4,6572 19. J/ production and nuclear effects in p-Pb collisions at SNN> > > > " = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Aug 30, 2013. 26 pp. Published in JHEP 1402 (2014) 073 CERN-PH-EP-2013-163 DOI: 10.1007/JHEP02(2014)073 e-Print: arXiv:1308.6726 [nucl-ex] 6.220*30*0.04=7,464 20. Multiplicity Dependence of Pion, Kaon, Proton and Lambda Production in p-Pb Collisions at sNN> > > > " = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 25, 2013. 14 pp. Published in Phys.Lett. B728 (2014) 25-38 CERN-PH-EP-2013-135 DOI: 10.1016/j.physletb.2013.11.020 e-Print: arXiv:1307.6796 [nucl-ex] 6.019*30*0.04=7,2228 21. Multi-strange baryon production at mid-rapidity in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 12 pp. Published in Phys.Lett. B728 (2014) 216-227, Erratum-ibid. B734 (2014) 409-410 CERN-PH-EP-2013-134 DOI: 10.1016/j.physletb.2014.05.052, 10.1016/j.physletb.2013.11.048 e-Print: arXiv:1307.5543 [nucl-ex] 6.019*30*0.04=7,2228 22.Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb. E.V. Karpechev, I.A. Pshenichnov, T.L. Karavicheva, A.B. Kurepin, M.B. Golubeva, F.F. Guber, A.I. Maevskaya, A.I. Reshetin, V.V. Tiflov, N.S. Topilskaya, P. Cortese, G. Dellacasa, R. Arnaldi, N. De Marco, A. Ferretti, M. Gallio, A. Musso, C. Oppedisano, A. Piccotti, LVALE. Scomparin, E. Vercellin, C. CicalB, G. Puddu, E. Siddi, P. Szymanski, I. Efthymiopoulos, Nucl. Phys. A 921 (2014) 60 http://dx.doi.org/10.1016/j.nuclphysa.2013.11.003 2.499 x 30 x 0.1 = 7.497 23. Production of inclusive  (1S) and  (2S) in p-Pb collisions at sNN""""=5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Oct 8, 2014. 24 pp Published in Phys.Lett. B740 (2015) 105-117 6,019*30*0,04*1=7,2228 24, Upgrade of the ALICE Experiment: Letter of Intent, ., B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration http://dx.doi.org/10.1088/0954-3899/41/8/087001 J. Phys. G Nucl. Part. Phys. 41 (2014) 087001  = 2.838*30*0.04 = 3.406 25. Long-range angular correlations on the near and away side in p-Pb collisions at "sNN=5.02 TeV ., B. Abelev, & , F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, et al., ALICE Collaboration Physics Letters B volume 739, issue , year 2014, pp. 308 - 312 6.019*30*0.04=7,2228 B>3> 6,5232*4+3,4056+9,2736*2+4,6572*3+7,2228*9+1,8312+1,3032+7,464*2 +7.497*1 +3,406= 155,989 Hades 1. Measurement of the quasi free np -> nppi^+pi^- and np -> pppi^-pi^0 reactions at 1.25 GeV With HADES HADES Collaboration (A. Kurilkin (Dubna, JINR) et al.). 2014. Published in EPJ Web Conf. 81 (2014) 02009 DOI: 10.1051/epjconf/20148102009 8 E 0.06 =0.48 2. Time of flight measurement in heavy-ion collisions with the HADES RPC TOF wall G. Kornakov (Darmstadt, Tech. Hochsch.), O. Arnold (Munich, Tech. U. & Munich, Tech. U., Universe), E.T. Atomssa (Orsay, IPN & Orsay, LPT), C. Behnke (Frankfurt U., Inst. Kernphys.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U. & Munich, Tech. U., Universe), J. Biernat (Jagiellonian U.), A. Blanco (LIP, Coimbra), C. Blume (Frankfurt U., Inst. Kernphys.), M. Bo<hmer (Munich, Tech. U.) et al.. 2014. Published in JINST 9 (LVAL2014) 11, C11015 1,526*30*0,06*1=2,7468 3. Tests of FARICH prototype with precise photon position detection A.Yu. Barnyakov (Novosibirsk, IYF), M.Yu. Barnyakov (Novosibirsk, IYF & Novosibirsk State Tech. U.), I.Yu. Basok (Novosibirsk, IYF), V.E. Blinov (Novosibirsk, IYF & Novosibirsk State Tech. U.), V.S. Bobrovnikov, A.A. Borodenko, A.R. Buzykaev (Novosibirsk, IYF), A.F. Danilyuk (Inst. Thermophys., Novosibirsk), C. Degenhardt, R. Dorscheid (Unlisted, DE) et al.. 2014. 3 pp. Published in Nucl.Instrum.Meth. A766 (2014) 88-91 DOI: 10.1016/j.nima.2014.04.086 2,421E 30 E 0.06 = 4.3578 4. Medium effects in proton-induced K0 production at 3.5 GeV HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Apr 28, 2014. 13 pp. Published in Phys.Rev. C90 (2014) 054906 3,881*30*0,075*1=8.732 5. Low mass dielectrons radiated off cold nuclear matter measured with HADES M. Lorenz (Unlisted), G. Agakishiev (Dubna, JINR), C. Behnke (Frankfurt U., Inst. Kernphys.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Coimbra), C. Blume (Frankfurt U., Inst. Kernphys.), M. Bhmer (Munich, Tech. U.), P. Cabanelas (Santiago de Compostela U.) et al.. 2014. 4 pp. Published in EPJ Web Conf. 66 (2014) 09011 DOI: 10.1051/epjconf/20146609011 8 E 0.06 =0.48 6. In-medium hadron properties measured with HADES HADES Collaboration (J. Pietraszko (Darmstadt, GSI) et al.). 2014. 8 pp. Published in EPJ Web Conf. 66 (2014) 04023 DOI: 10.1051/epjconf/20146604023 Conference: C13-06-02.3 Proceedings 8E1,5 E 0.075 =0,9 7. Lambda hyperon production and polarization in collisions of p(3.5 GeV)+Nb HADES Collaboration (G. Agakishiev (Dubna, JINR) et al.). Apr 11, 2014. 13 pp. Published in Eur.Phys.J. A50 (2014) 81 DOI: 10.1140/epja/i2014-14081-2 e-Print: arXiv:1404.3014 [nucl-ex] | PDF 2,421*30*0,075*=5,447 8. Associate K^0 production in p+p collisions at 3.5 GeV: The role of Delta(1232)++ HADES Collaboration (G. LVALAgakishiev (Dubna, JINR) et al.). Mar 26, 2014. 11 pp. Published in Phys.Rev. C90 (2014) 015202 DOI: 10.1103/PhysRevC.90.015202 e-Print: arXiv:1403.6662 [nucl-ex] | PDF 3,881*30*0,06*1=6.9858 9. Baryon resonance production and dielectron decays in proton-proton collisions at 3.5 GeV G. Agakishiev (Dubna, JINR), A. Balanda (Jagiellonian U.), D. Belver (Santiago de Compostela U.), A. Belyaev (Dubna, JINR), J.C. Berger-Chen (Munich, Tech. U., Universe), A. Blanco (LIP, Lisbon), M. Bhmer (Munich, Tech. U.), J.L. Boyard (Orsay, IPN), P. Cabanelas (Santiago de Compostela U.), S. Chernenko (Dubna, JINR) et al.. Mar 12, 2014. 16 pp. Published in Eur.Phys.J. A50 (2014) 82 DOI: 10.1140/epja/i2014-14082-1 2,421*30*0,075*=5,447 10. Searching a Dark Photon with HADES HADES Collaboration (G. Agakishiev, & / - M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky,& , "-$ - A.Lebedev,& et al) Phys.Lett. B731 (2014) 265-271, 100 authors   = 30 x 6.019 E 0,06 = 10.834 B>3> 46,41 2013 3. 1. K0S and  production in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 10 pp. Published in Phys.Rev.Lett. 111 (2013) 22, 222301 CERN-PH-EP-2013-132 DOI: 10.1103/PhysRevLett.111.222301 e-Print: arXiv:1307.5530 [nucl-ex] 7.728*30*0.04=9,2736 2. Long-range angular correlations of , K and p in p-Pb collisions at sNN> > > > " = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 11, 2013. 14 pp. Published in Phys.Lett. B726 (2013) 164-177 CERN-PH-EP-2013-115 DOI: 10.1016/j.physletb.2013.08.024 e-Print: arXiv:1307.3237 [nucl-ex] 6.019*30*0.04=7,2228 3. Multiplicity dependence of the average transverse momentum in pp, p-Pb, and Pb-Pb collisions at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 3, 2013. 10 pp. Published in Phys.Lett. B727 (2013) 371-380 CERN-PH-EP-2013-111 DOI: 10.1016/j.physleLVALtb.2013.10.054 e-Print: arXiv:1307.1094 [nucl-ex] 6.019*30*0.04=7,2228 4. Energy Dependence of the Transverse Momentum Distributions of Charged Particles in pp Collisions Measured by ALICE ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. Published in Eur.Phys.J. C73 (2013) 12, 2662 CERN-PH-EP-2013-109 DOI: 10.1140/epjc/s10052-013-2662-9 e-Print: arXiv:1307.1093 [nucl-ex] 5.436*30*0.04=6,5232 5. Performance of the ALICE VZERO system ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Jun 13, 2013. 20 pp. Published in JINST 8 (2013) P10016 CERN-PH-EP-2013-082 DOI: 10.1088/1748-0221/8/10/P10016 e-Print: arXiv:1306.3130 [nucl-ex] 1.526*30*0.04=1,8312 6. D meson elliptic flow in non-central Pb-Pb collisions at sNN> > > > " = 2.76TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). May 13, 2013. 11 pp. Published in Phys.Rev.Lett. 111 (2013) 102301 CERN-PH-EP-2013-085 DOI: 10.1103/PhysRevLett.111.102301 e-Print: arXiv:1305.2707 [nucl-ex] 7.728*30*0.04=9,2736 7. Mid-rapidity anti-baryon to baryon ratios in pp collisions at s" = 0.9, 2.76 and 7 TeV measured by ALICE ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 33 pp. Published in Eur.Phys.J. C73 (2013) 2496 CERN-PH-EP-2013-080 DOI: 10.1140/epjc/s10052-013-2496-5 e-Print: arXiv:1305.1562 [nucl-ex] 5.436*30*0.04=6,5232 8. Charmonium and e+e" pair photoproduction at mid-rapidity in ultra-peripheral Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 26 pp. Published in Eur.Phys.J. C73 (2013) 11, 2617 CERN-PH-EP-2013-066 DOI: 10.1140/epjc/s10052-013-2617-1 e-Print: arXiv:1305.1467 [nucl-ex] 5.436*30*0.04=6,5232 9. Measurement of the inclusive differential jet cross section in pp collisions at s"=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2013. 17 pp. Published in Phys.Lett. B722 (2013)LVAL 262-272 CERN-PH-EP-2012-301 DOI: 10.1016/j.physletb.2013.04.026 e-Print: arXiv:1301.3475 [nucl-ex] 6.019*30*0.04=7,2228 10. Charged kaon femtoscopic correlations in pp collisions at s"=7 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Dec 2012. 12 pp. Published in Phys.Rev. D87 (2013) 5, 052016 DOI: 10.1103/PhysRevD.87.052016 e-Print: arXiv:1212.5958 [hep-ex] 4.864*30*0.04=5,8368 11. Multiplicity dependence of two-particle azimuthal correlations in pp collisions at the LHC ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 4, 2013. 42 pp. Published in JHEP 1309 (2013) 049 CERN-PH-EP-2013-107 DOI: 10.1007/JHEP09(2013)049 e-Print: arXiv:1307.1249 [nucl-ex] 6.220*30*0.04=7,464 12. Directed Flow of Charged Particles at Midrapidity Relative to the Spectator Plane in Pb-Pb Collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jun 18, 2013. 11 pp. Published in Phys.Rev.Lett. 111 (2013) 23, 232302 CERN-PH-EP-2013-100 DOI: 10.1103/PhysRevLett.111.232302 e-Print: arXiv:1306.4145 7.728*30*0.04=9,2736 13. Centrality dependence of the pseudorapidity density distribution for charged particles in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Apr 1, 2013. 13 pp. Published in Phys.Lett. B726 (2013) 610-622 CERN-PH-EP-2013-045 DOI: 10.1016/j.physletb.2013.09.022 e-Print: arXiv:1304.0347 [nucl-ex] 6.019*30*0.04=7,2228 14. J/Psi Elliptic Flow in Pb-Pb Collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Mar 23, 2013. 11 pp. Published in Phys.Rev.Lett. 111 (2013) 162301 CERN-PH-EP-2013-042 DOI: 10.1103/PhysRevLett.111.162301 e-Print: arXiv:1303.5880 [nucl-ex] 7.728*30*0.04=9,2736 15. Centrality dependence of , K, p production in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 4, 2013. 23 ppLVAL. Published in Phys.Rev. C88 (2013) 4, 044910 CERN-PH-EP-2013-019 DOI: 10.1103/PhysRevC.88.044910 e-Print: arXiv:1303.0737 [hep-ex] 3.881*30*0.04=4,6572 16. Centrality determination of Pb-Pb collisions at sNN> > > > " = 2.76 TeV with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 18, 2013. 22 pp. Published in Phys.Rev. C88 (2013) 4, 044909 CERN-PH-EP-2012-368 DOI: 10.1103/PhysRevC.88.044909 e-Print: arXiv:1301.4361 [nucl-ex] 3.881*30*0.04=4,6572 17. Charge correlations using the balance function in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 2013. 37 pp. Published in Phys.Lett. B723 (2013) 267-279 CERN-PH-EP-2012-371 DOI: 10.1016/j.physletb.2013.05.039 e-Print: arXiv:1301.3756 [nucl-ex] 6.019*30*0.04=7,2228 18. Long-range angular correlations on the near and away side in p-Pb collisions at sNN> > > > "=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Dec 2012. 22 pp. Published in Phys.Lett. B719 (2013) 29-41 CERN-PH-EP-2012-359 DOI: 10.1016/j.physletb.2013.01.012 e-Print: arXiv:1212.2001 [nucl-ex] 6.019*30*0.04=7,2228 19. Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at sNN> > > > "=5.02 TeV ALICE Collaboration (Betty Abelev et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 082302 CERN-PH-EP-2012-306 DOI: 10.1103/PhysRevLett.110.082302 e-Print: arXiv:1210.4520 [nucl-ex] 7.728*30*0.04=9,2736 20. Pseudorapidity density of charged particles p-Pb collisions at sNN> > > > "=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 032301 CERN-PH-EP-2012-307 DOI: 10.1103/PhysRevLett.110.032301 e-Print: arXiv:1210.3615 [nucl-ex] 7.728*30*0.04=9,2736 21. Coherent J/ photoproduction in ultra-peripheral Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.)LVAL. Sep 2012. 19 pp. Published in Phys.Lett. B718 (2013) 1273-1283 CERN-PH-EP-2012-270 DOI: 10.1016/j.physletb.2012.11.059 e-Print: arXiv:1209.3715 [nucl-ex] 6.019*30*0.04=7,2228 22. Measurement of inelastic, single- and double-diffraction cross sections in proton--proton collisions at the LHC with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp. Published in Eur.Phys.J. C73 (2013) 6, 2456 CERN-PH-EP-2012-138, CERN-PH-EP-2012-238 DOI: 10.1140/epjc/s10052-013-2456-0 e-Print: arXiv:1208.4968 [hep-ex] 5.436*30*0.04=6,5232 23. Centrality Dependence of Charged Particle Production at Large Transverse Momentum in Pb--Pb Collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 18 pp. Published in Phys.Lett. B720 (2013) 52-62 DOI: 10.1016/j.physletb.2013.01.051 e-Print: arXiv:1208.2711 [hep-ex] 6.019*30*0.04=7,2228 24. Measurement of electrons from beauty hadron decays in pp collisions at s"=7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 15 pp. Published in Phys.Lett. B721 (2013) 13-23 DOI: 10.1016/j.physletb.2013.01.069 e-Print: arXiv:1208.1902 [hep-ex] 6.019*30*0.04=7,2228 25. Net-Charge Fluctuations in Pb-Pb collisions at s"NN=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. 11 pp. Published in Phys.Rev.Lett. 110 (2013) 15, 152301 DOI: 10.1103/PhysRevLett.110.152301 e-Print: arXiv:1207.6068 [nucl-ex] 7.728*30*0.04=9,2736 26. Charge separation relative to the reaction plane in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. Published in Phys.Rev.Lett. 110 (2013) 012301 CERN-PH-EP-2012-183 DOI: 10.1103/PhysRevLett.110.012301 e-Print: arXiv:1207.0900 [nucl-ex] 7.728*30*0.04=9,2736 27.Beam test of FARICH prototype with Digital Photon Counter A.Yu. Barnyakov (Novosibirsk, IYF), M.Yu. Barnyakov (Novosibirsk, IYF & Novosibirsk State Tech. U.LVAL), V.S. Bobrovnikov, A.R. Buzykaev (Novosibirsk, IYF), A.F. Danilyuk (Inst. Thermophys., Novosibirsk), C. Degenhardt, R. Dorscheid (Unlisted, DE), D.A. Finogeev (Moscow, INR), T. Frach (Unlisted, DE), V.V. Gulevich (Novosibirsk, IYF) et al.. 2013. 5 pp. Published in Nucl.Instrum.Meth. A732 (2013) 352-356 1.316 E 30 E 0.1 = 3.948 B>3> 9,2736*8+7,2228*9+6,5232*4+1,8312+5,8368+7,464+4,6572*2 +3,948*1=193,683 HADES 1. pK+\Lambda final state: towards the extraction of the ppK- contribution L.Fabbietti , & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al., Nucl.Phys. A914 (2013) 60-68. 2,499E 30 E 0.06 = 4.4982 2.Baryonic resonances close to the Kbar-N threshold: the case of Lambda(1405) in pp collisions G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 87 (2013) 025201. 3,881 E 30 E 0.06 = 6.9858 3. Deep sub-threshold K"(892)0 production in collisions of Ar + KCl at 1.76-A-GeV HADES Collaboration (G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur.Phys.J. A49 (2013) . 2,421 E 30 E 0.06 = 4.3578 4. Hades experiments: investigation of hadron in-medium properties Piotr Salabura,& M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 420 (2013) 012013. 8 E 0.06 = 0.48 5. Proton induced dielectron radiation off Nb: Pt and Y distributions M. Lorenz, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. J.Phys.Conf.Ser. 426 (2013) 012034. 8 0.06 = 0,48 6. Inclusive pion and eta production in p+Nb collisions at 3.5 GeV beam energy G.Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Phys. Rev. C 88, 024904 (2013). 3,881E 30 E 0.06 = = 6.9858 7.An upper limit on hypertriton production inLVAL collisions of Ar(1.76 A GeV) + KClG. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. Eur. Phys. J. A49 (2013) 146. 2,421E 30 E 0.06 = 4.3578 8.Di-pion and di-electron production in NN reactions with HADES at 1.25GeV incident beam energy. Hubert Kuc & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. PoS Bormio2013 (2013) 060. 8 E 1.5 E 0.075 = 0,9 B>3> 4.3578*3+6.9858*2+,0,48*2+0.9=29,0454 @5?@8=BK, M;5:B@>==K9 0@E82: 2013 3. 1. Measurement of charged jet suppression n Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Nov 4, 2013. 28 pp. CERN-PH-EP-2013-205 e-Print: arXiv:1311.0633 [nucl-ex]   = 4.0 E 0.04*2 = 0.320 2. Centrality, rapidity and transverse momentum dependence of J/ suppression in Pb-Pb collisions at sNN"""""=2.76TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Nov 1, 2013. 20 pp. CERN-PH-EP-2013-203 e-Print: arXiv:1311.0214 [nucl-ex]   = 4.0 E 0.04*2 = 0.320 3. Two and Three-Pion Quantum Statistics Correlations in Pb-Pb Collisions at sNN"""""=2.76 TeV at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Oct 29, 2013. 27 pp. CERN-PH-EP-2013-201 e-Print: arXiv:1310.7808 [nucl-ex]   = 4.0 E 0.04*2 = 0.320 4. J/ production and nuclear effects in p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Aug 30, 2013. 20 pp. CERN-PH-EP-2013-163 e-Print: arXiv:1308.6726 [nucl-ex]   = 4.0 E 0.04*2 = 0.320 5. Multiplicity Dependence of Pion, Kaon, Proton and Lambda Production in p--Pb Collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.)LVAL. Jul 25, 2013. 23 pp. CERN-PH-EP-2013-135 e-Print: arXiv:1307.6796 [nucl-ex]   = 4.0 E 0.04*2 = 0.320 6. Multi-strange baryon production at mid-rapidity in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 18 pp. CERN-PH-EP-2013-134 e-Print: arXiv:1307.5543 [nucl-ex]   = 4.0 E 0.04*2 = 0.320 7. Multiplicity dependence of the average transverse momentum in pp, p-Pb, and Pb-Pb collisions at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. CERN-PH-EP-2013-111 e-Print: arXiv:1307.1094 [nucl-ex]   = 4.0 E 0.04*2 = 0.320 8. Performance of the ALICE VZERO system ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Jun 13, 2013. 20 pp. CERN-PH-EP-2013-082 e-Print: arXiv:1306.3130 [nucl-ex]   = 4.0 E 0.04*2 = 0.320 9. J/Psi Elliptic Flow in Pb-Pb Collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Mar 23, 2013. 16 pp. CERN-PH-EP-2013-042   = 4.0 E 0.04 = 0.160 10. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %C. .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>. @5?@8=B /  1349/2013; ?@8=OB> 2 ?5G0BL 2 "-.   = 4.0 : 8 = 0.5 11.Searching a Dark Photon with HADES. G. Agakishiev, & M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky& et al. e-Print: arXiv:1311.0216 [hep-ex]   = 4.0 E 0.04 = 0.160 B>3> 0,320*8 +0,5+160*2=3,38 2014 1. Production of inclusive (1S) and (2S) in p-Pb colLVALlisions at sNN> > > > "=5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Oct 8, 2014. 24 pp. CERN-PH-EP-2014-196 DOI: 10.1016/j.physletb.2014.11.041 e-Print: arXiv:1410.2234 [nucl-ex] 2. Multiplicity dependence of jet-like two-particle correlations in p-Pb collisions at sNN> > > > " = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jun 20, 2014. 23 pp. CERN-PH-EP-2014-084 e-Print: arXiv:1406.5463 [nucl-ex] 3. Production of (1385) and (1530)0 in proton-proton collisions at s"= 7 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jun 12, 2014. 30 pp. CERN-PH-EP-2014-128 e-Print: arXiv:1406.3206 [nucl-ex] 4. Elliptic flow of identified hadrons in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 19, 2014. 81 pp. CERN-PH-EP-2014-104 e-Print: arXiv:1405.4632 [nucl-ex] 5. Measurement of electrons from semileptonic heavy-flavor hadron decays in pp collisions at s" = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 16, 2014. 18 pp. CERN-PH-EP-2014-097 e-Print: arXiv:1405.4117 [nucl-ex] 6. Suppression of (2S) production in p-Pb collisions at sNN> > > > " = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 15, 2014. 20 pp. CERN-PH-EP-2014-092 DOI: 10.1007/JHEP12(2014)073 e-Print: arXiv:1405.3796 [nucl-ex] 7. K*(892)0 and (1020) production in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Apr 2, 2014. 35 pp. CERN-PH-EP-2014-060 e-Print: arXiv:1404.0495 [nucl-ex] B>3> 7*4*0.04*2 = 2,24 C:>2>4AB2> 0A?8@0=B0<8 8 48?;><=8:0<8: 1. $# ! @BC@ ;5:A0=4@>28G (0A?8@0=BC@0 /  A 8N=O 2013 3) (2K?CA:=8: $", 2013 3.) A?5F80;L=>ABL 01.04.01 @81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0CG=0O B5<0:  7<5@5=85 ?;>B=>AB8 70@O65==KE G0AB8F ?@8 AB>;:=>25=88 8>=>2 A2LVAL8=F0 A 8A?>;L7>20=85< 45B5:B>@0 T0 CAB0=>2:8 ALICE LHC CERN   = 30 E 2 3>40 = 60 2. !5@3552 <8B@89 (10:0;02@, 2013 3..) (ABC45=B 3-4 :C@A0 $", $$-) "5<0:  7<5@5=85 ?;>B=>AB8 70@O65==KE G0AB8F ?@8 AB>;:=>25=88 8>=>2 A28=F0 A 8A?>;L7>20=85< 45B5:B>@0 T0 CAB0=>2:8 ALICE LHC CERN    = 10 E 1 3>4 = 10 3.C?;8=A:89 ;5:A0=4@ (10:0;02@,<038AB@ 2013-2014 3..) (ABC45=B 3-4 :C@A0 $", $$-) "5<0::  ?@545;5=85 F5=B@0;L=>AB8 O4@>-O45@=KE AB>;:=>25=89 =0 CAB0=>2:5 ALICE    = 10 E 2 3>40 = 20 4. >=52A:8E @B5< !5@35528G (0A?8@0=BC@0 /  A 2014) A?5F80;L=>ABL 01.04.01 @81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0CG=0O B5<0:  7<5@5=85 8 <>=8B>@8@>20=85 A25B8<>AB8 =0 CAB0=>2:5 ALICE c 8A?>;L7>20=85< 5B5:B>@>2 "0 8 VZERO    = 30 E 1 3>4 = 30 4. A0:>2 ;048<8@ (0A?8@0=BC@0 /  A 2014) A?5F80;L=>ABL 01.04.01 @81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0CG=0O B5<0:  Ac;54>20=8O M=5@35B8G5A:>9 7028A8<>AB8 <=>65AB25==>AB8 G0AB8F >B M=5@388 2 pp, p-Pb 8 2 Pb+Pb AB>;:=>25=8OE =0 CAB0=>2:5 ALICE   = 30 E 1 3>4 = 30   70 @C:>2>4AB2> ABC45=B0<8 8 0A?8@0=B0<8 = 150 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: XXX-th International Workshop on High Energy Physics  Particle and Astroparticle Physics, Gravitation and Cosmology: Predictions, Observations and New Projects , June 23-27, 2014, in Protvino, Moscow region, Russia. T.Karavicheva, .C@5?8=  ALICE Fast Interaction Trigger detector for the future   = 6 57$LVAL4C;LB8@CNI89   70 2013-2014 33. : B>3> : 155.989+193,683+29,0454+46,41+3,38+2,24+150+6= 586,75LVALOG0@?5G52 235=89 ;048<8@>28G ;04H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 @5;OB828ABA:>9 O45@=>9 D878:8, @>48;AO 15.03.1979, 157 AB5?5=8. "5<0 ! 15.4 $878:0 0B><=>3> O4@0, 48=0<8:0 O45@=KE 8 D>B>O45@=KE @50:F89, D878:0 @048>=C:;84>2 8 BO6Q;KE 8>=>2 C1;8:0F88 2 2013-2014 3>40E: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2014 3. 1. E.V.Karpechev, I.A.Pshenichnov, T.L.Karavicheva, A.B.Kurepin, M.B.Golubeva, F.F.Guber, A.I.Maevskaya, A.I.Reshetin, V.V.Tiflov, N.S.Topilskaya et al (26 authors) Emission of forward neutrons by 158A GeV indium nuclei in collisions with Al, Cu, Sn and Pb NUCLEAR PHYSICS A Volume: 921 Pages: 60-84 Published: JAN 2014  = 2.499*30*0.1 = 7.497 7.497 2. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multiparticle azimuthal correlations in p-Pb and Pb-Pb collisions at the CERN Large Hadron Collider PHYSICAL REVIEW C Volume: 90 Issue: 5 Article Number: UNSP 054901 Published: NOV 3 2014  = 3.881*30*0.04 = 4.657 12.154 3. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of visible cross sections in proton-lead collisions at root s(NN)=5.02 TeV in van der Meer scans with the ALICE detector JOURNAL OF INSTRUMENTATION Volume: 9 Article Number: P11003 Published: NOV 2014  = 1.526*30*0.04 = 1.831 13.985 4. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Performance of the ALICE experiment at the CERN LHC INTERNATIONAL JOURNAL OF MODERN PHYSICS A Volume: 29 Issue: 24 Article Number: 1430044 Published: SEP 30 2014  = 1.086 *30*0.04 = 1.303 15.288 5. B. Abelev, ..., F. Guber, O. KLVALaravichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Production of charged pions, kaons and protons at large transverse momenta in pp and Pb-Pb collisions at root s(NN)=2.76 TeV PHYSICS LETTERS B Volume: 736 Pages: 196-207 Published: SEP 7 2014  = 6.019*30*0.04 = 7.223 22.511 6. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of quarkonium production at forward rapidity in collisions at TeV EUROPEAN PHYSICAL JOURNAL C Volume: 74 Issue: 8 Article Number: 2974 Published: AUG 13 2014  = 5.436 *30*0.04 = 6.523 29.034 7. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Upgrade of the ALICE Experiment Letter Of Intent JOURNAL OF PHYSICS G-NUCLEAR AND PARTICLE PHYSICS Volume: 41 Issue: 8 Article Number: 087001 Published: AUG 2014  = 2.838 *30*0.04 = 3.406 32.440 8. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Technical Design Report for the Upgrade of the ALICE Inner Tracking System JOURNAL OF PHYSICS G-NUCLEAR AND PARTICLE PHYSICS Volume: 41 Issue: 8 Article Number: 087002 Published: AUG 2014  = 2.838 *30*0.04 = 3.406 35.846 9. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Centrality, rapidity and transverse momentum dependence of J/Psi suppression in Pb-Pb collisions at root(NN)-N-S=2.76TeV PHYSICS LETTERS B Volume: 734 Pages: 314-327 Published: JUN 27 2014  = 6.019*30*0.04 = 7.223 43.069 10. B. Abelev, ..., F. Guber, LVALO. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of charged jet suppression in Pb-Pb collisions at root s(NN)=2.76 TeV JOURNAL OF HIGH ENERGY PHYSICS Issue: 3 Article Number: 013 Published: MAR 3 2014  = 6.220*30*0.04 = 7.464 50.533 11. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Two- and three-pion quantum statistics correlations in Pb-Pb collisions at root S-NN=2.76 TeV at the CERN Large Hadron Collider PHYSICAL REVIEW C Volume: 89 Issue: 2 Article Number: 024911 Published: FEB 26 2014  = 3.881*30*0.04 = 4.657 55.190 12. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, . J/psi production and nuclear effects in p-Pb collisions at=5.02 TeV JOURNAL OF HIGH ENERGY PHYSICS Issue: 2 Article Number: 073 Published: FEB 18 2014  = 6.220*30*0.04 = 7.464 62.654 13. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multiplicity dependence of pion, kaon, proton and lambda production in p-Pb collisions at root s(NN)=5.02 TeV PHYSICS LETTERS B Volume: 728 Pages: 25-38 Published: JAN 20 2014  = 6.019*30*0.04 = 7.223 69.877 14. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Multi-strange baryon production at mid-rapidity in Pb-Pb collisions at root s(NN)=2.76 TeV PHYSICS LETTERS B Volume: 728 Pages: 216-227 Published: JAN 20 2014  = 6.019*30*0.04 = 7.223 77.100 15. B. Abelev, ..., F. Guber, O. Karavichev, T. KaravichevLVALa, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Azimuthal anisotropy of D meson production in Pb-Pb collisions at sqrt(s_NN) = 2.76 TeV Phys. Rev. C 90 (2014) 034904  = 3.881*30*0.04 = 4.657 81.757 16. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Transverse momentum dependence of inclusive primary charged-particle production in pPb collisions at sqrt(sNN) = 5.02 TeV Eur. Phys. J. C 74 (2014) 3054  = 5.436*30*0.04 = 6.523 88.280 17. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Beauty production in pp collisions at sqrt(s) = 2.76 TeV, measured using semi-electronic decays Phys. Lett. B 738 (2014) 97-108  = 6.019*30*0.04 = 7.223 95.503 18. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Suppression of Upsilon(1S) at forward rapidity in Pb-Pb collisions at sqrt(s_NN) = 2.76 TeV Phys. Lett. B 738 (2014) 361-372  = 6.019*30*0.04 = 7.223 102.726 19. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Neutral pion production at midrapidity in pp and PbPb collisions at sqrt(sNN) = 2.76 TeV Eur. Phys. J. C (2014) 74-3108  = 5.436*30*0.04 = 6.523 109.249 20. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Freeze-out radii extracted from three-pion cumulants in pp, p-Pb and Pb-Pb collisions at the LHC Phys. Lett. B 739 (2014) 139-151  = 6.019*30*0.04LVAL = 7.223 116.472 21. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Event-by-event mean fluctuations in pp and Pb-Pb collisions at the LHC Eur. Phys. J. C (2014) 74-3077  = 5.436*30*0.04 = 6.523 122.995 22. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Production of inclusive (1S) and (2S) in p-Pb collisions at sqrt(sNN) = 5.02 TeV Phys. Lett. B 740 (2015) 105-117  = 6.019*30*0.04 = 7.223 130.218 23. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Exclusive J/ photoproduction off protons in ultra-peripheral p-Pb collisions at "sNN = 5.02 TeV Phys. Rev. Lett. 113 (2014) 232504  = 7.728 *30*0.04 = 9.274 139.492 24. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Measurement of prompt D-meson production in p Pb collisions at sqrt(sNN) = 5.02 TeV Phys. Rev. Lett. 113 (2014) 232301  = 7.728 *30*0.04 = 9.274 148.766 25. B. Abelev, ..., F. Guber, O. Karavichev, T. Karavicheva, E. 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Technical Design Report for the Upgrade of the ALICE Inner Tracking System ALICE Collaboration (B Abelev (LLNL, Livermore) et al.). 2014. 195 pp. Published in J.Phys. G41 (2014) 087002   = 2.838 E 30 E 0.04 = 3,406 5. Exclusive J/ photoproduction off protons in ultra-peripheral p-Pb collisions at sNN""""=5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jun 30, 2014. 11 pp. Published in Phys.Rev.Lett. 113 (2014) 23, 232504   = 7.728 E 30 E 0.04 = 9.274 6. Multiparticle azimuthal correlations in p -Pb and Pb-Pb collisions at the CERN Large Hadron Collider ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jun 10, 2014. 16 pp. Published in Phys.Rev. C90 (2014) 5, 054901   = 3.881 E 30 E 0.04 = 4.658 7. SuppressiLVALon of (1S) at forward rapidity in Pb-Pb collisions at sNN""""=2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 18, 2014. 21 pp. Published in Phys.Lett. 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Freeze-out radii extracted from three-pion cumulants in pp, p Pb and Pb Pb collisions at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Apr 4, 2014. 12 pp. Published in Phys.Lett. B739 (2014) 139-151   =6.019 E 30 E 0.04 = 7.228 16. Measurement of quarkonium production at forward rapidity in pp collisions at s"=7 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Mar 14, 2014. 21 pp. Published in Eur.Phys.J. C74 (2014) 8, 2974   = 5.436 E 30 E 0.04 = 6.523 17. Performance of the ALICE Experiment at the CERN LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Feb 18, 2014. 120 pp. Published in Int.J.Mod.Phys. A29 (2014) 1430044  = 1.086*30*0.04 =1.303 18. Production of charged pions, kaons and protons at large transverse momenta in pp and Pb Pb collisions at sNN"""" =2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jan 6, 2014. 11 pp. Published in Phys.Lett. 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J/ productioLVALn and nuclear effects in p-Pb collisions at SNN""""" = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Aug 30, 2013. 26 pp. Published in JHEP 1402 (2014) 073   = 6,22 E 30 E 0,04 = 7,464 23. Multiplicity Dependence of Pion, Kaon, Proton and Lambda Production in p-Pb Collisions at sNN""""" = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 25, 2013. 14 pp. Published in Phys.Lett. B728 (2014) 25-38   =6.019 E 30 E 0.04 = 7.228 24. Multi-strange baryon production at mid-rapidity in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 12 pp. Published in Phys.Lett. B728 (2014) 216-227   =6.019 E 30 E 0.04 = 7.228   ?> ?C1;8:0F8O< 70 2014 = 149,318 20133. 27. Beam test of FARICH prototype with Digital Photon Counter A.Yu. Barnyakov (Novosibirsk, IYF), M.Yu. Barnyakov (Novosibirsk, IYF & Novosibirsk State Tech. U.), V.S. Bobrovnikov, A.R. Buzykaev (Novosibirsk, IYF), A.F. Danilyuk (Inst. Thermophys., Novosibirsk), C. Degenhardt, R. Dorscheid (Unlisted, DE), D.A. Finogeev (Moscow, INR), T. Frach (Unlisted, DE), V.V. Gulevich (Novosibirsk, IYF) et al.. 2013. 5 pp. Published in Nucl.Instrum.Meth. A732 (2013) 352-356   = 1.316 E 30 E 0.1 = 3.948 28. K^0_S and {\Lambda} production in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 16 pp. Published in Phys.Rev.Lett. 111 (2013) 222301   = 7.728 E 30 E 0.04 = 9.274 29. Long-range angular correlations of pi, K and p in p--Pb collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 11, 2013. 14 pp. Published in Phys.Lett. B726 (2013) 164-177   = 6.019 E 30 E 0.04 = 7.228 30. Multiplicity dependence of two-particle azimuthal correlations in pp collisions at the LHC ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.LVAL). Jul 4, 2013. 42 pp. Published in JHEP 1309 (2013) 049   = 6,22 E 30 E 0,04 = 7,464 31. Energy Dependence of the Transverse Momentum Distributions of Charged Particles in pp Collisions Measured by ALICE ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. Published in Eur.Phys.J. C73 (2013) 2662   = 5.436 E 30 E 0.04 = 6.523 32. Directed flow of charged particles at mid-rapidity relative to the spectator plane in Pb-Pb collisions at sqrt{s_NN}=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jun 18, 2013. 18 pp. Published in Phys.Rev.Lett. 111 (2013) 232302   = 7.728 E 30 E 0.04 = 9.274 33. D meson elliptic flow in non-central Pb-Pb collisions at sNN"""""=2.76TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). May 13, 2013. 17 pp. Published in Phys.Rev.Lett. 111 (2013) 102301   = 7.728 E 30 E 0.04 = 9.274 34. Mid-rapidity anti-baryon to baryon ratios in pp collisions at s" = 0.9, 2.76 and 7 TeV measured by ALICE ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 33 pp. Published in Eur.Phys.J. C73 (2013) 2496   = 5.436 E 30 E 0.04 = 6.523 35. Charmonium and e+e" pair photoproduction at mid-rapidity in ultra-peripheral Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). May 7, 2013. 26 pp. Published in Eur.Phys.J. C73 (2013) 2617   = 5.436 E 30 E 0.04 = 6.523 36. Centrality dependence of the pseudorapidity density distribution for charged particles in Pb-Pb collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Apr 1, 2013. 13 pp. Published in Phys.Lett. B726 (2013) 610-622   = 6.019 E 30 E 0.04 = 7.228 37. Centrality dependence of , K, p production in Pb-Pb collisions at " sN,N = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 4, 2013. 42 pp. Published in Phys.Rev. C88 (2013) 044910   = LVAL3,881 E 30 E 0,04 = 4,658 38. Centrality determination of Pb-Pb collisions at sNN""""" = 2.76 TeV with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 18, 2013. 37 pp. Published in Phys.Rev. C88 (2013) 044909   = 3,881 E 30 E 0,04 = 4,658 39. Charge correlations using the balance function in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 2013. 37 pp. Published in Phys.Lett. B723 (2013) 267-279   = 6.019 E 30 E 0.04 = 7.228 40. Measurement of the inclusive differential jet cross section in pp collisions at s"=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Jan 2013. 17 pp. Published in Phys.Lett. B722 (2013) 262-272   = 6.019 E 30 E 0.04 = 7.228 41. Charged kaon femtoscopic correlations in pp collisions at s"=7 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Dec 2012. 19 pp. Published in Phys.Rev. D87 (2013) 052016   = 4.864 E 30 E 0,04 = 5.837 42. Long-range angular correlations on the near and away side in p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Dec 2012. 22 pp. Published in Phys.Lett. B719 (2013) 29-41   = 6.019 E 30 E 0.04 = 7.228 43. Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 082302   = 7.728 E 30 E 0.04 = 9.274 44. Pseudorapidity density of charged particles p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 032301   = 7.728 E 30 E 0.04 = 9.274 45. Coherent J/ photoproduction in ultra-peripheral Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Sep 2012. 19 pp. Published in Phys.Lett. B718 (2013) 1273-1283   = 6.0LVAL19 E 30 E 0.04 = 7.228 46. Measurement of inelastic, single- and double-diffraction cross sections in proton--proton collisions at the LHC with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 27 pp. Published in Eur.Phys.J. C73 (2013) 2456   = 5.436 E 30 E 0.04 = 6.523 47. Centrality Dependence of Charged Particle Production at Large Transverse Momentum in Pb--Pb Collisions at sNN""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 18 pp. Published in Phys.Lett. B720 (2013) 52-62   = 6.019 E 30 E 0.04 = 7.228 48. Measurement of electrons from beauty hadron decays in pp collisions at s"=7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 15 pp. Published in Phys.Lett. B721 (2013) 13-23   = 6.019 E 30 E 0.04 = 7.228 49. Net-Charge Fluctuations in Pb-Pb collisions at \surds_NN = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. 10 pp. Published in Phys.Rev.Lett. 110 (2013) 152301   = 7.728 E 30 E 0.04 = 9.274 50. Charge separation relative to the reaction plane in Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jul 2012. Published in Phys.Rev.Lett. 110 (2013) 012301   = 7.728 E 30 E 0.04 = 9.274 51. Anisotropic flow of charged hadrons, pions and (anti-)protons measured at high transverse momentum in Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). May 2012. 16 pp. Published in Phys.Lett. B719 (2013) 18-28   = 6.019 E 30 E 0.04 = 7.228   ?> ?C1;8:0F8O< 70 2013 = 182,627 @5?@8=BK, M;5:B@>==K9 0@E82: 2014 3. 1. Centrality dependence of particle production in p-Pb collisions at sNN""""= 5.02 TeV ALICE Collaboration (Jaroslav Adam (Prague, Tech. U.) et al.). Dec 21, 2014. 46 pp. CERN-PH-EP-2014-281 e-Print: arXiv:1412.6828   = 4,0 E 0,04 = 0,160 2. Inclusive photon production at forward rapidities in protonLVAL-proton collisions at s" = 0.9, 2.76 and 7 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Nov 18, 2014. 24 pp. CERN-PH-EP-2014-280 e-Print: arXiv:1411.4981   = 4,0 E 0,04 = 0,160 3. Charged jet cross sections and properties in proton-proton collisions at s" = 7 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Nov 18, 2014. 35 pp. CERN-PH-EP-2014-254 e-Print: arXiv:1411.4969 [nucl-ex] |   = 4,0 E 0,04 = 0,160 4. Multiplicity dependence of jet-like two-particle correlations in p-Pb collisions at sNN""""" = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jun 20, 2014. 23 pp. CERN-PH-EP-2014-084 DOI: 10.1016/j.physletb.2014.11.028 e-Print: arXiv:1406.5463 [nucl-ex]   = 4,0 E 0,04 = 0,160 5. Production of (1385) and (1530)0 in proton-proton collisions at s"= 7 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jun 12, 2014. 30 pp. CERN-PH-EP-2014-128 e-Print: arXiv:1406.3206 [nucl-ex]   = 4,0 E 0,04 = 0,160 6. Elliptic flow of identified hadrons in Pb-Pb collisions at sNN"""" = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 19, 2014. 81 pp. CERN-PH-EP-2014-104 e-Print: arXiv:1405.4632 [nucl-ex]   = 4,0 E 0,04 = 0,160 7. K*(892)0 and (1020) production in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Apr 2, 2014. 35 pp. CERN-PH-EP-2014-060 e-Print: arXiv:1404.0495 [nucl-ex]   = 4,0 E 0,04 = 0,160 2013 3. 10. Measurement of charged jet suppression n Pb-Pb collisions at sNN"""""=2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Nov 4, 2013. 28 pp. CERN-PH-EP-2013-205 e-Print: arXiv:1311.0633 [nucl-ex]   = 4,0 E 0,04 = 0,160 11. Centrality, rapidity and transverse momentum dependence of J/ suppression in Pb-Pb collisions at sNN"""""=2.76TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, LivermorLVALe) et al.). Nov 1, 2013. 20 pp. CERN-PH-EP-2013-203 e-Print: arXiv:1311.0214 [nucl-ex]   = 4,0 E 0,04 = 0,160 12. Two and Three-Pion Quantum Statistics Correlations in Pb-Pb Collisions at sNN"""""=2.76 TeV at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Oct 29, 2013. 27 pp. CERN-PH-EP-2013-201 e-Print: arXiv:1310.7808 [nucl-ex]   = 4,0 E 0,04 = 0,160 13. J/ production and nuclear effects in p-Pb collisions at sNN"""""=5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Aug 30, 2013. 20 pp. CERN-PH-EP-2013-163 e-Print: arXiv:1308.6726 [nucl-ex]   = 4,0 E 0,04 = 0,160 14. Multiplicity Dependence of Pion, Kaon, Proton and Lambda Production in p--Pb Collisions at sqrt(s_NN) = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 25, 2013. 23 pp. CERN-PH-EP-2013-135 e-Print: arXiv:1307.6796 [nucl-ex]   = 4,0 E 0,04 = 0,160 15. Multi-strange baryon production at mid-rapidity in Pb-Pb collisions at sNN""""" = 2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2013. 18 pp. CERN-PH-EP-2013-134 e-Print: arXiv:1307.5543 [nucl-ex]   = 4,0 E 0,04 = 0,160 16. Multiplicity dependence of the average transverse momentum in pp, p-Pb, and Pb-Pb collisions at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 3, 2013. 18 pp. CERN-PH-EP-2013-111 e-Print: arXiv:1307.1094 [nucl-ex]   = 4,0 E 0,04 = 0,160 17. Performance of the ALICE VZERO system ALICE Collaboration (E. Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Jun 13, 2013. 20 pp. CERN-PH-EP-2013-082 e-Print: arXiv:1306.3130 [nucl-ex]   = 4,0 E 0,04 = 0,160 18. J/Psi Elliptic Flow in Pb-Pb Collisions at sqrt(sNN) = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Mar 23, 2013. 16 pp. CERN-PH-EP-2013-042   = 4,0 E 0,04 = 0,160   ?> M;5:B@>==><C 0@E82C = 2.56 (149.318+182,627+2.56)*2 =669,001 LVAL >2KH0NI89 :>MDD8F85=B 2LVALOG#A5=:> 235=89 =0B>;L528G 1959 3>40 @>645=8O, =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289. 1. Tests of FARICH prototype with precise photon position detection Beam test of FARICH prototype with digital photon counter Barnyakov, M. Yu.; Bobrovnikov, V. S.; Buzykaev, A. R.; Danilyuk, A. F.; Degenhardt, C.; Dorscheid, R.; Finogeev, D. A.; Frach, T.; Gulevich, V. V.; Karavicheva, T. L.;Kononov, S. A.; Kravchenko, E. A.; Kurepin, A. B.; Kuyanov, I. A.; Muelhens, O.; Onuchin, A. P.; Ovtin, I. V.; Razin, V. I.; Reshetin, A. I.; Schulze, R.; Talyshev, A. A.; Usenko, E. A.;Zwaans, B. Nuclear Instruments and Methods in Physics Research, Section A: Accelerators, Spectrometers, Detectors and Associated Equipment A766 (2014) 88-91 DOI: 10.1016/j.nima.2014.04.086   =(1,316*30+4)/10=3,948+0,4=4,348 2. Forward scintillation hodoscope for nuclear fragment detection at the high acceptance dielectron spectrometer (HADES) setup Andreeva, O.V., Golubeva, M.B., Guber, F.F., (...), Tlusty, P., Usenko, E.A. Published in Instrum.Exp.Tech. 57 (2014) 103-119 DOI: 10.1134/S0020441214020146   = (0,349*60+4)/10= 2,494 3. Beam test of FARICH prototype with digital photon counter Barnyakov, M. Yu.; Bobrovnikov, V. S.; Buzykaev, A. R.; Danilyuk, A. F.; Degenhardt, C.; Dorscheid, R.; Finogeev, D. A.; Frach, T.; Gulevich, V. V.; Karavicheva, T. L.;Kononov, S. A.; Kravchenko, E. A.; Kurepin, A. B.; Kuyanov, I. A.; Muelhens, O.; Onuchin, A. P.; Ovtin, I. V.; Razin, V. I.; Reshetin, A. I.; Schulze, R.; Talyshev, A. A.; Usenko, E. A.;Zwaans, B. Nucl.Instrum.Meth. A732 (2013) S 352-356 DOI: 10.1016/j.nima.2013.07.068   =(1,316*30+4)/10=4,348 4. Studying the counting rate capability of a glass multigap resistive plate chamber at an increased operating temperature V.A. Gapienko (Serpukhov, IHEP), O.P. Gavrishchuk (Dubna, JINR), A.A. Golovin, A.A. Semak (Serpukhov, IHEP), S.Ya. Sychkov (Dubna, JINR), Yu.M. Sviridov (Serpukhov, IHEP), E.A. Usenko (DubnLVAL,a, JINR), M.N. Ukhanov (Serpukhov, IHEP). 2013. 6 pp. Instrum.Exp.Tech. 56 (2013) 265-270, Prib.Tekh.Eksp. 2013 (2013) 3, 21-26 DOI: 10.1134/S002044121302005X   =(0,349*60+4)/8= 3,118 B>3>2K9   2013-2014 = 14,308LVALOG0@8= 8:B>@ 8:>;0528G 1953 3>40 @>645=8O, =0CG=K9 A>B@C4=8: 01>@0B>@88 @5;OB828ABA:>9 O45@=>9 D878:8 B45;0 M:A?5@8<5=B0;L=>9 D878:8 2014 3. 1. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) Phys.Rev. C89 (2014) 025205, 144 authors   = 30 x 3.881 E 0,06 = 6,986 2. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.)O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradovet al.) Eur. Phys. J. C (2014) 74:2794. , 139 authors   = 30 x 5.436 E 0,06 = 9.785 3. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) JINST9P06005, 2014, 148 authors   = 30 x 1.526 E 0,06 = 2.747 4. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89,   +  "% -! ", 2014, ! 6, A. 5 12, 8 02B>@>2 Instruments and Experimental Techniques, 2014, Vol. 57, No. 6, pp. 651 657   = (60 x 0.349) / 8 = 2.617 3. 5.Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, Nucl.Instrum.Meth. A701 (2013) 99-114, 152 authors   = 30 E 1.316 E 0LVAL,06 = 2.369 10.Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton-Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 Phys.Rev. C. , 144 authors   = 30 E 3.881 E 0,06 = 6,986 11.Energy dependence of identified hadron spectra and event-by-event fluctuations in p+p interactions fromNA61/SHINE at the CERN SPS MaciejRybczyenski (for theNA61/SHINE Collaboration) (& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) PoS ConfinementX (2012) 207, Jan. 2013, 146 authors   = 8 E 1.5 x 0,06 = 0.720 12.Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 EPJ, 139 authors   = 30 E 2.421 E 0,06 = 4,358 13.NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) AB0BLO =0?@02;5=0 2 JINST, 146 authors   = 30 E 1.526 E 0,06 = 2.747 @5?@8=BK, M;5:B@>==K9 0@E82 2014 3. 14. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) e-Print: arXiv:1401.4699 [physics.ins-det] , 148 authors CERN-PH-EP-2014-003, 148 authors   = 4,0 x 0.06 = 0.24 2013 3. 15. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Co8LVALHllaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph], 144 authors   = 4,0 x 0.06 = 0.24 6. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) e-Print: arXiv:1310.2417 [hep-ex] , 139 authors   = 4,0 x 0.06 = 0.24 7. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 8. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1363/2013, 8 02B>@>2   = 4,0 / 8 = 0.5 9. 5@54=89 04@>==K9 :0;>@8<5B@ M:A?5@8<5=B0 NA61 =0 CA:>@8B5;5 SPS 2 & . .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1362/20131, 7 02B>@>2   = 4,0 / 7 = 0.571 57C;LB8@CNI89   70 2013-2014 33. = 41.346LVALOG=4@5520 ;L30 0;5@L52=0 ;04H89 =0CG=K9 A>B@C4=8: / 27.01.1987 1. ;04H89 =0CG=K9 A>B@C4=8: -$ !?8A>: >?C1;8:>20==KE @01>B 70 2013 -2014 3.3. 2013: 1. Energy dependence of identified hadron spectra and event-by-event fluctuations in p+p interactions from NA61/SHINE at the CERN SPS. NA61/SHINE Collaboration (& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) Jan 2013. 8 pp. 146 authors Published in PoS ConfinementX (2012) 207   = 8 E0.5 x 0,06 = 0.24 Conference: C12-10-08.1 Proceedings e-Print: arXiv:1301.3360 |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ion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, et al.) Nucl.Instrum.Meth. A701 (2013) 99-114, 152 authors   = 30 E 1.316 E 0,06 = 2.369 2014: 1. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) Phys.Rev. C89 (2014) 025205, 144 authors   = 30 x 3.881 E 0,06 = 6,986 2. Measurement of negatively charged pion spectra in inelastiLVALc p+p interactions at 20, 31, 40, 80 and 158 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.)O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradovet al.) Eur. Phys. J. C (2014) 74:2794. , 139 authors   = 30 x 5.436 E 0,06 = 9.785 3. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) JINST9P06005, 2014, 148 authors   = 30 x 1.526 E 0,06 = 2.747 4. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %!, . . =4@5520, . . >;C1520, $. $. C15@, . . 20H:8=, . Krasa, . Kugler, . . C@5?8=, . . 5BCE>2, . . 5H5B8=, . !. !04>2A:89, . Svoboda, .. . !>1>;52, P. Tlusty, . . #A5=:>.   +  "% -! ", 2014, ! 2, A. 1 18, 14 02B>@>2 Instrum.Exp.Tech. 57 (2014) 103-119   = 60 E 0.349 E 0,1 = 2.094 5. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89,   +  "% -! ", 2014, ! 6, A. 5 12, 8 02B>@>2 Instruments and Experimental Techniques, 2014, Vol. 57, No. 6, pp. 651 657   = (60 x 0.349) / 8 = 2.617 B>3>2K9   = 32,874 1. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.) et al.). Oct 9, 2013. 22 pp. Published in Eur. Phys. J. C CERN-PH-EP-2013-182 e-Print: arXiv:1310.2417 [hep-ex] | PDF   =4,0 x 0,06 = 0,24 2. Measurements of production properties of K0S mesons and  hyperons in proton-carbon interactions at 31 GeV/c. NA61/S$LVAL4HINE Collaboration (N. Abgrall (U. Geneva (main)) et al.). Sep 8, 2013. CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph] | PDF   =4,0 x 0,06 = 0,24 3. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %! .. =4@5520, .. >;C1520, $.$. C15@, .. 20H:8=, .. C@5?8=, .. 5H5B8=, .!. !04>2A:89, .. #A5=:>, @5?@8=B /  1349/2013., 8 02B>@>2   = 4,0 / 8 = 0.5 4. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 5. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89. @5?@8=B /  1363/2013, 8 02B>@>2   = 4,0 / 8 = 0.5 6. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) e-Print: arXiv:1401.4699 [physics.ins-det] , 148 authors CERN-PH-EP-2014-003, 148 authors   = 4,0 x 0.06 = 0.24 7. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 B>3>2K9   ?> ?@5?@8=B0< 2,2 >2KH0NI89 :>MDD8F85=B 2. B>3>2K9  = (32,874 + 2,2) * 2 = 70,148 :>=G8;0 !! 2 2009 3>4C, 1>;55 5 ;5B =0704, ?>MB><C :-B 2   /"!/, B5 35,074LVALOG>@>7>2 !5@359 8:B>@>28G >4 @>645=8O: 1974 3. >;6=>ABL: <;04H89 =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2013-2014 3.3. A C:070=85< :>;8G5AB20 02B>@>2 1. K. Francis et al., Performance of the first prototype of the CALICE scintillator strip electromagnetic calorimeter, Nucl. Instr. And Meth. A 763 (Nov 2014) pp. 278-289. DOI:10.1016/j.nima.2014.06.039. 2B>@>2: 196.  =1.316*30*0.06=2.369 2. C. Adloff et al., The time structure of hadronic showers in highly granular calorimeters with tungsten and steel absorbers, The CALICE collaboration, JINST 9 P07022 (July 2014). DOI: 10.1088/1748-0221/9/07/P07022. 2B>@>2: 220.  =1.526*30*0.05=2.289 3. C. Adloff et al., Shower development of particles with momenta from 1 to 10 GeV in the CALICE Scintillator-Tungsten HCAL, The CALICE collaboration, JINST 9 P01004 (Jan 2014). DOI: 10.1088/1748-0221/9/01/P01004. 2B>@>2: 220.  =1.526*30*0.05=2.289 4. C. Adloff et al., Track segments in hadronic showers in a highly granular scintillator-steel hadron calorimeter, The CALICE collaboration, JINST 8 P09001 (Sep 2013). 2B>@>2: 209.  =1.526*30*0.05=2.289 5. C. Adloff et al., Validation of GEANT4 Monte Carlo models with a highly granular scintillator-steel hadron calorimeter , The CALICE collaboration, JINST 8 P07005 (July 2013). 2B>@>2: 167.  =1.526*30*0.06=2.747 6. F. Hartjes, N. Hessey, M. Fransen, S. Konovalov, W. Koppert, S. Morozov, A. Romaniouk, V. Tikhomirov, H. Van der Graaf, Test beam studies of the GasPixel transition radiation detector prototype, Nucl. Instr. And Meth. A 706 (2013) pp. 59-64. 2B>@>2: 9.  =1.316*30*0.111=4.382 7. Aad G. Et al., Single hadron response measurement and calorimeter jet energy scale uncertainty with the ATLAS detector at the LHC. EUROPEAN PHYSICAL JOURNAL C Volume: 73 Issue: 3 Article Number: 2305 DOI: 10.1140/epjc/s10052-013-2305-1 Published: MAR 2013. 2B>@>2: >500.  =5.436*30*0.04=6.523 8. Aad G. Et al., Jet energy measurement with the LVAL0 ATLAS detector in proton-proton collisions at root s=7 TeV. EUROPEAN PHYSICAL JOURNAL C Volume: 73 Issue: 3 Article Number: 2304 DOI: 10.1140/epjc/s10052-013-2304-2 Published: MAR 2013. 2B>@>2: >500.  =5.436*30*0.04=6.523   ?> ?C1;8:0F8O< = 2.369 + 3*2.289 + 2.747 + 4.382 + 2*6.523 = 29.411 "+   = 29.411LVALOG5BCE>2 ;53 =4@5528G 1. >4 @>645=8O.  1985 2. 0B0 70I8BK 48AA5@B0F88  1/A 3. >;6=>ABL  =0CG=K9 A>B@C4=8: 4. 01>@0B>@8O @5;OB828ABA:>9 O45@=>9 D878:8 5. B45; M:A?5@8<5=B0;L=>9 D878:8 !?8A>: >?C1;8:>20==KE @01>B 70 2013 -2014 3.3. A C:070=85< :>;-20 02B>@>2. 2014 1. 5@54=89 AF8=B8;;OF8>==K9 3>4>A:>? 4;O @538AB@0F88 O45@=KE D@03<5=B>2 =0 CAB0=>2:5 %!, . . =4@5520, . . >;C1520, $. $. C15@, . . 20H:8=, . Krasa, . Kugler, . . C@5?8=, . . 5BCE>2, . . 5H5B8=, . !. !04>2A:89, . Svoboda, .. . !>1>;52, P. Tlusty, . . #A5=:>.   +  "% -! ", 2014, ! 2, A. 1 18, 14 02B>@>2 Instrum.Exp.Tech. 57 (2014) 103-119   = 60 E 0.349 E 0,1 = 2.094 2. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) Phys.Rev. C89 (2014) 025205, 144 authors   = 30 x 3.881 E 0,06 = 6,986 3. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 40, 80 and 158 GeV/c. NA61/SHINE Collaboration (N. Abgrall (Geneva U.)O.Busygina, M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradovet al.) Eur. Phys. J. C (2014) 74:2794. , 139 authors   = 30 x 5.436 E 0,06 = 9.785 4. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) JINST9P06005, 2014, 148 authors   = 30 x 1.526 E 0,06 = 2.747 5. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;LVAL>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89,   +  "% -! ", 2014, ! 6, A. 5 12, 8 02B>@>2 Instruments and Experimental Techniques, 2014, Vol. 57, No. 6, pp. 651 657   = (60 x 0.349) / 8 = 2.617 2013 3. 1. Pion emission from the T2K replica target: method, results and application NA61/SHINE Collaboration (N. Abgrall (Geneva U.),& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, et al.) Nucl.Instrum.Meth. A701 (2013) 99-114, 152 authors   = 30 E 1.316 E 0,06 = 2.369 2. Energy dependence of identified hadron spectra and event-by-event fluctuations in p+p interactions fromNA61/SHINE at the CERN SPS MaciejRybczyenski (for theNA61/SHINE Collaboration) (& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) PoS ConfinementX (2012) 207, Jan. 2013, 146 authors   = 8 E 1.5 x 0,06 = 0.72   ?> ?C1;8:0F8O< 2013-2014 = 27,318 @5?@8=BK @5?@8=BK 2014 3. 1. NA61/SHINE facility at the CERN SPS: beams and detector system NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky, T.Drozhzhova,G.A.Feofilov, S.Igolkin, V.P.Kondratiev, V.V.Vechernin, L.Vinogradov et al.) e-Print: arXiv:1401.4699 [physics.ins-det] , 148 authors CERN-PH-EP-2014-003, 148 authors   = 4,0 x 0.06 = 0.24 2013 3. 1. Measurements of Production Properties of K0S mesons and Lambda hyperons in Proton- Carbon Interactions at 31 GeV/c NA61 Collaboration, N. Abgrall, ,& O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-PH-EP-2013-160 e-Print: arXiv:1309.1997 [physics.acc-ph], 144 authors   = 4,0 x 0.06 = 0.24 2. Measurement of negatively charged pion spectra in inelastic p+p interactions at 20, 31, 4LVAL0, 80 and 158 GeV/c NA61/SHINE Collaboration (N. Abgrall (Geneva U.) & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) e-Print: arXiv:1310.2417 [hep-ex] , 139 authors   = 4,0 x 0.06 = 0.24 3. The NA61/SHINE Collaboration , Status report to the proposal SPSC-P-330 -Report from the NA61/SHINE experiment at the CERN SPS N. Abgrall , & O.Busygina, M.Golubeva, F.Guber, A,Ivashkin, A.Kurepin, V.Matveev, V.Marin, O.Petukhov, A.Sadovsky et al.) CERN-SPSC-2013-028 / SPSC-SR-124, 15/10/2013, 144 authors   = 4,0 x 0.06 = 0.24 4. -:A?5@8<5=B0;L=>5 8AA;54>20=85 >B:;8:0 <>4C;O 04@>==>3> :0;>@8<5B@0 ?@8 M=5@38OE ?@>B>=>2 8 ?8>=>2 1-5 M. . =4@5520, .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1363/2013, 8 02B>@>2   = 4,0 / 8 = 0.5 5. 5@54=89 04@>==K9 :0;>@8<5B@ M:A?5@8<5=B0 NA61 =0 CA:>@8B5;5 SPS 2 & . .>;C1520, $.C15@, .20H:8=, .C@5?8=, .0@8=, .5BCE>2, .!04>2A:89, @5?@8=B /  1362/20131, 7 02B>@>2   = 4,0 / 7 = 0.571   ?> ?@5?@8=B0< = 2,031 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 2014 3. - 2013 3. 1. M.Golubeva, O.Petukhov  PSD simulation NA61/NA49 /analysis/calibration/software workshop, Wroclaw, March 5 - 9, 2012   = 6   ?> 2KABC?;5=8O< = 6 "+   = 35.349LVALOG57@C:>2 5>=84 >@8A>28G 15/04/1945, 4.D.-<.=., 8.>.702.;01.   70 2013-2014 33. I. C1;8:0F88: 2014 1. M. Agostini, M. Allardt, E. Andreotti, & L.Bezrukov,& et al. Production, characterization and operation of 76 Ge enriched BEGe detectors in GERDA Oct 3, 2014. 23 pp. e-Print: arXiv:1410.0853 [physics.ins-det]  = 4*0.06 = 0.24 2. S.N. Bagaev, L.B. Bezrukov, N.L. Kvashnin, et al. A high frequency resonance gravity gradiometer. Rev.Sci.Instrum. 85 (2014) 065114  = 1.584*30*0.1 = 4.75 3. Y. Abe, J.C. dos Anjos, J.C. Barriere ... L.Bezrukov,... et al. Precision Muon Reconstruction in Double Chooz, Nuclear Inst. and Methods in Physics Research, A, v. 764, pp. 330-339, 2014.  = 1.316*30*0.06 = 2.37 4. Y. Abe, J.C. dos Anjos, J.C. Barriere ... L.Bezrukov, ... et al. Background-independent oscillation results in Double Chooz, arXiv:1401.5981 [hep-ex].  = 4*0.06 = 0.24 5. L. Bezrukov, V. Sinev, Geoneutrinos and Hydridic Earth (or primordially Hydrogen-Rich Planet), arXiv:1405.3161 [astro-ph.EP].  = 4*0.5 = 2 6. Y. Abe, J.C. dos Anjos, J.C. Barriere ... L.Bezrukov, ... et al. Improved measurements of neutrino mixing angle q13 with the Double Chooz detector, Journal of HEP, 10, 086, 2014; arXiv:1406.7763 [hep-ex].  = 6.22*30*0.06 = 11.20 7. Y. Abe, J.C. dos Anjos, J.C. Barriere ... L.Bezrukov, ... et al. Ortho-positronium observation in the Double Chooz experiment, Journal of High Energy Physics, 10, 032, 2014; arXiv:1407. 6913 [physics.ins-det].  = 6.22*30*0.06 = 11.20 8. Looking for antineutrino flux from 40 K with large liquid scintillator detector V.V. Sinev, L.B. Bezrukov (Moscow, INR), E.A. Litvinovich, I.N. Machulin, M.D. Skorokhvatov (Kurchatov Inst., Moscow & Moscow Phys. Eng. Inst.), S.V. Sukhotin (Kurchatov Inst., Moscow). e-Print: arXiv:1405.3140 [physics.ins-det], May 16, 2014. 8 pp.  = 4*0.17 = 0.67 2013 9. .. 57@C:>2, .. 8B28=>28G, .. 0GC;8=, .. !8=52, .. !:>@>E20B>2, !.. !CE>B8=. LVAL>8A:8 ?>B>:0 0=B8=59B@8=> >B 40K 87 5<;8 2 AF8=B8;;OF8>==KE 45B5:B>@0E 1>;LH>3> >1J5<0, @5?@8=B /-1372/2013.  = 0.67 10. Leonid Bezrukov. Geoneutrino and Hydridic Earth model. INR Preprint: 1364/2013, July 2013, Moscow  = 4 11. Isotopically modified Ge detectors for {\sc Gerda}: from production to operation D. Budjas, M. Agostini (Munich, Tech. U. & Munich, Tech. U., Universe), L. Baudis (Zurich U.), E. Bellotti (Milan Bicocca U. & INFN, Milan Bicocca), L. Bezrukov (Moscow, INR), R. Brugnera (INFN, Padua & Padua U.), C. Cattadori (INFN, Milan Bicocca), A. Di Vacri (Gran Sasso), R. Falkenstein (Tubingen U.), A. Garfagnini (INFN, Padua & Padua U.) et al.. Mar 27, 2013. 16 pp. Published in JINST 8 (2013) P04018 e-Print: arXiv:1303.6768 [physics.ins-det]  = 1.526*30*0.06 = 2.75 12. The background in the neutrinoless double beta decay experiment GERDA GERDA Collaboration (M. Agostini (Munich, Tech. U.) et al.). Jun 21, 2013. 25 pp. Published in Eur.Phys.J. C74 (2014) 2764 e-Print: arXiv:1306.5084 [physics.ins-det]  = 5.436*30*0.06 = 9.78 13. Evaluation of high UV sensitive SiPMs from MEPhI/MPI for use in liquid argon Elena Popova, Boris Dolgoshein, Pavel Buzhan, Andrey Ilyin, Alexey Stifutkin, Anatoly Pleshko, Leonid Bezrukov, Bayarto Lubsandorzhiev, Nima Lubsandorzhiev, Razmik Mirzoyan et al.. 2012. 7 pp. Published in PoS (Prog Optics) PhotoDet2012 (2013) 034 Conference: C12-06-13 Proceedings  = 2.9*30*0.1 = 8,7 14. Pulse shape discrimination for GERDA Phase I data M. Agostini (Munich, Tech. U., Universe), M. Allardt (Dresden, Tech. U.), E. Andreotti (Geel, JRC & Tubingen U.), A.M. Bakalyarov (Kurchatov Inst., Moscow), M. Balata (Gran Sasso), I. Barabanov (Moscow, INR), M. Barnabe Heider (Heidelberg, Max Planck Inst. & Munich, Tech. U., Universe), N. Barros (Dresden, Tech. U.), L. Baudis (Zurich U.), C. Bauer (Heidelberg, Max Planck Inst.) et al.. Jul 9, 2013. 18 pp. Published in Eur.Phys.J. C73 (2013) 10, 2583 e-Print: arXiv:1307.2610 [pLVALhysics.ins-det]  = 5.436*30*0.06 = 9.78 15. Status of the GERDA experiment GERDA Collaboration (Riccardo Brugnera (Padua U. & INFN, Padua) et al.). 2013. 11 pp. Published in PoS (Prog Optics) Neutel2013 (2013) 039 Conference: C13-03-11.5 Proceedings  = 2.9*30*0.06 = 5.22 16. Results on Neutrinoless Double- Decay of 76 Ge from Phase I of the GERDA Experiment GERDA Collaboration (M. Agostini (Munich, Tech. U.) et al.). Jul 17, 2013. 6 pp. Published in Phys.Rev.Lett. 111 (2013) 12, 122503 e-Print: arXiv:1307.4720 [nucl-ex]  = 7.728*30*0.06 = 13.91 17. Y. Abe, C. Aberle, J.C. dos Anjos ... L.Bezrukov, ... et al. First Measurement of q13 From Delayed Neutron Capture on Hydrogen in the Double Chooz Experiment, Phys. Lett. B 723, 66, 2013. e-Print: arXiv:1301.2948 [hep-ex]  = 6.019*30*0.06 = 10.83 18. Y. Abe, C. Aberle, J.C. dos Anjos, ...L.Bezrukov, ... et al. Direct Measurement of Backgrounds Using Reactor-Off Data In Double Chooz, Phys. Rev. D 87, 011102 (Rapid communications), 2013. e-Print: arXiv:1210.3748 [hep-ex]  = 4.854*30*0.06= 8.76 19. The GERDA experiment for the search of 0 decay in 76Ge GERDA Collaboration (K.H. Ackermann (Munich, Max Planck Inst.) et al.). Dec 2012. 31 pp. Published in Eur.Phys.J. C73 (2013) 2330 e-Print: arXiv:1212.4067 [physics.ins-det]  = 5.436*30*0.06 = 9.78 20. Measurement of the half-life of the two-neutrino double beta decay of Ge-76 with the Gerda experiment GERDA Collaboration (M. Agostini (Munich, Tech. U.) et al.). Dec 2012. 14 pp. Published in J.Phys. G40 (2013) 035110 e-Print: arXiv:1212.3210 [nucl-ex]  = 2.838*30*0.06 = 5.11 21. ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, . . 0@010=>2, ./.>28:>20, /=>28G .  AA;54>20=85 :8=5B8:8 A25G5=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) "-. ! 1, 2013  = 0.349*60*0.143 = 2.991 ----------------------------------------------------- B>3> (AB0BL8): 124,951 -------LVAL------------------------------------------------ II. >:;04K: V.V. Sinev, L.B. Bezrukov (Moscow, INR), E.A. Litvinovich, I.N. Machulin, M.D. Skorokhvatov (Kurchatov Inst., Moscow & Moscow Phys. Eng. Inst.), S.V. Sukhotin (Kurchatov Inst., Moscow). Looking for antineutrino flux from 40 K with large liquid scintillator detector. Talk at the International workshop on Prospects of Particle Physics: Neutrino Physics and Astrophysics, Resort Hotel Valday, Valday, Novgorod region, Russia. 26 January-2 February 2014. Conference: C14-01-26  = 6*0.166 = 1 L.B. Bezrukov, V.V. Sinev. Geonutrinos and Hydridic Earth (or Primordially Hydrogen Rich Planet). Talk at the International workshop on Prospects of Particle Physics: Neutrino Physics and Astrophysics, Resort Hotel Valday, Valday, Novgorod region, Russia. 26 January - 2 February 2014. Conference: C14-01-26  = 6 L.B. Bezrukov, V.V. Sinev. Geoneutrinos and Hydridic Earth (or Primordially Hydrogen Rich Planet). Talk at Plenary Session of the 18th International Seminar on High Energy Physics (QUARKS-2014), Suzdal, Russia, June 2-8, 2014.  = 30 L.B. Bezrukov, V.V. Sinev. Astroparticle Physics and Interdisciplinary researches. Geophysics. Talk at the MIAPP workshop  Neutrino in Astro-and Particle Physics 30 June  25 July 2014. Garching, Germany.  = 6 L.Bezrukov (on behalf GERDA Collaboration). GERDA experiment  results and status. Report on 16th Lomonosov conference on elementary particle physics, Moscow State University, Russia, August 22-28. 2013.  = 30 ------------------------------- B>3> (4>:;04K): 73 ------------------------------------------------------------------ B>3>:  = 124.951+73= 197.951 C1A0=4>@6852 .. 829,477 @KA0=>2 .. 5,72 @8H8=0 ... 0 !8=52 .. 138,96 >@>H:528G .. 114,722 H8@:>2 . (0,5 AB02:8) 167,902 1256,781 B>3>2K9   @C:>2>48B5;O =197,951*0,5+1256,781/5,5*0,75=270,355LVALOG>@>H:528G 235=89 =4@5528G, 0=4840B D878:>-<0B5<0B8G5A:8E =0C:, AB0@H89 =0CG=K9 A>B@C4=8: ;01>@0B>@88 30<<0 - 0AB@>=><88 8 @50:B>@=KE =59B@8=> -$ !?8A>: ?C1;8:0F89 1. Measurement of the np ! np 0  0 Reaction in Search for the Recently Observed d " (2380) Resonance WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Sep 9, 2014. e-Print: arXiv:1409.2659 [nucl-ex] | PDF  =0.24 2. ABC Effect and Resonance Structure in the Double-Pionic Fusion to 3 He P. Adlarson (Uppsala U.), W. Augustyniak (NCBJ, Swierk), W. Bardan (Jagiellonian U.), M. Bashkanov (Tubingen U. & Tubingen U.), F.S. Bergmann (Munster U.), M. Berlowski (NCBJ, Swierk), H. Bhatt (Indian Inst. Tech., Mumbai), A. Bondar (Novosibirsk, IYF & Novosibirsk State U.), M. Buscher (Julich, Forschungszentrum & JCHP, Julich), H. Calen (Uppsala U.) et al.. Aug 25, 2014. 8 pp. DOI: 10.1103/ PhysRevC.91.015201 e-Print: arXiv:1408.5744 [nucl-ex] | PDF  =(3,881 E 30 +8) E 0,06 = 7.466 3. Neutron-proton scattering in the context of the d* (2380) resonance WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Aug 21, 2014. 11 pp. Published in Phys.Rev. C90 (2014) 3, 035204 DOI: 10.1103/PhysRevC.90.035204 e-Print: arXiv:1408.4928 [nucl-ex] | PDF  =(3,881 E 30 +8) E 0,06 = 7.466 4. Observation of the ABC effect and final-state isospin /      / $      , 2014, v. 77,!7, p. 1 5 E.A.Doroshkevich, M.A.Bashkanov, H.Clement, E.Perez del Rio, A.Pricking, T.Yu.Skorodko, G.J.Wagner  =0,595*60/7=5,1 5. Total and differential cross sections of the reaction p + d -> 3He + eta at 48.8 MeV and 59.8MeV excess energy WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Feb 14, 2014. 8 pp. e-Print: arXiv:1402.3469 [nucl-ex] | PDF  =0.24 6. Charge Symmetry Breaking in dd->4He{\pi}0 with WASA-at-COSY WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Jul 10, 2014. 14 pp. Published in Phys.Lett. B739 (2014) 44 DOI: 10.1016/j.physletb.2014.10.029 e-Print: arXiv:1407.2756 [nucLVALl-ex] | PDF  =6,019 E 30 E 0,06 = 10,834 7. Measurement of the  !  +  "  0 Dalitz plot distribution WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Jun 10, 2014. 13 pp. Published in Phys.Rev. C90 (2014) 4, 045207 DOI: 10.1103/PhysRevC.90.045207 e-Print: arXiv:1406.2505 [hep-ex] | PDF  =3,881 E 30 E 0,06 = 6.986 8. Evidence for a New Resonance from Polarized Neutron-Proton Scattering WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Feb 27, 2014. Published in Phys.Rev.Letters 02/2014; 112:202301 e-Print: arXiv:1402.6844 [nucl-ex] | PDF  =7,728*30*0.06 = 13.91 9. Cross section ratio and angular distributions of the reaction p + d -> 3He + eta at 48.8 MeV and 59.8 MeV excess energy WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Feb 14, 2014. 8 pp. Published in Eur.Phys.J. A50 (2014) 100 DOI: 10.1140/epja/i2014-14100-4 e-Print: arXiv:1402.3469 [nucl-ex] | PDF  =2.421*30*0.06 = 4,358 10. Encounters with Di-Baryons - from the ABC Effect to a New Resonance? WASA-at-COSY Collaboration ( Elena Perez Del Rio et al.). 2013. 8 pp. Published in PoS Bormio2013 (2013) 013 Conference: C13-01-21.2   = 6 E 1.5 x 0,06 = 0.54 11. Measurement of the pn ! pp  0  " reaction in search for the recently observed resonance structure in d  0  0 and d  +  " systems WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Jun 21, 2013. 8 pp. Published in Phys.Rev. C88 (2013) 5, 055208 DOI: 10.1103/PhysRevC.88.055208 e-Print: arXiv:1306.5130 [nucl-ex] | PDF  =3,881 E 30 E 0,06 = 6.986 12. Final-State Interactions in the Process p^$vect p!pK+ COSY-TOF Collaboration (M. Roder (Julich, Forschungszentrum) et al.). May 2, 2013. 7 pp. Published in Eur.Phys.J. A49 (2013) 157 DOI: 10.1140/epja/i2013-13157-9 e-Print: arXiv:1305.0451 [nucl-ex] | PDF  =2.421*30*0.06 = 4,358 13. Investigation of the dd ! 3 Hen  0 reaction with the FZ Julich WASA-at-COSY facility WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.LVAL). Apr 12, 2013. 8 pp. Published in Phys.Rev. C88 (2013) 1, 014004 DOI: 10.1103/PhysRevC.88.014004 e-Print: arXiv:1304.3561 [nucl-ex] | PDF  =3,881 E 30 E 0,06 = 6.986 14. On the  N cusp in the pp ! pK +  reaction S. Abd El-Samad (Cairo, Atomic Energy Authority), E. Borodina (Julich, Forschungszentrum & JCHP, Julich), K.Th. Brinkmann (Giessen U.), H. Clement, E. Doroshkevich (Tubingen U. & Tubingen U.), R. Dzhygadlo (Julich, Forschungszentrum & JCHP, Julich), K. Ehrhardt, A. Erhardt (Tubingen U. & Tubingen U.), W. Eyrich (U. Erlangen-Nuremberg (main)), H. Freiesleben (Dresden, Tech. U.) et al.. 2013. 8 pp. Published in Eur.Phys.J. A49 (2013) 41 DOI: 10.1140/epja/i2013-13041-8  =2.421*30*0.06 = 4,358 15. Search for a dark photon in the  0 ! e + e "  decay WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Apr 2, 2013. 7 pp. Published in Phys.Lett. B726 (2013) 187-193 DOI: 10.1016/j.physletb.2013.08.055 e-Print: arXiv:1304.0671 [hep-ex] | PDF   = 6,019 E 30 E 0,06 = 10,834 16. Search for -mesic 4 He with the WASA-at-COSY detector WASA-at-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Jan 2013. 7 pp. Published in Phys.Rev. C87 (2013) 3, 035204 DOI: 10.1103/PhysRevC.87.035204 e-Print: arXiv:1301.0843 [nucl-ex] | PDF  =3,881 E 30 E 0,06 = 6.986 17. Results on  decay with emission of two neutrinos or Majorons in 76Ge from GERDA Phase I M. Agostini, M. Allardt, A.M. Bakalyarov, M. Balata, I. Barabanov, N. Barros, L. Baudis, C. Bauer, N. Becerici-Schmidt, E. Bellotti et al.. Jan 10, 2015. e-Print: arXiv:1501.02345 [nucl-ex] |  =0,24 18. Isospin Decomposition of the Basic Double-Pionic Fusion in the Region of the ABC Effect WASA-AT-COSY Collaboration (P. Adlarson (Uppsala U.) et al.). Published in Phys.Lett. B721 (2013) 229-236 DOI: 10.1016/j.physletb.2013.03.019 e-Print: arXiv:1212.2881 [nucl-ex] | PDF   = 6,019 E 30 E 0,06 = 10,834 >:;04K =0 :>=D5@5=F8OE: !/$  22.10.2014  B 8AA;54>20=8O ! MDD5:B0 4> >1=0@C65=8O 48~LVAL10@8>=0 2.380  =4*1,5=6 B>3>2K9   = 114,729LVALOG!8=52 0;5@89 8B0;L528G 10/12/1957, :.D.-<.=., A.=.A.   70 2013-2014 33. I. C1;8:0F88: 1. Y. Abe, C. Aberle, J.C. dos Anjos ...V.Sinev, ... et al. Direct Measurement of Backgrounds Using Reactor-Off Data In Double Chooz, Phys. Rev. D 87, 011102 (Rapid communications), 2013.  = 4.854*30*0.06= 8.76 2. .. !8=52 -:A?5@8<5=B0;L=K9 A?5:B@ 0=B8=59B@8=> >B O45@=>3> @50:B>@0 8 A?5:B@K >A=>2=KE 45;OI8EAO 87>B>?>2, /45@=0O $878:0, 73, 5, 578, 2013.  = 60*0.595 = 35.7 3. Y. Abe, C. Aberle, J.C. dos Anjos ...V.Sinev, ... et al. First Measurement of q13 From Delayed Neutron Capture on Hydrogen in the Double Chooz Experiment, Phys. Lett. B 723, 66, 2013.  = 6.019*30*0.06 = 10.83 4. .. !8=52. >8A:8 AB5@8;L=KE =59B@8=>, @5?@8=B /-1341/2013.  = 4 5. .. 57@C:>2, .. 8B28=>28G, .. 0GC;8=, .. !8=52, .. !:>@>E20B>2, !.. !CE>B8=. >8A:8 ?>B>:0 0=B8=59B@8=> >B 40K 87 5<;8 2 AF8=B8;;OF8>==KE 45B5:B>@0E 1>;LH>3> >1J5<0, @5?@8=B /-1372/2013.  = 0.67 6. Y. Abe, J.C. dos Anjos, J.C. Barriere ...V.Sinev, ... et al. Precision Muon Reconstruction in Double Chooz, Nuclear Inst. and Methods in Physics Research, A, v. 764, pp. 330-339, 2014.  = 1.316*30*0.06 = 2.37 7. Y. Abe, J.C. dos Anjos, J.C. Barriere ...V.Sinev, ... et al. Background-independent oscillation results in Double Chooz, arXiv:1401.5981 [hep-ex].  = 4*0.06 = 0.24 8. L. Bezrukov, V. Sinev, Geoneutrinos and Hydridic Earth (or primordially Hydrogen-Rich Planet), arXiv:1405.3161 [astro-ph.EP].  = 4*0.5 = 2 9. Y. Abe, J.C. dos Anjos, J.C. Barriere ...V.Sinev, ... et al. Improved measurements of neutrino mixing angle q13 with the Double Chooz detector, Journal of HEP, 10, 086,2014; arXiv:1406.7763 [hep-ex].  = 6.22*30*0.06 = 11.20 10. Y. Abe, J.C. dos Anjos, J.C. Barriere ...V.Sinev, ... et al. Ortho-positronium observation in the Double Chooz experiment, Journal of High Energy Physics, 10, 032, 2014; arXiv:1407. 6913 [physics.ins-det].  LVAL= 6.22*30*0.06 = 11.20 ------------------------------------------------------- B>3> (AB0BL8): 86.96 ------------------------------------------------------- II. >:;04K: 1. .. !8=52, 4>:;04 =0 16->9 <564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 ?> D878:C M;5<5=B0@=KE G0AB8F, 2013.   = 6 2. .. !8=52, 4>:;04 =0 <564C=0@>4=>9 78<=59 H:>;5 ?> D878:5 M;5<5=B0@=KE G0AB8F 8 0AB@>D878:5, 0;409, 2014.   = 6 ------------------------------- B>3> (4>:;04K): 12 ------------------------------------------------------------------ III. C:>2>4AB2> 48?;><=8:0<8 0A?8@0=B0<8: 1. 038AB5@A:0O 48AA5@B0F8O >7<>6=>ABL @538AB@0F88 ?>B>:0 35>=59B@8=> 2 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88 / , <H>:>2 AB5<8@ 8:>;0528G, $, 8N=L, 2013.  =10 2. 038AB5@A:0O 48AA5@B0F8O >7<>6=>ABL @538AB@0F88 ?>B>:0 35>=59B@8=> 2 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88 / , 0@BK=5=:> !5@359 048<>28G, $", 8N=L, 2013.  =10 3. 038AB5@A:0O 48AA5@B0F8O >7<>6=>ABL @538AB@0F88 ?>B>:0 35>=59B@8=> 2 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88 / , 5D>4L52 ;5:A0=4@ ;048<8@>28G, $", 8N=L, 2013.  =10 4. 0:0;02@A:0O 48AA5@B0F8O 0AG5B A?5:B@0 0=B8=59B@8=> >B 238U,C7=5F>2 5>=84 ;5:A0=4@>28G, $", 8N=L, 2014.  =10 ------------------------------- B>3> (@C:>2>4AB2>): 40 ------------------------------------------------------------------ B>3>:  = 86.96+12+40= 138.96LVALOGH8@:>2 0:A8< !5@35528G 0CG=K9 A>B@C4=8:, :0=4840B D87-<0B =0C: 2014 1. A map of UHECRs deflections through the turbulent GMF, M.S. Pshirkov, P.G. Tinyakov, F. Urban, Nuclear Inst. and Methods in Physics Research, A, Volume 742, p. 271-272. 1.316 13,16 2. Adiabatic contraction revisited: Implications for primordial black holes, Fabio Capela, Maxim Pshirkov, Peter Tinyakov, Physical Review D, Volume 90, Issue 8, id.083507 4.864 48,64 3. Searches for Large-scale Anisotropy in the Arrival Directions of Cosmic Rays Detected above Energy of 1019 eV at the Pierre Auger Observatory and the Telescope Array, Aab et al, The Astrophysical Journal, Volume 794, Issue 2, article id. 172, pp. (2014) 6.280 7,536 4. Indications of Intermediate-scale Anisotropy of Cosmic Rays with Energy Greater Than 57 EeV in the Northern Sky Measured with the Surface Detector of the Telescope Array Experiment, R. Abbasi et al, The Astrophysical Journal Letters, Volume 790, Issue 2, article id. L21, pp. (2014). 6.280 7,536 5. Gain monitoring of telescope array photomultiplier cameras for the first 4 years of operation, B.K. Shin et al, Nuclear Inst. and Methods in Physics Research, A, Volume 768, p. 96-103. 1.316 2,369 2013 6. Constraints on Primordial Black Holes as Dark Matter Candidates from Star Formation. Fabio Capela, Maxim Pshirkov, Peter Tinyakov. e-Print: arXiv:1209.6021 [astro-ph.CO] | PDF Published in Physical Review D, vol. 87, Issue 2, id. 023507 4.864 48,64 7. Constraints on primordial black holes as dark matter candidates from capture by neutron stars Fabio Capela, Maxim Pshirkov, Peter Tinyakov. Jan 2013. 7 pp. Published in Physical Review D, vol. 87, Issue 12, id. 123524 4.864 48,64 8. Mapping ultrahigh energy cosmic rays deflections through the turbulent galactic magnetic field with the latest rotation measure data M.S. Pshirkov, P.G. Tinyakov, F. Urban arXiv e-print (arXiv:1304.3217) Published in Monthly Notices of the Royal Astronomical Society, Volume 436LVAL, Issue 3, p.2326-2333 5.266 9. Upper limit on the flux of photons with energies above 1019eV using the Telescope Array surface detector T. Abu-Zayad et al arXiv e-print (arXiv:1304.5614) Published in Physical Review D, vol. 88, Issue 11, id. 112005 4.864 4.864*30*0,75=10,944 10. Correlations of the Arrival Directions of Ultra-high Energy Cosmic Rays with Extragalactic Objects as Observed by the Telescope Array Experiment T. Abu-Zayad et al arXiv e-print (arXiv:1306.5808) Published in The Astrophysical Journal, Volume 777, Issue 2, article id. 88, pp. (2013). 6.280 6.28*30*0,75=14,13 11. The energy spectrum of ultra-high-energy cosmic rays measured by the Telescope Array FADC fluorescence detectors in monocular mode T. Abu-Zayad et al Published in Astroparticle Physics, Volume 48, p. 16-24. 4.450 4.50*30*0,75=10,013 12. The Cosmic-Ray Energy Spectrum Observed with the Surface Detector of the Telescope Array Experiment T. Abu-Zayad et al e-Print: arXiv:1205.5067 Published in The Astrophysical Journal Letters, Volume 768, Issue 1, article id. L1, 5.602 5,602*30*0,075=12,605 13. Variable gamma-ray sky at 1 GeV. M.S. Pshirkov, G.I. Rubtsov. Jan 2012. 10 pp. e-Print: arXiv:1201.3625 [astro-ph.HE] | PDF Journal of Experimental and Theoretical Physics, Volume 116, Issue 1, pp.59-70 0.931 0.931*60/2=27,93 14. The effect of radiometric noise on pulsar timing precision , N. Yu. Sergeeva, M.S. Pshirkov, Yu. P. Ilyasov, Moscow University Physics Bulletin, vol. 68, issue 2, pp. 165-169 0.25 5   ?> ?C1;8:0F8O< 309,803 >:;04K =0 :>=D5@5=F8OE 0720=85 5AB> 0G0;> >=5F 0720=85 2B>@K "8? 18th International Seminar on High Energy Physics QUARKS-2014 !C740;L, >AA8O 02.06.2014 08.06.2014 Gamma-ray transients as seen by the Fermi LAT M.S. Pshirkov, G.I. Rubtsov #AB=K9  =6 AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 -2014 >A:20, >AA8O 22.12.2014 25.12.2014 !>1AB25==K5 D0@04552A:85 <5@K 2@0I5=8O <>I=KE @048>8AB>G=8:>2 ?> 40==K< :0B0;>30 NLVAL VSS. .!. H8@:>2, .. "8=O:>2, $. #@10= #AB=K9  =6 AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 -2014 >A:20, >AA8O 22.12.2014 25.12.2014 >8A: =58725AB=KE 8AB>G=8:>2 A >G5=L 65AB:8< A?5:B@>< 2 40==KE 8=AB@C<5=B0 Fermi-LAT. .!. H8@:>2, .. C1F>2, ?>AB5@ 2013 0720=85 5AB> 0G0;> >=5F 0720=85 2B>@K "8? XXX :>=D5@5=F8O ""#,+  + "'! !"  CI8=> 08.04.2013 11.04.2013 3@0=8G5=8O =0 4>;N ?5@28G=KE G5@=KE 4K@ 2 B5<=>9 <0B5@88 87 =01;N45=89 :><?0:B=KE >1J5:B>2 .!. H8@:>2 #AB=K9  =4 The International Workshop and School  Black and Dark Topics in Modern Cosmology and Astrophysics C1=0 15.09.2013 22.09.2013 Primordial black holes as dark matter candidates M.S. Pshirkov #AB=K9  =6 >=D5@5=F8O ">;>4K5 CG5=K5 >AA88" D>=40 "8=0AB8O" >A:20, >AA8O 14.04.2013 17.04.2013 3@0=8G5=8O =0 4>;N ?5@28G=KE G5@=KE 4K@ 2 B5<=>9 <0B5@88 87 =01;N45=89 :><?0:B=KE >1J5:B>2 .!. H8@:>2 >AB5@ A5@>AA89A:0O :>=D5@5=F8O "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0" >A:20, >AA8O 23.12.2013 26.12.2013 0;> 3>@OG59 <5672Q74=>9 A@54K 2>:@C3 30;0:B8:8 31 ?> =01;N45=8O< Fermi LAT M.C. H8@:>2, .. >AB=>2, .. 0A8;L52 CAB=K9  =4  =26 B>3>2K9   = 335,803/2=167,902LVALOG>=52A:8E @BQ< !5@35528G 140B0 @>645=8O: 23.04.1984 2. AB5?5=L: =5B 3. 4>;6=>ABL: AB06Q@-8AA;54>20B5;L -$ 4. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 8+1.12) = 1.5*344,512 = 516,768 2014 1. Event-by-event mean pT fluctuations in pp and Pb-Pb collisions at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 21, 2014. 15 pp. Published in Eur.Phys.J. C74 (2014) 10, 3077 CERN-PH-EP-2014-169 DOI: 10.1140/epjc/s10052-014-3077-y e-Print: arXiv:1407.5530 [nucl-ex] 5.436*30*0.04=6,5232 2. Technical Design Report for the Upgrade of the ALICE Inner Tracking System ALICE Collaboration (B Abelev (LLNL, Livermore) et al.). 2014. 195 pp. Published in J.Phys. G41 (2014) 087002 CERN-LHCC-2013-024, ALICE-TDR-017 DOI: 10.1088/0954-3899/41/8/087002 2.838*30*0.04=3,4056 3. Exclusive J/ photoproduction off protons in ultra-peripheral p-Pb collisions at sNN> > > > "=5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jun 30, 2014. 18 pp. Published in Phys.Rev.Lett. 113 (2014) 232504 CERN-PH-EP-2014-149 DOI: 10.1103/PhysRevLett.113.232504 e-Print: arXiv:1406.7819 [nucl-ex] 7.728*30*0.04=9,2736 4. Multiparticle azimuthal correlations in p -Pb and Pb-Pb collisions at the CERN Large Hadron Collider ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jun 10, 2014. 16 pp. Published in Phys.Rev. C90 (2014) 5, 054901 CERN-PH-EP-2014-105 DOI: 10.1103/PhysRevC.90.054901 e-Print: arXiv:1406.2474 [nucl-ex] 3.881*30*0.04=4,6572 5. Suppression of (1S) at forward rapidity in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 18, 2014. 21 pp. Published in Phys.Lett. B738 (2014) 361-372 CERN-PH-EP-2014-103 DOI: 10.1016/j.physletb.2014.10.001 e-Print: arXiv:1405.4493 [nucl-ex] 6.019*30*0.04=7,2228 6. Beauty production in pp collisions at s" = 2.76 TeV measured via semi-electronic decays ALICE Collaboration (Betty BezverkLVALhny Abelev (LLNL, Livermore) et al.). May 16, 2014. 11 pp. Published in Phys.Lett. B738 (2014) 97-108 CERN-PH-EP-2014-089 DOI: 10.1016/j.physletb.2014.09.026 e-Print: arXiv:1405.4144 [nucl-ex] 6.019*30*0.04=7,2228 7. Neutral pion production at midrapidity in pp and Pb-Pb collisions at sNN> > > > "=2.76TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 15, 2014. 20 pp. Published in Eur.Phys.J. 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Azimuthal anisotropy of D meson production in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 8, 2014. 25 pp. Published in Phys.Rev. C90 (2014) 034904 CERN-PH-EP-2014-083 DOI: 10.1103/PhysRevC.90.034904 e-Print: arXiv:1405.2001 [nucl-ex] 3.881*30*0.04=4,6572 11. Measurement of visible cross sections in proton-lead collisions at sNN> > > > " = 5.02 TeV in van der Meer scans with the ALICE detector ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). May 8, 2014. 22 pp. Published in JINST 9 (2014) 11, P11003 CERN-PH-EP-2014-087 DOI: 10.1088/1748-0221/9/11/P11003 e-Print: arXiv:1405.1849 [nucl-LVALex] 1.526*30*0.04=1,8312 12. Freeze-out radii extracted from three-pion cumulants in pp, p Pb and Pb Pb collisions at the LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Apr 4, 2014. 12 pp. Published in Phys.Lett. B739 (2014) 139-151 CERN-PH-EP-2014-062 DOI: 10.1016/j.physletb.2014.10.034 e-Print: arXiv:1404.1194 [nucl-ex] 6.019*30*0.04=7,2228 13. Measurement of quarkonium production at forward rapidity in pp collisions at s"=7 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Mar 14, 2014. 21 pp. Published in Eur.Phys.J. C74 (2014) 8, 2974 CERN-PH-EP-2014-042 DOI: 10.1140/epjc/s10052-014-2974-4 e-Print: arXiv:1403.3648 5.436*30*0.04=6,5232 14. Performance of the ALICE Experiment at the CERN LHC ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Feb 18, 2014. 120 pp. Published in Int.J.Mod.Phys. A29 (2014) 1430044 CERN-PH-EP-2014-031 DOI: 10.1142/S0217751X14300440 e-Print: arXiv:1402.4476 [nucl-ex] 1.086*30*0.04=1,3032 15. Production of charged pions, kaons and protons at large transverse momenta in pp and Pb Pb collisions at sNN> > > > " =2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jan 6, 2014. 11 pp. Published in Phys.Lett. B736 (2014) 196-207 CERN-PH-EP-2013-230 DOI: 10.1016/j.physletb.2014.07.011 e-Print: arXiv:1401.1250 [nucl-ex] 6.019*30*0.04=7,2228 16. Measurement of charged jet suppression in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (B. Abelev (LLNL, Livermore) et al.). Nov 4, 2013. 39 pp. Published in JHEP 1403 (2014) 013 CERN-PH-EP-2013-205 DOI: 10.1007/JHEP03(2014)013 e-Print: arXiv:1311.0633 [nucl-ex] 6.220*30*0.04=7,464 17. Centrality, rapidity and transverse momentum dependence of J/ suppression in Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Nov 1, 2013. 20 pp. Published in Phys.Lett. B734 (2014) 314-327 LVAL CERN-PH-EP-2013-203 DOI: 10.1016/j.physletb.2014.05.064 e-Print: arXiv:1311.0214 [nucl-ex] 6.019*30*0.04=7,2228 18. Two and Three-Pion Quantum Statistics Correlations in Pb-Pb Collisions at sNN> > > > " =2.76 TeV at the CERN Large Hadron Collider ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Oct 29, 2013. 27 pp. Published in Phys.Rev. C89 (2014) 024911 CERN-PH-EP-2013-201 DOI: 10.1103/PhysRevC.89.024911 e-Print: arXiv:1310.7808 [nucl-ex] 3.881*30*0.04=4,6572 19. J/ production and nuclear effects in p-Pb collisions at SNN> > > > " = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Aug 30, 2013. 26 pp. Published in JHEP 1402 (2014) 073 CERN-PH-EP-2013-163 DOI: 10.1007/JHEP02(2014)073 e-Print: arXiv:1308.6726 [nucl-ex] 6.220*30*0.04=7,464 20. Multiplicity Dependence of Pion, Kaon, Proton and Lambda Production in p-Pb Collisions at sNN> > > > " = 5.02 TeV ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jul 25, 2013. 14 pp. Published in Phys.Lett. 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Tech.) et alLVAL.). Apr 1, 2013. 13 pp. Published in Phys.Lett. B726 (2013) 610-622 CERN-PH-EP-2013-045 DOI: 10.1016/j.physletb.2013.09.022 e-Print: arXiv:1304.0347 [nucl-ex] 6.019*30*0.04=7,2228 14. J/Psi Elliptic Flow in Pb-Pb Collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Ehab Abbas (Cairo, Acad. Sci. Res. Tech.) et al.). Mar 23, 2013. 11 pp. Published in Phys.Rev.Lett. 111 (2013) 162301 CERN-PH-EP-2013-042 DOI: 10.1103/PhysRevLett.111.162301 e-Print: arXiv:1303.5880 [nucl-ex] 7.728*30*0.04=9,2736 15. Centrality dependence of , K, p production in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Mar 4, 2013. 23 pp. Published in Phys.Rev. C88 (2013) 4, 044910 CERN-PH-EP-2013-019 DOI: 10.1103/PhysRevC.88.044910 e-Print: arXiv:1303.0737 [hep-ex] 3.881*30*0.04=4,6572 16. Centrality determination of Pb-Pb collisions at sNN> > > > " = 2.76 TeV with ALICE ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 18, 2013. 22 pp. Published in Phys.Rev. C88 (2013) 4, 044909 CERN-PH-EP-2012-368 DOI: 10.1103/PhysRevC.88.044909 e-Print: arXiv:1301.4361 [nucl-ex] 3.881*30*0.04=4,6572 17. Charge correlations using the balance function in Pb-Pb collisions at sNN> > > > " = 2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Jan 2013. 37 pp. Published in Phys.Lett. B723 (2013) 267-279 CERN-PH-EP-2012-371 DOI: 10.1016/j.physletb.2013.05.039 e-Print: arXiv:1301.3756 [nucl-ex] 6.019*30*0.04=7,2228 18. Long-range angular correlations on the near and away side in p-Pb collisions at sNN> > > > "=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Dec 2012. 22 pp. Published in Phys.Lett. B719 (2013) 29-41 CERN-PH-EP-2012-359 DOI: 10.1016/j.physletb.2013.01.012 e-Print: arXiv:1212.2001 [nucl-ex] 6.019*30*0.04=7,2228 19. Transverse Momentum Distribution and Nuclear Modification Factor of Charged Particles in p-Pb Collisions at sNN> > > > "=5.02 TeV ALICE CollabLVALoration (Betty Abelev et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 082302 CERN-PH-EP-2012-306 DOI: 10.1103/PhysRevLett.110.082302 e-Print: arXiv:1210.4520 [nucl-ex] 7.728*30*0.04=9,2736 20. Pseudorapidity density of charged particles p-Pb collisions at sNN> > > > "=5.02 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 16 pp. Published in Phys.Rev.Lett. 110 (2013) 032301 CERN-PH-EP-2012-307 DOI: 10.1103/PhysRevLett.110.032301 e-Print: arXiv:1210.3615 [nucl-ex] 7.728*30*0.04=9,2736 21. Coherent J/ photoproduction in ultra-peripheral Pb-Pb collisions at sNN> > > > "=2.76 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Sep 2012. 19 pp. Published in Phys.Lett. 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Aug 2012. 18 pp. Published in Phys.Lett. B720 (2013) 52-62 DOI: 10.1016/j.physletb.2013.01.051 e-Print: arXiv:1208.2711 [hep-ex] 6.019*30*0.04=7,2228 25. Pion, Kaon, and Proton Production in Central Pb--Pb Collisions at sNN> > > > "=2.76 TeV ALICE LVALCollaboration (Betty Abelev (LLNL, Livermore) et al.). Aug 2012. 15 pp. Published in Phys.Rev.Lett. 109 (2012) 252301 CERN-PH-EP-2012-230 DOI: 10.1103/PhysRevLett.109.252301 e-Print: arXiv:1208.1974 [hep-ex] 7.728*30*0.04=9,2736 26. D+s meson production at central rapidity in proton--proton collisions at s"=7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 27 pp. Published in Phys.Lett. B718 (2012) 279-294 CERN-PH-EP-2012-227 DOI: 10.1016/j.physletb.2012.10.049 e-Print: arXiv:1208.1948 [hep-ex] 6.019*30*0.04=7,2228 27. Measurement of electrons from beauty hadron decays in pp collisions at s"=7 TeV ALICE Collaboration (Betty Abelev (LLNL, Livermore) et al.). Oct 2012. 15 pp. Published in Phys.Lett. 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Ostapenko Valentina S., Vasiliev Aleksandr N., Lapshina Elena V., Ermolaev Stanislav V., Aliev Ramiz A., Kalmykov Stepan N., Zhuikov Boris L.  = 6/7=0,86 10) VII >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04. 2012, A. 374. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 @048O-233 87 >1;CG5==KE ?@>B>=0<8 B>@852KE <8H5=59. 0;<K:>2 !.., C9:>2 .., ;852 .., @<>;052 !.., AB0?5=:> .!., 0A8;L52 ..,"0=0=052 ..,OA>54>2 .$.  = 4/8=0,5 11) VII >AA89A:0O :>=D5@5=F8O ?> @048>E8<88 048>E8<8O-2012, 8<8B@>23@04. 2012, A. 388. %@><0B>3@0D8G5A:>5 @0745;5=85 @048>=C:;84>2, >1@07CNI8EAO 2 B>@88, >1;CG5==>< ?@>B>=0<8. AB0?5=:> .!., 0A8;L52 .., 0;<K:>2 !.., ;852 .., 0?H8=0 .., @<>;052 !..  = 4 12) VII >AA89A:0O :>=D5@5=F8O ?> @048>E8< LVAL 88 048>E8<8O-2012, 8<8B@>23@04. 2012, A. 362. -:AB@0:F8>==>5 @0745;5=85 @048>=C:;84>2, >1@07CNI8EAO 2 >1;CG5==>9 ?@>B>=0<8 B>@852>9 <8H5=8. 0A8;L52 .., AB0?5=:> .!., 0;<K:>2 !.., ;852 .., 0?H8=0 .., @<>;052 !..  = 4/6=0,67 B>3>2K9  =39,01*1,5=58,5150 LVAL@ >@>B552 @83>@89 ;5:A0=4@>28G 2013-2014 >:;04K: >@>B552 . ., >8A: AB5@8;L=KE =59B@8=> 2 -@0AA?040E O45@ ?> @538AB@0F88 ?@>4C:B>2 @50:F88, >;>4Q6=0O :>=D5@5=F8O "-$ , ?C1;8:>20=> 2 A1>@=8:5 B@C4>2 :>=D5@5=F88. >@>B552 .., >7<>6=>AB8 A>740=8O =0 3@0D5=5 -@0AA?04=KE 8AB>G=8:>2 4;O ?>8A:>2 AB5@8=KE =59B@8=> , 568=AB8BCBA:0O <>;>456=0O :>=D5@5=F8O "$878:0 M;5<5=B0@=KE G0AB8F 8 :>A<>;>38O", ?C1;8:>20=> 2 A1>@=8:5 B@C4>2 :>=D5@5=F88. 2*4 * 1.5 = 12 @>G55: 545=85 ;01>@0B>@=KE @01>B ?> >1I59 D878:5 8 CG0AB85 2 @07@01>B:5 :C@A0 A5<8=0@>2 =0 :0D54@5 >1I59 D878:8 $". 1 A5<5AB@0 2 2014 3>4C. 1 * 8 = 8 B>3>: 12+8 = 20  2014 3>4C >:>=G8; $", ?>2KH0NI89 :>MDD8F85=B 2. B>3>2K9   20*2 = 40LVALOG 30D>=>20 0B0;LO .@L52=0 =.A. 2013-2014  = 127,083 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 @838=0;L=K5 AB0BL8 1 New results on $nu_mu\to nu_tau$ appearance with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration JHEP 11 (2013) 036 30 0,05 5,831 30*0,05*5,831 8,7465 2 New results on $nu_mu\to nu_tau$ appearance with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration ArXiv:1308.2553 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 3 Search fornm -> neoscillations with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration JHEP 07 (2013) 004 30 0,05 5,831 30*0,05*5,831 8,7465 4 Search fornm -> neoscillations with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration ArXiv:1303.3953 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 5 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. 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(LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 6 5@2K5 @57C;LB0BK ?>8A:0 =59B@8==KE 2A?;5A:>2 ?> A>2<5AB=K< 40==K< !" 8 LVD . >2>A5;LF520 8 4@ 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1 4*0.1*1 0,4 ?>AB5@ 7 7CG5=85 <| LVAL N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE 8<8 ?>4 75<;59 2 45B5:B>@5 LVD (?> <0B5@80;0< 48AA5@B0F88) 30D>=>20 ... 1094 !5<8=0@ "59B@8==0O 8 O45@=0O 0AB@>D878:0" 8<5=8 .". 0F5?8=0, 7 =>O1@O, 2014, 4 1 0 0 0 8 >8A: =59B@8==>3> 87;CG5=8O >B :>;;0?A8@CNI8E 72Q74 A ?><>ILN CAB0=>2>: LVD 8 !" H8E<8= . 1095 !5<8=0@ "59B@8==0O 8 O45@=0O 0AB@>D878:0" 8<5=8 .". 0F5?8=0,21 =>O1@O, 2014, 4 1 0 0 0 AC<<0: 127,083LVALOG H8E<8= A52>;>4 0A8;L528G AB065@-8AA;54>20B5;L 2013-2014  = 55,156 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 @838=0;L=K5 AB0BL8 1 Measurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 2 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 3 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 4 >8A: =59B@8==>3> 87;CG5=8O >B :>;;0?A8@CNI8E 72574 =0 @B5<>2A:>< AF8=B8;;OF8>==>< 45B5:B>@5 .. =8:552 8 4@. 725AB8O  A5@. $87., 2013, 77 N 11, 1594-1596 60 5 0,347 60*0,347/5 4,164 5 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 6 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 7 >8A: >AF8;;OF89 =59B@8=> 2 :0=0;5 nu_mu -> nu_tau A ?><>ILN 381@84=>3> 45B5:B>@0 M:A?5@8<5=B0 OPERA ... 30D>=>20 8 4@ $878:0 -;5<5=B0@=KE G0AB8F 8 B><=>3> O4@0, 2013, Vol. 44, No. 4., C1=0, (Eng: Physics of Particles and Nuclei, 2013, Vol. 44, No. 4, pp. 703 727) 60 0,1 1,1 60*1.1*0.1 6,6 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintillator and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) LLVAL ow Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 2 Perent status of LVD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 3 Muon-induced neutron background study for underground experiments with liquid scintillator searching for rare event physics K.V. Manukovskiy, O.G. Ryazhskaya, N.M. Sobolevskiy, A.V. Yudin 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 4 1,5 6*1.5/4 2,25 4 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 5 Measurements of neutrino velocity with LVD LVD Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,1 1 6*0.1*1 0,6 2014 @838=0;L=K5 AB0BL8 1 Implication on the core collapse supernova rate from 21 years of data of the Large Volume Detector N.Y. Agafonova et al. LVD Collaboration arXiv:1411.1709 4 0,1 no 4*0,1 0,4 1 Measurements of neutrino velocity with LVD O.G. Ryazhskaya, I.R. Shakiryanova LVD Collaboration Il Nuovo Cimento C, PONTECORVO100, Year 2014, Issue 3, May-June, pp. 181-183 8 0,1 no 8*0,1 0,8 >:;04K 1 Search for Supernova Neutrino Bursts at LVD C.Vigorito, W. Fulgione & A. Molinario for LVD Collaboration, XXVI Conference on Neutrino Physics and Astrophysics (NEUTRINO 2014), June 2-7, Boston (USA) 6 0,1 1,5 6*0.1*1,5 0,9 2 7CG5=85 35=5@0F88 =59B@>=>2, <N>=0<8 :>A<8G5A:8E ;CG59 2 65;575, A ?><>ILN 45B5:B>@0 LVD . .. 30D>=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 3 =0;87 G0AB>BK D>=>2KE A>2?045=89 4;O M:A?5@8<5=B>2 !" 8 LVD .. H8E<8= 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 4 5=5@0F8O =59B@>=>2 3>@87>=BP LVAL` 0;L=K<8 <N>=0<8 >B =59B@8==>3> ?CG:0 87 & 0 . . (0:8@LO=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 5 5@2K5 @57C;LB0BK ?>8A:0 =59B@8==KE 2A?;5A:>2 ?> A>2<5AB=K< 40==K< !" 8 LVD . >2>A5;LF520 8 4@ 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August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easurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Search for neutrino radiation from collapsing stars and the sensitivity of experiments to the different types of neutrinos V. Dadykin and O. Ryazhskaya Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 190 2 2 9 2*9/2 9 <>=>3@0D8O=2E G8A;> AB@0=8F 2 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 <>=>3@0D8O=2E G8A;> AB@0=8F 3 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 4 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 5 >8A: =59B@8==>3> 87;CG5=8O >B :>;;0?A8@CNI8E 72574 =0 @B5<>2A:>< AF8=B8;;OF8>==>< 45B5:B>@5 .. =8:552 8 4@. 725AB8O  A5@. $87., 2013, 77 N 11, 1594-1596 60 5 0,347 60*0,347/5 4,164 6 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 7 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintillaLVAL tor and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 Perent status of LVD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 4 Measurements of neutrino velocity with LVD LVD Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,1 1 6*0.1*1 0,6 ?>AB5@ 2014 @838=0;L=K5 AB0BL8 1 Implication on the core collapse supernova rate from 21 years of data of the Large Volume Detector N.Y. Agafonova et al. LVD Collaboration arXiv:1411.1709 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Measurements of neutrino velocity with LVD O.G. Ryazhskaya, I.R. Shakiryanova LVD Collaboration Il Nuovo Cimento C, PONTECORVO100, Year 2014, Issue 3, May-June, pp. 181-183 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 >:;04K 1 Search for Supernova Neutrino Bursts at LVD C.Vigorito, W. Fulgione & A. Molinario for LVD Collaboration, XXVI Conference on Neutrino Physics and Astrophysics (NEUTRINO 2014), June 2-7, Boston (USA) 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 7CG5=85 35=5@0F88 =59B@>=>2, <N>=0<8 :>A<8G5A:8E ;CG59 2 65;575, A ?><>ILN 45B5:B>@0 LVD . .. 30D>=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 3 =0;87 G0AB>BK D>=>2KE A>2?045=89 4;O M:A?5@8<5=B>2 !" 8 LVD .. H8E<8= 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 4 5=5@0F8O =59B@>=>2 3>@87>=B0;L=K<8 <N>=0<8 >B =59B@8==>3> ?CG:0 87 & 0 . . (0:8@LO=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of  LVAL Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 5 5@2K5 @57C;LB0BK ?>8A:0 =59B@8==KE 2A?;5A:>2 ?> A>2<5AB=K< 40==K< !" 8 LVD . >2>A5;LF520 8 4@ 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1 4*0.1*1 0,4 ?>AB5@ AC<<0: 27,728LVALOG >1@K=8=0 :0B5@8=0 =0B>;L52=0 <.=.A. 2013-2014  = 14,164 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 @838=0;L=K5 AB0BL8 1 Measurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 <>=>3@0D8O=2E G8A;> AB@0=8F 2 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 3 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 4 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 5 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintillator and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 Perent status of LVD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 JLVALuly, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 4 Measurements of neutrino velocity with LVD LVD Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,1 1 6*0.1*1 0,6 ?>AB5@ 2014 @838=0;L=K5 AB0BL8 1 Implication on the core collapse supernova rate from 21 years of data of the Large Volume Detector N.Y. Agafonova et al. LVD Collaboration arXiv:1411.1709 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Measurements of neutrino velocity with LVD O.G. Ryazhskaya, I.R. Shakiryanova LVD Collaboration Il Nuovo Cimento C, PONTECORVO100, Year 2014, Issue 3, May-June, pp. 181-183 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 >:;04K 1 Search for Supernova Neutrino Bursts at LVD C.Vigorito, W. Fulgione & A. Molinario for LVD Collaboration, XXVI Conference on Neutrino Physics and Astrophysics (NEUTRINO 2014), June 2-7, Boston (USA) 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 7CG5=85 35=5@0F88 =59B@>=>2, <N>=0<8 :>A<8G5A:8E ;CG59 2 65;575, A ?><>ILN 45B5:B>@0 LVD . .. 30D>=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 3 =0;87 G0AB>BK D>=>2KE A>2?045=89 4;O M:A?5@8<5=B>2 !" 8 LVD .. H8E<8= 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 4 5=5@0F8O =59B@>=>2 3>@87>=B0;L=K<8 <N>=0<8 >B =59B@8==>3> ?CG:0 87 & 0 . . (0:8@LO=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 AC<<0: 14,164LVALOG =8:552 0A8< 1@038<>28G =.A. 2013-2014  = 25,328 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 @838=0;L=K5 AB0BL8 1 Measurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 <>=>3@0D8O=2E G8A;> AB@0=8F 2 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 3 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 4 >8A: =59B@8==>3> 87;CG5=8O >B :>;;0?A8@CNI8E 72574 =0 @B5<>2A:>< AF8=B8;;OF8>==>< 45B5:B>@5 .. =8:552 8 4@. 725AB8O  A5@. $87., 2013, 77 N 11, 1594-1596 60 5 0,347 60*0,347/5 4,164 5 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 6 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 7 >8A: >AF8;;OF89 =59B@8=> 2 :0=0;5 nu_mu -> nu_tau A ?><>ILN 381@84=>3> 45B5:B>@0 M:A?5@8<5=B0 OPERA ... 30D>=>20 8 4@ $878:0 -;5<5=B0@=KE G0AB8F 8 B><=>3> O4@0, 2013, Vol. 44, No. 4., C1=0, (Eng: Physics of Particles and Nuclei, 2013, Vol. 44, No. 4, pp. 703 727) 60 0,1 1,1 60*1.1*0.1 6,6 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintillatLVALor and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 Perent status of LVD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 4 Measurements of neutrino velocity with LVD LVD Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,1 1 6*0.1*1 0,6 ?>AB5@ 2014 @838=0;L=K5 AB0BL8 1 Implication on the core collapse supernova rate from 21 years of data of the Large Volume Detector N.Y. Agafonova et al. LVD Collaboration arXiv:1411.1709 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Measurements of neutrino velocity with LVD O.G. Ryazhskaya, I.R. Shakiryanova LVD Collaboration Il Nuovo Cimento C, PONTECORVO100, Year 2014, Issue 3, May-June, pp. 181-183 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 >:;04K 1 Search for Supernova Neutrino Bursts at LVD C.Vigorito, W. Fulgione & A. Molinario for LVD Collaboration, XXVI Conference on Neutrino Physics and Astrophysics (NEUTRINO 2014), June 2-7, Boston (USA) 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 7CG5=85 35=5@0F88 =59B@>=>2, <N>=0<8 :>A<8G5A:8E ;CG59 2 65;575, A ?><>ILN 45B5:B>@0 LVD . .. 30D>=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 3 =0;87 G0AB>BK D>=>2KE A>2?045=89 4;O M:A?5@8<5=B>2 !" 8 LVD .. H8E<8= 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 4 5=5@0F8O =59B@>=>2 3>@87>=B0;L=K<8 <N>=0<8 >B =59B@8==>3> ?CG:0 87 & 0 . . (0:8@LO=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  LVAL  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 5 5@2K5 @57C;LB0BK ?>8A:0 =59B@8==KE 2A?;5A:>2 ?> A>2<5AB=K< 40==K< !" 8 LVD . >2>A5;LF520 8 4@ 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1 4*0.1*1 0,4 ?>AB5@ AC<<0: 25,328LVALOG 0;L38= ;5:A59 !5<5=>28G A.=.A. 2013-2014  = 189,848 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 @838=0;L=K5 AB0BL8 1 New results on $nu_mu\to nu_tau$ appearance with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration JHEP 11 (2013) 036 30 0,05 5,831 30*0,05*5,831 8,7465 2 New results on $nu_mu\to nu_tau$ appearance with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration ArXiv:1308.2553 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 3 Search fornm -> neoscillations with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration JHEP 07 (2013) 004 30 0,05 5,831 30*0,05*5,831 8,7465 4 Search fornm -> neoscillations with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration ArXiv:1303.3953 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 5 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. Adam et al. OPERA Collaboration JHEP 01 (2013) 153 30 0,05 5,831 30*0,05*5,831 8,7465 6 Measurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 7 =0;87 M:A?5@8<5=B0;L=KE 40==KE ?> 2KE>4C =59B@>=>2 >B <N>=>2 ... 30D>=>20, .!. 0;L38= /4. $87., B.76, No.5, 2013, A.650-658 60 2 0,563 60*0,563/2 16,89 8 Universal formula for the muon-induced neutron yield N. Yu. Agafonova, A. S. Malgin Phys. Rev. D 87, 113013 (2013) 30 2 4,691 30*4,691/2 70,365 9 Universal formula for the muon-induced neutron yield N. Yu. Agafonova, A. S. Malgin arXiv:1304.0919, (2013) 4 2 no 4/2 2 4 - ?@5?@8=B 10 @>8AE>645=85A83=0;045B5:B>@0LSD, 70@538AB@8@>20==>3> ?>A;5 020@88 =0 '-! ... 30D>=>20, .!. 0;L38=, . $C;L468>=5 -"$, 2013, B. 144, 2K? 2(8), 301-311 60 3 0,946 60*0,946/3 18,92 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. ManukovsLVALkiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 <>=>3@0D8O=2E G8A;> AB@0=8F 2 Search forntinteractions with the nuclear emulsion films of the OPERA experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 116 2 0,05 4 2*4*0,05 0,4 <>=>3@0D8O=2E G8A;> AB@0=8F 3 The electronic detectors of the hybrid OPERA neutrino experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 120 2 0,05 4 2*4*0,05 0,4 <>=>3@0D8O=2E G8A;> AB@0=8F 4 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 5 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 6 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 7 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 8 >8A: >AF8;;OF89 =59B@8=> 2 :0=0;5 nu_mu -> nu_tau A ?><>ILN 381@84=>3> 45B5:B>@0 M:A?5@8<5=B0 OPERA ... 30D>=>20 8 4@ $878:0 -;5<5=B0@=KE G0AB8F 8 B><=>3> O4@0, 2013, Vol. 44, No. 4., C1=0, (Eng: Physics of Particles and Nuclei, 2013, Vol. 44, No. 4, pp. 703 727) 60 0,1 1,1 60*1.1*0.1 6,6 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintillator and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2LVAL Perent status of LVD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 4 Search for $/nu/mu ->/nu_e$ oscillations with the OPERA experiment in the CNGS beam OPERA Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,05 1 6*0.05*1 0,3 ?>AB5@ 5 Measurements of neutrino velocity with LVD LVD Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,1 1 6*0.1*1 0,6 ?>AB5@ 6 Recent Results from the OPERA Experiment OPERA Collaboration (Dominique Duchesneau) TAUP 2013, Asilomar, Ca. USA 6 0,05 1 6*0.05*1,5 0,3 CAB=K9 7 Search for neutrino oscillations in appearance mode with the OPERA experiment OPERA Collaboration (T. Dzhatdoev) HEPFT 2013, Protvino, Russia 6 0,05 1 6*0.05*1,5 0,3 CAB=K9 8 Search for muon-neutrino to tau-neutrino oscillations with the OPERA experiment OPERA Collaboration (Pozzato Michele) QFTHEP 2013, St Petersburg, Russia 6 0,05 1 6*0.05*1,5 0,3 CAB=K9 9 OPERA emulsion scanning and analysis and recent results on muon-neutrino to electron-neutrino oscillations OPERA Collaboration (Kamiscioglu Cagin) QFTHEP 2013, St Petersburg, Russia 6 0,05 1 6*0.05*1,5 0,3 CAB=K9 2014 @838=0;L=K5 AB0BL8 1 Evidence fornm -> ntappearance in the CNGS neutrino beam with the OPERA experiment N. Agafonova et al., OPERA Collaboration Phys. Rev. D 89, 051102 (2014) 30 0,05 4,691 30*4,691*0,05 7,0365 2 Evidence fornm-> ntappearance in the CNGS neutrino beam with the OPERA experiment N. Agafonova et al., OPERA Collaboration arXiv:1401.2079 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 3 Measurement of TeV atmospheric muon charge ratio with the full OPERA data N. Agafonova et al., OPERA Collaboration Eur. PLVALhys. J. C (2014) 74:2933 30 0,05 5,247 30*5,247*0,05 7,8705 4 Measurement of TeV atmospheric muon charge ratio with the full OPERA data N. Agafonova et al., OPERA Collaboration arXiv:1403.0244 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 5 Procedure for short-lived particle detection in the OPERA experiment and its application to charm decays N. Agafonova et al., OPERA Collaboration The European Physical Journal C, Volume 74, Issue 8, (2014) 30 0,05 5,247 30*5,247*0,05 7,8705 6 Procedure for short-lived particle detection in the OPERA experiment and its application to charm decays N. Agafonova et al., OPERA Collaboration arXiv:1404.4357 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 7 The Angular Matching Method for the Muon Charge Sign Measurement in the OPERA Experiment N. Agafonova et al., OPERA Collaboration arXiv:1404.5933 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 8 Observation of nt appearance in the CNGS beam with the OPERA experiment N. Agafonova et al., OPERA Collaboration Prog. Theor. Exp. Phys. 2014, 101C01 (10 pages) 30 0,05 2,745 30*2,745*0,05 4,1175 9 Observation of nt appearance in the CNGS beam with the OPERA experiment N. Agafonova et al., OPERA Collaboration arXiv:1407.3513 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 10 Implication on the core collapse supernova rate from 21 years of data of the Large Volume Detector N.Y. Agafonova et al. LVD Collaboration arXiv:1411.1709 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Recent results of the OPERA experiment,Proceedings of the 14th ICATPP Conference, 23-27 September 2013, Villa Olmo - Como (Italy) OPERA Collaboration arXiv:1401.6776 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 2 Search for nm -> n5 oscillations with the OPERA experiment in the CNGS beam O.G. Ryazhskaya, I.R. Shakiryanova, OPERA Collaboration Il Nuovo Cimento C, PONTECORVO100, Year 2014, Issue 3, May-June, pp. 185-187 8 0,05 no 8*0,05 0,4 8- 157 8=45:A0 3 Measurements of neutrino velocity with LVD O.G. Ryazhskaya, I.R. Shakiryanova LVD Collaboration Il Nuovo Cimento C, PONTECORVO100, Year 2014, Issue 3, MLVALay-June, pp. 181-183 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 4 The OPERA Experiment and Recent Results OPERA Collaboration EPJ Web of Conferences 71, (2014) 00133 8 0,05 no 8*0,05 0,4 8- 157 8=45:A0 5 Evidence for nm -> nt oscillations in the OPERA experiment OPERA Collaboration Nuovo Cim. C037 (2014) 124-128 8 0,05 no 8*0,05 0,4 8- 157 8=45:A0 6 Highlights from the OPERA experiment OPERA Collaboration EPJ Web Conf. 70, (2014) 00045 8 0,05 no 8*0,05 0,4 8- 157 8=45:A0 7 OPERA: Status and prospects OPERA Collaboration Mod.Phys.Lett. A29 (2014) 1430008 30 0,05 1,083 30*1,083*0,05 1,6245 8 Search for Neutrino Oscillations in Appearance Mode with the OPERA Experiment OPERA Collaboration arXiv:1402.3861 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B >:;04K 1 Search for Supernova Neutrino Bursts at LVD C.Vigorito, W. Fulgione & A. Molinario for LVD Collaboration, XXVI Conference on Neutrino Physics and Astrophysics (NEUTRINO 2014), June 2-7, Boston (USA) 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 Results from OPERA: Observation of nmnt oscillation with OPERA S. Dusini on behaf OPERA Collaboration XXVI Conference on Neutrino Physics and Astrophysics (NEUTRINO 2014), June 2-7, Boston (USA) 6 0,05 1,5 6*0.05*1,5 0,45 CAB=K9 3 7CG5=85 35=5@0F88 =59B@>=>2, <N>=0<8 :>A<8G5A:8E ;CG59 2 65;575, A ?><>ILN 45B5:B>@0 LVD . .. 30D>=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 4 =0;87 G0AB>BK D>=>2KE A>2?045=89 4;O M:A?5@8<5=B>2 !" 8 LVD .. H8E<8= 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 5 5=5@0F8O =59B@>=>2 3>@87>=B0;L=K<8 <N>=0<8 >B =59B@8==>3> ?CG:0 87 & 0 . . (0:8@LO=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 AC<<0: 189,848LVALOG OA=K9 A52>;>4 02@8;>28G A.=.A. 2013-2014  = 25,328 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 @838=0;L=K5 AB0BL8 1 Measurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 <>=>3@0D8O=2E G8A;> AB@0=8F 2 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 3 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 4 >8A: =59B@8==>3> 87;CG5=8O >B :>;;0?A8@CNI8E 72574 =0 @B5<>2A:>< AF8=B8;;OF8>==>< 45B5:B>@5 .. =8:552 8 4@. 725AB8O  A5@. $87., 2013, 77 N 11, 1594-1596 60 5 0,347 60*0,347/5 4,164 5 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 6 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 7 >8A: >AF8;;OF89 =59B@8=> 2 :0=0;5 nu_mu -> nu_tau A ?><>ILN 381@84=>3> 45B5:B>@0 M:A?5@8<5=B0 OPERA ... 30D>=>20 8 4@ $878:0 -;5<5=B0@=KE G0AB8F 8 B><=>3> O4@0, 2013, Vol. 44, No. 4., C1=0, (Eng: Physics of Particles and Nuclei, 2013, Vol. 44, No. 4, pp. 703 727) 60 0,1 1,1 60*1.1*0.1 6,6 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintilLVALlator and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 Perent status of LVD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 4 Measurements of neutrino velocity with LVD LVD Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,1 1 6*0.1*1 0,6 ?>AB5@ 2014 @838=0;L=K5 AB0BL8 1 Implication on the core collapse supernova rate from 21 years of data of the Large Volume Detector N.Y. Agafonova et al. LVD Collaboration arXiv:1411.1709 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Measurements of neutrino velocity with LVD O.G. Ryazhskaya, I.R. Shakiryanova LVD Collaboration Il Nuovo Cimento C, PONTECORVO100, Year 2014, Issue 3, May-June, pp. 181-183 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 >:;04K 1 Search for Supernova Neutrino Bursts at LVD C.Vigorito, W. Fulgione & A. Molinario for LVD Collaboration, XXVI Conference on Neutrino Physics and Astrophysics (NEUTRINO 2014), June 2-7, Boston (USA) 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 7CG5=85 35=5@0F88 =59B@>=>2, <N>=0<8 :>A<8G5A:8E ;CG59 2 65;575, A ?><>ILN 45B5:B>@0 LVD . .. 30D>=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 3 =0;87 G0AB>BK D>=>2KE A>2?045=89 4;O M:A?5@8<5=B>2 !" 8 LVD .. H8E<8= 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 4 5=5@0F8O =59B@>=>2 3>@87>=B0;L=K<8 <N>=0<8 >B =59B@8==>3> ?CG:0 87 & 0 . . (0:8@LO=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Ray LVAL s,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 5 5@2K5 @57C;LB0BK ?>8A:0 =59B@8==KE 2A?;5A:>2 ?> A>2<5AB=K< 40==K< !" 8 LVD . >2>A5;LF520 8 4@ 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1 4*0.1*1 0,4 ?>AB5@ AC<<0: 25,328LVALOG (0:8@LO=>20 @8=0 ><5;L52=0 <.=.A. 2013-2014  = 82,073 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 @838=0;L=K5 AB0BL8 1 New results on $nu_mu\to nu_tau$ appearance with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration JHEP 11 (2013) 036 30 0,05 5,831 30*0,05*5,831 8,7465 2 New results on $nu_mu\to nu_tau$ appearance with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration ArXiv:1308.2553 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 3 Search fornm -> neoscillations with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration JHEP 07 (2013) 004 30 0,05 5,831 30*0,05*5,831 8,7465 4 Search fornm -> neoscillations with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration ArXiv:1303.3953 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 5 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. Adam et al. OPERA Collaboration JHEP 01 (2013) 153 30 0,05 5,831 30*0,05*5,831 8,7465 6 Measurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 <>=>3@0D8O=2E G8A;> AB@0=8F 2 Search forntinteractions with the nuclear emulsion films of the OPERA experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 116 2 0,05 4 2*4*0,05 0,4 <>=>3@0D8O=2E G8A;> AB@0=8F 3 The electronic detectors of the hybrid OPERA neutrino experiment OPERA Collaboration Particle Physics at the Tercentenary of Mikhail Lomonosov /SLVALingapore: World Scientific, 2013. p. 120 2 0,05 4 2*4*0,05 0,4 <>=>3@0D8O=2E G8A;> AB@0=8F 4 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 5 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 6 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 7 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 8 >8A: >AF8;;OF89 =59B@8=> 2 :0=0;5 nu_mu -> nu_tau A ?><>ILN 381@84=>3> 45B5:B>@0 M:A?5@8<5=B0 OPERA ... 30D>=>20 8 4@ $878:0 -;5<5=B0@=KE G0AB8F 8 B><=>3> O4@0, 2013, Vol. 44, No. 4., C1=0, (Eng: Physics of Particles and Nuclei, 2013, Vol. 44, No. 4, pp. 703 727) 60 0,1 1,1 60*1.1*0.1 6,6 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintillator and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 Perent status of LVD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 4 Search for $/nu/mu ->/nu_e$ oscillations with the OPERA experiment in the CNGS beam OPERA Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,05 1 6*0.05*1 0,3 ?>AB5@ 5 Measurements of neutrino velocity with LVD LVD CollabLVALoration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,1 1 6*0.1*1 0,6 ?>AB5@ 6 Recent Results from the OPERA Experiment OPERA Collaboration (Dominique Duchesneau) TAUP 2013, Asilomar, Ca. USA 6 0,05 1 6*0.05*1,5 0,3 CAB=K9 7 Search for neutrino oscillations in appearance mode with the OPERA experiment OPERA Collaboration (T. Dzhatdoev) HEPFT 2013, Protvino, Russia 6 0,05 1 6*0.05*1,5 0,3 CAB=K9 8 Search for muon-neutrino to tau-neutrino oscillations with the OPERA experiment OPERA Collaboration (Pozzato Michele) QFTHEP 2013, St Petersburg, Russia 6 0,05 1 6*0.05*1,5 0,3 CAB=K9 9 OPERA emulsion scanning and analysis and recent results on muon-neutrino to electron-neutrino oscillations OPERA Collaboration (Kamiscioglu Cagin) QFTHEP 2013, St Petersburg, Russia 6 0,05 1 6*0.05*1,5 0,3 CAB=K9 2014 @838=0;L=K5 AB0BL8 1 Evidence fornm -> ntappearance in the CNGS neutrino beam with the OPERA experiment N. Agafonova et al., OPERA Collaboration Phys. Rev. D 89, 051102 (2014) 30 0,05 4,691 30*4,691*0,05 7,0365 2 Evidence fornm-> ntappearance in the CNGS neutrino beam with the OPERA experiment N. Agafonova et al., OPERA Collaboration arXiv:1401.2079 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 3 Measurement of TeV atmospheric muon charge ratio with the full OPERA data N. Agafonova et al., OPERA Collaboration Eur. Phys. J. C (2014) 74:2933 30 0,05 5,247 30*5,247*0,05 7,8705 4 Measurement of TeV atmospheric muon charge ratio with the full OPERA data N. Agafonova et al., OPERA Collaboration arXiv:1403.0244 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 5 Procedure for short-lived particle detection in the OPERA experiment and its application to charm decays N. Agafonova et al., OPERA Collaboration The European Physical Journal C, Volume 74, Issue 8, (2014) 30 0,05 5,247 30*5,247*0,05 7,8705 6 Procedure for short-lived particle detection in the OPERA experiment and its application to charm decays N. Agafonova et al., OPERA Collaboration arXiv:1404.4357LVAL 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 7 The Angular Matching Method for the Muon Charge Sign Measurement in the OPERA Experiment N. Agafonova et al., OPERA Collaboration arXiv:1404.5933 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 8 Observation of nt appearance in the CNGS beam with the OPERA experiment N. Agafonova et al., OPERA Collaboration Prog. Theor. Exp. Phys. 2014, 101C01 (10 pages) 30 0,05 2,745 30*2,745*0,05 4,1175 9 Observation of nt appearance in the CNGS beam with the OPERA experiment N. Agafonova et al., OPERA Collaboration arXiv:1407.3513 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 10 Implication on the core collapse supernova rate from 21 years of data of the Large Volume Detector N.Y. Agafonova et al. LVD Collaboration arXiv:1411.1709 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Recent results of the OPERA experiment,Proceedings of the 14th ICATPP Conference, 23-27 September 2013, Villa Olmo - Como (Italy) OPERA Collaboration arXiv:1401.6776 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 2 Search for nm -> n5 oscillations with the OPERA experiment in the CNGS beam O.G. Ryazhskaya, I.R. Shakiryanova, OPERA Collaboration Il Nuovo Cimento C, PONTECORVO100, Year 2014, Issue 3, May-June, pp. 185-187 8 0,05 no 8*0,05 0,4 8- 157 8=45:A0 3 Measurements of neutrino velocity with LVD O.G. Ryazhskaya, I.R. Shakiryanova LVD Collaboration Il Nuovo Cimento C, PONTECORVO100, Year 2014, Issue 3, May-June, pp. 181-183 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 4 The OPERA Experiment and Recent Results OPERA Collaboration EPJ Web of Conferences 71, (2014) 00133 8 0,05 no 8*0,05 0,4 8- 157 8=45:A0 5 Evidence for nm -> nt oscillations in the OPERA experiment OPERA Collaboration Nuovo Cim. C037 (2014) 124-128 8 0,05 no 8*0,05 0,4 8- 157 8=45:A0 6 Highlights from the OPERA experiment OPERA Collaboration EPJ Web Conf. 70, (2014) 00045 8 0,05 no 8*0,05 0,4 8- 157 8=45:A0 7 OPERA: Status and prospects OPERA Collaboration Mod.Phys.Lett. A29 (2014) 1430008 30 0,05 1,083 30*1,083*0,05 1,6245 8 Search for Neutrino Oscillations in Appea@LVALPrance Mode with the OPERA Experiment OPERA Collaboration arXiv:1402.3861 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B >:;04K 1 Search for Supernova Neutrino Bursts at LVD C.Vigorito, W. Fulgione & A. Molinario for LVD Collaboration, XXVI Conference on Neutrino Physics and Astrophysics (NEUTRINO 2014), June 2-7, Boston (USA) 6 0,1 1,5 6*0.01*1,5 0,9 CAB=K9 2 Results from OPERA: Observation of nmnt oscillation with OPERA S. Dusini on behaf OPERA Collaboration XXVI Conference on Neutrino Physics and Astrophysics (NEUTRINO 2014), June 2-7, Boston (USA) 6 0,05 1,5 6*0.05*1,5 0,45 CAB=K9 3 7CG5=85 35=5@0F88 =59B@>=>2, <N>=0<8 :>A<8G5A:8E ;CG59 2 65;575, A ?><>ILN 45B5:B>@0 LVD . .. 30D>=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 4 =0;87 G0AB>BK D>=>2KE A>2?045=89 4;O M:A?5@8<5=B>2 !" 8 LVD .. H8E<8= 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 5 5=5@0F8O =59B@>=>2 3>@87>=B0;L=K<8 <N>=0<8 >B =59B@8==>3> ?CG:0 87 & 0 . . (0:8@LO=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 6 5@2K5 @57C;LB0BK ?>8A:0 =59B@8==KE 2A?;5A:>2 ?> A>2<5AB=K< 40==K< !" 8 LVD . >2>A5;LF520 8 4@ 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1 4*0.1*1 0,4 ?>AB5@ AC<<0: 82,073LVALOG  /:CH52 0;5@89 $54>@>28G =.A. 2013-2014  = 21,164 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2013 @838=0;L=K5 AB0BL8 1 Measurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 <>=>3@0D8O=2E G8A;> AB@0=8F 2 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 3 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 4 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 5 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 6 >8A: >AF8;;OF89 =59B@8=> 2 :0=0;5 nu_mu -> nu_tau A ?><>ILN 381@84=>3> 45B5:B>@0 M:A?5@8<5=B0 OPERA ... 30D>=>20 8 4@ $878:0 -;5<5=B0@=KE G0AB8F 8 B><=>3> O4@0, 2013, Vol. 44, No. 4., C1=0, (Eng: Physics of Particles and Nuclei, 2013, Vol. 44, No. 4, pp. 703 727) 60 0,1 1,1 60*1.1*0.1 6,6 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintillator and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 Perent status of LLVAL!VD LVD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 3 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 4 Measurements of neutrino velocity with LVD LVD Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,1 1 6*0.1*1 0,6 ?>AB5@ 2014 @838=0;L=K5 AB0BL8 1 Implication on the core collapse supernova rate from 21 years of data of the Large Volume Detector N.Y. Agafonova et al. LVD Collaboration arXiv:1411.1709 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Measurements of neutrino velocity with LVD O.G. Ryazhskaya, I.R. Shakiryanova LVD Collaboration Il Nuovo Cimento C, PONTECORVO100, Year 2014, Issue 3, May-June, pp. 181-183 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 >:;04K 1 Search for Supernova Neutrino Bursts at LVD C.Vigorito, W. Fulgione & A. Molinario for LVD Collaboration, XXVI Conference on Neutrino Physics and Astrophysics (NEUTRINO 2014), June 2-7, Boston (USA) 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 7CG5=85 35=5@0F88 =59B@>=>2, <N>=0<8 :>A<8G5A:8E ;CG59 2 65;575, A ?><>ILN 45B5:B>@0 LVD . .. 30D>=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 3 =0;87 G0AB>BK D>=>2KE A>2?045=89 4;O M:A?5@8<5=B>2 !" 8 LVD .. H8E<8= 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 4 5=5@0F8O =59B@>=>2 3>@87>=B0;L=K<8 <N>=0<8 >B =59B@8==>3> ?CG:0 87 & 0 . . (0:8@LO=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 5 5@2K5 @57C;LB0BK ?>8A:0 =59B@8==KE 2A?;5A:>2 ?> A>2<5AB=K< 40==K< !" 8 LVD . >2>A5;LF520 8 4@ 33-Russian confence of Co*LVAL:smic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1 4*0.1*1 0,4 ?>AB5@ AC<<0: 21,164LVALOG# #! !"" " ' =.A. 2013-2014  = 5,757 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2/ 4>;O 8<?0:B D0:B>@ @0AG5B 10;; 2013 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 <>=>3@0D8O=2E G8A;> AB@0=8F 2 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 3 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 4 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 5 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 >:;04K 1 Muon-induced neutron background study for underground experiments with liquid scintillator searching for rare event physics K.V. Manukovskiy, O.G. Ryazhskaya, N.M. Sobolevskiy, A.V. Yudin 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 4 1,5 6*1.5/4 2,25 ?>AB5@ 2014 >:;04K 1 7CG5=85 35=5@0F88 =59B@>=>2, <N>=0<8 :>A<8G5A:8E ;CG59 2 65;575, A ?><>ILN 45B5:B>@0 LVD . .. 30D>=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 2 5=5@0F8O =59B@>=>2 3>@87>=B0;L=K<8 <N>=0<8 >B =59B@8==>3> ?CG:0 87 & 0 . . (0:8@LO=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  LVAL  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 3 5=5@0F8O =59B@>=>2 <N>=0<8 :>A<8G5A:8E ;CG59 2 @07;8G=KE <0B5@80;0E .. .48= 8 4@ 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 4 1,5 4*1,5/4 1,5 CAB=K9 AC<<0: 11,514 :>MDD8F85=B 87-70 A>2<5AB8B5;LAB20 0,5 5,757LVALOG% .   " ' =.A. 2013-2014  = 5,757 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2/ 4>;O 8<?0:B D0:B>@ @0AG5B 10;; 2013 1 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 199 2 0,1 4 2*4*0,1 0,8 <>=>3@0D8O=2E G8A;> AB@0=8F 2 59B@>=K, 35=5@8@>20==K5 <N>=0<8 =0 CAB0=>2:5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87. 2013, 77, N11, 1587-1590 60 0,1 0,347 60*0,347*0,1 2,082 3 7CG5=85 2708<>459AB28O =59B@>=>2 A ?>20@5==>9 A>;LN 2 45B5:B>@5 LVD . .. 30D>=>20 8 4@. (>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 4 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 5 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 >:;04K 1 Muon-induced neutron background study for underground experiments with liquid scintillator searching for rare event physics K.V. Manukovskiy, O.G. Ryazhskaya, N.M. Sobolevskiy, A.V. Yudin 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 4 1,5 6*1.5/4 2,25 ?>AB5@ 2014 >:;04K 1 7CG5=85 35=5@0F88 =59B@>=>2, <N>=0<8 :>A<8G5A:8E ;CG59 2 65;575, A ?><>ILN 45B5:B>@0 LVD . .. 30D>=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 2 5=5@0F8O =59B@>=>2 3>@87>=B0;L=K<8 <N>=0<8 >B =59B@8==>3> ?CG:0 87 & 0 . . (0:8@LO=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, " LVAL2 Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 3 5=5@0F8O =59B@>=>2 <N>=0<8 :>A<8G5A:8E ;CG59 2 @07;8G=KE <0B5@80;0E .. .48= 8 4@ 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 4 1,5 4*1,5/4 1,5 CAB=K9 AC<<0: 11,514 :>MDD8F85=B 87-70 A>2<5AB8B5;LAB20 0,5 5,757'*RM m  h  c ^ , sHC>9Z?{ DA,.-@? @mp15.docxSHHH<? 3۳D6B,J..@? @mp15.docxSHHH<? HAD*D,|..@? @mp15.docxSHHH<? qB @? @mp15.docxSHHH<? ?C!@?(OGHHHH<? 3RкDD,./@?8OGmp15.docxSHHH<? Q DB,J.J.@?ZOGmp15.docxSHHH<? ׋E`,d2:@?F|OGmp15.docxSHHH<? ߲DA,.-@?R @ymp15.docxSHHH<? XBB~\@? zOGHHHH<? p5B&4 @?@yHHHH<?  A,f@@? @xHHHH<? A,f@@?| @wHHHH<? AA&~@?uOGHHHH<? tJBG5AX. @?L@tHHHH<? TBX  @@rOGHHHH<? c33B~b*@?-oOGHHHH<?~ ) ff B@( 4@@nOGHHHH<?} +C\B@jJ@?lOGHHHH<?| +-C*, @?+iOG3800 F8B ?> WoSnnnH<?{ s"A:@?F @hHHHH<?z ffB CXv@?@-eOGHHHH<?y ^D2B@` " @?>cOGHHHH<?x DCDNBYh}@?aOGmp15.docxSHHH<?w hHaB @@` @`@1  C<=>60N =0 ?>2KH0NI89 :>MDD8F85=B 2 ???TH<v =D>,-,@?A< D09;   all lab 13-14hh<<<u BD3,+'@?ROGHHHH<?t N)B@?*OOGHHHH<?s B@?VIJOGHHHH<?r 1= BB& @?@IHHHH<?q  B~\@?GOGHHHH<?p Cp@?:COGHHHH<?o  >C."@?A>OGHHHH<?n )B@?+;OGHHHH<?m )\?2d@?^ @:HHHH<?l rA,L@?v8OG38.628 70O2;5=>, <1 +13??? 23,616zzHH<k ]-B  @?D6OGHHHH<?j p-7B&4 @?n@5HHHH<?i AAlF@?3OGHHHH<?h ffnD\Dzq4;VEV@?Q-OGHHHH<?g rfCzq4;VEz@?nU'OGHHHH<?f X9@X @?$OGHHHH<?LVALOG( /!/ ,   702. B45;0 - 2013-2014 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2/ 4>;O 8<?0:B D0:B>@ @0AG5B 10;; 2013 @838=0;L=K5 AB0BL8 1 New results on $nu_mu\to nu_tau$ appearance with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration JHEP 11 (2013) 036 30 0,05 5,831 30*0,05*5,831 8,7465 2 New results on $nu_mu\to nu_tau$ appearance with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration ArXiv:1308.2553 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 3 Search fornm -> neoscillations with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration JHEP 07 (2013) 004 30 0,05 5,831 30*0,05*5,831 8,7465 4 Search fornm -> neoscillations with the OPERA experiment in the CNGS beam N. Agafonova et al. OPERA Collaboration ArXiv:1303.3953 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 5 Measurement of the neutrino velocity with the OPERA detector in the CNGS beam using the 2012 dedicat. T. Adam et al. OPERA Collaboration JHEP 01 (2013) 153 30 0,05 5,831 30*0,05*5,831 8,7465 6 1 M:A?5@8<5=B0E 2 ?>475<=>9 D878:5 .. O6A:0O #$ B.183, !3 (2013), A.317-323 60 1 1,865 60*1,865/1 111,9 7 Measurement of muon charge ratio with the Large Volume Detector N. Yu. Agafonova et al., LVD Collaboration arXiv:1311.6995 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Search for neutrino radiation from collapsing stars and the sensitivity of experiments to the different types of neutrinos V. Dadykin and O. Ryazhskaya Particle Physics at the Tercentenary of Mikhail Lomonosov /Singapore: World Scientific, 2013. p. 190 2 2 9 2*9/2 9 <>=>3@0D8O=2E G8A;> AB@0=8F 2 Supernova neutrino type identification with adding sodium chloride in LVD V. V. Ashikhmin, K. V. Manukovskiy, O. G. Ryazhskaya, I. R. Shakiryanova and A. V. Yudin, for LVD Collaboration. 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(>;;01>@0F8O LVD) 725AB8O  A5@. $87., 2013, 77 N11, 1591-1593 60 0,1 0,347 60*0,347*0,1 2,082 7 >8A: =59B@8==>3> 87;CG5=8O >B :>;;0?A8@CNI8E 72574 =0 @B5<>2A:>< AF8=B8;;OF8>==>< 45B5:B>@5 .. =8:552 8 4@. 725AB8O  A5@. $87., 2013, 77 N 11, 1594-1596 60 5 0,347 60*0,347/5 4,164 8 Monte Carlo Simulation study of Neutron Interaction with NaCl in LVD N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser. 409 012140 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 9 Neutrons produced by muons in LVD, Monte Carlo Simulation N.Yu. Agafonova et al. (LVD Collaboration) 2013 J. Phys.: Conf. Ser.409 012139 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 #!!+! >8A: >AF8;;OF89 =59B@8=> 2 :0=0;5 nu_mu -> nu_tau A ?><>ILN 381@84=>3> 45B5:B>@0 M:A?5@8<5=B0 OPERA ... 30D>=>20 8 4@ $878:0 -;5<5=B0@=KE G0AB8F 8 B><=>3> O4@0, 2013, Vol. 44, No. 4., C1=0, (Eng: Physics of Particles and Nuclei, 2013, Vol. 44, No. 4, pp. 703 727) 60 0,1 1,1 60*1.1*0.1 6,6 >:;04K 1 Measurement of the neutron yield induced by muons in liquid scintillator and iron at LNGS with the LVD experiment LVD Collaboration (R. Persiani) Low Radioactivity Techniques 2013, 10-12 April, 2013, LNGS, Italy 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 Perent status of LVD LLVAL*VD Collaboration (I. Shakirianova) 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 3 Muon-induced neutron background study for underground experiments with liquid scintillator searching for rare event physics K.V. Manukovskiy, O.G. Ryazhskaya, N.M. Sobolevskiy, A.V. Yudin 16th Lomonosov Conference on Elementary Particle Physics, 22-28 August, 2013, MSU 6 4 1,5 6*1.5/4 2,25 ?>AB5@ 4 Neutrino bursts from gravitational stellar collapses with LVD: 20 years of continuous monitoring LVD Collaboration 33rd ICRC2013, 2-9 July, 2013, in Rio de Janeiro, Brazil 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 5 Search for $/nu/mu ->/nu_e$ oscillations with the OPERA experiment in the CNGS beam OPERA Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,05 1 6*0.05*1 0,3 ?>AB5@ 6 Measurements of neutrino velocity with LVD LVD Collaboration (I. Shakirianova) The Pontecorvo100 Symposium, 18-20 September, 2013 6 0,1 1 6*0.1*1 0,6 ?>AB5@ 7 Recent Results from the OPERA Experiment OPERA Collaboration (Dominique Duchesneau) TAUP 2013, Asilomar, Ca. USA 6 0,05 1 6*0.05*1,5 0,3 CAB=K9 8 Search for neutrino oscillations in appearance mode with the OPERA experiment OPERA Collaboration (T. Dzhatdoev) HEPFT 2013, Protvino, Russia 6 0,05 1 6*0.05*1,5 0,3 CAB=K9 9 Search for muon-neutrino to tau-neutrino oscillations with the OPERA experiment OPERA Collaboration (Pozzato Michele) QFTHEP 2013, St Petersburg, Russia 6 0,05 1 6*0.05*1,5 0,3 CAB=K9 10 OPERA emulsion scanning and analysis and recent results on muon-neutrino to electron-neutrino oscillations OPERA Collaboration (Kamiscioglu Cagin) QFTHEP 2013, St Petersburg, Russia 6 0,05 1 6*0.05*1,5 0,3 CAB=K9 2014 @838=0;L=K5 AB0BL8 1 Evidence fornm -> ntappearance in the CNGS neutrino beam with the OPERA experiment N. Agafonova et al., OPERA Collaboration Phys. Rev. D 89, 051102 (2014) 30 0,05 4,691 30*4,691*0,05 7,0365 2 Evidence fornm-> nLVAL+tappearance in the CNGS neutrino beam with the OPERA experiment N. Agafonova et al., OPERA Collaboration arXiv:1401.2079 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 3 Measurement of TeV atmospheric muon charge ratio with the full OPERA data N. Agafonova et al., OPERA Collaboration Eur. Phys. J. 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Phys. 2014, 101C01 (10 pages) 30 0,05 2,745 30*2,745*0,05 4,1175 9 Observation of nt appearance in the CNGS beam with the OPERA experiment N. Agafonova et al., OPERA Collaboration arXiv:1407.3513 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 10 Implication on the core collapse supernova rate from 21 years of data of the Large Volume Detector N.Y. Agafonova et al. LVD Collaboration arXiv:1411.1709 4 0,1 no 4*0,1 0,4 4 - ?@5?@8=B 1 Recent results of the OPERA experiment,Proceedings of the 14th ICATPP Conference, 23-27 September 2013, Villa Olmo - Como (Italy) OPERA Collaboration arXiv:1401.6776 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B 2 Search for nm -> n5 oscillations with the OPERA experiment in the CNGS beam O.G. Ryazhskaya, I.R. Shakiryanova, OPERA CoLVAL,llaboration Il Nuovo Cimento C, PONTECORVO100, Year 2014, Issue 3, May-June, pp. 185-187 8 0,05 no 8*0,05 0,4 8- 157 8=45:A0 3 Measurements of neutrino velocity with LVD O.G. Ryazhskaya, I.R. Shakiryanova LVD Collaboration Il Nuovo Cimento C, PONTECORVO100, Year 2014, Issue 3, May-June, pp. 181-183 8 0,1 no 8*0,1 0,8 8- 157 8=45:A0 4 The OPERA Experiment and Recent Results OPERA Collaboration EPJ Web of Conferences 71, (2014) 00133 8 0,05 no 8*0,05 0,4 8- 157 8=45:A0 5 Evidence for nm -> nt oscillations in the OPERA experiment OPERA Collaboration Nuovo Cim. C037 (2014) 124-128 8 0,05 no 8*0,05 0,4 8- 157 8=45:A0 6 Highlights from the OPERA experiment OPERA Collaboration EPJ Web Conf. 70, (2014) 00045 8 0,05 no 8*0,05 0,4 8- 157 8=45:A0 7 OPERA: Status and prospects OPERA Collaboration Mod.Phys.Lett. A29 (2014) 1430008 30 0,05 1,083 30*1,083*0,05 1,6245 8 Search for Neutrino Oscillations in Appearance Mode with the OPERA Experiment OPERA Collaboration arXiv:1402.3861 4 0,05 no 4*0,05 0,2 4 - ?@5?@8=B >:;04K 1 Search for Supernova Neutrino Bursts at LVD C.Vigorito, W. Fulgione & A. Molinario for LVD Collaboration, XXVI Conference on Neutrino Physics and Astrophysics (NEUTRINO 2014), June 2-7, Boston (USA) 6 0,1 1,5 6*0.1*1,5 0,9 CAB=K9 2 Results from OPERA: Observation of nmnt oscillation with OPERA S. Dusini on behaf OPERA Collaboration XXVI Conference on Neutrino Physics and Astrophysics (NEUTRINO 2014), June 2-7, Boston (USA) 6 0,05 1,5 6*0.05*1,5 0,45 CAB=K9 3 >475<=0O D878:0 8 M:A?5@8<5=BK =0 45B5:B>@5 LVD O. Ryazhskaya 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014, (?@83;0H5==K9 4>:;04) 20 1 1 20*1*1 20 CAB=K9 4 7CG5=85 35=5@0F88 =59B@>=>2, <N>=0<8 :>A<8G5A:8E ;CG59 2 65;575, A ?><>ILN 45B5:B>@0 LVD . .. 30D>=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 5 =0;87 G0AB>BK D>=>2KE A>2?045=89 4;O M:A?5@8<5=B>2 !" 8 LVD .. H8E<8= 8 4@. (LVD  LVAL >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 6 5=5@0F8O =59B@>=>2 3>@87>=B0;L=K<8 <N>=0<8 >B =59B@8==>3> ?CG:0 87 & 0 . . (0:8@LO=>20 8 4@. (LVD >;;01>@0F8O) 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1,5 4*0.1*1,5 0,6 CAB=K9 7 5=5@0F8O =59B@>=>2 <N>=0<8 :>A<8G5A:8E ;CG59 2 @07;8G=KE <0B5@80;0E .. .48= 8 4@ 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 4 1,5 4*1,5/4 1,5 CAB=K9 8 5@2K5 @57C;LB0BK ?>8A:0 =59B@8==KE 2A?;5A:>2 ?> A>2<5AB=K< 40==K< !" 8 LVD . >2>A5;LF520 8 4@ 33-Russian confence of Cosmic Rays,  2014, Dubna, 11-15 August, 2014 4 0,1 1 4*0.1*1 0,4 ?>AB5@ AC<<0: 230,887LVALOG.C45=:> .@89 @83>@L528G @>4. 05.10.1951, 70254CNI89 $- C:>2>48B5;L @01>B ?> 3>A7040=8O<: 8AA;54>20=85 =59B@8==KE >AF8;;OF89 2 M:A?5@8<5=B0E A 4;8==>9 107>9; ?>8A: =0@CH5=8O !  8 " A8<<5B@89 2 @0A?040E :0>=>2, 8AA;54>20=85 A2>9AB2 =59B@8=> 2 ?@>5:B5 03C=0-; @07@01>B:0 =>2KE =59B@8==KE 45B5:B>@>2.   70 2013-2014 33. =48284C0;L=K9   = 955.1   @C:>2>48B5;O = 880.0 &8B8@>20=85 1I89 8=45:A F8B8@>20=8O 4950 =45:A F8B8@>20=8O 70 ?>A;54=85 10 ;5B 3850 #45;L=K9 8=45:A F8B8@>20=8O 140.5 C1;8:0F88: 1. 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Talk at XXIX-th International Workshop on High Energy Physics New results and actual problems in particle & astroparticle physics and cosmology HEPFT2013, 26-28 June 2013, Protvino, Russia, @83;0H5==K9 4>:;04 =0 </= :>=D5@5=F88 (?;5=0@=K9, 40 <8=.). ?C1;8:>20= 2 "@C40E :>=D5@5=F88 2 45:01@5 2013, Protvino 2013, p. 88-98, 10 pp.  =30*1.5/2=22.500 2. ...C45=:>, 59B@8==K5 >AF8;;OF88: >B 87<5@5=8O q13 : 85@0@E88 <0AA 8 !  =0@CH5=8N. >:;04 =0 !5AA88 A5:F88 /$ $ , $-, @>B28=>, 5-8 =>O1@O 2013.  =20 3. ...C45=:>, 59B@8==K5 CA:>@8B5;L=K5 M:A?5@8<5=BK A 4;8==>9 107>9: @57C;LB0BK 8 ?5@A?5:B82K, 0CG=LVAL20O A5AA8O $ , ?>A2OI5==0O 100-;5B8N A> 4=O @>645=8O ..>=B5:>@2>, 2-3 A5=BO1@O 2013, C1=0, >AA8O.  =20 4. 5. Yu.Kudenko, Neutrino  source of new physics, talk at the Conference on Fundamental Constants, FFK2013, 7-11 October 2013, Pulkovo, Russia.  =30 5. ...C45=:>, 0@:>2A:85 GB5=8O, >A:20, 14 <0O 2013.  = 20 6. Yu.Kudenko, Experiment T2K: recent results and perspectives, invited talk at QUARKS2014, 1-7 June 2014, Suzdal, Russia.  =30 7. Yu.Kudenko, Neutrino physics, invited talk at CERN School  Introduction to Accelerator and High Energy Physics , 28 September  4 October 2014, & .  =30 8. Y.Kudenko and V.Paolone, Neutrino physics: status and open questions, invited talk at TAU2014, 15-19 September 2014, Aachen, Germany.  =30*0.5=15 9. A.Bonnemaison, O.Drapier, O. Ferreira,& A.Izmaylov, A.Khotjansev, Yu.Kudenko et al. (40 02B>@>2) Water/CH Neutrino Cross Section Measurement at J-PARC, talk 2nd International Symposium of Science at J-PARC, Tsukuba, Japan, July 12-15., 2014.  = 6*0.1=0.6 10. Makoto Tabata, Keito Horie, Youichi Igarashi,& Yury Kudenko et al..Progress in developing a spiral fiber tracker for the J-PARC E36 experiment. Talk at TIPP2014, Amsterdam, July 2014, published in PoS TIPP2014 (2014) 328.  = 6*0.1*1.5=0.9 0CG=>->1@07>20B5;L=K5 :C@AK: $": >@01>B:0 :C@A0 A=>2K M:A?5@8<5=B0;L=>9 D878:8 M;5<5=B0@=KE G0AB8F 2013    = 8 $": >@01>B:0 :C@A0 A=>2K M:A?5@8<5=B0;L=>9 D878:8 M;5<5=B0@=KE G0AB8F 2014 -   = 8 $: >2K9 :C@A !>2@5<5==K9 D878G5A:89 M:A?5@8<5=B 2014    = 30 C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: C:>2>4AB2> 0A?8@0=B0<8 .0@?8:>2, .>?K;>2, 1-9 3>4 0A?8@0=BC@K -20133.  =30*2 = 60 .0@?8:>2, .>?K;>2, 2-9 3>4 0A?8@0=BC@K -20143.  =30*2 = 60 C:>2>4AB2> ABC45=B0<8: .C48=, .0@?8:>2, /.(CAB@>2, ".2AO==8:>20, /.975=15@3, .5D>4852, !.0@BK=5=:>, !.!C2>@>2  2013.   =10*8 = 80 ".2AO==8:>20, /.975=15@3, .5D> LVAL 4852, !.0@BK=5=:>, !.!C2>@>2, .;59<5=>20, !.$54>B>2, !.(8@>1>:>2, .>=40@5=:>, .>@>1L52, .70I5=:>20 - 2014.   =10*11 = 110 !C<<0@=K9 8=48284C0;L=K9   = 955.1   @C:>2>48B5;O = 880.0LVALOG42AO==8:>20 "0BLO=0 ;5:A552=0 (@>4. 11.03.1991) ;01>@0=B & !C<<0@=K9   (70 2013-2014 3.3.) =22,157   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) K. Abe,& , T. Ovsyannikova, & et al. (360 02B>@>2). Measurement of the neutrino-oxygen neutral-current interaction cross section by observing nuclear deexcitation  rays , Phys.Rev.D 90 052010 (2014); (arXiv:1403.3140[hep-ex]).  =0.05*4.558*30=6,837 #AB=K5 4>:;04K KABC?;5=8O A 4>:;04>< AA;54>20=85 A2>9AB2 =59B@8==>3> ?CG:0 M:A?5@8<5=B0 "2 =0 :>=D5@5=F8OE: 1)>;>4656=0O :>=D5@5=F8O "-$ D878:0 M;5<5=B0@=KE G0AB8F 8 :>A<>;>388  =4 2)564C=0@>4=0O =0 57 -0O :>=D5@5=F8O $".  =4 3)564C=0@>4=0O A5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 $ .  =4 -" +   "+ 1) S.K. Agarwalla,& , T. Ovsyannikova, & et al. (159 02B>@>2). The LBNO long-baseline oscillation sensitivities with two conventional neutrino beams at different baselines, (arXiv:1412.0804 [hep-ex]).  =0.06*4=0.24 2. S.K. Agarwalla,& , T. Ovsyannikova, & et al. (159 02B>@>2). Optimised sensitivity to leptonic CP violation from spectral information: the LBNO case at 2300 km baseline , (arXiv:1412.0593 [hep-ex]).  =0.06*4=0.24 3. K. Abe,& , T. Ovsyannikova, & et al. (347 02B>@>2), Measurement of the $_$ CCQE cross section on carbon with the ND280 detector at T2K , (arXiv:1411.6264 [hep-ex]).  =0.05*4=0.2 4. K. Abe,& , T. Ovsyannikova, & et al. (321 02B>@>2), Search for short baseline $_e$ disappearance with the T2K near detector, (arXiv:1410.8811 [hep-ex]).  =0.05*4=0.2 5. K. Abe,& , T. Ovsyannikova, & et al. (330 02B>@>2), Neutrino Oscillation Physics Potential of the T2K Experiment (arXiv:1409.7469 [hep-ex]).  =0.05*4=0.2 6)L. Agostino,& , T. Ovsyannikova, & et al.(115 02B>@>2), LBNO-DEMO: Large-scale neutrino detector demonstrators for phased performance assessment in view of a long-baseline oscillation experiment,(arXiv:1409.4405 [hep-ex]).  =0.LVAL,06*4=0.24 7)O.V. Suvorova, T.A. Ovsiannikova,Statistical approaches in search for astrophysical neutrino sources with Baikal deep underwater telescopes,(arXiv:1406.2478[hep-ph][hep-ex])=4/2=2 B>3> 70 2013-2014 3.3.:  =22,157LVAL0@BK=5=:> !5@359 048<>28G (@>4. 30.12.1991) ;01>@0=B & !C<<0@=K9   (70 2013-2014 3.3.) =45.924   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) K. Abe,& , S. Martynenko, & et al. (326 02B>@>2). Measurement of the inclusive  charged current cross section on iron and hydrocarbon in the T2K on-axis neutrino beam, Phys.Rev.D 90 052010 (2014); (arXiv:1407.4256 [hep-ex]).  =0.05*4.864*30=7.296 2) K. Abe, & , S. Martynenko, & et al. (319 02B>@>2). Measurement of the Inclusive Electron Neutrino Charged Current Cross Section on Carbon with the T2K Near Detector . Phys.Rev.Lett. 113, 241803 (2014); (arXiv:1407.7389 [hep-ex]).  = 0.05*7.728*30=11.592 3) K. Abe, & , S. Martynenko, & et al. (359 02B>@>2). Measurement of the neutrino-oxygen neutral-current interaction cross section by observing nuclear deexcitation  rays. Phys. Rev. D 90, 072012 (2014) (arXiv:1403.3140 [hep-ex]).  =0.05*4.864*30=7.296 !"",  !!!% $  #+% # %: 1)..@8AB>20, !..0@BK=5=:>. 8:><?0:B=K5 AE5<K >3>20 4;O <=>3><5@=>3> =5>4=>@>4=>3> ;8=59=>3> C@02=5=8O ?5@5=>A0 ?@8 1>;LH8E >?B8G5A:8E B>;I8=0E . . 2KG8A;. <0B5<. 8 <0B5<. D87., 53:10 (2013), 1684 1697.  =60*0.638*0.5=19.14 -" +   "+ 1) K. Abe,& , S. Martynenko, & et al. (328 02B>@>2). Neutrino Oscillation Physics Potential of the T2K Experiment. arXiv:1409.7469 [hep-ex].  =0.05*4=0.2 2) K. Abe,& , S. Martynenko, & et al. (336 02B>@>2). Search for short baseline e disappearance with the T2K near detector. arXiv:1410.8811 [hep-ex].  =0.05*4=0.2 3) K. Abe, & , S. Martynenko, & et al. (342 02B>@>2). Measurement of the  CCQE cross section on carbon with the ND280 detector at T2K. arXiv:1411.6264 [hep-ex].  =0.05*4=0.2 B>3> 70 2013-2014 3.3.:  =45.924LVALOG70@?8:>2 20= !5@35528G (@>4. 05.10.1989) AB065@ 8AA;54>20B5;L $-! $- !C<<0@=K9   (70 2013-2014 3.3.) = 84.088   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) K. Abe,& , I. Karpikov, & et al. (320 02B>@>2), Measurement of Inclusive Electrom Neutrino Charged Current Cross Section on Carbon with the T2K Near Detector, Published in Phys.Rev.Lett. 113 (2014) 241803 DOI: 10.1103/PhysRevLett.113.241803  = 30*7.728*0.05=11.592 2) K. Abe,& , I. Karpikov, & et al. (326 02B>@>2), Measurement of the inclusive  charged current cross section on iron and hydrocarbon in the T2K on-axis neutrino beam, Published in Phys.Rev. D90 (2014) 5, 052010, DOI: 10.1103/PhysRevD.90.052010  = 30*4.864*0.05=7.296 3) K. Abe,& , I. Karpikov, & et al. (343 02B>@>2), Measurement of the neutrino-oxygen neutral-current interaction cross section by observing nuclear deexcitation  ray, Published in Phys.Rev. D90 (2014) 7, 072012, DOI: 10.1103/PhysRevD.90.072012  = 30*4.864*0.05=7.296 4) K. Abe,& , I. Karpikov, & et al. (338 02B>@>2), Precise Measurement of the Neutrino Mixing Parameter \theta_{23} from Muon Neutrino Disappearance in an Off-Axis Beam, Published in Phys.Rev.Lett. 112 (2014) 18, 181801, DOI: 10.1103/PhysRevLett.112.181801,  = 30*7.728*0.05=11.592 5) K. Abe,& , I. Karpikov, & et al. (337 02B>@>2), Recent Results from the T2K Experiment, Published in Nucl.Phys.Proc.Suppl. 246-247 (2014) 23-28 , DOI: 10.1016/j.nuclphysbps.2013.10.060  = 30*4.864*0.05=7.296 6) K. Abe,& , I. Karpikov, & et al. (338 02B>@>2), Observation of Electron Neutrino Appearance in a Muon Neutrino Beam, Published in Phys.Rev.Lett. 112 (2014) 061802, DOI: 10.1103/PhysRevLett.112.061802  = 30*7.728*0.05=11.592 7) K. Abe,& , I. Karpikov, & et al. (336 02B>@>2), Measurement of Neutrino Oscillation Parameters from Muon Neutrino Disappearance with an Off-axis Beam, Published in Phys.Rev.Lett. 111 (2013) 21, 211803, DOI: 10.1103/PhysRevLett.111.211803  = 30*7.72LVAL8*0.05=11.592 8) K. Abe,& , I. Karpikov, & et al. (357 02B>@>2), Evidence of Electron Appearance in a Muon Neutrino Beam, Published in Phys.Rev. D88 (2013) 3, 032002, DOI: 10.1103/PhysRevD.88.032002  = 30*4.864*0.05=7.296 9) K. Abe,& , I. Karpikov, & et al. (348 02B>@>2), Measurement of the inclusive  charged current cross section on carbon in the near detector of the T2K experiment, Published in Phys.Rev. D87 (2013) 9, 092003 DOI: 10.1103/PhysRevD.87.092003  = 30*4.864*0.05=7.296 -" +   "+: 1) K. Abe,& , I. Karpikov, & et al. (343 02B>@>2), Measurement of the \\nu_\\mu CCQE cross section on carbon with the ND280 detector at T2K, e-Print: arXiv:1411.6264 [hep-ex]  = 4*0.05=0.2 2) K. Abe,& , I. Karpikov, & et al. (337 02B>@>2). Search for short baseline e disappearance with the T2K near detectort, e-Print: arXiv:1410.8811 [hep-ex]  = 4*0.05=0.2 3) K. Abe,& , I. Karpikov, & et al. (329 02B>@>2). Neutrino Oscillation Physics Potential of the T2K Experiment, e-Print: arXiv:1409.7469 [hep-ex].  = 4*0.05=0.2 4) L. Agostino,& , I. Karpikov, & et al. (114 02B>@>2). LBNO-DEMO: Large-scale neutrino detector demonstrators for phased performance assessment in view of a long-baseline oscillation experiment, e-Print: arXiv:1409.4405 [physics.ins-det].  = 4*0.06=0.24 5) R. Asfandiyarow,...., I. Karpikov,.... et al. (25 02B>@>2) Proposal for SPS beam time for the baby MIND and TASD neutrino detector prototypes, e-Print: arXiv:1405.6089 [physics.ins-det]  = 4*0.1=0.4 B>3> 70 2013-2014 3.3.:  = 84.088LVALOG95D>4L52 ;5:A0=4@ ;048<8@>28G (@>4. 25.10.1991) ;01>@0=B & !C<<0@=K9   (70 2013-2014 3.3.) =38.628   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) K. Abe, & , A. Mefodiev, & et al. (359 02B>@>2). Measurement of the neutrino-oxygen neutral-current interaction cross section by observing nuclear deexcitation  rays, Phys. Rev. D 90, 072012 (2014); (arXiv:1403.3140 [hep-ex]).  =0.05*4.864*30=7.296 -" +   "+ 1) K. Abe,& , A. Mefodiev, & et al. (328 02B>@>2). Neutrino Oscillation Physics Potential of the T2K Experiment. arXiv:1409.7469 [hep-ex].  =0.05*4=0.2 2) K. Abe,& , A. Mefodiev, & et al. (336 02B>@>2). Search for short baseline e disappearance with the T2K near detector. arXiv:1410.8811 [hep-ex].  =0.05*4=0.2 3) K. Abe, & , A. Mefodiev, & et al. (342 02B>@>2). Measurement of the  CCQE cross section on carbon with the ND280 detector at T2K. arXiv:1411.6264 [hep-ex].  =0.05*4=0.2 4) L. Agostino, & , A. Mefodiev, & et al. (115 02B>@>2). LBNO-DEMO: Large-scale neutrino detector demonstrators for phased performance assessment in view of a long-baseline oscillation experiment, arXiv:1409.4405 [hep-ex].  =0.06*4=0.24 5) O. Bsida, & & , A. Mefodiev, & et al. (159 02B>@>2). Optimised sensitivity to leptonic CP violation from spectral information: the LBNO case at 2300 km baseline, arXiv:1412.0593 [hep-ex].  =0.06*4=0.24 6) O. Bsida, & & , A. Mefodiev, & et al. (159 02B>@>2). The LBNO long-baseline oscillation sensitivities with two conventional neutrino beams at different baselines, arXiv:1412.0804 [hep-ex].  =0.06*4=0.24 +!"#/  $ &/% 1)57-O <564C=0@>4=0O =0CG=0O :>=D5@5=F8O $", >A:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB, 24 29 =>O1@O 2014 3>40, A5:F8O $C=40<5=B0;L=K5 2708<>459AB28O 8 >A<>;>38O, B5<0 4>:;040: 07@01>B:0 @>B>B8?0 TASD (Totally Active Scintillator Detector).  =6*1,5=9 2)564C=0@>4=0O A5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 2014, /# $, 3. ^LVALn>A:20, 17-21 =>O1@O 2014 3>40, A5:F8O 5B5:B>@K 8 <5B>4K 8AA;54>20=89, B5<0 4>:;040: 07@01>B:0 @>B>B8?0 TASD (Totally Active Scintillator Detector).  =6 B>3> 70 2013-2014 3.3.:  =23,616LVAL>?K;>2 @B5< 8:>;0528G (@>4. 14.03.1989) !B065@-8AA;54>20B5;L $-! $- !C<<0@=K9   (70 2013-2014 3.3.) = 1.08 +(.) -$$&" 1.5 40QB 1,62   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: -" +   "+: 1. The LBNO long-baseline oscillation sensitivities with two conventional neutrino beams at different baselines LAGUNA-LBNO Collaboration (S.K. Agarwalla (Bhubaneswar, Inst. Phys.) et al.). Dec 2, 2014. 21 pp. e-Print: arXiv:1412.0804 [hep-ph] | PDF   = 4*0.06 = 0.24 2. Optimised sensitivity to leptonic CP violation from spectral information: the LBNO case at 2300 km baseline LAGUNA-LBNO Collaboration (S.K. Agarwalla (Bhubaneswar, Inst. Phys.) et al.). Dec 1, 2014. 25 pp. e-Print: arXiv:1412.0593 [hep-ph] | PDF   = 4*0.06 = 0.24 3. Proposal for SPS beam time for the baby MIND and TASD neutrino detector prototypes R. Asfandiyarov (Geneva U.), R. Bayes (Glasgow U.), A. Blondel (Geneva U.), M. Bogomilov (Sofiya U.), A. Bross (Fermilab), F. Cadoux (Geneva U.), A. Cervera (Valencia U., IFIC), A. Izmaylov (Moscow, INR), Y. Karadzhov (Geneva U.), I. Karpikov (Moscow, INR) et al.. May 23, 2014. 34 pp. e-Print: arXiv:1405.6089 [physics.ins-det] | PDF   = 4*0.1 = 0.4 4. The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment LAGUNA-LBNO Collaboration (S.K. Agarwalla (Bhubaneswar, Inst. Phys.) et al.). Dec 23, 2013. 38 pp. Published in JHEP 1405 (2014) 094 DOI: 10.1007/JHEP05(2014)094 e-Print: arXiv:1312.6520 [hep-ph] | PDF   = 4*0.05 = 0.2LVALOG<%>BO=F52 ;5:A59 8:>;0528G (@>4. 15.03.1971) =A $-! $- !C<<0@=K9   (70 2013-2014 3.3.) = 105.055   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) K. Abe, ... , A. Khotjantsev, & et al. (321 02B>@>2). Measurement of the Inclusive Electron Neutrino Charged Current Cross Section on Carbon with the T2K Near Detector Phys. Rev. Lett. 113, 241803 (2014) arXiv:1407.7389 [hep-ex]  = 30*7.728*0.05=11.592 2) K. Abe, ... , A. Khotjantsev, & et al. (327 02B>@>2). Measurement of the inclusive  charged current cross section on iron and hydrocarbon in the T2K on-axis neutrino beam Phys. Rev. D 90 052010 (2014) arXiv:1407.4256 [hep-ex]  = 30*4.864*0.05=7.296 3) K. Abe, ... , A. Khotjantsev, & et al. (360 02B>@>2). Measurement of the neutrino-oxygen neutral-current interaction cross section by Phys. Rev. D 90, 072012 (2014) arXiv:1403.3140 [hep-ex]  = 30*4.864*0.05=7.296 4) K. Abe, ... , A. Khotjantsev, & et al. (341 02B>@>2). Measurement of the intrinsic electron neutrino component in the T2K neutrino beam with the ND280 detector Phys.Rev. D89 (2014) 092003 arXiv:1403.2552 [hep-ex]  = 30*4.864*0.05=7.296 5) K. Abe, ... , A. Khotjantsev, & et al. (341 02B>@>2). Precise Measurement of the Neutrino Mixing Parameter _{23} from Muon Neutrino Disappearance in an Off-axis Beam Phys. Rev. Lett. 112, 181801, 2014 arXiv:1403.1532 [hep-ex]  = 30*7.728*0.05=11.592 6) K. Abe, ... , A. Khotjantsev, & et al. (337 02B>@>2) Recent Results from the T2K Experiment Nuclear Physics B - Proceedings Supplements, Volumes 246 247, January February 2014, Pages 23-28 Conference: C12-11-13.1 Proceedings  = 8*0.05 =2.25 0.4 7) S.K. Agarwalla, ... , A. Khotjantsev, & et al. (217 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment Published in Journal of High Energy Physics, May 2014, 2014:94, Submitted on 20 Jan 2014, arXiv:1312.6520 [hep-ph]   = 30*6LVAL=.220 0.05= 9.330 8) K. Abe, ... , A. Khotjantsev, & et al. (340 02B>@>2). Observation of Electron Neutrino Appearance in a Muon Neutrino Beam Phys. Rev. Lett. 112, 061802 (2014) arXiv:1311.4750 [hep-ex]  = 30*7.728*0.05=11.592 9) K. Abe, ... , A. Khotjantsev, & et al. (337 02B>@>2). Measurement of Neutrino Oscillation Parameters from Muon Neutrino Disappearance with an Off-axis Beam Phys. Rev. Lett. 111, 211803 (2013) arXiv:1308.0465 [hep-ex]  = 30*7.728*0.05=11.592 10) K. Abe, ... , A. Khotjantsev, & et al. (358 02B>@>2). Evidence of Electron Neutrino Appearance in a Muon Neutrino Beam 10.1103/PhysRevD.88.032002 arXiv:1304.0841 [hep-ex]  = 30*4.864*0.05=7.296 11) K. Abe, ... , A. Khotjantsev, & et al. (356 02B>@>2). Measurement of the Inclusive NuMu Charged Current Cross Section on Carbon in the Near Detector of the T2K Experiment 10.1103/PhysRevD.87.092003 arXiv:1302.4908 [hep-ex]  = 30*4.864*0.05=7.296 12) S.Aoki, ..., A. Khotjantsev, & et al. (66 02B>@>2). The T2K Neutrino Flux Prediction Published in Phys.Rev. D87 (2013) 012001 (arXiv:1211.0469 [hep-ex])  = 30*4.864*0.05=7.296 13) S.Aoki, ..., A. Khotjantsev, & et al. (66 02B>@>2). The T2K Side Muon Range Detector Published in Nucl.Instrum.Meth. A698 (2013) 135-146 (arXiv:1206.3553 [physics.ins-det])  = 30*1.316*0.075=2.961 -" +   "+: 1) K. Abe, & , A. Khotjantsev, & et al. (247 02B>@>2). A Long Baseline Neutrino Oscillation Experiment Using J-PARC Neutrino Beam and Hyper-Kamiokande Submitted on 15 Dec 2014, arXiv:1412.4673 [physics.ins-det]   = 4*0.05 = 0.20 2) S.K. Agarwalla, ... , A. Khotjantsev, & et al. (159 02B>@>2). The LBNO long-baseline oscillation sensitivities with two conventional neutrino beams at different baselines Submitted on 2 Dec 2014, arXiv:1412.0804 [hep-ph]   = 4*0.06 = 0.24 3) S.K. Agarwalla, ... , A. Khotjantsev, & et al. (159 02B>@>2). Optimised sensitivity to leptonic CP violation from spectral information: the LBNO cas4LVALDe at 2300 km baseline Submitted on 1 Dec 2014, arXiv:1412.0593 [hep-ph]   = 4*0.06 = 0.24 4) A.V. Artamonov , ... , A. Khotjantsev, ... , at al. (60 02B>@>2) Search for heavy neutrinos in K+!+H decays submitted to Physical Review D Submitted on 14 Nov 2014 (arXiv:1411.3963 [hep-ex])  = 4*0.075= 0.3 5) K. Abe, ... , A. Khotjantsev, ... , et al. (344 02B>@>2). Measurement of the  CCQE cross section on carbon with the ND280 detector at T2K Submitted on 23 Nov 2014, arXiv:1411.6264 [hep-ex]   = 4*0.05 = 0.20 6) K. Abe, ... , A. Khotjantsev, ... , et al. (338 02B>@>2). Search for short baseline e disappearance with the T2K near detector Submitted on 31 Oct 2014, arXiv:1410.8811 [hep-ex]   = 4*0.05 = 0.20 7) K. Abe, ... , A. Khotjantsev, ... , et al. (330 02B>@>2). Neutrino Oscillation Physics Potential of the T2K Experiment Submitted on 26 Sep 2014, arXiv:1409.7469 [hep-ex]   = 4*0.05 = 0.20 8) L. Agostino, ... , A. Khotjantsev, ... , et al. (115 02B>@>2). LBNO-DEMO: Large-scale neutrino detector demonstrators for phased performance assessment in view of a long-baseline oscillation experiment Submitted on 14 Sep 2014, arXiv:1409.4405 [hep-ex] CERN-SPSC-2014-013, SPSC-TDR-004   = 4*0.06 = 0.24 9) R.Asfandiyarov, ... , A. Khotyantsev, ... , et al. ( 25 02B>@>2). Proposal for SPS beam time for the baby MIND and TASD neutrino detector prototypes Submitted on 23 May 2014 arXiv:1405.6089 [physics.ins-det]   = 4*0.1 = 0.4LVALOG?7<09;>2 ;5:A0=4@ ;53>28G (@>4. 10.09.1984) =A $-! $-, :D<= !C<<0@=K9   (70 2013-2014 3.3.) = 190.6995   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) K. Abe,& , A. Izmaylov, & et al. (320 02B>@>2). Measurement of the Inclusive Electron Neutrino Charged Current Cross Section on Carbon with the T2K Near Detector. Phys.Rev.Lett. 113 (2014) 241803, 7 pp; (arXiv:1407.7389 [hep-ex]).  = 7.728*30*0.05= 11.592 2) K. Abe,& , A. Izmaylov, & et al. (326 02B>@>2). Measurement of the inclusive  charged current cross section on iron and hydrocarbon in the T2K on-axis neutrino beam. Phys.Rev. D90 (2014) 052010, 15 pp; (arXiv:1407.4256 [hep-ex]).  = 4.864*30*0.05= 7.296 3) K. Abe,& , A. Izmaylov, & et al. (343 02B>@>2). Measurement of the neutrino-oxygen neutral-current interaction cross section by observing nuclear deexcitation  rays. Phys.Rev. D90 (2014) 072012, 11 pp; (arXiv:1403.3140 [hep-ex]).  = 4.864*30*0.05= 7.296 4) K. Abe,& , A. Izmaylov, & et al. (340 02B>@>2). Measurement of the intrinsic electron neutrino component in the T2K neutrino beam with the ND280 detector. Phys.Rev. D89 (2014) 092003, 18 pp; (arXiv:1403.2552 [hep-ex]).  = 4.864*30*0.05= 7.296 5) K. Abe,& , A. Izmaylov, & et al. (338 02B>@>2). Precise Measurement of the Neutrino Mixing Parameter \theta_{23} from Muon Neutrino Disappearance in an Off-Axis Beam. Phys.Rev.Lett. 112 (2014) 181801, 8 pp; (arXiv:1403.1532 [hep-ex]).  = 7.728*30*0.05= 11.592 6) D. Adey,& , A. Izmaylov,& et al. (112 02B>@>2). Light sterile neutrino sensitivity at the nuSTORM facility. Phys.Rev. D89 (2014) 071301, 7 pp; (arXiv:1402.5250 [hep-ex] ).  = 4.864*30*0.06= 8.755 7) K. Abe,& , A. Izmaylov, & et al. (337 02B>@>2). Recent Results from the T2K Experiment. Nucl.Phys.Proc.Suppl. 246-247 (2014), 6 pp.  =0.88*30*0.05= 1.32 8) S.K. Agarwalla,& , A. Izmaylov,& et al. (215 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LVAL@LBNO long-baseline neutrino experiment. JHEP 1405 (2014) 094, 38 pp.; (arXiv:1312.6520 [hep-ph]).  =6.220*30*0.05= 9.330 9) K. Abe,& , A. Izmaylov, & et al. (350 02B>@>2). The T2K neutrino flux prediction, Phys.Rev. D87 (2013) 012001, 36 pp.; (arXiv:1211.0469 [hep-ex]).  = 4.864*30*0.05= 7.296 10) S. Aoki, & , A. Izmaylov, & et al. (67 02B>@>2). The T2K Side muon range detector. NIM A698 (2013) p.135-146; (arXiv:1206.3553[physics.ins-det]).  =1.316*30*0.075= 1.974 11) K. Abe, & , A. Izmaylov, & et al. (348 02B>@>2). Measurement of the inclusive numu charged current cross section on carbon in the near detector of the T2K experiment. Phys.Rev. D87 (2013) 092003, 22 pp.; (arXiv:1302.4908 [hep-ex]).  = 4.864*30*0.05= 7.296 12) K. Abe, & , A. Izmaylov, & et al. (357 02B>@>2). Evidence of electron neutrino appearance in a muon neutrino beam. Phys.Rev. D88 (2013) 032002, 43 pp.; (arXiv:1304.0841 [hep-ex]).  = 4.864*30*0.05= 7.296 13) K. Abe, & , A. Izmaylov, & et al. (336 02B>@>2). Measurement of neutrino oscillation parameters from muon neutrino disappearance with an off-axis beam. Phys.Rev.Lett. 111 (2013) 211803, 8 pp.; (arXiv:1308.0465 [hep-ex]).  = 7.728*30*0.05= 11.592 14) K. Abe, & , A. Izmaylov, & et al. (336 02B>@>2). Observation of electron neutrino appearance in a muon neutrino beam. Phys.Rev.Lett. 112 (2014) 061802, 8 pp.; (arXiv:1311.4750 [hep-ex]).  = 7.728*30*0.05= 11.592 -" +   "+ 1) K. Abe,& , A. Izmaylov, & et al. (249 02B>@>2). A Long Baseline Neutrino Oscillation Experiment Using J-PARC Neutrino Beam and Hyper-Kamiokande. arXiv:1412.4673 [physics.ins-det]. 50 pp.  = 4*0.05= 0.2 2) S.K. Agarwalla,& , A. Izmaylov,& et al. (159 02B>@>2). The LBNO long-baseline oscillation sensitivities with two conventional neutrino beams at different baselines. arXiv:1412.0804 [hep-ph]. 21 pp.  =4*0.06=0.24 3) S.K. Agarwalla,& , A. Izmaylov,& et al. (159 02B>@>2). Optimised sensitivity to leptonic CP violation from spectral infLVALAormation: the LBNO case at 2300 km baseline. arXiv:1412.0593 [hep-ph]. 25 pp.  =4*0.06=0.24 4) K. Abe,& , A. Izmaylov, & et al. (343 02B>@>2). Measurement of the \\nu_\\mu CCQE cross section on carbon with the ND280 detector at T2K. arXiv:1411.6264 [hep-ex]. 22 pp.  = 4*0.05= 0.2 5) A. Artamonov,& , A. Izmaylov, & et al. (60 02B>@>2). Search for heavy neutrinos in K+!+H decays. arXiv:1411.3963 [hep-ex]. 14 pp.  = 4*0.075= 0.3 6) K. Abe,& , A. Izmaylov, & et al. (337 02B>@>2). Search for short baseline e disappearance with the T2K near detector. arXiv:1410.8811 [hep-ex]. 8 pp.  = 4*0.05= 0.2 7) K. Abe,& , A. Izmaylov, & et al. (329 02B>@>2). Neutrino Oscillation Physics Potential of the T2K Experiment. arXiv:1409.7469 [hep-ex]. 40 pp.  = 4*0.05= 0.2 8) K. Abe,& , A. Izmaylov, & et al. (320 02B>@>2). Measurement of the Inclusive Electron Neutrino Charged Current Cross Section on Carbon with the T2K Near Detector. arXiv:1407.7389 [hep-ex]. 7 pp.  = 4*0.05= 0.2 9) K. Abe,& , A. Izmaylov, & et al. (326 02B>@>2). Measurement of the inclusive  charged current cross section on iron and hydrocarbon in the T2K on-axis neutrino beam. Phys.Rev. arXiv:1407.4256 [hep-ex]) 15 pp.  = 4*0.05= 0.2 10) R. Asfandiyarov,& , A. Izmaylov, & et al. (25 02B>@>2). Proposal for SPS beam time for the baby MIND and TASD neutrino detector prototypes. arXiv:1405.6089 [physics.ins-det]. 34 pp.  = 4*0.1= 0.4 11) K. Abe,& , A. Izmaylov, & et al. (343 02B>@>2). Measurement of the neutrino-oxygen neutral-current interaction cross section by observing nuclear deexcitation  rays. Phys.Rev. arXiv:1403.3140 [hep-ex]. 11 pp.  = 4*0.05= 0.2 12) K. Abe,& , A. Izmaylov, & et al. (340 02B>@>2). Measurement of the intrinsic electron neutrino component in the T2K neutrino beam with the ND280 detector. arXiv:1403.2552 [hep-ex]). 18 pp.  = 4*0.05= 0.2 13) K. Abe,& , A. Izmaylov, & et al. (338 02B>@>2). Precise Measurement of the Neutrino Mixing Parameter \theta_{23} from Muon NLVALBeutrino Disappearance in an Off-Axis Beam. arXiv:1403.1532 [hep-ex]. 8 pp.  = 4*0.05= 0.2 14) D. Adey,& , A. Izmaylov,& et al. (112 02B>@>2). Light sterile neutrino sensitivity at the nuSTORM facility. arXiv:1402.5250 [hep-ex]. 7 pp  = 4*0.06= 0.24 15) K. Abe, & , A. Izmaylov, & et al. (348 02B>@>2). Measurement of the inclusive numu charged current cross section on carbon in the near detector of the T2K experiment. arXiv:1302.4908 [hep-ex]), 22 pp.  =4*0.05=0.2 16) K. Abe, & , A. Izmaylov, & et al. (357 02B>@>2). Evidence of electron neutrino appearance in a muon neutrino beam.; arXiv:1304.0841 [hep-ex], 43 pp.  =4*0.05=0.2 17) K. Abe, & , A. Izmaylov, & et al. (336 02B>@>2). Measurement of neutrino oscillation parameters from muon neutrino disappearance with an off-axis beam. arXiv:1308.0465 [hep-ex] , 8 pp.  =4*0.05=0.2 18) K. Abe, & , A. Izmaylov, & et al. (336 02B>@>2). Observation of electron neutrino appearance in a muon neutrino beam. arXiv:1311.4750 [hep-ex] , 8 pp.  =4*0.05=0.2 19) E. Kearns,& , A. Izmaylov,& et al. (133 02B>@f). Hyper-Kamiokande physics opportunities. arXiv:1309.0184, 8 pp.  =4*0.06=0.24 20) S.K. Agarwalla,& , A. Izmaylov,& et al. (197 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment. arXiv:1312.6520 [hep-ph], 38 pp.  =4*0.06=0.24 21) D. Adey,& , A. Izmaylov,& et al. (113 02B>@>2). nuSTORM - Neutrinos from STORed Muons: Proposal to the Fermilab PAC. FERMILAB-PROPOSAL-1028, arXiv:1308.6822 [physics.acc-ph], 148 pp.  =4*0.06=0.24 22) D. Adey,& , A. Izmaylov,& et al. (109 02B>@>2). Neutrinos from Stored Muons nuSTORM: Expression of Interest. CERN-SPSC-2013-015---SPSC-EOI-009, arXiv:1305.1419 [physics.acc-ph], 59 pp.  =4*0.06=0.24 #'!"  # +% $ &/% 1) Theory Meeting Experiment 2014: Neutrinos and Cosmos, Warsaw, September 3-5 2014. >:;04:  Water to Hydrocarbon Neutrino Cross Section Ratio Measurement Using a 3D Grid-like Detecto LVAL r Exposed to a J-PARC Neutrino Beam  =6 #!"  1) <038AB@0BC@0 $", 0@BK=5=:> !5@359 048<>28G 2) <038AB@0BC@0 $, 2AO==8:>20 "0BLO=0 ;5:A552=0  =20*0.5=10 B>3> 70 2013-2014 3.3.:  = 127.133*1.5(:D<=) = 190.6995LVALOGD%0181C;;8= 0@0B 0@A>28G (@>4. 29.07.1965) A=A $-! $-, :D<= 8A?>;=8B5;L 2 @01>B0E ?> 3>A7040=8N ("2 8 4@.) !C<<0@=K9   (70 2013-2014 3.3.) = 131.045   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) K. Abe,& , M. Khabibullin, & et al. (350 02B>@>2). The T2K neutrino flux prediction, Phys.Rev. D87 (2013) 012001, 36 pp.  = 4.864*30*0.05= 7.296 2) S. Aoki, & , M. Khabibullin, & et al. (67 02B>@>2). The T2K Side muon range detector. NIM A698 (2013) p.135-146.  =1.316*30*0.075=2.961 3) K. Abe, & , M. Khabibullin, & et al. (348 02B>@>2). Measurement of the inclusive numu charged current cross section on carbon in the near detector of the T2K experiment. Phys.Rev. D87 (2013) 092003, 22 pp.; (arXiv:1302.4908 [hep-ex]).  = 4.864*30*0.05= 7.296 4) K. Abe, & , M. Khabibullin, & et al. (357 02B>@>2). Evidence of electron neutrino appearance in a muon neutrino beam. Phys.Rev. D88 (2013) 032002, 43 pp.; (arXiv:1304.0841 [hep-ex]).  = 4.864*30*0.05= 7.296 5) K. Abe, & , M. Khabibullin, & et al. (336 02B>@>2). Measurement of neutrino oscillation parameters from muon neutrino disappearance with an off-axis beam. Phys.Rev.Lett. 111 (2013) 211803, 8 pp.; (arXiv:1308.0465 [hep-ex]).  = 7.728*30*0.05= 11.592 6) K. Abe, & , M. Khabibullin, & et al. (336 02B>@>2). Observation of electron neutrino appearance in a muon neutrino beam. Phys.Rev.Lett. 112 (2014) 061802, 8 pp.; (arXiv:1311.4750 [hep-ex]).  = 7.728*30*0.05= 11.592 7) S.K. Agarwalla,& , M. Khabibullin,& et al. (216 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment. JHEP 1405 (2014) 094, 38 pp.; (arXiv:1312.6520 [hep-ph]).  = 6.22*30*0.05 = 9.33 8) K. Abe, & , M. Khabibullin, & et al. (336 02B>@>2). Recent results from the T2K experiment. Nucl.Phys.Proc.Suppl. 246-247 (2014) 23-28, 6 pp.  = 8*0.05 = 0.4 9) K. Abe, & , M. Khabibullin, & et al. (338 02B>@>2). Precise measurement of the neutrinLVALEo mixing parameter \theta_{23} from muon neutrino disappearance in an off-axis beam, Phys.Rev.Lett. 112 (2014) 181801, 8 pp. (arXiv:1403.1532 [hep-ex]).  = 7.728*30*0.05= 11.592 10) K. Abe, & , M. Khabibullin, & et al. (340 02B>@>2). Measurement of the intrinsic electron neutrino component in the T2K neutrino beam with the ND280 detector, Phys.Rev. D89 (2014) 092003, 18 pp. (arXiv:1403.2552 [hep-ex]).  = 4.864*30*0.05= 7.926 11) K. Abe, & , M. Khabibullin, & et al. (343 02B>@0). Measurement of the neutrino-oxygen neutral-current interaction cross section by observing nuclear deexcitation gamma rays, Phys.Rev. D90 (2014) 072012, 11 pp. (arXiv:1403.3140 [hep-ex]).  = 4.864*30*0.05= 7.926 12) K. Abe, & , M. Khabibullin, & et al. (326 02B>@>2). Measurement of the inclusive nu_mu charged current interaction cross section on iron and hydrocarbon in the T2K on-axis neutrino beam, Phys.Rev. D90 (2014) 052010, 15 pp. (arXiv:1407.4256 [hep-ex]).  = 4.864*30*0.05= 7.926 13) K. Abe, & , M. Khabibullin, & et al. (320 02B>@>2). Measurement of the inclusive electron neutrino charged current cross section on carbon with the T2K near detector, Phys.Rev.Lett. 113 (2014) 241803, 7 pp. (arXiv:1407.7389 [hep-ex]).  = 7.728*30*0.05= 11.592 !"",  !!!% $  #+% # %: =5B +  $ &/% 8 " #+ $ &: 1) M. Khabibullin, Yu. Kudenko. Neutrino oscillations: recent results and perspectives. Talk at XXIX-th International Workshop on High Energy Physics New results and actual problems in particle & astroparticle physics and cosmology HEPFT2013, 26-28 June 2013, Protvino, Russia, @83;0H5==K9 4>:;04 =0 </= :>=D5@5=F88 (?;5=0@=K9, 40 <8=.). ?C1;8:>20= 2 "@C40E :>=D5@5=F88 2 45:01@5 2013, Protvino 2013, p. 88-98, 10 pp.  =30*1.5/2=22.500 -" +   "+ 1) K. Abe, & , M. Khabibullin, & et al. (348 02B>@>2). Measurement of the inclusive numu charged current cross section on carbon in the near detector of the T2K experiment. arXiv:1302.4908 [hep-ex]LVALF, 22 pp.  =4*0.05=0.2 2) K. Abe, & , M. Khabibullin, & et al. (357 02B>@>2). Evidence of electron neutrino appearance in a muon neutrino beam. arXiv:1304.0841 [hep-ex], 43 pp.  =4*0.05=0.2 3) K. Abe, & , M. Khabibullin, & et al. (336 02B>@>2). Measurement of neutrino oscillation parameters from muon neutrino disappearance with an off-axis beam. arXiv:1308.0465 [hep-ex] , 8 pp.  =4*0.05=0.2 4) K. Abe, & , M. Khabibullin, & et al. (336 02B>@>2). Observation of electron neutrino appearance in a muon neutrino beam. arXiv:1311.4750 [hep-ex] , 8 pp.  =4*0.05=0.2 5) E. Kearns,& , M. Khabibullin,& et al. (133 02B>@0). Hyper-Kamiokande physics opportunities. arXiv:1309.0184, 8 pp.  =4*0.06=0.24 6) S.K. Agarwalla,& , M. Khabibullin,& et al. (216 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment. arXiv:1312.6520 [hep-ph], 38 pp.  =4*0.05=0.2 7) K. Abe, & , M. Khabibullin, & et al. (338 02B>@>2). Precise measurement of the neutrino mixing parameter \theta_{23} from muon neutrino disappearance in an off-axis beam, 8 pp. arXiv:1403.1532 [hep-ex].  = 4*0.05= 0.2 8) K. Abe, & , M. Khabibullin, & et al. (340 02B>@>2). Measurement of the intrinsic electron neutrino component in the T2K neutrino beam with the ND280 detector, 18 pp. arXiv:1403.2552 [hep-ex].  =4*0.05= 0.2 9) K. Abe, & , M. Khabibullin, & et al. (343 02B>@0). Measurement of the neutrino-oxygen neutral-current interaction cross section by observing nuclear deexcitation gamma rays, 11 pp. arXiv:1403.3140 [hep-ex].  =4*0.05= 0.2 10) K. Abe, & , M. Khabibullin, & et al. (326 02B>@>2). Measurement of the inclusive nu_mu charged current interaction cross section on iron and hydrocarbon in the T2K on-axis neutrino beam, 15 pp. arXiv:1407.4256 [hep-ex].  = 4*0.05= 0.2 11) K. Abe, & , M. Khabibullin, & et al. (320 02B>@>2). Measurement of the inclusive electron neutrino charged current cross section on carbon with the T2K near detector, 7 pp. arXiv:1407.738LVAL9 [hep-ex].  = 4*0.05= 0.2 12) K. Abe, & , M. Khabibullin, & et al. (329 02B>@>2). Neutrino oscillation physics potential of the T2K experiment, 40 pp. arXiv:1409.7469 [hep-ex].  = 4*0.05= 0.2 13) K. Abe, & , M. Khabibullin, & et al. (337 02B>@>2). Search for short baseline nu_e disappearance with the T2K near detector, 8 pp. arXiv:1410.8811 [hep-ex].  = 4*0.05= 0.2 14) A.V. Artamonov,& , M. Khabibullin,& et al. (60 02B>@>2). Search for heavy neutrinos in K^+\to\mu^+\nu_H decays, 14 pp. arXiv:1411.3963 [hep-ex].  = 4*0.075 = 0.3 15) K. Abe, & , M. Khabibullin, & et al. (343 02B>@0). Measurement of the nu_mu CCQE cross section on carbon with the ND280 detector at T2K, 22 pp. arXiv:1411.6264 [hep-ex].   = 4*0.05= 0.2 16) S.K. Agarwalla,& , M. Khabibullin,& et al. (159 02B>@>2). Optimised sensitivity to leptonic CP violation from spectral information: the LBNO case at 2300 km baseline. arXiv:1412.0593 [hep-ph], 25 pp.   = 4*0.06 = 0.24 17) S.K. Agarwalla,& , M. Khabibullin,& et al. (159 02B>@>2). The LBNO long-baseline oscillation sensitivities with two conventional neutrino beams at different baselines. arXiv:1412.0804 [hep-ph], 251 pp.   = 4*0.06= 0.24 18) K. Abe, & , M. Khabibullin, & et al. (249 02B>@>2). A long baseline neutrino oscillation experiment using J-PARC neutrino beam and Hyper-Kamiokande, 50 pp. arXiv:1412.4673 [hep-ex].   = 4*0.05= 0.2 B>3> 70 2013-2014 3.3.:  = 131.045LVALOGH(09E852 @BC@ "038@>28G (@>4. 03.11.1984) <=A $-! $- !C<<0@=K9   (70 2013-2014 3.3.) = 198.8   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: -" +   "+: K. Abe, & , A. Shaikhiev, & et al. (247 02B>@>2). A Long Baseline Neutrino Oscillation Experiment Using J-PARC Neutrino Beam and Hyper-Kamiokande. (arXiv:1412.4673[physics.ins-det]).  =4*0.05=0.2 A.V. Artamonov, & A. Shaikhiev, & et al. (60 02B>@>2). Search for heavy neutrinos in $K^+\to\mu^+\nu_H$ decays. (arXiv:1411.3963[hep-ex]).  =4*0.075=0.3 R. Asfandiyarov, & A. Shaykiev, & , et al. (25 02B>@>2). Proposal for SPS beam time for the baby MIND and TASD neutrino detector prototypes. (arXiv:1405.6089 [physics.ins-det]).   = 4*0.1=0.4 +  $ &/% 8 " #+ $ &: A.Shaikhiev. Search for heavy neutrino in rare kaon decays. Proceedings, 15th Lomonosov Conference on Elementary Particle Physics (LomCon): Particle Physics at the Tercentenary of Mikhail Lomonosov : Moscow, Russia, August 18-24, 2011. Singapore, Singapore: World Scientific (2013).   = 0.5*30*1.5=22.5 A.T. Shaikhiev "Search for heavy neutrinos in kaon decays". Talk at 18th International Seminar on High Energy Physics, QUARKS 2014, !C740;L, >AA8O, 2--8 8N=O 2014.   = 30 A.T. Shaikhiev "Search for heavy neutrinos in kaon decays". Talk at XXX-th International Workshop on High Energy Physics--- Particle and Astroparticle Physics, Gravitation and Cosmology: Predictions, Observations and New Projects, HEPFT 2014, $-, @>B28=>, >AA8O, 23--27 8N=O 2014.   = 30 A.T. Shaikhiev "Search for heavy neutrinos in K+ -> mu+ nu_H decays Talk at 2-nd Symposium Theory Meeting Experiment: NEUTRINOS and COSMOS, TMEX 2014, 0@H020, >;LH0, 3--5 A5=BO1@O 2014.   = 6 .". (09E852 8 ... C45=:> ">2K5 @57C;LB0BK ?> ?>8A:C AB5@8;L=KE =59B@8=> 2 :0>==KE 8 =59B@8==KE M:A?5@8<5=B0E". Talk at International Conference-Session of the Section of Nuclear Physics of the Physical Sciences Division of the Russian Academy of Sciences, $P LVAL`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frosinin, Relic Streams of Photons and Neutrinos, American Journal of Modern Physics, 2013, Vol. 2, No 5, pp. 248-250.  = (0.539x30) = 16.17 2) V.P. Efrosinin, The Higgs mechanism and the first experiments at the Large Hadron Collider, American Journal of Modern Physics, 2013, Vol. 2, No 6, pp. 417-419.  =(0.539E30) = 16.17 3) V.P. Efrosinin, The specificaties of the nature of neutrinos, American Journal of Modern Physics, 2013, Vol. 2, No 6, pp. 417-419.  =(0.539E30) = 16.17LVALOGK8=552 ;53 8:B>@>28G @>4. 13.02.1964, A=A $-, :D<=   70 2013-2014 33 !"",  !" +% $  #+% # %: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> 2013 >>>>>>>>>>>>>>>>>>>>>>>>>>>> 1) K. Abe,& , O. Mineev, & et al. (336 02B>@>2). Measurement of Neutrino Oscillation Parameters from Muon Neutrino Disappearance with an Off-axis Beam Published in Phys.Rev.Lett. 111 (2013) 211803  = 7.728*30*0.05 = 11.592 2) K. Abe,& , O. Mineev , & et al. (358 02B>@>2). Evidence of Electron Neutrino Appearance in a Muon Neutrino Beam Published in Phys.Rev. D88 (2013) 032002  =4.864 *30*0.05 = 7.296 3) K. Abe,& , O. Mineev, & et al. (356 02B>@>2). Measurement of the Inclusive NuMu Charged Current Cross Section on Carbon in the Near Detector of the T2K Experiment Published in Phys.Rev. D87 (2013) 092003  = 4.864 *30*0.05 = 7.296 4) K. Abe,& , O. Mineev, & et al. (356 02B>@>2). The T2K Neutrino Flux Prediction Published in Phys.Rev. D87 (2013) 012001  = 4.864 *30*0.05 = 7.296 5) S.Aoki, ..., O. Mineev, & et al. (66 02B>@>2). The T2K Side Muon Range Detector Published in Nucl.Instrum.Meth. A698 (2013) 135-146  = 1.316*30*0.075 = 2.961 >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> 2014 >>>>>>>>>>>>>>>>>>>>>>>>>>>> 6) K. Abe,& , O. Mineev, & et al. (320 02B>@>2). Measurement of the Inclusive Electron Neutrino Charged Current Cross Section on Carbon with the T2K Near Detector Published in Phys.Rev.Lett. 113 (2014) 241803  = 7.728*30*0.05 = 11.592 7) K. Abe,& , O. Mineev, & et al. (326 02B>@>2). Measurement of the inclusive  charged current cross section on iron and hydrocarbon in the T2K on-axis neutrino beam Published in Phys.Rev. D90 (2014) 052010  = 4.864 *30*0.05 = 7.296 8) K. Abe,& , O. Mineev, & et al. (343 02B>@>2). Measurement of the neutrino-oxygen neutral-current interaction cross section by observing nuclear deexcitation  rays Published in Phys.Rev. D90 (2014) 072012  = 4.864 *30*0.05 = 7.296 9) K. Abe,& , O. Mineev, & et al.LVALL (340 02B>@>2). Measurement of the intrinsic electron neutrino component in the T2K neutrino beam with the ND280 detector Published in Phys.Rev. D89 (2014) 092003  = 4.864 *30*0.05 = 7.296 10) K. Abe,& , O. Mineev, & et al. (338 02B>@>2). Precise Measurement of the Neutrino Mixing Parameter \theta_{23} from Muon Neutrino Disappearance in an Off-Axis Beam Published in Phys.Rev.Lett. 112 (2014) 181801  = 7.728*30*0.05 = 11.592 11) S.K. Agarwalla,& , O. Mineev, & et al. (215 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment Published in JHEP 1405 (2014) 094  = 6.22*30*0.05 = 9.33 12) K. Abe,& , O. Mineev, & et al. (336 02B>@>2). Observation of Electron Neutrino Appearance in a Muon Neutrino Beam Published in Phys.Rev.Lett. 112 (2014) 061802  = 7.728*30*0.05 = 11.592 Sum: 102.435 ______________________________________________________________________ !"",  !!!% $  #+% # %: >:;04K =0 <564C=0@>4=>9 :>=D5@5=F88: 1) 2nd International Symposium on Science at J-PARC : Unlocking the Mysteries of Life, Matter and the Universe. (J-PARC 2014) 12-15 Jul 2014. Tsukuba, Japan M. Tabata,& , O. Mineev, & et al. (15 02B>@>2). Assembly and bench testing of a spiral fiber tracker for the J-PARC TREK/E36 experiment  =6*0.1= 0.6 2) 3rd International Conference on Technology and Instrumentation in Particle Physics (TIPP 2014), 2-6 June 2014, Amsterdam, Netherlands M. Tabata,& , O. Mineev, & et al. (12 02B>@>2). Progress in developing a spiral fiber tracker for the J-PARC E36 experiment Published in Proceedings: PoS TIPP2014 (2014) 328  = 6*0.1*1.5 = 0.9 3) 9th International Symposium on Cosmology and Particle Astrophysics (CosPA 2012) 13-17 Nov 2012. Taipei, Taiwan K. Abe,& , O. Mineev, & et al. (337 02B>@>2). Recent Results from the T2K Experiment Published in Nucl.Phys.Proc.Suppl. 246-247 (2014) 23-28  = 30*0.05*1.5 = 2.25 Sum: 3.75 _____________________LVALM_________________________________________ -" +   "+  $ &: 1) S.K. Agarwalla, ..., O. Mineev, ..., et al. (196 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment Submitted on 23 Dec. 2013, arXiv:1312.6520 [hep-ph]  = 4*0.06 = 0.24 2) K. Abe,& , O. Mineev, & et al. (339 02B>@>2). Observation of Electron Neutrino Appearance in a Muon Neutrino Beam Submitted on 19 Nov. 2013, arXiv:1311.4750 [hep-ph]  = 4*0.05 = 0.2 3) K. Abe,& , O. Mineev, & et al. (336 02B>@>2). Measurement of Neutrino Oscillation Parameters from Muon Neutrino Disappearance with an Off-axis Beam Submitted on 2 Aug. 2013, arXiv:1308.0465  = 4*0.05 = 0.2 4) K. Abe,& , O. Mineev , & et al. (358 02B>@>2). Evidence of Electron Neutrino Appearance in a Muon Neutrino Beam Submitted on 3 Apr. 2013, arXiv:1304.0841  = 4*0.05 = 0.2 5) K. Abe,& , O. Mineev, & et al. (356 02B>@>2). Measurement of the Inclusive NuMu Charged Current Cross Section on Carbon in the Near Detector of the T2K Experiment Submitted on 20 Feb. 2013, arXiv:1302.4908  = 4*0.05 = 0.2 6) S.K. Agarwalla,& , O. Mineev, & et al. (215 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment Submitted on 23 Dec. 2013, e-Print: arXiv:1312.6520  = 4*0.05 = 0.2 _____________________________________________________________ 7) K. Abe,& , O. Mineev, & et al. (249 02B>@>2). A Long Baseline Neutrino Oscillation Experiment Using J-PARC Neutrino Beam and Hyper-Kamiokande Submitted on 15 Dec. 2014, arXiv:1412.4673 [physics.ins-det]  = 4*0.05 = 0.2 8) S.K. Agarwalla,& , O. Mineev, & et al. (159 02B>@>2). The LBNO long-baseline oscillation sensitivities with two conventional neutrino beams at different baselines Submitted on 2 Dec. 2014, arXiv:1412.0804 [hep-ph]  = 4*0.06 = 0.24 9) S.K. Agarwalla,& , O. Mineev, & et al. (159 02B>@>2). Optimised sensitivity to leptonic CP viLVALNolation from spectral information: the LBNO case at 2300 km baseline Submitted on 1 Dec. 2014, arXiv:1412.0593 [hep-ph]  = 4*0.06 = 0.24 10) M. Tabata,& , O. Mineev, & et al. (15 02B>@>2). Assembly and bench testing of a spiral fiber tracker for the J-PARC TREK/E36 experiment Submitted on 29 Nov. 2014, arXiv:1412.0088 [physics.ins-det]  = 4*0.1 = 0.4 11) M. Tabata,& , O. Mineev, & et al. (12 02B>@>2). Progress in developing a spiral fiber tracker for the J-PARC E36 experiment Submitted on 24 Nov. 2014, arXiv:1411.6707 [physics.ins-det]  = 4*0.1 = 0.4 12) K. Abe,& , O. Mineev, & et al. (343 02B>@>2). Measurement of the \\nu_\\mu CCQE cross section on carbon with the ND280 detector at T2K Submitted on 23 Nov. 2014, e-Print: arXiv:1411.6264  = 4*0.05 = 0.2 13) A.V. Artamonov,& , O. Mineev, & et al. (60 02B>@>2). Search for heavy neutrinos in K+!+H decays Submitted on 14 Nov. 2014, e-Print: arXiv:1411.3963 [hep-ex]  = 4*0.075 = 0.3 14) K. Abe,& , O. Mineev, & et al. (337 02B>@>2). Search for short baseline e disappearance with the T2K near detector Submitted on 31 Oct. 2014, e-Print: arXiv:1410.8811 [hep-ex]  = 4*0.05 = 0.2 15) K. Abe,& , O. Mineev, & et al. (329 02B>@>2). Neutrino Oscillation Physics Potential of the T2K Experiment Submitted on 26 Sep. 2014, e-Print: arXiv:1409.7469 [hep-ex]  = 4*0.05 = 0.2 16) L. Agostino,& , O. Mineev, & et al. (114 02B>@>2). LBNO-DEMO: Large-scale neutrino detector demonstrators for phased performance assessment in view of a long-baseline oscillation experiment Submitted on 14 Sep. 2014, e-Print: arXiv:1409.4405 [physics.ins-det]  = 4*0.06 = 0.24 17) R. Asfandiyarov,& , O. Mineev, & et al. (25 02B>@>2). Proposal for SPS beam time for the baby MIND and TASD neutrino detector prototypes Submitted on 23 May. 2014, e-Print: arXiv:1405.6089 [physics.ins-det]  = 4*0.1 = 0.4 18) K. Abe,& , O. Mineev, & et al. (320 02B>@>2). Measurement of the Inclusive Electron Neu6LVALFtrino Charged Current Cross Section on Carbon with the T2K Near Detector Submitted on 28 Jul. 2014, e-Print: arXiv:1407.7389  = 4*0.05 = 0.2 19) K. Abe,& , O. Mineev, & et al. (326 02B>@>2). Measurement of the inclusive  charged current cross section on iron and hydrocarbon in the T2K on-axis neutrino beam Submitted on 16 Jul. 2014, e-Print: arXiv:1407.4256  = 4*0.05 = 0.2 20) K. Abe,& , O. Mineev, & et al. (343 02B>@>2). Measurement of the neutrino-oxygen neutral-current interaction cross section by observing nuclear deexcitation  rays Submitted on 13 Mar. 2014, e-Print: arXiv:1403.3140  = 4*0.05 = 0.2 21) K. Abe,& , O. Mineev, & et al. (340 02B>@>2). Measurement of the intrinsic electron neutrino component in the T2K neutrino beam with the ND280 detector Submitted on 11 Mar. 2014, e-Print: arXiv:1403.2552  = 4*0.05 = 0.2 22) K. Abe,& , O. Mineev, & et al. (338 02B>@>2). Precise Measurement of the Neutrino Mixing Parameter \theta_{23} from Muon Neutrino Disappearance in an Off-Axis Beam Submitted on 6 Mar. 2014, e-Print: arXiv:1403.1532  = 4*0.05 = 0.2 Sum = 5.26 ________________________________________________________________ B>3> 70 2013-2014 3.3.:  = 111.445LVALOGP@H>2 8:>;09 8:B>@>28G (@>4. 03.01.1978) c=A $-! $- !C<<0@=K9   (70 2013-2014 3.3.) = 105.055   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 14) K. Abe, ... , N. Yershov, & et al. (321 02B>@>2). Measurement of the Inclusive Electron Neutrino Charged Current Cross Section on Carbon with the T2K Near Detector Phys. Rev. Lett. 113, 241803 (2014) arXiv:1407.7389 [hep-ex]  = 30*7.728*0.05=11.592 15) K. Abe, ... , N. Yershov, & et al. (327 02B>@>2). Measurement of the inclusive  charged current cross section on iron and hydrocarbon in the T2K on-axis neutrino beam Phys. Rev. D 90 052010 (2014) arXiv:1407.4256 [hep-ex]  = 30*4.864*0.05=7.296 16) K. Abe, ... , N. Yershov, & et al. (360 02B>@>2). Measurement of the neutrino-oxygen neutral-current interaction cross section by Phys. Rev. D 90, 072012 (2014) arXiv:1403.3140 [hep-ex]  = 30*4.864*0.05=7.296 17) K. Abe, ... , N. Yershov, & et al. (341 02B>@>2). Measurement of the intrinsic electron neutrino component in the T2K neutrino beam with the ND280 detector Phys.Rev. D89 (2014) 092003 arXiv:1403.2552 [hep-ex]  = 30*4.864*0.05=7.296 18) K. Abe, ... , N. Yershov, & et al. (341 02B>@>2). Precise Measurement of the Neutrino Mixing Parameter _{23} from Muon Neutrino Disappearance in an Off-axis Beam Phys. Rev. Lett. 112, 181801, 2014 arXiv:1403.1532 [hep-ex]  = 30*7.728*0.05=11.592 19) S.K. Agarwalla, ... , N. Yershov, & et al. (217 02B>@>2). The mass-hierarchy and CP-violation discovery reach of the LBNO long-baseline neutrino experiment Published in Journal of High Energy Physics, May 2014, 2014:94, Submitted on 20 Jan 2014, arXiv:1312.6520 [hep-ph]   = 30*6.220 0.05= 9.330 20) K. Abe, ... , N. Yershov, & et al. (340 02B>@>2). Observation of Electron Neutrino Appearance in a Muon Neutrino Beam Phys. Rev. Lett. 112, 061802 (2014) arXiv:1311.4750 [hep-ex]  = 30*7.728*0.05=11.592 21) K. Abe, ... , N. Yershov, & et al. LVALQ(337 02B>@>2). Measurement of Neutrino Oscillation Parameters from Muon Neutrino Disappearance with an Off-axis Beam Phys. Rev. Lett. 111, 211803 (2013) arXiv:1308.0465 [hep-ex]  = 30*7.728*0.05=11.592 22) K. Abe, ... , N. Yershov, & et al. (358 02B>@>2). Evidence of Electron Neutrino Appearance in a Muon Neutrino Beam 10.1103/PhysRevD.88.032002 arXiv:1304.0841 [hep-ex]  = 30*4.864*0.05=7.296 23) K. Abe, ... , N. Yershov, & et al. (356 02B>@>2). Measurement of the Inclusive NuMu Charged Current Cross Section on Carbon in the Near Detector of the T2K Experiment 10.1103/PhysRevD.87.092003 arXiv:1302.4908 [hep-ex]  = 30*4.864*0.05=7.296 24) S.Aoki, ..., N. Yershov, & et al. (66 02B>@>2). The T2K Neutrino Flux Prediction Published in Phys.Rev. D87 (2013) 012001 (arXiv:1211.0469 [hep-ex])  = 30*4.864*0.05=7.296 25) S.Aoki, ..., N. Yershov, & et al. (66 02B>@>2). The T2K Side Muon Range Detector Published in Nucl.Instrum.Meth. A698 (2013) 135-146 (arXiv:1206.3553 [physics.ins-det])  = 30*1.316*0.075=2.961 -" +   "+: 10) K. Abe, & , N. Yershov, & et al. (247 02B>@>2). A Long Baseline Neutrino Oscillation Experiment Using J-PARC Neutrino Beam and Hyper-Kamiokande Submitted on 15 Dec 2014, arXiv:1412.4673 [physics.ins-det]   = 4*0.05 = 0.20 11) S.K. Agarwalla, ... , N. Yershov, & et al. (159 02B>@>2). The LBNO long-baseline oscillation sensitivities with two conventional neutrino beams at different baselines Submitted on 2 Dec 2014, arXiv:1412.0804 [hep-ph]   = 4*0.06 = 0.24 12) S.K. Agarwalla, ... , N. Yershov, & et al. (159 02B>@>2). Optimised sensitivity to leptonic CP violation from spectral information: the LBNO case at 2300 km baseline Submitted on 1 Dec 2014, arXiv:1412.0593 [hep-ph]   = 4*0.06 = 0.24 13) A.V. Artamonov , ... , N. Yershov, ... , at al. (60 02B>@>2) Search for heavy neutrinos in K+!+H decays submitted to Physical Review D Submitted on 14 Nov 2014 (arXiv:1411.3963 [hep-ex])  =LVAL. 4*0.075= 0.3 14) K. Abe, ... , N. Yershov, ... , et al. (344 02B>@>2). Measurement of the  CCQE cross section on carbon with the ND280 detector at T2K Submitted on 23 Nov 2014, arXiv:1411.6264 [hep-ex]   = 4*0.05 = 0.20 15) K. Abe, ... , N. Yershov, ... , et al. (338 02B>@>2). Search for short baseline e disappearance with the T2K near detector Submitted on 31 Oct 2014, arXiv:1410.8811 [hep-ex]   = 4*0.05 = 0.20 16) K. Abe, ... , N. Yershov, ... , et al. (330 02B>@>2). Neutrino Oscillation Physics Potential of the T2K Experiment Submitted on 26 Sep 2014, arXiv:1409.7469 [hep-ex]   = 4*0.05 = 0.20 17) L. Agostino, ... , N. Yershov, ... , et al. (115 02B>@>2). LBNO-DEMO: Large-scale neutrino detector demonstrators for phased performance assessment in view of a long-baseline oscillation experiment Submitted on 14 Sep 2014, arXiv:1409.4405 [hep-ex] CERN-SPSC-2014-013, SPSC-TDR-004   = 4*0.06 = 0.24 18) R. Asfandiyarov, & , N. Yershov. (25 02B>@>2). Proposal for SPS beam time for the baby MIND and TASD neutrino detector prototypes e-Print: arXiv:1405.6089 [physics.ins-det]   = 4*0.1=0.4 19) K. Abe, ... , N. Yershov, & et al. (337 02B>@>2) Recent Results from the T2K Experiment Nuclear Physics B - Proceedings Supplements, Volumes 246 247, January February 2014, Pages 23-28  = 8*0.05=0.4LVALOGS235=89 8:>;0528G CI8=, =.A. $- /  B>3>2K9   .. CI8=0 70 2013-2014 3.3. : 610,85+ 511,24= 1122,09 C1;8:0F88 70 2013 3. 2B>@K, 0720=85, 740=85 <?0:B-D0:B>@ >;-2> 02B>@>2 10; 1 LHCb Collaboration,  Reference pp cross-sections for J/ studies in proton-lead collisions at " sNN =5,02~TeV and comparisons between ALICE and LHCb results , LHCb-CONF-2013-013 4 >500 0,16 2 LHCb Collaboration,  Combination of results on the rare decays B0(s)!+" from the CMS and LHCb experiments , LHCb-CONF-2013-012 4 >500 0,16 3 LHCb Collaboration,  Updated average fs/fd b-hadron production fraction ratio for 7 TeV pp collisions , LHCb-CONF-2013-011 4 >500 0,16 4 LHCb Collaboration,  Search for the 0b!2 decay at LHCb , LHCb-CONF-2013-010 4 >500 0,16 5 LHCb Collaboration,  CP and up-down asymmetries in B!K" decays , LHCb-CONF-2013-009 4 >500 0,16 6 LHCb Collaboration,  Study of the J/ production cross-section in proton-lead collisions at " sNN=5 TeV , LHCb-CONF-2013-008 4 >500 0,16 7 LHCb Collaboration,  Measurement of the cross-section for Z! production with 1 fb"1 of pp collisions at " s =7 TeV  , LHCb-CONF-2013-007 4 >500 0,16 8 LHCb Collaboration,  Improved constraints on  from B!DK decays including first results on 2012 data , LHCb-CONF-2013-006 4 >500 0,16 9 LHCb Collaboration,  Graphical comparison of the LHCb measurements of W and Z boson production with ATLAS and CMS , LHCb-CONF-2013-005 4 >500 0,16 10 LHCb Collaboration,  Model-independent measurement of CP violation parameters in B!(K0Sh+h")DK decays , LHCb-CONF-2013-004 4 >500 0,16 11 LHCb Collaboration,  A search for time-integrated CP violation in D0!K"K+ and D0!"+ decays , LHCb-CONF-2013-003 4 >500 0,16 12 LHCb Collaboration,  Measurement of (bb) with inclusive final states , LHCb-CONF-2013-002 4 >500 0,16 13 LHCb Collaboration,  Measurement of the forward-central bb production asymmetry  , LHCb-CONF-2013-001 4 >500 0,16 14 V, Bolotov, E, Gushchin, A, Khudyakov,et al, CHOD in the TechnicalLVALT Run 2012 , Preprint INR 1370/2013, Moscow 2013 4 14 0,4 15 LHCb Collaboration,  LHCb PID Upgrade Technical Design Report , CERN-LHCC-2013-022 ; LHCB-TDR-014 4 >500 0,16 16 LHCb Collaboration,  Search for the doubly charmed baryon +cc , JHEP 1312 (2013) 090 186,6 >500 7,464 17 LHCb Collaboration,  Measurement of D0--D0 mixing parameters and search for CP violation using D0!K+" decays , Phys. 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Multiparticle azimuthal correlations in p -Pb and Pb-Pb collisions at the CERN Large Hadron Collider ALICE Collaboration (Betty Bezverkhny Abelev (LLNL, Livermore) et al.). Jun 10, 2014. 16 pp. Published in Phys.Rev. C90 (2014) 5, 054901 CERN-PH-EP-2014-105 DOI: 10.1103/PhysRevC.90.054901 e-Print: arXiv:1406.2474 [nucl-ex] | PDF  = (3,881*30+8)*0,04=4,977 "+  =29,757*1,5=44,636LVALOGf..!>1>;52A:89 sobolevs@inr.ru 2014-12-17 1. 0AG5B   A>B@C4=8:>2 0AG5B=>-B5>@5B8G5A:>3> A5:B>@0  ..!>1>;52A:>3> 8 ..0BKH52>9 70 2013-2014 33. <?0:B-D0:B>@K, 8A?>;L7>20==K5 ?@8 @0AG5B5   A>B@C4=8:>2 "!  !>1>;52A:89 8:>;09 8E09;>28G, @>4. 06.04.1944, 4.D.-<.=., ?@>D., 702. A5:B. . 8G=K9   !>1>;52A:>3> 70 2013-2014 3>4K: 8.61+19.75+1.33+27.51+8=65.20   !>1>;52A:>3> :0: 702. A5:B>@>< 70 2013-2014 3>4K: 65.20/2+0.75*(65.20+21.39)/2=65.07 (CGB5=K   !>1>;52A:>3> 8 0BKH52>9) 65.20/2+0.75*(65.20+21.39+393.39)/3=152.59 (CGB5=K   !>1>;52A:>3>, 0BKH52>9 8 >B28=K) 1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5D5@8@C5<KE 6C@=0;0E. !C<<0  =8.61 1. A.Luehr, M.Priegnitz, F.Fiedler, W.Enghardt, N.Sobolevsky, N.Bassler. Dependence of simulated positron emitter yields in ion beam cancer therapy on modeling nuclear fragmentation. Appl. Radiat. Isot. 83B (2014) 165 170.  =1.056*30/6=5.28 2. J.Toftegaard, A.Luehr, N.Sobolevsky, N.Bassler. Improvements in the stopping power library libdEdx and release of the web GUI dedx.au.dk. Journal of Physics: Conference Series 489 (2014) 012003. Scopus  =8/4=2 3. N.Bassler, D.C.Hansen, A.Luehr, B.Thomsen, J.B.Petersen, N.Sobolevsky. SHIELD HIT12A - a Monte Carlo particle transport program for ion therapy research. Journal of Physics: Conference Series 489 (2014) 012004. Scopus  =8/6=1.33 !B0BL8 2 @>AA89A:8E @5D5@8@C5<KE 6C@=0;0E. !C<<0  =19.751 3. ..0BKH520, ..5@3<0=, ..!>1>;52A:89, ..;8G.  2;8O=88 @07<5@>2 M:A?5@8<5=B0;L=KE :0=0;>2 A?5:B@><5B@0 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 /  =0 :>=AB0=BC 70<54;5=8O. /45@=0O $878:0 76(2013)501-505.  =0.669*60/4=10.035 226. A.Krylov, M.Paraipan, N.Sobolevsky, G.Timoshenko, V.Tret yakov. GEANT4, MCNPX, and SHIELD Code Comparison Concerning Relativistic Heavy Ion Interaction with Matter. Phys.Part.Nucl.Lett. 11 (2014) 847-850 (8AL<0 2 -'/).  =0.743*60/5=8.916 228. ..."8B0@5=:>, .$.0BO52, ..02;>2, ..."8B0@5=:>, .. >3>LVALg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n 8 10Be 2 75<=KE ?>@>40E. @5?@8=B /  1376/2013, >A:20, 2013.  =4/3=1.33 3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =27.507 1. L.Latysheva, N.Sobolevsky, R.D.Ili. Computational study of the neutron's slowing-down for spallation neutron sources on proton beams. Invited talk at the NUFRA2013 International Conference Kemer, Turkey, September 29  October 6, 2013. http://fias.uni-frankfurt.de/historical/nufra2013/  =30/3=10 2. N.Sobolevsky. Nuclear models and data in SHIELD-HIT. Talk at 7th Danish Workshop on Particle Therapy: Nuclear fragmentation models in Monte Carlo codes relevant for particle therapy, 23-24 January 2013, Aarhus University, Denmark.  =6/1=6.0 3. N.Bassler, D.C.Hansen, A.Luehr, B.Thomsen, J.B.Petersen, N.Sobolevsky. SHIELD-HIT12A - a Monte Carlo particle transport program for ion therapy research. Talk at the Int. Conf. on the Use of Computers in Radiation Therapy, 6 9 May 2013, Melbourne, Australia. http://iccr2013.org/cms/wp-content/uploads/2013/05/Niels-Bassler.pdf  =6/6*1.5=1.5 4 J.Toftegaard, A.Luehr, N.Sobolevsky, N.Bassler. Improvements in the stopping power library libdEdx and release of the web GUI dedx.au.dk. Poster presentation at the Int. Conf. on the Use of Computers in Radiation Therapy,|LVAL 6 9 May 2013, Melbourne, Australia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obolevsky. Monte Carlo transport codes for simulation radiation environment in Space. NASA and FSA Technical Interchange Meeting. SINP MSU, Moscow, December 9 10, 2013.  =6/1=6.0 7. A.Andreev, R.Ilic, E.Konobeevsky, L.Latysheva, N.Sobolevsky, G.Solodukhov, S.Zuyev. Optimization of a Photoneutron W-Be-Source of Thermal Neutron. 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C1;8:0F88 !B0BL8 2 @>AA89A:8E @5D5@8@C5<KE 6C@=0;0E. !C<<0  =10.035 1. ..0BKH520, ..5@3<0=, ..!>1>;52A:89, ..;8G.  2;8O=88 @07<5@>2 M:A?5@8<5=B0;L=KE :0=0;>2 A?5:B@><5B@0 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 /  =0 :>=AB0=BC 70<54;5=8O. /45@=0O $878:0 76(2013)501-505.  =0.669*60/4=10.035 3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =11.357 2. L.Latysheva, N.Sobolevsky, R.D.Ili. Computational study of the neutron's slowing-down for spallation neutron sources on proton beams. Invited talk at the NUFRA2013 International Conference Kemer, Turkey, September 29  October 6, 2013. http://fias.uni-frankfurt.de/historical/nufra2013/  =30/3=10 3. A.Andreev, R.Ilic, E.Konobeevsky, L.Latysheva, N.Sobolevsky, G.Solodukhov, S.Zuyev. Optimization of a Photoneutron W-Be-Source of Thermal Neutron. Poster talk at 64th Int. Conf. NUCLEUS 2014, 1  4 July 2014, Minsk, Belarus.  =6/7=0.857 4. ..=4@552, !..C52, .!.>=>1552A:89, ..0BKH520, M..>@4>2A:>9, ..!>1>;52A:89, ..!>;>4CE>2, ..;8G. AB>G=8: =59B@>=>2 =0 >A=>25 M;5:B@>==>3> CA:>@8B5;O #--8-5, D>B>=59B@>==>9 W-Be <8H5=8 8 70<54;8B5;O-D>@<8@>20B5;O =59B@>==>3> A?5:B@0. >:;04 =0 !5AA88-:>=D5@5=F88 !5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", 17-21 =>O1@O 2014, $.  =4/8=0.5LVALOGj>B28=0 ;5:A0=4@ !B5?0=>28G, 02.11.1957, :.D.-<.=., A.=.A.    2013-2014: 252.8+1.467+139.125=393.392 1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5D5@8@C5<KE 6C@=0;0E. !C<<0  =252.8 1. N.Buyukcizmeci, A.S.Botvina, I.N.Mishustin, R.Ogul, M.Hempel, J.Schaffner-Bielich, F. K.Thielemann, S.Furusawa, K.Sumiyoshi, S.Yamada, H.Suzuki. A comparative study of statistical models for nuclear equation of state of stellar matter. Nucl. Phys. A, v. 907 , p.13-54 , Amsterdam, 2013.  =1.54*30*0.1= 4.6 2. V.A.Karnaukhov and A.S.Botvina. Comment on 'The experimental liquid vapor phase diagram of bulk nuclear matter'. J. Phys. G: Nucl. Part. Phys. v.40, p.058001 (2 pages) 2013.  =4.178*30/2=62.7 3. N.Eren, N.Buyukcizmeci, R.Ogul, and A.S.Botvina. Mass distribution in the disintegration of heavy nuclei. Eur. Phys. J. A, v.49, p.48 (7 pages), Berlin/Heidelberg, 2013.  =2.043*30/4=15.3 4. A.S.Botvina. Production of exotic hypernuclei from excited nuclear systems. Nucl. Phys. A, v. 914 , p. 401-404 , 2013.  =1.54*30=46.2 5. A.Esser, S.Nagao, F.Schulz, S.Bleser, M.Steinen, P.Achenbach, C.Ayerbe Gayoso, R.Boehm, O.Borodina, D.Bosnar, A.Botvina, V.Bozkurt, L.Debenjak, M.O.Distler, I.Friscic, Y.Fujii, T.Gogami, M.Gomez Rodriguez, O.Hashimoto, S.Hirose, H.Kanda, M.Kaneta, E.Kim, Y.Kohl, J.Kusaka, A.Margaryan, H.Merkel, M.Mihovilovic, U.Mueller, S.N.Nakamura, J.Pochodzalla, C.Rappold, J.Reinhold, T.R.Saito, A.Sanchez Lorente, S. Sanchez Majos, B.S.Schlimme, M.Schoth, C.Sfienti, S.Sirca, L.Tang, M.Thiel, K.Tsukada, A.Weber, K.Yoshida. Prospects for hypernuclear physics at Mainz: From KAOS@MAMI to PANDA@FAIR. Nucl. Phys. A, v. 914 , p. 519-529 , 2013.  =1.54*30*0.05=2.3 6. N.Buyukcizmeci, A.S.Botvina, J.Pochodzalla, M.Bleicher. Mechanisms for production of hypernuclei beyond the neutron and proton drip lines. Phys. Rev. C , v. 88, p. 014611 (10 pages) , 2013.  =3.308*30/4=24.8 7. A.S.Botvina, K.K.Gudima, J.Pochodzalla. Production of hypernuclei in peripheral relativLVALkistic ion collisions. Phys. Rev. C , v. 88, p. 054605 (8 pages), 2013.  =3.308*30/3=33.1 8. N.Buyukcizmeci, A.S.Botvina, I.N.Mishustin. Tabulated equation of state for supernova matter including full nuclear ensemble. Astrophysical Journal, 789 (2014) 33-44, doi:10.1088/0004-637X/789/1/33  =6.280*30/3=62.8 9. J.Steinheimer, T.Lang, H.van Hees, A.S.Botvina, K.K.Gudima, I.N.Mishustin, H.Stoecker, M.Bleicher. Strangeness in Quark Matter. J. Phys. Conf. Ser. 509 (2014) 012002 DOI: 10.1088/1742-6596/509/1/012002  =8/8=1 @5?@8=BK. !C<<0  =1.467 1. H.Imal, A.Ergun, N.Buyukcizmeci, R.Ogul, A.S.Botvina, W.Trautmann. Theoretical study of projectile fragmentation in the reactions 112Sn+112Sn and 124Sn+124Sn at 1 GeV/nucleon. arXiv:1403.4786v1 [nucl-th].  =4/6=0.667 2. A.Ergun, H.Imal, N.Buyukcizmeci, R.Ogul, A.S.Botvina. Influence of angular momentum and Coulomb interaction of colliding nuclei on their multifragmentation. arXiv:1408.2840v1 [nucl-th].  =4/5=0.8 3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =139.125 5. A.S.Botvina. Models of nuclear reactions releveant for medical applications. Invited talk at 7 th Danish Workshop on Particle Therapy. Dept. of Physics and Astronomy of Aarhus University, Aarhus, Denmark, 23-24 January 2013. http://www.partikelterapi.dk/index.php?option=com_content&task=view&id=44&Itemid=62  =6/1=6.0 7. A.S.Botvina. Production of hypernuclei from excited nuclear residues formed in relativistic ion collisions. Invited talk at the Fourth International Conference on Nuclear Fragmentation (from basic research to applications) - NUFRA2013. Kemer (Antalya), Turkey, September 29 - October 6, 2013. http://fias.uni-frankfurt.de/historical/nufra2013/  =30/1=30.0 10. A.S.Botvina. New opportunities for production of hypernuclei from excited nuclear residues in relativistic ion collisions. Invited talk at the SINAP-CAS Workshop, Shanghai, China, December 11, 2013.  =30/1=30. 4. J.Steinheimer, T.Lang, H.van Hees, A.S.Botvina, K.KLVAL,.Gudima, I.N.Mishustin, H.Stoecker, M.Bleicher. Strangeness in Quark Matter 2013: Opening Talk. (Opening talk of the Strangeness in Quark Matter conference 2013)  =6/8*1.5=1.125 6. A.S.Botvina. Production of hypernuclei from excited nuclear residues in relativistic ion collisions: New opportunities for AFTER@LHC. Invited talk at the International Workshop "Probing the Strong Interaction at A Fixed Target ExpeRiment with the LHC beams", Les Houches School, January 12 - 17 , 2014, Les Houches, France. https://indico.in2p3.fr/conferenceDisplay.py?confId=8591  =30 7. A.Botvina. Statistical approach for supernova matter and nuclear multifragmentation. Talk at the ATHENA Brussels workshop on Astrophysics. January 27 - 28, 2014 - Universite Libre de Bruxelles - Belgium. http://exp-astro.physik.uni-frankfurt.de/meetings/athena-brussels-meeting/hprogram-new.php  =6 6. A.Botvina. Hypernuclei and hypermatter in relativistic heavy-ion reactions. Invited talk at the International SPHERE workshop, Prague, Czech Republic, September 9-11, 2014. http://rafael.ujf.cas.cz/sphere2014/presentations/Botvina_SPHERE_2014.pdf  =30 9. A.Botvina. Production of hypernuclei from excited nuclear residues in relativistic ion collisions. Talk at the DPG Annual meeting - Frankfurt 2014, Frankfurt am Main. http://www.dpg-verhandlungen.de/year/2014/conference/frankfurt/static/hk63.pdf  =6 Citations of A.S.Botvina scientific publications: According to ISI Web Knowledge : 3800LVALOGm!04K:>2 ..   -2013-1433 =48284C0;L=K9   70 20133= 97,9   @C:>2>48B5;O 70 20133 =75 =48284C0;L=K9   70 20143= 38.27   @C:>2>48B5;O 70 20143=39.28 !B0BL8 20133. : 1.1 . !.. C7=5F>2,.. 5H:>2, .. !04K:>2,.!. 8B28=, ... 0?CH:8=, .. ;5:A552, -.. >?B5;>2. =>3>DC=:F8>=0;L=K9 =59B@>==K9 A?5:B@><5B@ =0 8<?C;LA=>< 8AB>G=8:5  06 / , @0B:85 A>>1I5=8O ?> D878:5, 2013,N9,3-11. Impact factor -0.241 0;;K (0.241*60)/7= 2,066 1.2. Magnetism and superconductivity in EuFe2As2 synthesized under high pressure A. V. Tsvyashchenko, V. A. Sidorov, L. N. Fomicheva, K. Gofryk, R. A. Sadykov, and J. D. Thompson,Phys. Status Solidi B 250, No. 3, 589 592 (2013) Impact factor -1.49 10;;K (1.49*30)/6= 7,45 1.3. Chiral Properties of Structure and Magnetism in Mn1-xFexGe Compounds: When the Left and the Right are Fighting, WhoWins? S.V. Grigoriev, N. M. Potapova, S.-A. Siegfried, V. A. Dyadkin, E.V. Moskvin,V. Dmitriev, D. Menze,C. D. Dewhurst, D. Chernyshov, R. A. Sadykov, L. N. Fomicheva, and A.V. Tsvyashchenko.PhysRevLett/ 110, 207201 (2013) Impact factor -7.943 10;;K (7.943*30)/12= 19,857 1.4. 111Cd-TDPAC Study of Pressure Effect on the Valence of Yb in the YbGe2.85 Cubic Phase. A. V. Tsvyashchenko, A. I. Velichkov, A. V. Salamatin, L.N. Fomicheva, D.A. Salamatin, G. K. Ryasny, A. V. Nikolaev, M. Budzynski, R.A. Sadykov, and A.V. Spasskiy J. Alloys and Compounds, 552 (2013) 190 Impact factor=2.390 0;;K=(2.390E30)\10= 7,17 I. @5?@8=BK . !. 8B28=, . . !B>;O@>2, . . !04K:>2. #,""+  /   /  +% !"   "  $"" - # !" "   "  #,! !"'-  "  -06. @5?@8=B /  !1365/2013, .: 2013, 15 A. <?0:B D0:LVALB>@ =4 0;;- 4/3=1.33 III. >:;04K =0 :>D5@5=F8OE: @83;0H5==K9 4>:;04: Workshop on New directions on High Pressure Neutron Scattering ,June 3-5th 2013 in Knoxville,Tennessee. R . Sadykov,  The high pressure clamp cells for neutron scattering . 0;; 30 !> @C:>2>4AB2> 0A?8@0=B0<8: 1. !B>;O@>2 .. 2. D>=8= .. 0;; 15+15=30 =48284C0;L=K9   70 20133= 97,873   @C:>2>48B5;O 70 20133 48.9+0.75*(97.87+9.4+54.8+10.9+1.2)/5=75.0 2014 !B0BL8 2014 3. 1. A.G. Gavriliuk, S.N. Aksenov, R.A. Sadykov, V.P. Filonenko.  Physics of aging of nanophase alloys: Mssbauer investigation of nanocrystalline iron-copper pseudoalloy , >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O, ! 12, AB@. 16-20 (2014). 0.36 x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r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p . ;5:A0=4@ @83>@L528G (@0AGQB   70 2013-2014 33) !?8A>: ?C1;8:0F89 70 2013 3>4 !B0BL8 2013 3. 1. A. G. Gavriliuk, I. S. Lyubutin, S. S. Starchikov, A. A. Mironovich, S. G. Ovchinnikov, I. A. Trojan, Yuming Xiao, Paul Chow, S. V. Sinogeikin, V. V. Struzhkin, " The magnetic P-T phase diagram of langasite Ba3TaFe3Si2O14 at high hydrostatic pressures up to 38 GPa ", Appl. Phys. Lett. 103(16), 162402 (2013). 3.52 x 30 / 10 = 10.56 2. I.S. Lyubutin, J.F. Lin, A.G. Gavriliuk, A.A. Mironovich, A.G. Ivanova, A.L. Vasilyev, V.V.Roddatis, "Microstructure and high-pressure spin transition of Fe2+ ions in ringwoodite (Mg,Fe)2SiO4", Amer. Mineralogist 98, 1803-1810 (2013). 2.20 x 30 / 7 = 9.428 3. I. S. Lyubutin, V.V. Struzhkin, A. A. Mironovich, A. G. Gavriliuk, P. G. Naumov, J. F. Lin, S. G. Ovchinnikov, S. Sinogeikin, P. Chow, Y. Xiao, and R. J. Hemley, "Quantum critical point and spin fluctuations in the lower-mantle ferropericlase", PNAS 110(18), 7142-7147 (2013). 9.81 x 30 / 10 = 29.43 " AB0BL8 2013: 49.418 . >:;04K =0 :>=D5@5=F8OE 8 <0B5@80;K :>=D5@5=F89 2013 3. 1. Jungho Kim, Yu Shvyd'ko, M. H. Upton, D. Casa, Yu. Orlov, A.G. Gavriliuk, S.G. Ovchinnikov, V.V. Struzhkin, S.V. Sinogeikin,  Pressure-induced Spin Transition and Evolution of the Electronic Excitations of FeBO3: Resonant Inelastic X-ray Scattering Results , APS March Meeting 2013, March 18 22, 2013; Baltimore, MD, USA, 2013. Abstract: Volume 58, Number 1. (CAB=K9) 6 / 9 = 0.666 2. I.S. Lyubutin, V.V. Struzhkin, A.A. Mironovich, A.G. Gavriliuk, P.G. Naumov, J.F. Lin, S.G. Ovchinnikov, S. Sinogeikin, P. Chow, Y. Xiao, and R.J. Hemley,  Quantum critical point and spin fluctuations in lower mantle ferropericlase , 7th North American Mssbauer Symposium, Los Alamos National Laboratory, January 11-12th, 2013, at the University of Texas at Austin. Abstracts: p. 6, (?@83;0HQ==K9) 30 / 10 = 3.0 3. A.G. Ivanova, I.S. Lyubutin, Jung-Fu Lin, A.G. Gavriliuk, A.A. Mironovich LVALqand M.Yu. Presnyakov,  Spin transition of Fe2+ in Earth s transition-zone ringwoodite (Mg,Fe)2SiO4 at high pressures , Goldschmidt-2013 Geochemistry Conference, Florence, Italy, 25-30 August, 2013. Abstract: (CAB=K9) 6 / 6 = 1 4. .!. N1CB8=, V. V. Struzhkin, .. 8@>=>28G, .. 02@8;N:, .. 0C<>2, J.F. Lin, !.. 2G8==8:>2, S. Sinogeikin, P. Chow, Y. Xiao, and R.J. Hemley,  20=B>20O :@8B8G5A:0O B>G:0 8 A?8=>2K5 D;N:BC0F88 2 <03=578>2NAB8B5 (Mg,Fe)O 2 CA;>28OE =86=59 <0=B88 5<;8 , 11-O >=D5@5=F8O !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, $ , "@>8F:, >A:>2A:0O >1;., 06 8N=O 2013 3. "578AK 4>:;04>2 AB@. 20-21. (AB5=4>2K9) 4 / 10 = 0.4 " :>=D5@5=F88 2013: 5.066 . " 70 2013 3>4: 54.484 !?8A>: ?C1;8:0F89 70 2014 3>4 !B0BL8 2014 3. 1. A.G. Gavriliuk, S.N. Aksenov, R.A. Sadykov, V.P. Filonenko.  Physics of aging of nanophase alloys: Mssbauer investigation of nanocrystalline iron-copper pseudoalloy , >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O, ! 12, AB@. 16-20 (2014). 0.36 x 60 / 4 = 5.4 2. Jungho Kim, Viktor V. Struzhkin, Sergey G. Ovchinnikov,Yu. Orlov, Yu. Shvyd ko, M. H. Upton, D. Casa, Alexander G. Gavriliuk and S. V. Sinogeikin, "Pressure-induced spin transition and evolution of the electronic excitations of FeBO3: Resonant inelastic x-ray scattering results", EPL 108, 37001 (2014). 2.26 x 30 / 9 = 7.533 3. . !. N1CB8=, . . 02@8;N:, .. . 02K4>20, . . 20=>20, . . "@>O=, !.  !C;LO=>2, !. !. !B0@G8:>2, !. . :A5=>2, . . ;07K@8=, "#@02=5=85 A>AB>O=8O 8 AB@C:BC@=K5 D07>2K5 ?5@5E>4K 2 65;57>A>45@60I5< ;0=30A8B5 Ba3TaFe3Si2O14 ?@8 2KA>:8E 384@>AB0B8G5A:8E 402;5=8OE", 8AL<0 2 -"$, B. 100, 2K?. 12, (2014). 1.52 x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yubutin I. S., Naumov P. G., Gavriliuk A. G., Trojan I. A., Davydova Yu. A., Starchikov S. S., Mironovich A. A., Aksenov S. N., Tkachev A. V., and Gippius A. A.,  Magnetic properties of new multiferroics Ba3MFe3Si2O14 studied by Mossbauer spectroscopy and NMR , XIII 564C=0@>4=0O :>=D5@5=F8O  QAA10CM@>2A:0O A?5:B@>A:>?8O 8 5Q ?@8<5=5=8O (ICMSA-2014) . 3. !C740;L, 11-15 >:BO1@O 2014, Abstracts p. 23. (;5=0@=K9, invited) 30 / 10 = 3 4. . !. N1CB8=, . . 02@8;N:, !8=E@>B@>==K5 8AA;54>20=8O <0B5@80;>2 2 M:AB@5<0;L=KE CA;>28OE 2KA>:8E 402;5=89, 2KA>:8E 8 :@8>35==KE B5<?5@0BC@, !>25I0=85 8 >;>456=>9 :>=D5@5=F88 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 8 A8=E@>B@>==>3> 87;CG5=8O 2 :>=45=A8@>20==KE A@540E ( !-!-2014), 3. !0=:B-5B5@1C@3, !B0@K9 5B5@3>D, 2 !0=:B-5B5@1C@3A:>< >AC=825@A8B5B, D878G5A:>< D0:C;LB5B5, 27-31 >:BO1@O 2014, !1>@=8: "578A>2 AB@. 21. (;5=0@=K9, invited) 30 / 2 = 15 " :>=D5@5=F88 2014: 19.55 . " 70 2014 3>4: 42.616 " 70 2013-2014 33. ( ): 97.1 (1K; =0 0,2 AB02:8, => 2 2014 871@0= =0 ?>;=CN)LVALOGs20133 :A5=>2 !5@359 8:>;0528G #AB=K9 >:;04 =0 :>D5@5=F88:  - 6 10;;>2/14=0.429->:@C3;5=85 4> 0.6 111Cd-TDPAC Study of Pressure Effect on the Electric Field Gradient in the New Laves Phase YbAg2 A.V. Tsvyashchenko1,2, D.A. Salamatin1,6, G.K. Ryasny2, F.S. El kin1, A.V. Salamatin3, L.N. Fomicheva1, A. Velichkov3, V.N. Krasnorusskii1, A.P. Novikov1, A.N. Nikolaev2, S.N. Axenov4, Yu.B. Lebed'4, A.V. Spasskiy2 and M. Budzynski5 European High Pressure Research Group International Meeting (EHPRG 51) 1-5 September 2013, Queen Mary, University of London, London, UK   2013= 0.6 2014 1. !B0BLO 2 6C@=0;5 0,245*60/4= 3.675 >:@C3;5=85 4> 3.7 Physics of Aging of Nanophase Alloys: Mssbauer Investigation of Nanocrystalline IronCopper Pseudoalloy A. G. Gavriliuka, , S. N. Aksenova , R. A. Sadykova , and V. P. Filonenko Journal of Surface Investigation. Xray, Synchrotron and Neutron Techniques, 2014, Vol. 8, No. 6, pp. 1216 1220. Pleiades Publishing, Ltd., 2014. 2. !B0BLO 2 6C@=0;5 3.172*30*0.1=9.516 >:@C3;5=85 4> 9.5 Flip of spin helix chirality and ferromagnetic state in Fe1"xCoxGe compounds S. V. Grigoriev, S.-A. Siegfried, E. V. Altynbayev, N. M. Potapova, V. Dyadkin, E. V. Moskvin, D. Menzel, A. Heinemann, S. N. Axenov, L. N. Fomicheva, and A. V. Tsvyashchenko PHYSICAL REVIEW B 90, 174414 (2014) 3. !B0BLO 2 6C@=0;5 1,169*60/9=7.79 >:@C3;5=85 4> 7.8 "#@02=5=85 A>AB>O=8O 8 AB@C:BC@=K5 D07>2K5 ?5@5E>4K 2 65;57>A>45@60I5< ;0=30A8B5 Ba3TaFe3Si2O14 ?@8 2KA>:8E 384@>AB0B8G5A:8E 402;5=8OE", . !. N1CB8=, . . 02@8;N:, .. . 02K4>20, . . 20=>20, . . "@>O=, !.  !C;LO=>2, !. !. !B0@G8:>2, !. . :A5=>2, . . ;07K@8= 8AL<0 2 -"$, B. 100, 2K?. 12, (2014). 4. !B0BLO 2 6C@=0;5 60*0.395 *0.1 = 2.37 >:@C3;5=85 4> 2.4 0@8= .., >B0H52 !.., "@C=>2 .., >B0H52 .!., :A5=>2 !.., D>=8= .., 8B28= .!., ;5:A552 .., >=>=KE8= .C., !04K:>2 .. - !!" "" /  / +% /  / "+% "  $'!% #!" - LVAL   +  "% -! "  2014 !6 A. 37-41. 5. >:;04 =0 :>=D5@5=F88 ;5=0@=K9, ?@83;0HQ==K9 20*0.1=2 Lyubutin I. S., Naumov P. G., Gavriliuk A. G., Trojan I. A., Davydova Yu. A., Starchikov S. S., Mironovich A. A., Aksenov S. N., Tkachev A. V., and Gippius A. A.,  Magnetic properties of new multiferroics Ba3MFe3Si2O14 studied by Mossbauer spectroscopy and NMR , XIII 564C=0@>4=0O :>=D5@5=F8O  QAA10CM@>2A:0O A?5:B@>A:>?8O 8 5Q ?@8<5=5=8O (ICMSA-2014) . 3. !C740;L, 11-15 >:BO1@O 2014, Abstracts p. 23. 6. >:;04 CAB=K9 4/8 = 0.5 .!. 8B28=, .. 0@8=, .. 20H:8=, !.%. 0@052A:89, .. "@C=>2, !.. :A5=>2, .. !04K:>2, .. 54>@57>2. 2CE:>>@48=0B=K5 AF8=B8;;OF8>==K5 45B5:B>@K =59B@>=>2 =0 >A=>25 B25@4>B5;L=KE D>B>C<=>68B5;59 8 A25B>2>4>2. - !>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 8 A8=E@>B@>==>3> 87;CG5=8O 2 :>=45=A8@>20==KE A@540E !-!-2014 - 27-31 >:BO1@O 2014 3., !0=:B-5B5@1C@3, !B0@K9 5B5@3>D. - CAB=K9 A5:F8>==K9 4>:;04 B>3>   0.6+3.7+9.5+7.8+2.4+2+0.5=26,5 >2KH0NI89 :>MDD8F85=B :0: =0CG=><C A>B@C4=8:C 2 B5G5=88 5 ;5B ?>A;5 >:>=G0=8O C70 2 B>3>   2013-2014: 53LVAL0254CNI89 A5:B>@>< , :D<= !.$.!84>@:8= 2013 3. 1. !84>@:8= !.$. Troitsk ADS project. ?@83;0H5==K9 4>:;04 =0 :>=D5@5=F88 ThEC13 (">@8520O M=5@35B8G5A:0O :>=D5@5=F8O) 27.10 - 31.10.2013 3. 5=520, (259F0@8O. https://indico.cern.ch/contributionDisplay.py?contribId=46&sessionId=12&confId=222140 https://indico.cern.ch/getFile.py/access?contribId=46&sessionId=12&resId=1&materialId=slides&confId=222140   = 30 2. 53BO@52 .., >;OA:8= .., OA=8:>2 .., >=><0@52 .. (& C@G0B>2A:89 8=-B, 3. >A:20), 0@<0=>2 $.. ("- /# $, 3. 1=8=A:), !5@538= .. (%", 3. >A:20), !84>@:8= !.$. (/ , 3. >A:20). 84:>A>;52>9 ?>4:@8B8G5A:89 @50:B>@ - A6830B5;L B@0=A?;CB>=852KE 0:B8=>84>2  B><=0O M=5@38O, 2013, B. 114, 2K?. 4, 0?@5;L, A. 183-188   =0.384 " 60 / 7 = 3.29 3. !.$. !84>@:8=, -.. >?B5;>2. #,!+ !"' "  /  / !!/ ! +% ! .  %!",. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O, 2013, ! 6, A. 1-16   =0.359 " 60 / 2 = 10.77 4. 0CG=0O A5AA8O /# $-2013 07<=>60NI85 E0@0:B5@8AB8:8 A>;8 LiF-NaF-KF-PuF3 :0: ?5@28G=>9 <8H5=8 2 <>45;8 ?>4:@8B8G5A:>3> 684:>A>;52>3> @50:B>@0 4;O ?5@56830=8O <8=>@=KE 0:B8=84>2. 53BO@52 .. ( & C@G0B>2A:89 8=AB8BCB, >A:20); ;>E8= .. ($# & $ - $-, 1=8=A:), D@5<>2 .., 0@<0=>2 $.. ("- /# $, 1=8=A:), !84>@:8= !.$. (/ , >A:20)   = 4 / 5 = 0.67 5. !.$. !84>@:8= >:;04 =0 <564C=0@>4=>< @01>G5< A>25I0=88 2 / . Troitsk ADS project.   = 6 " 70 2013 3>4. 30+3.29+10.77+0.67+6=50.73 0 2014 3>4 8=48284C0;L=K9   = 0   @C:>2>48B5;O: 0 2013 3>4 =0 0 2014 3>4: 0+0.75*(0+9.5+17.9+17.9+30.2)/5=11.33 B>3>2K9   !.$. !84>@:8=0 70 2013-2014 3>4K 62.1 >?@02:0: :;04 8=48284=50,73 @C:=11,33LVALOGv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m", / / $, 2014, B>< 77,!5, A. 579 582.   = 60*0.412/8= 3.1 3. . . ;5:A552, . . 5@3<0= , . . 5@;52, -. . >?B5;>2, . !. 3>@>21), .$.!0<K;8=1), ..$C@A>21), . !. (>@8=1 "59B@>==>5 A5G5=85 45;5=8O 8 @57>=0=A=K5 ?0@0<5B@K 241Am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m(n,f).   " /  1358/2013 N=L 2013   = 4/8 = 0.5 6. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, ..$C@A>2, .!.(>@8=, "AA;54>20=8O ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: Pu-240(n,f). @5?@8=B /  1391/2014, >:BO1@L 2014, >A:20.   = 4/7 = 0.6 7. ..;5:A552, ..20=>2, "A?>;L7>20=80LVAL@5 ?@>F54C@K A2Q@B:8 A5G5=89 =59B@>=-O45@=KE @50:F89 A> A?5:B@>< =59B@>=>24;O >F5=:8 2>7<>6=>AB8 ?@>2545=8O M:A?5@8<5=B>2 =0 A?5:B@><5B@5 !-100". @5?@8=B /  1394/2014 / , 2014, >A:20   4/2 =2.  tLVALC7=5F>2 0;5@89 5>=84>28G, @>4. 10 >:BO1@O 19483., A. =. A.  !C<<0@=K9   =1.33+4.5+3+10+ 3+ 4.9 = 26.73 2013 3. 1. .. C7=5F>20, .. C7=5F>2, .!. 8B28=. AA;54>20=85 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;5 KBr =0 50-B8 <5B@>2>9 1075 -! @5?@8=B /  1367/2013, A5=BO1@L 2013.   = 4/3 = 1.33 2. V.L. Kuznetsov, E.V. Kuznetsova. Measurements of neutron spectrums and neutron fluxes on pulsed neutron sources of INR RUS !B5=4>2K9 4>:;04 =0: Seminar XXI International Seminar on Interaction of Neutrons with Nuclei ISINN-21 Alushta Ukraine, May 20-25, 2013, Dubna.   = 6E1.5/2 = 4.5 3. V.L. Kuznetsov, E.V. Kuznetsova, P.V. Sedyshev. Preliminary results of the investigation of the neutron diffraction on single crystal KBr near p-resonance 81Br !B5=4>2K9 4>:;04 =0: Seminar XXI International Seminar on Interaction of Neutrons with Nuclei, ISINN-21, Alushta, Ukraine, May 20-25, 2013, Dubna.   = 6E1.5/3 = 3 2014 3. 4. E.V. Kuznetsova, V.L. Kuznetsov, P.V. Sedyshev. Neutron diffraction in KBr single crystal. Investigation of diffraction in single crystal KBr #AB=K9 4>:;04 =0:Seminar XXII International Seminar on Interaction of Neutrons with Nuclei, ISINN-22, Dubna, May 27-30, 2014, Dubna.  =30/3=10 5. V.L. Kuznetsov, E.V. Kuznetsova, P.V. Sedyshev. Investigation of diffraction in single crystal KBr !B5=4>2K9 4>:;04 =0: Seminar XXII International Seminar on Interaction of Neutrons with Nuclei, ISINN-22, Dubna, May 27-30, 2014, Dubna.   = 6E1.5/3 = 3 6. .. C7=5F>2, .. C7=5F>20, .!. 8B28=. AA;54>20=85 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;5 KBr  %!",. "!, !% " +  " + !!/ ! 2 (2015) 1 5   = 0.245 x 60/3=4.9hLVALxC7=5F>20 235=8O 0A8;L52=0, @>4. 10 A5=BO1@O 1950 3., A. =. A.  !C<<0@=K9   =1.33+4.5+3+10+ 3+ 4.9 = 26.73 2013 3. 7. .. C7=5F>20, .. C7=5F>2, .!. 8B28=. AA;54>20=85 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;5 KBr =0 50-B8 <5B@>2>9 1075 -! @5?@8=B /  1367/2013, A5=BO1@L 2013.   = 4/3 = 1.33 8. V.L. Kuznetsov, E.V. Kuznetsova. Measurements of neutron spectrums and neutron fluxes on pulsed neutron sources of INR RUS !B5=4>2K9 4>:;04 =0: Seminar XXI International Seminar on Interaction of Neutrons with Nuclei ISINN-21 Alushta Ukraine, May 20-25, 2013, Dubna.   = 6E1.5/2 = 4.5 9. V.L. Kuznetsov, E.V. Kuznetsova, P.V. Sedyshev. Preliminary results of the investigation of the neutron diffraction on single crystal KBr near p-resonance 81Br !B5=4>2K9 4>:;04 =0: Seminar XXI International Seminar on Interaction of Neutrons with Nuclei, ISINN-21, Alushta, Ukraine, May 20-25, 2013, Dubna.   = 6E1.5/3 = 3 2014 3. 10. E.V. Kuznetsova, V.L. Kuznetsov, P.V. Sedyshev. Neutron diffraction in KBr single crystal. Investigation of diffraction in single crystal KBr #AB=K9 4>:;04 =0:Seminar XXII International Seminar on Interaction of Neutrons with Nuclei, ISINN-22, Dubna, May 27-30, 2014, Dubna.  =30/3=10 11. V.L. Kuznetsov, E.V. Kuznetsova, P.V. Sedyshev. Investigation of diffraction in single crystal KBr !B5=4>2K9 4>:;04 =0: Seminar XXII International Seminar on Interaction of Neutrons with Nuclei, ISINN-22, Dubna, May 27-30, 2014, Dubna.   = 6E1.5/3 = 3 12. .. C7=5F>2, .. C7=5F>20, .!. 8B28=. AA;54>20=85 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;5 KBr  %!",. "!, !% " +  " + !!/ ! 2 (2015) 1 5   = 0.245 x 60/3=4.9LVAL& =4@552 .@89 8E09;>28G, @>4. 21.09.1951, :D<=, A=A $-,   70 2013-2014 33. >:;04K: 1. Tlisov D. (CMS Collaboration). Exotica searches in pp collisions at 8 TeV in the CMS detector at the LHC // 18th International Seminar on High Energy Physics "QUARKS-2014", Suzdal, Russia, June 2-8, 2014, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 2. Kirsanov M. (CMS Collaboration). Search for a heavy neutrino and right-handed W boson of the left-right symmetric model in pp collisions at 8 TeV // 18th International Seminar on High Energy Physics "QUARKS-2014", Suzdal, Russia, June 2-8, 2014, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 3. Kirsanov M. (CMS Collaboration). Two-dimensional analysis against one-dimensional one in the search for WR and heavy neutrino // 17th Annual CMS RDMS Conference, Dubna, Russia, 7-8 August, 2014, ?;5=0@=K9 CAB=K9.   = 30/25 = 1,20 4. Korneev A. (CMS Collaboration). CMS ECAL performance and upgrade // International Conference "Instr14: Instrumentation for Colliding Beam Physics 2014, Budker Institute, Novosibirsk, Russian Federation, 24 Feb - 1 Mar, 2014, ?;5=0@=K9 CAB=K9.   = 30/25 = 1,20 + 1I89 A?8A>: (A<. AB@.11) B>3>:   = 1430,97!5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, A.=.A., :. D.-<. =.,   70 2013-2014 33. I. C1;8:0F88 2 @5F5=78@C5<KE ?5@8>48G5A:8E 6C@=0;0E 1. Z.H. Xiao, A.A. Semenov, C.H. Woo and S.Q. Shi,  Single void dynamics in phase field modeling . - J. Nucl. Mater., 2013, Vol. 439, p. 25-32.   = 2.01630/4 = 15.12. 2. A.A. Semenov and C.H. Woo,  Modeling void development in irradiated metals in the phase-field framework . - J. Nucl. Mater., 2014, Vol. 454, p. 60-68.   = 2.01630/2 = 30.24 II. 0G8A;5=85 10;;>2 70 @C:>2>4AB2> A>8A:0B5;O<8 CGQ=>9 AB5?5=8 8 48?;><=8:0<8. 3. C:>2>4AB2> 0A?8@0=B>< Z.H. Xiao 2 3>=:>=3A:>< ?>;8B5E=8G5A:>< C=825@A8B5B5 2 2012-2013 33.   = 30/32 = 20. :8B09 = " B>3>:   = 65.36=". 45.36LVALOG{>?B5;>2 -4C0@4 ;5:A5528G .>. 702. , 4.D.-<.=., @>4. 20.03.1946 3. !B0BL8 20133. : 1.2 !.. C7=5F>2,.. 5H:>2, .. !04K:>2,.!. 8B28=, ... 0?CH:8=, .. ;5:A552, -.. >?B5;>2. =>3>DC=:F8>=0;L=K9 =59B@>==K9 A?5:B@><5B@ =0 8<?C;LA=>< 8AB>G=8:5  06 / , @0B:85 A>>1I5=8O ?> D878:5, 2013,N9,3-11. Impact factor -0.241 0;;K (0.241*60)/7= 2,1 !.$. !84>@:8=, -.. >?B5;>2. #,!+ !"' "  /  / !!/ ! +% ! . 6C@=0; >25@E=>ABL 2013, No.6, pp. 97 112.   =0.359 " 60 / 2 = 10.77 @5?@8=BK ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 .., (>@8= .!. AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / : 241Am(n,f).   " /  1358/2013 N=L 2013 = 4/8 = 0.5 A?8@0=BK, A>2<5AB=> A .. !04K:>2K<: 15+15=30 B>3> 70 2013: 2,1+10,77+0,5+30=43,37 !B0BL8 2014 3. .. . ;5:A552*, . . 5@3<0= , . . 5@;52, -. . >?B5;>2, . !. 3>@>2, .$.!0<K;8=, ..$C@A>2, . !. (>@8= " #"'/ !" #"#   !'  ,  / 241Am", / / $, 2014, B>< 77,!5, A. 579 582. 60*0.412/8= 3.1 . . ;5:A552, . . 5@3<0= , . . 5@;52, -. . >?B5;>2, . !. 3>@>2, .$.!0<K;8=, ..$C@A>2, . !. (>@8= "59B@>==>5 A5G5=85 45;5=8O 8 @57>=0=A=K5 ?0@0<5B@K 241Am". B><=0O M=5@38O, 2014, B.116 !6, A.338-344. = 60*0.239/10 =1.4 @5?@8=BK ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, ..$C@A>2, .!.(>@8=, "AA;54>20=8O ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: Pu-240(n,f). @5?@8=B /  1391/2014, >:BO1@L 2014, >A:20. = 4/7 = 0.6 A?8@0=BK 15+15=30 B>3> 70 2014 3>4: 5.1+30=35,1   13-14=43.37+35.1=78.5   @C:>2>48B5;O: 39.2+0.75*(78.5+152,6+21.4+393.4+114.3+35.2+64.7+19.4+53+62.1+12.1+26.73+26.73+45.3)LVAL/14=39.2+59.2=98.4LVALOG}=8=5=:> !5@359 8:>;0528G, @>4. 10.03.1952, :D<=, 2=A $-,   70 2013-2014 33. !B0BL8: 1. Gninenko S.N., Krasnikov N.V., Matveev V.A. Invisible Decay of Muonium: Tests of the Standard Model and Searches for New Physics // Phys.Rev.D87: 15016, 2013.   = 4,864*30/3 = 48,64 2. Storey J. et al. Particle tracking at 4K: The Fast Annihilation Cryogenic Tracking (FACT) detector for the AEgIS antimatter gravity experiment // Nucl.Instrum.Meth.A 732: 437-441, 2013.   = 1,316*30/13 = 3,04 3. Kimura M. et al. Development of nuclear emulsions with 1@mm spatial resolution for the AEgIS experiment // Nucl.Instrum.Meth.A 732: 325-329, 2013.   = 1,316*30/10 = 3,95 4. Gninenko S.N. Constraints on dark photons from $\pi^0$ decays // Phys.Rev.D87: 35030, 2013.   = 4,864*30/1 = 145,92 5. Gninenko S.N. Search for MeV dark photons in a light-shining-through-walls experiment at CERN // Phys.Rev.D89: 075008, 2014.   = 4,864*30/1 = 145,92 6. Samoylov O. et al. (NOMAD Collaboration). A Precision Measurement of Charm Dimuon Production in Neutrino Interactions from the NOMAD Experiment // Nucl.Phys.B 876: 339-375, 2013.   = 4,327*30/17 = 7,64 7. Irastorza I.G. et al. Future axion searches with the International Axion Observatory (IAXO) // J.Phys.Conf.Ser. 460: 12002, 2013.   = 0,406*30/13 = 0,94 8. 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Experimental observation of an extremely high electron lifetiLVALme with the ICARUS-T600 LAr-TPC // e-Print: arXiv:1409.5592 [physics.ins-det], 2014.   = 4/13 = 0,31 16. S.N. Gninenko Search for invisible decays of $\pi^0, \eta, \eta', K_S$ and $K_L$: A probe of new physics and tests using the Bell-Steinberger relation // arXiv:1409.2288 [hep-ph], 2014.   = 4/1 = 4,00 17. M. Antonello et al. (ICARUS Collaboration). The trigger system of the ICARUS experiment for the CNGS beam // arXiv:1405.7591 [physics.ins-det], 2014.   = 4/13 = 0,31 18. E. Armengaud et al. Conceptual Design of the International Axion Observatory (IAXO) // arXiv:1401.3233 [physics.ins-det], 2014.   = 4/13 = 0,31 19. M. Arik et al. (CAST Collaboration). Search for Solar Axions by the CERN Axion Solar Telescope with $^3$He Buffer Gas: Closing the Hot Dark Matter Gap // arXiv:1307.1985 [hep-ex], 2013.   = 4/13 = 0,31 + 1I89 A?8A>: (A<. AB@.11) B>3>:   = 2088,74LVALOG5@<5=52 ;5:A0=4@ ;048<8@>28G, @>4. 20.07.1983, <=A $-,   70 2013-2014 33. !B0BL8: 1. Antonello M. et al. (ICARUS Collaboration). Search for anomalies in the ${\nu}_e$ appearance from a ${\nu}_{\mu}$ beam // Eur.Phys.J.C73: 2599, 2013.   = 5,436*30/13 = 12,54 2. M. Antonello et al. (ICARUS Collaboration). The trigger system of the ICARUS experiment for the CNGS beam // JINST 9: P08003, 2014.   = 1,526*30/13 = 3,52 >:;04K: 1. Tlisov D. (CMS Collaboration). Exotica searches in pp collisions at 8 TeV in the CMS detector at the LHC // 18th International Seminar on High Energy Physics "QUARKS-2014", Suzdal, Russia, June 2-8, 2014, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 2. Kirsanov M. (CMS Collaboration). Search for a heavy neutrino and right-handed W boson of the left-right symmetric model in pp collisions at 8 TeV // 18th International Seminar on High Energy Physics "QUARKS-2014", Suzdal, Russia, June 2-8, 2014, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 3. Kirsanov M. 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Antonello M. et al. (ICARUS Collaboration). Search for anomalies in the ${\nu}_e$ appearance from a ${\nu}_{\mu}$ beam // e-Print: arXiv:1307.4699, 2013.   = 4/13 = 0,31 5. M. Antonello et al. Experimental observation of an extremely high electron lifetime with the ICARUS-T600 LAr-TPC // e-Print: arXiv:1409.5592 [physics.ins-det], 2014.   = 4/13 = 0,31 6. M. Antonello et al. (ICARUS Collaboration). The trigger system of the ICARUS experiment for the CNGS beam // arXiv:1405.7591 [physics.ins-det], 2014.   = 4/13 = 0,31 + 1I89 A?8A>: (A<. AB@.11) B>3>:   = 1494,51LVALOG;8<09 5B@ ;5:A0=4@>28G, @>4. 18.08.1984, :D<=, <=A $-,   70 2013-2014 33. !B0BL8: 1. ;8<09 .., C3052 -.. >A<>;>38G5A:85 >3@0=8G5=8O =0 <>45;L 0:A8>==>9 8=D;OF88 // "@C4K $" @>1;5<K A>2@5<5==>9 D878:8: 120-121, 2013.   = 8/2 = 4,00 2. Bugaev E., Klimai P. Primordial black hole constraints for curvaton models with predicted large non-Gaussianity // Int.J.Mod.Phys.D 22: 1350034, 2013.   = 1,420*30/2 = 21,30 3. 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CMS ECAL performance and upgrade // International Conference "Instr14: Instrumentation for Colliding Beam Physics 2014, Budker Institute, Novosibirsk, Russian Federation, 24 Feb - 1 Mar, 2014, ?;5=0@=K9 CAB=K9.   = 30/25 = 1,20 @5?@8=BK: 1. Samoylov O. et al. (NOMAD Collaboration). A Precision Measurement of Charm Dimuon Production in Neutrino Interactions from the NOMAD Experiment // e-Print: arXiv:1308.4750 [hep-ex], 2013.   = 4/17 = 0,24 + 1I89 A?8A>: (A<. AB@.11) B>3>:   = 1438,85:LVALJ>;C152 8:>;09 ;5:A0=4@>28G, @>4. 14.01.1952, :D<=, A=A $-,   70 2013-2014 33. >:;04K: 1. Tlisov D. (CMS Collaboration). Exotica searches in pp collisions at 8 TeV in the CMS detector at the LHC // 18th International Seminar on High Energy Physics "QUARKS-2014", Suzdal, Russia, June 2-8, 2014, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 2. Kirsanov M. (CMS Collaboration). Search for a heavy neutrino and right-handed W boson of the left-right symmetric model in pp collisions at 8 TeV // 18th International Seminar on High Energy Physics "QUARKS-2014", Suzdal, Russia, June 2-8, 2014, A5:F8>==K9 CAB=K9.   = 6/25 = 0,24 3. Kirsanov M. (CMS Collaboration). Two-dimensional analysis against one-dimensional one in the search for WR and heavy neutrino // 17th Annual CMS RDMS Conference, Dubna, Russia, 7-8 August, 2014, ?;5=0@=K9 CAB=K9.   = 30/25 = 1,20 4. Korneev A. (CMS Collaboration). CMS ECAL performance and upgrade // International Conference "Instr14: Instrumentation for Colliding Beam Physics 2014, Budker Institute, Novosibirsk, Russian Federation, 24 Feb - 1 Mar, 2014, ?;5=0@=K9 CAB=K9.   = 30/25 = 1,20 @5?@8=BK: 1. Andreas S. et al. Proposal for an Experiment to Search for Light Dark Matter at the SPS // e-Print: arXiv:1312.3309 [hep-ex], 2013.   = 4/10 = 0,40 + 1I89 A?8A>: (A<. AB@.11) B>3>:   = 1431,37 ' v+J Q  1B@@&OGHHHH<? Lzq4;VE@?<<<<<? ffB <@?\OGHHHH<?  33@2X^@?j@HHHH<? Uzq4;VE @?<<<<<? ̍AjJVL @?<<<<<? zq4;VEi @?<<<<<? ̍AjJV. @?<<<<<? ̍AjJV4 @?43801 - A >4=>D0<8;LF0<8, 157 - 26898{{<<<LVALMakarov A. <a.mr@mail.ru> 5=O 2>>1I5 =5B 2 A?8A:5. >B @0AGQB <>53>  : 1. 7<5@5=85 =0 CAB0=>2:5 !" + 25@>OB=>AB8 ?>;C;5?B>==>3> @0A?040 70@O65==KE :0>=>2 $K^- \to e^- \bar{\nu}_e \pi^0$ @5?@8=B $- 2013-7  =4*0.1=0.4 2. AA;54>20=85 2@5<5==KE E0@0:B5@8AB8: AG5BG8:>2 B@8335@=>3> 3>4>A:>?0 70@O65==KE G0AB8F 4;O M:A?5@8<5=B0 NA62 @5?@8=B $- 2013-18 -$,  =4/6=0.67 3. CHOD 2 B5E=8G5A:>< @0=5 2012 3>40 PREPRINT INR 1370/2013 ?@=4=4*0.1=0.4 4. Prospects for K+!+ obzervation at CERN in NA62 ?@=4=4*0.05(205 02B>@>2)=0.2 5. Decaying light particles on board the SHiP (I): Signal rate estimates for hidden photons arXiv:1411.4007 ?@=4=4/3=1.33 6. Measurement of charged kaon semileptonic decay branching fraction K"!e"e0 using ISTRA+ detector Phys.Atom.Nucl. 77 (2014) 725-732, /.$. 77 (2014) 765 774   = 0.575 " 60" 0.075 = 2,60 !C<<0 0.4+0.67+0.4+0.2+1.33 +2.6 = 5.6LVALOG=.A>B@, :. D.-<.=. @>4. 19.07.1972 5154L .;8O >@8A>2=0, =.A>B@, :. D.-<.=. .   70 2013 3>4  54.8   70 2014 3>4 - 9.9 B>3>: 64.7 10;;>2 >:;04K =0 :>=D5@5=F8OE. 1) !B5=4>2K9 4>:;04 5:>@4=K9 :>;;0?A 4f M;5:B@>==>9 >1>;>G:8 2 ?@><56CB>G=>-20;5=B=>< CeNi .!. ;5<5=BL52, .. &2OI5=:>, ... 5154L, /.. C1028GCA, ..$><8G520, .. >7;5=:>, .. >1@8:>2, .. 0;03C@>2 IX :>=D5@5=F8O  !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O , $, 6 8N=O 2013 3 2) @83;0H5==K9 4>:;04 Dielectric spectroscopy and complex relaxation in the simple organics under ultra-high pressures Kondrin, Mikhail, ; Alexey A., Pronin, ; Alexander G., Lyapin, ; Elena L., Gromnitskaya, Yulia B., Lebed; Vadim V., Brazhkin 7th International Discussion Meeting on Relaxations in Complex Systems, Barcelona, 21-26 July 2013 30/6=5 3) #AB=K9 4>:;04 =0 :>=D5@5=F88 EASTMAG  2013, September 15  21, 2013, Vladivostok, Russia MAGNETISM, VALENCE INSTABILITIES AND VOLUME COLLAPSE IN RNi-BASED PSEUDOBINARY SYSTEMS E.S. Clementyev, A.V. Tsvyaschenko, Yu.B. Lebed, Ya.V. Zubavichus, A.V. Mirmelstein. 6/5=1.2 4) @83;0H5==K9 4>:;04 =0 :>=D5@5=F88 CECAM 3-6 =>O1@O 2013, Lausanne, Switzerland, Modeling the Physical Properties of Clustering Crystal  High-Pressure Pyrolysis as a New Strategy for the Synthesis of Boron and Boron-Carbon Phases, E.A. Ekimov, V.A. Sidorov, J.B. Lebed , S.G. Lyapin 30/4=7.5. 5)  Volume collapse and valence instabilities in CeNi E. Clementiev, A. Tsvyaschenko, J.Lebed, Y.Zubavichus, D. Kozlenko, I.Bobrikov, A.Balagurov, S.Popkov. JCNS Workshop 7-10 October 2013, Tutzing,  Trends and Perspectives in Neutron Scattering: Magnetism and Correlated electron systems , p.47. 6/8=0.70 6) #AB=K9 4>:;04 =0 :>=D5@5=F88 !!-2014, 27-31 >:BO1@O 2014, !0=:B-5B5@1C@3, !B0@K9 5B5@3>D 5:>@4=K9 >1JQ<=K9 :>;;0?A ?@8 D07>2>< ?5@5E>45 2 20;5=B=>-=5AB018;L=>9 A8AB5<5. ;5<5=BL52 , &2OI5=:> , 5154L .., C1028GCA /., >7;5=:> ., >1@8:>2 ., 0;03C@>2 . 4/7=0.xLVAL6 7) #AB=K9 4>:;04 =0 VIII >=D5@5=F88 $878:0 A8;L=> A60B>3> 25I5AB20,12 45:01@O 20143., 3.>A:20, 3. "@>8F: .. :8<>2, ... 5154L, .. !8@>B8=:8= !8=B57 1>@A>45@60I8E D07 ?@8 2KA>:8E 402;5=8OE 8 B5<?5@0BC@0E, AB@C:BC@0 8 A2>9AB20 AB018;L=KE 8 <5B0AB018;L=KE A>AB>O=89. 4/8=1.3 !B0BL8. 1) ..:8<>2, ...5154L, !..O?8=, .$.>@>28:>2.!8=B57 1>@>C3;5@>4=KE D07 A> AB@C:BC@>9 -B5B@03>=0;L=>3> 1>@0 ?@8 8 9 0. 5>@30=8G5A:85 <0B5@80;K, 49 (2013) 0.376*60/4=5.70 2) E.A. Ekimov, J.B.Lebed , V.A.Sidorov, S.G.Lyapin. High-pressure synthesis of crystalline boron in B-H system. Phys. Status Solidi B, 1 5 (2013) 1.489*30/4=11.20 3) Phase transformations in methanol at high pressure measured by dielectric spectroscopy technique. M. V. Kondrin, A. A. Pronin, Y. B. Lebed, and V. V. Brazhkin. J. Chem. Phys. 139, 084510 (2013); 3.122*30/4=23.5 01>B0 A> ABC45=B0<8. #G0AB85 2 :C@A5 ;5:F89 =0 :0D54@5 $" $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O, ?@>GB5=85 =5A:>;L:8E ;5:F89 2 A>AB025 :C@A0 8 ?@>2545=85 ;01>@0B>@=KE @01>B, =0 >A=>25 =>2>3> <0B5@80;0, 8.LVALOG0A8;L52 ;5:A0=4@ 8:>;0528G ;04H89 =0CG=K9 A>B@C4=8:   -$ 1989 3.@. " !"",  # % 2014 1. Isolation of Medicine-Applicable Actinium-225 from Thorium Targets Irradiated by Medium-Energy Protons Aliev R.A., Ermolaev S.V., Vasiliev A.N., Ostapenko V.S., Lapshina E.V., Zhuikov B.L., Zakharov N.V., Pozdeev V.V., Kokhanyuk V.M., Myasoedov B.F., Kalmykov S.N.  6C@=0;5 Solvent Extraction and Ion Exchange, 8740B5;LAB2> Marcel Dekker Inc. (United States), B>< 32, ! 5 DOI   =30E1.581/10=4,743 2. Ostapenko V., Vasiliev A., Lapshina E., Ermolaev S., Aliev R., Totskiy Yu., Zhuikov B., Kalmykov S. Separation of actinium-225 from fission and spallation products by extraction chromatography. J. Radioanalyt. Nucl. Chem., Submitted, 2014.   =30E1.415/8=5,31 3. Np(V) complexation with propionate in 0.5 4 M NaCl solutions at 20 85 C Aleksandr N. Vasiliev, Nidhu L. Banik, Rmi Marsac, Daniel R. Froehlich, Jrg Rothe, Stepan N. Kalmykovb and Christian M. Marquardt DOI: 10.1039/C4DT03688C  = 4/7= 0,57 " +  $ &/% 2013 Production of actinium-225 from natural thorium irradiated with protons 2B>@K: Vasiliev Aleksandr N., Ostapenko Valentina S., AlievRamiz A., Kalmykov Stepan N., Lapshina Elena V., Zhuikov Boris L., Ermolaev Stanislav V. APSORC13, 5-th Asia-Pacific Symposium on Radiochemistry, Japan  =6 2013 SEPARATION AND PRECONCENTRATION OF ACTINIDES AND RARE EARTH ELEMENTS BY EXTRACTION CHROMATOGRAPHY 2B>@K: 0?H8=0 .., C9:>2 .., 0;<K:>2 !.., ;852 .., AB0?5=:> .!., 0A8;L52 .. The first Russian-Nordic Symposium on Radiochemistry, >A:20  =4/6=0,67 2013 K45;5=85 223-Ra 87 ?@8@>4=>3> B>@8O >1;CG5==>3> ?@>B>=0<8 2B>@: 0A8;L52 .. 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XX 564C=0@>4=0O >=D5@5=F8O ABC45=B>2, 0A?8@0=B>2 8 <>;>4KE CG5=KE "><>=>A>2-2013", >A:20  =6/2=3 2013 -:AB@0:F8>==>-E@><0B>3@0D8G5A:>5 >B45;5=85 Ac-225 >B @048>=C:;84>2, >1@07CNI8EAO ?@8 >1;CG5=88 ?@>B>=0<8 ?@8@>4=>3> B>@8O 2B>@K: 0?H8=0 .., @<>;052 !.., C9:>2 .., 0;<K:>2 !.., ;852 .., AB0?5=:> .!., 0A8;L52 .. 5@20O >AA89A:0O :>=D5@5=F8O ?> <548F8=A:>9 E8<88 (MedChemRussia) A <564C=0@>4=K< CG0AB85<, 3. >A:20, 3. >A:20  =4/7=0,57 Recovery of actinium-225 and radium-223 from natural thorium irradiated with protons Lapshina Elena V., Ermolaev Stanislav V., Zhuikov Boris L., Vasiliev Aleksandr N., Ostapenko Valentina S., Aliev Ramiz A., Kalmykov Stepan N.  A1>@=8:5 4-th International Nuclear Chemistry Congress, Abstracts book, <5AB> 8740=8O San Paulo, Brazil  =6/7=0,57 2014 Separation of 225Ac from rare eath elements generated by proton irradiation of natural thorium Ostapenko Valentina S., Vasiliev Aleksandr N., Lapshina Elena V., Ermolaev Stanislav V., Aliev Ramiz A., Kalmykov Stepan N., Zhuikov Boris L.  A1>@=8:5 4-th International Nuclear Chemistry Congress, Abstracts book, <5AB> 8740=8O San Paulo, Brazil  =6/7=0,57 2014 Study of Np(V) complexation with propionate and lactate at room temperature Aleksandr Vasiliev, Nidhu Banik, Remi Marsac, Christian Marquardt, Stepan Kalmykov  A1>@=8:5 " 17th Radiochemical Conference, 2014 " , 11 - 16 May 2014 Marianske Lazne, Czech Republic, <5AB> 8740=8O Marianske Lazne, Czech Republic Czech Republic  =6*1,5=9 2014 Study of Np(V) complexation with propionate and lactate at varying ionic strength and temperatures Vasiliev Aleksandr N., Banik Nidhu L., Remi Marsac, Marquardt Christian M., Kalmykov Stepan N.  A1>@=8:5 16-th International Simposium on Solubility Phenomena and Related Equilibrium Processes, AbstractsLVAL book, <5AB> 8740=8O Karlsruhe, Germany, B578AK  =6 2013 Extraction chromatography and extraction for the purpose of isolation and separation transuranic elements: Am (III), Pu (IV, V), Np (V) and Eu (III) with macrocyclic compounds Madumarov A.Sh, Abramov A.A., Vasiliev A.N., Kovalev V., Vatsuro A.M., Mingalev P.G., Dubovaya O.V., Lisichkin G.V.  A1>@=8:5 The First Russian-Nordic Symposium on Radiochemistry  RNSR-2013 : Abstracts, 21-24 October 2013, Moscow, Russia, <5AB> 8740=8OIDEA PRINT Moscow, Russia @540:B>@ 5B@>2 ;048<8@ 5==048528G  =6*1,5/8=1,13 " #!" + " 2013 !>@1F8O =C:;84>2, >1@07CNI8EAO 2 >1;CG5==KE <8H5=OE, A ?@8<5=5=85< A>@15=B>2 =0 >A=>25 D>AD>@8;A>45@60I8E ?>40=4>2 0CG=K5 @C:>2>48B5;8: 0;<K:>2 !.., 0A8;L52 .. 2B>@: "5@0H:528G !.!.  = 10/2=5 >2KH0NI89 :>MDD8F85=B 2. 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C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. Vol. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", NIM A567 (2006) 423-427.  =1.224*30*0.1=3.672 3) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", NIM A567 (2006) 433-437.  =1.224*30*0.1=3.672 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", J.Phys.Conf.Ser., 39 (2006) 441-443.  =6*0.1=0.6 5) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.1=4.416 6) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int.J.Mod.Phys. A21 Supp.01 (2006) 117-121.  =1.472*30*0.1=4.416 7) V.Aynutdinov et al., "The BAIKAL neutrino telescope", /4. $87., 69, 11 (2006) 1-8.  =0.914*45*0.1=4.113 8) V.Aynutdinov et al., "The BAIKAL neutrino telescope", Proc. Of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery , Venice, Italy, 7-10 Feb 2006, p.449-459. LVAL  =6*0.1=0.6 9) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 !5 (2006) 495.  =6*0.1=0.6 10) V. Aynutdinov et al. ``The Baikal Neutrino Telescope: From NT200 to NT200+''. Czech.J.Phys., Vol. 56, A349-A360,2006.  =0.36*30*0.1=1.08 11) .9=CB48=>2 8 4@., "84@>0:CAB8G5A:0O A8AB5<0 87<5@5=8O :>>@48=0B 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "-200" :CAB8G5A:89 C@=0;, B.52, !6 (2005) 721.  =6*0.1=0.6 12) .9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O'' 72.  (A5@8O D87.) B.71, 2K?.4, (2007).  =6*0.1=0.6 13) V.Aynutdinov et al., "The BAIKAL neutrino telescope - results and plans" Int.J.Mod.Phys.A20 (2005) 6932-6936.  =1.472*30*0.1=4.416 14) V.Aynutdinov et al., "The Baikal neutrino telescope: Results and prospects", Nucl.Phys. (proc. Suppl.), B138 (2005). 175.  =0.875*30*0.1=2.625 15) V.Aynutdinov et al., "The BAIKAL neutrino project: status, results and perspectives", Nucl.Phys.(Proc.Suppl.) B143 (2005) 335-342.  =0.875*30*0.1=2.625 16) .9=CB48=>2 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 M:A?5@8<5=B0E =0 09:0;LA:>< =59B@8==>< B5;5A:>?5", 72.  (A5@. $87.), B.69, ! 3 (2005)410. LVAL  =6*0.1=0.6 17) .9=CB48=>2 8 4@., "3@0=8G5=85 =0 ?>B>: <N>=>2 2KA>:8E M=5@389 ?> 40==K< 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "-200" 72.  (A5@. $87.) B.69, ! 3 (2005) 406.  =6*0.1=0.6 18) V.Aynutdinov et al., "BAIKAL neutrino telescope NT200+: upgrade of data acquisition and time calibration systems", Proc. 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, 3-11 Aug 2005, V.5, p.231.  =6*0.1=0.6 19) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the BAIKAL neutrino telescope NT200", Proceedings of 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, 3-11 Aug 2005, V.9, p.203.  =6*0.1=0.6 20) V.Aynutdinov et al., "Search for a diffuse flux of high-energy neutrinos with the NT200 neutrino telescope", Proceedings of 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, 3-11 Aug 2005, V.5, p.39.  =6*0.1=0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", Proceedings of 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, 3-11 Aug 2005, V.5, p.75.  =6*0.1=0.6 22) V.Aynutdinov, et al., "Study of a possibility of acoustic detection of super high energy neutrino in Lake Baikal'', Proceedings of 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, 3-11 Aug 2005, V.8, p.251.  =6*0.1=0.6 23) K.AnLVALtipin et al. 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Aynutdinov), "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.  =6*0.1=0.6 4) V.Aynutdinov et al. (presented by V. Aynutdinov), "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 5) . 9LVAL=CB48=>2 8 4@. (4>:;04G8: . 9=CB48=>2), "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O.  =4*0.1=0.4 6) V.Aynutdinov et al. (presented by Zh. Dzhilkibaev), "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden.  =6*0.1=0.6 7) V.Aynutdinov et al. (presented by E. Osipova), "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden.  =6*0.1=0.6 8) V.Aynutdinov et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope NT200". 29th International Cosmic Ray Conference, (2005), Pune, India.  =6*0.1=0.6 9) V.Aynutdinov et al., "Search for a diffuse flux of high-energy neutrinos with the NT200 neutrino telescope". 29th International Cosmic Ray Conference, (2005), Pune, India.  =6*0.1=0.6 10) V.Aynutdinov et al., "Baikal neutrino telescope NT200+: Upgrade of data acquisition and time calibration systems". 29th International Cosmic Ray Conference, (2005), Pune, India.  =6*0.1=0.6 11) V.Aynutdinov et al., "The Baikal neutrino experiment: from NT200 to NT200+". 29th International Cosmic Ray Conference, (2005), Pune, India.  =6*0.1=0.6 12) V.Aynutdinov, et al., "Study of atLVAL possibility of acoustic detection of super high energy neutrino in Lake Baikal''. 29th International Cosmic Ray Conference, Pune, India, 3-11 Aug 2005.  =6*0.1=0.6 13) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. On Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia.  =6*0.1=0.6 14) V.Aynutdinov et al., "Status and new results from the Baikal detector". IX International Conference on Topics in Astropartical and Underground Physics (TAUP2005), (2005), Zaragoza, Spain.  =6*0.1=0.6 15) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005.  =6*0.1=0.6 16) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd International Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov., Catania, Italy, 2005.  =6*0.1=0.6 17) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov., Catania, Italy, 2005.   = 6*0.1 = 0.6 18) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy.   = 6*0.1 = 0.6 B>3>: ;8G=K9  =62.1763/NI P W  ^ e  l  s,z'.5<CJQ/ A` <7@?@ @RRF:.@X 7@?V@FFF:߿-RB33-B D7@?jAOGFFF:߿,MGpBp X87@?AOGFFF:߿+ yRN Z] 7@? @FF::*f(CffCZ:bCPF7@?^AOGFFF:߿)'C~670|.7@?AOGFFF:߿(1C::207@?AOGFFF:߿'ABB1l 7@?B @FFF:߿&LCFvp7@?H#AOGFFF:߿%T3C:%*+,7@?B( AOGFFF:߿$ )ܝB6H&7@? @ FFF:߿#E9xB F 7@?*AAOGFFF:߿"A~ 7@? @FFF:߿! 1B|\7@?@FFF:߿ @,  7@?@FFF:߿ @,  7@?@FFF:߿3 ff@,7@?@FFF:߿0A7@?@FFF:߿ HBZ j|7@? @FFF:߿oQBt"7@?$ @FFF:߿ DyRN Z]7@?p$AOG@RRF:?C|GJ. 5x77@? @FFF:߿7@?::::ϿyG!@7@?@FFF:߿%HjA:7@?@FFF:߿? \hB Rv7@?AOGFFF:߿\@^R7@?@FFF:߿wB1 R7@?AOGFFF:߿du!CRB 0x&7@?R4AOGFFF:߿Q33A~  7@? @FFF:߿V@XX7@?r@FFF:߿?7@?@FFF:߿F8B` v7@?D @FFF:߿ Af7@?B @FFF:߿ &F6@89 ;048<8@>28G, @>4. 15.01.1941, 702.;01., -,   70 2005-2006 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. Vol. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", NIM A567 (2006) 423-427.  =1.224*30*0.1=3.672 3) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", NIM A567 (2006) 433-437.  =1.224*30*0.1=3.672 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", J.Phys.Conf.Ser., 39 (2006) 441-443.  =6*0.1=0.6 5) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.1=4.416 6) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int.J.Mod.Phys. 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Takse mne kasetsa po koefficientom neobhodimo videlit 3 grypp. 1. slabie 2. crednie 3. horosie Slabim ne platit nichego. Crednim ystanovit koef. 1 a silnim koef. 3 i platit ishoda is etih koeficientov P.S. K sosaleniyu ia ne mogy prisytstvovat 22 fevrala na ychenom sovete.><>30F:89: CG8BK20BL 2:;NG5=85 2 206= , >A>1 70 5 ;5B (8 4>:;04 A8?>20) >:;04G8: 8 A>02B>@K?LVALAOG@0A=8:>2 8:>;09 0;5@L528G, @>4. 03.05.1951, 702;01 $,   70 2005-2006 33. C1;8:0F88: Yu.M.Andreev, S.I.Bityukov, N.V.Krasnikov / Sleptons at post-WMAP&  // Phys.Atom.Nucl. 68, p.366-373, 2005,   = 0.914*45/3 = 13.71 Yu.M.Andreev, S.I.Bityukov, N.V.Krasnikov, A.N.Toropin / Using the $e^{\pm}\mu^{\mp}~+~E^{miss}_T$ signature&  // Phys.Atom.Nucl.70, p.11-17, 2007,   = 0.914*45/4 = 10.28 S.N.Gninenko, M.M.Kirsanov, N.V.Krasnikov, V.A.Matveev / Detection of heavy& // Phys.Atom.Nucl. 70, p.1-10, 2007,   = 0.914*45/4 = 10.28 P.Adzic et al / Results of the first performance tests&  // Eur.Phys.J. C44S2, p.1-10, 2006,   = 3.209*30/10 = 9.63 S.N.Gninenko, N.V.Krasnikov, V.A.Matveev, A.Rubbia / Some aspects of positronium physics // Phys.Part.Nucl. 37, p.321-346, 2006,   = 0.505*45/4 = 5.74 >:;04K: ..@0A=8:>2 / Search for sleptons&  // 10th CMS RDMS Conference,   = 6.00/4 = 1.50 ..@0A=8:>2 / Search for lepton number violation&  // 11th CMS RDMS Conference,   = 6.00/4 = 1.50 N.V.Krasnikov / Search for lepton number violation&  // Flavour in the era of the LHC, 7-10 November, 2006, CERN,   = 30.00/3 = 10.00 N.V.Krasnikov / Search for new physics at the LHC // International Conference on Theoretical Physics, Lebedev Physical Institute, April 11-16, 2005, Moscow,   = 30.00/2 = 15.00 ...=4@552 / Search for sleptons&  // 11th CMS RDMS Conference,   = 6.00/4 = 1.50 !..=8=5=:> / Search for heavy neutrino&  // 10th CMS RDMS Conference,   = 6.00/4 = 1.50 ..8@A0=>2 / Search for heavy neutrino&  // 11th CMS RDMS Conference,   = 6.00/4 = 1.50 S.I.Bityukov / Program for evaluation&  // PHYSTATO5: Statistical Problems in Particle Physics, Astrophysics and Cosmology, Oxford, England, United Kingdom, 12-15 Sep 2005,   = 6.00/4 = 1.50 S.I.Bityukov / The Bayesian effects&  // PHYSTATO5: Statistical Problems in Particle Physics, Astrophysics and Cosmology, Oxford, England, United Kingdom, 12-15 Sep 2005,   = 6.00/4 = 1.50 S.I.Bityukov / Statistically dual distr LVAL ibutions&  // PHYSTATO5: Statistical Problems in Particle Physics, Astrophysics and Cosmology, Oxford, England, United Kingdom, 12-15 Sep 2005,   = 6.00/4 = 1.50 =45:A F8B8@>20=8O: 1984 AAK;:8 / 178 @01>B B>3>:   = 86.64*0.5 + 49.20 *0.75 = 80.22LVAL " 6<8@>=>28G ==0 ;5:A0=4@>2=0, 24.03.1964, <=A, >43>B>2:0 :0=4840BA:>9 48AA5@B0F88 (?C1;8:0F89 =5B)  =00@052A:89 !5@359 %0@8B>=>28G, 09.11.1953, =A, #G0AB2>20; 2 @01>B0E ?> A>740=8N >?B8G5A:>3> AB5=40 (?C1;8:0F89 =5B)  =00A0=>2 @8D 0A0=->3;K, 05.06.1957, <=A, #G0AB2>20; 2 @01>B0E ?> A>740=8N >?B8G5A:>3> AB5=40 (?C1;8:0F89 =5B)  =0>B5@O 0:B82=>AB8, ?@>1;5<K A> 74>@>2L5<0A0=>2 @8D 0A0=->3;K, 05.06.1957, <=A, #G0AB2>20; 2 @01>B0E ?> A>740=8N >?B8G5A:>3> AB5=40 (?C1;8:0F89 =5B)  =00A0=>2 @8D 0A0=->3;K, 05.06.1957, <=A, #G0AB2>20; 2 @01>B0E ?> A>740=8N >?B8G5A:>3> AB5=40 (?C1;8:0F89 =5B)  =0(:>;L=8:>2 =4@59 -4C0@4>28G, , <=A. 0B=5@ >@8A !0<>9;>28G, 16.12.1918 , :>=AC;LB0=B; .!. 0B=5@ O2;O5BAO :>=AC;LB0=B>< 8 ?5@50BB5AB0F88 =5 ?>4;568B ?> 2>7@0ABC>;>=A:89 =4@59 5>=84>28G, @>4. 14.09.1956, =A $/  /    70 2005-2006 33. = 0C7=5F>2 OG5A;02 ;5:A0=4@>28G; * .. C7=5F>2 >BACBAB2C5B 2 ;01>@0B>@88 4;8B5;L=>5 2@5<O ?> =58725AB=K< ?@8G8=0<68;02O= 5>=84 025=>28G, 27.03.1940 , =A.=4@552 .@89 8E09;>28G, @>4. 21.09.1951, A=A $-,   70 2005-2006 33. C1;8:0F88: Yu.M.Andreev, S.I.Bityukov, N.V.Krasnikov / Sleptons at post-WMAP&  // Phys.Atom.Nucl. 68, p.366-373, 2005,   = 0.914*45/3 = 13.71 Yu.M.Andreev, S.I.Bityukov, N.V.Krasnikov, A.N.Toropin / Using the $e^{\pm}\mu^{\mp}~+~E^{miss}_T$ signature&  // Phys.Atom.Nucl. 70, p.11-17, 2007,   = 0.914*45/4 = 10.28 >:;04K: ..@0A=8:>2/ Search for sleptons&  //10th CMS RDMS Conference,   = 6.00/4 = 1.50 ..@0A=8:>2/ Search for lepton number violation&  //11th CMS RDMS Conference,   = 6.00/4 = 1.50 ...=4@552/ Search for sleptons&  //11th CMS RDMS Conference,   = 6.00/4 = 1.50 N.V.Krasnikov / Search for lepton number violation&  // Flavour in the era of the LHC, 7-10 November, CERN, 2006,   = 30.00/3 = 10.00 =45:A F8B8@>20=8O: 67 AAK;>: / 20 @01>B B>3>:   = 38.49<LVAL 62Z04>@>6=K9 !5@359 8:B>@>28G 1970 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. B>3>2K9   =05@0A:8= 235=89 0A8;L528G !B0@H89 =0CG=K9 A>B@C4=8:, :D<= B>3>2K9   =0>;C152 ;5:A0=4@ ;5:A5528G !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B D87.-<0B. =0C: B>3>2K9   =05G0520 848O >;8:0@?>2=0, @>4. 27.04.1936, A.=.A., :.D.-<.= 8G=K9  =05@18;>2 048< ;L8G 40B0 @>64. 02.09.1933, A. =. A. 8G=K9  =0CI75 = A 75 3>40 1832, =0 ?>;AB02:8 !/$1997, /$1997, /$2002, /$2006, /$2007=2.318, /$2007=2.318 !" 8BN:>2 !5@359 20=>28G, @>4. 26.12.1951, A=A $- (A>2<5AB8B5;L ),   70 2005-2006 33. C1;8:0F88: Yu.M.Andreev, S.I.Bityukov, N.V.Krasnikov / Sleptons at post-WMAP&  // Phys.Atom.Nucl. 68, p.366-373, 2005,   = 0.914*45/3/2 = 6.86 Yu.M.Andreev, S.I.Bityukov, N.V.Krasnikov, A.N.Toropin / Using the $e^{\pm}\mu^{\mp}~+~E^{miss}_T$ signature&  // Phys.Atom.Nucl. 70, p.11-17, 2007,   = 0.914*45/4/2 = 5.14 >:;04K: S.I.Bityukov / The Bayesian effects&  // PHYSTATO5: Statistical Problems in Particle Physics, Astrophysics and Cosmology, Oxford, England, United Kingdom, 12-15 Sep 2005,   = 6.00/4/2 = 0.75 S.I.Bityukov / Statistically dual distributions&  // PHYSTATO5: Statistical Problems in Particle Physics, Astrophysics and Cosmology, Oxford, England, United Kingdom, 12-15 Sep 2005,   = 6.00/4/2 = 0.75 S.I.Bityukov / Program for evaluation&  // PHYSTATO5: Statistical Problems in Particle Physics, Astrophysics and Cosmology, Oxford, England, United Kingdom, 12-15 Sep 2005,   = 6.00/4/2 = 0.75 !..8BN:>2 / Electromagnetic calorimeter&  // 11th CMS RDMS Conference,   = 6.00/3/2 = 1.00 ..@0A=8:>2 / Search for sleptons&  // 10th CMS RDMS Conference,   = 6.00/4/2 = 0.75 ..@0A=8:>2 / Search for lepton number violation&  // 11th CMS RDMS Conference,   = 6.00/4/2 = 0.75 ...=4@552 / Search for sleptons&  // 11th CMS RDMS Conference,   = 6.00/4/2 = 0.75 =45:A F8B8@>20=8O: 606 AAK;>: / 75 @01>B B>3>:   = 17.50LVAL$# <5=O >?C1;8:>20= 2 2011 3>4C ?@5?@8=B / 1311/2011, <>6=> 2=5AB8 2 B01;8FC 4 10;;0@>A:C@O:>2 ;5:A0=4@ L2>28G  =0=8=5=:> !5@359 8:>;0528G, @>4. 09.03.1952, A=A $-,   70 2005-2006 33. 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Tinyakov and S.V.Troitsky), JCAP 0601:025, 2006, e-Print Archive: astro-ph/0508329,  =6.739*30/4=50.5425 Ultra-large distance modification of gravity from Lorentz symmetry breaking at the Plank scale (D.S. Gorbunov and S.M. Sibiryakov), JHEP 0509:082, 2005, hep-th/0506067,  =5.944*30/2=89.16 Identification of extragalactic sources of the highest energy EGRET photons by correlation analysis, (D.S. Gorbunov, I.I Tkachev, P.G. Tinyakov and S.V.Troitsky), Mon. Not. Roy. Astron. Soc. Lett. 362: L30-L34, 2005, astro-ph/0505597,  =5.352*30/4=40.14 A comparative study of correlations between arrival directions of ultra--high-energy cosmic rays and positions of their potential astrophysical sources, (D.S. Gorbunov and S.V.Troitsky), Astropart. Phys. 23: 175-189, 2005, astro-ph/0410741,  =4.047*30/2=60.705 Disentangling perturbative and power corrections in precision tau decay analysis (D.S. GoLVALrbunov and A.A. Pivovarov), Phys. Rev. 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The 2nd International Workshop on the highest energy cosmic rays and their sources INR, Moscow, April 14-16, 2005 (2 4>:;040),  =2*4=8 "@5BL8 0@:>2A:85 GB5=8O, / , $, >A:20,12-13 <0O 2005 (1 ?@83;. 4>:;04),  =20 Post-YKIS2005 Seminar: Gravity and Cosmology, YITP, Kyoto, Japan, July 4-29, 2005, (A>02B>@ 4>:;040 A !.!818@O:>2K<),  =6/2=3 Selected Topics in Theoretical Physics, September 18-23, 2005, Tbilisi, Georgia, (1 4>:;04),  =6 5. C:>2>4AB2> 48?;><=8:><,  =10 6. !>740=85 =>2>3> :C@A0 ;5:F89, !B0=40@B=0O <>45;L D878:8 M;5<5=B0@=KE G0AB8F, ?@>G8B0= ABC45=B0< AB0@H8E :C@A>2 8 0A?8@0=B0< D878G5A:>3> D0:C;LB5B0 852A:>3> >AC40@AB25==>3> #=825@A8B5B0 (18 0AB@>=><8G5A:8E G0A>2), >:BO1@L 2006,  =20 7. B>3>,  =591.969LVALAOGH5=8G=>2 3>@L=0B>;L528G 1964 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 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".101, K?.2, !.135-139. 23CAB 2006. 6*0,1=0,6 14) AA;54>20=85 M:AB@0:F88 8=48O :0@1>=>2K<8 :8A;>B0<8 A F5;LN A>740=8O AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=>3> =59B@8=> (4;O M:A?5@8<5=B0 ?> LENS-A?5:B@>A:>?88 =87:>M=5@35B8G5A:8E =59B@8=>). ..0=8;>2, ..!.@K;>2, ..>@?CA>2, & ..57@C:>2,& (13 02B.) 048>E8<8O, 2005, ".47, !5, !.445-451 6*0,1=0,6 15) >:;04 =0 <564C=0@>4=>< A>25I0=88: L.B.Bezrukov  Future projects and Russia , Workshop  Abschlussworkshop-SFB375-Gaissach(Bad Tolz) , 09-11 October 2006, Gaossach, Geramny. 6*0,1=0,6 A53>:  = 47,053:LVALL;5=A:89 /= !B0=8A;02>28G @>4. 21.11.1957, =A -,   70 2005-2006 33 >:;04K: /.!. ;5=A:89/ ;8O=85 <=>3>:@0B=>3> @0AA5O=8O =0 25;8G8=C :@8B8G5A:>3> ?>;O 4;O C1530NI8E M;5:B@>=>2 2 0B<>AD5@5// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4 B>3>  : 4A8= !5@359 >=AB0=B8=>28G @>4. 13.07.1928, 3.=.A. # 1. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).   = 1,23430/5 = 7,40. 2. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 = 0,6. 3. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/10 = 0,4.. 4. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 = 0,6. B>3>:   = 9.0LVAL0:0B0=>2 ;048<8@ 8:>;0528G @>4. 10.9.1941, <=A -,   70 2005-2006 33 C1;8:0F88: .. 0:0B0=>2, .. >340=>2, ".. 8@8=0, .. >:>C;8=, .!. 8420=A:89, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, .. &O1C:, .. (0;010520, .. /H8=/ AA;54>20=85 <N>=>2 A25@E2KA>:8E M=5@389 ?> 40==K< 0:A0=c:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0// 72. , A5@. D87., 2005, B. 69, ! 3, AB@. 394-396.   = 6/12 = 0.5 B>3>  : 0.5>;:>20 N4<8;0 0;5@852=0 @>4. 24.12.1940, 2=A -,   70 2005-2006 33. C1;8:0F88: O.G. Ryaz"skaya,L.V. Volkova and G.T. Zatsepin. <Direct cosmic ray muons and atmospheric neutrinos". Nucl. Phys. B (Proc. Suppl.),143 (2005) 527.   = 0.875*30/3=8.75 E.N. Alexeyev and L.V. Volkova. Neutrino Data and Neutrino-Antineutrino Transition arXiv.hep-ph/0504282  =6/2=3 N.Yu. Agafonova, V.V. Boyarkin, E.V. Kaurova, A.S. Mal'gin, O.G. Ryazhskaya and L.V. Volkova (for LVD collaboration). On the cosmic ray muon positive excess problem. The Journal of Physics: Conference Series 39 (2006) 489.  =6/6=1 O.G. Ryazhskaya, L.V. Volkova and G.T. Zatsepin. Possible charm production and direct muon contribution to EAS at very high energies. Int. J. of Modern Phys. A, vol. 20 N 29, (2005) pp.6971.  =1.472*30/3=14.72 L.V. Volkova. Poster at Neutrino 2006, Santa Fe. USA. June 13-19. Cosmic ray muons and muon bremsstrahlung gammas at very high energies in the atmosphere.  =6 .. >;:>20.  ?>B>:0E <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E 8 A25@E2KA>:8E M=5@38OE. 72. , A5@. $87. (2 ?5G0B8).  =4 O.G. Ryazhskaya,L.V. Volkova and G.T. Zatsepin. Prompt and direct muon production in the atmosphere and very high energy inclined EAS at sea level. Nucl. Phys. B (Proc. Suppl.), 151(2006)303.  =0.875*30/3=8.75 =45:A F8B8@>20=8O 423. B>3>:  =46.2DLVALT>7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2005-2006 33 >:;04K: V.A. Kozyarivsky, A.S. Lidvansky/ Sidereal Wave in Cosmic Ray Intensity as Measured by Underground and Surface Detectors and the Problem of True Anisotropy of Cosmic Rays// 2nd AOGS Annual Meeting, Singapore, June 20-24, 2005.   = 30/2 = 15 V.A. Kozyarivsky, A.S. Lidvansky, V.B. Petkov, T.I. Tulupova/ Mean Diurnal Variations of Cosmic Ray Intensity as Measured by the Baksan Surface and Underground Detectors// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 93-96.   = 6/4 = 1.5 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ On Measurements of the True Anisotropy of Cosmic Rays// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol.2, pp. 97-100.   = 6/3 = 2 .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20/ 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.33 .. ;5:A55=:>, .. 60??C52, .. >7O@82A:89, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=/ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/7 = 0.57 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ Amplitude and direction of the anisotropy of cosmic rays of TeV energies// XIV International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, August 15-22, 2006.   = 6/3 = 2 B>3>  : 22.4LVALAOG8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2005-2006 33 C1;8:0F88: .. !<8@=>2, .. >;G5=:>, !.. 0@?>2, .!. 8420=A:89, .. 5B:>2, .. 04G5=:>2, .. '5@=O52, .$. /=8=/ >8A: :>A<8G5A:8E 2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 =4K@G8  / // 72. , A5@. D87., 2005, B. 69, ! 3, AB@. 413-415.   = 6/8 = 0.75 .. <5;LG0:>2, .. >340=>2, ... 8;8F:89, !.. C@6852, !.. 5=8A>2, .$. C=09F52, . . >;>1>2, .. 8=48=, .. >:>C;8=, .. ><?0=85F, .!. 8420=A:89, .. 8?052, .. 0BNH8=, ..$. >2>A5;LF52, .. 2G8==8:>2, .. 5B:>2, .. 5B@CE8=, .. @>:>?5=:>, .. K18=, .. !>;40B>2, ... !B5=L:8=, .. !KB8=, -.. /=A>=, .. /H8=/ @>5:B M:A?5@8<5=B0  !-( 4;O ?>8A:0 =>2KE D878G5A:8E ?@>F5AA>2 2 :>A<8G5A:8E ;CG0E// 72. , A5@. D87., 2005, B. 69, ! 3, AB@. 391-393.   = 6*0.1 = 0.6 .. 0:0B0=>2, .. >340=>2, ".. 8@8=0, .. >:>C;8=, .!. 8420=A:89, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, .. &O1C:, .. (0;010520, .. /H8=/ AA;54>20=85 <N>=>2 A25@E2KA>:8E M=5@389 ?> 40==K< 0:A0=c:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0// 72. , A5@. D87., 2005, B. 69, ! 3, AB@. 394-396.   = 6*0.1 = 0.6 N.S. Khaerdinov, A.S. Lidvansky, and V.B. Petkov/  Electric Field of Thunderclouds and Cosmic Rays: Evidence for Acceleration of Particles (Runaway Electrons) // Atmospheric Research, vol. 76, issues 1-4, July-August 2005, pp. 346-354.   = 1.481*30/3 = 14.81 A.S. Lidvansky/  Air Cherenkov Methods in Cosmic Rays: Review and Some History // Radiation Physics and Chemistry, Vol. 75, issue 8, August 2006, pp. 891-898.   = 0.868*30/1 = 26.04 >:;04K: N.S. Khaerdinov, A.S. Lidvansky/ Cosmic Rays in Thunderstorm Atmosphere: Observable Effects and Implications// 2nd AOGS Annual Meeting, Singapore, June 20-24, 2005.   = 30/2 = 15 V.A. Kozyarivsky, A.S. Lidvansky/ Sidereal Wave in Cosmic Ray Intensity as Measured by Underground and Surface Detectors and the Problem of True ALVALnisotropy of Cosmic Rays// 2nd AOGS Annual Meeting, Singapore, June 20-24, 2005.   = 30/2 = 15 V.A. Kozyarivsky, A.S. Lidvansky, V.B. Petkov, T.I. Tulupova/ Mean Diurnal Variations of Cosmic Ray Intensity as Measured by the Baksan Surface and Underground Detectors// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 93-96.   = 6/4 = 1.5 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ On Measurements of the True Anisotropy of Cosmic Rays// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol.2, pp. 97-100.   = 6/3 = 2 N.S. Khaerdinov, A.S. Lidvansky, V.B. Petkov/ Variations of the Intensity of Cosmic Ray Muons due to Thunderstorm Electric Fields// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 389-392.   = 6/3 = 2 N.S. Khaerdinov, A.S. Lidvansky, V.B. Petkov/ Strong Enhancement of the Soft Component of Cosmic Rays during Thunderstorm: A Case Study and Implications// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 393-396.   = 6/3 = 2 N.S. Khaerdinov, A.S. Lidvansky/ Cosmic Rays in Thunderstorm Atmosphere: Observable Effects and Implications// 13th Intern. School  Particles and Cosmology , Baksan Valley, April 18-24, 2005.   = 6/2 = 3 N.S. Khaerdinov, A.S. Lidvansky/ Generation of Particles by Thunderclouds// 13th Intern. School  Particles and Cosmology , Baksan Valley, April 18-24, 2005.   = 6/2 = 3 D.D. Dzhappuev, A.U. Kudzhaev, A.S. Lidvansky, Yu.V. Stenkin and V.B. Petkov/ Study of  multi-core air showers with EAS array  Carpet-2 // 29th ICRC, Pune, (2005), vol. 6, pp. 233-236.   = 6/5 = 1.2 D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, V.I. Volchenko, A.F. Yanin/ Search for UHE gamma-ray short transients at Andyrchy EAS array// 29 ICRC, Pune, 2005, vol. 4, pp. 451-454.   = 6/7 = 0.86 .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8// 29 A5@>AA89A:0O :>LVAL=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2 .!.8420=A:89, .!.%05@48=>2, ..'5@=O52/ @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.33 .!. 8420=A:89, .!. %05@48=>2// ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2 .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20// 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389, 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.33 .. >;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=/ >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>: // 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/9 = 0.44 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ Amplitude and direction of the anisotropy of cosmic rays of TeV energies// XIV International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, August 15-22, 2006.   = 6/3 = 2 N.S. Khaerdinov, A.S. Lidvansky/ Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds// 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal.   = 6/2 = 3 .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5// ( -"$ 2006,   = 20/2 = 10. N.S. Khaerdinov, A.S. Lidvansky, Variations of intensity of cosmic ray muons due to thunderstorm electric fields, General Assembly of European Geosciences Union, Vienna, April 02-07, 2006.   = 6/2 = 3. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by ThundercloudsR LVALb , General Assembly of European Geosciences Union, Vienna, April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c:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0// 72. , A5@. D87., 2005, B. 69, ! 3, AB@. 394-396.   = 6*0.1 = 0.6 Yuri V. Stenkin/Remarks on astrophysical origin of the knee in cosmic ray spectrum //Nucl. Phys. B (Proc. Suppl.), 151, p. 65-68, 2006,   = 0.875*30 = 26.25 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin/  Search for aligned events in muon groups measured by BUST // Nucl. Phys. B (Proc. Suppl.), 151, p. 473-476, 2006,   = 0.875*30/3 = 8.75 >:;04K: .. &O1C:, .. CE0<54H8=, ... !B5=L:8=/ @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E // 29,   = 4/3 = 1.33 ..60??C52, ..;5:A55=:>, ..>;G5=:> 8 4@./ >45@=870F8O CAB0=>2:8 >25@-2  / // 29,   = 4/10 = 0.4 ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=/ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O// 29 ,   = 4/7 = 0.57 ... !B5=L:8=, .. >;G5=:>, .. 60??C52 8 4@./59B@>=K 2 (// 29 ,   = 4/5 = 0.8 Yu.V.Stenkin/ Thermal neutrons in EAS: a new dimension in EAS study // ISVHECRI 2006,   = 6 A.L.Tsyabuk, LVALR.A.Muhamedshin and Yu.V.Stenkin/  Lateral distribution for aligned events in muon groups deep underground // ISVHECRI 2006,   = 6/3 = 2 ...!B5=L:8=/ (8@>:85 0B<>AD5@=K5 ;82=8// ( -"$ 2006,   = 20 ...!B5=L:8=/ 59B@>=K 2 :>A<8G5A:8E ;CG0E// ( -"$ 2006,   = 20 D.D.Dzhappuev, A.U.Kudzhaev, A.S.Lidvansky, Yu.V.Stenkin and V.B.Petkov/ Study of  multi-core air showers with EAS array  Carpet-2 // 29th ICRC, Pune, 2005,   = 6/5 = 1.2 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin/  Search for aligned events in muon groups deep underground // 29th ICRC, 2005,   = 6/3 = 2 Yuri V. Stenkin/  Power-law spectra in the Nature: analogies with the cosmic ray spectrum // Proc. of 29th ICRC, 2005,   = 6 Yu.V.Stenkin/  Two approaches to the cosmic ray  knee problem and the experimental data // 29th ICRC, 2005,   = 6 Yu.V.Stenkin/  On power-law spectra in the Nature: analogies with the cosmic ray spectrum //  Particles and Cosmology  05 ,   = 6 B>3>:   = 108.5PLVAL`"C;C?>20 "0BLO=0 20=>2=0 @>4. 04.11.1940, <=A -,   70 2005-2006 33 >:;04K: V.A. Kozyarivsky, A.S. Lidvansky, V.B. Petkov, T.I. Tulupova/ Mean Diurnal Variations of Cosmic Ray Intensity as Measured by the Baksan Surface and Underground Detectors// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 93-96.   = 6/4 = 1.5 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ On Measurements of the True Anisotropy of Cosmic Rays// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol.2, pp. 97-100.   = 6/3 = 2 .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20/ 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3., "5:ABK 4>:;04>2, PCR-05.   = 4/3 = 1.33 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ Amplitude and direction of the anisotropy of cosmic rays of TeV energies// XIV International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, August 15-22, 2006.   = 6/3 = 2 B>3>  : 6.83LVALAOG%05@48=>2 08;L !0D>28G @>4. 30.11.1958, =A !" , A>2<5AB8B5;L 2 -   70 2005-2006 33 C1;8:0F88: N.S. Khaerdinov, A.S. Lidvansky, and V.B. Petkov/  Electric Field of Thunderclouds and Cosmic Rays: Evidence for Acceleration of Particles (Runaway Electrons) // Atmospheric Research, vol. 76, issues 1-4, July-August 2005, pp. 346-354.   = 1.481*30/3 = 14.81 >:;04K: N.S. Khaerdinov, A.S. Lidvansky/ Cosmic Rays in Thunderstorm Atmosphere: Observable Effects and Implications// 2nd AOGS Annual Meeting, Singapore, June 20-24, 2005.   = 30/2 = 15 N.S. Khaerdinov, A.S. Lidvansky, V.B. Petkov/ Variations of the Intensity of Cosmic Ray Muons due to Thunderstorm Electric Fields// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 389-392.   = 6/3 = 2 N.S. Khaerdinov, A.S. Lidvansky, V.B. Petkov/ Strong Enhancement of the Soft Component of Cosmic Rays during Thunderstorm: A Case Study and Implications// 29th Intern. Conf. on Cosmic Rays, Pune, August 3-10, 2005, vol. 2, pp. 393-396.   = 6/3 = 2 N.S. Khaerdinov, A.S. Lidvansky/ Cosmic Rays in Thunderstorm Atmosphere: Observable Effects and Implications// 13th Intern. School  Particles and Cosmology , Baksan Valley, April 18-24, 2005.   = 6/2 = 3 N.S. Khaerdinov, A.S. Lidvansky/ Generation of Particles by Thunderclouds// 13th Intern. School  Particles and Cosmology , Baksan Valley, April 18-24, 2005.   = 6/2 = 3 .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2 .!.8420=A:89, .!.%05@48=>2, ..'5@=O52/ @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.33 .!. 8420=A:89, .!. %05@48=>2// ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:> LVAL 9 :><?>=5=BK :>A<8G5A:8E ;CG59, 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2 N.S. Khaerdinov, A.S. Lidvansky/ Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds// 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal.   = 6/2 = 3 .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5// ( -"$ 2006,   = 20/2 = 10. B>3>  : 58.14LVALF'5@=O52 ;5:A0=4@ >@8A>28G @>4. 21.11.1957, <=A -,   70 2005-2006 33 C1;8:0F88: .. !<8@=>2, .. >;G5=:>, !.. 0@?>2, .!. 8420=A:89, .. 5B:>2, .. 04G5=:>2, .. '5@=O52, .$. /=8=/ >8A: :>A<8G5A:8E 2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 =4K@G8  / // 72. , A5@. D87., 2005, B. 69, ! 3, AB@. 413-415.   = 6/8 = 0.75 >:;04K: .!.8420=A:89, .!.%05@48=>2, ..'5@=O52/ @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.33 .. >;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=/ >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>: // 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/9 = 0.44 B>3>  : 2.52&O1C: 40< 5>=BL528G, @>4. 28.08.1943, =A -,   70 2005-2006 33. C1;8:0F88: ..0:0B0=>2, ..>340=>2,..., ..&O1C: 8 4@./ AA;54>20=85 <N>=>2 A25@E2KA>:8E M=5@389 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0// 72. , A5@. $87., B. 69(3), AB@. 394-397, 2005,   = 6*0.1 = 0.6 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin/  Search for aligned events in muon groups measured by BUST // Nucl. Phys. B (Proc. Suppl.), 151, p. 473-476, 2006,   = 0.875*30/3 = 8.75 >:;04K: .. &O1C:, .. CE0<54H8=, ... !B5=L:8=/ @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE 2KAB@>5==KE <N>=>2 2 3@C??0E // 29 ,   = 4/3 = 1.33 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin /  Search for aligned events in muon groups deep underground // 29th ICRC, 2005,   = 6/3 = 2 A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin/  Lateral distribution for aligned events in muon groups deep underground // ISVHECRI 2006,   = 6/3 = 2 B>3>:   = 14.68LVAL"@>8F:89 !5@359 048<>28G G.I. Rubtsov et al Upper limit on the ultrahigh-energy photon flux from AGASA and Yakutsk data. Phys.Rev.D73:063009,2006. 4.852*30/10=14.556 D.S. Gorbunov , P.G. Tinyakov, I.I. Tkachev, S.V. Troitsky Estimate of the correlation signal between cosmic rays and BL Lacs in future data. JCAP 0601:025,2006. 6.739*30/4=50.5425 D.S. Gorbunov , P.G. Tinyakov, I.I. Tkachev, S.V. Troitsky Identification of extragalactic sources of the highest energy EGRET photons by correlation analysis. Mon.Not.Roy.Astron.Soc.Lett.362:L30-L34,2005. 5.352*30/4=40.14 S.V. Troitsky Magnetic deflections and possible sources of the ultra-high-energy cosmic rays in the AGASA-HiRes-Yakutsk cluster. Astropart.Phys.26:325-331,2006. 4.047*30/1=121.41 D.S. Gorbunov, S.V. Troitsky A comparative study of correlations between arrival directions of ultra-high-energy cosmic rays and positions of their potential astrophysical sources. Astropart.Phys.23:175-189,2005. 4.047*30/2=60.705 2A53> ?> 5 >?C1;8:>20==K< AB0BLO< 287.3535 4>@01>B:0 :C@A0 ;5:F89 4 A5<5AB@0*5=20 4>:;04K: UHECR and their sources 2005, 2 4>:;040 = 8 !>2@5<5==0O 0AB@>D878:0 2005 (?@83;0H5==K9 :C@A ;5:F89 =0 <564C=0@>4=>9 H:>;5 2 C1=5) = 30 GZK-40, 1 4>:;04 = 4 A53> 349.3535LVALAOG >?>;=5==0O 25@A8O   0B0520 .. 70 2005-2006 3>4 ! 8A?>;L7>20=85< a) A) "-D0:B>@>2 6C@=0;>2 70 2005 3>4 (25@A8O http://www.inr.ac.ru/ads_icons/pr/impf3/ImpactFactorsPhysics.pdf, C?><O=CB0O 2 D52@0;5 2007 3>40) 8 B) "-D0:B>@>2 6C@=0;>2 70 2003 3>4 (25@A8O, 4>ABC?=0O =0 http://www.inr.ac.ru/ads_icons/pr/impf3/impf.htm 0?@02;5=85 - "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. .L. Kataev, QCD sum rules and radial excitations of light pseudoscalar and scalar mesons// /$, 68, AB@. 597-602, 2005   A) 0.914*45/1=41.13 B) 0.467*45/1=21.015 2. .A.L. 0taev, The puzzzle of the nonplanar structure of the QCD contributions to the Gottfried sum rule/-'/, 36, 2K?.7, AB@.70-77, 2005   A) 0.505*45/1=22.7 B) 0.237*45/1=10.665 3. S.I. Alekhin, A.L. Kataev, S.A. Kulagin, M.V. Osipenko, Evaluation of the isospin asymmetry of the nucleon structure functions with CLAS++// Nucl.Phys. A, 755 p. 345-349, 2005   A) 1.950*30/4=14.62 B) 1.761*30/4=13.207 4. A.L. Kataev, Infrared renormalons and the relations between the Gross-Llewellyn Smith and Bjorken polarized and unpolarzized sum rules // 8AL<0 2 -"$ 81, A. 744-747, 2005.   A) 1.446*45/1=65.07 B) 1.326*45/1=59.67 5. A.L. Kataev, Deep inelastic sum rules at the boundaries between perurbative and nonperturbative QCD// Mod. Phys.Lett. A20, p.2007  2022, 2005   A) 1.251*30/1=37.53 B) 1.589*30/1=47.67 6. .L. .Kataev, The Relations between Bjorken polarized, Bjorken unpolarized and Gross-Llewellyn Smith sum rule // Nucl. Phys. Proc. Suppl. 155, pp. 269-270, 2006.   A) 0.875*30/1=26.25 B) 0.990*30/1=29.7 7. A.L. Kataev, The improved 10th order QED expression for a(mu): New results and related estimates // Nucl. Phys. Proc. Suppl. 155, pp. 369-371, 2006.   A) 0.875*30/1=26.25 B) 0.990*30/1=29.7 8. A.L. Kataev, Reconsidered estimates of the 10LVALth order QED contributions to the muon anomaly // Phys.Rev. D74, 073011, 2006.   A) 4.852*30/1=145.56 B) 4.599*30=137.97 >:404K: 1. A.L. Kataev,Renormalons at the boundaries between perturbative and non-perturbative QCD 19 Recontre de Physique de la Vallee d Aosta, March 2005, Italy,  =30 2. A.L. Kataev The improved 10th order QED expressions for a(mu): new results and related estimates 7th Int. Conference on Neutrino Factory and Superbeams (NuFact05), Frasctai, June 2005, Italy.  =30 (CB>G=5==>5) 3. A.L. Kataev, The relations between Bjorken polarized, Bjorken unpolarized and Gross-Lewellyn Smith sum rules 7th Int. Conference on Neutrino Factory and Superbeams (NuFcat 05), Frasctai, June 2005, Italy.  =30 (CB>G=5==>5) 4.A.L. Kataev, The comments on QED contributions to (g-2)_mu// 12><>=>A>2A:0O :>=D5@5=F8O ?> D878:5 M;5<5=B0@=KE G0AB8F, ?>A2OI5==0O 250-;5B8N # >A:20, 23CAB 2005 3.   =20 (CB>G=5==>5) 5. ...0B052, !2O7L <564C ?@028;0<8 AC<< 3;C1>:>=5C?@C3>3> ;5?B>=-=C:;>==>3> @0AA5O=8O, >=D5@5=F8O $878:0 DC=40<5=B0;L=KE 2708<>459AB289, ?>A2OI5==0O 60-;5B8N "-$, 5:01@L 2005 3>40,  =4 6. .. 0B052, 'B> <>65B 40BL ?@5F878>==>5 87CG5=85 2:;04>2 - 2 0=><0;L=K9 <03=8B=K9 <><5=B <N>=0 ?@8 A@02=5=88 A M:A?5@8<5=B><, >:;04 =0 !5AA88 /$, 0?@5;L 2006 3>40,  =4 7. A.L. Kataev, The relations between different deep-inelastic sum rules in the perturbative and non-perturbative bregions of QCD Invited plenary talk at the International School Calculations in modern particle physics and accelrators of future generation (CALC-2006), Dubna, July 2006,  =30 8. A.L. Kataev, New relations between DIS sum rules, ICHEP-06, Moscow, August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a Kataev, ALVALC7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503., 8.>. 702  / ,   70 2005-200633. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters , Proceedings of the V-th International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia, (2 ?5G0B8). 6 A>02B>@>2.  (0,914*45)/6=6,9 1. " Ju. Gavriljuk, V. Gavrin, A. Gangapshev, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)-capture of 78Kr , Proceedings of the V-th International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia, (2 ?5G0B8). 12 A>02B>@>2.  (0,914*45)/10=4,1 1. " Schnert, S., Abt, I. (et al.)  Status of the Germanium Detector Array (GERDA) in the search of neutrinoless  decays of 76Ge at LNGS Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, >10 A>02B>@>2.  (0,914*45)/10=4,1 1. II) >:;04K: " C7L<8=>2 ..  New stage of a search for the 2K(2)-capture of 78Kr , International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia  6,0 1. III) C:>2>4AB2> A>8A:0B5;5<: " 0=30?H52 .., 20053.  30,0 1. IV) C:>2>4AB2> 48?;><=8:><: " 070;>2 .., 20053. ( / , 0A?8@0=B)  10,0 1. " !C=H52 .., 20063. (#, 0A?8@0=B)  10,0 1. B>3>: 71,1 1.LVAL0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., <.=.A.  / ,   70 2005-200633. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, 6 A>02B>@>2.  (0,914*45)/6=6,9 1. " Ju. Gavriljuk, V. Gavrin, A. Gangapshev, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)-capture of 78Kr , Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2124-2128, 12 A>02B>@>2.  (0,914*45)/10=4,1 1. " Schnert, S., Abt, I. (et al.)  Status of the Germanium Detector Array (GERDA) in the search of neutrinoless  decays of 76Ge at LNGS Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, >10 A>02B>@>2.  (0,914*45)/10=4,1 1. II) >:;04K: " 0=30?H52 ..  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters , International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia  6,0 1. " 0=30?H52 ..  New limit for the two-neutrino double beta-decay of Xe-136 , Proceedings of the XIII-th international school  Particles and Cosmology , April 18-23, 2005, Baksan Valley, Kabardino-Balkaria, Russia  4,0 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 25,1*2(5;5B ?>A;5 #-0)*2(3>4 70I8BK 48AA. 2005)=100,4 1. ?>;AB02:8 50,2*LVALL<070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., 8=6.-M:A?.  / ,   70 2005-200633. I) C1;8:0F88: " Ju. Gavriljuk, V. Gavrin, A. Gangapshev, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)-capture of 78Kr , Proceedings of the V-th International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia, (2 ?5G0B8). 12 A>02B>@>2.  (0,914*45)/10=4,1 1. II) >:;04K: " =5B III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 4,1*3(0A?8@0=B)/2(?>;AB02:8)=6,202@8;N: .@89 8E09;>28G, @>4. 02.09.19583., 254. 8=6. <0B.  / ,   70 2005-200633. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters , Proceedings of the V-th International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia, (2 ?5G0B8). 6 A>02B>@>2.  (0,914*45)/6=6,9 1. " Ju. Gavriljuk, V. Gavrin, A. Gangapshev, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)-capture of 78Kr , Proceedings of the V-th International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia, (2 ?5G0B8). 12 A>02B>@>2.  (0,914*45)/10=4,1 1. II) >:;04K: " =5B III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 11,0ZLVAL4l0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., <.=.A.  / ,   70 2005-200633. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters , Proceedings of the V-th International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia, (2 ?5G0B8). 6 A>02B>@>2.  (0,914*45)/6=6,9 1. " Ju. Gavriljuk, V. Gavrin, A. Gangapshev, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)-capture of 78Kr , Proceedings of the V-th International Conference on NON-ACCELERATOR NEW PHYSYCS  NANP 05 , June 20-25, 2005, Dubna, Russia, (2 ?5G0B8). 12 A>02B>@>2.  (0,914*45)/10=4,1 1. II) >:;04K: " =5B III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 11,0/2(?>;AB02:8)=5,5 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., =.A.  / ,   70 2005-200633. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, N. Osetrova, S. Panasenko, S. 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Conf. on Non-Accelerator New Physics, Dubna, Russia, June 20-26, 2005,  =2 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko / "Dark energy accretion onto black hole"//XII Russian Gravitational Conf., Kazan State Pedagogical Univ. Russia. June 20-26, 2005, AB@. 105-106,  =1.3 E.Babichev, V. okuchaev, Yu.Eroshenko / "Phantom energy accretion onto black hole"//Intern. Conf. on Theor. Physics, Lebedev Institute, Moscow, Russia. April 11-16, 2005, p. 36,  =2 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Small-scale Dark Matter Clumps"//Proceed. of the Fifth Intern. Workshop. The identification of dark matter. Edinburgh, UK 6-10 Sept. 2004 edited by N.J.C.Spooner and V.Kudryavtsev (Univ. of Sheffield, UK) p. 81-86, 2005,  =2 C:>2>4AB2> 48?;><=8:><:  =10 B>3>:  =283.9LVALAOG.@89 8:>;0528G @>H5=:> @>4. 3.4.1973, <=A ,   70 2005-2006 33 C1;8:0F88: V.Berezinsky, V.Dokuchaev, Yu.Eroshenko / Destruction of small-scale in the hierarchical structures and galaxies // Phys. Rev. D 73, p. 063504, 2006,  =4.852*30/3=48.52 E.Babichev, V.Dokuchaev, Yu.Eroshenko /"Dark energy cosmology with generalized linear equation of state"// Class. Quantum Grav. 22 p. 143-154, 2005,  =2.938*30/3=29.38 V.Berezin, V.Dokuchaev, Yu.Eroshenko, A.Smirnov/ "Phantom shell around black hole and global geometry"// Class. Quant. Grav. 22, p. 4443-4456, 2005,  =2.938*30/4=22.03 ..018G52, ..>:CG052, ...@>H5=:>/ "::@5F8O B5<=>9 M=5@388 =0 G5@=CN 4K@C"// -"$, 127, No. 3, AB@. 597-609, 2005,  =1.099*45/3=16.49 V.Dokuchaev, Yu.Eroshenko, S.Rubin/ "Quasars formation around clusters of primordial black holes"// Grav. Cosmol. 11, p. 99-104, 2005,  =6/3=2 >:;04K: E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black holes"// Proceed. of the XLIst Rencontres de Moriond. Contents and Structures of the Universe. La Thuile, Italy (March 18-25, 2006). Ed. Christophe Magneville, Resa Ansari, Jacques Dumanche and Jean Tran Thanh Van. The Gioi Publishers. Vietnam. p. 166-173,  =2 V.S.Berezinsky, V.I.Dokuchaev, Yu.N.Eroshenko/ "Formation and destruction of small-scale dark matter clumps in Galaxy"// 564. :>=D. ?> 3@028B0F88, :>A<>;>388, 0AB@>D878:5 8 =5AB0F8>=0@=>9 307>48=0<8:5, ?>A2OI5==0O 90-;5B8N A> 4=O @>645=8O ?@>D. ..!B0=N:>28G0. 1-6 <0@B0 2006, >A:20, #-"#,  =2 .!.5@578=A:89, ..>:CG052, ...@>H5=:>/ "==838;OF8O B5<=>9 <0B5@88 2 0;0:B8:5"// 29-O A5@>AA89A:0O :>=D. ?> :>A<8G. ;CG0<, $ , >A:20, 3-7 023., 2006,  =1.3 V.S.Berezinsky, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark matter annihilation in the Galactic halo"// XLIst Rencontres de Moriond. XXVIth Astrophys. Moriond Meeting. From Dark Halos to Light. La Thuile, Aosta Valley, Italy (March 12-18, 2006),  =2 V.S.BerLVALezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter distribution in Galaxy"// QUARKS-2006. 14th Intern. Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006,  =2 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter annihilation in the Galaxy"// QUARKS-2006. 14th Intern Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006,  =2 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter clumps in the Galaxy"// 6th Intern. Workshop on the Identification of Dark Matter, 11-16 Sept., 2006, Rhodes Island, Greece,  =2 .!.5@578=A:89, ..>:CG052, ...@>H5=:>/ "==838;OF8O B5<=>9 <0B5@88 2 30;> 0;0:B8:8"// A5@>AA89A:0O 0AB@>D878G5A:0O :>=D. AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 (HEA-2005)", >A:20,  , 26-28 45:. 2005,  =1.3 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black hole"// 13th General Conf. of the European Phys. Soc. Beyond Einstein Physics for the 21st Century. 11-15 July, 2005 Univ. of Bern, Switzerland,  =2 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy and black holes"// 12th Lomonosov Conference on Elementary Particle Physics, Moscow State University, August 25-31, Moscow 2005,  =2 V.Berezinsky, V.Dokuchaev, Yu.Eroshenko/ "Small-scale dark matter clustering in the galactic halo"// A. Einstein Century Intern. Conf. 18-22 July 2005, Paris, France,  =2 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black holes"// A. Einstein Century Intern. Conf. 18-22 July 2005, Paris, France.  =2 V.Berezinsky, V.Dokuchaev, Yu.Eroshenko// "Dark matter annihilation in the Galaxy" V Intern. Conf. on Non-Accelerator New Physics, Dubna, Russia, June 20-26, 2005,  =2 E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black hole"// XII Russian Gravitational Conference, Kazan State Pedagogical Univ. Russia. June 20-26, 2005, AB@. 105-106,  =1.3 E.Babichev, V.Dokuchaev, Yu.Eroshenko/ "Phantomt LVAL energy accretion onto black hole"// Intern. Conf. on Theor. Physics, Lebedev Institute, Moscow, Russia. April 11-16, 2005, p. 36,  =2 V.S.Berezinsky, V.I.Dokuchaev, Yu.N.Eroshenko/ "Small-scale Dark Matter Clumps"// Proceed. of the Fifth Intern. Workshop. The identification of dark matter. Edinburgh, UK 6-10 Sept. 2004 edited by N.J.C.Spooner and V.Kudryavtsev (Univ. of Sheffield, UK) p. 81-86, 2005,  =2 B>3>:  =148.3LVAL>;18;:8= >@8A !5@35528G, 11.09.1933, A=A $/ ,   70 2005-06 33. = 24 >:;04K: 1. B.S. Dolbilkin/70:07=>9 /  Decay modes of MGR& / EMIN2006/   = 20. 2. B.S. Dolbilkin/ Low Energy Dipole Resonance& / EMIN2006/   = 4. B>3>:   = 24C3052 -430@ 0;5@L528G, @>4.22.08.1939,   70 2005-2006 3. > >C1;8:0F88: >E.V.Bugaev, A.Misaki, K.Mitsui/"Neutrinos from extragalactic cosmic ray interactions in the far infrared background"//Astropart.Phys.24,p.345-354,2005,  =4.047*30/3=40.47 >E.V.Bugaev/"High energy neutrinos as a probe for new physics and astrophysics"//Int.J.Mod.Phys.A20,pp.6909-6918,2005,  =1.472*30=44.16 > >>:;04K: >E.V.Bugaev, P.A.Klimai/"Interactions of high energy cosmic rays with extragalactic infrared radiation background"//Talk at 5th Int.Conf. NANP'05, Dubna, Russia,2005,  =3 >E.V.Bugaev, P.A.Klimai/"Neutrino from extragalactic cosmic ray interactions in far infrared background"//Int.Conf.ICRC 2005, Pune, India, Proc. v.9, pp.65-68,2006,  =3 >E.V.Bugaev/"Photoabsorption cross sections at superhigh energies of real photons"//14th Int.Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai,China,  =6 > > C:>2>4AB2> 48?;><=8:><,  =10 > >>@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 "$878:0 =59B@8=>", A 22545=85< =>2>3> <0B5@80;0 (2 A2O78 A ?5@5=>A>< ;5:F89 A 4-3> =0 5-K9 :C@A D0:C;LB5B0 $- $"),  =5 > >B>3>:  =111.63LVALAOG%0181C;;8= 0@0B 0@A>28G @>4. 29.07.1965, A=A $-,   70 2005-2006 33 C1;8:0F88: 1.Measurement of Neutrino Oscillation by the K2K Experiment, By K2K Collaboration (M.H. Ahn et al.). Published in Phys.Rev.D74:072003,2006.  =4.852*30/10=14.556 2. Search for T-violating transverse muon polarization in the K+ ---> pi0 mu+ nu decay, M. Abe et al. Published in Phys.Rev.D73:072005,2006.  =4.852*30/10=14.556 3.An Improved search for nu(mu) ---> nu(e) oscillation in a long-baseline accelerator experiment. By K2K Collaboration (S. Yamamoto et al.). Published in Phys.Rev.Lett.96:181801,2006.  =7.489*30/10=22.467 4.Measurement of the quasi-elastic axial vector mass in neutrino-oxygen interactions. By K2K Collaboration (R. Gran et al.). Published in Phys.Rev.D74:052002,2006.  =4.852*30/10=14.556 5. Measurement of K+ ---> pi0 mu+ nu gamma decay using stopped kaons. By KEK-E470 Collaboration (S. Shimizu et al.). Published in Phys.Lett.B633:190-194,2006.  =5.301*30/10=15.903 6.New result of the measurement of the direct photon emission in K+ ---> pi+ pi0 gamma decay. By KEK-E470 Collaboration (M.A. Aliev et al.). Published in Eur.Phys.J.C46:61-67,2006.  =3.580*30/10=10.74 7.Search for coherent charged pion production in neutrino-carbon interactions. By K2K Collaboration (M. Hasegawa et al.). Published in Phys.Rev.Lett.95:252301,2005.  =7.489*30/10=22.467 8.Upper limit on the branching ratio for the decay pi0 ---> nu anti-nu.By E949 Collaboration (A.V. Artamonov et al.). Published in Phys.Rev.D72:091102,2005.  =4.852*30/10=14.556 9.Search for the decay K+ to pi+ gamma gamma in the pi+ momentum region P > 213 MeV/c. By E949 Collaboration (A.V. Artamonov et al.). Published in Phys.Lett.B623:192-199,2005.  =5.301*30/10=15.903 10.Evidence for muon neutrino oscillation in an accelerator-based experiment. By K2K Collaboration (E. Aliu et al.) Published in Phys.Rev.Lett.94:081802,2005.  =7.489*30/10=22.467 11.Long sandwich modules for photon veto detec0 LVAL@ tors. N. Yershov, M. Khabibullin, Yu. Kudenko (Moscow, INR) , L. Littenberg (Brookhaven) , V. Mayatski (UNIPLAST, Vladimir) , O. Mineev (Moscow, INR) . Published in Nucl.Instrum.Meth.A543:454-462,2005.  =1.224*30/6=6.12 12. E. Gushin et al. Published in Nucl.Instrum.Meth.A567,2006, p.250.  =1.224*30/10=3.672 !C<<0@=K9  =177.96LVALAOG!?8A>: >?C1;8:>20==KE @01>B =0CG=>3> A>B@C4=8:0 =AB8BCB0 O45@=KE 8AA;54>20=89 %>BO=F520 ;5:A5O 8:>;0528G0 70 ?5@8>4 2005  20063.3. : 1) MEASUREMENT OF K+ ---> PI0 MU+ NU GAMMA DECAY USING STOPPED KAONS. By KEK-E470 Collaboration (S. Shimizu et al.). Dec 2005. 12pp. Published in Phys.Lett.B633:190-194,2006 e-Print Archive: hep-ex/0512068 ,   = (5.301x 30)/10 = 15.903 2) NEW RESULT OF THE MEASUREMENT OF THE DIRECT PHOTON EMISSION IN K+ ---> PI+ PI0 GAMMA DECAY. By KEK-E470 Collaboration (M.A. Aliev et al.). Nov 2005. 13pp. Published in Eur.Phys.J.C46:61-67,2006 e-Print Archive: hep-ex/0511060,   = (3.209x 30)/10 = 9.627 3) UPPER LIMIT ON THE BRANCHING RATIO FOR THE DECAY PI0 ---> NU ANTI-NU. By E949 Collaboration (A.V. Artamonov et al.). BNL-73936-2005-JA, IHEP-2005-09, KEK-2005-11, TRIUMF-TRI-PP-05-08, TUHEP-EX-05-002, Jun 2005. 9pp. Published in Phys.Rev.D72:091102,2005 e-Print Archive: hep-ex/0506028,   = (4.852x 30)/10 = 14.556 4) SEARCH FOR COHERENT CHARGED PION PRODUCTION IN NEUTRINO-CARBON INTERACTIONS. By K2K Collaboration (M. Hasegawa et al.). DAPNIA-05-106, Jun 2005. 5pp. Published in Phys.Rev.Lett.95:252301,2005 e-Print Archive: hep-ex/0506008,   = (7.489x 30)/10 = 22.467 5) SEARCH FOR THE DECAY K+ TO PI+ GAMMA GAMMA IN THE PI+ MOMENTUM REGION P > 213 MEV/C. By E949 Collaboration (A.V. Artamonov et al.). BNL-73917-2005-JA, FERMILAB-PUB-05-449-E, IHEP-2005-08, KEK-2005-8, TRIUMF-TRI-PP-05-07, TUHEP-EX-05-001, May 2005. 14pp. Published in Phys.Lett.B623:192-199,2005 e-Print Archive: hep-ex/0505069,   = (5.301x 30)/10 = 15.903 6) EVIDENCE FOR MUON NEUTRINO OSCILLATION IN AN ACCELERATOR-BASED EXPERIMENT. By K2K Collaboration (E. Aliu et al.). Nov 2004. 5pp. Published in Phys.Rev.Lett.94:081802,2005 e-Print Archive: hep-ex/0411038,   = (7.489x 30)/10 = 22.467 7) MEASUREMENT OF NEUTRINO OSCILLATION BY THE K2K EXPERIMENT. By K2K Collaboration (M.H. Ahn et al.). Jun 2006. 40pp. Published in Phys.L LVAL\ Rev.D74:072003,2006 e-Print Archive: hep-ex/0606032,   = (4.852x 30)/10 = 14.556 8) SEARCH FOR T-VIOLATING TRANSVERSE MUON POLARIZATION IN THE K+ ---> PI0 MU+ NU DECAY. M. Abe et al.. Apr 1, 2006. 34pp. Published in Phys.Rev.D73:072005,2006,   = (4.852x 30)/10 = 14.556 9) MEASUREMENT OF THE QUASI-ELASTIC AXIAL VECTOR MASS IN NEUTRINO-OXYGEN INTERACTIONS. By K2K Collaboration (R. Gran et al.). Mar 2006. 14pp. Published in Phys.Rev.D74:052002,2006 e-Print Archive: hep-ex/0603034,   = (4.852x 30)/10 = 14.556 10) AN IMPROVED SEARCH FOR NU(MU) ---> NU(E) OSCILLATION IN A LONG-BASELINE ACCELERATOR EXPERIMENT. By K2K Collaboration (S. Yamamoto et al.). Mar 2006. 5pp. Published in Phys.Rev.Lett.96:181801,2006 e-Print Archive: hep-ex/0603004,   = (7.489x 30)/10 = 22.467 B>3>   = 167.058LVALAOGC45=:> .@89 @83>@L528G @>4. 05.10.1951, 702. $-! $-,   70 2005-2006 33 C1;8:0F88: 1. M.H. Ahn et al. Measurement of Neutrino Oscillation by the K2K Experiment, Phys. Rev.D74:072003,2006.  =4.852*30/10=14.556 2. M. Abe et al., Search for T-violating transverse muon polarization in the K+ ---> pi0 mu+ nu decay, Phys. Rev. D73:072005,2006.  =4.852*30/10=14.556 3. S. Yamamoto et al., An Improved search for nu(mu) ---> nu(e) oscillation in a long-baseline accelerator experiment. Phys.Rev.Lett.96:181801,2006.  =7.489*30/10=22.467 4. R. Gran et al. Measurement of the quasi-elastic axial vector mass in neutrino-oxygen interactions. Phys.Rev.D74:052002,2006.  =4.852*30/10=14.556 5. S. Shimizu et al., Measurement of K+ ---> pi0 mu+ nu gamma decay using stopped kaons. Phys.Lett.B633:190-194,2006.  =5.301*30/10=15.903 6. M.A. Aliev et al., New result of the measurement of the direct photon emission in K+ ---> pi+ pi0 gamma decay. Eur.Phys.J.C46:61-67,2006.  =3.580*30/10=10.74 7. Hasegawa et al Search for coherent charged pion production in neutrino-carbon interactions. Phys.Rev.Lett.95:252301,2005.  =7.489*30/10=22.467 8. A.V. Artamonov et al. Upper limit on the branching ratio for the decay pi0 ---> nu anti-nu. Phys.Rev.D72:091102,2005.  =4.852*30/10=14.556 9. A.V. Artamonov et al. Search for the decay K+ to pi+ gamma gamma in the pi+ momentum region P > 213 MeV/c. Phys.Lett.B623:192-199,2005.  =5.301*30/10=15.903 10. S. Yamamoto et al. Design, construction, and initial performance of SciBar detector in K2K experiment. IEEE Trans.Nucl.Sci.52:2992-2997,2005.  =1.119*30/10=3.357 11. E. Aliu et al. Evidence for muon neutrino oscillation in an accelerator-based experiment. Phys.Rev.Lett.94:081802,2005.  =7.489*30/10=22.467 12. N. Yershov, M. Khabibullin,Yu. Kudenko et al., Long sandwich modules for photon veto detectors. Nucl.Instrum.Meth.A543:454-462,2005.  =1.224*30/6=6.12 13. E. Gushin, M.Khabibullin, Yu.Kudenko et alvLVAL. Multi-pixel Geiger-mode avalanche photodiodes with high quantum efficiency and low excess noise factor, Nucl.Instrum.Meth.A567,2006, p.250.  =1.224*30/10=3.672 >:;04K: 1. Yu.Kudenko, Multi-pixel Geiger mode photosensors, Talk given at International Scope Study Workshop on NuFAct, Tsukuba, Japan, January 2006,  =6 2. Yu.Kudenko, The T2K experiment: status and instrumentation of the 280m near detector, Invited talk at 9th ICATPP Conference on Astroparticle, Particle, Space Physics, Detectors and Medical Physics Applications, Como, Italy, October 2005,  =30 3. ...C45=:>, AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 2, @83;0H5==K9 4>:;04 =0 XL 78<=59 H:>;5 /$, D52@0;L 2006,  =20 4. Yu.Kudenko, Status of the T2K experiment, Invited talk at ICHEP06, Moscow, Russia, 2006,  =30 >@01>B:0 =0CG=>->1@07>20B0;L=>3> :C@A0  =5 C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: .@H>2  2005 3. .;852  2006 3.   = 30*2 =60 !C<<0@=K9 8=48284C0;L=K9   = 332.32   @C:>2>48B5;O = 278.8@LVAL~R1. #G5ABL 2 >;>65=88 70I8BC 48AA5@B0F89 A>8A:0B5;O<8 2 2>7@0AB5 AB0@H5 40 ;5B: ?@8@02=O2 :0=4840BA:CN 48AA5@B0F8N : ?0B5=BC, 0 4>:B>@A:CN - 242>5 1>;LH5 2. #G5ABL =0CG=K5 8 =0CG=>-B5E=8G5A:85 >BG5BK, ?@8@02=O2 8E : CAB=><C 4>:;04C =0 >AA89A:>9 :>=D5@5=F88 3. #G5ABL 2=54@5=85 @07@01>B>: 2 ?@>872>4AB2> 8 ?@0:B8:C. @8<5@: CG0AB85 .. 5=5F:>3>, .. 8D0=>20, .. ;>B=8:>2>9 2 @01>B5, @57C;LB0BK :>B>@>9 2=54@5=K 2 ?@0:B8:C >AB0=>2;5=85< @028B5;LAB20 $ ! 789 >B 22.12.2006 3.  @0<:0E ACI5AB2CNI53> ?>@O4:0 MB> =5 >B<5G5=>> ?>GB8 C65 30 ;5B O 15AA8;L=> =01;N40N, :0: 87<K20NBAO =04 =0C:>9 10=48BK, ?0@078BK 8 ?CAB>1@5E8 > > 8 2>B ?@8?;K;8 -- 0:045<8G5A:0O "25@B8:0;L 2;0AB8" 48A:@548B8@>20;0 A51O 4> B0:>9 AB5?5=8, GB> A45;0;0 =0C:C 15770I8B=>9 ?5@54 BC?K< <@0:>15A85< (40, >@8A (B5@=, MB> 8 ?@> B51O) > > O 83=>@8@CN MB>B "454;09=", B.:. E>B5; 1K 871560BL A>CG0AB8O 2 C=8GB>65=88 =0C:8: A>@52=>20BLAO A >157LO=0<8 2 4>AB020=88 10=0=>2 ?> D>@<0;L=K< ?@87=0:0< 15A?>;57=>, >=8 8 B0: =8:>340 =8G5< 4@C38<, :@><5 8<8B0F88 =0C:8, =5 70=8<0;8AL -- ?@8<5@K 2>:@C3 =0A > > 2AN -- 0:045<8G5A:CN 8 2=50:045<8G5A:CN -- "25@B8:0;L 2;0AB8", 2K;82HCN =0 ## MB>  -- =04> ! ' "",  ! "  > > :B> 1K ?>4A:070;, 345 =09B8 A>@B8@ A ?>4E>4OI53> @07<5@0 O<>9... > > !", 1;8=,  "+ > > (, '!#. !#!!!!!!!!!! > > 1C4C C2060BL B>3>, C :>3> E20B05B C<0 ?>=8<0BL, ?@8 G5< BCB 0:045<8G5A:0O A2>1>40... > > cheers > f > > ---------------------------------------------------- > PS > =0 2AO:89 A;CG09: O 2 74@02>< C<5 8 ?>;=>9 ?0<OB8, AKB, B@572, ?5@5E>6C : >B;04:5 >G5@54=>3> <>4C;O M:A?5@8<5=B0;L=>9 A8AB5<K >1@01>B:8 40==KE 4;O "@>8F:-N<0AA =0 >A=>25 <5B>40 http://arxiv.org/pdf/physics/0604127 ... > > cheers > f > > Powered by the E-mail PIM - Info Select - www.miclog.comLVALAOG@8H8=0 5@0 .@L52=0 @>4. 23.09.1971, A=A $/ ,   70 2005-2006 33 = 60.07 C1;8:0F88: V.Yu. Grishina, L.A. Kondratyuk, Cassing, M. Mirazita, P. Rossi/ Comparative Regge analysis of L, S0, L(1520) and q+ production in gp, pp and pp reactions. // Eur.Phys.J.A 25, p. 141-150, 2005,  =1.659*30/5=9.954 V.Yu. Grishina, L.A. Kondratyuk, A. Sibirtsev, M. Buscher, S. Krewald, U.-G. Meissner, F.P. Sassen / Ka scattering length and the reaction dd a K+ K //Eur.Phys.J.A 25, p. 159-164, 2005,  =1.659*30/6=8.295 P. Fedorets, M. Buescher, V.P. Chernyshev, S. Dymov, V.Yu. Grishina, C. Hanhart, M. Hartmann, V. Hejny, V. Kleber, H.R. Koch, L.A. Kondratyuk, V. Koptev, A.E. Kudryavtsev, P. Kulessa, S. Merzliakov, S. Mikirtychiants, M. Nekipelov, H. Ohm, R. Schleichert, H. Stroeher, V.E. Tarasov, K.-H. Watzlawik, I. Zychor / a0 (980) -resonance production in the reaction pp d p+h close to the K anti-K threshold // /$ 69, AB@. 306-313, 2006; Phys.Atom.Nucl. 69,p. 306-313, 2006.  =0.467*45/10+0.914*30/10=2.102+2.742=4.844 A.Dzyuba, V.Kleber, M.Buescher, V.P.Chernyshev, S.Dymov, P.Fedorets, V.Grishina, C.Hanhart, M.Hartmann, V.Hejny, L.Kondratyuk, V.Koptev, P.Kulessa, Y.Maeda, T.Mersmann, S.Mikirtychyants, M.Nekipelov, D.Prasuhn, R.Schleichert, A.Sibirtsev, H.J.Stein, H.Stroeher, I.Zychor / Scalar-isovector K anti-K production close to threshold // Eur.Phys.J.A29, p. 245-251, 2006.  =1.659*30/10=4.977 >:;04K: L.A. Kondratyuk, V.Yu. Grishina, M. Buscher/ Interaction of K-mesons with light nuclei. // Proceedings of 6th International Conference on Nuclear Physics at Storage Rings (STORI 2005), Julich, Bonn, Germany,23  26 May 2005 Published in *Bonn 2005, Nuclear physics at storage rings* 165-168 e-Print Archive: nucl-th/05070213  =6/3=2 V. Grishina/ Interactions of Low-Energy K-bar Mesons with Lightest Nuclei and K-Nuclear Bound States //Workshop on hadron physics at COSY HPC05, July 25  29, 2005, Physikzentrum Bad Honnef, Germany  =6 ... @8H8=0, .. >=4@0BN:/ 708< LVAL >459AB28O 0=B8-K <57>=>2 A ;53:8<8 O4@0<8 ?@8 =87:8E M=5@38OE //4>:;04 =0 :>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 5-9 5:01@O 2005 3., "-$, >A:20.  =4/2=2 ... @8H8=0, .. >=4@0BN:/ >645=85 AB@0==KE G0AB8F 2 M:A:;N782=KE 8 8=:;N782=KE @50:F8OE 8 ?@>1;5<0 ?5=B0:20@:0 //4>:;04 =0 :>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 5-9 5:01@O 2005 3., "-$, >A:20.  =4/2=2 V.Yu. Grishina / Comparative Regge analysis of L, S0 and L(1520) production in gp and pp reactions// >:;04 =0 XI 564C=0@>4=>< !5<8=0@5 ?> M;5:B@><03=8B=K< 2708<>459AB28O< O4@0E, >A:20, A5=BO1@L 21-24, 2006  =20 B>3>:  =60.07LVALAOGC@528G @83>@89 0=>28G, @>4. 28.11.1935, 702. A5:B>@>< $/ ,   70 2005-2006 33. =43,293 C1;8:0F88: N.Severijns, A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.V.Golovko, G.M.Gurevich, P.Herzog, I.S.Kraev, A.A.Lukhanin, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, Yu.G.Toporov, C.Tramm, V.N.Vyachin, D.Zakoucky, .Zotov. Angular distribution of a particles from oriented 253,254Es and 255Fm nuclei. Phys. Rev. C71 (2005) 044324.  =3.610*30/10=10.83 ..C@528G, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..5;O52, ..>30, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ..OG8=, .0:>CF:8. #3;>2K5 @0A?@545;5=8O a-G0AB8F, 8A?CA:05<KE >@85=B8@>20==K<8 O4@0<8 253Es 8 255Fm 725AB8O  (A5@. $87.) 69, ! 5 (2005) 727-731.  =0.663*45/10=2.984 ..(0@>2,& , ..C@528G, & 7<5@5=85 @07=>AB59 ?>;=KE A5G5=89 DsigL(np) ?@8 1.39, 1.69, 1.89 8 1.99 M. /45@=0O D878:0, 68 (2005) 1858  1973.  =0.467*45/10=2.102 G.M.Gurevich, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov , V.Golovko, P.Herzog, I.Kraev, A.A.Lukhanin, A.A.Belyaev, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, N.Severijns, Yu.G.Toporov, .V.N.Vyachin, D. Zakoucky. Angular distributions of a-particles emitted by oriented 253Es and 255Fm nuclei. Bulletin of Russian Academy of Sciences. Physics. V.69 (2005).  =1.298*30/10=3.894 V.I.Sharov,& ,G.M.Gurevich,& Measurements of the total-cross-section difference DeltaSigmaL(np) at 1.39, 1.69, 1.89 and 1.99 GeV. Physics of Atomic Nuclei, vol. 68, No. 11, 2005, pp. 1796-1811.  =0.914*30/10=2.742 G.M.Gurevich, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov , V.Golovko, P.Herzog, I.Kraev, A.A.Lukhanin, A.A.Belyaev, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, N.Severijns, Yu.G.Toporov, V.N.Vyachin, C.Tramm, D. Zakoucky, E.Zotov..Alpha- and gamma-anisotropy in the decay of oriented 254Es and its daughter nucleus 250Bk. Bulletin of Russian Academy of Sciences. Physics. V.70 (2006).  =1.298*30/10=3.8jLVALz94 ..C@528G, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..5;O52, ..>30, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ."@0<<, ..OG8=, .0:>CF:8. -.>B>2. #3;>20O 0=87>B@>?8O 0;LD0- 8 30<<0-87;CG5=8O 2 @0A?045 >@85=B8@>20==>3> 254Es 8 53> 4>G5@=53> O4@0 250Bk. 725AB8O  (A5@. $87.) 70, ! 2 (2006) 247-250.  =0.663*45/10=2.984 >:;04K: G.M.Gurevich. Alpha- and gamma-anisotropy in the decay of oriented 254Es and its daughter nucleus 250Bk. LVth National Conference on Nuclear Physics  Frontiers in the Physics of Nucleus (St.-Peterburg, June 28  July 1, 2005).  =4 G.M.Gurevich. Angular distributions of alpha particles emitted by oriented 241,243Am nuclei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olbilkin, Proc. Int. Conf. NPA2, Hungary, 237, 2005 Total photon cross sections on nucleons at baryon resonances 2.2. BSDolbilkin, Proc. 55 Nat. Conf. Nucl. Phys, Petersburg, 86, 2005 An universal curve for nucleon and nuclear photoproduction cross sections at the baryon resonance region of 200-800 MeV 4=0:>, 87-70 >BACBAB28O 45=53 =0 :><0=48@>2:8 2 ;01>@0B>@88 =8 =0 >4=C ?>5E0BL =5 C40;>AL, E>BO @3:><8B5B :>=D5@5=F88 NPA2 ?@54;030; >?;0B8BL >@3. 27=>A 8 ?@51K20=85.  ?@54K4CI85 2 3>40 1K;> B> 65 A0<>5. 5;0B5;L=> 225AB8 ?@028;>, GB>1K A>B@C4=8:, ?@54AB0282H89 4>:;04, <>3 CG0AB2>20BL 2 :>=D5@5=F88 1>;55 <5=55 @53C;O@=>. 3. >A:>;L:C 2 / =5B A2>53> 8740=8O, B8?0 5AB=8: , 8AL<0 , :0: C <=>38E >@30=870F89, 0 6C@=0; ?> O45@=>9 D878:5 ?@0:B8G5A:8 >48=, F5;5A>>1@07=> CG8BK20BL 2 @07<5@5 6  10 10;;>2 -- 4>:;04K =0 A5<8=0@0E C A51O 8;8 2 4@C38E >@30=870F8OE, ;5:F88 =0 (:>;0E -- ?@5?@8=BK, B.:. :20;8D8:0F8O A>B@C4=8:>2 4>AB0B>G=> 2KA>:0 4;O B>3>, GB>1K ?@8@02=OBL MB8 4>:;04K 8 ?@5?@8=BK : 4>:;04C =0 :>=D5@5=F88 8;8 ?C1;8:0F88 2 6C@=0;5.LVALAOG>=4@0BL52 C4>;LD 5>=84>28G, @>4. 19.10.1940, A=A $/  /    70 2005-2006 33. = 99.1 J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, C. Bradtke, A. Braghieri, N. D'Hose, H. Dutz, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, L. Van Hoorebeke, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, S.S. Kamalov, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, L. Tiator, R. Van de Vyver, F. Zapadtka A2 and GDH Collaborations (45) Measurement of the helicity dependence for the channel in the second resonance region Phys. Rev. C74, 045204 (2006) 3.610*30/10 =10.83 J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, C. Bradtke, A. Braghieri, N. D'Hose, H. Dutz, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, T. Iwata, O. Jahn, P. Jennewein, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. Van de Vyver, L. Van Hoorebeke, F. Zapadtka (43) First measurement of the Gerasimov-Drell-Hearn integrand for from 200 to 800 MeV Phys. Rev. Lett. 97, 202303 (2006) 7.489*30/10 =22.47 J. Ahrens, S. Altieri, J.R.M. Annand, G. Anton, H.-J. Arends, K. Aulenbacher, R. Beck, C. Bradtke, A. Braghieri, N. Degrande, N. D'Hose, H. Dutz, S. Grtz, P. Grabmayr, K. Hansen, J. Harmsen, D. Von Harrach, S. Hasegawa, T. Hasegawa, E. Heid, K. Helbing, H. Holvoet, L. Van Hoorebeke, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, T. Kageya, B. Kiel, F. Klein, R. Kondratiev, K. Kossert, J. Krimmer, M. Lang, B. Lannoy, R. Leukel, V. Lisin, T. Matsuda, J.C. McGeorge, A. Meier, D. Menze, W. Meyer, T. Michel, J. Naumann, A. Panzeri, P. Pedroni, T. PinellLVAL i, I. Preobrajenski, E. Radtke, E. Reichert, G. Reicherz, C. Rohlof, G. Rosner, D. Ryckbosch, M. Sauer, B. Schoch, M. Schumacher, B. Seitz, T. Speckner, N. Takabayashi, G. Tamas, A. Thomas, R. Van de Vyver, A. Wakai, W. Weihofen, F. Wissmann, F. Zapadtka, G. Zeitler GDH and A2 Collaborations (68) Intermediate resonance excitation in the reaction Physics Letters B 624 (2005) 173 5.301*30/10 =15.9 J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, A. Braghieri, N. D'Hose, H. Dutz, S. Grtz, S. Hasegawa, E. Heid, H. Holvoet, L. Van Hoorebeke, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, R. Kondratiev, M. Lang, B. Lannoy, K. Livingston, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. Van de Vyver, T. Walcher, F. Zapadtka (39) Measurement of the G asymmetry for the channels in the resonance region Eur.Phys.J. A 26, 135-140 (2005) 1.659*30/10 =4.98 H. Dutz, K. Helbing, J. Krimmer, T. Speckner, G. Zeitler, J. Ahrens, S. Altieri, J.R.M. Annand, G. Anton, H.-J. Arends, R. Beck, A. Bock, C. Bradtke, A. Braghieri, W. V. Drachenfels, F. Frommberger, M. Godo, S. Grtz, P. Grabmayr, S. Hasegawa, K. Hansen, J. Harmsen, E. Heid, W. Hillert, H. Holvoet, N. Horikawa, T. Iwata, L. Van Hoorebeke, N. D'Hose, P. Jennewein, B. Kiel, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, R. Leukel, V. Lisin, D. Menze, W. Meyer, T. Michel, J. Naumann, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, E. Radtke, G. Reicherz, C. Rohlof, T. Rostomyan, M. Sauer, B. Schoch, M. Schumacher, G. Tamas, A. Thomas, R. Van de Vyver, W. Weihofen, F. Zapadtka (57) Measurement of Helicity-Dependent Photoabsorption Cross Sections on the Neutron from 815 to 1825 MeV Phys. Rev. Lett. 94, 162001 (2005) 7.489*30/10 =22.47 M. Pfeiffer, U. Thoma, H. Van Pee ,J. Ahrens, J.R.M. Annand, R. Beck, G. Caselotti, S. Cherepnya, K. Fohl, L. Fog, D. Hornidge, S. Janssen, V.  LVAL Kashevarov, R. Kondratiev, M. Kotulla, B. Krusche, J.C. McGeorge, I.J.D. MacGregor, K. Mengel, J. Messchendorp, V. Metag, R. Novotny, M. Rost, S. Sack, R. Sanderson, S. Schadmand, A. Thomas, D.P. Watts (28) Reply to Comment on Photoproduction of mesic Phys. Rev. Lett. 94, 049102 (2005) 7.489*30/10 =22.47   70 2005-0633.=10.83+22.47*3+15.9+4.98=99.1K/ZU \ c  j  q  l  s z'.5HOV] _JոBz&&H&#7@?*!lAOGFFF:߿^R9xB F 7@?4AgAOGFFF:߿]OA. 7@?$@dFFF:߿\?33B$7@?eAOGFFF:߿[$?7@?@dFFF:߿Z @7@?*@dFFF:߿Y">22227@?@_FFF:߿X@7@?@FFF:߿W?dddd7@?@_FFF:߿V!̠B,7@?pbAOGFFF:߿UNbCJ:;`;7@?`AOGFFF:߿TH ffB7@?::::ϿSA` " 7@?@_FFF:߿RSB17@?DZAOGFFF:߿QO$Bfx@r7@?@YFFF:߿PR8B\ B7@?@YFFF:߿O ̦Bn(d7@?FTAOGFFF:߿NfsHCK1@8:7@?8PAOGFFF:߿M 33Bt` T 7@?^ @OFFF:߿LB7@?MAOGFFF:߿K Q5C::317@?KAOGFFF:߿JhףmC^apbu 7@?SEAOGFFF:߿Ik33BH r>7@?CAOGFFF:߿HDffA4 7@?&@AOGFFF:߿GDA:7@?>AOGFFF:߿F ff@7@?. @=FFF:߿EuB7@? ;AOGFFF:߿D$ `@&7@?0 @:FFF:߿C33]Cff C 1T$7@?J5AOG@RRF:B|fff@&&7@? @4FFF:߿AL6B7@?20AOGFFF:߿@fff@&&7@? @/FFF:߿?̀ARf` 7@? @.FFF:߿>?2d7@?@-FFF:߿=7@?Z@FFF:߿<(A4T z z 7@?P@-FFF:߿;@X 7@?@,FFF:߿:AffA4T z 7@? @,FFF:߿9A  7@?*AOGFFF:߿87@?@FFF:߿77 33B/'<('7@?h(AOGFFF:߿67@?@FFF:߿5j,CBP-'B'%7@?#%AOG0@RRF:3zLBBL'@7@?#AOGFFF:߿2A 07@?z@"FFF:߿17@?@FFF:߿0U33Bz&'"$f!7@?"AOGFFF:߿vLVAL0?8: ;5:A0=4@ 8E09;>28G @>4. 1953-05-28, =A,   70 2005  2006 33. = 31,211 C1;8:0F88: 1 V.G.Gurzadyan, J.-P. Bocquet, A. Kashin e.a. A.M.Lapik, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.(GRAAL collaboration). Probing the light speed anisotropy with respect to the cosmic microwave background radiation dipole Modern Physics Letters A 20, No. 1 (2005) 19  28 1.251 * 30 /10 = 3.753 2. D. Rebreyend,& A.Lapik& (28authors) Eta Photoproduction on the Neutron at GRAAL International Journal of Modern Physics A, Volume 20,Issue 08-09,pp 1554-1559(2005) arXiv:nucl-ex/0411025 1.472*30/10=4.416 3. Moricciani,D.;& Lapik,A.;& (29authors) Resent Result from GRAAL International Journal of Modern Physics A, Volume 20,Issue 02-03,pp 503-513(2005) 1.472*30/10=4.416 4. O.Bartalini,.. A.Lapik,.. (33 authors) Measurement of pi0 photoproduction on the proton from 550 to 1500 MeV at GRAAL Eur.Phys.J. A26,399-419(2005) 1.659*30/10=4.977 5. C.Schaerf for the GRAAL collaboration. The GRAAL Collaboration Results and Prospects Proc. Of the Int.Workshop on the Physics of Excited Baryons, NSTAR- 2005, USA 30/10 = 3.0 6.O.Bartalini,& A.Lapik,& Neutron detection efficiency of BGO calorimeter at GRAAL Nucl.Instrum.& Meth.A562:85-91,2006 1.224*30/10=3.672 7.Lleres, O.Bartalini, & V.Kouznetsov, A.Lapik, A.N.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. Polarization observable measurements for and for energies up to 1.5 GeV European Physics Journal A -100221 (2006). 1.659 * 30/10 = 4.977 8.O.Bartalini, V.Bellini e.a. V.Kuznetsov, A.Lapik, A.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. (GRAAL collaboration). Eta-photoproduction on the deuteron. Proc. Of the XI Int.Seminar EMIN-2006 ( Electromagnetic Interactions of Nuclei ). Moscow  2006 20/10=2.0 "=31.211LVALAOG$8A8= 0;5@89 02;>28G @>4. 24.08.1945, @C:. A5:B>@0 $/  /    70 2005-2006 33. = 75.49 0AG5B : J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, C. Bradtke, A. Braghieri, N. d'Hose, H. Dutz, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, L. van Hoorebeke, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, S.S. Kamalov, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, L. Tiator, R. van de Vyver, F. Zapadtka A2 and GDH Collaborations (45) Measurement of the helicity dependence for the channel in the second resonance region Phys. Rev. C74, 045204 (2006) 3.610*30/10 =10.83 J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, C. Bradtke, A. Braghieri, N. d'Hose, H. Dutz, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, T. Iwata, O. Jahn, P. Jennewein, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. van de Vyver, L. van Hoorebeke, F. Zapadtka (43) First measurement of the Gerasimov-Drell-Hearn integrand for from 200 to 800 MeV Phys. Rev. Lett. 97, 202303 (2006) 7.489*30/10 =22.47 J. Ahrens, S. Altieri, J.R.M. Annand, G. Anton, H.-J. Arends, K. Aulenbacher, R. Beck, C. Bradtke, A. Braghieri, N. Degrande, N. d'Hose, H. Dutz, S. Grtz, P. Grabmayr, K. Hansen, J. Harmsen, D. von Harrach, S. Hasegawa, T. Hasegawa, E. Heid, K. Helbing, H. Holvoet, L. van Hoorebeke, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, T. Kageya, B. Kiel, F. Klein, R. Kondratiev, K. Kossert, J. Krimmer, M. Lang, B. Lannoy, R. Leukel, V. Lisin, T. Matsuda, J.C. McGeorge, A. Meier, D. Menze, W. Meyer, T. Michel, J. Naumann, A. Panzeri, P. PedroFLVALVni, T. Pinelli, I. Preobrajenski, E. Radtke, E. Reichert, G. Reicherz, C. Rohlof, G. Rosner, D. Ryckbosch, M. Sauer, B. Schoch, M. Schumacher, B. Seitz, T. Speckner, N. Takabayashi, G. Tamas, A. Thomas, R. van de Vyver, A. Wakai, W. Weihofen, F. Wissmann, F. Zapadtka, G. Zeitler GDH and A2 Collaborations (68) Intermediate resonance excitation in the reaction Physics Letters B 624 (2005) 173 5.301*30/10 =15.9 J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, A. Braghieri, N. d'Hose, H. Dutz, S. Grtz, S. Hasegawa, E. Heid, H. Holvoet, L. van Hoorebeke, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, R. Kondratiev, M. Lang, B. Lannoy, K. Livingston, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. van de Vyver, T. Walcher, F. Zapadtka (39) Measurement of the G asymmetry for the channels in the resonance region Eur.Phys.J. A 26, 135-140 (2005) 1.659*30/10 =4.98 H. Dutz, K. Helbing, J. Krimmer, T. Speckner, G. Zeitler, J. Ahrens, S. Altieri, J.R.M. Annand, G. Anton, H.-J. Arends, R. Beck, A. Bock, C. Bradtke, A. Braghieri, W. v. Drachenfels, F. Frommberger, M. Godo, S. Grtz, P. Grabmayr, S. Hasegawa, K. Hansen, J. Harmsen, E. Heid, W. Hillert, H. Holvoet, N. Horikawa, T. Iwata, L. van Hoorebeke, N. d'Hose, P. Jennewein, B. Kiel, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, R. Leukel, V. Lisin, D. Menze, W. Meyer, T. Michel, J. Naumann, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, E. Radtke, G. Reicherz, C. Rohlof, T. Rostomyan, M. Sauer, B. Schoch, M. Schumacher, G. Tamas, A. Thomas, R. van de Vyver, W. Weihofen, F. Zapadtka (57) Measurement of Helicity-Dependent Photoabsorption Cross Sections on the Neutron from 815 to 1825 MeV Phys. Rev. Lett. 94, 162001 (2005) 7.489*30/10 =22.47   70 2005-0633.=10.83+22.47*2+15.9+4.98= 76.65   @C:>2>48B5;O = 76.65*0.5+(99.1+0)/2*0.75 =75.49LVALAOG&54>@57>2 ;048<8@ 5>@38528G @>4 13.09.1946, 702. 01, $/ ,   70 2005  2006 33. = 172,6   @C:>2>48B5;O=172,6*0.5 + 39.9*0.75=116,25 C1;8:0F88: 1 V.G.Gurzadyan, J.-P. Bocquet, A. Kashin e.a. A.M.Lapik, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.(GRAAL collaboration). Probing the light speed anisotropy with respect to the cosmic microwave background radiation dipole. Modern Physics Letters A 20, No. 1 (2005) 19  28. 1.251 * 30 /10 = 4.2 2.V.G.Nedorezov. Photonuclear Reactions: Astrophysics Implications. Proc. Of the Int. Conference on Nuclear and Radiation Physics, Almata 2005, p.153 30 3. C.Schaerf for the GRAAL collaboration.  The GRAAL Collaboration Results and Prospects , Proc. Of the Int.Workshop on the Physics of Excited Baryons, NSTAR- 2005, USA. 30/10 = 3,0 4. ..>=>=>2, ..54>@57>2. F5=:0 25;8G8=K :20=B>2>9 MDD5:B82=>AB8 45B5:B8@>20=8O 4;O A8AB5<K N<8=>D>@ - >1J5:B82 - !-<0B@8F0, B@C4K 564C=0@>4=>3> >=3@5AA0 548F8=A:0O D878:0 2005, >A:20 2005. 4/2 = 2 5. ... @8H:8=, ..54>@57>2, 8 4@. &8D@>2>9 @5=B35=>2A:89 45=A8B><5B@, B@C4K 564C=0@>4=>3> >=3@5AA0 548F8=A:0O D878:0 2005, >A:20 2005. 4/6 = 0,8 6. .. >=>=>2, !.. 3=0B>2, ..54>@57>2. ..>B0?>2. !8AB5<0 ?>;CG5=8O @5=B35=>2A:8E 87>1@065=89 =0 >A=>25 ;N<8=>D>@0, >1J5:B820 8 !-<0B@8FK, B@C4K XVII >AA89A:>9 =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 5@07@CH0NI89 :>=B@>;L 8 4803=>AB8:0. C25@4;>2A: (2005). 4/6 = 0/8 7. .Bartalini, V.Bellini e.a. V.Kuznetsov, A.Lapik, A.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. (GRAAL collaboration). Neutron detection efficiency of BGO calorimeter at GRAAL. Nucl.Instrum.& Meth.A562:85-91,2006 1.224 * 30/10 = 3,6 8.J.Ajaka, O/Bartalini, A.Mushkarenkov, V.Nedorezov e.a. Evidence for nucleon resonance excitation in omega meson photoproduction. Phys.Rev.Lett. 96 : 132003 , 2006. 7.489*30/10=22.467 9. A.Lleres, O.Bartalini, & V.Kouznetsov, A.Lapik, A.N.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. Polarization observable measurementLVAL's for and for energies up to 1.5 GeV. European Physics Journal A -100221 (2006). 1.659 * 30/10 = 5,1 10. D.Rebreyend, V.Nedorezov e.a. Eta photoproduction on the neutron at GRAAL. Int..J.of Mod.Phys. A20 08-09 (2005) 1554 - 1559. 4.416 * 30/10 = 13,2 11. D. Morriciani , V.Nedorezov e.a. Recent result from GRAAL. Int..J.of Mod.Phys. A4 08-09 (2005) 503-513. 4.416 * 30/10 = 13,2 12. O.Bartalini, V.Nedorezov, e.a. Measuremnent of pi0 photoproduction on the proton from 550 to 1500 MeV at GRAAL. Eur.Phys.J. A26 (2005) 399  419. 1.659 * 30/10 = 4.9 13. O.Bartalini, V.Bellini e.a. V.Kuznetsov, A.Lapik, A.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. (GRAAL collaboration). Eta-photoproduction on the deuteron. Proc. Of the XI Int.Seminar EMIN-2006 ( Electromagnetic Interactions of Nuclei ). Moscow  2006. 20/10 = 2,0 14. A.D.Belyaev, V.V.Chesnokov, A.S.Ignatov, V.G.Nedorezov, N.N.Peskov, M.E.Stepanov. New relational database for experimental and model meson photoproduction data in internet. Proc. Of the XI Int.Seminar EMIN-2006 ( Electromagnetic Interactions of Nuclei ). Moscow  2006.20/6 = 3,4 15... >=>=>2, !..3=0B>2, .. >B0?>2, ..54>@57>2. &8D@>20O A8AB5<0 4;O ?>;CG5=8O @5=B35=>2A:8E 87>1@065=89 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. "-, 2006, !5, AB@.156-159. 0,226 *45/ 5 = 3,0 16. ..>=>=>2, !.. 3=0B>2, .. >B0?>2. !8AB5<0 ?>;CG5=8O @5=B35=>2A:8E 87>1@065=89 =0 >A=>25 ;N<8=>D>@0, >1J5:B820 8 !-<0B@8FK. "578AK :>=D5@5=F88 NDT URAL 2005, AB@.142. 20/4 = 5 17. ..>=>=>2, !.. 3=0B>2, .. >B0?>2. 5=B35=>B5;52878>==0O A8AB5<0 4;O 02B><0B878@>20==>3> :>=B@>;O B>;I8=K AB5=>: B@C1. "578AK :>=D5@5=F88 NDT URAL 2005, AB@.157. 20/4 = 5 18...>=>=>2, ..54>@57>2. F5=:0 25;8G8=K :20=B>2>9 MDD5:B82=>AB8 45B5:B8@>20=8O 4;O A8AB5<K N<8=>D>@ - >1J5:B82 - !-<0B@8F0, B578AK :>=3@5AA0 548F8=A:0O D878:0 2005. 4/5 = 0.9 19 .. >=>=>2, !..3=0B>2, .. >B0?>2, ..54>@57>2, .. C4=52, .."C@8=35. 07@01>B:0 <5B>4>2 ?>;CG5=8O 8 F8D@>2>0 LVAL@ 9 >1@01>B:8 @5=B35=>2A:8E 87>1@065=89. "@C4K 2->9 :>=D5@5=F88 ?> <548F8=A:>9 D878:5, "@>8F:, <09 2006 3. 4/6 = 0,8 " 122,6 C:>2>4AB2> 48?;><=8:><:  =10 3=0B>2 .!. # 2005 0=52A:89 .. $"%, 2006 0B5=B ! 46166 (2005101494.22(0011868)) #AB@>9AB2> 4;O ?@>2545=8O @5=B35=>2A:8E 8AA;54>20=89 - &8D@>2>9 @5=B35=>2A:89 45=A8B><5B@ !. 20 C@A ;5:F89 (1 A5<5AB@) 20 B>3>:  =172,6   @C:>2>48B5;O=172,6*0.5 + 39.9*0.75=116,25LVALAOG) C4=52 8:>;09 OG5A;02>28G 18.12.1972, <=A , $/ ,   70 2005  2006 33. = 122,6 C1;8:0F88: 1 V.G.Gurzadyan, J.-P. Bocquet, A. Kashin e.a. A.M.Lapik, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.(GRAAL collaboration). Probing the light speed anisotropy with respect to the cosmic microwave background radiation dipole. Modern Physics Letters A 20, No. 1 (2005) 19  28. 1.251 * 30 /10 = 4.2 3. C.Schaerf for the GRAAL collaboration.  The GRAAL Collaboration Results and Prospects , Proc. Of the Int.Workshop on the Physics of Excited Baryons, NSTAR- 2005, USA. 30/10 = 3,0 5. ... @8H:8=, ..54>@57>2, .. C4=52 8 4@. &8D@>2>9 @5=B35=>2A:89 45=A8B><5B@, B@C4K 564C=0@>4=>3> >=3@5AA0 548F8=A:0O D878:0 2005, >A:20 2005. 4/6 = 0,8 7. .Bartalini, V.Bellini e.a. V.Kuznetsov, A.Lapik, A.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. (GRAAL collaboration). Neutron detection efficiency of BGO calorimeter at GRAAL. Nucl.Instrum.& Meth.A562:85-91,2006 1.224 * 30/10 = 3,6 8.J.Ajaka, O.Bartalini, A.Mushkarenkov, V.Nedorezov e.a. Evidence for nucleon resonance excitation in omega meson photoproduction. Phys.Rev.Lett. 96 : 132003 , 2006. 7.489 *30/10 = 22.467 9. A.Lleres, O.Bartalini, & V.Kouznetsov, A.Lapik, A.N.Mushkarenkov, V.Nedorezov, N.Rudnev, A.Turinge e.a. Polarization observable measurements for and for energies up to 1.5 GeV. European Physics Journal A -100221 (2006). 1.659 * 30/10 = 5,1 10. D.Rebreyend, V.Nedorezov, N.Rudnev e.a. Eta photoproduction on the neutron at GRAAL. Int..J.of Mod.Phys. A20 08-09 (2005) 1554 - 1559. 4.416 * 30/10 = 13,2 11. D. Morriciani , V.Nedorezov , N.Rudnev e.a. Recent result from GRAAL. Int..J.of Mod.Phys. A4 08-09 (2005) 503-513. 4.416 * 30/10 = 13,2 12. O.Bartalini, V.Nedorezov, Rudnev N. e.a. Measuremnent of pi0 photoproduction on the proton from 550 to 1500 MeV at GRAAL. Eur.Phys.J. A26 (2005) 399  419. 1.659 * 30/10 = 4.9 13. O.Bartalini, V.Bellini e.a. V.Kuznetsov, A.Lapik, A.Mushkarenkov, V.Nedorezov, N.Rudnev, Al LVAL| .Turinge e.a. (GRAAL collaboration). Eta-photoproduction on the deuteron. Proc. Of the XI Int.Seminar EMIN-2006 ( Electromagnetic Interactions of Nuclei ). Moscow  2006. 20/10 = 2,0 19 .. >=>=>2, !..3=0B>2, .. >B0?>2, ..54>@57>2, .. C4=52, .."C@8=35. 07@01>B:0 <5B>4>2 ?>;CG5=8O 8 F8D@>2>9 >1@01>B:8 @5=B35=>2A:8E 87>1@065=89. "@C4K 2->9 :>=D5@5=F88 ?> <548F8=A:>9 D878:5, "@>8F:, <09 2006 3. 4/6 = 0,8 " 122,6LVALAOG+ CA0:>2 @BC@ ;048<8@>28G, 25.11. 1964, <=A.   70 2205-2006 33. = 24,586 N.Severijns, A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.V.Golovko, G.M.Gurevich, P.Herzog, I.S.Kraev, A.A.Lukhanin, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, Yu.G.Toporov, C.Tramm, V.N.Vyachin, D.Zakoucky, .Zotov. Angular distribution of a particles from oriented 253,254Es and 255Fm nuclei. Phys. Rev. C71 (2005) 044324.  =3.610*30/10=10.83 ..C@528G, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..5;O52, ..>30, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ..OG8=, .0:>CF:8. #3;>2K5 @0A?@545;5=8O a-G0AB8F, 8A?CA:05<KE >@85=B8@>20==K<8 O4@0<8 253Es 8 255Fm 725AB8O  (A5@. $87.) 69, ! 5 (2005) 727-731.  =0.663*45/10=2.984 G.M.Gurevich, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov , V.Golovko, P.Herzog, I.Kraev, A.A.Lukhanin, A.A.Belyaev, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, N.Severijns, Yu.G.Toporov, .V.N.Vyachin, D. Zakoucky. Angular distributions of a-particles emitted by oriented 253Es and 255Fm nuclei. Bulletin of Russian Academy of Sciences. Physics. V.69 (2005).  =1.298*30/10=3.894 G.M.Gurevich, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov , V.Golovko, P.Herzog, I.Kraev, A.A.Lukhanin, A.A.Belyaev, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, N.Severijns, Yu.G.Toporov, V.N.Vyachin, C.Tramm, D. Zakoucky, E.Zotov..Alpha- and gamma-anisotropy in the decay of oriented 254Es and its daughter nucleus 250Bk. Bulletin of Russian Academy of Sciences. Physics. V.70 (2006).  =1.298*30/10=3.894 ..C@528G, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..5;O52, ..>30, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ."@0<<, ..OG8=, .0:>CF:8. -.>B>2. #3;>20O 0=87>B@>?8O 0;LD0- 8 30<<0-87;CG5=8O 2 @0A?045 >@85=B8@>20==>3> 254Es 8 53> 4>G5@=53> O4@0 250Bk. 725AB8O  (A5@. $87.) 70, ! 2 (2006) 247-250.  =0.663*45/10=2.984 LVALB>3>: 24,586|LVAL4!>@>:8= .@89 20=>28G , 26.10.1939, =A $/ ,   70 2005-06 33.= 6.0 C1;8:0F88: 1. ...!>@>:8= 1 >4=>< A?5F80;L=>< @5H5=88 C@02=5=8O (@548=35@0 5AB=8: # 1, 13 (2005) 113-117. B>3>:   = 6,0!>;>4CE>2 .. @>4. 19.11.1935 3., 702 A5:B. $/ ,   70 2005-2006 33 = 21,25 17:2 + 17*3:4 = 21,25. C1;8:0F88: 1. .. 0A8;L52, .. @><>2, .. !>;>4CE>2. 07@57=>9 <8:@>B@>=-@5F8@:C;OB>@ A> A25@E?@>2>4OI8<8 ' @57>=0B>@0<8. B><=0O M=5@38O, 96, 6, (2004), A. 457-461.   = 6:3=2. 2. A.M.Gromov, G.V.Solodukhov, A.A.Vassiliev. Mathematical modeling of the acceleration process in race-track microtron. Proceedings of RuPAC 2004, Dubna, Russia, (2004).   = 6:3=2. 3. .. 0A8;L52, .. @><>2, .. !>;>4CE>2. @8<5=5=85 A25@E?@>2>4OI8E '-A8AB5< 2 CA:>@8B5;OE A =51>;LH>9 M=5@3859. B><=0O M=5@38O, B. 99, 4, 289-295, 2005 3.   = 6:3=2. 4. .. @><>2, .. !>;>4CE>2. #A:>@8B5;L M;5:B@>=>2 A 42C<O M=5@38O<8 4;O 8AA;54>20B5;LA:8E 8 ?@8:;04=KE F5;59. "@C4K XI 564C=0@>4=>9 :>=D5@5=F88 ?> ?@8<5=5=8N CA:>@8B5;59 70@O65==KE G0AB8F. !0=:B-5B5@1C@3, 2005 3. AB@. 30-33.   = 6:2=3. 5. A.V.Alferov, V.V.Petrenko, & A.M.Gromov, G.V.Solodukhov. Radiation-chemical mechanism of metal valence increase during radiolysis of sulphuric acid water solutions. 13 564C=0@>4=0O :>=D5@5=F8O ?> @0480F8>==>9 D878:5 8 E8<88, "><A:, 2006 3.   = 6:6=1. 6. .. @><>2, .. !>;>4CE>2. 0480F8>==K9 B5E=>;>38G5A:89 :><?;5:A / . "@C4K XI 564C=0@>4=>9 :>=D5@5=F88 ?> ?@8<5=5=8N CA:>@8B5;59 70@O65==KE G0AB8F. !0=:B-5B5@1C@3, 2005 3. AB@. 158  160.   = 6:2=3. 7. A.A.Vasiliev, A.M. Gromov, G.V.Solodukhov. Race-Track Microtron-Recirculator with Superconducting RF Cavities. Atomic Energy, 96, 6, (2005). Springer, New York.   = 6:3=2. 8. A.A.Vasiliev, A.M. Gromov, G.V.Solodukhov. Use of Superconducting RF System in Low Energy Accelerators. Atomic Energy, 99, 4, (2005) Springer, New York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orelik, B.A.Tulupov, M.H.Urin/  Asymmetry of the Angular Distributions of Products of Photoneutron Direct-Semidirect Reactions in the Region of an Isovector Giant Quadrupole Resonance // Phys.At.Nucl. 66, p.622  630, 2006,  =0.914*30/3=9.14 >:;04K: M.L.Gorelik, I.V.Safonov, B.A.Tulupov, M.H.Urin / Isovector Giant Dipole and Quadrupole Resonances and Direct +Semidirect Photonucleon Reactions // EMIN XI,  =20/4=5 B>3>:  =21.145VLVALf>;852 CA018 CE0@18528G, 31.03.1956, A=A ;01>@0B>@88 !" C1;8:0F88 2005-2006: 5.3 1. Novoseltsev, M.M. Boliev, A.V. Butkevich, S.P. Mikheev and V.B. Petkov, "A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope (BUST)", Nuclear Physics B - Proceedings Supplements, Volume 151, Issue 1, January 2006, Pages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th International Cosmic Ray Conference (Pune, India, 2005), D.D.Dzhappuev, A.U.Kudzhaev, A.S.Lidvansky, Yu.V.Stenkin and V.B.Petkov,  Study of multi-core air showers with EAS array Carpet-2" 6/5=1.2 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:> .(..C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2,  >45@=870F8O CAB0=>2:8 >25@-2  /  4/10=0.4 3. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 <. =04 C@>2=5< <>@O , 4/7=0.6 4. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ...!B5=L:8=, ..>;G5=:>, ..60??C52, .#.C46052, ..8E09;>20,  59B@>=K 2 ( 4/5=0.8   = 3.6LVALAOG10@?>2 !5@359 8:>;0528G, 06.08.1960, A=A ;01>@0B>@88 !" C1;8:0F88 2005 -2006: 37.1 1. .. !<8@=>2, .. >;G5=:>, !.. 0@?>2, .!. 8420=A:89, .. 5B:>2, .. 04G5=:>2, .. '5@=O52, .$. /=8=,  >8A: :>A<8G5A:8E 30<<0-2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 "=4K@G8"  /  , 725AB8O , A5@.D87., 2005, B.69, ! 3, A. 413-415. 6/8=0.75 2. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..0@?>20, ..8@>H=8G5=:>, ..5B:>2, .!.!B@830=>2, .$./=8=, "A?;5A:8 8=B5=A82=>AB8 <N>=>2 A M=5@3859 1>;55 200 M 2> 2@5<O A>1KB89 GLE 21-23 F8:;>2 A>;=5G=>9 0:B82=>AB8", 725AB8O , A5@. D87., 2005, B.69, ! 6, A.800-803. 6/8=0.75 3. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..60??C52, ..0@?>20, .#.C46052, ..5B:>2, .. 04G5=:>2, .$./=8=, ../=:5, "!>1KB8O GLE 23-3> F8:;0 A>;=5G=>9 0:B82=>AB8 ?> 40==K< 0:A0=A:8E ;82=52KE CAB0=>2>: =4K@G8 8 >25@ 8 =>2>3> 0:A0=A:>3> =59B@>==>3> <>=8B>@0", 725AB8O , A5@. D87., 2005, B.69, ! 6, A.796-799 6/10=0.6 4. S.N. Karpov, Z.M. Karpova, V.B. Petkov, E.V. Vashenyuk, V.G. Yanke, "New neutron monitor station in Baksan valley", International Journal of Modern Physics A, v. 20, No.29, p. 6696, 2005 1.472*30/5 = 8.8 5. .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, !.. 0@?>2, .. 5B:>2, "7<5@5=85 M=5@3>2K45;5=8O 2 AF8=B8;;OF8>==>< 45B5:B>@5 8 ?>A;58<?C;LAK $-#", "-, 2005, ! 4, A.26-33. 0.226 *45/5=2.0 6. . . !<8@=>2, .. 5B:>2, !. .0@?>2, ">8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388LVAL2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2006, B>< 32, !1, A. 3 8 1.315*45/3=19.7 7. T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment , Journal of Physics: Conference Series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on NON-ACCELERATOR NEW PHYSICS (Dubna, Russia, June 20--25, 2005), T. Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment" 6/10=0.6 2. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, V.B. Petkov, S.LVAL3N. Karpov,  Search for TeV gamma rays from GRBs at Baksan Underground Scintillation Telescope 6/2=3 3. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, A.B.Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, V.I.Volchenko, A.F.Yanin,  Search for UHE gamma-ray short transients at Andyrchy EAS array 6/7=0.86 4. IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain), T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment 6/10=0.6 5. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  4/9=0.44 6. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. >;852, ..>;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 4/10=0.4 7. 29th International Cosmic Ray Conference (Pune, India, 2005), S.N. Karpov, Z.M. Karpova, Yu.V. Balabin and E.V. Vashenyuk,  Study of the GLE events with use of the EAS-arrays data ,  LVAL 6/4=1.5 8. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), !..0@?>2, ...0;018=, -..0H5=N:, ..8@>H=8G5=:>,  N>==K5 2A?;5A:8 =0 !" 2> 2@5<O A>1KB89 GLE: =5:>B>@K5 ?>4E>4K : 8=B5@?@5B0F88 , 4/4=1   = 45.5LVAL.C46052 ;5:A0=4@ #@CH15:>28G, 30.01.1952, =A ;01>@0B>@88 !" C1;8:0F88 2005-2006: 0.6 1. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..60??C52, ..0@?>20, .#.C46052, ..5B:>2, .. 04G5=:>2, .$./=8=, ../=:5, "!>1KB8O GLE 23-3> F8:;0 A>;=5G=>9 0:B82=>AB8 ?> 40==K< 0:A0=A:8E ;82=52KE CAB0=>2>: =4K@G8 8 >25@ 8 =>2>3> 0:A0=A:>3> =59B@>==>3> <>=8B>@0", 725AB8O , A5@. D87., 2005, B.69, ! 6, A.796-799 6/10=0.6 >:;04K =0 :>=D5@5=F8OE 2005-2006: 3.0 1. 29th International Cosmic Ray Conference (Pune, India, 2005), D.D.Dzhappuev, A.U.Kudzhaev, A.S.Lidvansky, Yu.V.Stenkin and V.B.Petkov,  Study of multi-core air showers with EAS array Carpet-2" 6/5=1.2 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:> .(..C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2,  >45@=870F8O CAB0=>2:8 >25@-2  /  4/10=0.4 3. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 <. =04 C@>2=5< <>@O , 4/7=0.6 4. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ...!B5=L:8=, ..>;G5=:>, ..60??C52, .#.C46052, ..8E09;>20,  59B@>=K 2 ( 4/5=0.8   = 3.6LVALAOG65B:>2 0;5@89 >@8A>28G, 10.05.1957, 702. ;01. !" C1;8:0F88 2005 -2006: 99.7 1. .. !<8@=>2, .. >;G5=:>, !.. 0@?>2, .!. 8420=A:89, .. 5B:>2, .. 04G5=:>2, .. '5@=O52, .$. /=8=,  >8A: :>A<8G5A:8E 30<<0-2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 "=4K@G8"  /  , 725AB8O , A5@.D87., 2005, B.69, ! 3, A. 413-415. 6/8=0.75 2. .. 0:0B0=>2, .. >340=>2, ".. 8@8=0, .. >:>C;8=, .!. 8420=A:89, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, .. &O1C:, .. (0;010520, .. /H8=, "AA;54>20=85 <N>=>2 A25@E2KA>:8E M=5@389 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", 72. , A5@. D87., 2005, B. 69, ! 3, AB@. 394-396. 6/10=0.6 3. .. <5;LG0:>2, .. >340=>2, ... 8;8F:89, !.. C@6852, !.. 5=8A>2, .$. C=09F52, .. >;>1>2, .. 8=48=, .. >:>C;8=, .. ><?0=85F, .!. 8420=A:89, .. 8?052, .. 0BNH8=, ..$. >2>A5;LF52, .. 2G8==8:>2, .. 5B:>2, .. 5B@CE8=, .. @>:>?5=:>, .. K18=, .. !>;40B>2, ... !B5=L:8=, .. !KB8=, -.. /=A>=, .. /H8=, "@>5:B M:A?5@8<5=B0  !-( 4;O ?>8A:0 =>2KE D878G5A:8E ?@>F5AA>2 2 :>A<8G5A:8E ;CG0E", 725AB8O , A5@.D87., 2005, B.69, ! 3, A.391-393. 6/10=0.6 4. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..0@?>20, ..8@>H=8G5=:>, ..5B:>2, .!.!B@830=>2, .$./=8=, "A?;5A:8 8=B5=A82=>AB8 <N>=>2 A M=5@3859 1>;55 200 M 2> 2@5<O A>1KB89 GLE 21-23 F8:;>2 A>;=5G=>9 0:B82=>AB8", 725AB8O , A5@. D87., 2005, B.69, ! 6, A.800-803. 6/8=0.75 5. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..60??C52, ..0@?>20, .#.C46052, ..5B:>2, .. 04G5=:>2, .$./=8=, ../=:5, "!>1KB8O GLE 23-3> F8:;0 A>;=5G=>9 0:B82=>AB8 ?> 40==K< 0:A0=A:8E ;82=52KE CAB0=>2>: =4K@G8 8 >25@ 8 =>2>3> 0:A0=A:>3> =59B@>==>3> <>=8B>@0", 725AB8O , A5@. D87., 2005, B.69, ! 6, A.LVAL7796-799 6/10=0.6 6. N.S. Khaerdinov, A.S. Lidvansky, V.B. Petkov, Cosmic rays and the electric field of thunderclouds: Evidence for acceleration of particles (runaway electrons), Atmospheric Research, 76 (2005), 346-354. 1.481*30/3=14.8 7. V.B. Petkov, "The knee of EAS size spectrum, missing component and very high energy muons", International Journal of Modern Physics A, v. 20, No.29, p. 6846, 2005 1.472*30 = 44.2 8. S.N. Karpov, Z.M. Karpova, V.B. Petkov, E.V. Vashenyuk, V.G. Yanke, "New neutron monitor station in Baksan valley", International Journal of Modern Physics A, v. 20, No.29, p. 6696, 2005 1.472*30/5 = 8.8 9. .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, !.. 0@?>2, .. 5B:>2, "7<5@5=85 M=5@3>2K45;5=8O 2 AF8=B8;;OF8>==>< 45B5:B>@5 8 ?>A;58<?C;LAK $-#", "-, 2005, ! 4, A.26-33. 0.226 *45/5=2.0 10. Yu.F. Novoseltsev, M.M. Boliev, A.V. Butkevich, S.P. Mikheev and V.B. Petkov, "A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope (BUST)", Nuclear Physics B - Proceedings Supplements, Volume 151, Issue 1, January 2006, Pages 337-340. 0.875*30/5=5.3 11. . . !<8@=>2, .. 5B:>2, !. .0@?>2, ">8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2006, B>< 32, !1, A. 3 8 1.315*45/3=19.7 12. T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. ZhaLVAL8ng, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment , Journal of Physics: Conference Series 39 (2006) 478 480 6/10=0.6 13. .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 45/10 = 1.0 >=D5@5=F88 2005 - 2006: 26.5 1. XIII-th International School  PARTICLES AND COSMOLOGY (April 18  23, 2005, Baksan Valley, Kabardino Balkaria, Russian Federation), D.V. Smirnov, V.B. Petkov,  Search for TeV gamma rays from GRBs at Baksan Underground Scintillation Telescope . 6/2=3 2. V INTERNATIONAL CONFERENCE on NON-ACCELERATOR NEW PHYSICS (Dubna, Russia, June 20--25, 2005), T. Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment" 6/10=0.6 3. EMMA SYMPOSIUM (31.08. - 03.09.2005, Haapaj4rvi, Finland), V.B.Petkov,  Cosmic Ray Experiment at Baksan Underground Scintillation Telescope =6 4. 29th International Cosmic Ray Conference (Pune, India, 2005), D.D.Dzhappuev, A.U.Kudzhaev, A.S.Lidvansky, Yu.V.Stenkin and V.B.Petkov,  Study of multi-core air showers with EAS array Carpet-2" 6/5=1.2 5. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, V.B. Petkov, S.N. Karpov,  Search for TeV gamma rays from GRBs at Baksan Underground SLVAL9cintillation Telescope 6/2=3 6. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, V.I.Volchenko, A.F.Yanin,  Search for UHE gamma-ray short transients at Andyrchy EAS array 6/7=0.86 7. 29th International Cosmic Ray Conference (Pune, India, 2005), V.A. Kozyarivsky, A.S. Lidvansky, V.B. Petkov, T.I. Tulupova, "Mean Diurnal Variations of Cosmic Ray Intensity as Measured by the Baksan Surface and Underground Detectors" 6/4=1.5 8. IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain), V.B. Petkov, J. Szabelski, D.V. Smirnov,  Muon groups and primary composition around the knee 6/3=2 9. IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain), T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment 6/10=0.6 10. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  4/9=0.44 11. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. >;852, ..>;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2LVAL>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 4/10=0.4 12. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:> .(..C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2,  >45@=870F8O CAB0=>2:8 >25@-2  /  4/10=0.4 13. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. 5B:>2, /. (015;LA:8, .. >2>A5;LF520, .. !<8@=>2,  @C??K <N>=>2 1>;LH>9 :@0B=>AB8 8 <0AA>2K9 A>AB02  2 >1;0AB8 87;><0 4/4=1 14. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. 5B:>2,   2>7<>6=>AB8 87CG5=8O D;C:BC0F89 <=>65AB25==>AB8 2 3@C??0E <N>=>2 =4 15. XIV International Symposium on Very High Energy Cosmic Ray Interactions (Weihai, China, August 15-22, 2006), V.B. Petkov, J. Szabelski, D.V. Smirnov, R.V. Novoseltseva,  High energy muon number spectrum detected at Baksan Underground Scintillation Telescope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nternational Symposium on Very High Energy Cosmic Ray Interactions (Weihai, China, August 15-22, 2006), V.B. Petkov, J. Szabelski, D.V. Smirnov, R.V. Novoseltseva,  High energy muon number spectrum detected at Baksan Underground Scintillation Telescope 6/4=1.5 =48284C0;L=K9   = 3.5LVALAOG<!<8@=>2 <8B@89 ;048<8@>28G, 17.08.1972, =A ;01>@0B>@88 !" C1;8:0F88 2005 -2006: 21.5 1. .. !<8@=>2, .. >;G5=:>, !.. 0@?>2, .!. 8420=A:89, .. 5B:>2, .. 04G5=:>2, .. '5@=O52, .$. /=8=,  >8A: :>A<8G5A:8E 30<<0-2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 "=4K@G8"  /  , 725AB8O , A5@.D87., 2005, B.69, ! 3, A. 413-415. 6/8=0.75 2. . . !<8@=>2, .. 5B:>2, !. .0@?>2, ">8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2006, B>< 32, !1, A. 3 8 1.315*45/3=19.7 3. .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 45/10 = 1.0 >=D5@5=F88 2005 - 2006: 12.2 1. XIII-th International School  PARTICLES AND COSMOLOGY (April 18  23, 2005, Baksan Valley, Kabardino Balkaria, Russian Federation), D.V. Smirnov, V.B. Petkov,  Search for TeV gamma rays from GRBs at Baksan Underground Scintillation Telescope . 6/2=3 2. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, V.B. Petkov, S.N. Karpov,  Search for TeV gamma rays from GRBs at Baksan Underground Scintillation Telescope 6/2=3 3. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, V.I.Volchenko, A.F.Yanin,  Search for UHE gamma-ray short transients at Andyrchy EAS array 6/7=0.86 4. IX International Conference on Topics in Astroparticle and LVALUnderground Physics (September 10-14 2005, Zaragoza, Spain), V.B. Petkov, J. Szabelski, D.V. Smirnov,  Muon groups and primary composition around the knee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nternational Symposium on Very High Energy Cosmic Ray Interactions (Weihai, China, August 15-22, 2006), V.B. Petkov, J. Szabelski, D.V. Smirnov, R.V. Novoseltseva,  High energy muon number spectrum detected at Baksan Underground Scintillation Telescope 6/4=1.5   = 33.7LVAL!B@830=>2 5B@ !5<5=>28G, 22.09.1951, =A ;01>@0B>@88 !" C1;8:0F88 2005-2006: 6.4 1. !. . 0@?>2, -. . 0H5=N:, . . >;G5=:>, . . 0@?>20, . . 8@>H=8G5=:>, . . 5B:>2, . !. !B@830=>2, . $. /=8=,  A?;5A:8 8=B5=A82=>AB8 <N>=>2 A M=5@3859 1>;55 200 - 2> 2@5<O A>1KB89 GLE 21-23 F8:;>2 A>;=5G=>9 0:B82=>AB8 , 725AB8O . !5@8O D878G5A:0O, 2005,B>< 69, ! 6, A. 800-803. 6/8=0.75 2. /=8= .$., 70?0@>20 ., !B@830=>2 .!.,  40?B5@ A2O78 <564C :>=B@>;;5@>< ##-01 8 H8=>9 ISA , "- !5, 2006, A.160-161. 0.373 * 45/3 = 5.6 >:;04K =0 :>=D5@5=F8OE 2005-2006: 0.84 1. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. >;852, ..>;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 4/10=0.4 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  4/9=0.44   = 7.2LVALAOG?>;G5=:> ;048<8@ 20=>28G, 09.03.1952, =A ;01>@0B>@88 !" C1;8:0F88 2005-2006: 10.2 1. ..>;G5=:>, ..>;G5=:>. >30@8D<8G5A:85 ?@5>1@07>20B5;8 0<?;8BC4K 2 4;8B5;L=>ABL. "-. 2005, !2. A.78-87. 0.226*45/2=5.1 2. ..>;G5=:>,..>;G5=:>, ..70?0@>20, !..0@?>2, ..5B:>2, .$./=8=. 7<5@5=85 M=5@3>2K45;5=8O 2 AF8=B8;;OF8>==>< 45B5:B>@5 8 ?>A;58<?C;LAK D.M.C. "-, 2005, !4. A.26-33 0.226 *45/5=2.0 3. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..0@?>20, ..8@>H=8G5=:>, ..5B:>2, .!.!B@830=>2, .$./=8=. A?;5A:8 8=B5=A82=>AB8 <N>=>2 A M=5@3859 1>;55 200M 2> 2@5<O A>1KB89 GLE 21-23 F8:;>2 A>;=5G=>9 0:B82=>AB8. 725AB8O , !5@8O $878G5A:0O, B.69, !6, A.800-803 2005 3>4. 6/8=0.75 4. !..0@?>2, -..0H5=N:, ..>;G5=:>, ..60??C52, ..0@?>20, .#.C46052,..5B:>2, .. 04G5=:>2, .$./=8=, ../=:5. !>1KB8O GLE 23F8:;0 A>;=5G=>9 0:B82=>AB8 ?> 40==K< 0:A0=A:8E ;82=52KE CAB0=>2>: =4K@G8 8 >25@ 8 =>2>3> 0:A0=A:>3> =59B@>==>3> <>=8B>@0. 725AB8O , !5@8O $878G5A:0O , B.69, !6, A.796-799, 20053>40. 6/10=0.6 5. ..!<8@=>2, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, .. 04G5=:>2, ..'5@=O52, .$./=8=, >8A: :>A<8G5A:8E 30<<0-2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 =4K@G8  / , 725AB8O , A5@. D87., 2005. , B.69, ! 3, A. 413-415. 6/8=0.75 6. .. 5B:>2, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..70?0@>20, !..0@?>2, ..>7O@82A:89, .. C@5=O, ..!<8@=>2, .$./=8=. #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59. "-, 2006, AB@. 50-62. 0.226 * 45/10 = 1.0 >=D5@5=F88 2005 - 2006: 2.1 1. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, V.I.Volchenko, A.F.Yanin,  @LVALPSearch for UHE gamma-ray short transients at Andyrchy EAS array 6/7=0.86 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  4/9=0.44 3. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. >;852, ..>;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 4/10=0.4 4. 12. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:> .(..C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2,  >45@=870F8O CAB0=>2:8 >25@-2  /  4/10=0.4   = 12.3LVALAOGA/=8= ;5:A59 $54>@>28G, 07.05.1950, =A ;01>@0B>@88 !" C1;8:0F88 2005-2006: 13.9 1. >;G5=:> .., >;G5=:> .., 70?0@>20 .., 0@?>2 !.., 5B:>2 .., /=8= .$. 7<5@5=85 M=5@3>2K45;5=8O 2 AF8=B8;;OF8>==>< 45B5:B>@5 8 ?>A;58<?C;LAK D.M.C. "-, !4, A.17 , 2005 3. 0.226* 45/6 = 1.7 2. !<8@=>2 .., >;G5=:> .., 0@?>2 !.., 8420=A:89 .!., 5B:>2 .., 04G5=:>2 .., '5@=O52 .., /=8= .$. >8A: :>A<8G5A:8E 30<<0-2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 "=4K@G8"  / , 725AB8O , A5@.D87., 2005, B.69, ! 3, A. 413-415. 6/8=0.75 3. 0@?>2 !.., 0H5=N: -.., >;G5=:> .., 0@?>20 .., 8@>H=8G5=:> .., ..5B:>2, !B@830=>2 .!., /=8= .$. "A?;5A:8 8=B5=A82=>AB8 <N>=>2 A M=5@3859 1>;55 200 M 2> 2@5<O A>1KB89 GLE 21-23 F8:;>2 A>;=5G=>9 0:B82=>AB8". 725AB8O , A5@. D87., 2005, B.69, ! 6, A.800-803. 6/8=0.75 4. 0@?>2 !.., 0H5=N: -.., >;G5=:> ..,.60??C52 ., 0@?>20 .., C46052 .#., 5B:>2 .., 04G5=:>2 .., /=8= .$., /=:5 .. !>1KB8O GLE 23 F8:;0 A>;=5G=>9 0:B82=>AB8 ?> 40==K< 0:A0=A:8E ;82=52KE CAB0=>2>: =4K@G8 8 >25@ 8 =>2>3> 0:A0=A:>3> =59B@>==>3> <>=8B>@0. 725AB8O , !5@8O $878G5A:0O , 2005, B.69, !6, A.796-799. 6/10=0.6 5. T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment , Journal of Physics: Conference Series 39 (2006) 478 480 6/10=0.6 6. /=8= .$., 70?0@>20 . . 5=5@0B>@K =0=>A5:C=LVALB4=KE 8=B5@20;>2.  M.: "- !3, 2006, A. 91-95. 0.226 * 45/2 = 5.1 7. /=8= .$., 70?0@>20 ., !B@830=>2 .!. 40?B5@ A2O78 <564C :>=B@>;;5@>< ##-01 8 H8=>9 ISA.  .: "- !5, 2006, A.160-161. 0.226 * 45/3 = 3.4 8. .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 45/10 = 1. >=D5@5=F88 2005 - 2006: 2.9 1. V INTERNATIONAL CONFERENCE on NON-ACCELERATOR NEW PHYSICS (Dubna, Russia, June 20--25, 2005), T. Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment" 6/10=0.6 2. 29th International Cosmic Ray Conference (Pune, India, 2005), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, V.I.Volchenko, A.F.Yanin,  Search for UHE gamma-ray short transients at Andyrchy EAS array 6/7=0.86 3. IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain), T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment $ LVAL4 6/10=0.6 4. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  4/9=0.44 5. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. >;852, ..>;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 4/10=0.4   = 16.8LVALAOGD>2>A5;LF52 .@89 $54>@>28G, 20.09.1950, A=A ;01>@0B>@88 !" C1;8:0F88 2005 -2006. 52.2 1. .. <5;LG0:>2, .. >340=>2, ..., ..$. >2>A5;LF52, .. 5B:>2, .. 5B@CE8=, ... "@>5:B M:A?5@8<5=B0  ! - ( 4;O ?>8A:0 =>2KE D878G5A:8E ?@>F5AA>2 2 :>A<8G5A:8E ;CG0E." 725AB8O , A5@. D878G., B. 69, 2K?.3, A.391-393, 2005 6/10=0.6 2. .. 0:0B0=>2, .. >340=>2, ".. 8@8=0, .. >:>C;8=, .!. 8420=A:89, ..$.>2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, .. &O1C:, .. (0;010520, .. /H8=. "AA;54>20=85 <N>=>2 A25@E2KA>:8E M=5@389 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0." 725AB8O , A5@. D878G., B. 69, 2K?.3, A.394-396, 2005 6/10=0.6 3. Yu.F. Novoseltsev, G.M. Vereshkov. "Estimation of charm production cross section in diffractive hadronic interactions at high energies $\sqrt s >$ 1.8 TeV". Nuclear Physics B, (Proc.Suppl) v. 151, p. 209-212, 2006 0.875*30/2=13.1 4. Yu.F. Novoseltsev, M.M. Boliev, A.V. Butkevich, S.P. Mikheev, V.B. Petkov. "A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope (BUST)" Nuclear Physics B, (Proc.Suppl) v. 151, p. 337-340, 2006 0.875*30/5=5.3 5. Yu.F. Novoseltsev, G.M. Vereshkov. "On the total charm production cross section in hadronic interactions at high energies $\sqrt s > 1.8 \TeV$" J. Phys. G: Nucl. Part. Phys. v.32, p.915-924, 2006 2.173*30/2=32.6 >=D5@5=F88 2005 - 2006: 2.4 1. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..$.>2>A5;LF52, .. 5@5H:>2. " ?>;=>< A5G5=88 @>645=8O @>645=8O c-:20@:0 2 04@>==KE 2708<>459AB28OE ?@8 2KA>:8E M=5@38OE $\sqrt (s) > 1 "M$" 4/2=2 2. 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20,  LVAL 2006), .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(.C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$. /=8= ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 20063." 4/10=0.4 C:>2>4AB2> 48?;><=8:0<8: 1*10=10 =48284C0;L=K9   = 64.6LVALAOGF8E552 !B0=8A;02 02;>28G @>4. 11.10.1940, 3;.=.A. -,   70 2005-2006 3.3. C1;8:0F88: 1. V.Aynutdinov et al./"Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope"//Astropart. Phys. 25, (2006) 140-1506.  =4.047*30*0.1=12.141 2. 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(091>=>2 .. 2 =0AB>OI55 2@5<O - 0A?8@0=B $, =0CG=K9 @C:>2>48B5;L  C1A0=4>@6852 .. 101=10 33. C:>2>4AB2> 48?;><=8:><: >;5IC: ><0= ;048<8@>28G. 038AB5@A:0O 48AA5@B0F8O:  AA;54>20=85 ?>A;58<?C;LA>2 2 20:CC<=KE D>B>45B5:B>@0E . 09 2005 3. $". >;5IC: ><0= ;048<8@>28G 2 =0AB>OI55 2@5<O - 0A?8@0=B / , =0CG=K9 @C:>2>48B5;L  C1A0=4>@6852 .. 101=10 34. C:>2>4AB2> A>8A:0B5;5<, 70I8B82H8< :0=4840BA:CN 48AA5@B0F8N. 0A8;L52 ><0= 0;5@L528G. 8AA5@B0F8O  ">G=>ABL 2@5<5==KE 87<5@5=89 A 20:CC<=K<8 D>B>45B5:B>@0<8 2 M:A?5@8<5=B0E 2 D878:5 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:5 >A:20 / , 8N=L 20053. 301=30 35. C:>2>4AB2> A>8A:0B5;5<, 70I8B82H8< :0=4840BA:CN 48AA5@B0F8N. OBG8= 235=89 -4C0@4>28G  0=>A5:C=4=K5 8AB>G=8:8 A25B0 4;O AF8=B8;;OF8>==KE 8 G5@5=:>2A:8E 45B5:B>@>2 >A:20 / , N=L 2006 3. 301=30 A53>:   = 370,566LVALAOGU9=CB48=>2 ;048<8@ 0@0B>28G,@>4.21.01.1960, A=A -,  70200520063. 3. 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Published in J.Phys.Conf.Ser.5:86-96,2005.  = 6*0.1 =0.6 11) J/psi production and suppression at SPS energies. By NA50 Collaboration (P. Cortese et al.(71) G5;)). Published in J.Phys.G31:S809-S816,2005.  =2.173*30*0.1 = 6.519 12) Status of the HMPID CsI-RICH project for ALICE at the CERN/LHC. A. Di Mauro et al. (23 G5;) Published in IEEE Trans.Nucl.Sci.52:972-979,2005.  =1.259*30*0.1 = 3.777 13) The J/psi normal nuclear absorption. G. Borges et al. (70 G5;) 2005. Published in Eur.Phys.J.C43:161-165,2005.  =3.209*30*0.1 =9.627 14) ALICE T0 detector. M. Bondila et al. (20 G5;). Published in IEEE Trans.Nucl.Sci.52:1705-1711,2005.  =1.259*30*0.1 = 3.777 15) A New measurement of J/psi suppression in Pb-Pb collisions at 158-GeV per nucleon. By NA50 Collaboration (B. Alessandro et al. (74) G5;. Published in Eur.Phys.J.C39:335-345,2005.  =3.209*30*0.1 =9.627 16) J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV. (NA50 Collaboration) B.Alessandro et al., accepted in Euro. Phys. J.C. 71 02B>@  =3.209*30*0.1 =9.627http://www.slac.stanford.edu/spires/find/hep/wwwrefs?key=6567150 17) Psi' production in Pb-Pb collisions at 158 GeV/nucleon. (NA50 Collaboration) B.Alessandro et al., accepted in Euro. Phys. J.C. 71 02B>@  =3.209*30*0.1 =9.627http://www.slac.stanford.edu/spires/find/hep/wwwrefs?key=6567150 18) Dielectron production in C12+C12 collisions at 2AGeV with HADES (HADES Collaboration ) G.Agakiechev et al. accepted in Phys.Lett ., 2006 130 02B>@>2http://www.slac.stanford.edu/spires/find/hep/wwwrefs?key=6567150  =5.301*30*0.1 =15.903  =5.301*30*0.1 =15.903 19) CERN preprints 1.CERN-PH-EP-2006-018, 71 author  =6*0.1 =0.6 2. CERN-PH-EP-2006-019  =6*0.1 =0.6   ?> ?C1;8:0F8O< =132.621 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE: 1. F.Guber  ProjectiLVALle Spectator detector status NA-49-future workshop, CERN, Nov.14-15, 2005 2. F.Guber  PSD   ?> 2KABC?;5=8O< =12 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A?8@0=B 5@5B5=:8= .. (0A?8@0=BC@0 / )  =10 "+   = 154,621/Za h  o  v # q  x % s z'.5<CJ~+33@L 7@?@FFF:߿6 H @~x7@?@FFF:߿~HhB~6(#n(0*7@?%POGFFF:߿(B 7@??POG&70 48?;><K 2KAB02>:xxF:7@?::::Ͽ6Bx: 7@?@FFF:߿)\[A~~x7@?*@FFF:߿ŠfB7@?POGFFF:߿BpCN:=N>7@?@FFF:߿N ffC4S:@nA7@?h@FFF:߿B 4!r7@?"@FFF:߿Bj7@?POGFFF:߿3B$$$"7@? @FFF:߿= BBT$$$"7@?POGFFF:߿u{BDv2d7@?DMPOGFFF:߿@X 7@?@FFF:߿~)0AL7@?Z@FFF:߿}+33MB7@?@FFF:߿|/33A 7@?@FFF:߿{4A7@?@FFF:߿zDA7@?@FFF:߿y@^7@?@FFF:߿xAZ 7@?4@FFF:߿wA  7@? @FFF:߿v(ffAA b7@?j @FFF:߿u1AA hh7@?@ @RRF:t;33sAZ 7@? @FFF:߿s'A 07@?@FFF:߿r*33 BH *$7@?0@FFF:߿q, Ar7@?@FFF:߿p0ffBTBRdv7@?d@,@RRF:o5I?7@?@FFF:߿nc/Cl9:2p07@?b*POGFFF:߿m)z$A&7@?z@FFF:߿lz$A&7@?n@FFF:߿kz$A&7@?z@FFF:߿j^q=ARf 7@?&@FFF:߿iW3C>n(|.p07@?POGFFF:߿hS ʊA7@?.@FFF:߿g[YZCG:4:l97@?@POGFFF:߿f33@7@?@FFF:߿e>B7@? @FFF:߿dq=A. 7@?~POGFFF:߿c@&:7@?@}FFF:߿b+B<(27@?LxPOGFFF:߿a B !!: 7@?CsPOGFFF:߿`NCd22|.+7@?!oPOGFFF:߿LVALPOGt1. $ C9:>2 >@8A 5>=84>28G 2. >4 @>645=8O. 1952 3. 0B0 70I8BK 48AA5@B0F88 0=4. E8<. =0C: 1982 4. >;6=>ABL 0254CNI89 ;01>@0B>@859 5. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. (0CG=K5 >BG5BK ?> 3@0=B0< =5 2:;NG5=K) 5.1. M.L.Bonardi, F.Groppi, H.S.Mainardi, V.M.Kokhanyuk, E.V.Lapshina, M. V. Mebel, B.L.Zhuikov. Cross-section studies on Copper-64 with zinc target in the proton energy range from 140 down to 31 MeV. J. Radioanal. Nucl. Chem., 2005, v.264, p.101-105.  =0.460*30/7=1.971 5.2. B.L.Zhuikov. Gas chemical methods of separation of elements in radioisotope production and activation analysis. Radioanal. Nucl. Chem., 2005, v.23, No.1 p.65-70.  =0.460*30=13.8 5.3. V.Chudakov, B.Zhuikov, P.Erilov, L.Tyutin, N.Kostenikov, D.Ryzhkova, E.Peterson, D.Phillips, J.Vincent. Russian Sr/Rb-82 generator for PET investigations. In: 5th International Conference on Isotopes, Brussels, Belgium, 25-29 April, 2005, Abstract Book, p. 9. 5.4. ..C9:>2, .!.;L8=>2. !8AB5<0B8:0 2KA>:>A?8=>2KE 87><5@=KE >B=>H5=89 2 @50:F8OE A ?@>B>=0<8 A@54=8E M=5@389. /45@=0O D878:0, 2006, !4, B.69, A. 766-768. B.L.Zhuikov, A.S.Iljinov. Systematics of high-spin isomers produced in nuclear reactions with intermediate-energy protons. Physics of Atomic Nuclei, 2006, No.4, p. 739-742.  =0.914*45/2=20.565 5.5. !.. :C;8=8G52, .. @0G52, ..C9:>2, .. @02GC:, ..0B2552, .. !5@>2, .. $5I5=:>. @8:;04=K5 @01>BK =0 >A:>2A:>9 <57>==>9 D01@8:5. : !1>@=8: 4>:;04>2 11-3> <564C=0@>4=>3> A>25I0=8O ?> ?@8<5=5=8N CA:>@8B5;59 70@O65==KE G0AB8F 2 ?@><KH;5==>AB8 8 <548F8=5, !.-5B5@1C@3, 10-14 >:BO1@O, 2005 3., $545@0;L=>5 035=BAB2> ?> 0B><=>9 M=5@388 $. !.-5B5@1C@3, 2005, A. 367-370. 5.6. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. Submitted to: J. Labbeled Compounds and Pharmaceuticals, 2006.  =0.829*30/4=6.2175 5.7. 8< >=LVALu N, !..>;:>20, ..C1>20O, ..1@0<>2, ..C9:>2. K45;5=85 >;>20 87 AC@L<O=KE <8H5=59. V @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2006, 23-27 >:BO1@O 2006, C1=0, "578AK 4>:;04>2, A. 337. 5.8. ..C9:>2. @>872>4AB2> <548F8=A:8E @048>=C:;84>2 =0 1075 ;8=59=>3> CA:>@8B5;O =AB8BCB0 O45@=KE 8AA;54>20=89 : AB0BCA 8 ?5@A?5:B82K. OB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88. V @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2006, 23-27 >:BO1@O 2006, C1=0, "578AK 4>:;04>2, A.316. 5.9. .. 5;5A52, .. 5@0A:8=, .. >;C152, .. C9:>2, !.. 04>@>6=K9, .. 20=>2, .. 070G5=:>, .. >E0=N:, .. 8E>284, .. >10H52, .. >78:, .. 0@DQ=>2, .. !:0AK@A:0O, .. "8B>2, .. #A0=>2. AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> ""@>8F: =N-<0AA". @5?@8=B / , ! 1174/2006, ., 2006. 5.10. ..@0=>2, ..(BC:>2A:89, ..>AB>20, ..09F52, !..(8B8:, ..C9:>2, .. 'C40:>2, .."NB8=. !>740=85 8 ?>43>B>2:0 : ?@>872>4AB2C @048>E8<8G5A:>3> 35=5@0B>@0 @C1848O-82 E;>@840 (! -01)  @048>D0@<?@5?0@0B0 4;O ?>78B@>==>-M<8AA8>==>9 B><>3@0D88, 0B5@80;K =0CG=>9 :>=D5@5=F88 >2K5 B5E=>;>388 2 O45@=>9 <548F8=5, !0=:B-5B5@1C@3, 12-13 >:BO1@O 2006 3., :>=D5@5=F88, $# &  , !0=:B-5B5@1C@3, A.82-83, 2006. 5.11. ..C9:>2, ..'C40:>2, ..@8;>2, .."NB8=, >AB5==8:>2, .. K6:>20, 6.8=A5=B. >AA89A:89 35=5@0B>@ AB@>=F89-82/@C18489-82. II "@>8F:0O :>=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5, : ;L<0=0E :;8=8G5A:>9 <548F8=K. B. 12, >A:>2A:89 >1;0AB=>9 =0CG=>-8AA;54>20B5;LA:89 8=AB8BCB 8<. .$.;048<8@A:>3>, ., 2006, A. 79.   ?> ?C1;8:0F8O<: 42.5535 6. !?8A>: ?0B5=B>2 70 2005 -2006 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  . (10 ?0B5=B0 =5 O2;ONBAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  ) 6.1. .. C9:>2, !. !@820AB020, !..@<>;052, ..>=OE8=, !..%0<LO=>2, . .">30520, ..>E0=N:. !?>A>1 ?>;CG5=8O @048LVALv>>;>20 2 A>AB>O=88 157 =>A8B5;O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O. 0B5=B $. 538AB@. ! 2006147199, 0O2. 29.12.2006.  =20/7=2.857 6.2. ..C9:>2, ..C:;0=>2. !?>A>1 ?@83>B>2;5=8O F8:;>B@>==KE <8H5=59 8 8AB>G=8:>2 @048>0:B82=>3> 87;CG5=8O 8 CAB@>9AB2> 4;O 53> @50;870F88. 0O2;. ?0B5=B @53. ! 2006111379, >B 10.04.2006.  =20/2=10   ?> ?0B5=B0<: 12.857 7. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 7.1. V.Chudakov, B.Zhuikov, P.Erilov, L.Tyutin, N.Kostenikov, D.Ryzhkova, E.Peterson, D.Phillips, J.Vincent. Russian Sr/Rb-82 generator for PET investigations. In: 5th International Conference on Isotopes, Brussels, Belgium, 25-29 April, 2005.  =6/9=0.667 7.2. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. 9th Int. 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w2, .."NB8=, >AB5==8:>2, .. K6:>20, 6.8=A5=B. >AA89A:89 35=5@0B>@ AB@>=F89-82/@C18489-82. II "@>8F:0O :>=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5, 3. "@>8F:, >A:. >1;., 16-19 <0O 2006 3.  =4/7=0.571 7.7. ..@0=>2, ..(BC:>2A:89, ..>AB>20, ..09F52, !..(8B8:, ..C9:>2, .. 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stling, T. Armbrust, M. Steidl, S. Zadorozhny (total 4)  A large, 64-pixel PIN-diode detector for low-energy beta-electrons . Nuclear Instruments and Methods in Physics Research Section A, Volume 568, Issue 1, 30 November 2006, Pages 382-387.  = 1.224*30/4=9.18 @5?@8=BK: J. Angrik et al. (total 101)  KATRIN Design Report 2004 . NPI ASCR Xe~ EXP 01/2005, Jan. 2005, 245 pages.  = 6*0.1=0.6 . . 5;5A52 8 4@. (2A53> 14). AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> "@>8F: =N-<0AA , @5?@8=B /  ! /-1174/2006, >A:20, 2006 3., 24 AB@. >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 85 564C=0@>4=>5 @01>G55 A>25I0=85 ?> ?@>5:BC " , N=AB5@, 5@<0=8O, 21-23 <0@B0 2005  A5:F8>==K9 4>:;04 > A>740=88 :0;81@>2>G=>3> 8AB>G=8:0 M;5:B@>=>2 4;O ?@>25@:8 45B5:B>@>2 CAB0=>2:8 " .  = 6 105 564C=0@>4=>5 @01>G55 A>25I0=85 ?> ?@>5:BC " , 04 815=F5;L, 5@<0=8O, 6-8 <0@B0 2006 3.  ?;5=0@=K9 4>:;04 > B5:CI5< A>AB>O=88 @5:>=AB@C8@C5<>3> A?5:B@><5B@0 CAB0=>2:8 "@>8F: =N-<0AA.  =6 115 564C=0@>4=>5 @01>G55 A>25I0=85 ?> ?@>5:BC " , 0@;A@CM, 5@<0=8O, 25-27 A5=BO1@O 2006 3.  ?;5=0@=K9 4>:;04 > B5:CI5< A>AB>O=88 <>45@=870F88 CAB0=>2:8 "@>8F: =N-<0AA.  =6 B>3>2K9   =27.78LVAL 8G=K9 =0CG=K9 >BG5B 70 ?5@8>4 2005-2006 A.=.A. -$ / 20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 SPIRES-HEP (6C@=0;L=K5 ?C1;8:0F88) G8A;> @01>B 2 1075 (>?C1;8:>20==KE) 22 G8A;> 8E F8B8@>20=89 244 G8A;> F8B8@>20=89 =0 >4=C @01>BC 11 C1;8:0F88 2 2005-2006 3>40E:  @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Phys.Rev.D73:072005 ,2006 -30 02B>@>2;  =4.852*30/10 = 14.556 2. Phys.Lett.B633:190-194,2006 -19 02B>@>2;  =5.301*30/10 = 15.903 3. Eur.Phys.J.C46:61-67,2006  17 02B>@>2.  =3.209*30/10 = 9.627 4. Acta Phys.Polon.B37:139-152,2006 - 130 02B>@>2;  =0.807*30/10 = 2.421 > 6C@=0;0<:  =42.507 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1.  NA49-future spectator calorimeters, simulation and possible design , NA49-future collaboration meeting, May 23-24, 2005, CERN, Switzerland.  =6 2.  Projectile Spectator Detector (PSD) , 6-th Collaboration Meeting of CBM experiment at Fair, September 7-10, 2005, Piaski, Poland.  =6 3.  Status of Projectile Spectator Detector , 7-th Collaboration Meeting of CBM experiment at Fair, February 28-March 3, 2006, Darmstadt, Germany.  =6 4.  Projectile Spectator Detector (R&D on first module prototype) , 8-th CBM Collaboration Meeting IPHC , September 20-22, 2006, Strasbourg, France.  =6 > :>=D5@5=F8O<:  =24 B>3>2K9   = 66.507LVALT &1. $: 0@?5G52 235=89 ;048<8@>28G 2. >4 @>645=8O: 1979 3. 0B0 70I8BK 48AA5@B0F88: 70I8B0 48?;><0 2 2002 3>4C 4. >;6=>ABL: <. =. A. 5. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2: 1)ALICE: Physics Performance Report, volume 2 Journal of Physics Nucl.Part.Phys. G 32 ( 2006) 1225-2040 (:>;> 900 02B>@>2)  =2.173*30*0.1= 6.519 2) Neutron emission in electromagnetic dissociation of ultrarelativistic Pb ions. M.B. Golubeva et al. Feb 2005. Published in Phys.Rev.C71:024905,2005. (28 02B>@>2 )  =3.61*30*0.1= 10.83 6. !?8A>: ?0B5=B>2 70 2005 -2006 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  : =5B. 7. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3.: =5B 8. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 02545=8O: =5B. 9. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5: =5B. 10. @C30O 7=0G8<0O 8=D>@<0F8O: =5B. "+   = 17.3491. 070G5=:> ;53 0A8;L528G, 1951 3.@., A=A, :0=4840B =0C: 2. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. ! C:070=85< :>;-2> 02B>@>2. 3. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. O. Kazachenko (for the KATRIN Collaboration), Windowless Gaseous Tritium Source for KATRIN experiment, NANP-2005, C1=0, 20  25 8N=O, 2005 F. Eichelhardt, B. Bornschein, O. Kazachenko et.al., First Tritium Pumping Results by a Cryopump with a pre-condensed Argon Layer, ISRGD-2006, !0=:B-5B5@1C@3, 15  21 N;O, 2006.   = 6.6LVALPOG  ' "0BLO=0 L2>2=0 1951 3.@., :0=4840B D87.-<0B. =0C: (1999), A=A !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3 1 Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-005, Mar 2006. 18pp. Published in Phys.Lett.B635:260-269,2006. e-Print Archive: hep-ex/0603049 (66 authors listed)  = 6 * 1 * 0,1 = 0,600 2 HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1- A-GeV and 2-A-GeV) collisions. By HADES Collaboration (W. Przygoda et al.). 2006. 14pp. Prepared for 29th Mazurian Lakes Conference on Physics: Nuclear Physics and the Fundamental Processes, Piaski, Poland, 30 Aug - 6 Sep 2005. Published in Acta Phys.Polon.B37:139-152,2006. (130 authors listed)  = 0,807 * 30 * 0,1 = 2,421 3 ALICE T0 detector. M. Bondila et al. 2005. 7pp. Published in IEEE Trans.Nucl.Sci.52:1705-1711,2005. (20 authors listed)  = 1,259 * 30 * 0,1 = 3,777 4. The J/psi normal nuclear absorption. G. Borges et al. 2005. 5pp. Prepared for International Conference on Hard and Electromagnetic Probes of High Energy Nuclear Collisions (HP 2004), Ericeira, Portugal, 4-10 Nov 2004. Published in Eur.Phys.J.C43:161-165,2005. (70 authors listed)  = 3,209 * 30 * 0,1 = 9,627 5. Aerogel Cherenkov counters for high momentum proton identification. E. Cuautle et al. 2005. 5pp. Published in Nucl.Instrum.Meth.A553:25-29,2005. (13 authors listed)  = 1,224 * 30 * 0,1 = 3,672 6. J/psi production and suppression at SPS energies. By NA50 Collaboration (P. Cortese et al.). 2005. Published in J.Phys.G31:S809-S816,2005. (71 authors listed)  = 2,173 * 30 * 0,1 = 6,519 7. Charged particle multiplicity iLVALn Pb - Pb collisions from the NA50 experiment. By NA50 Collaboration (F. Prino et al.). 2005. 11pp. Published in J.Phys.Conf.Ser.5:86-96,2005. (90 authors listed)  = 6 * 1 * 0,1 = 0,600 8. Di-electron measurements in C + C reactions at 2-GeV-A with HADES. T. Eberl et al. 2005. 6pp. Published in Nucl.Phys.A752:433-438,2005. (99 authors listed)  = 1,95 * 30 * 0,1 = 5,850 9. Dilepton analysis in the HADES spectrometer for C-12 + C-12 at 2-A-GeV. By HADES Collaboration (J. Otwinowski et al.). 2005. 4pp. Published in Int.J.Mod.Phys.A20:602-605,2005 (100 authors listed)  = 1,472 * 30 * 0,1 = 4,416 10. Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al.). May 2005. 4pp. Published in J.Phys.G32:S381-S390,2006. e-Print Archive: hep-ex/0505065 (70 authors listed)  = 6 * 1 * 0,1 = 0,600 11. Dilepton analysis in the HADES spectrometer for C + C at 2-A-GeV. J. Bielcik et al. 2005. Prepared for Hot Quarks 2004: Workshop for Young Scientists on the Physics of Ultrarelativistic Nucleus-Nucleus Collisions (HQ'04), Taos Valley, New Mexico, 18-24 Jul 2004. Published in J.Phys.G31:S231-S237,2005 (99 authors listed)  = 2,173 * 30 * 0,1 = 6,519 12. Transverse momentum dependence of charmonium suppression in Pb - Pb collisions at the CERN SPS. By NA50 Collaboration (B. Alessandro et al.). 2005. 8pp. Prepared for 18th Nuclear Physics Division Conference: Phase Transitions in Strongly Interacting Matter, Prague, Czech Republic, 23-29 Aug 2004. Published in Nucl.Phys.A749:243-250,2005. (70 authors listed)  = 1,95 * 30 * 0,1 = 5,850 13. Probing of in-medium hadron structure with HADES. By HADES Collaboration (P. Salabura et al.). 2005. 10pp. Prepared for 18th Nuclear Physics LVALDivision Conference: Phase Transitions in Strongly Interacting Matter, Prague, Czech Republic, 23-29 Aug 2004. Published in Nucl.Phys.A749:150-159,2005 (97 authors listed)  = 1,95 * 30 * 0,1 = 5,850 14. Neutron emission in electromagnetic dissociation of ultrarelativistic Pb ions. M.B. Golubeva et al. Feb 2005. Published in Phys.Rev.C71:024905,2005. (28 authors listed)  = 3,61 * 30 * 0,1 = 10,830 15. A New measurement of J/psi suppression in Pb-Pb collisions at 158-GeV per nucleon. By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2004-052, Dec 2004. 19pp. Published in Eur.Phys.J.C39:335-345,2005. e-Print Archive: hep-ex/0412036 (74 authors listed)  = 3,209 * 30 * 0,1 = 9,627 16. DI-ELECTRON MEASUREMENTS IN C + C REACTIONS AT 2-GEV-A WITH HADES Nucl.Phys.A752:433,2005 119 02B>@>2  = 1,95 * 30 * 0,1 = 5,850 17. Probing of in-medium hadron structure with HADES " ARTICLE Nuclear Physics A,Volume 749,7 March 2005,Pages 150-159 119 02B>@>2  = 1,95 * 30 * 0,1 = 5,850 18. J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV "CERN-PH-EP-2006-018; accepted in Euro. Phys. J.C." 66 02B>@>2  = 3,209 * 30 * 0,1 = 9,627 19. 19. Psi' production in Pb-Pb collisions at 158 GeV/nucleon. "CERN-PH-EP-2006-019; accepted in Euro. Phys. J.C." 66 02B>@>2  = 3,209 * 30 * 0,1 = 9,627 20. 20. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A- GeV and 2-A-GeV) collisions. By HADES Collaboration (W. Przygoda, & M.Golubeva, F.Guber, T.Karavicheva, V.Tiflov et.al.). Acta Phys.Polon.B37:139-152,2006 119 02B>@>2  = 0,807 * 30 * 0,1 = 2,421 21. ..@83>@L52, $.$.C15@, ..LVAL0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520,..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz,.. 5H5B8=, ..(CAB5@<0=, W.N.Trzaska.  AA;54>20=85 0<?;8BC4=KE 8 2@5<5==KE E0@0:B5@8AB8: $-#-187 A A5BG0BK<8 48=>40<8 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, 4. 14 02B>@>2  = 0,226 * 45 * 0,1 = 1,017 22. ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520, ..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz, .. 5H5B8=, ..)CAB5@<0=, W.N.Trzaska.  >=AB@C:F8O AB0@B>2>3> B@8335@=>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE, LHC, CERN !1>@=8: B@C4>2 0CG=>9 A5AA88 $, IV :>=D5@5=F8O =0CG=>->1@07>20B5;L=>3> F5=B@0 CRDF, >A:20, $, 2006, AB@.10-11. 14 02B>@>2  = 6 * 1 * 0,1 = 0,600 23. .. 5H5B8=, ..C@5?8= 8 4@., @5?@8=B CERN  Results of the test of the Threshold Aerogel Cherenkov Detector at CERN PS T10 test beam channel (ALICE-INT-2006-008, EDMS ! 759561). 13 02B>@>2  = 6 * 1 * 0,1 = 0,600 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL.  &  1K;8 A45;0=K A;54CNI85 2KABC?;5=8O ALICE week : 1 Monday 28 February 2005 T0 DCS Status 2 Friday 7 October 2005 T0 DCS Status 3 Monday 13 March 2006 T0 DCS Status - 4 Tuesday 20 June 2006 Finite State Machine implementation for the T0 detector 5 Tuesday 20 June 2006 Daq & readout for t0 6 LHC referee meeting: T0 status report   (+ 7 Production readiness Review meeting: Status of Alice T0 A53> 7 2KABC?;5=89   ?> 2KABC?;5=8O< 66 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. 8?;><=8:8 : >@;KG52 .  $   10 $5I5=:> ..  $" 10 C@5?8= ..  $ 10 A?8@0=BK 8 A>8A:0B5;8: LVAL >@;KG52 .  / $5I5=:> ..  / 0A8;L52 .   $ 10 "+   218,350LVALPOG>?5;8>28G ;048<8@ 5=548:B>28G 1. >4 @>645=8O. 1945 2. 0B0 70I8BK 48AA5@B0F88 29 >:BO1@O 1971 3. 3. >;6=>ABL !! 4. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. $;592>@=K5 M:7>B8G5A:85 <C;LB810@8>=K 8 38?5@O4@0 2 B>?>;>38G5A:8E A>;8B>==KE <>45;OE, -"$ 127, 1055-1074 (2005); JETP 100, 929 (2005) - 2 02B>@0  =1.099*45/2=24.7275 2. Baryon spectrum in large N(c) chiral soliton and in quark models. Phys.Rev. D73, 094018 , 1-18 (2005); hep-ph/0602125 -2 02B>@0  =4.852*30/2=72.78 3. 0AI5?;5=8O <0AA 87>B>?>2 O45@ 2 :8@0;L=>< A>;8B>==>< ?>4E>45. /$ 69, 124-137 (2006); Phys.Atom.Nucl. 69, 120-132 (2006) -3 02B>@0  =0.914*45/3=13.71 4. 5=B0:20@:8 2 :8@0;L=KE A>;8B>==KE <>45;OE. $878:0 -;5<5=B0@=KE '0AB8F 8 B><=>3> /4@0 (-'/) 37, 1183-1223 (2006); Phys.Part.Nucl. 37, 623-644 (2006) -1 02B>@  =0.505*45=22.725 5. Mass terms in the Skyrme model, Phys.Rev D73, 014006, 1-15 (2006) -3 02B>@0  =4.852*30/3=48.52 5. Exotic baryon and multibaryon states, Proceedings of the 18-th International Workshop  High Energy Physics and Quantum Field Theory , Editors M.Dubinin, V.Savrin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entaquark-05 , Jefferson Laboratory, 20-22 >:BO1@O 20053. 8 4>:;04 =0 :>=D5@5=F88 PANIC-05.  ?@83;0H5==K9  =30 3. 0AA>2K5 G;5=K 2 <>45;8 !:8@<0. >:;04 =0 564C=0@>4=>< A5<8=0@5 "20@:8-06" , <09 2006 3.  LVAL=6 4. !B@0==K5 38?5@O4@0 8 38?5@O4@0 A BO6Q;K<8 D;592>@0<8 2 :8@0;L=KE A>;8B>==KE <>45;OE. >:;04 =0 :>=D5@5=F88 8?5@O4@0-2006, 09=F, $ , 9-14 >:BO1@O 2006 3. www.kph.uni-mainz.de/Hyp2006/talks/kopeliovich.html  =6 5. Baryon states in chiral soliton models; from nuclei to exotic baryons. Talk at the International Workshop  High Energy Physics in the LHC Era , Universidad Tecnica Federico Santa Maria, Valparaiso, Chile, 11-15 December 2006. www.fis.utfsm.cl/hep2006/vladimir_kopeliovich.html -?@83;0H5==K9  =30   ?> 4>:;040<: 78 8. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O.  =10 (C=45@N: =4@59 8@>A;02>28G, 0A?8@0=B 3-3> 3>40  9.0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5.   =5 C@A "2545=85 2 D878:C M;5<5=B0@=KE G0AB8F 8 :20=B>2CN B5>@8N ?>;O" G8B05BAO ABC45=B0< 3-4-3> :C@A>2 $". "+   = 305.4625LVAL ` x0?H8=0 ;5=0 ;048<8@>2=0, 1961, =A, :0=4840B =0C: (1988) 1. Journal of Radioanalytical and Nuclear Chemistry, Vol.264, No1(2005) 101-105. (7 02B>@>2)  =0.460*30/7=1.971 #G0AB85 2 3@0=B0E 1. 1. @0=B "& !2371. !>2<5AB=>5 ?@>872>4AB2> @048>87>B>?>2 ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59. (IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2. @0=B $  ! RUB2-10235-MO-04 (BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 (IPP =><5@ ?@>5:B0 BNL-T2-324) "+   = 1.971!>;><0B8= ;5:A59 235=L528G, @>4.06.12.1974, =A -,   70 2005-2006 33. C1;8:0F88: A. V. Kopylov, I. V. Orekhov, V. V. Petukhov, A. E. Solomatin /  A lithium experiment in the program of solar neutrino research // Physics of Atomic Nuclei, 69, 1829  1832, 2006  =0.914*45/4=10.28 B>3>:  =10.28@5E>2 3>@L 048<>28G, @>4.03.10.1939, =A -,   70 2005-2006 33. C1;8:0F88: A. V. Kopylov, I. V. Orekhov, V. V. Petukhov, A. E. 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AA;54>20=85 0<?;8BC4=KE 8 2@5<5==KE E0@0:B5@8AB8: $-#-187 A A5BG0BK<8 48=>40<8 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, 4.  =0.226*45*0.1=1.017 14 02B>@>2 16) ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520, ..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz, .. 5H5B8=, ..)CAB5@<0=, W.N.Trzaska.  >=AB@C:F8O AB0@B>2>3> B@8335@=>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE, LHC, CERN !1>@=8: B@C4>2 0CG=>9 A5AA88 $, IV :>=D5@5=F8O =0CG=>->1@07>20B5;L=>3> F5=B@0 CRDF, >A:20, $, 2006, AB@.10-11.  =6*0.1=0.6 14 02B>@>2 17) .. 5H5B8=, ..C@5?8= 8 4@., @5?@8=B CERN  Results of the test of the Threshold Aerogel Cherenkov Detector atZLVALj CERN PS T10 test beam channel (ALICE-INT-2006-008, EDMS ! 759561). 13 02B>@>2  =6*0.1=0.6 18) Aerogel Cherenkov counters for high momentum proton identification NIM A553 ( 2005 ) 25  = 1.224*30*0.1 = 3.672 13 02B>@>2 19) "The medium excitation for charmonium production at the CERN SPS", A.B.Kurepin, N.S.Topilskaya, CBM Working Group report, GSI, Feb.2006. 2 02B>@0  =2*8 AB@./2=8   ?> ?C1;8:0F8O< =129.995 6. 0B5=B>2 =5B 7. >:;04K 1) Experiment for the search of Centauro events in Pb-Pb collisions at LHC, A.B.Kurepin for the CASTOR group, presented at the European Cosmic Rays Symposium, Lisbon, Portugal, September 5-8, 2006  =6 2) @83;0H5==K9 4>:;04 .. C@5?8= @>1;5<0 0=><0;L=>3> ?>402;5=8O @>645=8O G0@<>=8O 2 O4@>- O45@=KE AB>;:=>25=8OE, II !>25I0=85 ?> ?@>1;5<5 CA:>@5=8O, 2K2>40 8 8AA;54>20=8O 2708<>459AB289 @5;OB828ABA:8E 8>=>2 A O4@0<8 =0 D8:A8@>20==>9 <8H5=8 2 $- ?@8 15-35 M =0 =C:;>=, $-, @>B28=>, 24-25 >:BO1@O, 2006.   =20 B>3>   ?> 2KABC?;5=8O< = 26 8. C:>2>4AB2> 0A?8@0=B>< 2005 3. 0@?5G52 ..  = 10 9. #G51=K9 :C@A  -:A?5@8<5=B0;L=0O O45@=0O D878:0 2 A5<5AB@0 , 4>@01>B:0 :064K9 3>4   =5*2=10 10. =45:A F8B8@>20=8O: C@54=55 G8A;> =0 ?C1;8:0F8N: 13 "+   = 175.995LVAL5;>28F:89 >@0F89 @5<5528G @>4. 07.08.1916 3., A=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. 5;>28F:89, .!.>=>1552A:89 8 4@./  7CG5=85 AB@C:BC@K&  //725AB8O  A5@.D87. 2006, 70, N5, AB@. 650-655.  =0.6*45/10=2.7 2. .. 5;>28F:89, .!.>=>1552A:89 8 4@./  K45;5=85 B@05:B>@89 &  / /725AB8O  A5@.D87. 2006, 70, N5, AB@. 646-649.  =0.6*45/9=3 >:;04K: 1. 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tepanov, V.P. Zavarzina / Influence of Intranuclear Movement&  //American Institute of Physics. Conference Proceeding 768. Few-Body Problems in Physics: The 19 th European Conference on Few-Body Problems in Physics. 2005. 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G.E.Belovitsky, E.S.Konobeevski et al /  Study of structure&  //RNB7.  =6/10=0.6 3. ..5;>28F:89, .!.>=>1552A:89 8 4@./  7CG5=85 AB@C:BC@K&  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 4. . ..5;>28F:89, .!.>=>1552A:89 8 4@./ K45;5=85 &  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 5. E.S.Konobeevski, M.V.Mordovskoy, et al. / Determination... // NPAE-2006.  =6/5=1.2 6. E.S.Konobeevski,& S.V.Zuev, et al. /  Determination.. /./ NPAE-2006.  =6/3=2 7 ..5;>28F:89, ..020@78=0,& .!.>=>1552A:89 8 4@./ 7CG5=85& . // NPAE-2006.  =6/9=0.67 8. ...C@<8AB@>2, !..C52, .!.>=>1552A:89 8 4@. / 7CG5=85&  // NUCLEUS -2006.  =6/5=1.2 9. !..C52, .!.>=>1552A:89 8 4@. / 72;5G5=85&  // NUCLEUS -2006.  =6/3=2 B>3>:  =15.208:8= <8B@89 ;5:A5528G, @>4. 09.08. 1930, 2=A /,   70 2005-2006 33 C1;8:0F88: 1. .. !C@:>20, .. 08:8=, .. >@4>2A:>9 / @>O2;5=85 70<:=CBKE ?>4>1>;>G5:&  //72. , A5@. $87., ". 69, A. 68-70, 2005.  = 0.6*45/3=9 2. .. 08:8=, .. 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"0:8< >1@07><, CG0AB=8: M:A?5@8<5=B0;L=>9 @01>BK, >?C1;8:>202H89 10 @01>B 8;8 2KABC?82H89 =0 10 :>=D5@5=F8OE, <>65B 8<5BL   <5=LH89, G5< D878:-B5>@5B8:, >?C1;8:>202H89 1-2 @01>BK. 0 <>9 273;O4 =5>1E>48<> 22>48BL ?>2KI0NI85 :>MDD8F85=BK =0 M:A?5@8<5=B0;L=K5 @01>BK A 1>;LH8< G8A;>< CG0AB=8:>2. 2. 8:B>@ =0B>;L528G =5>4=>:@0B=> ?@87K20; A>B@C4=8:>2 ?C1;8:>20BLAO 2 @>AA89A:8E 6C@=0;0E. 4=0:> 8725AB=>, GB> 8<?0:B-D0:B>@ =0H8E 6C@=0;>2, >?@545;O5<K9 8=>AB@0==K<8 8=AB8BCB0<8 3>@074> =865, G5< A>>B25BAB2CNI89 D0:B>@ 8=>AB@0==KE 6C@=0;>2. >MB><C 745AL B0:65 <>6=> 22>48BL A>>B25BAB2CNI85 D0:B>@K. ">65 ?> @>AA89A:8< 8 <564C=0@>4=K< :>=D5@5=F8O< - C@>25=L =0H8E :>=D5@5=F89 A CG0AB85< 70@C156=KE CG5=KE 70G0ABCN =5 =865. 3. >;CG5=85 3@0=B>2 B0:65 <>3;> 1K 1KBL CGB5=> 2  .LVAL>=>1552A:89 235=89 !5@35528G @>4. 23.08.1943, 702.A5:B. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. 5;>28F:89, .!.>=>1552A:89 8 4@./ 7CG5=85 AB@C:BC@K&  //725AB8O  A5@.D87. 2006, 70, N5, AB@. 650-655.  =0.6*45/10=2.7 2. .. 5;>28F:89, .!.>=>1552A:89 8 4@./  K45;5=85 B@05:B>@89 &  //725AB8O  A5@.D87. 2006, 70, N5, AB@. 646-649.  =0.6*45/9=3 >:;04K: 1. G.E.Belovitsky, E.S.Konobeevski et al/ Photoemulsion &  //NUPPAC-05.  =6/10=0.6 2. G.E.Belovitsky, E.S.Konobeevski et al / Study of structure&  //RNB7.  =6/10=0.6 3. ..5;>28F:89, .!.>=>1552A:89 8 4@./ 7CG5=85 AB@C:BC@K&  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 4. . ..5;>28F:89, .!.>=>1552A:89 8 4@./ K45;5=85 &  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 5. E.S.Konobeevski, M.V.Mordovskoy, et al. / Determination.. /./ NPAE-2006.  =6/5=1.2 6. A.V.Andreev, Yu.M.Burmistrov, E.S.Konobeevski, et al. / Stend& // NPAE-2006.  =6/5=1.2 7. E.S.Konobeevski,& S.V.Zuev, et al. / Determination... // NPAE-2006.  =6/3=2 8. ..5;>28F:89, ..020@78=0,& .!.>=>1552A:89 8 4@./ 7CG5=85& . // NPAE-2006.  =6/9=0.67 9. ...C@<8AB@>2, !..C52, .!.>=>1552A:89 8 4@. / 7CG5=85& // NUCLEUS-2006.  =6/5=1.2 10. !..C52, .!.>=>1552A:89 8 4@. / 72;5G5=85& // NUCLEUS -2006.  =6/3=2 11. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89 8 4@. / !B5=4& // NUCLEUS -2006.  =6/5=1.2 12. E.S.Konobeevski,/ Determination... //EMIN-2006.  =6/1=6 13. .!.>=>1552A:89 / ?@545;5=85& //@>3@.AA;54.59B@.><?;/ , 2005.  =4/1=4 B>3>:  =27.6   @C:>2>48B5;O=27.6*0.5+0.75*(27.6+15.2+12.3)/3=27.6zLVALA8?GC: 3>@L 20=>28G, @>4. 06.05. 1951 , =A /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. .. 08:8=, .. A8?GC:/   2:;045 :8@0;L=>3>&  // /$, ". 69, AB@. 507-514, 2006..  = 0.9*45/2=20.25 B>3>:  =20. 25>@4>2A:>9 8E08; 048<>28G @>4. 06.04.1954, 702.A5:B. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. !C@:>20, .. 08:8=, .. >@4>2A:>9/ @>O2;5=85 70<:=CBKE ?>4>1>;>G5:&  //72. , A5@. $87., ". 69, A. 68-70, 2005.  = 0.6*45/3=9 2. Yu.M.Yevdokimov,& M.V.Mordovskoy et al / Particles of..  //Int.J.of Biolog.Macromolecules 2005, 37, 165-173.  =1.978*30/10=6 >:;04K: 1. E.S.Konobeevski, M.V.Mordovskoy, et al. / Determination... // NPAE-2006.  =6/5=1.2 2. A.V.Andreev,& , M.V.Mordovskoy et al. / Stend&  // NPAE-2006.  =6/5=1.2 3. E.S.Konobeevski,& , M.V.Mordovskoy et al. / Determination.. /./ NPAE-2006.  =6/3=2 4. ...C@<8AB@>2, !..C52, .!.>=>1552A:89 , .. >@4>2A:>9 4@. / 7CG5=85&  // NUCLEUS -2006.  =6/5=1.2 5. !..C52, .!.>=>1552A:89, .. >@4>2A:>9 / 72;5G5=85&  // NUCLEUS -2006.  =6/3=2 6. ..=4@552,& .. >@4>2A:>9 8 4@. / !B5=4&  // NUCLEUS -2006.  =6/5=1.2 7. .. 08:8=,, .. >@4>2A:>9, .. !C@:>20 / 7>B>?8G5A:0O 7028A8<>ABL&  // NUCLEUS -2006.  =6/3=2 0B5=BK 0B5=B !2279693 :C;8=8G52 !.& >@4>2A:>9 .& / =>3>:0=0;L=0O... . 2006 3. /  =20/5=4 B>3>:  =29.8   @C:>2>48B5;O: 0.5*29.8+0.75*(29.8+11+20.25+8.8+31.25)/5= 30.1JLVAL L P`!0;>E8=0 0@30@8B0 0@:>2=0, @>4. 11. 01.1941, =A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0 /  35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O&  // !$ $. ! 11, AB@.23-31 (2006).  =6/3=2 2. !0;>E8=0 .. / AA;54>20=85 MDD5:B0 ?>=865=8O 2KA>BK 10@L5@0 &  //2B>@5D5@0B 48AA5@B0F88 =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C:, 2005, AB@. 1-27.  =6 B>3>:  =8>B0H52 !B0=8A;02 ;L8G, @>4. 26.02. 1956, A=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. Yu.M.Yevdokimov,& S.I.Potashev et al /  Particles of& . /./ Intern. J. Biolog. Macromolecules 2005, 37 165-173.  =1.978*30/10=5.9 >:;04K: 1. E.S.Konobeevski, M.V.Mordovskoy, & , S.I. Potashev et al. / Determination.. /./ NPAE-2006.  =6/5=1.2 2. A.V. Andreev, Yu.M.Burmistrov, ... S.I. Potashev et al. / Stend& // NPAE-2006.  =6/5=1.2 0B5=BK 0B5=B !2279693 :C;8=8G52 !.& !.. >B0H52 8 4@./  =>3>:0=0;L=0O... 2006 3.  =20/5=4 B>3>:  =12.3;>B=8:>20 0@8=0 8:B>@>2=0, @>4. 02. 03.1936, =A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0 /  35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O&  // !$ $. ! 11, AB@.23-31 (2006).  =6/3=2 B>3>:  =20D><>2 ;048A;02 235=L528G, @>4. 01.11.1929, A=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. ..0D><>2, ..!5@3552/  028A8<>ABL A5G5=89 ?@>F5AA>2&  // 72. . !5@. D87. ". 70 , !2, A. 235-239 (2006).  =0.6*45/2=13.5 2. .. 0D><>2, .. !5@3552 / @8<5=5=85 <>45;8&  // !$, $ !1, 2005 , AB@. 11-18.  =6/2=3 >:;04K: 1. V.E.Pafomov, V.A.Sergeev/  Deuteron Size and &  //  Frontiers in the Physics of Nucleus , June 28-July 1, 2005  =6/2=3 B>3>:  =19.5D LVALT !5@3552 ;048<8@ ;5:A0=4@>28G @>4.26.08.1933, A=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. ..0D><>2, ..!5@3552 / 028A8<>ABL A5G5=89 ?@>F5AA>2&  // 72. . !5@. D87. ". 70 , !2, A. 235-239 (2006).  =0.6*45/2=13.5 2. .. 0D><>2, .. !5@3552 / @8<5=5=85 <>45;8&  // !$, $ !1, 2005 , AB@. 11-18.  =6/2=3 >:;04K: 1. V.E.Pafomov, V.A.Sergeev/ Deuteron Size and &  //  Frontiers in the Physics of Nucleus , June 28-July 1, 2005. 2. E.S.Konobeevski, & , V.A.Sergeev et al. / Determination... // NPAE-2006.  =6/5=1.2 3. ...C@<8AB@>2, !..C52,& ..!5@3552 8 4@. /  7CG5=85&  // NUCLEUS-2006.  =6/5=1.2  =6/2=3 B>3>:  =21.9&LVAL6!B5?0=>2 ;5:A0=4@ 0A8;L528G @>4. 23.02.1934, 3=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. A.V. Stepanov, V.P. Zavarzina / Influence of Intranuclear Movement&  //American Institute of Physics. Conference Proceeding 768. Few-Body Problems in Physics: The 19 th European Conference on Few-Body Problems in Physics. 2005. P. 148.  = 6/2=3 2. .. 020@78=0, .. !B5?0=>2 / >;=>5 A5G5=85 @50:F89...  //725AB8O , A5@. D87. 2006, 70, ! 2, AB@. 287-293./  =0.6*45/2=13,5 3. .. 5;>28F:89, & .. !B5?0=>2 8 4@./  7CG5=85 AB@C:BC@K&  //725AB8O  A5@.D87. 2006, 70, N5, AB@. 650-655.  =0.6*45/10=2.7 >:;04K: 1. A.V. Stepanov, V.P. Zavarzina / The role of nuclear excited &  // NUCLEUS -2006.  =6/2=3 2. A.V. Stepanov, V.P. Zavarzina / Shadowing effect. .. //EMIN-2006.  =6/2=3 3. A.V. Stepanov, V.P. Zavarzina /  Total nuclear reaction&  //  Frontiers in the Physics of Nucleus 2005.  =6/2=3 4. G.E.Belovitsky, & A.V. Stepanov et al/ Photoemulsion &  //NUPPAC-05.  =6/10=0.6 5. G.E.Belovitsky, & A.V. Stepanov et al / Study of structure&  //RNB7.  =6/10=0.6 6. G.E.Belovitsky, & A.V. Stepanov et al / Method of study&  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 7. G.E.Belovitsky, & A.V. Stepanov et al/ Determination of charged particle&  //  Frontiers in the Physics of Nucleus 2005.  =6/10=0.6 8. ..5;>28F:89, & .. !B5?0=>2 8 4@./ 7CG5=85& . // NPAE-2006, Kyiv, Ukraine.  =6/9=0.67 0 4>@01>B:C =0CG=>->1@07>20B5;L=>3> :C@A0, 2:;NG0NI53> 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@A ;5:F89 2 /  4;O ABC45=B>2 $" !B@C:BC@0 0B><=>3> O4@0 8 O45@=K5 @50:F88 (:0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)  =5*4 (A5<5AB@0)=20 B>3>:  =31.3+20=51.3. .. !B5?0=>2  G;5= 48AA5@B0F8>==>3> A>25B0 /   002.119.01 LVAL %>E;>2 .@89 C7L<8G, @>4. 12. 07.1926, A=A. /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. ... %>E;>2 / 5:>B>@K5 :CA>G=>-0=0;8B8G5A:85& . // !$ $. ! 5, AB@.20 (2006).  =6 B>3>:  =6!C@:>20 ==0 ;048<8@>2=0, @>4. 20.12. 1939, A=A /,   70 2005-2006 33 0CG=>5 =0?@02;5=85: -:A?5@8<5=B0;L=0O O45@=0O D878:0 C1;8:0F88: 1. .. !C@:>20, .. 08:8=, .. >@4>2A:>9 / @>O2;5=85 70<:=CBKE ?>4>1>;>G5:&  / /72. , A5@. $87., ". 69, A. 68-70, 2005.  = 0.6*45/3=9 >:;04K: 1. .. 08:8=,, .. >@4>2A:>9, .. !C@:>20 / 7>B>?8G5A:0O 7028A8<>ABL&  // NUCLEUS -2006/  =6/3=2 B>3>:  =11LVALPOG1. 515452 !5@359 @83>@L528G, 1956 3.@. A=A, :D<=(1991) 2. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. S.G.Lebedev  Gaseous Radiochemical Method for Registration of Ionizing Radiation and Its Possible Applications in Science and Industry , Proc. of the Workshop on Nuclear Data Production and Evaluation. Aug. 25-26 2005, Pohang Accelerator Laboratory, Pohang University of Science and Technology. 2. S.G.Lebedev,  Ion Probing for Exploring of Strange Electromagnetics in Carbon Films Proc. Of 14 th International Conference on Surface Modification of Materials by Ion Beams, September 04-09 2005, Kusadasi, Turkey. 3. S.G.Lebedev,  Innovation Projects of Institute for Nuclear Research of Russian Academy of Sciences Presentation on Russian-Chinese Business Sammit, March 17-18 2005, Beijing, PR China. 4.!..515452, =><0;L=K9 M;5:B@><03=5B87< =0=>AB@C:BC@8@>20==KE 3@0D8B>?>4>1=KE ?;5=>:. >:;04 =0 1I5@>AA89A:>< !>25I0=88 CG5=KE-M:A?5@B>2 2 >1;0AB8 =0=>C3;5@>4=KE <0B5@80;>2 03 D52@0;O 2006 3., 3. "@>8F: >A:>2A:>9 >1;0AB8, $# "!#. 5.!..515452, .-./=F, .!.515452. !B@0==K9 M;5:B@><03=5B87< C3;5@>4=KE :>=45=A0B>2 - B>;L:> =>2K5 ?@81>@K 8;8 "3>@OG0O" A25@E?@>2>48<>ABL?. @575=B0F8O ?@>5:B0 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 23 <0O 2005 3. http://www.inno.ru/projects/12627/ 6.S.G.Lebedev, S.V.Akulinichev, A.S.Iljinov, V.E.Yants, A Gaseous Radiochemical Method for Registration of Ionizing Radiation and Its Possible Applications In Science and Economy, Nuclear Instruments and Methods in Physics Research, v. A561(2006)90-99.  =1.224*30/4=9.18 7.!..515452, ..0@8=, .-./=F, .!.5154520, 01;N45=85 35=5@0F88 >?B8G5A:>3> 87;CG5=8O 2 ?5@5E>4=>< @568<5 A:0G:>>1@07=>3> 87<5=5=8O ?@>2>48<>AB8 2 C3;5@>4=KE ?;5=:0E, @5?@8=B / , 1165/2006, 09 2006 3., 12 AB@. 8.S.G.Lebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, Proc. of 23rd InternationLVALal Conference of INTDS, October, 15-21, 2006, Tsukuba, Japan. 9.!..515452, >8A:8 2KA>:>B5<?5@0BC@=>9 A25@E?@>2>48<>AB8 2 3@0=C;O@=KE C3;5@>4=KE ?;5=:0E, !1>@=8: AB0B59 ?>1548B5;59 >=:C@A0 =0CG=>- ?>?C;O@=KE AB0B59 A@548 45@60B5;59 3@0=B>2 $$, 2006 3. 10. S.G.Lebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, arXiv: cond-mat/0612451. 11.!..515452, -..>?B5;>2, .-./=F, 048>E8<8G5A:89 A?>A>1 <>=8B>@8@>20=8O ?>B>:0 1KAB@KE =59B@>=>2, 0B5=B $ =0 87>1@5B5=85 ! 2286586, 2006 3. 12.!..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 2006 3. http://www.inno.ru/projects/14157/ 13.!..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O ?@>5:B0  ?>1548B5;O 2> A5@>AA89A:>< :>=:C@A=>< >B1>@5 8==>20F8>==KE ?@>5:B>2 0A?8@0=B>2 8 ABC45=B>2 57>?0A=>ABL 8 ?@>B82>459AB285 B5@@>@87<C 2 =><8=0F88 =B8B5@@>@8AB8G5A:>5 8 4>A<>B@>2>5 >1>@C4>20=85, 0=A8>=0B @H>2>, 19-23 :BO1@O, 20063. 14. !..515452, .-./=F, .!.515452. 6>75DA>=>2A:0O M;5:B@>=8:0 ?@8 :><=0B=KE B5<?5@0BC@0E, @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 2006 3. http://www.inno.ru/projects/14156 15.!..515452, =5@B=K5 @048>0:B82=K5 307K ?><>30NB :>=B@>;8@>20BL O45@=>3> 468=0. 725AB8O 0C:8, 1;>38,2006. http://www.inauka.ru/blogs/article62565.html 16. !..515452,  "$"+  /' ! % !",  #+  # +% % )."!/  -" #, 725AB8O 0C:8, 1;>38, 2006. http://www.inauka.ru/blogs/article62144/print.html 17. !..515452, 6>75DA>=>2A:89 ?5@5:;NG0B5;L, >3@0=8G8B5;L B>:0, @54AB02;5=85 ?@>5:B0 =0 A09B5 7>1@5B0B5;8: http://www.inventors.ru/invention.asp?fid=65&mode=260&MS=0 18.!..515452, LVAL) ' ! : &&+ ,  ",!",.  7500 ", 725AB8O 0C:8, 1;>38, 2006. http://www.qd.ru/pletner/news.asp?id_msg=50352 19. !..515452, "5E=>;>38O 8A?>;L7>20=8O 2KA>:>B5<?5@0BC@=KE 6>75DA>=>2A:8E MDD5:B>2 2 C3;5@>4=KE :>=45=A0B0E 4;O A>740=8O "=5:@8>35==>9" M;5:B@>=8:8. @54AB02;5=85 ?@>5:B0 =0 A09B5 ><?0=88 2KA>:8E B5E=>;>389. http://www.hightechnologies.ru/rus/index.php?option=com_content&task=view&id=251&Itemid=116 20. !..515452, .-./=F, 048>E8<8G5A:89 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2, @575=B0F8O =0 A09B5 KAB02>G=>3> F5=B@0 . http://www.expo.ras.ru/base/prod_data.asp?prod_id=2684 21. !..515452, !#)!"#"   #?, C1;8:0F8O =0 A09B5 A5@>AA89A:>3> 8==>20F8>==>3> ?>@B0;0. http://www.inscience.ru/index.php?page=viewarticle&division=nnf&id=324 22.!..515452, 0:>20 AB@C:BC@0 20:CC<0? 725AB8O 0C:8, ;>38, 2006 3. http://www.inauka.ru/blogs/article62942.html 23. !..515452, " "  $  " !/, 725AB8O 0C:8, ;>38, 2006 3. http://www.inauka.ru/blogs/article64743.html 24.!..515452, .-./=F, >7<>6=K5 ?@8<5=5=8O ?@>B>G=>3> 307>2>3> @048>E8<8G5A:>3> <5B>40 45B5:B8@>20=8O 8>=878@CNI53> 87;CG5=8O 2 DC=40<5=B0;L=>9 O45@=>9 D878:5, >:;04 =0 >=D5@5=F88, ?>A2OI5==>9 60-;5B8N "-$, 5-9 45:01@O, 2005 3. http://matras.itep.ru/conference/ConfProg2005my.htm 25.S.V.Akulinichev, V.S.Klenov, L.V.Kravchuk, S.G.Lebedev, A.V.Feschenko and V.E.Yants,  Development of the detector based on CVD-diamond for use in the ratiotherapy facilities . Published in Proceedings of XIX Int. Seminar on charged particle accelerators , Crimea, Alushta , September 2006. 26. S.G.Lebedev, V.E.Yants, A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films. Accepted for publication in Nuclear Instruments & Methods in Physics Research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ebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, Proc. of 23rd International Conference of INTDS, October, 15-21, 2006, Tsukuba, Japan.  =2 3. !..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 2006 3.  =1.333 4. !..515452, .-./=F, .!.515452. 6>75DA>=>2A:0O M;5:B@>=8:0 ?@8 :><=0B=KE B5<?5@0BC@0E, @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 2006 3.  =2 5. !..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O ?@>5:B0  ?>1548B5;O 2> A5@>AA89A:>< :>=:C@A=>< >B1>@5 8==>20F8>==KE ?@>5:B>2 0A?8@0=B>2 8 ABC45=B>2 57>?0A=>ABL 8 ?@>B82>459AB285 B5@@>@87<C 2 =><8=0F88 =B8B5@@>@8AB8G5A:>5 8 4>A<>B@>2>5 >1>@C4>20=85, 0=A8>=0B @H>2>, 19-23 :BO1@O, 20063.  =1.333 6. !..515452, "5E=>;>38O 8A?>;L7>20=8O 2KA>:>B5<?5@0BC@=KE 6>75DA>=>2A:8E MDD5:B>2 2 C3;5@>4=KE :>=45=A0B0E 4;O A>740=8O "=5:@8>35==>9" M;5:B@>=8:8. @575=B0F8O ?@>5:B0 2 :>=:C@A5 ><?0=88 2KA>:8E B5E=>;>389.  =6 7. !..515452, .-./=F, 048>E8<8G5A:89 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2, @575=B0F8O ?@>5:B0 2 KAB02>G=>< F5=B@5 .  =2 8. !.HLVALX.515452, .-./=F, >7<>6=K5 ?@8<5=5=8O ?@>B>G=>3> 307>2>3> @048>E8<8G5A:>3> <5B>40 45B5:B8@>20=8O 8>=878@CNI53> 87;CG5=8O 2 DC=40<5=B0;L=>9 O45@=>9 D878:5, >:;04 =0 >=D5@5=F88, ?>A2OI5==>9 60-;5B8N "-$, 5-9 45:01@O, 2005 3.  =2 9. S.V.Akulinichev, V.S.Klenov, L.V.Kravchuk, S.G.Lebedev, A.V.Feschenko and V.E.Yants,  Development of the detector based on CVD-diamond for use in the ratiotherapy facilities . Published in Proceedings of XIX Int. Seminar on charged particle accelerators , Crimea, Alushta , September 2006.  =1 10. S.G.Lebedev  Gaseous Radiochemical Method for Registration of Ionizing Radiation and Its Possible Applications in Science and Industry , Proc. of the Workshop on Nuclear Data Production and Evaluation. Aug. 25-26 2005, Pohang Accelerator Laboratory, Pohang University of Science and Technology.  =6 11. S.G.Lebedev,  Ion Probing for Exploring of Strange Electromagnetics in Carbon Films Proc. Of 14 th International Conference on Surface Modification of Materials by Ion Beams, September 04-09 2005, Kusadasi, Turkey.  =6 12. S.G.Lebedev,  Innovation Projects of Institute for Nuclear Research of Russian Academy of Sciences Presentation on Russian-Chinese Business Sammit, March 17-18 2005, Beijing, PR China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ebedev, S.V.Akulinichev, A.S.Iljinov and V.E.Yants, A gaseous radiochemical method ..., Nucl.Inst. & Methods A, v. 561 (2006) 90.  =1.224*30/4=9.18 2. !..:C;8=8G52, ..!:>@:8= 8 4@. >2K9 18><0B5@80; =0 >A=>25 G0AB8F :><?;5:A0 (-Gd), 548F8=A:0O $878:0 !3 (31) (2006) 64.  =6/4=1.5 3. !.. :C;8=8G52, ... 24>:8<>2, ..0751=8:, .. ;OH:528G, .. 2A552, .. !0;O=>2, .. !:>@:8= 8><0B5@80; =0 >A=>25 G0AB8F E>;5AB5@8G5A:>9 684:>:@8AB0;;8G5A:>9 48A?5@A88 :><?;5:A0 (-Gd). 2. B>@8G=>5 87;CG5=85 >B 70E20B0 =59B@>=>2 2 G0AB8F0E. 548F8=A:0O $878:0, ! 4, 2006 3.  =6/3=2 4. Akulinichev S.V., Matveev V.A., Kravchuk L.V., Feschenko A.V., Grachev M.I., Novikov-Borodin A.V. RADIOLOGICAL CENTRE BASED ON INR PROTON LINAC. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =6/6=1 5. Novikov-Borodin A.V., Akulinichev S.V., Grachev M.I. Design of the Multipurpose Beam Delivery System of Experimental Complex of INR. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =6/3=2 >:;04K: 6. %>@>H:>2 .!., "-$ (>A:20), :C;8=8G52 !.., ;5=>2 .., /  ("@>8F: ) "   "       !!.  "$-2, "@>8F:, 2006.  =20/3=6.67 7. :C;8=8G52 !.., @02GC: .. 8 0B2552 .., /  ("@>8F: ) '! &"  / .  "$-2, "@>8F:, 2006.  =20/3=6.67 8. :C;8=8G52 !.., !:>@:8= .., /  ("@>8F: )  !"+ " -%" "   "  ! / .  "$-2, "@>8F:, 2006.  =20/2=10 9. :C;8=8G52 !.., !:>@:8= .., /  ("@>8F: ), 24>:8<>2 ..., !0;O=>2 .., *LVAL:  (>A:20) !  ) + "   #' " %" "    !"'! ! ! Gd-.  "$-2, "@>8F:, 2006.  =20/4=5 10. !..:C;8=8G52, ..!:>@:8= 5@A?5:B82K =59B@>==>9 B5@0?88 =0 CAB0=>2:0E /  XI 564C=0@>4=0O =0CG=0O :>=D5@5=F8O $-%'!  &!!+   !& "  #, 11 - 15 45:01@O 2006 3>40, 25=83>@>4  =30/2=15 11. 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Seminar on charged particle accelerators , Crimea, Alushta , September 2005.  =30/6=5 15. !..:C;8=8G52, ..@02GC:, ..0B2552, ..$5I5=:> 8 4@. @8:;04=K5 @01>BK =0 >A:>2A:>9 <57>==>9 D01@8:5.  !1>@=8: 4>:;04>2 XI 564C=0@>4=>3> A>25I0=8O ?> ?@8<5=5=8N CA:>@8B5;59 70@O65==KE G0AB8F 2 ?@><KH;5==>AB8 8 <548F8=5, !.-5B5@1C@3, 10-14 >:BO1@O 2005 3.  =20/4=5 ;8G=K9  =91.52 B>3>:   @C:>2>48B5;O: 91.52*0.5+88*0.75= 111.76 =45:A F8B8@>20=8O =30LVAL!:>@:8= ;048<8@ 8E09;>28G @>4. 3.8.1953, A=A $,   70 2005-2006 33 C1;8:0F88: 1. Y.M.Yevdokimov et al./  Particles of liquid&  // Int.J.Biol.Macromol 370(2005)165,  =1.177*30/10=4 2. ...24>:8<>2 8 4@./ 84:>:@8AB0;;8G5A:85& //,  402, !5(2005)AB@.1-4,  =0.2*45/9=1 3. !..:C;8=8G52 8 4@. />2K9 18><0B5@80;& //54. $878:0, ! 3, 2006, A.64-69,  =0.2*45/7=1 4. !..:C;8=8G52 8 4@. /8><0B5@80; =0& //54. $878:0, ! 4, 2006, A.54-58,  =0.2*45/7=1 >:;04K: 5. V.M.Skorkin / Xenon Neutron-Capture Therapy //LV Nat. Conf. on Nucl. Phys. St.-Peterburg.2005,  =20 6. V.M.Skorkin / Possible Mechanism &  //LV Nat. Conf. on Nucl. Phys. St.-Peterburg.2005,  =20 7. !..:C;8=8G52, ..!:>@:8=/ 5@A?5:B82K =59B@>=-& // "$-2. "@>8F:.2006,  =20/2=10 8. !..:C;8=8G52, ...24>:8<>2, ..!0;O=>2, ..!:>@:8=/ 0A?@545;5=85 ?>3;>IQ==>9& // "$-2. "@>8F:.2006,  =20/4=5 9. V.M.Skorkin / Search of 12Be &  //LVI Int. Conf.  Nucleus-2006 . Sarov.2006,  =30 10. !..:C;8=8G52, V.M.Skorkin / Perspectives&  //XI Int.Sc.Conf. Phys.-Chem.Proc. Selec.of Atoms and Mol. 2006,  =30/2=15 11. .. 5;5H:>, & !..:C;8=8G52, ..!:>@:8=/ 2B><. A8AB5<0 @0480F. :>=B@>;O " /// IX >AA89A:0O 0CG=0O >=D5@5=F8O 0480F8>==0O 0I8B0 8 0480F8>==0O 57>?0A=>ABL  /45@=KE "5E=>;>38OE, 3. 1=8=A:, 2006 3.  =20/4=5 B>3>:  =112 =45:A F8B8@>20=8O =10LVALPOG>28:>2->@>48= =4@59 0;5@L528G @>4. 1.1.1962, A=A $,   70 2005-2006 33 C1;8:0F88: !B0BL8: 1. Akulinichev S.V., Matveev V.A., Kravchuk L.V., Feschenko A.V., Grachev M.I., Novikov-Borodin A.V. RADIOLOGICAL CENTRE BASED ON INR PROTON LINAC. 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(IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2) @0=B $  ! RUB2-10235- MO-04 ( BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 ( IPP =><5@ ?@>5:B0 BNL- T2-324)  = 0.914*45/3 = 13.71>;>B>2 ;048<8@ 8:>;0528G @>4. 12.1933 3.09. C1;8:0F88: V.A.Uvarov,& ,V.N. Bolotov et al/ Experimental study of direct photon emission in K- ---> pi- pi0 gamma decay using ISTRA+ detector // Phys.Atom.Nucl.69:16-26,2006,  =0.914*45/10=4.11. O.G.Tchikilev,& , V.N. Bolotov et al/ Observation of the radiative kaon decay K- ---> mu- pi0 gamma nu // Phys.Atom.Nucl.70:29-35,2007,  =0.914*45/10=4.11 V.N.Bolotov, V.A.Duk et al/ Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup //Submitted to Phys.Atom.Nucl. ,  =0.914*45/10=4.11 >:;04K: .. >;>B>2/ The Radiative Pion Decays./ QUARKS 2004 Proceedings of the 13th Intern. Seminar, 2005/ =30 .. >;>B>2 / Study of K-p0e-n  and K-p0-n  decay with ISTRA+ setup./ NEW TRENDS IN HIGH-ENERGY PHYSICS. 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C@>2, .. >;G0=>2, .. >B0?>2, ... 5@>2, .. 2G8==8:>2, A5=>= 2 0=5AB578>;>388. !>AB>O=85 8 ?5@A?5:B82K @0728B8O 2 >AA88. "8E>>:50=A:89 <548F8=A:89 6C@=0; ! 1, 2005 3., 31.   = 1*45/5= 9 2. .. 2G8==8:>2, .. ><>30F:89, .. 2G8==8:>2, 2>7<>6=>ABOE @01>BK @>;8:>-;>?0AB=>9 384@><0H8=K A @01>G8< B5;><-307><. @5?@8=B /  ! 1166 (2006).  =0 3. .. 2G8==8:>2, .. 0@CA>2, .. 54=O:>2, 2CED07=0O :A5=>=>20O :0<5@0 4;O ?@O<>3> 45B5:B8@>20=8O WIMP, @5?@8=B / , ! 1162 (2006).  =0 4. B.M. Ovchinnikov, V.V. Parusov, V.A. Bednyakov,  Methane ionization chamber to search for spin-dependent dark matter interactions., Presented at 5th Intern. Conf. on Non Accelerator New Physics (NAMP 05), Dubna, Russia, 20-25 June 2005.   6/3 =2 5. The same, published in Internet: e-print Archive: hep-ph0508052. 6. .. 2G8==8:>2, .. ><>30F:89, >=:@5B870F8O ?0@0<5B@>2 M;5:B@>AB0=F89, 8A?>;L7CNI8E B5?;>2CN M=5@38N 2>4K 2 ?@8@>4=KE 2>4>5<0E, @5?@8=B / , ! 1145 (2005). =0 7. .. 54=O:>2, .. 2G8==8:>2, .. 0@CA>2,>8A: A?8=-7028A8<KE 2708<>459AB289 G0AB8F B5<=>9 <0B5@88. @5?@8=B / , ! 1144 (2005).  =0 8. .. 2G8==8:>2, .. 0@CA>2, #AB0=>2:0 4;O A>AB02;5=8O A<5A59 307>2 A :8A;>@>4>< 2 480?07>=5 (100-10-7)% >1. 2 A ?>3@5H=>ABLN 3%, @5?@8=B / , ! 1137 (2005).  =0 9.  8740=88 Nova Publishers  Advances in Plasma Physics Researh , V.5 (2005) 152, Francois Gerard-Editor., New York, B.M. Ovchinnikov, Y.B. Ovchinnikov, V.V. Parusov  Investigation of the proportional discharge mechanism in non electronegative gases .  =6*2/3 = 4 10.  2006 3. ?@8=OB0 2 6C@=0; 8@ 87<5@5=89 AB0BLO: .. 2G8==8:>2, .. 0@CA>2, KA>:>GC2AB28B5;L=K9 307>0=0;870B>@ :8A;>@>LVAL40 2 3070E. #AB0=>2:0 4;O A>AB02;5=8O :0;81@>2>G=KE A<5A59 307>2 A :8A;>@>4>< 2 480?07>=5 (10-7  100)% >1. 2 A ?>3@5H=>ABLN 3%.  : 6/2 = 3 6. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005-2006 3.3. 1) >:;04 8 B578AK, >?C1;8:>20==K5 2 A1>@=8:5 =0 III 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 "-2006. "5<0 4>:;040: 07@01>B:0 <=>3>DC=:F8>=0;L=>9 ?@8AB02:8 : =0@:>7=K< 8 4KE0B5;L=K< 0??0@0B0< 4;O ?@>2545=8O :A5=>=>2>3> =0@:>70, ;5G5=8O 1>;L=KE A 4KE0B5;L=>9 =54>AB0B>G=>ABLN, C;CGH5=8O 8<<C==>9 A8AB5<K ?0F85=B>2. 2B>@K: ... 5@>2, .. 2G8==8:>2, .. 0@CA>2.   6/3 = 2 2) >:;04 =0 II :>=D5@5=F88 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5  2006. 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"8E>>:50=A:89 <548F8=A:89 6C@=0; ! 1, 2005 3., 31.   = 6/5= 1.2 2. .. 2G8==8:>2, .. ><>30F:89, .. 2G8==8:>2, 2>7<>6=>ABOE @01>BK @>;8:>-;>?0AB=>9 384@><0H8=K A @01>G8< B5;><-307><. @5?@8=B /  ! 1166 (2006).  =0 3. .. 2G8==8:>2, .. 0@CA>2, .. 54=O:>2, 2CED07=0O :A5=>=>20O :0<5@0 4;O ?@O<>3> 45B5:B8@>20=8O WIMP, @5?@8=B / , ! 1162 (2006).  =0 4. B.M. Ovchinnikov, V.V. Parusov, V.A. Bednyakov,  Methane ionization chamber to search for spin-dependent dark matter interactions., Presented at 5th Intern. Conf. On Non Accelerator New Physics (NAMP 05), Dubna, Russia, 20-25 June 2005.   6/3 =2 5. The same, published in Internet: e-print Archive: hep-ph0508052. 6. .. 2G8==8:>2, .. ><>30F:89, >=:@5B870F8O ?0@0<5B@>2 M;5:B@>AB0=F89, 8A?>;L7CNI8E B5?;>2CN M=5@38N 2>4K 2 ?@8@>4=KE 2>4>5<0E, @5?@8=B / , ! 1145 (2005). =0 7. .. 54=O:>2, .. 2G8==8:>2, .. 0@CA>2,>8A: A?8=-7028A8<KE 2708<>459AB289 G0AB8F B5<=>9 <0B5@88. @5?@8=B / , ! 1144 (2005).  =0 8. .. 2G8==8:>2, .. 0@CA>2, #AB0=>2:0 4;O A>AB02;5=8O A<5A59 307>2 A :8A;>@>4>< 2 480?07>=5 (100-10-7)% >1. 2 A ?>3@5H=>ABLN 3%, @5?@8=B / , ! 1137 (2005).  =0 9.  8740=88 Nova Publishers  Advances in Plasma Physics Researh , V.5 (2005) 152, Francois Gerard-Editor., New York, B.M. Ovchinnikov, Y.B. Ovchinnikov, V.V. Parusov  Investigation of the proportional discharge mechanism in non electronegative gases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elov, L. P. Netchaeva and A. V.Turbabin,  Intensity Improvements of Pulsed Source of Polarized Negative Hydrogen Ions , Review of Scientific Instruments, 77, 03A522 (2006).  , Report at 11th International Conference on Ion Sources (ICIS05), 12-16 September 2005, CAEN, France (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).   = 1,235 * 30/3 =12,35 2. N. Alberola, T. A. Anthonioz, A. Badertscher, C. Bas, A. S. Belov, P. Crivelli, S. N. Gninenko, N. A. Golubev, M. M. Kirsanov, A. Rubbia, D. Sillou,  Development of a high-efficiency pulsed slow positron beam for measurements with orthopositronium in vacuum , Nuclear Instruments and Methods in Physics Research, A 560 (2006), 224-232 (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).   = 1,224 * 30/10=4,08 3. CAST Collaboration (S. Andriasnonje, V. Arsov, A.S. Belov , N. A. Golubev, S. N. Gninenko et. al., )  First results from the CERN Axion Solar Telescope (CAST) , Phys. Rev. Let. 94, 121301 (2005) (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).   = 7,489* 30/10 =22,47 4. D. Hussey, D.R. Rich, A. S. Belov et al., A Polarized 3He Gas Compression System Using Metastability  Exchange Optical Pumping and Pneumatic Actuators, Review of Scientific Instruments, 76, 053530 (2005) (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).   = 1,235 * 30/9 =4,12 5. Yu. K. Pilipenko, V.P. Ershov, V.V. Fimushkin, L.V. Kutuzova, V. P. Vadeev and A.S. Belov,  D- polarized ion source POLARIS for the JINR accelerator NUCLOTRON , Proc. of the 10th International Workshop on Polarized Sources and Targets, eds. D.K. Toporkov et al., Nuclear Instruments and Methods in Physics Research, 536 (2005), p.p. 273-275 (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).   = 1,224 * 30/6 = 6,12 6. V.V. Mochalov, & . A. S. Belov, et al  Spin physics with light and heavy neutral mesons at Protvino , International Conference SPIN 2006, Praha, Dec 2006. 18pp. Czeh. J. Phys., 56 (2006), e-Print Archive: hep-ex/0612038 (!B0BLO 2 @5D5@8@C5<>< 6C@=LVAL0;5).   = 0,360* 30/10 =1,08 7. A.N. Vasiliev, & A. S. Belov et. al.,  Spin Physics Program in the U70 polarized proton beam, Dubna SPIN2005 Proc (XI ARW on High Energy SPIN Physics), p. 463, 2006 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 =0,6 8. Dafni, S Andriamonje, V Arsov , S Aune, D Autiero, K Barth, A Belov, S Gninenko, N Golubev / (...) / K Zioutas, First results from the CAST experiment, Journal of Physics: Conference Series, May 2006 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 =0,6 9. A.!.5;>2, @>5:B 8AB>G=8:0 ?>;O@87>20==KE >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O CA:>@8B5;O $- #-70, 4>:;04 =0 2>< 01>G5< !>25I0=88 ?> #A:>@5=8N >;O@87>20==KE @>B>=>2 2 CA:>@8B5;5 #-70, 09 2006 3 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4 10. A.Badertscher, P. Crivelli, U. Gendotti, A. Rubbia, A.S. Belov, N.A.Golubev, S.N. Gninenko, M.M. Kirsanov, T. Anthonioz, P. Nadelec, D. Sillou, N. Alberola, C. Bas,  Design and Preliminary Results on a High Efficiency Pulsed Positron Beam for Polymer and Porous Silicon , The 8th International Workshop on Positron and Positronium Chemistry - PPC8, Coimbra, Portugal, Sept. 4 - Sept. 9, 2005 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 =0,6 11. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 =0,6 12. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/10 =0,4 13. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T. LVAL Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 =0,6 14. N.N. Agapov, A.S. Belov, V. Derehchuk, V.V. Fimushkin, V.P. Vadeev. IUCF Polarized Ion Source CIPIOS for JINR Accelerator Nuclotron. Proc. of the 16th International Spin Physics Symposium (SPIN 2004), Trieste, Italy, October 10-16 2004 ( Edited by F.Brandamante, A. Bressan, A. Martin), World Scientific Publishing Co.Pte.Ltd., 2005, p.774 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/5=1,2 B>3>:   = 58.22TLVALd5@18;>2 048< ;L8G @>4. 02.09.1933, A.=.A. # 1. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. XIX Internatioal Workshop on Charged Particle Accelerators Ukraine, Alushta, Crimea, September 12-18, 2005. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 = 0,6 2. ..5@18;>2, ...0;8=8=, ..@>=8=, ..$5I5=:>. 0@80=BK A8AB5< >B:0G:8 8=65:B>@0 - # $. %II 0CG=>-B5E=8G5A:0O :>=D5@5=F8O "0:CC<=0O =0C:0 8 B5E=8:0". !C40:, #:@08=0 , A5=B.2005. "0:CC<=0O =0C:0 8 B5E=8:0". 0B5@80;K %II 0CG=>-B5E=8G5A:>9 :>=D5@5=F88, .:--, 2005,53-57 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/4 = 1 3. .. 5@18;>2, ... 0;8=8=.  2>7<>6=>AB8 8A?>;L7>20=8O :@8>=0A>A>2 4;O >B:0G:8 8=65:B>@>2 # / . %III 0CG=>-B5E=8G5A:0O :>=D5@5=F8O "0:CC<=0O =0C:0 8 B5E=8:0". !>G8, >:B.2006. "0:CC<=0O =0C:0 8 B5E=8:0". 0B5@80;K %III =0CG=>-B5E=8G5A:>9 :>=D5@5=F88. .:--, 2006, 98-101 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/2 = 2. 4. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charge Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/10 = 0,4 5. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. XVI 564C=0@>4=0O :>=D5@5=F8O ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).   = 6/10 = 0,6. B>3>:   = 4.6LVAL0;8=8= .@89 >@6528G @>4. 19.05.1956, 702. ;01. # 1. ..5@18;>2, ...0;8=8=, ..@>=8=, ..$5I5=:>. 0@80=BK A8AB5< >B:0G:8 8=65:B>@0 - # $. %II 0CG=>-B5E=8G5A:0O :>=D5@5=F8O "0:CC<=0O =0C:0 8 B5E=8:0". !C40:, #:@08=0 , A5=B.2005. "0:CC<=0O =0C:0 8 B5E=8:0". 0B5@80;K %II 0CG=>-B5E=8G5A:>9 :>=D5@5=F88, .:--, 2005,53-57 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/4 = 1 2. .. 5@18;>2, ... 0;8=8=.  2>7<>6=>AB8 8A?>;L7>20=8O :@8>=0A>A>2 4;O >B:0G:8 8=65:B>@>2 # / . %III 0CG=>-B5E=8G5A:0O :>=D5@5=F8O "0:CC<=0O =0C:0 8 B5E=8:0". !>G8, >:B.2006. "0:CC<=0O =0C:0 8 B5E=8:0". 0B5@80;K %III =0CG=>-B5E=8G5A:>9 :>=D5@5=F88. .:--, 2006, 98-101 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).   = 4/2 = 2 3. !B5?0=>2 .. @>=8= .. 0;8=8= ... 5ACI0O A?>A>1=>ABL A20@=KE A>548=5=89 48DDC78>==>9 A20@:8 2 20:CC<=KE :0<5@0E ;8=59=>3> CA:>@8B5;O ?@>B>=>2. "@C4K %II 0CG=>-B5E=8G5A:>9 :>=D5@5=F88 "0:CC<=0O =0C:0 8 B5E=8:0", !C40: 2005, AB@. 253-256 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  =4/3=1,33 4. 0;8=8= ..., 8 4@.(4) 5=B35=>48D@0:F8>==>5 8AA;54>20=85 459B@840 8 384@840 B8B0=0, 8A?>;L7C5<>3> 2 M;5:B@>D878G5A:8E CAB0=>2:0E."578AK %11 0F8>=0;L=>9 :>=D5@5=F88 ?> @>ABC :@8AB0;;>2 >A:20, >:BO1@L 20063., AB@.232 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  =4/5=0,8 5. C:>2>4AB2> 0A?8@0=B><:  =10 B>3>:   = 15.13,   @C:>2>48B5;O = 10.04J0Za h  o  v # } * 1 8?FYls 3F7@?::::Ͽs7@?::::ϿXBB7@?POGFFF:߿aB7@?::::Ͽ(DyRN Z]7@?bPOGFFF:߿|C3f!H& (7@?POGFFF:߿iȅC61j1.7@?POGFFF:߿ ?d7@?::::Ͽ C;',|.7@?l3POGFFF:߿tq=A4" H z 7@?POGFFF:߿C<',.7@?` @FFF:߿ B81'( (7@?POGFFF:߿sƷ@& ~7@?:POGFFF:߿@@,X7@?6@FFF:߿ 7@?::::ϿD #A7@?|POGFFF:߿+q}C7@?>`POGFFF:߿97@?::::Ͽ/QALLF7@?POGFFF:߿9oCN2f:<7@?POGFFF:߿OARR~7@?POGFFF:߿` d;BJ7@?%POGFFF:߿v?7@? @FFF:߿NA4Z 7@?&@FFF:߿x9TC222J.+7@?$POGFFF:߿@X7@? @FFF:߿A47@?POGFFF:߿qL7&Bz h7@?POGFFF:߿p k@,,^7@?t@FFF:߿1C23.$,7@?*POGFFF:߿r33A7@?LPOGFFF:߿.C7@?3POGFFF:߿zA(A(#7@?POGFFF:߿[ @@@l7@?@FFF:߿(A 7@? @FFF:߿AGA(#d7@? POGFFF:߿33S@ ` 47@?@FFF:߿(\?7@?@FFF:߿QA (#L87@?POGFFF:߿eAz 7@?@FFF:߿@T H 7@? @FFF:߿l@q=@x B7@? @FFF:߿33A7@?|@FFF:߿?RF7@?@FFF:߿Fy@ 7@? @FFF:߿ף@" 7@? @FFF:߿9Aף@ 7@?@FFF:߿7G@ 7@? @FFF:߿ LVAL 20H0 4>;LD 20=>28G @>4. 28.02.1936, 702. A5:B. # 1. A. Feschenko, Yu. Kiselev, A. Kovalishin, L. Kravchuk, A. Kvasha, J. Tang, A. Aleksandrov, M. Champion, P. Gibson, J. Schubert. SPALLATION NEUTRON SOURCE DRIFT TUBE LINAC RESONANCE CONTROL COOLING SYSTEM MODELING. Proceedings of 2005 Particle Accelerator Conference, Knoxville, Tennessee, pp. 3754-3756 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/10=0,6 2. Yu. Kiselev, A. Kovalishin, A. Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  =4/4=1 3. C:>2>4AB2> 48?;><=8:><: 10 B>3>:   = 11.6,   @C:>2>48B5;O = 7.52LVAL(8A5;52 .@89 0A8;L528G @>4. 07.04.1950, 702. ;01. # 1. O.V.Grekhov, A.N.Drugakov, Yu.V.Kisselev. EVENTS REGISTRATION SYSTEM FOR INR LINAC. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 106-107 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/3=2 2. Yu. Kiselev, A. Kovalishin, A. Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. 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Proceedings of 2005 Particle Accelerator Conference, Knoxville, Tennessee, pp. 3064-3066 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/9=0,67 B>3>:   = 4.27,   @C:>2>48B5;O =5 >?@545;5=>, ?>A:>;L:C 2 ?>4G8=5=88 =5B =0CG=KE A>B@C4=8:>2.LVAL;5=>2 8:B>@ !5@35528G @>4. 02.06.1954, =.A. # 1. !..:C;8=8G52, .!.;5=>2, ..@02GC:, !..515452, .. $5I5=:>, .-./=F. Development of the detector based on CVD - diamond for use in the radiotherapy facilities XIX Internatioal Workshop on Charged Particle Accelerators Ukraine, Alushta, Crimea, September 12-18, 2005 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/6=1 2. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/10=0,6 3. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. 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Proceedings of 2005 Particle Accelerator Conference, Knoxville, Tennessee, pp. 3754-3756 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/10=0,6 11. P. Reingardt-Nikoulin,V. Gaidash, A.Menshov, A. Feschenko, A.N.Mirzojan. Universal BCT Monitor for INR Proton Linac Pulse Beam. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 2 (46), A. 113-114 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/5=1.2 12. V.V.Kuznetsov, A.N. Naboka, A.V. Novikov-Borod, V.L.Serov, A.V. Feschenko, A.N.Mirzojan. Pulse Shaping System for INR Proton Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 46-48 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  LVAL=6/6=1. 13. C:>2>4AB2> 48?;><=8:><: 10 14. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0: 5 B>3>:   = 30.97,   @C:>2>48B5;O = 23.11pLVALh%;NAB8= 5=8A ;048<8@>28G @>4. 01.10.1980, 0A?8@0=B (<.=.A ?> A>2<5AB) # 1. Yu. Kiselev, A. Kovalishin, A. Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  =4/4*3=3. B>3>:  =3$@>;>2 ;53 "8<>D5528G @>4. 08.07.1945, =.A. # 1. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/10 = 0,6. 2. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).  = 1,234 E 30/5 = 7,464 3. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  = 4/10 = 0,4. 4. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/10 = 0,6. 5. .. C15F, .!. 8:C;8=, .". $@>;>2, .. /:CH52. #,! #!" !" +"/.)  // / !"'  -. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  =6/4 = 1,5. B>3>:   = 10.56LVALPOG/:CH52 0;5=B8= 5B@>28G @>4. 29.09.1932, 702. ;01. # 1. .!.8:C;8=, ../:CH52. The MMFL H- injector ion source control system. XIX Internatioal Workshop on Charged Particle Accelerators Ukraine, Alushta, Crimea, September 12-18, 2005 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/2 = 3,0. 2. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/10= 0,6 3. E.S. Nikulin, V.P. Yakushev. The MMFL H- injector ion source control system. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/2 = 3,0. 4. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 (!B0BLO 2 @5D5@8@C5<>< 6C@=0;5).  = 1,234 E 30/5 = 7,464 5. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org (>:;04 =0 @>AA89A:>9 :>=D5@5=F88).  = 4/10 = 0,4. 6. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/10 = 0,6. 7. .. C15F, .!. 8:C;8=, .". $@>;>2, .. /:CH52. #,! #!" !" +"/.)  // / !"'  -. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>LVAL.:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/4 = 1,5. B>3>:   = 16.56,   @C:>2>48B5;O =22.02LVALPOG1. $ 0=BC52 ;048A;02 !5@35528G 2. >4 @>645=8O. 1954 3. 3. 0B0 70I8BK 48AA5@B0F88. $52@0;L 1994. 4. >;6=>ABL. 0CG=K9 A>B@C4=8:. 5. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. Jet absorption and corona effect at RHIC. Extracting collision geometry from experimental data. 11 45:01@O 2006. 5 AB@. ?C1;8:>20=> 2 8AL<0 2 -"$, B>< 85, 2007, AB@. 114. 2B>@ >48=.  =1.099*45=49.455 2. Measurement of direct photon production in p + p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Sep 2006. 6pp. Published in Phys.Rev.Lett.98:012002,2007. 2B>@>2 320.  =7.489*30*0.1=22.467 3. Improved measurement of double helicity asymmetry in inclusive midrapidity pi0 production for polarized p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Feb 2006. 4pp. Published in Phys.Rev.D73:091102,2006. 2B>@>2 320.  =.4.852*30*0.1=14.556 4. Azimuthal angle correlations for rapidity separated hadron pairs in d + Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Mar 2006. 6pp. Published in Phys.Rev.Lett.96:222301,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 5. Nuclear modification of electron spectra and implications for heavy quark energy loss in Au+Au collisions at s(NN)**(1/2) - 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Oct 2005. 6pp. Published in Phys.Rev.Lett.96:032301,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 6. Common suppression pattern of eta and pi0 mesons at high transverse momentum in Au+Au collisions at S(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Jan 2006. 6pp. Published in Phys.Rev.Lett.96:202301,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 7. Measurement of transverse single-spin asymmetries for mid-rapidity production of neutral pions and charged hadrons in polarized p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Jul 2005. 6pp. Published in Phys.Rev.LeLVALtt.95:202001,2005. 2B>@>2 320.  =7.489*30*0.1=22.467 8. Mid-rapidity direct-photon production in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Feb 2005. 7pp. Published in Phys.Rev.D71:071102,2005. 2B>@>2 320.  =.4.852*30*0.1=14.556 9. Formation of dense partonic matter in relativistic nucleus-nucleus collisions at RHIC: Experimental evaluation by the PHENIX collaboration. By PHENIX Collaboration (K. Adcox et al.). Oct 2004. 127pp. Published in Nucl.Phys.A757:184-283,2005. 2B>@>2 320.  =.1.95*30*0.1=5.85 10. Saturation of azimuthal anisotropy in Au + Au collisions at s(NN)**(1/2) 62-GeV to 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Nov 2004. 7pp. Published in Phys.Rev.Lett.94:232302,2005. 2B>@>2 320.  =7.489*30*0.1=22.467 11. Measurement of identified pi0 and inclusive photon v(2) and implication to the direct photon production in s(NN)**1/2 = 200-GeV Au+Au collisions. By PHENIX Collaboration (S.S. Adler et al.). Aug 2005. 6pp. Published in Phys.Rev.Lett.96:032302,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 12. Centrality dependence of direct photon production in s(NN)**(1/ 2) = 200-GeV Au + Au collisions. By PHENIX Collaboration (S.S. Adler et al.). Mar 2005. 6pp. Published in Phys.Rev.Lett.94:232301,2005. 2B>@>2 320.  =7.489*30*0.1=22.467 13. Measurement of single electron event anisotropy in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Feb 2005. 11pp. Published in Phys.Rev.C72:024901,2005. 2B>@>2 320.  =3.61*30*0.1=10.83 14. Jet structure from dihadron correlations in d+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Oct 2005. 30pp. Published in Phys.Rev.C73:054903,2006. 2B>@>2 320  =3.61*30*0.1=10.83 15. J/psi production and nuclear effects for d+Au and p+p collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Jul 2005. 6pp. Published in Phys.Rev.Lett.96:012304,2006.LVAL 2B>@>2 320  =7.489*30*0.1=22.467 16. Single electrons from heavy flavor decays in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Aug 2005. 6pp. Published in Phys.Rev.Lett.96:032001,2006. 2B>@>2 320  =7.489*30*0.1=22.467 17. Nuclear modification factors for hadrons at forward and backward rapidities in deuteron-gold collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Nov 2004. 6pp. Published in Phys.Rev.Lett.94:082302,2005. 2B>@>2 320  =7.489*30*0.1=22.467 18. Centrality dependence of charm production from single electrons measurement in Au + Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Sep 2004. 6pp. Published in Phys.Rev.Lett.94:082301,2005. 2B>@>2 320  =7.489*30*0.1=22.467 19. Jet structure of baryon excess in Au + Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Aug 2004. 6pp. Published in Phys.Rev.C71:051902,2005. 2B>@>2 320  =3.61*30*0.1=10.83 20. Modifications to di-jet hadron pair correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Jul 2005. 6pp. Published in Phys.Rev.Lett.97:052301,2006. 2B>@>2 320  =7.489*30*0.1=22.467 21. Nuclear effects on hadron production in d+Au and p+p collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Mar 2006. 13pp. Published in Phys.Rev.C74:024904,2006. 2B>@>2 320  =3.61*30*0.1=10.83 22. Jet properties from dihadron correlations in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). May 2006. 25pp. Published in Phys.Rev.D74:072002,2006. 2B>@>2 320  =4.852*30*0.1=14.556   ?> ?C1;8:0F8O< = 434.364 6. !?8A>: ?0B5=B>2 70 2005 -2006 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  . 7. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. Identified particle production at h LVAL igh transverse momentum in nucleus-nucleus collisions at RHIC. Proc. 2005 QCD and high energy hadronic interactions. March 12-19, 2005. Recontres de Moriond, Italy. p. 363 2. Evidence of finite sQGP formation time at RHIC. Proc. 22nd Winter Workshop on Nuclear Dynamics (2006) p. 39. March 11-18, 2006, La Jolla, California, USA 3. PHENIX measurements of reaction plane dependence of high pt photons and pions. Quark Matter 2006, November 2006, Shanghai, China   ?> 2KABC?;5=8O< = 18 "+   =452.364LVALPOG1. $... 0@CA>2 8:B>@ ;048<8@>28G 2. >4 @>645=8O 1963 3. >;6=>ABL =0CG=K9 A>B@C4=8: -$ 4. !?8A>: >?C1;8:>20==KE @01>B 70 2005-2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. .. 2G8==8:>2, .. 0@CA>2, .. 54=O:>2, 2CED07=0O :A5=>=>20O :0<5@0 4;O ?@O<>3> 45B5:B8@>20=8O WIMP, @5?@8=B / , ! 1162 (2006). 2. B.M. Ovchinnikov, V.V. Parusov, V.A. Bednyakov,  Methane ionization chamber to search for spin-dependent dark matter interactions., Presented at 5th Intern. Conf. on Non Accelerator New Physics (NAMP 05), Dubna, Russia, 20-25 June 2005. .   = 6/5= 1.2 3. The same, published in Internet: e-print Archive: hep-ph0508052. 4. .. 54=O:>2, .. 2G8==8:>2, .. 0@CA>2, >8A: A?8=-7028A8<KE 2708<>459AB289 G0AB8F B5<=>9 <0B5@88. @5?@8=B / , ! 1144 (2005).  =0 5. .. 2G8==8:>2, .. 0@CA>2, #AB0=>2:0 4;O A>AB02;5=8O A<5A59 307>2 A :8A;>@>4>< 2 480?07>=5 (100-10-7)% >1. 2 A ?>3@5H=>ABLN 3%, @5?@8=B / , ! 1137 (2005).  =0 6.  8740=88 Nova Publishers  Advances in Plasma Physics Researh , V.5 (2005) 152, Francois Gerard-Editor., New York, B.M. Ovchinnikov, Y.B. Ovchinnikov, V.V. Parusov  Investigation of the proportional discharge mechanism in non electronegative gases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a.Paryev. Subthreshold Phi Meson Production and Medium Effects in Proton-Nucleus Reactions. Eur.Phys.J.A23, p.453-471 (2005).  =1.659*30/1 = 49.77 2) E.Ya.Paryev. Antikaon angular distributions in the reaction gamma d-->K(-)Theta(+)p--> K(-)K(+)np near the threshold and the parity of the Theta(+) Pentaquark. Preprint INR-1151/2005, August 2005, 23 pages.  = 0 3) E.Ya.Paryev. Subthreshold Phi Meson Production and Medium Effects in Proton-Nucleus Reactions. Yad. Fiz.vol.69, p.354-377 (2006).  =0.914*45 =41.13 4) E.Ya.Paryev. Antikaon angular distributions in the reaction gamma d-->K(-) Theta(+) p--> K(-)K(+)np near the threshold and the parity of the Theta(+) Pentaquark. Yad.Fiz.vol.69, p.747-759 (2006).  =0.914*45 =41.13 5)Yu.T.Kiselev and E.Ya.Paryev. Antiproton absorption in nuclei. Nucl-th/0601036.  =0.326*30/2 = 4.89 6) E.Ya.Paryev. Antikaon angular distributions in the reaction gamma d -->K(-)Theta(+)p--> K(-)K(+)np near the threshold and the parity of the Theta(+) Pentaquark. Nucl-th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ondila et al. (20 02B>@>2) 2005. 7pp. Published in IEEE Trans.Nucl.Sci.52:1705-1711,2005   =1.259*30*0.1=3.777 2) AEROGEL CHERENKOV COUNTERS FOR HIGH MOMENTUM PROTON IDENTIFICATION. E. Cuautle et al. 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INTAS-CERN, Ref. Nr 05-103-7544  Development of a Cherenkov detector to extend the PID capability of ALICE beyond 5 GeV/c . 2006-2008 33. 3. ISTC Project # 2880, 2005-2006 33. B>3>2K9   = 41.554LVALPOG O1>2 .@89 0A8;L528G 2. >4 @>645=8O. 1933 3. 0B0 70I8BK 48AA5@B0F88 1969 4. >;6=>ABL 2=A 5. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. .564C=0@>4=0O =0CG=>-B5E=8G5A:0O :>=D5@5=F8O !!",! " +  21  20-23 8N=O 2006 3., >A:20, -" <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 ;>2CH:8 ?@>B>==>3> ?CG:0 $ / . O1>2 ..., @0G52 .., >?B5;>2 -.., $54G5=:> .., A.153, 2006  =6/1=1.5 2.. Neutron Complex of INR RAS: New Possibilities and First Experiments.E.A. Koptelov, Yu.V. Ryabov ICANS-2005, v.1, p.243  =6/2=3 3. Yu.V. Pyatkov, D.V. Kamanin, A.A. Alexandrov, I.A. Alexandrova, S.V. Khlebnikov, E.A. Kuznetsova, V.G. Lyapin, S.V. Mitrofanov, Yu.E. Penionzhkevich, Yu.V. Ryabov, E.A. Sokol, V.G. Tishchenko, W. Trzaska, A.N. Tjukavkin, S.R. Yamaletdinov, B.V. Florko Experimental confirmation of the collinear cluster tripartition of the 252Cf nucleus International Symposium on Exotic Nuclei, Peterhof, Russia, 5-12 July 2005. Conference proceedings, Editors: Yu.E.Penionzhkevich, and E.A.Cherepanov. Published by World Scientific Publishing Co. Pte. Ltd., 2005, p. 351-356. text: [pdf] (259K)  = 2*6*0.1=1.2 4. Yu.V. Pyatkov, D.V. Kamanin, W. Trzaska, S.R. Yamaletdinov, E.A. Sokol, A.N. Tjukavkin, A.A. Aleksandrov, I.A. Aleksandrova, S.V. Denisov, V.P. Krajnov, S.V. Khlebnikov, T.E. Kuzmina, E.A. Kuznetsova, S.V. Mitrofanov, Yu.E. Penionzhkevich, Yu.V. Ryabov, V.G. Tishchenko, B.V.Florko New results in studying of the collinear cluster tripartition of the 252Cf nucleus Preprint JINR Dubna E15-2005-65, Dubna 2004. text: [pdf] (648K) 5. ..5@;52, ..8@N:>2, ..@02GC:, .. 078=, .. 5H5B8=,... O1>2 %0@0B5@8AB8:8 ?@>B>B8?0 45B5:B>@0 30<<0-:20=B>2 4;O -". @5?@8=B /-1148/2005 6. ..5@;52, ..@02GC:, .. 078=, .. 5H5B8=,... O1>2, ..!0<>9;5=:> AA;54>20=85 E0@0:B5@8AB8: BaF2 AF8=B8;;OB>@>2 A F5;LN 8E ?@8<5=5=8O 2 -". @5?@8=B /-1138/2005 8. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. LVAL A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. !5=:528G .. $"#  =10 9. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. 59B@>==0O D878:0 $"#  =5 10. @C30O 7=0G8<0O 8=D>@<0F8O. C:>2>48B5;L ?@>5:B0 =59B@>==>3> 8<?C;LA=>3> 8AB>G=8:0 /  -!. "+   =20.7dLVALt"" 8:8B0 =4@5528G, !=A :0=4840B D87.-<0B. 0C: 1. @83;0H5==K9 4>:;04  Troitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov*, O.V.Kazachenko1, N.A.Lichovid, V.M.Lobashev, A.A.Nozik*, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov2, V.G. Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany   =30*0.1=3 2. #AB=K9 4>:;04 The KATRIN sensitivity to the neutrino mass and to right-handed currents in beta decay (5 02B>@>2) Neutrino 2006 XXII International Conference on Neutrino Physics and Astrophysics June 13  19, 2006 Santa Fe, New Mexico USA   = 6/5= 1.2 3. Energy calibration and monitoring of the KATRIN Experiment Authors: T. Thuemmler*, M. Beck*, J. Bonn+, B. Hillen*, H.-W. Ortjohann*, B. Ostrick*/+, E.W. Otten+, M. Prall*, N. Titov*, C. Weinheimer* for the KATRIN collaboration. >AB5@ Neutrino 2006 XXII International Conference on Neutrino Physics and Astrophysics June 13  19, 2006 Santa Fe, New Mexico USA  = 6/10=0.6 4. To the neutrino mass and to right-handed currents in tritium beta decay D. Sevilla-Sanchez1, J. Bonn1, K. Eitel2, F. Glueck3, N. Titov4;5 (for the KATRIN collaboration ) >AB5@ The 2nd Symposium On Neutrinos and Dark Matter in Nuclear Physics Paris, September 3-9, 2006  = 6/5=1.2 "+   =6LVALPOG">?8;LA:0O 0B0;8O !5@0D8<>2=0 1. >4 @>645=8O. 23.11.1946 3. 2. 0B0 70I8BK 48AA5@B0F88 1994 3. 3. >;6=>ABL !.=.A. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. 2006 3. 1). Bottomonium and Drell-Yan production in p-A collisions at 450 GeV. B.Alessandro et al., (71 authors), CERN-PH-EP-2006-005; hep-ex/0603049; Physics Letters B635 (2006) 260.  =5.301*30*0.1 = 15.903 2). J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV. B.Alessandro et al., (71 authors), CERN-PH-EP-2006-018; nucl-ex/0612012; Eur. Phys. J.C.48 (2006)329.  =3.209*30*0.1 = 9.627 3). Psi' production in Pb-Pb collisions at 158 GeV/nucleon. B.Alessandro et al., (71 authors), CERN-PH-EP-2006-019; nucl-ex/0612013; accepted in Eur. Phys. J.C.  =3.209*30*0.1 = 9.627 4). Charmonia production at the CERN/SPS, G.Borges et al., (71 author), J. Phys. G32:S381-S390,2006  =2.173*30*0.1 =6.519 5). The medium excitation for charmonium production at the CERN SPS, A.B.Kurepin, N.S.Topilskaya, CBM Working Group report, GSI, Feb.2006.  =2*8 AB@ ./2 =8 2005 3. 6). The J/psi normal nuclear absorption. G.Borges et al., (71 authors), Eur. Phys.J C43 (2005) 161.  =3.209*30*0.1 = 9.627 7). J/psi production and suppression at SPS energies. P.Cortese et al., (71 authors), J.Phys.G31:S809-S816,2005  =2.173*30*0.1 = 6.519 8). Charged particle multiplicity in Pb - Pb collisions from the NA50 experiment, F.Prino et al., (71 authors), .Phys.Conf.Ser.5:86-96,2005  LVAL=6*0.1 =0.6 9). Charmonia production at the CERN/SPS, G.Borges et al., (71 authors), e-Print Archive: hep-ex/0505065  =6*0.1 =0.6 10). Transverse momentum dependence of charmonium suppression in Pb-Pb collisions at the CERN SPS, A.B.Kurepin et al., (71 authors), Nucl.Phys.A749:243-250,2005  =1.95*30*0.1 = 5.85 11). Neutron emission in the electromagnetic dissociation of ultrarelativistic Pb ions, M.B.Golubeva et al., (28 authors), Phys.Rev.C71:024905,2005 3.610*30*0.1 = 10.83 12). A new measurement of J/psi suppression in Pb-Pb collisions at 158 GeV per nucleon, B.Allessandro et al.,(71 authors), Eur. Phys.J.C39:335-345,2005  =3.209*30*0.1 = 9.627 13). Investigation of charmonium states production in p-A and nucleus- nucleus collisions at the CERN SPS. N.S.Topilskaya, Relativistic Nuclear Physics and Quantum Chromodinamics, Vol.I, p.255, 2005.  =6   ?> ?C1;8:0F8O< = 99.329 4. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. 1). .!.">?8;LA:0O  The medium effects for charmonium states production in relativistic nucleus- nucleus collisions , XVIII International Baldin Conference, ISHEPP, Dubna, Russia, September 25-30, 2006.  =20 2). .!.">?8;LA:0O  The transverse momentum dependence of J/psi suppression in Pb-Pb collisions at the CERN SPS . 03.09.05  10.09.05, 3. C40?5HB, 5=3@8O, 18 564C=0@>4=0O >=D5@5=F8O  Ultra-Reltivistic Nucleus-Nucleus Collisions , Quark Matter 2005.  =6 3). .!.">?8;LA:0O 028A8<>ABL >B ?>?5@5G=>3> <><5=B0 ?>402;5=8O @>645=8O J/psi 2 Pb-Pb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b computing: Technical Design Report, CERN-LHCC-2005-019 - LHCb-TDR-11, LHCb collaboration.   = 6*0.1=0.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1.  QC of modules , LHCb collaboration meeting, March 7-11, 2005, Geneva, CERN 2.  Status of supermodules cosmic test , LHCb collaboration meeting, November 11- December 2, 2005, Geneva, CERN 3.  Status of supermodules cosmic test , LHCb collaboration meeting, March 6-10, 2006, Geneva, CERN 4.  Status of SM cosmic test , LHCb commissioning meeting, March 30, 2006, Geneva, CERN   ?> 4>:;040< =24 "+   = 24,6LVAL1. 'C40:>2 0;5@89 8E09;>28G 2. 1952 3. 1987 4. =0CG=K9 A>B@C4=8: 5. 1) 5-th International Conference on Isotopes (5 ICI), Brussels (Belgium), April 25-29, 2005  Russian Sr/Rb-82 generator for PET investigations V.Chudakov, B. Zhuikov, & ., Abstract Book, p.9, 2005.  Oral Presentation.  =6/9=0.667 2) II "@>8F:0O :>=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5, 3."@>8F:, , 16-19 <0O 20063. >AA89A:89 35=5@0B>@ AB@>=F89-82/@C18489-82. ..C9:>2, ..'C40:>2, 8 4@.  =4/7=0.571 3) 0CG=0O :>=D5@5=F8O >2K5 B5E=>;>388 2 O45@=>9 <548F8=5, 3. !0=:B-5B5@1C@3, $, 12-13 >:BO1@O 20063. @0=>2 .., "NB8= .., (BC:>2A:89 .., >AB>20 .., 09F52 .., (0B8: !.., C9:>2 .., 'C40:>2 .. !>740=85 8 ?>43>B>2:0 : ?@>872>4AB2C @048>E8<8G5A:>3> 35=5@0B>@0 @C1848O-82 E;>@840 (! -01)  @048>D0@<?@5?0@0B0 4;O ?>78B@>==>-M<8AA8>==>9 B><>3@0D88, <0B5@80;K :>=D5@5=F88, A.82-83, 2006.  =4/8=0.5 6. #G0AB85 2 2KAB02:0E: >;>B0O <540;L 70 @07@01>B:C 548F8=A:89 35=5@0B>@ @C1848O-82. VI >A:>2A:89 <564C=0@>4=K9 A0;>= 8==>20F89 8 8=25AB8F89. >A:20, &, 7-10 D52@0;O 20063.  =0 #G0AB85 2 3@0=B0E: 1. "&, @>5:B ! 2371 !>2<5AB=>5 ?@>872>4AB2> ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59, 2002-200533. (IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2. &5;520O ?@>3@0<<0 @57848C<0  >445@6:0 8==>20F89, 20063. 07@01>B:0, 8A?KB0=85 8 2=54@5=85 35=5@0B>@0 AB@>=F89-82/@C18489-82 4;O <548F8=A:>9 4803=>AB8:8 A ?><>ILN ?>78B@>==>-M<8AA8>==>9 B><>3@0D88 3. @0=B $  ! RUB2-10235- MO-04 ( BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 ( IPP =><5@ ?@>5:B0 BNL- T2-324) "+   = 1.738LVALPOG1. $: @<>;052 !B0=8A;02 8:B>@>28G 2. >4 @>645=8O: 1967 3. 0B0 70I8BK 48AA5@B0F88: 16 D52@0;O 1995 4. >;6=>ABL: AB.=.A. 5. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-20 02B>@>2: ! 2B>@K, =0720=85 AB0BL8, 6C@=0; >;-2> 02B>@>2 5.1. ... >1@5F>20, !.. @<>;052, N.I. Jitariouk, .. 8;8=GC:. A?>;L7>20=85 ?>;8MB8;5=B5@5DB0;0B=KE B@5:>2KE <5<1@0=, :0: H01;>==KE <0B@8F, 4;O ?>;CG5=8O ?>;8<5@=KE =0=><0B5@80;>2 =0 >A=>25 ?>;8?8@@>;0 8 ?>;8(N-<5B8;?8@@>;0). // %8<8O 2KA>:8E M=5@389, 2005, B>< 39, ! 1, A.15-20. Impact factor for 2005: 0.462  =0.462*45/4=5.1975 4 5.2. ... >1@5F>20, !.. @<>;052, .. 8;8=GC:, N.I. Jitariouk, A. Le MoQl. 7CG5=85 AB@C:BC@K ?;5=>: M;5:B@>?@>2>4OI8E ?>;8<5@>2, ?>;CG5==KE =0 ?>25@E=>AB8 8 2 ?>@0E B@5:>2KE -"$ <5<1@0= <5B>4>< H01;>==>3> A8=B570. // %8<8O 2KA>:8E M=5@389, 2005, B>< 39, ! 6, A.416-422. Impact factor for 2005: 0.462  =0.462*45/5=4.158 5 5.3. L. Fillaudeau, B. Boissier, A. Moreau, P. Blanpain-avet, S. Ermolaev, N. Jitariouk and A. Gourdon. Investigation of rotating and vibrating filtration for clarification of rough beer. // to be published in Journal of Food Engineering, May 2007, vol. 80, issue 1, pp. 206-217. Impact factor of this journal 2005: 1.249. Journal Citation Reports 2005, published by Thomson Scientific  =1.249*30/7=5.353 7 5.4. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk and S.C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. // to be published in Journal of Labelled Compounds and Radiopharmaceuticals. Impact factor 0.829.  =0.829*30/4=6.2175 4 6. !?8A>: ?0B5=B>2 70 2005 -2006 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  : ! 2B>@K, =0720=85 8 =><5@ ?0B5=B0 6.1. N. Jitariouk, S. Ermolaev, A. Le MoQl. Procd de fabrication de membrane creuse. Demande de brevet francais, n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rmolaev, B.L. Zhuikov, V.M. Kokhanyuk, S.C. Srivastava. Production yields of 117mSn from natural antimony target in proton energy range 145-35 MeV. // 9th International Symposium on the Synthesis and Applications of Isotopes and Isotopically Labelled Compounds, Edinburgh, UK, 16-20 July, 2006 (Book of Abstracts, p. 124)  =6/4=1.5 8. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. >4 <>8< @C:>2>4AB2>< ?>43>B>2;5=0 >4=0 48AA5@B0F8>==0O @01>B0 =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 E8<8G5A:8E =0C:. A?8@0=B  >1@5F>20 N4<8;0 .@L52=0. 01>B0 2K?>;=5=0 2 1=8=A:>< 3>AC40@AB25==>< B5E=8G5A:>< C=825@A8B5B5 0B><=>9 M=5@35B8:8 8 70I8I5=0 30.03.2006 2 $% 8<. ./. 0@?>20 (>A:20).  =30 #G0AB85 2 3@0=B0E: ) @0=B "& !2371 !>2<5AB=>5 ?@>872>4AB2> @048>87>B>?>2 ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59 (IPP =><5@ ?@>5:B0 "2-1093) (LANL). ) @0=B $  ! RUB2-10235-MO-04 (BNL) 07@01>B:0 >;>20-1 LVAL 17m 2KA>:>9 C45;L=>9 0:B82=>AB8 8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 (IPP =><5@ ?@>5:B0 BNL-T2-324). ) &5;520O ?@>3@0<<0 @57848C<0  >445@6:0 8==>20F89. "5<0: 07@01>B:0, 8A?KB0=85 8 2=54@5=85 35=5@0B>@0 AB@>=F89-82/@C18489-82 4;O <548F8=A:>9 4803=>AB8:8 A ?><>ILN ?>78B@>==>-M<8AA8>==>9 B><>3@0D88. >:;04 =0 A5<8=0@5: !5<8=0@ $- 8<. .. 59?C=A:>3> @>872>4AB2> @048>0:B82=KE 87>B>?>2 8 8AB>G=8:>2 8>=878@CNI53> 87;CG5=8O, 1=8=A:, 8 8N=O 2006 3. "5<0: >;CG5=85 117mSn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alculation and Optimization of new Troitsk Spectrometer, Parameters and Fields. Proc. of International Linac Conference, Linac 2006, ) V. Paramonov, A.K. Skasyrskaya, INR, K. Floettmann, F. Stephan, DESY. PULSED RF HEATING PARTICULARITIES IN NORMAL-CONDUCTING L-BAND CAVITIES.   ?> 2KABC?;5=8O< = 12 B>3>2K9   =12 1. $ !:0AK@A:0O 9=> >=AB0=B8=>2=0, 1951 3. @., =A 2. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. @5?@8=B / 1174/2006, =>O1@L 2006."AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> ""@>8F: =N-<0AA" " .. 5;5A52, .. 5@0A:8=, .. >;C152, .. C9:>2, !.. 04>@>6=K9, .. 20=>2, .. 070G5=:>, .. >E0=N:, .. 8E>284, .. >10H52, .. >78:, .. 0@DQ=>2, .. !:0AK@A:0O, .. "8B>2, .. #A0=>2.   6/10= 0,6 2. AA;54>20=85 MDD5:B>2 >1J5<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O b A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=>  "@>8F: =N-<0AA . . 5;5A52, . . 5@0A:8=, . . C9:>2, !. . 04>@>6=K9, . . 070G5=:>, . . >E0=N:, . . 8E>284, . . >10H52, . . >78:, . . 0@D5=>2, . . !:0AK@A:0O, . . !C40G:>2, . . "8B>2, . . #A0=>2 /$ 2K945B 2LVAL A25B 2 =><5@5 3(B>< 71) 2008 3.   3. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. >:;04 =0 % <564C=0@>4=>< @01>G5< A>25I0=88 "  (2006 3.) !:0AK@A:0O .. Calculation and Optimization of new Troitsk Spectrometer, Parameters and Fields.  =6 2. V. Paramonov, A.K. Skasyrskaya, INR, K. Floettmann, F. Stephan, DESY. PULSED RF HEATING PARTICULARITIES IN NORMAL-CONDUCTING L-BAND CAVITIES. Proc. of International Linac Conference, Linac 2006, #AB=K9 A5:F8>==K9 4>:;04. 1.5 10;;0 3. 7 02B>@>2, V.V. Paramonov, First high-power ACS modul for J-PARC linac. Proc. 2006 Linac Conference, >:A28;;, !(, 2006. Proc. 2006 Linac Conference, >:A28;;, !(, 2006.  =0,857 4. 6 02B>@>2. V.V. Paramonov, S.Korepanov et al., Design consideration of the RF deflector to optimize the photo injector for PITZ. Proc. of 26 International Free Electron Lasers, FEL2006, Conference, 5@;8=, 5@<0=8O, p. 605 1 10;;.   ?> 2KABC?;5=8O< = 9,357 B>3>2K9   =9,957LVALPOG(B5@= .., 1950 3.@., A=A 4>:B>@ D87.-<0B. =0C:(2006) C1;8:0F88: 1. Hurley, K.; Stern, B.; Kommers, J.; Cline, T.; Mazets, E.; Golenetskii, S.; Trombka, J.; McClanahan, T.; Goldsten, J.; Feroci, M.; Frontera, F.; Guidorzi, C.; Montanari, E.; Lewin, W.; Meegan, C.; Fishman, G.; Kouveliotou, C.; Sinha, S.; Seetha, S. (19 A>02B>@>2) "The Interplanetary Network Supplement to the BATSE Catalogs of Untriggered Cosmic Gamma-Ray Bursts" The Astrophysical Journal Supplement Series, Volume 156, Issue 2, pp. 217-226., 2005. <?0:B ApJ SS 14.428,  =14.428*30*0.1=43.284 2. Stern, Boris E.; Poutanen, Juri. "Blind Search for the Real Sample: Application to the Origin of Ultra-High-Energy Cosmic Rays" The Astrophysical Journal, Volume 623, Issue 1, pp. L33-L36,2005 <?0:B ASTROPHYS J 6.308  =6.308*30/2=94.62 3. Tikhomirova, Ya. Yu.; Stern, B. E., "Superlong Gamma-Ray Bursts" Astronomy Letters, vol. 31, Issue 5, p.291-298, 2005 <?0:B ASTRON LETT+ 1.315 ( >AA89A:89 6C@=0;)  =1.315*45/2=29.5875 4. Popov, S. B.; Stern, B. E. "Soft gamma repeaters outside the Local Group" Monthly Notices of the Royal Astronomical Society, Volume 365, Issue 3, pp. 885-890. , 2006 <?0:B MON NOT R ASTRON SOC 5.352  =5.352*30/2=80.28 5. Tikhomirova, Yana; Stern, Boris E.; Kozyreva, Alexandra; Poutanen, Juri "New soft gamma-ray bursts in the BATSE records and spectral properties of X-ray rich bursts" Monthly Notices of the Royal Astronomical Society, Volume 367, Issue 4, pp. 1473-1477. , 2006 <?0:B MON NOT R ASTRON SOC 5.352  =5.352*30/4=40.14 6. Stern, Boris E.; Poutanen, Juri "A photon breeding mechanism for the high-energy emission of relativistic jets" Monthly Notices of the Royal Astronomical Society, Volume 372, Issue 3, pp. 1217-1226., 2006 <?0:B MON NOT R ASTRON SOC 5.352  =5.352*30/2=80.28 7. Poutanen, J.; Stern, B. E., "Gamma-ray burst spectra from continuously accelerated electrons" Il Nuovo Cimento C, vol. 28, Issue 3, p.443, 2005 <?0:BD LVALT NUOVO CIMENTO C 0.312  =0.312*30/2=4.68 "   ?> ?C1;8:0F8O< 372.8715 KABC?;5=8O =0 :>=D5@5=F8OE 1. Stern, B. E.; Poutanen, J. Moriond Workshop "Very High Energy Phenomena in the Universe", 2005 (564C=0@>4=).  =6/3=2 2. (B5@= .. "-;5:B@><03=8B=K9 :0A:04 2 @073>==>< @568<5, :0: =>2K9 <5E0=87< A25B8<>AB8 1;070@>2" AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0" >A:20, , 2005 ( >AA89A:0O)  =4 3. Stern B.E. "Runaway electromagnetic cascade in shear flows and high energy radiation of astrophysical jets" The 6th INTEGRAL Workshop The Obscured Universe Space Research Institute, Moscow, Russia,2006 (564C=0@>4=0O)  =6   ?> :>=D5@5=F8O< =12 "+   = 384.8715LVALPOG>E0=N: ;048<8@ 8E09;>28G. 2. 1954. 3. 57 AB5?5=8 4. 0CG=K9 A>B@C4=8:. 5. 1. M.L.Bonardi, F.Groppi, H.S.Mainardi, V.M.Kokhanyuk, E.V.Lapshina, M. V. Mebel, B.L.Zhuikov. Cross-section studies on Copper-64 with zinc target in the proton energy range from 140 down to 31 MeV. Proc. of MARC VI - 6th Int. conf. on methods and applications of radioanalytical chemistry. J. Radioanal. Nucl. Chem., 2005, v.264, p.101-105. (7 02B>@>2) IF=0,460  =0.460*30/7=1.971 2. ..5;5A52, ..5@0A:8=, ..C9:>2, ..20=>2, !,,04>@>6=K9, ..070G5=:>, ..>E0=N:, ..8E>284, ..>10H52, ..>78:, ..0@D5=>2, ..!:0AK@A:0O, .."8B>2, ..#A0=>2. AA;54>20=85 MDD5:B>2 >1L5<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O b-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> "@>8F: =N-<0AA, @5?@8=B /  1174/2006, =>O1@L 2006. (14 02B>@>2)  =0 3. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. Submitted to: J. Labbeled Compounds and Pharmaceuticals, 2006.  =0.829*30/4=6.2175 6. .. C9:>2, !. !@820AB020, !.. @<>;052, .. >=OE8=, !.. %0<LO=>2, . . ">30520, .. >E0=N:. !?>A>1 ?>;CG5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O. 0B5=B $. 538AB@. ! 2006147199, 0O2:0 >B 29.12.2006. (7 02B>@>2)  =20/7=2.857 7. 1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava  Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV . Final Programme and Book of Abstracts-9th International Symposium on the Synthesis and Applications of Isotopes and Isotopically Labelled Compounds, p.124, 16-20 July 2006., Edinburgh, UK. (4 02B>@0)  =6/4=1.5 2. !.. @<>;052, .. C9:>2, !. !@820AB020, .. >=OE8=, !.. %0<LO=>2, . . ">30520, .. >E0=N:. >;CG5=85 117mSn 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:0. // !5<8=0@ $- 8<. .. 59?C=A:>3> @>872>4AB2> @048>0:B82=< LVALL KE 87>B>?>2 8 8AB>G=8:>2 8>=878@CNI53> 87;CG5=8O, 1=8=A:, 8 8N=O 2006 3.  =4/7=0.571 8. 1. @0=B "& !2371. !>2<5AB=>5 ?@>872>4AB2> @048>87>B>?>2 ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59. (IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2. @0=B $  ! RUB2-10235-MO-04 (BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 (IPP =><5@ ?@>5:B0 BNL-T2-324) 3. &5;520O ?@>3@0<<0 @57848C<0  ">445@6:0 8==>20F89", 20063 " 07@01>B:0, 8A?KB0=85 8 2=54@5=85 35=5@0B>@0 AB@>=F89-82/@C18489-82 4;O <548F8=A:>9 4803=>AB8:8 A ?><>ILN ?>78B@>==>-M<8AA8>==>9 B><>3@0D88". "+   = 13.1165LVALPOG2073=8=4 F8B8@ PRND factor of A.S. Botvina , 2005-2006. Publications in journals with referee examinations: 1. M.Jandel, A.S.Botvina, S.J.Yennello, G.A.Souliotis, D.V.Shetty, E.Bell, and A.Keksis. The decay time scale for highly excited nuclei as seen from asymmetrical emission of particles. Journal of Physics G (Nucl. Part. Phys.), v.31, p.29, 2005. PRND= 2.173*30/7 = 9.313 2. D.V.Shetty, A.S.Botvina, S.J.Yennello, G.A.Souliotis, E.Bell, and A.Keksis. Fragment yield distribution and the influence of neutron composition and excitation energy in multifragmentation reactions. Phys. Rev. C, v.71, p.024602, N.Y., 2005. PRND= 3.610*30/6 = 18.050 3. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, C.Boiano, A.S.Botvina, A.Boudard, J. Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstrom, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriak, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Luhning, J.Lukasik, U.Lynen, Z.Majka, M.Mocko, W.F.J.Muller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, A.Sokolov, K.Summerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch and B.Zwieglinski. Mass and isospin effects in multifragmentation. Nucl. Phys. A, v.749, p.83, Amsterdam, 2005. PRND= 1.950*30/55 = 1.063 4. V.A.Karnaukhov, H.Oeschler, S.P.Avdeyev, V.K.Rodionov, V.Kirakosyan, A.V.Simonenko, P.Rukoyatkin, A.Budzanowski, W.Karcz, I.Skwirczynska, E.A.Kuzmin, L.V.Chulkov, E.Norbeck, and A.S.Botvina. Spinodal decomposition, nuclear fog and two characteristic volumes in thermal multifragmentation. Nucl. Phys. A, v.749, p.65, Amsterdam, 2005. PRND= 1.950*30/14 = 4.179 5. R.Ogul, N.Buyukcizmeci, and A.S.Botvina. Nuclear fragmentation and critical LVALtemperature for the liquid-gas phase transition region. Nucl. Phys. A, v.749, p.126, Amsterdam, 2005. PRND= 1.950*30/3 = 19.500 6. D.Henzlova, L.Audouin, J.Benlliure, A.S.Botvina, A.Boudard, E.Casarejos, J.E.Ducret, T.Enqvist, L.T.Got, A.Heinz, A.Junghans, B.Jurado, A.Kelic, A.Krasa, T.Kurtukian, S.Leray, P.Napolitani, M.F.Ordonez, J.Pereira, R.Pleskac, F.Rejmund, M.V.Ricciardi, K.-H.Schmidt, Ch.Schmitt, C.Stephan, C.Villagrasa, C.Volant, A.Wagner and O.Yordanov. Isotopically resolved residues from the fragmentation of projectiles with largely different N/Z - the isospin-thermometer method. Nucl. Phys. A, v.749, p.110, Amsterdam, 2005. PRND= 1.950*30/29 = 2.017 7. A.Le Fevre, G.Auger, M.L.Begemann-Blaich, N.Bellaize, R.Bittiger, F.Bocage, B.Borderie, R.Bougault, B.Bouriquet, J.L.Charvet, A.Chbihi, R.Dayras, D.Durand, J.D.Frankland, E.Galichet, D.Gourio, D.Guinet, S.Hudan, G.Imme, P.Lautesse, F.Lavaud, R.Legrain, O.Lopez, J.Lukasik, U.Lynen, W.F.J.Mueller, L.Nalpas, H.Orth, E.Plagnol, G.Raciti, E.Rosato, A.Saija, C.Schwarz, W.Seidel, C.Sfienti, B.Tamain, W.Trautmann, A.Trzcinski, K.Turzo, E.Vient, M.Vigilante, C.Volant, B.Zwieglinski, and A.S.Botvina (The INDRA and ALADIN Collaborations). Isotopic scaling and the symmetry energy in spectator fragmentation. Phys. Rev. Lett., v.94, p.162701, N.Y., 2005. PRND= 7.489*30/44 = 5.106 8. N.Buyukcizmeci, R.Ogul, and A.S.Botvina. Isospin and symmetry energy effects on nuclear fragment production in liquid-gas type phase transition region. Eur. Phys. J. A, v.25, p.57, Berlin/Heidelberg, 2005. PRND= 1.659*30/3 = 16.590 9. J.Wang, T.Keutgen, R.Wada, K.Hagel, Y.G.Ma, M.Murray, L.Qin, P.Smith, J.B.Natowitz, R.Alfaro, J.Cibor, A.Botvina, M.Cinausero, Y.El Masri, D.Fabris, A.Keksis, S.Kowalski, M.Lunardon, A.Makeev, N.Marie, E.Martin, Z.Majka, A.Martinez-DaLVALvalos, A.Menchaca-Rocha, G.Nebbia, S.Moretto, G.Prete, V.Rizzi, A.Ruangma, D.V.Shetty, G.Souliotis, P.Staszel, M.Veselsky, G.Viesti, E.M.Winchester, S.J.Yennello, and W.Zipper. Ghoshal-like test of equilibration in near-Fermi-energy heavy-ion collisions. Phys. Rev. C, v.71, p.054608, N.Y., 2005. PRND= 3.610*30/37 = 2.927 10. J.Wang, R.Wada, T.Keutgen, K.Hagel, Y.G.Ma, M.Murray, L.Qin, A.Botvina, S.Kowalski, T.Materna, J.B.Natowitz, R.Alfarro, J.Cibor, M.Cinausero, Y.El Masri, D.Fabris, E.Fioretto, A.Keksis, M.Lunardon, A.Makeev, N.Marie, E.Martin, Z.Majka, A.Martinez-Davalos, A.Menchaca-Rocha, G.Nebbia, G.Prete, V.Rizzi, A.Ruangma, D.V.Shetty, G.Souliotis, P.Staszel, M.Veselsky, G.Viesti, E.M.Winchester, S.J.Yennello, W.Zipper, and A.Ono. Tracing the evolution of temperature in near Fermi energy heavy ion collisions. Phys. Rev. C, v.72, p.024603, N.Y., 2005. PRND= 3.610*30/38 = 2.850 11. A.S. Botvina and I.N. Mishustin. Multifragmentation reactions and properties of hot stellar matter at sub-nuclear densities. Phys. Rev. C, v.72, p.048801, N.Y., 2005. PRND= 3.610*30/2 = 54.150 12. L.Carlen, P.Golubev, B.Jakobsson, V.Avdeichikov, C.Ekstrom, C-J.Friden, A.Kolozhvari, L.Westerberg, A.Siwek, K.Aleklett, H.Persson, C.Rouki, A.S.Botvina, J.P.Bondorf, I.A.Pshenichnov, and I.N.Mishustin. Dynamical and statistical fragment emission properties in 200A MeV 20-Ne + 40-Ar collisions. Nucl. Phys. A, v.764, p.15, Amsterdam, 2006. PRND= 1.950*30/16 = 3.656 13. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Luehning, J.Lukasik, U.LyneLVALn, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Suemmerer, W.Trautmann, M.B.Tsang, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Mass and Isospin Dependence in Multifragmentation. Acta Phys. Polonica B, v.37, p.193, Cracow, 2006. PRND= 0.807*30/54 = 0.448 14. V.A.Karnaukhov, H.Oeschler, A.Budzanowski, S.P.Avdeyev, V.V. Kirakosyan, V.K.Rodionov, P.A.Rukoyatkin, A.V.Simonenko, W.Karcz, I.Skwirczynska, E.A.Kuzmin, E.Norbeck, A.S.Botvina. Liquid-fog and liquid-gas phase transitions in hot nuclei. Phys. Atom. Nucl., v.69, p.1142, Moscow, 2006. PRND= 0.914*45/13 = 3.164 15. W.Trautmann, A.S.Botvina, J.Brzychczyk, A.Le Fevre, P.Pawlowski, C.Sfienti, and the ALADIN and INDRA collaborations. Isoscaling and the symmetry energy in spectator fragmentation. In Proceedings of the International Workshop on Multifragmentation and Related Topics IWM2005, Catania, Italy, 2005, ed. By R.Bougault et al., (Italian Physical Society, Bologna 2006). IPS Conf. Proc., v.91, p.157, Bologna, 2006. PRND=0 16. V.Karnaukhov, H.Oeschler, S.Avdeyev, V.Rodionov, V.Kirakosyan, A.Simonenko, P.Rukoyatkin, A.Budzanowski, W.Karcz, I.Skwirczynska, B.Czech, L.Chulkov, E.Kuzmin, E.Norbeck, and A.Botvina. Nuclear multifragmentation and fission: similarity and differences. Proceedings of the International Workshop on Multifragmentation and Related Topics (IWM2005), Catania, Italy, 2005, ed. By R.Bougault et al., (Italian Physical Society, Bologna 2006). IPS Conf. Proc., v.91, p.363, Bologna, 2006. PRND=0 17. S.P.Avdeyev, V.A.Karnaukhov, H.Oeschler, V.K.Rodionov, A.V. Simonenko, V.V.Kirakosyan, P.A.Rukoyatkin, A.Budzanowski, W.Karcz, I.Skwirczynska, B.Czech, E.A.Kuzmin, L.V.Chulkov, E.Norbeck, A.S.Botvina. TiLVALme scale of the thermal multifragmentation in p(3.6 GeV) + Au collisions. Proceedings of the International Workshop on Multifragmentation and Related Topics (IWM2005), Catania, Italy, 2005, ed. By R.Bougault et al., (Italian Physical Society, Bologna 2006). IPS Conf. Proc., v.91, p.373, Bologna, 2006. PRND=0 18. J.Iglio, D.V.Shetty, S.J.Yennello, G.A.Souliotis, M.Jandel, A.Keksis, S.Soisson, B.Stein, S.Wuenschel, and A.S.Botvina. Symmetry energy and the isoscaling properties of the fragments produced in 40-Ar, 40-Ca + 58-Fe, 58-Ni reactions at 25, 33, 45, and 53 MeV/nucleon. Phys. Rev. C, v.74, p.024605, N.Y., 2006. PRND= 3.610*30/10 = 10.830 19. A.S.Botvina, N.Buyukcizmeci, M.Erdogan, J.Lukasik, I.N.Mishustin, R.Ogul, W.Trautmann. Modification of surface energy in nuclear multifragmentation. Phys. Rev. C, v.74, p.044609, N.Y., 2006. PRND= 3.610*30/7 = 15.471 20. A.S.Botvina and I.N.Mishustin. Statistical description of nuclear break-up. Eur. Phys. J. A, v.30, p.121, Berlin/Heidelberg, 2006. PRND= 1.659*30/2 = 24.885 21. V.A.Karnaukhov, S.P.Avdeyev, A.S.Botvina, A.Budzanowski, L.V.Chulkov, B.Czech, W. Karcz, V.V. Kirakosyan, E.A.Kuzmin, E.Norbeck, H.Oeschler, V.K.Rodionov, P.A.Rukoyatkin, A.V.Simonenko, I.Skwirczynska. Nuclear multifragmentation and fission: Similarity and differences. Nucl. Phys. A, v.780, p.91, Amsterdam, 2006. PRND= 1.950*30/15 = 3.900 Sum publications 2005-2006 : PRND= 193.995 ---------------------------------------------------------------------- 22. S.Kowalski, J.B.Natowitz, S.Shlomo, R.Wada, K.Hagel, J.Wang, T.Materna, Z.Chen, Y.G.Ma, L.Qin, A.S.Botvina, D.Fabris, M.Lunardon, S.Moretto, G.Nebbia, S.Pesente, V.Rizzi, G.Viesti, M.Cinausero, G.Prete, T.Keutgen, Y.El Masri, Z.Majka, A.Ono. Experimental determination of the symmetry energy of a loLVALw density nuclear gas. Phys. Rev. C, v.75, p.014601, N.Y., 2007. PRND= 3.610*30/24 = 4.512 23. G.A.Souliotis, A.S.Botvina, D.V.Shetty, A.L.Keksis, M.Jandel, M.Veselsky, S.J.Yennello. Tracing the evolution of the symmetry energy of hot nuclear fragments from the compound nucleus towards multifragmentation. Phys. Rev. C, v.75, p.011601, N.Y., 2007. PRND= 3.610*30/7 = 15.471 Sum publications (2005-2006) + 2007 : PRND= 213.978 ------------------------------------------------------------------------ Talks at International Conferences A.S.Botvina. Statistical descriptions of nuclear decay. Invited Talk at WCI-3 (3-rd World Consensus Initiative) meeting. TAMU, College Station, TX, USA, Febr.12-16, 2005. http://cyclotron.tamu.edu/wci3/WCI3/Monday/Afternoon/botvina.pdf PRND= 30/1 = 30.0 A.S.Botvina. Properties of stellar matter in supernova II explosions. Invited Talk at Hirschegg 2006: Astrophysics and Nuclear Structure. International Workshop XXXIV on Gross Properties of Nuclei and Nuclear Excitations, Hirschegg, Kleinwalsertal, Austria, January 15-21, 2006. http://theory.gsi.de/hirschegg/2006/program06.html PRND= 30/1 = 30.0 A.S.Botvina, I.N.Mishustin and W.Trautmann. Properties of stellar matter in supernova explosions and nuclear multifragmentation. Talk at 9 International Conference on Nucleus-Nucleus collisions, 28 Aug - 1 Sept 2006, Rio de Janeiro, Brazil. Http://www.nn2006.com.br/palestras_full.php PRND= 30/3 = 10.0 A.S. Botvina and I.N.Mishustin. Statistical description of multifragmentation: from nuclear reactions to supernova explosions. Invited Talk at International Conference "Selected topics on nuclear methods for non-nuclear applications", September 27 - 30, 2006, Varna, Bulgaria. Http://www.inrne.bas.bg/VLVAL.arna2006/ PRND= 30/2 = 15.0 Sum International Conferences (2005-2006): PRND= 85.0 --pLVALPOG# ;5:A0=4@ 02;>28G, @>4. 12.05.1976, =A .   70 2005-2006 33 = 10.225 !B0BL8 2 8=>AB@0==KE 6C@=0;0E. 1. V.V.Ammosov, G.I.Britvich, A.P.Chubenko, V.I.Drobzhev, A.D.Erlykin, G.I.Koltsov, S.V.Kryukov, G.I.Merzon, K.K.Mukashev, R.A.Mukhamedshin, V.N.Murashov, M.I.Panasyuk, V.P.Pavlyuchenko, V.A.Ryabov, O.G.Ryazhskaya, T.Saito, A.L.Shchepetov, N.M.Sobolevsky, A.P.Soldatov, V.M.Sultangazin, I.S.Trostin, V.G.Vasilchenko, G.T.Zatsepin, A.P.Zhukov. The modern concept of the INCA project elements. Nucl.Phys. (Proc.Suppl.) 151 (2006) 426-429.  =0.875*30/10=2.625 !B0BL8 2 @>AA89A:8E 6C@=0;0E. 2. ..<<>A>2, ..C:>2, .".0F5?8=, ..5@7>=, ..CE0<54H8=, .. O1>2, ".!08B>, ..!>1>;52A:89, ..&0@52, ..'C15=:>. >2KH5=85 MDD5:B82=>AB8 @538AB@0F88 =59B@>=>2 2 >=870F8>==>-=59B@>==>< :0;>@8<5B@5. @0B:85 A>>1I5=8O ?> D878:5, $, >A:20, 2005, ! 10, AB@. 40 48.  =6/10=0.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE. 3 D.Purcell, W.Blokland, A.Liyu, J.Patton, T.Pelaia, A.Zhukov. SNS IOCs Use of Relational Database to Supply Configuration Files. The 6th International Workshop on Personal Computers and Particle Accelerator Controls, October 24-27, 2006, CEBAF Center Jefferson Lab Newport News, VA USA. http://conferences.jlab.org/PCaPAC/talks/poster/Purcell.ppt  =6/6=1.0 4. S.Assadi, A.Zhukov. Beam-Loss Measurement and Simulation of Low-Energy SNS Linac. LINAC 06, 2006 Linear Accelerator Conference, August 21-25, 2006, Knoxville TN, USA.  =6/2=3.0 5. A.Liyu, A.Zhukov. IOC - Relational DB Connectivity Bridge. EPICS Collaboration Meeting, June 12-16, 2006, Argonne National Laboratory, Argonne, Illinois USA. http://www.aps.anl.gov/epics/meetings/2006-06/Infrastructure/IOC_RDB_Bridge.pdf  =6/2=3.0 @5?@8=BK. 6. ..C:>2, ..5@5:@5AB5=:>, !.$.!84>@:8=, ..!>1>;52A:89. !?5:B@K =59B@>=>2 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2  06 / . @5?@8=B /  1140/2005, >A:20, 2005.  =0 B>3>:  =10.225XLVAL j!5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, =A -!,   70 2005-2006 33. 1. A.A. Semenov and C.H. Woo/ Spatial ordering of primary defects at elevated temperatures // Phys. Rev. B 71, p. 054109-1  054109-14, 2005.   = 2.96230/2 = 44.43. 2. A.M. Ovcharenko, C.H. Woo and A.A. Semenov/  Master-equation for cascade damage modeling // J. Nucl. Mater. 341, p. 201-208, 2005.   = 1.41430/3 = 14.14. 3. A.A. Semenov and C.H. Woo/  Void concentration for heterogeneous microstructure development in annealed metals // J. Nucl. Mater. 342, p. 188-191, 2005.   = 1.41430/2 = 21.22. 4. A.A. Semenov, C.H. Woo and W. Frank//  Comments on Monte Carlo simulations of void lattice formation // Philosophical Magazine Letters 85, p. 563-568, 2005.   = 1.31430/3 = 13.14. 5. S.L. Dudarev, A.A. Semenov, and C.H. Woo/  Segregated void swelling in a spatially heterogeneous material // Fusion Eng. & Design, 2005, vol. 75-79, p. 1031-1035.   = 0.75330/3 = 7.53. 6. A.A. Semenov, C.H. Woo/  Effect of one-dimensional diffusion on void nucleation // Applied Physics A 84, p. 261-266, 2006.   = 1.2230/2 = 18.3. 7. A.A. Semenov, C.H. Woo/  Void lattice formation as a nonequilibrium phase transition // Phys. Rev. B 74, p. 024108-1 - 024108-15, 2006.   = 2.96230/2 = 44.43. B>3>:   = 163.19.C1;8:0F88 A=A  C7=5F>2>9 235=88 0A8;L52=K @0B:85 A>>1I5=8O ?> D878:5 $80=, !8 (2006), AB@. 32-41. C;L:>20 .!., C7=5F>20 .. @O<>5 >?@545;5=85 ?0@0<5B@>2 S-2>;=>2KE DC=:F89 MDD5:B82=>3> @048CA0 8 D07>2>3> 0=0;870 M:A?5@8<5=B0;L=KE A5G5=89 p-d @0AA5O=8O.  =6/2=3LVALPOG"+( N4<8;0 8:>;052=0, @>4. 23.10.1945, =A .   70 2005-2006 33 = 5.743 !B0BL8 2 8=>AB@0==KE 6C@=0;0E 1. A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.Fertman, A.V.Kunin, V.V.Vatulin, A.S.Gnutov, Y.V.Panova, H.Iwase, E.Mustafin, D.Schardt, K.Weyrich, N.M.Sobolevskiy, L.N.Latysheva. Measurement of the Energy Deposition Profile for 238U Ions with Specific Energy 500 and 950 MeV/u in Stainless steel and Copper Targets. Accepted to Nucl.Instr.Meth. B in 2006.  =1.181*30/10=3.543 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 2. A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.D.Fertman, A.V.Kunin, V.V.Vatulin, Yu.V.Panova, E.Mustafin, D.Schardt, K.Weyrich, I.Hofmann, N.M.Sobolevsky, L.N.Latysheva. The energy deposition profile for 238U ions with energies 500 and 950 MeV/u in iron and copper. Abstracts of the Sixth International Symposium on Swift Heavy Ions in Matter (SHIM2005), May 28-31, 2005, Aschaffenburg (Bavaria), Germany, p.53. http://www.gsi.de/conferences/SHIM2005S/proceedings.pdf  =6/10=0.6 3. E.Mustafin, I.Hofmann, D.Schardt, K.Weyrich, A.Fertman, A.Golubev, A.Kantsyrev, V.Luckjashin, L.Latysheva, N.Sobolevskiy, A.Kunin, Yu.Panova, V.Vatulin. Precision Measurements of Energy Deposition of U Ions in Cu and Stainless Steel Targets at Energies of 500 MeV/u and 950 MeV/u. 2005 Particle Accelerator Conference (PAC05), May 16-20, 2005, Knoxville, Tennessee, USA. Proceedings, pp. 2318-2320. http://accelconf.web.cern.ch/AccelConf/p05/PAPERS/RPPE034.PDF  =6/10=0.6 4. E.Mustafin, J.Kaugerts, G.Moritz, G.Walter, L.Latysheva, N.Sobolevskiy. Radiation Damage of the Elementsof the SIS300 Dipoles. 2005 Particle Accelerator Conference (PAC05), May 16-20, 2005, Knoxville, Tennessee, USA. Proceedings, pp. 3943-3945. http://accelconf.web.cern.ch/AccelConf/p05/PAPERS/FPAE075.PDF  =6/6=1.0 @5?@8=BK 5. L.Latysheva, N.Sobolevsky, E.Mustafin, P.Hulsmann. Simulation of radiation damage to the RF cavity ring cores of the SIS18 and SIS100 synchrotrons. Preprint GSI Acc Note 2007 01 LVAL03, Darmstadt, 2007. B>3>:  =5.743LVALPOG 02. A5:B. !04K:>2 028;L AE0B>28G " ARTICLE-2005 1.E.A. Ekimov, V.A. Sidorov, R.A. Sadykov, N.N. Mel nik, S. Gierlotka, A. Presz,  Synthesis of carbonado-like polycrystalline diamond in the B4C-graphite system , Diamond and related materials, 14, 437-440, 2005.  =( 1.867E 30):6 =9.335 2... :8<>2, .!.20=>2, . $. 0;L, ..!B0@>AB8=, .. !5@>2, .. O18=:8=, ..$>@B>2, .. !04K:>2, .. 5;L=8:, . @5H, >;CG5=85 8 A?5:0=85 0;<07=KE G0AB8F A =0=><5B@8G5A:8< =8:5;52K< ?>:@KB85<, , 403, ! 2, 189-192, 2005.  =(0.206E45):10=0.927 3.B.Fak, R.A.Sadykov, J.Flouquet, G. Lapertot,  Pressure dependence of the magnetic structure of the itinerant electron magnet MnSi , J. Phys.: Condens.Matter, 17, 1635-1644, 2005.  =(2.145E30):4=16.09 4.S.Lyubutin, A.G. Gavriliuk, I.A. Trojan, R.A. Sadykov,  Magnetic collapse in yttrium iron garnet Y3Fe5O12 at high pressure , JETP Letters, 82 (11), 797-802, 2005.  =(1.446E45):4=16.26 5. V.A. Sidorov, R.A. Sadykov,  Hydrostatic limits of Fluorinert liquids used for neutron and transport studies at high pressure , J. Phys.: Condensed Matter, 17, no.40, S3005-S3008, 2005.  =(2.145E30):2=32.175 6."..0@D>;><5520,!..>?>20, ..O?8=,..@06:8=, ..!04K:>2, !B@C:BC@=K5 ?@52@0I5=8O :0@18=0 ?@8 2KA>:>< 402;5=88, 5>@30=8G5A:85 <0B5@80;K,B>< 41,N9,A.1081-1086,2005.  =(0.356E45):5=3.204 ---------------------------------------------- 2 2005:  =77.991 " ARTICLE-2006 1...:8<>2, .. !04K:>2, .. @><=8F:0O, .. >=4@8=, .. 5;L=8:, $878:>-<5E0=8G5A:85 A2>9AB20 :><?0:B=>3> <0B5@80;0 =0 >A=>25 0<>@D=>3> 1>@0 ?>A;5 3>@OG53> 87>AB0B8G5A:>3> ?@5AA>20=8O, 5>@30=8G5A:85 <0B5@80;K, 42, ! 5, 538-543, 2006.  =(0.356E45):5=3.204 2... :8<>2, .. !84>@>2, .. 0E<0=8=0, .. 5;L=8:, .. "8<>D552, ..!04K:>2, A>15==>AB8 A8=B570, AB@C:BC@0 8 =5:>B>@K5 D878G5A:85 A2>9AB20 0;<070, ;538@>20==>3> 1>@><, 5>@30=8G5A:85 <0B5@80;K, 42, !11, 1198-1204, 20(LVAL806.  =(0.356E45):6=2.67 3.E.A. Ekimov, V.A. Sidorov, A.V. Rakhmanina, N.N. Mel nik, R.A. Sadykov, and J.D. Thompson,  High Pressure Synthesis and Characterization of Superconducting Boron-Doped Diamond , Science and Technology of Advanced Materials, v.7, S2-S6 (2006).  =( ? E30):6= ? ;81>  =6 4.M.V. Kondrin, A.G. Lyapin, R.A. Sadykov, V.V. Brazhkin, S.V. Popova,  Dilatometry and X-ray study of orientational phase transitions in C-60 , Fullerenes, Nanotubes, and Carbon Nanostructures, 14(2-3), 415-419, 2006.  =(1.433E 30):5=8.598 3. #G0AB85 2 =0CG=KE <5@>?@8OB8OE: 3.1. XIX !>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE >=45=A8@>20==>3> A>AB>O=8O !-2006(1=8=A:,12-15A5=B.2006): 3.1.;5=0@=K9 4>:;04 : ..!04K:>2 0728B85 =59B@>=>3@0D8G5A:8E 8AA;54>20=89 <03=5B8:>2 ?@8 2KA>:>< 402;5=88 (4> 40:10@), =87:8E B5<?5@0BC@0E(100mk) 8 2 A8;L=KE <03=8B=KE ?>;OE(9.5T).  =4 3.2. 34-5 !>25I0=85 ?> D878:5 =87:8E B5<?5@0BC@(!>G8,26-30A5=B.2006). ;5=0@=K9 4>:;04 : ..!04K:>2, 0728B85 =59B@>=>3@0D8G5A:8E 8AA;54>20=89 <03=5B8:>2 ?@8 2KA>:>< 402;5=88 , =87:8E B5<?5@0BC@0E 8 2 A8;L=KE <03=8B=KE ?>;OE.  =4 -------------------------------------------------------- 2 2006:  =28.47 " 2 2005+2006:  =77.99+28.47=106.46LVALPOGC1;8:0F88 2=A  !84>@:8=0 !.$. 70 420 ?>A;54=8E 3>40 !B0BL8 1. 53BO@52 .., 0;C38= .., >;OA:8= .., OA=8:>2 .., >=><0@52 .. ( & C@G0B>2A:89 8=AB8BCB), 0@<0=>2 $.. ("-), !5@538= .. (# %"), !84>@:8= !.$. (/ ) !+  "'! ! "  / " !#"&  +% ". B><=0O M=5@38O, B.101, 2K?. 2, AB@.116-125, 023CAB 2006.   = 0.036" 45/8=0.2025 Conferences 2. !.$.!84>@:8=, -..>?B5;>2, ..@02GC:, ..0B2552, ..>=><0@52, .. >3>2. @54;>65=85 ?> ADS - CAB0=>2:5 =0 >A=>25 ;8=59=>3> CA:>@8B5;O / . 564C=0@>4=0O =0CG=>-B5E=8G5A:0O :>=D5@5=F8O AA;54>20B5;LA:85 @50:B>@K 2 21 25:5. >A:20, 20-23 8N=O 2006.  =4/6=0.67 3. S.F.Sidorkin, V.V.Lemekhov, A.D.Perekrestenko, A.P.Zhukov, V.I.Trushkin. New Target Module of the Pulsed Neutron Source of INR RAS. 17th Meeting of the International Collaboration on Advanced Neutron Sources (ICANS-XVII), April 25-29, 2005, Santa Fe, New Mexico.  =6/5=1.2 4. I.I.Konovalov, A.A. Maslov, S.F. Sidorkin. CHOICE OF THE MATERIAL AND METHOD OF COATING OF TUNGSTEN PLATES. 17th Meeting of the International Collaboration on Advanced Neutron Sources (ICANS-XVII), April 25-29, 2005, Santa Fe, New Mexico.  =6/3=2 5. E.A.Koptelov, M.I.Grachev, L.V.Kravchuk, V.A.Matveev, A.D.Perekrestenko, Yu.V.Ryabov, S.F.Sidorkin. 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C1;8:0F88 !B0BL8 2 8=>AB@0==KE 6C@=0;0E. !C<<0  =91.376 1. L.Heilbronn, Y.Iwata, H.Iwase, T.Murakami, H.Sato, T.Nakamura, R.M.Ronningen, K.Ieki, I.Gudowska, N.Sobolevsky. Secondary neutron-production cross sections from heavy-ion interactions in composite targets. Phys. Rev. C74 (2006) 024603.  =3.610*30/10=10.83 2. I.Barabanov, S.Belogurov, L.Bezrukov, A.Denisov, V.Kornoukhov, N.Sobolevsky. Cosmogenic activation of Germanium and its reduction for low background experiments. Nucl.Instr.Meth. B251 (2006) 115 120.  =1.181*30/6=5.905 3. A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.Fertman, A.V.Kunin, V.V.Vatulin, A.S.Gnutov, Y.V.Panova, H.Iwase, E.Mustafin, D.Schardt, K.Weyrich, N.M.Sobolevskiy, L.N.Latysheva. Measurement of the Energy Deposition Profile for 238U Ions with Specific Energy 500 and 950 MeV/u in Stainless steel and Copper Targets. Accepted to Nucl.Instr.Meth. B in 2006.  =1.181*30/10=3.543 4. V.V.Ammosov, G.I.Britvich, A.P.Chubenko, V.I.Drobzhev, A.D.Erlykin, G.I.Koltsov, S.V.Kryukov, G.I.Merzon, K.K.Mukashev, R.A.Mukhamedshin, V.N.Murashov, M.I.Panasyuk, V.P.Pavlyuchenko, V.A.Ryabov, O.G.Ryazhskaya, T.Saito, A.L.Shchepetov, N.M.Sobolevsky, A.P.Soldatov, V.M.Sultangazin, I.S.Trostin, V.G.Vasilchenko, G.T.Zatsepin, A.P.Zhukov. The modern concept of the INCA project elements. Nucl.Phys. (Proc.Suppl.) 151 (2006) 426-429.  =0.875*30/10=2.625 5. O.Geithner, P.Andreo, N.Sobolevsky, G.Hartmann, O.Jaekel. Calculation of Stopping Power Ratios for Carbon Ion Dosimetry. Phys.Med.Biol. 51 (2006) 2279 2292.  =2.683*30/5=16.098 6. I.Gudowska, N.Sobolevsky. Calculations of Particle and Heavy Ion Interactions with Space Shielding Materials using the SHIELD-HIT Transport Code. Radiation Measurements, 41 (2006) 1091 1096.  =1.023*30/2=15.345 7. I.Gudowska, N.Sobolevsky. Simulation of secondary particle production and absorbed dLVALose to tissue in light ion beams. Radiation Protection Dosimetry 116 (2005) 301-306.  =0.490*30/2=7.35 8. I.Gudowska, J.Kempe, N.Sobolevsky. Low and High LET Dose Components in Carbon Beam. Radiation Protection Dosimetry Advance Access published on December 6, 2006. doi:10.1093/rpd/ncl472  =0.490*30/3=4.90 9. J.Kempe, I.Gudowska, N.Sobolevsky, A.Brahme. Fluence, energy fluence and absorbed dose in a therapeutic 7Li ion beam. Radiotherapy & Oncology 76, Suppl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olubev, A.V.Kantsyrev, V.E.Luckjashin, A.D.Fertman, A.V.Kunin, V.V.Vatulin, Yu.V.Panova, E.Mustafin, D.Schardt, K.Weyrich, I.Hofmann, N.M.Sobolevsky, L.N.Latysheva. The eneLVALrgy deposition profile for 238U ions with energies 500 and 950 MeV/u in iron and copper. Abstracts of the Sixth International Symposium on Swift Heavy Ions in Matter (SHIM2005), May 28-31, 2005, Aschaffenburg (Bavaria), Germany, p.53. http://www.gsi.de/conferences/SHIM2005S/proceedings.pdf  =6/10=0.6 15. E.Mustafin, I.Hofmann, D.Schardt, K.Weyrich, A.Fertman, A.Golubev, A.Kantsyrev, V.Luckjashin, L.Latysheva, N.Sobolevskiy, A.Kunin, Yu.Panova, V.Vatulin. Precision Measurements of Energy Deposition of U Ions in Cu and Stainless Steel Targets at Energies of 500 MeV/u and 950 MeV/u. 2005 Particle Accelerator Conference (PAC05), May 16-20, 2005, Knoxville, Tennessee, USA. Proceedings, pp. 2318-2320. http://accelconf.web.cern.ch/AccelConf/p05/PAPERS/RPPE034.PDF  =6/10=0.6 16. 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(2006) 151, 473 476,  =0.875*30/3= 8.75 CE0<54H8= .. /  2KAB@>5==>AB8 &  //8AL<0 2 -'/ (2006) ".3, ! 4 (133) 25LVAL 34,  =0.505*45= 22.72 >:;04K: Mukhamedshin R.A. / On alignment &  //29th ICRC (2005),   = 6.00 Hareyama M., & Mukhamedshin R.A. et al. / Proton and Helium &  //29th ICRC (2005),   =6/10= 0.60 Ichimura M., & Mukhamedshin R.A. et al. / Heavy component &  //29th ICRC (2005),   =6/10= 0. 60 Sveshnikova L.G., & Mukhamedshin R.A. et al. / All particle spectrum &  //29th ICRC (2005),   =6/10= 0.60 Ammosov V.V., & Mukhamedshin R.A. et al. / The modern concept &  //29th ICRC (2005),   =6/10= 0.60 Tsyabuk A.L., Mukhamedshin R.A., Stenkin Yu.V. / Search for &  //29th ICRC (2005),  =6/3= 2.00 Borisov A.S., & Mukhamedshin R.A. et al. / Attenuation length &  //29th ICRC (2005),  =6/9= 0.67 Ammosov V.V., & Mukhamedshin R.A. et al. / On potentialities &  //SpacePart 06,  =6/10= 0.60 Ammosov V.V., & Mukhamedshin R.A. et al. / High-energy &  //XIV ISVHECRI (2006),  =6/10= 0.60 Tsyabuk A.L., Mukhamedshin R.A., Stenkin Yu.V. / Lateral &  //XIV ISVHECRI (2006),  =6/3= 2.00 B>3>:  = 267.57LVALPOGC;038= !5@359 =0B>;L528G, @>4. 06.04.1959, A=A "$,   70 2005 2006 33. C1;8:0F88: S.A. Kulagin,  Relations between NC and CC neutrino structure functions for nucleons and nuclei , Nucl. Phys. Proc. Suppl. 139, AB@.213-218, 2005,   = 0.875*30 = 26.25 S.I. Alekhin, A.L. Kataev, S.A. Kulagin, M.V. Osipenko, Nucl. Phys. A755, AB@. 345-349, 2005,   = 1.95*30/4 =14.63 S.A. Kulagin and, R. Petti,  Global study of nuclear structure functions , Nucl. Phys. A765, AB@. 126-187, 2006,   = 1.95*30/2 = 29.25 MINERvA Collaboration (D. Naples et al., 55 02B>@>2),  MINERvA: High statistics neutrino scattering using a fine-grained detector , Int. J. Mod. Phys. A20, AB@. 3078-3081, 2005,   = 1.472*30/55 = 0.8 M. Osipenko , W. Melnitchouk , S. Simula, S. Kulagin, G. Ricco,  Leading twist moments of the neutron structure function F(2)n , Nucl. Phys. A766, AB@. 142-171, 2006,   = 1.95*30/5 = 11.7 S.A. Kulagin and R. Petti,  Phenomenology of lepton-nucleus DIS , Nucl. Phys. Proc. Suppl. 159, AB@. 180-185, 2006,   = 0.875*30/2 =13.13 S.A. Kulagin,  Theory and phenomenology of nuclear deep inelastic scattering , Acta Phys. Polon. B37, AB@. 2251-2258, 2006,   = 0.807*30 = 24.21 >:;04K: C;038= !5@359 =0B>;L528G, A.=.A. "$,   70 2005 2006 33. C1;8:0F88 2 6C@=0;0E: 1) S.A. Kulagin,  Relations between NC and CC neutrino structure functions for nucleons and nuclei , Nucl. Phys. Proc. Suppl. 139, AB@.213-218, 2005,   = 0.875*30 = 26.25 2) S.I. Alekhin, A.L. Kataev, S.A. Kulagin, M.V. Osipenko, Nucl. Phys. A755, AB@. 345-349, 2005,   = 1.95*30/4 =14.63 3) S.A. Kulagin and, R. Petti,  Global study of nuclear structure functions , Nucl. Phys. A765, AB@. 126-187, 2006,   = 1.95*30/2 = 29.25 4) MINERvA Collaboration (D. Naples et al., 55 02B>@>2),  MINERvA: High statistics neutrino scattering using a fine-grained detector , Int. J. Mod. Phys. A20, AB@. 3078-3081, 2005,   = 1.472*30/55 = 0.8 5) M. Osipenko , W. Melnitchouk , S. SimulLVALa, S. Kulagin, G. Ricco,  Leading twist moments of the neutron structure function F(2)n , Nucl. Phys. A766, AB@. 142-171, 2006,   = 1.95*30/5 = 11.7 6) S.A. Kulagin and R. Petti,  Phenomenology of lepton-nucleus DIS , Nucl. Phys. Proc. Suppl. 159, AB@. 180-185, 2006,   = 0.875*30/2 =13.13 7) S.A. Kulagin,  Theory and phenomenology of nuclear deep inelastic scattering , Acta Phys. Polon. B37, AB@. 2251-2258, 2006,   = 0.807*30 = 24.21 >:;04K =0 :>=D5@5=F8OE: 1) S.A. Kulagin, Invited talk at the Workshop "Neutrino physics at accelerators", Dubna, Jan. 25, 2006,   = 30 2) S.A.Kulagin, Invited talk at the Fourth International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt05), September 26 - 29, 2005, Okayama University, Okayama, Japan URL: http://fphy.hep.okayama-u.ac.jp/   = 30 3) S.A. Kulagin, Invited talk at the 20th Max Born Symposium Nuclear Effects in Neutrino Interactions, December 7 - 10, 2005, Wroclaw, Poland URL: http://users.ift.uni.wroc.pl/~mb20/   = 30 4) S.A. Kulagin, Invited talk at the International Seminar Quarks 06,   = 30 5) S.A. Kulagin,  Nuclear pion and shadowing effect on nuclear antiquarks , Talk at International Conference Relativistic Nuclear Physics and Quantum Chromodynamics (ISHEPP18) URL: http://relnp.jinr.ru/ishepp/,   = 6 6) S.A. Kulagin,  Modeling neutrino and electron scattering: from high to low Q^2 , Talk at International Conference Relativistic Nuclear Physics and Quantum Chromodynamics (ISHEPP18) URL: http://relnp.jinr.ru/ishepp/,   = 6 !C<<0@=K9 8=45:A F8B8@C5<>AB8 ?> SLAC SPIRES = 694 B>3>2K9   = 252.LVALPOG":0G52 3>@L 20=>28G, @>4 12.01.1957, 3;.=.A. ",   70 2005-2006 33 C1;8:0F88: 1) TeV signatures of compact UHECR accelerators. A. Neronov, P. Tinyakov, I. Tkachev. Zh.Eksp.Teor.Fiz.100:744-751,2005.   = 1.156*45/3 = 17.34 2) Constrained simulations of the magnetic field in the local Universe and the propagation of UHECRs. K. Dolag, D. Grasso, V. Springel, I. Tkachev. JCAP 0501:009,2005.   = 6.739*30/4 = 50.54 3) Massive graviton as a testable cold dark matter candidate. S.L. Dubovsk, P.G. Tinyakov, I.I. Tkachev Phys.Rev.Lett.94:181102,2005.   = 7.035*30/3 = 70.35 4) Deflections of cosmic rays in a random component of the Galactic magnetic field. P.G. Tinyakov, I. I. Tkachev Astropart.Phys.24:32-43,2005.   = 4.022*30/2 = 60.33 5) Quantum cosmology of the brane universe. A. Boyarsky, A. Neronov, I. Tkachev Phys.Rev.Lett.95:091301,2005.   = 7.035*30/3 = 70.35 6) Cosmological attractors in massive gravity. S.L. Dubovsky, P.G. Tinyakov, I.I. Tkachev Phys.Rev.D72:084011,2005.   = 4.599*30/3 = 45.99 7) Identification of extragalactic sources of the highest energy EGRET photons by correlation analysis. D.S. Gorbunov, P.G. Tinyakov, I.I. Tkachev, S.V. Troitsky Mon.Not.Roy.Astron.Soc.Lett.362:L30-L34,2005.   = 4.993*30/4 = 37.45 8) Estimate of the correlation signal between cosmic rays and BL Lacs in future data. D. S. Gorbunov, P.G. Tinyakov, I.I. Tkachev, S.V. Troitsky JCAP 0601:025,2006.   = 6.739*30/4 = 50.54 9) Where to find a dark matter sterile neutrino? A. Boyarsky, A. Neronov, O. Ruchayskiy, M. Shaposhnikov, I. Tkachev Phys.Rev.Lett.97:261302,2006.   = 7.035*30/5 = 42.21 10) The nuMSM, inflation, and dark matter. M. Shaposhnikov, I. Tkachev Phys.Lett.B639:414-417,2006.   = 4.066*30/2 = 60.99 (  ?C1;8:0F88 = 506) ************************************************************* >:;04K: 1) @83;0H5==K9 4>:;04 "Ultra-high Energy Cosmic Rays" =0 <564C=0@>4=>9 :>=D5@5=F88 "CosmrLVALic Connections", April 17-23, 2005, Villa La Magia, Pistoia, Italy http://www.physics.ucla.edu/~lamagia/   = 30 2) @83;0H5==K9 4>:;04 "The Quest for Sources of Ultra-high Energy Cosmic Rays" =0 XII 564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 ?> D878:5 M;5<5=B0@=KE G0AB8F, #, 25-31 23CAB0 2005 http://www.icas.ru/russian/index.htm   = 20 3) >:;04 "Correlations with astrophysical sources in HiRes stereo data", Moriond, France, 14 March 14 2005 (4 02B>@0)   = 6/4 4) >:;04 "Quantifying expectations of UHECR - BL Lacs correlations" =0 14->9 <564C=0@>4=>9 :>=D5@5=F88 "Quarks-2006" St. Petersburg, Russia, 19-25 May, 2006. (4 02B>@0)   = 6/4 5) @83;0H5==K9 4>:;04 "Status of correlations with BL Lacs" =0 <564C=0@>4=>9 :>=D5@5=F88 CRIS 2006 "Ultra- High Energy Cosmic Rays: Status and Perspectives" Catania, Italy, May 29 - June 2, 2006   = 30 6) &8:; ?@83;0H5==KE ;5:F89 "Introductory Cosmology" =0 ;5B=59 H:>;5 "NIC-IX" (Nuclei in the Cosmos - IX) CERN, Switzerland, 19-24 June 2006   = 30 7) &8:; ?@83;0H5==KE ;5:F89 "Ultra-high energy cosmic rays" =0 86->9 ;5B=59 H:>;5 2 57CH "Particle Physics and Cosmology: the Fabric of Spacetime", Les Houches, France, August 2006   = 30 8) @83;0H5==K9 4>:;04 "Turbulence in Reheating and Thermalization" =0 <564C=0@>4=>9 :>=D5@5=F88 "Non-linear dynamics in cosmology and high-energy physics", Madrid, Spaine, 13-16 September 2006   = 6 9) @83;0H5==K9 4>:;04 "510@8>==0O B5<=0O <0B5@8O: <>45;8 8 >3@0=8G5=8O" =0 A5@>AA89A:>9 0AB@>D878G5A:>9 :>=D5@5=F88, "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2006" (HEA 2006), >A:20,  , 25-27 45:01@O 2006 3.   = 20 (  4>:;04K = 169) ************************************************************* B>3>:   = 675LVALPOG>?B5;>2 -4C0@4 ;5:A5528G,   C1;8:0F88: 1. E.A. Koptelov, V.A. Fedchenko, O.N. Goncharenko, M.I. Grachev, L.V. Kravchuk, V.A. Matveev, A.D. Perekrestenko, Yu.V. Ryabov, S.F. Sidorkin. Spallation Neutrons at INR RAS  A Facility Status Report, The 17th Meeting of the International Collaboration on Advanced Neutron Sources, (ICANS-XVII), April 25-29, 2005, Santa Fe, New Mexico, USA, V.I, p. 69-76.  =6/9=0.7 2. E.A. Koptelov. A probable scenario of copper precipitate clustering in model FeCu alloys under cascade-damage irradiation. J. Nucl. Mater. 355(2007)238-247.  =1.414*30=42.4 3. E.A. Koptelov. On Possible Mechanism of Copper Precipitate Clustering in Model FeCu Alloys under Cascade-Damage Irradiation. ExtreMat scientific publications at the EUROMAT 2005. http://www.extremat.org/ib/site/publication/downloads/Paper%20Koptelov.pdf, http://www.extremat.org/  =6 4. C1;8:0F88 2 B@C40E 564C=0@>4=0O =0CG=>-B5E=8G5A:0O :>=D5@5=F8O AA;54>20B5;LA:85 @50:B>@K 2 21 25:5, 20-23 8N=O 2006 3., >A:20, -": " ;5=0@=K9 4>:;04: -.. >?B5;>2 59B@>==K9 :><?;5:A /   =30+6=36 " !B5=4>2K9 4>:;04: !.$.!84>@:8=, -..>?B5;>2, ..@02GC:, ..0B2552 (/ , >AA8O), ..>=><0@52 ( & , >AA8O), .. >3>2 (/, >AA8O), .."@CH:8=, ..5<5E>2 ($# -", >AA8O) @54;>65=85 ?> ADS CAB0=>2:5 =0 >A=>25 ;8=59=>3> CA:>@8B5;O /   =4/8+6/8=1.25 " ;5=0@=K9 4>:;04: <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 ;>2CH:8 ?@>B>==>3> ?CG:0 $ / , ... O1>2, M.. @0G52, -.. >?B5;>2, .. $54G5=:>  =30/4+6/4=2.5 5. ;5=0@=K9 4>:;04: ICANS-XVIII, 18th Meeting of the International Collaboration on Advanced Neutron Sources, April 25-29, 2007, Dongguan, Guangdong, P R China A Neutron Complex of INR RAS -- A Facility Status Report E.A. Koptelov, L.V. Kravchuk  =30/2=15 6. !B5=4>2K9 4>:;04: ICANS-XVIII, 18th Meeting of the International Collaboration on Advanced Neutron Sources, April 25-29, 2007, Dongguan, Guangdong, P R China, Setup forLVAL Study Neutron-Neutron Final State Interaction at Neutron Channel of Moscow Meson Factory M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev  =6/12=0.5 7. !B5=4>2K9 4>:;04: 18th Meeting of the International Collaboration on Advanced Neutron Sources, April 25-29, 2007, Dongguan, Guangdong, P R China, Neutron Sources for Neutron Therapy at the INR Facilities, S.V. Akulinichev, E.A. Koptelov, L.V. Kravchuk, V.M. Skorkin  =6/4=1.5 8. !B5=4>2K9 4>:;04: On Possible Role of Thermodiffusion for Redistributio of Impurity Atoms in a Supersaturated Solid Solution during Collision Cascade Relaxation, E.A. Koptelov, EUROMAT-2007 Congress, Nuremberg, Germany.  =6 9. !B5=4>2K9 4>:;04:  Choice of the Material and Method of Coating of Tungsten Plates , I.I. Konovalov, A.A. Maslov, S.F. Sidorkin and E.A. Koptelov, Euromat 2007 Conference in Nuremberg, Germany  =6/4=1.5 10. AA;54>20=8O ?>410@L5@=>3> 45;5=8O =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100) / : 236U(n,f)., @5?@8=B /  1182/2007. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=*.  =0 11. !B5=4>2K9 4>:;04: E.A. Koptelov. On Possible Mechanism of Copper Precipitate Clustering in Model FeCu Alloys under Cascade-Damage Irradiation. EUROMAT 2005. Prague, September 2005.  =6 0B5=B  =20/3=6.7 C:>4AB2> 0A?8@0=B>< "  =126.1    =299+10.2+3+5.7+126.5+163.2+5.5+154.1=767.2 !    =767.2/11=69.7 '",  =0.5*126.1+0.75*69.7=63.1+52.3=115.4LVALPOG02@8= ;048<8@ 8:>;0528G @>4. 15.04.1941, 4.D.<.=., 70254CNI89 ;01>@0B>@859 -,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 V.N.Gavrin for SAGE Collaboration, Measurement of the solar neutrino capture rate in SAGE and the value of the pp-neutrino flux at the earth, Nuclear Physics B (Proceedings Supplements), 138 (2005) 87-90,   = 0.875*30= 26.2 ...14C@0H8B>2, ..02@8=,LVAL ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.5 ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@, >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*45/13= 1.0 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@., "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*45/14=1.0 V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al., Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry//Solid-State Electronics, 51 (2006), in print,  =1.008*30/9 =3.36 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Present Status of the 37Ar Neutrino Source Experiment, XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrLVALino experiment to neutrinos from an 37Ar source, //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.N.Gavrin and B.T.Cleveland, Radiochemical solar neutrino experiments//Neutrino 06, June 13-19, 2006, Santa Fe, NM, USA,  =30/2 = 15 V.N.Gavrin, Facilities for low energy neutrino in astrophysics//ICHEP 06, July 26  August 2, 2006, Moscow, Russia,  =30 J.N. Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer //5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,   = 30/8 = 3.7 J.N. Abdurashitov, V.N.Gavrin, A.V.Kalikhov, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al  Segmented Fast Neutron Spectrometer. //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,   = 30/10 = 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 =3 ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@. -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  =6/11 = 0.6 J.P.Kozlova, V.N.Gavrin, A.V.Kalikhov, I.A.Vasilenko, E.P.Veretenkin, 8 4@  Electrical properties of detector SSD GaAs  ,. XIIIth Int School on  Particles and Cosmology , April 21-26, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =30/10 = 3 M.F.Mustafin, V.N.Gavrin, J.P.Kozlova, I.A.Vasilenko, E.P.Veretenkin, V.E LVAL .Yants, et al  Gallium nitride as a material for radiation detectors , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =6/7 = 0.8 C:>2>4AB2> A>8A:0B5;5<:  =30 ":  =160.8   @C:>2>48B5;O=160.8*0.5+49.4*0.75= 80.4+ 37= 117.520Za h  o  v # } * 1 DKRY` g3FB7@?l @RFFF:߿OX9B N 7@? @QFFF:߿ zAx7@?@0FFF:߿QffA@ 7@?<"NPOGFFF:߿^apbu[ 7@?::::Ͽ7A7@?p@JFFF:߿yRN Z] 7@?::::ϿeyRN Z]67@?::::ϿRA7@?$KPOGFFF:߿<̴A 7@? @JFFF:߿L B7@?+GPOGFFF:߿ORA@ 7@?!DPOGFFF:߿ARAr<B*7@?d$APOGFFF:߿At b7@?!>POGFFF:߿/A@ 7@?N";POGFFF:߿ףB<7@?d)8POGFFF:߿ףB<7@?N)5POGFFF:߿rC1CT$16)T$7@?91POGFFF:߿u@7@?@0FFF:߿P@7@?@0FFF:߿0 @,7@?j@,FFF:߿,B C7@?8'-POGFFF:߿ A~7@? @,FFF:߿UHfCD/x"$7@?@+FFF:߿M cB  " 7@?::::Ͽ@%DbuҌ87@?)POGFFF:߿|`Al47@?h @(FFF:߿@@^,7@?0 @'FFF:߿33@&&7@?@&FFF:߿C B' 7@? @%FFF:߿ B7@? @$FFF:߿Y B| 7@? @#FFF:߿ )C9$b*$,7@?P @"FFF:߿ @KC^apbu 7@? @!FFF:߿}_BT &|7@?)POGFFF:߿33_BT &|7@?.#POGFFF:߿gff.B*7@?POGFFF:߿R8(Cf7@?!POGFFF:߿̨AL( N 7@?tPOGFFF:߿ff&B7@?POGFFF:߿ZRB 7@?d#POGFFF:߿Y Cb 7@?dsPOGFFF:߿KB1X7@?"POGFFF:߿rff>B7@?POGFFF:߿CMB P7@?'POGFFF:߿=33KBZ |7@?#POGFFF:߿L#Bd1`"7@?@FFF:߿H CByRN Z]Q7@?$2POGFFF:߿LVAL-:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 @83>@L520 !25B;0=0 20=>2=0, 13.07.1944, A.=.A. -,   70 2005-200633 C1;8:0F88: 1)  Dip in UHECR spectrum as signature of proton interaction with CMB . V. Berezinsky, A.Z. Gazizov, S. I. Grigorieva, Phys. Lett. B 612:147-153, 2005.  =5,301*30/3=50.3 2)  Evidence for UHECR protons interacting with CMB . V. Berezinsky, A. Gazizov, S. Grigorieva, Proceedings 29th Cosmic Ray Conference, Pune, India, 3-11 Aug 2005 v. 3, pp. 189-192.   =6/3=2 3)  Extragalactic UHE proton spectrum and prediction of flux of iron-nuclei at 10^8 GeV  10^9 GeV . V. S. Berezinsky, S. I. Grigoreva, B. I. Hnatyk, Nucl. Phys. Proc. Suppl.151:497-500, 2006.   =0,875*30/3=8,75 4)  On astrophysical solution to ultrahigh-energy cosmic rays . V. Berezinsky, A. Z. Gazizov, S. I. Grigorieva, Phys. Rev. D74:043005, 2006.   =4,852*30/3=48,52 >:;04K: 1) !?5:B@ :>A<8G5A:8E ;CG59 A25@E2KA>:8E M=5@389. !. . @83>@L520, 29 >AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 2006.   =4 2005-200633  =50,3+2+8,75+48,52+4=113,57LVALPOG14C@0H8B>2 6>=@84 0@8<0=>28G. @>4.04.06.1963, =.A. -,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.5 ..14C@0H8B>2, ..5@5B5=:LVAL8=, ..02@8=, ..8@<>2, .-./=F, 8 4@, "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*45/14=1.0 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al  Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present Status of the 37Ar Neutrino Source Experiment , XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 J.N. Abdurashitov, V.N.Gavrin, A.V.Kalikhov, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al  Segmented Fast Neutron Spectrometer. //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005, Kabardino-Balkaria, Baks0n Valley, Russia,   = 30/10 = 3 J.N. Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer //5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,   = 30/8 = 3.7 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  LVAL0  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 = 3 "  =50.8 =45:A F8B8@>20=8O: 23LVALPOG5@5B5=:8= 235=89 02;>28G @>4.10.04.1952 3., A=A -,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@, "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*45/14=1.0 ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@. >=AB@C:F8LVALO 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*45/13= 1.0 V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al., Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry// Solid-State Electronics, 51 (2006), in print,  =1.008*30/9 =3.36 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present Status of the 37Ar Neutrino Source Experiment , XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005, Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 M.F.Mustafin, V.N.Gavrin, J.P.Kozlova, I.A.Vasilenko, E.P.Veretenkin, V.E.Yants, et al  Gallium nitride as a material for radiation detectors , XIIIth Int School on  Particles and Cosmology , April 18-23, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =6/7 = 0.8 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.VLVAL. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 = 3 ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@ -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  =6/ 11= 0.6 J.P.Kozlova, V.N.Gavrin, A.V.Kalikhov, I.A.Vasilenko, E.P.Veretenkin, 8 4@. Electrical properties of detector SSD GaAs  ,. XIII Int School on  Particles and Cosmology , April 21-26, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =30/10 = 3 "  =51.4 =45:A F8B8@>20=8O: 57LVALPOG8@8= !5@359 0A8;L528G @>4.23.01.1954, 8=6.-8AA;. ,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source, //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source, //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Measurement of the Response of a Ga Solar Neutrino ExperLVALiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Present Status of the 37Ar Neutrino Source Experiment, XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice, Italy,  =30/45= 3 S.V.Girin  Solar neutrino spectrometer for low energies  PHONON-MICROWAVE , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =6 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Present status of the SAGE 37Ar neutrino source experiment, XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 =3 "  =47.6 =45:A F8B8@>20=8O: 24LVALPOG>@10G52 0;5@89 ;048<8@>28G @>4 20.03.1965, :.D.<.=., =.A. ,   70 2005-2006 3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 V.V.Gorbachev  Status and perspectivesof gallium experiments , to be published in Nuclear Physics B Proceedings Suppl (2007) //ICHEP 06,  = 0.875*30=26.2 ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@., >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar LVAL//@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*45/13= 1.0 "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O, //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*45/14=1.0 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.5 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/23 = 3 V.V.Gorbachev  Status and perspectivesof gallium experiments , //ICHEP 06, Moscow, Russia, 2006,  =30 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants,G. T. Zatsepin, et.al , Present Status of the 37Ar Neutrino Source Experiment , XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice, Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikh4 LVALD in, E.P.Veretenkin, V.M.Vermul, V.E.Yants,G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 "  =101.3 =45:A F8B8@>20=8O: 24LVALPOG0F5?8= 5>@389 "8<>D5528G,. @>4 28.05.1917, 4D<=, 0:045<8:, 702.;01. -,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the Response of a GLVAL a Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Present Status of the 37Ar Neutrino Source Experiment , XI the Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 -= 3 "  = 41.6 =45:A F8B8@>20=8O: 47& 5>@389 "8<>D5528G , @>4.28.05.1917,   70 2005-2006 33. C1;8:0F88: O.G. Ryazhskaya,L.V. Volkova and G.T. Zatsepin. Direct cosmic ray muons and atmospheric neutrinos . Nucl. Phys. B (Proc. Suppl.),143 (2005) 527.   = 0.875*30/3=8.75 O.G. Ryazhskaya, L.V. Volkova and G.T. Zatsepin. Possible charm production and direct muon contribution to EAS at very high energies. Int. J. of Modern Phys. A, vol. 20 N 29, (2005) pp.6971.  =1.472*30/3=14.72 O.G.Ryazhskaya,L.V. Volkova and G.T. Zatsepin. Prompt and direLVAL ct muon production in the atmosphere and very high energy inclined EAS at sea level. Nucl. Phys. B (Proc. Suppl.), 151(2006)303.  =0.875*30/3=8.75 B>3>:  =32,22 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the ResponsLVAL e of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Present Status of the 37Ar Neutrino Source Experiment , XI the Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 -= 3 "  = 41.6 <C@8= .., =B>=>20 .., CB>20 .., & 0F5?8= ."., & CE0<54H8= .. 8 4@. "O=L-(0=LA:0O CAB0=>2:0 ATHLET 4;O :><?;5:A=>3> 8AA;54>20=8O :>A<8G5A:8E ;CG59, 72. , A5@. 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Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source, //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN, //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.5 V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, LVALE.P Veretenkin, et al., Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry, Solid-State Electronics, 51 (2007), in print,  =1.008*30/9 =3.36 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Present Status of the 37Ar Neutrino Source Experiment, XI the Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source//IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Present status of the SAGE 37Ar neutrino source experiment, XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/23= 3 J.P.Kozlova, V.N.Gavrin, A.V.Kalikhov, I.A.Vasilenko, E.P.Veretenkin, 8 4@  Electrical properties of detector X LVALh SSD GaAs  ,. XIIIth Int School on  Particles and Cosmology , April 21-26, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =30/10 = 3 J.N. Abdurashitov, V.N.Gavrin, .V.Kalikhov, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer, //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,   = 30/10 = 3 "  =52.5 =45:A F8B8@>20=8O: 54LVALPOG=>45;L "0BLO=0 ;048<8@>2=0. @>4 8.05.1957, :E=, =.A. -,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the Response of a Ga Solar NeutrinoTLVALd Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Present Status of the 37Ar Neutrino Source Experiment , XI the Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 -= 3 "  = 41.6 =45:A F8B8@>20=8O: 47LVALPOGK>7;>20 .;8O 02;>2=0 @>4.29.12.1959, :.D.<.=., =.A. -,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al. Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry// Solid-State Electronics, 51 (2006), in print,  =1.008*30/9 =3.36 >:;04K: J.P.Kozlova, V.N.Gavrin, A.V.Kalikhov, I.A.Vasilenko, E.P.Veretenkin, 8 4@  Electrical properties of detector SSD GaAs  ,. XIIIth Int. School on  Particles and Cosmology , April 21-26, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =30/10 = 3 ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@ -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  =6/11 = 0.6 ..LO:>=>2, ...>7;>20, ..0@:>2, ..565==K9, "...3>20. 5>1@0B8<K9 E0@0:B5@ @50:F88 >A0645=8O GaN 2 E;>@84-384@84=>< ?@>F5AA5, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  = 6/5 = 1.2 ..>2>@:>2, ..LO:>=>2, ...>7;>20, ..0@:>2, ..565==K9, .$.02;>2, ./.>;O:>2, ..!<8@=>2, "...3>20. -"!,+ ! GaN, + )+ % - + ",  % C!". 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  = 6/9 = 0.7 M.F.Mustafin, V.N.Gavrin, J.P.Kozlova, I.A.Vasilenko, E.P.Veretenkin, V.E.Yants, et al  Gallium nitride as a material for radiation detectors ,. XIIIth Int School on  Particles and Cosmology , April 18-23, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =6/7 = 0.8 ..LO:>=>2, ...>7;>20, ..0@:>2, ..565==K9, .$.02;>2, ..5B@>20, "...3>20. 5B0;;>3@0D8G5A:85 8 @5=B35=>48D@0:B><5B@8G5A:85 8AA;54>20=8O M?8B0:A80;L=KE A;>52 GaN, 2K@0I5==KE =0 A0?D8@5 <5B>40<8 307>B@0=A?>@B=>9 M?8B0:A88` LVALp . 3-O 564C=0@>4=0O :>=D5@5=F8O ?> D878:5 :@8AB0;;>2 @8AB0;;>D878:0 21-3> 25:0, '5@=>3>;>2:0, 2006,  =6/7 = 0.8 ..LO:>=>2, ...>7;>20, ..0@:>2, ..565==K9, .$.02;>2, ..5B@>20, "...3>20. !B@C:BC@=K5 8AA;54>20=8O 35B5@>M?8B0:A80;L=KE A;>52 GaN, 2K@0I5==KE =0 A0?D8@5. XII 0F8>=0;L=0O :>=D5@5=F8O ?> @>ABC :@8AB0;;>2, , >A:20 2006,  =4/7 = 0.6 C:>2>4AB2> 48?;><=8:><:  =10 "  =21.1 =45:A F8B8@>20=8O: 2LVALPOG0B2552 8:B>@ =0B>;L528G @>4. 11.12.1941, 4.D.<.=., 0:045<8:, 48@5:B>@ / ,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. ShikhinLVAL, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Present Status of the 37Ar Neutrino Source Experiment, XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 =3 ":  =29.5 2. V.A.Matveev, A.N.Tavkhelidze The quantum number color, colored quarks and QCD (Dedicated to the 40th Anniversary of the Discovery of color). $878:0 M;5<5=B0@=KE G0AB8F 8 0B><=>3> O4@0. 2006. B.37. 2K?.3. = 0.505*30/2=7.6 3. V.A.Matveev, A.N.Tavkhelidze The quantum number color, colored quarks and QCD (Dedicated to the 40th Anniversary of the Discovery of the Quantum Number Color) Report presented at the 99th Session of the JINR Scientific Council, Dubna, 19-20 January 2006. = 6/2=3 4. V.A.Matveev, A.N.Tavkhelidze The Quantum number of color, Colored Quarks and QCD. Proceedings of the Conference held in Yalta (Crimea), September 16-23, 2006. = 6/2=3 5. V.A.Matveev, A.N.Tavkhelidze The quantum number color, colored quarks and QCD. Proceedings of the Advanced Studies Institute on SYMMETRIES AND SPIN Czech Republic, Prague, July 19-26, 2006/ Czechoslovak JOULVALRNAL OF PHYSICS vol.56 2006 Suppl.F Czypao 56 (F) F1  F376(2006) ISSN 0011-4626 ( Recognized by the EUROPEAN PHYSICAL SOCIETY = 6/2=3 ": +16.6 = 46,1LVALPOG8@<>2 ;LO 0C<>28G, @>4. 04.12.1962 , :.E.B.=., =.A. -,   70 2005-2006 .3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@ >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*45/13= 1.0 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@ "5E=>;>38O 8LVAL CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*45/14=1.0 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Present Status of the 37Ar Neutrino Source Experiment , XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice, Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 -= 3 "  =43.6 =45:A F8B8@>20=8O: 53LVALPOG(8E8= ;5:A0=4@ ;5:A0=4@>28G @>4 16.04.1963, =.A. ,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source, //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.5 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.VLVAL.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Present Status of the 37Ar Neutrino Source Experiment, XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source, //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 J.N. Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer //5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,   = 30/8 = 3.7 A.A.Shikhin, Data acquisition system for a segmented neutron spectrometer, //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,   = 6 J.N. Abdurashitov, V.N.Gavrin, .V.Kalikhov, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer, //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,   = 30/10 = 3 V.V.Gorbachev, J.N.Abdurashitov LVAL , V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin et.al , Present status of the SAGE 37Ar neutrino source experiment XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/23 = 3 "  =55.8 =45:A F8B8@>20=8O: 53LVALPOG/=F 8:B>@ -4C0@4>28G @>4.12.11.1953, =.A.-,   70 2005-2006 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al , The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/26=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/45=10.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants,G. T. Zatsepin, et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.914*45/45=4.1 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , to be published in Nuclear Physics B Proceedings Supplements,  =0.875*30/45= 2.6 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@., "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*45/14=1.0 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=LVAL , .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.5 >:;04K: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al , Measurement of the Response of a Ga Solar Neutrino Experiment to 37Ar Source//5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,  =30/44= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Present Status of the 37Ar Neutrino Source Experiment, XIth Int. Workshop on Neutrino Telescopes, Feb.22-25, 2005 , Venice. Italy,  =30/45= 3 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin, et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source //IXth Int. Conference on Topics in Astroparticle and Underground Physics (TAUP'05), September 10-14, 2005 in Zaragoza, Spain,  =30/45= 3 J.N. Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer //5th Int. Conference on Non-Accelerator New Physics (NANP'05), June 20-25, 2005 in Dubna, Moscow region, Russia,   = 30/8 = 3.7 J.N. Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al  Segmented Fast Neutron Spectrometer //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,   = 30/8 = 3.7 M.F.MustafinLVAL, V.N.Gavrin, J.P.Kozlova, I.A.Vasilenko, E.P.Veretenkin, V.E.Yants, et al  Gallium nitride as a material for radiation detectors ,. XIIIth Int School on  Particles and Cosmology , April 18-23, 2005, Kabardino-Balkaria, Baksan Valley, Russia,  =6/7 = 0.8 V.V.Gorbachev, J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E. P.Veretenkin, V.M.Vermul, V.E.Yants, G. T. Zatsepin, et.al ,  Present status of the SAGE 37Ar neutrino source experiment , XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,  =30/26 = 3 ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@ -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  =6/ 11 = 0.6 J.N. Abdurashitov, V.N.Gavrin, .V.Kalikhov, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants, et al, Segmented Fast Neutron Spectrometer, //XIIIth Int. School on  Particles and Cosmology , April 18-23, 2005 , Kabardino-Balkaria, Baks0n Valley, Russia,   = 30/10 = 3 "  =55.9 =45:A F8B8@>20=8O: 36VLVALfA.Yu Ignatiev and V.A. Kuzmin Neutrino statistics and non-standard commutation relations Physics Letters A359, 26 (2006) 1.55*30/2=23.25 V.A. Kuzmin and G.I. Rubtsov No-thinning simulations of extensive air showers and small scale fluctuations arXiv:astro - ph/0702527 1. I was awarded (2006) by the Int. Pomeranchuk Prize ("for pioneering work on baryon-number violating processes, baryogenesis, and on the fundamental properties of high-energy cosmic rays"). 2. I have delivered two review talks at ITEP, a. On problems in high-energy physics (2005), and b. Ultra-High Energy Cosmic Rays (2006). - 2*20=40 3. I have delivered an invited talk on the Erice, Italy, Int. Scool on Cosmic Ray Physics , (2005). - 30 4. I have delivered an invited talk at Gran Sasso (Italy) Int. Symp. on High-Energy Cosmic Rays, Summer of 2006. - 30 5. I have given an invited talk on Problems in Ultra-High Energy Cosmic Ray Physics at Int. Symp. "Cosmic Ray Physics", Dubna, (2006). -30 6. I have given a lecture on Ultra-High Energy Cosmic Rays Physics at NPI (Moscow State Univ.), 2006. -20 7. I have participated and delivered a talk at Int. NANP Conf. at Dubna in 2005. - 30 2A53> 180+23.25=203.25 Certainly, there were there something more done but I don"t remember and was not able to find roots.LVAL@>B>2 <8B@89 ;5:A0=4@>28G. 1. A Solvable sector of AdS theory. D. Krotov (Moscow, INR & Moscow, ITEP & Moscow State U.) , A. Morozov (Moscow, ITEP) . ITEP-TH-32-05, INR-TH-2005-19, Jun 2005. 14pp. Published in JHEP 0510:062,2005. 2. Holes in the ghost condensate. D. Krotov (Moscow, INR & Moscow State U. & Moscow, ITEP) , C. Rebbi (Boston U.) , V.A. Rubakov (Moscow, INR) , V. Zakharov (Munich, Max Planck Inst.) . INR-TH-37-2004, BUHEP-04-10, Jul 2004. 18pp. Published in Phys.Rev.D71:045014,2005. 5.944*30/2=89.16 4.852*30/4=36.39 A53> 70 ?C1;8:0F88 125.55 >=D5@5=F88: 1.BW2005 WORKSHOP II Southeastern European Workshop Challenges Beyond the Standard Model, Serbia. #AB=K9 4>:;04-6. http://seenet-mtp.pmf.ni.ac.yu/bw2005/timetable/timetable.htm 2. THE LOGIC OF NATURE, COMPLEXITY AND NEW PHYSICS: From Quark-Gluon Plasma to Superstrings, Quantum Gravity and Beyond ERICE-SICILY: 29 AUGUST - 7 SEPTEMBER 2006. #AB=K9 4>:;04-6 http://www.ccsem.infn.it/issp2006/index.html 3. International Congress on Mathematical Physics 2006, Young Researches Symposium, Rio-de-Janeiro, Brazil. #AB=K9 4>:;04-6 http://www.impa.br/opencms/pt/eventos/store/evento_0005.html 4. 20@:8 2006 #AB=K9 4>:;04-4. 5. WORKSHOP ON PURE SPINORS IN SUPERSTRING THEORY, Sao-Paulo, Brazil, 2006 @83;0H5==K9 4>:;04-30. http://www.ift.unesp.br/users/nberkovi/purespinor.html 5. ITEP Winter School of Physics, 2005, 2006. #AB=K9 4>:;04 4+4=8 B>3> 185.55 0A:>;L:> O ?>=O;, 0A?8@0=B0< =C6=> C<=>68BL =0 3  =556.65 ?>;AB02:8: 45;8BL =0 2=278.325LVAL C1F>2 @83>@89 3>@528G @>4. 31.07.1981, <=A "$,   70 2005-2006 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 C1;8:0F88: 1. G.I. Rubtsov, L.G. Dedenko, G.F. Fedorova, E.Yu. Fedunin, A.V. Glushkov, D.S. Gorbunov, I.T. Makarov, M.I. Pravdin, T.M. Roganova, I.E. Sleptsov, S.V. Troitsky /Upper limit on the ultra-high-energy photon flux from AGASA and Yakutsk data//Phys. Rev. D73:063009,2006,  =4.852*30/10=14.556 >:;04K: 1.G.I.Rubtsov/ Energy estimation of photon-induced extensive air showers.//8th International Moscow School of Physics and 33rd ITEP Winter School of Physics, 2005,  =4 2.G.I.Rubtsov/ Small-scale fluctuations of extensive air showers as the origin of energy estimation systematics. //12th Lomonosov Conference on Elementary Particle Physics,2005,  =4 3. G.I.Rubtsov/Some systematic effects in the energy reconstruction by ground arrays.//UHECR workshop 2005,  =4 4. Dedenko L.G., Fedorova G.F., Roganova T.M., Pravdin M.I., Sleptsov I.Ye., Kolosov V.A., Glushkov A.V., Gorbunov D.S., Rubtsov G.I., Troitsky S.V. /Estimates of the muon signal in giant air showers induced by the primary photons//29th International Cosmic Ray Conference, Pune India, 3-10 August 2005,  =6/10=0.6 5. G.I.Rubtsov/Small-scale structure of EAS//UHECR workshop 2006,  =4 6. G.I.Rubtsov/Upper limit on the ultrahigh-energy photon flux from AGASA and Yakutsk data//Quarks-2006,  =4 >2KH0NI89 :>MDD8F85=B 3 (0A?8@0=B 2 >BG5B=>< ?5@8>45) B>3>:   = 3*(14.556+4*5+0.6) = 105.468>LVALN>:;04K =0 :>=D5@5=F8OE (2005, 2006) 1. P. Koroteev. Lorentz invariance violation in Braneworld models. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 "Particles and Cosmology 2007" Aplril 2007. 2. P. Koroteev and Maxim Libanov. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Eleventh Marcel Grossmann Meeting on General Relativity. Berlin, Germany. July 2006 Lorentz violation and braneworlds PRND =6x2 = 12 3. P. Koroteev. Morse Theory in Topological quantum mechanics. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 The 8th International Conference on Geometry, Integrability and Quantization. Varna, Bulgaria. June 2006. PRND =6 x2=12 4. P. Koroteev. Morse Topological quantum mechanics. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Symmetries in Nonlinear Mathematical Physics (SINMP 2005), Kyiv, Ukraine, July 2005. PRND =6x2 = 12 5.. >@>B552. "5>@8O >@A0, >?5@0F88 0AA8 8 ">?>;>38G5A:85 B5>@88 ?>;O. >:;04 =0 78<=59 H:>;5 "-$ 2006, $52@0;L 2006   = 4x2 =8 6. P. Koroteev. Morse theory and Filed Theory. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 "Particles and Cosmology 2005" Aplril 2005 PRND =6x2=12 7. . >@>B552. "5>@8O >@A0 8 !C?5@A8<<5B@8G=0O :20=B>20O <5E0=8:0 >:;04 =0 H:>;5 ( 2005, ?@5;L 2005   = 4x2=8 !C<<0@=K9   = 64(LVAL8CH:0@5=:>2 ;5:A0=4@ 8:>;0528G, @>4. 19.12.1980, <=A , $/ ,   70 2005  2006 33. C1;8:0F88: 1. A. Lleres, ..., A. Mushkarenkov et al.,  Measurement of 0 photoproduction on the proton from 550 to 1500 MeV at GRAAL , Eur. Phys. J. A V.26 (2005) P.399-419, (35 A>02B>@>2).  =1.659*30/10=4.977 2. A. Mushkarenkov et al.,  Neutron detection efficiency of BGO calorimeter at GRAAL , Nucl. Inst. and Meth. A V.562 (2006) P.85-91, (36 A>02B>@>2).  =1.228*30/10=3.684 3. Y. Assafiri, ..., A. Mushkarenkov et al.,  Evidence for Nucleon-Resonance Excitation in -meson Photoproduction , Phys. Rev. Lett. V.96 (2006) P.132003, (14 A>02B>@>2).  =7.489*30/10=22.467 >:;04K: 1. A. Mushkarenkov et al.,  photoproduction from deuteron at E=0.7-1.5 GeV , In Proceedings of the 11th International Seminar ''Electromagnetic Interactions of Nuclei at Low and Medium Energies'', Moscow: Institute for Nuclear Research RAS, September 21-24, 2006, P.50-59, (36 A>02B>@>2),  =0.4 2. A.N. Mushkarenkov, V.G. Nedorezov,  Photoproduction of -mesons on quasi-free proton and neutron , LV National Conference on Nuclear Physics ''Frontiers in the Physics of Nucleus'', Saint-Petersburg, 2005, Book of Abstracts, P.203,  =2 3. A. Mushkarenkov,  Evaluation of the neutron detection efficiency in BGO calorimeter , The 12th "Euro Summer School on Exotic Beams", Mainz, Germany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ngrik et al. (total 101)  KATRIN Design Report 2004 . Preprint FZKA 7090, Karlsruhe, Feb. 2005, 245 pages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vchinnikov, G.N. Vyalov et al., Power Stations Using the Heat of Natural Bodies of Water and of the Atmosphere. Thermal Engineering, Vol.51, No2, 2004, pp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arabanov, Soyfer V, Goryachev V., Yanovich E. Andreev D.  Metodology and techniques of early detection anomalies 85Kr and 3H in near bottom layer of seawater by water infiltration in spent nuclear fuel in dumpsites of the ship and submarine reactors. Radioprotection, Suppl. 1, v. 40, p.S669-S675., 2005  =6/5=1,2 3. C.Buck, I.Barabanov, O.Besida, L.Bezrukov, C.Cattadori, N.Danilov, A.di Vacri, F.X.Hartmann, D.Motta, S.Schonert, U.Schwan, E.Yanovich. Development of In-loaded liquid scintillators for solar neutrino detectors. Nuclear Physics B(Proc.Suppl.)143(2005) 487  =0.875*30/12=2.19 4. I.Barabanov, C.Buck, O.Besida, C.Cattadori, N.Danilov, A.di Vacri, F.X.Hartmann, Th.Lasserre, D.Motta, L.Pandola, S.Schonert, U.Schwan, E.Yanovich. Results of the LENS pilot experiment at Gran Sasso. Nuclear Physics B(Proc.Suppl.)143(2005) 559  =0.875*30/13=2.02 41 2.625 5. 0@010=>2 .  !>9D5@ .., >@OG52 ., /=>28G . . =4@552 . .  "@8B89 8 :@8?B>=-85 2 2>40E 70?04=>9 @:B8:8 (8E <5AB> 2 87CG5=88 A>AB>O=8O >B@01>B02H53> O45@=>3> B>?;820 2 7>=0E 40<?8=30 8 020@89) , 5B5>@>;>38O 8 384@>;>38O, 2006, 4, 59-69.  =0,678*45/5=6,10 41 2.625 B>3> 12,6 41 14LVALPOG* 1. C@=0;L=K5 AB0BL8 Phantom without UV pathology. V.A. Rubakov "5>@. <0B. D87., 149:409-426,2006 -- 0.569*45%.6 Flowing to four dimensions. E. Dudas, C. Papineau, V.A. Rubakov JHEP 0603:085,2006. ------- 5.944*30/3 = 59.4 On sgoldstino interpretation of HyperCP events. D.S. Gorbunov, V.A. Rubakov Phys.Rev.D73:035002,2006. ----- 4.852*30/2 = 72.8 Lorentz-violating brane worlds and cosmological perturbations. M.V. Libanov, V.A. Rubakov Phys.Rev.D72:123503,2005. ----- 4.852*30/2 = 72.8 More about spontaneous Lorentz-violation and infrared modification of gravity. M.V. Libanov, V.A. Rubakov JHEP 0508:001,2005. ------------ 5.944*30/2 = 89.2 Lorentz-violation and cosmological perturbations: A Toy brane-world model. M.V. Libanov, V.A. Rubakov JCAP 0509:005,2005. ------------ 6.739*30/2 = 101.1 Holes in the ghost condensate. D. Krotov, C. Rebbi, V.A. Rubakov, V. Zakharov Phys.Rev.D71:045014,2005. ----- 4.852*30/4 = 36.4 B>3> ?> ?. 1 ----------------------------- 457.3 2.>=>3@0D88 ";0AA8G5A:85 :0;81@>2>G=K5 ?>;O. >7>==K5 B5>@88", . # !!, 2005 (5@5@01>B0==>5 8740=85) >102;5==>3> <0B5@80;0 10% --- 18.5 ?5G. ;. *2*0.1 = 3.7 ";0AA8G5A:85 :0;81@>2>G=K5 ?>;O. "5>@88 A D5@<8>=0<8. 5:><<CB0B82=K5 B5>@88", . # !!, 2005 (5@5@01>B0==>5 8740=85) >102;5==>3> <0B5@80;0 50% --- 15 ?5G. ;. *2*0.5 = 15 B>3> ?> ?. 2 ----------------------------- 18.7 3. >=D5@5=F88 564C=0@>4=0O :>=D5@5=F8O ?> D878:5 2KA>:8E M=5@389 ICHEP 2006, >A:20. @83;0H5==K9 4>:;04. -------------- 30 564C=0@>4=0O :>=D5@5=F8O ?> D878:5 8 :>A<>;>388 2 B5>?@8OE A 4>?>;=8B5;L=K<8 87<5@5=8O<8, >@BA<CB, 2006 @83;0H5==K9 4>:;04. ------ 30 Yukawa--Tomonaga Centennial Symposium, 8>B>, 2006 @83;0H5==K9 4>:;04. --------- 30 564C=0@>4=K9 A5<8=0@ "20@:8-2006" 5?8=> #AB=K9 4>:;04 ----------------------------- 4 0:A0=A:0O H:>;0 "'0AB8FK 8 :>A<>;>38O" "5@A:>;, 2005 #AB=K9 4>:;04 ----------------------------- 4 B>3> ?> ?. TLVALd3 ----------------------------- 98 4. 0CG=>->1@07>20B5;L=K5 :C@AK 2545=85 2 B5>@8N @0==59 A5;5==>9, D878G5A:89 D0:C;LB5B # 2005 -- 4>@01>B:0, 2 A5<5AB@0 ---------- 5*2 2006 -- 4>@01>B:0, 2 A5<5AB@0 ---------- 5*2 Les Houches School on Theoretical Physics 2005 (:C@A ;5:F89 "Extra dimensions: A primer") - --------------------------- 0.3 A5<5AB@0*20 = 6 RTN Winter School on Strings, Supergravity and Gauge Theories, Trieste, Italy, 31 Jan - 4 Feb 2005 (:C@A ;5:F89 "Introduction to cosmology"). --------------------------- 0.3 A5<5AB@0*20 = 6 European School on High Energy Physics (:C@A ;5:F89 "Cosmology and Astroparticle Physics"), Uppsala, 2006 --------------------------- 0.5 A5<5AB@0*20 = 10 B>3> ?> ?. 4 ----------------------------- 42 5. 0B5=BK -- =5B 6. 0CG=>5 @C:>2>4AB2> 8?;><=8: @>B>2 . (A59G0A 2 0A?8@0=BC@5 #), 2005 --------------------------------------- 10 8?;><=8: 0=8= . (A59G0A 2 0A?8@0=BC@5 /), 2006 ---------------- 10/2 @C:>2>48B5;O = 5 A?8@0=B 5<84>2 !. (70I8B8; 48AA5@B0F8N 2 2007 3.) --------------------- 30/2 @C:>2>48B5;O = 15 A?8@0=B C1F>2 . (70I8B8; 48AA5@B0F8N 2 2007 3.) --------------------- 30/2 @C:>2>48B5;O = 15 B>3> ?> ?. 6 ----------------------------- 45 ! ------------------------------------- 661n LVAL~ 52:>2 <8B@89 5==048528G @>4. 05.09.1979, <=A "$,   70 2005-2006 C1;8:0F88: 1) D. Levkov, S. Sibiryakov / "Real-time instantons and suppression of collision-induced tunneling." // JETP Lett.81:53-57,2005, 8AL<0 2 -"$ 81:60-64,2005. e-Print: hep-th/0412253,  =1.446*45/2=32.535 2) D.G. Levkov, S.M. Sibiryakov / "Induced tunneling in QFT: Soliton creation in collisions of highly energetic particles." // Phys.Rev.D71:025001,2005. e-Print: hep-th/0410198,  =4.852*30/2=72.78 @>GB5=85 :C@A0 ?> 20=B>2>9 B5>@88 ?>;O =0 :0D54@5 :20=B>2>9 AB0B8AB8:8 8 B5>@88 ?>;O ($87D0: #),  =5 C:>2>4AB2> 48?;><=8:>< ( ..0=8=):  =10/2=5 B>3>:  =115.315*2=230.63LVALbCAB0D8= 0@0B $0@C:>28G, @>4.14.05.1983, 8=65=5@ -,   70 2005-2006 .3. >:;04K: M.F.Mustafin  Gallium nitride as a material for radiation detectors ,. XIIIth Int School on  Particles and Cosmology , April 18-23, 2005, Kabardino-Balkaria, Baksan Valley, Russia  =6 "  =6(59D;5@ ;5:A59 ;5:A0=4@>28G @>4. 20.04.1984, AB065@-8AA;54>20B5;L -,   70 2005-2006 3.3. >:;04K: 1) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.  =6*0.1=0.6 2) K.Antipin et al., with the Baikal neutrino telescope". 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T.Wise, & A.Zelenski,  Polarized hydrogen jet target for measurement oLVAL/f RHIC proton beam polarization , World Scientific Publishing 2005, ed. K.Aulenbacher, p.757, (2005).   = 0,6 6. A.Zelenski et al.,  Atomic beam studies in the RHIC H-jet polarimeter , World Scientific Publishing 2005, ed. K.Aulenbacher, p.761, (2005).   = 0,6 7. A.Nass, & A.Zelenski,  Atomic beam polarization measurement of the RHIC polarized H-jet polarimeter , World Scientific Publishing 2005, ed. K.Aulenbacher, p.776, (2005).   = 0,6 8. H.Huang,& A.Zelenski,  Acceleration of polarized protons in the AGS with two helical snakes , Proc. PAC 2005, p.1404, (2005).   = 0,6 9. N.Luciano, & A.Zelenski,  Luminescence Beam Profile monitor for the RHIC polarized H-jet polarimeter , Proc. PAC 2005, p.4293, (2005).   = 0,6 10. A.Zelenski,  Polarized proton beam in RHIC , (invited talk at 11th Int.Workshop on polarized Sources and Targets, Tokyo 2005), p.93, World Scientific, ed.T.Uesaka, H.Sakai, (2006).   = 30 11. 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Barabanov (Moscow, INR) , S. Belogurov (Moscow, ITEP & Moscow, INR) , L. Bezrukov, A. Denisov (Moscow, INR) , V. Kornoukhov (Moscow, ITEP & Moscow, INR) , N. Sobolevsky (Moscow, INR) . Nov 2005. 20pp. Published in Nucl.Instrum.Meth.B251:115-120,2006. e-Print Archive: nucl-ex/0511049 1,184*30:6=5,92 2. >2K5 B@51>20=8O : >1>30I5==K< 87>B>?0< 4;O M:A?5@8<5=B>2 ?> 87CG5=8N 157=59B@8==>3> 42>9=>3> 15B0-@0A?040 (M:A?5@8<5=B  ). (C18= .., 8;52 .., >=>=>2 ..,& 57@C:>2 ..,& 5=8A>2 ..(14 02B.) B><=0O M=5@38O. ".101, K?.2, !.135-139. 23CAB 2006. 6*0,1=0,6 (5,92+0,6)*1.5= 9,78%09@=0A>2 08;L 0=8528G @>4 13.02.1961, 254. 8=65=5@-B5E=>;>3 ,   70 2005-2006 3.3. C1;8:0F88: The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga, //Astroparticle Physics 25 (2006) 349 354,  =4.022*30/26=4.64 Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source, //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =2.708*30/45=1.8 Measurement of the response of a Ga solar neutrino experiment to 37Ar source, //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.467*45/45=0.467 "  = 6.9 =45:A F8B8@>20=8O: 18C@:8=0 >;8=0 5B@>2=0 @>4 06.11.1955, 254. 8=65=5@ -,   2005-2006 3.3. C1;8:0F88: The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga, //Astroparticle Physics 25 (2006) 349 354,  =4.022*30/26=4.64 Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source, //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =2.708*30/45=1.8 Measurement of the response of a Ga solar neutrino experiment to 37Ar source, //Physics of Atomic Nuclei (2006) v.69, No.11, 1820-1828,  =0.467*45/45=0.467 "  = 6.9 =45:A F8B8@>20=8O: 7LVALPOG2 O6A:0O ;L30 5>@3852=0, @>4. 12.05.1941, G;5=-:>@@. ,   70 2005 -2006 33.) 6C@=0; 4>:;04 C1;8:0F88 1 @0I0NI89AO :>;;0?A0@ 8 =59B@8==>5 87;CG5=85. <H5==8: .!., O6A:0O .. 5AB=8:  75, !3, 205 (2005) 6/2=3 2 Direct cosmic ray muons and atmospheric neutrinos. Ryazhskaya O.G., Volkova L.V., Zatsepin G.T. Nucl. Phys. B (Proc. Suppl.) 143, 527 (2005) 0.875*30/3=8.75 3 7<5@5=85 C45;L=>3> 2KE>40 =59B@>=>2, 35=5@8@C5<KE <N>=0<8, A ?><>ILN ?>475<=>3> 45B5:B>@0 LVD. 30D>=>20 . .., >O@:8= . ., >1@K=8=0 . ., C7=5F>2 . ., 0;L38= . !., O6A:0O . ., /:CH52 . $. 72. , A5@. D87. 69, !3, 400-402 (2005) 6/7=0.857 4 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 5 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 6 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2.625 7 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2.625 8 Prompt and direct muon production in atmosphere and very high energy inclined EAS at see level. Ryazhskaya O. G., Volkova L. V., Zatsepin G. T. Nuclear PhLVAL3ys. B (Proc. Suppl.) 151, 303-306 (2006) 0.875*30/3=8.75 9 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0.936 10 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0.6 11 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1.167 12 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006) 0.389*30/6= 1.945 13 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (307 - 310) 6/10=0.6 14 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0.6 15 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. 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"@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/2=3 21 O.G. Ryazhskaya  Neutrons from cosmic-ray muons underground , Proc. of 20th ECRS 06, Lisbon, http://www.lip.pt/event/2006/ecrs/proc/; 6/1=6 22 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0.6 23 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OPERA experiment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10.755 24 .. O6A:0O 59B@8=> >B 3@028B0F8>==KE :>;;0?A>2 72574: A>2@5<5==K9 AB0BCA M:A?5@8<5=B0, #$, B. 176, !10 (2006), 1039- 1050; 2.163*45/1= 97.335 25 V.B. Braginsky, O.G. Ryazhskaya and S.P. Vyatchanin  Notes about noise in gravitational wave antennas created by cosmic rays , Physics Letters A, Volume 350, (2006), 1-4. 1.55*30/3=15.5 >:;04K 1 O.G. Ryazhskaya  Neutrons from cosmic-ray muons underground , 20th ECRS 06, Lisbon, ?@83;. 4>:;04. 30 2 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , 29 :>=D5@5=F8O , 2006. 4/10=0.4 3 Ryazhskaya O. G. LVD - Large Volume Detector from the beginning till nowadays. 564C=0@>4=K9 A8<?>78C<: Russian  Italian Collaboration in the Field of Nuclear Physics, Astrophysics and Cosmic Rays. >A:20, >LVAL:BO1@L, 2005, ?@83;. 4>:;04. 30 4 O6A:0O . . 5B5:B>@ 1>;LH>3> >1JQ<0 >B 8AB>:>2 4> =0H8E 4=59. >=D5@5=F8O 60 ;5B "-$, 2005, ?@83;. 4>:;04. 20 5 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0.6 6 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Undeground Physics(TAUP), Zaragoza, 2006. 6/6=1 7 Prompt and direct muon production in atmosphere and very high energy inclined EAS at see level. Ryazhskaya O. G., Volkova L. V., Zatsepin G. T. International Conference of HECR, Pilos, 2005. 6/3=2 8 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 9 The Muon Decay and Muon Capture Detection with LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 C:>2>4AB2> 0A?8@0=B>< >O@:8=K< .. (2005-2006) 30 303.895 E 0.5 + 0.75 E34.16 =177.57LVALPOG60;L38= ;5:A59 !5<5=>28G, @>4. 26.04.1946, A.=.A.,   70 2005 -2006 33. 6C@=0; 4>:;04 C1;8:0F88 1 7<5@5=85 C45;L=>3> 2KE>40 =59B@>=>2, 35=5@8@C5<KE <N>=0<8, A ?><>ILN ?>475<=>3> 45B5:B>@0 LVD. 30D>=>20 . .., >O@:8= . ., >1@K=8=0 . ., C7=5F>2 . ., 0;L38= . !., O6A:0O . ., /:CH52 . $. 72. , A5@. D87. 69, !3, 400-402 (2005) 6/7=0.857 2 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 3 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 4 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2.625 5 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2.625 6 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0.936 7 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0.6 8 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International CoLVAL7nference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1.167 9 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006) 0.389*30/6= 1.945 10 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (307 - 310) 6/10=0.6 11 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0.6 12 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69  72) 6/10=0.6 13 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0.6 14 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) 6/10=0.6 15 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/10=0.6 16 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0.6 17 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OPERA experinLVAL~ment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10.755 >:;04K 1 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , 29 :>=D5@5=F8O , 2006. 4/10=0.4 2 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0.6 3 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Undeground Physics(TAUP), Zaragoza, 2006. 6/6=1 4 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 5 The Muon Decay and Muon Capture Detection with LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 1I0O AC<<0 34.16LVALPOG930D>=>20 0B0;LO .@L52=0 @>4. 30.04.1976, =0CG=K9 A>B@C4=8:,   70 2005 -2006 33.) 6C@=0; 4>:;04 C1;8:0F88 1 7<5@5=85 C45;L=>3> 2KE>40 =59B@>=>2, 35=5@8@C5<KE <N>=0<8, A ?><>ILN ?>475<=>3> 45B5:B>@0 LVD. 30D>=>20 . .., >O@:8= . ., >1@K=8=0 . ., C7=5F>2 . ., 0;L38= . !., O6A:0O . ., /:CH52 . $. 72. , A5@. D87. 69, !3, 400-402 (2005) 6/7=0.857 2 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 3 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 4 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2.625 5 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2.625 6 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0.936 7 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0.6 8 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th InterLVAL:national Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1.167 9 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006) 0.389*30/6= 1.945 10 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (307 - 310) 6/10=0.6 11 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0.6 12 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69 - 72) 6/10=0.6 13 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0.6 14 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) 6/10=0.6 15 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/10=0.6 16 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0.6 17 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OXLVALhPERA experiment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10.755 >:;04K 1 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , 29 :>=D5@5=F8O , 2006. 4/10=0.4 2 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0.6 3 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Undeground Physics(TAUP), Zaragoza, 2006. 6/6=1 4 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 5 The Muon Decay and Muon Capture Detection with LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 1I0O AC<<0 34.16LVALPOG< OA=K9 A52>;>4 02@8;>28G, @>4. 29.10.1947, A.=.A. ,   70 2005 -2006 33.) 6C@=0; 4>:;04 C1;8:0F88 1 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 2 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 3 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2.625 4 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2.625 5 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0.936 6 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0.6 7 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1.167 8 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International CosLVAL=mic Ray Conference, Pune (2005), 5, (307 - 310) 6/10=0.6 9 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0.6 10 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69 - 72) 6/10=0.6 11 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0.6 12 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) 6/10=0.6 13 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/10=0.6 14 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0.6 15 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OPERA experiment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10.755 >:;04K 1 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , 29 :>=D5@5=F8O , 2006. 4/10=0.4 2 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0.6 3 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International n LVAL~ Cosmic Ray Conference, Pune, 2005. 6/10=0.6 4 The Muon Decay and Muon Capture Detection with LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 1I0O AC<<0 30.358LVALPOG?=8:552 0A8< 1@038<>28G, 3>4 @>645=8O 11.02.1949,   70 2005 -2006 33. 6C@=0; 4>:;04 C1;8:0F88 1 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2,625 2 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 3 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2,625 4 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2,625 5 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0,936 6 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0,6 7 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1,167 8 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International Cosmic RLVAL@ay Conference, Pune (2005), 5, (307 - 310) 6/10=0,6 9 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0,6 10 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69 - 72) 6/10=0,6 11 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0,6 12 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) 6/10=0,6 13 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/10=0,6 14 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0,6 15 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OPERA experiment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10,755 28,158 >:;04K 1 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0,6 2 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0,6 3 The Muon Decay and Muon Capture Detection with LVD N..LVAL> Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0,6 1I0O AC<<0: 29,958LVALPOGB/:CH52 0;5@89 $54>@>28G, @>4. 01.08.1945, =.A.,   70 2005 -2006 33.) 6C@=0; 4>:;04 C1;8:0F88 1 7<5@5=85 C45;L=>3> 2KE>40 =59B@>=>2, 35=5@8@C5<KE <N>=0<8, A ?><>ILN ?>475<=>3> 45B5:B>@0 LVD. 30D>=>20 . .., >O@:8= . ., >1@K=8=0 . ., C7=5F>2 . ., 0;L38= . !., O6A:0O . ., /:CH52 . $. 72. , A5@. D87. 69, !3, 400-402 (2005) 6/7=0.857 2 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 3 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 4 CNGS beam monitor with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 424-426 (2005) 0.875*30/10= 2.625 5 Study of the effect of neutrino oscillation on the supernova neutrino signal with the LVD detector. LVD Coll. Proc. of the 8th International Workshop on Topics in Astroparticle and Underground Physics (TAUP), September 6-10, 2003 Seattle WA USA. Nuclear Physics B (Proc. Suppl.) 138 115-118 (2005) 0.875*30/10= 2.625 6 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006) 0.312*30/10= 0.936 7 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006. 6/10 = 0.6 8 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International ConfLVALCerence on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006) 0.389*30/10= 1.167 9 Triggering on Neutrino Bursts in LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (307 - 310) 6/10=0.6 10 Update to 2005 of the results of the search for neutrino bursts from gravitational stellar collapse with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 5, (59 - 62) 6/10=0.6 11 The Muon Decay and Muon Capture Detection with LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 6, (69 - 72) 6/10=0.6 12 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (37 - 40) 6/10=0.6 13 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD. N. Agafonova et al. Proc. of 29th International Cosmic Ray Conference, Pune (2005), 9, (239 - 242) 6/10=0.6 14 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , "@C4K :>=D5@5=F88 29 , 2006 (2 ?5G0B8); 6/10=0.6 15 N. Agafonova et al. LVD Collaboration  The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. Proc. of 20th ECRS 06, Lisbon, (2 ?5G0B8); 6 /10=0.6 16 OPERA Collaboration  First events from the CNGS neutrino beam detected in the OPERA experiment . New Journal of Physics, 8 (2006), 303; 3.585*30/10= 10.755 >:;04K 1 ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52  !B0BCA M:A?5@8<5=B0 LVD , 29 :>=D5@5=F8O , 2006. 4/10=0.4 2 Low energy background measurements with the X LVALh LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza, 2006. 6/10=0.6 3 The Measurement of the Total Specific Muon-Generated Neutron Yield Using LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 4 The Muon Decay and Muon Capture Detection with LVD N. Agafonova et al. 29th International Cosmic Ray Conference, Pune, 2005. 6/10=0.6 1I0O AC<<0 31.215LVALPOGE>1@K=8=0 :0B5@8=0 =0B>;L52=0, @>4. 29.06.1974, <.=.A. ,   70 2005 -2006 33.) 6C@=0; 4>:;04 C1;8:0F88 1 7<5@5=85 C45;L=>3> 2KE>40 =59B@>=>2, 35=5@8@C5<KE <N>=0<8, A ?><>ILN ?>475<=>3> 45B5:B>@0 LVD. 30D>=>20 . .., >O@:8= . ., >1@K=8=0 . ., C7=5F>2 . ., 0;L38= . !., O6A:0O . ., /:CH52 . $. 72. , A5@. D87. 69, !3, 400-402 (2005) 6/7=0.857 2 Study of muon-induced neutron background with LVD detector. LVD Coll. Proc. of the XXI International Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 518 (2005) 0.875*30/10= 2.625 3 1992-2004: search for neutrino burst from collapsing objects with LVD. LVD Coll. Proc. of the XXI Internatinal Conference on Neutrino Physics and Astrophysics, Paris, France, 14-19 June 2004 Nuclear Physics B (Proc. Suppl.) 143, 540 (2005) 0.875*30/10= 2.625 4 CNGS beam monitor with the LVD detector. 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Ricco, Neutron structure function moments at leading twist, #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Quark Confinement and the Hadron Spectrum 7, Ponta Delgada, Azores, Portugal, 2-7 Sep 2006. Published in AIP Conf. Proc. 892 (2007) 448-451; e-Print: hep-ph/0610182   = 1.5*6/4=2.3 S.A. Kulagin, Progress in the description of neutrino-nuclear cross sections at high energy @83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88 XXIX International Workshop Neutrino physics at accelerators, JINR, Dubna, January 24--26, 2007, URL: http://nuweb.jinr.ru/~nd/workshop2007/   = 20 S.A. Kulagin and R.Petti, Nuclear Effects in Neutrino Structure Functions, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 5th International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt07), Batavia, Illinois, 30 May - 3 Jun 2007. URL: http://conferences.fnal.gov/nuint07/ Published in AIP Conf. Proc. 967 (2007) 94-101; e-Print: arXiv:0711.3956 [nucl-th]   = 1.5*30/2=22.5 S. Alekhin, S.A. Kulagin and R. Petti, Modeling lepton-nucleon inelastic scattering from high to low momentumFLVALV transfer, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 5th International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt07), Batavia, Illinois, 30 May - 3 Jun 2007. URL: http://conferences.fnal.gov/nuint07/ Published in AIP Conf. Proc. 967 (2007) 215-224; e-Print: arXiv:0710.0124 [hep-ph]   = 1.5*30/3=15 A.V. Butkevich and S.A. Kulagin, QE neutrino CC cross-sections off O-16, !B5=4>2K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 5th International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt07), Batavia, Illinois, 30 May - 3 Jun 2007. URL: http://conferences.fnal.gov/nuint07/ Published in AIP Conf. Proc. 967 (2007) 298-300; e-Print: arXiv:0711.3223 [nucl-th]   = 1.5*6/2=4.5 S. Alekhin, S.A. Kulagin and R. Petti, The low-Q deep-inelastic scattering data in the global fit of PDFs, #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 15th International Workshop on Deep-Inelastic Scattering and Related Subjects (DIS2007), Munich, Germany, 16-20 Apr 2007. Published in *Munich 2007, Deep-inelastic scattering, vol. 1* 313-316 Home URL: http://www.mppmu.mpg.de/dis2007/ Proceedings URL: http://www.sciencewisepublishing.com/publications/DIS07   = 1.5*6/3=3 5:F88 =0 <564C=0@>4=KE H:>;0E: &8:; 87 3 ;5:F89 ?>4 >1I8< =0720=85< Nucleon and Nuclear Structure Functions =0 229 H:>;5 4;O <>;>4KE CG5=KE HUGS 2007 >@30=87>20==>9 E0<?B>=>2A:8< C=825@A8B5B>< 2 ?5@8>4 A 29 <0O ?> 15 8N=O 2 Jefferson Lab, Newport News, Virginia (!(). URL: http://www.jlab.org/hugs/archive/Schedule2007/schedule.html   =30 B>3>2K9   = 336.4LVALPOGc>:CG052 ..:  2006-2007=383.70 >:CG052 OG5A;02 20=>28G @>4. 16.8.1948, 2=A ,   70 2006-2007 33. 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 C1;8:0F88: V.Berezinsky, V.Dokuchaev, Yu.Eroshenko / "Destruction of small-scale in the hierarchical structures and galaxies" // Phys. Rev. D 73, p. 063504, 2006,  =4.852*30/3=48.52 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane" // Journal of Cosmology and Astroparticle Physics, v. 07, p. 011, 2007,  =6.739*30/3=67.39 S. Chernov, V. Dokuchaev / "The vacuum shell in the Schwarzschild-de Sitter world" //Classical and Quantum Gravity, 25, 015004, 2008,  =2.938*60/2=44.07 .>:CG052, !.'5@=>2 / ">7<>6=K5 B8?K M2>;NF88 20:CC<=KE >1>;>G5: 2>:@C3 <8@0 45 !8BB5@0" // 8AL<0 2 -"$ 85, AB@. 727, 2007,  =1.446*60/2=43.38 V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko / " Dark matter annihilation in the galaxy". (Proc. V Intern. Conf. on Non-Accelerator New Physics (NANP), Dubna, Russia, June 20--26, 2005); // /$ 69, No. 12, A. 1 10, 2006,  =0.914*60*0.7/3=12.79 . !. 5@578=A:89, . . >:CG052 8 .. . @>H5=:> / "==838;OF8O B5<=>9 <0B5@88 2 0;0:B8:5" ("@C4K 29-9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, >A:20, $ , 3--7 023CAB0 2006 3.) // 725AB8O . !5@8O D878G5A:0O. 71, AB@. 936-937, 2007,  =8*0.7/3=1.87 Veniamin S. Berezinsky, Vyacheslav I. Dokuchaev. / "High-energy neutrinos as observational signature of massive black hole formation". // Astron. Ap. 454, No. 2, 401-407 (2006).  =4.223*30/2=63.35 @5?@8=BK M;5:B@>==K5: Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko, / "Remnants of dark matter clumps" //arXiv:0712.3499v1 [astro-ph], 2007,  =4/3=1.33 V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin / "Origin of supermassive black holes" // arXiv:0709.0070v2, 2007,  =4/3=1.33 Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko / "AnisotLVALdropy of dark matter annihilation with respect to the Galactic plane // arXiv:astro-ph/0612733v2, 2006,  =4/3=1.33 S.V. Chernov, V.I. Dokuchaev /  Vacuum shell in the Schwarzschild-de Sitter world // arXiv:0709.0616v1 [gr-qc], 2007,  =4/2=2 >:;04K: E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black holes"// Proceed. of the XLIst Rencontres de Moriond. Contents and Structures of the Universe. La Thuile, Italy (March 18-25, 2006). Ed. Christophe Magneville, Resa Ansari, Jacques Dumanche and Jean Tran Thanh Van. The Gioi Publishers. Vietnam. p. 166-173, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Anisotropy of dark matter annihilation in the Galaxy" // Proc. XLIInd Rencontres de Moriond Series: Electroweak Interactions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou-Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. p 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter clumps in the Galaxy"// 6th Intern. Workshop on the Identification of Dark Matter, 11-16 Sept., 2006, Rhodes Island, Greece, World Scientific Publishing, Eds. M.Axenides, G.Fanourakis and J.Vergados, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Dark matter annihilation in the clumpy galactic halo" // Les Rencontres de Physique de La Valle'e d'Aoste 4-10 March 2007. La Thuile, Aosta Valley, Italy, (?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =30/3=10 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter distribution in Galaxy"// QUARKS-2006. 14th Intern. Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006, (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter annihilation in the Galaxy"// QUARKS-200LVALe6. 14th Intern Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006, (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V.S.Berezinsky, V.I.Dokuchaev, Yu.N.Eroshenko/ "Formation and destruction of small-scale dark matter clumps in Galaxy"//564. :>=D. ?> 3@028B0F88, :>A<>;>388, 0AB@>D878:5 8 =5AB0F8>=0@=>9 307>48=0<8:5, ?>A2OI5==0O 90-;5B8N A> 4=O @>645=8O ?@>D. ..!B0=N:>28G0. 1-6 <0@B0 2006, >A:20, #-"#, (A5:F8>==K9 4>:;04),  =6/3=2 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane", XIIIth International Lomonosov Conference of Elementary Particle Physics, August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erezinsky, V.Dokuchaev, Yu.Eroshenko / "Destruction of small-scale in the hierarchical structures and galaxies" // Phys. Rev. D 73, p. 063504, 2006,  =4.852*30/3=48.52 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane" // Journal of Cosmology and Astroparticle Physics, v. 07, p. 011, 2007,  =6.739*30/3=67.39 S. Chernov, V. Dokuchaev / "The vacuum shell in the Schwarzschild-de Sitter world" //Classical and Quantum Gravity, 25, 015004, 2008,  =2.938*60/2=44.07 .>:CG052, !.'5@=>2 / ">7<>6=K5 B8?K M2>;NF88 20:CC<=KE >1>;>G5: 2>:@C3 <8@0 45 !8BB5@0" //8AL<0 2 -"$ 85, AB@. 727, 2007,  =1.446*60LVALf/2=43.38 V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko / " Dark matter annihilation in the galaxy". (Proc. V Intern. Conf. On Non-Accelerator New Physics (NANP), Dubna, Russia, June 20--26, 2005); ///$ 69, No. 12, A. 1 10, 2006,  =0.914*60*0.7/3=12.79 . !. 5@578=A:89, . . >:CG052 8 .. . @>H5=:> / "==838;OF8O B5<=>9 <0B5@88 2 0;0:B8:5" ("@C4K 29-9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, >A:20, $ , 3--7 023CAB0 2006 3.) // 725AB8O . !5@8O D878G5A:0O. 71, AB@. 936-937, 2007,  =8*0.7/3=1.87 @5?@8=BK M;5:B@>==K5: Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko, / "Remnants of dark matter clumps" //arXiv:0712.3499v1 [astro-ph], 2007,  =4/3=1.33 V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin / "Origin of supermassive black holes" //arXiv:0709.0070v2, 2007,  =4/3=1.33 Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane // arXiv:astro-ph/0612733v2, 2006,  =4/3=1.33 S.V. Chernov, V.I. Dokuchaev /  Vacuum shell in the Schwarzschild-de Sitter world //arXiv:0709.0616v1 [gr-qc], 2007,  =4/2=2 >:;04K: E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black holes"// Proceed. Of the XLIst Rencontres de Moriond. Contents and Structures of the Universe. La Thuile, Italy (March 18-25, 2006). Ed. Christophe Magneville, Resa Ansari, Jacques Dumanche and Jean Tran Thanh Van. The Gioi Publishers. Vietnam. P. 166-173, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Anisotropy of dark matter annihilation in the Galaxy" // Proc. XLIInd Rencontres de Moriond Series: Electroweak Interactions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou-Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. P 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V.S.Berezinsky, V.ILVAL$.Dokuchaev. Yu.N.Eroshenko/ "Dark matter clumps in the Galaxy"// 6th Intern. Workshop on the Identification of Dark Matter, 11-16 Sept., 2006, Rhodes Island, Greece, World Scientific Publishing, Eds. M.Axenides, G.Fanourakis and J.Vergados, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Dark matter annihilation in the clumpy galactic halo" // Les Rencontres de Physique de La Valle'e d'Aoste 4-10 March 2007. La Thuile, Aosta Valley, Italy, (?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =30/3=10 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter distribution in Galaxy"// QUARKS-2006. 14th Intern. Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006, (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter annihilation in the Galaxy"// QUARKS-2006. 14th Intern Seminar on High Energy Physics St. Petersburg, Russia, 19-25 May, 2006, (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V.S.Berezinsky, V.I.Dokuchaev, Yu.N.Eroshenko/ "Formation and destruction of small-scale dark matter clumps in Galaxy"//564. >=D. > 3@028B0F88, :>A<>;>388, 0AB@>D878:5 8 =5AB0F8>=0@=>9 307>48=0<8:5, ?>A2OI5==0O 90-;5B8N A> 4=O @>645=8O ?@>D. ..!B0=N:>28G0. 1-6 <0@B0 2006, >A:20, #-"#, (A5:F8>==K9 4>:;04),  =6/3=2 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane", XIIIth International Lomonosov Conference of Elementary Particle Physics, August 23 29, 2007, >A:20, #, (?;5=0@=K9 4>:;04),  =6/3=2 .!.5@578=A:89, ..>:CG052, ...@>H5=:>/ "==838;OF8O B5<=>9 <0B5@88 2 0;0:B8:5"// 29-O A5@>AA89A:0O :>=D. > :>A<8G. CG0<, $ , >A:20, 3-7 023., 2006, (A5:F8>==K9 4>:;04),  =4/3=1.33 C:>2>4AB2> 0A?8@0=B>< ('5@=>2 !5@359 ;048<8@>28G, 1-9 3>4 >1CG5=8O, 0A?8@0=B B45;5=8O "5>@. $878:8 $, 2 / @01>B05B ?> 4>3>2>@C):  =30 B>3>:  =320.36LVALPOGh02@8= ;048<8@ 8:>;0528G @>4. 15.04.1941, 4.D.<.=., 70254CNI89 ;01>@0B>@859 -,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al (26 02B>@>2) The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al (45 02B>@>2) Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P. Veretenkin, et al. (9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry. Solid-State Electronics, v. 51, Issue 7 (2007) 1039-1046,  =1.247*30/9 =4.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*60/7= 1.9 ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@. (13 02B>@>2), >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar // @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*60/10= 1.4 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@. (14 02B>@>2), "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-LVALi16,  =0.226*60/10=1.4 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, .. 0;8E>2, .. 8@<>2,.. (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . . 8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2),?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@,   = 4/9=0.4 ?@5?@8=BK M;5:B@>==K5: V.N.Gavrin and B.T. Cleveland, Radiochemical solar neutrino experiments, http://www.arXiv.org/abs/nucl-ex/0703012 (2007).   = 4/2=2 J. N. Abdurashitov, V. N. Gavrin, V. L. Matushko, A. A. Shikhin, V. E. Yants, et al., Measurement of Neutron Background at the Pyhasalmi mine for CUPP Project, Finland/ http://www.arXiv:nucl-ex/0607024,   = 4/7 = 0.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. Development of a Segmented Fast Neutron Spectrometer, //NANP 05, 24 June 2005, Dubna, (>?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.70, No.1, 139-145  =0.914*60/8*0.7=4.8 V.N.Gavrin, Radiochemical solar neutrinoLVALj experiments//Neutrino 06, June 13-19, 2006, Santa Fe, NM, USA, (?@83;0H5==K9, ?;5=0@=K9)  =30 V.N.Gavrin, Facilities for low energy neutrino in astrophysics//ICHEP 06, July 26  August 2, 2006, Moscow, Russia, (?@83;0H5==K9, A5:F8>==K9)  =30 V.N.Gavrin, Radiohemical solar neutrino experiments, invited talk at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007, (?@83;0H5==K9, ?;5=0@=K9)  =30 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, E.P.Veretenkin, V.E.Yants et al., Segmented high resolution fast neutron spectrometer: present status, response function, report presented at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007, (?;5=0@=K9)  =6/8= 0.7 ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@. -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O, (A5:F8>==K9)  =6/11 = 0.6 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 V.N.Gavrin, SAGE: status and future/ TAUP 2007, September 11-15, 2007, Sendai, Japan, (?@83;0H5==K9)   = 30 V.N.Gavrin, Solar Neutrino Experiments, invited talk at the 13th Lomonosov Conference on Elementary Particle Physics, 23 - 29 August, 2007, Moscow, Russia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l14C@0H8B>2 6>=@84 0@8<0=>28G. @>4.04.06.1963, =.A. -,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V. Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*60/7= 1.9 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@. (14 02B>@>2), "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*60/10=1.4 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8LVALm=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@,   = 4/9=0.4 ?@5?@8=BK M;5:B@>==K5: J. N. Abdurashitov, V. N. Gavrin, V. L. Matushko, A. A. Shikhin, V. E. Yants, et al., Measurement of Neutron Background at the Pyhasalmi mine for CUPP Project, Finland/ http://www.arXiv:nucl-ex/0607024,   = 4/7 = 0.6 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. Development of a Segmented Fast Neutron Spectrometer, //NANP 05, 24 June 2005, Dubna, (>?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.70, No.1, 139-145  =0.914*60/8*0.7=4.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, E.P.Veretenkin, V.E.Yants et al. Segmented high resolution fast neutron spectrometer: present status, response function, report presented at th LVAL e XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007, (?;5=0@=K9)  =6/8= 0.7 =0 @>AA89A:8E :>=D5@5=F8OE ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..0BCH:>, ..(8E8=, .-./=F, !?5:B@><5B@ 1KAB@KE =59B@>=>2 2KA>:>3> @07@5H5=8O. >7<>6=>AB8 ?@O<>3> 87<5@5=8O A?5:B@0 8 ?;>B=>AB8 ?>B>:0 1KAB@KE =59B@>=>2 =0 =59B@>==>< :><?;5:A5 $, N 2006 01>G55 A>25I0=85 ?> ?@>3@0<<5 =0CG=KE 8AA;54>20=89 =0 =59B@>==>< :><?;5:A5 / , 1-3 <0@B0 2006 3>40, / , 3."@>8F:, (A5:F8>==K9).  =20/6= 3.3 C:>2>4AB2> 0A?8@0=B><:  =30 "  =81.0LVALPOGo5@5B5=:8= 235=89 02;>28G, @>4.10.04.1952 3., A=A -,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al. (9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry. Solid-State Electronics, v. 51, Issue 7 (2007) 1039-1046,  =1.239*30/9 =4.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@. (14 02B>@>2), "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*60/10=1.4 ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@. (13 02B>@>2) >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*60/10= 1.4 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 VLVALf ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 =0 @>AA89A:8E :>=D5@5=F8OE ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@ -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O,  =6/10= 0.6 "  =45.5LVALPOGq>@10G52 0;5@89 ;048<8@>28G, @>4 20.03.1965, :.D.<.=., =.A. ,   70 2006-2007 3. 3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P. Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@. (13 02B>@>2), >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*60/10= 1.4 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*60/7= 1.9 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 dLVALt87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 V.V.Gorbachev  Status and perspectivesof gallium experiments , //ICHEP 06, Moscow, Russia, 2006, (?@83;0H5==K9, A5:F8>==K9)  =30 "  =71.2LVALPOGs1@038<>20 "0BLO=0 8:B>@>2=0 @>4 3.04.1958, 254. 8=65=5@-?@>3@0<<8AB ,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P. Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN, //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*60/7= 1.9 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Ka* LVAL: likhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 "  =39.8LVALPOGu0;8E>2 =0B>;89 ;048<8@>28G @>4 18.05.1937, =.A. ,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P. Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al.(9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry. Solid-State Electronics, v. 51, Issue 7 (2007) 1039-1046,  =1.247*30/9 =4.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN, //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*60/7= 1.9 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>GBLVALR=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 "  =44.00Za h  o  v # } * 1 8?FMT[bifMffZB bD@?::::Ͽe#BZ <D@?::::ϿdGA@ fD@?`OGFFF:߿c)\B6D@?`OGFFF:߿b333 C%!F;D@?p3`OGFFF:߿aL3Cff(CN%-&`"D@?Y`OGFFF:߿` /]B"$ D@?4POGFFF:߿_AC8)~,D@?NPOGFFF:߿^I'1[B D@? 0POGFFF:߿]R'1[B D@?d0POGFFF:߿\SB)R2D@?t3POGFFF:߿[U!pBD B^eBJRND@?5POGFFF:߿Z'1[B D@?T0POGFFF:߿YBz D@?<POGFFF:߿XE'1[B D@?20POGFFF:߿W BRD@?>@FFF:߿V YBr D@?fPOGFFF:߿Uh.^C~S\]a D@?4POGFFF:߿T )܋B 8VD@? @FFF:߿S ׫Al4D@?:POGFFF:߿R A ` D@?POGFFF:߿Q[ @,XD@?*@FFF:߿PA . 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Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P. Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 "  = 26.9LVALPOGyK>7;>20 .;8O 02;>2=0 @>4.29.12.1959, :.D.<.=., =.A. -,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al. (9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry. Solid-State Electronics, v. 51, Issue 7 (2007) 1039-1046,  =1.247*30/9=4.2 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: ...>7;>20 8 4@. 5B0;;>3@0D8G5A:85 8 @5=B35=>48D@0:B><5B@8G5A:85 8AA;54>20=8O M?8B0:A80;L=KE A;>52 GaN, 2K@0I5==KE =0 A0?D8@5 <5B>40<8 307>B@0=A?>@B=>9 M?8B0:A88. 3-O 564C=0@>4=0O :>=D5@5=F8O ?> D878:5 :@8AB0;;>2 @8AB0;;>D878:0 21-3> 25:0, '5@=>3>;>2:0 (2006) (A5:F8>==K9)  =6/7 = 0.8 =0 @>AA89A:8E :>=D5@5=F8OE ... >7;>20, ..5@5B5=:8=, ..02@8=, ..0;8E>2, 8 4@ -;5:B@>D878G5A:85 8 45B5:B>@=K5 A2>9AB20 0@A5=840 30;;8O, 2K@0I5==>3> 87 @0AB2>@0-@0A?;020, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O, (A5:F8>==K9)  =6/11 = 0.6 ...>7;>20 8 4@. 5>1@0B8<K9 E0@0:B5@ @50:F88 >A0645=8O GaN 2 E;>@84-384@84=>< ?@>F5AA5, 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O, (A5:F8>==K9)  = 6/5 = 1.2 ...>7;>20, 8 4@. -"!,+ ! GaN, + )+ % - + ",  % C!". 9-O >=D5@5=F8O @A5=84 0;;8O 8 >;C?@>2>4=8:>2K5 A>548=5=8O @C??K III-V. GaAs-2006 "><A:, >AA8O, (A5:F8>==K9)  = 6/9 = 0.7 ...>7;>20, 8 4@. !B@C:BC@=K5 8AA;54>20=8O 35B5@>M?8B0:A80;L=KE A;>52 GaN, 2K@0I5==KE =0 A0?D8@5. XII 0F8>=0;L=0O :>=D5@5=F8O ?> @>ABC :@8AB0;;>2, , >A:20 (2006) (A5:F8>==K9)  =4/7 = 0.6 ...>7;>20, 8 4@. K@0I820=85 M?8B0:A80;L=KE A;>52 GaN E;>@84-384@84=K< <5B>4><. 5-O 2A5@>AA89A:0O :>=D5@5=F8O 8B@84K 30;;8O, 8=488 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K. #, >A:20, 31.01-02.02.2007, (A5:F8>==K9)  =4/9 = 0R LVALb .4. ...>7;>20 8 4@. AA;54>20=8O AB@C:BC@K M?8B0:A80;L=KE A;>52 GaN, 2K@0I5==KE <5B>4>< E;>@84-384@84=>9 M?8B0:A88, <5B0;;>3@0D8G5A:8<8 8 @5=B35=>2A:8<8 <5B>40<8, 5-0O A5@>AA89A:0O :>=D5@5=F8O 8B@84K 30;;8O, 8=488 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K. #, >A:20, 31.01-02.02.2007, (A5:F8>==K9)  =6/6 = 1 "  =9.5LVALPOG{8@<>2 ;LO 0C<>28G, @>4. 04.12.1962 , :.E.B.=., =.A. -,   70 2006-2007.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P. Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..5@5B5=:8=, ..02@8=, ..>@10G52, ..8@<>2, 8 4@ (13 02B>@>2) >=AB@C:F8O 8 B5E=>;>38O 873>B>2;5=8O 8AB>G=8:0 =59B@8=> =0 >A=>25 37Ar //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 5-9,  =0.226*60/10= 1.4 ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..8@<>2, .-./=F, 8 4@ (14 02B>@>2) "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*60/10=1.4 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007)LVAL, B>< 70, !2, 337-345  =0.914*60/10=5.5 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp 284-287  =30*0.112/10 E 0.7 = 0.2 "  =40.7LVAL @038= !5@359 235=L528G, @>4. 24.06.1957, =.A. 1. S.E.Bragin, A.V.Feschenko O.V.Grekhov N.F.Lebedeva V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich A.N.Mirzojan. An Interactive Procedure of a Transverse Beam Matching and Correction in INR Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 116-118. 0;;: 0.5*1.5*6/8=0.56 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 2. S.E.Bragin, A.V.Feschenko, O.V.Grekhov, N.F.Lebedeva, V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich, A.N.Mirzojan. Transverse Beam Matching and Correction Procedure in INR Linac. Proceedings of LINAC 2006, Knoxville, Tennessee, USA, pp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~(8E8= ;5:A0=4@ ;5:A0=4@>28G @>4 16.04.1963, =.A. ,   70 2006-2007 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. Kalikhov, N.G.Khainasov, T.V.Knodel, I.N.Mirmov, A.A.Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, G.T.Zatsepin, et.al, (26 02B>@>2), The BNO LNGS joint measurement of the solar neutrino capture rate in 71Ga //Astroparticle Physics 25 (2006) 349 354,  =4.047*30/10=12.1 J.N.Abdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P. Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al, (45 02B>@>2), Measurement of the response of a Ga solar neutrino experiment to neutrinos from a 37Ar source //PHYSICAL REVIEW C 73, 045805 (2006) 12 pages,  =3.610*30/10=10.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*60/7= 1.9 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6. 8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@LVALKE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@,   = 4/9=0.4 ?@5?@8=BK M;5:B@>==K5: J. N. Abdurashitov, V. N. Gavrin, V. L. Matushko, A. A. Shikhin, V. E. Yants, et al., Measurement of Neutron Background at the Pyhasalmi mine for CUPP Project, Finland/ http://www.arXiv:nucl-ex/0607024,   = 4/7 = 0.6 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. Development of a Segmented Fast Neutron Spectrometer, //NANP 05, 24 June 2005, Dubna, (>?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.70, No.1, 139-145  =0.914*60/8*0.7=4.8 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al., Segmented high resolution fast neutron spectrometer: present status, response function, report presented at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007, (?;5=0@=K9)  =6/8= 0.7 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. Zatsepin et.al , Measurement of the response of a Ga solar neutrino experiment to 37Ar source //NANP 05, 24 June 2005, Dubna, (?@83;0H5==K9, >?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.69, No.11, 1861-1869  =0.914*60/10*0.7=3.8 V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N. Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M. Vermul, V.E.Yants, and G. T. Zatsepin et.al ,  Measurement of the response of a Ga solar neutrino experiment to neutrinos from an 37Ar source , TAUP 2005, (?@83;0H5==K9, >?C1;8:>20==K9) //IOP, Journal of Physics: Conference Series, vol.39,2006, pp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bdurashitov, V.N.Gavrin, S.V.Girin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V. 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(14 02B>@>2), "5E=>;>38O 8 CAB0=>2:0 4;O M:AB@0:F88, >G8AB:8 8 A1>@0 37Ar 87 >:A840 :0;LF8O //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 4, 10-16,  =0.226*60/10=1.4 ...14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..(8E8=, .-./=F, 5B>4 87<5@5=8O 1>;LH8E A:>@>AB59 AG5B0 45B5:B>@>2 8>=878@CNI53> 87;CG5=8O A 2KA>:>9 B>G=>ABLN //@81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2006) ! 3, 82-87,  =0.226*45/7= 1.9 . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, A.325-336  =0.914*60/10=5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 8LVAL7>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10=5.5 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@,   = 4/9=0.4 ?@5?@8=BK M;5:B@>==K5: J. N. Abdurashitov, V. N. Gavrin, V. L. Matushko, A. A. Shikhin, V. E. Yants, et al., Measurement of Neutron Background at the Pyhasalmi mine for CUPP Project, Finland/ http://www.arXiv:nucl-ex/0607024   = 4/7 = 0.6 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, J.N.Abdurashitov, S.V.Girin, V.V.Gorbachev, P. P.Gurkina, T.V. Ibragimova, A.V.Kalikhov, N.G.Khairnasov, T.V.Knodel, V.A.Matveev, I.N.Mirmov, A.A. Shikhin, E.P.Veretenkin, V.M.Vermul, V.E.Yants, and G. T. 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Development of a Segmented Fast Neutron Spectrometer, //NANP 05, 24 June 2005, Dubna, (>?C1;8:>20==K9) //Physics of Atomic Nuclei (2006) v.70, No.1, 139-145  =0.914*60/8*0.7=4.8 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. Segmented high resolution fast neutron spectrometer: present status, response function, report presented at the XIVth Int.SZ LVALj chool on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007, (?;5=0@=K9)  =6/8= 0.7 =0 @>AA89A:8E :>=D5@5=F8OE ..14C@0H8B>2, ..5@5B5=:8=, ..02@8=, ..0BCH:>, ..(8E8=, .-./=F, !?5:B@><5B@ 1KAB@KE =59B@>=>2 2KA>:>3> @07@5H5=8O. >7<>6=>AB8 ?@O<>3> 87<5@5=8O A?5:B@0 8 ?;>B=>AB8 ?>B>:0 1KAB@KE =59B@>=>2 =0 =59B@>==>< :><?;5:A5 $, N 2006 01>G55 A>25I0=85 ?> ?@>3@0<<5 =0CG=KE 8AA;54>20=89 =0 =59B@>==>< :><?;5:A5 / , 1-3 <0@B0 2006 3>40, / , 3."@>8F:, (A5:F8>==K9).  =20/6= 3.3 "  =51.0LVALPOG5;>2 ;5:A0=4@ !B5?0=>28G, @>4. 27.02.1948, 2.=.A. 1. N. Alberola, T. A. Anthonioz, A. Badertscher, C. Bas, A. S. Belov, P. Crivelli, S. N. Gninenko, N. A. Golubev, M. M. Kirsanov, A. Rubbia, D. Sillou,  Development of a high-efficiency pulsed slow positron beam for measurements with orthopositronium in vacuum , Nuclear Instruments and Methods in Physics Research, A 560 (2006), 224-232. 0;; = 1,224 * 30/10=3,672 (!B0BLO 2 70@C156=>< 6C@=0;5) 2. CAST Collaboration (total authors number  57, A. Belov, S. N. Gninenko- from INR RAS),  Prospects for the CERN Axion Solar Telescope sensitivity to 14.4 keV axions , Nucl. Instr. Meth. 580, 37-39(2007). 0;; = 1,224 * 30/10=3,672 (!B0BLO 2 70@C156=>< 6C@=0;5) 3. CAST Collaboration (total authors number  61, A. Belov, S. N. Gninenko  from INR RAS),  An improved limit on the axion photon coupling from the CAST experiment , Journal of Cosmology and Astroparticle Physics, 4, 10, 2007. 0;; = 6.739* 30/10=20,217. (!B0BLO 2 70@C156=>< 6C@=0;5) 4. A. S. Belov, L. P. Netchaeva and A. V.Turbabin,  Intensity Improvements of Pulsed Source of Polarized Negative Hydrogen Ions , Proc. Of Xth International conference on Ion Sources, ICIS 2005, Review of Scientific Instruments, 77, 03A522 (2006). 0;; = 1.235*30*0.7/3-6/3=6.65 (?C1;8:>20==K9 4>:;04 2 @5D5@8@C5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40) 5. A. S. Belov,  Production of polarized ions in nearly resonant charge-exchange collisions in plasma , Report (invited, plenary) made at XIIth International Workshop on Polarized Sources Targets and Polarimeters, BNL, USA, 10-14 September, 2007. 0;;: 30 (@83;0H5==K9, ?;5=0@=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 6. E. P. Antishev, A. S. Belov, Study of Adiabaticity of Hydrogen Atoms Spin Motion in Changing Magnetic Fields, Report made at XIIth International Workshop on Polarized Sources Targets and Polarimeters, BNL, USA, 10-14 September, 2007. 0;;: 6/2=3. (>:;04 =0 <564C=0@>4=>9 LVAL:>=D5@5=F88) 7. CAST Collaboration (total authors number  65, A. Belov, S. N. Gninenko- from INR RAS),  CAST  A CERN Experiment to Search for Solar Axions , in Proc. of Sixth Intern. Conf. Of the Balkan Phys. Union, Istanbul, Turkey, August22-26, 2006, AIP Conf. Proc., 899, (37-40) 2007. 0;;: 1,5*6/10=0,9. ( 564C=0@>4=0O :>=D5@5=F8O, >?C1;8:>20==K5 B@C4K, 4>:;04) 8. V.V. Mochalov, & . A. S. Belov, et al  Spin physics with light and heavy neutral mesons at Protvino , International Conference SPIN 2006, Praha, Dec 2006. 18pp. Czeh. J. Phys., 56 (2006), e-Print Archive: hep-ex/0612038. 0;;: 1,5*6/10 =0,9. (>=D5@5=F8O <564C=0@>4=0O, 4>:;04, >?C1;8:>20==K5 B@C4K). 9. A.N. Vasiliev, & A. S. Belov et. al.,  Spin Physics Program in the U70 polarized proton beam , Dubna SPIN2005 Proc (XI ARW on High Energy SPIN Physics), p. 463, 2006. 0;;: = 1,5*6*0,5/10 =0,45. (>=D5@5=F8O <564C=0@>4=0O, 4>:;04, >?C1;8:>20==K5 B@C4K). 10. Dafni, S Andriamonje, V Arsov , S Aune, D Autiero, K Barth, A Belov, S Gninenko, N Golubev / (...) / K Zioutas, First results from the CAST experiment, TAUP 2005: Proc. Ninth Int. Conf. on Topics in Astroparticle and Underground PhysicsJournal of Physics: Conference Series, May 2006. 0;; = 1,5* 6*0,5/10 =0,45. (>=D5@5=F8O <564C=0@>4=0O, 4>:;04, >?C1;8:>20==K5 B@C4K). 11. A.!.5;>2, @>5:B 8AB>G=8:0 ?>;O@87>20==KE >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O CA:>@8B5;O $- #-70, 4>:;04 =0 2>< 01>G5< !>25I0=88 ?> #A:>@5=8N >;O@87>20==KE @>B>=>2 2 CA:>@8B5;5 #-70, 09 2006 3. 0;; = 4 (>=D5@5=F8O >AA89A:0O, CAB=K9 4>:;04). 12. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 13. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.FrLVAL(olov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp. 378-380. 0;; = 4*1.5/10 =0,6. (?C1;8:>20==K9 4>:;04 =0 >AA89A:>9 :>=D5@5=F88). 14. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, "@C4K XVI 564C=0@>4=>9 :>D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 15. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , >:;04 =0 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40. 0;;: 6/10=0,6. (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 16. A. S. Belov, P. Crivelli, S. N. Gninenko, M. M. Kirsanov, D.Sillou, A. Rubbia,  Development of the positron annigilation lifetime spectrometer based on slow positron beams for characterization and defectoscopy of nanostructural materials, 119 # + !   /  ,  !!! "% / #!"  ,  0=>B5E=>;>388 2 M;5:B@>=8:5, M=5@35B8:5, M:>;>388 8 <548F8=5 , !0=:B-5B5@1C@3, 20-23 =>O1@O 2007 3. 0;;: 6/6=1.0. (>:;04 =0 <564C=0@>4=>< A5<8=0@5) 17. C:>2>4AB2> 8?;><=8:>< $" . . =BKH52K< ?> 48?;><=>9 @01>B5 =0 A>8A:0=85 720=8O <038AB@0 ?> D878:5. 0;;: 10 B>3> '+  =87.74Z LVALj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elov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, pp.52-54. 0;;: 6*1.5*0.5/`10=0.45 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 4>;>65==K9 @0=55) 2. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. Proceedings of XX Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006) http://www.jacow.org, pp.378  380. 0;;: 4*1.5/10=0.6 (>=D5@5=F8O @>AA89A:0O, 4>:;04, B@C4K) 3. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04).0;;: 6/10 = 0,6. 4. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, A>AB>O2H59AO 2 3.1=8=A:5 25-28 =>O1@O 20033., 1=8=A:, 2007, AB@.204-210. 0;;: 6E1,5E0,5/5 = 0,9. (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO 70 ?@545;0<8 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 5. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, A>AB>O2H59AO 2 3.1=8=A:5 25-28 =>O1@O 20033., 1=8=A:, 2007, AB@. 211-216.0;;: 6E1,5E0,5/5 = 0,9(>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO 70 ?@545;0<8 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 6. .!.5;>2, . LVAL .5@18;>2, !..A8=, ..C15F, ....0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. #! "   - /  #! "/ / . "@C4K %% 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04.) 0;;: 6/10 = 0,6. 7. .. 5@18;>2, ... 0;8=8=.  !" !,/  !! / "' "  # / . "0:CC<=0O =0C:0 8 B5E=8:0". 0B5@80;K %III =0CG=>-B5E=8G5A:>9 :>=D5@5=F88. .:--, 2006, 98-101. 0;; 6/2 = 3. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) B>3> '+  =7.050LVAL@A8= !5@359 >=AB0=B8=>28G. 0B0 @>645=8O 13 8N;O 19283. @>D5AA>@, 4>:B>@ B5E=8G5A:8E =0C:. ;02=K9 =0CG=K9 A>3B@C4=8: #. 1. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 0;; = 1.224*30*0.7/5-6/5=3.94 (?C1;8:>20==K9 4>:;04 2 @5D5@8@C5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40). 2. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp. 378-380. 0;; = 4*1.5/10 =0,6. (?C1;8:>20==K9 4>:;04 =0 >AA89A:>9 :>=D5@5=F88). 4. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, XVI 564C=0@>4=0O :>=D5@5=F8O ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 5. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ....0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. #! "   - /  #! "/ / . "@C4K %% 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04.) 0;;: 6/10 = 0,6. B>3> '+  =6.19LVALPOG0;8=8= .@89 >@6528G @>4.19.05.1956, :.B.=., 702.;01.! 8 ! # 1. 5@18;>2 .., 0;8=8= ....  2>7<>6=>AB8 8A?>;L7>20=8O :@8>=0A>A>2 4;O >B:0G:8 8=65:B>@>2 # / . 0B5@80;K %111 =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 A CG0AB85< 70@C156=KE A?5F80;8AB>2 ##/ # 8 "%, -, >:BO1@L 20063. !@.98-101. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 0;;=4*1.5/2=3.0 2. 0;8=8= ..., 8 4@.(4). 5=B35=>48D@0:F8>==>5 8AA;54>20=85 459B@840 8 384@840 B8B0=0, 8A?>;L7C5<>3> 2 M;5:B@>D878G5A:8E CAB0=>2:0E."578AK %11 0F8>=0;L=>9 :>=D5@5=F88 ?> @>ABC :@8AB0;;>2 >A:20, >:BO1@L 20063., AB@.232, (>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 0;;: 4/5=0.8 3. ..!B5?0=>2, 0;8=8= .... 8 4@.(2). A>15==>AB8 873>B>2;5=8O ?@5F878>==KE 20:CC<=>?;>B=KE A20@=KE :>@?CA>2 B@C1>: 4@59D0 8=59=>3> #A:>@8B5;O / . 0B5@80;K %111 =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 A CG0AB85< 70@C156=KE A?5F80;8AB>2 ##/ # 8 "%, -, >:BO1@L 20063. !B@.291-294, (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 0;;=4*1.5/4=1.50. 4. Sarin V. A., Kalinin Y.Zh ( 8 G5;>25:). 708<>459AB285 87>B>?>2 2>4>@>40 A :>=AB@C:F8>==K<8 <0B5@80;0<8. "@5BLO <564C=0@>4=0O :>=D5@5=F8O 8 B@5BLO H:>;0 <>;>4KE CG5=KE 8 A?5F80;8AB>2.. !0=:B-5B5@1C@3, 02-07 8N=O 20073. AB@.232-234. IHI SM-07 (?C1;8:>20==K5 B@C4K <564C=0@>4=>9 :>=D5@5=F88). 0;;=6*1.5/8=1.125. 5. Sarin V. A., Kalinin Y.Zh ( 8 G5;>25:). The structure of the titanium deuterides and hydrides formed in titanium foils of hydride injector EPHI  T11M and on the surfaces of cathodes of diode sputter-ion pumps. Sarin V. A., Kalinin Y.Zh ( 8 G5;>25:) B578AK   ( 2 ?5G0B8). (>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 0;;=4/8=0.50. 6. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , >:;04 =0 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40 LVAL0;;: 6/10=0,6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 7. . 59=30@4B-8:C;8= ..0;8=8= !.0BCH:8= .5=LH>2 .8:C;8= . 572>2 .$5I5=:> >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0. >:;04 =0 20->< 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, 9-15 A5=BO1@O 2007. 0;;=6/8=0.75 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. ..!B5?0=>2, ...0;8=8=, ..5=LH>2. A>15==>AB8 873>B>2;5=8O ?@5F878>==>3> 20:CC<=>-?;>B=>3> ?0O=>3> :>@?CA0 ?>;CB@C1:8 8=59=>3> #A:>@8B5;O / . %1Y =0CG=>-B5E=8G5A:0O :>=D5@5=F8O 0:CC<=0O =0C:0 8 B5E=8:0, -, >:BO1@L 20073. 0B5@80;K :>=D5@5=F88 AB@.164-168, 0;;=4*1.5/3=2.0 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 9. ..24>:8<>2, ..!0@8=, .%. 01040=>2, ...0;8=8=. @8AB0;;8G5A:0O AB@C:BC@0 48384@840 B8B0=0 TiH1,05 . 6 =0F8>=0;L=0O :>=D5@5=F8O ?> ?@8<5=5=8N @5=B35=>2A:>3>, A8=E@>B@>==>3> 87;CG5=89, =59B@>=>2 8 M;5:B@>=>2 4;O 8AA;54>20=8O <0B5@80;>2.12  17 =>O1@O 20073.   , >A:20, B578AK 4>:;04>2, AB@.104 , 0;;=4/4=1.0 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 10. C:>2>4AB2> 0A?8@0=B>< 5=LH>2K< !5@355< ;5:A0=4@>28G5< 0;;=3*2 3>40=60 B>3> '+  =71.27 B>3>   #"/=62.92fLVALx>20;8H8= =0B>;89 !5<5=>28G, A.=.A., :.B.=., 1950 3.@. 1. Yu. Kiselev, A.Kovalishin, A.Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. Proc. of XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006(RuPAC 2006) p@. 258-260. http://rupac2006.inp.nsk.su/ . 0;;=4*1.5/4=1.5 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. ..20H0,...8A5;52, .!.>20;8H8=, .!.>?8=. Analysis and modernization of the INR DTL frequency control system. %% <564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0 09-15 A5=BO1@O 2007. 0;;=6/4=1.5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). B>3> '+  =3.020H0 4>;LD 20=>28G, 28.02.1936 3. @>64., 702. !5:B>@>< 1. Yu. Kiselev, A.Kovalishin, A.Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. Proc. of XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006(RuPAC 2006) p@. 258-260. http://rupac2006.inp.nsk.su/ . 0;;=4*1.5/4=1.5 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. ..20H0. Modeling of I/Q and A/P control systems by means of Matlab Simulink program package. %% <564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0 09-15 A5=BO1@O 2007. 0;;=6/1=6.0 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. ..20H0,...8A5;52, .!.>20;8H8=, .!.>?8=. Analysis and modernization of the INR DTL frequency control system. %% <564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0 09-15 A5=BO1@O 2007. 0;;=6/4=1.5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. C:>2>4AB2> 48?;><=<:>< >=><0@5=:> 20=>< !5@35528G5< 2005-2006 3>4K. 0;;=10. B>3> '+  =19.0 B>3>   #"/=15.06LVALPOG8A5;52 .@89 0A8;L528G, 1950 3>40 @>645=8O, :0=4840B B5E=8G5A:8E =0C:, 70254CNI89 01>@0B>@859 C?@02;5=8O 8 02B><0B870F88 1. Yu. Kiselev, A. Kovalishin, A. Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. Proceedings of RuPAC 2006, Novosibirsk, Russia, pp. 258-260. ( http://www.jacow.org) 0;;=4*1.5/6=1.5 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. O.V.Grekhov, A.N.Drugakov, Yu.V.Kisselev. EVENTS REGISTRATION SYSTEM FOR INR LINAC. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 106-107. 0;;=6*1.5*0.5/3=1.5 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. D. Jeon, J. Stovall, H. Takeda, S. Nath, J. Billen, L. Young, I. Kisselev, A. Shishlo, A. Aleksandrov, S. Assadi, C.M. Chu, S. Cousineau, V. Danilov, J. Galambos, S. Henderson, S. Kim, L. Kravchuk and E. Tanke. Acceptance scan technique for the drift tube linac of the spallation neutron source. Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment. Volume 570, Issue 1, January 2007, pages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elov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, XVI 564C=0@>4=0O :>=D5@5=F8O ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp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eingardt-Nikoulin,V. Gaidash, A.Menshov, A. Feschenko, A.N.Mirzojan. Universal BCT Monitor for INR Proton Linac Pulse Beam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eschenko L.V.Kravchuk, A.A.Menshov, V. Aleksandrov, S. Assadi, J. Galambos, S. Henderson.Longitudinal Beam Parameters Study in the SNS Linac Proceedings of PAC07, Albuquerque, New Mexico, USA pp. 2608-2610. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). =6*1.5/7=1.29 5. . 59=30@4B-8:C;8= ..0;8=8= !.0BCH:8= .5=LH>2, .8@7>O= .8:C;8= . 572>2 .$5I5=:> >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0. >:;04 =0 20->< 564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, 9-15 A5=BO1@O 2007. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).=6/8=0.75. B>3> '+  =6.44LVALPOG8@7>O= ;5:A0=4@ 8:>;0528G, @>4. 05.09.1948, :D<=, 702.;01. 1. V.V.Kuznetsov, A.N. Naboka, A.V. Novikov-Borod, V.L.Serov, A.V. Feschenko, A.N.Mirzojan. Pulse Shaping System for INR Proton Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 46-48 (?C1;8:>20==K9 4>:;04, A45;0==K9 @0=55)=6*1.5*0.5/6=0.75 2. P. Reingardt-Nikoulin,V. Gaidash, A.Menshov, A. Feschenko, A.N.Mirzojan. Universal BCT Monitor for INR Proton Linac Pulse Beam. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 2 (46), A. 113-114 (?C1;8:>20==K9 4>:;04, A45;0==K9 @0=55) =6*1.5*0.5/5=0.9 3. S.E.Bragin, A.V.Feschenko O.V.Grekhov N.F.Lebedeva V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich A.N.Mirzojan. An Interactive Procedure of a Transverse Beam Matching and Correction in INR Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 116-118. 0;;: 0.5*1.5*6/8=0.56 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 4. S.E.Bragin, A.V.Feschenko, O.V.Grekhov, N.F.Lebedeva, V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich, A.N.Mirzojan. Transverse Beam Matching and Correction Procedure in INR Linac. Proceedings of LINAC 2006, Knoxville, Tennessee, USA, pp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ragin, A.V.Feschenko O.V.Grekhov N.F.Lebedeva V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich A.N.Mirzojan. An Interactive Procedure of a Transverse Beam Matching and Correction in INR Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 116-118. 0;;: 0.5*1.5*6/8=0.56 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 2. S.E.Bragin, A.V.Feschenko, O.V.Grekhov, N.F.Lebedeva, V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich, A.N.Mirzojan. Transverse Beam Matching and Correction Procedure in INR Linac. Proceedings of LINAC 2006, Knoxville, Tennessee, USA, pp.435-437. 0;;: 1.5*6/8=1.13 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 3. V.A.Moiseev,V.V.Paramonov,K.Flottmann. Beam Dynamics Issues in Undulator Based PPA. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 2 (46), A. 134-136 0;;: 0.5*1.5*6/3=1.5 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 4. ..>8A552. 7CG5=85 2>7<>6=>AB8 @01>BK =0:>?8B5;O ?@>B>=>2 /  ?@8 =87:8E M=5@38OE. %% <564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0. 0;;: 6/1=6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 5. V.V. Paramonov, L.V. Kravchuk, V.A. Moiseev, A.N. Naboka, A.K. Skasyrskaya. INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters. 7->9 564C=0@>4=K9 A5<8=0@ ?> ?@>1;5<0< CA:>@8B5;59 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0. 0;;: 6/5=1.2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 6. L.V.Kravchuk, V.A.Moiseev, A.N.Naboka, V.V.Paramonov, A.K.Skasyrskaya, K. Floettmann, F. Stephan. Hardware Development and Study for ILC Positron Source Parameters. International Linear Collider Workshop ILC07 proceeding, DESY, Hamburgb, Germany. 0;;: 1.5*6/7=1.28 (?C1;8:>20==K9 4>:;04, A45nLVAL~;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) B>3> '+  =11.67LVAL @>=8= ;53 <8B@8528G, @>48;AO 18.03.1935, !, :.B.= 1. ..!B5?0=>2, ..5=LH>2, ..@>=8=, !...#4>28G5=:>. A>15==>AB8 873>B>2;5=8O ?@5F878>==KE 20:CC<=>?;>B=KE A20@=KE :>@?CA>2 B@C1>: 4@59D0 8=59=>3> #A:>@8B5;O / . 0B5@80;K %IV =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 "0:CC<=0O =0C:0 8 B5E=8:0", -, A. 164-168 0;;=4*1.5/6=1.5 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). B>3> '+  =1.55G0520 .., =.A., :.D.<.=., 1936 3.@. 1. A. S. Belov, L. P. Netchaeva and A. V.Turbabin,  Intensity Improvements of Pulsed Source of Polarized Negative Hydrogen Ions , Proc. 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Beam Dynamics Issues in Undulator Based PPA. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 2 (46), A. 134-136 0;;: 0.5*1.5*6/3=1.5 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. V. Paramonov, INR, K. Floettmann, DESY. BEAM-LOADING EFFECT IN THE NORMAL-CONDUCTING ILC POSITRON SOURCE PRE-ACCELERATOR. Proc. of International Linac Conference, Linac 2006, >:A28;;, !(, 2006 0;;: 1.5*6/2=4.5 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. V.V. Paramonov, L. Kravchuk, INR, S. Korepanov, DESY. EFFECTIVE STANDING-WAVE RF STRUCTURE FOR CHARGED-PARTICLE BEAM DEFLECTOR. Proc. of International Linac Conference, Linac 2006, >:A28;;, !(, 2006. 1.5*6/3=3.0 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. V. Paramonov, A.K. Skasyrskaya, INR, K. Floettmann, F. Stephan, DESY. 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RUPAC2006, p. 247. 0;;=1.5*4/5=1.2 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. H. Ao, K. Hirano, A. Ueno, T. Morishita, K. Hasegawa, Y. Yamazaki, M. Ikegami, V.Paramonov. Fabrication Status of ACS Accelerating Modules for J-PARC Linac. PAC2007, p. 1524, 2007. 0;;=1.5*6/8=1.125 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 9. L.V. Kravchuk, V.A. Moiseev, A.N. Naboka, V.V. Paramonov, A.K. Skasyrskaya, K. Floettmann, F. Stephan. Hardware Development and Study for ILC Positron Source Parameters. International Linear Collider Workshop ILC07, Hamburg, 30 May-4 June 2007, ILC07 Proceedings, DESY, Hamburg, 2007 0;;=1.5*6/7=1.28 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 10. V.V. Paramonov, A.K. Skasyrskaya. Pulsed RF heating simulations in normal-conducting L-band cavities. TESLA-FEL 2007-04, DESY, Hamburg, 0;;=4/2=2.0 (@5?@8=B) 11. V.V. Paramonov, L.V. Kravchuk, V.A. Moiseev, A.N. Naboka, A.K. Skasyrskaya. 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C:>2>4AB2> ZLVALj0A?8@0=B>< / %;NAB8= .. 0;;: 30*2 3>40=60 B>3> '+  =84.15@LVAL| R%;NAB8= 5=8A ;048<8@>28G, 0A?8@0=B, 1980 3.@. 1. Yu. Kiselev, A.Kovalishin, A.Kvasha, D.Hlustin. Simulation of the INR RAS DTL frequency stabilization system. Proc. of XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006(RuPAC 2006) p@. 258-260. http://rupac2006.inp.nsk.su/ . 0;;=4*1.5*2/4=2.5 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). B>3>: '+   = 2.25!B5?0=>2 =0B>;89 ;5:A5528G, @>4. 25.07.19353., :0=4840B B5E=8G5A:8E =0C:, 70254CNI89 A5:B>@>< 1. ..!B5?0=>2, ..5=LH>2, ..@>=8=, !...#4>28G5=:>. A>15==>AB8 873>B>2;5=8O ?@5F878>==KE 20:CC<=>?;>B=KE A20@=KE :>@?CA>2 B@C1>: 4@59D0 8=59=>3> #A:>@8B5;O / . 0B5@80;K %IV =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 "0:CC<=0O =0C:0 8 B5E=8:0", -, A. 164-168 0;;=4*1.5/6=1.5 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. ..!B5?0=>2, ...0;8=8=, ..5=LH>2. A>15==>AB8 873>B>2;5=8O ?@5F878>==>3> 20:CC<=>-?;>B=>3> ?0O=>3> :>@?CA0 ?>;CB@C1:8 8=59=>3> #A:>@8B5;O / . %1Y =0CG=>-B5E=8G5A:0O :>=D5@5=F8O 0:CC<=0O =0C:0 8 B5E=8:0, -, >:BO1@L 20073. 0B5@80;K :>=D5@5=F88 AB@.164-168, 0;;=4*1.5/3=2.0 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) B>3> '+  =3.5 B>3>   #"/=4.38LVALPOG$5I5=:> ;5:A0=4@ ;048<8@>28G @>4. 06.03.1955, 702.>B4. # 1. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54 (?C1;8:>20==K9 4>:;04, A45;0==K9 @0=55)  = 6*1,5*0,5/10 =0,45 2. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC 2006), pp.378-380.(>:;04 =0 @>AA89A:>9 :>=D5@5=F88). = 4*1,5/10 =0,6 3. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88).  = 6/10 =0,6 4. S.E.Bragin, A.V.Feschenko, O.V.Grekhov, N.F.Lebedeva, V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich, A.N.Mirzojan. An Interactive Procedure of a Transverse Beam Matching and Correction in INR Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 116-118 (?C1;8:>20==K9 4>:;04, A45;0==K9 @0=55) =6*1,5*0.5/8=0.56 5. S.E.Bragin, A.V.Feschenko, O.V.Grekhov, N.F.Lebedeva, V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich, A.N.Mirzojan. Transverse Beam Matching and Correction Procedure in INR Linac. Proceedings of LINAC 2006, Knoxville, Tennessee , pp. 435-437(>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). =6*1.5/8=1.13. 6. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 0;; = 1.224*30*0.7/5-6/5=3.94 (?C1;8:>20==K9 4>:;04 2 @5D5@8@LVALC5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40). 7. P. Reingardt-Nikoulin,V. Gaidash, A.Menshov, A. Feschenko, A.N.Mirzojan. Universal BCT Monitor for INR Proton Linac Pulse Beam. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 2 (46), A. 113-114 (?C1;8:>20==K9 4>:;04, A45;0==K9 @0=55) =6*1.5*0.5/5=0.9 8. V.V.Kuznetsov, A.N. Naboka, A.V. Novikov-Borod, V.L.Serov, A.V. Feschenko, A.N.Mirzojan. Pulse Shaping System for INR Proton Linac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eschenko L.V.Kravchuk, A.A.Menshov, V. Aleksandrov, S. Assadi, J. Galambos, S. Henderson.Longitudinal Beam Parameters Study in the SNS Linac Proceedings of PAC07, Albuquerque, New Mexico, USA pp. 2608-2610. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). =6*1.5/7=1.29 15. C:>2>4AB2> 48?;><=8:>< $" (10:0;02@)>@>B:>2K< .. =10. 16. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 (4 A5<5AB@0) =4*8=32 B>3>: '+   = 56.22 B>3>   #"/=41.65LVALPOG$@>;>2 ;53 "8<>D5528G, =.A., 1945 3.@. 1. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 0;; = 1.224*30*0.7/5-6/5=3.94 (?C1;8:>20==K9 4>:;04 2 @5D5@8@C5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40). 3. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp. 378-380. 0;; = 4*1.5/10 =0,6. (?C1;8:>20==K9 4>:;04 =0 >AA89A:>9 :>=D5@5=F88). 4. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, "@C4K XVI 564C=0@>4=>9 :>D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 5. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, A>AB>O2H59AO 2 3.1=8=A:5 25-28 =>O1@O 20033., 1=8=A:, 2007, AB@.204-210. 0;;: 6E1,5E0,5/5 = 0,9. (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO 70 ?@545;0<8 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 6. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, ~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elov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 10. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 0;; = 1.224*30*0.7/5-6/5=3.94 (?C1;8:>20==K9 4>:;04 2 @5D5@8@C5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40). 11. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp. 378-380. 0;; = 4*1.5/10 =0,6. (?C1;8:>20==K9 4>:;04 =0 >AA89A:>9 :>=D5@5=F88). 12. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, "@C4K XVI 564C=0@>4=>9 :>D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 13. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, A>AB>O2H59AO 2 3.1=8=A:5 25-28 =>O1@O 20033., 1=8=A:, 2007, AB@.204-210. 0;;: 6E1,5E0,5/5 = 0,9. (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO 70 ?@545;0<8 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 14. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:LVAL(>2K< B5E=>;>38O<, A>AB>O2H59AO 2 3.1=8=A:5 25-28 =>O1@O 20033., 1=8=A:, 2007, AB@. 211-216.0;;: 6E1,5E0,5/5 = 0,9(>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO 70 ?@545;0<8 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 15. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ....0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. #! "   - /  #! "/ / . "@C4K %% 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04.) 0;;: 6/10 = 0,6. 16. .. C15F, .!. 8:C;8=, .". $@>;>2, .. /:CH52. #,! #!" !" +"/.)  // / !"'  -. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 0;;: 6/4 = 1,5 B>3>: '+   = 9.49 B>3>   #"/=20.84LVALPOG !C2>@>20 ;L30 0A8;L52=0 @>4. 23. 50.1958, =.A. -,   70 2006-2007 3.3. C1;8:0F88: 1. M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova/"Results with the Baksan Neutrino Telescope"//Proceedings of the International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006 the Uppsala University publication, with ISBN number 978-91-506-1913 -3, AB@. 25-29, 2006.  =11*2/4=5.5 2. J.Elbs, Yu.M.Bunkov, E.Collin, H.Godfrin, O.Suvorova /Ultima: Magnetic field dependence of the calibration factor (Institut Neel, CNRS/UJF, Grenoble, France and Institute for Nuclear Research RAS, Moscow, Russia) //Proceedings of the 12th International Workshop on Low Temperature Detectors, Paris, July 22-27, 2007, http://www.ltd12.org, Journal of Low Temperature Physics 2007, in press;  = (0.753*30)/5= 4.518 3. J.Elbs, Yu.M.Bunkov, E.Collin, H.Godfrin, C.B.Winkenlman, O.Suvorova /Nuclear-electron recoil discrinination by pulse shape analysis in the Ultima Dark Matter detector (Institut Neel, CNRS/UJF, Grenoble, France and Institute for Nuclear Research RAS, Moscow, Russia) //Proceedings of the International Symposium on Quantum Fluids and Solids, Kazan, Russia, August 1-6, 2007, Journal of Low Temperature Physics 2007, in press;  = (0.753*30)/6= 3.765 >:;04K: 1. M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova (presented by O.V.Suvorova)/"Results withthe Baksan Neutrino Telescope"//International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006.  =4*1.5/4=1.5 2. J.Elbs, Yu.M.Bunkov, E.Collin, H.Godfrin, O.Suvorova /Ultima: Magnetic field dependence of the calibration factor (Institut Neel, CNRS/UJF, Grenoble, France and Institute for Nuclear Research RAS, Moscow, Russia) //12th International Workshop on Low Temperature Detectors, Paris, July 22-27, 2007  = 4*1.5/5= 1.2 3. J.Elbs, Yu.M.Bunkov, E.Collin, H.Godfrin, C.B.Winkenlman, O.Suvorova /A quantum fluid used as a detector for Dar LVAL k Matter: superfluid 3He (Institut Neel, CNRS/UJF, Grenoble, France and Institute for Nuclear Research RAS, Moscow, Russia) //International Symposium on Quantum Fluids and Solids, Kazan, Russia, August 1-6, 2007 http://www.ksu.ru/qfs2007/index.php  = (20*1.5)/6= 5.0 B>3>:  =21.48FLVALV CB:528G =0B>;89 8:B>@>28G @>4. 10.11.1954, A.=.A. -,   70 2006-2007 3.3. C1;8:0F88: 1. M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova/"Results with the Baksan Neutrino Telescope"//Proceedings of the International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006 the Uppsala University publication, with ISBN number 978-91-506-1913 -3, AB@. 25-29, 2006.  =11*2/3=7.33 2. A.V. Butkevich, S.A. Kulagin/"QE neutrino CC cross section off O-16"// arXiv:0711.3223  =4/2 = 2 3. A.V.Butkevich, S.A. Kulagin/"Quasi-elastic neutrino chrged-current scattering cross sections on oxygen"//Phys.Rev.C76:045502,2007  =3.61*30/2 = 54.1 4. Yu.F.Novoseltsev, M.M.Boliev, S.P.Mikheev, V.B.Petkov/"A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope (BUST)"//Nucl. Phys. Proc. Suppl. 151, 337, 2006  =0.875*30/5 = 5.3 >:;04K: 1. M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova (presented by O.V.Suvorova)/"Results withthe Baksan Neutrino Telescope"//International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006.  =6/5=1.2 B>3>:  =69.93LVALPOG 8E552 !B0=8A;02 02;>28G @>4. 11.10.1940, 3;.=.A. -,   70 2006-2007 3.3. C1;8:0F88: 1. V.Aynutdinov et al./"Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope"//Astropart. Phys. 25, (2006) 140-1506.  =4.047*30*0.1=12.141 2. V.Aynutdinov et al./"BAIKAL experiment: Main results obtained with the neutrino telescope NT200"//NIM A567 (2006) 423-427.  =1.224*30*0.1=3.672 3. V.Aynutdinov et al./"The BAIKAL neutrino experiment: from NT200 to NT200+",//NIM A567 (2006) 433-437.  =1.224*30*0.1=3.672 4. V.Aynutdinov et al./"Status and new results from the BAIKAL detector"//J.Phys.Conf.Ser., 39 (2006) 441-443.  =6*0.1=0.6 5. V.Aynutdinov et al./"A device for detection of acoustic signals from super high energy neutrinos"//Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.1=4.416 6. V.Aynutdinov et al./"High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos"// Int.J.Mod.Phys. A21 Supp.01 (2006) 117-121.  =1.472*30*0.1=4.416 7. V.Aynutdinov et al./"The BAIKAL neutrino telescope"///4. $87., 69, 11 (2006) 1-8.  =0.914*45*0.1=4.113 8. V.Aynutdinov et al./"The BAIKAL neutrino telescope"//Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.  =6*0.1=0.6 9. .9=CB48=>2 8 4@./"KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;"//:CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =6*0.1=0.6 10. V.Aynutdinov "The Baikal Neutrino Telescope: From NT200 to NT200+"//Czech.J.Phys.56:A349-A360,2006.  =0.36*30*0.1=1.08 11. K2K Collaboration (M.H.Ahn et al.)/"Measurement of Neutrino Oscillation by the K2K Experiment"//Phys.Rev. D74 (2006) 072003.  =4.852*30*0.1=14.56 12. K2K Collaboration(R.Gran et al.)/"Measurement of the quasi-elastic axial vector mass in neutrino-oxygen interactions"//Phys.Rev.D74 (2006) 0LVAL52002.  =4.852*30*0.1=14.56 13. K2K Collaboration (S.Yamamoto et al.)/"An Improved search for nu(mu) ---> nu(e) oscillation in a long-baseline accelerator experiment"//Phys.Rev.Lett. 96 (2006) 181801.  =7.489*30*0.1=22.47 14. .9=CB48=>2 8 4@./"09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O"//72.  (A5@8O D87.) B.71, 2K?.4, (2007).  =6*0.1=0.6 15. M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova/"Results with the Baksan Neutrino Telescope"//Proceedings of the International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006 the Uppsala University publication, with ISBN number 978-91-506-1913 -3, AB@. 25-29, 2006.  =11*2/3=7.33 16. K.Antipin et al./"Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment"//Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.  =6*0.1=0.6 17. K.Antipin et al./"Search for relativistic magnetic monopoles with the Baikal neutrino telescope"//Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.  =6*0.1=0.6 18. Yu.F.Novoseltsev, M.M.Boliev, A.V.Butkevich, S.P.Mikheev, V.B.Petkov/"A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope"//Nuclear Physics B, (Proc. Suppl.) 151 (2006) 337-340.  =0.875*30/5=5.25 19. .9=CB48=>2 8 4@./"The Baikal Neutrino experiment: NT200+ and beyond. "// Nucl.Instrum.Meth.A572:511-514,2007.  =1.224*30*0.1=3.672 20. K.Antipin et al./"Physics results from the Baikal Neutrino Telescope. "// Nucl.Phys.Proc.Suppl.168:296-298,2007.  =0.875*30*0.1=2.625 >:;04K: 1. K.Antipin et al. (presented by Zh. Dzhilkibaev)/"The BAIKAL experiment: status, selected results, and prospects".//The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.  =6*0.1=0.6 2. V.LVALAynutdinov et al. (presented by G. Domogatsky)/"Baikal neutrino telescope"//3rd Int. Workshop On NO-VE: Neutrino Oscillations In Venice: 50 Years After The Neutrino Experimental Discovery, February 7-10, 2006, Venice, Italy.  =6*0.1=0.6 3. V.Aynutdinov et al. (presented by V. Aynutdinov)/"Baikal neutrino project"//14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.  =6*0.1=0.6 4. V.Aynutdinov et al. (presented by V. Aynutdinov)/"Physics with the Baikal neutrino telescope"//XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 5. . 9=CB48=>2 8 4@. (4>:;04G8: . 9=CB48=>2)/"09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O"//29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O.  =4*0.1=0.4 6. V.Aynutdinov et al. (presented by Zh. Dzhilkibaev)/"Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment"// International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006, Uppsala, Sweden.  =6*0.1=0.6 7. V.Aynutdinov et al. (presented by E. Osipova)/"Search for relativistic magnetic monopoles with the Baikal neutrino telescope"//International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006, Uppsala, Sweden.  =6*0.1=0.6 8. M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova (presented by O.V.Suvorova)/"Results withthe Baksan Neutrino Telescope"//International Workshop on Exotic Physics with Neutrino Telescopes, Uppsala, Sweden, September 20-22, 2006.  =6/4=1.5 9. V.Aynutdinov et al./"The Baikal Neutrino Experiment: NT200+ and beyond"// X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy.  =6*0.1=0.6 10. S.P. Mikheyev /Invited talk  Neutrino from Collapsing Stars and Neutrino Oscillations // International Symposium 20th anniversary of SN 1987A, February 20 - 22, 2007, Moscow, Russia.  =20 11. S.P. Mikhey LVAL ev /Invited talk  Solar Neutrinos // International seminar  On Problems of Cosmic Rays Physics and Neutrino Astrophysics , (In honor of George Zatsepin Birthday) May 28 - 29, Moscow, Russia.  =20 12. S.P. Mikheyev /Invited talk  Oscillations of natural neutrinos // Thirteenth Lomonosov Conference on Elementary Particle Physics, August 23  29, 2007, Moscow, Russia.  =20 13. S.P. Mikheyev /Lecture  Neutrinos in matter // III International Pontecorvo Neutrino Physics School, September 16 - 26, 2007, Alushta, Crimea, Ukraine  =30 C:>2>4AB2> 48?;><=8:0<8:  =2*10=20 B>3>:  =222.18LVALPOG(59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. !B065@-8AA;54>20B5;L - A 1.06.20073.   70 2006-2007 3.3. >:;04K: 1) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 2) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 3) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 4) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 5) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 6) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 7) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 8) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 9) K.Antipin et al. "The Baikal experiment - nLVAL~Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 10) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 11) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th Int. Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007   = 6*0.1 = 0.6 12) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 13) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th Int. Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 15) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma Int. Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 16) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 17) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 ___________________________________________________________________   4>:;04>2 = 24.058 ___________________________________________________________________ B>3>2K9   (:0: 0A?8@0=B0) = 24.058*1.5 = 36.087LVAL 0AG5B   70 2006-2007 3>4 ;8<09 5B@ ;5:A0=4@>28G, @>4. 18.08.1984, 0A?8@0=B, AB065@-8AA;54>20B5;L - C1;8:0F88: .5B:>2, -.C3052, .;8<09, .!<8@=>2,  3@0=8G5=8O =0 :>=F5=B@0F8N 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ 4;O E@><>AD5@=KE <>45;59 8A?0@5=8O , 8AL<0 2 -"$, B>< 87, 2K?CA: 1, A.3-6, 2008,   = 1.446*60/4 = 21.69 E.V.Bugaev, P.A.Klimai,  Constraints on power spectrum of density fluctuations from PBH evaporations , astro-ph/0612659,   = 4/2 = 2 E.Bugaev, P.Klimai, V.Petkov,  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , arXiv:0706.3778[astro-ph],   = 4/3 = 1.33 >:;04K: E.V.Bugaev, P.A.Klimai,  Interactions of high energy cosmic rays with extragalactic infrared radiation background , 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 NANP-2005, Phys.Atom.Nucl.70:156-158, 2007,   = 0.7*0.914*60/2 = 19.2 E.Bugaev, P.Klimai,  Neutrino from extragalactic cosmic ray interactions in far infrared background , Proceedings of 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, Volume 9, pp. 65-68, 2006,   = 6*(1.5-1)/2 = 1.5 E.Bugaev, P.Klimai, V.Petkov,  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< ICRC 2007, Merida, Yucatan, Mexico, 3-11 8N;O 2007,   = 6/3 = 2 .;8<09,  >8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO G5@=KE 4K@ , 4>:;04 =0 0CG=>9 >=D5@5=F88 $", 2007 3>4,   = 4 .;8<09,  Neutrino experiments and primordial black holes , 4>:;04 =0 <564C=0@>4=>9 H:>;5 ISAPP-2006, !>@5=B>, B0;8O, 2006 3>4,   = 6 B>3>:   70 2006 3>4 = 9.5   70 2007 3>4 = 48.22, A CG5B>< ?>2KH0NI53> :>MDD8F85=B0 (0A?8@0=B),   70 2007 3>4 = 72.33   70 2006-2007 3>4K = 81.83LVALPOG# @:0489 8E09;>28G. >4. 02.02.19313. 0=4. B5E=. =0C:. 0CG=K9 A>B@C4=8: -.   70 2006-20073.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383   AB0B59 = 14.523 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd International WLVALorkshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 15) V.AynutdinoLVALv et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 40.275 ____________________________________________rLVAL______________________   (?C1;8:0F88 + 4>:;04K) = 54.798LVALPOG# ;048<8@ ;5:A0=4@>28G. >4.8.04.19513. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   2006-20073.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383 3) ..C:>2 8 .$.#B:8=0. 59B@8==K5 B5;5A:>?K. >?@>AK 5AB5AB2>7=0=8O. !1>@=8: (ISBN 5-8288-0999-7), ., & # 8<...(>;>E>20, 2007, AB@. 58-64.  =8/2=4 4) ..C:>2 8 4@. (6 02B>@>2) $>B>M;5:B@8G5A:89 C<=>68B5;L 4;O >?B8G5A:8E <>4C;59 3;C1>:>2>4=>3> =59B@8==>3> B5;5A:>?0 5AB>@. >?@>AK 5AB5AB2>7=0=8O. !1>@=8: (ISBN 5-8288-0999-7), . , & # 8<...(>;>E>20, 2007, AB@. 64-70.   = 8*0.167 = 1.333   AB0B59 = 19.856 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) VLVAL.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) G.Agguras et.all. NESTOR Deep Sea Neutrino Telescope. Deployment and results. Proc. of the XIII International Symposium on Very High Cosmic Ray Interaction. Pylos, Greece 6-12 September 2004. Nuclear Physics B (Proc. Suppl.) 151 (2006) 279-286.  =30*0.875*0.7*0.1= 1.838 7) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd International Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 8) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 9) S.Tsagly et.al. Recent measurements on the Hamamatsu 13'' R8055 photomultiplier tubes. ", 2nd International Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006)  =1.224*30*0.7*0.1=2.57 10) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 11) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd Int. Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 12) G.Aggouras et al. Proc.of the 3rd Int. Workshop On NO-VE: Neutrino Oscillations In Venice: 50 Years After The Neutrino Experimental Discovery, February 7-10, 2006, Venice, Italy.  =30*1.5*0.7*0.LVAL1=3.15 13) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 14) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 15) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 16) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 17) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 18) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 19) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 20) C:>2 ..  =B5@5A=0O 7040G0 ?> >F5=:5 8=B5=A82=>AB8 3;C1>:>2>4=>3> A25B>2>3> D>=0 >:50=0 . 13  16 <0@B0 2006 3., #, >A:20, >AA8O. 0B5@80;K V <564C=0@>4=>9 =0CG=>9 :>=D5@5=F88  $878G5A:>5 >1@07>20=85: ?@>1;5<K 8 ?5@A?5:B82K @0728B8O , AB@. 224-231.  =4*1.5=6 21) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 LVAL 22) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th Int. Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 23) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th Int. Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 24) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.  =(6+8*0.7)*0.1=1.16   = 6*0.1 = 0.6 25) S.Tsagly et al. Detail description of the 13inch Hamamatsu photomultiplier tubes. KM3Net WP3 International Meeting. 08-10 November 2006, Paris, France.  =6*0.1=0.6 26) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 27) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma Int. Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 28) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 29) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 54.433 __________________________________________________________________   (?C1;8:0F88 + 4>:;04K) = 74.289LVALPOG ( ;5:A0=4@ ;5:A0=4@>28G, @>4. 23.02.1962, =0CG=K9 A>B@C4=8:, -,   70 2006-2007 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383   AB0B59 = 14.523 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd International Workshop on LVALVery Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 15) V.Aynutdinov et alLVAL., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.  =(6+8*0.7)*0.1=1.16   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 40.275 __________________________PLVAL`_______________________________________   (?C1;8:0F88 + 4>:;04K) = 54.798LVALPOG& @83>@89 ;048<8@>28G, @>4. 15.01.19413. >:B>@ D87.-<0B. =0C:. 0254CNI89 ;01>@0B>@859 -.   70 2006-2007 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383 3) G.V.Domogatsky et al.  Neutrino geophysics at Baksan: On searches for antineutrinos and radiogenic-heat sources in the interior of the earth , Phys.Atom.Nucl., Vol.63, p.43-50 (2006), Yad.Fiz., Vol.63, 46-53 (2006).  =0.914*60*0.25=13.71 4) ..><>30F:89 8 4@.  2>7<>6=>AB8 87CG5=8O =0 0:A0=5 =59B@8=> >B !25@E=>2>9, /45@=0O D878:0, B>< 70, ! 6, AB@.1116  1122.   = 0.914*60*0.25 = 13.71 _______________________________________________________________   (AB0BL8): 41.944 ______________________________________________________________ >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground LVAL Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd International Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd Int. Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly veLVALrtical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 15) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th Int. Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro- LVAL Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 40.275 __________________________________________________________________   (?C1;8:0F88 + 4>:;04K) = 82.219   @C:>2>48B5;O ;01>@0B>@88 = 0.5*82.219 + 0.75*77.883 = 99.522LVALPOG68;:81052 0=-@KA 038A>28G. >4. 12.09.19513. >:B>@ D87-<0B.=0C:. 54CI89 =0CG=K9 A>B@C4=8: -,   70 2006-2007 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p.140-150, 2006  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383   AB0B59 = 14.524 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX Int. Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd International WLVALorkshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes, Uppsala Univ., p.24, 2007   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 15) V.Aynutdinov et al., "The LVALBaikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 ___________________________________________________________________   4>:;04>2 = 40.275 _____________________________________________________0 LVAL@ ______________   (?C1;8:0F88 + 4>:;04K) = 54.798 C:>2>4AB2> 48?;><=8:>< 2 2006 3>4C: (=B8?8= >=AB0=B8= 0;5@L528G. >4. 12.10.19843. :>=G8; $ 1.03.20073.)  =10 C:>2>4AB2> A>8A:0B5;5< 2 2006 8 20073.3. ((091>=>2 08@ ;5:A0=4@>28G. >4. 24.02.19803. :>=G8; 0A?8@0=BC@C /  5.05.20063. 0G8A;5= 2 ;01>@0B>@8N - =0 4>;6=>ABL <;04H53> =0CG=>3> A>B@C4=8:0 3 8N;O 20063.   = 30 * 2 = 60 !C<<0@=>5 7=0G5=85   = 54.798 + 10 + 60 = 124.798LVALPOG,' 3>@L ;5:A5528G. >4. 11.01.19413. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2006-20073.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383   AB0B59 = 14.523 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2LVALnd International Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 LVAL 15) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 40.275 _____________________@LVALP_____________________________________________   (?C1;8:0F88 + 4>:;04K) = 54.798LVALPOG ;53 8:>;0528G. 29.04.1966. 0=4. D87.-<0B. =0C:. 0CG=K9 A>B@C4=8: -.   70 2006  2007 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383   AB0B59 = 14.523 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd InternationaLVALl Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 15) V.AynutdLVALinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th Int. Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma Int. Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 40.275 _______________________________________________________LVAL___________   (?C1;8:0F88 + 4>:;04K) = 54.798LVALPOG 0AG5B   70 2006-2007 3>4 C3052 -430@ 0;5@L528G, @>4.22.08.1939, 4.D.-<.=., 2.=.A. - C1;8:0F88: .5B:>2, -.C3052, .;8<09, .!<8@=>2,  3@0=8G5=8O =0 :>=F5=B@0F8N 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ 4;O E@><>AD5@=KE <>45;59 8A?0@5=8O , 8AL<0 2 -"$, B>< 87, 2K?CA: 1, A.3-6, 2008,   = 1.446*60/4 = 21.69 E.Bugaev,  Photoabsorption cross sections at superhigh energies of real photons , hep-ph/0612012,   = 4 E.V.Bugaev, P.A.Klimai,  Constraints on power spectrum of density fluctuations from PBH evaporations , astro-ph/0612659,   = 4/2 = 2 E.Bugaev, P.Klimai, V.Petkov,  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , arXiv:0706.3778[astro-ph],   = 4/3 = 1.33 >:;04K: E.V.Bugaev, P.A.Klimai,  Interactions of high energy cosmic rays with extragalactic infrared radiation background , 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 NANP-2005, Phys.Atom.Nucl.70:156-158, 2007,   = 0.7*0.914*60/2 = 19.2 E.Bugaev, P.Klimai,  Neutrino from extragalactic cosmic ray interactions in far infrared background , Proceedings of 29th International Cosmic Ray Conference (ICRC 2005), Pune, India, Volume 9, pp. 65-68, 2006,   = 6*(1.5-1)/2 = 1.5 E.Bugaev, P.Klimai, V.Petkov,  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< ICRC 2007, Merida, Yucatan, Mexico, 3-11 8N;O 2007,   = 6/3 = 2 E.Bugaev,  Photoabsorption cross sections at superhigh energies of real photons , Presented at 14th International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, 15-22 Aug 2006, Nucl. Phys. B - Proc. Suppl., v.175, p.117,   = 6 + 0.7*30*0.875 = 24.4 @><5 B>3>: >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 "$878:0 =59B@8=>", A 22545=85< =>2>3> <0B5@80;0 (2 A2O78 A ?5@5=>A>< ;5:F89 A 4-3> =0 5-K9 :C@A D0:C;LB5B0 $- $"),   = 8 C:>2>4AB2> 48?;><=8:>< .. ;8<05< (A>8A:0B5;5< 720=8O <038AB@0) 2 2006-LVAL2007 3>40E,   = 2*10 = 20 C:>2>4AB2> 0A?8@0=B>< .. ;8<05< (A 8N;O 2007),   = 30   70 2006-2007 3>4K = 134.12 (2 B>< G8A;5 70 2007 3>4  84.22 , 70 2006 3>4  49.9)LVALPOG#" ;048<8@ 0@0B>28G. >4. 21.01.1960. 0=4. D87.-<0B. =0C:.!B0@H89 =0CG=K9 A>B@C4=8: -.   70 2006-20073.3. C1;8:0F88: 1) V.Aynutdinov et al., "Search for a diffuse flux of high-energy extraterrestrial neutrinos with the NT200 neutrino telescope", Astropart. Phys. 25, p. 140-150, 2006.  =4.047*30*0.1=12.141 2) . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495.  =0.397*60*0.1=2.383   AB0B59 = 14.523 >:;04K: 1) V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 202-206.  =1.472*30*0.7*0.1=3.091 2) V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int. Workshop on Acoustic and Radio EeV Neutrino Detection Activities (ARENA 05), Zeuthen, Germany, May 17-19, 2005; Int.J.Mod.Phys. A21 (2006) 117-121.  =1.472*30*0.7*0.1=3.091 3) V.Aynutdinov et al., "The Baikal neutrino telescope". V Int. Conf. on Non-Accelerator New Physics (NANP2005), (2005), Dubna, Russia. /4. $87., 69, 11 (2006) 1-8.   = 0.914*60*0.7 *0.1 = 3.839 4) V.Aynutdinov et al., "Status and new results from the BAIKAL detector", IX International Conference on Topics in Astroparticle and Underground Physics (TAUP2005), (2005), Zaragoza, Spain., J.Phys.Conf.Ser., 39 (2006) 441-443.   = 6*(1.5  1)*0.1 = 0.3 5) V.Aynutdinov et al., ``The Baikal Neutrino Telescope: From NT200 to NT200+''. International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.   = 30*0.360*0.7*0.1 = 0.756 6) V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", 2nd ILVALnternational Workshop on Very Large Volume Neutrino Telescopes, 8-11 Nov. Catania, Italy,2005. NIM A567 (2006) 423-427.  =1.224*30*0.7*0.1=2.57 7) V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", 2nd International Workshop on Very Large Volume Neutrino Telescopes, November 8-11, Catania, Italy, 2005. NIM A567 (2006) 433-437.  =1.224*30*0.7*0.1=2.57 8) K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.   = 30*0.1 = 3.0 9) V.Aynutdinov et al., "Baikal neutrino telescope". Proc. of the 3rd International Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino Experimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459.   = 30*1.5*0.7*0.1 = 3.15 10) V.Aynutdinov et al., "Baikal neutrino project". 14th Int. Seminar on High Energy Physics "QUARKS 2006", May 19-25, 2006, St. Petersburg, Russia.   = 4*0.1 = 0.4 11) V.Aynutdinov et al., "Physics with the Baikal neutrino telescope". XXXIII IHEP, July 2006, Moscow, Russia.  =6*0.1=0.6 12) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 4*1.5*0.1 = 0.6 13) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 14) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 1LVAL5) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =(6+1.224*30*0.7)*0.1=3.170 16) K.Antipin et al. "The Baikal experiment - Status, Results and Future", 20th ECRS Europian Cosmic Ray Simposium, 5-8 September 2006, Lisboa, Portugal.  =6*0.1=0.6 17) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.  =(6+0.875*30*0.7)*0.1=2.438 18) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 19) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 20) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 21) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 22) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 23) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.9 24) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 __________________________________________________________________   4>:;04>2 = 40.275 _________________________ LVAL. _________________________________________   (?C1;8:0F88 + 4>:;04K) = 54.798 C:>2>4AB2> 48?;><=8:0<8 - 420 48?;><=8:0 2 20063. ((59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. :>=G8; $ 1.03.20073. !B065@-8AA;54>20B5;L - A 14.05.20073. 02;>20 .;8O 3>@52=0. >4. 5.10.19843. :>=G8;0 $ 1.03.22073.)   = 10*2 = 20 C:>2>4AB2> 0A?8@0=B><  >48= 0A?8@0=B 2 20073. ((59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. !B065@-8AA;54>20B5;L - A 14.05.20073.)   = 30 !C<<0@=>5   = 54.798 + 20 + 30 = 104.182LVAL`OG:C;8=8G52 !5@359 A52>;>4>28G @>4. 28.8.1951, 702. $,   70 2006-2007 33 C1;8:0F88: !B0BL8: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  #'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0 8 ?>40=0 70O2:0 =0 ?0B5=B / 2007.  =20/4=5 2. !..:C;8=8G52, !>AB>O=85 8 ?5@A?5:B82K @048>;>38G5A:>3> F5=B@0 2 "@>8F:5, 548F8=A:0O D878:0, ! 4, 2007 3.  =9. 3. S.G.Lebedev, S.V.Akulinichev, A.S.Iljinov and V.E.Yants, A gaseous radiochemical method ..., Nucl.Inst. & Methods A, v. 561 (2006) 90.  =1.224*30/4=9.18 4. !..:C;8=8G52, ..!:>@:8= 8 4@. >2K9 18><0B5@80; =0 >A=>25 G0AB8F :><?;5:A0 (-Gd), 548F8=A:0O $878:0 !3 (31) (2006) 64.  =0.2*45/7=1.3 5. !.. :C;8=8G52, ... 24>:8<>2, ..0751=8:, .. ;OH:528G, .. 2A552, .. !0;O=>2, .. !:>@:8= 8><0B5@80; =0 >A=>25 G0AB8F E>;5AB5@8G5A:>9 684:>:@8AB0;;8G5A:>9 48A?5@A88 :><?;5:A0 (-Gd). 2. B>@8G=>5 87;CG5=85 >B 70E20B0 =59B@>=>2 2 G0AB8F0E. 548F8=A:0O $878:0, ! 4, 2006 3.  =0.2*45/7=1.3 >:;04K: 1. S.Akulinichev, E.Koptelov, L.Kravchuk, V.Skorkin/ Neutron Sources for Neutron Therapy at the INR Facilities /// The Eighteenth Meet. of the Int. Collab. on Adv. Neut. Sourc.  ICANS-XVIII . Dongguan, China. 2007.  =30/4=7.5 2. S.V.Akulinichev, S.E.Ulin, V.M.Skorkin / Autonom. Xenon Gamma-Spectr. for Radio-Ecology //LVII Int. Conf.  Nucleus-2007 . Voroneg.2007. @8=OB> : ?5G0B8 2 725AB8O . !5@. $878G5A:0O.  =20/3*1.5=10 3. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. of Radionuclid. Prod. for PET- Diagn. and Brachyth. by the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007. @8=OB> : ?5G0B8 2 725AB8O . !5@. $878G5A:0O .  =20/4*1.5=7. 5 4. S.V.Akulinichev, L.V.Kravchuk, V.A.Matveev, A.V.Novikov-Borodin, STATUS OF THE RADIOLOGICAL CENTRE AT INR RAS OF TROITSK MEDICAL COMPLEX. accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technologyLVAL), 2007.   =30/4*1.5=12.25 5. S.V.Akulinichev, M.I.Grachev, A.V.Novikov-Borodin THE POSSIBILITY OF THE H+, H- BEAM DELIVERY TO THE DIFFERENT TARGETS AT INR LINAC.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.   =30/3*1.5=15 6. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=6.43. 7. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. at INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007. - accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8)  =30/5*1.5=9 8. !.. :C;8=8G52, .. !:>@:8= AA;54>20=85 =0=>:@8AB0;;>2 -Gd A ?><>ILN =59B@>=>2 VI &,/ $ &/   . "!, !% "  #', "   -"  / !!/ " . / , 2007,  , !.  /"  '"  >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O  =20/2*1.5=15 9. !.. :C;8=8G52, ... 24>:8<>2, .. !0;O=>2, .. !:>@:8=/ 84:>:@8AB0;;8G5A:85 =0=>G0AB8FK -Gd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d-.  "$-2, "@>8F:, 2006.  =20/4=5 14. !..:C;8=8G52, ..!:>@:8= 5@A?5:B82K =59B@>==>9 B5@0?88 =0 CAB0=>2:0E /  XI 564C=0@>4=0O =0CG=0O :>=D5@5=F8O $-%'!  &!!+   !& "  #, 45:01@L 2006 3., 25=83>@>4  =20/2=10 15. Akulinichev S.V., Matveev V.A., Kravchuk L.V., Feschenko A.V., Grachev M.I., Novikov-Borodin A.V. RADIOLOGICAL CENTRE BASED ON INR PROTON LINAC. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =30/6*1.5=7.5 16. Novikov-Borodin A.V., Akulinichev S.V., Grachev M.I. Design of the Multipurpose Beam Delivery System of Experimental Complex of INR. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =30/3*1.5=15 17. . 5;5H:>, & !..:C;8=8G52, ..!:>@:8=. 2B><0B878@>20==0O A8AB5<0 @0480F8>==>3> :>=B@>;O " / IX !!!/ #'/ $ &/ &/ )"  &/ !!",  / +% "%/%, 3. 1=8=A:, 24-26 >:BO1@O 2006 3.  =20/4=5 ;8G=K9  =179.3 B>3>:   @C:>2>48B5;O: 179.3*0.5+104.9*0.75= 168.4 =45:A F8B8@>20=8O =30 :C;8=8G52 !5@359 A52>;>4>28G @>4. 28.8.1951, 702. $,   70 2006-2007 33 C1;8:0F88: !B0BL8: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  LVAL#'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0 8 ?>40=0 70O2:0 =0 ?0B5=B / 2007.  =20/4=5 2. S.G.Lebedev, S.V.Akulinichev, A.S.Iljinov and V.E.Yants, A gaseous radiochemical method & , Nucl.Inst. & Methods A, v. 561 (2006) 90.  =1.224*30/4=9.18 3. !..:C;8=8G52, ..!:>@:8= 8 4@. >2K9 18><0B5@80; =0 >A=>25 G0AB8F :><?;5:A0 (-Gd), 548F8=A:0O $878:0 !3 (31) (2006) 64.  =8/4=2 4. !.. :C;8=8G52, ... 24>:8<>2, ..0751=8:, .. ;OH:528G, .. 2A552, .. !0;O=>2, .. !:>@:8= 8><0B5@80; =0 >A=>25 G0AB8F E>;5AB5@8G5A:>9 684:>:@8AB0;;8G5A:>9 48A?5@A88 :><?;5:A0 (-Gd). 2. B>@8G=>5 87;CG5=85 >B 70E20B0 =59B@>=>2 2 G0AB8F0E. 548F8=A:0O $878:0, ! 4, 2006 3.  =8/3=2.67 5. !..:C;8=8G52, !>AB>O=85 8 ?5@A?5:B82K @048>;>38G5A:>3> F5=B@0 2 "@>8F:5, 548F8=A:0O D878:0, ?@8=OB> 2 ?5G0BL 2 2007 3.  =8. >:;04K: 1. S.Akulinichev, E.Koptelov, L.Kravchuk, V.Skorkin/ Neutron Sources for Neutron Therapy at the INR Facilities /// The Eighteenth Meet. Of the Int. Collab. On Adv. Neut. Sourc.  ICANS-XVIII . Dongguan, China. 2007.  =6/4=1.5 2. Skorkin V.M./  Search of 12Be Cluster States in the Charge Exchange Reactions for Carbon // 15th Int. Seminar. ISINN-15 , Dubna. 2007.  =4 3. S.V.Akulinichev, S.E.Ulin, V.M.Skorkin / Autonom. Xenon Gamma-Spectr. For Radio-Ecology //LVII Int. Conf.  Nucleus-2007 . Voroneg.2007.  =4/3=1.33 4. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. Of Radionuclid. Prod. For PET- Diagn. And Brachyth. By the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007.  =6/4=1.5 5. S.V.Akulinichev, L.V.Kravchuk, V.A.Matveev, A.V.Novikov-Borodin, STATUS OF THE RADIOLOGICAL CENTRE AT INR RAS OF TROITSK MEDICAL COMPLEX. Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.  = =30/4*1.5=8.17*1.5=12.25 6. S.V.Akulinichev, M.I.Grachev, A.V.Novikov-LVALBorodin THE POSSIBILITY OF THE H+, H- BEAM DELIVERY TO THE DIFFERENT TARGETS AT INR LINAC.  Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.   =30/3*1.5=10*1.5=15 7. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=4.29*1.5=6.43. 8. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. At INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  =30/5=6 9. %>@>H:>2 .!., "-$ (>A:20), :C;8=8G52 !.., ;5=>2 .., /  ("@>8F: ) "   "       !!.  "$-2, "@>8F:, 2006.  =20/3=6.67 10. :C;8=8G52 !.., @02GC: ..  0B2552 .., /  ("@>8F: ) '! &"  / .  "$-2, "@>8F:, 2006.  =20/3=6.67 11. :C;8=8G52 !.., !:>@:8= .., /  ("@>8F: )  !"+ " -%" "   "  ! / .  "$-2, "@>8F:, 2006.  =20/2=10 12. :C;8=8G52 !.., !:>@:8= .., /  ("@>8F: ), 24>:8<>2 ..., !0;O=>2 ..,   (>A:20) !  ) + "   #' " %" "    !"'! ! ! Gd-.  "$-2, "@>8F:, 2006.  =20/4=5 13. !..:C;8=8G52, ..!:>@:8= 5@A?5:B82K =59B@>==>9 B5@0?88 =0 CAB0=>2:0E /  XI 564C=0@>4=0O =0CG=0O :>=D5@5=F8O $-%'!  &!!+   !& "  #, 11 - 15 45:01@O 2006 3>40, 25=83>@>4  =20/2=10 14. Akulinichev S.V., Matveev V.A., Kravchuk L.V., Feschenko A.V., Grachev M.I.,LVAL Novikov-Borodin A.V. RADIOLOGICAL CENTRE BASED ON INR PROTON LINAC. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =30/6*1.5=5*1.5=7.5 15. Novikov-Borodin A.V., Akulinichev S.V., Grachev M.I. Design of the Multipurpose Beam Delivery System of Experimental Complex of INR. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =30/3*1.5=10*1.5=15 16. . 5;5H:>, & !..:C;8=8G52, ..!:>@:8=. 2B><0B878@>20==0O A8AB5<0 @0480F8>==>3> :>=B@>;O " / IX !!!/ #'/ $ &/ &/ )"  &/ !!",  / +% "%/%, 3. 1=8=A:, 24-26 >:BO1@O 2006 3.  =20/4=5 ;8G=K9  =136.7 B>3>:   @C:>2>48B5;O: 136.7*0.5+46.10*0.75= 102.93 =45:A F8B8@>20=8O =30LVAL`OG!:>@:8= ;048<8@ 8E09;>28G @>4. 3.8.1953, A=A $,   70 2006-2007 33 C1;8:0F88: !B0BL8: 1. !..:C;8=8G52, ..!:>@:8= 8 4@. >2K9 18><0B5@80; =0 >A=>25 G0AB8F :><?;5:A0 (-Gd), 548F8=A:0O $878:0 !3 (31) (2006) 64.  =0.2*45/7=1.3 2. !.. :C;8=8G52, ... 24>:8<>2, ..0751=8:, .. ;OH:528G, .. 2A552, .. !0;O=>2, .. !:>@:8= 8><0B5@80; =0 >A=>25 G0AB8F E>;5AB5@8G5A:>9 684:>:@8AB0;;8G5A:>9 48A?5@A88 :><?;5:A0 (-Gd). 2. B>@8G=>5 87;CG5=85 >B 70E20B0 =59B@>=>2 2 G0AB8F0E. 548F8=A:0O $878:0, ! 4, 2006 3.  =0.2*45/7=1.3 >:;04K: 1. S.Akulinichev, E.Koptelov, L.Kravchuk, V.Skorkin/ Neutron Sources for Neutron Therapy at the INR Facilities /// The Eighteenth Meet. of the Int. Collab. on Adv. Neut. Sourc.  ICANS-XVIII . Dongguan, China. 2007.  =30/4=7.5 2. S.V.Akulinichev, S.E.Ulin, V.M.Skorkin / Autonom. Xenon Gamma-Spectr. for Radio-Ecology //LVII Int. Conf.  Nucleus-2007 . Voroneg.2007. @8=OB> : ?5G0B8 2 725AB8O . !5@. $878G5A:0O.  =20/3*1.5=10 3. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. of Radionuclid. Prod. for PET- Diagn. and Brachyth. by the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007. @8=OB> : ?5G0B8 2 725AB8O . !5@. $878G5A:0O .  =20/4*1.5= 7. 5 4. Skorkin V.M./  Search of 12Be Cluster States in the Charge Exchange Reactions for Carbon // 15th Int. Seminar. ISINN-15 , Dubna. 2007.  accepted to Neutron spectroscopy, nuclear structure, related topics .  =6*1.5=9 5. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy et al/ Setup for Study of Neutron-Neutron Final State Interaction at Neutron Channel of Moscow Meson Factory //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007.  =1. 6. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. at INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=LVAL8:8) 2007.  =30/5*1.5=9 7. S.V.Akulinichev, Yu.K.Gavrilov, O.V.Grekhov, D.B.Lazebnik, A.V.Novikov-Borodin, V.M.Skorkin and V.N.Vasiliev,/ The Beam formation System for Proton Therapy at INR RAS. //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  accepted to VANT.  =30/7*1.5=6.43 8. !.. :C;8=8G52, .. !:>@:8=/ AA;54>20=85 =0=>:@8AB0;;>2 -Gd A ?><>ILN =59B@>=>2 // VI &,/ $ &/   . "!, !% "  #', "   -"  / !!/ " . / , 2007,  , !.  /"  '"  >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O  =20/2*1.5=15 9. !.. :C;8=8G52, ... 24>:8<>2, .. !0;O=>2, .. !:>@:8=/ 84:>:@8AB0;;8G5A:85 =0=>G0AB8FK -Gd 4;O "// >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N. >O1@L 2007 3., & "", >A:20.  =20/4=5 10. ... O1>2, .. 078=, .. 810=>20 8 4@./<?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8// >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N. >O1@L 2007 3., & "", >A:20.  =20/17=1.18 11. !..:C;8=8G52, ..!:>@:8=/ 5@A?5:B82K =59B@>=-& // "$-2. "@>8F:.2006,  =20/2=10 12. !..:C;8=8G52, ...24>:8<>2, ..!0;O=>2, ..!:>@:8=/ 0A?@545;5=85 ?>3;>IQ==>9& // "$-2. "@>8F:.2006,  =20/4=5 13. V.M.Skorkin / Search of 12Be &  //LVI Int. Conf.  Nucleus-2006 . Sarov.2006,  =20 14. !..:C;8=8G52, V.M.Skorkin / Perspectives&  //XI Int.Sc.Conf. Phys.-Chem.Proc. Selec.of Atoms and Mol. 2006,  =20/2=10 15. .. 5;5H:>, & !..:C;8=8G52, ..!:>@:8=/ 2B><. A8AB5<0 @0480F. :>=B@>;O " /// IX >AA89A:0O 0CG=0O >=D5@5=F8O 0480F8>==0O 0I8B0 8 0480F8>==0O 57>?0A=>ABL  /45@=KE "5E=>;>38OE, 3. 1=8=A:, 2006 3.  =20/4=5 16. !:>@:8= .. 048>;>38G5A:89 F5=B@ / . >=D5@5=F8O 0CG=K5 F5=B@K  2 8==>20F8>==>< @0728B88 >A:LVAL>2A:>9 >1;0AB8. >O1@L 20063. CI8=>.  =20 B>3>:  =139.2 =45:A F8B8@>20=8O =59 !:>@:8= ;048<8@ 8E09;>28G @>4. 3.8.1953, A=A $,   70 2006-2007 33 C1;8:0F88: 1. !..:C;8=8G52 8 4@. />2K9 18><0B5@80;& //54. $878:0, ! 3, 2006, A.64-69,  =0.2*60/7=1.71 2. !..:C;8=8G52 8 4@. /8><0B5@80; =0& //54. $878:0, ! 4, 2006, A.54-58,  =0.2*60/7=1.71 >:;04K: 1. S.Akulinichev, E.Koptelov, L.Kravchuk, V.Skorkin/ Neutron Sources for Neutron Therapy at the INR Facilities /// The Eighteenth Meet. Of the Int. Collab. On Adv. Neut. Sourc.  ICANS-XVIII . Dongguan, China. 2007.  =6/4=1.5 2. Skorkin V.M./  Search of 12Be Cluster States in the Charge Exchange Reactions for Carbon // 15th Int. Seminar. ISINN-15 , Dubna. 2007.  =4 3. S.V.Akulinichev, S.E.Ulin, V.M.Skorkin / Autonom. Xenon Gamma-Spectr. For Radio-Ecology //LVII Int. Conf.  Nucleus-2007 . Voroneg.2007.  =4/3=1.33 4. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. Of Radionuclid. Prod. For PET- Diagn. And Brachyth. By the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007.  =4/4=1 5. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. At INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.  =30/5*1.5=9 6. S.V.Akulinichev, Yu.K.Gavrilov, O.V.Grekhov, D.B.Lazebnik, A.V.Novikov-Borodin, V.M.Skorkin and V.N.Vasiliev,/ The Beam formation System for Proton Therapy at INR RAS. //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  =30/7*1.5=6.43 7. !..:C;8=8G52, ..!:>@:8=/ 5@A?5:B82K =59B@>=-& // "$-2. "@>8F:.2006,  =20/2=10 8. !..:C;8=8G52, ...24>:8<>2, ..!0;O=>2, ..!:>@:8=/ 0A?@545;5=85 ?>3;>IQ==>9& // "$-2. "@>8F:.2006,  =20/4=5 9. V.M.Skork4 LVALD in / Search of 12Be &  //LVI Int. Conf.  Nucleus-2006 . Sarov.2006,  =4 10. !..:C;8=8G52, V.M.Skorkin / Perspectives&  //XI Int.Sc.Conf. Phys.-Chem.Proc. Selec.of Atoms and Mol. 2006,  =6/2=3 11. .. 5;5H:>, & !..:C;8=8G52, ..!:>@:8=/ 2B><. !8AB5<0 @0480F. >=B@>;O " /// IX >AA89A:0O 0CG=0O >=D5@5=F8O 0480F8>==0O 0I8B0 8 0480F8>==0O 57>?0A=>ABL  /45@=KE "5E=>;>38OE, 3. 1=8=A:, 2006 3.  =20/4=5 B>3>:  =44.68 =45:A F8B8@>20=8O =10LVAL`OG>28:>2->@>48= =4@59 0;5@L528G @>4. 1.1.1962, A=A $,   70 2006-2007 33 C1;8:0F88: !B0BL8: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  #'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0 8 ?>40=0 70O2:0 =0 ?0B5=B / 2007.  =20/4=5 2. Novikov-Borodin A.V. Off-Site Continuums and Methods of their Mathematical Description. LANL E-Print Archive: physics/07060085, v.1, 1 June 2007.  =4. 3. Novikov-Borodin A.V. Physical Objects of Dark Systems. LANL E-Print Archive: physics/0609086, v.1, 11 Sept. 2006.  =4 4. Novikov-Borodin A.V. Relativistic and Quantum Properties of Spatial Rotations. LANL E-Print Archive: physics/0601155, v.1, 20 Jan. 2006.  =4 >:;04K: 1. S.V.Akulinichev, L.V.Kravchuk, V.A.Matveev, A.V.Novikov-Borodin, STATUS OF THE RADIOLOGICAL CENTRE AT INR RAS OF TROITSK MEDICAL COMPLEX. accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.  = =30/4*1.5=8.17*1.5=12.25 2. S.V.Akulinichev, M.I.Grachev, A.V.Novikov-Borodin THE POSSIBILITY OF THE H+, H- BEAM DELIVERY TO THE DIFFERENT TARGETS AT INR LINAC.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.  = =30/3*1.5=10*1.5=15 3. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=4.29*1.5=6.43. 4. Akulinichev S.V., Matveev V.A., Kravchuk L.V., Feschenko A.V., Grachev M.I., Novikov-Borodin A.V. RADIOLOGICAL CENTRE BASED ON INR PROTON LINAC. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.) LVAL , Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =30/6*1.5=5*1.5=7.5 5. Novikov-Borodin A.V., Akulinichev S.V., Grachev M.I. Design of the Multipurpose Beam Delivery System of Experimental Complex of INR. World Congress on Medical Physics and Biomedical Engineering  WC-2006 , 25Aug. 2 Sept., Seoul, Korea, 2006. World Congress of Medical Physics and Biomedical Engineering 2006: Imaging the Future Medicine/ Kim, Sun I.; Suh, Tae Suk (Eds.), Series: IFMBE Proceedings, Vol. 14, 2006, 4300 p., Softcover, ISBN: 978-3-540-36839-7.  =30/3*1.5=10*1.5=15 B>3>:  =73.18 =45:A F8B8@>20=8O(+A.V.Novikov) =16LVAL`OG02@8;>2 .@89 @0A=>A;02>28G @>4. 04.10.1952, =A $,   70 2006-2007 33 C1;8:0F88: !B0BL8: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  #'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0 8 ?>40=0 70O2:0 =0 ?0B5=B / 2007.  =20/4=5 >:;04K: 1. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. at INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.  =30/5*1.5=9 2. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=6.43. 3. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. of Radionuclid. Prod. for PET- Diagn. and Brachyth. by the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007. @8=OB> : ?5G0B8 2 725AB8O . !5@. $878G5A:0O .  =20/4*1.5=7. 5 B>3>:  =28 =45:A F8B8@>20=8O =102 02@8;>2 .@89 @0A=>A;02>28G @>4. 04.10.1952, =A $,   70 2006-2007 33 C1;8:0F88: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  #'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0 8 ?>40=0 70O2:0 =0 ?0B5=B / 2007.  =20/4=5 >:;04K: 1. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. At INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.  =30/5*1.5=9 2. S LVAL( .V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=4.29*1.5=6.43. B>3>:  =20.43 =45:A F8B8@>20=8O =102K/rJ i " M  x %  , 3 FMT[b\ cjAD@?@ =5 @074 =0 2 B: ?>; AB, => A>B@ / (=5 A>2<5AB)FF:)H*@,^D@?p@ FFF:߿+33qBD@?( `OGFFF:߿/= A4D@?v `OGFFF:߿4RNAD@? @ FFF:߿A ` D@?`OGFFF:߿Hz@D@?@FFF:߿@ ~D@? @=5 @074 =0 2 B: ?>; AB, => A>B@ / (=5 A>2<5AB)FF:A H D@?2@FFF:߿(A'A H D@?&`OGFFF:߿1\RD@?n`OGFFF:߿{5B>RD@?`OGFFF:߿z%FB2D@?>`OGFFF:߿y1BtD@?@FFF:߿xNqB^: xD@?`OGFFF:߿wH 33sBD@?Z@FFF:߿v= q=@D@?::::Ͽur BtD@?::::ϿtD@?::::ϿsD@?::::ϿrXAALl. D@?::::Ͽqz`A:D@?::::Ͽp7 B6 D@?::::Ͽo33A&D@?::::ϿnjTCCHC2f!%&D@?::::ϿmC Z$ CZ#f!: D@?l`OGFFF:߿lzs9BBB hD@?::::ϿkB0VD@?::::ϿjUs9B \D@?::::Ͽi ffJC2f!N%'D@? @FFF:߿h@ D@?::::ϿgOBBB>D@?::::ϿFLVALV >;18;:8= >@8A !5@35528G, 11.09.1933, :D<=, 4>F5=B, A=A $/ ,   70 2006-07. C1;8:0F88 1. . !. >;18;:8=, .!. 0B=5@, .. 5:A;5@ 8 @0728B85 O45@=>9 D878:8 2 !>25BA:>< !>N75, #$ 177, 895, 2007 2,675*60 = 160.5/2 = 80.25 2. B.S. Dolbilkin, B. S. Ratner,  V I Veksler and the development of nuclear physics in the USSR ,  Advances in Physical Sciences , 50, 7, 2007, London 2,675*30 = 80.25/2 = 40.125 >=D5@5=F88 1. B.S. Dolbilkin,  Decay modes of multipole giant resonances at light and medium nuclei , ?;5=0@=K9 4>:;04, Proc. 11 Int. Sem. EMIN-2006, M, 2006 20*1.5 = 30 2. B.S. Dolbilkin,  Low energy branch of the giant dipole resonance in photo- and electronuclear reactions , 4>:;04, Proc.11 Int. Sem. EMIN-2006, M, 2006 4*1.5 = 6 3. .!. >;18;:8= 0A?04 3830=BA:8E @57>=0=A>2 ;53:8E 8 A@54=8E O45@ 87 M:A?5@8<5=B>2 A A>2?045=8O<8 70@O65==KE G0AB8F , ?;5=0@=K9 4>:;04, 57 Int. Conf. on Nuclear Physics Nucleus 2007, Voronezh, Russia, 2007 20*1.5 = 30 4. .!. >;18;:8=, .!. 0B=5@,  AB>;5B8N .. 5:A;5@0. 5@2K9 >B5G5AB25==K9 A8=E@>B@>= !-3. @83;0H5==K9 4>:;04 =0 0CG=>9 A5AA88 $ , 2007. 20/2=10 5. B.S. Dolbilkin,  Photonuclear reactions for astrophysical applications , !5:F8>==K9 4>:;04. Int. Conf. OMEG07 , Sapporo, Japan, 173, 2007 6 B>3>,   70 2006-07 33. 202. 4LVAL`OG 2006-2007 . 19.12.1980, , , : 1. A. Mushkarenkov, ..., A. Lapik, V. Nedorezov, N. Rudnev, A. Turinge et al., Neutron detection efficiency of BGO calorimeter at GRAAL, Nucl. Inst. and Meth. A 562 (2006) 85-91; =1.224*30/10=3.672 2. Y. Assafiri, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Evidence for Nucleon-Resonance Excitation in !-meson Photoproduction, Phys. Rev. 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Turinge et al., photoproduction from deuteron at E = 0.7 " 1.5 GeV, In Proceedings of the 11th International Seminar Electromagnetic Interactions of Nuclei at Low and Medium Energies, Institute for Nuclear Research RAS, Moscow, September 21-24, 2006, p. 50-59. =20/10*1.5=3 : 1. , . P. Levi Sandri, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Meson photoproduction on the neutron at GRAAL, 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006; Ph LVALx ublished in Int.J.Mod.Phys.A 22, 341-348, 2007; =(30+1.472*30*0.7)/10=6.091 2. , . A. D Angelo, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Meson photoproduction on the nucleon with polarized photons, 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006; Published in Eur.Phys.J.A 31, 441-445, 2007; =(30+1.659*30*0.7)/10=6.484 3. . V. Nedorezov, ..., A. Ignatov, A. Lapik, A. Mushkarenkov, N. Rudnev, A. Turinge et al., New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei, International School of Nuclear Physics: 29th course Quarks in Hadrons and Nuclei, Erice, 16-24 September 2007. =30/10=3 : =70.571*2=141.1422LVAL F5@5A=8:>20 ==0 0A8;L52=0, 26.08.1980, 0A?8@0=B,   70 2006-2007 33 1. . .0@010=>2, ..5@5A=8:>20, ..>@=>CE>2, ..C1A0=4>@6852,  7<5@5=85 :@82>9 2KA25G820=8O AF8=B8;;OB>@0 CaMoO4  @5?@8=B /  1179/2007  =4/4=1 >;>4>9 A>B@C4=8:, 0A?8@0=B 1*1,5=1,5 B>3>  =1,5!?8A>: >?C1;8:>20==KE @01>B =0CG=>3> A>B@C4=8:0 =AB8BCB0 O45@=KE 8AA;54>20=89 D@>A8=8=0 ;048<8@0 5B@>28G0 70 ?5@8>4 2006  20073.3. : 1) About estimations of an one-photon background in neutrino oscillation experiments at low neutrino energies. V.P. Efrosinin (Moscow, INR) . Sep 2006. 17pp. e-Print: hep-ph/0609169   = 4. 2) About radiative kaon decay K+ ---> pi+ pi0 gamma. V.P. Efrosinin (Moscow, INR) . Jun 2006. 11pp. e-Print: hep-ph/0606216   = 4. 3) About the quark currents in leptonic decaies of pseudoscalar mesons. V.P. Efrosinin, A.N. Khotyantsev (Moscow, INR) . Mar 2006. 7pp. e-Print: hep-ph/0603147   = 4/2 = 2. 4) About Estimations of One-Photon Background in Neutrino-Oscillation Experiments as Low Neutrino Energies V.P.Efrosinin . Physics of Atomic Nuclei, 2007, Vol. 70, No 11, pp. 1926-1930.   = (0.914x60) = 54.84. B>3>   = 64.84;852 0;8: 14C@0E<0=>28G >4. 31.03.74, :D<=, <=A $-,   70 2006-2007 33. C1;8:0F88: 1. M.Abe et al. / Search for T-violating transverse muon polarization in the K+ pi0 mu+ nu decay / Phys.Rev.D73:072005, 2006.  =(4.852*30/10) =14.556 2. S.Shimizu et al. / Measurement of K+ pi0 mu+ nu gamma decay using stopped kaons / Phys.Lett.B633:190-194, 2006 (hep-ex/0512068).  =(5.301*30/10) =15.9 3. M.A.Aliev et al. / New result of the measurement of the direct photon emission in K+ pi+ pi0 gamma decay / Eur.Phys.J.C46:61-67, 2006 (hep-ex/0511060).  =(3.209*30/10) =9.627 4. .. ;852 8 4@., 7<5@5=85 25@>OB=>AB8 ?@O<>3> 8A?CA:0=8O D>B>=0 87 25@H8=K @0A?040 K+ pi+ pi0 gamma, @5?@8=B /   1159/2006, 31A.  =4/10=0.4 B>3>:  =(14.6+15.9+9.6+0.4)*1.5=60.8LVAL`OG@H>2 8:>;09 8:B>@>28G, @>4. 03.01.1978, =A $-, :.D.-<.=. (2005)  -2007 (2006-2007 33.) C1;8:0F88: MEASUREMENT OF THE BRANCHING RATIO. V.V. Anisimovsky, A.V. Artamonov, B. Bassalleck,..., N. Yershov et al., to be published in Phys.Rev.D. e-Print: arXiv:0709.1000 [hep-ex],  =4/10=0.4 SCINTILLATOR COUNTERS WITH MULTI-PIXEL AVALANCHE PHOTODIODE READOUT FOR THE ND280 DETECTOR OF THE T2K EXPERIMENT. O. Mineev, A. Afanasjev, G. Bondarenko,..., N.Yershov Nucl.Instrum.Meth.A577:540-551,2007. e-Print: physics/0606037,  =1.224*30/10=3.672 MEASUREMENT OF NEUTRINO OSCILLATION BY THE K2K EXPERIMENT. By K2K Collaboration (M.H. Ahn, E. Aliu, S. Andringa,..., N.Yershov). Jun 2006. 40pp. Phys.Rev.D74:072003,2006,   = 4.852*30/10 = 14.556 SEARCH FOR T-VIOLATING TRANSVERSE MUON POLARIZATION IN THE K+ ---> PI0 MU+ NU DECAY. By KEK E246 Collaboration (M. Abe, M.Aoki, Y.Asano,..., N.Yershov), Apr 1, 2006. 34pp. Phys.Rev.D73:072005,2006,   = 4.852*30/10 = 14.556 MEASUREMENT OF THE QUASI-ELASTIC AXIAL VECTOR MASS IN NEUTRINO-OXYGEN INTERACTIONS. By K2K Collaboration (M.H. Ahn, E. Aliu, S. Andringa,..., N.Yershov). Mar 2006. 14pp. Phys.Rev.D74:052002,2006,   = 4.852*30/10 = 14.556 MULTI-PIXEL GEIGER-MODE AVALANCHE PHOTODIODES WITH HIGH QUANTUM EFFICIENCY AND LOW EXCESS NOISE FACTOR E. Guschin, M. Khabibullin, Y. Kudenko, A. Kuznetsov, O. Mineev, Y. Musienko, S. Reucroft, J. Swain, N. Yershov and M. Vlasov Nucl.Instrum.Meth.A567:250-254,2006,  =1.224*30/10=3.672 AN IMPROVED SEARCH FOR OSCILLATION IN A LONG-BASELINE ACCELERATOR EXPERIMENT. By K2K Collaboration (M.H. Ahn, E. Aliu, S. Andringa,..., N.Yershov). Mar 2006. 5pp. Phys.Rev.Lett.96:181801,2006 ,  =7.489*30/10 = 22.467 >:;04K =0 :>=D5@5=F8OE: Yu.Kudenko, E.Akhromeev,..A.Khotjantsev, et al., Study of MRS photodiodes for T2K experiment, Invited talk at International Workshop on new photon detectors, Kobe, Japan, 27-29 June 2006, published in theLVAL Workshop Proceedings, PoS (PD07) 016,  =45/10=4.5 >;>4>9 8AA;54>20B5;L 4> 40 ;5B, :0=4840B =0C::  =  *1.5 B>3>:  =118.87LVAL`OG!?8A>: >?C1;8:>20==KE @01>B =0CG=>3> A>B@C4=8:0 =AB8BCB0 O45@=KE 8AA;54>20=89 %>BO=F520 ;5:A5O 8:>;0528G0 70 ?5@8>4 2006  20073.3. : 1) MEASUREMENT OF K+ ---> PI0 MU+ NU GAMMA DECAY USING STOPPED KAONS. By KEK-E470 Collaboration (S. Shimizu et al.). Dec 2005. 12pp. Published in Phys.Lett.B633:190-194,2006 e-Print Archive: hep-ex/0512068 ,   = (5.301x 30)/10 = 15.903 2) NEW RESULT OF THE MEASUREMENT OF THE DIRECT PHOTON EMISSION IN K+ ---> PI+ PI0 GAMMA DECAY. By KEK-E470 Collaboration (M.A. Aliev et al.). Nov 2005. 13pp. Published in Eur.Phys.J.C46:61-67,2006 e-Print Archive: hep-ex/0511060,   = (3.209x 30)/10 = 9.627 3) MEASUREMENT OF NEUTRINO OSCILLATION BY THE K2K EXPERIMENT. By K2K Collaboration (M.H. Ahn et al.). Jun 2006. 40pp. Published in Phys.Rev.D74:072003,2006 e-Print Archive: hep-ex/0606032,   = (4.852x 30)/10 = 14.556 4) SEARCH FOR T-VIOLATING TRANSVERSE MUON POLARIZATION IN THE K+ ---> PI0 MU+ NU DECAY. M. Abe et al.. Apr 1, 2006. 34pp. Published in Phys.Rev.D73:072005,2006,   = (4.852x 30)/10 = 14.556 5) MEASUREMENT OF THE QUASI-ELASTIC AXIAL VECTOR MASS IN NEUTRINO-OXYGEN INTERACTIONS. By K2K Collaboration (R. Gran et al.). Mar 2006. 14pp. Published in Phys.Rev.D74:052002,2006 e-Print Archive: hep-ex/0603034,   = (4.852x 30)/10 = 14.556 6) AN IMPROVED SEARCH FOR NU(MU) ---> NU(E) OSCILLATION IN A LONG-BASELINE ACCELERATOR EXPERIMENT. By K2K Collaboration (S. Yamamoto et al.). Mar 2006. 5pp. Published in Phys.Rev.Lett.96:181801,2006 e-Print Archive: hep-ex/0603004,   = (7.489x 30)/10 = 22.467 7) About the quark currents in leptonic decaies of pseudoscalar mesons. V.P. Efrosinin, A.N. Khotyantsev (Moscow, INR) . Mar 2006. 7pp. e-Print: hep-ph/0603147   = 4/2 = 2. 8) Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp. Temporary entry e LVAL -Print: arXiv:0709.1000 [hep-ex]   = 4/10 = 0.4 9) Scintillator counters with multi-pixel avalanche photodiode readout for the ND280 detector of the T2K experiment. O. Mineev et al. Jun 2006. 23pp. Published in Nucl.Instrum.Meth.A577:540-551,2007. e-Print: physics/0606037   = (1.224x30)/10 = 3.672 >:;04K =0 :>=D5@5=F8OE: Yu.Kudenko, E.Akhromeev,..A.Khotjantsev, et al., Study of MRS photodiodes for T2K experiment, Invited talk at International Workshop on new photon detectors, Kobe, Japan, 27-29 June 2006, published in the Workshop Proceedings, PoS (PD07) 016,  =45/10=4.5 @5?@8=BK: 1. .. ;852 8 4@., 7<5@5=85 25@>OB=>AB8 ?@O<>3> 8A?CA:0=8O D>B>=0 87 25@H8=K @0A?040 K+ pi+ pi0 gamma, @5?@8=B /   1159/2006, 31A.  =4/10=0.4 B>3>   = 102.637LVAL`OG%0181C;;8= 0@0B 0@A>28G(@>4. 29.07.1965) A=A $-! $-, :D<= !C<<0@=K9   (70 2006-2007 3.3.) = 99.409   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # % 1) M.A. Aliev, Y. Asano, P. Depommier,..., M. Khabibullin, et al./New result of the measurement of the direct photon emission in K+ ---> pi+ pi0 gamma decay.// Eur.Phys.J.C, v. 46, pp. 61-67, 2006,  =3.209*30/10=9.627. 2) S. Shimizu, K. Horie, M. Aliev,..., M. Khabibullin, et al./Measurement of K+ ---> pi0 mu+ nu gamma decay using stopped kaons.// Phys.Lett.B, v. 633, pp. 190-194, 2006,  =5.301*30/10=15.903. 3) S. Yamamoto, J. Zalipska, E. Aliu, ..., M. Khabibullin, et al./An Improved search for nu(mu) ---> nu(e) oscillation in a long-baseline accelerator experiment.// Phys.Rev.Lett., v. 96, p. 181801, 2006,  =7.489*30/10=22.467. 4) R. Gran, E.J. Jeon, E. Aliu, ..., M. Khabibullin, et al./Measurement of the quasi-elastic axial vector mass in neutrino-oxygen interactions.// Phys.Rev.D, v. 74, p. 052002, 2006,  =4.852*30/10=14.556. 5) M. Abe, M. Aliev, V. Anisimovsky,..., M.M. Khabibullin, et al./Search for T-violating transverse muon polarization in the K+ ---> pi0 mu+ nu decay.// Phys.Rev.D, v. 73, p. 072005, 2006,  =4.852*30/10=14.556. 6) M.H. Ahn, E.Aliu, S. Andringa, ..., M. Khabibullin, et al./Measurement of Neutrino Oscillation by the K2K Experiment.// Phys.Rev.D, v. 74, p. 072003, 2006,  =4.852*30/10=14.556 . 7) O. Mineev, A. Afanasjev, G. Bondarenko,..., M. Khabibullin, et al. Scintillator counters with multi-pixel avalanche photodiode readout for the ND280 detector of the T2K experiment.//Nucl.Instrum.Meth. A, v.A577: p.540-551, 2007.  =1.224*30/10= 3.672 . 8)E. Guschin, M. Khabibullin, Y. Kudenko,..., et al./ Multi-pixel Geiger-mode avalanche photodiodes with high quantum efficiency and low excess noise factor// Nucl.Instrum.Meth.A567:250-254,2006.  =1.224*30/10=3.672 . -" +   "+: 9) V. V. Anisimovsky, A.V. Artamonov, B. Bassalleck,..., " LVAL2 M. Khabibullin, et al. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. //BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp.; e-Print: arXiv:0709.1000 [hep-ex].  =4/10= 0.400 . >:;04K =0 :>=D5@5=F8OE: Yu.Kudenko, E.Akhromeev,..A.Khotjantsev, et al., Study of MRS photodiodes for T2K experiment, Invited talk at International Workshop on new photon detectors, Kobe, Japan, 27-29 June 2006, published in the Workshop Proceedings, PoS (PD07) 016,  =45/10=4.5 @5?@8=BK: 1. .. ;852 8 4@., 7<5@5=85 25@>OB=>AB8 ?@O<>3> 8A?CA:0=8O D>B>=0 87 25@H8=K @0A?040 K+ pi+ pi0 gamma, @5?@8=B /   1159/2006, 31A.  =4/10=0.4 B>3> 70 2006-2007 3.3.: = 104.309LVAL`OG8=552 ;53 8:B>@>28G @>4. 13.02.1964, A=A $-,   70 2006-200733 C1;8:0F88: 1. Scintillator counters with multi-pixel avalanche photodiode readout for the ND280 detector of the T2K experiment. (O. Mineev et al.) Published in Nucl.Instrum.Meth.A577:540-551,2007.  =1.224*30/10=3.672 2. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007.  =4/10=0.4 3. Measurement of Neutrino Oscillation by the K2K Experiment, By K2K Collaboration (M.H. Ahn et al.). Published in Phys.Rev.D74:072003,2006.  =4.852*30/10=14.556 4. Search for T-violating transverse muon polarization in the K+ ---> pi0 mu+ nu decay, M. Abe et al. Published in Phys.Rev.D73:072005,2006.  =4.852*30/10=14.556 5. An Improved search for nu(mu) ---> nu(e) oscillation in a long-baseline accelerator experiment. By K2K Collaboration (S. Yamamoto et al.). Published in Phys.Rev.Lett.96:181801,2006.  =7.489*30/10=22.467 6. Measurement of the quasi-elastic axial vector mass in neutrino-oxygen interactions. By K2K Collaboration (R. Gran et al.). Published in Phys.Rev.D74:052002,2006.  =4.852*30/10=14.556 7. Measurement of K+ ---> pi0 mu+ nu gamma decay using stopped kaons. By KEK-E470 Collaboration (S. Shimizu et al.). Published in Phys.Lett.B633:190-194,2006.  =5.301*30/10=15.903 8. New result of the measurement of the direct photon emission in K+ ---> pi+ pi0 gamma decay. By KEK-E470 Collaboration (M.A. Aliev et al.). Published in Eur.Phys.J.C46:61-67,2006.  =3.209*30/10=9.627 9. Multi-pixel Geiger-mode avalanche photodiodes with high quantum efficiency and low excess noise factor E. Gushin et al. Published in Nucl.Instrum.Meth.A567,2006, p.250.  =1.224*30/10=3.672 >:;04K =0 :>=D5@5=F8OE: Yu.Kudenko, E.Akhromeev,..A.Khotjantsev, et al., Study of MRS photodiodes for T2K f LVALv experiment, Invited talk at International Workshop on new photon detectors, Kobe, Japan, 27-29 June 2006, published in the Workshop Proceedings, PoS (PD07) 016,  =45/10=4.5 @5?@8=BK: 1. .. ;852 8 4@., 7<5@5=85 25@>OB=>AB8 ?@O<>3> 8A?CA:0=8O D>B>=0 87 25@H8=K @0A?040 K+ pi+ pi0 gamma, @5?@8=B /   1159/2006, 31A.  =4/10=0.4 !C<<0@=K9  =104.31LVAL`OGC45=:> .@89 @83>@L528G @>4. 05.10.1951, 702. $-! $-,   70 2006-2007 33 C1;8:0F88: 1. M.H. Ahn et al. Measurement of Neutrino Oscillation by the K2K Experiment, Phys. Rev.D74:072003,2006.  =4.852*30/10=14.556 2. M. Abe et al., Search for T-violating transverse muon polarization in the K+ ---> pi0 mu+ nu decay, Phys. Rev. D73:072005,2006.  =4.852*30/10=14.556 3. S. Yamamoto et al., An Improved search for nu(mu) ---> nu(e) oscillation in a long-baseline accelerator experiment. Phys.Rev.Lett.96:181801,2006.  =7.489*30/10=22.467 4. R. Gran et al., Measurement of the quasi-elastic axial vector mass in neutrino-oxygen interactions. Phys.Rev.D74:052002,2006.  =4.852*30/10=14.556 5. S. Shimizu et al., Measurement of K+ ---> pi0 mu+ nu gamma decay using stopped kaons. Phys.Lett.B633:190-194,2006.  =5.301*30/10=15.903 6. M.A. Aliev et al., New result of the measurement of the direct photon emission in K+ ---> pi+ pi0 gamma decay. Eur.Phys.J.C46:61-67,2006.  =3.580*30/10=10.74 7. E. Gushin, M.Khabibullin, Yu.Kudenko et al. Multi-pixel Geiger-mode avalanche photodiodes with high quantum efficiency and low excess noise factor, Nucl.Instrum.Meth.A567,2006, p.250.  =1.224*30/10=3.672 8. O. Mineev, A. Afanasjev, G. Bondarenko,..., M. Khabibullin, et al. Scintillator counters with multi-pixel avalanche photodiode readout for the ND280 detector of the T2K experiment.//Nucl.Instrum.Meth. A, v.A577: p.540-551, 2007.  =1.224*30/10= 3.672 . -;5:B@>==K5 ?@5?@8=BK: 1. V. V. Anisimovsky, A.V. Artamonov, B. Bassalleck,..., M. Khabibullin, et al. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. //BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp.; e-Print: arXiv:0709.1000 [hep-ex].  =4/10= 0.400 2. T.Abe, Y.Aihara, C.Andreopulos,& Y.Kudenko et al., Detectors and flux instrumentation for future neutrino facilities, arXiv:0712.4129 [physics.inst-det],  =4/10= 0.400 LVAL @5?@8=BK: 1. .. ;852 8 4@., 7<5@5=85 25@>OB=>AB8 ?@O<>3> 8A?CA:0=8O D>B>=0 87 25@H8=K @0A?040 K+ pi+ pi0 gamma, @5?@8=B /   1159/2006, 31A.  =4/10=0.4 >:;04K =0 :>=D5@5=F8OE: 1. Yu.Kudenko, Multi-pixel Geiger mode photosensors, Talk given at International Scope Study Workshop on NuFAct, Tsukuba, Japan, January 2006,  =6 2. Yu.Kudenko, The T2K experiment: status and instrumentation of the 280m near detector, Invited talk at 9th ICATPP Conference on Astroparticle, Particle, Space Physics, Detectors and Medical Physics Applications, Como, Italy, October 2005, published in the Conference Proceedings, 2006, p.245-252,  =30*1.5*0.5=22.5 3. ...C45=:>, AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 2, @83;0H5==K9 4>:;04 =0 XL 78<=59 H:>;5 /$, D52@0;L 2006,  =20 4. Yu.Kudenko, Status of the T2K experiment, Invited talk at ICHEP06, Moscow, Russia, 2006, Published in the Proceedings of ICHEP-06, V.1.  =45. 5. Yu.Kudenko, Status of the long baseline experiment T2K, Invited talk at Workshop  Neutrino oscillations at accelerators , Dubna, 23-25 January 2006,  =20 6. Yu.Kudenko, E.Akhromeev, et al., Study of MRS photodiodes for T2K experiment, Invited talk at International Workshop on new photon detectors, Kobe, Japan, 27-29 June 2006, published in the Workshop Proceedings, PoS (PD07) 016,  =45/10=4.5 7. ...C45=:>, >2K5 @57C;LB0BK 2 =59B@8==KE CA:>@8B5;L=KE M:A?5@8<5=B0E, 4>:;04 =0 0@:>2A:8E GB5=8OE, >A:20, 10 <0O 2007 3.  =20 8. ...C45=:>, #A:>@8B5;L=K5 =59B@8==K5 M:A?5@8<5=BK: =>2K5 @57C;LB0BK 8 ?5@A?5:B82K, ?@83;0H5==K9 4>:;04 =0 A5AA88 A5:F88 O45@=>9 D878:8 $ , "-$, >A:20, 26-30 =>O1@O 2007 3.  =20. >=>3@0D8O (CG51=>5 ?>A>185): ...C45=:>. A=>2K M:A?5@8<5=B0;L=>9 D878:8 M;5<5=B0@=KE G0AB8F, 170 A., >A:20 2007, ISBN 978-5-94274-028-3. #G. 874. ;. = 12.3  =12.3*2=24.6 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0:  =8 C:>2>4AB2> A>8A:0B5;O<8, 70I\ LVALl 8B82H8<8 :0=4840BA:85 48AA5@B0F88: .;852  2006 3.   = 30 C:>2>4AB2> ABC45=B0<8: .7<09;>2, .D0=0AL52, .(09E852 - 1-9 3>4 <038AB5@A:>9 @01>BK.  2006 3.  =10*3 = 30 .E@0<552, .K:>2  10:0;02@A:0O 48?;><=0O @01>B0 - 2006 3.  =10*2 = 20 .7<09;>2, .D0=0AL52, .(09E852 - 2-9 3>4 <038AB5@A:>9 @01>BK.  2007 3.  =10*3 = 30 .E@0<552, .K:>2  1-9 3>4 <038AB5@A:>9 @01>BK - 2007 3.  =10*2 = 20 !C<<0@=K9 8=48284C0;L=K9   = 431.912   @C:>2>48B5;O = 321.88LVAL`OG810=>2 0:A8< 0;5=B8=>28G @>4. 09.04.1971, A=A "$,   70 2006-200733 C1;8:0F88: 1) .. 810=>2, -../. C3052, "!2>9AB20 E833A>2A:>9 G0AB8FK 2 <>45;8 A >1J548=5==K<8 ?>:>;5=8O<8 D5@<8>=>2" /$ 70, 898-904, 2007,   = 0.914*60/2=27.42; 2) M.Libanov, V.Rubakov, E.Papantonopoulos, M.Sami and S.Tsujikawa, "UV stable, Lorentz-violating dark energy with transient phantom era," JCAP {\bf 0708} (2007) 010   = 6.739*30/5=40.434 3) -;5:B@>==K9 ?@5?@8=B M.Libanov, V.Rubakov, E.Papantonopoulos, M.Sami and S.Tsujikawa, "UV stable, Lorentz-violating dark energy with transient phantom era," arXiv:0704.1848 [hep-th]   = 4/5=0.8 4) -;5:B@>==K5 ?@5?@8=BK \bibitem{Koroteev:2007yp} P.~Koroteev and M.~Libanov, "On Existence of Self-Tuning Solutions in Static Braneworlds without Singularities," a) arXiv:0712.1136 [hep-th]. b) ITEP-TH-60-07 c) ULB-TH-07-34   = (4*3)/2=6 >=D5@5=F88 1) ?C1;8:>20==K9 4>:;04 Electroweak interactions and Unified theories, La Thuile (Italy) , March 11-18 2006, 4>:;04 "Higgs boson with a single generation in the bulk", -.C3052, .810=>2   = (6*1.5)/2=4.5 2) #AB=K9 4>:;04 QUARKS-2006, 14th International Seminar on High Energy Physics, St. Petersburg, Russia, 19-25 May, 2006, 4>:;04 "Higgs boson with a single generation", -.C3052, .810=>2   = (4)/2=2 3) ?C1;8:>20==K9 4>:;04 6th International Workshop on the Identification of Dark Matter, Rhodes, Greece, September 11-16, 2006, 4>:;04 "Seesaw, Leptogenesis and Majorana neutrino as DM", .=8A8<>2, .810=>2, $.57@C:>2   = (6*1.5)/3=3 4) ?C1;8:>20==K9 4>:;04 Baksan'7: XIV-O <564C=0@>4=0O H:>;0 "'0AB8FK 8 :>A<>;>38O", ?@5;L 16-21 2007, "Lorentz Invariance Violation in Braneworld Models", .>@>B552, .810=>2   = (4*1.5)/2=3 C:>2>4AB2> 48?;><=8:>< >@>B552 5B@ ;5:A0=4@>28G 01.2006-06.2006 - 10:0;02@ 06.2006-12.2007 - <038AB@  =10*2=20 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O A LVAL BC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL :C@A0 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2006-07)  =2(3>40)*3(A5<5AB@0)*8 = 48 !5<8=0@K ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2006-07)  =2(3>40)*3(A5<5AB@0)*8 = 48 B>3>  : 203.154LVAL >28:>20 0;8=0 /:>2;52=0, 15.07.1950, =A -,   70 2006-2007 33 1. 0@010=>2 . , 57@C:>2 ., 0=8;>2 ., 8 0:@8 , 0BB04>@8 , >AB8:>20 ., @K;>2 ..!, 5AB5@>20 ., >28:>20 ./, &820475 .., /=>28G .,  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O =87:>M=5@35B8G5A:8E 0=B8=59B@8=>. 1.AA;54>20=85 M:AB@0:F88 304>;8=8O :0@1>=>2K<8 :8A;>B0<8" , " 048>E8<8O", B. 49, 2K? 3 (2007)  =0,537*60/10=3,2 2. Novikova G., (RENO collaboration)  Progress Report On RENO (2007) 125-127,  =1,472*30/10=4,416 3 Novikova G (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS, Nucl. Phys. Proc. Suppl., 168 (2007) 122-124,  =1,472*30/10=4,416 4. ./. >28:>20, .. >@8A>20, .. 5;>CA, . . 0@010=>2, .. 57@C:>2, ..0=8;>2, ..20=>2, ../=>28G.  AA;54>20=85 2>7<>6=>AB8 >1@07>20=8O :>>@48=0F8>==KE A>548=5=89 2 304>;8=89-A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@0E (GdLS) A?>;L7>20=85 @07=>;830=4=KE :><?;5:A>2 304>;8=8O 4;O A>740=8O GdLS . @5?@8=B /  1161 ?@5;L 2007,  =4/8=0,5 B>3> 11,880=>2A:89 !B0=8A;02 ;048<8@>28G, 30.09.1941, =A -,   70 2006-2007 33 1. !.. 80=>2A:89  >45;8@>20=85 ?>402;5=8O 2=5H=53> D>=0 2 M:A?5@8<5=B5 ?> ?>8A:C 42>9=>3> 157=59B@8==>3> 15B5-@0A?04 @5?@8=B /  1179/2007  =4 2. S.V. Kianovsky, (GERDA Coll) THE GERMANIUM DETECTOR ARRAY (GERDA) FOR THE SEARCH OF NEUTRINOLESS BETA BETA DECAYS OF GE-76 AT LNGS. accepted for publication NIM B,  =1.181*30/10=3,543 3. S.V. Kianovsky, (GERDA Coll) GERmanium detector array, GERDA, Physica Scripta 2006 (2006) 46.  =1,244*30/10=3,74 4. S.V. Kianovsky, (GERDA Coll) Status of the Germanium detector array (GERDA) in the search of neutrinoless beta beta decays of 76Ge at LNGS, Phys. Atom. Nucl. 69 (2006) 2101.  =0,914*30/10=2,75 !C<<0=14 >;>4>9 A>B@C4=8:, 0A?8@0=B 14*1,5=21 B>3>  =218LVALH/=>28G 235=89 ;5:A0=4@>28G, 21.10.1949, =A -,   70 2006-2007 33 1. 0@010=>2 . , 57@C:>2 ., 0=8;>2 ., 8 0:@8 , 0BB04>@8 , >AB8:>20 ., @K;>2 ..!, 5AB5@>20 ., >28:>20 ./, &820475 .., /=>28G .,  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O =87:>M=5@35B8G5A:8E 0=B8=59B@8=>. 1.AA;54>20=85 M:AB@0:F88 304>;8=8O :0@1>=>2K<8 :8A;>B0<8" , " 048>E8<8O", B. 49, 2K? 3 (2007)  =0,537*60/10=3,2 2. I. Barabanov, Soyfer V, Goryachev V., Yanovich E. Andreev D.  Metodology and techniques of early detection anomalies 85Kr and 3H in near bottom layer of seawater by water inifitration in spent nuclear fuel in dumpsites of the ship and submarine reactors. Radioprotection, Suppl. 1, v. 40, p.S669-S675., 2006  =6/5=1,2 3. 0@010=>2 .  !>9D5@ .., >@OG52 ., /=>28G . . =4@552 . .  "@8B89 8 :@8?B>=-85 2 2>40E 70?04=>9 @:B8:8 (8E <5AB> 2 87CG5=88 A>AB>O=8O >B@01>B02H53> O45@=>3> B>?;820 2 7>=0E 40<?8=30 8 020@89) , 5B5>@>;>38O 8 384@>;>38O, 2006, 4, 59-69.  =0,678*30/5=5,5 4. E Yanovich, (GERDA Coll) THE GERMANIUM DETECTOR ARRAY (GERDA) FOR THE SEARCH OF NEUTRINOLESS BETA BETA DECAYS OF GE-76 AT LNGS. accepted for publication NIM B,  =1.181*30/10=3,543 5. E Yanovich, (GERDA Coll) GERmanium detector array, GERDA, Physica Scripta 2006 (2006) 46.  =1,244*30/10=3,74 6. E Yanovich, (GERDA Coll) Status of the Germanium detector array (GERDA) in the search of neutrinoless beta beta decays of 76Ge at LNGS, Phys. Atom. Nucl. 69 (2006) 2101.  =0,914*30/10=2,75 7. E Yanovich., (RENO collaboration)  Progress Report On RENO (2007) 125-127,  =1,472*30/10=4,416 8. E Yanovich., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS, Nucl. Phys. Proc. Suppl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u 8 Pd 8 >1>1I5==0O >?B8G5A:0O <>45;L, 72. , A5@. D87., B.71, !6 , 2007, !. 902 904.   = 8/3=2,67 ":  =27+ 2,67 = 29.7C@5=F>2 0;5@89 20=>28G, 30.09.1941, =A -,   70 2006-2007 33 1. V. I. Gurentsov  The planning of the experiment and the training of the computer program @5?@8=B /  1170/2006  =4 2. V. I. Gurentsov, (GERDA Coll) THE GERMANIUM DETECTOR ARRAY (GERDA) FOR THE SEARCH OF NEUTRINOLESS BETA BETA DECAYS OF GE-76 AT LNGS. accepted for publication NIM B,  =1.181*30/10=3,543 3. V. I. Gurentsov, (GERDA Coll) GERmanium detector array, GERDA, Physica Scripta 2006 (2006) 46.  =1,244*30/10=3,74 4. V. I. Gurentsov, (GERDA Coll) Status of the Germanium detector array (GERDA) in the search of neutrinoless beta beta decays of 76Ge at LNGS, Phys. Atom. Nucl. 69 (2006) 2101.  =0,914*30/10=2,75 5. V. I. Gurentsov., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS, Nucl. Phys. Proc. Suppl., 168 (2007) 122-124,  =1,472*30/10=4,416 @C:>2>4AB2> 0A?8@0=B>< 2007,  =30 B>3> 44LVAL`OG0@010=>2 3>@L ><0=>28G, 26.11.1939, A=A -,   70 2006-2007 33 1. 0@010=>2 . , 57@C:>2 ., 0=8;>2 ., 8 0:@8 , 0BB04>@8 , >AB8:>20 ., @K;>2 ..!, 5AB5@>20 ., >28:>20 ./, &820475 .., /=>28G .,  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O =87:>M=5@35B8G5A:8E 0=B8=59B@8=>. 1.AA;54>20=85 M:AB@0:F88 304>;8=8O :0@1>=>2K<8 :8A;>B0<8" , " 048>E8<8O", B. 49, 2K? 3 (2007)  =0,537*60/10=3,2 2. I. Barabanov, S. Beloguriv, L. Bezrukov, A. Denisov, V. Kornoukhov, N. Sobolevsky "Cosmogenig activation of germanium and its reduction for low background experiments" NIM B, 251(2006), 115-120.  =1,181*30/6=6,0 3. (C18= .., 8;52 .., >=>=>2 .., 8AL:>2 .., 8:8B8=0 .., !:>@K=8= .., 0@010=>2 . ., 57@C:>2 .., 5=8A>2 .., !>1>;52A:89 .. , 5;>3C@>2 !.., >@=>CE>2 .., ;LB<0= ., 0;425;; . ">2K5 B@51>20=8O : >1>30I5==K< 87>B>?0< 4;O M:A?5@8<5=B>2 ?> 87CG5=8N 157=59B@8==>3> 42>9=>3> 15B0 @0A?040" B><=0O -=5@38O, B.101, 2K? 2, 135-139, 2006 3.  =0,336*60/10=2,0 4. I. Barabanov, Soyfer V, Goryachev V., Yanovich E. Andreev D.  Metodology and techniques of early detection anomalies 85Kr and 3H in near bottom layer of seawater by water inifitration in spent nuclear fuel in dumpsites of the ship and submarine reactors. Radioprotection, Suppl. 1, v. 40, p.S669-S675., 2006  =6/5=1,2 5. 0@010=>2 .  !>9D5@ .., >@OG52 ., /=>28G . . =4@552 . .  "@8B89 8 :@8?B>=-85 2 2>40E 70?04=>9 @:B8:8 (8E <5AB> 2 87CG5=88 A>AB>O=8O >B@01>B02H53> O45@=>3> B>?;820 2 7>=0E 40<?8=30 8 020@89) , 5B5>@>;>38O 8 384@>;>38O, 2006, 4, 59-69.  =0,678*30/5=5,5 6. I. Barabanov, (GERDA Coll) THE GERMANIUM DETECTOR ARRAY (GERDA) FOR THE SEARCH OF NEUTRINOLESS BETA BETA DECAYS OF GE-76 AT LNGS. accepted for publication NIM B,  =1.181*30/10=3,543 7. I. Barabanov, (GERDA Coll) GERmanium detector array, GERDA, Physica Scripta 2006 (2006) 46.  =1,244*30/10=3,74 8. I. Barabanov, (GERDA Coll) Sta LVAL tus of the Germanium detector array (GERDA) in the search of neutrinoless beta beta decays of 76Ge at LNGS, Phys. Atom. Nucl. 69 (2006) 2101.  =0,914*30/10=2,75 9. 0@010=>2 . ., (RENO collaboration)  Progress Report On RENO (2007) 125-127,  =1,472*30/10=4,416 10. 0@010=>2 . ., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS, Nucl. Phys. Proc. Suppl., 168 (2007) 122-124,  =1,472*30/10=4,416 @C:>2>4AB2> 0A?8@0=B>< 2006-2007,  =30 @C:>2>4AB2> 48?;><=8:>< 2006-2007,  =10 B>3> 76,6LVAL`OG5=5F:89 >@8A ;5:A5528G, @>48;AO 18 A5=BO1@O 1933 3>40, 4>:B>@ B5E=8G5A:8E =0C:, 70254CNI89 ;01>@0B>@859 0B><=>3> O4@0, G;5= :>@@5A?>=45=B >AA89A:>9 8=65=5@=>9 0:045<88. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. 1. !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5  35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 35B5@>35==>9 70I8B5 M;5:B@>==> D>B>==K< 87;CG5=85<. 5=5F:89 .., ;>B=8:>20 .., !0;>E8=0 .., @0B:85 A>>1I5=8O ?> D878:5 $, 2006.  !11.  !.23  31.  =8/3=2,67 2. >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. 548F8=A:85 8 D878G5A:85 >A=>2K A>740=8O 70I8B=>9 >4564K >B 8>=878@CNI8E 87;CG5=89. 5=5F:89 .., >:;04 =0 =0CG=> ?@0:B8G5A:>9 :>=D5@5=F88 2 !525@A:5 2 E>45 CG5=89 '! 20 22 8N=O 2006 3>40.  =20 3. >:;04 CAB=K9, =0 ?;5=0@=>< 70A540=88, =5 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. 548F8=A:85 8 D878G5A:85 >1>A=>20=8O A>740=8O A@54AB2 8=48284C0;L=>9 70I8BK >B A>G5B0==>3> @0480F8>==>3> ?>@065=8O.. 5=5F:89 .., 4>:;04 =0 564C=0@>4=>< =0CG=> ?@0:B8G5A:>< A5<8=0@5 '5@=>1K;L: M:>;>38O, G5;>25:, 74>@>2L5, 6  8 45:01@O 2006 3>40 &, >A:20.  =4 4. >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. "5E=>;>38O :>=B@>;O @0480F8>==> 70I8B=KE A2>9AB2 A?5F80;L=>9 70I8B=>9 >4564K ?>60@=KE, >E@0=ONI8E -!. .. 5=5F:89, .. 8D0=>2, 4>:;04 =0 20 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 AB>@8G5A:85 8 A>2@5<5==K5 0A?5:BK @5H5=8O ?@>1;5< 3>@5=8O, BCH5=8O 8 >15A?5G5=8O 157>?0A=>AB8 ;N459 ?@8 ?>60@0E // 0B5@80;K 20 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88, ?>A2OI5==>9 70-;5B8N A>740=8O 8=AB8BCB0.  !5:F8O 2.  .: , 2007,  !.54-56.  =41,5/2=3 5. 0B5=B 0B5=B =0 ?>;57=CN <>45;L !53113. 0480F8>==>-70I8B=K9 :><18=57>=. 0@1C;52 !./., 5=5F:89 .. 8 4@.(9), 0@538AB@8@>20=> 2 >AC40@AB25==>< @55AB@5 10 <0O 2006 3., @8>@8B5B ?>;57=>9 <>45;8 01 =>O1@O 2005 3.  =20/9=2,22 6. 0B5=B 0B5=B =0 ?>;57=CN <>45;L !63230. 0I8B=0O <0A:0. 0@1C;52 !./., 5=5F:89 .. 8 4@.(9), 0@538AB@8@>20=> 2 >AC40@AB25==>< @55A LVALB@5 27 <0O 2007 3., @8>@8B5B ?>;57=>9 <>45;8 28 D52@0;O 2007 3.  =20/9=2,22 7. 0B5=B 0B5=B =0 ?>;57=CN <>45;L !65730. 0480F8>==>-70I8B=0O >45640 0@1C;52 !./., 5=5F:89 .. 8 4@.(11), 0@538AB@8@>20=> 2 >AC40@AB25==>< @55AB@5 27 023CAB0 2007 3., @8>@8B5B ?>;57=>9 <>45;8 02 <0O 2007 3.  =20/11=1,82 8. 8?;>< 8?;>< =AB8BCB0 O45@=KE 8AA;54>20=89  70 CG0AB85 2 564C=0@>4=>9 A?5F80;878@>20==>9 2KAB02:5 '5@=>1K;L: M:>;>38O, G5;>25:, 74>@>2L5 #G0AB=8:8 ?@54AB02;5==KE @07@01>B>: 5=5F:89 .., 8D0=>2 .. ;>B=8:>20 .., !0;>E8=0 .. 6  8 45:01@O 2006 3>40 &, >A:20.  =5/4=1,25 9. 540;L 540;L ;0C@50B0 '! >AA88 70 =0CG=K5 8 B5E=8G5A:85 @07@01>B:8 5H5=85< :>;;5388 8=8AB5@AB20 >AA89A:>9 $545@0F88 ?> 45;0< 3@0640=A:>9 >1>@>=K, G@572KG09=K< A8BC0F8O< 8 ;8:2840F88 ?>A;54AB289 AB8E89=KE 154AB289 >B 6 45:01@O 2006 3 ?@8AC645=0 @5<8O '! >AA88 5=5F:><C >@8AC ;5:A5528GC 70 @07@01>B:C 8 >A2>5=85 ?@>872>4AB20 87>;8@CNI8E :>ABN<>2 4;O BCH5=8O ?>60@>2 8 ;8:2840F88 020@89 ?@8 2>7459AB288 8>=878@CNI8E 87;CG5=89 8 03@5AA82=KE A@54.  =10 =48284C0;L=K9   70254CNI53> ;01>@0B>@859 0B><=>3> O4@0 5=5F:>3> .. @025=  =2,67+20+4+3+2,22+2,22+1,82+1,25+10=47,18 (47,2)   @C:>2>48B5;O ?>4@0745;5=8O = 42.6LVAL`OG5;>28F:89 >@0F89 @5<5528G @>4. 07.08.1916 3., A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007 V.34 / =1.659*30/9=5.53 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. 5;>28F:89, .!. >=>1552A:89, .. !B5?0=>2, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "7CG5=85 AB@C:BC@K 30;> =59B@>=>871KB>G=KE O45@ 2 @50:F88 ?5@540G8 42CE =59B@>=>2". 725AB8O , A5@. D87. ".70, ! 5, AB@. 650-655 (2006). / =8/10=.8 2. .. 5;>28F:89, .!. >=>1552A:89, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "K45;5=85 B@05:B>@89 70@O65==KE G0AB8F 2 O45@=KE D>B>M<C;LA8OE". 725AB8O , A5@. D87. ". 70, ! 5, AB@. 646-649 (2006). / =8/9=.9   = 7.23 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 : 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction".Report on 7th International Conference on Radioactive Nuclear Beams,. July 3-7, 2006. Cortina d'Ampezzo (Italy). Proc. of Conference , 2006. #AB=K9 4>:;04, A5:F8>==K9, >?C1;8:>20=. / =6*1.5/9=1 2. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov , N.G. Polukhina, N.I. Starkov, S.M. Lukyanov, Yu.G. Sobolev.  Study of the neutron halo structure in the two neutron transfer reactions NPAE-2006, Kyiv, Ukraine. #AB=K9 4>:;04 (A5:F8>==K9), >?C1;8:>20==K9 2 B@C40E :>=D5@5=F88 /  =6*1.5/9=1 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the tHLVALXwo-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/10=.6 2. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev.  Study of the two-neutron transfer reaction included by 6He radioactive beam 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.169-170. #AB=K9 4>:;04. / =6/10=.6 3. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt. /  =6/5=1.2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 1. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2 / !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3. #AB=K9 4>:;04. / =4/5=.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398. /  =6*.5/10=.3   =5.5 ":  = 7.23+5.5=12.73LVAL`OG020@78=0 0;5=B8=0 02;>2=0 @>4. 07.01.1942, A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007 V.34 / =1.659*30/9=5.53 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. 020@78=0, .. !B5?0=>2 ">;=>5 A5G5=85 @50:F89 8 0<?;8BC40 @0AA5O=8O =0 =C;52>9 C3>; 4;O 2708<>459AB28O ;53:8E AB018;L=KE 8 M:7>B8G5A:8E O45@ A O4@0<8 ?@8 M=5@388 10-1000 M/=C:;>=". 725AB8O , A5@. D87. ". 70, ! 2, AB@. 287-293 (2006) / =8/2=4 2. .. 5;>28F:89, .!. >=>1552A:89, .. !B5?0=>2, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "7CG5=85 AB@C:BC@K 30;> =59B@>=>871KB>G=KE O45@ 2 @50:F88 ?5@540G8 42CE =59B@>=>2". 725AB8O , A5@. D87. ".70, ! 5, AB@. 650-655 (2006). / =8/10=.8 3. .. 5;>28F:89, .!. >=>1552A:89, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "K45;5=85 B@05:B>@89 70@O65==KE G0AB8F 2 O45@=KE D>B>M<C;LA8OE". 725AB8O , A5@. D87. ". 70, ! 5, AB@. 646-649 (2006). / =8/9=.9 4. .. 020@78=0, .. !B5?0=>2. >;L 2>71C645==KE A>AB>O=89 O4@0 2 MDD5:B5 70B5=5=8O D>B>?>3;>I5=8O ?@8 A@54=8E M=5@38OE. " 725AB8O , A5@. D87. ". 71, ! 3, AB@. 434-437. (2007)  =8/2=4  =15.23 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 : 1. V.P. Zavarzina, A.V. Stepanov  The role of nuclear excited states in the photoabsorption shadowing effect at medium energies >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. NUCLEUS- 2006. !0@>2, 4-8 A5=BO1@O 2006 3. #AB=K9 4>:;04, A5:F8>==K9, >?C1;8:>20= /  =6*1.5/2=4.5 2. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo usingLVAL neutron transfer reaction".Report on 7th International Conference on Radioactive Nuclear Beams,. July 3-7, 2006. Cortina d'Ampezzo (Italy). Proc. of Conference , 2006. #AB=K9 4>:;04, A5:F8>==K9, >?C1;8:>20=. / =6*1.5/9=1 3. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov , N.G. Polukhina, N.I. Starkov, S.M. Lukyanov, Yu.G. Sobolev.  Study of the neutron halo structure in the two neutron transfer reactions NPAE-2006, Kyiv, Ukraine. #AB=K9 4>:;04 (A5:F8>==K9), >?C1;8:>20==K9 2 B@C40E :>=D5@5=F88 /  =6*1.5/9=1 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. A.V. Stepanov, V. P. Zavarzina  SHADOWING EFFECT OF PHOTOABSORPTION AT INTERMEDIATE ENERGIES AND NUCLEON-NUCLEON CORRELATION FUNCTION IN NUCLEAR MATTER Report on the XI International Seminar on Electromagnetic Interactions of Nuclei. Moscow September 21-24, 2006. / =6/2=3 2. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/10=.6 3. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev.  Study of the two-neutron transfer reaction included by 6He radioactive beam 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.169-170. #AB=K9 4>:;04. / =6/10=.6 4. E.S.Konobeevski, A.V.Stepanov, V.P.Zavarzina ROLE OF CONFIGURATIONS OF NEUTRON HALO IN FORMATION OF MODEL VERTEX FUNCTION FOR DESCRIPTION OF TWO- NEUTRON TRANSFER REACTION. 57 International Conference on Nuclear Physics  NUCLEUS-2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/3=2 5. E.Konobeevski, A.Stepanov, and V.ZavarLVALzina  Role of configurations of neutron halo in formation of model vertex function for description of two- neutron transfer reaction 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. #AB=K9 4>:;04. /  =6/3=2 6. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt. /  =6/5=1.2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 1. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2 / !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3. #AB=K9 4>:;04. / =4/5=.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398. /  =6*.5/10=.3  =17 ":  = 32.23LVAL`OGC52 !5@359 8:B>@>28G, @>48;AO 26.10. 1954 3>40, :0=4840B D87.-<0B. =0C:, =0CG=. A>B@. 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007. V 34 (2 ?5G0B8)  =1,659*30/9=5,53 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1) ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 2) .. 5;>28F:89, .!. >=>1552A:89, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "K45;5=85 B@05:B>@89 70@O65==KE G0AB8F 2 O45@=KE D>B>M<C;LA8OE". 725AB8O , A5@. D87. ". 70, ! 5, AB@. 646-649 (2006)  =8/9=0,89 3) .. 5;>28F:89, .!. >=>1552A:89, .. !B5?0=>2, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "7CG5=85 AB@C:BC@K 30;> =59B@>=>871KB>G=KE O45@ 2 @50:F88 ?5@540G8 42CE =59B@>=>2". 725AB8O , A5@. D87. ".70, ! 5, AB@. 650-655 (2006).  =8/10=0,8 >:;04 CAB=K9, A5:F8>==K9, 8740==K9,, =0 <564C=0@>4=>9 :>=D5@5=F88. 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction".Report on 7th International Conference on Radioactive Nuclear Beams,. July 3-7, 2006. Cortina d'Ampezzo (Italy). Proc. of Conference , 2006, p. 72.  =6/9*1,5=1 2. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuev / DETERMINATION OF SINGLET NN-SCATTERING LENGTH FROM DATA ON NN- FINAL STATE INTERACTION IN n+dp+n+n REACTION // In Proc. of International Conference  CurrentLVAL Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 293  =6/5*1,5=1,8 3. S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / DETERMINATION OF VALUE OF SINGLET NN-SCATTERING LENGTH BY SOLUTION OF INVERSE PROBLEM FOR DATA ON n+dp+n+n REACTION YIELD // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 373.  =6/3*1,5=3 4. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. Proceedings of the Conference. UKRAINE Kyiv 2007. Part I. P. 237-245.  =6/9*1,5=1 5. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. ?@545;5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > nn-2708<>459AB288 2 :>=5G=>< A>AB>O=88 2 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.199.  =6/6*1,5=1.5 6. !..C52, .!.>=>1552A:89, ..>@4>2A:>9. 72;5G5=85 25;8G8=K A8=3;5B=>9 4;8=K nn-@0AA5O=8O ?CB5< @5H5=8O >1@0B=>9 7040G8 4;O 40==KE > 2KE>45 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.200.  =6/3*1,5=3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 7. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 8. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. LuLVALkyanov, and Yu.G. Sobolev / STUDY OF THE TWO NEUTRON TRANSFER REACTION INDUCED BY 6He RADIOACTIVE BEAM // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 169-170.  =6/10=0.6 9. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 10. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 11. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. P. 113.  =6/10-=0.6 12. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, and Yu. Sobolev / STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1.2 13. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 14. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, YuLVAL.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 15. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2/ !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3.  =4/5=0.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 16. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398. 6/10*0,5=0,3 =48284C0;L=K9   =0CG=. A>B@ 01>@0B>@88 0B><=>3> O4@0 C520 !..  =5,53+1,33+0,89+0,8+1+1,5+3+1+1,8+3+1,2+0,6+1,2+0,86+0,6+1,2+1,2+0,6+0,8+0,3=28,4LVAL`OG>=>1552A:89 235=89 !5@35528G, @>48;AO 23 023CAB0 1943 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007. V 34 (2 ?5G0B8)  =1,659*30/9=5,53 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 2. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 3. .. 5;>28F:89, .!. >=>1552A:89, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "K45;5=85 B@05:B>@89 70@O65==KE G0AB8F 2 O45@=KE D>B>M<C;LA8OE". 725AB8O , A5@. D87. ". 70, ! 5, AB@. 646-649 (2006)  =8/9=0,89 4. .. 5;>28F:89, .!. >=>1552A:89, .. !B5?0=>2, .. 020@78=0, !.. C52, .. >;CE8=0, .. !B0@:>2, .. ;5:A0=4@>2, !.. C:LO=>2, ... !>1>;52. "7CG5=85 AB@C:BC@K 30;> =59B@>=>871KB>G=KE O45@ 2 @50:F88 ?5@540G8 42CE =59B@>=>2". 725AB8O , A5@. D87. ".70, ! 5, AB@. 650-655 (2006).  =8/10=0,8 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. 5. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction".Report on 7th International Conference on Radioactive Nuclear Beams,. July 3-7, 2006. Cortina d'Ampezzo (Italy). Proc. of Conference , 2006, p. 72.  =6/9*1,5=1 6. A.V. ALVALndreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007.v.2,.p.780  =6/5*1,5=1.8 7. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuev / DETERMINATION OF SINGLET NN-SCATTERING LENGTH FROM DATA ON NN- FINAL STATE INTERACTION IN n+dp+n+n REACTION // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 293  =6/5*1,5=1,8 8. S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / DETERMINATION OF VALUE OF SINGLET NN-SCATTERING LENGTH BY SOLUTION OF INVERSE PROBLEM FOR DATA ON n+dp+n+n REACTION YIELD // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 373.  =6/3*1,5=3 9. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. Proceedings of the Conference. UKRAINE Kyiv 2007. Part I. P. 237-245.  =6/9*1,5=1 10. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. ?@545;5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > nn-2708<>459AB288 2 :>=5G=>< A>AB>O=88 2 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.199.  =6/6*1,5=1.5 11. !..C52, .!.>=>1552A:89, ..>@4>2A:>9. 72;5G5=85 25;8G8=K A8=3;5B=>9 4;8=K nn-@0AA5O=8O ?CB5< @5H5=8O >1@0B=>9 7040G8 4;O 40==KE > 2KE>45 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?LVAL5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.200.  =6/3*1,5=3 12. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52 !B5=4 4;O 8A?KB0=8O AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2. 0B5@80;K 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.304.  =6/5*1,5=1.8 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 13. E.S.Konobeevski . Study of neutron - neutron final state interaction in nd break-up reaction at neutron energy of 40-140 MeV. XI International Seminar on Electromagnetic Interactions of Nuclei. Moscow September 21-24, 2006  =6/1=6 14. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 15. E.Konobeevski, A.Stepanov, and V.Zavarzina  Role of configurations of neutron halo in formation of model vertex function for description of two- neutron transfer reaction 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.172.  =6/3=2 16. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, and Yu.G. Sobolev / STUDY OF THE TWO NEUTRON TRANSFER REACTION INDUCED BY 6He RADIOACTIVE BEAM // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 169-170.  =6/10=0.6 17. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 18. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, LVALV.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 19. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. P. 113.  =6/10-=0.6 20. E.S.Konobeevski, A.V.Stepanov, V.P.Zavarzina ROLE OF CONFIGURATIONS OF NEUTRON HALO IN FORMATION OF MODEL VERTEX FUNCTION FOR DESCRIPTION OF TWO- NEUTRON TRANSFER REACTION. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. P. 213.  =6/3-=2 21. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev / STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1.2 22. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 23. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 LVAL:>=D5@5=F88 24. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2/ !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3.  =4/5=0.8 25. .!.>=>1552A:89 / ?@545;5=85 4;8=K nn-@0AA5O=8O 2 @50:F88 nd-pnn.& / >=D5@5=F8O  @>3@0<<0 AA;54>20=89 =0 .59B@>==>< :><?;5:A5 /  1-3 <0@B0 2006 3. "@>8F:/  =4/1=4 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 26. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398. 6/10*0,5=0,3 =48284C0;L=K9   702.A5:B>@>< 01>@0B>@88 0B><=>3> O4@0 >=>1552A:>3> .!. @025=  =5,53+1,33+1,33+0,89+0,8+1+1,8+1,8+3+1+1,5+3+1,8+6+4+1,2+2+0,6+1,2+0,86+0,6+2+1,2+1,2+0,6+0,8+0,3=47.14LVAL`OG>@4>2A:>9 8E08; 048<>28G, @>48;AO 06.04.1954 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 2. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 3. 08:8= .., >@4>2A:>9 .., !C@:>20 . 7>B>?8G5A:0O 7028A8<>ABL A5G5=89 @0AA5O=8O =59B@>=>2 =87:8E M=5@389 =0 G5B=KE 87>B>?0E Ru 8 Pd 8 >1>1I5==0O >?B8G5A:0O <>45;L., 72. , A5@. D87., B.71, !6 , 2007, !. 902 904.  =8/3=2,67 >:;04 CAB=K9, A5:F8>==K9, 8740==K9,, =0 <564C=0@>4=>9 :>=D5@5=F88. 4. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007.v.2,.p.780  =6/6*1,5=1.5 5. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuev / DETERMINATION OF SINGLET NN-SCATTERING LENGTH FROM DATA ON NN- FINAL STATE INTERACTION IN n+dp+n+n REACTION // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 293  =6/5*1,5=1,8 6. S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / DETERMINATION OF VALUE OF SINGLET NN-SCATTERING LENGTH BY SOLUTION OF INVERSE PROBLEM FOR DATA ON n+dp+n+n REACTION YIELD // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 373.  =6/3*1,5=3 7. ...C@<8ABLVAL@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. ?@545;5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > nn-2708<>459AB288 2 :>=5G=>< A>AB>O=88 2 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.199.  =6/6*1,5=1.5 8. !..C52, .!.>=>1552A:89, ..>@4>2A:>9. 72;5G5=85 25;8G8=K A8=3;5B=>9 4;8=K nn-@0AA5O=8O ?CB5< @5H5=8O >1@0B=>9 7040G8 4;O 40==KE > 2KE>45 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.200.  =6/3*1,5=3 9. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52 !B5=4 4;O 8A?KB0=8O AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2. 0B5@80;K 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.304.  =6/5*1,5=1.8 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 10. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 11. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 12. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 13. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.LVALZuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 14. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 0B5=BK: 0B5=BK 0B5=B !2279693 :C;8=8G52 !.& >@4>2A:>9 ..8 4@./ =>3>:0=0;L=0O.../ 2006 3. /  =20/5=4 =48284C0;L=K9   702.A5:B>@>< 01>@0B>@88 0B><=>3> O4@0 >@4>2A:>3> ... @025=  =1,33+1,33+2,67+1,8+3+1,8+3+1,8+1,2+1,2+0,86+1,2+0,6+4=27PLVAL b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afomov, V.A. Sergeev FINAL-STATE INTERACTION BETWEEN NUCLEONS PRODUCED IN THE ELASTIC DEUTERON BREAKUP WITHIN A POTENTIAL THREE-BODY MODEL 57 International Conference on Nuclear Physics  NUCLEUS 2007 . June 25-29, 2007. Voronezh. Russia.  =6/2=3 ": =7LVAL`OG>B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 2. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. 3. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007.v.2,.p.780  =6/5*1,5=1.8 4. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuev / DETERMINATION OF SINGLET NN-SCATTERING LENGTH FROM DATA ON NN- FINAL STATE INTERACTION IN n+dp+n+n REACTION // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 293  =6/5*1,5=1,8 5. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. ?@545;5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > nn-2708<>459AB288 2 :>=5G=>< A>AB>O=88 2 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.199.  =6/6*1,5=1.5 6. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52 !B5=4 4;O 8A?KB0=8O AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2. 0B5@80;K 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3., !.304.  =6/5*0LVAL@1,5=1.8 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 7. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 8. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 9. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 10. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 11. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 0B5=BK: 0B5=B !2279693 :C;8=8G52 !.& !.. >B0H52 8 4@./ =>3>:0=0;L=0O.../ 2006 3. ./  =20/5=4 =48284C0;L=K9   A=A 01>@0B>@88 0B><=>3> O4@0 >B0H520 !.. @025=  =1,33+1,33+1,8+1,8+1,8+1,5+1,2+1,2+0,86+1,2+0,6+4=18,624LVALvH%>E;>2 .@89 C7L<8G, @>4. 12. 07.1926, A=A. /, :D<=. 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D87., B.71, !6 , 2007, !. 902 904.  =8/3=2,67!0;>E8=0 0@30@8B0 0@:>2=0, @>48;0AL 11 O=20@O 1941 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. 1. !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5  35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 35B5@>35==>9 70I8B5 M;5:B@>==> D>B>==K< 87;CG5=85<. 5=5F:89 .., ;>B=8:>20 .., !0;>E8=0 .., @0B:85 A>>1I5=8O ?> D878:5 $, 2006.  !11.  !.23  31.  =8/3=2,67 2. >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. AA;54>20=85 MDD5:B0 A=865=8O 10@L5@0 ?@8 >1@0B=>< =0?@O65=88 2 48>40E (>B:8 A ?@><56CB>G=K< A;>5< =0 >A=>25 AB@C:BC@K 7>;>B>-:@5<=89 .. !0;>E8=0, 4>:;04 =0 3 564C=0@>4=>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K D878:8 B25@4>3> B5;0. 8=A:, 23-26 >:BO1@O 2007 3.//!1. 4>:;04>2 =0 III 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88 2 B@5E B><0E, B.2, 8=A:, 874. F5=B@ #, 2007.  !.79 81.  =1,56=9 3. 8?;>< 8?;>< =AB8BCB0 O45@=KE 8AA;54>20=89  70 CG0AB85 2 564C=0@>4=>9 A?5F80;878@>20==>9 2KAB02:5 '5@=>1K;L: M:>;>38O, G5;>25:, 74>@>2L5 #G0AB=8:8 ?@54AB02;5==KE @07@01>B>: 5=5F:89 .., 8D0=>2 .. ;>B=8:>20 .., !0;>E8=0 .. 6  8 45:01@O 2006 3>40 &, >A:20.  =5/4=1,25  =2,67+9+1,25=12,92(12,9)LVAL`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nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430.  =8/6=1,33 >:;04 CAB=K9, A5:F8>==K9, 8740==K9,, =0 <564C=0@>4=>9 :>=D5@5=F88. 1. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuev / DETERMINATION OF SINGLET NN-SCATTERING LENGTH FROM DATA ON NN- FINAL STATE INTERACTION IN n+dp+n+n REACTION // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007 v.1, p. 293  =6/5*1,5=1,8 2. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. ?@545;5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > nn-2708<>459AB288 2 :>=5G=>< A>AB>O=88 2 @50:F88 n+dp+n+n. >:;04 =0 56 564C=0@>4=>9 :>=D5@5=F88 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. !0@>2 2006 3.  =6/5*1,5=1.8 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 3. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 4. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. ^LVALnof 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007.  =6/5=1.2 5. V.E. Pafomov, V.A. Sergeev FINAL-STATE INTERACTION BETWEEN NUCLEONS PRODUCED IN THE ELASTIC DEUTERON BREAKUP WITHIN A POTENTIAL THREE-BODY MODEL 57 International Conference on Nuclear Physics  NUCLEUS 2007 . June 25-29, 2007. Voronezh. Russia.  =6/2=3. 6. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 7. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 =48284C0;L=K9   A=A 01>@0B>@88 0B><=>3> O4@0 !5@35520 .  = 4+1,33+1,8+1,8+1,2+1,2+3+1,2+0,6=16.13LVAL`OG !B5?0=>2 ;5:A0=4@ 0A8;L528G @>4. 23.02.1934, 3=A. /, 4>:B>@ D87-<0B. =0C:, ?@>D5AA>@. C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". 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Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raiha, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment". ?C1;8:>20=>: /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60*0.7/10 = 3.84 4) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. 5B:>2, " 2>7<>6=>AB8 87CG5=8O D;C:BC0F89 <=>65AB25==>AB8 2 3@C??0E <N>=>2". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.566-568. 4+8*0.7 = 9.6 5) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. (4+8*0.7)/10 = 0.96 6) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / LVAL"". ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. (4+8*0.7)/10 = 0.96 7) XIV International Symposium on Very High Energy Cosmic Ray Interactions (Weihai, China, August 15-22, 2006). V.B. Petkov, J. Szabelski, D.V. Smirnov, R.V. Novoseltseva,  High energy muon number spectrum detected at Baksan Underground Scintillation Telescope . ?C1;8:>20=: Nuclear Physics B - Proceedings Supplements, Volume 175-176C, pp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th ECRS - European Cosmic Ray Symposium (5-8 September, 2006, Lisboa, Portugal), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, P.S.Striganov, V.I.Volchenko, A.F.Yanin, M.M. Boliev,  Search for high energy gamma-ray bursts . 6/9 = 0.67 4) 30th International Cosmic Ray Conference, Merida (Mexico), 2007. D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, YU.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/9 = 0.67 5) 30th International Cosmic Ray Conference, Merida (Mexico), 2007. Edgar Bugaev, Peter Klimai, Valery Petkov,  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models . LVAL# 6/3 = 2 6) International Cosmic Ray Workshop ICRW  ARAGATS 2007 , Nor-Amberd, Yerevan, Armenia, 2007. D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I.Michailova, V.B.Petkov, Yu.V. Stenkin,  Study for hadronic component with hadron energy $>$50 GeV at "Carpet-2" EAS array . 6/7 = 0.86 7) The International Conference "Near-Earth Astronomy - 2007" (Terskol, North Caucasus, Russia), 2007. B.E. Zhilyaev, M.V. Andreev, A.V. Sergeev, V.B. Petkov,  Detection of an oscillatory phenomenon in optical transient counterpart of GRB090522C from observations on Peak Terskol . 6/4 = 1.5 8) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/8 = 0.75 9) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4 C:>2>4AB2> 0A?8@0=B><: 30 >AA>E0G .., 0A?8@0=BC@0 /, 2006 3. C:>2>4AB2> 48?;><=8:0<8: 4*10=40 1) ><5=N: . ., #, 2006, 48?;><=0O @01>B0 01;N45=85 B5=8 !>;=F0 8 C=K =0 CAB0=>2:5  =4K@G8 2) 0?>=5=:> .., .$#, 2007, 48?;><=0O @01>B0 7<5@5=85 C3;>2>3> @0A?@545;5=8O H8@>:8E 0B<>AD5@=KE ;82=59 (() :>A<8G5A:8E ;CG59 =0 CAB0=>2:5 "=4K@G8". 3) CG<57>2 .., #, 2007, 10:0;02@A:0O @01>B0 B:;8: CAB0=>2:8 "+ '" =0 2A?;5A:8 30<<0-87;CG5=8O 8A?0@ONI8EAO ?5@28G=KE GQ@=KE 4K@. 4) 78:>2 %.., #, 2007, 10:0;02@0LVAL@A:0O @01>B0 =0;87 40==KE =59B@>==>3> <>=8B>@0 AB0=F88 "0:A0=" =48284C0;L=K9   = 133.4LVAL`OG%>2>A5;LF52 .@89 $54>@>28G, 20.09.1950, 4.D.-<.=., A=A ;01>@0B>@88 !" C1;8:0F88: 33 1) Yu.F. Novoseltsev, G.M. Vereshkov. "On the total charm production cross section in hadronic interactions at high energies $\sqrt s > 1.8 \TeV$" J. Phys. G: Nucl. Part. Phys. v.32, p.915-924, 2006 2.173*30/2=32.6 2) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 13.8 1) XIII International Symposium on Very High Energy Cosmic Ray Interactions (Pilos, Greece, September 6-12, 2004). Yu.F. Novoseltsev, G.M. Vereshkov. "Estimation of charm production cross section in diffractive hadronic interactions at high energies $\sqrt s >$ 1.8 TeV". ?C1;8:>20=>:. Nuclear Physics B, (Proc.Suppl) v. 151, p. 209-212, 2006. 0.875*30*0.7/2=9.2 2) XIII International Symposium on Very High Energy Cosmic Ray Interactions (Pilos, Greece, September 6-12, 2004). Yu.F. Novoseltsev, M.M. Boliev, A.V. Butkevich, S.P. Mikheev, V.B. Petkov. "A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope (BUST)". ?C1;8:>20=>: Nuclear Physics B, (Proc.Suppl) v. 151, p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c-:20@:0 2 04@>==KE 2708<>459AB28OE ?@8 2KA>:8E M=5@38OE $\sqrt (s) > 1 "M$". 4/2=2 2) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4 C:>2>4AB2> 48?;><=8:0<8: 1*10=10 1) >A5=:> ., #, 2006, 48?;><=0O @01>B0 " 538AB@0F8O :@0B=KE 2708<>459AB289 <N>=>2 =0 0:A0=A:>< >475<=>< !F8=B8;;OF8>==>< "5;5A:>?5"   = 59.2LVAL`OG'%05@48=>2 08;L !0D>28G, 30.11.1958, :.D.-<.=., =A ;01. !" >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 13.8 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .!.8420=A:89, .!. %05@48=>2, ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59,. ?C1;8:>20=: 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1052-1055. (4+8*0.7)/2 = 4.8 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .!.8420=A:89, .!.%05@48=>2, ..'5@=O52, @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2. ?C1;8:>20=: 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1056-1060. (4+8*0.7)/3 = 3.2 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .!.8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8. ?C1;8:>20=: 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062. (4+8*0.7)/2 = 4.8 4) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ". ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. (4+8*0.7)/10 = 0.96 >=D5@5=F88, =5 >?C1;8:>20=>: 39 1) 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal. N.S.Khaerdinov, A.S. Lidvansky,  Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds . 6/2 = 3 2) ( -"$ 2006. .!. 8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, ?@83;0H5==K9. 20/2 = 10 3) General Assembly of European Geosciences Union (Vienna, April 02-07, 2006). N.S.Khaerdinov, A.S. Lidvansky,  Variations of intensity ofLVAL( cosmic ray muons due to thunderstorm electric fields . 6/2 = 3 4) General Assembly of European Geosciences Union (Vienna, April 02-07, 2006). N.S.Khaerdinov, A.S. Lidvansky,  Generation of Elementary Particles by Thunderclouds ,. 6/2 = 3 5) 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C (86=89 >23>@>4, 1-7 >:BO1@O 2007 3.). .!. 8420=A:89, .!. %05@48=>2,  0@80F88 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5 (=01;N405<K5 MDD5:BK 8 8E 8=B5@?@5B0F8O) , ?@83;0H5==K9. 20/2 = 10 9. 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3. .!. 8420=A:89, .!. %05@48=>2,  #A:>@5=85 8 35=5@0F8O 70@O65==KE G0AB8F M;5:B@8G5A:8< ?>;5< 3@>7>2KE >1;0:>2 , ?@83;0H5==K9. 20/2 = 10   = 52.8 ========= %05@48=>2 08;L !0D>28G, 30.11.1958, :.D.-<.=., =A ;01. !" >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 8.6 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .!.8420=A:89, .!. %05@48=>2, ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, A5:F8>==K9. ?C1;8:>20=: 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1052-1055. 4*1.5/2 = 3 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .!.8420=A:89, .!.%05@48=>2, ..'5@=O52, @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2, AB5=4>2K9. ?C1;8:>20=: 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1056-1060. 4*1.5/3 = 2 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .!.8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8, A5:F8>==K9. ?C1;8:>20=: 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062. 4*1.5/2 = 3 4) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, LVAL)..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", A5:F8>==K9. ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 4*1.5/10 = 0.6 >=D5@5=F88, =5 >?C1;8:>20=>: 39 1) 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal. N.S.Khaerdinov, A.S. Lidvansky,  Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds , A5:F8>==K9. 6/2 = 3 2) ( -"$ 2006. .!. 8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, ?@83;0H5==K9. 20/2 = 10 3) General Assembly of European Geosciences Union (Vienna, April 02-07, 2006). N.S.Khaerdinov, A.S. Lidvansky,  Variations of intensity of cosmic ray muons due to thunderstorm electric fields , A5:F8>==K9. 6/2 = 3 4) General Assembly of European Geosciences Union (Vienna, April 02-07, 2006). N.S.Khaerdinov, A.S. Lidvansky,  Generation of Elementary Particles by Thunderclouds , A5:F8>==K9. 6/2 = 3 5) 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C (86=89 >23>@>4, 1-7 >:BO1@O 2007 3.). .!. 8420=A:89, .!. %05@48=>2,  0@80F88 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5 (=01;N405<K5 MDD5:BK 8 8E 8=B5@?@5B0F8O) , ?@83;0H5==K9. 20/2 = 10 9. 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3. .!. 8420=A:89, .!. %05@48=>2,  #A:>@5=85 8 35=5@0F8O 70@O65==KE G0AB8F M;5:B@8G5A:8< ?>;5< 3@>7>2KE >1;0:>2 , ?@83;0H5==K9. 20/2 = 10   = 47.6 ================================================================%05@48=>2 08;L !0D>28G @>4. 30.11.1958, A=A !" ,   70 2006-2007 33 C1;8:0F88: .. 60??C52, .. ;5:A55=:>, .. >;G5=:>, .LVAL*. >;G5=:> .(. C;852, .. C;8520, ... >=>20;>2, .#. C46052, .!. 8420=A:89, .. 8E09;>20, .. 5B:>2, .. !<8@=>2, .. !B5?0=>2, ... !B5=L:8=, .!. %05@48=>2, >45@=870F8O CAB0=>2:8 >25@-2  / , 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 542-545.   = 8*0.1 = 0.8. .!. 8420=A:89, .!. %05@48=>2, ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1052-1055.   = 8/2 = 4. .!.8420=A:89, .!.%05@48=>2, ..'5@=O52, @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1056-1060.   = 8/3 = 2.667. .!. 8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062.   = 8/2 = 4.0. >:;04K: N.S. Khaerdinov, A.S. Lidvansky, Variations of intensity of cosmic ray muons due to thunderstorm electric fields, General Assembly of European Geosciences Union, Vienna, April 02-07, 2006.   = 6/2 = 3.0. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds, General Assembly of European Geosciences Union, Vienna, April 02-07, 2006.   = 6/2 = 3.0. .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2.0. .!.8420=A:89, .!.%05@48=>2, ..'5@=O52/ @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.333. .!. 8420=A:89, .!. %05@48=>2// ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CLVALAB0 2006 3.,   = 4/2 = 2.0. N.S. Khaerdinov, A.S. Lidvansky/ Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds// 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal.   = 6/2 = 3.0. .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5// ( -"$ 2006,   = 20/2 = 10.0. .!. 8420=A:89, .!. %05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5 (=01;N405<K5 MDD5:BK 8 8E 8=B5@?@5B0F8O), 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 18-21.   = 20/2*1.5 = 15.0. .!. 8420=A:89, .!. %05@48=>2, #A:>@5=85 8 35=5@0F8O 70@O65==KE G0AB8F M;5:B@8G5A:8< ?>;5< 3@>7>2KE >1;0:>2, 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 196-197.   = 20/2*1.5 = 15.0. B>3>:   = 65.8LVAL`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c.1075-1078. (4+8*0.7)/6 = 1.6 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ". ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. (4+8*0.7)/10 = 0.96 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ...!B5=L:8=, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20  59B@>=K 2 ( . ?C1;8:>20=: 72. , A5@8O D878G5A:0O, B>< 71, !4, A.558-561. (4+8*0.7)/5 = 1.92 >=D5@5=F88, =5 >?C1;8:>20=>: 6.15 1) 30th International Cosmic Ray Conference, Merida (Mexico), 2007. D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, YU.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/9 = 0.67 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.LVAL L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/8 = 0.75 3) International Cosmic Ray Workshop ICRW  ARAGATS 2007 , Nor-Amberd, Yerevan, Armenia, 2007. D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I.Michailova, V.B.Petkov, Yu.V. Stenkin,  Study for hadronic component with hadron energy $>$50 GeV at "Carpet-2" EAS array . 6/7 = 0.86 4) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory . 6/6 = 1 5) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods . 6/9 = 0.67 6) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study . 6/5 = 1.2 7) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, A.S. Lidvansky, Yu.M.Andreyev, V. Kozyrivsky, T. Tulupova, D.D.Dzhappuev, A.U. Kudzhaev,  Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies . 6/6 = 1   = 28.9LVAL`OG./=8= ;5:A59 $54>@>28G, 07.05.1950, :.D.-<.=., =A ;01>@0B>@88 !" C1;8:0F88: 13.1 1) /=8= .$., 70?0@>20 . . 5=5@0B>@K =0=>A5:C=4=KE 8=B5@20;>2.  M.: "- !3, 2006, A. 91-95. 0.226 * 60/2 = 6.8 2) /=8= .$., 70?0@>20 ., !B@830=>2 .!. 40?B5@ A2O78 <564C :>=B@>;;5@>< ##-01 8 H8=>9 ISA.  .: "- !5, 2006, A.160-161. 0.226 * 60/3 = 4.5 3) .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 60/10 = 1.356 4) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 5.36 1) IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain). T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment . ?C1;8:>20=>: Journal of Physics: Conference Series 39 (2006) 478 480 8*0.7/10 = 0.56 2) 5th International Conference on NONACCELERATOR NEW PHYSICS (Dubna, Russia, June 20 25, 2005). Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nur,LVAL<menniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment". ?C1;8:>20=>: /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60*0.7/10 = 3.84 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. (4+8*0.7)/10 = 0.96 >=D5@5=F88, =5 >?C1;8:>20=>: 1.5 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  . 4/9=0.44 2) 20th ECRS - European Cosmic Ray Symposium (5-8 September, 2006, Lisboa, Portugal), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, P.S.Striganov, V.I.Volchenko, A.F.Yanin, M.M. Boliev,  Search for high energy gamma-ray bursts . 6/9 = 0.67 3) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4   = 20.LVAL`OG0>;852 CA018 CE0@18528G, 31.03.1956, :.D.-<.=., A=A ;01>@0B>@88 !" C1;8:0F88: 0.4 1) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 6.89 1) XIII International Symposium on Very High Energy Cosmic Ray Interactions (Pilos, Greece, September 6-12, 2004). Yu.F. Novoseltsev, M.M. Boliev, A.V. Butkevich, S.P. Mikheev and V.B. Petkov, "A search for massive magnetic monopoles at the Baksan Underground Scintillation Telescope (BUST)". ?C1;8:>20=: Nuclear Physics B - Proceedings Supplements, V. 151, Issue 1, January 2006, Pages 337-340. 0.875*30*0.7/5 = 3.675 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. (4+8*0.7)/10 = 0.96 3) International Workshop on Exotic Physics with Neutrino Telescopes (Uppsala, Sweden, September 20-22, 2006). M.M.Boliev, A.V.Butkevich, S.P.Mikheyev, O.V.Suvorova, "Results with the Baksan Neutrino Telescope". ?C1;8:>20=: Proceedings of the International Workshop on Exotic Physics with Neutrino Telescopes, the Uppsala University publication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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4 C:>2>4AB2> 48?;><=8:>< =10 1) @8H8= ., #, 2006, 48?;><=0O @01>B0 "01;N45=85 B5=8 !>;=F0 8 C=K ?> ?>B>:C <N>=>2 =0 0:A0=A:>< >475<=>< !F8=B8;;OF8>==>< "5;5A:>?5"   = 18.1LVAL`OG2C46052 ;5:A0=4@ #@CH15:>28G, 30.01.1952, =A ;01>@0B>@88 !" >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 4.48 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O . ?C1;8:>20=: 72. , A5@.D87., 2007, B>< 71, ! 7, c.1075-1078. (4+8*0.7)/6 = 1.6 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ". ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. (4+8*0.7)/10 = 0.96 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ...!B5=L:8=, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20  59B@>=K 2 ( . ?C1;8:>20=: 72. , A5@8O D878G5A:0O, B>< 71, !4, A.558-561. (4+8*0.7)/5 = 1.92 >=D5@5=F88, =5 >?C1;8:>20=>: 6.15 1) 30th International Cosmic Ray Conference, Merida (Mexico), 2007. D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, YU.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/9 = 0.67 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/8 = 0.75 3) International Cosmic Ray Workshop ICRW  ARAGATS 2007 , Nor-Amberd, Yerevan, Armenia, 2LVAL(007. D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I.Michailova, V.B.Petkov, Yu.V. Stenkin,  Study for hadronic component with hadron energy $>$50 GeV at "Carpet-2" EAS array . 6/7 = 0.86 4) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory . 6/6 = 1 5) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods . 6/9 = 0.67 6) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study . 6/5 = 1.2 7) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, A.S. Lidvansky, Yu.M.Andreyev, V. Kozyrivsky, T. Tulupova, D.D.Dzhappuev, A.U. Kudzhaev,  Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies . 6/6 = 1   = 10.63LVAL`OG4!B@830=>2 5B@ !5<5=>28G, 22.09.1951, =A ;01>@0B>@88 !" C1;8:0F88: 4.9 1) /=8= .$., 70?0@>20 ., !B@830=>2 .!.,  40?B5@ A2O78 <564C :>=B@>;;5@>< ##-01 8 H8=>9 ISA , "- !5, 2006, A.160-161. 0.226 * 60/3 = 4.5 2) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.96 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. (4+8*0.7)/10 = 0.96 >=D5@5=F88, =5 >?C1;8:>20=>: 1.5 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  . 4/9=0.44 2) 20th ECRS - European Cosmic Ray Symposium (5-8 September, 2006, Lisboa, Portugal), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, P.S.Striganov, V.I.Volchenko, A.F.Yanin, M.M. Boliev,  Search for high energy gamma-ray bursts . 6/9 = 0.67 3) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from grLVAL5avitational stellar collapse . 4/10 = 0.4   = 7.4 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ 9. ;5:A55=:> 8:B>@ ;048<8@>28G, 27.12.1945, :.D.-<.=., A=A ;01>@0B>@88 !". >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.56 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O . ?C1;8:>20=: 72. , A5@.D87., 2007, B>< 71, ! 7, c.1075-1078. (4+8*0.7)/6 = 1.6 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ". ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. (4+8*0.7)/10 = 0.96 >=D5@5=F88, =5 >?C1;8:>20=>: 4.3 1) 30th International Cosmic Ray Conference, Merida (Mexico), 2007. D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/9 = 0.67 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . 6/8 = 0.75 3) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,, Yu.V. SLVAL tenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory . 6/6 = 1 4) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods . 6/9 = 0.67 5) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study . 6/5 = 1.2   = 6.9LVAL`OG7;5:A55=:> 8:B>@ ;048<8@>28G, 27.12.1945, :.D.-<.=., A=A ;01>@0B>@88 !". >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.6 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O , A5:F8>==K9. ?C1;8:>20=: 72. , A5@.D87., 2007, B>< 71, ! 7, c.1075-1078. 4*1.5/6 = 1 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", A5:F8>==K9. ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 4*1.5/10 = 0.6 >=D5@5=F88, =5 >?C1;8:>20=>: 4.3 1) 30th International Cosmic Ray Conference, Merida (Mexico), 2007. D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , A5:F8>==K9. 6/9 = 0.67 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , ?;5=0@=K9. 6/8 = 0.75 3) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory , ?;5=0@=K9.  LVAL 6/6 = 1 4) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , A5:F8>==K9. 6/9 = 0.67 5) 30th International Cosmic Ray Conference, Merida (Mexico), 2007, Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , A5:F8>==K9. 6/5 = 1.2   = 5.9LVAL`OG9>;G5=:> ;048<8@ 20=>28G, 09.03.1952, :.D.-<.=., =A ;01>@0B>@88 !" C1;8:0F88 : 1.8 1) .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 60/10 = 1.356 2) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 3.84 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40", AB5=4>2K9. ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. (4+8*0.7)/10 = 0.96 2) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ". ?C1;8:>20=: 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. (4+8*0.7)/10 = 0.96 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). ...!B5=L:8=, ..>;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20  59B@>=K 2 ( . ?C1;8:>20=: 72. , A5@8O D878G5A:0O, B>< 71, !4, A.558-561. (4+8*0.7)/5 = 1.92 >=D5@5=F88, =5 >?C1;8:>20=>: 1.5 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<&LVAL68G5A:8< ;CG0< (>A:20, 2006), ..>;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=,  >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>:  . 4/9=0.44 2) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4 3) 20th ECRS - European Cosmic Ray Symposium (5-8 September, 2006, Lisboa, Portugal), D.V. Smirnov, A.B. Chernyaev, S.N. Karpov, A.S. Lidvansky, V.B. Petkov, P.S.Striganov, V.I.Volchenko, A.F.Yanin, M.M. Boliev,  Search for high energy gamma-ray bursts . 6/9 = 0.67   = 7.14LVAL`OG;>2>A5;LF520 8B0 8:B>@>2=0, 12.11.1957, =A ;01>@0B>@88 !" C1;8:0F88: 0.4 1) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 7.06 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. (4+8*0.7)/10 = 0.96 2) XIV International Symposium on Very High Energy Cosmic Ray Interactions (Weihai, China, August 15-22, 2006). V.B. Petkov, J. Szabelski, D.V. Smirnov, R.V. Novoseltseva,  High energy muon number spectrum detected at Baksan Underground Scintillation Telescope . ?C1;8:>20=: Nuclear Physics B - Proceedings Supplements, Volume 175-176C, pp. 362-365 (2008). (6+0.875*30*0.7)/4 = 6.1 >=D5@5=F88, =5 >?C1;8:>20=>: 1.4 1) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006), .. 5B:>2, /.(015;LA:8, .. >2>A5;LF520, .. !<8@=>2,  @C??K <N>=>2 1>;LH>9 :@0B=>AB8 8 <0AA>2K9 A>AB02  2 >1;0AB8 87;><0 , 4/4=1 2) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4 LVAL   = 8.9\LVALv p-D5=4852 0A8< OG5A;02>28G, @>4. 04.03.19783., <.=.A.  / ,   70 2006-200733. I) C1;8:0F88: " Khokonov M.Kh., Efendiev K.V. High Energy Limit of Single Photon Channeling Radiation Spectrum // Nucl. Instr. Meth. B.- 2006.- 252, P.36-43.  (1.041*30)/2=15.62 1. II) >:;04K: " =5B III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B V) 14.11.20073. 70I8B8; :0=4840BA:CN 48AA5@B0F8N ?> B5<5 A>15==>AB8 @0480F8>==KE ?@>F5AA>2 =0 ?CG:0E C;LB@0- @5;OB828ABA:8E M;5:B@>=>2 2 >@85=B8@>20==KE :@8AB0;;0E - 4>:C<5=BK >B?@02;5=K 2  =0 CB25@645=85 ( ?>2KH0NI89 :>MDD8F85=B - 2) B>3>: 15,62*2=31,2 1.;5:A552 235=89 8:>;0528G,19403.@., 4D<=, 2=A  / ,   70 2006-200733. 1.#G0AB85 2 <564C=0@>4=>9 :>=D5@5=F88 A 4>:;04><. @83;0HQ==K9 4>:;04  Baksan data , Twenty Years after SN1987A, USA,Hawaii,23-25 February,2007 ?@=4 - 30 1. 2.#G0AB85 2 >AA89A:>9 :>=D5@5=F88 A 4>:;04><. @83;0HQ==K9 4>:;04 0:A0=A:85 40==K5, 20 ;5B A25@E=>2>9 !1987,>A:20,21-24 $52@0;O 2007. ?@=4 - 20 1 B>3>: 50 1.8E5;52 ;5:A0=4@ >15@B>28G, 10.11.1950, =A ;01>@0B>@88 !" C:>2>4AB2> 48?;><=8:><: 0.5*10 = 5 1) !:>?8=F520 .., .$#, 2007, 48?;><=0O @01>B0 " ;8O=85 @5;8:B>2KE G5@=KE 4K@ =0 M2>;NF8N 87>B@>?=>9 A5;5==>9", A>@C:>2>48B5;L   = 5LVAL`OG>@>B>2 <8B@89 ;5:A0=4@>28G. 1. On Pure Spinor Superfield Formalism. Victor Alexandrov , Dmitry Krotov, Andrey Losev, Vyacheslav Lysov . Published in JHEP 0710:074,2007. e-Print: arXiv:0705.2191 [hep-th] 2. Materializing superghosts. Victor Alexandrov, Dmitry Krotov, Andrei Losev, Vyacheslav Lysov Published in JETP Letters, vol.86, issue 7, pp.439-443, 2007 e-Print: arXiv:0707.1906 [hep-th] 3. Quantum field theory as effective BV theory from Chern-Simons. Dmitry Krotov, Andrei Losev, e-Print: hep-th/0603201 5.944*30/4=44.58 1.446*60/4=21.69 4/2=2 10;;0 70 ?@5?@8=B A53> 70 ?C1;8:0F88 68.27 >=D5@5=F88: 1. XIV-th International School "PARTICLES and COSMOLOGY" April 16 - 21, 2007 Baksan Valley, Kabardino-Balkaria, Russian Federation. KABC?8; A 4>:;04><  A Pure Spinor Superspace . #AB=K9 4>:;04  4. 2. International Workshop Supersymmetries and Quantum Symmetries (SQS'07), C1=0, >AA8O, 2007. KABC?8; A 4>:;04>< "The Materialization of the Superghosts" . #AB=K9 4>:;04  4. http://theor.jinr.ru/~sqs07/ 3. THE LOGIC OF NATURE, COMPLEXITY AND NEW PHYSICS: From Quark-Gluon Plasma to Superstrings, Quantum Gravity and Beyond ERICE-SICILY: 29 AUGUST - 7 SEPTEMBER 2006. #AB=K9 4>:;04-6 http://www.ccsem.infn.it/issp2006/index.html 4. International Congress on Mathematical Physics 2006, Young Researches Symposium, Rio-de-Janeiro, Brazil. #AB=K9 4>:;04-6 http://www.impa.br/opencms/pt/eventos/extra/2006_ICMP/YRSschedule.html 5. 20@:8 2006 #AB=K9 4>:;04-4. 6. WORKSHOP ON PURE SPINORS IN SUPERSTRING THEORY, Sao-Paulo, Brazil, 2006 @83;0H5==K9 4>:;04-30. http://www.ift.unesp.br/users/nberkovi/purespinor.html 7. ITEP Winter School of Physics, 2006. #AB=K9 4>:;04 4 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0  !C?5@A8<<5B@8G=K5 <>45;8 2 D878:5 M;5<5=B0@=KE G0AB8F 4;O ABC45=B>2 4 :C@A0 :0D54@K 20=B>2>9 !B0B8AB8:8 8 B5>@88 ?>;O D87.D0:0 #, 25A5==89 A5<5AB@ 2007 3>40  8 10;;>2. B>3> 134.27 0A:>;L:> O ?>=O;, 0A?8@0=B0< =C6=> C<=>68BL =0 1.5  =LVAL201.4LVAL`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h LVALx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`OGBC7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503.,:D<=, 8.>. 702  / ,   70 2006-200733. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. (B@C4K <564.:>=D. NANP-2005) AB@.2174-2178, 5 A>02B>@>2.  0,914*0,7*60/5=7,7 1 " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr ,. (B@C4K <564.:>=D. NANP-2005) /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,914*0,7*60/10=3,9 1 " Schnert, S., Abt, I. (et al.)  Status of the Germanium Detector Array (GERDA) in the search of neutrinoless  decays of 76Ge at LNGS Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, (B@C4K <564.:>=D. NANP-2005) >10 A>02B>@>2.  0,914*0,7*60/10=3,9 1 " ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8= =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O. 72. , A5@.D87., B>< 71, !7, 2007, 1075-1078. (B@C4K 299 2A5@>A.:>=D.?> :>A<. ;CG0< -2006) 0,169*0,7*60/10=0,7 1 " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-KaraziLVALCn Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7 = 0,6 1. 3. V.V.Alekseenko, D.D.Djappuev, Yu.M.Gavriluk, D.M.Gromushkin, A.U.Kudjaev, V.V.Kuzminov, O.I.Michailova, Yu.V.Stenkin, V.I.Stepanov  Observation of thermal neutron flux variations connected with Lunar periods . Proc. of 30th International Cosmic Ray Conference ICRC 07, Merida, Mexico, 2007. - 6/9 =0,71. 4. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=LVALD0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 5. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia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u. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. (B@C4K <564.:>=D. NANP-2005) AB@.2174-2178, 5 A>02B>@>2.  6*0,5/5=0,61. [0,914*60/5=11 1] " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr ,. (B@C4K <564.:>=D. NANP-2005) /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, LVALE 12 A>02B>@>2.  6*0,5/10=0,3 1. [0,914*60/10=5,5 1] " Schnert, S., Abt, I. (et al.)  Status of the Germanium Detector Array (GERDA) in the search of neutrinoless  decays of 76Ge at LNGS Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, (B@C4K <564.:>=D. NANP-2005) >10 A>02B>@>2.  6*0,5/10=0,31. [0,914*60/10=5,5 1] " ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8= =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O. 72. , A5@.D87., B>< 71, !7, 2007, 1075-1078. (B@C4K 299 2A5@>A.:>=D.?> :>A<. CG0< -2006) 4*1,5/7= 0,9 1 [0,169*60/10=1,0 1] " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. LVALF070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7 = 0,6 1. 3. V.V.Alekseenko, D.D.Djappuev, Yu.M.Gavriluk, D.M.Gromushkin, A.U.Kudjaev, V.V.Kuzminov, O.I.Michailova, Yu.V.Stenkin, V.I.Stepanov  Observation of thermal neutron flux variations connected with Lunar periods . Proc. Of 30th International Cosmic Ray Conference ICRC 07, Merida, Mexico, 2007. - 6/9 =0,71. 4. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 5. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> 48?;><=8:><: " !C=H52 .., 2 LVAL 0063. (#, 0A?8@0=B)  10 1. " 5@B852 .%., 2007 3. (#, 0A?8@0=B) - 10 1 " 306=>:>2 .., 20073. (2B>@>9 @C:. 0=30?H52 ..) - 10/2 = 5 1. C:>2>4AB2> 0A?8@0=B><: 070;>2 .. (2005-2008 33. >1CG5=8O) - 30*2=60 1. B>3>: 0,6+0,3+0,3+0,9+0,6+0,7+0,7+0,6+0,7+0,6+0,6+25+60=91,6 1 [112,5 1]   @C:>2>48B5;O (?> A@54=8< 40==K< A?8A:0 =.A. $): 91,6/2+0,75*20,7=61,3 1 [77,9 1]LVAL`OGH0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :D<=, <.=.A.  / ,   70 2006-200733. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. (B@C4K <564.:>=D. NANP-2005) AB@.2174-2178, 5 A>02B>@>2.  0,914*0,7*60/5=7,7 1 " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr ,. (B@C4K <564.:>=D. NANP-2005) /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,914*0,7*60/10=3,9 1 " Schnert, S., Abt, I. (et al.)  Status of the Germanium Detector Array (GERDA) in the search of neutrinoless  decays of 76Ge at LNGS Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, (B@C4K <564.:>=D. NANP-2005) >10 A>02B>@>2.  0,914*0,7*60/10=3,9 1 " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino OLVALIbservatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: LVALJ " 306=>:>2 .., 20073. (2B>@>9 @C:. C7L<8=>2 ..) - 10/2 = 5 1. B>3>: 24,4*1,5(3>4 70I8BK 48AA. 2005)=36,6 1. =================== 0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :D<=, <.=.A.  / ,   70 2006-200733. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. (B@C4K <564.:>=D. NANP-2005) AB@.2174-2178, 5 A>02B>@>2.  6*0,5/5=0,61. [0,914*60/5=11 1] " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr ,. (B@C4K <564.:>=D. NANP-2005) /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  6*0,5/10=0,3 1. [0,914*60/10=5,5 1] " Schnert, S., Abt, I. (et al.)  Status of the Germanium Detector Array (GERDA) in the search of neutrinoless  decays of 76Ge at LNGS Physics of Atomic Nuclei, MAIK Nauka/Interperiodica, vol. 69, no. 12, pp. 2101-2108, (B@C4K <564.:>=D. NANP-2005) >10 A>02B>@>2.  6*0,5/10=0,31. [0,914*60/10=5,5 1] " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of differentLVALK samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particlesp LVAL and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " 306=>:>2 .., 20073. (2B>@>9 @C:. C7L<8=>2 ..) - 10/2 = 5 1. B>3>: 10,5*1,5(3>4 70I8BK 48AA. 2005)=15,8 1. [46,4 1]LVAL`OGM02@8;N: .@89 8E09;>28G, @>4. 02.09.19583., 254. 8=6. <0B.  /  (?@54;>65=> 0BB5AB>20BL =0 4>;6=>ABL =0CG=>3> A>B@.),   70 2006-200733. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. AB@.2174-2178, 5 A>02B>@>2.  0,914*0,7*60/5=7,7 1 * Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,914*0,7*60/10=3,9 1 arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=LVALN:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7 = 0,6 1. 3. V.V.Alekseenko, D.D.Djappuev, Yu.M.Gavriluk, D.M.Gromushkin, A.U.Kudjaev, V.V.Kuzminov, O.I.Michailova, Yu.V.Stenkin, V.I.Stepanov  Observation of thermal neutron flux variations connected with Lunar periods . Proc. of 30th International Cosmic Ray Conference ICRC 07, Merida, Mexico, 2007. - 6/9 =0,71. 4. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 5. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. " III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>LVALO3>: 16,1 1 ============== 02@8;N: .@89 8E09;>28G, @>4. 02.09.19583., 254. =6. 0B.  /  (?@54;>65=> 0BB5AB>20BL =0 4>;6=>ABL =0CG=>3> A>B@.),   70 2006-200733. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. !B@.2174-2178, 5 A>02B>@>2.  0,6 1 [0,914*60/5=11 1] " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,31. [0,914*60/10=5,5 1] arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, LVALP.. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7 = 0,6 1. 3. V.V.Alekseenko, D.D.Djappuev, Yu.M.Gavriluk, D.M.Gromushkin, A.U.Kudjaev, V.V.Kuzminov, O.I.Michailova, Yu.V.Stenkin, V.I.Stepanov  Observation of thermal neutron flux variations connected with Lunar periods . Proc. Of 30th International Cosmic Ray Conference ICRC 07, Merida, Mexico, 2007. - 6/9 =0,71. 4. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 5. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. " III) C:>2>4AB2> A>8A:0B5;5<: " =5B IxLVALV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 5,41. [21 1]LVAL`OGR070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., 0A?8@0=B, 1/2 AB02:8 8=6.-8AA;54.  / ,   70 2006-200733. I) C1;8:0F88: * Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,914*0,7*60/10=3,9 1 arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk,LVALS A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 7,9*1,5(0A?8@0=B)= 11,9 1 ================== 070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., 0A?8@0=B, 1/2 AB02:8 8=6.-8AA;54.  / ,   70 2006-200733. I) C1;8:0F88: * Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,3 1. [0,914*60/10=5,5 1] " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra oLVALTf the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>,\ LVALl >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 4,2*1,5(0A?8@0=B)=6,3 1. [14,1 1]LVAL`OGV 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., :D<=, 1/2AB02:8 =.A.  / ,   70 2006-200733. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. AB@.2174-2178, 5 A>02B>@>2.  0,914*0,7*60/5=7,7 1 " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,914*0,7*60/10=3,9 1 " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>LVALW25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 15,5/2(?>;AB02:8)= 7,8 1 ================ 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., :D<=, 1/2AB02:8 =.A.  / ,   70 2006-200733. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in BaLVALXksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. !B@.2174-2178, 5 A>02B>@>2.  0,61 [0,914*60/5=11 1] " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,31 [0,914*60/10=5,5 1] " arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.GavrilLVALyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 4,8/2(?>;AB02:8)=2,4 1. [10,2 1]LVAL`OGZ0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., 1/2 AB02:8 <.=.A.  / ,   70 2006-20073. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino Observatory , /45@=0O D878:0, B>< 69, !12, 2006 3. AB@.2174-2178, 5 A>02B>@>2.  0,914*0,7*60/5=7,7 1 " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,914*0,7*60/10=3,9 1] arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>LVAL[9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 15,5/2(?>;AB02:8)= 7,8 1 ============ 0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., 1/2 AB02:8 <.=.A.  / ,   70 2006-20073. I) C1;8:0F88: " Ju. Gavriljuk, A. Gangapshev, V. Kuzminov, S. Panasenko, S. Ratkevich,  Results of a search for the two-neutrino double beta-decay of Xe-136 with copper proportional counters in Baksan Neutrino ObseLVAL\rvatory , /45@=0O D878:0, B>< 69, !12, 2006 3. !B@.2174-2178, 5 A>02B>@>2.  0,61. [0,914*60/5=11 1] " Ju. Gavriljuk, A. Gangapshev, V. Gavrin, V. Kazalov, V. Kuzminov, N. Osetrova, S. Panasenko, S. Ratkevich, A.. Shubin , G. Skorynin, I. Pul nikov, A. Ryabukhin.  New stage of a search for the 2K(2)- capture of 78Kr , /45@=0O D878:0, B>< 69, !12, 2006 3., AB@.2169-2173, 12 A>02B>@>2.  0,31 [0,914*60/10=5,5 1] arXiv:0711.2637 [ps, pdf, other] Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex) - 41/7= 0,6 1 " arXiv:0711.2614 [ps, pdf, other] Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" - 41/6 = 0,71 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 0,7 1. 2. Yu.M.Gavrilyuk, A.M.GangapshLVALev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6 = 0,7 1. 3. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 70?>;=5=88 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7=0,6 1. 4. Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7=0,6 1. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 4,8/2(?>;AB02:8)=2,4 1. [10,2 1]bLVAL`OGrHC:>2 40< C70@8D>28G, @>4. 04.03.19783., :D<=, A.=.A.  / ,   70 2006-200733. I) C1;8:0F88: " =5B. II) >:;04K: " =5B III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: 1) 0C=>20 ;5=0 0;5@852=0 (#), 038AB5@A:0O 48AA5@B0F8O AA;54>20=85 20@80F88 A:>@>AB8 2KE>40 @04>=0 87 ?>@>4K A ?>25@E=>AB8 =075<=>3> 3@C=B0. 0?@02;5=85 010700- $878:0. >4 68. 038AB@ D878:8. 038AB5@A:0O ?@>3@0<<0: 010703- , 0;LG8: 2007 3>4. - 10 1. 2) 0A8?>20 02840 0<1>;0B>2=0 (#), 038AB5@A:0O 48AA5@B0F8O >7<>6=>AB8 ?@8<5=5=8O 42CED07=>3> 45B5:B>@0 4;O @538AB@0F88 =59B@8=>. 0?@02;5=85 010700- $878:0. >4 68. 038AB@ D878:8. 038AB5@A:0O ?@>3@0<<0: 010703- , 0;LG8: 2007 3>4. - 10 1. V) 5:F88: " /45@=>-D878G5A:85 <5B>4K 8AA;54>20=8O 25I5AB20. A?5F80;L=>ABL 010400  D878:0. 0?@02;5=85 510400- D878:0. C@A- 4. !5<5AB@-8 . 1I55 :>;-2> G0A>2- 42 , 5:F88 - 28, @0:B8G5A:85 70=OB8O - 14, 70G5B- 8 A5<5AB@ - " -:A?5@8<5=B0;L=K5 <5B>4K O45@=>-D878G5A:8E 87<5@5=89. !?5F80;L=>ABL 010400  D878:0. 0?@02;5=85 510400- D878:0 C@A- 4, !5<5AB@- 7, 1I55 :>;-2> G0A>2- 57, 5:F88 - 38, @0:B8G5A:85 70=OB8O -19 , 70G5B- 7 A5<5AB@ " !B0B8AB8G5A:85 <5B>4K >1@01>B:8 O45@=>-D878G5A:>3> M:A?5@8<5=B0.0?@02;5=85 510400- D878:0. 038AB5@A:0O ?@>3@0<<0 510409- AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0. C@A- 5, !5<5AB@- 10 , 1I55 :>;-2> G0A>2- 70 G., 5:F88 - 18 G., @0:B8G5A:85 70=OB8O - 18 G., !0<>AB>OB5;L=0O @01>B0 34 G., 70G5B- 10 A5<5AB@ " 5B5:B>@K M;5<5=B0@=KE G0AB8F. 0?@02;5=85 510400- D878:0. 038AB5@A:0O ?@>3@0<<0 510409- AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0. C@A- 5, !5<5AB@- 9, 1I55 :>;-2> G0A>2- 140 G., 5:F88 - 36 G., @0:B8G5A:85 70=OB8O - 36 G., !0<>AB>OB5;L=0O @01>B0 68 G., 70G5B- 9 A5<5AB@ - B>3>: 20,0 1.*LVAL> >/:8<5=:> !5@359 02;>28G, @>4. 30.06.19613., <.=.A.  /  A 07.07.20053.   70 2006-200733. /:8<5=:> !.. ?>AB02;5=0 7040G0 >2;045BL ?0:5B>< ?@>3@0<< GEANT 4;O <>45;8@>20=8O D878G5A:8E ?@>F5AA>2 2 =87:>D>=>2KE M:A?5@8<5=B0E. >A;5 42CE ;5B 70=OB89 @01>B0 1;87:0 : 7025@H5=8N. 4=0:> 70 2@5<O ?>43>B>2:8 /:8<5=:> !.. =5 2E>48; 2 A?8A>: A>02B>@>2 =0CG=KE @01>B ;01>@0B>@88 8 =5 2KABC?0; A 4>:;040<8 =0 :>=D5@5=F8OE. AB0;L=K5 ?>:070B5;8, CG8BK205<K5 ?@8 @0AG5B5  , C =53> ?>:0 >BACBAB2CNB. > MB>9 ?@8G8=5 53>   ?>:0 @025= =C;N.%>:>=>2 70<0B %07@5B-;8528G, @>4. 06.09.19603., 4D<=, 1/2 AB02:8 A.=.A.  /    70 2006-200733. 1) >:;04K =0 :>=D5@5=F8OE: QUARKS-2006 A. Kh. Khokonov  Stochastical study of vacuum stability - 6 1. B>3>: 6/2= 3 1.#<5@>2 (0<8;L ;L40@>28G, @>4. 6.10.1979 3., <.=.A.  /  A 10.07.20073.,   70 2006-200733.  2002 70:>=G8; 010@48=>-0;:0@A:89 3>AC40@AB25==K9 C=825@A8B5B, E8<8G5A:89 D0:C;LB5B. 2002-2005 010@48=>-0;:0@A:89 3>AC40@AB25==K9 C=825@A8B5B, 0A?8@0=BC@0 ?> A?5F80;L=>AB8 2KA>:><>;5:C;O@=K5 A>548=5=8O. - ?>2KH0NI89 :-B 2 1) C1;8:0F88 2006-2007: " #<5@>2 (.. !?>A>1K C?@>G=5=8O ?>;8<5@=KE =0=>:><?>78B>2. 0B5@80;K 564C=0@>4=>3> :>=3@5AA0 ABC45=B>2, 0A?8@0=B>2 8 <>;>4KE CG5=KE 5@A?5:B820 2007. 0;LG8:, 2007 3. A 185-186. (4>:;04 8 ?C1;8:0F8O) - 4*1,5=61. B>3>: 6*2=12 1.,LVAL<;8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :D<=, A=A  / ,   70 2006-200733. 1) >:;04K: D.D. Dzappuev,V.V.Alekseenko, A.S.Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikzailova, A.U.Kudzaev, N.F.Klimenko.  Study of EAS hadronic components with hadron energy > 50 GeV . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). B>3>: 4/8= 0,5 1. & & & & . ;8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :D<=, A=A  / ,   70 2006-200733.  2006-2007 3>40E ;8<5=:> .$. =5 8<55B ?C1;8:0F89 8 4@C38E ?>:070B5;59, CG8BK205<KE ?@8 @0AGQB5  , ?> ?@8G8=5 >1>AB@5=8O 701>;520=8O ACAB02>2. >A;5 42CE >?5@0F89 >= 2>AAB0=>28; 74>@>2L5 8 ?@8ABC?8; : @0AGQB=>9 8 <>45;L=>9 @01>B5 2 :>;;5:B825 A 8A?>;L7>20=85< >A2>5==KE 70 2@5<O 1>;57=8 ?0:5B>2 ?@>3@0<<. 57C;LB0BK >6840NBAO 2 2008 3>4C. > MB>9 ?@8G8=5 2@5<5==> 53>   @025= =C;N.LVAL`OGa C1;8:0F8O 0AG5B   1.!..515452, =><0;L=K9 M;5:B@><03=5B87< =0=>AB@C:BC@8@>20==KE 3@0D8B>?>4>1=KE ?;5=>:. >:;04 =0 1I5@>AA89A:>< !>25I0=88 CG5=KE-M:A?5@B>2 2 >1;0AB8 =0=>C3;5@>4=KE <0B5@80;>2 03 D52@0;O 2006 3., 3. "@>8F: >A:>2A:>9 >1;0AB8, $# "!#. 2.S.G.Lebedev, S.V.Akulinichev, A.S.Iljinov, V.E.Yants, A Gaseous Radiochemical Method for Registration of Ionizing Radiation and Its Possible Applications In Science and Economy, Nuclear Instruments and Methods in Physics Research, v. A561(2006)90-99. 3.!..515452, ..0@8=, .-./=F, .!.5154520, 01;N45=85 35=5@0F88 >?B8G5A:>3> 87;CG5=8O 2 ?5@5E>4=>< @568<5 A:0G:>>1@07=>3> 87<5=5=8O ?@>2>48<>AB8 2 C3;5@>4=KE ?;5=:0E, @5?@8=B / , 1165/2006, 09 2006 3., 12 AB@. 4.S.G.Lebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, Report on 23rd International Conference of INTDS, October, 15-21, 2006, Tsukuba, Japan. To be published in the Proceedings of the Conference. 5.!..515452, >8A:8 2KA>:>B5<?5@0BC@=>9 A25@E?@>2>48<>AB8 2 3@0=C;O@=KE C3;5@>4=KE ?;5=:0E, !1>@=8: AB0B59 ?>1548B5;59 >=:C@A0 =0CG=>- ?>?C;O@=KE AB0B59 A@548 45@60B5;59 3@0=B>2 $$, 2006 3. 6. S.G.Lebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, arXiv: cond-mat/0612451. 7...>?B5;>2, !..515452, .-./=F, 048>E8<8G5A:89 A?>A>1 <>=8B>@8@>20=8O ?>B>:0 1KAB@KE =59B@>=>2, 0B5=B $ =0 87>1@5B5=85 ! 2286586, 2006 3. 8.!..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 20063.+ 8?;>< D8=0;8AB0 :>=:C@A0 http://www.inno.ru/projects/14157/ 9.!..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53>LVALb :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O ?@>5:B0  ?>1548B5;O 2> A5@>AA89A:>< :>=:C@A=>< >B1>@5 8==>20F8>==KE ?@>5:B>2 0A?8@0=B>2 8 ABC45=B>2 57>?0A=>ABL 8 ?@>B82>459AB285 B5@@>@87<C 2 =><8=0F88 =B8B5@@>@8AB8G5A:>5 8 4>A<>B@>2>5 >1>@C4>20=85, 0=A8>=0B @H>2>, 19-23 :BO1@O, 20063.+ 8?;>< ?>1548B5;O :>=:C@A0. 10.!..515452, .-./=F >=8B>@ =5@07@CH0NI53> :>=B@>;O AB5?5=8 2K3>@0=8O "- O45@=KE @50:B>@>2 =0 B5?;>2KE =59B@>=0E @575=B0F8O ?@>5:B0 !14158 =0 >=:C@A5 CAA:8E ==>20F89.+8?;>< D8=0;8AB0. http://www.inno.ru/project/14158/ 11.!..515452, .-./=F, .!.515452. 6>75DA>=>2A:0O M;5:B@>=8:0 ?@8 :><=0B=KE B5<?5@0BC@0E, @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 20063.+8?;>< D8=0;8AB0 :>=:C@A0 http://www.inno.ru/projects/14156 12.!..515452, =5@B=K5 @048>0:B82=K5 307K ?><>30NB :>=B@>;8@>20BL O45@=>3> 468=0. 725AB8O 0C:8, 1;>38,2006. http://www.inauka.ru/blogs/article62565.html 13.!..515452,  "$"+  /' ! % !",  #+  # +% % )."!/  -" #, 725AB8O 0C:8, 1;>38, 2006. http://www.inauka.ru/blogs/article62144/print.html 14.!..515452, 6>75DA>=>2A:89 ?5@5:;NG0B5;L, >3@0=8G8B5;L B>:0, @54AB02;5=85 ?@>5:B0 =0 A09B5 7>1@5B0B5;8: http://www.inventors.ru/invention.asp?fid=65&mode=260&MS=0 15.!..515452, "5E=>;>38O 8A?>;L7>20=8O 2KA>:>B5<?5@0BC@=KE 6>75DA>=>2A:8E MDD5:B>2 2 C3;5@>4=KE :>=45=A0B0E 4;O A>740=8O "=5:@8>35==>9" M;5:B@>=8:8. @54AB02;5=85 ?@>5:B0 =0 A09B5 ><?0=88 2KA>:8E B5E=>;>389. http://www.hightechnologies.ru/rus/index.php?option=com_content&task=view&id=251&Itemid=116 16.!..515452, .-./=F, 048>E8<8G5A:89 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2, @575=B0F8O =0 A09B5 KAB02>G=>3> F5=B@0 . http://www.expo.ras.ru/base/prod_data.asp?prod_id=2684 17.!..515452, 0:>20 AB@C:BC@0 20:CC<0? 725AB8O 0C:8, ;>38, 2006 3. http://www.inauka.ru/blogs/article62942.html 18.S.V.Akulinichev, V.S.Klenov, L.VLVALc.Kravchuk, S.G.Lebedev, A.V.Feschenko and V.E.Yants,  Development of the detector based on CVD-diamond for use in the ratiotherapy facilities . Published in Proceedings of XIX Int. Seminar on charged particle accelerators , Crimea, Alushta , September 2006. 19. S.G.Lebedev, V.E.Yants, A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films. Accepted for publication in Nuclear Instruments & Methods in Physics Research A. 20. S.G.Lebedev, A.S.Lebedev,  Calculation of the Lifetimes of Thin Stripper Targets Under Bombardment of Intense Pulsed Ions to be published in Phys.Rev.Special Topic: Accelerators and Beams in 2007. 21. !..515452 > A;540< C3;5@>4=>9 A25@E?@>2>48<>AB8 @8@>40 !8, 2007, AB@.38-44. 22. !..515452 >@OG0O A25@E?@>2>48<>ABL C3;5@>40? %8<8O 8 87=L !2, 2007, AB@.24-27. 23. S.G.Lebedev  Josephson-Like Behaviour of Granular Carbon Films Report on the 8 th European Conference on Applied Superconductivity, Sept.16-20, 2007. To be published in the Proceedings of the Conference. 24. !..515452 ==>20F8>==K9 ?>B5=F80; =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>: ;5=0@=K9 4>:;04 =0 >=D5@5=F88 ==>20F88 -2007 07-09 =>O1@O 20073., 3.'5@=>3>;>2:0 . C45B >?C1;8:>20= 2 B@C40E :>=D5@5=F88. 25. S.G.Lebedev, A.S.Lebedev  Exploration of Josephson-Like Behavior of Thin Granular Carbon Films to be published in Edited Collection, Editor  in  Chief: Frank Columbus, Nova Science Publishers, Inc.,2007. 26. S.G.Lebedev, A.S.Lebedev,  Calculation of the Lifetimes of Thin Stripper Targets Under Bombardment of Intense Pulsed Ions eprint arXiv: 0705.3694, 2007. 27. S.G.Lebedev, Josephson-Like Behaviour of Granular Carbon Films eprint arXiv: 0706.3310, 2007. 28. !..515452 AA;54>20=85 0=><0;L=>3> M;5:B@><03=5B87<0 =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>:. C1;8:0F8O =0 A09B5 -;5<5=BK 2007 3. http://elementy.ru/blogs/users/serleb/12054/ 28. C:>2>4AB2> ABC45=B>< 515452K< .!. (# D-B 8, A?5F80;870F8O :><?LNB5@=0LVALdO 3@0D8:0) 70 2006-2007 33. ============================================== C1;8:0F8O 0AG5B   1.!..515452, =><0;L=K9 M;5:B@><03=5B87< =0=>AB@C:BC@8@>20==KE 3@0D8B>?>4>1=KE ?;5=>:. >:;04 =0 1I5@>AA89A:>< !>25I0=88 CG5=KE-M:A?5@B>2 2 >1;0AB8 =0=>C3;5@>4=KE <0B5@80;>2 03 D52@0;O 2006 3., 3. "@>8F: >A:>2A:>9 >1;0AB8, $# "!#. 2.S.G.Lebedev, S.V.Akulinichev, A.S.Iljinov, V.E.Yants, A Gaseous Radiochemical Method for Registration of Ionizing Radiation and Its Possible Applications In Science and Economy, Nuclear Instruments and Methods in Physics Research, v. A561(2006)90-99. 3.!..515452, ..0@8=, .-./=F, .!.5154520, 01;N45=85 35=5@0F88 >?B8G5A:>3> 87;CG5=8O 2 ?5@5E>4=>< @568<5 A:0G:>>1@07=>3> 87<5=5=8O ?@>2>48<>AB8 2 C3;5@>4=KE ?;5=:0E, @5?@8=B / , 1165/2006, 09 2006 3., 12 AB@. 4.S.G.Lebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, Report on 23rd International Conference of INTDS, October, 15-21, 2006, Tsukuba, Japan. To be published in the Proceedings of the Conference. 5.!..515452, >8A:8 2KA>:>B5<?5@0BC@=>9 A25@E?@>2>48<>AB8 2 3@0=C;O@=KE C3;5@>4=KE ?;5=:0E, !1>@=8: AB0B59 ?>1548B5;59 >=:C@A0 =0CG=>- ?>?C;O@=KE AB0B59 A@548 45@60B5;59 3@0=B>2 $$, 2006 3. 6. S.G.Lebedev, V.E.Yants and A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films, arXiv: cond-mat/0612451. 7...>?B5;>2, !..515452, .-./=F, 048>E8<8G5A:89 A?>A>1 <>=8B>@8@>20=8O ?>B>:0 1KAB@KE =59B@>=>2, 0B5=B $ =0 87>1@5B5=85 ! 2286586, 2006 3. 8.!..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 200LVALe63.+ 8?;>< D8=0;8AB0 :>=:C@A0 http://www.inno.ru/projects/14157/ 9.!..515452, .-./=F, .!.515452. 048>E8<8G5A:89 307>2K9 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2. @575=B0F8O ?@>5:B0  ?>1548B5;O 2> A5@>AA89A:>< :>=:C@A=>< >B1>@5 8==>20F8>==KE ?@>5:B>2 0A?8@0=B>2 8 ABC45=B>2 57>?0A=>ABL 8 ?@>B82>459AB285 B5@@>@87<C 2 =><8=0F88 =B8B5@@>@8AB8G5A:>5 8 4>A<>B@>2>5 >1>@C4>20=85, 0=A8>=0B @H>2>, 19-23 :BO1@O, 20063.+ 8?;>< ?>1548B5;O :>=:C@A0. 10.!..515452, .-./=F >=8B>@ =5@07@CH0NI53> :>=B@>;O AB5?5=8 2K3>@0=8O "- O45@=KE @50:B>@>2 =0 B5?;>2KE =59B@>=0E @575=B0F8O ?@>5:B0 !14158 =0 >=:C@A5 CAA:8E ==>20F89.+8?;>< D8=0;8AB0. Http://www.inno.ru/project/14158/ 11.!..515452, .-./=F, .!.515452. 6>75DA>=>2A:0O M;5:B@>=8:0 ?@8 :><=0B=KE B5<?5@0BC@0E, @575=B0F8O @>5:B0 !2715 2 D8=0;5 >=:C@A0 CAA:8E ==>20F89, "5E=>?0@: #, 25 <0O 20063.+8?;>< D8=0;8AB0 :>=:C@A0 http://www.inno.ru/projects/14156 12.!..515452, =5@B=K5 @048>0:B82=K5 307K ?><>30NB :>=B@>;8@>20BL O45@=>3> 468=0. 725AB8O 0C:8, 1;>38,2006. http://www.inauka.ru/blogs/article62565.html 13. !..515452,  "$"+  /' ! % !",  #+  # +% % )."!/  -" #, 725AB8O 0C:8, 1;>38, 2006. http://www.inauka.ru/blogs/article62144/print.html 14. !..515452, 6>75DA>=>2A:89 ?5@5:;NG0B5;L, >3@0=8G8B5;L B>:0, @54AB02;5=85 ?@>5:B0 =0 A09B5 7>1@5B0B5;8: http://www.inventors.ru/invention.asp?fid=65&mode=260&MS=0 15. !..515452, "5E=>;>38O 8A?>;L7>20=8O 2KA>:>B5<?5@0BC@=KE 6>75DA>=>2A:8E MDD5:B>2 2 C3;5@>4=KE :>=45=A0B0E 4;O A>740=8O "=5:@8>35==>9" M;5:B@>=8:8. @54AB02;5=85 ?@>5:B0 =0 A09B5 ><?0=88 2KA>:8E B5E=>;>389. Http://www.hightechnologies.ru/rus/index.php?option=com_content&task=view&id=251&Itemid=116 16. !..515452, .-./=F, 048>E8<8G5A:89 =59B@>==K9 45B5:B>@ =5@07@CH0NI53> :>=B@>;O @0AI5?;ONI8EAO <0B5@80;>2, @575=B0F8O =0 A09B5 KAB02>G=>3> F5=B@0 . Http://www.expo.ras.ru/base/prod_data.asp?prod_LVALfid=2684 17.!..515452, 0:>20 AB@C:BC@0 20:CC<0? 725AB8O 0C:8, ;>38, 2006 3. Http://www.inauka.ru/blogs/article62942.html 18.S.V.Akulinichev, V.S.Klenov, L.V.Kravchuk, S.G.Lebedev, A.V.Feschenko and V.E.Yants,  Development of the detector based on CVD-diamond for use in the ratiotherapy facilities . Published in Proceedings of XIX Int. Seminar on charged particle accelerators , Crimea, Alushta , September 2006. 19. S.G.Lebedev, V.E.Yants, A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films. Accepted for publication in Nuclear Instruments & Methods in Physics Research A. 20. S.G.Lebedev, A.S.Lebedev,  Calculation of the Lifetimes of Thin Stripper Targets Under Bombardment of Intense Pulsed Ions to be published in Phys.Rev.Special Topic: Accelerators and Beams in 2007. 21. !..515452 > A;540< C3;5@>4=>9 A25@E?@>2>48<>AB8 @8@>40 !8, 2007, AB@.38-44. 22. !..515452 >@OG0O A25@E?@>2>48<>ABL C3;5@>40? %8<8O 8 87=L !2, 2007, AB@.24-27. 23. S.G.Lebedev  Josephson-Like Behaviour of Granular Carbon Films Report on the 8 th European Conference on Applied Superconductivity, Sept.16-20, 2007. To be published in the Proceedings of the Conference. 24. !..515452 ==>20F8>==K9 ?>B5=F80; =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>: ;5=0@=K9 4>:;04 =0 >=D5@5=F88 ==>20F88 -2007 07-09 =>O1@O 20073., 3.'5@=>3>;>2:0 . C45B >?C1;8:>20= 2 B@C40E :>=D5@5=F88. 25. S.G.Lebedev, A.S.Lebedev  Exploration of Josephson-Like Behavior of Thin Granular Carbon Films to be published in Edited Collection, Editor  in  Chief: Frank Columbus, Nova Science Publishers, Inc.,2007. 26. S.G.Lebedev, A.S.Lebedev,  Calculation of the Lifetimes of Thin Stripper Targets Under Bombardment of Intense Pulsed Ions eprint arXiv: 0705.3694, 2007. 27. S.G.Lebedev, Josephson-Like Behaviour of Granular Carbon Films eprint arXiv: 0706.3310, 2007. 28. !..515452 AA;54>20=85 0=><0;L=>3> M;5:B@><03=5B87<0 =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>:. fLVALvC1;8:0F8O =0 A09B5 -;5<5=BK 2007 3. Http://elementy.ru/blogs/users/serleb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zhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. / Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. // Int. Workshop  Aragats 2007 ,   = 6/8 = 0.75. D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk./ Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array.Int. Workshop  Particles and Cosmology 2007 , Baksan,   = 6/8 = 0.75. B>3>  : 6.833LVAL&O1C: 40< 5>=BL528G, @>4. 28.08.1945, =A -,   70 2006-2007 33. C1;8:0F88: A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin./  Search for aligned events in muon groups measured by BUST // Nucl. Phys. B (Proc. Suppl.), 151, p. 473-476, 2006,   = 0.875*30/3*1.5*0.5 = 6.56. .. &O1C:, .. CE0<54H8=, ... !B5=L:8=. / @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E. // 725AB8O , A5@. $87., B. 71, !4, A. 562-565 (2007),   = 8/3 = 2.667. A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin./  Lateral distribution for aligned events in muon groups deep underground . // arXiv:0701013 (2007)   = 4/3 = 1.333. >:;04K: .. &O1C:, .. CE0<54H8=, ... !B5=L:8=/ @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E // 29,   = 4/3 = 1.333 A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin/  Lateral distribution for aligned events in muon groups deep underground // ISVHECRI 2006,   = 6/3 = 2 D.D. DZHAPPUEV, V.V. ALEKSEENKO, A.S. LIDVANSKY, YU.V. STENKIN,V.B. PETKOV, O.I. MIKHAILOVA, A.U. KUDZHAEV. A.B. CHERNYAEV AND A.L. TSYABUK. /STUDY OF EAS HADRONIC COMPONENT WITH HADRON ENERGY > 50 GEV. //PROC. OF 30TH ICRC, MERIDA, REP. 303, (2007),   = 6/9*1.5 = 1.005 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. / Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. // Int. Workshop  Aragats 2007 ,   = 6/8 = 0.75. D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk./ Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array.Int. Workshop  Particles and Cosmology 2007 , Baksan,   = 6/8 = 0.75. B>3>:   = 16.398@LVALJ R!B5?0=>2 ;048<8@ 20=>28G, @>48;AO A=A -,   70 2006-2007 33. >:;04K: V.V. Alekseenko, D.D. Djappuev, Yu .M. Gavriluk , D.M. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I. Michailova, Yu. V. Stenkin, V.I. Stepanov. /Observation of thermal neutron flux variations connected with Lunar periods.// Proc. Of 30th ICRC, Merida, (2007), rep. 932,   = 6/9*1.5 = 1.0"C;C?>20 "0BLO=0 20=>2=0 @>4. 04.11.1940, <=A -,   70 2006-2007 33 !B0BL8: .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20/ 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389// 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 506-508.   = 8/3 = 2.667. >:;04K: .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20/ 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3., "5:ABK 4>:;04>2, PCR-05.   = 4/3 = 1.333 V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ Amplitude and direction of the anisotropy of cosmic rays of TeV energies// XIV International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, August 15-22, 2006.   = 6/3 = 2 B>3>:   = 6.0.LVAL`OGk!B5=L:8= .@89 0A8;L528G, @>4. 10.12.1948, A=A -,   70 2006-2007 33. C1;8:0F88: Yuri V. Stenkin./Remarks on astrophysical origin of the knee in cosmic ray spectrum //Nucl. Phys. B (Proc. Suppl.), 151, p. 65-68, 2006,   = 0.875*30*0.5 = 13.125 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin./  Search for aligned events in muon groups measured by BUST // Nucl. Phys. B (Proc. Suppl.), 151, p. 473-476, 2006,   = 0.875*30 / 3*1.5*0.5 = 6.56. ...!B5=L:8=. / (8@>:85 0B<>AD5@=K5 ;82=8. // "@C4K A54L<>9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$-2006 ?>4 @54. ..5B@CE8=0 8 .%.%>:>=>20. (ISBN 5-7558-0390-0) #, A. 43, 2007,   = 7*2/6 = 2.33 ...!B5=L:8=./ 59B@>=K 2 :>A<8G5A:8E ;CG0E. // "@C4K A54L<>9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$-2006 ?>4 @54. ..5B@CE8=0 8 .%.%>:>=>20. (ISBN 5-7558-0390-0) #, A. 55, 2007,   = 7*2/6 = 1.6 ...!B5=L:8=, ..>;G5=:>, ..60??C52, .#.C46052, ..8E09;>20./ 59B@>=K 2 (. // 725AB8O , A5@. $87., B. 71, !4, A. 558-561, (2007),   = 8/5 = 1.6. .. &O1C:, .. CE0<54H8=, ... !B5=L:8=. / @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E. // 725AB8O , A5@. $87., B. 71, !4, A. 562-565 (2007),   = 8/3 = 2.667. ..60??C52, ..;5:A55=:>, ..>;G5=:> 8 4@. / >45@=870F8O CAB0=>2:8 >25@-2  / . // 725AB8O , A5@. $87., B.71, !4, A.542-544, (2007),   = 8/10 = 0.8. ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=./ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 C@>2=5 1700 < =04 C@>2=5< <>@O. // 725AB8O , A5@. $87., B.71, !7, A. 1080-1083 (2007),   = 8/7 = 1.143. ...!B5=L:8=, ..60??C52, %.$.0;L45A-0;8A8O. / 59B@>=K 2 H8@>:8E 0B<>AD5@=KE ;82=OE. // /$, B.70, !6, A. 1123-1135, (2007),   = 60*0.914/3 = 18.28 Yuri V. Stenkin. / EAS longitudinal development and the knee // arXiv:0707.2231 (2007),   = 4 YLVALluri V. Stenkin. /  Thermal neutrons in EAS: a new dimension in EAS study // arXiv:0702048 (2007),   = 4 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin./  Lateral distribution for aligned events in muon groups deep underground . // arXiv:0701013 (2007)   = 4/3 = 1.333 Yu.V.Stenkin /  On power-law spectra in the Nature: analogies with the cosmic ray spectrum // Proc. of  Particles and Cosmology  05 , INR RAS, (2007),   = 8*0.5 = 4.0 >:;04K: .. &O1C:, .. CE0<54H8=, ... !B5=L:8=/ @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E // 29,   = 4 / 3 = 1.333 ..60??C52, ..;5:A55=:>, ..>;G5=:> 8 4@./ >45@=870F8O CAB0=>2:8 >25@-2  / // 29,   = 4 / 10 = 0.4 ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=/ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O// 29 ,   = 4 / 7 = 0.57 ... !B5=L:8=, .. >;G5=:>, .. 60??C52 8 4@./59B@>=K 2 (// 29 ,   = 4 / 5 = 0.8 Yu.V.Stenkin / Thermal neutrons in EAS: a new dimension in EAS study // ISVHECRI 2006,   = 6 A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin/  Lateral distribution for aligned events in muon groups deep underground // ISVHECRI 2006,   = 6 / 3 = 2 ...!B5=L:8= / (8@>:85 0B<>AD5@=K5 ;82=8// ( -"$ 2006,   = 20 ...!B5=L:8=/ 59B@>=K 2 :>A<8G5A:8E ;CG0E// ( -"$ 2006,   = 20 V.V. Alekseenko, D.D. Djappuev, Yu .M. Gavriluk , D.M. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I. Michailova, Yu. V. Stenkin, V.I. Stepanov. / Observation of thermal neutron flux variations connected with Lunar periods.// Proc. Of 30th ICRC, Merida, (2007), rep. 932,   = 6/9*1.5 = 1.0 YU. V. STENKIN, D. D. DZHAPPUEV, A. U. KUDZHAEV AND O.I. MIKHAILOVA. / THERMAL NEUTRON IN EAS: A NEW METHOD IN EAS STUDY. // PROC. OF 30TH ICRC, MERIDA (2007), REP. 827,   = 6 / 4*1.5 = 2.25 Yuri V. Stenkin. / EAS Longitudinal Development and the Knee.// Proc. Of 30thLVAL ICRC, Merida (2007), rep. 675,   = 6*1.5 = 9.0 D.D. DZHAPPUEV, V.V. ALEKSEENKO, A.S. LIDVANSKY, YU.V. STENKIN,V.B. PETKOV, O.I. MIKHAILOVA, A.U. KUDZHAEV. A.B. CHERNYAEV AND A.L. TSYABUK. /STUDY OF EAS HADRONIC COMPONENT WITH HADRON ENERGY > 50 GEV. //PROC. OF 30TH ICRC, MERIDA (2007), REP. 303,   = 6 / 9*1.5 = 1.0 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. / Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. // Int. Workshop  Aragats 2007 ,   = 6/8 = 0.75 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk./ Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array.Int. Workshop  Particles and Cosmology 2007 , Baksan,   = 6/8 = 0.75 V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I.Mikhailova,, Yu.V.Stenkin, V.V. Kuzminov./  Variations of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory . // XIV-International School  Particles and Cosmology , Baksan-2007,   = 6/6 = 1 B>3>:   = 128.291LVAL`OGn8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2006-2007 33 C1;8:0F88: A.S. Lidvansky/  Air Cherenkov Methods in Cosmic Rays: Review and Some History // Radiation Physics and Chemistry, Vol. 75, issue 8, August 2006, pp. 891-898.   = 0.868*30/1 = 26.04 .!. 8420=A:89, AA;54>20=8O =0 CAB0=>2:0E 4;O @538AB@0F88 ( 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88, :045<8: .. %@8AB80=A5=  CG5=K9 >A:>2A:>3> C=825@A8B5B0, !1>@=8: AB0B59 : 80-;5B8N A> 4=O @>645=8O, ?>4 @540:F859 .. 0;<K:>20, .. 0=0AN:0 8 .. ><0=>2A:>3>, >A:20 74. #, 2007, AB@. 89-96.   = 20. .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20, 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389, 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 506-508.   = 8/3 = 2.67. .. 60??C52, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:> .(. C;852, .. C;8520, ... >=>20;>2, .#. C46052, .!. 8420=A:89, .. 8E09;>20, .. 5B:>2, .. !<8@=>2, .. !B5?0=>2, ... !B5=L:8=, .!. %05@48=>2, >45@=870F8O CAB0=>2:8 >25@-2  / , 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 542-545.   = 8*0.1 = 0.8. .!. 8420=A:89, .!. %05@48=>2, ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1052-1055.   = 8/2 = 4.0. .!.8420=A:89, .!.%05@48=>2, ..'5@=O52, @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1056-1060.   = 8/3 = 2.67. .!. 8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062.   = 8/2 = 4. .. >7O@82A:89, .!. 8420=A:89,  2>?@>AC > 25;8G8=5 8 =0?@02;5=88 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2008, B. 34, ! 2, AB@. 131-135.   = 1.315*60/2 = 39.45. >:;04K: N.S. KhLVALoaerdinov, A.S. Lidvansky, Variations of intensity of cosmic ray muons due to thunderstorm electric fields, General Assembly of European Geosciences Union, Vienna, April 02-07, 2006.   = 6/2 = 3.0. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds, General Assembly of European Geosciences Union, Vienna, April 02-07, 2006.   = 6/2 = 3.0. .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2.0. .!.8420=A:89, .!.%05@48=>2, ..'5@=O52/ @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.333. .!. 8420=A:89, .!. %05@48=>2// ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/2 = 2.0. .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20// 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389, 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.333. .. >;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=/ >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>: // 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/9 = 0.444. V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ Amplitude and direction of the anisotropy of cosmic rays of TeV energies// XIV International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, August 15-22, 2006.   = 6/3 = 2.0. N.S. Khaerdinov, A.S. Lidvansky/ Dynamics of Cosmic Rays in Thunderstorm AtmosphereLVAL and Generation of Elementary Particles by Thunderclouds// 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal.   = 6/2 = 3.0. .!. 8420=A:89, .!. %05@48=>2/ 8=0<8:0 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5// ( -"$ 2006,   = 20/2 = 10.0. A.S. Lidvansky,Yu.M. Andreyev, D.D. Dzhappuev, V.A. Kozyarivsky, A.U. Kudzhaev, and T.I. Tulupova, Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies, Proc. 30th Intern. Cosmic Ray Conf., Merida, Mexico, 2007, icrc0492.   = 6/6*1.5 = 1.5. .!. 8420=A:89, .!. %05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5 (=01;N405<K5 MDD5:BK 8 8E 8=B5@?@5B0F8O), "@C4K 6 >AA89A:>9 :>=D5@5=F88 ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 18-21.   = 20/2*1.5 = 15.0. .!. 8420=A:89, .!. %05@48=>2, #A:>@5=85 8 35=5@0F8O 70@O65==KE G0AB8F M;5:B@8G5A:8< ?>;5< 3@>7>2KE >1;0:>2, "@C4K 6 >AA89A:>9 :>=D5@5=F88 ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 196-197.   = 20/2*1.5 = 15.0. C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: .!. %05@48=>2, AA;54>20=85 :@0B:>2@5<5==KE 20@80F89 2B>@8G=KE :>A<8G5A:8E ;CG59 ?>4 459AB285< M;5:B@8G5A:>3> ?>;O 0B<>AD5@K 2> 2@5<O 3@>7, 2006 - @C:>2>48B5;L   = 30 C:>2>4AB2> 0A?8@0=B>< (.. >AA>E0G) 2 B5G5=85 >4=>3> 3>40 (2007)   = 30 B>3> 8=48284C0;L=K9   : 219.24 !@54=55   A>B@C4=8:>2 ;01. = 49.613   :0: 702. ;01. 219.24*0.5 + 49.613*0.75 = 146.83,LVAL<>7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2006-2007 33 !B0BL8: .. ;5:A55=:>, .. 60??C52, .. >7O@82A:89, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=/ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O// 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 1075-1078.   = 8/7 = 1.143. .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20, 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389, 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 506-508.   = 8/3 = 2.667. .. >7O@82A:89, .!. 8420=A:89,  2>?@>AC > 25;8G8=5 8 =0?@02;5=88 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2008, B. 34, ! 2, AB@. 131-135.   = 1.315*60/2 = 39.45. >:;04K: .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20/ 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/3 = 1.333. .. ;5:A55=:>, .. 60??C52, .. >7O@82A:89, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=/ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/7 = 0.571. V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova/ Amplitude and direction of the anisotropy of cosmic rays of TeV energies// XIV International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, August 15-22, 2006.   = 6/3 = 2.0 A.S. Lidvansky, Yu.M. Andreyev, D.D. Dzhappuev, V.A. Kozyarivsky, A.U. Kudzhaev, and T.I. Tulupova, Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies, Proc. 30th Intern. Cosmic Ray Conf., Merida, Mexico, 2007, icrc0492.   = 6/6*1.5 = 1.5. B>3>  : 48.664. LVAL ;5=A:89 /= !B0=8A;02>28G @>4. 21.11.1937, =A -,   70 2006-2007 33 !B0BL8: /.!. ;5=A:89/ ;8O=85 <=>3>:@0B=>3> @0AA5O=8O =0 25;8G8=C :@8B8G5A:>3> ?>;O 4;O C1530NI8E M;5:B@>=>2 2 0B<>AD5@5// 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062.,   = 8. >:;04K: /.!. ;5=A:89/ ;8O=85 <=>3>:@0B=>3> @0AA5O=8O =0 25;8G8=C :@8B8G5A:>3> ?>;O 4;O C1530NI8E M;5:B@>=>2 2 0B<>AD5@5// 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4 B>3>:   = 12LVAL`OGs20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 2006-2007 3>40E: 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1 =6.519 2. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 3. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 4. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 5. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A-GeV and 2-A-GeV) collisions. By HADES Collaboration (WLVALt. Przygoda et al.). 2006. 14pp. Published in Acta Phys.Polon.B37:139-152, 2006. 130 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, V.Tiflov (8 02B>@>2)  =0.807*30*0.1 =2.421 6. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. Jan 2007. 16pp. 14 02B>@>2 Published in Eur.Phys.J.C52:495-506,2007. / : A. Ivashkin  =3.209*30*0.1 =9,627 7. Search for T-violating transverse muon polarization in the K+ ---> pi0 mu+ nu decay. M. Abe et al. Apr 1, 2006. 34pp. 30 02B>@>2 Published in Phys.Rev.D73:072005,2006. / : A.P. Ivashkin, M.M. Khabibullin, A.N. Khotjantsev, Yu.G. Kudenko, A. Levchenko, O.V. Mineev, N. Okorokova (7 02B>@>2)  =4.852*30*0.1 =14,556 8. Measurement of K+ ---> pi0 mu+ nu gamma decay using stopped kaons. By KEK-E470 Collaboration (S. Shimizu et al.). Dec 2005. 12pp. 19 02B>@>2 Published in Phys.Lett.B633:190-194,2006. / : A.P. Ivashkin, M.M. Khabibullin, A.N. Khotjantsev, Yu.G. Kudenko, A. Levchenko, O.V. Mineev (6 02B>@>2)  =5,301*30*0.1 =15,903 9. New result of the measurement of the direct photon emission in K+ ---> pi+ pi0 gamma decay. By KEK-E470 Collaboration (M.A. Aliev et al.). Nov 2005. 13pp. 17 02B>@>2 Published in Eur.Phys.J.C46:61-67,2006. / : A.P. Ivashkin, M.M. Khabibullin, A.N. Khotjantsev, Yu.G. Kudenko, O.V. Mineev (5 02B>@>2)  =3.209*30*0.1 =9,627 10. Performance of RPC with low-resistive silicate glass electrodes exposed to an intense continuous electron beam. V. Ammosov,& F.Guber et al. 2007. 6pp. 20 02B>@>2 Published in Nucl.Instrum.Meth.A576:331-336,2007. / : F. Guber, A. Ivashkin, V. Tiflov (3 02B>@0)  = 1,224*30/10=3,672   ?> ?C1;8:0F8O< 94,185 @5?@8=BK M;5:B@>==K5 8 8740==K5 70 @C156>< 1. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point LVALuand Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 119 02B>@>2, (/ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2)  =4*0.1 =0.4 2. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. Jan 2007. 16pp. 14 02B>@>2 e-Print: arXiv:0706.2641 [physics.ins-det] / : A. Ivashkin  =4*0.1 =0.4 3. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK- 2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp. 62 authors, e-Print: arXiv:0709.1000 [hep-ex]  =4*0.1=0.4 4. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. e-Print: nucl-ex/0610048 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =4*0.1 =0.4 5. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). e-Print: nucl-ex/0608031 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 6. A New SPS programme. By NA49-future Collaboration (Marek Gazdzick, & F.Guberi et al.). Dec 2006. 19pp. 93 02B>@0. e-Print: nucl-ex/0612007 / : F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya (4 02B>@0.)  =4*0.1 =0,4 7. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK- 2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp. 62 authors e-Print: arXiv:0709.1000 [hep-ex]  =4*0.1 =0.4 8. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. 118LVALv 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 9. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 10. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. CERN-CMS-NOTE-2007-001, Jan 2007. 16pp. 14 02B>@>2 e-Print: arXiv:0706.2641 [physics.ins-det] / : A. Ivashkin)  =4*0.1=0.4 11. A New SPS programme. By NA49-future Collaboration (Marek Gazdzick, et al.). Dec 2006. 19pp. Published in PoS CPOD2006:016,2006. / : F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya (4 02B>@0.)  =4*0.1=0.4 12. Study of hadron production in hadron nucleus and nucleus nucleus collisions at the CERN SPS. By NA49-future Collaboration (N. Antoniou, et al.). CERN-SPSC-2006-034, CERN-SPSC-P-330, Nov 2006. 90pp , 97 02B>@>2 / : F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya  =4*0.1=0.4 13. Study of hadron production in collisions of protons and nuclei at the CERN SPS. N. Antoniou et al. CERN-SPSC-2006-001, CERN-SPSC-P-329, Jan 2006. 55pp. 78 02B>@>2 / : F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya  =4*0.1=0.4 14. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. CERN-CMS-NOTE-2007-001, Jan 2007. 16pp. 14 02B>@>2 Published in Eur.Phys.J.C52:495-506,2007. e-Print: arXiv:0706.2641 [physics.ins-det]  =4*0.1=0.4 15. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281  =4*0.1=0.4   (?@5?@8=BK) 6,0 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1.  Status of Projectile Spectator Detector , 7-th Collaboration Meeting of CBM experLVALwiment at Fair, February 28-March 3, 2006, Darmstadt, Germany.  =0 2.  Projectile Spectator Detector (R&D on first module prototype) , 8-th CBM Collaboration Meeting IPHC , September 20-22, 2006, Strasbourg, France.  =0 3.  Status of Projectile Spectator Detector , 9-th Collaboration Meeting of CBM experiment at Fair, February, 2007, Darmstadt, Germany.  =0 4.  CsI(Tl) detector and APD readout , Collaboration Meeting of E06 (TREK) experiment at KEK, February, 2007, Tsukuba, Japan.  =0 5.  Projectile Spectator Detector , Collaboration Meeting of NA61 experiment at CERN, Oct, 2007, Geneva, Switzerland.  =0 B>3>2K9   = 100,185 ===================================== 8G=K9 =0CG=K9 >BG5B 70 ?5@8>4 2005-2006 A.=.A. -$ / 20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. 0C: A 1999 3. !B0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 2006-2007 3>40E: 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1 =6.519 2. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 3. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th InterLVALxnational Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 4. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 5. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A-GeV and 2-A-GeV) collisions. By HADES Collaboration (W. Przygoda et al.). 2006. 14pp. Published in Acta Phys.Polon.B37:139-152, 2006. 130 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, V.Tiflov (8 02B>@>2)  =0.807*30*0.1 =2.421 6. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. Jan 2007. 16pp. 14 02B>@>2 Published in Eur.Phys.J.C52:495-506,2007. / : A. Ivashkin  =3.209*30*0.1 =9,627 7. Search for T-violating transverse muon polarization in the K+ ---> pi0 mu+ nu decay. M. Abe et al. Apr 1, 2006. 34pp. 30 02B>@>2 Published in Phys.Rev.D73:072005,2006. / : A.P. Ivashkin, M.M. Khabibullin, A.N. Khotjantsev, Yu.G. Kudenko, A. Levchenko, O.V. Mineev, N. Okorokova (7 02B>@>2)  =4.852*30*0.1 =14,556 8. Measurement of K+ ---> pi0 mu+ nu gamma decay using stopped kaons. By KEK-E470 Collaboration (S. Shimizu et al.). Dec 2005. 12pp. 19 02B>@>2 Published in Phys.Lett.B633:190-194,2006. / : A.P. Ivashkin, M.M. Khabibullin, A.N. Khotjantsev, Yu.G. Kudenko, A. Levchenko, O.V. Mineev (6 02B>@>2)  =5,301*30*0.1 =15,903 9. New result of the measurement of the direct photon emission in K+ -LVALy--> pi+ pi0 gamma decay. By KEK-E470 Collaboration (M.A. Aliev et al.). Nov 2005. 13pp. 17 02B>@>2 Published in Eur.Phys.J.C46:61-67,2006. / : A.P. Ivashkin, M.M. Khabibullin, A.N. Khotjantsev, Yu.G. Kudenko, O.V. Mineev (5 02B>@>2)  =3.209*30*0.1 =9,627 10. Performance of RPC with low-resistive silicate glass electrodes exposed to an intense continuous electron beam. V. Ammosov,& F.Guber et al. 2007. 6pp. 20 02B>@>2 Published in Nucl.Instrum.Meth.A576:331-336,2007. / : F. Guber, A. Ivashkin, V. Tiflov (3 02B>@0)  = 1,224*30/10=3,672   ?> ?C1;8:0F8O< 94,185 @5?@8=BK M;5:B@>==K5 8 8740==K5 70 @C156>< 1. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 119 02B>@>2, (/ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2)  =4*0.1 =0.4 2. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. Jan 2007. 16pp. 14 02B>@>2 e-Print: arXiv:0706.2641 [physics.ins-det] / : A. Ivashkin  =4*0.1 =0.4 3. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK- 2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp. 62 authors, e-Print: arXiv:0709.1000 [hep-ex]  =4*0.1=0.4 4. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. E-Print: nucl-ex/0610048 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =4*0.1 =0.4 5. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). E-Print: nucl-ex/0608031 129 02B>@>2 / : M. Golubeva, F.LVALz Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 6. A New SPS programme. By NA49-future Collaboration (Marek Gazdzick, & F.Guberi et al.). Dec 2006. 19pp. 93 02B>@0. E-Print: nucl-ex/0612007 / : F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya (4 02B>@0.)  =4*0.1 =0,4 7. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK- 2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp. 62 authors e-Print: arXiv:0709.1000 [hep-ex]  =4*0.1 =0.4 8. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 9. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 10. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. CERN-CMS-NOTE-2007-001, Jan 2007. 16pp. 14 02B>@>2 e-Print: arXiv:0706.2641 [physics.ins-det] / : A. Ivashkin)  =4*0.1=0.4 11. A New SPS programme. By NA49-future Collaboration (Marek Gazdzick, et al.). Dec 2006. 19pp. Published in PoS CPOD2006:016,2006. / : F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya (4 02B>@0.)  =4*0.1=0.4 12. Study of hadron production in hadron nucleus and nucleus nucleus collisions at the CERN SPS. By NA49-future Collaboration (N. Antoniou, et al.). CERN-SPSC-2006-034, CERN-SPSC-P-330, Nov 2006. 90pp , 97 02B>@>2 / : F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya  =4*0.1=0.4 13. Study of hadron production LVALin collisions of protons and nuclei at the CERN SPS. N. Antoniou et al. CERN-SPSC-2006-001, CERN-SPSC-P-329, Jan 2006. 55pp. 78 02B>@>2 / : F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya  =4*0.1=0.4 14. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. CERN-CMS-NOTE-2007-001, Jan 2007. 16pp. 14 02B>@>2 Published in Eur.Phys.J.C52:495-506,2007. e-Print: arXiv:0706.2641 [physics.ins-det]  =4*0.1=0.4 15. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281  =4*0.1=0.4   (?@5?@8=BK) 6,0 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1.  Status of Projectile Spectator Detector , 7-th Collaboration Meeting of CBM experiment at Fair, February 28-March 3, 2006, Darmstadt, Germany.  =6 2.  Projectile Spectator Detector (R&D on first module prototype) , 8-th CBM Collaboration Meeting IPHC , September 20-22, 2006, Strasbourg, France.  =6 3.  Status of Projectile Spectator Detector , 9-th Collaboration Meeting of CBM experiment at Fair, February, 2007, Darmstadt, Germany.  =6 4.  CsI(Tl) detector and APD readout , Collaboration Meeting of E06 (TREK) experiment at KEK, February, 2007, Tsukuba, Japan.  =6 5.  Projectile Spectator Detector , Collaboration Meeting of NA61 experiment at CERN, Oct, 2007, Geneva, Switzerland.  =6 B>3>2K9   = 130,185LVAL  %07@5B0;8 !5D>28G, @>4. 24.08.1965, A=A "$, :D<=.   70 2006 2007 33. C1;8:0F88: 1) Kh. S. Nirov, A. V. Razumov / On Z-gradations of twisted loop Lie algebras of complex simple Lie algebras // Commun. Math. Phys. 267, pp. 587 610, 2006;   = 2.007*30/2 = 30.105 2) Kh. S. Nirov, A. V. Razumov / Toda equations associated with loop groups of complex classical Lie groups // Nucl. Phys. B782, pp. 241 275, 2007;   = 5.522*30/2 = 82.83 3) Kh. S. Nirov, A. V. Razumov / On Z-graded loop Lie algebras, loop groups, and Toda equations // e-Print: arXiv:0705.2681 [math-ph] 2007;   = 4.00/2 = 2.00 >:;04K: 1) Kh. S. Nirov / Abelian loop Toda solitons revised // Classical and Quantum Integrable Systems, IHEP, Protvino, Russia, January 23 26, 2006;   = 20 2) Kh. S. Nirov / On conservation laws in integrable systems // QUARKS'2006, St.-Petersburg, Russia, May 19 25, 2006;   = 20 3) Kh. S. Nirov / On loop Lie algebras, loop groups, and associated Toda systems // Classical and Quantum Integrable Systems, JINR, Dubna, Russia, January 22 25, 2007;   = 20 4) Kh. S. Nirov / Gauge invariance, constraints, and BRST formalism: Classical theory and problems of quantization // Baksan School'2007, Baksan Valley, Kabardino-Balkaria, Russia, April 16 21, 2007;   = 20 B>3>:   = 195LVAL`OG}1) S. V. Demidov, D. S. Gorbunov, LHC prosp e ts in sear hes for neutra. S alars in pp > gamma gamma + jet: SM Higgs boson, radion, sgoldstino.. .O, 2) More 69, no.. About 712-720, sgoldstino 2006. interpretation I IA=0.914 of Hyp erCP 60/2 = 27 events. .42. Demidov, D.S. Gorbunov (Mos ow, INR), JETP Lett.84:479-484,2007. I IA S.V. = 1.446 60/2 = 43.38. 3) Non-minimal Split Sup ersymmetry. S.V. Demidov, D.S. Gorbunov (Mos ow. 0702:055,2007. 30/2 = 89.16. INR). Aieeaau: JHEP S. V, Nonminimal I IA Sup ersymmetry, =5.944 Quarks-2006, I IA= Demidov Split 4 1.5=6 Aaieaia Na.aae Aeaaeie.iae., .ia. 16.12.1981, iin IOO Iao.ii. Iai.aaeaiea. Oai.aoe.aneay eceea Ioaeeeaoee. 1) S. V. Demidov, D. S. Gorbunov, LHC prosp e ts in sear hes for neutra. S alars in pp > gamma gamma + jet: SM Higgs boson, radion, sgoldstino.. .O, 2) More 69, no.. About 712-720, sgoldstino 2006. interpretation I IA=0.914 of Hyp erCP 60/2 = 27 events. .42. Demidov, D.S. Gorbunov (Mos ow, INR), JETP Lett.84:479-484,2007. I IA S.V. = 1.446 60/2 = 43.38. 3) Non-minimal Split Sup ersymmetry. S.V. Demidov, D.S. Gorbunov (Mos ow. 0702:055,2007. 30/2 = 89.16. INR). Aieeaau: JHEP S. V, Nonminimal I IA Sup ersymmetry, =5.944 Quarks-2006, I IA= Demidov Split 4 1.5=6 Demidov S. V. Sgoldstino interpretation of Hyp erCP events, Parti les an. Cosmology .oaie. - 2007, I IA=4 Eeanne.aneea eaeoee: eaeea.iai.iua iiey, 3 naiano.a: I IA=8 . 3 = 24 iieiaie Eaaioiaay nio.oaiee, ca iaoaieea, ia iiaue yaey.ueeny . I IA eo.n, = 1 naiano.: anie.aioii, I IA aeoi. = 30 - 2.0 EOI I2006-2007. 447.92 . Demidov S. V. Sgoldstino interpretation of Hyp erCP events, Parti les an. Cosmology .oaie. - 2007, I IA=4 Eeanne.aneea eaeoee: eaeea.iai.iua iiey, 3 naiano.a: I IA=8 . 3 = 24 iieiaie Eaaioiaay nio.oaieLVALe, ca iaoaieea, ia iiaue yaey.ueeny . I IA eo.n, = 1 naiano.: anie.aioii, I IA aeoi. = 30 - 2.0 EOI I2006-2007. 447.924-ov# } * 1 d  k  N3>IPW^B 4A LD@?,@FFF:߿">222D@?@FFF:߿@D@?@FFF:߿ff@,XD@?@FFF:߿!3B3ӛBbD@?J(`OG8> 702 ;01 ?? 34,78iFF:L >BD@?`OGFFF:߿Aw]B $D@?n`OGFFF:߿w]B $D@?~`OGFFF:߿DFB00D@?`OGFFF:߿O@Bn0D@? @FFF:߿DFBD@? `OGFFF:߿vB<LvD@?`OGFFF:߿r׳CC^eBJRND@?b)`OGFFF:߿J NB` 6D@?r`OGFFF:߿D@?=6 @01>BKN:::ižBtD@? !`OGFFF:߿_8A&D@?::::ϿHC!v,D@?!`OGFFF:߿D@?=6 @01>BKN:::" D@?::::ϿQ= 0B<tD@?@FFF:߿.CH?).0D@?p`OG;8B 70@C1 :><0=4hFF:FBN%pD@?0`OGFFF:߿(fBhC322-\+ D@? @FFF:߿? LCnA2233 D@?8O`OG@074 =0 2, B: A>2<jFF:pBJ,^j D@? @FFF:߿fCH?).0 D@?<`OGFFF:߿ @^ D@?@FFF:߿ AL D@?@FFF:߿ A D@? @FFF:߿:BFD@?@FFF:߿ BD@?v @>102;5=> 2 - >H 2 AC<<tFF:U= CZ<',.D@?@FFF:߿qւBtD@?`OGFFF:߿G{ CxN%!D@?l`OGFFF:߿67CD@?@FFF:߿RCR@??`OGFFF:߿Z$B>RD@?8`OGFFF:߿Y CG.46D@?`OGFFF:߿OB ( D@?.@FFF:߿D^eBJRND@?V5`OGFFF:߿{C^eBJRND@?N`OGFFF:߿ DŽC,!"D@? @FFF:߿WHC3`"H& (D@?`OGFFF:߿M CK27f:D@?|`OG=5 ?5@52>48BAO 2 B5:AB D09; PDFFF:LVAL`OG>?5;8>28G ;048<8@ 5=548:B>28G 1. >4 @>645=8O. 1945 2. 0B0 70I8BK 48AA5@B0F88 29 >:BO1@O 1971 3. 3. >;6=>ABL AB0@H89 =0CG=K9 A>B@C4=8: 4. !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. 1. 0AI5?;5=8O <0AA 87>B>?>2 O45@ 2 :8@0;L=>< A>;8B>==>< ?>4E>45. /$ 69, 124-137 (2006); Phys.Atom.Nucl. 69, 120-132 (2006) -3 02B>@0  =0.914*60/3=18,28 2. 5=B0:20@:8 2 :8@0;L=KE A>;8B>==KE <>45;OE. $878:0 -;5<5=B0@=KE '0AB8F 8 B><=>3> /4@0 (-'/) 37, 1183-1223 (2006); Phys.Part.Nucl. 37, 623-644 (2006) -1 02B>@  =0.505*60=30,30 3. Mass terms in the Skyrme model, Phys.Rev D73, 014006, 1-15 (2006) -3 02B>@0  =4.852*30/3=48,52 4. V.B.Kopeliovich, A.M.Shunderuk. Strange and heavy flavoured hypernuclei in chiral soliton models. Eur.Phys.J. A33, 277-281 (2007) 2 02B>@0   =1.659*30/2 = 24,88 5. Baryon spectrum in large N chiral soliton and in quark models, Phys.Rev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aryon states in chiral soliton models; from nuclei to exotic baryons. Invited talk at the International Workshop  High Energy Physics in the LHC Era , Universidad Tecnica Federico Santa Maria, Valparaiso, Chile, 11-15 December 2006. www.fis.utfsm.cl/hep2006/vladimir_kopeliovich.html -?@83;0H5==K9  =30   ?> 4>:;040<: 33 7. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O.  =2*30=60 (C=45@N: =4@ LVAL 59 8@>A;02>28G, 0A?8@0=B 2-3-3> 3>40 /  (2006-2007 3.3.) 8. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. C@A "2545=85 2 D878:C M;5<5=B0@=KE G0AB8F 8 :20=B>2CN B5>@8N ?>;O" G8B05BAO ABC45=B0< 3-4-3> :C@A>2 $". >@01>B0= 2 2007 3. 4;O 4-3> :C@A0   =8 "+   = 307,76LVALC3052 -<8= /B:O@>28G @>4. 17.10.1978, <=A "$,   70 2006-200733 C1;8:0F88: .. 810=>2, -../. C3052, !2>9AB20 E833A>2A:>9 G0AB8FK 2 <>45;8\\ A >1J548=5==K<8 ?>:>;5=8O<8 D5@<8>=>2 /$ 70:698-9041 2007,   = 0.914*60/2=27.42; >:;04K: XLIst RENCONTRES DE MORIOND ELECTROWEAK INTERACTIONS AND UNIFIED THEORIES,  =6*1.5=9; 20@:8-2006,  =4 >MDD8F85=B: 2 (8=AB8BCB ); B>3>:  =80.840=8= ;5:A0=4@ @83>@L528G @>4. 13.09.1984, AB065@ 8AA;54>20B5;L "$,   70 2006-2007 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2006 3>4: C1;8:0F88: >:;04K: !5<8=0@A:85 70=OB8O: >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2006:  (2006) = 0 2007 3>4: C1;8:0F88: 1. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // On the over-barrier reflection in quantum mechanics with multiple degrees of freedom,  2007, -Phys. Rev.  A76,  p. 032114,   = 2.997*30/3 = 29.970 2. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // Complex trajectories in chaotic dynamical tunnelin,  2007. -Phys. Rev.  E76.  p. 046209,   = 2.418*30/3 = 24.180 3. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // Unstable semiclassical trajectories in tunneling,  2007, -Phys. Rev. Lett.  99,  p. 170407,   = 7.489*30/3 = 74.890 >:;04K: !5<8=0@A:85 70=OB8O: 1. >A<>;>38O: $" 3-9 :C@A, 1 A5<5AB@:   = 8 $" 4-9 :C@A, 2 A5<5AB@0:   = 2*8 = 16 2. ;0AA8G5A:85 :0;81@>2>G=K5 ?>;O: $" 4-9 :C@A, 2 A5<5AB@0:   = 2*8=16 3. >?. 3;02K :20=B>2>9 <5E0=8:8: $" 3-9 :C@A, 1 A5<5AB@:   = 8 >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2007:  (2007) = 1.5*(29.970+24.180+74.890+48) = 265.56 B>3>:   = 265.56LVAL`OG0B052 =4@59 L2>28G @>4. 21.04.1955, 2=A "$, 4>:B>@ .D87.-<0B.=0C:,   70 2006-2007 33. C1;8:0F88 2 6C@=0;0E: 2006 1.A.L. Kataev  The relations between Bjorken polarized, Bjorken unpolarized and Gross-Llewellyn Smith sum rule Nucl. Phys. Proc. Suppl. 155, pp. 260-270, 2006,  =0.875*30/1=26.25 2. A. L. Kataev.  The improved 10th order QED expression for a(mu): New results and related estimates Nucl. Phys/ Proc. Suppl/ 155, pp. 369-371, 2006  =0.875*30.1=26.25 3. A.L. Kataev/ Reconsidered estimates of the 10th order QED contributions to the muon anomaly // Phys. Rev. D 74, 073011, 2006,  =4.852*30/1=145.56 2007 4.. . L. Kataev, G. Parente, A. V. Sidorov, Erratum to  Improved fits to the xF_3 CCFR data at the next-to-next-to-leading order and beyond -'/, 38, N6, 827, 2007,  =0.505 *60/3=10.1 -;5:B@>==K5 ?@5?@8=BK: 2006 1. A. L. Kataev  The comments on QED contributions to (g-2)_mu , |// hep-ph/0602098  =4 2. A.L. Kataev,  Reconsidered estimates of the 10th order QED contributions to the muon anomaly // hep-ph/0608120//  =4 3. A.L. Kataev,  The relations between different deep-inelastic sum rules in the perturbative and non-perturbative regions of QCD // hep-ph/0610117  =4 2007 1. A. L. Kataev, (INR, Moscow)  Non-planar structure of analytical QCD predictions for the Gottfried sum rule , arXiV:0707.2855  = 4 2. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs decay to b\bar{b}: different approaches to resummation of QCD effects arXiV: 0712.2514  =4 >:;04K =0 :>=D5@5=F8OE: 2006: 1. .. 0B052// 'B> <>65B 40BL ?@5F878>==>5 87CG5=85 2:;04>2 - 2 0=><0;L=K9 <03=8B=K9 <><5=B <N>=0 ?@8 A@02=5=88 A M:A?5@8<5=B><.// >:;04 =0 !5AA88 /$, 0?@5;L 2006 3.//  =4 2. A.L. Kataev/ The relations between different deep-inelastic sum rules in the perturbative and non-perturbative regions of QCD // Invited plenary talk at Int. School  Calculations in modern paLVALrticle physics and accelerators of future generation (CALC-2006), Dubna, July 2006, //  =30 3.. A.L. Kataev,/ New relations between DIS sum rules /ICHEP-06, Moscow, August 2006, //  =6*1.5= 9 2007: 1. A. L. Kataev,  Non-planar structure of analytical QCD predictions for the Gottfried sum rule , Proceedings of International Workshop of Advanced Computing and Analysis Technique in Physics Research ( ACAT-07) Amsterdam, 23-27 April 2007, ?@8=OB> : ?5G0B8 2  Proceedings of Science // @83;0H5==K9 4>:;04 //  =30*1.5= 45 2. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs decay to b\bar{b}: different approaches to resummation of QCD effects @83;0H5==K9 4>:;04 =0 13 564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 23-27 !5=BO1@O 2007, >A:>2:89 >AC40@AB25==K9 #=825@A8B5B @830H5==K9 4>:;04//  =30 ": 346.16 564C=0@>4=K9 8=45:A F8B8@>20=8O: 4128 (A<. = FIND+A+A. KATAEVLVAL`OG902,307   >@1C=>2 <8B@89 !5@35528G, @>4. 20.01.1975, =.A. "$,   70 2006-200733. 1.C1;8:0F88 Comment on 'Correlation of the Highest-Energy Cosmic Rays with Nearby Extragalactic Objects' (D. Gorbunov, P. Tinyakov, I. Tkachev, S. Troitsky), [e-Print: arXiv:0711.4060 astro-ph],  =4/4=1 Muon content of ultrahigh-energy air showers: Yakutsk data versus simulations (A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky), [e-Print: arXiv:0710.5508 astro-ph],  =4/7=0.571 CMS technical design report, volume II: Physics performance (G.L. Bayatian et al), J.Phys.G34:995-1579,2007,  =2.173*30/10=6.519 How to find neutral leptons of the nuMSM? (D. Gorbunov, M. Shaposhnikov) JHEP 0710:015,2007 [e-Print: arXiv:0705.1729 hep-ph],  =5.944*30/2=89.16 Possible observations of new physics in ultrahigh-energy cosmic rays (L.G. Dedenko, G.F. Fedorova, T.M. Roganova, M.I. Pravdin, I.E. Sleptsov, V.A. Kolosov, A.V. Glushkov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky) Phys.Atom.Nucl.70:170-174,2007,  =0.914*60/10=5.484 Air-shower simulations with and without thinning: Artificial fluctuations and their suppression (D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky), Phys.Rev.D76:043004,2007, [e-Print: astro-ph/0703546],  =4.852*30/3=48.52 Constraining the fraction of primary gamma rays at ultra-high energies from the muon data of the Yakutsk extensive-air-shower array (A.V. Glushkov, D.S. Gorbunov, I.T. Makarov, M.I. Pravdin, G.I. Rubtsov, I.E. Sleptsov, S.V. Troitsky), JETP Lett.85:131-135,2007, [e-Print: astro-ph/0701245],  =1.446*60/7=12.3943 Non-minimal Split Supersymmetry, (S.V. Demidov, D.S. Gorbunov), JHEP 0702:055,2007 [e-Print: hep-ph/0612368],  =30*5.944/2=89.16 Towards event-by-event studies of the ultrahigh-energy cosmic-ray composition (D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky) Astropart.Phys.28:28-40,2007 [e-Print: astro-ph/0606442],  =30*4.047/3=40.47 More about sgoldstino interpretation ofLVAL HyperCP events (S.V. Demidov and D.S. Gorbunov) JETP Lett, 84:479-484, 2007 [e-Print Archive: hep-ph/0610066],  =1.446*60/2=43.38 Upper limit on the ultrahigh-energy photon flux from agasa and yakutsk data (G.I. Rubtsov et al.) Published in Phys.Rev.D73:063009,2006 [e-Print Archive: astro-ph/0601449],  =4.852*30/10= 14.556 More on ghosts in DGP model (D. Gorbunov, K. Koyama and S. Sibiryakov), Published in Phys.Rev.D73:044016,2006 [e-Print Archive: hep-th/0512097],  =4.852*30/3=48.52 On sgoldstino interpretation of HyperCP events, (D.S. Gorbunov and V.A.Rubakov), Published in Phys.Rev.D73:035002,2006 [e-Print Archive: hep-ph/0509147],  =4.852*30/2= 72.78 Estimate of the correlation signal between cosmic rays and BL Lacs in future data, (D.S. Gorbunov, I.I Tkachev, P.G. Tinyakov and S.V.Troitsky), JCAP 0601:025, 2006, [e-Print Archive: astro-ph/0508329],  =6.739*30/4=50.5425 2.>:;04K =0 :>=D5@5=F8OE: 3 Lectures on Cosmology at The fifth International Advanced Summer School on Modern Mathematical Physics, Bogoliubov Laboratory of Theoretical Physics (JINR, Dubna) on July 22 - 30, 2007 in the framework of the Program DIAS-TH,  =20 Kaon International Conference 21-25 May 2007, Laboratori Nazionali di Frascati dell'INFN (1 4>:;04 A 1 A>02B>@><, >?C1;8:>20= 2 B@C40E)  =6*1.5/2=4.5 13th Lomonosov Conference on Elementary Particle Physics, from 23 to 29 August, 2007 at the Moscow State University, Moscow, Russia, (1 ?@83;. >:;04),  =20 30th International Cosmic Ray Conference July 3 - 11, 2007, Merida, Yucatan, Mexico (A>02B>@ 2-E 4>:;04>2, D.Gorbunov, S.Troitsky, G.Rubtsov),  = 2*6/3=4 XIV-th International School "PARTICLES and COSMOLOGY" April 16 - 21 , 2007 Baksan Valley, Kabardino-Balkaria, Russian Federation, (1 ?@83;. >:;04),  =20 International Workshop e^+e^- Collisions from Phi to Psi BINP, LVALNovosibirsk, Russia, February 27 - March 2, 2006, (1 4>:;04),  =4 3th International Workshop The highest energy cosmic rays and their sources, INR, Moscow, Russia, May 16-18, 2006, (1 4>:;04),  =4 14th International Seminar on High Energy Physics QUARKS-2006, Repino, Russia, May 19-25, 2006, (1 ?@83;. >:;04),  =20 ITEP Meeting on the future of heavy flavour physics, ITEP, Moscow, Russia, July 24-25, 2006, (1 4>:;04),  =4 International Conference 6th Rencontres du Vietnam: Challenges in Particle Astrophysics, Hanoi, Vietnam, August 6 - 12, 2006 (1 4>:;04, >?C1;8:>20= 2 B@C40E),  =6*1.5=9 International Meeting and Workshop Brane-World Gravity: Progress and Problems, ICG, Portsmouth, United Kingdom, September 18-29, 2006 (1 4>:;04),  =6. International Workshop High Energy, Cosmology and Strings, IHP, Paris, France, December 11-15, 2006 (1 4>:;04),  =6. 5. C:>2>4AB2> 48?;><=8:>< (.!0<>@>4>2, $", 48?;>< <038AB@0, ;5B> 2007),  =10 C:>2>4AB2> 0A?8@0=B>< (.!0<>@>4>2, 1-9 3>4 0A?8@0=BC@K /),  =30 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A ., C10:>2K< (!.5<84>2, 2006, 70I8B8; :0=4840BA:CN 48AA5@B0F8N 25A=>9 2007),  =30/2=15 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A .. C10:>2K< (!.>;5A=8:>2, #, 48?;>< A?5F80;8AB0, 78<0 2006/7),  =10/2=5 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A .. C10:>2K< (.>;010=>2, #, 48?;>< A?5F80;8AB0, 78<0 2006/7),  =10/2=5 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A .. C10:>2K< (!. 0<070=>2, #, 48?;>< <038AB@0, ;5B> 2007),  =1.5*10/2=7.5 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A .. C10:>2K< (. %<5;L=8F:89, #, 48?;>< A?5F80;8AB0, 45:01@L 2007),  =10/2=5 6. !>740=85 =>2>3> :C@A0 ;5:F89, !B0=40@B=0O <>45;L D878:8 M;5<5=B0@=KE G0AB8F, ?@>G8B0= ABC45=B0< AB0@H8E :C@A>2 8 0A?8@0=B0< D878G5A:>3> D0:C;LB5B0 852A:>3> >AC40@AB25==>3> #=825@A8B5B0 (18 0AB@>=><8G5A:8E G0A>2), >:BO1@L 2006,  =30 !>740=85 =>2>3> :C@A0 ;5:F89 2545=85 2 B5>@8N :20=B>20=N LVAL^ =KE ?>;59 4;O ABC45=B>2 3-3> 8 4-3> :C@A>2 :0D54@K 20=B>2>9 AB0B8AB8:8 8 B5>@88 ?>;O D878G5A:>3> D0:C;LB5B0 #, >A5==89 8 25A5==89 A5<5AB@K 2007 3.,  =30*2=60 >@01>B:0 :C@A0 ?> :>A<>;>388 4;O ABC45=B>2 5-3> :C@A0 :0D54@K DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388 D0:C;LB5B0 ?@>1;5< D878:8 8 M=5@35B8:8 $". 5A=0->A5=L 2007, 2006,  =8*4=32 7. 740=85 :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. "5>@8O 3>@OG53> >;LH>3> 27@K20 (.!. >@1C=>2, .. C10:>2), >A:20 2007, ISBN 978-5-94274-029-0, 5G.;. 58,25,  =2*58.25/2=58.25 7. B>3>,  =902.307 21 45:01@O 2007 3>40 .!. >@1C=>2LVAL`OG C1F>2 @83>@89 3>@528G @>4. 31.07.1981, <=A "$,   70 2006-2007 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2006 3>4: C1;8:0F88: 1. G.I. Rubtsov, L.G. Dedenko, G.F. Fedorova, E.Yu. Fedunin, A.V. Glushkov, D.S. Gorbunov, I.T. Makarov, M.I. Pravdin, T.M. Roganova, I.E. Sleptsov, S.V. Troitsky /Upper limit on the ultra-high-energy photon flux from AGASA and Yakutsk data//Phys. Rev. D73:063009,2006,  =4.852*30/10=14.556 >:;04K: 1. G.I.Rubtsov/Small-scale structure of EAS//UHECR workshop 2006,  =4 2. G.I.Rubtsov/Upper limit on the ultrahigh-energy photon flux from AGASA and Yakutsk data//Quarks-2006,  =4 @5?>4020=85: C@A A5<8=0@>2 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 D87D0:0 #, 2 A5<5AB@0,  =8*2=16 >2KH0NI89 :>MDD8F85=B 70 2006 3>4: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2006:  (2006) = 14.556+4*2+16 = 38.56 2007 3>4: C1;8:0F88: 1. D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, Air-shower simulations with and without thinning: artificial fluctuations and their suppression, Phys.Rev.D76:043004, 2007,  =4.852*30/3=48.52 2. V.A. Kuzmin, G.I. Rubtsov, No-thinning simulations of extensive air showers and small scale fluctuations at the ground level, 8AL<0 2 -"$ 85:535-538, 2007,  =1.446*60/2=43.38 3. D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, Towards event-by-event studies of the ultrahigh-energy cosmic-ray composition, Astropart. Phys. 28 (2007) 28,  =4.047*30/3=40.47 4. A.V. Glushkov, D.S. Gorbunov, I.T. Makarov, M.I. Pravdin, G.I. Rubtsov, I.E. Sleptsov, S.V. Troitsky, Constraining the fraction of primary gamma rays at ultra-high energies from the muon data of the Yakutsk extensive-air-shower array, 8AL<0 2 -"$ 85:163,2007,  =1.446*60/7=12.39 5. L.G. Dedenko, G.F. Fedorova, T.M. Roganova, M.I. Pravdin, I.E. Sleptsov, V.A. Kolosov, A.V. Glushkov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky,  Possible observations of new physics in ultrahigh energy cosmic rays , /45@=0O $878:0 70:170-174,2007,  =0.914*60/10=5.48 >:;04K: 1. G.I.RubLVALtsov, D.S.Gorbunov, V.A.Kuzmin, S.V.Troitsky "Study of small scale fluctuations in charged particle and muon densities at the ground level with no-thinning simulations of extensive air showers", Proceedings of 30th International Cosmic Ray Conference (03-11 July 2007),  =6*1.5/4=2.25 2. G.I.Rubtsov, D.S.Gorbunov, S.V.Troitsky "Getting rid of artificial fluctuations in EAS simulated with thinning: estimate of artificial fluctuations and simple economical method to suppress them", Proceedings of 30th International Cosmic Ray Conference (03-11 July 2007),  =6*1.5/3=3 @5?@8=BK: 1. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V.Troitsky,  Muon content of ultra-high-energy air showers: Yakutsk data versus simulations , arXiv:0710.5508,  =4/7=0.57 @5?>4020=85: C@A A5<8=0@>2 ?> :;0AA8G5A:8< :0;81@>2>G=K< ?>;O< 4;O ABC45=B>2 D87D0:0 #, 2 A5<5AB@0,  =8x2=16 0 2007:  (2007) = 48.52 + 43.38 + 40.47 + 12.39 + 5.48 + 2.25 + 3 + 0.57 + 16 = 172.06 >2KH0NI89 :>MDD8F85=B =0 31.12.2007 3>40: 2 (<>;>4>9 A>B@C4=8:, =5 O2;ONI89AO 0A?8@0=B><) B>3>:   = 2 * ( 38.56 + 172.06 ) = 421.24LVAL`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A C:070=85< :>;-2> 02B>@>2. 1. Vinogradov V.I. Modular RT-systems and networks for monitoring and control; with event modeling and simulating. Preprints INR 1163-2006   =4 2. Vinogradov V.I. Advanced diversified compact modular architectures for convergenced high-performance computer, network and telecommunicationn systems Preprint INR - 1171/2006   =4 3. 8=>3@04>2 .. >=F5?F8O 8 A5B520O 0@E8B5:BC@0 A8AB5< 87<5@5=8O. =0:>?;5=8O 8 >1@01>B:8 40==KE !. @5?@8=B /  -1157.2006   =4 4. 8=>3@04>2 . ==>20F8>==K5 <5B>4K 8 B5E=>;>388 A>740=8O :>=25@35=B=KE :><?0:B=>-<>4C;L=KE A8AB5< 4;O 1C4CI59 :><?;5:A=>9 :><?LNB5@=>9 02B><0B870F88 @5?@8=B /  -11 780.2007.   =4 5. 8=>3@04>2 .. 0=>B5E=>;>388 ?5@A?5:B82=KE M;5:B@>==KE <>4C;L=KE A8AB5< @5?@8=B /  , 20073 (2 ?5G0B8)   =4 6. 8=>3@04>2 .. + !! "%  #,+ !!"+ ! #" # !  C@=0; CHIP- 6C@=0; "Chip News "=65=5@=0O <8:@>M;5:B@>=8:0". 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C@=0; Electronics. -;5:B@>=8:0 - 0C:0, "5E=>;>388, 87=5A.N 8,>A:20, 2007  =8 10. 8=>3@04>2 .. 8:@> 8 =0=>M;5:B@>==K5 B5E=>;>388 :><?0:B=KE 8 <0AHB018@C5<KE :><?LNB5@=KE A8AB5< 2KA>:>3> 1KAB@>459AB28O: 8:@> 8 =0=>M;5:B@>==K5 B5E=>;>388 8 :><?LNB5@=K5 <>4C;L=K5 A8AB5<K. 8:@>?@>F5AA>@=K5 <8:@><>4C;8 8 :><?0:B=K5 2AB@08205<K5 A8AB5<K Electronics Info, !7, C@=0; -;5:B@>=8:0, 5;>@CAA8O, 8=A:, 2007  =8 11. 8=>3@04>2 .. 8:@> 8 =0=>M;5:B@>==K5 BLVAL5E=>;>388 :><?0:B=KE 8 <0AHB018@C5<KE :><?LNB5@=KE A8AB5< 2KA>:>3> 1KAB@>459AB28O: !>2@5<5==K5 <>4C;L=K5 0@E8B5:BC@K A8AB5< 2KA>:>9 ?@>872>48B5;L=>AB8. 0AHB018@C5<K5 A5@25@=K5 :;0AB5@K 8 A8AB5<=>->@85=B8@>20==K5 A5B8. Electronics Info,.N8, C@=0; -;5:B@>=8:0 N8, 5;>@CAA8O, 8=A:, 2007  =8 12. 8=>3@04>2 .. 8:@> 8 =0=>M;5:B@>==K5 B5E=>;>388 :><?0:B=KE 8 <0AHB018@C5<KE :><?LNB5@=KE A8AB5< 2KA>:>3> 1KAB@>459AB28O: KG8A;8B5;L=K5 A8AB5<K 2KA>:>9 ?@>872>48B5;L=>AB8. C@=0; -;5:B@>=8:0 N9, 5;>@CAA8O, 8=A:, 2007  =8 13. Vinogradov V.I. Advanced High-performance computer System Architectures. Nuclear Instruments & Methods in Physics Research. Sector A. NIM A: 46051. 2007 Available on www.sciencedirect.com, www.elsvier.com/locate/nimA  =1,224*30=36,72 14. 8=>3@04>2 .. 5H5=85 ?@>1;5< 8 :>=F5?F8O :>=25@35=F88 <>4C;L=KE A8AB5< 8 A5B59 =0 >A=>25 =0=>M;5:B@>==KE B5E=>;>389 !!. C@=0; "!! Connect . 54><AB25==K5 8 >@?>@0B82=K5 !5B8 8 !8AB5<K. ., N6, 2007,AB@. 94-112. (C@=0; 2:;NG5= 2 5D5@0B82=K9 6C@=0; 8 107K 40==KE ",AAK;:8 ?C1;8:CNBAO 2 <564C=0@>4=>9 A?@02>G=>9 A8AB5<5 Ulrich Periodical Directory).  =8  =120,72 2. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. 1. Vinogradov V.I.Event simulation in object analysis system. EuroMedImages-06. CERN Conference France. - report. 2006 @83;0H5==K9 >:;04   =6 2. Vinogradov V.I. Advanced High-performance computer system achitectures.EuroMedImages-06 CERN Conference. -report. 2006   =6 3. Vinogradov V.I. Monitoring and Control System with event modeling and simulating. Conference USA Conference Jefferson LAb -report /2006   =6 4. Vinogradov V.I. Convergenced high-performance computer and network system architectures. Conference USA Jefferson LAb , 2006   =6 5. Vinogradov V.I. Advanced Compact Modular Systems Based on New Diversified and Convergence TechnologiesInternational Conference DATE 07, France, 2007.   =6 6. Vinogradov V.I. Convergence computer communication Methods forLVAL Advanced high performance Control Systems International Conference ICALEPCS 07, USA, 2007.   =6  =36 B>3>2K9   = 156,72 1. $ 8=>3@04>2 OG5A;02 20=>28G, 4>:B>@ D87-<0B =0C: 54CI89 =0CG=K9 A>B@C4=8: 2. !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. ! C:070=85< :>;-2> 02B>@>2. 1. Vinogradov V.I. Modular RT-systems and networks for monitoring and control; with event modeling and simulating. Preprints INR 1163-2006   =4 2. Vinogradov V.I. Advanced diversified compact modular architectures for convergenced high-performance computer, network and telecommunicationn systems Preprint INR - 1171/2006   =4 3. 8=>3@04>2 .. >=F5?F8O 8 A5B520O 0@E8B5:BC@0 A8AB5< 87<5@5=8O. 0:>?;5=8O 8 >1@01>B:8 40==KE !. @5?@8=B /  -1157.2006   =4 4. 8=>3@04>2 . ==>20F8>==K5 <5B>4K 8 B5E=>;>388 A>740=8O :>=25@35=B=KE :><?0:B=>-<>4C;L=KE A8AB5< 4;O 1C4CI59 :><?;5:A=>9 :><?LNB5@=>9 02B><0B870F88 @5?@8=B /  -11 780.2007.   =4 5. 8=>3@04>2 .. 0=>B5E=>;>388 ?5@A?5:B82=KE M;5:B@>==KE <>4C;L=KE A8AB5< @5?@8=B /  , 20073 (2 ?5G0B8)   =4 6. 8=>3@04>2 .. + !! "%  #,+ !!"+ ! #" # !  C@=0; CHIP- 6C@=0; "Chip News "=65=5@=0O <8:@>M;5:B@>=8:0". N 12, 2007 3.   =8 7. 8=>3@04>2 .. !>2@5<5==K5 A8AB5<K C?@02;5=8O A A5B52>9 0@E8B5:BC@>9 C@=0; "2B><0B870F8O 2 ?@><KH;5==>AB8" N 12 20073.   =8 8. .. 8=>3@04>2  +  (/  -"  %   & +% !!"  !"  ! !!  "%. C@=0; ""5E=>;>388 A2O78". N12, 20073   =8 9. 8=>3@04>2 .. KG8A;8B5;L=K5 A8AB5<K A <>4C;L=>9 A5B52>9 0@E8B5:BC@>9 8 =0=>B5E=>;>388 !! 2KA>:>9 ?@>872>48B5;L=>AB8. C@=0; Electronics. -;5:B@>=8:0 - 0C:0, "5E=>;>388, 87=5A.N 8,>A:20, 2007  =8 10. 8=>3@04>2 .. 8:@> 8 =0=>M;5:B@>==K5 B5E=>;>388 :><?0:B=KE 8 <0AHB018@C5<KE :><?LNB5@=KE A8AB5< 2KA>:>3> 1KAB@>459AB28O: 8:@> 8 =0=LVAL>M;5:B@>==K5 B5E=>;>388 8 :><?LNB5@=K5 <>4C;L=K5 A8AB5<K. 8:@>?@>F5AA>@=K5 <8:@><>4C;8 8 :><?0:B=K5 2AB@08205<K5 A8AB5<K Electronics Info, !7, C@=0; -;5:B@>=8:0, 5;>@CAA8O, 8=A:, 2007  =8 11. 8=>3@04>2 .. 8:@> 8 =0=>M;5:B@>==K5 B5E=>;>388 :><?0:B=KE 8 <0AHB018@C5<KE :><?LNB5@=KE A8AB5< 2KA>:>3> 1KAB@>459AB28O: !>2@5<5==K5 <>4C;L=K5 0@E8B5:BC@K A8AB5< 2KA>:>9 ?@>872>48B5;L=>AB8. 0AHB018@C5<K5 A5@25@=K5 :;0AB5@K 8 A8AB5<=>->@85=B8@>20==K5 A5B8. Electronics Info,.N8, C@=0; -;5:B@>=8:0 N8, 5;>@CAA8O, 8=A:, 2007  =8 12. 8=>3@04>2 .. 8:@> 8 =0=>M;5:B@>==K5 B5E=>;>388 :><?0:B=KE 8 <0AHB018@C5<KE :><?LNB5@=KE A8AB5< 2KA>:>3> 1KAB@>459AB28O: KG8A;8B5;L=K5 A8AB5<K 2KA>:>9 ?@>872>48B5;L=>AB8. C@=0; -;5:B@>=8:0 N9, 5;>@CAA8O, 8=A:, 2007  =8 13. Vinogradov V.I. Advanced High-performance computer System Architectures. Nuclear Instruments & Methods in Physics Research. Sector A. NIM A: 46051. 2007 Available on www.sciencedirect.com, www.elsvier.com/locate/nimA  =1,224*30=36,72  =112,72 3. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. 1. Vinogradov V.I.Event simulation in object analysis system. EuroMedImages-06. CERN Conference France. - report. 2006 @83;0H5==K9 >:;04   =6 2. Vinogradov V.I. Advanced High-performance computer system achitectures.EuroMedImages-06 CERN Conference. -report. 2006   =6 3. Vinogradov V.I. Monitoring and Control System with event modeling and simulating. 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Biol., 52 (2007) 7295  =2.683*30/4 = 20.12 2. O. I. Obolensky, E. Surdutovich, I. Pshenichnov, I. Mishustin, A.V. Solov'yov, W. Greiner, Ion beam cancer therapy: fundamental aspects of the problem, Nucl. Instr. Meth. Phys. Research B, 2007, to be published.  =1.181*30/6 = 5.91 3. A.J. Baltz, G. Baur, D. d'Enterria, ... I.A. Pshenichnov et al., The Physics of Ultraperipheral Collisions at the LHC, Phys. Reports, to be published, 2007.  =10.458*30/10 = 31.37 4. I.A. Pshenichnov I.N. Mishustin, W. Greiner,  Distributions of positron-emitting nuclei in proton and carbon-ion therapy studied with GEANT4 , Phys. Med. Biol. 51 (2006) 6099.  =2.683*30/3 = 26.83 5. L. Carlen, P. Golubev, B. Jakobsson, V. Avdeichikov, C. Ekstrom, C.J. Friden, A. Kolozhvari, L. Westerberg, A. Siwek, K. Aleklett, H. Persson, C. Rouki, A.S. Botvina, J.P. Bondorf, I.A Pshenichnov, I.N. Mishustin,  Dynamical and statistical fragment emission properties in 200 A MeV Ne-20+Ar-40 collisions , Nucl. Phys. 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Greiner, MCHIT - Monte Carlo model for proton and heavy-ion therapy In Proc. International Conference on Nuclear Data for Science and Technology, April 22-27, 2007, Nice, France, to be published,  =6/3=2 2. I. Pshenichnov,  Do we need to improve nuclear fragmentation models in GEANT4? 11th Geant4 Collaboration Workshop and Users Conference, Lisbon, Portugal, October 9-14, 2006.  =6 3. I. Pshenichnov,  Validation of GEANT4 toolkit for PET monitoring in particle therapy , Japanese-German Workshop on Monte Carlo Simulation for Carbon Ion Therapy, German Cancer Research Center (DKFZ), Heidelberg, Germany, October 5-6, 2006.  =6 4. I. Pshenichnov,  Physics of proton and heavy-ion therapy studied with GEANT4 , Particle Therapy Co-Operative Group (PTCOG) 44th Meeting, Zrich, Switzerland, June 14-16, 2006.  =6 > :>=D5@5=F8O<:  =47.5 B>3>2K9   = 137.58LVAL`OG (" =4@59 3>@528G, @>4.10.01.1952, A=A -$, ;01>@0B>@8O <57>O45@=KE 2708<>459AB289   70 2006-2007 33. C1;8:0F88: 1. Investigations of amplitude and time characteristics of FEU-187 photomultiplier tubes with fine-mesh dynodes. V.A. Grigorev et al. 2006. 6pp. Published in Instrum.Exp.Tech.49:679-683,2006, Prib.Tekh.Eksp.49:93-98,2006. (14 authors)   = 0.226*60/10 = 1.356 2. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045,2007.(109 authors)   = 2.173*30/10 = 6.519 3. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. (109 authors) e-Print: nucl-ex/0610048   = 1.659*30/10 = 4.977 4. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007.(109 authors)   = 1.472*30/10 = 4.416 5. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302,2007. (129 authors) e-Print: nucl-ex/0608031   = 7.489*30/10 = 22.467 6. Study of energy dependence of pion production by protons on copper target near 350 MeV. E.V.Karpechev et al. 2007. 8pp. (15 authors) ?C1;8:>20=0 2 6C@=0;5 /45@=0O $878:0, B.71, !1 (AB@.1-8)   = 0.914*60/LVAL10 = 5.684 >=D5@5=F88: 1. CERN ALICE Week (Collaboration Meeting), March 13-17, 2006 Report on the HMPID Session Meeting: A.Reshetin Results of the test of the Threshold Aerogel Cherenkov Detector at CERN PS T10 test beam channel   = 0 C:>2>4AB2> 48?;><=8:0<8: 1. $ <8B@89 =4@5528G ($", $$-, 3@C??0 481).   = 10 2. #'! .@89 ;048<8@>28G ($", $$-, 3@C??0 581).   = 10 57C;LB8@CNI89   = 65.419 564C=0@>4=K5 3@0=BK: .. 5H5B8= 8<55B A;54CNI85 <564C=0@>4=K5 3@0=BK: 1. INTAS-GSI, 2006-2008 33.  Dilepton production in pA-collisions with HADES 2. INTAS-CERN, Ref. Nr 05-103-7544  Development of a Cherenkov detector to extend the PID capability of ALICE beyond 5 GeV/c . 2006- 2008 33. 3. ISTC Project # 2880, 2005-2007 33.LVAL?'.' 1$ 1#"'. 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A LED Flasher for TUNKA EAS Experiment // Proc. of the 30th ICRC, Merida Mexico, July 2007 / Physics/arXiv:0709.0458 4E0.2=0.8 3. B.K.Lubsandorzhiev, R.V.Poleshuk, B.M.J.Shaibonov, Y.E.Vyatchin, A.V.Zablotsky. Powerful nanosecond light sources based on LEDs for astroparticle physics experiments // Proc. of the 30th ICRC, Merida Mexico, July 2007 / Physics/arXiv:0709.0458 4E0.25=1 4. ..0A8;L52, .-.OBG8=, ..C1A0=4>@6852, ..>E8;, ...(091>=>2. ;C1>:>2>4=0O M:A?5@8<5=B0;L=0O 38@;O=40 // @5?@8=B / -1188/2007 4E0.2=0.8 >:;04K:  A LED Flasher for TUNKA EAS Experiment =0 30->9 <564C=0@>4=>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, 5@840 5:A8:0, N;L 2007, AB5=4>2K9, CAB=K9. 6  Powerful nanosecond light sources based on LEDs for astroparticle physics experiments  =0 30->9 <564C=0@>4=>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, 5@840 5:A8:0, N;L 2007, AB5=4>2K9, CAB=K9. 6  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 GERDA (:>;0-A5<8=0@ <>;>4KE CG5=KE  $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>3>8O ?;5=0@=K9 CAB=K9. 4 1I0O AC<<0   19.4E1.5=29.1 C:>2>48B5;L 0A?8@0=B0 ..C1A0=4>@6852 0<. 48@5:B>@0 =AB8BCB0 ..57@C:>2LVAL@KA0=>2 ;048<8@ ;5:A5528G :.D.-<.=. !.=.A. - $>@<0;L=K9 @C:>2>48B5;L 57@C:>2 .. 1. @KA0=>2 .. ??0@0BC@=0O GC2AB28B5;L=>ABL >?B>M;5:B@>==>9 AE5<K @538AB@0F88 0:CAB8G5A:8E :>;510=89 @028B0F8>==>9 =B5==K. >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 $878G5A:85 8=B5@?@5B0F88 B5>@88 >B=>A8B5;L=>AB8 2-5 8N;O 20073>40, "# 8<. 0C<0=0   45=8A>2 =4@59 8:>;0528G 0A?8@0=B / , 0,5 AB02:8 AB065@-8AA;54>20B5;L & C:>2>48B5;L !>1>;52A:89 .. 1. Cosmogenic activation of germanium and its reduction for low background experiments. I. Barabanov (Moscow, INR) , S. Belogurov (Moscow, ITEP & Moscow, INR) , L. Bezrukov, A. Denisov (Moscow, INR) , V. Kornoukhov (Moscow, ITEP & Moscow, INR) , N. Sobolevsky (Moscow, INR) . Nov 2005. 20pp. Published in Nucl.Instrum.Meth.B251:115-120,2006. e-Print Archive: nucl-ex/0511049   1,181*30:6=5,905 2. >2K5 B@51>20=8O : >1>30I5==K< 87>B>?0< 4;O M:A?5@8<5=B>2 ?> 87CG5=8N 157=59B@8==>3> 42>9=>3> 15B0-@0A?040 (M:A?5@8<5=B  ). (C18= .., 8;52 .., >=>=>2 ..,& 57@C:>2 ..,& 5=8A>2 ..(14 02B.) B><=0O M=5@38O. ".101, K?.2, !.135-139. 23CAB 2006.   8*0,1=0,8   AC<<0@=>5 (5,905+0,8)*1.5= 10,0575 57@C:>2 ..LVAL`OG454,354     2006-2007 33. C1A0=4>@6852 0O@B> >=AB0=B8=>28G 0B0 @>645=8O  8 O=20@O 1960 3. #G5=0O AB5?5=L - :.D.-<.=. 1993. >;6=>ABL  A=A >4@0745;5=85 - - $0:B8G5A:89 @C:>2>48B5;L ..57@C:>2 C1;8:0F88: 1. V.M.Aynutdinov, & & & , B.K.Lubsandorzhiev et al. 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C:>2>4AB2> A>8A:0B5;5<, 70I8B82H8< :0=4840BA:CN 48AA5@B0F8N. OBG8= 235=89 -4C0@4>28G  0=>A5:C=4=K5 8AB>G=8:8 A25B0 4;O AF8=B8;;OF8>==KE 8 G5@5=:>2A:8E 45B5:B>@>2 >A:20 / , N=L 2006 3. 301=30 2. C:>2>4AB2> 0A?8@0=B><. (091>=>2 0B>@ ;5:A0=4@>28G, 0A?8@0=B 3-3> 3>40 $, B5<0 48AA5@B0F8>==>9 @01>BK  -;5<5=BK D>B>=8:8 2 M:A?5@8<5=B0E =5CA:>@8B5;L=>9 D878:8 M;5<5=B0@=KE G0AB8F (2006-2007) (30+30)E1=60 3. C:>2>4AB2> 0A?8@0=B><. >;5IC: ><0= ;048<8@>28G, 0A?8@0=B 1-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  $>B>45B5:B>@K M:A?5@8<5=B>2 GERDA 8 D-CHOOZ 30E1=30 4. C:>2>4AB2> 0A?8@0=B><. 5@5A=8:>20 ==0 0A8;L52=0, 0A?8@0=B:0 /  3 3>4, B5<0 48AA5@B0F8>==>9 @01>BK  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 CaMoO4 (2006-2007) (30+30)/2=30 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, 10:;02@80B >AA89A:89 #=825@A8B5B 4@C61K =0@>4>2, 48?;><=0O @01>B0  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LaBr:Ce 8 CeBr 10E1=10 6. C:>2>4AB2> ABC45=B>< 48?;><=8:><. 028B0H28;8 @0:;89 (>B0528G 48?;><=8: A?5F80;8AB $, 48?;><=0O @01>B0  AA;54>20=85 2>7<>6=>AB8 8A?>;L7>20=8O :@5<=852KE D>B>C<=>68B5;59 2 20:CC<=KE 381@84=KE D>B>45B5:B>@0E 10E1=10 1I0O AC<<0  : 454.354*LVAL:>;O@CH ;5:A0=4@ .@L528G, 19503., =0CG=K9 A>B@C4=8:, :.D.<.=. C1;8:0F88: 1.Measurement of K- ---> pi0 e- anti-nu(gamma) branching ratio. V.I. Romanovsky et al. IHEP-2007-5, Apr 2007. e-Print: arXiv:0704.2052 [hep-ex]   =4 2. Observation of the Radiative Kaon Decay . /$ 70 (2007) AB@. 32-38   =0.914*60/10 =5.484 3. Study of Decay with ISTRA Setup /$ 70 (2007) AB@. 734-740  = 0.914*60/10=5.484 4. Search for the exotic Theta+ resonance in the NOMAD experiment. By NOMAD Collaboration (O. Samoylov et al.). Published in Eur.Phys.J.C49:499-510,2007.  =3.209*30/10 = 9.627 5.Production properties of K*(892)+- vector mesons and their spin alignment as measured in the NOMAD experiment. Published in Eur.Phys.J.C46:69-79,2006.  =3.209*30/10 = 9.627 >:;04 =0 :>=D5@5=F88 20@:8 2006 Study of Decay with ISTRA Setup  = 4*1.5/ 10 = 0.6 ?C1;8:>20= !>@C:>2>4AB2> 48?;><=8:>< 0:0@>2K< . 5.0 C@A ;5:F89 #?@02;5=85 1>;LH8<8 1070<8 40==KE 1 A5<5AB@ 5 :C@A, >A:>2A:89 ?@81>@>AB@>8B5;L=K9 8=AB8BCB. 30 C@A ;5:F89 !8AB5<K 8A:CAAB25==>3> 8=B5;;5:B0 1 A5<5AB@ 5 :C@A, >A:>2A:89 ?@81>@>AB@>8B5;L=K9 8=AB8BCB. B>3>:  = 96.22LVAL`OG!5<Q=>2 8B0;89 >=AB0=B8=>28G @>4. 20.11.1943,A=A (A>2<5AB8B5;L),   70 2006-2007 33 . C1;8:0F88: (A?8A>: ?@82545= =865): 33!C<<0:  = 584.2/2. 0AAG5B=K5 40==K5 ?@82545=K =865. C:>2>4AB2> 48?;><=8:>< (%0;8:>2 ..)  5 B>3>:  =297 (A>2<5AB8B5;L). 0AAGQB   4;O :064>3> 6C@=0;0. Phys.Rev.D  =4.852*30/10=14.556 Phys.Rev.C  =3.610*30/10=10.830 Phys.Rev.Lett.  =7.489*30/10=22.467 Nucl.Ins.Meth.A  =1.224*30/10=3.672 Inst.Exp.Tech.( Prib.Tekh.Eksp.) A  =0.226*60/10=1.356 0AAGQB AC<<0@=>3>   . Phys.Rev.D  =4.852*30/10=14.556 *6 Phys.Rev.C  =3.610*30/10=10.830 *6 Phys.Rev.Lett.  =7.489*30/10=22.467 *19 Nucl.Ins.Meth.A  =1.224*30/10=3.672 *1 Inst.Exp.Tech.( Prib.Tekh.Eksp.) A  =0.226*60/10=1.356 *1<=58 !C<<0:  = 584.2 !?8A>: ?C1;8:0F89 70 2006-2007 33. 1. Measurement of neutrino velocity with the MINOS detectors and NuMI neutrino beam.By MINOS Collaboration (P. Adamson et al.). Oct 1, 2007. 6pp. Published in Phys.Rev.D76:072005,2007.  =4.852*30/10=14.556 2. Measurement of the atmospheric muon charge ratio at TeV energies with MINOS.By MINOS Collaboration (P. Adamson et al.). FERMILAB-PUB-07-134-E, May 2007. 16pp. Published in Phys.Rev.D76:052003,2007. e-Print: arXiv:0705.3815 [hep-ex],  =4.852*30/10=14.556 3. Inclusive cross-section and double helicity asymmetry for pi0 production in p + p collisions at s**(1/2) = 200-GeV: Implications for the polarized gluon distribution in the proton.By PHENIX Collaboration (A. Adare et al.). Apr 2007. 7pp. <=58Published in Phys.Rev.D76:051106,2007. e-Print: arXiv:0704.3599 [hep-ex],  =4.852*LVAL30/10=14.556 4. Measurement of density correlations in pseudorapidity via charged particle multiplicity fluctuations in Au+Au collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Apr 2007. 32pp. <=58Published in Phys.Rev.C76:034903,2007. e-Print: arXiv:0704.2894 [nucl-ex],  =3.610*30/10=10.83 5. Elliptic flow for phi mesons and (anti)deuterons in Au + Au collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (S. Afanasiev et al.). Mar 2007. 6pp. Published in Phys.Rev.Lett.99:052301,2007. e-Print: nucl-ex/0703024,  =7.489*30/10=22.467 6. Charge-separated atmospheric neutrino-induced muons in the MINOS far detector.By MINOS Collaboration (P. Adamson et al.). FERMILAB-PUB-07-012-E, BNL-77481-2007-JA, Jan 2007. 14pp. Published in Phys.Rev.D75:092003,2007. e-Print: hep-ex/0701045,  =4.852*30/10=14.556 7. Production of omega mesons at Large Transverse Momenta in p + p and d + Au Collisions at s**(1/2)(NN) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Nov 2006. 6pp. Published in Phys.Rev.C75:051902,2007. e-Print: nucl-ex/0611031,  =3.610*30/10=10.830 8. J/psi Production vs Centrality, Transverse Momentum, and Rapidity in Au+Au Collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:232301,2007. e-Print: nucl-ex/0611020.  =7.489*30/10=22.4679. System Size and Energy Dependence of Jet-Induced Hadron Pair Correlation Shapes in Cu+Cu and Au+Au Collisions at s(NN)**(1/2) = 200 and 62.4-GeV.By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:232302,2007. e-Print: nucl-ex/0611019,  =7.489*30/10=22.46710. Energy Loss and Flow of Heavy Quarks in Au+Au Collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:172301,2007. e-Print: nucl-ex/0611018,  =7.489*30/10=22.467 11. Correlated Production of p and anti-p in Au+Au Collisions at s(NN)**(1/2) = 200-GeV.By LVALPHENIX Collaboration (A. Adare et al.). Nov 2006. 12pp. Published in Phys.Lett.B649:359-369,2007. e-Print: nucl-ex/0611016,  =7.489*30/10=22.467 12. J / psi production versus transverse momentum and rapidity in p+p collisions at s**(1/2) = 200-GeV.By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:232002,2007. e-Print: hep-ex/0611020,  =7.489*30/10=22.46713. A Detailed Study of High-p(T) Neutral Pion Suppression and Azimuthal Anisotropy in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). Nov 2006. 23pp. Published in Phys.Rev.C76:034904,2007. e-Print: nucl-ex/0611007,  =3.610*30/10=10.830 14. High transverse momentum eta meson production in p+p, d+Au and Au+Au collisions at S(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Nov 2006. 38pp. Published in Phys.Rev.C75:024909,2007. e-Print: nucl-ex/0611006,  =3.610*30/10=10.830 15. Centrality dependence of pi0 and eta production at large transverse momentum in s(NN)**(1/2) = 200-GeV d+Au collisions.By PHENIX Collaboration (Stephen Scott Adler et al.). Oct 2006. 6pp. <=58Published in Phys.Rev.Lett.98:172302,2007. e-Print: nucl-ex/0610036,  =7.489*30/10=22.467 16. Measurement of direct photon production in p + p collisions at s**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Sep 2006. 6pp. Published in Phys.Rev.Lett.98:012002,2007. e-Print: hep-ex/0609031,  =7.489*30/10=22.467 17. Measurement of high-p(T) single electrons from heavy-flavor decays in p+p collisions at s**(1/2) = 200-GeV.By PHENIX Collaboration (A. Adare et al.). Sep 2006. 6pp. Published in Phys.Rev.Lett.97:252002,2006. <=58e-Print: hep-ex/0609010,  =7.489*30/10=22.467 18. Scaling properties of azimuthal anisotropy in Au+Au and Cu+Cu collisions at s(NN) = 200-GeV.By PHENIX Collaboration (A. Adare et al.). Aug 2006. 6pp. Published in Phys.Rev.Lett.98:162301,2007. e-Print: nucl-ex/0608033,  =7.489*30/10=22.467 19. ObservationLVAL of muon neutrino disappearance with the MINOS detectors and the NuMI neutrino beam.By MINOS Collaboration (D.G. Michael et al.). FERMILAB-PUB-06-243, BNL-76806-2006-JA, Jul 2006. 6pp. Press Release. Published in Phys.Rev.Lett.97:191801,2006. e-Print: hep-ex/0607088,  =7.489*30/10=22.467 20.Published in Phys.Rev.Lett.97:191801,2006. e-Print: hep-ex/0607088,  =7.489*30/10=22.467 20. Evidence for a long-range component in the pion emission source in Au + Au collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). May 2006. 6pp. Published in Phys.Rev.Lett.98:132301,2007. e-Print: nucl-ex/0605032,  =7.489*30/10=22.467 21. Jet properties from dihadron correlations in p+p collisions at s**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). May 2006. 25pp. Published in Phys.Rev.D74:072002,2006. e-Print: hep-ex/0605039,  =4.852*30/10=14.556 22. Azimuthal angle correlations for rapidity separated hadron pairs in d + Au Collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Mar 2006. 6pp. <=58Published in Phys.Rev.Lett.96:222301,2006. e-Print: nucl-ex/0603017,  =7.489*30/10=22.467 23. Nuclear effects on hadron production in d = Au and p + p collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Mar 2006. 13pp. Published in Phys.Rev.C74:024904,2006. e-Print: nucl-ex/0603010,  =3.610*30/10=10.830 24. Common suppression pattern of eta and pi0 mesons at high transverse momentum in Au+Au collisions at S(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Jan 2006. 6pp. Published in Phys.Rev.Lett.96:202301,2006. <=58e-Print: nucl-ex/0601037,  =7.489*30/10=22.467 25. Published in Phys.Rev.D73:072002,2006. e-Print: hep-ex/0512036,  =4.852*30/10=14.556 26. Nuclear modification of electron spectra and implications for heavy quark energy loss in Au+Au collisions at s(NN)**(1/2) -TLVALd 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Oct 2005. 6pp. Published in Phys.Rev.Lett.96:032301,2006. e-Print: nucl-ex/0510047,  =7.489*30/10=22.467 27. Jet structure from dihadron correlations in d+Au collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Oct 2005. 30pp. Published in Phys.Rev.C73:054903,2006. e-Print: nucl-ex/0510021,  =3.610*30/10=10.830 28. Design and performance of LED calibration system prototype for the lead tungstate crystal calorimeter.V.A. Batarin et al. IHEP-2005-33, Sep 2005. 10pp.Published in Nucl.Instrum.Meth.A556:94-99,2006. e-Print: physics/0509233,  =1.224*30/10=3.672 29. Measurement of identified pi0 and inclusive photon v(2) and implication to the direct photon production in s(NN)**1/2 = 200-GeV Au+Au collisions.By PHENIX Collaboration (Stephen Scott Adler et al.). Aug 2005. 6pp. Published in Phys.Rev.Lett.96:032302,2006. e-Print: nucl-ex/0508019,  =7.489*30/10=22.467 30. Single electrons from heavy flavor decays in p+p collisions at s**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Aug 2005. 6pp. Published in Phys.Rev.Lett.96:032001,2006. e-Print: hep-ex/0508034,  =7.489*30/10=22.467 31. J/psi production and nuclear effects for d+Au and p+p collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Jul 2005. 6pp. Published in Phys.Rev.Lett.96:012304,2006. <e-Print: nucl-ex/0507032,  =7.489*30/10=22.467 32. Calorimeter for detection of hadrons in the energy range 10-GeV - 100-GeV.O.P. Gavrishchuk et al. JINR-D13-2004-186, Mar 2005. 23pp. Published in Instrum.Exp.Tech.49:41-55,2006, Prib.Tekh.Eksp.49:47-61,2006.  =0.226*60/10=1.356 33. Modifications to di-jet hadron pair correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV.By PHENIX Collaboration (Stephen Scott Adler et al.). Jul 2005. 6pp. Published in Phys.Rev.Lett.97:052301,2006. e-Print: nucl-ex/0507004,  =7.489*30/10=22.467jLVALz>;>B>2 ;048<8@ 8:>;0528G, @>4.09.12.1933, 702.;01. $-,   70 2006-2007 33 C1;8:0F88: 1.V.A.Uvarov,& ,V.N. Bolotov et al/ Experimental study of direct photon emission in K- ---> pi- pi0 gamma decay using ISTRA+ detector // Phys.Atom.Nucl.69:26-34,2006,  =0.914*60/10=5.48 2.O.G.Tchikilev,& , V.N.Bolotov et al/ Observation of the radiative kaon decay K- ---> mu- pi0 gamma nu // Phys.Atom.Nucl.70:32-38,2007,  =0.914*60/10=5.48 3.V.N.Bolotov, V.A.Duk et al/ Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup // Phys.Atom.Nucl.70:734-740,2007,  =0.914*60/10=5.48 @5?@8=BK: 1...@8B28G,& , ..>;>B>2,& //  2>7<>6=>AB8 A>740=8O M:A?5@8<5=B0;L=>9 CAB0=>2:84;O ?>8A:0 8 8AA;54>20=8O @0A?040 =0 CA:>@8B5;5 #-70 $- - -! " KLOD )//@5?@8=B $- 2007-8,  =4 2.Measurement of K- ---> pi0 e- anti-nu(gamma) branching ratio. V.I. Romanovsky et al. IHEP-2007-5, Apr 2007. e-Print: arXiv:0704.2052 [hep-ex]   =4 >:;04K: 1... >;>B>2/  Search for K^(0) ! ^(0),nu,nu(bar) Decay(KLOD project at IHEP) , Fraskatti, 2007 / =6 2... >;>B>2 / Study of K^(-) into pi^(0),e^(-),nu, decay with ISTRA+ setup./KAON 07, Fraskatti  =6. 3... >;>B>2/ Study of rare decay with P326 experiment at CERN SPS/ ,QUARK2006/  =6 C:>2>4AB2> 48?;><=8:0<8(0:0@>2 .., %C4O:82 .., %0;8:>2 ..):   =15 B>3>: =48284C0;L=K9  =57.54   @C:>2>48B5;O=57.54*0.5+272.07*0.75=232.8LVAL`OG  06-07 >;:>20 N4<8;0 0;5@852=0 24.12.1940, 2=A -,   70 2006-2007 33. 1. N.Yu. Agafonova, V.V. Boyarkin, E.V. Kaurova, A.S. Mal'gin, O.G. Ryazhskaya and L.V. Volkova (for LVD collaboration). On the cosmic ray muon positive excess problem.. The Journal of Physics: Conference Series 39 (2006) 489-489.  =6/6=1. 2. L.V. Volkova. Poster at Neutrino 2006, Santa Fe. USA. June 13-19. Cosmic ray muons and muon bremsstrahlung gammas at very high energies in the atmosphere.  =6. 3. O.G. Ryazhskaya , L.V. Volkova and G.T. Zatsepin. Prompt and direct muon production in the atmosphere and very high energy inclined EAS at sea level.Nucl. Phys. B (Proc. Suppl.) 151 (2006) 303-306.  =0.875*30/3=8.75. 4. .. >;:>20.  ?>B>:0E <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E 8 A25@E2KA>:8E M=5@38OE. 72. , A5@. $87. 71 (2007) 577-579, !4.  =41.8 5. .. >;:>20. >:;04 =0 <564C=0@>4=>< A5<8=0@5 @>1;5<K D878:8 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:8. >A:20, <09 2007.  =20. 6. .. >;:>20, .". 0F5?8=. 20@:-3;N>==>5 A>AB>O=85 25I5AB20 8 ?>;>68B5;L=K9 871KB>: <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E M=5@38OE. /45@=0O D878:0 (2 ?5G0B8).  =60/2=30.  =107.55 =45:A F8B8@C5<>AB8  441. ======================================>;:>20 N4<8;0 0;5@852=0 24.12.1940, 2=A -,   70 2006-2007 33. 1. N.Yu. Agafonova, V.V. Boyarkin, E.V. Kaurova, A.S. Mal'gin, O.G. Ryazhskaya and L.V. Volkova (for LVD collaboration). On the cosmic ray muon positive excess problem.. The Journal of Physics: Conference Series 39 (2006) 489-489.  =6/6=1. 2. L.V. Volkova. Poster at Neutrino 2006, Santa Fe. USA. June 13-19. Cosmic ray muons and muon bremsstrahlung gammas at very high energies in the atmosphere.  =6. 3. O.G. Ryazhskaya , L.V. Volkova and G.T. Zatsepin. Prompt and direct muon production in the atmosphere and very high energy inclined EAS at sea level.Nucl. Phys. B (Proc. Suppl.) 151 (2006) 30 LVAL 3-306.  =0.875*30/3=8.75. 4. .. >;:>20.  ?>B>:0E <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E 8 A25@E2KA>:8E M=5@38OE. 72. , A5@. $87. 71 (2007) 577-579, !4.  =6. 5. .. >;:>20. >:;04 =0 <564C=0@>4=>< A5<8=0@5 @>1;5<K D878:8 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:8. >A:20, <09 2007.  =20. 6. .. >;:>20, .". 0F5?8=. 20@:-3;N>==>5 A>AB>O=85 25I5AB20 8 ?>;>68B5;L=K9 871KB>: <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E M=5@38OE. /45@=0O D878:0 (2 ?5G0B8).  =60/2=30.  =71.75. =45:A F8B8@C5<>AB8  441.LVAL`OG697,5   0AG5B   =0CG=>3> A>B@C4=8:0 - /  :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: 02@NA52>9 ;5=K ;5:A0=4@>2=K I. !?8A>: =0CG=KE AB0B59 2005-2008 3>4>2, 2 :>B>@KE ?@8=8<0;0 CG0AB85 02@NA520 .. 1. Gavryuseva E., Zharkov S.I., and Zharkova V.V., 2008: "Phase relation between poloidal and toroidal magnetic field deduced from sunspot and background solar magnetic field in the cycle 23," Solar Physics, 248, pp. 339-358. 30/3 = 10 2. Gavryuseva E., Zharkov S.I., and Zharkova V.V., 2007: "The latitudinal distributions of sunspot areas and magnetic fields and their correlation with the background solar magnetic field in the cycle 23", Advances in Space Research, Elsevier, 39 (11): , pp. 1753-1761. 30/3 = 10 3. Noci, G.; Gavryuseva, E.; Spadaro, D.; Susino, R., 2007, "Study of the interface between coronal holes and streamers", Flows, boundaries, interactions: Flows, Boundaries, and Interaction Workshop, AIP Conference Proceedings, 934, pp. 111-118. 30/4*1.5 = 11.25 4. Noci, G.; Gavryuseva, E., 2007, "Plasma Outflows in Coronal Streamers", The Astrophysical Journal, 658, Issue 1, pp. L63-L66. 30/2 = 15 5. E. Gavryuseva, 2007, "In Search of the Origin of the Latitudinal Structure of the Photospheric Magnetic Field", Astronomical Society of the Pacific Conference Series, 383, SUBSURFACE AND ATMOSPHERIC INFLUENCES ON SOLAR ACTIVITY, Proceedings of a workshop held at National Solar Observatory, Sacramento Peak, Sunspot, New Mexico, USA, 16 20 April 2007, Edited by R. Howe, R. W. Komm, K. S. Balasubramaniam, G. J. D. Petrie, @@. 99-106. 30*1.5 = 45LVAL 6. E. Gavryuseva, 2007, "Longitudinal Structure Originated in the Tachocline Zone of the Sun", Astronomical Society of the Pacific Conference Series, 383, SUBSURFACE AND ATMOSPHERIC INFLUENCES ON SOLAR ACTIVITY, Proceedings of a workshop held at National Solar Observatory, Sacramento Peak, Sunspot, New Mexico, USA, 16 20 April 2007, Edited by R. Howe, R. W. Komm, K. S. Balasubramaniam, G. J. D. Petrie, pp. 381-388. 30*1.5 = 45 7. Gavryuseva, E.; Godoli, G. 2006, "Structure and rotation of the large scale solar magnetic field observed at the Wilcox Solar Observatory", Physics and Chemistry of the Earth, v. 31, iss. 1-3, p. 68-76. 30/2 = 15 8. Gavryuseva, E., 2006, "Topology and dynamics of the magnetic fields of the Sun", News of the Academy of Science, Izv.RAN, ser.fiz.T.70 No.1, pp.102-108. 60 9. Gavryuseva, E., 2006, "Latitudinal Structure of the Photospheric Magnetic Field through solar cycles", 2006, Solar Activity and its Magnetic Origin, Proceedings of the 233rd Symposium of the International Astronomical Union held in Cairo, Egypt, March 31 - April 4, 2006, Edited by Volker Bothmer; Ahmed Abdel Hady, Cambridge: Cambridge University Press, pp.124-127. 30 10. Gavryuseva, E., 2006, "Basic topology and dynamics of magnetic field leading activity the Sun", Solar Activity and its Magnetic Origin, Proceedings of the 233rd Symposium of the International Astronomical Union held in Cairo, Egypt, March 31 - April 4, 2006, Edited by Volker Bothmer; Ahmed Abdel Hady. Cambridge: Cambridge University Press, pp.67-68. 30*1.5 = 45 11. GLVALavryuseva, E., 2006, "Variability of the differential rotation of the photospheric magnetic field through solar cycles", Solar Activity and its Magnetic Origin, Proceedings of the 233rd Symposium of the International Astronomical Union held in Cairo, Egypt, March 31 - April 4, 2006, Edited by Volker Bothmer; Ahmed Abdel Hady. Cambridge: Cambridge University Press, pp.65-66. 30*1.5 = 45 12. Gavryuseva, E., 2006, "North-South asymmetry of the photospheric magnetic field", Solar Activity and its Magnetic Origin, Proceedings of the 233rd Symposium of the International Astronomical Union held in Cairo, Egypt, March 31 - April 4, 2006, Edited by Volker Bothmer; Ahmed Abdel Hady. Cambridge: Cambridge University Press, pp.63-64. 30 13. Gavryuseva, E., 2006, "Longitudinal structure of the photospheric magnetic field", Solar Activity and its Magnetic Origin, Proceedings of the 233rd Symposium of the International Astronomical Union held in Cairo, Egypt, March 31 - April 4, 2006, Edited by Volker Bothmer; Ahmed Abdel Hady. Cambridge: Cambridge University Press, pp.61-62. 30 14. Gavryuseva, E., 2006, "Relationships between photospheric magnetic field, solar wind and geomagnetic perturbations over last 30 years", Solar Activity and its Magnetic Origin, Proceedings of the 233rd Symposium of the International Astronomical Union held in Cairo, Egypt, March 31 - April 4, 2006, Edited by Volker Bothmer; Ahmed Abdel Hady. Cambridge: Cambridge UniLVALversity Press, pp.291-296. 30*1.5 = 45 15. Gavryuseva, E., Georgieva K., Godoli G., Kirov B., 2006, "Photospheric magnetic field and the Earth's rotation", Proc. Of eleventh international science conference , "Solar-terrestrial influences", November 23-25, 2005., ISBN 954-91424-1-9, Solar-Terrestrial Influences Laboratory "Acad. D. Mishev"  BAS, ed. By S. Panchev, 2005, pp. 250-253. 30*1.5/4 = 11.25 16. Gavryuseva, E., Georgieva K., Kirov B., J.Javaraiah, 2005, "Solar Differencial Rotation and properties of magnetic clouds", Proc. Of the SPD Congress, CDROM. 6*1.5 = 9 17. Gavryuseva, E., Godoli G., Georgieva K., Kirov B., 2006, "Solar sources of the variations in solar wind parameters and geomagnetic activity", Proc. Of eleventh international science conference , "Solar-terrestrial influences", November 23-25, 2005, ISBN 954-91424-1-9, Solar-Terrestrial Influences Laboratory ", Acad. D. Mishev" BAS, ed. By S. Panchev, 2005, pp. 240-244. 30*1.5 = 45 18. Gavryuseva, E., 2006, "Latitudinal streams of solar magnetic field", Proc. Of eleventh international science conference , "Solar-terrestrial influences", November 23-25, 2005. 30*1.5 = 45  ?5G0B8: 19. Gavryuseva, E., 2008, "Basic components of magnetic variability of the Sun", JASTP, Time varying Sun, in press. 30 20. Gavryuseva, E., 2008, "Connections between solar wind, geomagnetic characteristics and photospheric magnetic LVALfield", JASTP, Time varying Sun, in press 30 ________________________________________________________________________________ !B0BL8 606.5 II. !?8A>: <564C=0@>4=KE :>=D5@5=F89 8 A5<8=0@>2 2005-2007 3>4>2, 2 :>B>@KE ?@8=8<0;0 CG0AB85 02@NA520 .. Summer School in Astronomy and Astrophysics, August, 2007, Belgrado Gavryuseva, E., "Internal structure and rotation of the Sun from different observations" 6 h "Topology and dynamics of solar magnetic field" 6 h 30 Seminars, theory and experiments 3 h + 3 h = 6 h Lecture of Solar Physics and Helioseismology, Italy, Gavryuseva, E., 2005, 10 h 30 13th Lomonosov Conference of Elementary Particles, August, 2007, Moscow Gavryuseva, E., Variability of neutrino counting rate and the Sun A5:F8>==K9 4>:;04 15*1.5 = 22.5 Join Astrophysical Seminar, September, 2007, Moscow Gavryuseva, E., Topology and dynamics of the solar magnetic field CAB=K9 4>:;04 4 Lecture in the seminar of the Institute of Nuclear Research of Moscow State University, 2007, Gavryuseva, E., !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0 CAB=K9 4>:;04 4 Lecture in the seminar of the Institute for Nuclear Research of RAN, Moscow, 2008, Gavryuseva, E., !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0 CAB=K9 4>:;04 4 Lecture in the seminar of the Sternberg AstronomLVALical Institute of Moscow State University, 2008, Gavryuseva, E., !B@C:BC@0 3;>10;L=>3> <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0 CAB=K9 4>:;04 4 Lecture in the seminar of the IKI, 2008, Gavryuseva, E., ">?>;>38O <03=8B=KE ?>;59 8 48=0<8:0 !>;=F0 CAB=K9 4>:;04 4 Magnetic field of the Sun: Topology and Variability, Gavryuseva, Solar and Stellar Activity Cycles, 26th meeting of the IAU, Joint Discussion 8, 17-18 August 2006, Prague, Czech Republic, JD08 A5:F8>==K9 4>:;04 15 Direct comparison of the photospheric field with interplanetary magnetic field, solar wind and geomagnetic data. Gavryuseva, E., Solar and Stellar Activity Cycles, 26th meeting of the IAU, Joint Discussion 8, 17-18 August 2006, Prague, Czech Republic, JD08 A B5=4>2K9 4>:;04 6 Longitudinal structure of the solar magnetic field free of any assumption about the rotation of the coordinate system. Gavryuseva, E. Solar and Stellar Activity Cycles, 26th meeting of the IAU, Joint Discussion 8, 17-18 August 2006, Prague, Czech Republic, JD08 AB5=4>2K9 4>:;04 6 Torsional waves in the solar magnetic field in the photosphere. Gavryuseva, E. Solar and Stellar Activity Cycles, 26th meeting of the IAU, Joint Discussion 8, 17-18 August 2006, Prague, Czech Republic, JD08 AB5=4>2K9 4>:;04 6 Variability and topology of solar magnetic field. Gavryuseva, E. Solar and Stellar Activity Cycles, 26th meeting of the IAU, Joint Discussion 8, 17-18 August 2006, Prague, Czech Republic, JD08 AB5=4>2K9 4>:;04 6 Large scale magnetic field structure through solar cycles 21, 22 and 23. Gavryuseva, E. Solar Active Regions and 3D Magnetic Structure, 26th meeting of the IAU, Joint Discussion 3, 16-17 August, 2006, Prague, Czech Republic, JD03 A5:F8>==LVALK9 4>:;04 15 Relationships Between Photospheric Magnetic Field Structure, Heliospheric & Geomagnetic Characteristics Gavryuseva, E. SOHO-17. 10 Years of SOHO and Beyond, Proceedings of the conference held 7-12 May, 2006 at Giardini Naxos A5:F8>==K9 4>:;04 15 Relationship between the photospheric field, solar wind characteristics and geomagnetic perturbations over last 30 years. Gavryuseva, E. !B5=4>2K9 4>:;04 6 36th COSPAR Scientific Assembly. Held 16 - 23 July 2006, in Beijing, China. Basic topology and dynamics of magnetic field leading activity the Sun Gavryuseva, E. !B5=4>2K9 4>:;04 6 36th COSPAR Scientific Assembly. Held 16 - 23 July 2006, in Beijing, China. Correlation of the Global Photospheric Magnetic Field Structure with the Latitudinal Sunspot Distribution in the solar cycles 23 Gavryuseva, E.; Zharkov, S.; Zharkova, V. !5:F8>==K9 4>:;04 36th COSPAR Scientific Assembly. Held 16 - 23 July 2006, in Beijing, China. 20.3*1.5 = 10.5 Variability of the differential rotation of the photospheric magnetic field through solar cycles, Gavryuseva, E., AB5=4>2K9 4>:;04 6 36th COSPAR Scientific Assembly. Held 16 - 23 July 2006, in Beijing, China Longitudinal structure of the photospheric magnetic field as it is seen from the Earth and from the Sun, Gavryuseva, E., AB5=4>2K9 4>:;04 6 36th COSPAR Scientific Assembly. Held 16 - 23 July 2006, in Beijing, China Latitudinal Structure of the Photospheric Magnetic Field through solarLVAL cycles Gavryuseva, E., AB5=4>2K9 4>:;04 6 36th COSPAR Scientific Assembly. Held 16 - 23 July 2006, in Beijing, China. Solar sources of the variations in solar wind parameters and geomagnetic activity, Gavryuseva, E., Eleventh International Scientific Conference  Solar-Terrestrial Influences , Sofia, Bulgaria, 24-25 November 2005 AB5=4>2K9 4>:;04 6 Photospheric magnetic field and the Earth s rotation, Georgieva, G. Godoli, E. Gavryuseva, B. Kirov, Proceedings of the Eleventh International Scientific Conference  Solar-Terrestrial Influences , Sofia, Bulgaria, 24-25 November 2005 AB5=4>2K9 4>:;04 6 Topology and Dynamics of the magnetic field of the Sun, Gavryuseva, E. AGU Congress, 2005, Brazil; ?@83;0H5==K9 ?;5=0@=K9 4>:;04 30 Relationship between the magnetic field of the Sun, solar wind and geomagnetic perturbations, Gavryuseva, E. AGU Congress, 2005, Brazil ?@83;0H5==K9 A5:F8>==K9 4>:;04 6 ________________________________________________________________________________ >=D5@5=F88 2005-2007 260 ________________________________________________________________________________ !B0BL8 + >=D5@5=F88 2005-2007 606.5 + 260 = 866.5 ________________________________________________________________________________ !@54=53>4>2>9   289 LVAL .D.-<.=. ;5=0 02@NA520 57 6 8 8 3>4>2 527.5+170=697.5DLVALT ..04K:8= !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica, 2007, 88-117; 29*2/10=5.8 5,8 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.047*30/10=12.141 12,141 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 ": 44,01LVAL`OG@>H5=:> .@89 8:>;0528G, @>4. 03.04.1973, =A -,   70 2006-2007 33. 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 C1;8:0F88: V.Berezinsky, V.Dokuchaev, Yu.Eroshenko / "Destruction of small-scale in the hierarchical structures and galaxies" // Phys. Rev. D 73, p. 063504, 2006,  =4.852*30/3=48.52 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane" // Journal of Cosmology and Astroparticle Physics, 07, p. 011, 2007,  =6.739*30/3=67.39 V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko / " Dark matter annihilation in the galaxy". Proc. V Intern. Conf. on Non-Accelerator New Physics (NANP), Dubna, Russia, June 20--26, 2005; ///$ 69, No. 12, A. 1 10, 2006,  =0.914*60*0.7/3=12.79 . !. 5@578=A:89, . . >:CG052 8 .. . @>H5=:> / "==838;OF8O B5<=>9 <0B5@88 2 0;0:B8:5" ("@C4K 29-9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, >A:20, $ , 3--7 023CAB0 2006 3.) // 725AB8O . !5@8O D878G5A:0O. 71, AB@. 936-937, 2007,  =8*0.7/3=1.87 @5?@8=BK M;5:B@>==K5: Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko, / "Remnants of dark matter clumps" // arXiv:0712.3499v1, 2007,  =4/3=1.33 Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane // arXiv:astro-ph/0612733v2, 2006,  =4/3=1.33 V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin / "Origin of supermassive black holes" //arXiv:0709.0070v2, 2007,  =4/3=1.33 >:;04K: E.O.Babichev, V.I.Dokuchaev, Yu.N.Eroshenko/ "Dark energy accretion onto black holes"// Proceed. of the XLIst Rencontres de Moriond. Contents and Structures of the Universe. La Thuile, Italy (March 18-25, 2006). Ed. Christophe Magneville, Resa Ansari, Jacques Dumanche and Jean Tran Thanh Van. The Gioi Publishers. Vietnam. p. 166-173, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V. S. Berezinsky, V. I. DokucLVALhaev. Yu. N. Eroshenko / "Anisotropy of dark matter annihilation in the Galaxy" // Proc. XLIInd Rencontres de Moriond Series: Electroweak Interactions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou-Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. p 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V.S.Berezinsky, V.I.Dokuchaev. Yu.N.Eroshenko/ "Dark matter clumps in the Galaxy"// 6th Intern. Workshop on the Identification of Dark Matter, 11-16 Sept., 2006, Rhodes Island, Greece, World Scientific Publishing, Eds. 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LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006); 0.389*30/6=1.945 1,945 5 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 6 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. LVD Collaboration., Proc. of 20th ECRS 06, Lisbon,>AB5@=K9 4>:;04 =0 :>=D5@5=F88; 6/10=0.6 0,6 7 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 2007 8 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 9 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.04b LVALr 7*30/10=12.141 12,141 10 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 11 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 ": 51,512LVAL`OG O6A:0O ;L30 5>@3852=0, @>4. 12.05.1941, G;5=-:>@@. ,   70 2006 -2007 33. 2006 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 Prompt and direct muon production in atmosphere and very high energy inclined EAS at see level. Ryazhskaya O. G., Volkova L. V., Zatsepin G. T. Nuclear Phys. B (Proc. Suppl.) 151, 303-306 (2006) 0,875*30/3=8,75 8,75 3 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 4 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 5 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006); 0.389*30/6=1.945 1,945 6  Limitations in quantum measurements resolution created by cosmic rays. V.B. Braginsky, O.G. Ryazhskaya and S.P. Vyatchanin. Physics Letters A, Volume 359, Issue 2, 13 November 2006, Pages 86-89; 1,55*30/3=15,5 15,5 7 59B@8=> >B 3@028B0F8>==KE :>;;0?A>2 72574: A>2@5<5==K9 AB0BCA M:A?5@8<5=B0. .. O6A:0O . #$, B. 176, !10 (2006), 1039- 1050; 2.163*60=129.78 129,78 8 Notes about noise in gravitational wave antennas created by cosmic rays. V.B. Braginsky, O.G. Ryazhskaya and S.P. Vyatchanin. Physics Letters A, Volume 350, (2006), 1-4; 1,55*30/3=15,5 15,5 9 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 10 Neutrons from cosmic-ray muons underground. OLVAL.G. Ryazhskaya., Proc. of 20th ECRS 06, Lisbon, @83;0H5==K9 4>:;04 =0 :>=D5@5=F88 ; 30 30 11 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. LVD Collaboration., Proc. of 20th ECRS 06, Lisbon,>AB5@=K9 4>:;04 =0 :>=D5@5=F88; 6/10=0.6 0,6 12 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 7257. .. >O@:8=, .. O6A:0O., ?>AB5@=K9 4>:;04 =0 :>=D5@5=F88 29  2006 4*1,5/2=3 3 13 C:>2>4AB2> 0A?8@0=B>< >O@:8=K< .. (2005-2006) 30 30 2007 14 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 7257. .. >O@:8=, .. O6A:0O.,"@C4K :>=D5@5=F88 29  2006, 72.  !5@. D87. B>< 71, !4, A.589-591, 2007; 8/2=4 4 15 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.047*30/10=12.141 12,141 16 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 17 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 18 59B@>=K >B <N>=>2 ?>4 75<;59 .!. 0;L38=, .. O6A:0O, /45@=0O D878:0, 2007 (2 ?5G0B8) 0,914*60/2=27.42 27,42 19 >8A: >AF8;;OF89 nu/mu-nu/tau A 8A?>;L7>20=85< ?CG:0 =59B@8=> 2KA>:8E M=5@389 87 &  0 2 @0= !0AA>  . . 0;:8=, ... >@=CH:8=, .. 0B2552, .. ;LH52A:89, .. >;CE8=0, ".. >30=>20, .. O6A:0O, 725AB8O . !5@8O D878G5A:0O, 71 (2007), 594-596; 8/7=1,143 1,143 ZLVALj Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica, 2007, 88-117; 29*2/10=5.8 5,8 20 A Rotating Collapsar and Possible Interpretation of the LSD Neutrino Signal from SN1987A. V. S. Imshennik, O.G. Ryazhskaya, 2004 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica, 2007, 144 - 162; 17*2/2=17 17 21 Neutrons from cosmic-ray muons underground. O.G. Ryazhskaya., Proc. of 20th ECRS 06, Lisbon, http://www.lip.pt/event/2006/ecrs/proc/; 6/1=6 6 @83;0H5==K9 4>:;04 =0 :>=D5@5=F88 "20 ;5B !25@E=>2>9" 2 >A:25 20 20 >:;04 =0 :>=D5@5=F88  C era una volta una Supernova 2 "C@8=5; ?@83;0HQ==K9 30 >:;04 2 :045<88 =0C: 2 "C@8=5 02.11.2007; ?@83;0HQ==K9 30 >:;04 =0 564C=0@>4=>< A5<8=0@5 (>A:20) "@>1;5<K D878:8 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:8, ?>A2OI5==>< 90-;5B8N .". 0F5?8=0 . @83;0HQ==K9. 20 >:;04 =0 0@:>2A:8E GB5=8OE 2007 20 ": 465,405LVAL`OG0;L38= ;5:A59 !5<5=>28G, @>4. 26.04.1946, A.=.A.,   70 2006 -2007 33 2006 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006); 0.389*30/6=1.945 1,945 5 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 6 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. LVD Collaboration., Proc. of 20th ECRS 06, Lisbon,>AB5@=K9 4>:;04 =0 :>=D5@5=F88; 6/10=0.6 0,6 7 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 2007 8 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 9 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-27 LVAL 0; 4.047*30/10=12.141 12,141 10 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 11 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 12 59B@>=K >B <N>=>2 ?>4 75<;59 .!. 0;L38=, .. O6A:0O, /45@=0O D878:0, 2007 (2 ?5G0B8) 0,914*60/2=27,42 27,42 13 Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica, 2007, 88-117; 29*2/10=5.8 5,8 ": 84,732LVAL`OGC7=5F>2 8:B>@ ;048<8@>28G , @>4. 12.08.1971, 8=65=5@ 8AA;54>20B5;L ,   70 2006 -2007 33. 2006 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 5 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. LVD Collaboration., Proc. of 20th ECRS 06, Lisbon,>AB5@=K9 4>:;04 =0 :>=D5@5=F88; 6/10=0.6 0,6 6 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 2007 7 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 8 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.047*30/10=12.141 12,141 9 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 10 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 LVAL ": 49,567`LVALr5@5A=52 048< 20=>28G, 28.07.1938, =A @5?@8=B: .. =8A8<>20, .. 5@5A=52, .. 8730;>2, .. 02G5=:>, .. >9=0H, .!. !025;>2. >4>2>9 >BG5B ?>   :0D54@K D878:8 ?;07<K 70 2006 3., AB@. 22, >A:20 2007. ISBN-978-5-7262-0773-5  =4:6=0.7 !>-@C:>2>4AB2> 48?;><=8:><: !87>20 0;5@8O 5B@>2=0, ABC45=B:0 5 :C@A0 (A?5F80;8AB) D0:C;LB5B0 -"$ $, 2007. (A>-@C:>2>48B5;L !025;>2 .!.)  =10:2=5 CC<<0@=K9   .. 5@5A=520 =5,7>1@K=8=0 :0B5@8=0 =0B>;L52=0, @>4. 29.06.1974, <.=.A. ,   70 2006 -2007 33 2006 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 5 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. 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Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 5 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. LVD Collaboration., Proc. of 20th ECRS 06, Lisbon,>AB5@=K9 4>:;04 =0 :>=D5@5=F88; 6/10=0.6 0,6 6 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 2007 7 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 8 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.047*30/10=12.141 12,141 9 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 10 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 ": 49,567LVAL`OG OA=K9 A52>;>4 02@8;>28G, @>4. 29.10.1947, A.=.A. ,   70 2006 -2007 33. 2006 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 5 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. LVD Collaboration., Proc. of 20th ECRS 06, Lisbon,>AB5@=K9 4>:;04 =0 :>=D5@5=F88; 6/10=0.6 0,6 6 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 2007 7 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 8 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.047*30/10=12.141 12,141 9 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 10 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 11 Analysis of the DaV LVALf ta Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica, 2007, 88-117; 29*2/10=5.8 5,8 ": 55,367LVAL`OG/:CH52 0;5@89 $54>@>28G, @>4. 01.08.1945, =.A.,   70 2006 -2007 33. 2006 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 5 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. LVD Collaboration., Proc. of 20th ECRS 06, Lisbon,>AB5@=K9 4>:;04 =0 :>=D5@5=F88; 6/10=0.6 0,6 6 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 2007 7 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 8 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.047*30/10=12.141 12,141 9 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 10 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 11 Analysis of the Data Recorf LVALv ded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica, 2007, 88-117; 29*2/10=5.8 5,8 ": 55,367LVAL`OG>O@:8= 048< ;048<8@>28G, @>4. 08.02.1981, <=A,   70 2006-2007 3. 2006 1 Study of muon-induced neutron production, propagation and energy spectrum with the LVD detector at LNGS. LVD Coll. Nuovo Cim. 29C, 345 (2006); 0.312*30/10=0.936 0,936 2 LVD highlights. LVD Coll. Proc. of Vulcano Workshop 2006: Frontier Objects in Astrophysics and Particle Physics, Vulcano, Italy, 22-27 May 2006; 8/10=0.8 0,8 3 Low energy background measurements with the LVD. LVD Coll. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 278 (2006); 0.389*30/10=1.167 1,167 4 On the cosmic ray muon positive excess problem. Agafonova N. Yu., Boyarkin V. V., Kaurova E.V., Malgin A. S., Ryazhskaya O. G., Volkova L. V. Proc. of the 9th International Conference on Topics in Astroparticle and Underground Physics (TAUP), Zaragoza. Journal of Physics: Conference Series 39, 489 (2006); 0.389*30/6=1.945 1,945 5 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration. New Journal of Physics, 8 (2006), 303; 3.585*30/10=10.755 10,755 6 The Charge Ratio for the Muon Flux at the Depth of 3200 m.w.e. N. Agafonova et al. LVD Collaboration., Proc. of 20th ECRS 06, Lisbon,>AB5@=K9 4>:;04 =0 :>=D5@5=F88; 6/10=0.6 0,6 7 5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 7257. .. >O@:8=, .. O6A:0O., ?>AB5@=K9 4>:;04 =0 :>=D5@5=F88 29  2006 4*1,5/2=3 3 8 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., CAB=K9 4>:;04 =0 :>=D5@5=F88 29 , 2006 4*1,5/10=0.6 0,6 29,7045 A CG5B>< 0A?8@0=BA:>3> :>MDD8F85=B0 1,5 2007 9 5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 7257. .. >O@:8=, .. O6A:0O.,"@C4K :>=D5@5=F88 29  2006, 72.  !5@. D87. B>< 71, !4, A.589-591, 2007; 8/2=4 4 10 !B0BCA M:A?5@8<5=B0 LVD. ... 30D>=>20, .. >O@:8 LVAL =, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52., "@C4K :>=D5@5=F88 29 , 2006, 72.  !5@. D87. B>< 71, !4, A.586-588, 2007; 8/10=0,8 0,8 11 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector. - LVD Coll., Astroparticle Physics 27 (2007) 254-270; 4.047*30/10=12.141 12,141 12 First CNGS events detected by LVD.- LVD Coll., European Physical Journal C, 2007 (2 ?5G0B8); 3.209*30/10=9.627 9,627 13 Online recognition of supernova neutrino bursts in the LVD detector, LVD Coll., Astroparticle Physics (2007) 2 ?5G0B8; 4.047*30/10=12.141 12,141 77,418 A CG5B>< :>MDD8F85=B0 2 (A <><5=B0 2K?CA:0 87 8=AB8BCB0 ?@>H;> <5=LH5 5 ;5B) ": 107,1225LVAL`OG5;57=KE 3>@L 8E09;>28G, 23.08.1936, 2=A, 8.>. 702. ;01. . C1;8:0F88: 5;57=KE .., 0@028G52 .., 0@8= .. (/ , >A:20), !04K3>2 ./., 565@ .. (/, C1=0), 5AA>=>20 .., 0@<0H .. ("& >;NA-1, >A:20), !C@8= .. (! , >A:20), ><?0:B=K9 <>4C;L 45B5:B>@0 30<<0 :20=B>2 =0 >A=>25 ?>;C?@>2>4=8:>2KE ;028==KE D>B>48>4>2 8 :@8AB0;;8G5A:8E cF8=B8;;OB>@>2 4;O 30<<0 B><>3@0D>2 8 -"-A:0=5@>2, ;L<0=0E :;8=8G5A:>9 <548F8=K, B>< %II, 78 (2006).  =8:8=1 I. Britvitch, E. Lorenz, A.Olshevski, D. Renker, Z. Sadygov, R. Scheuermann, A. Stoykov, A. Werner, I. Zheleznykh and V. Zhuk. Study of avalanche microchannel photodiodes for use in scintillation detectors. JINST, 1, P088002 (2006). http://www.iop.org/EJ/jinst/ .  =0,522x30:10=1,6 Z. Sadygov, A. Olshevski, I. Chirikov, I. Zheleznykh, A. Novikov.  Three advanced designs of micro-pixel avalanche photodiodes: their present status, maximum possibilities and limitations Nucl. Instr. and Methods in Phys. Res. A 567 (2006) 70-73.  =1,224E30:5=7,3 I. Britvitch, E. Lorenz, A. Olshevski, D. Renker, Z. Sadygov, R. Scheuermann, A. Stoykov, A. Werner, I. Zheleznykh.  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Zheleznykh,  Early years of high-energy neutrino physics and neutrino astronomy , Proceedings of the International ARENA Conference on Acoustic and Radio EeV Neutrino Detection Activities, 17-19 May 2005, Zeuthen, Germany , 1-11, World Scientific (2006)  =30x1,5 = 45 - 30=15 Z.Ya. Sadygov and I.M. Zheleznykh,  Novel micro-pixel avalanche photodiodes and their possible application in physical/astrophysical researches , talk at ARENA Conference on Acoustic and Radio EeV Neutrino Detection Activities, University of Northumbria, Newcastle, June 28-30, 2006.  =30:2=15 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: L.G. Dedenko, A.A. Mironovich, I.M. Zheleznykh,  Hybrid scheme of simulation of electron-photon and electron-hadron cascades in dense medium at ultra-high energies , Proceedings of the International ARENA Workshop on Acoustic and Radio EeV Neutrino Detection Activities, 45-49, 17-19 May 2005, Zeuthen, Germany, World Scientific (2006).  =6:3=2x0,5=1 R.D. Dagkesamansky, A.R. Beresnyak, A.V. Kovalenko (Lebedev Inst.), I.M. Zheleznykh (Moscow, INR), "The upper limit to the EHE neutrino flux from observations of the moon with Kalyazin radio telescope , Proceedings of the International ARENA Workshop on Acoustic and Radio EeV Neutrino Detection Activities, 142-146, 17-19 May 2005, Zeuthen, Germany, World Scientific (2006).  =6:4=1,5x0,5=0,75 D.Besson, A. Butkevich, L. Dedenko, A. Provorov and I. Zheleznykh,  Calculations of radio signals produced by ultra-high and extremely high energy neutrino induced cascades in Antarctic ice , ICHEP 2006, July 26  August 2, Moscow  =6:5=1,2 Igor Zheleznykh, David Besson, Anatoly Butkevich, Leonid Dedenko, Alexey Provorov 1139   Simulations of radio signals produced by ultra-high and extremely high energy neutrino induced cascades in Antarctic ice and lunar regolrLVALith Proc. 30th ICRC, 3-11 July 2007, Merida, Yucatan, Mexico, HE.2.4.  =6:5x1,5=1,8 Igor Zheleznykh, Boris Khrenov, Ziraddin Sadygov, Leonid Tkatchev, Fouzi Zerrouk 1122   Novel micro-pixel avalanche photodiodes and their possible application in cosmic ray/astrophysical researches Proc. 30th ICRC, 3-11 July 2007, Merida, Yucatan, Mexico, HE.2.5.  =6:5x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tudy of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex]  =0,4 2..>:;04 =0 A5<8=0@5 2 =AB8BCB5 O45@=>9 D878:8, 656, '5E8O 19 45:01@O 2007. "Inclusive e+e- analysis for dp at 1.25 GeV/u" >2KH0NI89 :>MDD8F85=B 2 B>3>2K9  =0,88@>=>28G ==0 ;5:A0=4@>2=0, 24.03.1964, <=A, C1;8:0F88 L.G. Dedenko, A.A. Mironovich, I.M. Zheleznykh,  Hybrid scheme of simulation of electron-photon and electron-hadron cascades in dense medium at ultra-high energies , Int.J.Mod.Phys. vol.A21S1, pp.45-49, 2006  =30:3x1,472x0,7=10,3 >:;04 =0 70@C156=>9 :>=D5@5=F88: L.G. Dedenko, A.A. Mironovich, I.M. Zheleznykh,  Hybrid scheme of simulation of electron-photon and electron-hadron cascades in dense medium at ultra-high energies , International ARENA Workshop on Acoustic and Radio EeV Neutrino Detection Activities, 17-19 May 2005, Zeuthen, Germany, World Scientific (2006).  =6:3E0,5=10@052A:89 !5@359 %0@8B>=>28G, 09.11.1953, =A, >:;04 =0 @>AA89A:>9 :>=D5@5=F88: 5;57=KE .., 0@028G52 .., 0@052A:89 !.%., 0@8= .. (/ , >A:20), !04K3>2 ./., 565@ .. (/, C1=0), 5AA>=>20 .., 0@<0H .. ("& >;NA-1, >A:20), !C@8= .. (! , >A:20), ><?0:B=K9 <>4C;L 45B5:B>@0 30<<0 :20=B>2 =0 >A=>25 ?>;C?@>2>4=8:>2KE ;028==KE D>B>48>4>2 8 :@8AB0;;8G5A:8E F8=B8;;OB>@>2 4;O 30<<0 B><>3@0D>2 8 -"-A:0=5@>2, 548F8=A:0O :>=D5@5=F8O 2 3. "@>8F:5, <09 2006.  =4:9=0,4LVAL`OGC@5?8= ;5:A59 >@8A>28G 1. 01.05.1936 2. :0=4840BA:0O  29.06.1964 4>:B>@A:0O  23.02.1973 70A;. 45OB. =0C:8 _ 30.04.1999 3. 702. ;01>@0B>@859 !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-20 02B>@>2. 1. AA;54>20=85 0<?;8BC4=KE 8 2@5<5==KE E0@0:B5@8AB8: $-#-187 A A5BG0BK<8 48=>40<8. ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520, ..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz, .. 5H5B8=, ..(CAB5@<0=, W.N.Trzaska. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, 4. 14 02B>@>2  =0.226*60*0.1 =1.356 2. >=AB@C:F8O AB0@B>2>3> B@8335@=>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE, LHC, CERN ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520, ..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz, .. 5H5B8=, ..)CAB5@<0=, W.N.Trzaska. !1>@=8: B@C4>2 0CG=>9 A5AA88 $, IV :>=D5@5=F8O =0CG=>->1@07>20B5;L=>3> F5=B@0 CRDF, >A:20, $, 2006, AB@.10-11. (14 02B>@>2).  =8/10=0,8 3. Search for resonant structure in the pion production reaction on the Nuclotron internal beam. A.B.Kurepin et al. 2007. 4pp. 18 02B>@>2 Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:604-607,2007.  =1.472*30*0.1 =4.416 4. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2, / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1 =6.519 5. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2. / LVAL : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 6. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon. By NA50 Collaboration (B. Alessandro et al.). Published in Eur.Phys.J.C49:559-567,2007. 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =3.209*30*0.1 =9.627 7. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. By NA50 Collaboration (B. Alessandro et al.). Submitted to Eur.Phys.J.C 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =3.209*30*0.1 =9.627 8. The laser-based calibration system of delta spectrometer. A.I. Malakhov et al. 2006. 9pp. Published in Nucl.Instrum.Meth.A566:413-421, 2006. 12 02B>@>2.  =1.224*30*0.1 =3.672 9. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 10. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 11. J/psi azimuthal distribution relative to the reaction plane in Pb-Pb collisions at 158 GeV/nucleon. F.Prino et al., International Journal of Modern Physics E, V.16, Nos.7-8 (2007), p.2066-2071. 70 authors, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5LVAL 02B>@>2).  =1.380*30*0.1 =4,14 12. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al.). Mar 2006. 18pp. Published in Phys.Lett.B635:260-269,2006. 66 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =5.301*30*0.1 =15.903 13. Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al.). May 2005. 4pp. Published in J.Phys.G32:S381-S390,2006, 70 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =2.173*30*0.1=6.519 14. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A-GeV and 2-A-GeV) collisions. By HADES Collaboration (W. Przygoda et al.). 2006. 14pp. Published in Acta Phys.Polon.B37:139-152, 2006. 130 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, V.Tiflov (8 02B>@>2)  =0.807*30*0.1 =2.421 15. NA50 final results on charmonia suppression. By NA50 Collaboration (C. Quintans et al.). 2006. 4pp. Prepared for 5th International Conference on Physics and Astrophysics of Quark Gluon Plasma (ICPAQGP 2005), Salt Lake City, Kolkata, India, 8-12 Feb 2005. Published in J.Phys.Conf.Ser.50:353-356,2006. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =8*0.1 =0,8 16. A.B.Kurepin, N.S.Topilskaya, The medium excitation for charmonium production at the CERN SPS, CBM Working Group report, GSI, Feb.2006. 2 02B>@0  =8/2=4   ?> ?C1;8:0F8O< 101,660 @5?@8=BK M;5:B@>==K5 1. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281  =4*0.1 =0.4 2. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 LVAL 119 02B>@>2, (/ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2)  =4*0.1 =0.4 3. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. (NA50 Collaboration) B.Alessandro et al., e-Print: hep-ex/0603049, 66 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =4*0.1 =0.4 4. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. 68 02B>@>2. By NA50 Collaboration (B. Alessandro et al.). e-Print: nucl-ex/0612012 / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =4*0.1 =0.4 5. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon. (NA50 Collaboration) B.Alessandro et al. e-Print: nucl-ex/0612013, 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya 5 02B>@>2)  =4*0.1 =0.4 6. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. e-Print: nucl-ex/0610048 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2  =4*0.1 =0.4 7. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). e-Print: nucl-ex/0608031 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 8. Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al.). May 2005. 4pp. e-Print Archive: hep-ex/0505065 70 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =4*0.1 =0.4 @5?@8=BK, 8740==K5 70 @C156>< 1. .. 5H5B8=, ..C@5?8= 8 4@., @5?@8=B CERN  Results of the test of the Threshold Aerogel Cherenkov Detector at CERN PS T10 test beam channel (ALICELVAL-INT-2006-008, EDMS ! 759561). 13 02B>@>2  =4*0.1 =0,4 2. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0,4 3. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 4. psi-prime production in Pb-Pb collisions at 158-GeV/nucleon. (NA50 Collaboration) B.Alessandro et al.,CERN-PH-EP-2006-019, Dec 2006. 16pp. 70 02B>@>2/  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya(5 02B>@>2)  =4*0.1 =0,4 5. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-005, Mar 2006. 18pp. 66 02B>@>2, /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya(5 02B>@>2)  =4*0.1 =0,4 6. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV.By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-018, Dec 2006. 21pp. 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =4*0.1 =0,4.   ?> ?@5?@8=B0< =5,6 6. 0B5=B>2 =5B 7. >:;04K 1. Experiment for the search of Centauro events in Pb-Pb collisions at LHC, A.B.Kurepin for the CASTOR group, presented at the European Cosmic Rays Symposium, Lisbon, Portugal, September 5-8, 2006  =6 2. @83;0H5==K9 4>:;04 .. C@5?8= @>1;5<0 0=><0;L=>3> ?>402;5=8O @>645=8O G0@<>=8O 2 O4@>- O45@=KE AB>;:=>25=8OE, II !>25I0=85 ?> ?@>1;5<5 CA:>@5=8O, 2K2>40 8 8AA;54>20=8O 2708<>459AB289 @5;OB828ABA:8E 8>=>2 A O4@0<8 =0 D LVAL 8:A8@>20==>9 <8H5=8 2 $- ?@8 15-35 M =0 =C:;>=, $-, @>B28=>, 24-25 >:BO1@O, 2006.   = 20 KABC?;5=8O =0 A5<8=0@0E: 1. A.Kurepin  Status of the Projectile Spectator Detector  , CBM Collaboration meeting, Dresden, 25-28 September 2007. 8. #G51=K9 :C@A  -:A?5@8<5=B0;L=0O O45@=0O D878:0 2 A5<5AB@0 , 4>@01>B:0 :064K9 3>4   =16 B>3>2K9 ;8G=K9   149,26 1 C15@ $54>@ $@84@8E>28G A=A 174,227 2 >;C1520 0@8=0 >@8A>2=0 =A 93,559 3 20H:8= ;5:A0=4@ 02;>28G A=A 100,185 4 5H5B8= =4@59 3>@528G A=A 65,419 5 ">?8;LA:0O 0B0;8O !5@0D8<>2=0 A=A 116,8 6 H5=8G=>2 3>@L =0B>;L528G A=A 137,58 7 !04>2A:89 ;5:A0=4@ !5@35528G <=A 43,2 8 0@028G520 "0BLO=0 L2>2=0 A=A 286,842 9 0@?5G52 235=89 ;048<8@>28G A=A 6,484 10 $8;8??>2 !5@359 8:>;0528G =A 0,0 1024,296 0AG5B   @C:>2>48B5;O: 149,26*0,5+102,43*0,75= 151,4530.5 < C J Q X  _ fahov/Zmt QAfF@?@FFF:߿fB)dF@?4 @FFF:߿^HaC)F@? @FFF:߿T #BL~F@?@FFF:߿ffB^eBJRNF@?@FFF:߿E@?::::ϿE@?::::ϿD E@?::::ϿE@?::::Ͽ9E@?::::Ͽ@Bf!E@?@FFF:߿CLBvf!,vE@?)`OGFFF:߿tq=@^XE@?V`OGFFF:߿ Bpf! E@?+`OGFFF:߿ 33S@^XE@?H@FFF:߿sB`@RE@?@@FFF:߿ ?dE@? @FFF:߿+ͬC^eBJRNE@?rS `OGFFF:߿# E@?*@FFF:߿ sBX9B E@?7`OG@RRF: `AX E@?$@FFF:߿ @A^ E@?@FFF:߿ HD E@?M`OGFFF:߿ ף(A+UB tE@? @FFF:߿(iB \S@?F`OGFFF:߿{Y@^,E@? @FFF:߿Y@E@? @FFF:߿@^E@? @FFF:߿X9@&E@?`OGFFF:߿jRAE@?`OGFFF:߿Y@^,E@? @FFF:߿Y@^,E@?@FFF:߿R BPH E@? @FFF:߿A& E@? @FFF:߿7A2f!N%'E@? @FFF:߿9zC:&*+P-E@?@FFF:߿ ffA&E@?@FFF:߿Y C. E@? A`OGFFF:߿#@ $@84@8E>28G 1950 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. 1. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al. (66 02B>@>2)). Published in Phys.Lett.B635:260-269,2006.  =5.301*30*0.1 = 15.903 2. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A-GeV and 2-A-GeV) collisions. Acta Phys.Polon.B37:139-152,2006. (130 02B>@>2)  =0.807*30*0.1 =2.421 3. Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al .(70 02B.)). Published in J.Phys.G32:S381-S390,2006.  =1.566*30*0.1 = 4.698 4. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1=6.519 1. Dielectron production in C + C and p + p collisions with HADES.By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 2. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon.By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-019, Dec 2006. 16pp. Published in Eur.Phys.J.C49:559-567,2007. 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilska (5 02B>@>2)  =3.209*30*0.1 =9.627 3. Dilepton production in pp and CC collisions with HADES.By HADES CollaboratLVALion (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 4. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky  =7.489*30*0.1 =22.467 5. J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV. (NA50 Collaboration) B.Alessandro et al., accepted in Euro. Phys. J.C. 71 02B>@  =3.209*30*0.1 =9.627 6. Psi' production in Pb-Pb collisions at 158 GeV/nucleon. (NA50 Collaboration) B.Alessandro et al., accepted in Euro. Phys. J.C. 71 02B>@  =3.209*30*0.1=9.627 7. Performance of RPC with low-resistive silicate glass electrodes exposed to an intense continuous electron beam. V. Ammosov,& F.Guber et al. 2007. 6pp. Published in Nucl.Instrum.Meth.A576:331-336,2007.  = 1,224*30/10=3,672 8. RPC with low-resistive phosphate glass electrodes as a candidate for the CBM TOF. A. Akindinov,& .F.Guber et al. Dec 2006. 8pp. Published in Nucl.Instrum.Meth.A572:676-681,2007.  = 1,224*30/10=3,672 9. Investigations of amplitude and time characteristics of FEU-187 photomultiplier tubes with fine-mesh dynodes. V.A. Grigorev, & F.Guber et al. 2006. 6pp. Published in Instrum.Exp.Tech.49:679-683,2006, Prib.Tekh.Eksp.49:93-98,2006.(14 authors)  = 0,226*60/10=1,356 10. NA50 final results on charmonia suppression. By NA50 Collaboration (C. Quintans, M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2 et al.). 2006. 4pp. Published in J.Phys.Conf.Ser.50:353-356,2006.  = 8/10= 0,8 11LVAL. HADES@SIS100, AKugler et all, CBM Progress Report 2006, GSI Report 2007-4 (ISSN:0171-4546), GSI1.Darmstadt, 2007, p.25., 702B>@>2 / : M. Golubeva, F. Guber (2 02B>@0).  =8/7=1,143   ?> 6C@=0;L=K< ?C1;8:0F8O< =96,227 @5?@8=BK 1. Number: CBM-TOF-internal-note-2007-001 Author: V. Ammosov, F. Guber Development of the high rate multigap RPC prototype for the central part of the CBM TOF detector. Final report URL: https://www.gsi.de/documents/DOC-2007-Dec-72.html   = 4/2=2 2. Number: CBM-PHYS-note-2007-001 Author: A.B. Kurepin, E.V. Karpechev, A.I. Maevskaya, F.F. Guber, V.Friese Charmonium Detection in the CBM Experiment URL: https://www.gsi.de/documents/DOC-2007-Dec-71.html   = 4/5=0,8 3. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. By NA50 Collaboration (B. Alessandro, & .F.Guber et al.). CERN-PH-EP-2006-018, Dec 2006. 21pp. Submitted to Eur.Phys.J.C e-Print: nucl-ex/0612012  =4*0.1 =0.4 4. psi-prime production in Pb-Pb collisions at 158-GeV/nucleon. By NA50 Collaboration (B. Alessandro, & F.Guber et al.). CERN-PH-EP-2006-019, Dec 2006. 16pp. =4*0.1 =0.4 5. Na61/Shine at the CERN SPS.By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 [nucl-ex] 119 02B>@>2 (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2)  =4*0.1 =0.4 6. Bottomonium and Drell-Yan production in p-A collisions at 450 GeV. (NA50 Collaboration) B.Alessandro et al., CERN-PH-EP-2006-005. 71 02B>@  =4*0.1 =0.4 7. J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV. (NA50 Collaboration) B.Alessandro et al. CERN-PH-EP-2006-018. 71 02B>@  =4*0.1 =0,4 8. Psi' production in Pb-Pb collisions at 158 GeV/nucleon. (NA50 CollaboraLVALtion) B.Alessandro et al. CERN-PH-EP-2006-019. 71 02B>@  =4*0.1 =0,4 9. A New SPS programme. By NA49-future Collaboration (Marek Gazdzick, & F.Guberi et al.). Dec 2006. 19pp. Published in PoS CPOD2006:016,2006. e-Print: nucl-ex/0612007 (93 authors)  =4*0.1 =0,4 10. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 11. Study of hadron production in hadron nucleus and nucleus nucleus collisions at the CERN SPS. By NA49-future Collaboration (N. Antoniou, & F.Guber et al.). CERN-SPSC-2006-034, CERN-SPSC-P-330, Nov 2006. 90pp  =4*0.1 =0.4 12. Study of dielectron production in C+C collisions at 1 AGeV. By HADES Collaboration (: G. Agakishiev et al.). Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex] 108 authors, INR- M.Golubeva, F.Guber, A.Ivashkin, K.Lapidus, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky  =4*0.1 =0.4 13. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. e-Print: nucl-ex/0608031  =4*0.1 =0.4 14. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007 e-Print: arXiv:0711.4281 [nucl-ex]  =4*0.1 =0.4 15. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall, (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2) et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp.  =4*0.1 =0.4   ?> ?@5?@8=B0< = 8 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 2 20073. : 1. F.Guber  Projectile Spectator detector for NA61 NA-61 workshop, CERN, .Oct 17, 2007.  =0 2. F.Guber  Status of the PSD NA49-future Collaboration meeting, Ma LVAL rch 24, 2007 3. F.Guber  Lead glass electromagnetic calorimeter for the HADES@FAIR HADES collaboration meeting, Cyprus, 29 Oct- 4 Nov 2007 4. F.Guber, M.Golubeva, A.Ivashkin NA61 EVO meeting,  Recent results on NA61 PSD development , 4 dec 2007 5. F.Guber  PSD NA49- Future meeting, Warsaw, 28-29 September, 2006 6. F.Guber  PSD NA49/NA49-future workshop, CERN, 8-24 August 2006   ?> 2KABC?;5=8O< =0 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8 4. 48?;><=8:8: !>;>2L520 "0BLO=0 ($) )  =10 5. 0A?8@0=BK: 5@5B5=:8= .. (0A?8@0=BC@0 /)  =30 0?84CA .. (0A?8@0=BC@0 /)  =30  =70 "+   = 174,227LVAL`OG>;C1520 0@8=0 >@8A>2=0 >4 @>645=8O.  1950 0B0 70I8BK 48AA5@B0F88  1/A >;6=>ABL  =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-20 02B>@>2. 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1 =6.519 2. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 3. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon. By NA50 Collaboration (B. Alessandro et al.). Published in Eur.Phys.J.C49:559-567,2007. 70 02B>@>2. /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =3.209*30*0.1 =9.627 4. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. By NA50 Collaboration (B. Alessandro et al.). Submitted to Eur.Phys.J.C 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =3.209*30*0.1 =9.627 5. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. VeLVALretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 6. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 7. J/psi azimuthal distribution relative to the reaction plane in Pb-Pb collisions at 158 GeV/nucleon. F.Prino et al., International Journal of Modern Physics E, V.16, Nos.7-8 (2007), p.2066-2071. 70 authors, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =1,380*30/10 =4,14 8. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al.). Mar 2006. 18pp. Published in Phys.Lett.B635:260-269,2006. 66 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =5.301*30*0.1 =15.903 9. Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al.). May 2005. 4pp. Published in J.Phys.G32:S381-S390,2006, 70 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =2.173*30*0.1 =6.519 10. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A-GeV and 2-A-GeV) collisions. By HADES Collaboration (W. Przygoda et al.). 2006. 14pp. Published in Acta Phys.Polon.B37:139-152, 2006. 130 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, V.Tiflov (8 02B>@>2)  =0.807*30*0.1 =2.421 11. NA50 final results on charmonia suppression. By NA50 Collaboration (C. Quintans et al.). 2006. 4pp. Prepared for 5th International Conference on Physics and Astrophysics of Quark Gluon Plasma (ICPAQGP 2005), Salt Lake City, Kolkata, India, 8-12 Feb 2005. Published in J.Phys.Conf.Ser.50:353-356,2006. / LVAL: M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =6*0.1 =0.6 12. HADES@SIS100, AKugler et all, CBM Progress Report 2006, GSI Report 2007-4 (ISSN:0171-4546), GSI1.Darmstadt, 2007, p.25., 702B>@>2 / : M. Golubeva, F. Guber (2 02B>@0).  =8/7=1,143 @5?@8=BK M;5:B@>==K5 1. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281  =4*0.1 =0.4 2. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 119 02B>@>2, (/ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2)  =4*0.1 =0.4 3. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. (NA50 Collaboration) B.Alessandro et al., e-Print: hep-ex/0603049, 66 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =4*0.1 =0.4 4. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. 68 02B>@>2. By NA50 Collaboration (B. Alessandro et al.). e-Print: nucl-ex/0612012 / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =4*0.1 =0.4 5. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon. (NA50 Collaboration) B.Alessandro et al. e-Print: nucl-ex/0612013, 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya 5 02B>@>2)  =4*0.1 =04 6. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. e-Print: nucl-ex/0610048 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =4*0.1=0.4 7. Dielectron production in C-12+C-12 collisions at 2-ALVALGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). e-Print: nucl-ex/0608031 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =4*0.1=0.4 8. Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al.). May 2005. 4pp. e-Print Archive: hep-ex/0505065 70 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =4*0.1 =0.4 @5?@8=BK, 8740==K5 70 @C156>< 1. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 2. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 3. psi-prime production in Pb-Pb collisions at 158-GeV/nucleon. (NA50 Collaboration) B.Alessandro et al.,CERN-PH-EP-2006-019, Dec 2006. 16pp. 70 02B>@>2/  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya(5 02B>@>2)  =4*0.1 =0.4 4. Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-005, Mar 2006. 18pp. 66 02B>@>2, /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya(5 02B>@>2)  =4*0.1 =0.4 5. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV.By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-018, Dec 2006. 21pp. 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =4*0.1 =0.4 KABC?;5=8O =0 A5<8=0@0E: 1. HADES C LVAL ollaboration Meeting XVII, October 25-28, 2006, GSI (Germany)  Au+Au@8AGeV simulation 2. Software NA61 EVO meeting, September 10  Status of PSD geometry in simulations 3. Software NA61 EVO meeting, December 4  Recent results on NA61 PSD development B>3>2K9   = 93,559LVAL`OG">?8;LA:0O 0B0;8O !5@0D8<>2=0 >4 @>645=8O. 23.11.1946 3. 0B0 70I8BK 48AA5@B0F88 1994 3. >;6=>ABL !.=.A. !?8A>: >?C1;8:>20==KE @01>B 70 2006-2007 3.3. A C:070=85< :>;-2> 02B>@>2. 2007 3. 1). psi-prime production in Pb-Pb collisions at 158-GeV/nucleon. B.Alessandro et al., (70 authors, 5 from INR), Eur.Phys.J.C49:559-567,2007.  =3.209*30/10=9.627 2.)  The medium effects for charmonium states production in relativistic nucleus- nucleus collisions , .!.">?8;LA:0O Relativistic Nuclear Physics and Quantum Chromodinamics, Vol.I, p.57, Dubna, 2007.  =8 3) J/psi azimuthal distribution relative to the reaction plane in Pb-Pb collisions at 158 GeV/nucleon. F.Prino et al., (70 authors, 5 from INR) International Journal of Modern Physics E, V.16, Nos.7-8 (2007), p.2066-2071.  =1.308*30/10=3.924 2006 3. 1). Bottomonium and Drell-Yan production in p-A collisions at 450 GeV. B.Alessandro et al., (71 authors, 5 from INR), Physics Letters B635 (2006) 260  =5.301*30/10=15.903. 2). J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV. B.Alessandro et al., (71 authors, 5 from INR), Eur. Phys. J.C.48 (2006)329.  =3.209*30/10=9.627. 3). Charmonia production at the CERN/SPS, G.Borges et al., (71 author, 5 from INR), J. Phys. G32:S381-S390,2006.  =2.173*30/10=6.519. 4). The medium excitation for charmonium production at the CERN SPS, A.B.Kurepin, N.S.Topilskaya, CBM Working Group report, GSI, Feb.2006.  = 8/2=4. 5). NA50 final results on charmonia suppression. !.Quintans et al., (71 author, 5 from INR) , J.Phys.Conf.SLVALer.50:353-356,2006.  =8/10= 0,8 6). Bottomonium and Drell-Yan production in p-A collisions at 450 GeV. B.Alessandro et al., CERN-PH-EP-2006-005;  =4*/10=0.4. hep-ex/0603049  =0,4 7). J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV. B.Alessandro et al., CERN-PH-EP-2006-018;  =4*/10=0.4. nucl-ex/0612012;  =0,4 8). Psi' production in Pb-Pb collisions at 158 GeV/nucleon. B.Alessandro et al., (71 authors, 5 from INR), CERN-PH-EP-2006-019;  =4*/10=0.4. nucl-ex/0612013.  =4*/10=0.4.   ?> ?C1;8:0F8O< = 39,214 6. !?8A>: ?0B5=B>2 70 2006 -2007 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  . 7. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1). .!.">?8;LA:0O- ?;5=0@=K9 4>:;04 (?@83;0H5==K9) >645=85 A>AB>O=89 G0@<>=8O 2 AB>;:=>25=8OE BO65;KE 8>=>2 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, >A:20, "-$, 26-30 =>O1@O 2007 3.   =20 2). .!.">?8;LA:0O  ?;5=0@=K9 4>:;04 (?@83;0H5==K9)  The medium effects for charmonium states production in relativistic nucleus- nucleus collisions , XVIII International Baldin Conference, ISHEPP, Dubna, Russia, September 25-30, 2006.  =30 3). .!.">?8;LA:0O  The medium excitation for charmonium states productions at the CERN experiments , CBM collaboration meeting, GSI, Germany, Darmstadt, 26.02- 3.03.2006. 4). .!.">?8;LA:0O  The transverse momentum dependence of c.LVAL>harmonium states suppression in comparison of p-A, S-U and Pb-Pb data , NA50 Collaboration meeting, CERN, Switzerland 11-12 March 2006. 5). .!.">?8;LA:0O 17>@ ?>A;54=8E M:A?5@8<5=B0;L=KE @57C;LB0B>2 2 AB>;:=>25=8OE BO65;KE 8>=>2 !5<8=0@ ?> @5;OB828ABA:>9 O45@=>9 D878:5, / , 0?@5;L 2006 3. 6). .!.">?8;LA:0O >645=85 G0@<>=8O 2 AB>;:=>25=8OE BO65;KE 8>=>2 2 M:A?5@8<5=B0E & 0, RHIC 8 RA. !5<8=0@ ;01. <57>O45@=KE 2708<>459AB289, / , 12 45:01@O, 2007 3. 8. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 9. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5.  @0<:0E :C@A0 ;5:F89 4;O ABC45=B>2 5;OB828ABA:0O O45@=0O D878:0, 2006-2007 33. (..C@5?8=) :C@A -:A?5@8<5=B NA50 ?> @>645=8N 48<N>==KE ?0@ 2 AB>;:=>25=88 @5;OB828ABA:8E O45@ =0 CA:>@8B5;5 2 & 5   =8 10. @C30O 7=0G8<0O 8=D>@<0F8O. "+   = 116,8LVAL`OG!04>2A:89 ;5:A0=4@ !5@35528G 1974 3>40 @>645=8O, Dr.Rer.Nat Ph.D. 2007 TU-Dresden 2007 3. <;04H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. 5. HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1-A-GeV and 2-A-GeV) collisions. Acta Phys.Polon.B37:139-152,2006. (130 02B>@>2)  =0.807*30*0.1 =2.421 6. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1=6.519 3. Dielectron production in C + C and p + p collisions with HADES.By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 4. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 5. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky  =7.489*30*0.1 =22.467   ?LVAL,> 6C@=0;L=K< ?C1;8:0F8O< =40,8 @5?@8=BK 16. Na61/Shine at the CERN SPS.By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 [nucl-ex] 119 02B>@>2 (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2)  =4*0.1 =0.4 17. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 18. Study of dielectron production in C+C collisions at 1 AGeV. By HADES Collaboration (: G. Agakishiev et al.). Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex] 108 authors, INR- M.Golubeva, F.Guber, A.Ivashkin, K.Lapidus, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky  =4*0.1 =0.4 19. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. e-Print: nucl-ex/0608031  =4*0.1 =0.4 20. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007 e-Print: arXiv:0711.4281 [nucl-ex]  =4*0.1 =0.4 21. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall, (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2) et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp.  =4*0.1 =0.4   ?> ?@5?@8=B0< = 2.4 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 2 20073. : 7. A.Sadovskiy  Studies for LVL1 trigger for dp-reactions HADES collaboration meeting, Cyprus, 29 Oct- 4 Nov 2007   ?> 2KABC?;5=8O< =0 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8  =0 "+   = 43,2LVAL`OG052A:0O ;;0 >A8D>2=0 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 SPIRES-HEP (6C@=0;L=K5 ?C1;8:0F88) G8A;> @01>B 2 1075 (>?C1;8:>20==KE) 21 G8A;> 8E F8B8@>20=89 20 C1;8:0F88 2 2006-2007 3>40E: 1. F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya et al.,  Study of hadron production in hadron nucleus and nucleus nucleus collisions at the CERN SPS. CERN-SPSC-2006-034, CERN-SPSC-P-330, Nov 2006. 90pp. (97 authors)  =4*0,10 =0.4 2. F. Guber, A. Kurepin, A. Ivashkin, A. Maevskaya et al.,  Study of hadron production in collisions of protons and nuclei at the CERN SPS. CERN-SPSC-2006-001, CERN-SPSC-P-329, Jan 2006. 55pp (78 authors)  =4*0.10 =0.4 3. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al. ). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 [nucl-ex]  =4*0.10 =0.4 4. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. e-Print: physics/0612083 ALICE: Physics Performance Report, Volume II , ALICE Collaboration et al 2006 J. Phys. G: Nucl. Part. Phys. 32 1295-2040 doi:10.1088/0954-3899/32/10/001 pp.1514  =2.173*30/10 = 6.519 5. RPC with low-resistive phosphate glass electrodes as a candidate for the CBM TOF. A. Akindinov et al. Dec 2006. 8pp. Published in Nucl. Instrum. Meth. A572: 676-681,2007.  =1.224*30/10 =3,672 6. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. (118 authors) / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2).  = 4/10=0,4 7. A New SPS programme. By NA49-future Collaboration (Marek Gazdzicki et al.). Dec 2006. 19pp. Invited talk at 3rd International Workshop on Critical Point and Onset of Deconfinement, Florence, Italy, 3-6 Jul 2006. Published iLVALn PoS CPOD2006:016, 2006.  = 4/10=0,4 8. Addendum-3 to the proposal P330 Report from the NA61/SHINE pilot run performed in October 2007 SPSC-P-330 CERN-SPSC-2007-033 November 16, 2007 M.Golubeva, F.Guber, A.Ivashkin. A.Kurepin, V.Matveev, A.Maevskaya, A.Sadovsky, K.Shileev  = 4/10=0,4 9. F.Guber, A,Ivashkin, A.Kurepin, A.Maevskaya, V.Kachanov  High resolution Projectile Spectator , CBM progress report 2006, p.48 !1>@=8: GSI 2007.  =8/5=1,6 10. E.P.Akishina, T.P.Akishina, V.V.Ivanov, A.I.Maevskaya and O.Yu.Denisova: Application of the W(k,n) test for detection in the CBM experiment, CBM Progress Report 2006, GSI Report 2007-4 (ISSN:0171-4546), GSI Darmstadt, 2007, p.11.  =8/5=1,6 11. E.P.Akishina, T.P.Akishina, V.V.Ivanov, A.I.Maevskaya and O.A.Afanas'ev: Electron/pion identification in the CBM TRD using a multilayer perceptron, CBM Progress Report 2006, GSI Report 2007-4 (ISSN:0171-4546), GSI Darmstadt, 2007, p.12.  =8/5=1,6 12. A.Maevskaya, V.Ivanov, and C.Hhne: detection via electron-positron decay in CBM, CBM Progress Report 2006, GSI Report 2007-4 (ISSN:0171-4546), GSI Darmstadt, 2007, p.18.  =8/3=2,667 13. A New SPS programme. By NA49-future Collaboration (Marek Gazdzicki et al.). Dec 2006. 19pp. Invited talk at 3rd International Workshop on Critical Point and Onset of Deconfinement, Florence, Italy, 3-6 Jul 2006. e-Print: nucl-ex/0612007  = 4/10=0,4 14. E.P.Akishina, T.P.Akishina, V.V.Ivanov, A.I.Maevskaya and O.Yu.Denisova: Electron/pion identification in the CBM TRD applying a W(k,n) goodness-of-fit criterion, Particles & Nuclei, Letters Volume 5, No. 2(144), 2008, pp. 202-218 15. E.P.Akishina, T.P.Akishina, V.V.Ivanov, A.I.Maevskaya and O.A.Afanas'ev: Electron/pion identification in the CBM TRD applying a multilayer perceptron, JINR Communication, E10-2007-17, JINR, Dubna, 2007, 15 pages.  =8/5=1,6 16. Charmonium detection in the CBM experiment A.Kurepin, E. Karpechev, A.Maevskaya, F.Guber, GSI Darmstadt CBM-PHYS-note-2007-.LVAL>001  =8/5=1,6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1.  Charmonium simulations (e+e- pairs)  CBM collaboration meeting , September 20-22, 2006, Strasbourg, France   =0 2.  Feasibility of J/Psi studies in existing environment , CBM Collaboration meeting, 27.02  01.03.06, Darmstadt, Germany   =0 3.  RawData simulation for T0 detector , ALICE offline week , October 3-7, 2006, CERN, Switzerland   =0 4.  T0 detector software status , ALICE offline week , March 6-10, 2006, CERN, Switzerland   =0 5. A.Maevskaya. J/psi studies by CBM detector . Report of CBM international collaboration meeting, Feb., 2007.   =0 6. A.Maevskaya. Feasibility of J/psi studies by CBM detector with compact RICH . Report of CBM international collaboration meeting, Sep, 2007.   =0 7. A.Maevskaya. Offline status of T0 detector. ALICE-offline week March 2007   =0 8. A.Maevskaya. Offline status of T0 detector. ALICE-offline week July 2007   =0 9. A.Maevskaya. Offline status of T0 detector. ALICE-offline week October 2007   =0 10. A. Maevskaya, T.Malkiewicz, M.Oledzki, A.Bogdanov T.Karvicheva, A.Kurepin  Multiplicity measurement with T0 and V0s . First Physics CERN December 2007   =6 "+   = 29,658LVAL`OG0@028G520 "0BLO=0 L2>2=0 1951 3.@., :0=4840B D87.-<0B. =0C: (1999), A=A !?8A>: >?C1;8:>20==KE @01>B 70 2006-2007 3.3 1 Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. Phys.Lett.B635:260-269,2006. 66 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  = 5,301 * 30 * 0,1 = 15,903 2 HADES experiment: Di-lepton spectroscopy in p + p (2.2-GeV) and C + C (1- A-GeV and 2-A-GeV) collisions. By HADES Collaboration (W. Przygoda et al.). 2006. 14pp. Prepared for 29th Mazurian Lakes Conference on Physics: Nuclear Physics and the Fundamental Processes, Piaski, Poland, 30 Aug - 6 Sep 2005. Published in Acta Phys.Polon.B37:139-152,2006. (130 authors listed)  = 0,807 * 30 * 0,1 = 2,421 3 J/psi and psi' production and their normal nuclear absorption in proton-nucleus collisions at 400 GeV accepted in Euro. Phys. J.C. 68 02B>@>2  = 3,209 * 30 * 0,1 = 9,627 4 Dilepton production in C+C and P+P collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2  = 1,472 * 30 * 0,1 = 4,416 5 7<5@5=85 2@5<5=8 687=8 ?0@0?>78B@>=8O 2 20:CC<5 , C1=0 ...:8<>2 8 4@. 8AL<0 2 -'/  = 0,505 * 60 * 0,1 = 3,030 6 ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028G520, ..>=4@0BL520,..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz,.. 5H5B8=, ..(CAB5@<0=, W.N.Trzaska.  AA;54>20=85 0<?;8BC4=KE 8 2@5<5==KE E0@0:B5@8AB8: $-#-187 A A5BG0BK<8 48=>40<8 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, 4.  = 0,226 * 60 * 0,1 = 1,356 7 ..@83>@L52, $.$.C15@, ..0?;8=, ..0@0:0H, "..0@028LVALG520, ..>=4@0BL520, ..C@5?8=, ..>38=>2, ..O?8=, ..C:LO=>2, T.Malkiewicz, .. 5H5B8=, ..)CAB5@<0=, W.N.Trzaska  >=AB@C:F8O AB0@B>2>3> B@8335@=>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE, LHC, CERN !1>@=8: B@C4>2 0CG=>9 A5AA88 $, IV :>=D5@5=F8O =0CG=>->1@07>20B5;L=>3> F5=B@0 CRDF, >A:20, $, 2006, AB@.10-11.  = 6 * 1 * 0,1 = 0,600 8 Study of energy dependence of pion production by proton on copper target near 350 MEV E.V.Karpechev, A.B.Kurepin, T.L.Karavicheva , 15 02B>@>2 2007, B.71, !1 (AB@.1-8)  = 0,914 * 60 * 0,1 = 5,484 9 V.A. Grigorev et al. 2006. 6pp. Published in Instrum.Exp.Tech.49:679-683,2006, Prib.Tekh.Eksp.49:93-98,2006.  = 0,226 * 60 * 0,1 = 1,356 10 NA50 final results on charmonia suppression. By NA50 Collaboration (C. Quintans et al.). 2006. 4pp. Prepared for 5th International Conference on Physics and Astrophysics of Quark Gluon Plasma (ICPAQGP 2005), Salt Lake City, Kolkata, India, 8-12 Feb 2005. Published in J.Phys.Conf.Ser.50:353-356,2006,  = 8 * 1 * 0,1 = 0,800 11 psi-prime production in Pb-Pb collisions at 158-GeV/nucleon. By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-019, Dec 2006. 16pp. Published in Eur.Phys.J.C49:559-567,2007, 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  = 3,209 * 30 * 0,1 = 9,627 12 Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin  = 1,659 * 30 * 0,1 = 4,977 13 Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et alLVAL .(70 02B.)). Published in J.Phys.G32:S381-S390,2006  = 2,173 * 30 * 0,1 = 6,519 14 Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 2,173 * 30 * 0,1 = 6,519 15 Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 129, 02B>@>2  = 7,489 * 30 * 0,1 = 22,467 16 J/psi azimuthal distribution relative to the reaction plane in Pb-Pb collisions at 158 GeV/nucleon. International Journal of Modern Physics E, V.16, Nos.7-8 (2007), p.2066-2071. 70 authors  = 1,38 * 30 * 0,1 = 4,140 17 An improved Shashlyk Calorimeter G.S.Atoyan ..12 02B>@>2 Nucl.Instrum.Meth.A584:291-303,2008  = 1,224 * 30 * 0 = 0 @5?@8=BK M;5:B@>==K5 1 Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. NA50 Collaboration) B.Alessandro et al., CERN-PH-EP-2006-005. 71 02B>@  = 4 * 1 * 0,1 = 0,400 2 7<5@5@85 2@5<5=8 687=8 ?0@0?>78B@>=8O 2 20:CC<5 , C1=0 13-2006-94, ...:8<>2 8 4@. 15 02B>@>2  = 4 * 1 * 0,1 = 0,400 3 By NA50 Collaboration (B. Alessandro, & .F.Guber et al.). CERN-PH-EP-2006-018, Dec 2006. 21pp. e-Print: nucl-ex/0612012  = 4 * 1 * 0,1 = 0,400 4 psi-prime production in Pb-Pb collisions at 158-GeV/nucleon By NA50 Collaboration (B. Alessandro, & F.Guber et al.). CERN-PH-EP-2006-019, Dec 2006. 16pp  = 4 * 1 * 0,1 = 0,400 5 Psi' production in Pb-Pb collisions at 158 GeV/nucleon (NA50 Collaboration) B.Alessandro et al. CERN-PH-EP-2006-019. 71 02B>@  = 4 * 1 * 0,1 = 0,400 6 Study of dielectron production in C+C collisions at 1 AGeV. By HADES CoLVALllaboration (: G. Agakishiev et al.). Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex] 108 authors  = 4 * 1 * 0,1 = 0,400 7 Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. e-Print: nucl-ex/0608031  = 4 * 1 * 0,1 = 0,400 8 Dilepton production in pp and CC collisions with HADES By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. e-Print: nucl-ex/0610048 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  = 4 * 1 * 0,1 = 0,400 9 Charmonia production at the CERN/SPS. By NA50 Collaboration (G. Borges et al.). May 2005. 4pp. e-Print Archive: hep-ex/0505065 70 02B>@>2, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  = 4 * 1 * 0,1 = 0,400 10 7<5@5=85 2@5<5=8 687=8 ?0@0?>78B@>=8O 2 20:CC<5 , C1=0 13-2006-94, ...:8<>2 8 4@. 15 02B>@>2  = 4 * 1 * 0,1 = 0,400 @5?@8=BK, 8740==K5 70 @C156>< 1 .. 5H5B8=, ..C@5?8= 8 4@., @5?@8=B CERN  Results of the test of the Threshold Aerogel Cherenkov Detector at CERN PS T10 test beam channel (ALICE-INT-2006-008, EDMS ! 759561). 13 02B>@>2  = 4 * 1 * 0,1 = 0,400 2 psi-prime production in Pb-Pb collisions at 158-GeV/nucleon. (NA50 Collaboration) B.Alessandro et al.,CERN-PH-EP-2006-019, Dec 2006. 16pp. 70 02B>@>2/  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  = 4 * 1 * 0,1 = 0,400 3 Bottomonium and Drell-Yan production in p-A collisions at 450- GeV. By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-005, Mar 2006. 18pp. 66 02B>@>2, /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  = 4 * 1 * 0,1 = 0LVAL,400 4 J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV.By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-018, Dec 2006. 21pp. 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2  = 4 * 1 * 0,1 = 0,400 1 ALICE week : T0 DCS Status 2 Monday 13 March 2006 T0 DCS Status - 3 Tuesday 20 June 2006 Finite State Machine implementation for the T0 detector 4 Tuesday 20 June 2006 5 Daq & readout for t0 6 T0 Detector commissioning progress - DCS workshop 3 July 2007 7 ALICE T0 DCS  STATUS - DCS workshop 2 October 2007,CERN 8 T0 Hardware status  ALICE week 1 October 2007 ,CERN Luminosity from "0 ALICE week 1 October 2007, CERN 1 LHC referee meeting: T0 status report   (+  = 30,000 2 Production readiness Review meeting: Status of Alice T0  = 6,000 System run coordinator 3 meeting, 28 November 2007,|CERN T0-detector for December cosmic run 4 First Physics meeting (14-Dec-07) Multiplicity measurements with T0  = 6,000 5 MPD experiment meeting (Dubna 8-11-07)  Start Detector for Trigger and Time-of-Flight Systems for the MPD experiment  Dubna 8-11-07 8?;><=8:8 : $5I5=:> ..  LVAL  $" (2006) 10,000 C@5?8= ..  $ (2006) 10,000 A?8@0=BK 8 A>8A:0B5;8: 30,00 >@;KG52 .  / (2006) 30,00 =>H:> .!. (A>8A:0B5;L) (2007) 30,00 $5I5=:> ..  / (2007) 30,00 C@5?8= ..  /(2007) "+   286,842LVAL >78: ;5:A0=4@ @:04L528G ;01>@0=B & C1;8:0F88 8 4>:;04K 2006 - 2007 3.3. 1. .. >78: "-:A?5@8<5=BK ?> ?@O<><C 87<5@5=8N <0AAK =59B@8=> 8 M:A?5@8<5=B ""@>8F: =N-<0AA". !54L<0O 0:A0=A:0O >;>456=>9 (:>;5 -:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8" 2006 3. 0B5@80;K MB>9 H:>;K 2KH;8 >B45;L=K< A1>@=8:><: " #+ !, !!  (+ -! ",  " "'! $ ( -"$ &#8211; 2006" # 530.1(06)+539.1(06)+524.1(06)  22.3+22.38+22.382 ISBN 978-5-72620749-0 $, 2007 3.  = 4*1,5=6 2. . . 5;5A52 8 4@. (2A53> 14). AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> "@>8F: =N-<0AA , @5?@8=B /  ! /-1174/2006, >A:20, 2006 3., 24 AB@.  = 4*0,1=0,4 3. @83;0H5==K9 4>:;04  Troitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany   =30*0.1=3 B>3>2K9  = 9,40@?5G52 235=89 ;048<8@>28G 0B0 @>645=8O: 15.03.1979 #G5=>5 720=85: 1/7 #G5=0O AB5?5=L: 1/A >;6=>ABL: <.=.A. !?8A>: ?>;=KE AAK;>:: 5F5=78@C5<K5 @>AA89A:85 6C@=0;K: 1. Study of energy dependence of pion production by protons on copper target near 350 MeV. E.V.Karpechev et al. 2007. 8pp. (15 authors) C@=0; /45@=0O $878:0, B.71, !1 (AB@.1-8)   = 0.914*60/10 = 5.684 -;5:B@>==K5 ?@5?@8=BK: 2. Charmonium Detection in the CBM Experiment A.B. Kurepin, E.V. Karpechev, A.I. Maevskaya, F.F. Guber, V. Friese (5 authors) CBM-PHYS-note-2007-001 URL: https://www.gsi.de/documents/DOC-2007-Dec-71.html   = 4/5 = 0.8 B>3>2K9:   = 5.684 + 0.8 = 6.484LVAL`OG0;0H52 ;53 235=L528G 40B0 @>64. 4 O=2 1976, :0=4840B D87-<0B =0C:, =0CG=K9 A>B@C4=8: 0AG5B   70 2006-200733: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Composition of UHECR and the Pierre Auger Observatory Spectrum. Katsushi Arisaka, Graciela B. Gelmini, Matthew Healy , Oleg Kalashev, Joong Lee, Sep 2007 Journal of Cosmology and Astroparticle Physics 0712:002,2007  =6.739*30/5=40.434 GZK Photons Above 10-EeV. Graciela B Gelmini , Oleg Kalashev , Dmitry V. Semikoz Journal of Cosmology and Astroparticle Physics 0711:002,2007.  =6.739*30/3=67.39 GZK Photons in the Minimal Ultrahigh Energy Cosmic Rays Model. Graciela B Gelmini , Oleg Kalashev , Dmitry V. Semikoz Astropart.Phys.28:390-396,2007.  =4.047*30/3=40.47 Anisotropy studies around the Galactic Centre at EeV energies with the Auger Observatory. 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(B5@= "Gamma-ray emission og blazars as a supercritical process". >:;04 =0 :>=D5@5=F88 "High energy phenomena in relativistic outflows", C1;8=, A5=BO1@L, 2007  =30 (?@83;0H5==K9 4>:;04)   ?> :>=D5@5=F8O< =66 "+   = 346.96 LVAL1. $ ;L8=>2 ;5:A0=4@ !5@35528G, 1944 3.@. >:B>@ D87-<0B =0C:,2=A 2. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. ..C9:>2, .!.;L8=>2. !8AB5<0B8:0 2KA>:>A?8=>2KE 87><5@=KE >B=>H5=89 2 @50:F8OE A ?@>B>=0<8 A@54=8E M=5@389. /45@=0O D878:0, 2006, !4, B.69, A. 766-768. B.L.Zhuikov, A.S.Iljinov. Systematics of high-spin isomers produced in nuclear reactions with intermediate-energy protons. Physics of Atomic Nuclei, 2006, No.4, p. 739-742.  =0.914*45/2=20.565 2. S.G. Lebedev, S.V. Akulinichev, A.S. Iljinov and V.E.Yants. A gaseous radiochemical method. Nucl. Instr.& Met. A v.561 (2006)  = 1,224*30/4=9.18 B>3>2K9  = 29.745 8722 ;L8=>2 ;5:A0=4@ !5@35528G, 1944 3.@. 4>:B>@ D87-<0B =0C:,2=A 3. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. ..C9:>2, .!.;L8=>2. !8AB5<0B8:0 2KA>:>A?8=>2KE 87><5@=KE >B=>H5=89 2 @50:F8OE A ?@>B>=0<8 A@54=8E M=5@389. /45@=0O D878:0, 2006, !4, B.69, A. 766-768. B.L.Zhuikov, A.S.Iljinov. Systematics of high-spin isomers produced in nuclear reactions with intermediate-energy protons. Physics of Atomic Nuclei, 2006, No.4, p. 739-742.  =0.914*60/2=27.42 2. S.G. Lebedev, S.V. Akulinichev, A.S. Iljinov and V.E.Yants. A gaseous radiochemical method. Nucl. Instr.& Met. A v.561 (2006)  = 1,224*30/4=9.18 B>3>2K9  = 36,6RLVAL d(C=45@N: =4@59 8@>A;02>28G >4 @>645=8O. 1981 0B0 70I8BK 48AA5@B0F88 - =5B >;6=>ABL - <;04H89 =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. ..>?5;8>28G, ..(C=45@N:, ..0BCH:>. 0AI5?;5=8O <0AA O45@=KE 87>B>?>2 2 :8@0;L=>< A>;8B>==>< ?>4E>45. /$ 69, 124-137 (2006); Phys.Atom.Nucl. 69, 120-132 (2006) - 3 02B>@0  =0.914*60/3=18,28 V.B.Kopeliovich, A.M.Shunderuk. Baryon spectrum in large NA chiral soliton and in quark models. Phys.Rev. D73, 094018 (2006) - 2 02B>@0  =4.852*30/2=72,78 V.B.Kopeliovich, A.M.Shunderuk. Strange and heavy flavoured hypernuclei in chiral soliton models. Eur.Phys.J. A33, 277-281 (2007) - 2 02B>@0   =1.659*30/2 = 24,88   70 ?C1;8:0F88: 114 !?8A>: ?0B5=B>2 70 2006 -2007 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  .  =5B !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 - 2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. A.M.Shunderuk. Pentaquarks as chiral solitons and as multiquark states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roitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany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b A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=>  "@>8F: =N-<0AA . . 5;5A52, . . 5@0A:8=, . . C9:>2, !. . 04>@>6=K9, . . 070G5=:>, . . >E0=N:, . . 8E>284, . . >10H52, . . >78:, . . 0@D5=>2, . . !:0AK@A:0O, . . !C40G:>2, . . "8B>2, . . #A0=>2 /$ 2K945B 2 A25B 2 =><5@5 3(B>< 71) 2008 3.   1. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. @83;0H5==K9 4>:;04  Troitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany   =30*0.1=3 B>3>2K9   =3,4LVAL`OG04>@>6=K9 !5@359 8:B>@>28G 1970 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. "5<0 48AA5@B0F88 >8A: <0AAK =59B@8=> 2 15B0-@0A?045 B@8B8O. !8AB5<0 A1>@0 40==KE 8 ?5@28G=0O >1@01>B:0 @57C;LB0B>2, A?5F80;L=>ABL 01.04.01  ?@81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0I8B0 ?@>E>48;0 2 48AA5@B0F8>==>< A>25B5 / 2 2004 3>4C. 0CG=K9 A>B@C4=8: (A 2005 3.) 01>@0B>@88 <57>==>9 D878:8, B45;0 M:A?5@8<5=B0;L=>9 D878:8. C1;8:0F88 2 2006-2007 3>40E.  @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: S. Wstling, T. Armbrust, M. Steidl, S. Zadorozhny (total 4)  A large, 64-pixel PIN-diode detector for low-energy beta-electrons . Nuclear Instruments and Methods in Physics Research Section A, Volume 568, Issue 1, 30 November 2006, Pages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roitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany   =30*0.1=3 B>3>2K9   =1LVAL3,151LVAL`OG!:0AK@A:0O 9=> >=AB0=B8=>2=0 1951 3. @., =A !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. @5?@8=B / 1174/2006, =>O1@L 2006."AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> ""@>8F: =N-<0AA" " .. 5;5A52, .. 5@0A:8=, .. >;C152, .. C9:>2, !.. 04>@>6=K9, .. 20=>2, .. 070G5=:>, .. >E0=N:, .. 8E>284, .. >10H52, .. >78:, .. 0@DQ=>2, .. !:0AK@A:0O, .. "8B>2, .. #A0=>2.   4/10= 0,4 2. AA;54>20=85 MDD5:B>2 >1J5<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O b A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=>  "@>8F: =N-<0AA . . 5;5A52, . . 5@0A:8=, . . C9:>2, !. . 04>@>6=K9, . . 070G5=:>, . . >E0=N:, . . 8E>284, . . >10H52, . . >78:, . . 0@D5=>2, . . !:0AK@A:0O, . . !C40G:>2, . . "8B>2, . . #A0=>2 /$ 2K945B 2 A25B 2 =><5@5 3(B>< 71) 2008 3.   2. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 2. >:;04 =0 % <564C=0@>4=>< @01>G5< A>25I0=88 "  (2006 3.) !:0AK@A:0O .. Calculation and Optimization of new Troitsk Spectrometer, Parameters and Fields.  =0 3. >:;04 =0 13 <564C=0@>4=>< A>25I0=88 "  (2007). !:0AK@A:0O .. Detailed resolution calculations of old Troitsk spectrometer  =0 4. V. Paramonov, A.K. Skasyrskaya, INR, K. Floettmann, F. Stephan, DESY. PULSED RF HEATING PARTICULARITIES IN NORMAL-CONDUCTING L-BAND CAVITIES. Proc. of International Linac Conference, Linac 2006, #AB=K9 A5:F8>==K9 4>:;04.  =6/4=1,5 5. 7 02B>@>2, V.V. Paramonov, First high-power ACS modul for J-PARC linac. Proc. 2006 Linac Conference, >:A28;;, !(, 2006. Proc. 2006 Linac Conference, >:A28;;, !(, 2006.  =0,857 6. 6 02B>@>2. V.V. Paramonov, S.Korepanov et al., Design consideration of the RF deflector to optimize the photo injector for PITZ. Proc. of 26 International Free Electron Lasers, FEL2006, Conferen LVAL ce, 5@;8=, 5@<0=8O, p. 605  =6/6=1 7. @83;0H5==K9 4>:;04  Troitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany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roitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik*, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G. Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany   =30*0.1=3 2. #AB=K9 4>:;04 The KATRIN sensitivity to the neutrino mass and to right-handed currents in beta decay (5 02B>@>2) Neutrino 2006 XXII International Conference on Neutrino Physics and Astrophysics June 13  19, 2006 Santa Fe, New Mexico USA   = 6/5= 1.2 3. Energy calibration and monitoring of the KATRIN Experiment Authors: T. Thuemmler, M. Beck, J. Bonn, B. Hillen, H.-W. Ortjohann, B. Ostrick, E.W. Otten, M. Prall, N. Titov, C. Weinheimer. Neutrino 2006 XXII International Conference on Neutrino Physics and Astrophysics June 13  19, 2006 Santa Fe, New Mexico USA  = 6/10=0.6 4. To the neutrino mass and to right-handed currents in tritium beta decay D. Sevilla-Sanchez, J. Bonn, K. Eitel, F. Glueck, N. Titov The 2nd Symposium On Neutrinos and Dark Matter in Nuclear Physics Paris, September 3-9, 2006  = 6/5=1.2 "+   =6,4LVAL #A0=>2 ;048<8@ @83>@L528G =A !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. @5?@8=B / 1174/2006, =>O1@L 2006."AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> ""@>8F: =N-<0AA" " .. 5;5A52, .. 5@0A:8=, .. >;C152, .. C9:>2, !.. 04>@>6=K9, .. 20=>2, .. 070G5=:>, .. >E0=N:, .. 8E>284, .. >10H52, .. >78:, .. 0@DQ=>2, .. !:0AK@A:0O, .. "8B>2, .. #A0=>2.   4/10= 0,4 2. AA;54>20=85 MDD5:B>2 >1J5<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O b A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=>  "@>8F: =N-<0AA . . 5;5A52, . . 5@0A:8=, . . C9:>2, !. . 04>@>6=K9, . . 070G5=:>, . . >E0=N:, . . 8E>284, . . >10H52, . . >78:, . . 0@D5=>2, . . !:0AK@A:0O, . . !C40G:>2, . . "8B>2, . . #A0=>2 /$ 2K945B 2 A25B 2 =><5@5 3(B>< 71) 2008 3.   !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. @83;0H5==K9 4>:;04  Troitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany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b A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=>  "@>8F: =N-<0AA . . 5;5A52, . . 5@0A:8=, . . C9:>2, !. . 04>@>6=K9, . . 070G5=:>, . . >E0=N:, . . 8E>284, . . >10H52, . . >78:, . . 0@D5=>2, . . !:0AK@A:0O, . . !C40G:>2, . . "8B>2, . . #A0=>2 /$ 2K945B 2 A25B 2 =><5@5 3(B>< 71) 2008 3.   5. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 8. @83;0H5==K9 4>:;04  Troitsk -mass status A.I.Belesev, E.V.Geraskin, A.A.Golubev, O.V.Ivanov, O.V.Kazachenko, N.A.Lichovid, V.M.Lobashev, A.A.Nozik, V.V.Parfenov, A.K.Skasyrskaya, N.A.Titov, V.G.Usanov, S.V. Zadorozhny 10-12 July 2006, Physikzentrum Bad Honnef, Bad Honnef, Germany   =30*0.1=3 B>3>2K9   =3,4LVAL`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xcitation of high spin nuclear isomeric states by intermediate energy protons on the MMF INR RAS. . O.N. Libanova, O.P.Proskuriakov, Yu.V. Ryabov Journal of Physics G, v.33,5,033005,2007  =2,173*30/3=21,73 >:;04K =0 :>=D5@5=F8OE 4. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 ;>2CH:8 ?@>B>==>3> ?CG:0 $ / . 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erezin, A. Smirnov Gravitation and Cosmology No. 1 (49) March 2007 pp. 43-45,  =6 >:;04K: XVIII-th Petrov Scool Recent Problems in Physics V.A. Brerezin,  G5@=KE 4K@0E 8 70<0A:8@>20==KE G5@=KE 4K@0E,  =6 B>3>:  =120BCH:> 8:B>@ 5>=84>28G 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. @5?@8=B / 1186/2007, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 9 02B>@>2   = 4/9= 0,444 2. Measurement of Neutron Background at the Pyhasalmi mine for CUPP Project, Finland J. N. Abdurashitov, V. N. Gavrin, V. L. Matushko, et al. nucl-ex/0607024  = 4/7 =0,571 3. J.N. Abdurashitov, V.N. Gavrin, V.L. Matushko et al. Development of a Segment Fast Neutron Spectrometer. /45@=0O D878:0, B. 70, ! 1, 139-145.  =0,914*60/8=6,855 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. 1. J.N.Abdurashitov,...V.L. Matushko et al.  Segmented Fast Spectrometer Particle and Cosmology   = 0,6 2. ..14C@0H8B>2, ..5@5BQ=:8=, ..02@8=, ..0BCH:>, ..(8E8=, .-./=F !?5:B@><5B@ 1KAB@KE =59B@>=>2 2KA>:>3> @07@5H5=8O. >7<>6=>AB8 ?@O<>3> 87<5@5=8O A?5:B@0 8 ?;>B=>AB8 ?>B>:0 1KAB@KE =59B@>=>2 =0 =59B@>==>< :><?;5:A5 $, N 2006.>A:20 2006 3.  =4/6=0,667 3. !.. :C;8=8G52, !.. 0:;0=>2, ... 02@8;>2, .. 0BCH:>, .. !:>@:8=. >7<>6=>ABL =0@01>B:8 -" @048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / . %% International Workshop on charge particle accelerator. A5=BO1@L 9-15 2007 3. ;CHB0, #:@08=0.  =4/5=0,8 B>3>2K9 ;8G=K9   =10,54 0AG5B   8.>. 702. A5:B>@>< = 10,54*0,5 + 191,95/3*0,75=53,257LVAL`OG0=BC52 ;048A;02 !5@35528G 1. >4 @>645=8O. 1954 3. 2. 0B0 70I8BK 48AA5@B0F88. $52@0;L 1994. 3. >;6=>ABL. 0CG=K9 A>B@C4=8:. 4. !?8A>: >?C1;8:>20==KE @01>B 70 2005 -2006 3.3. A C:070=85< :>;-2> 02B>@>2. 1. Jet absorption and corona effect at RHIC. Extracting collision geometry from experimental data. 11 45:01@O 2006. 5 AB@. ?C1;8:>20=> 2 8AL<0 2 -"$, B>< 85, 2007, AB@. 114. 2B>@ >48=.  =1.099*45=49.455 2. Measurement of direct photon production in p + p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Sep 2006. 6pp. Published in Phys.Rev.Lett.98:012002,2007. 2B>@>2 320.  =7.489*30*0.1=22.467 3. Improved measurement of double helicity asymmetry in inclusive midrapidity pi0 production for polarized p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Feb 2006. 4pp. Published in Phys.Rev.D73:091102,2006. 2B>@>2 320.  =.4.852*30*0.1=14.556 4. Azimuthal angle correlations for rapidity separated hadron pairs in d + Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Mar 2006. 6pp. Published in Phys.Rev.Lett.96:222301,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 5. Nuclear modification of electron spectra and implications for heavy quark energy loss in Au+Au collisions at s(NN)**(1/2) - 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Oct 2005. 6pp. Published in Phys.Rev.Lett.96:032301,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 6. Common suppression pattern of eta and pi0 mesons at high transverse momentum in Au+Au collisions at S(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Jan 2006. 6pp. Published in Phys.Rev.Lett.96:202301,2006. 2B>@>2 320.  =7.489*30*0.1=22.467 7. Measurement of identified pi0 and inclusive photon v(2) and implication to the direct photon production in s(NN)**1/2 = 200-GeV Au+Au collisions. By PHENIX Collaboration (S.S. Adler et al.). Aug 2005. 6pp. Published in Phys.Rev.Lett.96:032302,2006. 2B>LVAL@>2 320.  =7.489*30*0.1=22.467 8. Jet structure from dihadron correlations in d+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Oct 2005. 30pp. Published in Phys.Rev.C73:054903,2006. 2B>@>2 320  =3.61*30*0.1=10.83 9. J/psi production and nuclear effects for d+Au and p+p collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Jul 2005. 6pp. Published in Phys.Rev.Lett.96:012304,2006. 2B>@>2 320  =7.489*30*0.1=22.467 10. Single electrons from heavy flavor decays in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Aug 2005. 6pp. Published in Phys.Rev.Lett.96:032001, 2006. 2B>@>2 320  =7.489*30*0.1=22.467 11. Modifications to di-jet hadron pair correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Jul 2005. 6pp. Published in Phys.Rev.Lett.97:052301,2006. 2B>@>2 320  =7.489*30*0.1=22.467 12. Nuclear effects on hadron production in d+Au and p+p collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Mar 2006. 13pp. Published in Phys.Rev.C74:024904,2006. 2B>@>2 320  =3.61*30*0.1=10.83 13. Jet properties from dihadron correlations in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). May 2006. 25pp. Published in Phys.Rev.D74:072002, 2006. 2B>@>2 320  =4.852*30*0.1=14.556 14. Heavy Ion Collisions at the LHC - Last Call for Predictions. S. Abreu et al. Nov 2007. 185pp. Temporary entry e-Print: arXiv:0711.0974 [hep-ph]  =0,4 15. PHENIX measurements of reaction plane dependence of high-p(T) photons and pions. By PHENIX Collaboration (V.S. Pantuev for the collaboration). 2007. Published in J.Phys.G34:S805-S808,2007  =2.173*30*0.1=6,519 16. 'Jet-Ridge' effect in heavy ion collisions as a back splash from stopped parton. V.S. Pantuev . Oct 2007. 4pp. e-Print: arXiv:0710.1882 [hep-ph]  =0,4 17. Centrality dependence of charged hadron LVALproduction in deuteron + gold and nucleon + gold collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Aug 2007. 15pp. Submitted to Phys.Rev.Lett. e-Print: arXiv:0708.2416 [nucl-ex]  =0,4 18. Enhancement of the dielectron continuum in s(NN)**(1/2) = 200-geV Au+Au collisions. By PHENIX Collaboration (S. Afanasiev et al.). Jun 2007. 7pp. Submitted to Phys.Rev.Lett. e-Print: arXiv:0706.3034 [nucl-ex]  =0,4 19. Transverse momentum and centrality dependence of dihadron correlations in Au+Au collisions at s(NN) = 200-GeV: Jet-quenching and the response of partonic matter. By PHENIX Collaboration (A. Adare et al.). May 2007. 6pp. Published in Phys.Rev.C77:011901, 2008. e-Print: arXiv:0705.3238 [nucl-ex]  =0,4 20. Inclusive cross-section and double helicity asymmetry for pi0 production in p + p collisions at s**(1/2) = 200-GeV: Implications for the polarized gluon distribution in the proton. By PHENIX Collaboration (A. Adare et al.). Apr 2007. 7pp. Published in Phys.Rev.D76:051106,2007. e-Print: arXiv:0704.3599 [hep-ex]  =4.852*30*0.1=14.556 21. Measurement of density correlations in pseudorapidity via charged particle multiplicity fluctuations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). Apr 2007. 32pp. Published in Phys.Rev.C76:034903,2007. e-Print: arXiv:0704.2894 [nucl-ex]  =3.61*30*0.1=10.83 22. Elliptic flow for phi mesons and (anti)deuterons in Au + Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S. Afanasiev et al.). Mar 2007. 6pp. Published in Phys.Rev.Lett.99:052301,2007. e-Print: nucl-ex/0703024  =7.489*30*0.1=22.467 23. Production of omega mesons at Large Transverse Momenta in p + p and d + Au Collisions at s**(1/2)(NN) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). Nov 2006. 6pp. Published in Phys.Rev.C75:051902,2007.  =3.61*30*0.1=10.83 e-Print: nucl-ex/0611031 24. J/psi Production vs Centrality, Transverse MomentuLVALm, and Rapidity in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:232301,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0611020 25. System Size and Energy Dependence of Jet-Induced Hadron Pair Correlation Shapes in Cu+Cu and Au+Au Collisions at s(NN)**(1/2) = 200 and 62.4-GeV. By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:232302,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0611019 26. Energy Loss and Flow of Heavy Quarks in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:172301,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0611018 27. Correlated Production of p and anti-p in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Nov 2006. 12pp. Published in Phys.Lett.B649:359-369,2007.  =5.301*30*0.1=15.903 e-Print: nucl-ex/0611016 28. J / psi production versus transverse momentum and rapidity in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Nov 2006. 6pp. Published in Phys.Rev.Lett.98:232002,2007.  =7.489*30*0.1=22.467 e-Print: hep-ex/0611020 29. A Detailed Study of High-p(T) Neutral Pion Suppression and Azimuthal Anisotropy in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). Nov 2006. 23pp. Published in Phys.Rev.C76:034904,2007.  =3.61*30*0.1=10.83 e-Print: nucl-ex/0611007 30. High transverse momentum eta meson production in p+p, d+Au and Au+Au collisions at S(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). Nov 2006. 38pp. Published in Phys.Rev.C75:024909,2007.  =3.61*30*0.1=10.83 e-Print: nucl-ex/0611006 31. Centrality dependence of pi0 and eta production at large transverse momentum in s(NN)**(1/2) = 200-GeV d+Au collisions. By PHENIX Collaboration (Stephen Scott Adler et al.). Oct 2006. 6LVALpp. Published in Phys.Rev.Lett.98:172302,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0610036 32. Measurement of Single Muons at Forward Rapidity in p+p Collisions at s**(1/2) = 200-GeV and Implications for Charm Production. By PHENIX Collaboration (Stephen Scott Adler et al.). Sep 2006. 25pp. Published in Phys.Rev.D76:092002,2007.  =4.852*30*0.1=14.556 e-Print: hep-ex/0609032 33. Measurement of high-p(T) single electrons from heavy-flavor decays in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Sep 2006. 6pp. Published in Phys.Rev.Lett.97:252002,2006. e-Print: hep-ex/0609010  =7.489*30*0.1=22.467 34. Scaling properties of azimuthal anisotropy in Au+Au and Cu+Cu collisions at s(NN) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Aug 2006. 6pp. Published in Phys.Rev.Lett.98:162301,2007. e-Print: nucl-ex/0608033  =7.489*30*0.1=22.467 35. Evidence for a long-range component in the pion emission source in Au + Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). May 2006. 6pp. Published in Phys.Rev.Lett.98:132301,2007. e-Print: nucl-ex/0605032  =7.489*30*0.1=22.467   ?> ?C1;8:0F8O< = 579,02 5. !?8A>: ?0B5=B>2 70 2005 -2006 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  . 6. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2005 -2006 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. Evidence of finite sQGP formation time at RHIC. Proc. 22nd Winter Workshop on Nuclear Dynamics (2006) p. 39. March 11-18, 2006, La Jolla, California, USA 2. PHENIX measurements of reaction plane dependence of high pt photons and pions. Quark Matter 2006, November 2006, Shanghai, China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hernov, V.I. Dokuchaev /  Vacuum shell in the Schwarzschild-de Sitter world //arXiv:0709.0616v1 [gr-qc], 2007,  =4/2=2 A?8@0=B (2 / ?> A>2<5AB8B5;LAB2C): :>MDD8F85=B 1.5 B>3>:  =68.07@0AG5B ?@=4 70 2006-2007 33 4;O ?82>20@>20 3.1. 1. 4>:;04 =0 40-9 <564C=0@>4=>9 78<=59 H:>;5 ?8OD 2:;04 2 ?@=4 = 6 2. 4>:;04 =0 41-9 <564C=0@>4=>9 78<=59 H:>;5 ?8OD 2:;04 2 ?@=4 = 6 3. ?@5?@8=B On Naturalness of Scalar Fields and Standard Model. Grigorii B. Pivovarov (Moscow, INR) , Victor T. Kim (St. Petersburg, INP) . CERN-PH-TH-2007-250, Dec 2007. 3pp. e-Print: arXiv:0712.0402 [hep-ph] 2:;04 2 ?@=4 = 2 8B>3> ?@=4 = 14. =87:89 ?@=4 >1JOA=O5BAO B5<, GB> 7=0G8B5;L=>5 2@5<O 1K;> 70B@0G5=> =0 A>740=85 A5@28A0 http//xstructure.inr.ac.ru, :>B>@K9 =5 >F5=8205BAO ACI5AB2CNI8<8 ?@028;0<8 @0AG5B0 ?@=4. A C2065=85<, 3.1. ?82>20@>2LVAL`OGC9:>2 >@8A 5>=84>28G 3. >4 @>645=8O. 1952 4. 0B0 70I8BK 48AA5@B0F88 0=4. E8<. =0C: 1982 5. >;6=>ABL 0254CNI89 ;01>@0B>@859 6. !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 4.1. ..C9:>2, .!.;L8=>2. !8AB5<0B8:0 2KA>:>A?8=>2KE 87><5@=KE >B=>H5=89 2 @50:F8OE A ?@>B>=0<8 A@54=8E M=5@389. /45@=0O D878:0, 2006, !4, B.69, A. 766-768. B.L.Zhuikov, A.S.Iljinov. Systematics of high-spin isomers produced in nuclear reactions with intermediate-energy protons. Physics of Atomic Nuclei, 2006, No.4, p. 739-742.  =0.914*60/2=27.42 4.2. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. J. Labeled Compounds and Pharmaceuticals, 2007, v.50, ! 5-6, pp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huikov, S.Srivastava, S.Ermolaev, N.A.Konyakhin, V.M.Kokhanuyk,S.V.Khamyanov, N.R.Togaeva. A method for production of no-carrier-added radiotin and a target for its realization. Application No. 11/962,851, filed 21.12.07 7 02B>@>2, 3  /   =20/7=2,857   ?> ?0B5=B0<: 20,19 8. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. 9th Int. Symposium on the Synthesis and Application of Isotopes and Isotopically Labelled Compounds, Edinburgh, UK, 16-20 July, 2006. Abstracts, P-30, p. 124. Submitted to: J. Labbeled Compounds and Pharmaceuticals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huikov , E.J. Peterson , S.C. Srivastava. Joint developments and production of accelerator radioisotopes: 0 successful international project. XVIII 5=45;552A:89 AJ574 ?> >1I59 8 ?@8:;04=>9 E8<88. >A:20, 23-28 A5=. 2007. "578AK 4>:;04>2. ".5. =AB8BCB D878G5A:>9 E8<88 8 M;5:B@>E8<88 8<. ..$@C<:8=0 . . @0=8F0, 2007. !.255. 3 02B>@0.  =4/3*1,5=2   ?> :>=D5@5=F8O<: 41,021 9. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 10. 540;8 8 48?;><K ..C9:>2, ..'C40:>2, ..>E0=N: 548F8=A:89 35=5@0B>@ Rb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`OG 1. >B28=0 ;5:A0=4@ !B5?0=>28G, 19573. @>645=8O, :.D.-<.=, =0CG=K9 A>B@C4=8:. Publications in journals with referee examinations: 1. L.Carlen, P.Golubev, B.Jakobsson, V.Avdeichikov, C.Ekstrom, C-J.Friden, A.Kolozhvari, L.Westerberg, A.Siwek, K.Aleklett, H.Persson, C.Rouki, A.S.Botvina, J.P.Bondorf, I.A.Pshenichnov, and I.N.Mishustin. Dynamical and statistical fragment emission properties in200A MeV 20-Ne + 40-Ar collisions. Nucl. Phys. A, v.764, p.15, Amsterdam, 2006. PRND= 1.950*30/10 = 5.85 2. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Luehning, J.Lukasik, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Suemmerer, W.Trautmann, M.B.Tsang, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Mass and Isospin Dependence in Multifragmentation. Acta Phys. Polonica B, v.37, p.193, Cracow, 2006. PRND= 0.807*30/10 = 2.42 3. V.A.Karnaukhov, H.Oeschler, A.Budzanowski, S.P.Avdeyev, V.V. Kirakosyan, V.K.Rodionov, P.A.Rukoyatkin, A.V.Simonenko, W.Karcz, I.Skwirczynska, E.A.Kuzmin, E.Norbeck, A.S.Botvina. Liquid-fog and liquid-gas phase transitions in hot nuclei. Phys. Atom. Nucl., v.69, p.1142, Moscow, 2006. PRND= 0.914*60/10 = 5.48 4. J.Iglio, D.V.Shetty, S.J.Yennello, G.A.Souliotis, M.Jandel, A.Keksis, S.Soisson, B.Stein, S.Wuenschel, and A.S.Botvina. Symmetry energy and the isoscaling properties of the fragments produced in 40-Ar, 40-Ca + 58-Fe, 58-Ni reactions at 25, 33, 45, and 53 MeV/nucleon. Phys. Rev. C, v.74, p.024605, N.Y., 2006. PRND= 3.610*30/10 = 10.830 5. A.S.Botvina, N.Buyukcizmeci, M.Erdogan, J.Lukasik, I.N.Mishustin, R.Ogul, W.Trautmann. Modification of surfaceLVAL  energy in nuclear multifragmentation. Phys. Rev. C, v.74, p.044609, N.Y., 2006. PRND= 3.610*30/7 = 15.471 6. A.S.Botvina and I.N.Mishustin. Statistical description of nuclear break-up. Eur. Phys. J. A, v.30, p.121, Berlin/Heidelberg, 2006. PRND= 1.659*30/2 = 24.885 7. V.A.Karnaukhov, S.P.Avdeyev, A.S.Botvina, A.Budzanowski, L.V.Chulkov, B.Czech, W. Karcz, V.V. Kirakosyan, E.A.Kuzmin, E.Norbeck, H.Oeschler, V.K.Rodionov, P.A.Rukoyatkin, A.V.Simonenko, I.Skwirczynska. Nuclear multifragmentation and fission: Similarity and differences. Nucl. Phys. A, v.780, p.91, Amsterdam, 2006. PRND= 1.950*30/10 = 5.85 8. S.Kowalski, J.B.Natowitz, S.Shlomo, R.Wada, K.Hagel, J.Wang, T.Materna, Z.Chen, Y.G.Ma, L.Qin, A.S.Botvina, D.Fabris, M.Lunardon, S.Moretto, G.Nebbia, S.Pesente, V.Rizzi, G.Viesti, M.Cinausero, .Prete, T.Keutgen, Y.El Masri, Z.Majka, A.Ono. Experimental determination of the symmetry energy of a low density nuclear gas. Phys. Rev. C, v.75, p.014601, N.Y., 2007. PRND= 3.610*30/10 = 10.83 9. G.A.Souliotis, A.S.Botvina, D.V.Shetty, A.L.Keksis, M.Jandel, M.Veselsky, S.J.Yennello. Tracing the evolution of the symmetry energy of hot nuclear fragments from the compound nucleus towards multifragmentation. Phys. Rev. C, v.75, p.011601, N.Y., 2007. PRND= 3.610*30/7 = 15.471 10. A.S.Botvina and J.Pochodzalla. Production of hypernuclei in multifragmentation of nuclear spectator matter. Phys. Rev. C, v.76, p.024909 (4 pages), N.Y., 2007. PRND= 3.610*30/2 = 54.15 11. G.A.Souliotis, A.S.Botvina, D.V.Shetty, A.L.Keksis, M.Jandel, M.Veselsky, S.J.Yennello. Properties of hot fragments formed in multifragmentation and their astrophysical implications. Nuclear Instruments and Methods in Physics Research B, v.261, p.996-999, Amsterdam, 2007. PRND= 1.18*30/7 = 5.06 12. Sum publications 2006-2007 : PRND= 156.30 Talks (Invited talks) at International Conferences 1. A.S.Botvina. Properties of stellar matter in supernova II eLVALxplosions. Invited Talk at Hirschegg 2006: Astrophysics and Nuclear Structure. International Workshop XXXIV on Gross Properties of Nuclei and Nuclear Excitations, Hirschegg, Kleinwalsertal, Austria, January 15-21, 2006. http://theory.gsi.de/hirschegg/2006/program06.html PRND= 30/1 = 30.0 2. A.S.Botvina, I.N.Mishustin and W.Trautmann. Properties of stellar matter in supernova explosions and nuclear multifragmentation. Talk at 9 International Conference on Nucleus-Nucleus collisions, 28 Aug - 1 Sept 2006, Rio de Janeiro, Brazil. http://www.nn2006.com.br/palestras_full.php PRND= 6/3 = 2.0 3. W.Trautmann, A.S.Botvina, J.Brzychczyk, A.Le Fevre, P.Pawlowski, C.Sfienti, and the ALADIN and INDRA collaborations. Isoscaling and the symmetry energy in spectator fragmentation. Invited talk presentation. In Proceedings of the International Workshop on Multifragmentation and Related Topics IWM2005, Catania, Italy, 2005, ed. by R.Bougault et al., (Italian Physical Society, Bologna 2006). IPS Conf. Proc., v.91, p.157, Bologna, 2006. PRND=1.5*0.5*30/10 = 2.25 4. V.Karnaukhov, H.Oeschler, S.Avdeyev, V.Rodionov, V.Kirakosyan, A.Simonenko, P.Rukoyatkin, A.Budzanowski, W.Karcz, I.Skwirczynska, B.Czech, L.Chulkov, E.Kuzmin, E.Norbeck, and A.Botvina. Nuclear multifragmentation and fission: similarity and differences. Talk presentation. Proceedings of the International Workshop on Multifragmentation and Related Topics (IWM2005), Catania, Italy, 2005, ed. by R.Bougault et al., (Italian Physical Society, Bologna 2006). IPS Conf. Proc., v.91, p.363, Bologna, 2006. PRND=1.5*0.5*6/10 = 0.45 5. S.P.Avdeyev, V.A.Karnaukhov, H.Oeschler, V.K.Rodionov, A.V. Simonenko, V.V.Kirakosyan, P.A.Rukoyatkin, A.Budzanowski, W.Karcz, I.Skwirczynska, B.Czech, E.A.Kuzmin, L.V.Chulkov, E.Norbeck, A.S.Botvina. Time scale of the thermal multifragmentation in p(3.6 GeV) + Au collisions. Talk presentation. Proceedings of the International Workshop on Multifragmentation and Related Topics (IWM2005), Catania, ItaLVALly, 2005, ed. by R.Bougault et al., (Italian Physical Society, Bologna 2006). IPS Conf. Proc., v.91, p.373, Bologna, 2006. PRND=1.5*0.5*6/10 = 0.45 6. A.S. Botvina and I.N.Mishustin. Statistical description of multifragmentation: from nuclear reactions to supernova explosions. Invited Talk at International Conference "Selected topics on nuclear methods for non-nuclear applications", September 27 - 30, 2006, Varna, Bulgaria. http://www.inrne.bas.bg/Varna2006/ Supplement to Bulgarian Journal of Physics, v.34 (s1), p.303-319, Sofia, 2007. PRND= 1.5*30/2 = 22.5 7. C.Sfienti, M.De Napoli, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstrem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Lohning, J.Lukasik, U.Lynen, Z.Majka, M.Mocko, W.F.J. Muller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pulli, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Summerer, W.Trautmann, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch and B.Zwieglinski. Gross properties and isotopic phenomena in spectator fragmentation. Invited talk at 9 International Conference on Nucleus-Nucleus collisions, 28 Aug - 1 Sept 2006, Rio de Janeiro, Brazil. http://www.nn2006.com.br/palestras_full.php Nucl. Phys. A, v.787, p.627c-632c, Amsterdam, 2007. PRND= 1.5*30/10 = 4.5 8. S.Kowalski, J.B.Natowitz, S.Shlomo, R.Wada, K.Hagel, J.Wang, T.Materna, Z.Chen, Y.G.Ma, L.Qin, A.S.Botvina, D.Fabris, M.Lunardon, S.Moretto, G.Nebbia, S.Pesente, V.Rizzi, G.Viesti, M.Cinausero, G.Prete, T.Keutgen, Y.El Masri, Z.Majka, A.Ono. Clustering and symmetry energy in a low density nuclear gas. Talk at 9 International Conference on Nucleus-Nucleus collisions, 28 Aug - 1 Sept 2006, Rio de Janeiro, Brazil. http://www.nn2006.com.br/palestras_full.php Nucl. Phys. A, v.787, p.619c-626c, Amsterdam, 2007. PRND= 1.5*6/10 = 0.9 LVAL 9. A.S. Botvina and J.Pochodzalla Production of hypernuclei in multifragmentation of nuclear spectator matter. Talk presentation, International Simposium "Nuclear Physics at J-PARC", June 1 - 2, 2007 , Tokai, Japan http://www-conf.kek.jp/NP_JPARC/program.html PRND= 6/2 = 3.0 10. A.S. Botvina, I.N.Mishustin, and W.Trautmann In-medium properties of nuclear fragments at the liquid-gas phase coexistence. Talk presentation, International Nuclear Physics Conference (INPC2007), June 3 - 8, 2007 , Tokyo, Japan http://inpc2007.riken.jp/index.files/parallel_G.html#G6 PRND= 6/3 = 2.0 11. A.S. Botvina, and I.N. Mishustin. Statistical Approach for Supernova matter. Invited talk presentation, International Conference on Nuclear Fragmentation: From Basic Research to Applications (NUFRA2007), September 24 - October 1, 2007 , Kemer (Antalya), Turkey. http://fias.uni-frankfurt.de/nufra2007/ PRND= 30/2 = 15.0 12. A.S.Botvina, I.N. Mishustin and W.Trautmann. In-medium properties of nuclear fragments at the liquid-gas phase coexistence. Talk presentation, International Workshop on Multifragmentation and Related Topics (IWM2007). Caen, France, 4-7th November, 2007. http://iwm2007.ganil.fr/ PRND = 6/3 = 2.0 13. A.S.Botvina. Multifragmentation in nuclear reactions and supernova explosions. Invited talk presentation, International Symposium "Complex Systems in Physics and Beyond". FIAS, Frankfurt am Main, Germany, 30 November - 1 December, 2007. http://fias.uni-frankfurt.de/complex07/ PRND = 30 = 30.0 Sum International Conferences (2006-2007): PRND= 115.05 Scientific-organization work: 1. Co-Chair of NUFRA2007, responsible for Scietific Program. International Conference on Nuclear Fragmentation: From Basic Research to Applications. September 24 - October 1, 2007, Kemer (Antalya), Turkey http://fias.uni-frankfurt.de/nufra2007/ There were presented 3 invited talks from INR RAS: from N.M.Sobolevsky, I.N.Pshenichnov, and A.S.Botvina. PRND = ?  LVAL Seminars given in Academic Institutions: 1. A.S.Botvina Production of hypernuclei in multifragmentation of nuclear spectator matter. Veksler and Baldin Laboratory of High Energies. Joint Institute for Nuclear Research, Dubna 20 August, 2007, Dubna. PRND = ? Citations of A.S.Botvina scientific publications: According to ISI Web (118 publications) : 2128 According to SPIRES (89 publications) : 1525 PRND = ? Sum PRND factor: 271.35LVAL.2. C7=5F>2 0;5@89 5>=84>28G, 19483. @>645=8O, :.D.-<.=., AB0@H89 =0CG=K9 A>B@C4=8: 1. ..C7=5F>2, ... O1>2, ..!04K:>2, ..>;:>2, ..;5:A552, ..5@;52, -..>?B5;>2, ..!048:>2, !..H<052, ..'5@=KH>2. 5@20O =59B@>=>3@0<<0 2 / , !--2007,AB5=4>2K9 4>:;04, A.607, .2007.  =4/10 = 0,4 2. ..!04K:>2, ..C7=5F>2, ... O1>2, ..;5:A552, .!.8B28=, !.$.!84>@:8=, ..$54G5=:>, ..@BNH8=, ..@0G52, ..$5I5=:>, ..!5@>2, -..>?B5;>2, ..@02GC:, ..>10H52, ..0B2552. 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / , !--2007, A.575, .2007.  =4/10 = 0,4 3. ... O1>2, .. 078=, ..810=>20, ..>10H52, ..C7=5F>2, ..!04K:>2, ..;5:A552, -..>?B5;>2, ..$54G5=:>, ..@0G52, ..$5I5=:>, ..!5@>2, ..@02GC:, .!.>=>1552A:89, !..>B0H52, ..!:>@:8=, <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8, !1>@=8: 0==>B0F89 4>:;04>2 :>=D5@5=F88 ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N., >A2OI05BAO 50-;5B8N 8AA;54>20B5;LA:>3> O45@=>3> @50:B>@0  ", 26-30 =>O1@O 2007 3., 3.>A:20.  = 4/10 = 0,4 B>3>:   = 0,4+ 0,4+0,4 = 1,2LVAL3. 0BKH520 N4<8;0 8:>;052=0, 1945 3. @>645=8O, =0CG=K9 A>B@C4=8: 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5F5=78@C5<KE 6C@=0;0E. !C<<0  =3.543 1. A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.Fertman, A.V.Kunin, V.V.Vatulin, A.S.Gnutov, Y.V.Panova, H.Iwase, E.Mustafin, D.Schardt, K.Weyrich, N.M.Sobolevskiy, L.N.Latysheva. Measurement of the Energy Deposition Profile for 238U Ions with Specific Energy 500 and 950 MeV/u in Stainless Steel and Copper Targets. Nucl.Instr.Meth. B263(2007)339-344.  =1.181*30/10=3.543 @5?@8=BK. !C<<0  =1.0 2. L.Latysheva, N.Sobolevsky, E.Mustafin, P.Hulsmann. Simulation of radiation damage to the RF cavity ring cores of the SIS18 and SIS100 synchrotrons. Preprint GSI Acc Note 2007 01 03, Darmstadt, 2007.  =4/4=1 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =3.0 L.N.Latysheva, E.Mustafin. Radiation damage to SIS100 and SIS300 s.c. magnets. Talk at 2nd Technical Advising Committee "Superconducting magnets", Darmstadt (Egelsbach), Germany, May 2007.  =6/2=3   70 2006-2007 33 = 7.543LVAL$!5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, :. D.-<. =, =A. 1. A.A. Semenov, C.H. Woo/  Effect of one-dimensional diffusion on void nucleation // Applied Physics A 84, p. 261-266, 2006.   = 1.99030/2 = 29.85. 2. A.A. Semenov, C.H. Woo/  Void lattice formation as a nonequilibrium phase transition // Phys. Rev. B 74, p. 024108-1 - 024108-15, 2006.   = 3.18530/2 = 47.775. 3. #AB=K9 4>:;04: C.H. Woo and A.A. Semenov/ "Non-linear Dynamics of Microstructure Evolution and Pattern Formation in Irradiated Crystals", - Symposium on Microstructural Processes in Irradiated Materials, TMS Annual Meeting & Exhibition, Orlando, Florida, February 25-March 1, 2007.   = 6/2 = 3. B>3>:   = 80.6254. 5154L .;8O >@8A>2=0, 1972 3. @>645=8O, :.D.-<.=. =0CG=K9 A>B@C4=8:, C1;8:0F88: 1) >:;04 =0 IX <564C=0@>4=>9 :>=D5@5=F88 <>;>4KE CG5=KE @>1;5<K D878:8 B25@4>3> B5;0 8 2KA>:8E 402;5=89 22-30 A5=BO1@O 2006 3. Dilatometry and X-ray study of orientational phase transition in C60. M.V. Kondrin, A.G. Lyapin, R.A. Sadykov, V.V. Brazhkin, J.B. Lebed. Institute for High Pressure Physics, Institute for Nuclear Research, Troitsk. ( =1.2) 2) >:;04 =0 @01>G5< A>25I0=88 /  01>@0B>@8O @5=B35=>AB@C:BC@=>3> 0=0;870 .... 5154L, .. 5@5:@5AB5=:>, .. !04K:>2. 3) @5?@8=B /-1158/2006, <0@B2006. ... 5154L, .. 5@5:@5AB5=:>, .. !04K:>2 01>@0B>@8O @5=B35=>AB@C:BC@=>3> 0=0;870 . ( =1.3) 4)!B5=4>2K9 4>:;04 =0 VI 0F8>=0;L=>9 :>=D5@5=F88 ?> ?@8<5=5=8N @5=B35=>2A:>3>, A8=E@>B@>==>3> 87;CG5=89, =59B@>=>2 8 M;5:B@>=>2 4;O 8AA;54>20=8O <0B5@80;>2 ( !--2007) 12-17 =>O1@O 2007 3>40. 5=B35=>2A:>5 >1>@C4>20=85 / . 5154L ..., !04K:>2 .., 8B28= .!., 5@8= .., >?B5;>2 -.. ( =4/5=0.8) B>3>:  =3.3LVAL`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kimov, V.A. Sidorov, A.V. Rakhmanina, N.N. Mel nik, R.A. Sadykov, and J.D. Thompson,  High Pressure Synthesis and Characterization of Superconducting Boron-Doped Diamond , Science and Technology of Advanced Materials, v.7, S2-S6 (2006).  =( ? E30):6= ? ;81>  =6 4.M.V. Kondrin, A.G. Lyapin, R.A. Sadykov, V.V. Brazhkin, S.V. Popova, Dilatometry and X-ray study of orientational phase transitions in C-60 , Fullerenes, Nanotubes, and Carbon Nanostructures, 14(2-3), 415-419, 2006.  =(0.776E 30):5=4,656 653>4=8::  =4/2=2 3. #G0AB85 2 =0CG=KE <5@>?@8OB8OE: 3.1. XIX !>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE >=45=A8@>20==>3> A>AB>O=8O !-2006(1=8=A:,12-15A5=B.2006): 3.1.;5=0@=K9 4>:;04 : ..!04K:>2 0728B85 =59B@>=>3@0D8G5A:8E 8AA;54>20=89 <03=5B8:>2 ?@8 2KA>:>< 402;5=88 (4> 40:10@), =87:8E B5<?5@0BC@0E(100mk) 8 2 A8;L=KE <03=8B=KE ?>;OE(9.5T).  =4 3.2. 34-5 !>25I0=85 ?> D878:5 =87:8E B5<?5@0BC@(!>G8,26-30A5=B.2006). ;5=0@=K9 4>:;04 : ..!04K:>2, 0728B85 =59B@>=>3@0D8G5A:8E 8AA;54>20=89 <03=5B8:>2 ?@8 2KA>:>< 402;5=88 , =87:8E B5<?5@0BC@0E 8 2 A8;L=KE <03=8B=KE ?>;OE.  =4 3.3. .. kimov, V.A. Sidorov, E.L. Gromnitskaya, N.F. Borovikov, R.A. Sadykov  Synthesis of glassy boron ceramics , CAB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 EHPRG-2006 (@030).  =9/5=1,8 3.4. "653>4=0O =0CG=0O :>=D5@5=F8O !$LVAL"" (11-13 0?@5;O 2006 3., & , >A:20)" "!!/  !" $ !  !!"//, !!"  ! % !"" !B5=4>2K9 4>:;04: "59B@>=>3@0D8G5A:85 8AA;54>20=8O <03=8B=KE A?8@0;L=KE AB@C:BC@ ?>4 402;5=85<". ..!04K:>2, . 5;;5@, .$>:, .(BCAA5@.  =4/4=1 0G8A;5=85 10;;>2 70 @C:>2>4AB2> A>8A:0B5;O<8 CG5=>9 AB5?5=8 8 48?;><=8:0<8.  =(248?;><=8:0 E 10)=20 2 2006:  =49,8415 2007. !B0BL8: 1. High Pressure Research Vol. 27, No. 1, March 2007, 179 182 "Synthesis of glassy boron ceramics" E. A. EKIMOV*, V. A. SIDOROV, R. A. SADYKOV, E. L. GROMNITSKAYA and N. F. BOROVIKOV Vereshchagin Institute for High Pressure Physics, Russian Academy of Sciences, 142190 Troitsk,  =(1.228 E30)/5=7.4 2. "Pressure demagnetization of the Martian crust: Ground truth from SNC meteorites" Natalia S. Bezaeva,1,2 Pierre Rochette,1 Je?ro?me Gattacceca,1 Ravil A. Sadykov,3,4 and Vladimir I. Trukhin2 Received 9 August 2007; revised 17 October 2007; accepted 22 October 2007; published 8 December 2007. GEOPHYSICAL RESEARCH LETTERS, VOL. 34, L23202, doi:10.1029/2007GL031501, 2007 1Centre Europe?en de Recherche et d Enseignement des Ge?osciences de l Environnement, CNRS, Aix-Marseille Universite?, Aix en Provence, France. 2Faculty of Physics, M. V. Lomonosov Moscow State University, Moscow, Russia. 3Institute for Nuclear Research, Russian Academy of Sciences, Moscow, Russia. 4Institute for High Pressure Physics, Russian Academy of Sciences, Troitsk, Russia.  =(2.602E30)/5=15.6 3. #G0AB85 2 =0CG=KE <5@>?@8OB8OE: 564C=0@>4=K9 <5648AF8?;8=0@=K9 A8<?>78C< "!@54K A> AB@C:BC@=K< 8 <03=8B=K< C?>@O4>G5=85<", Multiferroics-2007(!>G8,5-10A5=B.2007) 4>:;04 CAB=K9 "03=8B=K5 A?8@0;L=K5 AB@C:BC@K ?>4 402;5=85<" ..!04K:>2 =AB8BCB /45@=KE AA;54>20=89 , 117312, >A:20.-312, ?@>A?5:B 60-;5B8O :BO1@O,70. E-mail: rsadykov@inr.ru 8;8 E-mail: rasad49@inbox.ru . =AB8BCB $878:8 KA>:8E 02;5=89 , 142190,Troitsk, >A:.>1;. E-mail: sadykov@hppi.troitsk.ru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`OG!84>@:8= !B0=8A;02 $54>@>28G, 1952 . /, :.D.-<.=., 254CI89 =0CG=K9 A>B@C4=8:, C1;8:0F88 8 4>:;04K CG0AB85 2 :>=D5@5=F8OE: 1. 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / . ..!04K:>2, ..C7=5F>2, ... O1>2, .. ;5:A552, .!.8B28=, !.$.!84>@:8=, ..$54G5=:>, ..@BNH8=, ..@0G52, ..$5I5=:>, .. !5@>2, -..>?B5;>2, ..@02GC:, ..>10H>2, ..0B2552. >A:20, =AB8BCB :@8AB0;;>3@0D88  !--2007-VI &,/ $ &/   . "!, !% "  #', "   -"  / !!/ " . 12-17 / / 2007 ., !, !""#"  !" $  (  4/10= 0.4 2. Choice of the Material and Method of Coating of Tungsten Plates. I.I. Konovalov, A.A. Maslov, S.F. Sidorkin and E.A. Koptelov. EUROMAT 2007, 10 - 13 September, Nuremberg, Germany (  6/4=1.5) 3. Proposal of the ADS Research Stand Based on Linac of INR RAS. S.F.Sidorkin, E.A.Koptelov, L.V.Kravchuk, V.A.Matveev, A.D.Rogov, L.I.Ponomarev, V.V.Lemekhov. 3rd High-Power Targetry Workshop, Paul Scherrer Institut, (Villigen PSI), September 10  14, 2007, Bad Zurzach, Switzerland (  6/7=0.87) 4. Target Modules of the Pulsed Neutron Source of INR RAS. 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V.V.Ammosov, G.I.Britvich, A.P.Chubenko, V.I.Drobzhev, A.D.Erlykin, G.I.Koltsov, S.V.Kryukov, G.I.Merzon, K.K.Mukashev, R.A.Mukhamedshin, V.N.Murashov, M.I.Panasyuk, V.P.Pavlyuchenko, V.A.Ryabov, O.G.Ryazhskaya, T.Saito, A.L.Shchepetov, N.M.Sobolevsky, A.P.Soldatov, V.M.Sultangazin, I.S.Trostin, V.G.Vasilchenko, G.T.Zatsepin, A.P.Zhukov. The modern concept of the INCA project elements. Nucl.Phys. B (Proc.Suppl.) 151 (2006) 426-429.  =0.875*30/10=2.625 7. A.Fertman, E.Mustafin, R.Hinca, I.Strasik, M.Pavlovic, D.Schardt, N.Sobolevskiy, A.Golubev, B.Sharkov, G.Fehrenbacher, I.Hofmann, H.Iwase, E.Kozlova, G.Mustafina. First results of an experimental study of the residual activity induced by high energy uranium ions in steel and copper. Nucl.Instr.Meth. B260(2007)579 591.  =1.18LVAL1*30/10=3.543 8. A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.Fertman, A.V.Kunin, V.V.Vatulin, A.S.Gnutov, Y.V.Panova, H.Iwase, E.Mustafin, D.Schardt, K.Weyrich, N.M.Sobolevskiy, L.N.Latysheva. 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Meth. A572: 676-681, 2007.  =1.224*30/10 =3,672 B>3>2K9   =3.6720=LH8= !5@359 8:>;0528G, @>4.29.04.1954, <=A -,   70 2006-2007 33. 0B5=BK: 1. !..0=LH8= / 5B;520O @50:B>@=0O CAB0=>2:0 4;O ?>;CG5=8O @048>=C:;840 9>40-125 // 0B5=B !65678, 70@538AB@8@>20=> 2 >AC40@AB25==>< @55AB@5 ?>;57=KE <>45;59 $ 10.08.2007.  =20 B>3>:  =20.00@5E>2 3>@L 048<>28G, @>4.03.10.1939, =A -,   70 2006-2007 33. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. A. V. Kopylov, I. V. Orekhov, V. V. Petukhov, A. E. Solomatin /  A lithium experiment in the program of solar neutrino research // Physics of Atomic Nuclei, 69, 1829  1832, 2006  =0.914*60/4=13.71 2. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / $878G5A:>5 >1>A=>20=85 ;8B852>3> M:A?5@8<5=B0 // 8AL<0 2 -'/ (Physics of Particles and Nuclei Letters), B.4, !4(140), AA.552  558, 2007  =0.505*60/4=7.58 @5?@8=BK: 1. A. V. Kopylov, I. V. Orekhov, V. V. Petukhov, A. E. 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B5E=. =0C: 1995 3. >;6=>ABL AB.=.A. 4. !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 4.1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. J. Labeled Compounds and Pharmaceuticals, 2007, v.50, ! 5-6, pp. 611-612.  =0.829*30/4=6.2175 4.2. L. Fillaudeau, B. Boissier, A. Moreau, P. Blanpain-avet, S. Ermolaev, N. Jitariouk and A. Gourdon. Investigation of rotating and vibrating filtration for clarification of rough beer. Journal of Food Engineering, May 2007, vol. 80, issue 1, pp. 206-217. Impact factor of this journal 2005: 1.249. Journal Citation Reports 2005, published by Thomson Scientific  =1.249*30/4=5,3529 5. !?8A>: ?0B5=B>2 70 2006 -2007 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  . 5.1. .. C9:>2, !. !@820AB020, !..@<>;052, ..>=OE8=, !..%0<LO=>2, . .">30520, ..>E0=N:. !?>A>1 ?>;CG5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O. 0B5=B $. ! 2313838, ?C1;.  !36, 2007 3.  =20/7=2,857 5.2. B.L.Zhuikov, S.C.Srivastava, S.V.Ermolaev, N.A.Konyakhin, V.M.Kokhanyuk, S.V.Khamyanov, N.R.Togaeva. Process and targets for production of no-carrier-added radiotin. U.S. Patent, Application No. 11/962,851, filed 21.12.07.  =20/7=2,857 5.3. N. Jitariouk, S. Ermolaev, A. Le MoQl. Procd de fabrication de membrane creuse. Demande de brevet francais, n 06 50932, 17.03.2006.  =20/3=6,667 6. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006 -2007 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. 9th Int. Symposium on the Synthesis and Application of Isotopes and Isotopically Labelled Compounds, Edinburgh, UK, 16-2LVAL.0 July, 2006. Abstracts, P-30, p. 124. Submitted to: J. Labelled Compounds and Pharmaceuticals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m 2KA>:>9 C45;L=>9 0:B82=>AB8 8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 (IPP =><5@ ?@>5:B0 BNL-T2-324). ) &5;520O ?@>3@0<<0 @57848C<0  >445@6:0 8==>20F89. "5<0: 07@01>B:0, 8A?KB0=85 8 2=54@5=85 35=5@0B>@0 AB@>=F89-82/@C18489-82 4;O <548F8=A:>9 4803=>AB8:8 A ?><>ILN ?>78B@>==>-M<8AA8>==>9 B><>3@0D88. >:;04 =0 A5<8=0@5: !5<8=0@ $- 8<. .. 59?C=A:>3> @>872>4AB2> @048>0:B82=KE 87>B>?>2 8 8AB>G=8:>2 8>=878@CNI53> 87;CG5=8O, 1=8=A:, 8 8N=O 2006 3. "5<0: >;CG5=85 117mSn 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:0. @> @01>BC, 2 :>B>@>9 O ?@8=8<0; =5?>A@54AB25==>5 CG0AB85, =0?8A0=0 =0CG=>-?>?C;O@=0O AB0BLO K@0I820=85 ?>;8<5@>2 2 6C@=0;5 %8<8O 8 87=L, !2, 2006. B>3>2K9   =55,4514 LVAL 0BCH:> 0;8=0 >=AB0=B8=>2=0 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. 1. ..>?5;8>28G, ..(C=45@N:, ..0BCH:>, 0AI5?;5=8O <0AA 87>B>?>2 O45@ 2 :8@0;L=>< A>;8B>==>< ?>4E>45. /$ 69, 124-137 (2006); Phys.Atom.Nucl. 69, 120-132 (2006)  = 0.914*60/3 = 18.28 #G0AB85 2 3@0=B0E: 1) "&, @>5:B ! 2371 !>2<5AB=>5 ?@>872>4AB2> ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59, 2002-200533. (IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2) @0=B $  ! RUB2-10235- MO-04 ( BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 ( IPP =><5@ ?@>5:B0 BNL- T2-324) 3) "&, @>5:B ! 2880  = 18.28nLVAL~ 0@L52 -4C0@4 /:>2;528G A=A , 1951 3.@., :D<= (1985 3.)  2007 3. 70I8B8; 4>:B>@A:CN 48AA5@B0F8N =0 B5<C "AA;54>20=85 @>645=8O 70@O65==KE :0>=>2 8 ;53:8E 25:B>@=KE <57>=>2 2 ?@>B>= 8 D>B>O45@=KE @50:F8OE". !?8A>: >?C1;8:>20==KE @01>B 70 2006-2007 3.3.: 1. E.Ya.Paryev. Subthreshold Phi Meson Production and Medium Effects in Proton-Nucleus Reactions. Yad. Fiz.vol.69, p.354-377 (2006).  =0.914*60 =54,84 2. E.Ya.Paryev. Antikaon angular distributions in the reaction gamma d-->K(-) Theta(+) p--> K(-) K(+) np near the threshold and the parity of the Theta(+) Pentaquark. Yad.Fiz.vol.69, p.747-759 (2006).  =0.914*60 =54,84 3. Yu.T.Kiselev and E.Ya.Paryev. Antiproton absorption in nuclei. Nucl-th/0601036.  =0.326*30/2 = 4.89 4. E.Ya.Paryev. Antikaon angular distributions in the reaction gamma d -->K(-)Theta(+)p--> K(-) K(+)np near the threshold and the parity of the Theta(+) Pentaquark. Nucl-th/0602015.  =0.326*30/1 =9.78 5. A.V.Akindinov, Yu.T.Kiselev, A.N.Martemyanov, K.R.Mikhailov, E.Ya.Paryev, V.A.Smirnitsky, Yu.V.Terekhov, M.M.Chumakov, and V.A.Sheinkman. Investigation of the Subthreshold Production of K(-) Mesons in Proton-Nucleus Collisions. JETP Letters, Vol.85, No.3, pp.142-148, 2007.  =1.446*60/9=9,64 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2006-2007 3.3. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK  2005-2006 3.3. 25; D0:C;LB0B82 ?> <0B5<0B8:5 2 AB0@H8E :;0AA0E ;8F5O 3. "@>8F:0. "+   = 133,99B LVALR  ;L30 8:>;052=0 !?8A>: >?C1;8:>20==KE @01>B 70 2006-2007 3.3.: 1. Excitation of high spin nuclear isomeric states by intermediate energy protons on the MMF INR RAS. . O.N. Libanova, O.P.Proskuriakov, Yu.V. Ryabov Journal of Physics G, v.33,5,033005,2007  =2,173*30/3=21,73 2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. ... O1>2, .. 078=, .. 810=>20, .. >10H52, .. C7=5F>2, .. !04K:>2, .. >;:>2, .. ;5:A552, -.. >?B5;>2, .. $54G5=:>, .. @0G52, .. $5I5=:>, .. !5@>2, .. @02GC:, .!. >=>1552A:89, !..>B0H52, .. !:>@:8=. =AB8BCB O45@=KE 8AA;54>20=89 , >A:20. >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <5B0;;>2545=8N. 26 - 30 =>O1@O 2007 3. 3. >A:20  =0.6 "+   =22,33LVALZ@>A:C@O:>2 ;5:A0=4@ L2>28G !?8A>: >?C1;8:>20==KE @01>B 70 2006-2007 3.3.: 1. Excitation of high spin nuclear isomeric states by intermediate energy protons on the MMF INR RAS. . O.N. Libanova, O.P.Proskuriakov, Yu.V. Ryabov Journal of Physics G, v.33,5,033005,2007  =2,173*30/3=21,73 B>3>2K9   21,73!<8@=>2 <8B@89 ;048<8@>28G @>4. 17.08.1972, <=A -,   70 2006-2007 33 C1;8:0F88: .. 60??C52, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:> .(. C;852, .. C;8520, ... >=>20;>2, .#. C46052, .!. 8420=A:89, .. 8E09;>20, .. 5B:>2, .. !<8@=>2, .. !B5?0=>2, ... !B5=L:8=, .!. %05@48=>2, >45@=870F8O CAB0=>2:8 >25@-2  / , 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 542-545.   = 8*0.1 = 0.8. ..!<8@=>2, ..5B:>2, !..0@?>2, >8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5, !,  !" '! # , ">< 32, =><5@ 1, 2006, AB@. 3-8.   = 1.315*60/3 = 26.3. >:;04K: D.V. Smirnov/ Search for high energy gamma rays from GRBs// 20th European Cosmic Ray Symposium, 5-8 September, 2006, Lisboa, Portugal.   = 6. .. >;852, ..>;G5=:>, !..0@?>2, .!.8420=A:89, ..5B:>2, ..!<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=/ >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>: // 29 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, 3-7 023CAB0 2006 3.,   = 4/9 = 0.44 B>3>  : 33.54LVAL`OG3!! #& #A5=:> .. (2006-2007): 1. CVD diamond dosimeters for heavy ion beams M. Rbisz, B. Voss, A. Heinz, E. Usenko and M. Pomorski Diamond and Related Materials, Volume 16, Issues 4-7, April-July 2007, Pages 1070-1073   = 1,902*30/5= 11,412 2. Status report of the HARP-CDP group. A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovich, A. Elagin, M. Gostkin, A. Guskov, Z. Krumshtein, Yu. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, L. Linssen, J. Wotschack , V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Yu. Sviridov, E. Usenko, V. Zaets . CERN-SPSC-SR-024, CERN-SPSC-2007-028, Sep 2007. 21pp.   =0,6+0,6 =1,2 3. The HARP resistive plate chambers: Characteristics and physics performance V. Ammosov, I. Boyko, G. Chelkov, D. Dedovitch, R. Dumps, F. Dydak, A. Elagin, V. Gapienko, M. Gostkin, A. Guskov, Z. Kroumchtein, V. Koreshev, L. Linssen, Yu. Nefedov, K. Nikolaev, A. Semak, Yu. Sviridov, E. Usenko, J. Wotschack, V. Zaets, et al Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, Volume 578, Issue 1, 21 July 2007, Pages 119-138   = 1,224*30/10 =3,672 4. Comments on  Physics Performance of the Barrel RPC System of the HARP Experiment Dydak, F.; Ammosov, V.; Boyko, I.; Chelkov, G.; Dedovitch, D.; Elagin, A.; Gapienko, V.; Gostkin, M.; Guskov, A.; Koreshev, V.; Kroumchtein, Z.; Nefedov, Y.; Nikolaev, K.; Semak, A.; Sviridov, Y.; Usenko, E.; Wotschack, J.; Zaets, V.; Zhemchugov, A. Nuclear Science, IEEE Transactions on Volume 54, Issue 4, Aug. 2007 Page(s):1454  1455.   = 1,259*30/10=3,777 5. Towards Front-End Electronics for TOF RPC Usenko, E., INR Troitsk Presented at the CBM Collaboration Meeting, GSI, 1 March 2007 6. Electronic equipment for reading and recording signals from the microstrip vertex detector of the SVD-2 setup. S.G. Basiladze, G.A. Bogdanova, M.V. Vasilev, V.Yu. Volkov, A.P. Vorobev, A.G. Voronin, P.F. Ermolov, E.G. Zverev, D.E. Karmanov, L.L. Kurchaninov, A.K. LeflaLVAL4t, M.M. Merkin, V.A. Senko, M.M. Soldatov, E.A. Usenko, Yu.P. Tsyupa Instrum.Exp.Tech.49:342-349,2006.   = 0,226*60/10 =1,356 7. Quality assurance procedures for the construction of ALICE TOF detector. A. Akindinov, S. Alessandrini, A. Alici, P. Antonioli, S. Arcelli, M. Basile, G. Cara Romeo, D. Cavazza, L. Cifarelli, F. Cindolo, I. D'Antone, A. De Caro, S. De Pasquale, A. Di Bartolomeo, M. Furini, M. Fusco Girard, V. Golovin, Yu. Grishuk, M. Guerzoni, M. Guida, D. Hatzifotiadou, W.W. Jung, H.N. Kim, D.H. Kim, D.W. Kim, S. Kiselev, G. Laurenti, M.L. Luvisetto, D. Mal kevich, A. Margotti, F. Massera, S. Meneghini, R. Michinelli, R. Nania, F. Noferini, G. Pancaldi, A. Pesci, R. Pilastrini, O. Pinazza, R. Preghenella, M. Rizzi, M. Ryabinin, E. Scapparone, G. Scioli, S. Sellitto, F. Semeria, S. Serra, R. Silvestri, A. Smirnitskiy, E. Ugolini, E. Usenko, K. Voloshin, M.C.S. Williams, B. Zagreev, C. Zampolli, A. Zichichi, A. Zinine, A. Zucchini, M. Zuffa. (2006). NUCLEAR PHYSICS B-PROCEEDINGS SUPPLEMENTS. vol. 158, pp. 78 - 82 ISSN: 0920-5632.   = 5,522*30/10 =16,566 8. The MRPC detector for the ALICE Time Of Flight System: Final design and performances. A. Akindinov, S. Alessandrini, A. Alici, P. Antonioli, S. Arcelli, M. Basile, G. Cara Romeo, D. Cavazza, L. Cifarelli, F. Cindolo, I. D'Antone, A. De Caro, S. De Pasquale, A. Di Bartolomeo, M. Furini, M. Fusco Girard, V. Golovin, Yu. Grishuk, M. Guerzoni, M. Guida, D. Hatzifotiadou, W.W. Jung, H.N. Kim, D.H. Kim, D.W. Kim, S. Kiselev, G. Laurenti, M.L. Luvisetto, D. Mal kevich, A. Margotti, F. Massera, S. Meneghini, R. Michinelli, R. Nania, F. Noferini, G. Pancaldi, A. Pesci, R. Pilastrini, O. Pinazza, R. Preghenella, M. Rizzi, M. Ryabinin, E. Scapparone, G. Scioli, S. Sellitto, F. Semeria, S. Serra, R. Silvestri, A. Smirnitskiy, E. Ugolini, E. Usenko, K. Voloshin, M.C.S. Williams, B. Zagreev, C. Zampolli, A. Zichichi, A. Zinine, A. Zucchini, M. Zuffa. (2006). NUCLEAR PHYSICS B-PROCEEDINGS SUPPLEMENTS. vol. 158, pp. 60 - 65 ISSN: 0920-56|LVAL32.   = 5,522*30/10 =16,566 B>3>2K9   54,549LVAL`OG2006 - 2007 ;8E0=>2 1@038< ;8528G, 15.09.1979, <=A >:>=G8; 2 2004 3>4C $878G5A:89 D0:C;LB5B !0=:B-5B5@1C@3A:>3> >AC40@AB25==>3> #=825@A8B5B0 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 6.0 1. XI Advanced Research Workshop on High Energy Spin Physics (DUBNA-SPIN-05). I. Alikhanov, O. Grebenyuk, Transverse Lambda(0) polarization in quasireal photoproduction at HERMES: s-quark scattering model. ?C1;8:>20=: Proceedings, edited by A.V. Efremov and S.V. Goloskokov, JINR, Dubna, 2006, p. 256. 6*(1.5-1)/2 = 1.5 2. 6-9 0:A0=A:0O >;>456=>9 (:>;K -"$ (( -"$-2005). .. ;8E0=>2, ..@515=N:, >?5@5G=0O ?>;O@870F8O O<140-38?5@>=0 2 @50:F88 :2078@50;L=>3> D>B>@>645=8O ?@8 2KA>:8E M=5@38OE. ?C1;8:>20=: "@C4K 6-9 0:A0=A:>9 >;>456=>9 (:>;K -"$ (( -"$-2005), ">< 2, 0;LG8:, 2006, A. 11. 6*(1.5-1)/2 = 1.5 3. >;>456=0O =0CG=0O :>=D5@5=F8O $878:0 8 @>3@5AA (14-16 =>O1@O 2007 3.), !0=:B-5B5@1C@3. . . ;8E0=>2, . . @515=N:, >?5@5G=0O ?>;O@870F8O O<140-38?5@>=>2 2 @50:F88 8=:;N782=>3> D>B>@>645=8O ?@8 D@03<5=B0F88 ?CG:0. !1>@=8: @01>B >;>456=>9 =0CG=>9 :>=D5@5=F88 $878:0 8 @>3@5AA, !0=:B-5B5@1C@3, 2007, A. 348. (4*1.5)/2 = 3.0 >=D5@5=F88, =5 >?C1;8:>20=>: 5.0 1. XII Advanced Research Workshop on High Energy Spin Physics (DUBNA-SPIN-07). I.Alikhanov, O. Grebenyuk, Transverse Lambda(0) polarization in inclusive photoproduction: quark recombination model. 6/2 = 3 2. 0:A0=A:0O >;>456=0O (:>;0 -"$ (( -"$-2007), 15 -22 0?@5;O, @8M;L1@CAL5, 2007. . . ;8E0=>2, . . @515=N:, >?5@5G=0O ?>;O@870F8O 38?5@>=>2 2 @50:F88 D>B>@>645=8O ?@8 2KA>:8E M=5@38OE 2 @0<:0E :20@:-@5:><18=0F8>==>9 <>45;8. 4/2 = 2   = 11.0 * 2 = 22.0LVAL`OG72006-2007 70?0@>20 @8=0 09@0<>2=0, 27.04.1961, =A C1;8:0F88: 13.5 1) /=8= .$., 70?0@>20 . . 5=5@0B>@K =0=>A5:C=4=KE 8=B5@20;>2.  M.: "- !3, 2006, A. 91-95. 0.226 * 60/2 = 6.8 2) /=8= .$., 70?0@>20 ., !B@830=>2 .!. 40?B5@ A2O78 <564C :>=B@>;;5@>< ##-01 8 H8=>9 ISA.  .: "- !5, 2006, A.160-161. 0.226 * 60/3 = 4.5 3) .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 60/10 = 1.356 4) .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!. !B@830=>2, .$./=8=,  >8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40 , @5?@8=B /-1164/2006, ., / , 2006. 4/10 = 0.4 5) T. Enqvist, V. Fhr, J. Joutsenvaara, T. Jmsn, P. Kernen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Rih, J. Sarkamo, C. Shen, I. Usoskin, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin, H. Fynbo, EMMA - A New Underground Cosmic-Ray Experiment, arXiv:astro-ph/0512398, 2005. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 5.36 1) IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain). T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. SarkamLVALo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment . ?C1;8:>20=>: Journal of Physics: Conference Series 39 (2006) 478 480 8*0.7/10 = 0.56 2) 5th International Conference on NONACCELERATOR NEW PHYSICS (Dubna, Russia, June 20 25, 2005). Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment". ?C1;8:>20=>: /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60*0.7/10 = 3.84 3) 29-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 2006). .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40". ?C1;8:>20=: 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. (4+8*0.7)/10 = 0.96 >=D5@5=F88, =5 >?C1;8:>20=>: 0.4 1) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4   = 19.2<LVAL N0@8= 8:B>@ 8:>;0528G =0CG=K9 A>B@C4=8: -$ C1;8:0F88 8 4>:;04K. An Improved Shashlyk Calorimeter. Sep 2007. 29pp. Published in Nucl.Instrum.Meth.A584:291-303,2008. e-Print: arXiv:0709.4514   = 1,224*30/10=3,672 Zheleznykh I.M. V.N. Marin. A compact module of the gamma quantum detector on the basis of semiconductor avalanch photodiodes and cristal scintillators for gamma tomographs and pet  scaners. Preprint INR, Moscow 2006.   =4/4=0,4 !B5=4 4;O 8A?KB0=89 45B5:B>@>2 =59B@>=>2. 725AB8O , A5@8O $878G5A:0O, B. 71, !6, AB@. 876-878. 2 02B>@0  =0,306*60/2=9,18 01;N45=85 35=5@0F88 >?B8G5A:>3> 87;CG5=8O 2 ?5@5E>4=>< @568<5 A:0G:>>1@07=>3> 87<5=5=8O ?@>2>48<>AB8 2 C3;5@>4=KE ?;5=:0E. 4 02B>@0, 2006 3. @5?@8=B /  !1165.  =4/4=1 Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APD readout. 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Mar 5, 2008, Budker INP, Novosibirsk, Russia, 4 02B>@0. submitted to NIM A.  =6/4=1,5 B>3>2K9   =15,7522006 -2007 0?>=5=:> ;5:A0=4@ 8:>;0528G, 10.10.1983, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / . >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 9.6 1. 0?>=5=:> .. >8A: :>A<8G5A:8E 30<<0-2A?;5A:>2 2KA>:>9 M=5@388 =0 CAB0=>2:5 =4K@G8  / . "@C4K 7-9 ( -"$ 2006, B>< 2 AB@. 30-34. (4+8*0.7)=9.6 >=D5@5=F88, =5 >?C1;8:>20=>: 4 1. 7<5@5=85 C3;>2>3> @0A?@545;5=8O ( =0 CAB0=>2:5 =4K@G8  / . !5:F8>==K9 4>:;04 =0 8-9 0:A0=A:>9 >;>456=>9 (:>;5 -"$, 15 - 22 0?@5;O 2007, @8M;L@CAL5. 4   = 13.6*1.5 = 20.4LVAL`OG:2006 - 2007 C@5=O ;5:A0=4@ 8:>;0528G, 14.01.1978, <=A. C1;8:0F88: 1.8 1) T. Enqvist, V. Fhr, J. Joutsenvaara, T. Jmsn, P. Kernen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Rih, J. Sarkamo, C. Shen, I. Usoskin, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin, H. Fynbo, EMMA - A New Underground Cosmic-Ray Experiment, arXiv:astro-ph/0512398, 2005. 4/10 = 0.4 2) .. 5B:>2, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. 70?0@>20, !.. 0@?>2, .. >7O@82A:89, .. C@5=O, .. !<8@=>2, .. '5@=O52, .$. /=8=,  #AB0=>2:0 =4K@G8 4;O @538AB@0F88 :>A<8G5A:8E ;CG59 , @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2006, ! 6, A. 50  62. 0.226 * 60/10 = 1.356 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 4.4 1) IX International Conference on Topics in Astroparticle and Underground Physics (September 10-14 2005, Zaragoza, Spain). T. Enqvist, V. Fohr, J. Joutsenvaara, T. Jamsen, P. Keranen, P. Kuusiniemi, H. Laitala, M. Lehtola, A. Mattila, J. Narkilahti, J. Peltoniemi, H. Remes, M. Reponen, T. Raiha, J. Sarkamo, C. Shen, M. Vaittinen, Z. Zhang, L. Ding, Q. Zhu, M. Roos, I. Dzaparova, S. Karpov, A. Kurenya, V. Petkov, A. Yanin and H. Fynbo,  EMMA: A new underground cosmic-ray experiment . ?C1;8:>20=>: Journal of Physics: Conference Series 39 (2006) 478 480 8*0.7/10 = 0.56 2) 5th International Conference on NONACCELERATOR NEW PHYSICS (Dubna, Russia, June 20 25, 2005). Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New UndergLVALround Cosmic-Ray Experiment". ?C1;8:>20=>: /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60*0.7/10 = 3.84   = 6.2LVAL`OG<;5:A552 =4@59 ;5:A5528G @>4. 9 >:BO1@O 19653. =0CG=K9 A5B@C4=8: !C<<0@=K9   = 1.3 + 0.5 + 0.4 + 0.4 +0.4 = 3 0AGQB   (20063.  20073.) ;5=0@=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE A. The Investigation of the Resonance Neutron Cross Sections Structure for Mo, Ho, Ta, W on 50 m fligt path MMF Yu.V.Grigoriev, O.N.Pavlova, B.V.Zhuravlev Institute of Physics and Power Engineering, obninsk, Russia A.A.Alekseev, A.I. Berlev, E.A.Koptelov Institute for Nuclear Research RAN, Troitsk, Russia Zh.V.Mezentseva Joint Institute for Nuclear Research, Dubna, Russia ISINN-15 20073. Dubna 16-19 May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n,f). ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= @5?@8=B /  1182/2007 <09 20073.   = 4/8 = 0.5 .>. 702  >?B5;>2 -..fLVAL x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`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ragin, A.V.Feschenko O.V.Grekhov N.F.Lebedeva V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich A.N.Mirzojan. An Interactive Procedure of a Transverse Beam Matching and Correction in INR Linac. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (47), A. 116-118. 0;;: 0.5*1.5*6/8=0.56 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 5. S.E.Bragin, A.V.Feschenko, O.V.Grekhov, N.F.Lebedeva, V.N.Mikhailov, V.A.Moiseev, O.M.Volodkevich, A.N.Mirzojan. Transverse Beam Matching and Correction Procedure in INR Linac. Proceedings of LINAC 2006, Knoxville, Tennessee, USA, pp.435-437. 0;;: 1.5*6/8=1.13 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) B>3>: '+   = 5.19LVAL`OG@8:C;8= 235=89 !5<5=>28G, =.A., 1945 3.@. 1. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. S.K.Esin, A.V.Feschenko O.T.Frolov, E.S.Nikulin, V.P.Yakushev. The MMFL H+ and H- injector computational studies. NIM A 558 (2006), 220-224 0;; = 1.224*30*0.7/5-6/5=3.94 (?C1;8:>20==K9 4>:;04 2 @5D5@8@C5<>< 6C@=0;5, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88 2=5 @0AG5B=>3> ?5@8>40). 3. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp. 378-380. 0;; = 4*1.5/10 =0,6. (?C1;8:>20==K9 4>:;04 =0 >AA89A:>9 :>=D5@5=F88). 4. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, "@C4K XVI 564C=0@>4=>9 :>D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 5. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, A>AB>O2H59AO 2 3.1=8=A:5 25-28 =>O1@O 20033., 1=8=A:, 2007, AB@.204-210. 0;;: 6E1,5E0,5/5 = 0,9. (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO 70 ?@545;0<8 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 6. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38Ox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`OGBC15F 0;5@89 8:>;0528G, =.A., 1950 3.@. 1. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- Injector For Meson Factory Linac. Problems of Atomic Science and Technology. Series "Nuclear Physiscs Investigations" (46), !2, 2006, 52-54. 0;; = 6*1.5*0.5/10=0.45. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. E.S. Nikulin, A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. THE INJECTOR OF NEGATIVE HYDROGEN IONS FOR INR LINAC. XXth Russian Conference on Charged Particle Accelerators, Novosibirsk, 2006.(RuPAC ), pp. 378-380. 0;; = 4*1.5/10 =0,6. (?C1;8:>20==K9 4>:;04 =0 >AA89A:>9 :>=D5@5=F88). 3. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E. S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets, H- INJECTOR FOR INR LINAC, "@C4K XVI 564C=0@>4=>9 :>D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3. 0;;=6/10=0,6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 4. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ....0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. #! "   - /  #! "/ / . "@C4K %% 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04.) 0;;: 6/10 = 0,6. 5. .. C15F, .!. 8:C;8=, .". $@>;>2, .. /:CH52. #,! #!" !" +"/.)  // / !"'  -. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O<, 1=8=A:, 6-8 8N=O, 2006 3>40 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04) 0;;: 6/4 = 1,5 6. Makdisi, Y., Alekseev, I., Bellavia, S., Bravar, A., Bunce, G., Chapman, M.A., Dhawan S., Eyser, K.O., Gasner, D., Gill, R., Haeberli, W., Li, Z., Khodinov, A., Kponou, A., Meng, W., Nass, A., Okada, H., Saito, N., Resica, S., StLVALephenson, E., Svirida, D., Trbojevic, D., Tsang, T., Wise, T., Zelenski, A., Zubets, V. Status and operational experience with the polarized hydrogen jet at RHIC. Proc. 17th International Spin Physics Symposium (SPIN 2006), Kyoto, Japan, October 2-7, 2006, AIP Conf. Proc. 915 pp. 975-978 (2007). (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 0;;: 1.5*6/10 = 0,9 7. Makdisi, Y., Bravar, A., Bunce, G., Gill, R., Huang, H., Li, Z., Khodinov, A., Kponou, A., Meng, W., Nass, A., Rescia, S., Zelenski, A., Zubets, V., Chapman, M.A., Haaeberli, W., Wise, T., Alekseev, I., Svirida, D., Jinnouchi, O., Nakagawa, I., Okada, H., Saito, N., Dhawan, S., Stephenson, E., Eyser, K.O. Absolute measurement of the polarization of high energy proton beams at RHIC. Proc. 22-nd Particle Accelerator Conference (PAC 07), Albukerque, June 25-29, 2007, pp. 4369-4371 (2007). [KB-02-02-011; BNL-77350-2006-CP] (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 0;;: 1.5*6/10 = 0,9 8. Zelenski, A.,Alessi J., Kponou A., Ritter J., Zubets V. Towards 100% polarization in the RHIC optically pumped polarized H ion source. Proc. 22nd Particle Accelerator Conf. (PAC 07), Albuquerque, NM, p.3771, (2007). (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 0;;: 1.5*6/5 = 1,8 9. Zelenski A.,Kokhanovski S.,Kponou A., Ritter J., Zubets V.  The RHIC Optically-Pumped Polarized H- Ion Source , PSTP 2007, AIP 980, p.221.-230, (2007). (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 0;;: 1.5*6/5 = 1,8 10. Kponou A., Zelenski A., A.,Kokhanovski, Zubets V.  Sona Transition in the RHIC OPPIS , PSTP 2007, AIP 980, p.241.-247, (2007). (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88) 0;;: 1.5*6/4 = 2,25 B>3>: '+   = 11.40LVAL`OGD!! #'+% " 70 2006-2007 3.3. $ =4@5O 20=>28G0, 8=65=5@0-8AA;54>20B5;O 01>@0B>@88 =59B@8==>9 0AB@>D878:8 2KA>:8E M=5@389 1. V.Aynutdinov, et al., "SEARCH FOR A DIFFUSE FLUX OF HIGH- ENERGY EXTRATERRESTRIAL NEUTRINOS WITH THE NT200 NEUTRINO TELESCOPE" Astropart. Phys. 25 (2006) 140-150.  =4,047*30/10=12,141 2. V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", NIM A567 (2006) 423-427  =1,224*30/10=3,672 3. V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", NIM A567 (2006) 433-437  =1,224*30/10=3,672 4. V.Aynutdinov et al., "Status and new results from the BAIKAL detector", J.Phys.Conf.Ser., 39 (2006) 441-443  =8/10=0,8 5. V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int.J.Mod.Phys. A21, Supp.01 (2006) 202-206  =1,38*30/10=4,14 6. V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int.J.Mod.Phys. A21 Supp.01 (2006) 117-121  =1,38*30/10=4,14 7. V.Aynutdinov et al., "The BAIKAL neutrino telescope", /4. $87., 69, 11(2006)1-8  =0,914*60/10=5,484 8. . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495  =0,348*60/10=2,088 9. V.Aynutdinov et al., "The Baikal Neutrino Telescope: From NT200 to NT200+". International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.  =0,6 10. K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.  =0,6 11. V.Aynutdinov et al. "Baikal neutrino telescope". Proc. of the 3rd Int. Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino LVALExperimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459. 12. . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).  =0,505*60/10=3,03 13. K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06),Uppsala University, p.24, 2007.  =0,6 14. K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.  = 0,6 15. V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =1,224*30/10=3,672 16. K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys.  (Proc.Suppl.) 168 (2007), p. 296-298.  =5,522*30/10=16,566 17. V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal". Proc. 30th Int. Cosmic Ray Conf., Merida, Mexico, 3-11 July, 2007.  =0,6 18. V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physical Results". Proc. 30th Int. Cosmic Ray Conf., Merida, Mexico, 3-11 July, 2007.  =0,6 19. V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans". Proc. 30th Int. Cosmic Ray Conf, Merida, Mexico, 3-11 July 2007.  =0,6 B>3>2K9  =63,605LVAL`OGF!! #'+% " 70 2006-2007 3.3. >H5G:8=0 =4@5O 5B@>28G0, 8=65=5@0-8AA;54>20B5;O 01>@0B>@88 =59B@8==>9 0AB@>D878:8 2KA>:8E M=5@389 1. V.Aynutdinov, et al., "SEARCH FOR A DIFFUSE FLUX OF HIGH- ENERGY EXTRATERRESTRIAL NEUTRINOS WITH THE NT200 NEUTRINO TELESCOPE" Astropart. Phys. 25 (2006) 140-150.  =4,047*30/10=12,141 2. V.Aynutdinov et al., "BAIKAL experiment: Main results obtained with the neutrino telescope NT200", NIM A567 (2006) 423-427  =1,224*30/10=3,672 3. V.Aynutdinov et al., "The BAIKAL neutrino experiment: from NT200 to NT200+", NIM A567 (2006) 433-437  =1,224*30/10=3,672 4. V.Aynutdinov et al., "Status and new results from the BAIKAL detector", J.Phys.Conf.Ser., 39 (2006) 441-443  =8/10=0,8 5. V.Aynutdinov et al., "A device for detection of acoustic signals from super high energy neutrinos", Int.J.Mod.Phys. A21, Supp.01 (2006) 202-206  =1,38*30/10=4,14 6. V.Aynutdinov et al., "High frequency noise in Lake Baikal as a background for the acoustic detection of high energy neutrinos", Int.J.Mod.Phys. A21 Supp.01 (2006) 117-121  =1,38*30/10=4,14 7. V.Aynutdinov et al., "The BAIKAL neutrino telescope", /4. $87., 69, 11(2006)1-8  =0,914*60/10=5,484 8. . 9=CB48=>2 8 4@., "KA>:>G0AB>B=K5 0:CAB8G5A:85 HC<K >75@0 09:0;", :CAB8G5A:89 6C@=0;, ".52 5 (2006) 495  =0,348*60/10=2,088 9. V.Aynutdinov et al., "The Baikal Neutrino Telescope: From NT200 to NT200+". International Conference on Interconnection between High Energy Physics and Astroparticle Physics: From Colliders to Cosmic Rays, 7-13 Sep. Prague, Czech Republic, 2005. Czech.J.Phys.56:A349-A360,2006.  =0,6 10. K.Antipin et al., "The BAIKAL experiment: status, selected results, and prospects". The XXII Int. Conf. on Neutrino Physics and Astrophysics (NEUTRINO 2006), June 13-19, 2006, Santa Fe, New Mexico, USA.  =0,6 11. V.Aynutdinov et al. "Baikal neutrino telescope". Proc. of the 3rd Int. Workshop on NO-VE: Neutrino Oscillations in Venice: 50 Years after the Neutrino LVALExperimental Discovery, Venice, Italy, 7-10 Feb 2006, p.449-459. 12. . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).  =0,505*60/10=3,03 13. K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06),Uppsala University, p.24, 2007.  =0,6 14. K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.  = 0,6 15. V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", X Pisa Meeting on Advanced Detectors, May 2006, Elba, Italy. NIM A572 (2007) 511-514.  =1,224*30/10=3,672 16. K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys.  (Proc.Suppl.) 168 (2007), p. 296-298.  =5,522*30/10=16,566 17. V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal". Proc. 30th Int. Cosmic Ray Conf., Merida, Mexico, 3-11 July, 2007.  =0,6 18. V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physical Results". Proc. 30th Int. Cosmic Ray Conf., Merida, Mexico, 3-11 July, 2007.  =0,6 19. V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans". Proc. 30th Int. Cosmic Ray Conf, Merida, Mexico, 3-11 July 2007.  =0,6 B>3>2K9  =63,605LVAL`OGH  70 2006 2007 3>4K =4@552 =0B>;89 0A8;L528G, @>48;AO 20.10.373>40, 4>:B>@ B5E=8G5A:8E =0C:, 8.>. 3;02=>3> =0CG=>3> A>B@C4=8:0 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1) ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876.  =8/6=1,33. 2) ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / Stend for testing neutron scintillation detectors // Nuclear Physics and Atomic Energy.#4 (22), 2007,p. 100.  =8/6=1,33. >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. 1. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS // In Proc. 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`OGJ0?B52 !5@359 0;5@L528G @>4. 1970 , $878G5A:89 D0:C;LB5B # 1994, <=A !"8"  -, C1;8:0F88, 2A53> 6, 70 ?>A;54=85 3 3>40 3: 1. Physics of Atomic Nuclei Vol. 60, No. 2, 1997 Determination of Form-Factor Parameters + and 0 in K3 Decay V. M. Artemov, A. D. Volkov, G. A. Emel yanenko, B. Zh. Zalikhanov, E. V. Komissarov, V. S. Kurbatov, V. Z. Serdyuk, V. V. Sidorkin, I. N. Silin, S. V. Yashchenko, V. N. Bolotov, A. V. Veselovsky, S. A. Volkov, E. N. Gushchin, V. S. Klimenko, S. V. Laptev, V. N. Marin, I. N. Semenyuk, V. L. Shmatkov, A. V. Voskanyan, A. J. Ketikian, and V. F. Konstantinov  = 0.208 *45/10=0.936 2. Physics of Atomic Nuclei Vol. 60, No. 12, 1997 Determination of Form-Factor Parameters in the Decays K !  0 and K ! e 0 V. M. Artemov, A. D. Volkov, G. A. Emel yanenko, B. Zh. Zalikhanov, E. V. Komissarov, V. S. Kurbatov, V. Z. Serdyuk, V. V. Sidorkin, I. N. Silin, S. V. Yashchenko, V. N. Bolotov, S. A. Volkov, E. N. Gushchin, V. S. Klimenko, S. V. Laptev, I. N. Semenyuk, V. L. Shmatkov, A. V. Voskanyan, A. J. Ketikian, and V. F. Konstantinov  = 0.208 *45/10=0.936 3. Physics of Atomic Nuclei Vol.65 No 11,2002 Study of the K ! e 0 decay I. V. Ajinenko, S. A. Akimenko, G. A. Akopdzhanov, K. S. Belous, G. I. Britvich, I.G.Britvich, A. P. Filin, V. N.Govorun,A. V. Inyakin, V. A. Khmelnikov, A. S. Konstantinov, V. F. Konstantinov, I. Ya. Korolkov, V. M. Leontiev, V. P. Novikov, V. F. Obraztsov, V. A. Polyakov, V. I. Romanovsky, V. M. Ronjin, V. A. Senko, N. A. Shalanda, M. M. Shapkin, V. I. Shelikhov, N. E. Smirnov, A. A. Sokolov, O. G. Tchikilev, E. V. Vlasov, O. P. Yushchenko, V. N. Bolotov, S. V. Laptev, A. Yu. Polyarush, V. E. Postoev, S. V. Yashchenko, B. Zh. Zalikhanov, and V. Z. Serdyuk  = 0.533 *45/10=2.399 4. Physics of Atomic Nuclei Vol.69, No. 1, 2006 Experimrintal Study of Direct Photon Emisson in K !  0 Decay Using ISTRA+ Detector V.A. Uvarov, S.A. Akimenko, V.N. Bolotov, G.I. Britvich, K.V. Datsko, V.A. Duk, A.P.FilinLVAL, A.V.Inyakin, V.A.Khmelnikov, A.S. Konstantinov, V.F. Konstantinov, I.Ya. Korolkov, S.V. Laptev, V.M. Leontiev, V.P. Novikov, V.F.Obraztsov, V.A. Palyakov, A.Yu. Polarush, V.I. Romanovsky, V.M. Ronjin, V.I.Shelikhov, N.E. Smirnov, O.G. Tchikilev, and O.P. Yushchenko.  = 0.616 *45/10=2.772 5. Physics of Atomic Nuclei Vol.70, No. 1, 2007 Observation of the Radiative Kaon Decay K !  0. O.G. Tchikilev, S.A. Akimenko, G.I.Britvich, K.V. Datsko, A.P.Filin, A.V.Inyakin,V.A.Khmelnikov, A.S. Konstantinov, I.Ya. Korolkov, Leontiev, V.P. Novikov, V.F.Obraztsov, V.A. Palyakov, V.I. Romanovsky, V.I. Shelikhov, V.A. Uvarov, O.P. Yushchenko, V.N. Bolotov, S.V. Laptev, V.A. Duk, and A.Yu. Polarush.  = 0.515 *45/10=2.318 6. Physics of Atomic Nuclei Vol.70, No. 4, 2007 Study of K- ! 0 e-  Decay whith ISTRA+ Setup S.A. Akimenko, V.N. Bolotov, G.I.Britvich, K.V. Datsko, V.A. Duk, A.P.Filin, E.N. Gushchin, A.V.Inyakin, V.A.Khmelnikov, A.S. Konstantinov, V.F. Konstantinov, I.Ya. Korolkov, S.V. Laptev, V.A. Lebedev, V.M. Leontev, A.E. Mazurov, V.P. Novikov, V.F.Obraztsov, V.A. Palyakov, A.Yu. Polarush, V.E. Postoev, V.I. Romanovsky, V.I. Shelikhov, O.G. Tchikilev, V.A. Uvarov, and O.P. Yushchenko.  = 0.515 *45/10=2.318 B>3>   (2007-2008) = 4.636 =45:A F8B8@>20=8O 20LVAL`OGL0<0=8= <8B@89 ;048<8@>28G 0CG=K9 A>B@C4=8: -$ !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E. 1. V.Zherebchevsky, W.von Oertzen, D.Kamanin, B.Gebauer, S.Thummerer, Ch.Schulz, G.Royer. Binary fission and coplanar cluster decay of 60Zn compound nuclei at high angular momentum. Physics Letters B 646 (2007) 12 18.   =5,301*30/7=22,71 2. Yu.V.Pyatkov, D.V.Kamanin, W.H.Trzaska, W.von Oertzen, S.R.Yamaletdinov, A.N.Tjukavkin, V.G.Tishchenko, V.G.Lyapin, Yu.E.Peinionzhkevich, A.A.Alexandrov, S.V.Khlebnikov. Island of the high yields of 252cf(sf) collinear tripartition in the fragment mass space. Romanian Reports in Physics. 2007. V. 59, No 2. P. 388-399.   =8/10=0,8 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. V.I.Zherebchevsky, W.von Oertzen, D.V.Kamanin. Collinear ternary cluster decay of hyper-deformed 60Zn at high angular momentum. Pis'ma v ZhETF, V.85, No. 3, 2007, pp. 168-173.  =1,446*60/3=28,92 AB0BL8 2 =5@5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. V.I.Zherebchevsky, W.von Oertzen, K.A.Gridnev, D.V.Kamanin. Collinear ternary cluster decay of nuclei 60Zn. Vestnik SPbGU, V.4, No. 1, 2007, pp. 113-117 (rus).  =8/4=2 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE, 8740==K5 2 B@C40E :>=D5@5=F89 1. Yu.Pyatkov, W.Trzaska, M.Mutterer, S.Yamaletdinov, A.Tjukavkin, D.Bolgov, D.Kamanin, S.Khlebnikov, Yu.Kopach, E.Kuznetsova, J.Lavrova, V.Lyapin, M.Sillanpaa, V.Tishchenko, G.Tyurin. Searching for Rare Decay Modes in the Reaction 238U+4He (40 MeV). International Symposium on Exotic Nuclei, Khanty-Mansiysk, Russia, 17-22 July 2006. Conference proceedings. Editors: Yu.E.Penionzhkevich, and E.A.Cherepanov. AIP Conference Proceedings, 2007, p. 144-152.  = 6/10*1,5=0,9 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE, =5 8740==K5 1. D.V. Kamanin, Yu.N. Kopach, Yu.V. Pyatkov, A.A. Alexandrov, S.B. Borzakov, J.E. Lavrova, Ts. Panteleev, A.N. Tyukavkin. Study of the multy-cluster decays in the neutron induced fission of 235U. Presented at the 15th International Seminar on Interaction of Neutrons with Nuc"LVAL2lei, Dubna, Russia, 16-19 May 2007.  =6/8=0,75 2. D.V.Kamanin, Yu.V.Pyatkov, W.H.Trzaska, W. von Oertzen. Searching for multi-body decays of low and middle excited actinides. Presented at the International Symposium "Models and Methods in Few- and Many-Body Systems", Skukuza, Kruger National Park, South Africa, 6-9 February 2007.  = 6/4=1,5 3. D.V.Kamanin for the FOBOS collaboration. Rare fission modes: study of multi-cluster decays of actinide nuclei. Presented at the International Conference on Dynamical aspects of nuclear fission "DANF2006", Smolenice Castle, Slovak Republic, 2-6 October 2006. (in print)  =0,6 4. D.V.Kamanin for the FOBOS collaboration. Rare fission modes: study of multi-cluster decays of actinide nuclei. Presented at the 6th International Conference  Modern Problems of Nuclear Physics . September 19-22, 2006, Tashkent, Uzbekistan. (?@83;0H5==K9 4>:;04)  =30*0,1=0,3 5. D.V.Kamanin for the FOBOS collaboration. Searching for Collinear Tripartition in the Reaction 235U(nth, f) using MiniFOBOS Spectrometer. Presented at the 14th International Seminar on Interaction of Neutrons with Nuclei, ISINN'2006, Dubna, Russia.  =0,6 #'- &/ /",!", 1. International Symposium on Exotic Nuclei, EXON2006. 17-22 8N;O 2006 3. CG0AB=8:8 - 92 G5;>25:0, G;5= >@3:><8B5B0 2. XXXIII International Conference on High Energy Physics  ICHEP 06 , 26 8N;O  2 023CAB0 2006 3. #G0AB=8:8 ?@8<5@=> 800 G5;., G;5= @01>G59 3@C??K B>3>2K9   =59,08LVAL`OGNC;038= !5@359 =0B>;L528G 1959 3>40 @>645=8O :0=4840B D87.-<0B. =0C: AB0@H89 =0CG=K9 A>B@C4=8: B45;0 B5>@5B8G5A:>9 D878:8   70 2007-2008 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: S.A. Kulagin and R. Petti, Neutrino inclusive inelastic scattering off nuclei, Phys. Rev. D76 (2007), 094023.   = 4.852*30/2 =72.8 A.V. Butkevich and S.A. Kulagin, Quasi-elastic neutrino charged-current scattering cross sections on oxygen, Phys. Rev. C76 (2007), 045502.   = 3.610*30/2 =54.2 S.A. Kulagin and W. Melnitchouk,  Deuteron spin structure functions in the resonance and DIS regions , Phys. Rev. C77 (2008), 015210.   = 3.610*30/2 =54.2 S.A. Kulagin and W. Melnitchouk,  Spin structure functions of He-3 at finite Q**2 , Phys. Rev. C78 (2008), 065203.   = 3.610*30/2 =54.2 NOMAD Collaboration (Q. Wu et al.)  A precise measurement of the muon neutrino-nucleon inclusive charged current cross-section off an isoscalar target in the energy range 2.5 < E(nu) < 40-GeV by NOMAD , Phys. Lett. B660 (2008), 19.   = 5.301*30/10 =15.9 @5?@8=BK: Determination of Strange Sea Distributions from Neutrino-Nucleon Deep Inelastic Scattering. S. Alekhin, S. Kulagin, R. Petti . DESY-08-185, SFB-CPP-08-99, Dec 2008. 15pp. http://www.slac.stanford.edu/spires/hep/te.shtml e-Print: arXiv:0812.4448 [hep-ph]   =4/3=1.3 New method for extracting neutron structure functions from nuclear data. Yonatan Kahn, W. Melnitchouk, S.A. Kulagin. JLAB-THY-08-883, Sep 2008. 29pp. e-Print: arXiv:0809.4308 [nucl-th]   =4/3=1.3 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: M. Osipenko, W. Melnitchouk, S. Simula, S. Kulagin, G. Ricco, Experimental moments of the nucleon structure function F2, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 13th International Conference In QCD (QCD 06), 3-7 Jul 2006, Montpellier, France. Published in Nucl. Phys. Proc. Suppl. 174 (2007), 23-26.   = 0.875*0.7*30/5 =3.7 M. Osipenko, S. Simula, S. Kulagin, G. Ricco, Neutron structure function mLVALOoments at leading twist, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Quark Confinement and the Hadron Spectrum 7, Ponta Delgada, Azores, Portugal, 2-7 Sep 2006. Published in AIP Conf. Proc. 892 (2007) 448-451   = (1.5-1)*30/4=3.8 S.A. Kulagin, Progress in the description of neutrino-nuclear cross sections at high energy @83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88 XXIX International Workshop Neutrino physics at accelerators, JINR, Dubna, January 24--26, 2007, URL: http://nuweb.jinr.ru/~nd/workshop2007/   = 20 S.A. Kulagin and R.Petti, Nuclear Effects in Neutrino Structure Functions, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 5th International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt07), Batavia, Illinois, 30 May - 3 Jun 2007. URL: http://conferences.fnal.gov/nuint07/ Published in AIP Conf. Proc. 967 (2007) 94-101   = 1.5*30/2=22.5 S. Alekhin, S.A. Kulagin and R. Petti, Modeling lepton-nucleon inelastic scattering from high to low momentum transfer, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 5th International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt07), Batavia, Illinois, 30 May - 3 Jun 2007. URL: http://conferences.fnal.gov/nuint07/ Published in AIP Conf. Proc. 967 (2007) 215-224   = 1.5*30/3=15 A.V. Butkevich and S.A. Kulagin, QE neutrino CC cross-sections off O-16, !B5=4>2K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 5th International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt07), Batavia, Illinois, 30 May - 3 Jun 2007. URL: http://conferences.fnal.gov/nuint07/ Published in AIP Conf. Proc. 967 (2007) 298-300; e-Print: arXiv:0711.3223 [nucl-th]   = 1.5*6/2=4.5 S. Alekhin, S.A. Kulagin and R. Petti, The low-Q deep-inelastic scattering data in the global fit of PDFs, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 15th International Workshop on Deep-Inelastic Scattering and Related Subjects (DIS2007), Munich, Germany, 16-20 Apr 2007.LVALP Published in *Munich 2007, Deep-inelastic scattering, vol. 1* 313-316 Home URL: http://www.mppmu.mpg.de/dis2007/ Proceedings URL: http://www.sciencewisepublishing.com/publications/DIS07   = 1.5*30/3=15 S. Alekhin, S. Kulagin , R. Petti  Update of the global fit of PDFs including the low-Q DIS data. @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 16th International Workshop on Deep Inelastic Scattering and Related Subjects (DIS 2008), London, England, 7-11 Apr 2008. Published in *London 2008, Deep inelastic scattering* 43 Home URL: http://www.hep.ucl.ac.uk/dis2008/ Proceedings URL: http://www.sciwipub.com/index.php?doit=dis2008 e-Print: arXiv:0810.4893 [hep-ph]   =1.5*30/3=15 S.A. Kulagin, Calculation of quasielastic neutrino-nuclear cross sections for neutrino energy 0.2 - 2 GeV @83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88 XXX International Workshop Neutrino physics at accelerators, JINR, Dubna, January 23--25, 2008, URL: http://nuweb.jinr.ru/~nd/workshop2008/   = 20 S.A. Kulagin,  Theory and phenomenology of nuclear EMC effect , @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Nuclear medium effects on the quark and gluon structure of hadrons, Trento, Italy, 3-7 June, 2008. Home URL: http://www.ect.it/Meetings/ConfsWksAndCollMeetings/ConfWksDocument/2008/talks/3 - 7 June 08/talks.htm   = 30 S.A. Kulagin,  Nuclear effects in spin structure functions in resonance region , @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Nuclear medium effects on the quark and gluon structure of hadrons, Trento, Italy, 3-7 June, 2008. Home URL: http://www.ect.it/Meetings/ConfsWksAndCollMeetings/ConfWksDocument/2008/talks/3 - 7 June 08/talks.htm   = 30 S.A. Kulagin,  Nuclear Corrections to Charged Lepton and Neutrino Deep Inelastic Scattering , @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Low Energy Precision Electroweak Physics in the LHC Era Seattle, USA, November 3 - 8, 2008 Home URL: http://www.int.washington.edu/PROGRAMS/08-3_seminars/no LVAL v3-7.html   =30 5:F88 =0 <564C=0@>4=KE H:>;0E: &8:; 87 3 ;5:F89 ?>4 >1I8< =0720=85< Nucleon and Nuclear Structure Functions =0 229 H:>;5 4;O <>;>4KE CG5=KE HUGS 2007 >@30=87>20==>9 E0<?B>=>2A:8< C=825@A8B5B>< 2 ?5@8>4 A 29 <0O ?> 15 8N=O 2007 3. 2 Jefferson Lab, Newport News, Virginia (!(). URL: http://www.jlab.org/hugs/archive/Schedule2007/schedule.html   =30 B>3>2K9   = 493.40Za h  o  v # } * 1 8?FMT[bipeCLGC-"t@?&pOGFFF:߿B" rft@?@FFF:߿\33s@d&t@?XpOGFFF:߿2 ?2d,t@?@FFF:߿ 33@dXt@?@FFF:߿> AZ . t@?@FFF:߿Bl v$t@?zpOGFFF:߿ Art@?N@FFF:߿ @@d^t@?pOGFFF:߿ @@d^t@?pOGFFF:߿3 At@?pOGFFF:߿Art@?&pOGFFF:߿ ̌A ( t@?#pOGFFF:߿o CB. `" Vt@?:BpOGFFF:߿TB Vt@?j@FFF:߿Ax::t@?@FFF:߿1B\'2t@?@FFF:߿A:. t@?,@FFF:߿),@,t@?n@FFF:߿~+33Bt@?9pOGFFF:߿}/Ar4ft@?pOGFFF:߿|433At@?@FFF:߿{33Arft@?p!pOGFFF:߿z,@,t@?@FFF:߿y@t@?: @FFF:߿xt@?D@FFF:߿w(ff B.  t@?R'pOGFFF:߿v1xBfB t<t@?PpOGFFF:߿u;MBH t@?CpOGFFF:߿t',@,t@?@FFF:߿s*33Bbt@?8pOGFFF:߿r33Ar@t@?pOGFFF:߿q,LBH t@?*|pOGFFF:߿p0aB nt@?zpOGFFF:߿oNffA~@t@?@yFFF:߿nffAX. N N t@?nwpOGFFF:߿mitB\t@?;spOGFFF:߿lh32CKWd t@? 6opOGFFF:߿k_@A^Ft@?@nFFF:߿j33aCxP>t@?HigpOGFFF:߿iTLC^3L #t@?t_pOGFFF:߿fLB &t@? @^FFF:߿e..C&t@?HUXpOGFFF:߿dF]B@*t@?. @WFFF:߿c f(CV&t@? @VFFF:߿bCv/&F!t@?6T`OGFFF:߿aDF(*.t@?R`OGFFF:߿`3CBH&(,t@?2M`OGFFF:߿LVAL`OGS"@>8F:89 !.. 2007 ?C1;8:>20==K5 AB0BL8: 1) D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, Air-shower simulations with and without thinning: artificial fluctuations and their suppression, Phys.Rev.D76:043004, 2007. 4.852*30/3=48.52 2) D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, Towards event-by-event studies of the ultrahigh-energy cosmic-ray composition, Astropart. Phys. 28 (2007) 28. 4.047*30/3=40.47 3) A.V. Glushkov et al., Constraining the fraction of primary gamma rays at ultra-high energies from the muon data of the Yakutsk extensive-air-shower array, 8AL<0 2 -"$ 85:163,2007 1.446*60/7=12.39 4) L.G. Dedenko, G.F. Fedorova, T.M. Roganova, M.I. Pravdin, I.E. Sleptsov, V.A. Kolosov, A.V. Glushkov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky,  Possible observations of new physics in ultrahigh energy cosmic rays , /45@=0O $878:0 70:170-174,2007, 0.914*60/10=5.48 5) M. Fairbairn, T. Rashba, S. Troitsky, Transparency of the Sun to gamma rays due to axionlike particles. Phys.Rev.Lett.98:201801,2007. 7.498*30/3=74.89 6) M. Fairbairn et al., Searching for energetic cosmic axions in a laboratory experiment, Eur.Phys.J.C52:899-904,2007 3.209*30/7=13.75 2A53> ?> 6 >?C1;8:>20==K< AB0BLO< 195.5 @5?@8=BK: astro-ph/0701245, 4/7=0.57 astro-ph/0703546, 4/3=1.33 arXiv:0706.0108, 4/7=0.57 arXiv:0710.1382, 4/5=0.8 arXiv:0710.5508, 4/7=0.57 arXiv:0711.4060, 4/4=1. @5?>4020=85: 4>@01>B:0 :C@A0 ;5:F89 2 A5<5AB@0*8=16 @C:>2>4AB2> 48?;><=8:>< =10 >:;04K: G.I.Rubtsov, D.S.Gorbunov, V.A.Kuzmin, S.V.Troitsky, "Study of small scale fluctuations in charged particle and muon densities at the ground level with no-thinning simulations of extensive air showers", 30th International Cosmic Ray Conference, 6*1.5/4=2.25 G.I.Rubtsov, D.S.Gorbunov, S.V.Troitsky, "Getting rid of artificial fluctuations in EAS simulated with thinning: estimate of artificial fluctuations and simple economical method to suppress them", 30th International Cosmic Ray Conference, 6*1.LVAL5/3=3 B>3> 70 2006: 231.59 2008 ?C1;8:>20==K5 AB0BL8: 1) Kalashev, B.A. Khrenov, P. Klimov, S. Sharakin, S.V. Troitsky. Global anisotropy of arrival directions of ultrahigh-energy cosmic rays: capabilities of space-based detectors.O.E. JCAP 0803:003,2008. 6.739*30/5=40.43 2) A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S. V. Troitsky. Muon content of ultrahigh-energy air showers: Yakutsk data versus simulations. 8AL<0 2 -"$. JETP Lett.87:190-194,2008. 1.446*60/7=12.39 3) D Gorbunov , P Tinyakov, I Tkachev, S. Troitsky. Comment on 'Correlation of the Highest-Energy Cosmic Rays with Nearby Extragalactic Objects'. 8AL<0 2 -"$. JETP Lett.87:461-463,2008. 1.446*60/4=21.69 4) S. V. Troitsky. Spectral energy distributions and high-energy emission of BL Lac type objects. Mon. Not. Roy. Astron. Soc. Lett., 388 (2008) L79-L84. 5.352*30/1=160.56 5) CMS Collaboration (R. Adolphi et al.). The CMS experiment at the CERN LHC. JINST 3:S08004,2008. 8/10=0.8 2A53> ?> 5 >?C1;8:>20==K< AB0BLO< 235.87 @5?@8=BK: arXiv: 0802.0399, 4/1=4 arXiv: 0804.1088, 4/4=1 arXiv: 0808.0367, 4/2=2 arXiv: 0808.0481, 4/2=2 arXiv: 0809.4886, 4/3=1.33 arXiv: 0812.1020, 4/3=1.33 @5?>4020=85: 4>@01>B:0 :C@A0 ;5:F89 2 A5<5AB@0*8=16 @C:>2>4AB2> 2-<O 48?;><=8:0<8 =20 >:;04K: S. Troitsky, Space-based detectors and global anisotropy of ultra-high-energy cosmic rays. Quarks-2008, 4/1=4 S. Troitsky, Physical conditions in potential UHECR accelerators. 4th International workshop on UHECR and their sources, Moscow, 4/1=4 B>3> 70 2008: 291.53 B>3> 70 2007-2008: 523.12LVAL`OGU\documentclass[12pt]{article} \usepackage[koi8-r]{inputenc} \usepackage[russian]{babel} \textheight = 26cm \textwidth = 17cm \hoffset = -15mm \voffset = -20mm \pagestyle{empty} \begin{document} \begin{verbatim} >9B?G 8*"$ C'. ". 24.08.1965, ## ?D6, . NIROV Khazretali Sefovich, August 24, 1965, Senior Researcher, Theory Department, Ph.D. @B>4 * 2007--2008 . @%: 1) Kh. S. Nirov, A. V. Razumov / "Toda equations associated with loop groups of complex classical Lie groups" // arXiv: math-ph/0612054, Nucl. Phys. B782, pp.241--275, 2007; @B>4 = 5.522*30/2 = 82.83 2) 8. C. >"', 1. G. B*%' / "? Z-"%"') " < $(, "%   $(  %"'! D)" // arXiv:0705.2681, D". =$. 6*. 154, pp.451--476, 2008; (Translated in: Kh. S. Nirov, A. V. Razumov / "Z-graded loop Lie algebras, loop groups, and Toda equations" // Theor. Math. Phys. 154, pp. 385--404, 2008) @B>4 = 0.569/*60/2 = 17.07 3) Kh. S. Nirov, A. V. Razumov / "Abelian Toda solitons revisited" // arXiv: 0802.0593, Rev. Math. Phys. 20, pp. 1209--1248, 2008; @B>4 = 1.060*30/2 = 15.90 4) Kh. S. Nirov, A. V. Razumov / "The rational dressing for abelian twisted loop Toda systems" // arXiv: 0806.2597, J. High Energy Phys. (JHEP) 0812: 048, 2008; @B>4 = 5.944*30/2 = 89.16 5) Kh. S. Nirov, A. V. Razumov / "Solving non-Abelian loop Toda equations" // arXiv: 0809.3944, @B>4 = 4.00/2 = 2.00 6) Kh. S. Nirov, A. V. Razumov / "More non-Abelian loop Toda solitons" // arXiv: 0810.1025, @B>4 = 4.00/2 = 2.00 4): 1) Kh. S. Nirov / "Gauge invariance, constraints, and BRST formalism: Classical theory and problems of quantization" // International School on Particles and Cosmology, Baksan School'2007, Baksan Valley, Kabardino-Balkaria, Russia, April 16--21, 2007; @B>4 = 30 2) Kh. S. Nirov / "On loop Lie algebras, loop groups, and associated Toda systems" // InterLVALnational Workshop on Classical and Quantum Integrable Systems, JINR, Dubna, Russia, January 22--25, 2007; @B>4 = 30 3) Kh. S. Nirov / "On Abelian loop Toda soliton solutions and possible non-Abelian generalizations" // International Workshop on Classical and Quantum Integrable Systems, IHEP, Protvino, Russia, January 21--24, 2008; @B>4 = 30 4) Kh. S. Nirov / "The (T)DBM equation as a twisted loop Toda system: Generalizations and soliton solutions" // International Seminar on High Energy Physics QUARKS'2008, Sergiev Posad, Russia, May 23--29, 2008; @B>4 = 30*1.5 = 45 5) Kh. S. Nirov / "On infinite-dimensional Lie groups and their Lie algebras in nonlinear classical integrable systems" // International Summer School on Representation Theory and Statistical Mechanics", Wuppertal, Germany, September 15--19, 2008; @B>4 = 6 9$: @B>4 = 350 --------------------------------------------------------------- 8. C. >"' 9A9 B1>, =#', 30 !'"! 2009 . Kh. S. Nirov INR RAS, Moscow, January 30, 2009 \end{verbatim} \end{document}^LVALnCB:528G =0B>;89 8:B>@>28G @>4. 10.11.1954 :D<= A=A   = 168.9 0CG=>5 =0?@02;5=85 - D878:0 =59B@8=> !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A.V. Butkevich, S.A. Kulagin "Quasi-elastic neutrino chrged-current scattering cross section on oxygen" Phys.Rev. C76:045502, 2007.  =3.61*30=54.15 2. A.V. Butkevich "Analysis of quasi-elastic neutrino charged-current scattering off O-16 and neutrino energy reconstruction" Phys.Rev. C78:015501, 2008.  =3.61*30=108.30 "@C4K :>=D5@5=F89: 3. A.V. Butkevich, S.A. Kulagin "QE neutrino CC cross-section off O-16" AIP Conf.Proc.967:298-300, 2007.  =6*1.5/2=4.5 @5?@8=BK (2 B>< G8A;5 M;5:B@>==K5) 4. M.M. Boliev, A.V. Butkevich, S.P. Mikheyev, O.V. Suvorova "Results with the Baksan Neutrino Telescope" arXiv:astro-ph/0701333  =8/4=2 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 5. .. CB:528G "7<5@5=85 ?0@0<5B@>2 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=KE M:A?5@8<5=B0E 8 ?@>1;5<K >?8A0=8O 2708<>459AB28O =59B@8=> A O4@0<8" 0CG=0O A5AA8O A5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", @>B28=>, 22-25 45:01@O 2008 (?;5=0@=K9 4>:;04)  =4LVAL>;:>20 N4<8;0 0;5@L52=0 @>4. 24.12.1940 4D<= 2=A   = 55.4 0CG=>5 =0?@02;5=85 - D878:0 =59B@8=> !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. >;:>20.  ?>B>:0E <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E 8 A25@E2KA>:8E M=5@38OE. 72. , A5@. D87. 71 (2007) 577-579, !4.  =8 2. .. >;:>20, .". 0F5?8=. 20@:-3;N>==>5 A>AB>O=85 25I5AB20 8 ?>;>68B5;L=K9 871KB>: <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E M=5@38OE. /45@=0O D878:0, 71 (2008) 1912-1821.  =60*0.914/2=27.42 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 3. .. >;:>20. @83;0H5==K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 @>1;5<K D878:8 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:8. >A:20, <09 2007.  =20  >;:>20 N4<8;0 0;5@852=0 24.12.1940, 2=A -,   70 2007-2008 33. 1. .. >;:>20.  ?>B>:0E <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E 8 A25@E2KA>:8E M=5@38OE. 72. , A5@. $87. 71 (2007) 577-579, !4.  =41.8 2 .. >;:>20. >:;04 =0 <564C=0@>4=>< A5<8=0@5 @>1;5<K D878:8 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:8. >A:20, <09 2007.  =20. 3. .. >;:>20, .". 0F5?8=. 20@:-3;N>==>5 A>AB>O=85 25I5AB20 8 ?>;>68B5;L=K9 871KB>: <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E M=5@38OE. /45@=0O D878:0, 71 (2008) 1912-1821.  =60/2=30. 4. .. >;:>20. 5=5@0F8O G0@<0 8 M:A?5@8<5=B0;L=K5 40==K5 > ?>B>:5 :>A<8G5A:8E =59B@8=>. 72. , A5@. $87. (2 ?5G0B8).  =41.8 5. L. V. Volkova. Cosmic ray muons and muon bremsstrahlung gammas at very high energies in the atmosphere. Nuclear Physics B (Proc. Suppl.) (in press).  =26.25  =159.85LVALpOGY02@NA520 ;5=0 ;5:A0=4@>2=0 @>4. 11.02. :D<= A=A   = 174 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Gavryuseva E., Zharkov S.I., and Zharkova V.V., "Phase relation between poloidal and toroidal magnetic field deduced from sunspot and background solar magnetic field in the cycle 23," Solar Physics, 248, pp. 339-358, 2008.  =30*1.832/3 =18.32 2. Gavryuseva E., Zharkov S.I., and Zharkova V.V., "The latitudinal distributions of sunspot areas and magnetic fields and their correlation with the background solar magnetic field in the cycle 23", Advances in Space Research, Elsevier, 39 (11), pp. 1753-1761 2007.  +30*0.706/3 =7.06 3. Noci, G.; Gavryuseva, E., "Plasma Outflows in Coronal Streamers", The Astrophysical Journal, 658, Issue 1, pp. L63-L66 2007.  =30*6.308/2=94.62 "@C4K :>=D5@5=F89: 4. E. Gavryuseva, "In Search of the Origin of the Latitudinal Structure of the Photospheric Magnetic Field", Astronomical Society of the Pacific Conference Series, 383, SUBSURFACE AND ATMOSPHERIC INFLUENCES ON SOLAR ACTIVITY, Proceedings of a workshop held at National Solar Observatory, Sacramento Peak, Sunspot, New Mexico, USA, 16 20 April 2007, @@. 99-106.  =6*1.5=9 5. E. Gavryuseva, "Longitudinal Structure Originated in the Tachocline Zone of the Sun", Astronomical Society of the Pacific Conference Series, 383, SUBSURFACE AND ATMOSPHERIC INFLUENCES ON SOLAR ACTIVITY, Proceedings of a workshop held at National Solar Observatory, Sacramento Peak, Sunspot, New Mexico, USA, 16 20 April 2007, pp. 381-388.  =6*1.5=9 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 6. Gavryuseva E., "Internal structure and rotation of the Sun from different observations" and "Topology and dynamics of solar magnetic field". Summer School in Astronomy and Astrophysics, August, 2007, Belgrado  =30 7. Gavryuseva E.,  Variability of neutrLVALZino counting rate and the Sun , 13th Lomonosov Conference of Elementary Particles, August, 2007, Moscow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doc file ********************************************************************************************************************************************* PLEASE USE THIS last one version. Thank you SO MUCH! ************************************************************************************************** 0AG5B   AB0@H53> =0CG=>3> A>B@C4=8:0 - /  :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: 02@NA52>9 ;5=K ;5:A0=4@>2=K I. !?8A>: =0CG=KE AB0B59 2007-2008 3>4>2, 2 :>B>@KE ?@8=8<0;0 CG0AB85 02@NA520 .. 1. Gavryuseva E., Zharkov S.I., and Zharkova V.V., 2008: "Phase relation between poloidal and toroidal magnetic field deduced from sunspot and background solar magnetic field in the cycle 23," Solar Physics, 248, pp. 339-358. ;0=  $ 16 30/3 = 10 LVAL[2. Gavryuseva E., Zharkov S.I., and Zharkova V.V., 2007: "The latitudinal distributions of sunspot areas and magnetic fields and their correlation with the background solar magnetic field in the cycle 23", Advances in Space Research, Elsevier, 39 (11): , pp.753-1761. ;0=  $ 16 30/3 = 10 3. Noci, G.; Gavryuseva, E.; Spadaro, D.; Susino, R., 2007, "Study of the interface between coronal holes and streamers", Flows, boundaries, interactions: Flows, Boundaries, and Interaction Workshop, AIP Conference Proceedings, 934, pp.111-118. 30/4*1.5 = 11.25 4. Noci, G.; Gavryuseva, E., 2007, "Plasma Outflows in Coronal Streamers", The Astrophysical Journal, 658, Issue 1, pp. L63-L66. 30/2 = 15 5. E. Gavryuseva, 2007, "In Search of the Origin of the Latitudinal Structure of the Photospheric Magnetic Field", Astronomical Society of the Pacific Conference Series, 383, SUBSURFACE AND ATMOSPHERIC INFLUENCES ON SOLAR ACTIVITY, Proceedings of a workshop held at National Solar Observatory, Sacramento Peak, Sunspot, New Mexico, USA, 16-20 April 2007, Edited by R. Howe, R. W. Komm, K. S. Balasubramaniam, G. J. D. Petrie, @@. 99-106. ;0=  $ 16 30*1.5 = 45 6. E. Gavryuseva, 2007, "Longitudinal Structure Originated in the Tachocline Zone of the Sun", Astronomical Society of the Pacific Conference Series, 383, SUBSURFACE AND ATMOSPHERIC INFLUENCES ON SOLAR ACTIVITY, Proceedings of a workshop held at National Solar Observatory, Sacramento Peak, Sunspot, New Mexico, USA, 16-20 April 2007, Edited by R. Howe, R. W. Komm, K. S. Balasubramaniam, G. J. D. Petrie, pp. 381-388. ;0=  $ 16 30*1.5 = 45 7. Gavryuseva E., "Galileo Galilei in Toscana", Dante Alighieri Institute, Italy, 2008, 100 pages. 30 8. Gavryuseva E., "Il Gioiello di Firenze", Dante Alighieri Institute, Italy, 2008, 59 pages. 30 9. Gavryuseva, E., 2008, "Basic components of magnetic variability of the Sun", Journal of Atmospheric and Terrestrial Physics, Elsevier, in press. ;0= LVAL\ $ 16 30 10. Gavryuseva, E., 2008, "Connections between solar wind, geomagnetic characteristics and pho-tospheric magnetic field", Journal of Atmospheric and Terrestrial Physics, Elsevier. ;0=  $ 16 30 >43>B>2;5=K : ?5G0B8: 6. Gavryuseva, E., 2008, "0@80F88 <03=8B=>9 AB@C:BC@K !>;=F0 8 A:>@>AB8 @538AB@0F88 =59B@8=> =0 5<;5", AB@>=><8G5A:89 6C@=0;, ;0=  $ 16 30 7. Gavryuseva, E., 2008, ">;3>B=0O AB@C:BC@0 <03=8B=>3> ?>;O !>;=F0", 8AL<0 2 AB@>=><8G5A:89 6C@=0;, ;0=  $ 16 30 >B>2OBAO : ?5G0B8: 8. Gavryuseva, E., 2008, "(8@>B=0O AB@C:BC@0 <03=8B=>3> ?>;O !>;=F0", AB@>=><8G5A:89 6C@=0;, ;0=  $ 16 30 9. Gavryuseva, E., 2008, "7<5=5=85 48DD5@5=F80;L=>3> 2@0I5=8O !>;=F0 A F8:;>< A>;=5G=>9 0:B82=>AB8", AB@>=><8G5A:89 6C@=0;, ;0=  $ 16 30 ________________________________________________________________________________ !B0BL8 376.25 II. !?8A>: <564C=0@>4=KE :>=D5@5=F89 8 A5<8=0@>2 2007-2008 3>4>2, 2 :>B>@KE ?@8=8<0;0 CG0AB85 02@NA520 .. International School of Art and Science History, Instituto Dande Alighieri, Florence, Italy, September 2008, Gavryuseva, E., "Galileo Galilei and Renessans in science" , ?@83;0H5==K9 ?;5=0@=K9 4>:;04 2 h 30 Gavryuseva, E., "Galileana in Toscana" , F8:; ;5:F89 6 h 30 C1;8G=0O ;5:F8O A 45<>=AB@0F859 2 3;02=>< A>1>@5 $;>@5=F88 !0=B0 0@8O 45;L $L>@5. Gavryuseva, E., September 2008, "Gnomone as an instrument of scientific research in Florence Cathedral" 3 h 30 0 >A=>25 87CG5==>3> <=>9 >1H8@=>3> <0B5@80;0 > 687=8 8 45OB5;L=>AB8 . 0;8;5O 8 >1JO2;5=85< 2009 3>40 - 3>4>< 0AB@>=><88 2 A2O78 A 400-;5B85< A>740=8O 8 ?@8<5=5=8O 8< B5;5A:>?0 O 2KABC?;N A ?@83;0H5==K< 4>:;04>< "87=L 8 A<5@BL 25;8:>3> 0;8;5O 2 ">A:0=5" =0 :>=D5@5=F88 "AB@>=><8O 8 >1ILVAL]5AB2>" (#, 25-27 <0@B0 2009). 5:F8O =0 A5<8=0@5 Arcetri Astrophysical Observatory, INAF, Florence Italy, >O1@L 2008, 02@NA520, E., "Predictions of the solar variability in the next 10 years". #AB=K9 4>:;04 4 5:F8O =0 A5<8=0@5 / , 0@B 2008, 02@NA520, E., !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0. #AB=K9 4>:;04 4 5:F8O =0 A5<8=0@5 AB@>=><8G5A:>3> =AB8BCB0 8<. (B5@=15@30, #, 2008, 02@NA520, E., !B@C:BC@0 3;>10;L=>3> <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0. #AB=K9 4>:;04 4 5:F8O =0 A5<8=0@5  , 2008, 02@NA520, E., ">?>;>38O <03=8B=KE ?>;59 8 48=0<8:0 !>;=F0. #AB=K9 4>:;04 4 Summer School in Astronomy and Astrophysics, August, 2007, Belgrado Gavryuseva, E., "Internal structure and rotation of the Sun from different observations". 6 h "Topology and dynamics of solar magnetic field" 6 h Seminars, theory and experiments. 3h + 3 h = 6 h A5 2<5AB5 30 13th Lomonosov Conference of Elementary Particles, August, 2007, Moscow Gavryuseva, E., Variability of neutrino counting rate and the Sun. !5:F8>==K9 4>:;04 15*1.5 = 22.5 1I5<>A:>2A:89 AB@>=><8G5:89 A5<8=0@, !5=BO1@L 2007, >A:20, 02@NA520, E., Topology and dynamics of the solar magnetic field. #AB=K9 4>:;04 4 5:F8O =0 A5<8=0@5 /$ #, 2007, 02@NA520, E., !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0. #AB=K9 4>:;04 4 ________________________________________________________________________________ >=D5@5=F88 2007-2008 166.5 ________________________________________________________________________________ !B0BL8 + >=D5@5=F88 2007-2008 376.25 + 166.5 = 542.75 ________________________________________________________________________________ !@54=53>4>2>9   2007-2008 , LVAL< 271.375 ________________________________________________________________________________ 2008 ________________________________________________________________________________ !B0BL8 2008 230 >=D5@5=F88 2008 106 _______________________________________________________________________________ !B0BL8 + >=D5@5=F88 2008 230 + 106 = 336 ________________________________________________________________________________ !@54=53>4>2>9   2008 336 ________________________________________________________________________________ .D.-<.=., AB.=.A. ;5=0 02@NA520@LVALP@83>@L520 !25B;0=0 20=>2=0 @>4. 13.07.1944 :D<= A=A   = 96.0 0CG=>5 =0?@02;5=85 - D878:0 =59B@8=> !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. R. Aloisio et al,  A dip in the UHECR spectrum and the transition from galactic to extragalactic cosmic rays . Astropart.Phys.27:76-91, 2007  =4.047*30/4=30.35 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 2. !. . @83>@L520,  !?5:B@ :>A<8G5A:8E ;CG59 A25@E2KA>:8E M=5@389 725AB8O , A5@8O D878G5A:0O , 2007,B>< 71, !4, A. 473-476  =8 @5?@8=BK (2 B>< G8A;5 M;5:B@>==K5) 3. Veniamin Berezinsky, A. Gazizov, S. Grigorieva,  On the status of the dip in UHECR spectrum . arXiv:astro-ph/0702488  =4/3=1.33 4. R. Aloisio, V. Berezinsky and S. Grigorieva,  Analytic calculations of the spectra of ultra-high energy cosmic ray nuclei. I. The case of CMB radiation. arXiv:astro-ph/0802488  =4/3=1.33 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 5. V. Berezinsky, A. Gazizov, S. Grigorieva,  On the status of the dip in UHECR spectrum . 30th International Cosmic Ray Conference, Merida, Mexico, 2007 (>?C1;8:>20==K9 ?@83;0H5==K9 4>:;04)  =30/3*1.5=15 6. S. Grigorieva,  Method of Analytic calculation of the spectra of UHE cosmic ray nuclei. The case of CMB radiation. Paris, France , September 1-6, 2008  =30 7. V. Berezinsky, A. Gazizov , S. Grigorieva, "Signatures of UHECR interaction with CMBR." International Symposium on Astronomy and Astrophysics of Extreme Universe, 22nd and 23rd of March 2007, Riken, Japan, (?@83;0H5==K9 CAB=K9 4>:;04)  =30/3=10LVALpOG`>:CG052 OG5A;02 20=>28G @>4. 16.8.1948, 4D<= 2=A   = 378.6 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. S. Chernov, V. Dokuchaev "The vacuum shell in the Schwarzschild-de Sitter world" Classical and Quantum Gravity, 25, 015004, 2008,  =2.938*30/2=44.07 2. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko  Remnants of dark matter clumps Phys.Rev. D77:083519, 2008.  =4.852*30/3=48.52 3. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko  Ultra-hard fluid and scalar field in the Kerr-Newman metric Phys.Rev. D78:104027, 2008.  =4.852*30/4=36.39 4. V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko "Anisotropy of dark matter annihilation with respect to the Galactic plane" Journal of Cosmology and Astroparticle Physics, v 07, p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abichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko "Ultra-hard fluid and scalar field in the Kerr-Newman metric" arXiv:0807.0449.  =4/4=1 10. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko "Phantom threat to cosmic censorship" arXiv:0806.0916.  =4/4=1 11. V.I. Dokuchaev, YuLVALa.N. Eroshenko, S.G. Rubin "Early formation of galaxies initiated by clusters of primordial black holes" arXiv:0801.0885.  =4/3=1.33 12. Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko "Remnants of dark matter clumps" arXiv:0712.3499v1 [astro-ph], 2007,  =4/3=1.33 13. V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin "Origin of supermassive black holes" arXiv:0709.0070v2, 2007,  =4/3=1.33 14. S.V. Chernov, V.I. Dokuchaev  Vacuum shell in the Schwarzschild-de Sitter world arXiv:0709.0616v1 [gr-qc], 2007,  =4/2=2 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 15. V. Berezinsky, V. Dokuchaev, Y. Eroshenko Destruction of dark matter clumps in Galaxy 15th International Seminar on High Energy Physics QUARKS-2008, 23-29 May 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/3=2 16. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko Remnants of small-scale dark matter clumps Intern. Conf. Identification of dark matter 2008 (idm2008), 18-22 August 2008, AlbaNova, Stockholm, Sweden (A5:F8>==K9, CAB=K9)  =6/3=2 17. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Cosmic censorship for phantom energy Hot topics in Modern Cosmology. Second Spontaneous Workshop, 12--17 May 2008, Cargese Institut d'Etudes Scientifiques de Cargese, Corsica, France (A5:F8>==K9, CAB=K9)  =6/4=1.5 18. !. '5@=>2, E. Babichev, V. Dokuchaev, Yu. Eroshenko "5G5=85 684:>AB8 2 <5B@8:5 5@@0-LN<5=0 A A25@E6QAB:8< C@02=5=85< A>AB>O=8O 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 19. V. Dokuchaev, E. Babichev, S. Chernov, Yu. Eroshenko Cosmic censorship for phantom energy 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O  <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., LVALb#, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 20. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko First objects in the Universe 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/3=2 21. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Cosmic censorship for phantom energy 15th Intern. Seminar on High Energy Physics QUARKS 2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 22. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Perfect fluids in the vicinity of black holes and naked singularities 15th Intern. Seminar on High Energy Physics QUARKS-2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 23. Veniamin S. Berezinsky, Vyacheslav I. Dokuchaev and Yury N. Eroshenko Dark matter annihilation in the remnants of clumps XLIIId  Rencontres de Moriond Cosmology Session La Thuile, March 15-22, 2008, Val d'Aosta, Italy (A5:F8>==K9, CAB=K9)  =6/3=2 24. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Cosmic censorship for phantom energy 3rd Biennial Leopoldina Conference on Dark Energy, Oct. 7--11, 2008, Ludwig-Maximilians-University, Munich, Germany (A5:F8>==K9, CAB=K9)  =6/4=1.5 25. V.S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko Small-scale dark matter clumps in the Galactic halo Proceedengs of the Intern. conf. Problems of Practical Cosmology held at Russian Geographical Society 23 - 27 June 2008, Saint-Petersburg, Russia. Eds. Yu.V. Barasyshev, I.N. Naganov, P. Teerikorpi, Practical Cosmology, v. I, p. 159, 2008 (?;5=0@=K9, >?C1;8:>20=) =6*1.5/3=3 26. V.S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko "Anisotropy of dark matter annihilation in the Galaxy" Proc. XLIInd Rencontres de Moriond Series: Electroweak ILVALcnteractions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou- Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. p 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 27. V.S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko "Dark matter annihilation in the clumpy galactic halo" Les Rencontres de Physique de La Valle'e d'Aoste 4-10 March 2007. La Thuile, Aosta Valley, Italy, (?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =30/3=10 28. V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko "Anisotropy of dark matter annihilation with respect to the Galactic plane" XIIIth International Lomonosov Conference of Elementary Particle Physics, August 23 29, 2007, >A:20, #, (?;5=0@=K9 4>:;04),  =6/3=2 29. V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko "01;N40B5;L=K5 A;54AB28O <5;:><0AHB01=>9 :;0AB5@870F88 B5<=>9 <0B5@88" AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008,  , 24-26 45:01@O 2008. (A5:F8>==K9, CAB=K9)  =4/3=1.33 30. .. 018G52, .. >:CG052, @>H5=:>, !.. '5@=>2 " 450;L=0O 684:>ABL 21;878 G5@=KE 4K@ 8 3>;KE A8=3C;O@=>AB59 " AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008,  , 24-26 45:01@O 2008. (A5:F8>==K9, CAB=K9)  =4/4=1.0 C:>2>4AB2> 0A?8@0=B>< ('5@=>2 !5@359 ;048<8@>28G, 2-9 3>4 >1CG5=8O, 0A?8@0=B B45;5=8O "5>@. $878:8 $, 2 / @01>B05B ?> 4>3>2>@C):  =30  >:CG052 OG5A;02 20=>28G @>4. 16.8.1948, 4.D.<.=.,2=A ,   70 2007-2008 33. 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E S. Chernov, V. Dokuchaev / "The vacuum shell in the Schwarzschild-de Sitter world" //Classical and Quantum Gravity, 25, 015004, 2008,  =2.938*60/2=44.07 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko /  Remnants of dark matter clumps //PLVALdhysical Review D, v. 77, p. 083519, 2008.  =4.852*30/3=48.52 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko /  Ultra-hard fluid and scalar field in the Kerr-Newman metric //Physical Review D 78, 104027, (2008).  =4.852*30/4=36.39 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane" // Journal of Cosmology and Astroparticle Physics, v. 07, p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abichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Ultra-hard fluid and scalar field in the Kerr-Newman metric" //arXiv:0807.0449.  =4/4=1 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Phantom threat to cosmic censorship" //arXiv:0806.0916.  =4/4=1 V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin / "Early formation of galaxies initiated by clusters of primordial black holes" //arXiv:0801.0885.  =4/3=1.333 Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko / "Remnants of dark matter clumps" //arXiv:0712.3499v1 [astro-ph], 2007,  =4/3=1.33 V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin / "Origin of supermassive black holes" // arXiv:0709.0070v2, 2007,  =4/3=1.33 S.V. Chernov, V.I. DokuchLVALeaev /  Vacuum shell in the Schwarzschild-de Sitter world // arXiv:0709.0616v1 [gr-qc], 2007,  =4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE V. Berezinsky, V. Dokuchaev, Y. Eroshenko / Destruction of dark matter clumps in Galaxy // 15th International Seminar on High Energy Physics QUARKS-2008, 23-29 May 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/3=2 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko / Remnants of small-scale dark matter clumps // Intern. Conf. Identification of dark matter 2008 (idm2008), 18-22 August 2008, AlbaNova, Stockholm, Sweden (A5:F8>==K9, CAB=K9)  =6/3=2 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / Cosmic censorship for phantom energy / Hot topics in Modern Cosmology. Second Spontaneous Workshop, 12--17 May 2008, Cargese Institut d'Etudes Scientifiques de Cargese, Corsica, France (A5:F8>==K9, CAB=K9)  =6/4=1.5 !. '5@=>2, E. Babichev, V. Dokuchaev, Yu. Eroshenko / "5G5=85 684:>AB8 2 <5B@8:5 5@@0-LN<5=0 A A25@E6QAB:8< C@02=5=85< A>AB>O=8O // 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 V. Dokuchaev, E. Babichev, S. Chernov, Yu. Eroshenko / Cosmic censorship for phantom energy // 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko / First objects in the Universe //13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/3=2 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / Cosmic censorship for phantom energy //15th Intern. Seminar on High Energy Physics QUARKS 2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 E. Babichev, S. Chernov, V. DLVALfokuchaev, Yu. Eroshenko / Perfect fluids in the vicinity of black holes and naked singularities //15th Intern. Seminar on High Energy Physics QUARKS-2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 Veniamin S. Berezinsky, Vyacheslav I. Dokuchaev and Yury N. Eroshenko / Dark matter annihilation in the remnants of clumps //XLIIId  Rencontres de Moriond Cosmology Session La Thuile, March 15-22, 2008, Val d'Aosta, Italy (A5:F8>==K9, CAB=K9)  =6/3=2 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko /Cosmic censorship for phantom energy //3rd Biennial Leopoldina Conference on Dark Energy, Oct. 7--11, 2008, Ludwig-Maximilians-University, Munich, Germany (A5:F8>==K9, CAB=K9)  =6/4=1.5 V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko /Small-scale dark matter clumps in the Galactic halo //Proceedengs of the Intern. conf. Problems of Practical Cosmology held at Russian Geographical Society 23 - 27 June 2008, Saint-Petersburg, Russia. Eds. Yu.V. Barasyshev, I.N. Naganov, P. Teerikorpi, Practical Cosmology, v. I, p. 159, 2008 (?;5=0@=K9, >?C1;8:>20=) =6*1.5/3=3 V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko / "01;N40B5;L=K5 A;54AB28O <5;:><0AHB01=>9 :;0AB5@870F88 B5<=>9 <0B5@88" // AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008,  , 24-26 45:01@O 2008. (A5:F8>==K9, CAB=K9)  =6/3=2 . . 018G52, .. >:CG052, @>H5=:>, !.. '5@=>2 / " 450;L=0O 684:>ABL 21;878 G5@=KE 4K@ 8 3>;KE A8=3C;O@=>AB59 " // AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008,  , 24-26 45:01@O 2008. (A5:F8>==K9, CAB=K9)  =6/4=1.5 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Anisotropy of dark matter annihilation in the Galaxy" // Proc. XLIInd Rencontres de Moriond Series: Electroweak Interactions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou-Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. p 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  Z LVALj =(30/3)*1.5=15 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Dark matter annihilation in the clumpy galactic halo" // Les Rencontres de Physique de La Valle'e d'Aoste 4-10 March 2007. La Thuile, Aosta Valley, Italy, (?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =30/3=10 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane" // XIIIth International Lomonosov Conference of Elementary Particle Physics, August 23 29, 2007, >A:20, #, (?;5=0@=K9 4>:;04),  =6/3=2 C:>2>4AB2> 0A?8@0=B>< ('5@=>2 !5@359 ;048<8@>28G, 2-9 3>4 >1CG5=8O, 0A?8@0=B B45;5=8O "5>@. $878:8 $, 2 / @01>B05B ?> 4>3>2>@C):  =30 B>3>:  =424LVALpOGh@>H5=:> .@89 8:>;0528G @>4. 03.04.1973, =A   = 225.2 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, Remnants of dark matter clumps Physical Review D77:083519, 2008.  =4.852*30/3=48.52 2. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, Ultra-hard fluid and scalar field in the Kerr-Newman metric Physical Review D78:104027 (2008).  =4.852*30/4=36.39 3. V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko "Anisotropy of dark matter annihilation with respect to the Galactic plane" Journal of Cosmology and Astroparticle Physics, v. 07, p. 011, 2007,  =6.739*30/3=67.39 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 4. .. >:CG052, ... @>H5=:>, !.. C18=, 0==55 D>@<8@>20=85 30;0:B8:, 8=8F88@>20==>5 A:>?;5=8O<8 G5@=KE 4K@, AB@>=><8G5A:89 6C@=0;, B. 85, A. 867, 2008.  =0.837*60/3=16.74 @5?@8=BK (2 B>< G8A;5 M;5:B@>==K5) 5. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, "Ultra-hard fluid and scalar field in the Kerr-Newman metric", arXiv:0807.0449.  =4/4=1 6. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, "Phantom threat to cosmic censorship", arXiv:0806.0916.  =4/4=1 7. V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin, "Early formation of galaxies initiated by clusters of primordial black holes", arXiv:0801.0885.  =4/3=1.333 8. Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko "Remnants of dark matter clumps" arXiv:0712.3499v1 [astro-ph], 2007,  =4/3=1.333 9. V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin "Origin of supermassive black holes" arXiv:0709.0070v2, 2007,  =4/3=1.333 10. .!. 5@578=A:89, . . >:CG052 8 .. . @>H5=:> "==838;OF8O B5<=>9 <0B5@88 2 0;0:B8:5" ("@C4K 29-9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, >A:20, $ , 3--7 023CAB0 2006 3.) 725AB8O . !5@8O D878G5A:0O. 71, AB@. 936, 2007,  =8*0.7/3=1.87 >:;04K =0 @>AA89A:8E 8 <LVALi564C=0@>4=KE :>=D5@5=F8OE: 11. V. Berezinsky, V. Dokuchaev, Y. Eroshenko Destruction of dark matter clumps in Galaxy 15th International Seminar on High Energy Physics QUARKS-2008, 23-29 May 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/3=2 12. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko Remnants of small-scale dark matter clumps Intern. Conf. Identification of dark matter 2008 (idm2008), 18-22 August 2008, AlbaNova, Stockholm, Sweden (A5:F8>==K9, CAB=K9)  =6/3=2 13. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Cosmic censorship for phantom energy Hot topics in Modern Cosmology. Second Spontaneous Workshop, 12--17 May 2008, Cargese Institut d'Etudes Scientifiques de Cargese, Corsica, France (A5:F8>==K9, CAB=K9)  =6/4=1.5 14. !. '5@=>2, E. Babichev, V. Dokuchaev, Yu. Eroshenko "5G5=85 684:>AB8 2 <5B@8:5 5@@0-LN<5=0 A A25@E6QAB:8< C@02=5=85< A>AB>O=8O 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 15. V. Dokuchaev, E. Babichev, S. Chernov, Yu. Eroshenko Cosmic censorship for phantom energy 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O  <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 16. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko First objects in the Universe 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/3=2 17. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Cosmic censorship for phantom energy 15th Intern. Seminar on High Energy Physics QUARKS 2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 18. LVALjE. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Perfect fluids in the vicinity of black holes and naked singularities 15th Intern. Seminar on High Energy Physics QUARKS-2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 19. Veniamin S. Berezinsky, Vyacheslav I. Dokuchaev and Yury N. Eroshenko Dark matter annihilation in the remnants of clumps XLIIId  Rencontres de Moriond Cosmology Session La Thuile, March 15-22, 2008, Val d'Aosta, Italy (A5:F8>==K9, CAB=K9)  =6/3=2 20. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko Cosmic censorship for phantom energy 3rd Biennial Leopoldina Conference on Dark Energy, Oct. 7--11, 2008, Ludwig-Maximilians-University, Munich, Germany (A5:F8>==K9, CAB=K9)  =6/4=1.5 21. V.S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko Small-scale dark matter clumps in the Galactic halo Proceedengs of the Intern. Conf. Problems of Practical Cosmology held at Russian Geographical Society 23 - 27 June 2008, Saint-Petersburg, Russia. Eds. Yu.V. Barasyshev, I.N. Naganov, P. Teerikorpi, Practical Cosmology, v. I, p. 159, 2008 (?;5=0@=K9, >?C1;8:>20=) =6*1.5/3=3 22. V.S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko "Anisotropy of dark matter annihilation in the Galaxy" Proc. XLIInd Rencontres de Moriond Series: Electroweak Interactions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou- Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. P 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 23. V.S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko "Dark matter annihilation in the clumpy galactic halo" Les Rencontres de Physique de La Valle'e d'Aoste 4-10 March 2007. La Thuile, Aosta Valley, Italy, (?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =30/3=10 24. V.S. Berezinsky, V.I. Dokuchaev, Yu.N. ErosLVALkhenko "Anisotropy of dark matter annihilation with respect to the Galactic plane" XIIIth International Lomonosov Conference of Elementary Particle Physics, August 23 29, 2007, >A:20, #, (?;5=0@=K9 4>:;04),  =6/3=2 25. V.S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko "01;N40B5;L=K5 A;54AB28O <5;:><0AHB01=>9 :;0AB5@870F88 B5<=>9 <0B5@88" AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008,  , 24-26 45:01@O 2008. (A5:F8>==K9, CAB=K9)  =4/3=1.33 26. .. 018G52, .. >:CG052, @>H5=:>, !.. '5@=>2 " 450;L=0O 684:>ABL 21;878 G5@=KE 4K@ 8 3>;KE A8=3C;O@=>AB59 " AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008,  , 24-26 45:01@O 2008. (A5:F8>==K9, CAB=K9)  =4/4=1.0  @>H5=:> .@89 8:>;0528G @>4. 03.04.1973, :.D.<.=., =A ,   70 2007-2008 33. 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, Remnants of dark matter clumps Physical Review D, v. 77, p. 083519, 2008.  =4.852*30/3=48.52 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, Ultra-hard fluid and scalar field in the Kerr-Newman metric Physical Review D 78, 104027, (2008).  =4.852*30/4=36.39 V.S. Berezinsky, V.I. Dokuchaev, Yu.N. Eroshenko / "Anisotropy of dark matter annihilation with respect to the Galactic plane" // Journal of Cosmology and Astroparticle Physics, v. 07, p. 011, 2007,  =6.739*30/3=67.39 . !. 5@578=A:89, . . >:CG052 8 .. . @>H5=:> / "==838;OF8O B5<=>9 <0B5@88 2 0;0:B8:5" ("@C4K 29-9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, >A:20, $ , 3--7 023CAB0 2006 3.) // 725AB8O . !5@8O D878G5A:0O. 71, AB@. 936, 2007,  =8*0.7/3=1.87 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E .. >:CG052, ... @>H5=:>, !.. C18=, 0==55 D>@<8@>20=85 30;0:B8:, 8=8F88@>20==>5 A:>?;5=8O<8 G5@=KE 4K@, AB@>=><8G5A:8LVALl9 6C@=0;, B. 85, A. 867, 2008.  =0.837*60/3=16.74 @5?@8=BK M;5:B@>==K5 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, "Ultra-hard fluid and scalar field in the Kerr-Newman metric", arXiv:0807.0449.  =4/4=1 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, "Phantom threat to cosmic censorship", arXiv:0806.0916.  =4/4=1 V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin, "Early formation of galaxies initiated by clusters of primordial black holes", arXiv:0801.0885.  =4/3=1.333 Veniamin Berezinsky, Vyacheslav Dokuchaev, Yury Eroshenko / "Remnants of dark matter clumps" //arXiv:0712.3499v1 [astro-ph], 2007,  =4/3=1.333 V.I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin / "Origin of supermassive black holes" // arXiv:0709.0070v2, 2007,  =4/3=1.333 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE V. Berezinsky, V. Dokuchaev, Y. Eroshenko / Destruction of dark matter clumps in Galaxy // 15th International Seminar on High Energy Physics QUARKS-2008, 23-29 May 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/3=2 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko / Remnants of small-scale dark matter clumps // Intern. Conf. Identification of dark matter 2008 (idm2008), 18-22 August 2008, AlbaNova, Stockholm, Sweden (A5:F8>==K9, CAB=K9)  =6/3=2 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / Cosmic censorship for phantom energy / Hot topics in Modern Cosmology. Second Spontaneous Workshop, 12--17 May 2008, Cargese Institut d'Etudes Scientifiques de Cargese, Corsica, France (A5:F8>==K9, CAB=K9)  =6/4=1.5 !. '5@=>2, E. Babichev, V. Dokuchaev, Yu. Eroshenko / "5G5=85 684:>AB8 2 <5B@8:5 5@@0-LN<5=0 A A25@E6QAB:8< C@02=5=85< A>AB>O=8O // 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 V. Dokuchaev, E. Babichev, S. Chernov, Yu. Eroshenko / Cosmic censorship for phantom energy // 13-O >AA89A:0O @028B0F8>==0LVALmO >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/4=1.5 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko / First objects in the Universe //13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O - <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9, CAB=K9)  =6/3=2 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / Cosmic censorship for phantom energy //15th Intern. Seminar on High Energy Physics QUARKS 2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / Perfect fluids in the vicinity of black holes and naked singularities //15th Intern. Seminar on High Energy Physics QUARKS-2008, May 23-29, 2008, Sergiev Posad, Russia (A5:F8>==K9, CAB=K9)  =6/4=1.5 Veniamin S. Berezinsky, Vyacheslav I. Dokuchaev and Yury N. Eroshenko / Dark matter annihilation in the remnants of clumps //XLIIId  Rencontres de Moriond Cosmology Session La Thuile, March 15-22, 2008, Val d'Aosta, Italy (A5:F8>==K9, CAB=K9)  =6/3=2 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko /Cosmic censorship for phantom energy //3rd Biennial Leopoldina Conference on Dark Energy, Oct. 7--11, 2008, Ludwig-Maximilians-University, Munich, Germany (A5:F8>==K9, CAB=K9)  =6/4=1.5 V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko /Small-scale dark matter clumps in the Galactic halo //Proceedengs of the Intern. conf. Problems of Practical Cosmology held at Russian Geographical Society 23 - 27 June 2008, Saint-Petersburg, Russia. Eds. Yu.V. Barasyshev, I.N. Naganov, P. Teerikorpi, Practical Cosmology, v. I, p. 159, 2008 (?;5=0@=K9, >?C1;8:>20=) =6*1.5/3=3 V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko / "01;N40B5;L=K5 A;54AB28O <5;:><0AHB01=>9 :;0AB5@870F88 B5<=>9 <0B5@88" // AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008,  , 24-26 45:01@O 2008. LVAL$(A5:F8>==K9, CAB=K9)  =6/3=2 . . 018G52, .. >:CG052, @>H5=:>, !.. '5@=>2 / " 450;L=0O 684:>ABL 21;878 G5@=KE 4K@ 8 3>;KE A8=3C;O@=>AB59 " // AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008,  , 24-26 45:01@O 2008. (A5:F8>==K9, CAB=K9)  =6/4=1.5 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. Eroshenko / "Anisotropy of dark matter annihilation in the Galaxy" // Proc. XLIInd Rencontres de Moriond Series: Electroweak Interactions and Unified Theories. La Thuile, Aosta Valley, Italy (March 10-17, 2007), Eds. J. M. Frere, L. Iconomidou-Fayard, F. Montanet, J. Tran Van. The Gioi Publishes. p 325, 2007, (>?C1;8:>20==K9 ?@83;0H5==K9 ?;5=0@=K9 4>:;04),  =(30/3)*1.5=15 V. S. Berezinsky, V. I. Dokuchaev. Yu. N. 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AB@C:BC@5 >AF8;;8@CNI8E =59B@8=>. !B0F8>=0@=0O B5>@8O =59B@8==KE >AF8;;OF89. 5AB=8: #, A5@8O 0B5<0B8:0, =D>@<0B8:0, $878:0, 2008, ! 1, AB@.66-70.   = 8LVALpOGp8E552 !B0=8A;02 02;>28G @>4. 11.10.1940 4D<= 3=A   = 178.7 0CG=>5 =0?@02;5=85 - D878:0 =59B@8=> !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1=2.57 2. V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106  =1.224*30*0.7*0.1=2.57 3. V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372  =4.047*30*0.1=12.14 4. S. Mine et al. (K2K Collaboration).  Experimental study of the atmospheric neutrino backgrounds for p ---> e+ pi0 searches in water Cherenkov detectors. Phys.Rev.D77:032003, 2008.  =4.852*30*0.1=14.556 @5?@8=BK (2 B>< G8A;5 M;5:B@>==K5) 5. M.M. 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V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 15. V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.  =6*0.1=0.6 16. V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.  =20*0.1=2.0 17. V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (invited talk), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon  =30*0.1=3.0 18. O. Kebkal & Baikal Collaboration,  Acoustic tLVALromography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22- 24 Apr. 2008, France, Toulon  =6*0.1=0.6 19. V.Aynutdinov, et al.,  The prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon  =6*0.1=0.6 20. V.Aynutdinov, et al.,  Status of Baikal neutrino experiment , The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008  =6*0.1=0.6 21. V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  , 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.  =6*0.1=0.6 22. V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008  =6*0.1=0.6 23. .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.  =4*1.5*0.1=0.6 24. .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.  =4*0.1=0.4 25. .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.  =4*0.1=0.4 26. S.P. Mikheyev Invited talk  Neutrino from Collapsing Stars and Neutrino Oscillations International Symposium 20th anniversary of SN 1987A, February 20  LVAL - 22, 2007, Moscow, Russia.  =20 27. S.P. Mikheyev Invited talk  Solar Neutrinos International seminar  On Problems of Cosmic Rays Physics and Neutrino Astrophysics , May 28 - 29, 2007, Moscow, Russia.  =20 28. S.P. Mikheyev Invited talk  Oscillations of natural neutrinos 13th Lomonosov Conference on Elementary Particle Physics, August 23  29, 2007, Moscow, Russia.  =20 29. S.P. Mikheyev Lecture  Neutrinos in matter III International Pontecorvo Neutrino Physics School, September 16 - 26, 2007, Alushta, Crimea, Ukraine  =30 30. S.P. Mikheyev Invited talk  Neutrino Oscillations Theory and Experiments X-th INTERNATIONAL WORKSHOP ON TAU LEPTON PHYSICS, September 22 - 25, 2008, Novosibirsk, Russia  =30 C:>2>4AB2> 48?;><=8:><:  =10/2=5LVALpOGtCE0<54H8= 0CD 430<>28G @>4. 03.12.1948 4D<= A=A   = 61.2 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 0CG=>5 =0?@02;5=85  D878:0 =59B@8=> !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. Ammosov V.V. Et al.,  On potentialities of a multipurpose astrophysical orbital observatory in studies of high-energy cosmic rays , Nucl. Phys. B (Proc. Suppl.) 166 (2007) 140 144,  =0.875*30/10=2.63 2. Ammosov V.V. Et al.,  High-energy cosmic-ray physics study by multipurpose astrophysical orbital observatory , Nucl. Phys. B (Proc. Suppl.) 175-176C (2008) 90 193.  =0.875*30/10=2.63 3. Tsyabuk A.L., Mukhamedshin R.A., Stenkin Yu.V. Lateral distribution for aligned events in muon groups deep underground, Nucl. Phys. B (Proc. Suppl.) 175-176 (2008) 548 550  =0.875*30/3= 8.75 4. L G Sveshnikova, A P Chubenko, V I Galkin, R A Mukhamedshin, N M Nikolskaya and V I Yakovlev. On absorption of the hadron component of EAS cores in a large lead calorimeter at  knee -range energies. J. Phys. G: Nucl. Part. Phys. 35 (2008) 065201  =3.485*30/6=17.43 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 5. 0;:8= .. 8 4@.  0<<0-:20=BK :>A<8G5A:8E ;CG59 2KA>:8E M=5@389 2 M:A?5@8<5=B5 RUNJOB. , 72. , A5@. $87. (2007) 71, ! 4, 509-511;  =8/10=0.80 6. >30= .., 0;:8= .., >B5;L=8:>2 .., CE0<54H8= .., 070@>2 ..  @>3@0<<0 ECSim 2.0 8 <>45;8@>20=85 M:A?5@8<5=B>2 A @5=B35=>M<C;LA8>==K<8 :0<5@0<8 72. , A5@. $87. (2007) 71, ! 4, 536-538;  =8/5=1.60 7. &O1C: .., CE0<54H8= .., !B5=L:8= ...  @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E 72. , A5@.D87. (2007) 71, ! 4, 562;  =8/3=2.67 8. 0;:8= .. 8 4@.  0<<0-:20=BK :>A<8G5A:8E ;CG59 2KA>:8E M=5@389 2 M:A?5@8<5=B5 RUNJOB 72. , A5@. $87., (2007) 71, ! 4, A.509-511.  =8/10=0.80 @5?@8=BK (2 B>< G8A;5 M;5:B@>==K5) 9. Tsyabuk A.L., Mukhamedshin R.A., Stenkin Yu.V.  Lateral distribution for alignLVALued events in muon groups deep underground hep-ex/0701013;  =4/3=1.33 10. Sveshnikova L.G., A.P. Chubenko, Mukhamedshin R.A., Popova N.S., Nikolskaya N.M., and Yakovlev V.I.  On abnormal absorption of hadron component of EAS cores in lead and possible explanations astro- ph/0701219;  =4/6=0.67 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 11. Denisova V.G., Borisov A.S., Kanevskaya E.A., Maximenko V.M., Mukhamedshin R.A., Puchkov V.S.  Do protons and a-particles vanish from primary cosmic rays at E0 > 1015 eV? Proc. 30th ICRC, Merida (2007) v.4, p. 31-34;  =1.5*6/6=1.50 12. Mukhamedshin R.A.  FANSY: a code for simulations of coplanar particle generation in hadron interactions Proc. 30th ICRC, Merida (2007) v.4, p. 573 576;  =1.5*6=9.00 13. Borisov A.S., Denisova V.G., Galkin V.I., Kogan M.G., Mukhamedshin R.A., Puchkov V.S.  A GEANT-based package for determination of the PAMIR experiment X-ray emulsion chamber response Proc. 30th ICRC, Merida (2007) v.4, p. 593-596;  =1.5*6/6=1.50 14. Ammosov V.V. Et al. Modern status of recording system elements of the INCA project. Proc. 30th ICRC, Merida (2007) v.2, p. 337-340;  =1.5*6/10=0.90 15. Mukhamedshin R.A.: The FANSY code for simulations of coplanar particle generation in superhigh -energy hadron interactions. Proc. Int. Cosmic Ray Workshop  Aragats 2007 (2007) 115  =1.5*6=9.00 0B5=BK 0B5=B ! 20041373446/28(040618) 8:A5;L=K0O DC=:F8>=0;L=>-8=B53@8@>20==0O AB@C:BC@0 45B5:B>@0, 02B>@K C@0H52 .., >;LF>2 .., 'C15=:> .., CE0<54H8= ., 5;L=8:>2 ..#40;>2 .., @8E>4L:> .!, CB25@645= 03 >:BO1@O 2008 3.  =20/7=2.86 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E Ammosov V.V., Britvich G.I., Chubenko A.P., & Mukhamedshin R.A. Et al. On potentialities of a multipurpose astrophysical orbital observatory in studies of high-energy cosmic rays, Nucl. PLVALvhys. B (Proc. Suppl.) 166 (2007) 140 144,   = 0.875*30/10 = 3.94 Ammosov V.V., Britvich G.I., Chubenko A.P., & Mukhamedshin R.A. Et al. High-energy cosmic-ray physics study by multipurpose astrophysical orbital observatory, Nucl. Phys. B (Proc. Suppl.) 175-176C (2008) 90 193.   = 0.875*30/10 = 3.94 Tsyabuk A.L., Mukhamedshin R.A., Stenkin Yu.V. Lateral distribution for aligned events in muon groups deep underground, Nucl. Phys. B (Proc. Suppl.) 175-176 (2008) 548 550   = 0.875*30/3 = 8.75 L G Sveshnikova, A P Chubenko, V I Galkin, R A Mukhamedshin, N M Nikolskaya and V I Yakovlev. On absorption of the hadron component of EAS cores in a large lead calorimeter at  knee -range energies. J. Phys. G: Nucl. Part. Phys. 35 (2008) 065201   = 3.485*30/6 = 17.43 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 0;:8= .., 5@18=0 .., 0<G0;>20 .., & CE0<54H8= ..8 4@. 0<<0-:20=BK :>A<8G5A:8E ;CG59 2KA>:8E M=5@389 2 M:A?5@8<5=B5 RUNJOB. 72. , A5@. $87. (2007) 71, ! 4, 509-511;   = 8/10 = 0.80 >30= .., 0;:8= .., >B5;L=8:>2 .., CE0<54H8= .., 070@>2 .. @>3@0<<0 ECSim 2.0 8 <>45;8@>20=85 M:A?5@8<5=B>2 A @5=B35=>M<C;LA8>==K<8 :0<5@0<8. 72. , A5@. $87. (2007) 71, ! 4, 536-538;   = 8/5 = 1.60 &O1C: .., CE0<54H8= .., !B5=L:8= ... @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E. 72. , A5@.D87. (2007) 71, ! 4, 562;   = 8/3 = 2.67 0;:8= .., ..5@18=0, ..0<G0;>20, .".0F5?8=, & ..CE0<54H8= 8 4@. 0<<0-:20=BK :>A<8G5A:8E ;CG59 2KA>:8E M=5@389 2 M:A?5@8<5=B5 RUNJOB. 72. , A5@. $87., (2007) 71, ! 4, A.509-511.   = 8/10 = 0.80 @5?@8=BK Tsyabuk A.L., Mukhamedshin R.A., Stenkin Yu.V. Lateral distribution for aligned events in muon groups deep underground. Hep-ex/0701013;   = 4/3 = 1.33 Sveshnikova L.G., A.P. Chubenko, Mukhamedshin R.A., Popova N.S., Nikolskaya N.M., and Yakovlev V.I.. On abnormal absorption of hadron component of EAS corLVALes in lead and possible explanations. Astro-ph/0701219;   = 4/6 = 0.67 >:;04K Denisova V.G., Borisov A.S., Kanevskaya E.A., Maximenko V.M., Mukhamedshin R.A., Puchkov V.S. Do protons and a-particles vanish from primary cosmic rays at E0 > 1015 eV? Proc. 30th ICRC, Merida (2007) v.4, p. 31-34;   = 1.5*6/6 = 1.50 Mukhamedshin R.A. FANSY: a code for simulations of coplanar particle generation in hadron interactions. 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J.Elbs, Yu.M.Bunkov, E.Collin, H.Godfrin, C.B.Winkenlman, O.Suvorova  Nuclear-electron recoil discrinination by pulse shape analysis in the Ultima Dark Matter detector , Proceedings of the International Symposium on Quantum Fluids and Solids, Kazan, Russia, August 1-6, 2007, Journal of Low Temperature Physics 2007  =0.753*30/6=3.765 4. V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (invited talk), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon  =30*0.1=3.0 5. O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22- 24 Apr. 2008, France, Toulon  =6*0.1=0.6 6. V.Aynutdinov, et al.,  The prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon  =6*0.1=0.6 7. V.Aynutdinov, et al.,  Status of Baikal neutrino experiment , The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIRf LVALv SOURCES (UHECR), INR, Moscow, May 20-22, 2008  =6*0.1=0.6 8. V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  , 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.  =6*0.1=0.6 9. V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008  =6*0.1=0.6 C:>2>4AB2> 48?;><=8:><:  =10/2=5\LVALl=4@552 =0B>;89 0A8;L528G, @>48;AO 20.10.373>40, 4>:B>@ B5E=8G5A:8E =0C:, 8.>. 3;02=>3> =0CG=>3> A>B@C4=8:0 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS// Nuclear Physics and Atomic Energy. !4 (22) 2007. P.100  =8/6=1,33 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876.  =8/6=1,33. >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. 1. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007.v.2,.p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G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007 V.34  =1.659*30/9=5.53 2. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,2 *30/10=3,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .!.>=>1552A:89, .. 5;>28F:89, .. 020@78=0, ..!B5?0=>2 !..C52 AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008. ".71, !12 !. 2146-2150  =.914*60/5=11 2. .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  =8/9 =.9 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) ..5;>28F:89. 1... $@0=:  @C:>2>48B5;L O45@=KE 8AA;54>20=89 A 8A?>;L7>20=85< D>B>M<C;LA8>==>3> <5B>40 8 >@30=870B>@ ?@>872>4AB20 O45@=KE D>B>M<C;LA89 2 !!!   =20 2. .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 1 =AB8BCB O45@=KE 8AA;54>20=89 , >A:20; 2 $878G5A:89 8=AB8BCB 8< ..5154520 , >A:20; 3 1J548=5==K9 =AB8BCB /45@=KE AA;54>20=89, C1=0 &/ ! !!//  "  -/ %  !" #" !!/ !" #"# + "    =20/10=2 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>2, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . CLVAL~:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, @83;0H5==K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.47.  =30/10=3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 2 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 3. G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10=0,6 4. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/10=.6 5. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev.  Study of the two-neutron transfer reaction included by 6He radioactive beam 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.169-170. #AB=K9 4>:;04. /  =6/10=.6 6. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and PaLVAL&rticle Physics 17-21 Nov. 2007, Luxor, Egypt. /  =6/5=1.2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 7. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2 / !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3. #AB=K9 4>:;04. / =4/5=.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 8.. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398. /  =6*.5/10=.3 9. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . ?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. Proceedings of the Conference. Kyiv 2007. Part I. P. 237-245.  =0,33 ":  = 43+8=51LVALpOGC@<8AB@>2 .@89 8;0=>28G, @>4. 10.09. 1946 3>40, <.=.A. 01. 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS// Nuclear Physics and Atomic Energy. !4 (22) 2007. P.100  =8/6=1,33 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1) ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 2) ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 !B0BL8 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) 1. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008, AB@  =20/5=4 2. !.. >B0H52, ... C@<8AB@>2, .. >@4>2A:>9 # / "!"/ #(/ &/   / "  / #'  /+% '!"&  =20/3=6,7 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 >:;04 CAB=K9, A5:F8>==K9, 8740==K9,, =0 <564C=0@>4=>9 :>=D5@5=F88. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, LVAL< , S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy May 29 - June 3, 2006 Kyiv, UKRAINE, 2007.v.2,.p.780  =6/6*1,5=1.5 ..=4@552, ...C@<8AB@>2, ..>H5;52, ..5H:>2, ..$8@A>2. >7<>6=>AB8 0:B820F8>==>3> 0=0;870 A 8A?>;L7>20=85< 8AB>G=8:0 B5@<0;87>20==KE =59B@>=>2 =0 1075 =59B@>==>3> 35=5@0B>@0. !1. B578A>2 4>:;040 XVIII 5=45;552A:>3> AJ5740 ?> >1I59 8 ?@8:;04=>9 E8<88. 2007, >A:20, 2 5 B. @0=8F0, 2007, B. 4, A. 68.  =6/5*1,5=1.8 ":  =14,7+4,2= 18,9LVALpOG020@78=0 0;5=B8=0 02;>2=0 @>4. 07.01.1942, A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007 V.34 / =1.659*30/9=5.53 2. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,2 *30/10=3,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1... 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  =8/9 =.9 2. .. 020@78=0, .!. >=>1552A:89, .. !B5?0=>2. >;L :>=D83C@0F88 20;5=B=KE =59B@>=>2 30;> O4@0 2 D>@<8@>20=88 <>45;L=>9 25@H8==>9 DC=:F88 4;O >?8A0=8O @50:F88 ?5@540G8 42CE =59B@>=>2. 72. , !5@.D87. 2008, B.72, !6, A.845.  =8/3=2,7 3. .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =.914*60/5=11 4. .. 020@78=0, .. !B5?0=>2. >;L 2>71C645==KE A>AB>O=89 O4@0 2 MDD5:B5 70B5=5=8O D>B>?>3;>I5=8O ?@8 A@54=8E M=5@38OE. " 725AB8O , A5@. D87. ". 71, ! 3, AB@. 434-437. (2007)  =8/2=4 5. .. 020@78=0, .. !B5?0=>2 0A?@545;5=8O ?@>4C:B>2 @50:F88 :2078A2>1>4=>3> 2K1820=8O (p,p n) =0 30;> O4@0E 2 >1;0AB8 A@54=8E M=5@389. !$, !10, A. 34 (2008)  =8/2=4 6. .. 020@78=0, .. !B5?0=>2 KG8A;5=85 D0:B>@0 2K6820=8O =59B@>==>3> :><?;5:A0 ?@8 53> :2078A2>1>4=>< 2K1820=88 87 30;> O4@0. !$, ! 10, A. 11.(2008)  =8/2=4 !B0BL8 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) 1 .. 5;>28F:891, .. 020@78=01, !.. LVALC521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 1 =AB8BCB O45@=KE 8AA;54>20=89 , >A:20; 2 $878G5A:89 8=AB8BCB 8< ..5154520 , >A:20; 3 1J548=5==K9 =AB8BCB /45@=KE AA;54>20=89, C1=0 &/ ! !!//  "  -/ %  !" #" !!/ !" #"# + "    =20/10=2 2. .. 020@78=0, .. !B5?0=>2 +'! $"  +/ "  !    ! +   /   =20/2=10 3. .. 020@78=0, .. !B5?0=>2 ! /  #" & ! +/ (p,p n)   / %  !" ! % -   =20/2=10 V. P. Zavarzina , E. S. Konobeevski and A. V. Stepanov. The role of configurations of neutron halo in the formation of the model vertex function for description of the two-neutron transfer reaction -;5:B@>==K9 ?@5?@8=B http://dx.doi.org/10.3103/S1062873808060191 (2008)  =4/3=1,3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/10=.6 2. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev.  Study of the two-neutron transfer reaction included by 6He radioactive beam 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.169-170. #AB=K9 4>:;04. / =6/10=.6 3. E.S.Konobeevski, A.V.Stepanov, V.P.Zavarzina ROLE OF CONFIGURATIONS OF NEUTRON HALO IN FORMATION OF MODEL VERTEX FUNCTION FOR DESCRIPTION OF TWO- NEUTRON TRANSFER REACTION. 57 International Conference on Nuclear PhyLVALsics  NUCLEUS-2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/3=2 4. E.Konobeevski, A.Stepanov, and V.Zavarzina  Role of configurations of neutron halo in formation of model vertex function for description of two- neutron transfer reaction 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. #AB=K9 4>:;04.  =6/3=2 5. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt. /  =6/5=1.2 6. .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. @83;0H5==K9 4>:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =306/10=3 7. G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10=0,6 8 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 1. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2 / !! !" #"# + "    & ! !!//  "  -/  6He // LVAL!5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3. #AB=K9 4>:;04. / =4/5=.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398.  =6*.5/10=.3 2. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . ?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. Proceedings of the Conference. Kyiv 2007. Part I. P. 237-245.  =0,33 ":  = 59,03+12,03=71,1LVALn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afomov, V.A. Sergeev FINAL-STATE INTERACTION BETWEEN NUCLEONS PRODUCED IN THE ELASTIC DEUTERON BREAKUP WITHIN A POTENTIAL THREE-BODY MODEL 57 International Conference on Nuclear Physics  NUCLEUS 2007 . June 25-29, 2007. Voronezh. Russia.  =6/2=3 2. ..0D><>2, ..!5@3552. =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0.. >:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =6/2=3 ":  =20A8?GC: 3>@L 20=>28G, @>4. 06.05. 1951 , :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / C1;8:0F88: !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;508:8= <8B@89 ;5:A5528G, @>48;AO 9 023CAB0 1930 3>40, 4>:B>@ D878:>-<0B5<0B8G5A:8E =0C:, 254CI89 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0. . !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. 08:8= .., >@4>2A:>9 .., !C@:>20 .. 7>B>?8G5A:0O 7028A8<>ABL A5G5=89 @0AA5O=8O =59B@>=>2 =87:8E M=5@389 =0 G5B=KE 87>B>?0E Ru 8 Pd 8 >1>1I5==0O >?B8G5A:0O <>45;L, 72. , A5@. D87., B.71, !6 , 2007, !. 902 904.   = 8/3=2,7 ":  = 2,7LVALpOGC52 !5@359 8:B>@>28G, @>48;AO 26.10. 1954 3>40, :0=4840B D87.-<0B. =0C:, =0CG=. A>B@. 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJ ST, 2007. V 100, p.5  =1,659*30/9=5,53 2. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,2 *30/10=3,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 2 !..C52, .!.>=>1552A:89, ..>@4>2A:>9. >;CG5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > 2KE>45 @50:F88 n + d p + n + n ?CB5< @5H5=8O >1@0B=>9 7040G8. " 2008, N3, !.5-8.  =0,226*60/3=4,52 3. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  =8/4=2 4. .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  =8/10=0,8 5. .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He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nternational Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.47.  =30/10=3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 2 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 152.  =6/3=2 3. G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10=0,6 4. G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF LVALQUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 5. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 6. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 7. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, and Yu.G. Sobolev / STUDY OF THE TWO NEUTRON TRANSFER REACTION INDUCED BY 6He RADIOACTIVE BEAM // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 169-170.  =6/10=0.6 8. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 9. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 10. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. LVALSobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. P. 113.  =6/10-=0.6 11. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev / STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1.2 12. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 13. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 14. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2/ !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3.  =4/5=0.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 15. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398.  LVAL  =0,3 16. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . ?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. Proceedings of the Conference. Kyiv 2007. Part I. P. 237-245.  =0,33 ":  = 34,8+16,6= 51,4LVALpOG>=>1552A:89 235=89 !5@35528G, @>48;AO 23 023CAB0 1943 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJ ST, 2007. V 100, p.5  =1,659*30/9=5,53 2 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,2 *30/10=3,6 3 A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS. Nuclear Physics and Atomic Energy 2007 !4(22), p. 100 .  = 8/6=1,33 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 4 ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 5 ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 6 !..C52, .!.>=>1552A:89, ..>@4>2A:>9. >;CG5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > 2KE>45 @50:F88 n + d p + n + n ?CB5< @5H5=8O >1@0B=>9 7040G8. " 2008, N3, !.5-8.  =0,226*60/3=4,52 7 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  =8/4=2 8 .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6HLVALe. 72. , !5@.D87. 2008, B.72, !3, A.336.  =8/10=0,8 9 .. 020@78=0, .!. >=>1552A:89, .. !B5?0=>2. >;L :>=D83C@0F88 20;5=B=KE =59B@>=>2 30;> O4@0 2 D>@<8@>20=88 <>45;L=>9 25@H8==>9 DC=:F88 4;O >?8A0=8O @50:F88 ?5@540G8 42CE =59B@>=>2. 72. , !5@.D87. 2008, B.72, !6, A.845.  =8/3=2,7 10 .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =0,914*60/5=11 !B0BL8 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) 1 .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 1 =AB8BCB O45@=KE 8AA;54>20=89 , >A:20; 2 $878G5A:89 8=AB8BCB 8< ..5154520 , >A:20; 3 1J548=5==K9 =AB8BCB /45@=KE AA;54>20=89, C1=0 &/ ! !!//  "  -/ %  !" #" !!/ !" #"# + "    =20/10=2 2. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008, AB@  =20/5=4 !B0BLO 2 M;5:B@>==>< 2845 V. P. Zavarzina , E. S. Konobeevski and A. V. Stepanov. The role of configurations of neutron halo in the formation of the model vertex function for description of the two-neutron transfer reaction ?@5?@8=B http://dx.doi.org/10.3103/S1062873808060191 (2008)  =4/3=1,3 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>2, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, @83;0H5==K9 4>:;04LVAL =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.47.  =30/10=3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 2. S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 152.  =6/3=2 3. G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10=0,6 4. G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 5. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 6. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 7. E.Konobeevski, A.Stepanov, and V.Zavarzina  Role of configurations of neutron halo in formation of model vertex function for description of two- neutron transfer reaction 20th EuropeanLVAL Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.172.  =6/3=2 8. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, and Yu.G. Sobolev / STUDY OF THE TWO NEUTRON TRANSFER REACTION INDUCED BY 6He RADIOACTIVE BEAM // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 169-170.  =6/10=0.6 9. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 10. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 11. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. P. 113.  =6/10-=0.6 12. E.S.Konobeevski, A.V.Stepanov, V.P.Zavarzina ROLE OF CONFIGURATIONS OF NEUTRON HALO IN FORMATION OF MODEL VERTEX FUNCTION FOR DESCRIPTION OF TWO- NEUTRON TRANSFER REACTION. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. P. 213.  =6/3-=2 13. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev / STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULVALLSION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1.2 14. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 15. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 16. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2/ !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3.  =4/5=0.8 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 17. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398.  =0,3 18. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . ?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. ProceedinzLVALgs of the Conference. Kyiv 2007. Part I. P. 237-245.  =0,33 ":  =41,4+20,6=62 =48284C0;L=K9   702. 01>@0B>@859 0B><=>3> O4@0 >=>1552A:>3> .!. @025= 57,7LVALpOG>@4>2A:>9 8E08; 048<>28G, @>48;AO 06.04.1954 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS. Nuclear Physics and Atomic Energy 2007 !4(22), p. 100 .  = 8/6=1,33 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 2. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 3. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 4. 08:8= .., >@4>2A:>9 .., !C@:>20 . 7>B>?8G5A:0O 7028A8<>ABL A5G5=89 @0AA5O=8O =59B@>=>2 =87:8E M=5@389 =0 G5B=KE 87>B>?0E Ru 8 Pd 8 >1>1I5==0O >?B8G5A:0O <>45;L., 72. , A5@. D87., B.71, !6 , 2007, !. 902 904.  =8/3=2,67 5. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 6. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 7. !..C52, .!.>=>1552A:89, ..>@4>2A:>9. >;CG5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > 2KE>45 @50:F88 n + d p + n + n ?CB5< @5H5=8O >1@0B=>9 7040G8. " 2008, N3, !.5-8.  =0,226*60/3=4,52 8. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd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uyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 152.  =6/3=2 2. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 3. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 4. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 5. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTROjLVALzN FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 6. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 7. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 ":  =26,5+8,6=35,1LVAL !C@:>20 ==0 ;048<8@>2=0, @>48;0AL 20 45:01@O 1939 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5. 08:8= .., >@4>2A:>9 .., !C@:>20 . 7>B>?8G5A:0O 7028A8<>ABL A5G5=89 @0AA5O=8O =59B@>=>2 =87:8E M=5@389 =0 G5B=KE 87>B>?0E Ru 8 Pd 8 >1>1I5==0O >?B8G5A:0O <>45;L., 72. , A5@. D87., B.71, !6 , 2007, !. 902 904.  =8/3=2,7!0;>E8=0 0@30@8B0 0@:>2=0, @>4. 11 O=20@O 1941 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 1. .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0. 35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 A;>8AB>9 35B5@>35==>9 70I8B5 M;5:B@>==K< 87;CG5=85<. 72 , A5@. D87.!11, 2008. A. 1676.  1680.  =8/3=2,7 2. >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. AA;54>20=85 MDD5:B0 A=865=8O 10@L5@0 ?@8 >1@0B=>< =0?@O65=88 2 48>40E (>B:8 A ?@><56CB>G=K< A;>5< =0 >A=>25 AB@C:BC@K 7>;>B>-:@5<=89 .. !0;>E8=0, 4>:;04 =0 3 564C=0@>4=>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K D878:8 B25@4>3> B5;0. 8=A:, 23-26 >:BO1@O 2007 3.//!1. 4>:;04>2 =0 III 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88 2 B@5E B><0E, B.2, 8=A:, 874. F5=B@ #, 2007.  !.79 81.  =1,56=9 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0.74. / , 2008 .. !0;>E8=0 @8<5=5=85 ?>25@E=>AB=> 10@L5@=KE 45B5:B>@>2 O45@=KE 87;CG5=89 4;O 87CG5=8O A2>9AB2 ?>25@E=>AB=>3> 10@L5@0 8 ?>25@E=>AB=KE A>AB>O=89.  =20 ":  =2,7+9+20=31,9;>B=8:>20 0@8=0 8:B>@>2=0, @>48;0AL 2 <0@B0 1936 3>40, =0CG=K9 A>B@C4=8: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 1. .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0. 35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 A;>8AB>9 35B5@>35==>9 70I8B5 M;5:B@>==K< 87;CG5=85<. 72 , A5@. D87.!11, 2008. A. 1676.  1680.  =8/3=2,7  =2,7LVALpOG>B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A.V. Andreev, Yu.M. Burmistrov, E.S. Konobeesvki, V.N. Marin, M.V. Mordovskoy, S.I. Potashev / STAND FOR TESTING NEUTRON SCINTILLATION DETECTORS. Nuclear Physics and Atomic Energy 2007 !4(22), p. 100 .  = 8/6=1,33 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 2. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 3. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 4. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430  =8/6=1,33 5. ..=4@552, ...C@<8AB@>2, .!.>=>1552A:89, ..0@8=, ..>@4>2A:>9, !..>B0H52 / !" / !+"/ !&"/&+% ""  "  // 72. , A5@.D87. 2007, B.71, !6, A.876  =8/6=1,33 6. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  =8/4=2 !B0BL8 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) 1. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008, AB@  =20/5=4 2. !.. >B0H52, ... C@<8AB@>2, .. >@4>2A:>9 #LVAL / "!"/ #(/ &/   / "  / #'  /+% '!"&  =20/3=6,7 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 2. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 3. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 4. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, Yu.V. Ryabov, V.M. Skorkin, S.V. Zuyev / SETUP FOR STUDY OF NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P. 306  =6/7=0,86 5. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 6. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STATE INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORLLVAL\Y // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 ":  = 19,3+6,6=25,9LVALpOG!5@3552 ;048<8@ ;5:A0=4@>28G, @>48;AO 26.08.1933 3., :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1) ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52, ..!5@3552. / #' " -"  !"/  ' !!"/  & nd-    -  40-140 M // 72. , A5@.D87. 2007, B.71, !3, A.430.  =8/6=1,33 2. ..0D><>2, ....!5@3552 C:;>=-=C:;>==>5 2708<>459AB285 2 :>=5G=>< A>AB>O=88 ?@8 C?@C3>< @0720;5 459B@>=0 2 ?>B5=F80;L=>9 <>45;8 B@5E B5;. 72. . !5@. D87. ". 72 , !6, A. 885 (2008).  =8/2=4. !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0.74. / , 2008 ..0D><>2, ..!5@3552 =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0  =20/2=10 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. E.Konobeevski, M.Mordovskoy, S.Potashev, V.Sergeev, S.Zuyev / PRELIMINARY DATA ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // Book of Abstracts. 20th European Conference on Few-Body Problems in Physics. Pisa, Italy, 10-14 September 2007 P. 57  =6/5=1.2 2. E.S. Konobeevski, M.V. Mordovskoy, S.I. Potashev, V.A. Sergeev, S.V. Zuyev / PRELIMINARY RESULTS ON NEUTRON-NEUTRON CORRELATIONS IN THE nd-BREAKUP REACTION // In Proc. of 57th International Conference  Problems of Nuclear Physics, Atomic Energy and Nuclear Technologies St.Petersburg, 2007, P.114  =6/5=1.2 3. E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5=1,2 4. M.Grachev, E.Konobeevski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov, V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev / SETUP FOR STUDY NEUTRON-NEUTRON FINAL STAT LVAL E INTERACTION AT NEUTRON CHANNEL OF MOSCOW MESON FACTORY // In Proc. of ICANS-XVIII 18th Meeting of the International Collaboration on Advanced Neutron Sources April 25-29, 2007 Dongguan, Guangdong, P R China  =6/10=0,6 5. V.E. Pafomov, V.A. Sergeev FINAL-STATE INTERACTION BETWEEN NUCLEONS PRODUCED IN THE ELASTIC DEUTERON BREAKUP WITHIN A POTENTIAL THREE-BODY MODEL 57 International Conference on Nuclear Physics  NUCLEUS 2007 . June 25-29, 2007. Voronezh. Russia.  =6/2=3. 6...0D><>2, ..!5@3552. =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0.. >:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =6/2=3 ":  =15,3+10,2=25,5LVALpOG!B5?0=>2 ;5:A0=4@ 0A8;L528G @>4. 23.02.1934, 3=A. /, 4>:B>@ D87-<0B. =0C:, ?@>D5AA>@. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, S. Lukyanov, and Yu. Sobolev. " Study of structure of neutron halo using neutron transfer reaction". EPJA, 2007 V.34 / =1.659*30/9=5.53 2. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,2 *30/10=3,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. 020@78=0, .!. >=>1552A:89, .. !B5?0=>2. >;L :>=D83C@0F88 20;5=B=KE =59B@>=>2 30;> O4@0 2 D>@<8@>20=88 <>45;L=>9 25@H8==>9 DC=:F88 4;O >?8A0=8O @50:F88 ?5@540G8 42CE =59B@>=>2. 72. , !5@.D87. 2008, B.72, !6, A.845.  =8/3=2,7 2. .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =.914*60/5=11 3. .. 020@78=0, .. !B5?0=>2. >;L 2>71C645==KE A>AB>O=89 O4@0 2 MDD5:B5 70B5=5=8O D>B>?>3;>I5=8O ?@8 A@54=8E M=5@38OE. " 725AB8O , A5@. D87. ". 71, ! 3, AB@. 434-437. (2007)  =8/2=4 4. .. 020@78=0, .. !B5?0=>2 0A?@545;5=8O ?@>4C:B>2 @50:F88 :2078A2>1>4=>3> 2K1820=8O (p,p n) =0 30;> O4@0E 2 >1;0AB8 A@54=8E M=5@389. !$, !10, A. 34 (2008)  =8/2=4 5. .. 020@78=0, .. !B5?0=>2 KG8A;5=85 D0:B>@0 2K6820=8O =59B@>==>3> :><?;5:A0 ?@8 53> :2078A2>1>4=>< 2K1820=88 87 30;> O4@0. !$, ! 10, A. 11.(2008)  =8/2=4 !B0BL8 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) 1 .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 1 =AB8BCB O45@=KE 8AA;54>20=89 , >A:20; LVAL2 $878G5A:89 8=AB8BCB 8< ..5154520 , >A:20; 3 1J548=5==K9 =AB8BCB /45@=KE AA;54>20=89, C1=0 &/ ! !!//  "  -/ %  !" #" !!/ !" #"# + "    =20/10=2 2. .. 020@78=0, .. !B5?0=>2 +'! $"  +/ "  !    ! +   /   =20/2=10 3. .. 020@78=0, .. !B5?0=>2 ! /  #" & ! +/ (p,p n)   / %  !" ! % -   =20/2=10 !B0BLO 2 M;5:B@>==>< 2845 V. P. Zavarzina , E. S. Konobeevski and A. V. Stepanov. The role of configurations of neutron halo in the formation of the model vertex function for description of the two-neutron transfer reaction ?@5?@8=B http://dx.doi.org/10.3103/S1062873808060191 (2008)  =4/3=1,3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 1. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev. Measurements of the two-neutron transfer reaction induced by 6 He radioactive beam. 57 International Conference on Nuclear Physics  NUCLEUS 2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/10=.6 2. G. Belovitsky. E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, A. Rusetsky, N. Starkov, S. Lukyanov, Yu. Sobolev.  Study of the two-neutron transfer reaction included by 6He radioactive beam 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. Book of Abstracts. P.169-170. #AB=K9 4>:;04. / =6/10=.6 3. E.S.Konobeevski, A.V.Stepanov, V.P.Zavarzina ROLE OF CONFIGURATIONS OF NEUTRON HALO IN FORMATION OF MODEL VERTEX FUNCTION FOR DESCRIPTION OF TWO- NEUTRON TRANSFER REACTION. 57 International Conference on Nuclear Physics  NUCLEUS-2007 . Book of Abstracts. June 25-29, 2007. Voronezh. Russia. #AB=K9 4>:;04.  =6/3=2 4. E.Konobeevski, A.Stepanov, and V.ZavarLVALzina  Role of configurations of neutron halo in formation of model vertex function for description of two- neutron transfer reaction 20th European Conference on Few-Body Problems in Physics. Pisa, Italy. 10-14 September 2007. #AB=K9 4>:;04. /  =6/3=2 5. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt. /  =6/5=1.2 6. .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. @83;0H5==K9 4>:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =30/10=3 7. G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10=0,6 8 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 1. .. 5;>28F:89, ..020@78=0, !..C52, .!.>=>1552A:89, ..!B5?0=>2 / !! !" #"# + "    & ! !!//  "  -/  6He // !5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 "-$. 26-30 =>O1@O 2007 3. #AB=K9 4>:;04. / =4/5=.8 >:LVAL;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 1. G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Aleksandrov, S. Lukyanov, and Yu. Sobolev.  Photoemulsion method of study of neutron halo using neutron transfer reaction . Proceedings of the Conference NUPPAC 05. (Egypt. Cairo. 17-23 November 2005). Egypt. Cairo. 2007. P. 389-398. /  =6*.5/10=.3 2. G.E. Belovitsky, V.P. Zavarzina, S.V. Zuyev, E.S. Konobeevski, A.V. Stepanov, N. G. Polukhina, N.I. Starkov, S.M. Lukyanov, and Yu.G. Sobolev. "Study of the neutron halo structure in the two neutron transfer reactions . ?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  Current problems in nuclear physics and atomic energy (NPAE-Kyiv 2006). May 29- June 03, 2006. Proceedings of the Conference. Kyiv 2007. Part I. P. 237-245.  =0,33 0 4>@01>B:C =0CG=>->1@07>20B5;L=>3> :C@A0, 2:;NG0NI53> 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@A ;5:F89 2 /  4;O ABC45=B>2 $" !B@C:BC@0 0B><=>3> O4@0 8 O45@=K5 @50:F88 (:0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)  =8*4 (A5<5AB@0)=32 ":  = 58,1+12+32=102,18LVAL J!?8A>: >?C1;8:>20==KE @01>B =0CG=>3> A>B@C4=8:0 =AB8BCB0 O45@=KE 8AA;54>20=89 D@>A8=8=0 ;048<8@0 5B@>28G0 70 ?5@8>4 2007  20083.3. : 1. About Estimations of One-Photon Background in Neutrino-Oscillation Experiments as Low Neutrino Energies V.P.Efrosinin. Physics of Atomic Nuclei, 2007, Vol. 70, No 11, pp. 1926-1930.   = (0.914x60) = 54.84. 2. About Radiative Kaon Decay K+ to Pi+Pi0Gamma V.P. Efrosinin. Physics of Atomic Nuclei, 2008, Vol. 71, No 2, pp. 304-308.  =(0.914x60) = 54.84. 3. >645=85 >48=>G=KE D>B>=>2 2 nu N  2708<>459AB28OE. .. D@>A8=8=, ... C45=:>, .. %>BO=F52. /45@=0O D878:0, 2009, ">< 72, No 3, AB@. 1-6.  =(0.914x60/3) = 18.28 B>3>   = 127.96%>E;>2 .@89 C7L<8G, @>4. 12. 07.1926, A=A. /, :D<=. C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ... %>E;>2 /5:>B>@K5 :CA>G=>-0=0;8B8G5A:85& ./ !$ $. ! 9, AB@.27 (2008).  =8 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) 5:>B>@K5 :CA>G=>-0=0;8B8G5A:85 @5H5=8O >4=><5@=>3> C@02=5=8O (@548=35@0 II.  =20 B>3>:  =8+20=28LVAL6;5:A552 235=89 8:>;0528G,19403.@., 4D<=, 2=A  / ,   70 2007-200833. C1;8:0F88: 1. ..;5:A552, ..;5:A5520 538AB@0F8O =59B@8==>3> A83=0;0 >B SN19870 23 D52@0;O 1987 3>40 2 7:35 UT: 0==K5 0:A0=A:>3> ?>475<=>3> =59B@8==>3> B5;5A:>?0. 8AL<0 2 , B>< 34, !11, ?@=4  6/2 = 3 1. >:;04K: 1.#G0AB85 2 <564C=0@>4=>9 :>=D5@5=F88 A 4>:;04><. @83;0HQ==K9 4>:;04  Baksan data , Twenty Years after SN1987A, USA,Hawaii,23-25 February,2007 ?@=4 - 30 1. 2.#G0AB85 2 >AA89A:>9 :>=D5@5=F88 A 4>:;04><. @83;0HQ==K9 4>:;04 0:A0=A:85 40==K5, 20 ;5B A25@E=>2>9 !1987,>A:20,21-24 $52@0;O 2007. ?@=4 - 20 1 B>3>: 53 1.!B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 1. 8D0=>2 .. -DD5:B82=0O B5E=>;>38O :>=B@>;O @0480F8>==>-70I8B=KE A2>9AB2 A?5F>4564K ?>60@=KE -!// 0C:>Q<:85 B5E=>;>388. 2007. ".8. !1. !.3-15.  =8 2. .. 8D0=>2, .. 5=5F:89, .. >38=>2. "5E=>;>38O :>=B@>;O @0480F8>==> 70I8B=KE A2>9AB2 :><?>78F8>==KE <0B5@80;>2 8 A?5F80;L=>9 70I8B=>9 >4564K ?>60@=KE, >E@0=ONI8E -!. >60@=0O 157>?0A=>ABL, !2, 2008. A. 92  95.  =8/3=2,7 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. "5E=>;>38O :>=B@>;O @0480F8>==> 70I8B=KE A2>9AB2 A?5F80;L=>9 70I8B=>9 >4564K ?>60@=KE, >E@0=ONI8E -!. .. 5=5F:89, .. 8D0=>2, 4>:;04 =0 20 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 AB>@8G5A:85 8 A>2@5<5==K5 0A?5:BK @5H5=8O ?@>1;5< 3>@5=8O, BCH5=8O 8 >15A?5G5=8O 157>?0A=>AB8 ;N459 ?@8 ?>60@0E // 0B5@80;K 20 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88, ?>A2OI5==>9 70-;5B8N A>740=8O 8=AB8BCB0.  !5:F8O 2.  .: , 2007,  !.54-56.  =41,5/2=3 #G51=>5 ?>A>185 4;O '! 8D0=>2 .. =8<0F8>==K9 A;094=D8;L< 0480F8>==>-70I8B=K9 :>ABN< 4;O ?>60@=KE =0 -!.  =8  =8+3+2,7+8= 21,7LVALpOGC7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503.,:D<=, 8.>. 702  / ,   70 2007-2008 33. I) C1;8:0F88: 1) ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8= =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O. 72. , A5@.D87., B>< 71, !7, 2007, 1075-1078. (B@C4K 299 2A5@>A.:>=D.?> :>A<. ;CG0< -2006) 0,169*0,7*60/10 = 0,7 1 2) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology": Subjects: Nuclear Experiment (nucl-ex) 0) arXiv:0711.2637 [ps, pdf, other] - 4/7 = 0,6 1. 1) Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. - 41/7= 0,6 1 E 1,5 = 0,9 1 3) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" a) arXiv:0711.2614 [ps, pdf, other] 4/7 = 0,7 1. 1) Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, MLVALoscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 41/6*1,5 = 1,0 1 4) D.Budjas, C.Catadory, A. Gangapshev, W. Hampel, M. Heisel, D. Heusser, M. Hult, A. Klimenko, V. Kuzminov, M. Laubenshtein, W. Maneschg, S. Nisi, S. Schnert, H. Simgen, A. Smolnikov, C. Tomei, A. di Vacri, S. Vasiliev, G. Zuzel.  Highly sensitive gamma-spectrometers of GERDA for material screening: Part I. a) Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 228-232. 0,4*1,5=0,6 1 b) arXiv:0812.0723 0.41 II) >:;04K: 1. ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. "@C4K ...., ">< 1, 740B5;LAB2> $, 3. >A:20, ISBN 978-5-7262-0928-9, 2008 3., AB@. 196-208. - 4/6 E 1,5 = 1,0 1. 2. Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. - 4/7 = 0,6 1. 3. V.V.Alekseenko, D.D.Djappuev, Yu.M.Gavriluk, D.M.Gromushkin, A.U.Kudjaev, V.V.Kuzminov, O.I.Michailova, Yu.V.Stenkin, V.I.Stepanov  Observation of thermal neutron flux variations connected with Lunar periods . Proc. of 30th International Cosmic Ray Conference ICRC 07, Merida, MeLVALxico, 2007. 4/9 = 0,5 1 4. .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 AGQBG8:0 ?@8 :@8?B>=>< ?@>?>@F8>=0;L=>3>, >1>30IQ==K< ?> 78Kr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r. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8) 4/9=0,5 1 6. ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl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(0>2 %0A0= CE048=>28G 7<5@5=85 @048>0:B82=>9 703@O7=Q==>AB8 <5B>4>< @538AB@0F88 ?>25@E=>AB=>9 0;LD0- 0:B82=>AB8 >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. 0CG=K9 @C:>2>48B5;L :.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 VI) C@AK ;5:F89: 1) "   " / !" $ !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  9 A53>  71 G >@01>B:0 :C@A0 - 8 1 2) $878:0 =87:>D>=>2KE 87<5@5=89 !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  10 A53>  71 G >@01>B:0 :C@A0 - 8 1 3) 01>G0O ?@>3@0<<0 ?> A?5F. ?@0:B8:C<C $878:0 =87:>D>=>2KE M:A?5@8<5=B>2 !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  10 A5R LVALb 3>  51 G - 8 1 C:>2>4AB2> 0A?8@0=B><: 070;>2 .. (2005-2008 33. >1CG5=8O) - 30*2=60 1. B>3>: =139,5 1   @C:>2>48B5;O (?> A@54=8< 40==K< A?8A:0 =.A. $): 138,75/2+0,75*13,5 = 79,5 1LVALpOG0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :D<=, =.A.  / ,   70 2007-200833. I) C1;8:0F88: " arXiv:0711.2614  Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber , Yu.M.Gavriljuk , V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Instrumentation and Detectors (physics.ins-det). - 41/7= 0,6 1 " arXiv:0711.2637  Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content , Yu.M.Gavriljuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex). - 41/7= 0,6 1 " arXiv:0812.0723  Highly sensitive gamma-spectrometers of GERDA for material screening: Part I , D. Budja, C. Cattadori, A. Gangapshev, W. Hampel, M. Heisel, G. Heusser, M. Hult, A. Klimenko, V. Kuzminov, M. Laubenstein, W. Maneschg, S. Nisi, S. Schnert, H. Simgen, A. Smolnikov, C. Tomei, A. di Vacri, S. Vasiliev, G. Zuzel, Comments: Featured in: Proceedings of the XIV International Baksan School "Particles and Cosmology" Baksan Valley, Kabardino-Balkaria, Russia, April 16-21,2007. INR RAS, Moscow 2008. ISBN 978-5-94274-055-9, pp. 228-232; (5 pages, 0 figures), Subjects: Instrumentation and Detectors (physics.ins-det); High Energy Physics - Experiment (hep-ex). - 41/10= 0,4 1 II) >:;04K: " ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3.  4/6LVAL*1,5=1,0 1. " Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. - 4/6*1,5 = 1,0 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 ?@>?>@F8>=0;L=>3> AGQBG8:0 ?@8 70?>;=5=88 :@8?B>=><, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. "@C4K ...., "><2, 740B5;LAB2> $ , 3. >A:20, ISBN 978-5-7262-0909-8, 2008 3., AB@. 146-151. - 4/7*1,5=0,9 1. " Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. - 4/7*1,5=0,9 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8) - 4/8=0,5 1 " ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==> LVAL 3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " 306=>:>2 .., 20073. (2B>@>9 @C:. C7L<8=>2 ..) - 10/2 = 5 1. B>3>: 11,7*1,5(70I8B0 2 20053.)=17,6LVALpOG02@8;N: .@89 8E09;>28G, @>4. 02.09.19583., 254. 8=6. <0B.  / ,   70 2007-200833. I) C1;8:0F88: " arXiv:0711.2614  Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber , Yu.M.Gavriljuk , V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Instrumentation and Detectors (physics.ins-det). - 41/7= 0,6 1 " arXiv:0711.2637  Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content , Yu.M.Gavriljuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex). - 41/7= 0,6 1 " arXiv:0812.0723  Highly sensitive gamma-spectrometers of GERDA for material screening: Part I , D. Budja, C. Cattadori, A. Gangapshev, W. Hampel, M. Heisel, G. Heusser, M. Hult, A. Klimenko, V. Kuzminov, M. Laubenstein, W. Maneschg, S. Nisi, S. Schnert, H. Simgen, A. Smolnikov, C. Tomei, A. di Vacri, S. Vasiliev, G. Zuzel, Comments: Featured in: Proceedings of the XIV International Baksan School "Particles and Cosmology" Baksan Valley, Kabardino-Balkaria, Russia, April 16-21,2007. INR RAS, Moscow 2008. ISBN 978-5-94274-055-9, pp. 228-232; (5 pages, 0 figures), Subjects: Instrumentation and Detectors (physics.ins-det); High Energy Physics - Experiment (hep-ex). - 41/10= 0,4 1 II) >:;04K: " ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3.  4LVAL/6*1,5=1,0 1. " Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. - 4/6*1,5 = 1,0 1. " V.V.Alekseenko, D.D.Djappuev, Yu.M.Gavriluk, D.M.Gromushkin, A.U.Kudjaev, V.V.Kuzminov, O.I.Michailova, Yu.V.Stenkin, V.I.Stepanov  Observation of thermal neutron flux variations connected with Lunar periods . Proc. of 30th International Cosmic Ray Conference ICRC 07, Merida, Mexico, 2007. - 6/9*1,5 = 1,0 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 ?@>?>@F8>=0;L=>3> AGQBG8:0 ?@8 70?>;=5=88 :@8?B>=><, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=>< 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7*1,5=0,9 1. " Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7*1,5=0,9 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (LVAL 2 ?5G0B8)  4/8=0,5 1 " ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl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pOG070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., 0A?8@0=B, 1/2 AB02:8 8=6.-8AA;54.  / ,   70 2007-200833. I) C1;8:0F88: " arXiv:0711.2614  Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber , Yu.M.Gavriljuk , V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Instrumentation and Detectors (physics.ins-det). - 41/7= 0,6 1 " arXiv:0711.2637  Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content , Yu.M.Gavriljuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex). - 41/7= 0,6 1 II) >:;04K: " ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8)  4/6*1,5=1,0 1. " Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6*1,5 = 1,0 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 ?@>?>@F8>=0;L=>3> AGQBG8:0 ?@8 70?>;=5=88 :@8?B>=><, >1>30IQ==K<LVAL ?> 78Kr, 8 :@8?B>=>< 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7*1,5=0,9 1. " Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7*1,5=0,9 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 " ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 6,0*1,5(0A?8@0=B)=9,0LVALpOG 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., :D<=, 1/2AB02:8 =.A.  / ,   70 2007-200833. I) C1;8:0F88: " arXiv:0711.2614  Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber , Yu.M.Gavriljuk , V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Instrumentation and Detectors (physics.ins-det). - 41/7= 0,6 1 " arXiv:0711.2637  Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content , Yu.M.Gavriljuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex). - 41/7= 0,6 1 II) >:;04K: " ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/6*1,5= 1,0 1. " Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6*1,5 = 1,0 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 ?@>?>@F8>=0;L=>3> AGQBG8:0 ?@8 70?>;=5=88 :@8?B>=><, >1>30IQ==K< ?> 78Kr, 8 LVAL :@8?B>=>< 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7*1,5=0,9 1. " Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7*1,5=0,9 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 " ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 6,0/2 (?>; AB02:8)=3,0LVALpOG0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., 1/2 AB02:8 <.=.A.  / ,   70 2007-20083. I) C1;8:0F88: " arXiv:0711.2614  Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber , Yu.M.Gavriljuk , V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Instrumentation and Detectors (physics.ins-det). - 41/7= 0,6 1 " arXiv:0711.2637  Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content , Yu.M.Gavriljuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Subjects: Nuclear Experiment (nucl-ex). - 41/7= 0,6 1 II) >:;04K: " ..C7L<8=>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 @07;8G=KE >1@07F>2 A ?><>ILN 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/6*1,5= 1,0 1. " Yu.M.Gavrilyuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Test of surface -activities of different materials with ion pulse ionization chamber . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/6*1,5 = 1,0 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G) !@02=8B5;L=K9 0=0;87 A?5:B@>2 D>=0 ?@>?>@F8>=0;L=>3> AGQBG8:0 ?@8 70?>;=5=88 :@8?B>=><, >1>30IQ==K< ?> 78Kr, 8 :@8?B>=LVAL&>< 5AB5AB25==>3> A>AB020. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 8-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2007,  , ?>A.-;L1@CA, 15-22 0?@5;O 2007 3. (2 ?5G0B8) - 4/7*1,5=0,9 1. " Yu.M.Gavrilyuk, V.N.Gavrin, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich  Common analysis of background spectra of proportional counter filled with krypton enriched with 78Kr and natural krypton . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). - 4/7*1,5=0,9 1. " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 " ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 6,0/2 (?>; AB02:8)=3,0LVAL #<5@>2 (0<8;L ;L40@>28G, @>4. 6.10.1979 3., <.=.A.  /  A 10.07.20073.,   70 2007-200833.  2002 70:>=G8; 010@48=>-0;:0@A:89 3>AC40@AB25==K9 C=825@A8B5B, E8<8G5A:89 D0:C;LB5B. 2002-2005 010@48=>-0;:0@A:89 3>AC40@AB25==K9 C=825@A8B5B, 0A?8@0=BC@0 ?> A?5F80;L=>AB8 2KA>:><>;5:C;O@=K5 A>548=5=8O. - ?>2KH0NI89 :-B 2 C1;8:0F88: " #<5@>2 (.. !?>A>1K C?@>G=5=8O ?>;8<5@=KE =0=>:><?>78B>2. 0B5@80;K 564C=0@>4=>3> :>=3@5AA0 ABC45=B>2, 0A?8@0=B>2 8 <>;>4KE CG5=KE 5@A?5:B820 2007. 0;LG8:, 2007 3. A 185-186. (4>:;04 8 ?C1;8:0F8O)  4*1,5 = 61. >:;04K: (.. #<5@>2 (>B 8<5=8 :>;;5:B820 (..#<5@>2, .. HC:>2), 2CED07=K9 684:>AB=>9 45B5:B>@ 8>=878@CNI8E 87;CG5=89 ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ?@=4: 4/2 = 2 1 B>3>: 8*2 = 16-D5=4852 0A8< OG5A;02>28G, @>4. 04.03.19783., <.=.A.  / ,   70 2007-200833. I) C1;8:0F88: " =5B II) >:;04K: 1. ..-D5=4852 ;8O=85 <8:@>@5;L5D0 ?>25@E=>AB8 =0 A?5:B@ 0;LD0-G0AB8F, 2KE>4OI8E 87 >1@07F0. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8). 4 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B V) 14.11.20073. 70I8B8; :0=4840BA:CN 48AA5@B0F8N ?> B5<5 A>15==>AB8 @0480F8>==KE ?@>F5AA>2 =0 ?CG:0E C;LB@0- @5;OB828ABA:8E M;5:B@>=>2 2 >@85=B8@>20==KE :@8AB0;;0E - 4>:C<5=BK >B?@02;5=K 2  =0 CB25@645=85 ( ?>2KH0NI89 :>MDD8F85=B - 2) B>3>: 4*2=8LVALpOGHC:>2 40< C70@8D>28G, @>4. 04.03.19783., :D<=, A.=.A.  / ,   70 2007-200833. I) C1;8:0F88: " =5B. II) >:;04K: " (.. #<5@>2 (>B 8<5=8 :>;;5:B820 (..#<5@>2, .. HC:>2), 2CED07=K9 684:>AB=>9 45B5:B>@ 8>=878@CNI8E 87;CG5=89 ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/2*1,5=31 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " 0C=>20 ;5=0 0;5@852=0 (#), 038AB5@A:0O 48AA5@B0F8O AA;54>20=85 20@80F88 A:>@>AB8 2KE>40 @04>=0 87 ?>@>4K A ?>25@E=>AB8 =075<=>3> 3@C=B0. 0?@02;5=85 010700- $878:0. >4 68. 038AB@ D878:8. 038AB5@A:0O ?@>3@0<<0: 010703- , 0;LG8: 2007 3>4. - 10 1. " 0A8?>20 02840 0<1>;0B>2=0 (#), 038AB5@A:0O 48AA5@B0F8O >7<>6=>AB8 ?@8<5=5=8O 42CED07=>3> 45B5:B>@0 4;O @538AB@0F88 =59B@8=>. 0?@02;5=85 010700- $878:0. >4 68. 038AB@ D878:8. 038AB5@A:0O ?@>3@0<<0: 010703- , 0;LG8: 2007 3>4. - 10 1. 038AB5@A:85 @01>BK 2K?>;=5=K5 2 2008 3>4C ?>4 @C:. HC:>20. 1) 0HC52 ;LOA =C0@>28G. ;8O=85 =5;8=59=>9 7028A8<>AB8 A25B>2>3> 2KE>40 :@8AB0;;>2 Nal [TI] >B M=5@388 =0 M:A?5@8<5=BK ?> ?>8A:C WIMPs. -10 1 2) 8E>20 O=0 ;048<8@>2=0. ?B8<870F8O ?0@0<5B@>2 ?@>?>@F8>=0;L=>3> AG5BG8:0 ?@8<5=O5<>3> 2 @048>E8<8G5A:8E M:A?5@8<5=B0E ?> @538AB@0F89 A>;=5G=KE =59B8@=>. -10 1 V) 5:F88: " /45@=>-D878G5A:85 <5B>4K 8AA;54>20=8O 25I5AB20. A?5F80;L=>ABL 010400  D878:0. 0?@02;5=85 510400- D878:0. C@A- 4. !5<5AB@-8 . 1I55 :>;-2> G0A>2- 42 , 5:F88 - 28, @0:B8G5A:85 70=OB8O - 14, 70G5B- 8 A5<5AB@ - 8 1 " -:A?5@8<5=B0;L=K5 <5B>4K O45@=>-D878G5A:8E 87<5@5=89. !?5F80;L=>ABL 010400  D878:0. 0?@02;5=85 510400- D878:0 C@A- 4, !5<5AB@- 7, 1I55 :>;-2> G0A>2- 57, 5:F88 - 38, @0:B8G5A:85 70=OB8O -19 , 70G5B- 7 A5<5AB@  8 1 " !B0B8AB8G5A:85 <5B>4K >1@01>B:8 O45@=>-D878G5A:>3> M:A?5@8<5=B0.0?@02;5=85 51040Z LVALj 0- D878:0. 038AB5@A:0O ?@>3@0<<0 510409- AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0. C@A- 5, !5<5AB@- 10 , 1I55 :>;-2> G0A>2- 70 G., 5:F88 - 18 G., @0:B8G5A:85 70=OB8O - 18 G., !0<>AB>OB5;L=0O @01>B0 34 G., 70G5B- 10 A5<5AB@  8 1 " 5B5:B>@K M;5<5=B0@=KE G0AB8F. 0?@02;5=85 510400- D878:0. 038AB5@A:0O ?@>3@0<<0 510409- AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0. C@A- 5, !5<5AB@- 9, 1I55 :>;-2> G0A>2- 140 G., 5:F88 - 36 G., @0:B8G5A:85 70=OB8O - 36 G., !0<>AB>OB5;L=0O @01>B0 68 G., 70G5B- 9 A5<5AB@  8 1 B>3>: 75,0LVAL" $/:8<5=:> !5@359 02;>28G, @>4. 30.06.19613., <.=.A.  /  A 07.07.20053.   70 2007-200833. I) C1;8:0F88: =5B II) >:;04K: " .. 070;>2 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8)  4/8=0,5 1 " ..56052 (>B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>) AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl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h. Khokonov  Stochastical study of vacuum stability - 6 1. 2. A. Kh. Khokonov, M.B. Masaev, Y.V. Savoiskii,  Determination of Rn-222 incoming rates and its concentration by means of large NaI detector , Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia - 4/7*1,5=0,9 1. B>3>: 8,2/2= 4,1LVALpOG;8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :D<=, A=A  / ,   70 2007-200833. >:;04K 2007. D.D. Dzappuev,V.V.Alekseenko, A.S.Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikzailova, A.U.Kudzaev, N.F.Klimenko.  Study of EAS hadronic components with hadron energy > 50 GeV . Plenary report and article to the Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia (2 ?5G0B8). 4/8= 0,5 1. C1;8:0F88 2008. ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 8/10= 0,8 *1.5=1.2 1. 1. >:;04K 2008. 1. J. Szabelski ,A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov , Yu.V. Stenkin for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee , 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. 6/9= 0,67 1. 2. A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. Hadrons with Eh > 30 GeV , 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. 6 /8= 0| LVAL ,75 1. 3. A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV , 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. 6 /8= 0,75 1. 4. A. U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov, Yu.V. Stenkin, for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee , 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. 6 /8= 0,75 1. B>3>: 0,5 1+1.2+0.67+0.75+0.75+0.75=3.8LVALz A552 ;048A;02 8:>;0528G @>4 30.05.1949 =A $,   70 2007-2008 33 !?8A>: ?C1;8:0F89 70 2007 - 2008 3.3. C1;8:0F88: 1. P.N. Ostroumov, V.N. Aseev, I.V. Gonin, B. Rusnak. Application of International Linear Collider superconducting cavities for accelerating of protons Phys. Rev. ST Accel. Beams 10, 1200101 (2007)  =30*(1.5-1)/4=3.75 2. J. Xu, B. Mustapha, V.N. Aseev, and P.N. Ostroumov. Parallelization of a beam dynamics code and first large scale radio frequency quadrupole simulations. Phys. Rev. ST Accel. Beams 10, 014201 (2007)  =30*(1.5-1)/4=3.75 >:;04K: 1. T.P Wangler, , R.W. Garnet, J. Qiang, R. Ryne, K. R. Crandall, J. H. Billen, V. N. Aseev, at al. The RIAPMTQ/IMPACT: Beam-Dynamics Simulation Package. Proc. of PAC07, Albuquerque, NM USA, 2007, p. 3606  =30/6*1.5=7.5 2. J. Xu, B. Mustapha, V. N. Aseev and P. Ostroumov. Parallelization of TRACK for Large Scale Beam Dynamics Simulation in Linear Accelerators. Proc. of PAC07, Albuquerque, NM USA, 2007, p. 3459  =30/3*1.5=15. 3. P.N. Ostroumov, V.N. Aseev at al. Beam Test of a Grid-Less Multi-Harmonic Buncher. Proc. of PAC07, Albuquerque, NM USA, 2007, p. 2242,  =30/10*1.5=4.5   ..A5520 =34.5  @83>@8O >@8A>28G0 82>20@>20 70 2007-2008 33: 1) !B0BLO Naturalness of Scalar Fields and Standard Model. Grigorii B. Pivovarov (Moscow, INR) , Victor T. Kim (St. Petersburg, INP) . CERN-PH-TH-2007-250, Dec 2007. 3pp. Published in Phys.Rev.D78:016001,2008. e-Print: arXiv:0712.0402 [hep-ph] + 4.852*30/2 = 73 2) >:;04 =0 A5<8=0@5 "20@:8-2008" "A solution to naturalness problem" + 6 3) >:;04 =0 A5<8=0@5 "20@:8-2008" 2 A>02B>@AB25 A . 8<>< "Asymptotic effects in jet production at high energies" + 3 ============= B>3> 73+6+3 = 82LVALpOG:C;8=8G52 !5@359 A52>;>4>28G @>4. 28.08.1951, 702. $,   70 2007-2008 33 C1;8:0F88 70 2007-2008 3.3.: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  #'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0, ?>40=0 8 70@538AB@8@>20=0 70O2:0 =0 ?0B5=B (2007).  =20/4=5. 2. !..:C;8=8G52, !>AB>O=85 8 ?5@A?5:B82K @048>;>38G5A:>3> F5=B@0 2 "@>8F:5, 548F8=A:0O D878:0, ! 4, 2007 3.  =8. 3. S.V.Akulinichev, V.M.Skorkin/ Possibility of Neutron Capture Therapy at the INR Neutron Complex //, Springer Berlin Heidelberg, v. 14, ParIFMBE Proceedings World Congress on Medical Physics and Biomedical Engineering 2006t 2, p. 2040-2042, July 2007.  =30*(1.5-1)/2=7.5 4. S.V.Akulinichev and V.M.Skorkin/ A Neutron Activation Study of DNA Gd Nanocrystals // Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques, v. 2, No. 6, pp. 890 893, 2008.  =20*(1.5-1)/2=5 5. !. . :C;8=8G52, .. . 02@8;>2, .. @5E>2 8 4@./!8AB5<0 D>@<8@>20=8O ?CG:0 4;O ?@>B>==>9 B5@0?88 2 / //>?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A. 68-71, 2008.  =30*(1.5-1)/7=2.1 6. !..:C;8=8G52, C..0:;0=>2, ...02@8;>2 8 4@. @>5:B CAB0=>2:8 4;O =0@01>B:8 -"-@048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, !3, A.184-186, 2008.  =30*(1.5-1)/5=3. >:;04K 70 2007-2008 33.: 1. !..:C;8=8G52, !>AB>O=85 8 ?5@A?5:B82K @048>;>38G5A:>3> F5=B@0 2 "@>8F:5, B>@0O @538>=0;L=0O :>=D5@5=F8O &: "   #!%# 17-18 >:BO1@O 2007 3., 3. "@>8F:,   = 20. 2. S.Akulinichev, E.Koptelov, L.Kravchuk, V.Skorkin/ Neutron Sources for Neutron Therapy at the INR Facilities /// The Eighteenth Meet. of the Int. Collab. on Adv. Neut. Sourc.  ICANS-XVIII . Dongguan, China. 2007- accepted to Proceedings ICANS-XVIII.  =30*1.5/4=11.3 3. S.V.Akulinichev, S.E.Ulin, V.M.Skorkin / Autonom. Xenon Gamma-SpectrLVAL. for Radio-Ecology //LVII Int. Conf.  Nucleus-2007 . Voroneg.2007. 725AB8O . !5@8O D878G5A:0O, B. 72, ! 7, !. 1054-1056, 2008,  =20/3*1.5=10. 4. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. of Radionuclid. Prod. for PET- Diagn. and Brachyth. by the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007. // 725AB8O . !5@8O D878G5A:0O, B.72, !7, !.1042-1044, 2008.  =20/4*1.5=7. 5 5. S.V.Akulinichev, Status and perspectives of the radiological centre in Troitsk, %% 564C=0@. A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.   =30*1.5=45 . 6. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=6.43. 7. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. at INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007. - accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8).  =30/5*1.5=9 8. !.. :C;8=8G52, .. !:>@:8= AA;54>20=85 =0=>:@8AB0;;>2 -Gd A ?><>ILN =59B@>=>2 VI &,/ $ &/   . "!, !% "  #', "   -"  / !!/ " . / , 2007,  , !. C@=0;:">25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O", ! 12, A. 74-77, 2008,  =20/2*1.5=15 9. !.. :C;8=8G52, ... 24>:8<>2, .. !0;O=>2, .. !:>@:8=/ 84:>:@8AB0;;8G5A:85 =0=>G0AB8FK -Gd 4;O "// >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N. >O1@L 2007 3., & "", >A:20.  =20/4=5 10. V.Skorkin, S.Akulinichev, L.Kravchuk/ The INR NeLVALutron Sources for Neutron Capture Therapy //13th International Congress on Neutron Capture Therapy. November 2008. Florence. Italy.- accepted to Proceedings ICNCT-13.  =30*1.5/3=15. 11. C..:C;8=8G52, -$'! !!/   '! ! / , III "@>8F:0O :>=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 2008.   = 20*1.5=30. 12. !..:C;8=8G52, !..0:;0=>2, ..'5@=KH520, ! +  !"+  &, # "    III "@>8F:0O :>=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 2008.  =20/3*1.5=10. 13. !..:C;8=8G52 ,..!:>@:8=, " +  "  / !"& "   /  &+. III "@>8F:0O :>=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 2008.  =20/2*1.5=15. 8G=K9   !..:C;8=8G520 = 229.8. !@54=89   ?> $= 112.5   C:>2>48B5;O = 229.8*0.5 + 112.5*0.75=199.3LVALpOG02@8;>2 .@89 @0A=>A;02>28G @>4. 04.10.1951, =A $,   70 2007-2008 33 C1;8:0F88: 1. :C;8=8G52 !.., ;04C= .., 02@8;>2 ..., >28:>2->@>48= .. "  #!" !" $  /  #'/  > B5<5 048>B5@0?8O (01.2.00 305475) >43>B>2;5=0, ?>40=0 8 70@538AB@8@>20=0 70O2:0 =0 ?0B5=B / 2007.  =20/4=5. 2. !. . :C;8=8G52, .. . 02@8;>2, .. @5E>2 8 4@./!8AB5<0 D>@<8@>20=8O ?CG:0 4;O ?@>B>==>9 B5@0?88 2 / //>?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A. 68-71, 2008.  =30*(1.5-1)/7=2.1 3. !..:C;8=8G52, C..0:;0=>2, ...02@8;>2 8 4@./@>5:B CAB0=>2:8 4;O =0@01>B:8 -"-@048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, !3, A.184-186, 2008. =30*(1.5-1)/5=3 4. !..:C;8=8G52 , ...02@8;>2, ..>28:>2->@>48=/ =48284C0;L=>5 D>@<8@>20=85 ?@>B>==KE B5@0?52B8G5A:89 ?CG:>2 <>48D8F8@>20==K< ?0AA82=K< <5B>4><// ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, ">< XVII/'0ABL 1. AB@.272. =20*(1.5-1)/3=3.3 >:;04K: 1. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin  Design of the Facility for PET-Radioisot. Prod. at INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.  =30/5*1.5=9. 2. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=6.43. 3. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. of Radionuclid. Prod. for PET- Diagn. and Brachyth. by the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg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a h  o  v  q  x % ,3:AHOV] B B" pvt@? pOGFFF:߿B  t@?pOGFFF:߿A` (  t@?@FFF:߿A` (  t@?@FFF:߿B1B2$t@? @FFF:߿y 33A t@?pOGFFF:߿ ̤AX t@?@FFF:߿z AX. 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S.V.Akulinichev, V.M.Skorkin/ Possibility of Neutron Capture Therapy at the INR Neutron Complex //IFMBE Proceedings World Congress on Medical Physics and Biomedical Engineering 2006, Springer Berlin Heidelberg, v. 14, Part 2, p. 2040-2042, July 2007.  =30*(1.5-1)/2=7.5 2. S.V.Akulinichev and V.M.Skorkin/ A Neutron Activation Study of DNA Gd Nanocrystals // Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques, v. 2, No. 6, pp. 890 893, 2008.  =20*(1.5-1)/2=5 3. !. . :C;8=8G52, .. . 02@8;>2, .. @5E>2 8 4@./!8AB5<0 D>@<8@>20=8O ?CG:0 4;O ?@>B>==>9 B5@0?88 2 / //>?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A. 68-71, 2008.  =30*(1.5-1)/7=2 >:;04K: 1. S.Akulinichev, E.Koptelov, L.Kravchuk, V.Skorkin/ Neutron Sources for Neutron Therapy at the INR Facilities /// The Eighteenth Meet. of the Int. Collab. on Adv. Neut. Sourc.  ICANS-XVIII . Dongguan, China. 2007. - accepted to Proceedings ICANS-XVIII. Springer.  =30*1.5/4=11.3 2. S.V.Akulinichev, S.E.Ulin, V.M.Skorkin / Autonom. Xenon Gamma-Spectr. for Radio-Ecology //LVII Int. Conf.  Nucleus-2007 . Voroneg.2007. 725AB8O . !5@8O D878G5A:0O, B. 72, ! 7, !. 1054-1056, 2008,  =30*1.5/3=15 3. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.M.Skorkin / Possib. of Radionuclid. Prod. for PET- Diagn. and Brachyth. by the Proton Linac of the INR. //LVII Int. Conf.  Nucleus-2007 . Voroneg. 2007. 725AB8O . !5@8O D878G5A:0O, B.72, !7, !.1042-1044, 2008.  =30*1.5/4= 11.25 4. Skorkin V.M./  Search of 12Be Cluster States in the Charge Exchange Reactions for Carbon // 15th Int. Seminar. ISINN-15 , Dubna. 2007.   //Proc. Int. Conf.  Neutron Spectroscopy, Nuclear Structure, Related  =6*1.5=9 5. Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy et al/ Setup for Study of Neutron-Neutron Final State Interaction at Neutron Channel of Moscow Meson Factory //LVII LVALInt. Conf.  Nucleus-2007 . Voroneg. 2007.  =1. 6. S.V.Akulinichev, S.I.Baklanov, Yu.K.Gavrilov, V.L.Matushko, V.M.Skorkin / Design of the Facility for PET-Radioisot. Prod. at INR Proton Linac //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007.  >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 3, A. 184-186, 2008.  =30*1.5/5=9 7. S.V.Akulinichev, Yu.K.Gavrilov, O.V.Grekhov, D.B.Lazebnik, A.V.Novikov-Borodin, V.M.Skorkin and V.N.Vasiliev,/ The Beam formation System for Proton Therapy at INR RAS. //Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A.53- 2008.. =30*1.5/7=6.43 8. !.. :C;8=8G52, .. !:>@:8=/ AA;54>20=85 =0=>:@8AB0;;>2 -Gd A ?><>ILN =59B@>=>2 // VI &,/ $ &/   . "!, !% "  #', "   -"  / !!/ " .  , !. :">25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O", ! 12, A. 74-77, 2008.  =20*1.5/2=15 9. !.. :C;8=8G52, ... 24>:8<>2, .. !0;O=>2, .. !:>@:8=/ 84:>:@8AB0;;8G5A:85 =0=>G0AB8FK -Gd 4;O "// >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N. >O1@L 2007 3., & "", >A:20.  =20/4=5 10. ... O1>2, .. 078=, ..810=>20 8 4@./<?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8// >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <0B5@80;>2545=8N. &"", >A:20. 2007  =20/17=1.18 11. V.M.Skorkin/ Excitation of 12Be cluster states in charge exchange reaction //LVIII International Conference.  Nucleus-2008 . Moscow. 23  27 June 2008.  =20 12. V.M.Skorkin/ Two-step beta decay of isomeric states //LVIII International Conference.  Nucleus-2008 , Moscow, 23  27 June 2008.  =20 13. M.I. Grachev, E.V. Ponomareva, L* LVAL: .V. Kravchuk, V.K. Gorbunov, V. Skorkin, V.N. Zapolsky/System of preliminary formation of the beam for the channel of proton therapy// RuPAC 2008, Zvenigorod, Russia. November 2008. Proceedings of RuPAC 2008. Accelerator Application to Medicine and Technology. P. 352-354, 2008.  =30*1.5/6=7.5 14. V.M.Skorkin/ Dipole shift of neutron scattering resonances //ISINN-16, 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics , Dubna, June 11-14, 2008.  =6. 15. V.Skorkin, S.Akulinichev, L.Kravchuk/ The INR Neutron Sources for Neutron Capture Therapy //13th International Congress on Neutron Capture Therapy. November 2008. Florence. Italy.- accepted to Proceedings ICNCT-13.  =30*1.5/3=15.   ..!:>@:8=0 =167.16 =45:A F8B8@>20=8O = 62LVALpOG>28:>2->@>48= =4@59 0;5@L528G @>4. 01.01.1962, :.B.=. A 1989 3., A=A, CG.A5:@5B0@L $,   70 2007-2008 33. >:;04K: 1. :C;8=8G52 !.., 02@8;>2 ..., >28:>2->@>48= .. #, $    "+% " "'!% #' $& + !!+ ". - 0B5@80;K 3-9 "@>8F:>9 :>=D5@5=F88 ?> <548F8=A:>9 D878:5, 8N=L 2008.  =20/3*1.5=10 2. Novikov-Borodin A.V. Off-Site Continuums as Cosmological Models of Galaxies and the Universe Proc. of Int. Conf. PPC'08 "Problems of Practical Cosmology", St-Petersburg, June 2008.  =30*1.5=45. 3. S.V.Akulinichev, M.I.Grachev, A.V.Novikov-Borodin THE POSSIBILITY OF THE H+, H- BEAM DELIVERY TO THE DIFFERENT TARGETS AT INR LINAC.  Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007 .  = =6/3=2. 4. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  Int. Seminar on charged particle accelerators.  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A 1989 3., A=A, CG.A5:@5B0@L $,   70 2007-2008 33.  =92.68, =45:A F8B8@C5<>AB8 = 16 >:;04K: 1. :C;8=8G52 !.., 02@8;>2 ..., >28:>2->@>48= .. #, $    "+% " "'!% #' $& + !!+ ". - 0B5@80;K "@>8F:>9 :>=D5@5=F88 ?> <548F8=A:>9 D878:5, 8N=L 2008.  =4/3*1.5=2. 2. Novikov-Borodin A.V. Off-Site Continuums as Cosmological Models of Galaxies and the Universe Proc. of Int. Conf. PPC'08 "Problems of Practical Cosmology", St-Petersburg, June 2008.  =30*1.5=45. 3. S.V.Akulinichev, L.V.Kravchuk, V.A.Matveev, A.V.Novikov-Borodin, STATUS OF THE RADIOLOGICAL CENTRE AT INR RAS OF TROITSK MEDICAL COMPLEX. Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.  = =30/4*1.5=8.17*1.5=12.25. 4. S.V.Akulinichev, M.I.Grachev, A.V.Novikov-Borodin THE POSSIBILITY OF THE H+, H- BEAM DELIVERY TO THE DIFFERENT TARGETS AT INR LINAC.  Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology), 2007.  = =30/3*1.5=10*1.5=15. 5. S.V. Akulinichev, Yu.K. Gavrilov, O.V. Grekhov, D.B. Lazebnik, A.V. Novikov - Borodin, V.M. Skorkin and V.N. Vasiliev. The beam formation system for proton therapy at INR of RAS.  Int. Seminar on charged particle accelerators.  IWCPA 2007 , Crimea, Alushta , September 2007/ accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8 = Problems of atomic science and technology) 2007.   =30/7*1.5=4.29*1.5=6.43. !B0BL8: 1. Novikov-Borodin A.V. Foundations of Modern Physics on Frames of Off-Site Continuums. LANL E-Print Archive: physics/0803.3500, v2, 17 Sept 2008.  =4. 2. Novikov-Borodin A.V. Off-Site Continuums as Cosmological Models of Galaxies and the Universe LANL E-Print ArcLVAL,hive: physics/0803.3500, v3, 12 Dec 2008.  =4. 3. Novikov-Borodin A.V. Off-Site Continuums and Methods of their Mathematical Description. LANL E-Print Archive: physics/07060085, v.1, 1 June 2007.  =4. B>3>:  =92.68LVAL( #  ;5:A0=4@ 8:>;0528G 1984 3.@., 0A?8@0=B (2007), AB065@-8AA;54>20B5;L !?8A>: >?C1;8:>20==KE @01>B 70 2007-2008 3.3 1 The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008  = 1,224 * 30 * 0,1 = 3,672 2  !8AB5<0 1KAB@>9 M;5:B@>=8:8 AB0@B>2>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE. ..5A5;>2A:89, ..@83>@L52, ..0?;8=, "..0@028G520, ..0@028G52, ..;8<>2, ..>=4@0BL520, W.H.Trzaska, ..C@5?8=, ..C@5?8=, ..>38=>2, ..5;5H:>, .. 5H5B8= ?@8=OB0 : ?5G0B8 2 @81>@K 8 B5E=8:0 M:A?5@8<5=B0  = 0,226 * 60 * 0,1 = 1,356   ?> ?C1;8:0F8O< = 5,028 @5?@8=BK 1 ALICE ELECTROMAGNETIC CALORIMETER TECHNICAL DESIGN REPORT. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN  = 8 * 1 * 0,1 = 0,800   ?> ?@5?@8=B0< = 0,800 !C<<0@=K9   5,828 >2KH0NI89 :>MDD8F85=B 2 * 5,828 = 11,656 "+   11,656LVALpOGC3052 -430@ 0;5@L528G, @>4. 22.08.1939, 4.D.-<.=., 2.=.A. - 2B>@K, =0720=85 8 AAK;:0 $>@<C;0 57C;LB0B C1;8:0F88 2 @>AA89A:8E 6C@=0;0E .5B:>2, -.C3052, .;8<09, .!<8@=>2 -  3@0=8G5=8O =0 :>=F5=B@0F8N 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ 4;O E@><>AD5@=KE <>45;59 8A?0@5=8O , 8AL<0 2 -"$, B>< 87, 2K?CA: 1, A.3-6, 2008 1,446* 60/4 21.69 .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552,.. >;G5=:>, .. >;G5=:>, .. 0?>=5=:>, .(. C;852, .. 70?0@>20, .. !<8@=>2, .. !5@3552, .. '5@=O52 8 .$. /=8= - "! !! -#'/ ! %+! -  " ! /.)%!/  '+% ' +% + " - !,  !" '! # , 2008, B>< 34, N8, A. 563 569 1,315* 60/10 7.89 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. 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Mangazeev - "Two component model for a description of nucleon structure functions in low-x region", talk on the 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, 1-6 September, 2008 6/2 3.00 E.V. Bugaev - "Absorption cross sections of real photons at superhigh energies", Presented at 14th International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai,LVAL China, 15-22 Aug 2006; Nucl.Phys.Proc.Suppl.175-176:117-120,2008 0,7*30* 0,875 18.38 E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar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c. 145-148 4* 1,5/2 3.00 @5?@8=BK E.V. Bugaev, P.A. Klimai, V.B. Petkov - "Photon spectra from final stages of a primordial black hole evaporation in different theoretical models", arXiv:0706.3778 4,0/3 1.33 V.B. Petkov, E.V. Bugaev, P.A. Klimai, D.V. Smirnov - "Constraints on the Number Density of Evaporating Primordial Black Holes for the Chromospheric Evaporation Models", arXiv:0803.2313 4,0/4 1.00 E. Bugaev, P. Klimai - "Large curvature perturbations near horizon crossing in single-field inflation models", arXiv:0806.4541 4,0/2 2.00 V.B. Petkov, E.V. Bugaev, P.A. 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Collider aspects of flavour physics at high Q. e-Print: arXiv:0801.1800 [hep-ph],   = 4/10 = 0.40 ...=4@552, ..@0A=8:>2, ..">@>?8=. !@02=5=85 A83=0BC@ $e^{\pm}\mu^{\mp}+E_T_{miss}$ 8 $e^{\pm}\mu^{\mp}+E_T_{miss} + 2 jets$ 4;O ?>8A:0 AC?5@A8<<5B@88 8 =0@CH5=8O ;5?B>==>3> D;592>@=>3> G8A;0 2 @0A?040E =59B@0;8=>. @5?@8=B /   1216/2008,   = 4/3 = 1.33 NOMAD Collaboration (Q.K.Wu et al.). A Precise Measurement of the Muon Neutrino-Nucleon Inclusive Charged Current Cross-Section off an Isoscalar Target in the Energy Range 2.5 < E_\nu < 40 GeV by NOMAD. Nov 2007. 14pp. e-Print: arXiv:0711.1183v1 [hep-ex],   = 4/10 = 0.40 Yu. Andreev, N. Krasnikov, A. Toropin. Using the e+- mu-+ LVAL+ E**miss(T) and l+l- + E**miss(T) Signatures in the Search for Supersymmetry and Constraining the MSSM model at LHC. Jun 2007. 26pp. e-Print: arXiv:0706.2578 [hep-ph],   = 4/3 = 1.33 CMS Collaboration (J. Nash et al.) CMS expression of interest in the SLHC. CERN-LHCC-2007-014, CERN-LHCC-G-131, Mar 2007. 56pp.,   = 4/10 = 0.40 >:;04K: N.V.Krasnikov. LHC Detection of Heavy Majorana Neutrinos and Right-Handed Bosons. Workshop on the origins of P, CP and T violation, Trieste, Italy, 2-5 July, 2008,   = 30/5 = 6.00 M.M.Kirsanov. Detection of WR Bosons and Heavy Majorana Neutrinos in CMS. 12th Annual RDMS CMS Collaboration Conference, Minsk, Belarus, 14-19 September, 2008,   = 6/5*1.5 = 1.80 Yu.Andreev. Search for lepton flavour violation with dilepton signature. 12th Annual RDMS CMS Collaboration Conference, Minsk, Belarus, 14-19 September, 2008,   = 6/4*1.5 = 2.25 M.M.Kirsanov. Search for Heavy Majorana Neutrinos and Right-Handed Bosons in CMS. 18th International Conference on Particles And Nuclei (PANIC 08), Eilat, Israel, 9-14 November, 2008,   = 6/5 = 1.20 =45:A F8B8@>20=8O 1>;LH5 1000. B>3>:   = 77.82LVALpOG! =4@59 ;5:A5528G @>4. 9 >:BO1@O 19653. =0CG=K9 A>B@C4=8: !C<<0@=K9   = 3.9 + 1.3 + 0.9 + 1.3 + 0.4 + 0.4 +0.9 +0.4 + 0.5 + 0.5 +0.5 = 11 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=* (* & $  $878:>-M=5@35B8G5A:89 8=AB8BCB 8<5=8 .. 59?C=A:>3> ) !5G5=85 ?>410@L5@=>3> 45;5=8O 236U 6C@.  /45@=0O D878:0 2008, B>< 71, !8, A.1379-1388.   = 0.515*60/8 = 3.9 ;5=0@=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 2. The Investigation of the Resonance Neutron Cross Sections Structure for Mo, Ho, Ta, W on 50 m fligt path MMF Yu.V.Grigoriev, O.N.Pavlova, B.V.Zhuravlev Institute of Physics and Power Engineering, obninsk, Russia A.A.Alekseev, A.I. Berlev, E.A.Koptelov Institute for Nuclear Research RAN, Troitsk, Russia Zh.V.Mezentseva Joint Institute for Nuclear Research, Dubna, Russia ISINN-15 20073. Dubna 16-19 May.   = 6*1.5/7 = 1.3 ?C1;8:>20= 2 B@C40E :>=D5@5=F88 3. 5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SIPM A> AF8=B8;;OB>@>< ZnSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88. #, >A:20.   = 6*1.5/11 = 0.9 4. Measurements of neutron transmission and cross section on the TOF spectrometers of Moscow meson factory. Grigoriev Yu,V., Sinitsa V.V., Zhuravlev B.V., Alekseev A.A., Berlev A.I., Koptelov E.A., Mezentseva Zh.V. ISINN-16 Dubna, Russia, June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n,f). ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= @5?@8=B /  1182/2007 <09 20073.   = 4/8 = 0.5 10. LVAL .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=* (* & $  $878:>-M=5@35B8G5A:89 8=AB8BCB 8<5=8 .. 59?C=A:>3> ). @5?@8=B / 1198/2008 8N;L 2008 AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100): 242mAm(n, f) 8 245Cm(n, f) .   = 4/8 = 0.5 11. ..20=>2, ..0@8=, .."8E>=>2, ..0@028G52, ..;5:A552, -..>?B5;>2, ..C7=5F>2, ..!04K:>2. "09483  A8AB5<0 A1>@0 8 ?@>A<>B@0 40==KE 2 CA;>28OE =59B@>=>3@0D8G5A:>3> M:A?5@8<5=B0 ?> 2@5<O?@>;QB=><C <5B>4C. @5@8=B /   1199/2008 8N;L 20083.   = 4/8 = 0.5XLVALlC7=5F>20 235=8O 0A8;L52=0 @>4. 10 A5=BO1@O 19503. AB0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   =0.9 = 0.9 1. . 5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SIPM A> AF8=B8;;OB>@>< ZnSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88. #, >A:20.   = 6*1.5/10 = 0.95=8A>2 =4@59 8:>;0528G, @>4. 24.01.1984, 0A?8@0=B /.   70 2007-2008 33 = 2 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =2 1. A.Denisov, A.Feschenko, A.Aleksandrov. Peculiarities of Bunch Shape Measurements of H minus Beams in Linear Accelerators. >:;04 =0 XXI A5@>AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (RuPAC 2008), 28 A5=BO1@O  3 >:BO1@O, 25=83>@>4, >AA8O.  =(4*1.5)/3=2  ;5:A59 =4@5528G, @>4. 1928 3., :.D.-<.=.  =0.5+0.5+3.9=4.9 1. AA;54>20=8O ?>410@L5@=>3> 45;5=8O =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (!-100) / : 236U(n,f). ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= @5?@8=B /  1182/2007 <09 20073.   = 4/8 = 0.5 2. ... ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=* (* & $  $878:>-M=5@35B8G5A:89 8=AB8BCB 8<5=8 .. 59?C=A:>3> ). @5?@8=B / 1198/2008 8N;L 2008 AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100): 242mAm(n, f) 8 245Cm(n, f) .   = 4/8 = 0.5 3. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=* (* & $  $878:>-M=5@35B8G5A:89 8=AB8BCB 8<5=8 .. 59?C=A:>3> ) !5G5=85 ?>410@L5@=>3> 45;5=8O 236U 6C@.  /45@=0O D878:0 2008, B>< 71, !8, A.1379-1388.   = 0.515*60/8 = 3.9LVALpOG%% 2254Q= :>MDD8F85=B 0.5 4;O =04102:8 (7=0G8B G0ABL 2@5<5=8 70 3@0=8F59) >B28=0 ;5:A0=4@ !B5?0=>28G, 19573. >645=8O, :.D.-<.=, =0CG=K9 A>B@C4=8:. RND factor of A.S. Botvina , 2007-2008. Sum PRND factor (2007-2008): PRND= 310.7 Publications in journals with referee examinations: 1. S.Kowalski, J.B.Natowitz, S.Shlomo, R.Wada, K.Hagel, J.Wang, T.Materna, Z.Chen, Y.G.Ma, L.Qin, A.S.Botvina, D.Fabris, M.Lunardon, S.Moretto, G.Nebbia, S.Pesente, V.Rizzi, G.Viesti, M.Cinausero, G.Prete, T.Keutgen, Y.El Masri, Z.Majka, A.Ono. Experimental determination of the symmetry energy of a low density nuclear gas. Phys. Rev. C, v.75, p.014601, N.Y., 2007. PRND= 3.610*30/10 = 10.8 2. G.A.Souliotis, A.S.Botvina, D.V.Shetty, A.L.Keksis, M.Jandel, M.Veselsky, S.J.Yennello. Tracing the evolution of the symmetry energy of hot nuclear fragments from the compound nucleus towards multifragmentation. Phys. Rev. C, v.75, p.011601, N.Y., 2007. PRND= 3.610*30/7 = 15.5 3. A.S.Botvina and J.Pochodzalla. Production of hypernuclei in multifragmentation of nuclear spectator matter. Hys. Rev. C, v.76, p.024909 (4 pages), N.Y., 2007. PRND= 3.610*30/2 = 54.2 4. G.A.Souliotis, A.S.Botvina, D.V.Shetty, A.L.Keksis, M.Jandel, M.Veselsky, S.J.Yennello. Properties of hot fragments formed in multifragmentation and their astrophysical implications. Nuclear Instruments and Methods in Physics Research B, v.261, p.996-999, Amsterdam, 2007. PRND= 1.18*30/7 = 5.1 5. J.Lukasik, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, G.Imme, I.Iori, H.Johansson, K.Kezzar, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, J.Luehning, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, M.De Napoli, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, C.LVALSfienti, H.Simon, K.Summerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Discriminant analysis and secondary-beam charge recognition Nuclear Instruments and Methods in Physics Research (NIM) A, v.587, p.413-419, Amsterdam, 2008. PRND= 1.22*30/10 = 3.7 6. N.Buyukcizmeci, A.S.Botvina, I.N.Mishustin, R.Ogul. Role of bulk energy in nuclear multifragmentation. Phys. Rev. C, v.77, p.034608 (7 pages), N.Y., 2008. PRND= 3.610*30/4 = 27.1 7. A.S.Botvina and I.N.Mishustin. Stellar matter in supernova explosions and nuclear multifragmentation.Yadernaya Fizika , v.71, no.6, p.1114-1120, Moscow, 2008. Physics of Atomic Nuclei, v.71, no.6, p.1088-1093 , 2008. PRND= 0.914*60/2 = 27.4 8. A.Botvina, G.Chaudhuri, S.Das Gupta, and I.Mishustin. Comparison of statistical multifragmentation model simulations with canonical thermodynamical model results: a few representative cases. Phys. Lett. B, v.668, p.414-419, Amsterdam, 2008. PRND= 5.30*30/4 = 39.8 9. V.A.Karnaukhov, H.Oeschler, A.Budzanowski, S.P.Avdeyev, A.S.Botvina, E.A.Cherepanov, W.Karcz, V.V.Kirakosyan, P.A.Rukoyatkin, I.Skwirczynska, E.Norbeck. Critical temperature for the liquid-gas phase transition (from multifragmentation and fission). Yadernaya Fizika, v.71, no.11, Moscow, 2008. PRND= 0.914*60/10 = 5.5 (only for publications 2007-2008 : PRND= 189.1) Talks (Invited talks) at International Conferences 1. A.S. Botvina and I.N.Mishustin. Statistical description of multifragmentation: from nuclear reactions to supernova explosions. Invited Talk at International Conference "Selected topics on nuclear methods for non-nuclear applications", September 27 - 30, http://www.inrne.bas.bg/Varna2006/ Supplement to Bulgarian Journal of Physics, v.34 (s1), p.303-319, Sofia, 2007. PRND= (1.5-1)*30/2 = 7.5 2. C.Sfienti, M.De Napoli, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.BiancLVALhin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstrem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Lohning, J.Lukasik, U.Lynen, Z.Majka, M.Mocko, W.F.J. Muller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pulli, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Summerer, W.Trautmann, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch and B.Zwieglinski. Gross properties and isotopic phenomena in spectator fragmentation. Invited talk at 9 International Conference on Nucleus-Nucleus collisions, 28 Aug - 1 Sept 2006, Rio de Janeiro, Brazil. Http://www.nn2006.com.br/palestras_full.php Nucl. Phys. A, v.787, p.627c-632c, Amsterdam, 2007. PRND= 30*1.95*0.7/10 = 4.1 3. S.Kowalski, J.B.Natowitz, S.Shlomo, R.Wada, K.Hagel, J.Wang, T.Materna, Z.Chen, Y.G.Ma, L.Qin, A.S.Botvina, D.Fabris, M.Lunardon, S.Moretto, G.Nebbia, S.Pesente, V.Rizzi, G.Viesti, M.Cinausero, G.Prete, T.Keutgen, Y.El Masri, Z.Majka, A.Ono. Clustering and symmetry energy in a low density nuclear gas. Talk at 9 International Conference on Nucleus-Nucleus collisions, 28 Aug - 1 Sept 2006, Rio de Janeiro, Brazil. Http://www.nn2006.com.br/palestras_full.php Nucl. Phys. A, v.787, p.619c-626c, Amsterdam, 2007. PRND= 30*1.95*0.7/10 = 4.1 4. A.S. Botvina. Production of hypernuclei in multifragmentation of nuclear spectator matter. Talk presentation, International Simposium "Nuclear Physics at J-PARC", June 1 - 2, 2007 , Tokai, Japan http://www-conf.kek.jp/NP_JPARC/program.html PRND= 6 = 6.0 5. A.S. Botvina. In-medium properties of nuclear fragments at the liquid-gas phase coexistence. Talk presentation at INPC2007. Proceedings of the INPC2007: International Nuclear Physics Conference, June 3-8 2007, Tokyo, Japan. Volume 2, pp. 504-506. Nucl. Phys. A, v.805, p.504-506, Amsterdam, 2008. PRND= 6*1.5 = 9.0 6. A.S. Botvina and I.N. MLVALishustin. Statistical Approach for Supernova matter. Invited talk presentation, International Conference on Nuclear Fragmentation: From Basic Research to Applications (NUFRA2007), September 24 - October 1, 2007 , Kemer (Antalya), Turkey. Http://fias.uni-frankfurt.de/nufra2007/ PRND= 30/2 = 15.0 7. A.S.Botvina. In-medium properties of nuclear fragments at the liquid-gas phase coexistence. Talk presentation at IWM2007. Proceedings of the IWM2007: International Workshop on Multifragmentation and Related Topics. GANIL, Caen, France, Nov. 4-7, 2007. Editors: B.Borderie, J.Frankland, A.Pagano, S.Pirrone and F.Rizzo. Italian Physical Society, Conference Proceedings v.95, pp. 97-104, 2008. PRND = 6*1.5 = 9.0 8. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Luehning, J.Lukasik, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Suemmerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isotopic effects in spectator fragmentation at relativistic energies. Talk presentation at IWM2007. Proceedings of the IWM2007: International Workshop on Multifragmentation and Related Topics. GANIL, Caen, France, Nov. 4-7, 2007. Editors: B.Borderie, J.Frankland, A.Pagano, S.Pirrone and F.Rizzo. Italian Physical Society, Conference Proceedings v.95, pp. 339-343, 2008. PRND = 6*1.5/10 = 0.9 9. A.S.Botvina. Multifragmentation in nuclear reactions and supernova explosions. Invited talk presentation, International Symposium "Complex Systems in Physics and Beyond". FIAS, Frankfurt am Main, Germany, 30 November - 1 December, 2007. http://fias.ubLVALrni-frankfurt.de/complex07/ PRND = 30 = 30.0 10. A.S. Botvina. The role of multifragmentation in spallation reactions. Invited lecture, Joint ICTP-IAEA Advanced Workshop on Model Codes for Spallation Reactions. ICTP (smr-1930), Trieste, Italy. February 4 - 8, 2008. http://agenda.ictp.trieste.it/smr.php?1930 PRND = 30 = 30.0 11. A.S. Botvina. Role of multifragmentation in spallation reactions. Talk at the First International Workshop on Accelerator Radiation Induced Activation (ARIA'08), Paul Scherrer Institut (PSI), Villigen (Switzerland). October 13-17 , 2008 . Http://aria.web.psi.ch/Program/index_program.html PRND = 6 = 6.0 Scientific-organization work: 1. Co-Chair of NUFRA2007, responsible for Scietific Program. International Conference on Nuclear Fragmentation: From Basic Research to Applications. September 24 - October 1, 2007, Kemer (Antalya), Turkey http://fias.uni-frankfurt.de/nufra2007/ There were presented 3 invited talks from INR RAS: from N.M.Sobolevsky, I.N.Pshenichnov, and A.S.Botvina. PRND = ? Citations of A.S.Botvina scientific publications: According to www.scientific.ru : 2073 LVAL 9718 Uvazhaemyi Andrey Dmitrievich, ya vnoshu predlozhenie uchityvat v PRND rabotu po organizazii nauchnyh konferenzyi. Ya polagayu, chto rabota predsedatelya, ili zamestitelya predsedatelya konferenzii otvetstvennogo za nauchnuyu programmu i kontakty s uchastnikami konferenzii, dolzhna b9718 Uvazhaemyi Andrey Dmitrievich, ya vnoshu predlozhenie uchityvat v PRND rabotu po organizazii nauchnyh konferenzyi. Ya polagayu, chto rabota predsedatelya, ili zamestitelya predsedatelya konferenzii otvetstvennogo za nauchnuyu programmu i kontakty s uchastnikami konferenzii, dolzhna byt ozenena v balah he menee kak za dva priglashennyh plenarnyh doklada. Ryadovoe uchastie v organizazionnom komitete moget byt ozeneny v balah kak za odin plenarnyi doklad na etoi konferenzii. Ya byl by blagodaren uznat chto vy dumaete po etomu voprosu. S uvazheniem, Alexander Botvina.LVALp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nSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88. #, >A:20.   = 6*1.5/10 = 0.9 6. 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / ., ..!04K:>2, ..C7=5F>2, ... O1>2, ..;5:A552, .!.8B28=, !.$.!84>@:8=, ..$54G5=:>, ..CBC7>2, ..@BNH8=, ..@0G52, ..$5I5=:>, .. !5@>2, -..>?B5;>2, ..@02GC:, ..>10H>2, ..0B2552. !>25I0=85 ! 2008, 13-18 >:BO1@O 2008 3. #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88.   = 6*1.5/10 = 0.9 7. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 <57>==>9 D01@8:8. ... O1>2, M.. @0G52, .. 0<0=8=, .. C7=5F>20*, .. C7=5F>2,-.. >?B5;>2, ..810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, . .!04K:>2, .. !>1>;52A:89, .. $54G5=:>. !>25I0=85 ! 2008, 13-18 >:BO1@O 2008 3. #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88.  = 6*1.5/10 = 0.9 8. Gevorg Danilyan, Peter Granz, Jens Klenke, Vyacheslav Krakhotin, Valery Kuznetsov, Ferenz Mezei, Vadim Novitsky, Valery Pavlov, Margarita Russina, Pavel Shatalov, and Thomas Wilpert Fissile Nuclei Rotation Effect in 235U(n, gf) Process. 13th International Symposium on Capture Gamma-Ray Spectroscopy and Related Topics. To be published by AIP.0LVAL@"+( N4<8;0 8:>;052=0, @>4. 23.10.1945, =.A. .   70 2007-2008 33 = 3.543+4.8+15 = 23.343 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5F5=78@C5<KE 6C@=0;0E. !C<<0  =3.543 1. A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.Fertman, A.V.Kunin, V.V.Vatulin, A.S.Gnutov, Y.V.Panova, H.Iwase, E.Mustafin, D.Schardt, K.Weyrich, N.M.Sobolevskiy, L.N.Latysheva. Measurement of the Energy Deposition Profile for 238U Ions with Specific Energy 500 and 950 MeV/u in Stainless Steel and Copper Targets. Nucl.Instr.Meth. B263(2007)339-344.  =1.181*30/10=3.543 @5?@8=BK. !C<<0  =4.8 1. L.Latysheva, N.Sobolevsky, E.Mustafin, P.Hulsmann. Simulation of radiation damage to the RF cavity ring cores of the SIS18 and SIS100 synchrotrons. Preprint GSI Acc Note 2007 01 03, Darmstadt, 2007.  =4/4=1 2. -..>?B5;>2, ..0BKH520, ..!>1>;52A:89, -.CAB0D8=. 17>@ M:A?5@8<5=-B0;L=KE 8 B5>@5B8G5A:8E @01>B ?> >1;CG5=8N ?>;88<84>2 ?@>B>=0<8 8 8>=0<8. @5?@8=B /  1197/2008, >A:20, 2008.  =4/4=1 3. ..0BKH520, ..!>1>;52A:89. LOENT  ?@>3@0<<0 <>45;8@>20=8O ?5@5=>A0 =59B@>=>2 2 A;>6=KE 35><5B@8OE <5B>4>< >=B5 0@;>. @5?@8=B /  1200/2008, >A:20, 2008.  =4/2=2 4. E.Mustafin, A.Plotnikov, L.Latycheva, N.Sobolevsky, A.Smolyakov. Radiation damage to some accelerator elements in FAIR. Preprint GSI AC Note 2008 005, Darmstadt, 2008.  =4/5=0.8 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =15 @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 CoNuSS2008. 1. N.M.Sobolevsky, L.N.Latysheva Application of the SHIELD Transport Code In the Field of Hadron Therapy. Invited Talk at the CoNuSS2008 International Conference, Belgrade, Serbia, September 22 25, 2008. http://nss.vin.bg.ac.yu/CoNuSS2008.htm  =30/2=15LVALp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eGe 8 MnSi . !B5=4>2K9 4>:;04 =0 VI :>=D5@5=F88  !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O "@>8F:, 2008 3.   = 4/6H"0.6 2) !04K:>2 .., !84>@>2 .., 5154L .. ., 8B28= . !.  AA;54>20=85 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi  !B5=4>2K9 4>:;04 =0 !>25I0=88 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( !-2008), 0BG8=0, 2008.   = 4/4=1 3) Submitted to the Journal of science and technology of advanced materials E A Ekimov, V A Sidorov, A Zoteev, Yu B Lebed, J D Thompson, S M Stishov  Structure and superconductivity of isotope-enriched boron-doped diamond .   = 30/6=5 4) E A Ekimov, V A Sidorov, A Zoteev, Yu B Lebed, J D Thompson, E.D. Bauer and S M Stishov,  Superconductivity in diamond induced by boron doping at high pressure Phisica status solidi (b), 1-6 (2008).   = 30/7H"4.2 5) 59B@>=>- 8 @5=B35=>3@0D8G5A:>5 8AA;54>20=8O AB@C:BC@K 8 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi. !04K:>2 .., !84>@>2 .. 5154L ... ,8B28= .!., (5?BO:>2 .,$>: . 11-9 <564C=0@>4=K9 A8<?>78C<  #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E (Ordering in Minerals and Alloys-11) , >AB>2-=0  >=C, ?. >>, 10-15 A5=BO1@O 2008 3. "@C4K A8<?>78C<0 B>< 2 AB@146.   = 1.5*6/6=1.5LVALp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nSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88. #, >A:20.   = 6*1.5/11 = 0.9 2.>:;04 CAB=K9 59B@>=>- 8 @5=B35=>3@0D8G5A:>5 8AA;54>20=8O AB@C:BC@K 8 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi. !04K:>2 ..,!84>@>2 .. 5154L ... ,8B28= .!.,(5?BO:>2 .,$>: . 11-9 <564C=0@>4=K9 A8<?>78C<  #?>@O4>G5=85 2 <8=5@0;0E 8 A?;0LVAL$20E (Ordering in Minerals and Alloys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ubnikova, S. P. Kuznetsov, V. S. Litvin, A. V. Shelagin, A. I. Udovenko, Very cold neutron scattering on super molecular structure of polypropylene based composites, The 22nd General Conference of the Condensed Matter Division of the European Physical Society, Rome, 2008.  =6/5=1.2 6. .. !04K:>2, .. !84>@>2, ... 5154L, .!. 8B28=, . (5?BO:>2, . $>:, 59B@>=>- 8 @5=B35=>3@0D8G5A:>5 8AA;54>20=8O D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi, VI >=D5@5=F8O !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 2008.  =4/6=0.67LVALpOG10. !04K:>2 028;L AE0B>28G, 1949 3. @>645=8O, :.D-<.=., 702. !!  (2007+2008)=42+30=72 2007. 1. !B0BL8: 1.1. High Pressure Research Vol. 27, No. 1, March 2007, 179 182 "Synthesis of glassy boron ceramics" E. A. EKIMOV*, V. A. SIDOROV, R. A. SADYKOV, E. L. GROMNITSKAYA and N. F. BOROVIKOV Vereshchagin Institute for High Pressure Physics, Russian Academy of Sciences, 142190 Troitsk,  =(1.228 E30)/5=7.4 1.2. "Pressure demagnetization of the Martian crust: Ground truth from SNC meteorites" Natalia S. Bezaeva,1,2 Pierre Rochette,1 Jerome Gattacceca,1 Ravil A. Sadykov,3,4 and Vladimir I. Trukhin2 Received 9 August 2007; revised 17 October 2007; accepted 22 October 2007; published 8 December 2007. GEOPHYSICAL RESEARCH LETTERS, VOL. 34, L23202, doi:10.1029/2007GL031501, 2007 1Centre Europe?en de Recherche et d Enseignement des Ge?osciences de l Environnement, CNRS, Aix-Marseille Universite?, Aix en Provence, France. 2Faculty of Physics, M. V. Lomonosov Moscow State University, Moscow, Russia. 3Institute for Nuclear Research, Russian Academy of Sciences, Moscow, Russia. 4Institute for High Pressure Physics, Russian Academy of Sciences, Troitsk, Russia.  =(2.602E30)/5=15.6 2. #G0AB85 2 =0CG=KE <5@>?@8OB8OE: 2.1. 564C=0@>4=K9 <5648AF8?;8=0@=K9 A8<?>78C< "!@54K A> AB@C:BC@=K< 8 <03=8B=K< C?>@O4>G5=85<", Multiferroics-2007(!>G8,5-10A5=B.2007) 4>:;04 CAB=K9 "03=8B=K5 A?8@0;L=K5 AB@C:BC@K ?>4 402;5=85<" ..!04K:>2 =AB8BCB /45@=KE AA;54>20=89 , 0. E-mail: rsadykov@inr.ru 8;8 E-mail: rasad49@inbox.ru . =AB8BCB $878:8 KA>:8E 02;5=89 , 142190,Troitsk, >A:.>1;. E-mail: sadykov@hppi.troitsk.ru  =4 4. !>@C:>2>4AB2> 0A?8@0=B>< 30/2=15  2007=42 2008 1. !B0BL8: 1.1. "Nonmagnetic high pressure cell for magnetic remanence measurements up to 1.5 GPa in a superconducting quantum interference device magnetometer" Rev. Sci. Instrum. 79, 115102 (2008); DOI:10.1063/1.2999578 Published 7 November 2008 Ravil A. Sadykov,1,2 Natalia S. Bezaeva,3,4 AleLVALxander I. Kharkovskiy,2 Pierre Rochette,3 Jerome Gattacceca,3 and Vladimir I. Trukhin4 1Institute for Nuclear Research, RAS, 117312, Moscow, Prospect 60-letiya Oktiabria 7a, Russia 2Institute for High Pressure Physics, RAS, 142190 Troitsk, Moscow Region, Russia 3CEREGE, CNRS/Aix-Marseille Universite, BP 80, 13545, Aix en Provence, Cedex 4, France 4Faculty of Physics, M.V. Lomonosov Moscow State University, Leninskiye Gori, 11992 Moscow, Russia Review of Scientific Instrumentfs (2007 Impact Factor: 1.384)  =(1.384E30)/6=6.92 1.2. @5?@8=B /  ..20=>2, ..0@8=, .."8E>=>2, ..0@028G52, ..;5:A552, -..>?B5;>2, ..C7=5F>2, ..!04K:>2. ""09483-A8AB5<0 A1>@0 8 ?@>A<>B@0 40==KE 2 CA;>28OE =59B@>=>3@0D8G5A:>3> M:A?5@8<5=B0 ?> 2@5<5=8 ?@>;5B0."   " / -1199.2008,8N;L,1-23AB@.>A:20.  =4/8=0.5 3. #G0AB85 2 =0CG=KE <5@>?@8OB8OE: 3.1. 4>:;04 CAB=K9 59B@>=>- 8 @5=B35=>3@0D8G5A:>5 8AA;54>20=8O AB@C:BC@K 8 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi. !04K:>2 ..,!84>@>2 .. 5154L ... ,8B28= .!.,(5?BO:>2 .,$>: . 11-9 <564C=0@>4=K9 A8<?>78C<  #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E (Ordering in Minerals and Alloys-11) , >AB>2-=0  >=C, ?. >>, 10-15 A5=BO1@O 2008 3. "@C4K A8<?>78C<0 B>< 2 AB@146-149.  =(4*1.5)/6=1 3.2. 4>:;04 CAB=K9 "High Pressure For Neutron Scattering At Low Temperatutres And High Magnetic Fields." Ravil A. Sadykov. Inst. Nuclear Research RAS, , Institute for High Pressure Physics RAS, 142190,. SE2008-Sample Environment at Neutron Scattering Facilities Workshop. 2008 May, ILL. France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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4   = 1.2!5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, =.A., :. D.-<. =.,   70 2007-2008 33.=43.2 1. A.A. Semenov, C.H. Woo and W. Frank,  Diffusion anisotropy and void development under cascade irradiation . - Applied Physics A, 2008, Vol. 93, p. 365-377 (?@83;0H5==0O AB0BLO).   = 1.85730/3 = 18.57. 2. A.A. Semenov and C.H. Woo,  Non-linear dynamics of microstructure evolution and hyper void-lattice formation . - J. Nucl. Mater., 2008, Vol. 382, p. 96-102.   = 1.64330/2 = 24.645LVALp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hoice of the Material and Method of Coating of Tungsten Plates. I.I. Konovalov, A.A. Maslov, S.F. Sidorkin and E.A. Koptelov. EUROMAT 2007, 10 - 13 September, Nuremberg, Germany.    6 / 4 = 1.5 10. Proposal of the ADS Research Stand Based on Linac of INR RAS. S.F.Sidorkin, E.A.Koptelov, L.V.Kravchuk, V.A.Matveev, A.D.Rogov, L.I.Ponomarev, V.V.Lemekhov. 3rd High-Power Targetry Workshop, Paul Scherrer Institut, (Villigen PSI), September 10  14, 2007, Bad Zurzach, Switzerland    6 / 7 = 0.86 11. Target Modules of the Pulsed Neutron Source of INR RAS. S.F.Sidorkin, E.A.Koptelov, A.D.Rogov,V.V.Lemekhov. 3rd High-Power Targetry Workshop, Paul Scherrer Institut, (Villigen PSI), September 10  14, 2007, Bad Zurzach, Switzerland.    6 / 4 = 1.5LVALpOG!! 8:>;09 8E09;>28G, @>4. 06.04.1944, 4.D.-<.=., 702. A5:B. .   70 2007-2008 33 = 48.943+3.467+8.133+45+30+15+= 151 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5F5=78@C5<KE 6C@=0;0E. !C<<0  =48.943 1. A.Fertman, E.Mustafin, R.Hinca, I.Strasik, M.Pavlovic, D.Schardt, N.Sobolevskiy, A.Golubev, B.Sharkov, G.Fehrenbacher, I.Hofmann, H.Iwase, E.Kozlova, G.Mustafina. First results of an experimental study of the residual activity induced by high energy uranium ions in steel and copper. Nucl.Instr.Meth. B260(2007)579 591.  =1.181*30/10=3.543 2. A.A.Golubev, A.V.Kantsyrev, V.E.Luckjashin, A.Fertman, A.V.Kunin, V.V.Vatulin, A.S.Gnutov, Y.V.Panova, H.Iwase, E.Mustafin, D.Schardt, K.Weyrich, N.M.Sobolevskiy, L.N.Latysheva. Measurement of the Energy Deposition Profile for 238U Ions with Specific Energy 500 and 950 MeV/u in Stainless Steel and Copper Targets. Nucl.Instr.Meth. B263(2007)339-344.  =1.181*30/10=3.543 3. I.Gudowska, M.Kopec, N.Sobolevsky. Neutron Production in Tissue-Like Media and Shielding Materials Irradiated with High-Energy Ion Beams. Radiation Protection Dosimetry 126 (2007) 652-656.  =0.490*30/3=4.90 4. S.P.Ryumin, N.M.Sobolevsky, M.V.Ufimtsev. Variations of the Flux and the Energy Spectrum of Neutrons Born in the Galactic Cosmic Ray Proton Interactions with the Matter of Earth's Satellites and Orbital Stations. Radiation Measurements 43 (2008) 47-55.  =1.023*30/3=10.23 5. M.Hollmark, I.Gudowska, D~.Belki, A.Brahme, N.Sobolevsky. An Analytical Model for Light Ion Pencil Beam Dose Distributions: Multiple Scattering of Primary and Secondary Ions. Phys. Med. Biol. 53 (2008) 3477-3491.  =2.683*30/5=16.098 6. L.Beskrovnaia, B.Florko, M.Paraipan, N.Sobovevsky, G.Timoshenko. Verification of Monte Carlo Transport Codes FLUKA, GEANT4 and SHIELD for Radiation Protection Purposes at Relativistic Heavy Ion Accelerators. Nucl. Instr. Meth. B266 (2008) 4058-4060  =1.181*30/5=7.086 7. I.Straak, E.Mustafin, A.Fertman, R.Hinca, M.Pavlovi , DLVAL.Schardt, N.Sobolevskiy, A.Golubev, B.Sharkov, G.Fehrenbacher, I. Hofmann, H.Iwase, E.Kozlova, G.Mustafina. Experimental Study of the Residual Activity Induced by 950 MeV/u Uranium Ions in Stainless Steel and Copper. Nucl.Instr.Meth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obolevsky, E.Mustafin. Activation and neutron yield from stainless vacuum chamber irradiated by ions of mass number from proton 1H to Uranium 238U with the kinetic energy 1 GeV/u. Preprint GSI Acc Note 2007 01 02, Darmstadt, 2007.  =4/2=2 2. L.Latysheva, N.Sobolevsky, E.Mustafin, P.Hulsmann. Simulation of radiation damage to the RF cavity ring cores of the SIS18 and SIS100 synchrotrons. Preprint GSI Acc Note 2007 01 03, Darmstadt, 2007.  =4/4=1 3. -..>?B5;>2, ..0BKH520, ..!>1>;52A:89, -.CAB0D8=. 17>@ M:A?5@8<5=-B0;L=KE 8 B5>@5B8G5A:8E @01>B ?> >1;CG5=8N ?>;88<84>2 ?@>B>=0<8 8 8>=0<8. @5?@8=B /  1197/2008, >A:20, 2008.  =4/4=1 4. ..0BKH520, ..!>1>;52A:89. LOENT  ?@>3@0<<0 <>45;8@>20=8O ?5@5=>A0 =59B@>=>2 2 A;>6=KE 35><5B@8OE <5B>4>< >=B5 0@;>. @5?@8=B /  1200/2008, >A:20, 2008.  =4/2=2 5. ..>H:0@Q2, ..!>1>;52A:89, ..0@EC40@O=. 1 8A?>;L7>20=88 M;5:B@>O45@=>3> <5B>40 2 M=5@35B8:5. @5?@8=B "-$ 4 08, >A:20, 2008.  =4/3=1.333 6. E.Mustafin, A.Plotnikov, L.Latycheva, N.Sobolevsky, A.Smolyakov. Radiation damage to some accelerator elements in FAIR. Preprint GSI AC Note 2008 005, DarmstahLVALxdt, 2008.  =4/5=0.8 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =45 @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 NUFRA2007. 1. N.Sobolevsky. Monte Carlo simulation in hadron therapy: interaction of ion beam with biological tissue. Invited Talk at the NUFRA2007 International Conference, Kemer, Turkey, September 25 30, 2007. http://fias.uni-frankfurt.de/nufra2007/  =30 @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 CoNuSS2008. 2. N.M.Sobolevsky, L.N.Latysheva Application of the SHIELD Transport Code In the Field of Hadron Therapy. Invited Talk at the CoNuSS2008 International Conference, Belgrade, Serbia, September 22 25, 2008. http://nss.vin.bg.ac.yu/CoNuSS2008.htm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pOG5B:>2 0;5@89 >@8A>28G, 10.05.1957, :.D.-<.=., 4>F5=B, 702. ;01. !" C1;8:0F88: 56.9 1) Edgar Bugaev, Peter Klimai, Valery Petkov, Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , arXiv: 0706.3778v1 [astro-ph] 26 Jun 2007. 4/3 = 1.3 2) T.Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment", /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60/10 = 5.5 3) .. 5B:>2, " 2>7<>6=>AB8 87CG5=8O D;C:BC0F89 <=>65AB25==>AB8 2 3@C??0E <N>=>2", 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.566-568. 8 4) .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40", 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. 8/10 = 0.8 5) ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 8/10 = 0.8 6) B.E. Zhilyaev, M.V. Andreev, A.V. Sergeev, V.B. Petkov, "Detection of an oscillatory phenomenon in optical transient counterpart of GRB090522C from observations on Peak Terskol", arXiv: 0711.0038v1 [astro-ph] 31 Oct 2007. 4/4 = 1 7) D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Michailova, V.B.Petkov and Yu.V. Stenkin,  Study for hadronic component LVALwith hadron energy>50 GeV at  Carpet-2 EAS array , Proc. of the International Cosmic Ray Workshop  Aragats 2007 (Nor-Amberd, Armenia, 8-13 September 2007), Edited by B.Pattison and R.Martirosov, Yerevan Physics Institute, p.102, 2007. 8/7 = 1.1 8) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.315*60/10= 7.9 9) .. 5B:>2, -.. C3052, .. ;8<09, .. !<8@=>2,  3@0=8G5=8O =0 :>=F5=B@0F8N 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ 4;O E@><>AD5@=KE <>45;59 8A?0@5=8O , 8AL<0 2 -"$, B.87, 2K?.1, A.3-6, 2008. 1.446 * 60/4 = 21.7 10) .. 5B:>2, -.. C3052, .. ;8<09, .. 0?>=5=:>, .!. !B@830=>2,   <5B>48:5 ?>8A:0 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ =0 ;82=52KE CAB0=>2:0E , @5?@8=B /-1209/2008, ., / , 2008. 4/5 = 0.8 11) V. B. Petkov, J. Szabelski, D. V. Smirnov and R. V. Novoseltseva, "High energy muon number spectrum detected at the Baksan Underground Scintillation Telescope", Nuclear Physics B (Proc. Suppl.), Volume 175-176C, pp. 362-365, 2008.. 0.875*30/4 = 6.6 12) V. B. Petkov, E. V. Bugaev, P. A. Klimai, D. V. Smirnov, "Constraints on the Number Density of Evaporating Primordial Black Holes for the Chromospheric Evaporation Models", arXiv:0803.2313v1 [astro-ph], 2008. 4/4 = 1.0 13) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph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dgar Bugaev, Peter Klimai, Valery Petkov, Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , Proc. 30th ICRC, (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico,Mexico City, Mexico, 2008, V. 3, p. 1123. 6*1.5/3 = 3.0 7) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*1.5/9 = 1.0 8) D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Michailova, V.B.Petkov and Yu.V. Stenkin,  Study for hadronic component with hadron energy>50 GeV at  Carpet-2 EAS array , Proc. of the International Cosmic Ray Workshop  Aragats 2007 (Nor-Amberd, Armenia, 8-13 September 2007), Edited by B.Pattison and R.Martirosov, Yerevan Physics Institute, p.102, 2007. 6*1.5/7 = 1.3 >=D5@5=F88, =5 >?C1;8:>20=>: 7.0 1) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , ?;5=0@=K9. 6/8 = 0.7 2) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4 3) 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008. .. 5B:>2, .. ;8E0=>2, /. (015;LA:8,  @>AB@0=AB25==>5 @0A?@545;5=85 <N>=>2LVAL A ?>@>3>2>9 M=5@3859 230 M 2 ( 2 >1;0AB8 87;><0 . 4/3 = 1.3 4) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski, V.B. Petkov, I.A. Alikhanov,  Lateral distribution function of high energy muons in EAS around the knee . 6/3 = 2 5) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 6) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. Hadrons with Eh > 30 GeV . 6/8 = 0.7 7) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV . 6/8 = 0.7 8) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 C:>2>4AB2> 0A?8@0=B><: 30 0?>=5=:> .., 0A?8@0=BC@0 /, 2008 3. C:>2>4AB2> 48?;><=8:0<8: 4*10=40 1) 0?>=5=:> .., .$#, 2007, 48?;><=0O @01>B0 7<5@5=85 C3;>2>3> @0A?@545;5=8O H8@>:8E 0B<>AD5@=KE ;82=59 (() :>A<8G5A:8E ;CG59 =0 CAB0=>2:5 "=4K@G8". 2) CG<57>2 .., #, 2007, 10:0;02@A:0O @01>B0 B:;8: CAB0=>2:8 "+ '" =0 2A?;5A:8 30<<0-87;CG5=8O 8A?0@ONI8EAO  LVAL ?5@28G=KE GQ@=KE 4K@. 3) 78:>2 %.., #, 2007, 10:0;02@A:0O @01>B0 =0;87 40==KE =59B@>==>3> <>=8B>@0 AB0=F88 "0:A0=" 4) .. >G:0@>2, #, 2008, <038AB5@A:0O 48AA5@B0F8O  7CG5=85 E0@0:B5@8AB8: AF8=B8;;OF8>==KE 45B5:B>@>2 =48284C0;L=K9   = 142.5LVALpOG>2>A5;LF52 .@89 $54>@>28G, 20.09.1950, 4.D.-<.=., 2=A ;01>@0B>@88 !" C1;8:0F88: 23.8 1) .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40", 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. 8/10 = 0.8 2) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation", arXiv:0802.0956v2 [hep-ph] 4/3 = 1.3 3) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation" J. Phys. G: Nucl. Part. Phys. (online version 22.12.2008) [http://stacks.iop.org/0954-3899/36/025009] 2.173*30/3 = 21.7 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.8 1) .. >340=>2, .. 0:0B0=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, ..5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, MN_04. 4*1.5/7 = 0.8 2) ..>2>A5;LF52, .5@5H:>2 8 .>2>A5;LF520,   ?>;=>< A5G5=88 N 8  2708<>459AB289 ?@8 2KA>:8E M=5@38OE "s = 10 % 1000 M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, HE_05. 4*1.5/3 = 2 >=D5@5=F88, =5 >?C1;8:>20=>: 4.4 1) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520, .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 =  LVAL 0.4 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon--hadron scaling violation", 6/3 = 2 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "On the total cross sections of N and  interactions at high energies "s = 10 - 1000 GeV", 6/3 = 2   = 31.0LVALp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idvansky and N. S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008 (?@83;0H5==K9 4>:;04).   = 20/2 = 10. 4) .!.8420=A:89, .!.%05@48=>2, 0@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2LVAL@5<O 3@>7, 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. 5) .!.8420=A:89, .!.%05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE. 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. B>3>:   = 57.5  %05@48=>2 08;L !0D>28G @>4. 30.11.1958, A=A !" ,   70 2007-2008 33 C1;8:0F88: .. 60??C52, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:> .(. C;852, .. C;8520, ... >=>20;>2, .#. C46052, .!. 8420=A:89, .. 8E09;>20, .. 5B:>2, .. !<8@=>2, .. !B5?0=>2, ... !B5=L:8=, .!. %05@48=>2, >45@=870F8O CAB0=>2:8 >25@-2  / , 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 542-545.   = 8*0.1 = 0.8. .!. 8420=A:89, .!. %05@48=>2, ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1052-1055.   = 8/2 = 4. .!.8420=A:89, .!.%05@48=>2, ..'5@=O52, @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1056-1060.   = 8/3 = 2.667. .!. 8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062.   = 8/2 = 4.0. >:;04K: .!. 8420=A:89, .!. %05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5 (=01;N405<K5 MDD5:BK 8 8E 8=B5@?@5B0F8O), 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 18-21.   = 20/2*1.5 = 15.0. .!. 8420=A:89, .!. %05@48=>2, #A:>@5=85 8 35=5@0F8O 70@O65==KE G0AB8F M;5:B@8G5A:8< ?>;5< 3@>7>2KE >1;0:>2, 6 >AA89A:0O :>=D5@5=F8O ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 196-197.   = 20/2*1.5 = 15.0. A. S. Lidvansky and N. S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elemr LVAL entary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 20/2 = 10. .!.8420=A:89, .!.%05@48=>2, 0@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. .!.8420=A:89, .!.%05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE. 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. B>3>:   = 57.467 ": 0: A>2<5AB8B5;L >D>@<;5= =0 8=6. 4>;6=>ABL,   27OB> A 25A>< 1/2LVALpOG60??C52 0E8@ 0=8O;>28G, 05.05.1953, :.D.<.=., A=A ;01>@0B>@88 !" C1;8:0F88: 22.0 1) ...!B5=L:8=, .. 60??C52, %. $. 0;L45A- 0;8A8O,  59B@>=K 2 H8@>:8E 0B<>AD5@=KE ;82=OE , /45@=0O D878:0 B. 70, ! 6, 2007, AB@. 1123 1135. . 0.914*60/3 = 18.28 2) ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O , 72. , A5@.D87., 2007, B>< 71, ! 7, c.1075-1078. 8/6 = 1.33 3) ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 8/10 = 0.8 4) ...!B5=L:8=, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20  59B@>=K 2 ( , 72. , A5@8O D878G5A:0O, B>< 71, !4, A.558-561. 8/5 = 1.6 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 10.9 1) .. 60??C52, ..;5:A55=:>, .#. C46052 .!. 8420=A:89, ..8E09;>20, ..5B:>2, ...!B5=L:8=, ..!B5?0=>2, .. '5@=O52, .. &O1C:, "4@>=K A >30 M 2 A>AB025 (", 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (30-O ), !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_13. 4*1.5/10 = 0.6 2) .#. C46052, .. ;5:A55=:>, .. 60??C52, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52, "AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5  >25@-2  / ", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_14. 4*1.5/8 = 0.7 3) ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2,LVAL ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 4*1.5/10 = 0.6 4) ..;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,   @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_13. 4*1.5/10 = 0.6 5) ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52,   @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, PCR_07. 4*1.5/7 = 0.9 6) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*1.5/9 = 1.0 7) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, v. 1, p. 753. 6*1.5/9 = 1.0 8) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*1.5/5 = 1.8 9) .5<8=, ..0;018=, .60?LVAL?C52, .C46052, .8E09;>20,  -DD5:BK 3>@=>-4>;8==>9 F8@:C;OF88 2 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_21. 4*1.5/5 = 1.2 10) .. 0;018=, .2>7452A:89, .60??C52, .C46052, .8E09;>20,  538AB@0F8O :@0B=KE =59B@>=>2 =0 @07=KE H8@>B0E 8 0B<>AD5@=KE C@>2=OE , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_22. 4*1.5/5 = 1.2 11) D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Michailova, V.B.Petkov and Yu.V. Stenkin,  Study for hadronic component with hadron energy>50 GeV at  Carpet-2 EAS array , Proc. of the International Cosmic Ray Workshop  Aragats 2007 (Nor-Amberd, Armenia, 8-13 September 2007), Edited by B.Pattison and R.Martirosov, Yerevan Physics Institute, p.102, 2007. 6*1.5/7 = 1.3 >=D5@5=F88, =5 >?C1;8:>20=>: 5.2 1) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , ?;5=0@=K9. 6/8 = 0.75 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory , ?;5=0@=K9. 6/6 = 1 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 4) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. DzhappuDLVALTev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. Hadrons with Eh > 30 GeV . 6/8 = 0.75 5) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV . 6/8 = 0.75 6) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 7) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6/8 = 0.75   = 38.1LVALpOG/=8= ;5:A59 $54>@>28G, 07.05.1950, :.D.-<.=., A=A ;01>@0B>@88 !" C1;8:0F88: 14.6 1) T.Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment", /$, Vol. 70, No. 1, 2007, p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etkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.2 1) -.. C3052, .. 5B:>2, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..0?>=5=:>, .(. C;852, .. 70?0@>20, .. !<8@=>2, .. !5@3552, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O 2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O z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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 3) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6   = 17.4LVALpOGC46052 ;5:A0=4@ #@CH15:>28G, 30.01.1952, =A ;01>@0B>@88 !" C1;8:0F88: 3.73 1) ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O , 72. , A5@.D87., 2007, B>< 71, ! 7, c.1075-1078. 8/6 = 1.33 2) ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 8/10 = 0.8 3) ...!B5=L:8=, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20  59B@>=K 2 ( , 72. , A5@8O D878G5A:0O, B>< 71, !4, A.558-561. 8/5 = 1.6 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 10.9 1) .. 60??C52, ..;5:A55=:>, .#. C46052 .!. 8420=A:89, ..8E09;>20, ..5B:>2, ...!B5=L:8=, ..!B5?0=>2, .. '5@=O52, .. &O1C:, "4@>=K A >30 M 2 A>AB025 (", 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (30-O ), !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_13. 4*1.5/10 = 0.6 2) .#. C46052, .. ;5:A55=:>, .. 60??C52, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52, "AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5  >25@-2  / ", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_14. 4*1.5/8 = 0.7 3) ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.LVAL@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 4*1.5/10 = 0.6 4) ..;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,   @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_13. 4*1.5/10 = 0.6 5) ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52,   @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, PCR_07. 4*1.5/7 = 0.9 6) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*1.5/9 = 1.0 7) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, v. 1, p. 753. 6*1.5/9 = 1.0 8) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*1.5/5 = 1.8 9) .5<8=, ..0;018=, .60??C52, .C46052, .8E09;>20,  -DD5:BK 3>@=>-4>;8==>9 F8@:C;OF88 2 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_21. 4*1.5/5 = 1.2 10) .. 0;018=, .LVAL2>7452A:89, .60??C52, .C46052, .8E09;>20,  538AB@0F8O :@0B=KE =59B@>=>2 =0 @07=KE H8@>B0E 8 0B<>AD5@=KE C@>2=OE , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_22. 4*1.5/5 = 1.2 11) D.D. Dzhappuev, A.B. Chernyev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Michailova, V.B.Petkov and Yu.V. Stenkin,  Study for hadronic component with hadron energy>50 GeV at  Carpet-2 EAS array , Proc. of the International Cosmic Ray Workshop  Aragats 2007 (Nor-Amberd, Armenia, 8-13 September 2007), Edited by B.Pattison and R.Martirosov, Yerevan Physics Institute, p.102, 2007. 6*1.5/7 = 1.3 >=D5@5=F88, =5 >?C1;8:>20=>: 5.2 1) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , ?;5=0@=K9. 6/8 = 0.75 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory , ?;5=0@=K9. 6/6 = 1 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 4) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. Hadrons with Eh > 30 GeV . LVAL 6/8 = 0.75 5) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV . 6/8 = 0.75 6) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 7) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6/8 = 0.75   = 19.8ZLVALj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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4   = 2LVALpOG>@@5:B8@>2:0 925  ;5:A55=:> 8:B>@ ;048<8@>28G, 27.12.1945, :.D.-<.=., A=A ;01>@0B>@88 !". C1;8:0F88: 2.1 1) ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20, ...!B5=L:8=,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O , 72. , A5@.D87., 2007, B>< 71, ! 7, c.1075-1078. 8*1.5*0.5 / 7 = 0.9. 2) ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", 725AB8O , A5@. $87., 2007, B. 71, ! 4, A.542 544. 8*1.5*0.5 / 10 = 0.6. 3) M. Aglietta, V.V. Alekseenko, et al., > 10 persons/  Evolution of the cosmic ray anisotropy above 1014 eV // submitted to Astrophysical Journal Letters; astro-ph: arXiv: 0901.2740. 4 / 10 = 0.4. >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 8.4 1) .. 60??C52, ..;5:A55=:>, .#. C46052 .!. 8420=A:89, ..8E09;>20, ..5B:>2, ...!B5=L:8=, ..!B5?0=>2, .. '5@=O52, .. &O1C:, "4@>=K A >30 M 2 A>AB025 (", 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (30-O ), !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_13. 4*1.5 / 10 = 0.6. 2) .#. C46052, .. ;5:A55=:>, .. 60??C52, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52, "AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5  >25@-2  / ", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_14. 4*1.5 / 8 = 0.7. 3) ... !B5=L:8=, .. ;5:A55=:>, ..>;G5=:>,..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@31 (2008), 4*1.5 / 10 = 0.6 4) ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, LVAL.(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 4*1.5 / 10 = 0.6. 5) ..;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,   @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_13. 4*1.5 / 10 = 0.6. 6) ..@><CH:8=, ..5B@CE8=, ...!B5=L:8=, ../H8=, ..;5:A55=:>,  538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8 , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_14. 4*1.5 / 5 = 1.2. 7) ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52,   @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, PCR_07. 4*1.5 / 7 = 0.9. 8) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*1.5 / 9 = 1.0. 9) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional AutonomaLVAL  de Mexico, Mexico City, Mexico, 2008, v. 1, p. 753. 6*1.5 / 9 = 1.0. 10) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*1.5 / 5 = 1.8. 11) P.L Ghia , V.Alekseenko / EAS-TOP: the cosmic ray anisotropy in the energy region E0 = 1014- 1015eV , report #1068, Proc.30th ICRC, Merida, Mexico, 2007. 6*1.5 / 10 = 0.9. >=D5@5=F88, =5 >?C1;8:>20=>: 15.9 1) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory , ?;5=0@=K9. 6 / 6 = 1. 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , ?;5=0@=K9. 6 / 8 = 0.75. 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6 / 10 = 0.6. 4) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6 / 8 = 0.75. 5) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. LVAL Hadrons with Eh > 30 GeV . 6 / 8 = 0.75. 6) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV . 6/8 = 0.75. 7) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6 / 10 = 0.6. 8) A5@>AA89A:0O 0CG=0O >=D5@5=F8O @8@>4=K5 ?@>F5AAK, A59A<>B5:B>=8:0 8 A>2@5<5==K9 2C;:0=87< !525@=>3> 02:070. @8M;L1@CAL5,22-30, 0@B,2008. ..;5:A55=:>,  04>=-=59B@>==K5 ?@8;82=K5 2>;=K 2 5<=>9 :>@5 . 4. 9) 9-O 0:A0=A:0O >;>456=0O (:>;0 -:A?5@8<5=B0;L=>9 8 "5>@5B8G5A:>9 $878:8 ( -"$ 2008, ?>A. -;L1@CA, 19-24 >:BO1@O 2008. .. ;5:A55=:>. @83;0HQ==K9 4>:;04  04>= - =59B@>==K5 ?@8;82=K5 20@80F89 2 5<=>9 :>@5 . 20. @>3@0<<0 (-08 =0E>48BAO =0 A09B5: http://nevod.mephi.ru/bmsh_9_programm.htm 5@2K9 4>:;04 :064>9 A5AA88 - ?@83;0HQ==K9. >:;04 1K; A45;0= =0 4=52=>< 70A540=88 21 :BO1@O, 2009. @>4>;68B5;L=>ABL 4>:;040 = 30 <8=CB.   = 41.0.  ;5:A55=:> 8:B>@ ;048<8@>28G, 27.12.1945, :.D.-<.=., A=A ;01>@0B>@88 !". C1;8:0F88: 2.1 1) ..;5:A55=:>, .. 60??C52, ..>7O@82A:89, .. C7L<8=>2, .#.C46052, ..8E09;>20,  =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700< =04 C@>2=5< <>@O , 72. , A5@.D87., 2007, B>< 71, ! 7, c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zhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*1.5/9 = 1.0 8) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, v. 1, p. 753. 6*1.5/9 = 1.0 9) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*1.5/5 = 1.8 >=D5@5=F88, =5 >?C1;8:>20=>: 15.9 1) XIV-th International School "PARTICLES and COSMOLOGY", 2007. D.D. Dzhappuev, V.V. Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U.Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV , ?;5=0@=K9. 6/8 = 0.75 2) XIV-th International School "PARTICLES and COSMOLOGY", 2007. V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova, Yu.V. Stenkin,V.V. Kuzminov,  Variation of counting rate as measured with surface thermal neutron detector at Baksan Neutrino Observatory , ?;5=0@=K9. 6/6 = 1 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6thLVAL, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 4) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. Hadrons with Eh > 30 GeV . 6/8 = 0.75 5) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV . 6/8 = 0.75 6) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 7) A5@>AA89A:0O 0CG=0O >=D5@5=F8O @8@>4=K5 ?@>F5AAK, A59A<>B5:B>=8:0 8 A>2@5<5==K9 2C;:0=87< !525@=>3> 02:070. @8M;L1@CAL5,22-30, 0@B,2008. ..;5:A55=:>,  04>=-=59B@>==K5 ?@8;82=K5 2>;=K 2 5<=>9 :>@5 . 4 8) 9-O 0:A0=A:0O >;>456=0O (:>;0 -:A?5@8<5=B0;L=>9 8 "5>@5B8G5A:>9 $878:8 ( -"$ 2008, ?>A. -;L1@CA, 19-24 >:BO1@O 2008. .. ;5:A55=:>,  538AB@0F8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K . 20/3 = 6.7 9) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6/8 = 0.75   = 26.4LVALpOG>;G5=:> ;048<8@ 20=>28G, 09.03.1952, :.D.-<.=., A=A ;01>@0B>@88 !" C1;8:0F88 : 11.2 1) .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40", 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. 8/10 = 0.8 2) ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 8/10 = 0.8 3) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.315*60/10= 7.9 4) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 3) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knFLVALVee . 6/10 = 0.6   = 14.6LVALpOG>2>A5;LF520 8B0 8:B>@>2=0, 12.11.1957, =A ;01>@0B>@88 !" C1;8:0F88: 30.4 1) .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40", 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. 8/10 = 0.8 2) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation", arXiv:0802.0956v2 [hep-ph] 4/3 = 1.3 3) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation" J. Phys. G: Nucl. Part. Phys. (online version 22.12.2008) [http://stacks.iop.org/0954-3899/36/025009] 2.173*30/3 = 21.7 4) V. B. Petkov, J. Szabelski, D. V. Smirnov and R. V. Novoseltseva, "High energy muon number spectrum detected at the Baksan Underground Scintillation Telescope", Nuclear Physics B (Proc. Suppl.), Volume 175-176C, pp. 362-365, 2008.. 0.875*30/4 = 6.6 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.8 1) .. >340=>2, .. 0:0B0=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, ..5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, MN_04. 4*1.5/7 = 0.8 2) ..>2>A5;LF52, .5@5H:>2 8 .>2>A5;LF520,   ?>;=>< A5G5=88 N 8  2708<>459AB289 ?@8 2KA>:8E M=5@38OE "s = 10 % 1000 M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, HE_05. 4*1.5/3 = 2 >=D5@5=F88, =5 >?C1;8:>20=>: 4.4 1) !8<?>78C< 20 ;5B !25@E=>2>9 SN 1987A, >A:20, 2007. .. 5B:>2, .. >;852, .. >;G5=:>, .. >;G5=:>, .(. C;852, .. C;8520, .. 70?0@>20, ..$.>2>A5;LF52, ..>2>A5;LF520" LVAL2 , .!. !B@830=>2, .$./=8=,  Baksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon--hadron scaling violation", 6/3 = 2 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "On the total cross sections of N and  interactions at high energies "s = 10 - 1000 GeV", 6/3 = 2   = 37.6LVALpOG>;G5=:> 0;8=0 0A8;L52=0, 30.03.1952, =A ;01>@0B>@88 !" C1;8:0F88 : 11.2 1) .. >;852, .. >;G5=:>, .. >;G5=:>, .. 56052, .(. C;852, .. C;8520, .. 70?0@>20, !.. 0@?>2, ..$. >2>A5;LF52, ..>2>A5;LF520, .. 5B:>2, .. >AA>E0G, .!.!B@830=>2, .$./=8=, ">8A: =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 ?> 40==K< !" 4> 2006 3>40", 725AB8O , A5@.D87., 2007, B. 71, ! 4, A.592 593. 8/10 = 0.8 2) ..60??C52, ..;5:A55=:>, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, .#.C46052, .!.8420=A:89, ..8E09;>20, ..5B:>2, ..!<8@=>2, ..!B5?0=>2, ...!B5=L:8=, .!.%05@48=>2, ">45@=870F8O CAB0=>2:8 >25@-2  / ", 725AB8O , A5@. D87., 2007, B. 71, ! 4, A.542 544. 8/10 = 0.8 3) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.315*60/10= 7.9 4) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse , ?;5=0@=K9. 4/10 = 0.4 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 3) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6   = 14LVALpOG;8E0=>2 1@038< ;8528G, 15.09.1979, <=A ;01>@0B>@88 !" C1;8:0F88: 100.3 1) I. Alikhanov,  Parton content of the real photon: astrophysical implications , Eur. Phys. J. C 56 (2008) 479. 3.209*30 = 96.3 2) I. Alikhanov,  Parton content of real photon: astrophysical implications , arXiv:0803.3707, 2008. 4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.6 1) ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 4*1.5/10 = 0.6 >=D5@5=F88, =5 >?C1;8:>20=>: 4.5 1) 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008. .. 5B:>2, .. ;8E0=>2, /. (015;LA:8,  @>AB@0=AB25==>5 @0A?@545;5=85 <N>=>2 A ?>@>3>2>9 M=5@3859 230 M 2 ( 2 >1;0AB8 87;><0 . 4/3 = 1.3 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski, V.B. Petkov, I.A. Alikhanov,  Lateral distribution function of high energy muons in EAS around the knee . 6/3 = 2 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 4) 21st European Cosmic Ray Symposium, Koaic LVAL e, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6   = 105.4*2 = 210.8LVALC@5=O ;5:A0=4@ 8:>;0528G, 14.01.1978, <=A ;01>@0B>@88 !" C1;8:0F88: 5.5 1) T.Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment", /$, Vol. 70, No. 1, 2007, p.166-169. 0.914*60/10 = 5.5 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.6 1) ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 4*1.5/10 = 0.6 >=D5@5=F88, =5 >?C1;8:>20=>: 1.2 1) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 2) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6   = 7.3LVALpOG>G:0@>2 0EB8 0AECB>28G, 21.03.1985, AB065@-8AA;54>20B5;L ;01>@0B>@88 !" >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 6.6 1) ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 4*1.5/10 = 0.6 2) .. >G:0@>2,  A?>;L7>20=85 2@5<O - ?@>5:F8>==KE :0<5@ 2 =87:>D>=>2KE M:A?5@8<5=B0E , "@C4K 2>AL<>9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 (@8M;L1@CAL5, 15-22 0?@5;O 2007), B. 2, AB@. 140, 2008. 4*1.5 = 6 >=D5@5=F88, =5 >?C1;8:>20=>: 4.0 1) XIV-th International School "PARTICLES and COSMOLOGY", 2007. A.Kh. Khokonov, V.V. Kuzminov, M.M. M.M.Kochkarov, L.A. Khamukova,  Emission detector for Dark Matter search and pp-solar neutrino direct registration , ?;5=0@=K9. 6/4 = 1.5 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 3) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee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etkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.6 1) -.. C3052, .. 5B:>2, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..0?>=5=:>, .(. C;852, .. 70?0@>20, .. !<8@=>2, .. !5@3552, .. '5@=O52, .$./=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O 2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GA_07. 4*1.5/10 = 0.6 >=D5@5=F88, =5 >?C1;8:>20=>: 4 1) 7<5@5=85 C3;>2>3> @0A?@545;5=8O ( =0 CAB0=>2:5 =4K@G8  / . !5:F8>==K9 4>:;04 =0 8-9 0:A0=A:>9 >;>456=>9 (:>;5 -"$, 15 - 22 0?@5;O 2007, @8M;L@CAL5. 4   = 13.7*1.5 = 20.6LVALpOG70?0@>20 @8=0 09@0<>2=0, 27.04.1961, =A ;01>@0B>@88 !" C1;8:0F88: 14.6 1) T.Enqvist, V.Fohr, J. Joutsenvaara, P.Keranen, P. Kuusiniemi, H. Laitala, M.Lehtola, A. Mattila, J.Narkilahti, S. Nurmenniemi, J. Peltoniemi, H. Remes, T.Raih a, C.Shen, M. Reponen, J.Sarkamo, M. Vaittinen, Z.Zhang, T. Jamsen, L.Ding, Q.Zhu, M. Roos, I. Dzaparova, S.Karpov, A.Kurenya, V.Petkov, A.Yanin, and H. Fynbo, "EMMA a New Underground Cosmic-Ray Experiment", /$, Vol. 70, No. 1, 2007, p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etkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph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aksan Underground Scintillation Telescope: 26 years of the search for  bursts from gravitational stellar collapse . 4/10 = 0.4 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. J. Szabelski for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6 3) 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. A.U.Kudzhaev for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee . 6/10 = 0.6   = 17.4pLVAL1. @0G52 8E08; 20=>28G @>4. 13.06.1944 3., 02. B45;>< -:A?5@8<5=B0;L=>3> ><?;5:A0, :.D-<.=. >=D5@5=F88: Grachev M.I., Ponomareva E.V, Kravchuk L.V., , Gorbunov V.K., INR RAS, Moscow, Seleznev V.C. #, IHEP, Protvino,  Transportation of the proton beam at the Experimental complex of linear accelerator INR of the RAS , XXI-RUPAC, September-Oktober 2008,  =1.5*30/5=9 Grachev M.I. , Ponomareva E.V., Kravchuk L.V., Gorbunov V.K., Skorkin V.M., INR, Moscow, Zapolsky V.N. # IHEP, Protvino, Russia  System of preliminary formation of the beam for the channel of proton therapy , XXI-RUPAC, September-Oktober 2008,  = 1.5*30/6=7,5 M.Grachev, E.Konobeebski, E.Koptelov, L.Kravchuk, V.Fedchenko, M.Mordovskoy, S.Potashev, Yu.Ryabov,V.Sergeev, V.Skorkin, N.Sobolevskiy, S.Zuyev  Setup for study neutron-neutron final state interaction at neutron channel of Moscow Meson Factory ICANS-XYIII, April 2007, Dongguan, China.  =1.5*30/12=4.5 ..!04K:>2 8 4@. 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / , !-2008.  =1.5*20/10=3 @5?@8=B: ... O1>2, M.. @0G52, -.. >?B5;>2, .. $54G5=:> <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  @5?@8=B /,  =8/4=2 07@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89: C@A ;5:F89 ABC45=B0< 3 :C@A0 $" (1 A5<5AB@) @>E>645=85 70@O65==KE G0AB8F 8 :20=B>2 A25B0 G5@57 25I5AB2>, 2:;NG0NI89 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0  =30+8=38 8G=K9  = 9+7.5+4.5+3+2+38=64   @C:>2>48B5;O = 64*0.5+16.5*0.75=32+12.375=44.375~44.4 B>3>:  = 44.4LVAL ..;852, <=.A., 2 =0AB>OI55 2@5<O =0E>48BAO 2 4;8B5;L=>9 703@0=. :><0=48@>2:5, ?>MB><C 2 A>>B25BAB288 A @028;0<8 2KG8A;5=8O   53>   =5 AG8B0;AO3. >=><0@520 ;5=0 8:B>@>2=0 @>4.25.12.1960 3., =.A. -, >=D5@5=F88: Grachev M.I., Ponomareva E.V, Kravchuk L.V., , Gorbunov V.K., INR RAS, Moscow, Seleznev V.C. #, IHEP, Protvino,  Transportation of the proton beam at the Experimental complex of linear accelerator INR of the RAS , XXI-RUPAC, September-Oktober 2008,  =1.5*30/5=9 Grachev M.I. , Ponomareva E.V., Kravchuk L.V., Gorbunov V.K., Skorkin V.M., INR, Moscow, Zapolsky V.N. # IHEP, Protvino, Russia  System of preliminary formation of the beam for the channel of proton therapy , XXI-RUPAC, September-Oktober 2008,  = 1.5*30/6=7.5 B>3>:  = 9+7.5=16.52. >@1C=>2 ;048<8@ C7L<8G @>4. 27.12.51 3., =.A. - >=D5@5=F88: Grachev M.I., Ponomareva E.V, Kravchuk L.V., , Gorbunov V.K., INR RAS, Moscow, Seleznev V.C. #, IHEP, Protvino,  Transportation of the proton beam at the Experimental complex of linear accelerator INR of the RAS , XXI-RUPAC, September-Oktober 2008,  =1,5*30/5=9 Grachev M.I. , Ponomareva E.V., Kravchuk L.V., Gorbunov V.K., Skorkin V.M., INR, Moscow, Zapolsky V.N. # IHEP, Protvino, Russia  System of preliminary formation of the beam for the channel of proton therapy , XXI-RUPAC, September-Oktober 2008,  = 1,5*30/6=7.5 B>3>:  = 9+7.5=16.5LVALpOG%>BO=F520 ;5:A5O 8:>;0528G0 70 ?5@8>4 2007  20083.3. : 1. 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Alcaraz, E.Aliu,...,N.Yershov et al.). Jan 2008. 13pp. Phys.Rev.D77:032003, 2008.  =4.852*30/10=14.556 MEASUREMENT OF THE BRANCHING RATIO. By The E949 Collaboration and E787 Collaboration (S. Adler, V.V. Anisimovsky, M. Aoki,...,N.Yershov et al.). BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, FERMILAB-PUB-08-065-CD-E, Sep 2007. 40pp. Phys.Rev.D77:052003,2008. e-Print: arXiv:0709.1000 [hep-ex]  =4.852*30/10=14.556 SCINTILLATOR COUNTERS WITH MULTI-PIXEL AVALANCHE PHOTODIODE READOUT FOR THE ND280 DETECTOR OF THE T2K EXPERIMENT. O. Mineev, A. Afanasjev, G. Bondarenko,..., N.Yershov Nucl.Instrum.Meth.A577:540-551,2007. e-Print: physics/0606037  =1.224*30/10=3.672 MEASUREMENT OF THE BRANCHING RATIO. By The E949 Collaboration (V.V. An@ LVALP isimovsky et al.). 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Measurement of single charged pion production in the charged-current interactions of neutrinos in a 1.3-GeV wide band beam. By K2K Collaboration (A. Rodriguez et al.). Phys.Rev.D78:032003,2008.  =4.852*30/10=14.556 4. Experimental study of the atmospheric neutrino backgrounds for p ---> e+ pi0 searches in water Cherenkov detectors. By K2K Collaboration (S. Mine et al.). Phys.Rev.D77:032003,2008.   = (4.852x 30)/10 = 14.556 5. Measurement of the K+ --> pi+ nu nu branching ratio. By E949 Collaboration and E787 Collaboration (S. Adler et al.). Phys.Rev.D77:052003,2008.   = (4.852x 30)/10 = 14.556 6. .. D@>A8=8=, ... C45=:>, .. %>BO=F52 , >645=85 >48=>G=KE D>B>=>2 2 nu N  2708<>459AB28OE. /45@=0O D878:0, 2009, ">< 72, No 3, AB@. 1-6.  =(0.914x60/3) = 18.28 7. Highly sensitive micropixel avalanche photodiodes for scintillation counters of the T2K neutrino experiment. Yu.V. Musienko et al. 2008. Instrum.Exp.Tech.51:101-107,2008.  =0.226*60/10=1.356 -;5:B@>==K5 ?@5?@8=BK: 1. V. V. Anisimovsky, A.V. Artamonov, B. Bassalleck,..., M. Khabibullin, et al. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. //BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp.; e-Print: arXiv:0709.1000 [hep-ex].  =4/10= 0.4 2. T.Abe, Y.Aihara, C.Andreopulos,& Y.Kudenko et al., Detectors and flux instrumentation for future neutrino facilities, arXiv:0712.4129 [phyLVAL-sics.inst-det],  =4/10= 0.4 3. On the level of background in underground muon measurements with plastic scintillator counters. V.I. Volchenko et al. Oct 2008. 3pp. Temporary entry e-Print: arXiv:0810.2414 [physics.ins-det]  =4/10=0.4 >:;04K =0 :>=D5@5=F8OE: 1. Yu.Kudenko, Status of the long baseline experiment T2K, Invited talk at Workshop  Neutrino oscillations at accelerators , Dubna, 23-25 January 2007,  =20 2. 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A.Minamino& .Yu.Kudenko, Development of Multipixel Photon Counter, for T2K experiment, Invited talk at Internationnal Conference IEEE, Dresden, Germany, 20-25 October 2008.  =30/10=3. 8. Yu.Kudenko, Status of the long baseline neutrino experiment T2K, Invited talk at QUARKS2008, Sergiev Posad, Russia,20-26 May 2008.  =20 9. Yu.Kudenko, Near neutrino detector for the long baseline experiment T2K. Invited talk at the Inernation conference INSTR08, Novosibirsk, Russia, 1-6 March 2008.  =30. 10. M.Yokoyama,& .Yu.Kudenko, Application of MPPC for T2K near detectors, Invited talk at International Conference  New Developments in Photon Detectors , JuneLVAL 15-20, 2008, Aix-les-Bains, France,  =30/10=3.0 11. .V.Akhrameev, L.B.Bezrukov& ..Yu.Kudenko et al., Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber readout of plastic scintillator counters for the EMMA underground experiment, talk at International Conference  New Developments in Photon Detectors , June 15-20, 2008, Aix-les-Bains, France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pOG/(59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. !B065@-8AA;54>20B5;L - A 1.06.20073.   70 2007-2008 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006.LVAL0 Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.AynutdLVALinov, et al.,  The prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3tLVALpOGOHC: ;048<8@ 20=>28G 0=4840B D87.-<0B. =0C: !B0@H89 =0CG=K9 A>B@C4=8:, - 1)  The data acquisition system for the ANTARES neutrino telescope" Nuclear Instruments and Methods in Physics Research A 570 (2007) 107-116. (!B0BLO 2 @5D5@8@C5<>< 70@C156=>< 6C@=0;5) 1.224 x 30 / 10 (CG5B A>02B>@>2) = 3.672 2) V.I. Lyashuk, E.G. Novikov,  Acoustic phenomena caused by extensive air showers in Baikal . Bulletin of the Russian Academy of Sciences: Physics (725AB8O >AA89A:>9 0:045<88 =0C:. !5@8O D878G5A:0O), Vol.71, No.4 (2007) p.587-589. (B@C4K 29-9 2A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<; C 6C@=0;0 =5B 8=45:A0) 8 / 2 (CG;8 A>02B>@>2) x 1.5 - 4 / 2 (CG;8 A>02B>@>2) = 4; (:>=D5@5=F8O 1K;0 2 2006 3: ) 3) M.Ageron et al.,  The Antares optical beacon system". Nuclear Instruments and Methods in Physics Research A 578 (2007) 498-509. . (!B0BLO 2 @5D5@8@C5<>< 70@C156=>< 6C@=0;5) 1.224 x 30 / 10 (CG5B A>02B>@>2) = 3.672 4) Vladimir Lyashuk,  Investigation of acoustic phenomena from extensive atmospheric showers . Journal of Physics: Conference series., 81:012014, 2007. (B@C4K <564C=0@>4=>9 :>=D5@5=F88 ARENA-2006) 8 / 1 (>48= 02B>@) x 1.5 - 6 (2KG;8 6 10;;>2 70 4>:;04) = 6 5) M.Ageron et al.,  Studies of a full scale mechanical prototype". Nuclear Instruments and Methods in Physics Research, A 581(2007) 695-708. . (!B0BLO 2 @5D5@8@C5<>< 70@C156=>< 6C@=0;5) 1.224 x 30 / 10 (CG5B A>02B>@>2) = 3.672 6) ..!.NB>AB0=A:89, ..OHC: ">7<>6=K5 8AB>G=8:8 =59B@>=>2 4;O =59B@8==>9 D01@8:8 (17>@). @5?@8=B "-$ 12-07, . 2007 (@5?@8=B, 1C<06=K9) 4 / 2 (CG5B A>02B>@>2) = 2 7) Dmitry Chernov, Vladimir Lyashuk, Evgeniy Novikov  The proposed experiment for search of acoustic phenomena from extensive atmospheric showers in Baikal . >:;04 =0 <564C=0@>4=KE :>=D5@5=F88 ARENA-2008 6 / 3 (CG5B A>02B>@>2) = 2 ______________________________________________________________________ ":   70 2007-20083.3. = 25.016LVALpOG3#" ;048<8@ 0@0B>28G. >4. 21.01.1960. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2007-20083.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (PrLVAL4oc. Suppl.) 168 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The LVAL5prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3 C:>2>4AB2> 48?;><=8:0<8 - >48= 48?;><=8: 2 20073.8 2 20083. #( 5=8A ;5:A0=4@>28G. !BC45=B $", 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2008 3>4C, 5 :C@A $"   = 10*2 = 20 C:>2>4AB2> 0A?8@0=B><  >48= 0A?8@0=B 2 2007 8 20083.3. ((59D;5@ ;5:ALVAL59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. !B065@-8AA;54>20B5;L - A 14.05.20073.)   = 60 !C<<0@=>5   = 51.3 + 60 + 20= 131.3LVALpOG7 ;53 8:>;0528G. 29.04.1966. 0=4. D87.-<0B. =0C:. 0CG=K9 A>B@C4=8: -.   70 2007  2008 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 LVAL8(2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prototype string6LVALF for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3LVALpOG:& @83>@89 ;048<8@>28G, @>4. 15.01.19413. >:B>@ D87.-<0B. =0C:. 0254CNI89 ;01>@0B>@859 -.   70 2007-2008 3.3. C1;8:0F88: 1. .. ><>30F:89, ..>?59:8=, .. 8:0M;O=, .. !8=52,  2>7<>6=>AB8 87CG5=8O =0 0:A0=5 =59B@8=> >B A25@E=>2>9, /45@=0O D878:0, B. 70, ! 6, A. 1116, 2007.  =0.914*60:4=13.71 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 30.99 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.8LVAL;0, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:LVAL<;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   (AB0BL8+4>:;04K)= 34.0 + 31.0 = 65.0   @C:>2>48B5;O ;01>@0B>@88 = 0.5*65.0 + 0.75* 6LVAL1.6 = 78.7LVALpOG> ( ;5:A0=4@ ;5:A0=4@>28G, @>4. 23.02.1962, =0CG=K9 A>B@C4=8:, -,   70 2007-2008 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007)LVAL?, p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prototype string for tBLVALRhe km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3LVALpOGA# ;048<8@ ;5:A0=4@>28G. >4.8.04.19513. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   2007-20083.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (ProcLVALB. Suppl.) 168 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prLVAL*ototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3LVALpOGD# @:0489 8E09;>28G. >4. 02.02.19313. 0=4. B5E=. =0C:. 0CG=K9 A>B@C4=8: -.   70 2007-20083.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 1LVALE68 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prototype str0LVAL@ing for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3LVALpOGG68;:81052 0=-@KA 038A>28G. >4. 12.09.19513. >:B>@ D87-<0B.=0C:. 54CI89 =0CG=K9 A>B@C4=8: -,   70 2007-2008 3.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (LVALHProc. Suppl.) 168 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  ThLVALIe prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3 C:>2>4AB2> A>8A:0B5;5< 2 2007 8 2008 3.3. ((091>=>2 08@ ;5:A0=4@>28G. >4. 24.02.19803. :>=G8; 0A?8@0=BC@C /  5.05.20063. 0G8A;5= 2 ;01>@0B>@8N - =0 4>;6=>ABL <;04H53> =0CG=>3> A>B@C4=8:0 3 8N;O 20063.)   = 30 * 2 = 60 !C<<0@=>5 7=0G5=LVAL85   = 51.3 + 60 = 111.3LVALpOGK,' 3>@L ;5:A5528G. >4. 11.01.19413. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2007-20083.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B LVALL(Proc. Suppl.) 168 (2007), p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  TLVAL he prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3dLVALt!8=52 0;5@89 8B0;L528G, 10/12/1957, :.D.-<.=., 8.>. A.=.A. ;01 - A 27.01.2009 3>40. 1. .. ><>30F:89, ..>?59:8=, .. 8:0M;O=, .. !8=52,  2>7<>6=>AB8 87CG5=8O =0 0:A0=5 =59B@8=> >B A25@E=>2>9, /45@=0O D878:0, B. 70, ! 6, A. 1116, 2007. 0.914E60/4=13.71 2. ..>?59:8=, .. 8B28=>28G, .. 0GC;8=, .. 8:0M;O=, .. !015;L=8:>2, .. !8=52, .. !:>@>E20B>2, !.. !CE>B8=, ..-B5=:>, @>5:B (>>7-2 ?>8A: C3;0 A<5H820=8O =59B@8=>, @5?@8=B --6487/2, 2007. 4/9=0.44 3. ..>?59:8=, .. 0:55=:>2, .. 8:0M;O=, .. C@0E>2, .. !8=52, .. '5@=>2, .. (<5;L:>2, 7<5@5=85 >B=>H5=8O A?5:B@>2 15B0-G0AB8F A<5A59 ?@>4C:B>2 45;5=8O C@0=0-235 8 ?;CB>=8O-239 B5?;>2K<8 =59B@>=0<8, @5?@8=B --6520/2, 2008. 4/7=0..57 4. G. V. Domogatsky, V. I. Kopeikin, L. A. Mikaelyan, V.V. Sinev, On Possibilities of Studying of Supernova Neutrinos at BAKSAN, arXiv:0705.1893, 2007. 4/4=1 B>3>:   70 2007-20083.3. A>AB02;O5B 15.72LVALpOGO(' =4@59 5B@>28G. 16.05.1962 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2007-20083.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007),LVALP p. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prototype string for thDLVALTe km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3LVALpOGR#( 5=8A ;5:A0=4@>28G. 03.01.19873. 01>@0=B (A 2KAH8< >1@07>20=85<) ;01>@0B>@88 -.   70 2007-20083.3. >:;04K: 1) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 2) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 3) V.Aynutdinov, et al.,  The prototype string for the km3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 4) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 5) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 7) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 8) .9=CB48=>2 8 4 LVAL @.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 9) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 3.2LVALpOGT$ =4@59 20=>28G. 28.11.56 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2007-20083.3. C1;8:0F88: 1) V.Aynutdinov et al., "The Baikal Neutrino Experiment: NT200+ and beyond", NIM A572 (2007) 511-514.  =1.224*30*0.7*0.1= 2.57 2) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives NIM A588, (2008) p. 99-106   = 1.224*30*0.7*0.1 = 2.57 3) V.Aynutdinov, et al.,  Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope ', Astropart. Phys., 29 (2008), p. 366-372   = 4.047*30*0.1 = 12.14   AB0B59 = 17.28 >:;04K: 1) . 9=CB48=>2 8 4@., "09:0;LA:89 =59B@8==K9 B5;5A:>?: AB0BCA, @57C;LB0BK 8 ?5@A?5:B82K @0728B8O". 29-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 3-7 023CAB0 2006, >A:20, >AA8O. 72.  (A5@8O D87.) B.71, 2K?.4, AB@. 597-601 (2007).   = 8*1.5*0.1  0.4 = 0.8 2) K.Antipin et al., "Nearly vertical muons from the lower hemisphere in the Baikal neutrino experiment", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.24, 2007.   = 6*1.5*0.1 = 0.9 3) K.Antipin et al., "Search for relativistic magnetic monopoles with the Baikal neutrino telescope", September 20-22, 2006, Uppsala, Sweden. Proc. of the first Workshop on Exotic Physics with Neutrino Telescopes (EPNT06), Uppsala University, p.80, 2007.   = 6*1.5*0.1 = 0.9 4) K.Antipin et al. "Physics results from the Baikal Neutrino Telescope". Neutrino Oscillation Workshop NOW2006, Otranto, Italy, Sept. 2006. Nucl.Phys. B (Proc. Suppl.) 168 (2007), pLVALU. 296-298.   =2.438  0.6 = 1.838 5) V.Aynutdinov, et al., "A prototype device for acoustic neutrino detection in Lake Baikal''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 6) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Selected Physics Results''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 7) V.Aynutdinov, et al., "The Baikal Neutrino Telescope: Status and Plans''. 30th International Cosmic Ray Conference, Merida, Mexico, 3-11 July 2007.   = 6*0.1 = 0.6 8) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.   = 30*0.1 = 3.0 9) V.Aynutdinov, et al., "Prototype string for a km3 Baikal neutrino telescope''. Roma International Conference on Astro-Particle Physics, Roma, Italy, June 20-22 2007.  =6*0.1=0.6 10) V.Aynutdinov, et al., "Lake Baikal: Physics results and plans''. TeV Particle Astrophysics, Venice, Italy, August 27-31 2007.   = 6*0.1 = 0.6 11) V.Aynutdinov, et al., "Baikal neutrino experiment: status and perspectives''. 13th Lomonosov Conference on Elementary Particles, Moscow, Russia, Sep. 23-29 2007.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al.,  The BAIKAL neutrino experiment: status, selected physics results, and perspectives (4>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 30*0.1 = 3 13) O. Kebkal & Baikal Collaboration,  Acoustic tomography applied to the Baikal Neutrino Telescope. (>:;04), International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1 = 0.6 14) V.Aynutdinov, et al.,  The prototype string for the HLVALXkm3 scale Baikal neutrino telescope , International Workshop on a Very Large Volume Neutrino Telescope for the Mediterranean Sea (VLVNT08), 22-24 Apr. 2008, France, Toulon   = 6*0.1= 0.6 15) V.Aynutdinov, et al.,  Vladimir Aynutdinov) Status of Baikal neutrino experiment (>:;04), The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES (UHECR), INR, Moscow, May 20-22, 2008.   = 6*0.1 = 0.6 16) V.Aynutdinov, et al.,  Status of the Baikal neutrino experiment  (>:;04), 15th International Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008.   = 6*0.1 = 0.6 17) V.Aynutdinov, et al.,  High energy neutrino acoustic detection activities in Lake Baikal: status and plans (>:;04) , 3rd International Workshop on the Acoustic and Radio EeV Neutrino detection Activities, ARENA-2008   = 6*0.1= 0.6 18) .9=CB48=>2 8 4@.,  AA;54>20=8O 2>7<>6=>AB8 0:CAB8G5A:>9 @538AB@0F88 =59B@8=> =0 >75@5 09:0;: AB0BCA 8 ?5@A?5:B82K %% A5AA8O , >A:20, 27-31 >:BO1@O 2008 3. !, ">< 2, AB@.464.   = 4*1.5*0.1 = 0.6 19) .9=CB48=>2 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>?  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 20) .9=CB48=>2 8 4@.,  AA;54>20=85 48DDC7=>3> ?>B>:0 =59B@8=> 2 M:A?5@8<5=B0E =0 =59B@8==>< B5;5A:>?5  (>:;04), 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, 2 7 8N;O 2008 3>40, !0=:B-5B5@1C@3.   = 4*0.1 = 0.4 _________________________________________________________________ ", 70 2007-2008 3>4K:   = 34.0 + 17.3 = 51.3LVAL/=>28G 235=89 ;5:A0=4@>28G, 21.10.1949, =A -,   70 2007-2008 33 1. . . 0@010=>2, .. 0=8;>2, ... &820475, ..!. @K;>2, .. 57@C:>2, >@=>CE>2 .., >28:>20 ./, /=>28G ., . 0BB04>@8, .8 0:@8,  -:AB@0:F8>==K9 <5B>4 2 ?@>F5AA0E 873>B>2;5=8O 8=489A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=KE =59B@8=> (4;O M:A?5@8<5=B0 LENS - A?5:B@>A:>?8O =87:>M=5@35B8G5A:8E =59B@8=>) , 048>E8<8O, 50 (2008) 236-242  =0,537*60/8=4,0 2. 0@010=>2 . , 57@C:>2 ., 0=8;>2 ., 8 0:@8 , 0BB04>@8 , >AB8:>20 ., @K;>2 ..!, 5AB5@>20 ., >28:>20 ./, &820475 .., /=>28G .,  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O =87:>M=5@35B8G5A:8E 0=B8=59B@8=>. 1.AA;54>20=85 M:AB@0:F88 304>;8=8O :0@1>=>2K<8 :8A;>B0<8" , " 048>E8<8O", B. 49, 2K? 3 (2007)  =0,537*60/9=3,6 3. E Yanovich., (RENO !ollaboration)  Progress Report On RENO (2007) 125-127,  =1,472*30/10=4,4 4. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. L. Loannucci, E.A. Yanovich, A.S. Malgin  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection @8=OB> : ?5G0B8, European Physical Journal C (EPJC-08-03-019.R1)   3,2E30/6=16,1 5. E Yanovich., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS, Nucl. Phys. Proc. Suppl., 168 (2007) 122-124.  =1,472*30/10=4,4 6. E Yanovich, (GERDA Collaboration)  GERDA. Germanium Detector Array. Search for Neutrino-less  Decay of 76Ge , Nuclear Physics B 68, 2007, 67-69  =1,472*30/10=4,4 7. E Yanovich (Double Chooz collaboration)  Neutrino Oscillations with Reactor Neutrinos Nuclear Physics B 168, 2007, 90-95  =1,472*30/10=4,4 B>3>: 41.3LVALp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d-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O =87:>M=5@35B8G5A:8E 0=B8=59B@8=>. 1.AA;54>20=85 M:AB@0:F88 304>;8=8O :0@1>=>2K<8 :8A;>B0<8" , " 048>E8<8O", B. 49, 2K? 3 (2007)  =0,537*60/9=3,6 3. Barabanov, (GERDA Coll)  GERDA. Germanium Detector Array. Search for Neutrino-less  Decay of 76Ge Nuclear Physics B 68, 2007, 67-69  =1,472*30/10=4,416 4. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. L. Loannucci, E.A. Yanovich, A.S. Malgin  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection @8=OB> : ?5G0B8, European Physical Journal C (EPJC-08-03-019.R1)   3,2E30/6=16,1 5. 0@010=>2 . ., (RENO collaboration) Nuclear Physics B - Proceedings Supplements  Progress Report On RENO (2007) 125-127  =1,472*30/10=4,416 6. I. Barabanov (Double Chooz collaboration)  Neutrino Oscillations with Reactor Neutrinos Nuclear Physics B Volume 168, 2007, 90-95  =1,472*30/10=4,416 7. . . 0@010=>2, .. 5@5A=8:>20, ..C1A0=4>@6852, ..>;5IC:, ...(091>=>2, .-.OBG8=, "AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>04 "-, 2009, ! 1,. 41 45  =0,361*60/6=3,61 8. 0@010=>2 . ., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS, Nucl. Phys. Proc. SuppLVALl., 168 (2007) 122-124,  =1,472*30/10=4,416 @C:>2>4AB2> 0A?8@0=B>< 2007-2008,  =30 @C:>2>4AB2> 48?;><=8:>< 2007,  =10 B>3> 85LVALpOGZC: OG5A;02 =0B>;L528G @>4.31.12.1980, <=A $-,   70 2007-2008 33=200.96. C1;8:0F88: O.G.Tchikilev,& , V.A.Duk et al //  Observation of the radiative kaon decay K- ---> mu- pi0 gamma nu // Phys.Atom.Nucl.70:32-38,2007,  =0.914*60/10=5.48 V.N.Bolotov, V.A.Duk et al //  Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup // Phys.Atom.Nucl.70:734-740,2007,  =0.914*60/10=5.48. R.Adolphi et al // 2008. 361pp. The CMS experiment at the CERN LHC// JINST 3:S08004,2008,  =8/10=0.8 V.N.Bolotov, V.A. Duk.Pion program for the future rare decay experiments. /45@=0O D878:0 72 !1 2009, 69-82.  =0.914*60/10=5.48. @5?@8=BK: .. ><0=>2A:89,& , ..C:,& // 7<5@5=85 >B=>A8B5;L=>9 25@>OB=>AB8 @0A?040 K- --> e nu pi0 (gamma) //@5?@8=B $- 2007-5,  =4 ..@8B28G,& , ..C:,& //  2>7<>6=>AB8 A>740=8O M:A?5@8<5=B0;L=>9 CAB0=>2:8 4;O ?>8A:0 8 8AA;54>20=8O @0A?040 =0 CA:>@8B5;5 #-70 $- - -! " KLOD )//@5?@8=B $- 2007-8,  =4 ..'8:8;52, ... , ..C:, ...// 7<5@5=85 8=B5@D5@5=F8>==>3> G;5=0 INT 2 @0480F8>==>< @0A?045 :0>=0 K  : mu nu gamma // @5?@8=B $- 2008-27,  =4 !..:8<5=:>, ... , ..C:, ...// AA;54>20=85 ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8  // @5?@8=B $- 2008-28,  =4 >:;04K: V.A.Duk /  Study of Radiative Decay !mu nu gamma at ISTRA+ Setup //QUARKS-2006, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88 2 20073;  =2 V.A.Duk /  Recent Results from ISTRA+ experiment //ICHEP-2006, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88 2 20073;  =2 V.A.Duk /  CKM Unitarity and Kaon Decays //BAKSAN-2007,  =4 V.A.Duk /  Study of Radiative Decay !mu nu gamma at ISTRA+ Setup //KAON-2007,  =6 .. '8:8;52, .. C: //  -:A?5@8<5=B0;L=>5 8AA;54>20=85 @0A?040 K -> mu nu gamma =0 CAB0=>2:5 !" +  // 0CG=0O A5AA8O $  2007,  =4*1.5*/2=3 C:>2>4AB2> 48?;><=8:><: %C4O:>2 .., <038AB@ 1-3> 8 2-3> 3>40 >1CG5=8O  =10*2=20 C:>2>4AB2> 0A?8@0=B><: %C4O:>2 .., 0A?8@0=B /  1-3> 3>40 >1CG5=8O  =30*1=30 @><56CB>G=KLVAL[9 8B>3: 100.48. >2KH0NI89 D0:B>@, :0: <>;>4><C A>B@C4=8:C:  E2 B>3>:  =200.06  C: OG5A;02 =0B>;L528G @>4.31.12.1980, <=A $-,   70 2007-2008 33 C1;8:0F88: O.G.Tchikilev,& , V.A.Duk et al //  Observation of the radiative kaon decay K- ---> mu- pi0 gamma nu // Phys.Atom.Nucl.70:32-38,2007,  =0.914*60/10=5.48 V.N.Bolotov, V.A.Duk et al //  Study of K- ---> pi0 e- anti-nu gamma decay with ISTRA+ setup // Phys.Atom.Nucl.70:734-740,2007,  =0.914*60/10=5.48 R.Adolphi et al // 2008. 361pp. The CMS experiment at the CERN LHC// JINST 3:S08004,2008,  =8/10=0.8 @5?@8=BK: .. ><0=>2A:89,& , ..C:,& // 7<5@5=85 >B=>A8B5;L=>9 25@>OB=>AB8 @0A?040 K- --> e nu pi0 (gamma) //@5?@8=B $- 2007-5,  =4 ..@8B28G,& , ..C:,& //  2>7<>6=>AB8 A>740=8O M:A?5@8<5=B0;L=>9 CAB0=>2:8 4;O ?>8A:0 8 8AA;54>20=8O @0A?040 =0 CA:>@8B5;5 #-70 $- - -! " KLOD )//@5?@8=B $- 2007-8,  =4 ..'8:8;52, & , ..C:, & // 7<5@5=85 8=B5@D5@5=F8>==>3> G;5=0 INT 2 @0480F8>==>< @0A?045 :0>=0 K  : mu nu gamma // @5?@8=B $- 2008-27,  =4 !..:8<5=:>, & , ..C:, & // AA;54>20=85 ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8  // @5?@8=B $- 2008-28,  =4 >:;04K: V.A.Duk /  Study of Radiative Decay !mu nu gamma at ISTRA+ Setup //QUARKS-2006, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88 2 20073;  =2 V.A.Duk /  Recent Results from ISTRA+ experiment //ICHEP-2006, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88 2 20073;  =2 V.A.Duk /  CKM Unitarity and Kaon Decays //BAKSAN-2007,  =4 V.A.Duk /  Study of Radiative Decay !mu nu gamma at ISTRA+ Setup //KAON-2007,  =6 .. '8:8;52, .. C: //  -:A?5@8<5=B0;L=>5 8AA;54>20=85 @0A?040 K -> mu nu gamma =0 CAB0=>2:5 !" +  // 0CG=0O A5AA8O $  2007,  =4*1.5*/2=3 C:>2>4AB2> 48?;><=8:><: %C4O:>2 .., <038AB@ 1-3> 8 2-3> 3>40 >1CG5=8O  =10*2=20 C:>2>4AB2> 0A?8@0=B><: %C4O:>2 .., 0A?8@0=B /  1-3> 3>40 >1CG5=8O  =30*1=30 @><56CB>G=K9 8B>3: 95ZLVALj >2KH0NI89 D0:B>@, :0: <>;>4><C A>B@C4=8:C:  E2 B>3>:  =190~LVAL $C<8@=>2 ;5:A59 5>=84>28G @>4. 2.3.1978 <;. =0CG. A>B@.   70 2007-2008 33. C1;8:0F88: V. Berezin, A. Smirnov Gravitation and Cosmology No. 1 (49) March 2007 pp. 43-45,  =4 B>3>:  =45@578= 8:B>@ ;5:A0=4@>28G, 13.03.1946, AB. =0CG. A>B@., "$   70 2007-2008 33. C1;8:0F88: V. Berezin, A. Smirnov Gravitation and Cosmology No. 1 (49) March 2007 pp. 43-45,  =4 V. Berezin Quantum Black Holes. Black Hole Temperature without a Black Hole http://arxiv.org/pdf/0812.4515,  =4 >:;04K: 1. "Selected Problems of Modern Theoretical Physics" XIII International Conference (dedicated to the 100th anniversary of the birth of D.I.Blokhintsev 1908-1979) Dubna, June 23-27, 2008. "5<0 4>:;040: "Schroedinger Equation in Finite Differences and Quantum Black Holes"  =6 2. Workshop on "Black Holes in General Relativity and String Theory", August 24-September 6, 2008 Veli Losinj, Croatia "5<0 4>:;040: "Quantum Black Holes. Black Hole Temperature wothout Black Holes"  =6 B>3>:  =20 ) $..., CG5=0O AB5?5=L A>B@C4=8:0:C3052 -<8= /B:O@>28G, :0=4.$87.-<0B.=0C:. 0B0 @>645=8O: 17.10.1978. >;6=>ABL: =0CG=K9 A>B@C4=8: "$ / . ) .. 810=>2, -../. C3052, "!2>9AB20 E833A>2A:>9 G0AB8FK 2 <>45;8 A >1J548=5==K<8 ?>:>;5=8O<8 D5@<8>=>2" "/45@=0O $878:0" 70, 898-904, 2007,   = 0.914*60/2=27.42. ) !5<8=0@A:85 70=OB8O ?> A?5F:C@A0< "0;81@>2>G=K5 ?>;O", ">A<>;>38O" 0 D878G5A:>< D0:C;LB5B5 #, 2 A5<5AB@0,   = 8*2*2=32. )   = 59.42.LVALpOG^0;0H52 ;53 235=L528G 40B0 @>64. 4 O=2 1976, :0=4840B D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8:, >B45; B5>@5B8G5A:>9 D878:8 0AG5B   70 2007-200833: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: GZK photons as ultra high energy cosmic rays. Graciela Gelmini, Oleg Kalashev, Dmitry V. Semikoz J.Exp.Theor.Phys.106:1061-1082,2008.  =1.099*60/3=21.98 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Global anisotropy of arrival directions of ultrahigh-energy cosmic rays: capabilities of space-based detectors. O.E. Kalashev, B.A. Khrenov, P. Klimov, S. Sharakin, Sergey V. 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By Pierre Auger Collaboration (J. Abraham et al.). Astropart.Phys.27:155-168,2007.  =4.047*30/10=12.141 @5?@8=BK: Double Pair Production by Ultra High Energy Cosmic Ray Photons. S.V. Demidov, O.E. Kalashev . Dec 2008. e-Print: arXiv:0812.0859 [astro-ph]  =4/2=2 Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter. O.E LVAL . Kalashev, G.I. Rubtsov, S.V. Troitsky . Dec 2008. e-Print: arXiv:0812.1020 [astro-ph]  =4/3=1.333 Ultra-High Energy Cosmic Rays and the GeV-TeV Diffuse Gamma-Ray Flux. Oleg E. Kalashev, Dmitry V. Semikoz, Guenter Sigl . Apr 2007. 4pp. e-Print: arXiv:0704.2463 [astro-ph]  =4/3=1.333 >:;04K =0 :>=D5@5=F8OE: Ultra-High Energy Cosmic Rays and the GeV-TeV Diffuse Gamma-Ray Flux (CAB=K9) Oleg E. Kalashev The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES, INR, Moscow  =6 Constraints on secondary 10-100 EeV gamma ray flux in the minimal bottom-up model of Ultra High Energy Cosmic Rays (AB5=4>2K9) O.Kalashev, G.Gelmini, D.Semikoz 30th International Cosmic Ray Conference, Merida, Mexico, July 2007  =6 * 1.5 / 3 = 3 B>3> AC<<0@=K9  =21.98+40.434+40.434+67.39+40.47+12.141+12.141+2+1.333+1.333+6+3=248.656LVALpOG`810=>2 0:A8< 0;5=B8=>28G @>4. 09.04.1971, A=A "$,   70 2007-200833 C1;8:0F88: 1) .. 810=>2, -../. C3052, "!2>9AB20 E833A>2A:>9 G0AB8FK 2 <>45;8 A >1J548=5==K<8 ?>:>;5=8O<8 D5@<8>=>2" /$ 70, 898-904, 2007,   = 0.914*60/2=27.42; 2) M.Libanov, V.Rubakov, E.Papantonopoulos, M.Sami and S.Tsujikawa, "UV stable, Lorentz-violating dark energy with transient phantom era," JCAP {\bf 0708} (2007) 010   = 6.739*30/5=40.434 3) P.~Koroteev and M.~Libanov, "On Existence of Self-Tuning Solutions in Static Braneworlds without Singularities," JHEP {\bf 0802}, 104 (2008)   = 5.944*30/2=89.16 4) 810=>2~.~., C10:>2~.~., !068=0~.~!. 8 !068=~.~. "=87>B@>?8O @5;8:B>2>3> 87;CG5=8O, 8=4CF8@>20==0O B0E8>==K<8 D;C:BC0F8O<8 BQ<=>9 M=5@388." -"$ 135 (2009) 253.   = 1.099*60/4=16.485 5) -;5:B@>==K9 ?@5?@8=B M.Libanov, V.Rubakov, E.Papantonopoulos, M.Sami and S.Tsujikawa, "UV stable, Lorentz-violating dark energy with transient phantom era," arXiv:0704.1848 [hep-th]   = 4/5=0.8 6) -;5:B@>==K5 ?@5?@8=BK P.~Koroteev and M.~Libanov, "On Existence of Self-Tuning Solutions in Static Braneworlds without Singularities," a) arXiv:0712.1136 [hep-th]. b) ITEP-TH-60-07 c) ULB-TH-07-34   = (4*3)/2=6 7) -;5:B@>==K5 ?@5?@8=BK M.~V.~Libanov, V.~A.~Rubakov, O.~S.~Sazhina and M.~V.~Sazhin. "CMB anisotropy induced by tachyonic perturbations of dark energy." a) arXiv:0812.1459 [astro-ph] b) ULB-TH/08-43   = (4*2)/4=2 8) -;5:B@>==K5 ?@5?@8=BK P.~Koroteev and M.~Libanov, "Spectra of Field Fluctuations in Braneworld Models with Broken Bulk", a) arXiv:0901.4347 [hep-th] b) ITEP-TH-31/08 c) ULB-TH/08-37   = (4*3)/2=6 >=D5@5=F88 1) ?C1;8:>20==K9 4>:;04 Electroweak interactions and Unified theories, La Thuile (Italy) , March 11-18 2006, 4>:;04 "Higgs boson with a single generation in the bulk", -.C3052, .810=>2   = (6*1.5)/2*0.5=2.25 2) ?C1;8:>20==K9 4>:;04 QUARKSLVAL-2008, 15th International Seminar on High Energy Physics, Zagorsk, Russia, 19-25 May, 2008, 4>:;04 "On existence of nonsingular solutions in static braneworlds", P.Koroteev, M.Libanov   = (4*1.5)/2=3 3) ?C1;8:>20==K9 4>:;04 6th International Workshop on the Identification of Dark Matter, Rhodes, Greece, September 11-16, 2006, 4>:;04 "Seesaw, Leptogenesis and Majorana neutrino as DM", .=8A8<>2, .810=>2, $.57@C:>2   = (6*1.5)/3*0.5=1.5 4) ?C1;8:>20==K9 4>:;04 Baksan'7: XIV-O <564C=0@>4=0O H:>;0 "'0AB8FK 8 :>A<>;>38O", ?@5;L 16-21 2007, "Lorentz Invariance Violation in Braneworld Models", .>@>B552, .810=>2   = (4*1.5)/2=3 C:>2>4AB2> 48?;><=8:>< >@>B552 5B@ ;5:A0=4@>28G 01.2006-06.2006 - 10:0;02@ 06.2006-07.2008 - <038AB@  =10*2=20 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL :C@A0 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2006-07)  =2(3>40)*3(A5<5AB@0)*8 = 48 !5<8=0@K ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2006-07)  =2(3>40)*3(A5<5AB@0)*8 = 48 B>3>  : 314LVALpOGb>28:>20 0;8=0 /:>2;52=0, @>4.15.07.1950, =A -,   70 2007-2008 33. 1. . . 0=8;>2, ..!.@K;>2, ...&820475., . .0@010=>2, ..57@C:>2, ..>@=>CE>2, ./.>28:>20, ../=>28G, .0BB04>@8 (!. !attadori), .8 0:@8 (A/Di Vacri) / "-:AB@0:F8>==K9 <5B>4 2 ?@>F5AA0E 873>B>2;5=8O 8=489A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=>3> =59B@8=> (4;O M:A?5@8<5=B0 LENS)" // 048>E8<8O 2008, B.50, N3, c.236-242.  =0,537*60/8=4.0 2. . . 0=8;>2, ..!.@K;>2,. >AB8:>20, . .0@010=>2, ..57@C:>2, 5AB5@>20 ., >28:>20 ./, &820475, ../=>28G, .0BB04>@8 (!. !attadory), .8 0:@8 (A.Di Vacri) / "-:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O =87:>M=5@35B8G5A:8E 0=B8=59B@8=>" // 048>E8<8O 2007, B.49, N3, c.248.  =0,537*60/9=3,6 3. .. 0=8;>2, ... Q<8=0, .. &820475, ..!. @K;>2, . . 0@010=>2, .. 57@C:>2, ./. >28:>20 .. /=>28G, . 0BB04>@8, .8 0:@8  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O  @8=OB0 : ?5G0B8 2 6C@=0;5 048>E8<8O  =0,537*60/8=4.0 4. "Progress Report On RENO" Nuclear Physics B, RENO collaboration, 168 (2007) 125-127,  =1,472*30/10=4,4 @5?@8=BK: 1. ./.>28:>20, ..5;>CA, ..0=8;>2, .%.830=H8=, ..20=>2 / " 07=>;830=4=K5 :><?;5:AK 304>;8=8O 4;O A>740=8O 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (GdLS). A?>;L7>20=85 MALDIT TOF-MS 4;O 0=0;870 GdLS" // ?@5?@8=B / - 1195/2008  =4/5=0.8 2. ..>@30;N:, ./.>28:>20, .."0=0=052, -..8D0=BL52 / ";8O=85 AB@>5=8O 1845=B0B=KE D>AD>@8;A>45@60I8E M:AB@035=B>2 =0 M:AB@0:F8N 07>B=>9 :8A;>BK" // ?@5?@8=B / - 1205/2008  =4/4=1 3. ..>@30;N:, ./.>28:>20, ..>?>20, .."0=0=052, "..0AB@N:>20, .$.OA>54>2, -..8D0=BL52 / ("-0;:8;)(N,N-481CB8;:0@10<>8;<5B8;)<5B8D>AD8=0BK-=>2K5 @5035=BK 4;O M:AB@0:F8>==>3> 8 A>@1F8>==>3> 872;5G5=8O LVAL f-M;5<5=B>2 8 B5E=5F8O(VII) 87 :8A;KE @0AB2>@>2" // ?@5?@8=B / - 1208/2008  =4/7=0.56 B>3>:  =18,4LVAL \"1@038<>20 "0BLO=0 8:B>@>2=0 @>4 3.04.1958, =.A. ,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 "  = 110A8;5=:> 20= ;5:A0=4@>28G, @>4.20.09.1980 3., <.=.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59   = 080=>2A:89 !B0=8A;02 ;048<8@>28G, 30.09.1941, 0A?8@0=B . -,   70 2007-2008 33 1. !.. 80=>2A:89  >45;8@>20=85 ?>402;5=8O 2=5H=53> D>=0 2 M:A?5@8<5=B5 ?> ?>8A:C 42>9=>3> 157=59B@8==>3> 15B5-@0A?04 @5?@8=B /  1179/2007  =4 2. S.V. Kianovsky, (GERDA Collaboration)  GERDA. Germanium Detector Array. Search for Neutrino-less  Decay of 76Ge , Nuclear Physics B 68, 2007, 67-69  =1,472*30/10=4,4 3. 3. ) I. Barabanov, L.Bezrukov, V.Gurentsov, E. Demidova, S. Kianovsky, K. T. Knopfle, V.Kornoukhov, B. Shwingenheuer, A. Vasenko  Combined cryogenic liquid and water shields against external gamma background for a double beta-decay search with 76Ge ?@8=OB> : ?5G0B8 2 NIM B  =1.181*30/7=5,05 !C<<0=13.45 >;>4>9 A>B@C4=8:, 0A?8@0=B 13.45*1,5=20,2 B>3>  =20,2LVAL5@5A=8:>20 ==0 0A8;L52=0, 26.08.1980, AB065@,   70 2007-2008 33 1. . .0@010=>2, ..5@5A=8:>20, ..>@=>CE>2, ..C1A0=4>@6852,  7<5@5=85 :@82>9 2KA25G820=8O AF8=B8;;OB>@0 CaMoO4  @5?@8=B /  1179/2007  =4/4=1 2. . . 0@010=>2, .. 5@5A=8:>20, ..C1A0=4>@6852, ..>;5IC:, ...(091>=>2, .-.OBG8=, "AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>04 "-, 2009, ! 1,. 41 45  =0,361*60/6=3,61 >;>4>9 A>B@C4=8:, 0A?8@0=B 4,61E2=9,2 B>3>  =9,2C@5=F>2 0;5@89 20=>28G, 30.09.1941, =A -,   70 2007-2008 33 1. V. I. Gurentsov  The planning of the experiment and the training of the computer program @5?@8=B /  1170/2007  =4 2. V. I. Gurentsov , (GERDA Coll)  GERDA. Germanium Detector Array. Search for Neutrino-less  Decay of 76Ge Nuclear Physics B, Volume 168, 2007, 67-69  =1,472*30/10=4,416 3. V. I. Gurentsov., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS , Nuclear Physics B. 168 (2007) 122-124,  =1,472*30/10=4,416 @C:>2>4AB2> 0A?8@0=B>< 2007-2008,  =30 B>3> 43  C@5=F>2 0;5@89 @>4. 30.09.1941 :D<= =A   = 42.8 0CG=>5 =0?@02;5=85 - D878:0 =59B@8=> "@C4K :>=D5@5=F89: 1. V.I. Gurentsov , (GERDA Coll)  GERDA. Germanium Detector Array. Search for Neutrino-less  Decay of 76Ge Nuclear Physics B, 168, 67-69, 2007.  =1,472*30/10=4,416 2. V. I. Gurentsov., (LENS Collaboration)  Low Energy neutrino, Neutrino Luminosity of the Sun&LENS , Nuclear Physics B. 168 (2007) 122-124,  =1,472*30/10=4,416 @5?@8=BK (2 B>< G8A;5 M;5:B@>==K5) 3. V.I. Gurentsov  The planning of the experiment and the training of the computer program @5?@8=B /  1170/2007  =4 C:>2>4AB2> 0A?8@0=B>< 2007-2008,  =30LVALpOGf02@8= ;048<8@ 8:>;0528G @>4. 15.04.1941, 4.D.<.=., 70254CNI89 ;01>@0B>@859 -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P. Veretenkin, et al. (9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry//Solid-State Electronics, v. 51, Issue 7 (2007) 1039-1046  =1.247*30/9 = 4.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, .. 0;8E>2, .. 8@<>2,.. (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 .. 14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . . 8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2),?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. . (9 02B>@>2) Development of a Segmented Fast Neutron Spectrometer//Physics of Atomic Nuclei (2007), v.70, No.1, 133-139  =0.914*60/9 = 6.1 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2//?@5?@8=B / 1186 (2007) 16 AB@.   = 4/9=0.4 ?@5?@8=BK M;5:B@>==K5: V.N.Gavrin and B.T. Cleveland, Radiochemical solar neutrino experiments, http://www.arXiv.org/abs/nucl-ex/0703012 (2007).   = 4/2=2 Yu.M. Gavriljuk, V.N. Gavrin, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich (7 02B>@>2), Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content. Nov. 2007. 4pp. e-Print:LVALg arXiv:0711.2637 [nucl-ex]   = 4/7=0.6 Yu.M. Gavriljuk, V.N. Gavrin, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich (Baksan Neutrino Observ. & Kharkov Natl. U.) (7 02B>@>2), Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber. Nov. 2007. 6pp. e-Print: arXiv:0711.2614 [physics.ins-det]   = 4/7=0.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin, Radiohemical solar neutrino experiments, invited talk at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007//Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 3-12   = 30*1.5=45 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. (8 02B>@>2), Segmented high resolution fast neutron spectrometer: present status, response function,oral report at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007//Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 253-270  =6/8*1.5= 1.1 Yu.M. Gavriljuk, V.N. Gavrin, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich (7 02B>@>2), Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content, oral report at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007//Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.RuLVALhbakov, Moscow: 2008-02-10, 211-217  =6/7*1.5= 1.3 Yu.M. Gavriljuk, V.N. Gavrin, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich (Baksan Neutrino Observ. & Kharkov Natl. U.) ( 7 02B>@>2), Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber, oral report at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007//Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 218-227  =6/7*1.5= 1.3 V.N.Gavrin, SAGE: status and future/invited talk at TAUP 2007, September 11-15, 2007, Sendai, Japan// Journal of Physics: Conference Series 120 (2008) 052012   = 30*1.5=45 V.N.Gavrin, Solar Neutrino Experiments, invited talk at the 13th Lomonosov Conference on Elementary Particle Physics, 23 - 29 August, 2007, Moscow, Russia (?;5=0@=K9)   = 30 V.N.Gavrin, ?@83;0H5==K9 4>:;04 =0 M564C=0@>4=>9 :>=D5@5=F88 @>1;5<K D878:8 :>A<8G5A:8E ;CG59 8 =59B@8==>9 0AB@>D878:8 (: 90-;5B8N 0:045<8:0 .". 0F5?8=0), 28 <0O 2007   = 30 V.N.Gavrin, V.A. Matveev, At the crossroads of nuclear physics and astrophysics, invited talk at the Intern.Symposium  Trends in Nuclear Physics Research , Dubna, May 21-25, 2008,   = 30/2=15 V.N.Gavrin, Contribution of Ga experiments for understanding the Sun physics in light of the latest results of SAGE, invited talk at the Intern. Workshop  The Physics of the Sun and the Solar Neutrinos: an Update , 16-17 October 2008, LNGS, Assergi, Italy   = 30 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Veretenkin I.E., Yants V.E., Nico J.S., Thompson A.K. (8 02B>@>2),  The development of segmented high resolution fast neutron spectrometer , oral report at the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Int LVAL eractions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16 Dubna, Russia, June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pOGj14C@0H8B>2 6>=@84 0@8<0=>28G. @>4.04.06.1963, :.D.<.=., =.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, .. 0;8E>2, .. 8@<>2,.. (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 .. 14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . . 8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, E.P.Veretenkin, V.E.Yants et al. . (9 02B>@>2) Development of a Segmented Fast Neutron Spectrometer, Physics of Atomic Nuclei (2007), v.70, No.1, 133-139   = 0.914*60/9=6.1 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@.   = 4/9=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al.(8 02B>@>2), Segmented high resolution fast neutron spectrometer: present status, response function, oral report presented at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007. Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 253-270  =6/8*1.5= 1.1 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Veretenkin I.E., Yants V.E., Nico J.S., Thompson A.K.(8 02B>@>2),  The development of LVAL segmented high resolution fast neutron spectrometer , oral report at the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16, Dubna, Russia, June 11-14, 2008  =6/8 = 0.8 C:>2>4AB2> 0A?8@0=B>< CAB0D8= 0@0B $0@C:>28G, 39 3>4 >1CG5=8O 2 0A?8@0=BC@5 #  =30*2=60 "  =79.4LVAL` >@10G52 0;5@89 ;048<8@>28G, @>4 20.03.1965, :.D.<.=., =.A. ,   70 2007-2008 3. 3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 "  = 115@5B5=:8= 235=89 02;>28G, @>4.10.04.1952 3., A.=.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P. Veretenkin, et al. (9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry//Solid-State Electronics, v.51, Issue 7 (2007) 1039-1046  =1.247*30/9 = 4.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, .. 0;8E>2, .. 8@<>2,.. (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 .. 14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . . 8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2),?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007) B>< 70, !2, 337-345  =0.914*60/10 = 5.5 "  =15.2LVALf=>45;L "0BLO=0 ;048<8@>2=0. @>4 8.05.1957, :.E.=., =.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 "  = 00;8E>2 =0B>;89 ;048<8@>28G @>4 18.05.1937, =.A. ,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P Veretenkin, et al.(9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry//Solid-State Electronics, v.51, Issue 7 (2007) 1039-1046  =1.247*30/9 = 4.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 "  =15.2LVALpOGnK>7;>20 .;8O 02;>2=0 @>4.29.12.1959, :.D.<.=., A.=.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V.N. Gavrin, A.V. Kalikhov, J.P. Kozlova, E.P. Veretenkin, et al. (9 02B>@>2) Synthesis Solute Diffusion Growth of Bulk GaAs: Effects of Growth Temperature and Stoichiometry//Solid-State Electronics, v.51, Issue 7 (2007) 1039-1046  =1.247*30/9 = 4.2 A.A.Donskoy, L.I.D yakonov, A.V.Govorkov, Y.P.Kozlova (12 02B>@>2) Improved crystalline quality nonpolar a-GaN films grown by hydride vapor epitaxy// J.Vac.Sci.Technol.B 26(6) 1937-1941 (2008).  =1.626*30/10= 4.9 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...>7;>20 8 4@.(7 02B>@>2), >@D>;>38G5A:85 8 AB@C:BC@=K5 >A>15==>AB8 :2078?>4;>65: GaN, 2K@0I5==KE @0 A0?D8@5 <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88 725AB8O C7>2, 048>M;5:B@>=8:0 (2007) 47   =8/7 = 1 >:;04K: =0 @>AA89A:8E :>=D5@5=F8OE ...>7;>20, 8 4@. (9 02B>@>2) K@0I820=85 M?8B0:A80;L=KE A;>52 GaN E;>@84-384@84=K< <5B>4>< //5-O 2A5@>AA89A:0O :>=D5@5=F8O 8B@84K 30;;8O, 8=488 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, #, >A:20, 31.01-02.02.2007, (A5:F8>==K9)  =4/9 = 0.4 ...>7;>20 8 4@ (6 02B>@>2), AA;54>20=8O AB@C:BC@K M?8B0:A80;L=KE A;>52 GaN, 2K@0I5==KE <5B>4>< E;>@84-384@84=>9 M?8B0:A88, <5B0;;>3@0D8G5A:8<8 8 @5=B35=>2A:8<8 <5B>40<8// 5-0O A5@>AA89A:0O :>=D5@5=F8O 8B@84K 30;;8O, 8=488 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K. #, >A:20, 31.01-02.02.2007, (A5:F8>==K9)  =4/6 = 0.7 ...>7;>20 8 4@. (11 02B>@>2), !B@C:BC@0 B>;ABKE A;>52 =8B@840 30;;8O A =5?>;O@=>9 >@85=B0F859, 2K@0I5==KE <5B>4>< E;>@84-384@84=>9 M?8B0:F88// XI 0F8>=0;L=0O :>=D5@5=F8O ?> @>ABC :@8AB0;;>2, >A:20, 17-21 =>O1@O 2008 3. (CAB=K9 4>:;04)  =4/10 = 0.4 ...>7;>20 8 4@. (6 02B>@>2), 8D@0:B><5B@8G5A:85 8AA;54>20=8O AB@C:BC@ GaN/Al2O3 (0001), 6-0O A5@>AA89A:0O :>=D5@5=F8O 8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, !0=:B-5B5@1C@3, 18-20 LVAL 8N=O 2008 3. (CAB=K9 4>:;04)  =4/6 = 0.7 C:>2>4AB2> 48?;><=8:>< @5448?;><=0O ?@0:B8:0 ABC45=B>2 4-3> :C@A0 !!: 1. 070;>2 .. C@A>20O @01>B0 A?>;L7>20=85 ?/? 45B5:B>@>2 =0 >A=>25 CdZnTe 4;O ?>8A:0 157=59B@8==>3> 42>9=>3> 15B0-@0A?040. N=L 20083. 2. C52 . C@A>20O @01>B0 A?>;L7>20=85 ?/? 45B5:B>@>2 =0 >A=>25 Ge 4;O ?>8A:0 157=59B@8==>3> 42>9=>3> 15B0-@0A?040. N=L 20083.  =10*2 = 20 "  =32.3bLVAL tCAB0D8= 0@0B $0@C:>28G, @>4 14.05.1983, <.=.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@.   = 4/9=0.4x 1.5 = 0.6 "   = 0.68@<>2 ;LO 0C<>28G, @>4. 04.12.1962 , :.E.B.=., A.=.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, .. 0;8E>2, .. 8@<>2,.. (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 .. 14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . . 8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2),?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 "  =11LVALpOGq(8E8= ;5:A0=4@ ;5:A0=4@>28G @>4 16.04.1963, =.A. ,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, . . 0;8E>2, .. 8@<>2, . . (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 ..  14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . .8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2), ?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. . (9 02B>@>2) Development of a Segmented Fast Neutron Spectrometer// Physics of Atomic Nuclei (2007), v.70, No.1, 133-139   = 0.914*60/9=6.1 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6. 8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2, ?@5?@8=B / 1186 (2007) 16 AB@,   = 4/9=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al.(8 02B>@>2), Segmented high resolution fast neutron spectrometer: present status, response function, oral report at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007. Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 253-270  =6/8*1.5= 1.1 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Vetretenkin I.E., Yants V.E., Nico J.S., Thompson A.K.(8 02B>@>2),  The development of segmented high resolu LVAL tion fast neutron spectrometer , oral report at the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16 Dubna, Russia, June 11-14, 2008  =6/8= 0.8 "  =19.4LVALpOGs/=F 8:B>@ -4C0@4>28G @>4.12.11.1953, =.A.-,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 14C@0H8B>2, . . 5@5B5=:8=,.. 02@8=, .. >@10G52, "..1@038<>20, .. 0;8E>2, .. 8@<>2,.. (8E8=, . -. /=F 8 4@. (18 02B>@>2), A:CAAB25==K9 8AB>G=8: =59B@8=> =0 >A=>25 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 325-336  =0.914*60/10 = 5.5 .. 14C@0H8B>2, . . 5@5B5=:8=, .. 02@8=, . . >@10G52, "..1@038<>20, .. 0;8E>2, . . 8@<>2, ..(8E8=, . -. /=F 8 4@. (15 02B>@>2),?@545;5=85 0:B82=>AB8 8A:CAAB25==>3> 8AB>G=8:0 =59B@8=> =0 >A=>25 87>B>?0 37Ar ///45@=0O $878:0 (2007), B>< 70, !2, 337-345  =0.914*60/10 = 5.5 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al. . (9 02B>@>2) Development of a Segmented Fast Neutron Spectrometer// Physics of Atomic Nuclei (2007), v.70, No.1, 133-139   = 0.914*60/9=6.1 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, 6.8:>, .."><?A>=, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2//?@5?@8=B / 1186 (2007) 16 AB@.   = 4/9=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al.(8 02B>@>2), Segmented high resolution fast neutron spectrometer: present status, response function, oral report at the XIVth Int.School on Particles and Cosmology, Kabardino-Balkaria, Prielbrusye, Baksan Valley, Russia, 16-21 April 2007. Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 253-270  =6/8*1.5= 1.1 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Vetretenkin I.E., Yants V.E., Nico J.S., Thompson A.K.(8 02B>@>2),  The development of segmented high resolution fast  LVAL neutron spectrometer , oral report at the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16, Dubna, Russia, June 11-14, 2008  =6/8= 0.8 "  =19.4LVALl"0=LH8= !5@359 8:>;0528G, @>4.29.04.1954, <=A -,   70 2007-2008 33. 0B5=BK: 1. !..0=LH8= / 5B;520O @50:B>@=0O CAB0=>2:0 4;O ?>;CG5=8O @048>=C:;840 9>40-125 // 0B5=B !65678, 70@538AB@8@>20=> 2 >AC40@AB25==>< @55AB@5 ?>;57=KE <>45;59 $ 10.08.2007.  =20 B>3>:  =20.00!>;><0B8= ;5:A59 235=L528G, @>4.06.12.1974, <=A -,   70 2007-2008 33. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / $878G5A:>5 >1>A=>20=85 ;8B852>3> M:A?5@8<5=B0 // 8AL<0 2 -'/ (Physics of Particles and Nuclei Letters), B.4, !4(140), AA.552  558, 2007  =0.505*60/4=7.58 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 B>3>:  =15.08>?K;>2 =0B>;89 0A8;L528G, @>4.16.06.1946, @C:.3@. -,   70 2007-2008 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A. Kopylov and V. Petukhov /  On the mass eigenstate composition of the 8B neutrinos from the Sun // Journal of Cosmology and Astroparticle Physics, JCAP04(2007)002  =6.739*30/2=101.09 2. A. Kopylov and V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector // Journal of Cosmology and Astroparticle Physics, JCAP10(2008)007  =6.739*30/2=101.09 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / $878G5A:>5 >1>A=>20=85 ;8B852>3> M:A?5@8<5=B0 // 8AL<0 2 -'/ (Physics of Particles and Nuclei Letters), B.4, !4(140), AA.552  558, 2007  =0.505*60/4=7.58 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 @5?@8=BK: 1. A. Kopylov, V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector  // arXiv: 0806.0460 [hep-ph]  =4/2=2 B>3>:  =219.26LVALT@5E>2 3>@L 048<>28G, @>4.03.10.1939, =A -,   70 2007-2008 33. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / $878G5A:>5 >1>A=>20=85 ;8B852>3> M:A?5@8<5=B0 // 8AL<0 2 -'/ (Physics of Particles and Nuclei Letters), B.4, !4(140), AA.552  558, 2007  =0.505*60/4=7.58 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 B>3>:  =15.085BCE>2 0;5@89 OG5A;02>28G, @>4.17.01.1957, =A -,   70 2007-2008 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A. Kopylov and V. Petukhov /  On the mass eigenstate composition of the 8B neutrinos from the Sun // Journal of Cosmology and Astroparticle Physics, JCAP04(2007)002  =6.739*30/2=101.09 2. A. Kopylov and V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector // Journal of Cosmology and Astroparticle Physics, JCAP10(2008)007  =6.739*30/2=101.09 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / $878G5A:>5 >1>A=>20=85 ;8B852>3> M:A?5@8<5=B0 // 8AL<0 2 -'/ (Physics of Particles and Nuclei Letters), B.4, !4(140), AA.552  558, 2007  =0.505*60/4=7.58 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 @5?@8=BK: 1. A. Kopylov, V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector  // arXiv: 0806.0460 [hep-ph]  =4/2=2 2. ..2G8==8:>2, ..54=O:>2, ..>;C152, !..04>@>6=K9, ..;8<5=:>, ..5BCE>2, .-./=F // A5=>=>20O 42CED07=0O :0<5@0 4;O ?>8A:0 WIMP // @5?@8=B /  1185/2007  =4/7=0.57 B>3>:  =219.83 1Za h  o  v # } * 1 8?FMT[n'R }! ܂<FPbt@?::::Ͽ ܂<FPg t@?::::ϿJ6[ixt@?::::Ͽft@?::::Ͽe܂<FP6t@?::::Ͽ7nAx"<(t@?::::ϿKWd[ t@?::::Ͽ KWd t@?::::Ͽ {CP nt@?pOGFFF:߿t@?P@FFF:߿y"At@?pOGFFF:߿%HA: t@?@FFF:߿X@dXt@?@FFF:߿ףP@d^ t@? @FFF:߿w6C&jt@?>+pOGFFF:߿d#C\B &Jt@?(pOGFFF:߿QKB$t@? @FFF:߿VA&" Z t@?@FFF:߿UC܂<FPt@?:!pOGFFF:߿ VEBt@?pOGFFF:߿ f82DQ&+d2t@?vQpOGFFF:߿ r B|t@?.&pOGFFF:߿ +B" N t@?@FFF:߿ ffFA  ~t@?,@FFF:߿ @bB nt@?@FFF:߿A4 Z t@?B @FFF:߿7 B|t@?&pOGFFF:߿ B T t@?.pOGFFF:߿jCHC3xr!t@?>>pOGFFF:߿C Cf!xt@?pOGFFF:߿zDBq=gB t<t@?f!pOGFFF:߿B|t@?%pOGFFF:߿t@?!pOGFFF:߿UEB N tt@?b!pOGFFF:߿ HA@t@?, @FFF:߿ |CnAx"<(t@?&)pOGFFF:߿R B t@?pOGFFF:߿)ܑBBPt@?6pOGFFF:߿Mff0B t@? @FFF:߿UR8)C  bt@?~ @FFF:߿Y =C:9 #'t@?pOGFFF:߿M =C=(#&)t@? @}FFF:߿u-C- t@?%pOGFFF:߿=ʗC6)t@?&~pOGFFF:߿B : t@?R@}FFF:߿ LjC%Jjt@?L @|FFF:߿'qD܂<FPt@?L4xpOGFFF:߿] >\Ct@?&@wFFF:߿AX t@?J@tFFF:߿LVAL%<5;L=8F:89 =4@59 ;5:A0=4@>28G @>4. 29.10.1985, AB065@-8AA;54>20B5;L "$,   70 2007-2008 33. 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2007 3>4: 2008 3>4: C1;8:0F88: 1. D. Gorbunov, A. Khmelnitsky and V. Rubakov, ``Constraining sterile neutrino dark matter by phase-space density observations,'' JCAP 0810 (2008) 041   = 30 * 6.739 / 3 = 67.39 2. D. Gorbunov, A. Khmelnitsky and V. Rubakov, ``Is gravitino still a warm dark matter candidate?'' JHEP 0812 (2008) 055   = 30 * 5.944 / 3 = 59.44 >:;04K: 1. Quarks-08, ``Is gravitino still a warm dark matter candidate?''   = 4 !5<8=0@A:85 70=OB8O: 20=B>2K5 ?>;O: $87D0: #, 3-9 :C@A, 1 A5<5AB@,   = 8 $87D0: #, 4-9 :C@A, 1 A5<5AB@,   = 8 >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2008:  (2008) = (67.39 + 59.44 + 4 + 8 + 8) * 1.5 = 220.245 B>3>:   = 220.245LVALpOGy>@1C=>2 <8B@89 !5@35528G, @>4. 20.01.1975, A.=.A. "$,   70 2007-200833. 1.C1;8:0F88 On initial conditions for the Hot Big Bang , F. Bezrukov, D. Gorbunov, M. Shaposhnikov . [e-Print: arXiv:0812.3622 hep-ph],  =4/3=1.33 Constraining sterile neutrino dark matter by phase-space density observations, D. Gorbunov, A. Khmelnitsky, V. Rubakov, JCAP 0810:041,2008 [e-Print: arXiv:0808.3910 [hep-ph]],  =(4+30*6.739)/3=68.7233 Is gravitino still a warm dark matter candidate?, D. Gorbunov, A. Khmelnitsky, V. Rubakov [accepted in JHEP, e-Print: arXiv:0805.2836 [hep-ph]]  =(4+30*5.944)/3=60.7733 Self-accelerated brane Universe with warped extra dimension, D.S. Gorbunov, S.M. Sibiryakov, [ e-Print: arXiv:0804.2248 [hep-th]],  =4/2=2 On the interpretation of the cosmic-ray anisotropy at ultra-high energies, D.S. Gorbunov, P.G. Tinyakov, I.I. Tkachev, Sergey V. Troitsky . [e-Print: arXiv:0804.1088 [astro-ph]],  =4/4=1 Comment on 'Correlation of the Highest-Energy Cosmic Rays with Nearby Extragalactic Objects', D. Gorbunov, P. Tinyakov, I. Tkachev, S. Troitsky, JETP Lett.87:461-463,2008, [e-Print: arXiv:0711.4060 astro-ph],  =(4+60*1.446)/4=22.69 Muon content of ultrahigh-energy air showers: Yakutsk data versus simulations (A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky), [e-Print: arXiv:0710.5508 astro-ph],  =(4+60*1.446)/7=12.9657 CMS technical design report, volume II: Physics performance (G.L. Bayatian et al), J.Phys.G34:995-1579,2007,  =2.173*30/10=6.519 CMS technical design report: Addendum on high density QCD with heavy ions (David G. d'Enterria, et al), J.Phys.G34:2307-2455,2007,  =2.173*30/10=6.519 How to find neutral leptons of the nuMSM? (D. Gorbunov, M. Shaposhnikov) JHEP 0710:015,2007 [e-Print: arXiv:0705.1729 hep-ph],  =(4+5.944*30)/2=91.16 Possible observations of new physics in ultrahigh-energy cosmic rays (L.G. Dedenko, G.F. Fedorova, T.M. Roganova, M.I. Pravdin, I.E. LVALzSleptsov, V.A. Kolosov, A.V. Glushkov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky) Phys.Atom.Nucl.70:170-174,2007,  =0.914*60/10=5.484 Air-shower simulations with and without thinning: Artificial fluctuations and their suppression (D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky), Phys.Rev.D76:043004,2007, [e-Print: astro-ph/0703546],  =(4+4.852*30)/3=49.85 Constraining the fraction of primary gamma rays at ultra-high energies from the muon data of the Yakutsk extensive-air-shower array (A.V. Glushkov, D.S. Gorbunov, I.T. Makarov, M.I. Pravdin, G.I. Rubtsov, I.E. Sleptsov, S.V. Troitsky), JETP Lett.85:131-135,2007, [e-Print: astro-ph/0701245],  =(4+1.446*60)/7=12.9657 Non-minimal Split Supersymmetry, (S.V. Demidov, D.S. Gorbunov), JHEP 0702:055,2007 [e-Print: hep-ph/0612368],  =30*5.944/2=89.16 Towards event-by-event studies of the ultrahigh-energy cosmic-ray composition (D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky) Astropart.Phys.28:28-40,2007 [e-Print: astro-ph/0606442],  =30*4.047/3=40.47 More about sgoldstino interpretation of HyperCP events (S.V. Demidov and D.S. Gorbunov) JETP Lett, 84:479-484, 2007 [e-Print Archive: hep-ph/0610066],  =1.446*60/2=43.38 2.>:;04K =0 :>=D5@5=F8OE: 5 5:F89 ?> :>A<>;>388 =0 6->9 8<=59 H:>;5 ?> B5>@5B8G5A:>9 D878:5 2545=85 2 B5>@8N DC=40<5=B0;L=KE 2708<>459AB289, C1=0, /, DIAS-TH, O=20@L 26 --- D52@0;L 5, 2008,  =20 3 Lectures on Cosmology at The fifth International Advanced Summer School on Modern Mathematical Physics, Bogoliubov Laboratory of Theoretical Physics (JINR, Dubna) on July 22 - 30, 2007 in the framework of the Program DIAS-TH,  =20 5 Lectures on Cosmology at Physical faculty of Kiev State University, April 20 -- 30, 2008,  =30 Kaon International Conference 21-25 May 2007, Laboratori Nazionali di Frascati dell'INFN (1 4>:;04 A 1 A>02B>@><, >?C1;8:>20= 2 B@C40E, Kaon physics within nuMSM, Dmitry Gorbunov, Mikhail Shaposhnikov, Published in PoS KAON:047,2008)  =6*1.5/2=4.5 13th Lomonosov LVAL{Conference on Elementary Particle Physics, from 23 to 29 August, 2007 at the Moscow State University, Moscow, Russia, (1 ?@83;. 4>:;04),  =20 30th International Cosmic Ray Conference July 3 - 11, 2007, Merida, Yucatan, Mexico (A>02B>@ 2-E 4>:;04>2, D.Gorbunov, S.Troitsky, G.Rubtsov),  = 2*6/3=4 XIV-th International School "PARTICLES and COSMOLOGY" April 16 - 21 , 2007 Baksan Valley, Kabardino-Balkaria, Russian Federation, (1 ?@83;. 4>:;04),  =20 4th International Workshop The highest energy cosmic rays and their sources, INR, Moscow, Russia, May 20-22, 2008, (1 4>:;04),  =4 15th International Seminar on High Energy Physics QUARKS-2008, Sergiev Posad, Russia, May 23-29, 2008, (1 4>:;04),  =4 International Conference 6th Rencontres du Vietnam: Challenges in Particle Astrophysics, Hanoi, Vietnam, August 6 - 12, 2006 (1 4>:;04, >?C1;8:>20==K9 2 @0AGQB=K9 ?5@8>4),  =6*(1.5-1)=3. 5. C:>2>4AB2> 48?;><=8:>< (.!0<>@>4>2, $", 48?;>< <038AB@0, ;5B> 2007),  =10 C:>2>4AB2> 0A?8@0=B>< (.!0<>@>4>2, 2007, 2008, 0A?8@0=BC@0 /),  =2*30=60 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A ., C10:>2K< (!.5<84>2, 2007, 70I8B8; :0=4840BA:CN 48AA5@B0F8N 2 2007)  =30/2=15 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A .. C10:>2K< (!. 0<070=>2, #, 48?;>< 10:0;02@0, ;5B> 2007, A59G0A 2 <038AB@0BC@5),  =2*10/2=10 C:>2>4AB2> 48?;><=8:>< A>2<5AB=> A .. C10:>2K< (. %<5;L=8F:89, #, 48?;>< A?5F80;8AB0, 45:01@L 2007),  =10/2=5 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (. %<5;L=8F:89, 0A?8@0=BC@0 # A D52@0;O 2008),  =30/2=15 C:>2>4AB2> 48?;><=8:>< (!. 0;8FK=, $", 2007, 2008, 48?;>< 10:0;02@0, ;5B> 2008),  =2*10=20 6. !>740=85 =>2>3> :C@A0 ;5:F89 2545=85 2 B5>@8N :20=B>20==KE ?>;59 4;O ABC45=B>2 3-3> 8 4-3> :C@A>2 :0D54@K 20=B>2>9 AB0B8AB8:8 8 B5>@88 ?>;O D878G5A:>3> D0:C;LB5B0 #, >A5==89 8 25A5==89 A5<5AB@K 2007 3., 25A5==89 A5<5AB@ 2008,  =30*3=90 >@01>B:0 :C@A0 ?> :>A<>;>388 4;O ABC45=B>2 5-3> :CX LVALh @A0 :0D54@K DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388 D0:C;LB5B0 ?@>1;5< D878:8 8 M=5@35B8:8 $". 5A=0->A5=L 2007, 2008,  =8*4=32 7.740=85 :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. "5>@8O 3>@OG53> >;LH>3> 27@K20 (.!. >@1C=>2, .. C10:>2), >A:20 2007, ISBN 978-5-94274-029-0, 5G.;. 58,25,  =2*58.25/2=58.25 5@5@01>B0==>5 8740=85 (B@5BL) :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. "5>@8O 3>@OG53> >;LH>3> 27@K20 (.!. >@1C=>2, .. C10:>2), >A:20 2008, , ISBN 978-5-382-00657-4, 5G.;. 34.2,  =2*34.2/2/3=11.4 8. B>3>,  =964.624LVAL0=8= ;5:A0=4@ @83>@L528G @>4. 13.09.1984, AB065@ 8AA;54>20B5;L "$,   70 2007-2008 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2007 3>4: C1;8:0F88: 1. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // On the over-barrier reflection in quantum mechanics with multiple degrees of freedom,  2007, -Phys. Rev.  A76,  p. 032114,   = 2.997*30/3 = 29.970 2. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // Complex trajectories in chaotic dynamical tunnelin,  2007. -Phys. Rev.  E76.  p. 046209,   = 2.418*30/3 = 24.180 3. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // Unstable semiclassical trajectories in tunneling,  2007, -Phys. Rev. Lett.  99,  p. 170407,   = 7.489*30/3 = 74.890 >:;04K: !5<8=0@A:85 70=OB8O: 1. >A<>;>38O: $" 3-9 :C@A, 1 A5<5AB@:   = 8 $" 4-9 :C@A, 2 A5<5AB@0:   = 2*8 = 16 2. ;0AA8G5A:85 :0;81@>2>G=K5 ?>;O: $" 4-9 :C@A, 2 A5<5AB@0:   = 2*8=16 3. >?. 3;02K :20=B>2>9 <5E0=8:8: $" 3-9 :C@A, 1 A5<5AB@:   = 8 >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2007:  (2007) = 1.5*(29.970+24.180+74.890+48) = 265.56 2008 3>4: C1;8:0F88: 1. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // Signatures of unstable semiclassical trajectories in tunneling,-2008, e-print arXiv:0811.3391   = 4/3 = 1.33 >:;04K: 1. Quarks-08, // Tunneling via unstable semiclassical solutions   = 4 !5<8=0@A:85 70=OB8O: >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2008:  (2008) = 1.5*(4+1.33) = 8.00 B>3>:   = 265.56+8.00 = 273.56LVAL 5<84>2 !5@359 ;048<8@>28G @>4. 16.12.1981, <=A "$,   70 2007-2008 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2007 3>4: C1;8:0F88: 1. S.V. Demidov, D.S. Gorbunov, More about sgoldstino interpretation of HyperCP events, JETP_Lett.84, 479-484, 2007,  =1.446*60/2=43.38 2. S.V. Demidov, D.S. Gorbunov, Non-minimal Split Supersymmetry, JHEP 0702:055, 2007,  =5.944*30/2=89.16 >:;04K: 1. S.V. Demidov, Nonminimal Split Supersymmetry Quarks-2006, >?C1;8:>20=> 2 20073.,  =4*(1.5-1) = 2 2. S.V. Demidov, Sgoldstino interpretation of HyperCP events, Particles and Cosmology  2007, >?C1;8:>20=> 2 2008 3.  =4*1.5=6 @5?>4020=85: C@A ;5:F89 ?> :;0AA8G5A:8< :0;81@>2>G=K< ?>;O< 4;O ABC45=B>2 D87D0:0 #, 1 A5<5AB@,  =8 C@A ;5:F89 ?> :20=B>2>9 <5E0=8:5 (4>?>;=8B5;L=K5 3;02K) 4;O ABC45=B>2 $", 1 A5<5AB@, =>2K9 :C@A  =30 0 2007:  (2007) = 43.38 + 89.16 + 2 + 6 + 8 + 30 = 178.54 2008 3>4: @5?@8=BK: 1. S.V. Demidov, O.E. Kalashev, Double Pair Production by Ultra High Energy Cosmic Ray Photons, e-Print: arXiv:0812.0859 [astro-ph],  =4/2=2 @5?>4020=85: C@A ;5:F89 ?> :20=B>2>9 <5E0=8:5 (4>?>;=8B5;L=K5 3;02K) 4;O ABC45=B>2 $", 1 A5<5AB@, =>2K9 :C@A  =30 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 #, 2 A5<5AB@0,  =8*2=16 0 2008:  (2008) = 2 + 30 + 16 = 48 >2KH0NI89 :>MDD8F85=B =0 31.12.2008 3>40: 2 (<>;>4>9 A>B@C4=8:, =5 O2;ONI89AO 0A?8@0=B><) B>3>:   = 2 * ( 178.54 + 48 ) = 453.082G8==8:>2 =0B>;89 ;5:A0=4@>28G @>4 11.05.1961 A=A "$, \\   70 2007-2008 33. C1;8:0F88: A.A.Ovchinnikov/ ``Fisher-Hartwig conjecture and the correlators in XY spin chain''/ Phys.Lett.A 366, 357-362, 2007,  =1.55*30=46.5 A.A.Ovchinnikov/ ``Fisher-Hartwig conjecture and the correlators in the impenetrable Bose gas''/ Phys.Lett.A 373, 305-307, 2009,  =1.55*30=46.5 B>3>:  =93.0LVALpOG82>20@>2 .., 19.10.1957, 44<=, 2=A  , " =0 2009 "3@=0;; 1) S. Groote, J.G. Korner, A.A. Pivovarov "Heavy baryon properties with NLO accuracy in perturbative QCD." Eur.Phys.J.C58:355-382,2008. "=3.209*30/32.09 2) S. Groote, J.G. Korner, A.A. Pivovarov "Next-to-Leading Order perturbative QCD corrections to baryon correlators in matter." Phys.Rev.D78:034039,2008. "=4.852*30/3H.52 3) K.G. Chetyrkin, A. Khodjamirian, A.A. Pivovarov "Towards NNLO Accuracy in the QCD Sum Rule for the Kaon Distribution Amplitude." Phys.Lett.B661:250-258,2008. "=5.301*30/3S.01 4) S. Groote, J.G. Korner, A.A. Pivovarov "On the evaluation of a certain class of Feynman diagrams in x-space: Sunrise-type topologies at any loop order." Ann.Phys. 322:2374-2445,2007. "=2.596*30/3%.96 @5?@8=2; 1) T.Mannel, B.D.Pecjak, A.A.Pivovarov "Analyzing B(s) - anti-B(s) mixing: Non-perturbative contributions to bag parameters from sum rules". e-Print: hep-ph/0703244 "=4 >=45@5=688 1) QUARKS-2008 15th International Seminar on High Energy Physics Sergiev Posad, Russia, 23-29 May, 2008. " 2) HSQCD Hadron Structure and QCD: from LOW to HIGH energies Gatchina, Russia, June 30 -- July 4, 2008 " *1.5 3) Helmholz International School HEAVY QUARK PHYSICS 11-21 August 2008 JINR, Dubna, Russia "0 4) "Renormalization Group and Related Topics" Joint Institute for Nuclear Research Bogoliubov Laboratory of Theoretical Physics Dubna Russia, September 1 - 5, 2008 " 5) XIX International Baldin Seminar on high energy physics problems Relativistic Nuclear Physics and Quantum Chromodynamics Dubna, Russia, Sep 29 -- Oct 4, 2008 " 6) "Quantum metrology and fundamental physical constants" Sankt-Peterburg, December 2 - 4, 2008 " =45:A 6828@>20=8?: 2600 1989 "2.09+48.52+53.01+25.96+4+4*20+2*3003.58LVALpOG1. S.G.Lebedev, V.E.Yants, A.S.Lebedev, Correlations Between Switching of Conductivity and Optical Radiation Observed in Thin Graphite-Like Films. Nuclear Instruments & Methods in Physics Research A590(2008)227-233. 2. S.G.Lebedev, A.S.Lebedev,  Calculation of the Lifetimes of Thin Stripper Targets Under Bombardment of Intense Pulsed Ions Phys.Rev.Special Topic: Accelerators and Beams, v.11, p.020401,2008. 3. !..515452 > A;540< C3;5@>4=>9 A25@E?@>2>48<>AB8 @8@>40 !8, 2007, AB@.38-44. 4. !..515452 >@OG0O A25@E?@>2>48<>ABL C3;5@>40? %8<8O 8 87=L !2, 2007, AB@.24-27. 5. S.G.Lebedev  Josephson-Like Behaviour of Granular Carbon Films Report on the 8 th European Conference on Applied Superconductivity, Sept.16-20, 2007. 6. !..515452 ==>20F8>==K9 ?>B5=F80; =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>: ;5=0@=K9 4>:;04 =0 >=D5@5=F88 ==>20F88 -2007 07-09 =>O1@O 20073., 3.'5@=>3>;>2:0 . 7. S.G.Lebedev, A.S.Lebedev  Exploration of Josephson-Like Behavior of Thin Granular Carbon Films Edited Collection  Superconducting Thin Films: New Research , Editor: Arnold H.Barness, Nova Science Publishers, Inc.,2008. ISBN: 978-1-60456-307-8. 8. S.G.Lebedev, A.S.Lebedev,  Calculation of the Lifetimes of Thin Stripper Targets Under Bombardment of Intense Pulsed Ions eprint arXiv: 0705.3694, 2007. 9. S.G.Lebedev, Josephson-Like Behaviour of Granular Carbon Films eprint arXiv: 0706.3310, 2007. 10. !..515452 AA;54>20=85 0=><0;L=>3> M;5:B@><03=5B87<0 =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>:. C1;8:0F8O =0 A09B5 -;5<5=BK 2007 3. http://elementy.ru/blogs/users/serleb/12054/ 11. S.G.Lebedev,  Search for the Reasons of Josephson Like Behavior of Thin Granular Carbon Films eprint arXiv:0802.4197, 2008. 12. S. G.Lebedev,  Evidence of Josephson-Like Behavior of Granular Carbon Films International Review of Physics (IREPHY) ,October, 2008. 13. .. =4@552, .. @02GC:, !.. 515452, .!. 5154520, .. !0<>E8=, .. ;5:A552. $C=:F8>=0;L=K5 >A>15==>AB8 =0=>:;0AB5@>2 D>=>=LVAL=KE @57>=0B>@>2. @5?@8=B /-1192/2008, <0@B 2008. 14.S.G.Lebedev, Stripper Target Lifetime Estimations. Report on 24rd International Conference of INTDS, September, 15-19, 2008, GANIL, Caen, France. To be published in the Proceedings of the Conference. 15.S.G. Lebedev, L.Yu. Sosnin, A.N. Cheltsov ,  Lu-173 and Other Radioisotopes Production Possibilities on Middle Energy Linear Proton Accelerator for Their Use in Radiographic Equipment Report on 24rd International Conference of INTDS, September, 15-19, 2008, GANIL, Caen, France. To be published in the Proceedings of the Conference 16. V.G.Andreev, L.V.Kravchuk, S.G.Lebedev, A.V.Samokhin, N.V.Alekseev, Phonon Resonant Cavities as a Promising Building Blocks of Hand-Made Nanocrystalline Matter, eprint arXiv: 0712.3680, 2007. 17.!..515452, =><0;L=K9 M;5:B@><03=5B87< =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>: 8 2>7<>6=>AB8 53> 8A?>;L7>20=8O 2 =0=>M;5:B@>=8:5 >:;04 =0 1-< 564C=0@>4=>< D>@C<5 ?> =0=>B5E=>;>38O<, >A:20, 3-5 5:01@O 2008 3., "@C4K D>@C<0, B.1, AB@.64-66. 18. V.G.Andreev, L.V.Kravchuk, S.G.Lebedev, A.V.Samokhin, N.V.Alekseev, Phonon Resonant Cavities as a Promising Building Blocks of Hand-Made Nanocrystalline Matter. C1;8:0F8O =0 A09B5 725AB8O =0C:8 2008 3. http://www.inauka.ru/blogs/article80025.html 19. ..=4@552, ..@02GC:, !..515452, .!.5154520, ..!0<>E8=, ..;5:A552, C:>B2>@=K5 =0=>:;0AB5@K "D>=>==KE @57>=0B>@>2" C1;8:0F8O =0 A09B5 -;5<5=BK 2008 3. http://elementy.ru/blogs/users/serleb/34879/ 20. S.G.Lebedev,  Stripper Target Lifetime Estimations . Accepted for publication in Nucl.Instr. and Meth. 21. S.G. Lebedev, L.Yu. Sosnin, A.N. Cheltsov ,  Lu-173 and Other Radioisotopes Production Possibilities on Middle Energy Linear Proton Accelerator for Their Use in Radiographic Equipment Accepted for publication in Nucl.Instr. and Meth. 22. ..>?B5;>2, !..515452, .-./=F, 0B5=B $ 048>E8<8G5A:89 A?>A>1 <>=8B>@8@>20=8O ?>B>:0 1KAB@KE =59B@>=>2 ?>; LVAL CG8; A5@51@O=CN <540;L =0 11 564C=0@>4=>< A0;>=5 ?@><KH;5==>9 A>1AB25==>AB8  87>1@5B5=89, ?@><KH;5==KE >1@07F>2, B>20@=KE 7=0:>2 @E8<54-2008. 23. ..>?B5;>2, !..515452, .-./=F, 0B5=B $ 048>E8<8G5A:89 A?>A>1 <>=8B>@8@>20=8O ?>B>:0 1KAB@KE =59B@>=>2 ?>;CG8; 1@>=7>2CN <540;L 8-3> 564C=0@>4=>3> A0;>=0 8==>20F89 8 8=25AB8F89 2008 3. 24. C:>2>4AB2> ABC45=B>< 515452K< .!. (# D-B 8, A?5F80;870F8O :><?LNB5@=0O 3@0D8:0) 70 2007-2008 33. 25. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 -..>?B5;>20 0480F8>==K5 MDD5:BK 2 B25@4KE B5;0E 8 GB5=85 ;5:F89 ?> :C@AC 2 B5G5=85 >A5==53> A5<5AB@0 2008 3. "LVALpOG C1F>2 @83>@89 3>@528G @>4. 31.07.1981, <=A "$,   70 2007-2008 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2007 3>4: C1;8:0F88: 1. D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, Air-shower simulations with and without thinning: artificial fluctuations and their suppression, Phys.Rev.D76:043004, 2007,  =4.852*30/3=48.52 2. V.A. Kuzmin, G.I. Rubtsov, No-thinning simulations of extensive air showers and small scale fluctuations at the ground level, 8AL<0 2 -"$ 85:535-538, 2007,  =1.446*60/2=43.38 3. D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, Towards event-by-event studies of the ultrahigh-energy cosmic-ray composition, Astropart. Phys. 28 (2007) 28,  =4.047*30/3=40.47 4. A.V. Glushkov, D.S. Gorbunov, I.T. Makarov, M.I. Pravdin, G.I. Rubtsov, I.E. Sleptsov, S.V. Troitsky, Constraining the fraction of primary gamma rays at ultra-high energies from the muon data of the Yakutsk extensive-air-shower array, 8AL<0 2 -"$ 85:163,2007,  =1.446*60/7=12.39 5. L.G. Dedenko, G.F. Fedorova, T.M. Roganova, M.I. Pravdin, I.E. Sleptsov, V.A. Kolosov, A.V. Glushkov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky,  Possible observations of new physics in ultrahigh energy cosmic rays , /45@=0O $878:0 70:170-174,2007,  =0.914*60/10=5.48 >:;04K: 1. G.I.Rubtsov, D.S.Gorbunov, V.A.Kuzmin, S.V.Troitsky "Study of small scale fluctuations in charged particle and muon densities at the ground level with no-thinning simulations of extensive air showers", Proceedings of 30th International Cosmic Ray Conference (03-11 July 2007),  =6*1.5/4=2.25 2. G.I.Rubtsov, D.S.Gorbunov, S.V.Troitsky "Getting rid of artificial fluctuations in EAS simulated with thinning: estimate of artificial fluctuations and simple economical method to suppress them", Proceedings of 30th International Cosmic Ray Conference (03-11 July 2007),  =6*1.5/3=3 @5?>4020=85: C@A A5<8=0@>2 ?> :;0AA8G5A:8< :0;81@>2>G=K< ?>;O< 4;O ABC45=B>2 D87D0:0 #, 2 A5<5AB@0,  =8x2=16 0 2007:  (2007) = 48.52 + 43.38 + 40.47 + 12LVAL.39 + 5.48 + 2.25 + 3 + 16 = 171.49 2008 3>4: C1;8:0F88: 1. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V.Troitsky,  Muon content of ultra-high-energy air showers: Yakutsk data versus simulations , 8AL<0 2 -"$ 87:190-194,2008.,  =1.446*60/7=12.39 >:;04K: 1. G.I.Rubtsov/Timing-related observables for UHECR composition studies/UHECR workshop 2008,  =4 2. Rubtsov, Kalashev, Troitsky/Sensitivity of different experiments to UHE photon component//Quarks-2008,  =4/3 = 1.33 @5?@8=BK: 1. O.E. Kalashev, G.I. Rubtsov, S.V. Troitsky, Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter, arXiv:0812.1020,  =4/3=1.33 !B0BL8 2 =0CG=>-?>?C;O@=KE 6C@=0;0E: 1. .. C1F>2, /:CBA:0O :><?;5:A=0O CAB0=>2:0 4;O @538AB@0F88 H8@>:8E 0B<>AD5@=KE ;82=59, C@=0; 4;O AB0@H5:;0AA=8:>2 8 CG8B5;59 >B5=F80;, 8N=L 2008,  =4 @5?>4020=85: 1. 25A5==89 A5<5AB@ 2008, :C@A A5<8=0@>2 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45B=>2 D87D0:0 # 4 :C@A,  =8 2. >A5==89 A5<5AB@ 2008, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45B=>2 D87D0:0 # 4 :C@A,  =8 0 2008:  (2008) = 12.39 + 4 + 1.33 + 1.33 + 8 + 8 + 4 = 39.05 >2KH0NI89 :>MDD8F85=B =0 31.12.2008 3>40: 2 (<>;>4>9 A>B@C4=8:, =5 O2;ONI89AO 0A?8@0=B><) B>3>:   = 2 * ( 171.49 + 39.05 ) = 421.08rLVAL52:>2 <8B@89 5==048528G @>4. 05.09.1979, =A "$,   70 2007-2008 C1;8:0F88: 1) D.G. Levkov, A.G. Panin, S.M. Sibiryakov. "Unstable Semiclassical Trajectories in Tunneling." // Phys. Rev. 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Buscher/ K- 3He interaction in the pd 3He K+ K- reaction. // #AB=K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5: Workshop on Hadron Physics with COSY-TOF, March 20-21, 2007, Institut fr Kernphysik, Forschungszentrum Jlich, Germany  =6/3=2 ... @8H8=0, .. >=4@0BN:/ >645=85 :0>=-0=B8:0>==KE ?0@ 2 ?@>B>=-459B@>==KE AB>;:=>25=8OE 21;878 ?>@>30  // 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 26-30 >O1@O 2007 3., "-$, >A:20.  =4/2=2 .. >=4@0BN: , ... @8H8=0, / 708<>459AB285 0=B8:0>=>2 A ;53G09H8<8 O4@0<8 ?@8 =87:8E M=5@38OE  // 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 26-30 >O1@O 2007 3., "-$, >A:20.  =4/2=2 B>3>:  =44,1LVALpOGC@528G @83>@89 0=>28G, 28.11.1935, 4.D-<.=., 702. A5:B>@><,   70 2007-2008 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. N.Severijns, A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.V.Golovko, G.M.Gurevich, P.Herzog, I.S.Kraev, A.A.Lukhanin, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, Yu.G.Toporov, C.Tramm, V.N.Vyachin, F.Wauters, D.Zakoucky, E.Zotov. a-decay half-life of 253Es in metallic Fe at temperatures between 4K and 50 mK. Phys. Rev. C76 (2007) 024304. 3.610*30/10=10.83 2. N.S. Borisov, N.A. Bazhanov, A.A. Belyaev, J. Bro~, J. ern, Z. Dole~al, A.N. Fedorov, G.M. Gurevich, M.P. Ivanov, P. Kodya, P. Kubk, E.S. Kuzmin, A.B. Lazarev, F. Lehar , O.O. Lukhanin, V.N. Matafonov, A.B. Neganov, I.L. Pisarev, J. `vejda, S.N. Shilov, Yu.A. Usov, I.Wilhelm. Deuteron frozen spin polarized target for nd experiments at the VdG accelerator of Charles University. Nucl. Instr. and Meth. A593(2008)177-182. 1.224*30/10=3.672 3.N.Severijns, A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.V.Golovko, G.M.Gurevich, P.Herzog, I.S.Kraev, A.A.Lukhanin, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, M.Tandecki, Yu.G.Toporov, C.Tramm, E.Traykov, S. Van Gorp, V.N.Vyachin, F.Wauters, D.Zakoucky, E.Zotov. Hyperfine field of einsteinium in iron and nuclear magnetic moment of 254Es. Phys. Rev. C. (2 ?5G0B8). 3.610*30/10=10.83 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. C@528G, ..5;O52, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ."@0<<, ..OG8=, .0:>CF:8, -.>B>2.  2>?@>AC > 2;8O=88 <5B0;;8G5A:>3> >:@C65=8O 8 =87:8E B5<?5@0BC@ =0 A:>@>ABL 0;LD0-@0A?040 253Es. 725AB8O  (A5@. $87.) 72, 3 (2008) 340-343. 8/10=0.8 2. G.M.Gurevich,A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.Golovko, P.Herzog, I.Kraev, A.A.Lukhanin, V.P.Parfenova, T.Falet, A.V.Rusakov, N.Severijns, Yu.G.Toporov, C.Tramm, V.N.Vyachin, D.Zakoucky, E.Zotov. TheLVAL effect of metallic environment and low temperature on the 253Es  decay rate. Bulletin of the Russian Academy of Sciences: Physics, 72, 3 (2008) 315-318. 8/10=0.8 >:;04K =0 :>=D5@5=F8OE: 1. G.M.Gurevich. About the influence of metal environment and low temperature on 253Es -decay half-life. VII Int. Conf.  Nucleus 2007 (Voronezh 2007). @83;0H5==K9, >?C1;8:>20=. 30*1.5=45 2. ..C@528G 8 4@. 7<5@5=85 A25@EB>=:8E 2708<>459AB289 4;O ?@8<5A59 0:B8=84>2 2 65;575. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2008 (>A:20, 2008 ). !5:F8>==K9. 6/10=0.6 @5?@8=BK (1C<06=K5 8 M;5:B@>==K5): 1. N.S. Borisov, N.A. Bazhanov, A.A. Belyaev, J. Bro~, J. ern, Z. Dole~al, A.N. Fedorov, G.M. Gurevich, M.P. Ivanov, P. Kodya, P. Kubk, E.S. Kuzmin, A.B. Lazarev, F. Lehar , O.O. Lukhanin, V.N. Matafonov, A.B. Neganov, I.L. Pisarev, J. `vejda, S.N. Shilov, Yu.A. Usov I.Wilhelm. Deuteron frozen spin polarized target for nd experiments at the VdG accelerator of Charles University. http://arxiv.org/abs/0712.1314 4/10=0.4 =48284C0;L=K9   70 2007-2008: 72.93   @C:>2>48B5;O: 72.93*0.5+78,06*0.75= 36,46 + 58,55 = 95,01LVALpOG68;02O= 5>=84 025=>28G, 27.03.1940, =0CG=K9 A>B@C4=8:.   70 2007-2008 33. = 30,68 Ia. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E: ..68;02O=. A?5:BK D>B>O45@=>3> (12N; 12B) 0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25I5AB2 A CG5B>< D>=>2KE D>B>=59B@>=>2. 725AB8O . !5@8O D878G5A:0O (2 ?5G0B8).  Ia = 12. Ib. @5?@8=BK: 1. ..;5:A552, ..68;02O=, ..C@02;52, .. 0?B52, ..515452, ..0;8=>2A:89 ..0@52, .. 052A:89, !.. 052A:89, ..!C11>B8=, ../:>2;52. -:A?5@8<5=B0;L=>5 =01;N45=85 2B>@8G=>3> 87;CG5=8O, 2K720==>3> D>B>O45@=K<8 @50:F8O<8 ?@8 >1;CG5=88 A>45@60I8E 07>B 8 C3;5@>4 25I5AB2 ?CG:0<8 g-:20=B>2 A8=E@>B@>=0 $ 0E@0. @5?@8=B $  8<. ..5154520, ., 2008.   = 4/11 = 0,36. 2. ..68;02O=.  2;8O=88 =0 D>B>O45@=>5 (12N; 12B) 0:B820F8>==>5 45B5:B8@>20=85 27@K2G0BKE 25I5AB2 D>=>2KE D>B>- 8 =59B@>=- O45@=KE @50:F89. @5?@8=B / , . (2 ?5G0B8).   = 4. 3. ..68;02O=.  2>7<>6=>AB8 =0 D>B>O45@=>3> (12N; 12B) 0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25I5AB2 (), A:@KBKE 2 3@C7>2KE :>=B59=5@0E (), A CG5B>< 35=5@0F88 D>=>2KE D>B>=59B@>=>2. @5?@8=B / , . (2 ?5G0B8).   = 4.  Ib = 0,36 + 4 + 4 = 8,36. III. >=D5@5=F88: 1. L.Z.Dzhilavyan, A.I.Karev, V.D.Laptev, H.Lowdermilk, V.G.Raevsky, V.I.Shvedunov. About possibility of the photonuclear detector for hidden in cargo containers explosives. Production of background photoneutrons in a case. Proc. of the Gordon Research Conference  Detecting Illicit Substances: Explosives & Drugs (16-21 September, 2007, Big Sky Resort, Big Sky, MT, USA).   = 6*1,5/6 = 1,5. 2. ..;5:A552, ..68;02O=, ..C@02;52, .. 0?B52, ..515452, ..0;8=>2A:89 ..0@52, .. 052A:89, !.. 052A:89, ..!C11>B8=, ../:>2;52. $>B>O45@=>5 45B5:B8@>20=85 A:@KBKE 27@K2G0BKE 25I5AB2. -:A?5@8<5=B0;L=>5 =01;N45=85 2B>@8G=>3> 87;CG5=8O, 2K720==>3> D>B>O45@=K<8 @50:F8O<8 ?@8 >1;CG5=88 A>45@60I8E 07>B 8 C3;5@>4 25I5AB2 ?CG:0<8 g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g-:20=B>2 ?@8 D>B>O45@=>< (12N; 12B)-0:B820F8>==>< 45B5:B8@>20=88 27@K2G0BKE 25I5AB2 (), A:@KBKE 2 :0@3>-:>=B59=5@0E (). !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 /4@>-2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8. 07@01>B:0 <5B>4>2 4;O =0=>B5E=>;>389, <548F8=A:>9 D878:8 8 O45@=>9 M=5@35B8:8.   = 6.  III = 1,5 + 0,82 + 6 + 6 = 14,32 B>3>:   = 12 + 8,36 + 14,32 = 34,68LVALpOG>@@5:F8O: >;18;:8= >@8A !5@35528G, 11.09.1933, :D<=, 4>F5=B, A=A $/ ,   70 2007-08. C1;8:0F88 3. . !. >;18;:8=, .!. 0B=5@,  .. 5:A;5@ 8 @0728B85 O45@=>9 D878:8 2 !>25BA:>< !>N75 , #$ 177, 895, 2007 2,163*60 = 129.78/2 = 64.89 4. B.S. Dolbilkin, B. S. Ratner,  V I Veksler and the development of nuclear physics in the USSR ,  Advances in Physical Sciences , 50, 7, 2007, London 2,163*30 = 64.89/2 = 32.45 5. ! >;18;:8=  0A?04 3830=BA:8E @57>=0=A>2 87 M:A?5@8<5=B>2 A A>2?045=8O<8 70@O65==KE G0AB8F 2 ;53:8E 8 A@54=8E O4@0E /4. $87. 71, 1210, (2008) 0,914* 60 = 54.84 6. BS Dolbilkin  Decay of giant resonances from coincidence experiments at light and medium nuclei NPAN 40, 1182, (2008) 0,914*30 = 27.42 >=D5@5=F88 1. B.S. Dolbilkin,  Decay modes of multipole giant resonances at light and medium nuclei , ?;5=0@=K9 4>:;04, Proc. 11 Int. Sem. EMIN-2006, M, 2006 20 2. B.S. Dolbilkin,  Low energy branch of the giant dipole resonance in photo- and electronuclear reactions , 4>:;04, Proc.11 Int. Sem. EMIN-2006, M, 2006 4 3. "@C4K Int. Sem. EMIN-2006, 2 reports 24*0.5 = 12 4. BS Dolbilkin,  Photo and electronuclear reactions in application to astrophysics in Proc. Int. Sem. OMEG-07, Japan 346, 2008 6*1.5 = 9 5. BS Dolbilkin,  Dynamics of Baryon Resonances on proton and few body systems at 200- 800 MeV energy range Invited Talk at InLVALt. Conf. NPAE-2008, will be published in Proc. In 2009 30*1.5=45 6. ! >;18;:8= 0@8>==K5 @57>=0=AK =0 ?@>B>=5 8 459B@>=5 2 >1;0AB8 200-800 M >:;04 =0 :>=D5@5=F88 /4@>-2008, 1C45B >?C1;8:>20= 2 72.  4*1.5=6 B>3>,   70 2007-08 33. 252  >;18;:8= >@8A !5@35528G, 11.09.1933, :D<=, 4>F5=B, A=A $/ ,   70 2007-08. C1;8:0F88 3. . !. >;18;:8=, .!. 0B=5@,  .. 5:A;5@ 8 @0728B85 O45@=>9 D878:8 2 !>25BA:>< !>N75 , #$ 177, 895, 2007 2,675*60 = 160.5/2 = 80.25 4. B.S. Dolbilkin, B. S. Ratner,  V I Veksler and the development of nuclear physics in the USSR ,  Advances in Physical Sciences , 50, 7, 2007, London 2,675*30 = 80.25/2 = 40.125 5. ! >;18;:8=  0A?04 3830=BA:8E @57>=0=A>2 87 M:A?5@8<5=B>2 A A>2?045=8O<8 70@O65==KE G0AB8F 2 ;53:8E 8 A@54=8E O4@0E /4. $87. 71, 1210, (2008) 0,469* 60 = 28.14 6. BS Dolbilkin  Decay of giant resonances from coincidence experiments at light and medium nuclei NPAN 40, 1182, (2008) 0,469*30 = 14.07 >=D5@5=F88 1. B.S. Dolbilkin,  Decay modes of multipole giant resonances at light and medium nuclei , ?;5=0@=K9 4>:;04, Proc. 11 Int. Sem. EMIN-2006, M, 2006 20 2. B.S. Dolbilkin,  Low energy branch of the giant dipole resonance in photo- and electroLVALnuclear reactions , 4>:;04, Proc.11 Int. Sem. EMIN-2006, M, 2006 4 3. "@C4K Int. Sem. EMIN-2006, 2 reports 24*0.5 = 12 4. BS Dolbilkin,  Photo and electronuclear reactions in application to astrophysics in Proc. Int. Sem. OMEG-07, Japan 346, 2008 6*1.5 = 9 5. BS Dolbilkin,  Dynamics of Baryon Resonances on proton and few body systems at 200- 800 MeV energy range Invited Talk at Int. Conf. NPAE-2008, will be published in Proc. In 2009 30*1.5=45 6. ! >;18;:8= 0@8>==K5 @57>=0=AK =0 ?@>B>=5 8 459B@>=5 2 >1;0AB8 200-800 M >:;04 =0 :>=D5@5=F88 /4@>-2008, 1C45B >?C1;8:>20= 2 72.  4*1.5=6 B>3>,   70 2007-08 33. 212.5LVAL) 3=0B>2 ;5:A0=4@ !5@35528G, 19 >:BO1@O 1983 3>40 @>645=8O, 0A?8@0=B, <;04H89 =0CG=K9 A>B@C4=8:. C1;8:0F88: 1. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 2.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28  : 30*1.659/10=4.98 3. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 " : 9,18 >=D5@5=F88: 1. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2007).  : 30/10=3,00 " : 3,00 " 12,18* 2 = 24,36LVALpOG>=4@0BL52 C4>;LD 5>=84>28G, 19.10.1940, :.D.-<.=., A=A.   70 2007-2008 33. = 49.247 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 1. J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, M. Blackston, C. Bradtke, A. Braghieri, N. d'Hose, H. Dutz, A. Fix, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. van de Vyver, H. Weller, F. Zapadtka. A2 and GDH Collaborations (45) First measurement of the helicity dependence for the p !p +- reaction Eur. J. Phys. A 34, 11-21 (2007) 1.659*30/10=4.977 2. C.M. Tarbert, D.P. Watts, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, K. Fhl, D. Glazier, P. Grabmayr, R. Gregor, E. Heid, D. Hornidge, O. Jahn, V. Kashevarov, A. Knezevic, R. Kondratiev, M. Korolija, M. Kotulla, D. Krambrich, B. Krusche, M. Lang, V. Lisin, K. Livingston, S. Lugert, I.J.D. MacGregor, D.M. Manley, M. Martinez, J.C. McGeorge, D. Mekterovic, V. Metag, B. Nefkens, A. Nikolaev, R. Novotny, R.O. Owens, P. Pedroni, A. Polonski, S. Prakhov, J. Price, G. Rosner, M. Rost, T. Rostomyan, S. Schadmand, S. Schumann, D. Sober, A. Starostin, I. Supek, A. Thomas, M. Unverzagt, T. Walcher, F. Zehr. Crystal Balland A2 Collaborations (70) Incoherent neutral pion photoproduction on Phys. Rev. Lett. 100, 132301-5 (2008) 7.489*30/10 =22.47 -;5:B@>==K5 ?@5?@8=BK AB0B59: 1.S.Prakhov,& ,R.Kondratiev,.. et al. Measurement of slope parameter a for the h ->3p0 decay with the Crystal Ball at MAMI-C. Submitted to Phys. Rev. C (2008) , arXiv:0812.1999v2. 2.M.Unverzagt,..,R.Kondratiev,& et al. Determination of the Dalitz plot parametLVALer alpha for the decay  --> 3 pi0 with the Crystal Ball at MAMI-B. Submitted to Eur.Phys.J. (2008) , arXiv:0812.3324v1. 4/10*2 =0.8 >:;04K =0 :>=D5@5=F88 5<5F:>3> D878G5A:>3> >1I5AB20, A45;0==K5 >B 8<5=8 :>;;01>@0F88. Gieen, 12-16 <0@B0 2007 3., http://www.dpg-verhandlungen.de/2007/giessen/index.html 1. >:;04 HK 10.2. Erste Ergebnisse vom Crystal Ball Experiment am MAMI. " Andreas Thomas fur die A2-Kollaboration. 2. >:;04 HK 11.4. Double pion photoproduction off the proton " Fabien Zehr for the A2-Collaboration 3. >:;04 HK 11.6. Bestimmung der -Masse aus der Reaktion p ! p nahe der Erzeugungsschwelle " Alexander Nikolaev fur die A2-Kollaboration 4. >:;04 HK 11.8. Untersuchung des -Dalitz-Zerfalls und Bestimmung des -Formfaktors mit dem CB/TAPS Detektor an MAMI-B " Henning Berghaeuser fur die A2-Kollaboration 5. >:;04 HK 24.1. Untersuchungen zum magnetischen Moment der +(1232)-Resonanz in der Reaktion " Sven Schumann fur die A2-Kollaboration 6. >:;04 HK 24.2. The reaction p ! 0p measured with circularly polarized photons and the Magnetic Dipole Moment of the +(1232) " Benedicte Boillat for the A2-Collaboration 7. >:;04 HK 40.3. Modifikation der -Wechselwirkung in nuklearer Materie " Stefan Lugert fur die A2-Kollaboration >:;04K =0 :>=D5@5=F88 5<5F:>3> D878G5A:>3> >1I5AB20, A45;0==K5 >B 8<5=8 :>;;01>@0F88. Darmstadt, 10-14 <0@B0 2008 3., http://www.dpg-verhandlungen.de/2008/darmstadt/hk.html 8. >:;04 HK 2.1. Latest results from the GDH-experiment on the deuteron  Mauricio Martinez for the A2-Collaboration 9. >:;04 HK 2.5. Messung elektromagnetischer Formfaktoren von Mesonen mit dem Crystal Ball/TAPS Detektor an MAMI  Berghauser Henning  fur die A2-Kollaboration. 10. >:;04 HK 18.5. Polarized 3He targets at MAMI  J.Krimmer, W.Heil1, and P. Aguar-Bartolome for the A1&A2 Collaborations 10/10*6=6 58 564C=0@>4=0O :>=D5@5=F8O /4@>-2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8., >A:20, 23  27 8N=O 2008ZLVALj 3. >:;04 =0 1-< ?>;C?;5=0@=>< 70A540=88 25.07.08: ..>=4@0BL52, ..8A8=: 5@2K5 42064K ?>;O@870F8>==K5 M:A?5@8<5=BK A <5G5=K<8 D>B>=0<8. 30/2=15 B>3>:  = 4.977+22.47+0.8+6+15= 49.247LVALpOG134,3 70 3@0=8F59 ?>;>65= = 0  $ : C7=5F>2 OG5A;02 ;5:A0=4@>28G B45; : $/  >;6=>ABL: =0CG=K9 A>B@C4=8: (0.1 AB02:8) !B5?5=L: =5B 1. !B0BL8 2 <564C=0@>4=KE @5D5@8@C5<KE 6C@=0;0E 1. 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Double pion photoproduction off the proton " Fabien Zehr for the A2-Collaboration 3. >:;04 HK 11.6. Bestimmung der -Masse aus der Reaktion p ! p nahe der Erzeugungsschwelle " Alexander Nikolaev fur die A2-Kollaboration 4. >:;04 HK 11.8. Untersuchung des -Dalitz-Zerfalls und Bestimmung des -Formfaktors mit dem CB/TAPS Detektor an MAMI-B " Henning Berghaeuser fur die A2-Kollaboration 5. >:;04 HK 24.1. Untersuchungen zum magnetischen Moment der +(1232)-Resonanz in der Reaktion " Sven Schumann fur die A2-Kollaboration 6. >:;04 HK 24.2. The reaction p ! 0p measured with circularly polarized photons and the Magnetic Dipole Moment of the +(1232) " Benedicte Boillat for the A2-Collaboration 7. >:;04 HK 40.3. Modifikation der -Wechselwirkung in nuklearer Materie " Stefan Lugert fur die A2-Kollaboration >:;04K =0 :>=D5@5=F88 5<5F:>3> D878G5A:>3> >1I5AB20, A45;0==K5 >B 8<5=8 :>;;01>@0F88. Darmstadt, 10-14 <0@B0 2008 3., http://www.dpg-verhandlungen.de/2008/darmstadt/hk.html 8. >:;04 HK 2.1. Latest results from the GDH-experiment on the deuteron  Mauricio Martinez for the A2-Collaboration 9. >:;04 HK 2.5. Messung elektromagnetischer Formfaktoren von Mesonen mit dem Crystal Ball/TAPS Detektor an MAMI  Berghauser Henning  fur die A2-Kollaboration. 10. >:;04 HK 18.5. Polarized 3He targets at MAMI  J.Krimmer, W.Heil1, and P. Aguar-Bartolome for the A1&A2 Collaborations 10/10*6=6 58 564C=0@>4=0O :>=D5@5=F8O /4@>-2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8., >A:20, 23  27 8N=O 20VLVALf08 3. >:;04 =0 1-< ?>;C?;5=0@=>< 70A540=88 25.07.08: ..>=4@0BL52, ..8A8=: 5@2K5 42064K ?>;O@870F8>==K5 M:A?5@8<5=BK A <5G5=K<8 D>B>=0<8. 30/2=15 B>3>:  = 4.977+22.47+0.8+6+15= 49.247LVALpOGI.I c0 2007-2008 aa. Iooea.aieia Aeaenaia. Ieeieaaae. 19.12.1980,eoii, in,EO.. Noaouea.aoa.e.oaiuo ca.oaa.iuo .o.iaeao: 1. A. Lleres, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Polarization observable measurements for . + pK+. and . + pK+0 for energies !! up to 1.5 GeV, Eur. 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Iooea.aieia, Oioi.i.aaiea -iaciiia ia i.ioiiao, iaeo.iiao e eaaeeo ya.ao a iaeanoe ioeeiiiuo .aciiainia, .a.i-2008,Iineaa, 23-27 e.iy 2008a. I.IA=20/3=6,7 Aieeaau ia ia.aoia.iaiuoeiioa.aioeyo: 1. Ieaia.iue. V. Nedorezov, ..., A. Ignatov, A. Lapik, A. Mushkarenkov, N. Rudnev, A.Turinge et al., New experimental and simulated results on nuclear media effects in meson photoproduction offnuclei, International School of Nuclear Physics: 29th course Quarks in Hadrons and Nuclei, Erice, 16-24 September 2007. I.IA=30/10=3 Noaoueai.ai.eioao: 1. A. Lleres, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction p K+, arXiv:0807.3839. ! 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Double p0 photoproduction on the neutron at GRAAL. Phys.Lett. B 651 (2007) 108-113 .  : 30*5,31/10=15.93 5. P.Levi Sandri, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Meson photoproduction on the neutron at GRAAL. J.Mod.Phys.A22 (2007) 341-348.  : 30*0.977/10=2.93 6. O.Bartalini, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Measurement of h- photoproduction on the proton from threshold to 1500 MeV. Europ.Phys.J. A33 (2007) 169.  : 30*1.659/10=4.98 7. .. >=>=>2, !..3=0B>2, ..54>@57>2, .. >B0?>2, A>15==>AB8 <5E0=87<0 D>@<8@>20=8O B5=52>3> 87>1@065=8O 2 AF8=B8;;OF8>==KE :@8AB0;;0E.  5D5:B>A:>?8O 4 (2007) 3  : 8/4=2.00 8. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 9.A.Ignatov et al., (37 co-authors)  New exLVALperimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 9. A. Lleres A.,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL Collaboration). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008).  : 30*1.659/10=4.98 10. J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 12. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. ;L<0=0E :;8=8G5A:>9 <548F8=K, B.XYII , (2008) G.1. AB@. 285-288.  : 8/6=1.33 " : 84,50 >=D5@5=F88: 1. V.Gurzadyan, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. On the light speed anisotropy vs cosmic microwave background dipole. WSPC  Proceedings Compton MG11-4 (2007).  : 6/10=0.60 2. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2007).  : 30/10=3,00 3. A.Mushkarenkov, O.Bartalini, & A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. , Eta-photoproduction on the deuteron. LVALProc. XI Int. Sem. EMIN-2006, Moscow, 50-58, (2007).  : 30/10=3.00 4. A.D.Belyaev, V.V.Chesnokov, A.S.Ignatov, V.G.Nedorezov, N.N.Peskov, M.E.Stepanov, A.A.Turinge, V.V.Varlamov. New relational database for experimental and model meson photoproduction data in Internet. Proc. XI Int. Sem. EMIN-2006, Moscow, 176-178, (2007).  : 30/8=3.75 5. A.D.Belyaev, V.M.Ionov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge. Experimental methods for calibration of coordinate detectors for high energy gammas and electrons. Proc. XI Int. Sem. EMIN-2006, Moscow, 205-207, (2007).  : 30/6=5.00 7.A.D'Angelo et al. (GRAAL Collaboration) (40 co-authors). ``Meson Photoproduction on the Nucelon with Polarozed Photons", Eur.Phys.J.A31:441-445,2007; 4th Int. Conference on quarks and Nuclear Physics QNP06, June 2006, Madrid, Spain.  : 30*1.659*0.7/10=3.84 8 P.Levi Sandri et al. (GRAAL Collaboration) (32 co-authors) ``Meson Photoproduction on the deuteron at GRAAL", Int.J. Mod. Phys. A22:341-348, 2007: Proceeding of 9th Int. Workshop on Meson Production Meson2006, June 2006, Cracow, Poland.  : 30*1.472*0.7/10=3.09 9. ..54>@57>2. $>B>O45@=K5 8AA;54>20=8O =0 =0:>?8B5;OE M;5:B@>=>2 8 BO65;KE 8>=>2. 0@:>2A:85 GB5=8O. / - / (2008) .  : 20/1=20.00 10. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. >:;04 =0 III "@>8F:>9 :>=D5@5=F88 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5. "@>8F: (2008).  : 4/6=0.67 11. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2,..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2,..0@8=, ..20=>2.5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SiPM A> AF8=B8;;OB>@>< ZnSB2O3 A 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. "578AK 4>:;04>2 58->3> <564.A>25I0=8O .?> O45@=>9 A?5:B@>A:>?88 AB@C:BC@5 0B><=>3> O4@0 / -2008) . # (2008) , AB@. 270.  : 6/10=0.60 12. .!.3=0B>2, ..CH:0@fLVALv5=:>2, ..54>@57>2. $>B>@>645=85 h - <57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2. "578AK 4>:;04>2 58->3> <564.A>25I0=8O .?> O45@=>9 A?5:B@>A:>?88 AB@C:BC@5 0B><=>3> O4@0 / -2008) . # (2008) , AB@. 37.  : 30/3=10.00 13. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-7354-0586-8 (2008)  : 30/10=3.00 " : 56,55 #G.?>A>185. ..CH:0@5=:>2, ..54>@57>2. -;5:B@><03=8B=K5 2708<>459AB28O O45@. 74. / , 7,7 @54.874. ;8AB>2.   = 7,7 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 11. A.Lleres et al., (GRAAL Collaboration) (38 co-authors) ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Arxiv:nucl-ex/0807.3839  : 4/38=0.4 17. V.G.Gurzadyan et al., (34 co-authors) ``On the Light Speed Anizotropy vs Cosmic Microwave Background Arxiv:astro-ph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pOG>;>=A:89 =4@59 5>=84>28G, @>4. 14.09.1956, =A.   70 2007-2008 33. = 34.247 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 1. J. Ahrens, S. Altieri, J.R.M. Annand, H.-J. Arends, R. Beck, M. Blackston, C. Bradtke, A. Braghieri, N. d'Hose, H. Dutz, A. Fix, S. Grtz, P. Grabmayr, S. Hasegawa, E. Heid, H. Holvoet, N. Horikawa, T. Iwata, O. Jahn, P. Jennewein, F. Klein, R. Kondratiev, M. Lang, B. Lannoy, V. Lisin, M. Martinez, J.C. McGeorge, W. Meyer, A. Panzeri, P. Pedroni, T. Pinelli, I. Preobrajenski, G. Reicherz, C. Rohlof, G. Rosner, M. Rost, T. Rostomyan, D. Ryckbosch, M. Schumacher, B. Seitz, G. Tamas, A. Thomas, R. van de Vyver, H. Weller, F. Zapadtka. A2 and GDH Collaborations (45) First measurement of the helicity dependence for the p !p +- reaction Eur. J. Phys. A 34, 11-21 (2007) 1.659*30/10=4.977 2. C.M. Tarbert, D.P. Watts, P. Aguar Bartolom, J. Ahrens, J.R.M. Annand, H.-J. Arends, R. Beck, V. Bekrenev, B. Boillat, A. Braghieri, D. Branford, W. Briscoe, J. Brudvik, S. Cherepna, R. Codling, E. Downie, K. Fhl, D. Glazier, P. Grabmayr, R. Gregor, E. Heid, D. Hornidge, O. Jahn, V. Kashevarov, A. Knezevic, R. Kondratiev, M. Korolija, M. Kotulla, D. Krambrich, B. Krusche, M. Lang, V. Lisin, K. Livingston, S. Lugert, I.J.D. MacGregor, D.M. Manley, M. Martinez, J.C. McGeorge, D. Mekterovic, V. Metag, B. Nefkens, A. Nikolaev, R. Novotny, R.O. Owens, P. Pedroni, A. Polonski, S. Prakhov, J. Price, G. Rosner, M. Rost, T. Rostomyan, S. Schadmand, S. Schumann, D. Sober, A. Starostin, I. Supek, A. Thomas, M. Unverzagt, T. Walcher, F. Zehr. Crystal Balland A2 Collaborations (70) Incoherent neutral pion photoproduction on Phys. Rev. Lett. 100, 132301-5 (2008) 7.489*30/10 =22.47 -;5:B@>==K5 ?@5?@8=BK AB0B59: 1.S.Prakhov,& ,R.Kondratiev,.. et al. Measurement of slope parameter a for the h ->3p0 decay with the Crystal Ball at MAMI-C. Submitted to Phys. Rev. C (2008) , arXiv:0812.1999v2. 2.M.Unverzagt,..,R.Kondratiev,& et al. Determination of the Dalitz plot parameter alpha LVALfor the decay  --> 3 pi0 with the Crystal Ball at MAMI-B. Submitted to Eur.Phys.J. (2008) , arXiv:0812.3324v1. 4/10*2 =0.8 >:;04K =0 :>=D5@5=F88 5<5F:>3> D878G5A:>3> >1I5AB20, A45;0==K5 >B 8<5=8 :>;;01>@0F88. Gieen, 12-16 <0@B0 2007 3., http://www.dpg-verhandlungen.de/2007/giessen/index.html 1. >:;04 HK 10.2. Erste Ergebnisse vom Crystal Ball Experiment am MAMI. " Andreas Thomas fur die A2-Kollaboration. 2. >:;04 HK 11.4. Double pion photoproduction off the proton " Fabien Zehr for the A2-Collaboration 3. >:;04 HK 11.6. Bestimmung der -Masse aus der Reaktion p ! p nahe der Erzeugungsschwelle " Alexander Nikolaev fur die A2-Kollaboration 4. >:;04 HK 11.8. Untersuchung des -Dalitz-Zerfalls und Bestimmung des -Formfaktors mit dem CB/TAPS Detektor an MAMI-B " Henning Berghaeuser fur die A2-Kollaboration 5. >:;04 HK 24.1. Untersuchungen zum magnetischen Moment der +(1232)-Resonanz in der Reaktion " Sven Schumann fur die A2-Kollaboration 6. >:;04 HK 24.2. The reaction p ! 0p measured with circularly polarized photons and the Magnetic Dipole Moment of the +(1232) " Benedicte Boillat for the A2-Collaboration 7. >:;04 HK 40.3. Modifikation der -Wechselwirkung in nuklearer Materie " Stefan Lugert fur die A2-Kollaboration >:;04K =0 :>=D5@5=F88 5<5F:>3> D878G5A:>3> >1I5AB20, A45;0==K5 >B 8<5=8 :>;;01>@0F88. Darmstadt, 10-14 <0@B0 2008 3., http://www.dpg-verhandlungen.de/2008/darmstadt/hk.html 8. >:;04 HK 2.1. Latest results from the GDH-experiment on the deuteron  Mauricio Martinez for the A2-Collaboration 9. >:;04 HK 2.5. Messung elektromagnetischer Formfaktoren von Mesonen mit dem Crystal Ball/TAPS Detektor an MAMI  Berghauser Henning  fur die A2-Kollaboration. 10. >:;04 HK 18.5. Polarized 3He targets at MAMI  J.Krimmer, W.Heil1, and P. Aguar-Bartolome for the A1&A2 Collaborations 10/10*6=6 B>3>:  = 4.977+22.47+0.8+6+15= 34.247LVALpOG C4=52 8:>;09 OG5A;02>28G 18.12.1972, <=A , $/ ,   70 2007  2008 33. = 98,50 C1;8:0F88: 1.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. 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O.Bartalini, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, photoproduction??V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. Measurement of on the proton from threshold to 1500 MeV. Europ.Phys.J. A33 (2007) 169.  : 30*1.659/10=4.98 7. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 8.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 9. A. Lleres A.,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL CollaboraLVALtion). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008).  : 30*1.659/10=4.98 10. J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 " : 81.17 >=D5@5=F88: 1. V.Gurzadyan, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. On the light speed anisotropy vs cosmic microwave background dipole. WSPC  Proceedings Compton MG11-4 (2007).  : 6/10=0.60 2. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2007).  : 30/10=3,00 3. A.Mushkarenkov, O.Bartalini, & A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. , Eta-photoproduction on the deuteron. Proc. XI Int. Sem. EMIN-2006, Moscow, 50-58, (2007).  : 30/10=3.00 7.A.D'Angelo et al. (GRAAL Collaboration) (40 co-authors). ``Meson Photoproduction on the Nucelon with Polarozed Photons", Eur.Phys.J.A31:441-445,2007; 4th Int. Conference on quarks and Nuclear Physics QNP06, June 2006, Madrid, Spain.  : 30*1.659*0.7/10=3.84 8 P.Levi Sandri et al. (GRAAL Collaboration) (32 co-authors) ``Meson Photoproduction on the deuteron at GRAAL", Int.J. Mod. Phys. A22:341-348, 2007: Proceeding of 9th Int. Workshop on Meson Pro LVAL duction Meson2006, June 2006, Cracow, Poland.  : 30*1.472*0.7/10=3.09 13. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-7354-0586-8 (2008)  : 30/10=3.00 " : 16.53 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 11. A.Lleres et al., (GRAAL Collaboration) (38 co-authors) ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Arxiv:nucl-ex/0807.3839  : 4/38=0.4 17. V.G.Gurzadyan et al., (34 co-authors) ``On the Light Speed Anizotropy vs Cosmic Microwave Background Arxiv:astro-ph/0701127  : 4/34=0.4 " 0.8 " 98.5LVAL  70 2007-2008 33. CA0:>2 @BC@ ;048<8@>28G, 25.11.1964, <.=.A. 1. N.Severijns, A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.V.Golovko, G.M.Gurevich, P.Herzog, I.S.Kraev, A.A.Lukhanin, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, Yu.G.Toporov, C.Tramm, V.N.Vyachin,F.Wauters, D.Zakoucky, .Zotov. a-decay half-life of 253Es in metallic Fe at temperatures between 4K and 50 mK. Phys. Rev. C76 (2007) 024304. 3.610*30/10=10.83 3. .. C@528G, ..5;O52, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ."@0<<, ..OG8=, .0:>CF:8, -.>B>2.  2>?@>AC > 2;8O=88 <5B0;;8G5A:>3> >:@C65=8O 8 =87:8E B5<?5@0BC@ =0 A:>@>ABL 0;LD0-@0A?040 253Es. 725AB8O  (A5@. $87.) 72, 3 (2008) 340-343. 8/10=0.8 4. G.M.Gurevich,& , A.V.Rusakov e.a. The effect of metallic environment and low temperature on the 253Es  decay rate. Bulletin of the Russian Academy of Sciences: Physics, 72, 3 (2008) 315-318. 8/10=0.8 5. N.Severijns,& , G.M.Gurevich,& , A.V.Rusakov e.a. Hyperfine field of einsteinium in iron and nuclear magnetic moment of 254Es. Submitted to Phys. Rev. C. 3.610*30/10=10.83 6. 5@18F:89 !.!., <>E>=>2 .., 0?8: .., CA0:>2 .. %@8;52, .., &5;51@>2A:89 .. !?5:B@><5B@ 42>9=>3> @0AA5O=8O =59B@>=>2 8 30<<0-:20=B>2. 725AB8O . -=5@35B8:0, ! 6 (2007). 8/6=1.33 7. !.!.5@18F:89 , ..;0B:89, ..0?8:, .!. 0B=5@, .. CA0:>2, .."8:0=>2, .."C;C?>2, ..&5;51@>2A:89. AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 (,n) =0 O4@0E 52Cr 8 51V. /45@=0O D878:0 (2 ?5G0B8). 0,914*60/8=6.86 B>3> 31.456LVALtH!>@>:8= .@89 20=>28G, @>4. 26.10.1939 3., :.D-<.=., =.A. >:;04K 8 B578AK: !5:F8>==K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 /4@> 2008 57>=0=A=>5 2>71C645=85 >AF8;;OB>@0 8 83>;LG0B>5 AB@>5=85 D>B>=0. 0;;K: 8 !5:F8>==K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 /4@> 2008 57>=0=A=>5 2>71C645=85 >AF8;;OB>@0 8 83>;LG0B>5 AB@>5=85 D>B>=0. 725AB8O , 2 ?5G0B8. 0;;K: 8*0,3*1,5 = 3,6 @5?@8=BK. V.Kouznetsov, S.Yu.Merkulov, G.Solodukhov, Yu.Sorokin, A.Turinge. Total and nuclear photoabsorption cross-sections of 52 Cr in the energy range of 8-70 MeV. E-print 08124652. http://slac.stanford.edu/spires 0;;K: 4 : 5 = 0,8 0;;K 2A53>: 8 + 3,6 +0,8 = 12,4!>;>4CE>2 5==0489 0A8;L528G, @>4. 19.11.1935 3., :.D-<.=, 702. A5:B>@>< #& AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E .. @><>2, .. 0A8;L52, .. !>;>4CE>2 0B5<0B8G5A:>5 <>45;8@>20=85 CA:>@5=8O 2 @07@57=>< <8:@>B@>=5 =0 50 M A >3@0=8G5==K< G8A;>< >@18B. B><=0O M=5@38O, 2008, B.104, 2K?.5, AB@. 307-310. 0;;K: 8 : 3 = 2,66 .. @><>2, .. 0A8;L52, .. !>;>4CE>2. 0B5<0B8G5A:>5 <>45;8@>20=85 D>:CA8@>2:8 2 @07@57=>< <8:@>B@>=5 =0 50 M A >3@0=8G5==K< G8A;>< >@18B. B><=0O M=5@38O, 2 ?5G0B8. 0;;K: 8 : 3 = 2,66 @5?@8=BK "..:A5=>20, ..0?8:, .. CA0:>2, ..!>;>4CE>2 #?@02;5=85 :>MDD8F85=B>< CA8;5=8O $-# 4;O @01>BK 2 CA;>28OE ?5@5<5==>9 703@C7:8. @5?@8=B / , 2 ?5G0B8. 0;;K: 4 : 4 = 1 V.Kouznetsov, S.Yu.Merkulov, G.Solodukhov, Yu.Sorokin, A.Turinge. Total and nuclear photoabsorption cross-sections of 52 Cr in the energy range of 8-70 MeV. E-print 08124652. http://slac.stanford.edu/spires 0;;K: 4 : 5 = 0,8 4>:;04K =0 A5<8=0@0E (565=545;L=KE 8;8 G0ABKE) 0;;K 2A53>:7. 0;;K @C:>2>48B5;O: 7*0,5+282,5/4*0,75=56,5,LVALX>;5=A:89 /= !B0=8A;02>28G @>4. 21.11.1937, =A -,   70 2007-2008 33 !B0BL8: /.!. ;5=A:89/ ;8O=85 <=>3>:@0B=>3> @0AA5O=8O =0 25;8G8=C :@8B8G5A:>3> ?>;O 4;O C1530NI8E M;5:B@>=>2 2 0B<>AD5@5// 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062.,   = 8. >:;04K: /.!. ;5=A:89/  ?>2545=88 ( =0 ?>74=8E AB048OE @0728B8O, 30 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !-5B5@1C@3, 3-7 023CAB0 2006 3.,   = 4*1.5 = 6. @5?@8=BK: Ya. S. Elensky/ Effect of Multiple Scattering on the Critical Electric Field for Runaway Electrons in the Atmosphere// arXiv: 0712.3861v1 (2007),   = 4. B>3>:   = 18"C;C?>2 >@8A ;5:A5528G, 06.08.1931, :.D.-<.=, A=A.,   70 2007  2008 33. C1;8:0F88: 1. !.!. 5@18F:89, .. 0?8:, .!. 0B=5@, .. CA0:>2, .."8:0=>2, .."C;C?>2, .. &5;51@>2A:89. AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 ( . n) =0 O4@0E 52 Cr 8 51V. /$ (2 ?5G0B8)  =0.914*60/7=7.83 2. .."C;C?>2, ..#@8=. $@03<5=B0F8>==K9 A4283 M=5@388 O45@=KE 3830=BA:8E @57>=0=A>2. /$ 72, !4 (2009) (2 ?5G0B8).  =0.914*60/2=27.42 >=D5@5=F88: 1. .. "C;C?>2, .. #@8= . $@03<5=B0F8>==K9 A4283 M=5@388 O45@=KE 3830=BA:8E @57>=0=A>2. >:;04, ?@54AB02;5==K9 =0 =0CG=CN A5AA8N $ (>A:20, O=20@L 2008)  =1.5*4/2=3 2. .."C;C?>2, ..#@8=. $@03<5=B0F8>==K9 A4283 M=5@388 O45@=KE 3830=BA:8E @57>=0=A>2. >:;04, ?@54AB02;5==K9 =0 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0, >A:20, 2008 3.  =!.5*6/2=4.5 B>3>:  = 7.83+27.42+3+22.19=42.75LVALpOG"C@8=35 =4@59 @8A>28G 18.12.1956, A=A (1/2 AB02:8) , $/ ,   70 2007  2008 33. = 98,50 C1;8:0F88: 1.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 2 A.Lleres et al. 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Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 " : 81.17 >=D5@5=F88: 1. V.Gurzadyan, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. On the light speed anisotropy vs cosmic microwave background dipole. WSPC  Proceedings Compton MG11-4 (2007).  : 6/10=0.60 2. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2007).  : 30/10=3,00 3. 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AIP Conference Proceedings, Volume 1056, ISBN 978-0-7354-0586-8 (2008)  : 30/10=3.00 " : 16.53 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 11. A.Lleres et al., (GRAAL Collaboration) (38 co-authors) ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Arxiv:nucl-ex/0807.3839  : 4/38=0.4 17. V.G.Gurzadyan et al., (34 co-authors) ``On the Light Speed Anizotropy vs Cosmic Microwave Background Arxiv:astro-ph/0701127  : 4/34=0.4 " 0.8 " 98.5LVALpOGC1A0=4>@6852 0O@B> >=AB0=B8=>28G, :.D.-<.=., A=A -   2007-2008 C1;8:0F88 2007 1. V.M.Aynutdinov, & & & & .., B.K.Lubsandorzhiev et al. The Baikal Neutrino experiment: NT200+ and beyond // Nucl. Instrum. and Meth. A. 2007. V.572. P.511-514. 1.224x30/10=3.672 2. O.Mineev, A.Afanasjev, G.Bondarenko, V.Golovin, E.Gushchin, A.Izmailov, M.Khabibulin, A.Khotjantsev, Yu.Kudenko, Y.Kurimoto, B.Lubsandorzhiev, V.Mayatski, Yu.Musienko, T.Nakaya, T.Nobuhara, B.A.J.Shaibonov, A.Shaikhiev, M.Taguchi, N.Yershov, M.Yokoyama. Scintillator counters with multi-pixel avalanche photodiode readout for the ND280 detector of the T2K experiment // Nucl. Instrum. and Meth. A. 2007. V. 577. P.540-551. 1.224x30/10=3.672 3. ..C4=52, .8H=52A:8, ..@MAA, ..01;>F:89, ..>@5AB5;520, ..C7L<8G52, ..C1A0=4>@6852 8 4@. 0AA>2K9 A>AB02 :>A<8G5A:8E ;CG59 ?> 40==K< CAB0=>2:8 "#-25 // 725AB8O . !5@8O D878G5A:0O. 2007. ".71. N.4. !.493-495. 8x0.1=0.8 4. . .0@010=>2, ..5@5A=8:>20, ..>@=>CE>2, ..C1A0=4>@6852, ..>;5IC:. 7<5@5=85 :@82>9 2KA25G820=8O AF8=B8;;OB>@0 CaMoO4 // @5?@8=B /  1184/2007 N;L 2007, 11A. 4E0.2=0.8 5. N.M.Budnev, O.V.Chvalaev, O.A.Gress, & & & .., B.K.Lubsandorzhiev et al. Tunka-133 EAS Cherenkov Array: Status of 2007 // Proc. of the 30th ICRC, Merida Mexico, July 2007 / Astro-ph/arXiv:0712. 4x0.1=0.4 6. B.K.Lubsandorzhiev, R.V.Poleshuk, B.M.J.Shaibonov, Y.E.Vyatchin, A.V.Zablotsky. A LED Flasher for TUNKA EAS Experiment // Proc. of the 30th ICRC, Merida Mexico, July 2007 / Physics/arXiv:0709.0458 4E0.2=0.8 7. B.K.Lubsandorzhiev, R.V.Poleshuk, B.M.J.Shaibonov, Y.E.Vyatchin. Powerful nanosecond light sources based on LEDs for astroparticle physics experiments // Proc. of the 30th ICRC, Merida Mexico, July 2007. / Physics/arXiv:0709.0453 4E0.25=1 8. ..0A8;L52, .-.OBG8=, ..C1A0=4>@6852, ..>E8;, ...(091>=>2. ;C1>:>2>4=0O M:A?5@8<5=B0;L=0O 38@;O=40 // @5?@8=B / -1188/2007 4E0.2=0.8 9. B.K.Lubsandorzhiev, B.Combettes. The quest LVALfor the ideal scintillator for hybrid phototubes // Physics/arXiv:0710.2069 4/2=2 KABC?;5=8O 2007 1. 2->5 564C=0@>4=>5 A>25I0=85  Workshop -  Large area photodetectors for the next generation neutrino telescopes  0@A5;L $@0=F8O, 28 D52@0;L  3 <0@B0 2007. >:;04  Perspectives of Hybrid Phototubes 1x30=30 2. 564C=0@>4=0O :>=D5@5=F8O  IEEE  9th International Conference on Inorganic Scintillators and their Applications , Winston-Salem, NC USA, 4-8 8N=O 2007. >:;04 -  The quest for the ideal scintillator for hybrid phototubes (1x30=30)x1.5=45 3. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B>@0< 2 D878G5A:8E M:A?5@8<5=B0E, Ringberg Castle 5@<0=8O, 23-28 !5=BO1@O 2007. >:;04K  New PMT development 1x30=30 4. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B>@0< 2 D878G5A:8E M:A?5@8<5=B0E, Ringberg Castle 5@<0=8O, 23-28 !5=BO1@O 2007. >:;04K  New PMT development 1x30=30 5. 5-0O 564C=0@>4=0O :>=D5@5=F8O ?> G5@5=:>2A:8< 45B5:B>@0< RICH2007, "@85AB B0;8O, 15-20 >:BO1@O 20073. >:;04K:  The quest for the ideal photodetector for the next generation of deep underwater neutrino telescopes (1x30=30)x1.5=45 6. 5-0O 564C=0@>4=0O :>=D5@5=F8O ?> G5@5=:>2A:8< 45B5:B>@0< RICH2007, "@85AB B0;8O, 15-20 >:BO1@O 20073.  TUNKA EAS Cherenkov experiment in Tunka Valley (6/10=0,6)x1.5=0.9 7. 564C=0@>4=0O :>=D5@5=F8O  Workshop  Advanced Gamma Detectors  , >A:20 >AA8O 5-8 45:01@O 2007.>:;04:  Timing properties of the new LaBr:Ce and CeBr scintillator crystals 1x30=30 C:>2>4AB2> 0A?8@0=B0<8 8 48?;><=8:0<8 2007 1. C:>2>4AB2> 0A?8@0=B><. (091>=>2 0B>@ ;5:A0=4@>28G, 0A?8@0=B 3-3> 3>40 $, B5<0 48AA5@B0F8>==>9 @01>BK  -;5<5=BK D>B>=8:8 2 M:A?5@8<5=B0E =5CA:>@8B5;L=>9 D878:8 M;5<5=B0@=KE G0AB8F (2007) (30)E1=30 3. C:>2>4AB2> 0A?8@0=B><. >;5IC: ><0= ;048<8@>28G, 0A?8@0=B 1-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  $>B>45B5:B>@K M:A?5@8<5=B>2 GERDA 8 D-CHOOZ (2007) 30E1=30 4. C:>2>4AB2> 0A?8@0=B><. 5@5A=8:>20 ==0 0A8;L52=0, 0A?8@0=B:0 /  3 3>4, B5<0 48AA5LVAL@B0F8>==>9 @01>BK  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 CaMoO4 2007 (30)/2=15 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, 10:;02@80B >AA89A:89 #=825@A8B5B 4@C61K =0@>4>2, 48?;><=0O @01>B0  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LaBr:Ce 8 CeBr (2007) 10E1=10 6. C:>2>4AB2> ABC45=B>< 48?;><=8:><. 028B0H28;8 @0:;89 (>B0528G 48?;><=8: A?5F80;8AB $, 48?;><=0O @01>B0  AA;54>20=85 2>7<>6=>AB8 8A?>;L7>20=8O :@5<=852KE D>B>C<=>68B5;59 2 20:CC<=KE 381@84=KE D>B>45B5:B>@0E (2007) 10E1=10 C1;8:0F88 2008 1.Yu. Kudenko, E. Akhrameev, G. Bondarenko, V. Golovin, E. Gushin, A. Izmailov, M. Khabibullin, A. Khotyantsev, B. Lubsandorzhiev, O. Mineev, Yu. Musienko, A. Shaykhiev, N. Yershov. Study of MRS photodiodes for T2K experiment // Proc. of PD07 Conference. Kobe Japan. June 27-29. 2007. / Proceedings of Science. Po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ubsandorzhiev, B.Combettes. The quest for the ideal scintillator for hybrid photodetectors // IEEE Transactions on Nuclear Science 2008. Vol.55. Issue 3. Part2. P.1333-1337. (1,259E30/2=18,885)x0.7=13.2195 5. B.K.Lubsandorzhiev. The quest for the ideal photodetector for the next generation deep underwater neutrino telescopes // Nucl. Instrum. and Meth. A. 2008. V. 595. P.58-61. (1,224E30/1= 36,72)x0.7=25.7334 6. B.K.Lubsandorzhiev. TUNKA  EAS Cherenkov experiment in the Tunka LVALValley // Nucl. Instrum. and Meth. A. 2008. V. 595. P.73-76. (1,224E30/1= 36,72)x0.7=25.7334 7. N.M.Budnev, O.V.Chvalaev, O.A.Gress, N.N.Kalmykov, V.A.Kozhin, E.E.Korosteleva, L.A.Kuzmichev, B.K.Lubsandorzhiev, R.R.Mirgazov, G.Navarra, M.I.Panasyuk, L.V.Pankov, V.V.Prosin, V.S.Ptuskin, Y.A.Semeney, A.V.Skurikhin, B.A.Shaibonov(junior), Ch.Spiering, R.Wischnewski, I.A.Yashin, A.V.Zablotsky, A.V.Zagorodnikov. Data acquisiyion system for the TUNKA-133 array / arXiv:0801.3037. 4/10=0.4 9. J.Greiner, A.Iyudin, G.Kanbach, & & .., B.K.Lubsandorgiev et al. Gamma-ray burst investigation via polarimetry and spectroscopy (GRIPS) // Experimental Astronomy 2008. 0.296x30/10=0.888 10. J.Greiner, A.Iyudin, G.Kanbach, & & & , B.K.Lubsandogiev et al. GRIPS - Gamma-ray burst investigation via polarimetry and spectroscopy // arXiv:0808.0267. 4/10=0.4 11. V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, & & & ., B.K.Lubsandorzhiev et al. On the level of background in underground muon measurements with plastic scintillator counters // arViv:0810.2414. 4/10=0.4 KABC?;5=8O 2008 1. 564C=0@>4=0O :>=D5@5=F8O ?> =59B@8==K< B5;5A:>?0< 1>;LH>3> >1J5<0  Very Large Volume Neutrino Telescopes VLVnT2008 . 21-24 April 2008, Toulon France. >:;04  Hybrid Phototubes in Neutrino Telescopes: Experience and Perspectives 30x1.5=45 2. 564C=0@>4=0O :>=D5@5=F8O ?> =59B@8==K< B5;5A:>?0< 1>;LH>3> >1J5<0  Very Large Volume Neutrino Telescopes VLVnT2008 . 21-24 April 2008, Toulon France. >:;04:  LED based powerful nanosecond light sources for calibration systems of deep underwater neutrino telescopes 30x1.5=45 3. 2-0O <564C=0@>4=0O :>=D5@5=F8O ?> 30<<0-45B5:B8@>20=8N  Advanced Gamma Detectors AGADE2008 2-6 June 2008, Munich Germany, >:;04:  Scintillation emission kinetics of LaBr:Ce  1x30=30 4. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection , 16-20 June 2008. Aix-les-Bains France. >:;04:  QUASAR-370 hybrid phototube as a prototype of a photodetector for the next generation of nLVALeutrino telescopes 30x1.5=45 5. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection , 16-20 June 2008. Aix-les-Bains France. >:;04:  Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber optics readout of plastic scintillator counter for EMMA experiment (6/10=0.6)x1.5=0.9 6. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection NDIP2008 , 16-20 June 2008. Aix-les-Bains France. >:;04:  Cherenkov muon-veto detector of GERDA experiment (6/5=1.2)x1.5=1.8 7. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection NDIP2008 , 16-20 June 2008. Aix-les-Bains France. >:;04:  Scintillating crystal Hybrid Photon Detetctor (X-HPD) development for the KM3Net km3-scale neutrino telescope (6/8=0.75)x1.5=1.125 8. 564C=0@>4=0O H:>;0  EUROGRAD , 6-9 October 2008, Tuebingen Germany. >:;04: Fundamentals of Photodetection 1x30=30 9. 564C=0@>4=0O :>=D5@5=F8O ?> 45B5:B8@>20=8N =59B@8=> =87:8E M=5@389 LENA2008, 15-18 December 2008, Garching Germany >:;04:  Present status of large area photodetectors 1x30=30 C:>2>4AB2> 0A?8@0=B0<8 8 48?;><=8:0<8 2008 1. C:>2>4AB2> 0A?8@0=B><. (091>=>2 0B>@ ;5:A0=4@>28G, 0A?8@0=B 3-3> 3>40 $, B5<0 48AA5@B0F8>==>9 @01>BK  -;5<5=BK D>B>=8:8 2 M:A?5@8<5=B0E =5CA:>@8B5;L=>9 D878:8 M;5<5=B0@=KE G0AB8F (2008) (30)E1=30 3. C:>2>4AB2> 0A?8@0=B><. >;5IC: ><0= ;048<8@>28G, 0A?8@0=B 2-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  $>B>45B5:B>@K M:A?5@8<5=B>2 GERDA 8 D-CHOOZ (2008) 30E1=30 4. C:>2>4AB2> 0A?8@0=B><. 5@5A=8:>20 ==0 0A8;L52=0, 0A?8@0=B:0 /  3 3>4, B5<0 48AA5@B0F8>==>9 @01>BK  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;0 CaMoO4 (2008) (30)/2=15 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, 10:0;02@80B >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2, 48?;><=0O @01>B0  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LaBr:Ce 8 CeBr (2008) 10E1=10 6. C:>2>4AB2> ABC45=B>< 48?; LVAL><=8:><. 028B0H28;8 @0:;89 (>B0528G 48?;><=8: A?5F80;8AB $, 48?;><=0O @01>B0  AA;54>20=85 2>7<>6=>AB8 8A?>;L7>20=8O :@5<=852KE D>B>C<=>68B5;59 2 20:CC<=KE 381@84=KE D>B>45B5:B>@0E (2008) 10E1=10 1I0O AC<<0   70 2007-200833.: 714.4253LVALpOG  2007-2008 >;5IC: ><0= ;048<8@>28G A?8@0=B, 0B0 @>645=8O: 21 0?@5;O 19813. 2007 C1;8:0F88: 1. . .0@010=>2, ..5@5A=8:>20, ..>@=>CE>2, ..C1A0=4>@6852, ..>;5IC:. 7<5@5=85 :@82>9 2KA25G820=8O AF8=B8;;OB>@0 CaMoO4 // @5?@8=B /  1184/2007 N;L 2007, 11A. 4E0.2=0.8 2. B.K.Lubsandorzhiev, R.V.Poleshuk, B.M.J.Shaibonov, Y.E.Vyatchin, A.V.Zablotsky. A LED Flasher for TUNKA EAS Experiment // Proc. of the 30th ICRC, Merida Mexico, July 2007 / Physics/arXiv:0709.0458 4E0.2=0.8 3. B.K.Lubsandorzhiev, R.V.Poleshuk, B.M.J.Shaibonov, Y.E.Vyatchin, A.V.Zablotsky. Powerful nanosecond light sources based on LEDs for astroparticle physics experiments // Proc. of the 30th ICRC, Merida Mexico, July 2007 / Physics/arXiv:0709.0458 4E0.25=1 4. ..0A8;L52, .-.OBG8=, ..C1A0=4>@6852, ..>E8;, ...(091>=>2. ;C1>:>2>4=0O M:A?5@8<5=B0;L=0O 38@;O=40 // @5?@8=B / -1188/2007 4E0.2=0.8 >:;04K:  A LED Flasher for TUNKA EAS Experiment =0 30->9 <564C=0@>4=>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, 5@840 5:A8:0, N;L 2007, AB5=4>2K9, CAB=K9. 6x1.5=9  Powerful nanosecond light sources based on LEDs for astroparticle physics experiments  =0 30->9 <564C=0@>4=>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, 5@840 5:A8:0, N;L 2007, AB5=4>2K9, CAB=K9. 6x1.5=9  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 GERDA (:>;0-A5<8=0@ <>;>4KE CG5=KE  $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>3>8O ?;5=0@=K9 CAB=K9. 4x1=4 2008 C1;8:0F88: 1. ..0A8;L52, .-.OBG8=, ..C1A0=4>@6852, ..>E8;, ...(091>=>2, ..>;5IC:. =>3>F5;520O M:A?5@8<5=B0;L=0O 3;C1>:>2>4=0O 38@;O=40 4;O =59B@8==KE M:A?5@8<5=B>2 =0 >7. 09:0; // "-. 2008. !2. !.21-25. 0,226E60/6=2,226 2. V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, & & & ., R.V.Poleshuk et al. On the level of background in underground muon measurements with plastic scintillator counters // arViv:0810.2414 4/10=0.4 >:;04K: 1. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection , 16-2R LVALb 0 June 2008. Aix-les-Bains France. >:;04:  Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber optics readout of plastic scintillator counter for EMMA experiment 6x0.1x1.5=0.9 2. (:>;0-A5<8=0@ <>;>4KE CG5=KE  $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>3>8O . >:;04:  !G5BG8: =0=>8<?C;LA>2 AB0=40@B0 CAMAC 4;O D878G5A:8E 8AA;54>20=89 A ?@8<5=5=85< D>B>M;5:B@>==KE C<=>68B5;59 . 4x1=4 !C<<0@=K9   70 2007-200833.: 32.926x1.5=49.389LVALpOG0B052 =4@59 L2>28G @>4. 21.04.1955, 2=A "$, 4>:B>@ D87.-<0B. =0C:,   70 2007-2008 33. 2.1.1.0G8A;5=85 10;;>2 70 ?C1;8:0F88 2 @5F5=78@C5<KE ?5@8>48G5A:8E 6C@=0;0E. C1;8:0F88 2 6C@=0;0E: 2008 1. A.L. Kataev  Is it possible to check urgently the 5-loop analytic results for the $e^+e^-$-annihilation Adler function? Phys. Lett. B668 , pp. 350-352, 2008,  = 4.189*30/1 = 125.67 -;5:B@>==K5 ?@5?@8=BK: 2007 1. A. L. Kataev  Non-planar structure of analytical QCD predictions for the Gottfried sum rule , arXiV:0712.2514 [hep-ph]   = 4 2. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs decay to b\bar{b}: different approaches to resummation of QCD effects arXiV: 0712.2514 [hep-ph]   = 2 2008 1. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs boson decay into bottom quarks and uncertainties of perturbative`QCD arXiV:0804.3992 [hep-ph]   = 2 2. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules arXiV: 0805.0621 [hep-th]   = 4 3. A.L. Kataev  Is it possible to check urgently the 5-loop analytic results for the $e^+e^-$-annihilation Adler function? arXiV: 0808.3121 [hep-ph]   = 4 >:;04K =0 :>=D5@5=F8OE: 2007 1. A. L. Kataev,  Non-planar structure of analytical QCD predictions for the Gottfried sum rule , ?@83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 International Workshop of Advanced Computing and Analysis Technique in Physics Research ( ACAT-07), Amsterdam, 23-27 April 2007, >?C1;8:>20=> 2 M;5:B@>==>< 6C@=0;5  Proceedings of Science PoS ACAT2007:072, 2007.   = 30*1.5=45 2. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs decay to b\bar{b}: different approaches to resummation of QCD effects @83;0H5==K9 4>:;04 =0 13 564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 23-27 !5=BO1@O 2007, >A:>2:89 >AC40@AB25==K9 #=825@A8B5B, ?C1;8:>20=> 2 B@C40LVALE >=D5@5=F88  Particle Physics on the Eve >f LHC World Scientific,2007, pp.334-337.   = 20*1.5/2=15 2008: 1. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs boson decay into bottom quarks and uncertainties of perturbative`QCD @83;0H5==K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 !>2@5<5==K5 ?@>1;5<K B5>@5B8G5A:>9 D878:8, ?>A2OI5==>< ?0<OB8 .. !>;>2F>20, C1=0, 17-18 O=20@O, 2008, C1=0, 2008, cB@. 167-183  =20*1.5/2=15 2. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules >:;04 =0 564C=0@>4=>< !5<8=0@5  20@:8-08 , 23-29 0O 2008, !5@3852 >A04.  =20 3. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina)  Perurbative QCD corrections to the width of Higgs boson into bottom quarks , >:;04 =0 564C=0@>4=>< !5<8=0@5  20@:8-08 , 23-29 0O 2008, !5@3852 >A04.  =10 4. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules , @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 5=>@<0;870F8>==0O 3@C??0 8 A<56=K5 2>?@>AK 2 G5ABL 80-;5B8O ..(8@:>20  =30 5. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina)  Uncertainties of QCD predictions of Higgs boson decay into bottom Quarks at NNLO and beyond ?@83;0H5==K9 ?;5=0@=K 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 International Workshop of Advanced Computing and Analysis Technique in Physics Research ( ACAT-08),  Are we ready for LHC era experiments Erice, Italy, November 3-7, 2007  =15 C1;8:0F88 2 B@C40E :>=D5@5=F89, >?C1;8:>20==K5 2 >BG5B=K9 ?5@8>4: 1. A.L.Kataev (INR, Moscow)  New relations between DIS sum rules , Proceedings of 33 International Conference on High Energy Physics (ICHEP 06), v I, World Scientific, 2007, pp.659-662  =15 B>3>: 306.67 2.LVAL1.7.564C=0@>4=K5 8=45:AK F8B8@>20=8O: 07K 40==KE QSPIRES (=0 27 O=20@O 2009 3.) = 4381 (=0 =0G0;> 2008 3 1K;> 4109). 07K 40==KE Scientific.Ru (=0 24 0?@5;O 2008 3.)= 2062.LVAL>>7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2007-2008 33 !B0BL8: .. ;5:A55=:>, .. 60??C52, .. >7O@82A:89, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=/ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 2KA>B5 1700 < =04 C@>2=5< <>@O// 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 1075-1078.   = 8/7 = 1.143. .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20, 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389, 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 506-508.   = 8/3 = 2.667. .. >7O@82A:89, .!. 8420=A:89,  2>?@>AC > 25;8G8=5 8 =0?@02;5=88 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2008, B. 34, ! 2, AB@. 131-135.   = 1.315*60/2 = 39.45. >:;04K: A.S. Lidvansky, Yu.M. Andreyev, D.D. Dzhappuev, V.A. Kozyarivsky, A.U. Kudzhaev, and T.I. Tulupova, Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies, Proc. 30th Intern. Cosmic Ray Conf., Merida, Mexico, 2007, icrc0492.   = 6/6*1.5 = 1.5. Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 20/3 = 6.33. V.B. Petkov et al. (Carpet-3 collaboration) // ISVHECRI 2008, Paris (2008).   = 4/10*1.5 = 0.6 @5?@8=BK: Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, arXive: astro-ph/0804.4381v1, 28 April, 2008.   = 4/3 = 1.33. B>3>  : 50.92LVALpOG8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2007-2008 33 C1;8:0F88: .!. 8420=A:89, AA;54>20=8O =0 CAB0=>2:0E 4;O @538AB@0F88 ( 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88, :045<8: .. %@8AB80=A5=  CG5=K9 >A:>2A:>3> C=825@A8B5B0, !1>@=8: AB0B59 : 80-;5B8N A> 4=O @>645=8O, ?>4 @540:F859 .. 0;<K:>20, .. 0=0AN:0 8 .. ><0=>2A:>3>, >A:20 74. #, 2007, AB@. 89-96.   = 20. .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20, 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389, 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 506-508.   = 8/3 = 2.67. .. 60??C52, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:> .(. C;852, .. C;8520, ... >=>20;>2, .#. C46052, .!. 8420=A:89, .. 8E09;>20, .. 5B:>2, .. !<8@=>2, .. !B5?0=>2, ... !B5=L:8=, .!. %05@48=>2, >45@=870F8O CAB0=>2:8 >25@-2  / , 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 542-545.   = 8*0.1 = 0.8. .!. 8420=A:89, .!. %05@48=>2, ;8O=85 ?@875<=>3> M;5:B@8G5A:>3> ?>;O =0 8=B5=A82=>ABL <O3:>9 :><?>=5=BK :>A<8G5A:8E ;CG59, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1052-1055.   = 8/2 = 4.0. .!.8420=A:89, .!.%05@48=>2, ..'5@=O52, @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1056-1060.   = 8/3 = 2.67. .!. 8420=A:89, .!. %05@48=>2, 8=0<8:0 :>A<8G5A:8E ;CG59 2 M;5:B@>AB0B8G5A:>< ?>;5 0B<>AD5@K 8 35=5@0F8O G0AB8F 3@>7>2K<8 >1;0:0<8, 72. , A5@. $87., 2007, B. 71, ! 7, AB@. 1060-1062.   = 8/2 = 4. .. >7O@82A:89, .!. 8420=A:89,  2>?@>AC > 25;8G8=5 8 =0?@02;5=88 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2008, B. 34, ! 2, AB@. 131-135.   = 1.315*60/2 = 39.45. >:;04K: A.S. Lidvansky, Yu.M. Andreyev, D.D. Dzhappuev, V.A. Kozyarivsky, A.U. Kudzhaev, and T.I. Tulupova, Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies, Proc. 30th Intern. CoLVALsmic Ray Conf., Merida, Mexico, 2007, icrc0492.   = 6/6*1.5 = 1.5. D.D. Dzhappuev, V.V. Alexeenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I. Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk, Study of EAS hadronic component with hadron energy > 50 GeV, Proc. 30th Intern. Cosmic Ray Conf., Merida, Mexico, 2007, icrc0303.   = 6/9*1.5 = 1. .!. 8420=A:89, .!. %05@48=>2, 0@80F88 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5 (=01;N405<K5 MDD5:BK 8 8E 8=B5@?@5B0F8O), "@C4K 6 >AA89A:>9 :>=D5@5=F88 ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 18-21.   = 20/2*1.5 = 15.0. .!. 8420=A:89, .!. %05@48=>2, #A:>@5=85 8 35=5@0F8O 70@O65==KE G0AB8F M;5:B@8G5A:8< ?>;5< 3@>7>2KE >1;0:>2, "@C4K 6 >AA89A:>9 :>=D5@5=F88 ?> 0B<>AD5@=><C M;5:B@8G5AB2C, 86=89 >23>@>4, 1-7 >:BO1@O 2007 3., AB@. 196-197.   = 20/2*1.5 = 15.0. D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array, Proc. of Int. Workshop  Aragats 2007 , (2007)   = 6/8 = 0.75. D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk, Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. Proc. of Int. Workshop  Particles and Cosmology  2007 , Baksan, (2007).   = 6/8 = 0.75. A. S. Lidvansky and N. S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 20/2 = 10. Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 20/3 = 6.33. .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:, 4@>=K ALVAL > 30 M 2 A>AB025 (, 30 , !0=:B-5B5@1C@3, (2008),   = 4/8*1.5 = 0.75 .#.C46052, ..60??C52, .!.8420=A:89, ..5B:>2, ...!B5=L:8=, AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5 ">25@-2", 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/5*1.5 = 1.2. .!.8420=A:89, .!.%05@48=>2, 0@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. .!.8420=A:89, .!.%05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE. 30 A5@>AA. :>=D. ?> :>A<. ;CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. V.B. Petkov et al. (Carpet-3 collaboration) // ISVHECRI 2008, Paris (2008).   = 4/10*1.5 = 0.6 @5?@8=BK: Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, arXive: astro-ph/0804.4381v1, 28 April, 2008.   = 4/3 = 1.33. C:>2>4AB2> 0A?8@0=B>< 2 B5G5=85 >4=>3> 3>40 (2007).   = 30 B>3> 8=48284C0;L=K9   : 163.8. !@54=55   A>B@C4=8:>2 ;01. = 50.31   702. ;01. 163.6*0.5 + 50.31*0.75 = 119.53LVALpOG!B5=L:8= .@89 0A8;L528G, @>4. 10.12.1948, A=A -,   70 2007-2008 33. C1;8:0F88: ...!B5=L:8=. / (8@>:85 0B<>AD5@=K5 ;82=8. // "@C4K A54L<>9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$-2006 ?>4 @54. ..5B@CE8=0 8 .%.%>:>=>20. (ISBN 5-7558-0390-0) #, A. 43, (2007),  =7*2 /6*1.5*0.5=1.75 ...!B5=L:8=./ 59B@>=K 2 :>A<8G5A:8E ;CG0E. // "@C4K A54L<>9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$-2006 ?>4 @54. ..5B@CE8=0 8 .%.%>:>=>20. (ISBN 5-7558-0390-0) #, A.55, (2007),  =7*2 /6*1.5*0.5=1.75 ...!B5=L:8=, ..>;G5=:>, ..60??C52, .#.C46052, ..8E09;>20./ 59B@>=K 2 (. // 725AB8O , A5@. $87., B. 71, !4, A. 558-561, (2007),  =8/5*1.5*0.5=1.2 .. &O1C:, .. CE0<54H8=, ... !B5=L:8=. / @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E. // 725AB8O , A5@. $87., B. 71, !4, A. 562-565 (2007),  =8/3*1.5*0.5=2. ..60??C52, ..;5:A55=:>, ..>;G5=:> 8 4@. / >45@=870F8O CAB0=>2:8 >25@-2  / . // 725AB8O , A5@. $87., B.71, !4, A.542-544, (2007),  =8/10*1.5*0.5=0.6 ..;5:A55=:>, ..60??C52, ..>7O@82A:89, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=./ =0;87 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 =0 C@>2=5 1700 < =04 C@>2=5< <>@O. // 725AB8O , A5@. $87., B.71, !7, A. 1080-1083 (2007),  =8/7*1.5*0.5=0.86 ...!B5=L:8=, ..60??C52, %.$.0;L45A-0;8A8O. / 59B@>=K 2 H8@>:8E 0B<>AD5@=KE ;82=OE. // /$, B.70, !6, A. 1123-1135, (2007),  =60*0.914 / 3=18.28 Yuri V. Stenkin. / EAS longitudinal development and the knee // arXiv:0707.2231 (2007),  =4 Yuri V. Stenkin. /  Thermal neutrons in EAS: a new dimension in EAS study // arXiv:0702048 (2007),  =4 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin./  Lateral distribution for aligned events in muon groups deep underground . // arXiv:0701013 (2007)  =4/3=1.333 ... !B5=L:8=. /1 >A>15==>ABOE ?@>4>;L=>3> @0728B8O ( 8 > A?5:B@5 :>A<8G5A:LVAL8E ;CG59. ///$. B. 71, !1, (2008), A.99-111.  =60*0.914=54.84 Yu.V.Stenkin. Thermal neutrons in EAS: a new dimension in EAS study. Nucl. Phys. B (Proc. Suppl) 175-176, (2008), 326-329.  =0.875*30 = 26.25 A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin. Lateral distribution for alighned events in muon groups deep underground. Nucl. Phys. B (Proc. Suppl) 175-176, (2008), 548-550.  =0.875*30/3 = 8.75 >:;04K: V.V. Alekseenko, D.D. Djappuev, Yu .M. Gavriluk , D.M. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I. Michailova, Yu. V. Stenkin, V.I. Stepanov. /Observation of thermal neutron flux variations connected with Lunar periods.// Proc. Of 30th ICRC, Merida, (2007), rep. 932,  =6/9*1.5=1.01 YU. V. STENKIN, D. D. DZHAPPUEV, A. U. KUDZHAEV AND O.I. MIKHAILOVA. / THERMAL NEUTRON IN EAS: A NEW METHOD IN EAS STUDY. // PROC. OF 30TH ICRC, MERIDA (2007), REP. 827,  =6 / 4*1.5=2.25 Yuri V. Stenkin. / EAS Longitudinal Development and the Knee.// Proc. Of 30th ICRC, Merida (2007), rep. 675,  =6*1.5=9 D.D. DZHAPPUEV, V.V. ALEKSEENKO, A.S. LIDVANSKY, YU.V. STENKIN,V.B. PETKOV, O.I. MIKHAILOVA, A.U. KUDZHAEV. A.B. CHERNYAEV AND A.L. TSYABUK. /STUDY OF EAS HADRONIC COMPONENT WITH HADRON ENERGY > 50 GEV. //PROC. OF 30TH ICRC, MERIDA (2007), REP. 303,  =6/9*1.5=1.01 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. / Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. // Int. Workshop  Aragats 2007 ,  =6/8=0.75 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk./ Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array.Int. Workshop  Particles and Cosmology 2007 , Baksan,  =6/8=0.75 V.V. Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I.Mikhailova,, Yu.V.Stenkin, V.V. Kuzminov./  Variations of counting rate as measured with surface thermal neutron detect~LVALor at Baksan Neutrino Observatory . // XIV-International School  Particles and Cosmology , Baksan-2007,  =6/6=1 Yu.V. Stenkin. On the PRISMA project (proposal). // HECR 2008, Moscow (2008), http://quarks.inr.ac.ru/UHECR/p/prisma.ppt  =6 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@3 (2008),  =4*1.5=6 .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:./ 4@>=K A > 30 M 2 A>AB025 (.// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8= 8 4@./ 538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8. //30 , !0=:B-5B5@1C@3, (2008),  =4/5*1.5=1.2 .#. C46052, .. ;5:A55=:>,..., ... !B5=L:8= 8 4@./ AA;54>20=85 <N>=>2 A M=5@3859 > 1 M 2 A>AB025 ( =0 CAB0=>2:5 >25@-2  / .// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52 ( /)./  @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M.// 30 , !0=:B-5B5@1C@3, (2008),  =4/7*1.5=0.86 ... !B5=L:8=./  <5B>40E 87CG5=8O A?5:B@0 :>A<8G5A:8E ;CG59. //5:F8O (?@83;0H5==0O) 4;O ( -"$-2008, 0:A0= (2008).  =20 Yu.V. Stenkin. /On the PRISMA project. // ISVHECRI 2008, Paris (2008).  =6 B>3>:   =182.94LVAL\"C;C?>20 "0BLO=0 20=>2=0 @>4. 04.11.1940, <=A -,   70 2007-2008 33 !B0BL8: .. >7O@82A:89, .!. 8420=A:89, ".. "C;C?>20/ 0?@02;5=85 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 "M-=KE M=5@389// 72. , A5@. $87., 2007, B. 71, ! 4, AB@. 506-508.   = 8/3 = 2.667. >:;04K: A.S. Lidvansky, Yu.M. Andreyev, D.D. Dzhappuev, V.A. Kozyarivsky, A.U. Kudzhaev, and T.I. Tulupova, Direction and Magnitude of the Anisotropy of Cosmic Rays of TeV Energies, Proc. 30th Intern. Cosmic Ray Conf., Merida, Mexico, 2007, icrc0492.   = 6/6*1.5 = 1.5. B>3>:   = 4.167!B5?0=>2 ;048<8@ 20=>28G, @>48;AO A=A -,   70 2007-2008 33. !B0BL8: .. 60??C52, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:> .(. C;852, .. C;8520, ... >=>20;>2, .#. C46052, .!. 8420=A:89, .. 8E09;>20, .. 5B:>2, .. !<8@=>2, .. !B5?0=>2, ... !B5=L:8=, .!. %05@48=>2, >45@=870F8O CAB0=>2:8 >25@-2  / , 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 542-545.   = 8/10 = 0.8. >:;04K: V.V. Alekseenko, D.D. Djappuev, Yu .M. Gavriluk , D.M. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I. Michailova, Yu. V. Stenkin, V.I. Stepanov. /Observation of thermal neutron flux variations connected with Lunar periods.// Proc. Of 30th ICRC, Merida, (2007), rep. 932,   = 6/9*1.5 = 1.0 ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52 ( /)./  @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M.// 30 , !0=:B-5B5@1C@3, (2008),  =4/7*1.5=0.86 V.B. Petkov et al. (Carpet-3 collaboration) // ISVHECRI 2008, Paris (2008).   = 4/10*1.5 = 0.6 B>3>  : 3.26 ": -;5:B@>=I8:, :.B.=., =87:89   A2O70= A 8=65=5@=K< E0@0:B5@>< @01>BK 2 C:070==>5 2@5<OPLVAL`&O1C: 40< 5>=BL528G, @>4. 28.08.1945, =A -,   70 2007-2008 33. C1;8:0F88: .. &O1C:, .. CE0<54H8=, ... !B5=L:8=. / @>AB@0=AB25==>5 @0A?@545;5=85 2KAB@>5==KE <N>=>2 2 3@C??0E. // 725AB8O , A5@. $87., B. 71, !4, A. 562-565 (2007),  =8/3=2.67 A.L.Tsyabuk, R.A.Mukhamedshin and Yu.V.Stenkin./  Lateral distribution for aligned events in muon groups deep underground . // arXiv:0701013 (2007)  =4/3=1.333 A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin. Lateral distribution for alighned events in muon groups deep underground. Nucl. Phys. B (Proc. Suppl) 175-176, (2008), 548-550.  =0.875*30/3 = 8.75 >:;04K: D.D. DZHAPPUEV, V.V. ALEKSEENKO, A.S. LIDVANSKY, YU.V. STENKIN,V.B. PETKOV, O.I. MIKHAILOVA, A.U. KUDZHAEV. A.B. CHERNYAEV AND A.L. TSYABUK. /STUDY OF EAS HADRONIC COMPONENT WITH HADRON ENERGY > 50 GEV. //PROC. OF 30TH ICRC, MERIDA (2007), REP. 303,  =6/9*1.5=1.01 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. / Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. // Int. Workshop  Aragats 2007 ,  =6/8=0.75 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk./ Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array.Int. Workshop  Particles and Cosmology 2007 , Baksan,  =6/8=0.75 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>,..., .. &O1C: 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@3, (2008),  =4*1.5/10=0.6 .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:./ 4@>=K A > 30 M 2 A>AB025 (.// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 B>3>:   =16.61LVALpOG'5@=O52 ;5:A0=4@ >@8A>28G @>4. 21.11.1957, <=A -,   70 2007-2008 33 C1;8:0F88: .!.8420=A:89, .!.%05@48=>2, ..'5@=O52/ @545;L=0O B@0=AD>@<0F8O @02=>25A=>3> A?5:B@0 M;5:B@>=>2 8 D>B>=>2 2 A8;L=>< M;5:B@8G5A:>< ?>;5 3@>7>2KE >1;0:>2// 72. , A5@. D87., 2007, B. 71, ! 7, AB@. 1056-1059.,   = 8/3 = 2.667. .. >;852, .. >;G5=:>, !..0@?>2, .!. 8420=A:89, .. 5B:>2, .. !<8@=>2, .!.!B@830=>2, ..'5@=O52, .$./=8=/ >8A: 2KA>:>M=5@38G=>3> 30<<0-87;CG5=8O >B 30<<0-2A?;5A:>2 2 B@5E 480?07>=0E M=5@388 ?> 40==K< CAB0=>2>: // 72. , A5@. D87., 2007, B. 71, ! 4, AB@. 592-593.,   = 8/9 = 0.889. >:;04K: D.D. DZHAPPUEV, V.V. ALEKSEENKO, A.S. LIDVANSKY, YU.V. STENKIN,V.B. PETKOV, O.I. MIKHAILOVA, A.U. KUDZHAEV. A.B. CHERNYAEV AND A.L. TSYABUK. /STUDY OF EAS HADRONIC COMPONENT WITH HADRON ENERGY > 50 GEV. //PROC. OF 30TH ICRC, MERIDA (2007), REP. 303,  =6/9*1.5=1.01 D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk. / Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array. // Int. Workshop  Aragats 2007 ,   = 6/8 = 0.75. D.D. Dzhappuev, A.B. Chernyaev, A.U. Kudzhaev, A.S. Lidvansky, O.I. Mikhailova, V.B. Petkov, Yu.V. Stenkin, and A.L. Tsyabuk./ Study of EAS hadronic component with hadron energy > 50 GeV at  Carpet-2 EAS array.Int. Workshop  Particles and Cosmology 2007 , Baksan,   = 6/8 = 0.75. .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:./ 4@>=K A > 30 M 2 A>AB025 (.// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5 = 0.75 .#. C46052, .. ;5:A55=:>,..., ... !B5=L:8= 8 4@./ AA;54>20=85 <N>=>2 A M=5@3859 > 1 M 2 A>AB025 ( =0 CAB0=>2:5 >25@-2  / .// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52 ( /)./  @538AB@0F88 0=87>B@>?88( LVAL8 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M.// 30 , !0=:B-5B5@1C@3, (2008),  =4/7*1.5=0.86 -. . C3052, .. >;G5=:>, .. >;G5=:>, .. 0?>=5=:>, .. 70?0@>20, .. !<8@=>2, .. !5@3552, .. '5@=O52 8 .$. /=8= -:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0 -87;CG5=8O 2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@. //30 , !0=:B-5B5@1C@3, (2008).  =4/9*1.5=0.67 V.B. 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C:>2>4AB2> 0A?8@0=B>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # 2008 3>4: !0;K=A:8< !5@355< 5==048528G5<, ?5@2K9 3>4 >1CG5=8O, 30 10;;>2;. C:>2>4AB2> 48?;><=8:0<8 :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 #: 0) >@40=Q2 !5@359 !5@35528G (A?5F80;LVAL8AB), 10 10;;>2; 1) =B8?8= >=AB0=B8= ;048A;02>28G (A?5F80;8AB), 10 10;;>2. B>3>: 122.58 10;;>2 B>3> 70 2007-2008 33: 149.58 10;;>2=1r+V : Y  ` g  n  u"|)07>ELSS u@?@ FFF:߿R"u@?@ FFF:߿Q@u@?@ FFF:߿Pff@RXu@?@FFF:߿O!BZA@ 4u@? @FFF:߿N@Bxt@?OGFFF:߿ML Bt@?/OGFFF:߿LATB Vt@?.OGFFF:߿KTB Vt@?OGFFF:߿JQVB &Jt@?^4OGFFF:߿IHB &,t@?OGFFF:߿HOBB60t@? @FFF:߿G2Bl t@?OGFFF:߿FQ@ Lt@?OGFFF:߿EQ@ Lt@? OGFFF:߿DlABt@?^!OGFFF:߿Cff@A@t@?b@FFF:߿BbA ntt@?OGFFF:߿A@t@?@FFF:߿@/]B:XrT$t@?#OGFFF:߿?R@RFt@?OGFFF:߿>G?^t@?@FFF:߿=H Bh6t@?*OGFFF:߿<@Af t@?@FFF:߿;@t@? @FFF:߿:9@^X&t@?b@FFF:߿9FzA` (  t@?(OGFFF:߿8!A Bht@?OGFFF:߿733A(tA: t@? @FFF:߿67B7 BXp t@?OGFFF:߿5D)\KA:f t@?!pOGFFF:߿4(TA@l t@?pOGFFF:߿3ףP@t@?pOGFFF:߿24 l?,^t@?6@FFF:߿14 A( t@?@FFF:߿06 #۝@Xt@?@FFF:߿/~;BB%Xt@?b,pOGFFF:߿. Jt@?::::Ͽ-t@?::::Ͽ,t@?::::Ͽ+t@?::::Ͽ*@3t@?::::Ͽ)st@?::::Ͽ(Xt@?::::Ͽ'at@?::::Ͽ&&t@?::::Ͽ%r܂<FPt@?::::Ͽ#< t@?::::Ͽ"Y. t@?::::ϿLVALpOG5;>2 ;5:A0=4@ !B5?0=>28G @>4. 27.02.1948, 702. ;01. 1. Kellerbauer, AEGIS Proto-Collaboration - 53 G5;., A.S. Belov, S.N. Gninenko, V.A. Matveev  from INR RAS,  Proposed antimatter gravity measurement with an antihydrogen beam , Nuclear Instruments and Methods in Physics Research B 266 (2008) 351 356. 0;; = 1,224 * 30/10=3,672 (!B0BLO 2 70@C156=>< 6C@=0;5). 2. CAST Collaboration (total authors number  57, A. Belov, S. N. Gninenko- from INR RAS),  Prospects for the CERN Axion Solar Telescope sensitivity to 14.4 keV axions , Nucl. Instr. Meth. 580, 37-39(2007). 0;; = 1,224 * 30/10=3,672 (!B0BLO 2 70@C156=>< 6C@=0;5). 3. CAST Collaboration (total authors number  61, A. Belov, S. N. Gninenko  from INR RAS),  An improved limit on the axion photon coupling from the CAST experiment , Journal of Cosmology and Astroparticle Physics, 4, 10, 2007. 0;; = 6.739* 30/10 =20,217 (!B0BLO 2 70@C156=>< 6C@=0;5). 4. V.V. Fimushkin, A.S. Belov, A.D. Kovalenko, L.V. Kutuzova, Yu.V. Prokofichev, S.S. Shimanskiy and V.P. Vadeev,  Source of polarised deuterons - (JINR accelerator complex) , The European Physical Journal Special Topics, Vol. 162 (August 2008), Symmetries and Spin, p. 275. 0;; = 8/7= 1.14 (!B0BLO 2 70@C156=>< 6C@=0;5). 5. A. S. 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Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 16. C:>2>4AB2> 8?;><=8:>< $" . . =BKH52K< ?> 48?;><=>9 @01>B5 =0 A>8A:0=85 720=8O <038AB@0 ?> D878:5. . . =BKH52 70I8B8; <038AB5@A:CN 48AA5@B0F8N 2 2008 3. 0;;: 10*23>40=20 B>3> ;8G=K9  : 123.061   @C:>2>48B5;O: 77.967LVALr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ragin, V.A.Moiseev  Various Matrix Formalism to Design Ion Linear Accelerators . Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.57-60, 2008. 0;;: 4*1.5/2 =3 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20==K5 B@C4K). B>3> ;8G=K9  : 4.933LVAL 20H0 4>;LD 20=>28G, >4. 28.02.1936 3., 702. A5:B>@><, :.B.=. 1. A.I.Kvasha.Modeling of I/Q and A/P control systems by means of Matlab Simulink program package. XX 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40. 0;;=6/1=6 (>:;04 =0 <564C=0@>4=>9 :>=D:@5=F88). 2. ..20H0, ...8A5;52, .!.>20;8H8=, .!.>?8=. =0;87 8 <>45@=870F8O A8AB5< 02B><0B8G5A:>3> @53C;8@>20=8O A>1AB25==>9 G0AB>BK @57>=0B>@>2 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.46-51. 0;;: 6/4+0.7*8/4=2.9 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 3. A.I.Kvasha, V.LSerov. DEVELOPMENT OF THE INR DTL RF SYSTEM CROWBAR OPERATION Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.218-220, 2008. 0;;: 4*1.5/2 =3 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20==K5 B@C4K). 4. A.I.Kvasha .Numerical simulation of the INR DTL A/P control system. >:;04 =0 :>=D5@5=F88 Linac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p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elov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 4. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 5. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;LVAL04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 3.26LVALp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elov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 4. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 5. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;PLVAL`O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 6. C:>2>4AB2> 48?;><=8:>< 0;;=10 B>3> ;8G=K9  : 13.26LVALp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akdisi Y, Alekseev I, Bellavia S, Bravar A, Bunce G, Chapman M.A, Dhawan S, Eyser K.O, Gasner D, Gill R, Haeberli W, Li Z, Khodinov A, Kponou A, Meng W, Nass A, Okada H, Saito N, Resica S, Stephenson E, Svirida D, Trbojevic D, Tsang T, Wise T, Zelenski A, Zubets V. Status and operational experience with the polarized hydrogen jet at RHIC . Proc. 17th International Spin Physics Symposium (SPIN 2006), Kyoto,Japan, October 2-7, 2006, AIP Conf. Proc. 915 pp. 975-978 (2007). 0;;: (6/10)x1,5 = 0,9 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 3. Makdisi Y, Bravar A, Bunce G, Gill R, Huang H, Li Z, Khodinov A, Kponou A, Meng W, Nass A, Rescia S, Zelenski A, Zubets V, Chapman M.A, Haeberli W, Wise T, Alekseev I, Svirida D, Jinnouchi O, Nakagawa I, Okada H, Saito N, Dhawan S, Stephenson E, Eyser K.O. Absolute measurement of the polarization of high energy proton beams at RHIC .Proc. of Particle Accelerator Conference (PAC 07). Albukerque, June 25-29, 2007,pp. 4369-4371. 0;;: (6/10)x1.5 = 0,9 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 4. Zelenski A, Alessi J, Kponou A, Ritter J, Zubets V. Towards 100% polarization in the RHIC optically pumped polarized H ion source . Proc. 22 nd Particle Accelerator Conf. (PAC 07), Albuquerque, NM, p.3771, (2007). 0;;: (6/5)x1,5 = 1,8. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 5. Zelenski A, Kokhanovski S, KponouLVAL A, Ritter J, Zubets V. The RHIC Optically-Pumped Polarized H- Ion Source . Proc. 12th International Workshop on Polarized Sources Targets and Polarimeters, PSTP 2007, AIP 980, p.221-230, (2008). 0;;: (6/5)x1,5 = 1,8. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 6. Kponou A, J.Ritter, Zelenski A, Kokhanovski S, Zubets V.  Sona Transition in the RHIC OPPIS . Proc. 12th International Workshop on Polarized Sources Targets and Polarimeters, PSTP 2007, AIP 980, p.241-247, (2008). 0;;: (6/5)x1,5 = 1.8. (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 7. A.Zelenski, A.Kponou, J.Ritter, A.Belov, V.Zubets. The RHIC Polarized H- Ion Source . Report at International Symposium on Spin Physics, SPIN 2008, 6-11 October 2008, University of Virginia, Virginia, USA. 0;;: 6/5 = 1,2 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 8. ..C15F,, .!.8:C;8=, .".$@>;>2, ../:CH52. <?C;LA=K9 35=5@0B>@ B>:0 @07@O40 4;O 4C>?;07<0B@>=0 . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/4 = 1,5 ((>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 9. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 10. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 11. ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52. #,! #!" !" +"/.)  // / !"'  - . "@C4K %VI 564C=0@>4=>9 :>=D LVAL 5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@. 140. 0;;: 6E(1,5-1)/4 = 0,75 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. B>3> ;8G=K9  : 12.71LVALOG0;8=8= .@89 >@6528G @>4.19.05.1956, :.B.=., 702. ;01., 1. Sarin V. A., Kalinin Y.Zh ( 8 G5;>25:). 708<>459AB285 87>B>?>2 2>4>@>40 A :>=AB@C:F8>==K<8 <0B5@80;0<8. "@5BLO <564C=0@>4=0O :>=D5@5=F8O 8 B@5BLO H:>;0 <>;>4KE CG5=KE 8 A?5F80;8AB>2.. !0=:B-5B5@1C@3, 02-07 8N=O 20073. AB@.232-234. IHI SM-07 (?C1;8:>20==K5 B@C4K <564C=0@>4=>9 :>=D5@5=F88). 0;;=6*1.5/8=1.125. 2. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 3. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8@7>O=, .8:C;8=, . 572>2, .$5I5=:>. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.55-59. 0;;: 6/8+0.7*8/8=1.45 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 4. ..!B5?0=>2, ...0;8=8=, ..5=LH>2. A>15==>AB8 873>B>2;5=8O ?@5F878>==>3> 20:CC<=>-?;>B=>3> ?0O=>3> :>@?CA0 ?>;CB@C1:8 8=59=>3> #A:>@8B5;O / . %IY =0CG=>-B5E=8G5A:0O :>=D5@5=F8O 0:CC<=0O =0C:0 8 B5E=8:0, -, >:BO1@L 20073. 0B5@80;K :>=D5@5=F88 AB@.164-168,0;;=4/3*1.5 =2 ( >=D5@5=F8O @>AA89A:0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 5. ... 0;8=8=, .. @>=8=, .. !B5?0=>2. "5E=>;>38O 873>B>2;5=8O 20:CC<=>-?;>B=KE A20@=KE :>@?CA>2 B@C1>: 4@59D0 ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 2008 3., B>< 18, !2, A.107-109. ,  =8/3=2.7 (AB0BLO 2 6C@=LVAL0;5). 5. . .. !B5?0=>2, ... 0;8=8=, .. @>=8=. A=>2=K5 ?>;>65=8O 35@<5B870F88 0=0M@>1=K<8 A>AB020<8 20:CC<=KE C7;>2 ;8=59=>3> CA:>@8B5;O / . >:;04 =0 XV =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 A CG0AB85< 70@C156=KE A?5F80;8AB>2, 3. !>G8, 2008 3, 0B5@80;K :>=D5@5=F88, >:BO1@L 2008 3, 874. -, >A:20.  =4/3*1.5 = 2. 6. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 7. V. Paramonov, Yu. Kalinin, M. Krasilnikov, T. Scholz, F.Stephan, K. Floettmann. RF Gun Development with Improved Parameters. >:;04 =0 :>=D5@5=F88 Linac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eon, J. Stovall, H. Takeda, S. Nath, J. Billen, L. Young, I. Kisselev, A. Shishlo, A. Aleksandrov, S. Assadi, C.M. Chu, S. Cousineau, V. Danilov, J. Galambos, S. Henderson, S. Kim, L. Kravchuk and E. Tanke. Acceptance scan technique for the drift tube linac of the spallation neutron source. Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment. Volume 570, Issue 1, January 2007, pages 187-191. 0;;=1,224*30/10=3,67. 4. @C30:>2 .., 8A5;52 ... !!" # / + #! " / . "578AK %% <564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (9-15 A5=BO1@O 2007 3. ;CHB0, @K<). & %$", %0@L:>2, 2007, AB@. 71-72. 0;;=6/2=3. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 5. 8A5;52 ...    !' / !!"+  / " , #'   #! "    / . "578AK %% <564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (9-15 A5=BO1@O 2007 3. ;CHB0, @K<). & %$", %0@L:>2, 2007, AB@. 101-102. 0;;= 6/1=6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 6. 8A5;52 ..4 LVALD .    !' !!"+ # / #!" /  !" "+% "   #! " / . "578AK %% <564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (9-15 A5=BO1@O 2007 3. ;CHB0, @K<). & %$", %0@L:>2, 2007, AB@. 169-170. 0;;= 6/1=6. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 7. ..20H0, ...8A5;52, .!.>20;8H8=, .!.>?8=. =0;87 8 <>45@=870F8O A8AB5< 02B><0B8G5A:>3> @53C;8@>20=8O A>1AB25==>9 G0AB>BK @57>=0B>@>2 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.46-51. 0;;: 6/4+0.7*8/4=2.9 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). B>3> ;8G=K9  : 28.336   @C:>2>48B5;O: 35.42LVALOG;5=>2 8:B>@ !5@35528G, @>4. 02.06.1954, =.A. 1. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. .!. ;5=>2, .. @02GC:, #AB0=>2:0 307>D07=>3> A8=B570 0;<07=KE <0B5@80;>2, >:;04 =0 564C=0@>4=>< $>@C<5 ?> =0=>B5E=>;>38O<, >A:20, 3-5 45:01@O 20083. !1>@=8: B578A>2 4>:;04>2 =0CG=>-B5E=>;>38G5A:8E A5:F89, B>< 1, AB@. 461-463. (>=D5@5=F8O <564C=0@>4=0O, 4>:;04 AB5=4>2K9, ?C1;8:0F8O 2 B@C40E :>=D5@5=F88). 0;;: 6*1,5/2=4,5. 4. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 5. !5@51@O=0O <540;L XI 564C=0@>4=>3> !0;>=0 @><KH;5==>9 !>1AB25==>AB8  %-2008 70 @07@01>B:C #AB0=>2:0 307>D07=>3> A8=B570 0;<07=KE <0B5@80;>2. (540;L 2A5@>AA89A:>9 2KAB02:8). 0;;=10. B>3> ;8G=K9  : 16.56LVAL 5=LH>2 ;5:A0=4@ ;L15@B>28G, 40B0 @>645=8O 25.06.1957, =.A. 1. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8@7>O=, .8:C;8=, . 572>2, .$5I5=:>. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.55-59. 0;;: 6/8+0.7*8/8=1.45 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. A.Feschenko L.V.Kravchuk, A.A.Menshov, V. Aleksandrov, S. Assadi, J. Galambos, S. Henderson.Longitudinal Beam Parameters Study in the SNS Linac Proceedings of PAC07, Albuquerque, New Mexico, USA pp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einhardt-Nickoulin, A. Feschenko, A.Mirzojan. Modernization of BCT for INR Linac.  . Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.261-263, 2008. 0;;: 4*1.5/3 =2 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20==K5 B@C4K. B>3> ;8G=K9  : 6.833LVALOG>8A552 0A8;89 ;5:A0=4@>28G, @>4. 02.09.1955, =A 1. V.V.Paramonov, L.V.Kravchuk, V.A.Moiseev, A.N.Naboka, A.K.Skasyrskaya,  INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters , ;5=0@=K9 4>:;04 =0 VII 564C=0@>4=>< A5<8=0@5 ?> ?@>1;5<0< CA:>@8B5;59 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 2-7 A5=BO1@O 2007. C1;8:0F8O 2 Physics of Particles and Nuclei Letters, vol.5, No.7, pp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oiseev,  RF-gap model presentation , Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/RuPAC 08, pp.224-226, 2008. 0;;: 4*1.5 =6. (>=D5@5=F8O @>AA89A:0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 4. V.A.Moiseev, S.E.Bragin,  Various matrix formalism to design ion linear accelerators , Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.57-60, 2008. 0;;: 4*1.5/2=3. (>=D5@5=F8O @>AA89A:0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 5. L.V. Kravchuk, V.A. Moiseev, A.N. Naboka, V.V. Paramonov, A.K. Skasyrskaya, K.Floettmann, F. Stephan,  Hardware Development and Study for ILC Positron Source Parameters , International Linear Collider Workshop ILC07, ILC07 Proceedings, DESY, Hamburg, Germany, 30 May-4 June 2007, SRC16, 0;;=1.5*30/7=6.428 (?C1;8:>20==K9 ?@83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. V. Paramonov, V. Moiseev, Yu. Bilinsky,  Room Temperature Accelerating Structure for Heavy Ion Linac , XXIV International Linear AcceleLVALrator Conference (LINAC 08), Victoria, British Columbia, Canada, 29.09-03.10 2008,0;;=6/3=2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). B>3> ;8G=K9  : 34.47PLVAL:b@>=8= ;53 <8B@8528G, @>48;AO 18.03.1935, :.B.=. ! 1. ... 0;8=8=, .. @>=8=, .. !B5?0=>2. "5E=>;>38O 873>B>2;5=8O 20:CC<=>-?;>B=KE A20@=KE :>@?CA>2 B@C1>: 4@59D0 ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 2008 3., B>< 18, !2, A.107-109. ,  =8/3=2.7 (AB0BLO 2 6C@=0;5). 2. . .. !B5?0=>2, ... 0;8=8=, .. @>=8=. A=>2=K5 ?>;>65=8O 35@<5B870F88 0=0M@>1=K<8 A>AB020<8 20:CC<=KE C7;>2 ;8=59=>3> CA:>@8B5;O / . >:;04 =0 XV =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 A CG0AB85< 70@C156=KE A?5F80;8AB>2, 3. !>G8, 2008 3, 0B5@80;K :>=D5@5=F88, >:BO1@L 2008 3, 874. -, >A:20.  =4/3*1.5 = 2. 3. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 5.35G0520 848O >;8:0@?>2=0, 27.04.1936, A.=.A., :0=4840B D87.<0B. =0C:. 1. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 1.76LVALOG8:C;8= 235=89 !5<5=>28G 40B0 @>64. 15.06.1945, =. A. #. 1. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2003. 1=8=A:, 2007, AB@.204-210. 0;;: 6*(1,5 1)/5=0,6 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2003. 1=8=A:, 2007, AB@.211-216. 0;;: 6*(1,5 1)/5=0,6 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 3. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 4. ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52. #,! #!" !" +"/.)  // / !"'  - . "@C4K %VI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@. 140. 0;;: 6E(1,5-1)/4 = 0,75 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 5. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >LVAL?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 6. ..C15F,, .!.8:C;8=, .".$@>;>2, ../:CH52. <?C;LA=K9 35=5@0B>@ B>:0 @07@O40 4;O 4C>?;07<0B@>=0 . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/4 = 1,5 ((>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 7. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 8. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8@7>O=, .8:C;8=, . 572>2, .$5I5=:>. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.55-59. 0;;: 6/8+0.7*8/8=1.45 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). B>3> ;8G=K9  : 6.96LVALOG0@0<>=>2 0;5=B8= 8B0;L528G, >4. 1951, 4.D.-<.=, 2.=.A 1. H. Ao, K. Hirano, A. Ueno, T. Morishita, K. Hasegawa, Y. Yamazaki, M. Ikegami, V.Paramonov. Fabrication Status of ACS Accelerating Modules for J-PARC Linac. Proc of PAC2007, p. 1524, 2007. 0;;=6/8*1.5=1.125 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. L.V. Kravchuk, V.A. Moiseev, A.N. Naboka, V.V. Paramonov, A.K. Skasyrskaya, K.Floettmann, F. Stephan,  Hardware Development and Study for ILC Positron Source Parameters , International Linear Collider Workshop ILC07, ILC07 Proceedings, DESY, Hamburg, Germany, 30 May-4 June 2007, SRC16, 0;;=1.5*30/7=6.428 (?C1;8:>20==K9 ?@83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. V.V. Paramonov, A.K. Skasyrskaya. Pulsed RF heating simulations in normal-conducting L-band cavities. TESLA-FEL 2007-04, DESY, Hamburg, 0;;= 4/2=2 (-;5:B@>==K9 ?@5?@8=B) 4. V.V.Paramonov, L.V.Kravchuk, V.A.Moiseev, A.N.Naboka, A.K.Skasyrskaya,  INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters , >:;04 =0 %% <564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (9-15 A5=BO1@O 2007 3. ;CHB0, @K<). C1;8:0F8O 2 Physics of Particles and Nuclei Letters, vol.5, No.7, pp.593-596, 2008. . 0;;=(6+8*0.7)/5=2.32 (>:;04 =0 <5645=0@>4=>9 :>=D5@5=F88 8 ?C1;8:0F8O 2 @5D5@8@C5<>< 6C@=0;5). 5. . 0@0<>=>2, . !:0AK@A:0O, K. Floettmann, F. Stephan. AA;54>20=85 MDD5:B>2 8<?C;LA=>3> ' =03@520 2 =>@<0;L=> ?@>2>4OI8E @57>=0B>@0E L-480?07>=0. "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.51-54. 0;;: 6/4+0.7*8/4=2.9 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 6. .. 01>:0, .. 0@0<>=>2, K. Floettmann. 57C;LB0BK =0AB@>9:8 @57>=0B>@0 1CAB5@0 PITZ 8 ?@>3@0<<K 8AA;54>20=89 E0@0:B5@8AB8: OG55: =0 =87:>< C@>2=5 ' <>I=>AB8. "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O6LVAL5==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !5, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.35-39. 0;;: 6/3+0.7*8/3=3.867 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 7. V.V.Paramonov, L.V.Kravchuk, V.A.Moiseev, A.N.Naboka, A.K.Skasyrskaya,  INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters , ;5=0@=K9 4>:;04 =0 VII 564C=0@>4=>< A5<8=0@5 ?> ?@>1;5<0< CA:>@8B5;59 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 2-7 A5=BO1@O 2007. C1;8:0F8O 2 Physics of Particles and Nuclei Letters, vol.5, No.7, pp.593-596, 2008. . 0;;=(6+60*0.505*0.7)/5=5,442 (>:;04 =0 <5645=0@>4=>9 :>=D5@5=F88 8 ?C1;8:0F8O 2 @5D5@8@C5<>< 6C@=0;5). 8. K. Floettmann, V.V. Paramonov, A.K. Skasyrskaya, F. Stephan. RF Gun Cavities Cooling Regime Study. TESLA-FEL 2008-02, DESY, Hamburg, 2008. , 0;;=4/4=1 (-;5:B@>==K9 ?@5?@8=B). 9. D. Denisenko, V. Paramonov, Transverse Deflecting Structure Parameters Study. Proc. 2008 RuPAC, p. 37, 2008. 0;;= 6/2=3 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E) 10. V. Paramonov, Stability of Normal Conducting Structures operation with High Average Heat loading. >:;04 =0 2008 Linac Conference, 0;;= 6/1=6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 11. V. Paramonov, The Cut Disk Structure Parameters for Medium Proton Energy Range. >:;04 =0 2008 Linac Conference, 0;;= 6/1=6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 12. V. Paramonov, Yu. Kalinin, M. Krasilnikov, T. Scholz, F.Stephan, K. Floettmann. RF Gun Development with Improved Parameters. >:;04 =0 :>=D5@5=F88 Linac 2008. 0;;=6/6=1(>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 13. V. Paramonov, V. Moiseev, Yu. Bilinsky,  Room Temperature Accelerating Structure for Heavy Ion Linac , XXIV International Linear Accelerator Conference (LINAC 08), Victoria, British Columbia, Canada, 29.09-03.10 2008,0;;=6/3=2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 14. H. Ao, K. Hasegawa, K. Hirano, T. Morishita, A. Ueno, Y. Yamazaki , H. A: LVALJ sano, M. Ikegami, F. Naito , V. Paramonov. Improvement in the ACS Cavity Design for the J-PARC Linac Energy Upgrade. XXIV International Linear Accelerator Conference (LINAC 08), Victoria, British Columbia, Canada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einhardt-Nickoulin, A. Feschenko, A.Mirzojan. Modernization of BCT for INR Linac.  . Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.261-263, 2008. 0;;: 4*1.5/3 =2 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20==K5 B@C4K 3. P. Reinhardt-Nickoulin, A. Feschenko, S. Gavrilov. ION MONITOR OF TRANSVERSE BEAM PARAMETERS FOR INR PROTON LINAC Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp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enisov, A.Feschenko, A.Aleksandrov. PECULIARITIES OF BUNCH SHAPE MEASUREMENTS OF H-MINUS BEAMS IN LINEAR ACCELERATORS. Proceedings of RuPAC 2008, Zvenigorod, Russia, pp.298-300. 0;;=4*1.5/3=2 ( >=D5@5=F8O @>AA89A:0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 4. !.E.@038=, A..$5I5=:>, A..01>:0, O.M.>;>4:528G, ., 59=30@4B-8:C;8=, ..8@7>O=. A>15==>AB8 CAB0=>2:8 D07K 8 0<?;8BC4K 2KA>:>G0AB>B=>3> ?>;O 2 ?>A;54=5< @57>=0B>@5 A B@C1:0<8 4@59D0 8 =0 CG0AB:5 A>3;0A>20=8O 8 2K2>40 ?CG:0 A M=5@3859 160 M ;8=59=>3> CA:>@8B5;O / . , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49) A. 91-95. 0;;: 6/6+0.7*8/6=1.933 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 5. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8@7>O=, .8:C;8=, . 572>2, .$5I5=:>. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564CLVAL=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.55-59. 0;;: 6/8+0.7*8/8=1.45 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 6. ..0940H, ...>B>2F52, ..@5E>2, ..C7=5F>2, ..8E09;>2, ..!5@>2, ..$5I5=:>, ..8@7>O=. 0=0; 8=65:F88 8>=>2 - ;8=59=>3> CA:>@8B5;O / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (49), A. 119-122. 0;;: 6/8+0.7*8/8=1.45. (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 8. A.Feschenko L.V.Kravchuk, A.A.Menshov, V. Aleksandrov, S. Assadi, J. Galambos, S. Henderson.Longitudinal Beam Parameters Study in the SNS Linac Proceedings of PAC07, Albuquerque, New Mexico, USA pp. 2608-2610. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). =6*1.5/7=1.285 9. P. Reinhardt-Nickoulin, A. Feschenko, A.Mirzojan. Modernization of BCT for INR Linac.  . Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.261-263, 2008. 0;;: 4*1.5/3 =2 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20==K5 B@C4K 10. P. Reinhardt-Nickoulin, A. Feschenko, S. Gavrilov. ION MONITOR OF TRANSVERSE BEAM PARAMETERS FOR INR PROTON LINAC Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.264-266, 2008. 0;;: 4*1.5/3 =2 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20^LVALn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elov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 4. ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52. #,! #!" !" +"/.)  // / !"'  - . "@C4K %VI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@. 140. 0;;: 6E(1,5-1)/4 = 0,75 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 5. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9  LVAL 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 6. ..C15F,, .!.8:C;8=, .".$@>;>2, ../:CH52. <?C;LA=K9 35=5@0B>@ B>:0 @07@O40 4;O 4C>?;07<0B@>=0 . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/4 = 1,5 ((>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 7. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 5.51LVALOG../:CH52 @>4. 25.09.1932, 2. =. A. 7. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. 01>B0 ?@>B>==>3> 8=65:B>@0 #$ A D>@<8@>20=85< ?CG:0 >?B8:>9 157 A5B>:. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2003. 1=8=A:, 2007, AB@.204-210. 0;;: 6*(1,5 1)/5=0,6 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 8. 5@18;>2 .., A8= !.., 8:C;8= .!., $@>;>2 ."., /:CH52 .. !# ?@>B>==>3> 8=65:B>@0 #$. "@C4K XV 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2003. 1=8=A:, 2007, AB@.211-216. 0;;: 6*(1,5 1)/5=0,6 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 9. A.S.Belov, V.I.Derbilov, S.K.Esin, V.S. Klenov, E.S. Nikulin, V.L. Serov, A.V.Feschenko, O.T.Frolov, V.P. Yakushev, V.N.Zubets. H- INJECTOR FOR INR LINAC. "@C4K XVI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@.153. 0;;: 6*(1,5  1)/10 = 0,3 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 10. ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52. #,! #!" !" +"/.)  // / !"'  - . "@C4K %VI 564C=0@>4=>9 :>=D5@5=F88 ?> M;5:B@>AB0B8G5A:8< CA:>@8B5;O< 8 ?CG:>2K< B5E=>;>38O< ESACCEL 2006. 1=8=A:, 2007, AB@. 140. 0;;: 6E(1,5-1)/4 = 0,75 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E. 11. . !. 5;>2, . . 5@18;>2, !. . A8=, . . C15F, .. . 0;8=8=, . !. ;5=>2, . . 5G0520, . !. 8:C;8=, . . !5@>2, . . "C@1018=, . . $5I5=:>, . ". $@>;>2, . . /:CH52. #! "   - /  #! "/ / , "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5 LVAL E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !.110-112. 0;;: 6/10+0.7*8/10=1.16 ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 12. ..C15F,, .!.8:C;8=, .".$@>;>2, ../:CH52. <?C;LA=K9 35=5@0B>@ B>:0 @07@O40 4;O 4C>?;07<0B@>=0 . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/4 = 1,5 ((>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 13. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..@>=8=, ..!5@>2, ..$5I5=:>, .".$@>;>2, ../:CH52,  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10=0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 5.51LVALOG30D>=>20 0B0;LO .@L52=0 =.A. 2007-7008 3. 2008 3. >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 4/3 1,333333333 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >@0=>20 +   >;. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 20073. Study of the effect of neutrino oscillationLVALs on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 First CNGS events detected by LVD LVD Coll. European Physical Journal C52 (2007) 849-855 3,209*30/10 9,627 First events from the CNGS neutrino beam detected in the OPERA experiment OPERA Coll New Journal of Physics, http://www.iop.org/EJ/abstracts/1367-2360/8/12/303 3,585*30/10 10,755 LVD: an apparatus to study the cosmic ray penetrating components N. Agafonova >:;04 =0 <564C=0@>4=>9 H:>;5 ISAPP2007 6 6 C:>2>4AB2> 48?;><=8:>< $ (0:8@LO=>2>9 . . 10/2 5 C:>2>4AB2> 48?;><=8:>< $ >B@5A>2K< .. 10/2 5 !C<<0 64,87733333LVAL>1@K=8=0 :0B5@8=0 =0B>;L52=0 <.=.A. 2007-7008 3. 2008 3. >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 +LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 20073. Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 +LVD Coll. 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 (6/10)*0,7 0,42 First CNGS events detected by LVD LVD Coll. European Physical Journal C52 (2007) 849-855 3,209*30/10 9,627 !C<<0 35,969LVALOG0;L38= ;5:A59 !5<5=>28G A.=.A. 2007-7008 3. 2008 3. >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 59B@>=K >B <N>=>2 ?>4 75<;59 .!. 0;L38=, .. O6A:0O /4. $87., B. 71 ! 10 A. 1800-1811, 2008; 0,914*60/2 27,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 4/3 1,333333333 Performances and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection I.R. Barabanov, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S.Krilov, L. Ioannucci, E.A. Yanovich for the MetaLS collaboration and M.Aglietta, A.Bonardi, G.Bruno, W.Fulgione, E.Kemp, A.S. Malgin, A.Porta, and M.Selvi for the LVD collaboration European Physical Journal C (EPJC-08-03-019.R1), 3,209*30/6 16,045 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?LVAL(><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 +LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >@0=>20 +   >;. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 20073. Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 First CNGS events detected by LVD LVD Coll. European Physical Journal C52 (2007) 849-855 3,209*30/10 9,627 First events from the CNGS neutrino beam detected in the OPERA experiment OPERA Coll New Journal of Physics, http://www.iop.org/EJ/abstracts/1367-2360/8/12/303 3,585*30/10 10,755 Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica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n-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 +LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 20073. Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 First CNGS events detected by LVD LVD Coll. European Physical Journal C52 (2007) 849-855 3,209*30/10 9,627 Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the MarylLVALand and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica, 2007, 88-117; 29*2/10 5,8 AC<<0: 120,669  04K:8= ;048<8@ L2>28G @>4. 20.04.1935 :D<= A=A   = 77.7 0CG=>5 =0?@02;5=85 - D878:0 =59B@8=> !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. LVD Collaboration  Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector , Astroparticle Physics 27 (2007) 254-270  =4.047*30/10=12.14 2. LVD Collaboration  First CNGS events detected by LVD. European Physical Journal C52 (2007) 849-855  =3.209*30/10=9.63 3. LVD Collaboration  On-line recognition of supernova neutrino bursts in the LVD detector Astroparticle Physics 28 (2008) 516-522;  =4,047*30/10=12.14 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 4. .. 04K:8=, .. O6A:0O,  @>1;5<K @538AB@0F88 =59B@8==>3> 87;CG5=8O >B SN1987A. 204F0BL ;5B A?CABO . 8AL<0 2 AB@>=. C@=., 34, !9, 643 (2008);  =1.315*60/2=39.45 5. ... 30D>=>20 8 4@.  !B0BCA M:A?5@8<5=B0 LVD . 72.  !5@. $87. ">< 71, !4, A.586-588, 2007  =8*0.7/10=0.56 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: 6. . >O@:8= (LVD Coll) >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008  =4/10=0.4 7. . 30D>=>20 (LVD Coll) "-=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD" >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008  =4/10=0.4 C1;8:0F8O 2 N18;59=>< A1>@=8:5 8. M. Aglietta at all.,  Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome GravitationalLVAL-Wave Detectors during SN1987A . "1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli) , Societa Italiana di Fisica, 2007, 88-117;  =30/10=3.0  04K:8= ;048<8@ L2>28G A.=.A. 2007-20083 2008 3. >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 @>1;5<K @538AB@0F88 =59B@8==>3> 87;CG5=8O >B SN1987A. 204F0BL ;5B A?CABO. .. 04K:8=, .. O6A:0O 8AL<0 2 AB@>=. C@=., 34, !9, 643 (2008); 1,315*60/2 39,45 1 >4=>9 3@C??5 M:A?5@8<5=B0;L=KE @57C;LB0B>2, A2O70==KE A ?>8A:>< =59B@8==>3> 87;CG5=8O >B !1987. ><<5=B0@89 .. 04K:8=, .. O6A:0O , 2008 (2 ?5G0B8); 1,315*60/2 39,45 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 +LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 20073. Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .F LVALV . C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 First CNGS events detected by LVD LVD Coll. European Physical Journal C52 (2007) 849-855 3,209*30/10 9,627 Analysis of the Data Recorded by the Mont Blanc Neutrino Detector and by the Maryland and Rome Gravitational-Wave Detectors during SN1987A. M. Aglietta at all., 1988 in FLASHES of PHYSICS in Italy (A collection of scientific papers in memory of Carlo Castagnoli), Societa Italiana di Fisica, 2007, 88-117; 29*2/10 5,8 AC<<0: 120,669 ?????  ?5G0B8LVALOG=8:552 0A8< 1@038<>28G, - -, =0CG=K9 A>B@C4=8: 2007-2008 3.3. 2008 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Collaboration >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Collaboration >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 2007 First events from the CNGS neutrino beam detected in the OPERA experiment. OPERA Collaboration New Journal of Physics, (2007) http://www/iop.org/EJ/abstracts/136 7-2360/812/303 3,585*30/10 10,755 First events from the CNGS neutrino beam detected by LVD. LVD Collaboration European Physical Journal C52 (2007) 849-855. 3,209*30/10 9,627 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Collaboration Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:5526LVALF, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 C:>2>4AB2> 48?;><=8:>< $ 0;B052K< .$. 10/2 5 CC<<0: 53,13LVALOG /:CH52 0;5@89 $54>@>28G, =.A., 2007-2008. >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 First events from the CNGS neutrino beam detected by LVD. LVD Collaboration European Physical Journal C52 (2007) 849-855. 3,209*30/10 9,627 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau? 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 Firstevents from the CNGS neutrino beam detected in the OPERA experiment. OPERA Coll., http://www.iop.org/EJ/abstracts/1367-2360/8/12/303 OPERA Coll. New Journal of Physics. 4,047*30/10 12,141 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD N.Y.Agafonova and others. >:;04 =0 30  4/10 0,4 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6ALVAL:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 C:>2>4AB2> 48?;><=8:>< $ 0;B052K< .$. 10/2 5 CC<<0: 53,129LVALOG>O@:8= 048< ;048<8@>28G <.=.A. 2007-2008 3. 2008 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 >20@5==0O A>;L :0: <8H5=L 4;O =59B@8=> >B !25@E=>2KE .. >O@:8=, .. O6A:0O 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau? 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 4/3 1,333333333 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >@0=>20 +   >;. >:;04 =0 30->LVAL9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 2007 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 72574 .. >O@:8=, .. O6A:0O 72.  !5@. D87. B>< 71, !4, A.589-591, 2007 (6/2)*0,7 2,1 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 First events from the CNGS neutrino beam detected in the OPERA experiment OPERA Coll New Journal of Physics, http://www.iop.org/EJ/abstracts/1367-2360/8/12/303 3,585*30/10 10,755 First CNGS events detected by LVD LVD Coll. European Physical Journal C52 (2007) 849-855 3,209*30/10 9,627 C:>2>4AB2> 48?;><=8:>< $ CA0=>2K< !. 5 " (A CG5B>< ?>2KH0NI53> :>MDD8F85=B0 4;O 2K?CA:=8:>2 2C7>2): 112,7946667 =========================================================== >O@:8= 048< ;048<8@>28G <.=.A. 2007-2008 3. 2008 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 >20@5==0O A>;L :0: <8H5=L 4;O =59B@8=> >B !25@E=>2KE .. >O@:8=, .. O6A:0O 72.  !5@. $87 (2 ?5G0B8), 2008; 6/10*0,7 0,42 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau?  ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:LVAL89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 4/3 1,333333333 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4/10 0,4 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >@0=>20 +   >;. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4/10 0,4 2007 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 72574 .. >O@:8=, .. O6A:0O 72.  !5@. $87. ">< 71, !4, A.589-591, 2007 (6/2)*0,7 2,1 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. $87. ">< 71, !4, A.586-588, 2007 6/10*0,7 0,42 First CNGS events detected by LVD LVD Coll. European Physical Journal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irst events from the CNGS neutrino beam detected by LVD. LVD Collaboration European Physical Journal C52 (2007) 849-855. 3,209*30/10 9,627 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau? 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87 (2 ?5G0B8), 2008 6/10*0,7 0,42 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 4,047*30/10 12,141 Firstevents from the CNGS neutrino beam detected in the OPERA experiment. OPERA Coll., http://www.iop.org/EJ/abstracts/1367-2360/8/12/303 OPERA Coll. New Journal of Physics. 4,047*30/10 12,141 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD N.Y.Agafonova and others. >:;04 =0 :>=D5@5=F88 30  4/10 0,4 Study of the effect of neutrino oscillations on the supernova neutrino signal in the LVD detector LVD Coll Astroparticle Physics 27 (2007) 254-270 4,047*30/10 12,141 !B0BCA M:A?5@8<5=B0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. =8:552, .. C7=5F>2, .. C7=5F>2, .!. 0;L38=, .. LVAL O6A:0O, .. OA=K9, .$. /:CH52 72.  !5@. D87. B>< 71, !4, A.586-588, 2007 6/10*0,7 0,42 AC<<0: 48,13pLVAL5;57=KE 3>@L 8E09;>28G, 23.08.1936, 702. ;01. . C1;8:0F88: I. Britvitch, E. Lorenz, A. Olshevski, D. Renker, Z. Sadygov, R. Scheuermann, A. Stoykov, A. Werner, I. Zheleznykh.  Development of scintillation detectors based on avalanche microchannel photodiodes . Nucl. Instrum. and Methods in Phys. Res., A 571 (2007) 317- 320.  =1,224E30:9=4,1 >:;04K @83;0H5==K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: I.M. Zheleznykh, R.D. Dagkesamanskii,  Radio method for detection of cosmic neutrinos and hadrons: RAMAND and RAMHAND experiments (past and prospects) , 3rd International ARENA Workshop on the Acoustic and Radio EeV Neutrino Detection Activities, Roma, Italy, 25-27 June 2008  =30:2=15 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: Igor Zheleznykh, David Besson, Anatoly Butkevich, Leonid Dedenko, Alexey Provorov 1139   Simulations of radio signals produced by ultra-high and extremely high energy neutrino induced cascades in Antarctic ice and lunar regolith Proc. 30th ICRC, 3-11 July 2007, Merida, Yucatan, Mexico, HE.2.4.  =6:5x1,5=1,8 Igor Zheleznykh, Boris Khrenov, Ziraddin Sadygov, Leonid Tkatchev, Fouzi Zerrouk 1122   Novel micro-pixel avalanche photodiodes and their possible application in cosmic ray/astrophysical researches Proc. 30th ICRC, 3-11 July 2007, Merida, Yucatan, Mexico, HE.2.5.  =6:5x1,5=1,8 >@01>B:0 :C@A0 ;5:F89 ABC45=B0< $" 2 25A5==8E A5<5AB@0E 2007 8 2008 3.3.  =8E2=16 (=45:A F8B8@>20=8O: 265)  = ???? !C<<0@=K9   .. 5;57=KE = 38,7 + 8=45:A F8B8@>20=8O  @C:: 0.5*38.7+0.75*5.7.4=20.419d LVALt 5@5A=52 048< 20=>28G, 28.07.1938, =A @5?@8=B: .. =8A8<>20, .. 5@5A=52, .. 8730;>2, .. 02G5=:>, .. >9=0H, .!. !025;>2. >4>2>9 >BG5B ?>   :0D54@K D878:8 ?;07<K 70 2006 3., AB@. 22, >A:20 2007. ISBN-978-5-7262-0773-5  =4:6=0.7 !>-@C:>2>4AB2> 48?;><=8:><: !87>20 0;5@8O 5B@>2=0, ABC45=B:0 5 :C@A0 (A?5F80;8AB) D0:C;LB5B0 -"$ $, 2007. (A>-@C:>2>48B5;L !025;>2 .!.)  =10:2=5 CC<<0@=K9   .. 5@5A=520 =5,7@LVALP(B5@= >@8A 235=L528G 1950 3.@., A=A 4>:B>@ D87.-<0B. =0C:(2006) C1;8:0F88: 2007 3. C1;8:0F88 Stern Boris E. Poutanen Juri, "Radiation from relativistic jets in blazars and the efficient dissipation of their bulk energy via photon breeding" 2008MNRAS.383.1695S  =5,352*30/2=80,28 KABC?;5=8O =0 :>=D5@5=F8OE 1. @83;0H5==K9 4>:;04, <564C=0@>4=0O :>=D5@5=F8O " Supercritical phenomena in high energy astrophysics" "'0AB8FK 8 :>A<>;>38O - 2007", @83;0H5==K9 4>:;04, <564C=0@>4=0O :>=D5@5=F8O  =30 2."High energy emission of relativistic jets as a supercritical process", 564C=0@>4=0O :>=D5@5=F8O "High Energy Phenomena in High Energy Astrophysics - 2007", C1;8=. @83;0H5==K9 4>:;04  =30 2008 3 C1;8:0F88: 1. Stern, Boris E.; Poutanen, Juri, "Gamma-Ray Emission of Relativistic Jets as a Supercritical Process", International Journal of Modern Physics D, Volume 17, Issue 09, pp. 1611-1617 (2008)  =1.870*30/2=28,05 2. Poutanen, J.; Stern, B. E.,"Photon Breeding Mechanism in Relativistic Jets:. Astrophysical Implications", International Journal of Modern Physics D, Volume 17, Issue 09, pp. 1619-1628 (2008)  =1.870*30/2=28,05 3. Stern, Boris E.; Tikhomirova, Yana Y., "Ultimate synchrotron cutoff in gamma-ray spectra of blazars as a signature of the converter mechanism" Monthly Notices of the Royal Astronomical Society arXiv:0812.3312  =5,352*30/2=80,28 KABC?;5=8O =0 :>=D5@5=F8OE Stern. 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OGFFF:߿a{)\@ &u@?@FFF:߿`@u@?n@FFF:߿_ARZ . u@?OGFFF:߿^@u@?l @FFF:߿])\@ &u@?@FFF:߿\)\@ &u@?@FFF:߿[ ‰AFfu@? @FFF:߿ZR Bu@? @FFF:߿YA,X~Ru@?@FFF:߿X6= *C H u@?@FFF:߿WWHa&C n0u@?JOGFFF:߿V333Br h*u@?,@FFF:߿UpZAxu@? @FFF:߿T9{TC)Fu@? @FFF:߿PLVAL` 078= ;048<8@ 20=>28G 1.A.I.Berlev et al., Development of FARICH-detector for ALICE experiment at CERN, NIMA (2008).In Press,16 authors, Corrected Proof. Preprint: doi:10.1016\j.nima.2008.08.118  =0,4 2.A.Akindinov at al.,RPC with low-resistive phosphate glass electrodes... NIM A 572(2007), 676-686,11.03.2007,17 authors.  =0,4 3. 078= .. 2>?@>AC > <5E0=87<5 >1@07>20=8O A83=0;0 2 !!- @568<5. @5?@8=B / -1204-2008, >:BO1@L 2008.  =6 4. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. Published in JINST 3:S08002, 2008.  =1.224*30/10=3.672 >=D5@5=F88: 1.... O1>2 8 4@.<?C;LA=K9 =59B@>==K9 8AB>G=8: " -!" =0 ?@>B>==>< ?CG:5 $. %% !>25I.?> 8A?>;L7.@0AA5O=8O =59B@>=>2 2 8AA;. :>=45=A.A>AB.( !- 2008),0BG8=0,2008,12 02B>@.  =0,4 2.8B28= .!.,>B0H52 !.., 078= .. "@C4K 51->9 =0CG.:>=D.$",>A:20, >;3>?@.D87-B5E. 8=AB-B,2008 >78F.-GC2AB28B.45B5:B>@ B5?;.=59B@>=>2 4;O @5D;5:B><5B@0 - <0;>C3;>2>3> A?5:B@><5B@0 ">@87>=B".  =4/3*1,5=2 3.Report- present. by A.Reshetin (INR RAS, Moscow)et al.Devel.of FARICH-det. for ALICE experim.at CERN . Int.Conference INST08,Novosib.,Russia,Feb.27- March 5,2008,16 authors  =0,4 4. Report-present. by A.Reshetin (INR RAS, Moscow) et al., Devel.of FARICH - detector for the ALICE VHMPID-system at CERN ALICE Week Collab.Meeting, VHMPID Meeting, CERN, J uly 1,2008, 16 authors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opeliovich, A.M.Shunderuk. Strange and heavy flavoured hypernuclei in chiral soliton models. Eur.Phys.J. A33, 277-281 (2007) 2 02B>@0   =1.659*30/2 = 24,88 2. V.B.Kopeliovich, A.M.Shunderuk. Strange and heavy flavoured hypernuclei in chiral soliton models. Proceedings of the 9th International Conference on Hypernuclear and Strange Particle Physics (HYP-2006), Mainz, Germany, October 10-14 2006. Ed. J.Pohodzalla and Th.Walcher. (2007) pp. 177-181. 2 authors.  =8/2=4 3. ..(C=45@N:, 5=B0:20@:8 :0: A>;8B>= 8 <C;LB8- :20@:>2K5 A>AB>O=8O, >:;04 =0 564C=0@>4=>< A5<8=0@5  20@:8-06 , <09 20063.Proceedings of QUAEKS-2006. ?C1;8:>20=> 2 2007 3.  =8 "+   = 36,88~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roitsk v-mass. 0I8I5=0 2 8N=5 2008. >:;04K 1. >:;04 =0 15 AJ5745 :>;;01>@0F88 KATRIN  From Troitsk to Troitsk+ (Modernization Progress) 2008 3>4 2. >:;04 =0 AJ5745 :>;;01>@0F88 KATRIN  Progress of data analysis of  troitsk -mass data 2008 3>4 3. >:;04 7<5@5=85 <0AAK =59B@8=>: A8BC0F8O 8 ?5@A?5:B82K.=0 H:>;5-A5<8=0@5 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O 0?5G0B0= 2 A1>@=8:5 B@C4>2 51 =0CG=>9 :>=D5@5=F88 $": "78 "@C4K 51-9 =0CG=>9 :>=D5@5=F88 $" !>2@5<5==K5 ?@>1;5<K DC=40<5=B0;L=KE 8 ?@8:;04=KE =0C:: '0ABL VIII. @>1;5<K A>2@5<5==>9 D878:8.  .: $", 2008.  282 A. ISBN 978-5-7417-0281-9  =4*1,5=6 !B0BL8 A. I. Belesev, E. V. Geraskin, B. L. Zhuikov, S. V. Zadorozhny, O. V. Kazachenko,V. M. Kohanuk, N. A. Lihovid, V. M. Lobashev, A. A. Nozik, V. I. Parfenov, A. K. Skasyrskaya, E. A. Sudachkov, N. A. Titiov, and V. G. Usanov "Investigation of Space-Charge Effects in Gaseous Tritium as a Source of Distortions of the Beta Spectrum Observed in the Troitsk Neutrino-Mass Experiment" Physics of Atomic Nuclei, 2008, Vol. 71, No. 3, pp. 427 436. Original Russian Text published in Yadernaya Fizika, 2008, Vol. 71, No. 3, pp. 449 459.  =0,914E60/10= 5,48 B>3>2K9  =11,48*1,5=17,22LVAL04>@>6=K9 !5@359 8:B>@>28G 1970 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. "5<0 48AA5@B0F88 >8A: <0AAK =59B@8=> 2 15B0-@0A?045 B@8B8O. !8AB5<0 A1>@0 40==KE 8 ?5@28G=0O >1@01>B:0 @57C;LB0B>2, A?5F80;L=>ABL 01.04.01  ?@81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0I8B0 ?@>E>48;0 2 48AA5@B0F8>==>< A>25B5 / 2 2004 3>4C. 0CG=K9 A>B@C4=8: (A 2005 3.) 01>@0B>@88 <57>==>9 D878:8, B45;0 M:A?5@8<5=B0;L=>9 D878:8. C1;8:0F88 2 2007-2008 3>40E. 1. .. 5;5A52, .. 5@0A:8=, .. >;C152, .. C9:>2, !.. 04>@>6=K9, .. 20=>2, .. 070G5=:>, .. >E0=N:, .. 8E>284, .. >10H52, .. >78:, .. 0@DQ=>2, .. !:0AK@A:0O, .. "8B>2, .. #A0=>2 "AA;54>20=85 MDD5:B>2 >1JQ<=>3> 70@O40 2 307>>1@07=>< B@8B88 :0: 8AB>G=8:0 8A:065=8O 15B0-A?5:B@0 2 M:A?5@8<5=B5 ?> ?>8A:C <0AAK =59B@8=> ""@>8F: =N-<0AA" " /45@=0O D878:0 3(B>< 71) 2008 3.  =0,914E60/10= 5,48 2. .. 2G8==8:>2, .. 54=O:>2, .. >;C152, !.. 04>@>6=K9, .. ;8<5=:>, .. 5BCE>2, .-. /=F, "A5=>=>20O 42CED07=0O :0<5@0 4;O ?>8A:0 WIMP", @5?@8=B /  !1185, 2007.  =4/7=0,571 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. !. 04>@>6=K9 Status of modernisation of Troitsk "mass set-up 12th KATRIN Collaboration meeing, March 27 - 29, 2007, Karlsruhe (FZK-IK). 2. !. 04>@>6=K9 From Troitsk to Troitsk+ (Modernization Progress) 14th KATRIN Collaboration meeting, April 16 - 18, 2008, Karlsruhe (FZK-IK). 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Ryabov Journal of Physics G, v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xcitation of high spin nuclear isomeric states by intermediate energy protons on the MMF INR RAS. . O.N. Libanova, O.P.Proskuriakov, Yu.V. Ryabov Journal of Physics G, v.33,5,033005,2007  =2,173*30/3=21,73 B>3>2K9   21,73810=>20 ;L30 8:>;052=0 !?8A>: >?C1;8:>20==KE @01>B 70 2007-2008 3.3.: 1. Excitation of high spin nuclear isomeric states by intermediate energy protons on the MMF INR RAS. . O.N. Libanova, O.P.Proskuriakov, Yu.V. Ryabov Journal of Physics G, v.33,5,033005,2007  =2,173*30/3=21,73 2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. ... O1>2, .. 078=, .. 810=>20, .. >10H52, .. C7=5F>2, .. !04K:>2, .. >;:>2, .. ;5:A552, -.. >?B5;>2, .. $54G5=:>, .. @0G52, .. $5I5=:>, .. !5@>2, .. @02GC:, .!. >=>1552A:89, !..>B0H52, .. !:>@:8=. =AB8BCB O45@=KE 8AA;54>20=89 , >A:20. >=D5@5=F8O ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, A25@E?@>2>48<>AB8 8 <5B0;;>2545=8N. 26 - 30 =>O1@O 2007 3. 3. >A:20  =0.6 "+   =22,33LVALOG 0<0=8= <8B@89 ;048<8@>28G 0CG=K9 A>B@C4=8: -$ !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E. 1. V.Zherebchevsky, W.von Oertzen, D.Kamanin, B.Gebauer, S.Thummerer, Ch.Schulz, G.Royer. Binary fission and coplanar cluster decay of 60Zn compound nuclei at high angular momentum. 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Presented at the International Symposium "Models and Methods in Few- and Many-Body Systems", Skukuza, Kruger National Park, South Africa, 6-9 February 2007.  = 6/4=1,5 3. D.V.Kamanin for the FOBOS collaboration. Rare fission modes: study of multi-cluster decays of actinide nuclei. Presented at the 6th International Conference  Modern Problems of Nuclear Physics . September 19-22, 2006, Tashkent, Uzbekistan. (?@83;0H5==K9 4>:;04)  =30*0,1=0,3 B>3>2K9   =57,28zLVAL0BCH:> 8:B>@ 5>=84>28G 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. @5?@8=B / 1186/2007, !5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 9 02B>@>2   = 4/9= 0,444 2. J.N. Abdurashitov, V.N. Gavrin, V.L. Matushko et al. Development of a Segment Fast Neutron Spectrometer. /45@=0O D878:0, B. 70, ! 1, 139-145.  =0,914*60/9=6,1 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2007 -2008 3.3. 1. J.N.Abdurashitov,...V.L. Matushko et al.  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"!>740=85 4803=>AB8G5A:>9 A8AB5<K 4;O :;8=8G5A:>3> ?@8<5=5=8O 35=5@0B>@0 AB@>=F89-82/@C18489-82 =0 1075 ?>78B@>==>-M<8AA8>==>3> B><>3@0D0". 0CG=>-?@0:B8G5A:0O :>=D5@5=F8O "BG5BK ?> ?@>5:B0< ?@>3@0<<K @57848C<0 >AA89A:>9 0:045<88 =0C: ">445@6:0 8==>20F89 8 @07@01>B>:", >A:20, @57848C< , 13 =>O1@O 2007 3>40. #AB=K9 4>:;04  20 /10= 2 B>3>2K9  = 40BCH:> 0;8=0 >=AB0=B8=>2=0 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2006 -2007 3.3. A C:070=85< :>;-2> 02B>@>2. #G0AB85 2 3@0=B0E: 1) "&, @>5:B ! 2371 !>2<5AB=>5 ?@>872>4AB2> ?0;;048O-103, AB@>=F8O-82 8 35@<0=8O-68 4;O :><<5@G5A:>3> @0A?@>AB@0=5=8O 8 <548F8=A:8E F5;59, 2002-200533. (IPP =><5@ ?@>5:B0 "2-1093) (LANL) 2) @0=B $  ! RUB2-10235- MO-04 ( BNL) 07@01>B:0 >;>20-117 2KA>:>9 C45;L=>9 0:B82=>AB8 2 A>AB>O=88 157 =>A8B5;O 4;O @048>=C:;84=>9 B5@0?88 @0:>2KE 701>;520=89 ( IPP =><5@ ?@>5:B0 BNL- T2-324) 3) "&, @>5:B ! 2880  = 0LVALOGC9:>2 >@8A 5>=84>28G 1. >4 @>645=8O. 1952 2. 0B0 70I8BK 48AA5@B0F88 0=4. E8<. =0C: 1982 3. >;6=>ABL 0254CNI89 ;01>@0B>@859 4. !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 4.1. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. J. Labeled Compounds and Pharmaceuticals, 2007, v.50, ! 5-6, pp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c. 162-167.  =0,179*60/3=3,58 4.4. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Adsorption of radionuclides from liquid metals. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.76. 6/3 =2 #AB=K9 4>:;04. J. Radioanalyt. Nucl. Chem., 2008 (in press).  =0,46E30E0,7/3=3,22 4.5. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk, N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.31. 6/6 =1 #AB=K9 4>:;04. J. Radioanalyt. Nucl. Chem., 2008 (in press).  =0,46E30E0,7/6=1,61 4.6. V.M.Petriev, B.L. Zhuikov, V.G.Skvortsov, V.K.Podgorodnichenko, A.F.Tsyb. Metallothionein  kelating agent of 213Bi. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.137.   6/6 =1 4.7LVAL. ..C9:>2. 5>B;>6:0 A 87>B>?0<8. >8A:, 2008, !8 (978), A. 5  =8 4.8.B.L.Zhuikov, E.J.Peterson , S.C.Srivastava. 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Brevet francaisLVAL (Patent of France) FR 2898515 B01D67/00, Publication internationale WO 2007107542 A1, 27.09.2007.  =20/3=6,67 5.4. S. Srivastava, B.L. Zhuikov, S. Ermolaev, N.A. Konyakhin, V.M. Kokhanuyk, S.V. Khamyanov, N.R. Togaeva. The process and targets for production of no-carrier-added tin. US Patent application No. 11/962,851, filed 21.12.07 7 02B>@>2, 3  /   =20/7=2,86 5.5. !.. @<>;052, . . ">30520, .. 0?H8=0, .. C9:>2, !. !@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb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rmolaev, B.L. Zhuikov, V.M. Kokhanyuk, S. C. Srivastava. Production Yields of 117mSn from Natural Antimony Target in Proton Energy Range 145-35 MeV. J. Labeled Compounds and Pharmaceuticals, 2007, v.50, ! 5-6, pp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c. 162-167.  =0,179*60/3=3,58 4.4. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Adsorption of radioniclides from liquid metals. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.76. 6/3 =2 #AB=K9 4>:;04. J. Radioanalyt. Nucl. Chem., 2008 (in press).  =0,46E30E0,7/3=3,22 4.5. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk, N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.31. 6/6 =1 #AB=K9 4>:;04. J. Radioanalyt. Nucl. 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US Patent application No. 11/962,851, filed 21.12.07 7 02B>@>2, 3  /   =20/7=2,86 5.4. ..C9:>2, ..>=OE8=, ..>E0=N:, !.!@820AB020. 8H5=L 4;O ?>;CG5=8O @048>=C:;84>2 8 A?>A>1 55 873>B>2;5=8O (20@80=BK). 0O2. ?0B. $. ! 2008136585, 12.09.2008.  =20/4=5 5.5. ..C9:>2, !..0;<K:>2, ..;852, !..@<>;052, ..>E0=N:, ..>=OE8=, .."0=0=052, .$.OA>54>2. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 87>B>?>2 @048O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O (20@80=BK). 0O2. =0 ?0B. $ ! 2008137558 >B 23.09.2008.  =20/8=2,5   ?> ?0B5=B0< 19,89 B>3>2K9 ;8G=K9  = 43<LVAL N0@?5G52 235=89 ;048<8@>28G 0B0 @>645=8O: 15.03.1979 #G5=>5 720=85: 1/7 #G5=0O AB5?5=L: 1/A >;6=>ABL: <.=.A. 5F5=78@C5<K5 @>AA89A:85 6C@=0;K: 1. Study of energy dependence of pion production by protons on copper target near 350 MeV. E.V.Karpechev et al. 2008. 8pp. (15 authors) C@=0; /45@=0O $878:0, B.71, !1 (AB@.1-8)   = 0.914*60/10 = 5.684 -;5:B@>==K5 ?@5?@8=BK: 2. Charmonium Detection in the CBM Experiment A.B. Kurepin, E.V. Karpechev, A.I. Maevskaya, F.F. Guber, V. Friese (5 authors) CBM-PHYS-note-2007-001 URL: https://www.gsi.de/documents/DOC-2007-Dec-71.html  =4/5=0.8 3. A.I. Berlev, E.V.Karpechev et al., Development of FARICH-detector for ALICE experiment at CERN, Nucl. Instr. and Methods A 598 (2009) 156(16 authors)   = 1.224*30/10 = 3,672 B>3>2K9  =10.170?H8=0 ;5=0 ;048<8@>2=0 1. >4 @>645=8O 1961 2. 0B0 70I8BK 48AA5@B0F88 0=4. E8<. =0C: 1988 3. >;6=>ABL 0CG=K9 A>B@C4=8: 4. !.. @<>;052, . . ">30520, .. 0?H8=0, .. C9:>2, !. !@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb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earch for resonant structure in the pion production reaction on the Nuclotron internal beam. A.B.Kurepin et al. 2007. 4pp. 18 02B>@>2 Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:604-607,2007.  =1.472*30*0.1 =4.416 2. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2, / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1 =6.519 3. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 4. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon.By NA50 Collaboration (B. Alessandro et al.). Published in Eur.Phys.J.C49:559-567,2007. 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =3.209*30*0.1 =9.627 5. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. By NA50 Collaboration (B. Alessandro et al.). Published in Eur.Phys.J.C49:329-337,2007. 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =3.209*30*0.1 =9.627 6. Dilepton production in ppLVAL  and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2) =1.659*30*0.1 =4.977 7. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2./ : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 8. J/psi azimuthal distribution relative to the reaction plane in Pb-Pb collisionsat 158 GeV/nucleon. F.Prino et al., International Journal of Modern Physics E, V.16, Nos.7-8 (2007), p.2066-2071. 70 authors, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =1.380*30*0.1 =4,14 2008 3. 9. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008.  =1.224*30/10=3.672 10. ..5A5;>2A:89, ..@83>@L52, ..0?;8=, "..0@028G520, ..0@028G52, ..;8<>2, ..>=4@0BL520, ..C@5?8=, ..C@5?8=, ..>38=>2, ..5;5H:>, .. 5H5B8=, W.H.Trzaska  !8AB5<0 1KAB@>9 M;5:B@>=8:8 AB0@B>2>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE. ?@8=OB0 : ?5G0B8 2 @81>@K 8 B5E=8:0 M:A?5@8<5=B0  =0.226*60/10=1.356 11. A.I. Berlev, et al., Development of FARICH-detector for ALICE experiment at CERN, Nucl. Instr. and Meth. A 598 (2009) 156  =1.224*30/10=3.672 12. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =5.301*30/10=15.903. 13. Dielectron Production in C-12 + C-12 Collisions atLVAL! 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys.G35 :104159, 2008.  =3.209*30*0.1=9.627 14. Measurement of charged pions in 12C+12C collisions at 1 and 2A GeV with HADES G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al. subm. to Eur. Phys. J A  =1.659*30*0.1 =4.977 15. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APDreadout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia, NIM A 598 (2009) 268  =1.224*30/10=3.672 16. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008, to be published in NIM A  =1.224*30/10=3.672 17. 1. E.V.Karpechev, A.B.Kurepin, A.I.Reshetin, T.L.Karavicheva, K.Fujita, K.Hatanaka et al.  Study of energy dependence of pion production by proton on copper target near 250 MeV /45@=0O D878:0 71 ( 2008) 3  =0.914*60/10=5.484   ?> ?C1;8:0F8O< 118.224 @5?@8=BK 1. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281  =4*0.1 =0.4 2. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 119 02B>@>2, (/ : M. Golubeva, F. LVAL"Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2)  =4*0.1 =0.4 3. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0,4 4. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2./ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 5. CBM-PHYS-note-2007-001 Author: A.B. Kurepin, E.V. Karpechev, A.I. Maevskaya, F.F. Guber, V.Friese Charmonium Detection in the CBM Experiment URL: https://www.gsi.de/documents/DOC-2007-Dec-71.html   = 4/5=0,8 6. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2008-018, CERN-SPSC- SR-033, July 2008. 43pp.  = 4/10=0,4 7. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 8.ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, Sep 2008. 132pp.  = 8/10=0,8 9. Development of Projectile Spectator Detector M.Golubeva , F.Guber , A.Ivashkin , A.Kurepin , A.Maevskaya , V.Marin , A.Sadovsky and K.Shileev DOC-2008-May-3-1,CBM progress report 2007, 48p  = 4/10=0,4   ?> ?@5?@8=B0< =4.4 6. 0B5=B>2 =5B 7. >:;04K 1. A.S.Anoshko..AKurepinet al .  Luminosity Determination in ALICE with T0 and V0 detector ?@8=OB0 : ?C1;8:0F88 2 B@C40E :>=D5@5=F88  QM2008 .  =6*0.1 =LVAL0.6 2.Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C.Pachmayer,M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva ,A.Kurepin,K.Lapidus, A.Reshetin , A.Sadovsky, et al.). Apr 2008. 6pp. To appear in the proceedings of Quark Matter 2008: 20th International Conference on Ultra-Relativistic Nucleus Nucleus Collisions (QM 2008), Jaipur, India, 4-10 Feb 2008.  =6*0.1 =0.6 3)...C@5?8= 7<5@5=85 <=>65AB25==>AB8 ?@8 1>;LH8E 1KAB@>B0E, A>25I0=85 >AA89A:>9 :>;;01>@0F88 ALICE, 09.10.2008, C@G0B>2A:89 F5=B@. 4). ..C@5?8= !B>;:=>25=85 @5;OB828ABA:8E O45@ 8 70304:0 G0@<>=8O , VI 0@:>2A:85 GB5=8O 15.05.08 /  =4 5). ..C@5?8= $878:0 =0 NICA, 273;O4 87 /  06.11.08. NICA- :@C3;K9 AB>;,/  =4   ?> 4>:;040< =9.2 KABC?;5=8O =0 A5<8=0@0E: 1. A.Kurepin  Status of the Projectile Spectator Detector  , CBM Collaboration meeting, Dresden, 25-28 September 2007. 8. #G51=K9 :C@A  -:A?5@8<5=B0;L=0O O45@=0O D878:0 2 A5<5AB@0, 4>@01>B:0 :064K9 3>4   =16 B>3>2K9   147,82 B>3>2K9   @C:>2>48B5;O = 147,82*0,5+1248/12*0,75=151,91LVALOG$C15@ $54>@ $@84@8E>28G 1950 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-2> 02B>@>2. 2007 3. 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1=6.519 2. Dielectron production in C + C and p + p collisions with HADES.By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 3.@si-prime production in Pb-Pb collisions at 158-GeV/nucleon.By NA50 Collaboration (B. Alessandro et al.). CERN-PH-EP-2006-019, Dec 2006. 16pp. Published in Eur.Phys.J.C49:559-567,2007. 70 02B>@>2 /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilska (5 02B>@>2)  =3.209*30*0.1 =9.627 4.Dilepton production in pp and CC collisions with HADES.By HADES Collaboration (I.Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 5.Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. PubliLVAL%shed in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky  =7.489*30*0.1 =22.467 6. J/psi and psi-prime production and their normal nuclear absorption in proton- nucleus collisions at 400-GeV. By NA50 Collaboration (B. Alessandro et al.). Published in Eur.Phys.J.C49:329-337,2007. 68 02B>@>2. / : M. Golubeva, F.Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =3.209*30*0. =9.627 7.Performance of RPC with low-resistive silicate glass electrodes exposed to an intense continuous electron beam. V. Ammosov,& F.Guber et al. 2007. 6pp. Published in Nucl.Instrum.Meth.A576:331-336,2007.  = 1,224*30/10=3,672 8.RPC with low-resistive phosphate glass electrodes as a candidate for the CBM TOF. A. Akindinov,& .F.Guber et al. Dec 2006. 8pp. Published in Nucl.Instrum.Meth.A572:676-681,2007.  = 1,224*30/10=3,672 9.HADES@SIS100, AKugler et all, CBM Progress Report 2006, GSI Report 2007-4 ( ISSN:0171-4546), GSI1.Darmstadt, 2007, p.25., 702B>@>2 / : M. Golubeva, F. Guber (2 02B>@0).  = 8/7 =1.143 2008 3. 11. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008.  =1.224*30/10=3.672 12. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =5.301*30/10=15.903. 13. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys. G35:104159, 2008.  =3.209*30*0.1=9.627 14. Measurement of charged pions in 12C+12C collisions at 1 and 2A GeV with HADES G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.ReshLVAL&etin, A.Sadovsky et al.0 subm. to Eur. Phys. J A  =1.659*30*0.1 =4.977 15. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APDreadout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia, NIM A 598 (2009) 268  =1.224*30/10=3.672 16. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008, to be published in NIM A  =1.224*30/10=3.672   ?> 6C@=0;L=K< ?C1;8:0F8O< =107.643 @5?@8=BK 1. Number: CBM-TOF-internal-note-2007-001Author: V. Ammosov, F. Guber Development of the high rate multigap RPC prototype for the central part of the CBM TOF detector. Final report URL: https://www.gsi.de/documents/DOC-2007-Dec-72.html   = 4/2=2 2. Number: CBM-PHYS-note-2007-001 Author: A.B. Kurepin, E.V. Karpechev, A.I. Maevskaya, F.F. Guber, V.Friese Charmonium Detection in the CBM Experiment URL: https://www.gsi.de/documents/DOC-2007-Dec-71.html   = 4/5=0,8 3. Na61/Shine at the CERN SPS.By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 [nucl-ex] 119 02B>@>2 (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2)  =4*0.1 =0.4 4. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. ILVAL'vashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 5. Study of dielectron production in C+C collisions at 1 AGeV. By HADES Collaboration (: G. Agakishiev et al.). Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex] 108 authors, INR- M.Golubeva, F.Guber, A.Ivashkin, K.Lapidus, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky  =4*0.1 =0.4 6. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007 e-Print: arXiv:0711.4281 [nucl-ex]  =4*0.1 =0.4 7. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall, (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2) et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp.  =4*0.1 =0.4 8. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2008-018, CERN-SPSC- SR-033, July 2008. 43pp.  = 4/10=0,4 9. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 10.ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, Sep 2008. 132pp.  = 8/10=0,8 11. Development of Projectile Spectator Detector M.Golubeva , F.Guber , A.Ivashkin , A.Kurepin , A.Maevskaya , V.Marin , A.Sadovsky and K.Shileev DOC-2008-May-3-1,CBM progress report 2007, 48p  = 4/10=0,4   ?> ?@5?@8=B0< =6.8 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE : 1. F.Guber  Projectile Spectator detector for NA61 NA-61 workshop, CERN, .Oct 17, 2007. =0 2. F.Guber  Status of the PSD NA49-future Collaboration meeting, March 24, 2007 3. F.Guber  Lead glass electromagnetic calorimeter for theLVAL HADES@FAIR HADES collaboration meeting, Cyprus, 29 Oct- 4 Nov 2007 4. F.Guber, M.Golubeva, A.Ivashkin NA61 EVO meeting,  Recent results on NA61 PSD development , 4 dec 2007 5. A.S.Anoshko..et al .  Luminosity Determination in ALICE with T0 and V0 detector ?@8=OB0 : ?C1;8:0F88 2 B@C40E :>=D5@5=F88  QM2008 .  =6*0.1 =0.6 6.Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C.Pachmayer,M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva ,A.Kurepin,K.Lapidus, A.Reshetin , A.Sadovsky, et al.). Apr 2008. 6pp. To appear in the proceedings of Quark Matter 2008: 20th International Conference on Ultra-Relativistic Nucleus Nucleus Collisions (QM 2008), Jaipur, India, 4-10 Feb 2008.  =6*0.1 =0.6 7. F.Guber  Projectile Spectator Detector , NA61 Collaboration meeting, CERN, 4-7 June 2008 8. F.Guber  PSD beam request , NA61 Collaboration meeting, CERN, 4-7 June 2008 9. F.Guber  PSD beam request , NA61 Collaboration meeting, CERN, 4-7 June 2008   ?> 2KABC?;5=8O< =1.2 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8 1. 48?;><=8:8: !>;>2L520 "0BLO=0 ($) )  =10 2. 0A?8@0=BK: 5@5B5=:8= .. (0A?8@0=BC@0 /)  =30 0?84CA ..(0A?8@0=BC@0 /)  =30  =70 B>3>2K9   185.64LVALOG)>;C1520 0@8=0 >@8A>2=0 >4 @>645=8O.  1950 0B0 70I8BK 48AA5@B0F88  1/A >;6=>ABL  =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-20 02B>@>2. 2007 3. 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1 =6.519 2. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2/ : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2) =1.472*30*0.1 =4.416 3. @si-prime production in Pb-Pb collisions at 158-GeV/nucleon. By NA50 Collaboration (B. Alessandro et al.). Published in Eur.Phys.J.C49:559-567,2007. 70 02B>@>2. /  :M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2)  =3.209*30*0.1 =9.627 4. J/psi and psi-prime production and their normal nuclear absorption in proton-nucleus collisions at 400-GeV. By NA50 Collaboration (B. Alessandro et al.). Eur.Phys.J.C49:329-337,2007 68 02B>@>2. / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =3.209*30*0.1 =9.627 5. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 LVAL*02B>@>2)  =1.659*30*0.1 =4.977 6. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 7. J/psi azimuthal distribution relative to the reaction plane in Pb-Pb collisionsat 158 GeV/nucleon. F.Prino et al., International Journal of Modern Physics E, V.16, Nos.7-8 (2007), p.2066-2071. 70 authors, / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, N.Topilskaya (5 02B>@>2).  =1,380*30/10 =4,14 8. HADES@SIS100, AKugler et all, CBM Progress Report 2006, GSI Report 2007-4 (ISSN:0171-4546), GSI1.Darmstadt, 2007, p.25., 702B>@>2 / : M. Golubeva, F. Guber (2 02B>@0).  =8/7=1,143 2008 3. 9. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008.  =1.224*30/10=3.672 10. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =5.301*30/10=15.903. 11. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys.G35:104159,2008.  =3.209*30*0.1=9.627 12. Measurement of charged pions in 12C+12C collisions at 1 and 2A GeV with HADES G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al. subm. to Eur. Phys. J A  =1.659*30*0.1 =4.977 13. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with LVAL+micropixel APDreadout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia, NIM A 598 (2009) 268  =1.224*30/10=3.672 14. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008, to be published in NIM A  =1.224*30/10=3.672   ?> 6C@=0;L=K< ?C1;8:0F8O< =104.439 @5?@8=BK 1. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281  =4*0.1 =0.4 2. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 119 02B>@>2, (/ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2)  =4*0.1 =0.4 3. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 4. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2 )  =4*0.1 =0.4 5. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2008-018, CERN-SPSC- SR-033, July 2008. 43pp. = 4/10=0,4 LVAL 6. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin,A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 7.ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, Sep 2008. 132pp.  = 4/10=0,4 8. Development of Projectile Spectator Detector M.Golubeva , F.Guber , A.Ivashkin , A.Kurepin , A.Maevskaya , V.Marin , A.Sadovsky and K.Shileev DOC-2008-May-3-1,CBM progress report 2007, 48p  = 4/10=0,4   ?> ?@5?@8=B0< =3.2 KABC?;5=8O =0 A5<8=0@0E: 1. Software NA61 EVO meeting, September 10 2007 3.  Status of PSD geometry in simulations 2. Software NA61 EVO meeting, December 4 2007 3.  Recent results on NA61 PSD development 3. Software NA61 EVO meeting, February 14 2008 3.  PSD description and simulation 4. Software NA61 EVO meeting, April 10 2008 3.  PSD description and simulation 5. Software NA61 EVO meeting, December 11 2008 3.  Reaction plane simulation 6. A.S.Anoshko..et al .  Luminosity Determination in ALICE with T0 and V0 detector ?@8=OB0 : ?C1;8:0F88 2 B@C40E :>=D5@5=F88  QM2008 .  =6*0.1 =0.6 7.Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C.Pachmayer,M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva ,A.Kurepin,K.Lapidus, A.Reshetin , A.Sadovsky, et al.). Apr 2008. 6pp. To appear in the proceedings of Quark Matter 2008: 20th International Conference on Ultra-Relativistic Nucleus Nucleus Collisions (QM 2008), Jaipur, India, 4-10 Feb 2008.  =6*0.1 =0.6   ?> 2KABC?;5=8O< =1.2 B>3>2K9   = 108.8LVALOG-20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 2007-2008 3>40E: 2007 3. 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =2.173*30*0.1 =6.519 2. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.472*30*0.1 =4.416 3. Dilepton production in pp and CC collisions with HADES. By HADES Collaboration (I. Frohlich et al.). Oct 2006. 11pp. To appear in the proceedings of 4th International Conference on Quarks and Nuclear Physics (QNP06), Madrid, Spain, 5-10 Jun 2006. Published in Eur.Phys.J.A31:831-835,2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. Veretenkin (8 02B>@>2)  =1.659*30*0.1 =4.977 4. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302, 2007. 129 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky (7 02B>@>2)  =7.489*30*0.1 =22.467 5. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. Jan 2007. 16pp. 14 02B>@>2 Published inLVAL. Eur.Phys.J.C52:495-506,2007. / : A. Ivashkin  =3.209*30*0.1 =9,627 6. Performance of RPC with low-resistive silicate glass electrodes exposed to an intense continuous electron beam. V. Ammosov,& F.Guber et al. 2007. 6pp. 20 02B>@>2 Published in Nucl.Instrum.Meth.A576:331-336,2007. / : F. Guber, A. Ivashkin, V. Tiflov (3 02B>@0)  = 1,224*30/10=3,672 2008 3. 7. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =5.301*30/10=15.903. 8. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys.G35:104159, 2008.  =3.209*30*0.1=9.627 9. Measurement of charged pions in 12C+12C collisions at 1 and 2A GeV with HADES G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al. subm. to Eur. Phys. J A  =1.659*30*0.1 =4.977 10. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APDreadout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia, NIM A 598 (2009) 268  =1.224*30/10=3.672 11. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008, to be published in NIM A  =1.224*30/10=3.672 12. Measurement of the K+ --> pi+ nu nu branching raLVAL/tio. By The E949 Collaboration and E787 Collaboration (S. Adler et al.). Published in Phys.Rev.D77:052003,2008. 40 pp. 80 02B>@>2  =4.854*30/10=14.562   ?> ?C1;8:0F8O< 104.091 @5?@8=BK 1. Na61/Shine at the CERN SPS. By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 119 02B>@>2, (/ : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (8 02B>@>2) =4*0.1 =0.4 2. Performance studies of prototype II for the CASTOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. Jan 2007. 16pp. 14 02B>@>2 e-Print: arXiv:0706.2641 [physics.ins-det] / : A. Ivashkin  =4*0.1 =0.4 3. Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK- 2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp. 62 authors, e-Print: arXiv:0709.1000 [hep-ex]  =4*0.1=0.4 4.Measurement of the $K^+\to\pi^+\nu\bar{\nu}$ Branching Ratio. By The E949 Collaboration (V.V. Anisimovsky et al.). BNL-79257-2007-JA, KEK-2007-34, TRI-PP-07-18, TUHEP-EX-07-002, Sep 2007. 98pp. 62 authors e-Print: arXiv:0709.1000 [hep-ex]  =4*0.1 =0.4 5. Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 6. Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02B>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 7.Performance studies of prototype II for the CALVAL0STOR forward calorimeter at the CMS experiment. X. Aslanoglou et al. CERN-CMS-NOTE-2007-001, Jan 2007. 16pp. 14 02B>@>2 e-Print: arXiv:0706.2641 [physics.ins-det] / : A. Ivashkin)  =4*0.1=0.4 8.Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281  =4*0.1=0.4 9. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2008-018, CERN-SPSC- SR-033, July 2008. 43pp.  = 4/10=0,4 10. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 10. Development of Projectile Spectator Detector M.Golubeva , F.Guber , A.Ivashkin , A.Kurepin , A.Maevskaya , V.Marin , A.Sadovsky and K.Shileev DOC-2008-May-3-1,CBM progress report 2007, 48p  = 4/10=0,4   (?@5?@8=BK) 4.0 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1.  Status of Projectile Spectator Detector , 7-th Collaboration Meeting of CBM experiment at Fair, February 28-March 3, 2006, Darmstadt, Germany.  =0 2.  Projectile Spectator Detector (R&D on first module prototype) , 8-th CBM Collaboration Meeting IPHC , September 20-22, 2006, Strasbourg, France.  =0 3.  Status of Projectile Spectator Detector , 9-th Collaboration Meeting of CBM experiment at Fair, February, 2007, Darmstadt, Germany.  =0 4.  CsI(Tl) detector and APD readout , Collaboration Meeting of E06 (TREK) experiment at KEK, February, 2007, Tsukuba, Japan.  =0 5.  Projectile Spectator Detector , Collaboration Meeting of NA61 experiment at CERN, Oct, 2007, Geneva, Switzerland.  =0 6. A.S.Anoshko..et al .  Luminosity Determination in ALICE with T0 and V0 detector ?@8=OB0 : ?C1;8:0F88 2 B@C40E :>=D5@5=F88  QM2008 .  =6*0.1 =0.6 7. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and LVAL the Solution to the DLS Puzzle. By HADES Collaboration (Y.C.Pachmayer,M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva ,A.Kurepin,K.Lapidus, A.Reshetin , A.Sadovsky, et al.). Apr 2008. 6pp. To appear in the proceedings of Quark Matter 2008: 20th International Conference on Ultra-Relativistic Nucleus Nucleus Collisions (QM 2008), Jaipur, India, 4-10 Feb 2008.  =6*0.1*1,5 =0,9   ?> 2KABC?;5=8O< =1.2 B>3>2K9   = 109.591LVALOG2 5H5B8= =4@59 3>@528G @>4.10.01.1952, A=A -$,   70 2007-2008 33. C1;8:0F88: 1. 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MENU-2007-225, Dec 2007. 5pp. Presented at 11th International Conference on Meson-Nucleon Physics and the Structure of the Nucleon (MENU 2007), Julich, Germany, 10-14 Sep 2007. In the Proceedings of 11th International Conference on Meson-Nucleon Physics and the Structure of the Nucleon (MENU 2007), Julich, Germany, 10-14 Sep 2007, pp 225. (108 authors)   = 8/10*1.5 = 1,2 5. Dielectron production in C + C and p + p collisions with HADES. By HADES Collaboration (J. Pietraszko et al.). 2007. 9pp. Prepared for 9th International Workshop on Meson Production, Properties and Interaction (MESON 2006), Cracow, Poland, 9-13 Jun 2006. Published in Int.J.Mod.Phys.A22:388-396, 2007.(109 authors)   = 1.472*30/10 = 4,416 6. Dielectron production in C-12+C-12 collisions at 2-AGeV with HADES. By HADES Collaboration (G. Agakichiev et al.). Aug 2006. 13pp. Published in Phys.Rev.Lett.98:052302,2007. (129 authors) e-Print: nucl-ex/0LVAL3608031   = 7.489*30/10 = 22,467 7. 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A;8 ?@83;0H5==K9 4>:;04  C:070BL. 20083. 1)..!.">?8;LA:0O- ?;5=0@=K9 4>:;04 (?@83;0H5==K9)  Transverse momentum dependence of charmonium production in heavy ion collisions , 3rd International Wokshop on high pt physics, Tokaj, Hungary, March 16-19, 2008.  =30 2). .!.">?8;LA:0O >645=85 G0@<>=8O =0 ?CG:0E ?@>B>=>2 8 A28=F0 =0 D8:A8@>20==>9 <8H5=8 A ?><>ILN 48<N>==>3> A?5:B@><5B@0 CAB0=>2:8 ALICE , A>25I0=85 >AA89A:>9 :>;;01>@0F88 ALICE, 09.10.2008, C@G0B>2A:89 F5=B@. 20073. 3)..!.">?8;LA:0O- ?;5=0@=K9 4>:;04 (?@83;0H5==K9) >645=85 A>AB>O=89 G0@<>=8O 2 AB>;:=>25=8OE BO65;KE 8>=>2 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, >A:20, "-$, 26-30 =>O1@O 2007 3.   =20 4). .!.">?8;LA:0O >645=85 G0@<>=8O 2 AB>;:=>25=8OE BO65;KE 8>=>2 2 M:A?5@8<5=B0E & 0, RHIC 8 RA. !5<8=0@ ;01. <57>O45@=KE 2708<>459AB289, / , 12 45:01@O, 2007 3. 6. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 7. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5.  @0<:0E :C@A0 ;5:F89 4;O ABC45=B>2 5;OB828ABA:0O O45@=0O D878:0, 2007-2008 33. (..C@5?8=) :C@A -:A?5@8<5=BK NA50 8 NA60 ?> @>645=8N 48<N>==KE ?0@ 2 AB>;:=>25=88 @5;OB828ABA:8E O45@ =0 CA:>@8B5;5 2 & 5 (4>@01>B:0 :064K9 3>4)   =8 8. @C30O 7=0G8<0O 8=D>@<0F8O. "+   = 156,706LVALOG7H5=8G=>2 3>@L =0B>;L528G 1964 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. "5<0 48AA5@B0F88  !B0B8AB8G5A:>5 >?8A0=85 @50:F89 <=>65AB25==>3> <57>=>>1@07>20=8 =0 O4@0E , A?5F80;L=>ABL 01.04.16 -  D878:0 O4@0 8 M;5<5=B0@=KE G0AB8F , 70I8B0 ?@>E>48;0 2 48AA5@B0F8>==>< A>25B5 / 2 1998 3>4C. CB0@H89 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 2007-2008 3>40E: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2007 3. 1. I. Pshenichnov, A. Larionov, I. Mishustin, W. Greiner, PET monitoring of cancer therapy with 3He and 12C beams: a study with the GEANT4 toolkit, Phys. Med. Biol., 52 (2007) 7295  =2.528*30/4 = 18.960 2008 3. 1. A.J. Baltz, G. Baur, D. d'Enterria, ... I.A. Pshenichnov et al., The Physics of Ultraperipheral Collisions at the LHC, Phys. Reports 458 (2008) 1.  =20.263*30/10 = 60.789 2. The ALICE Collaboration, K.Aamodt,& F.Guber, O.Karavichev, T.Karavicheva, E.Karpechev, A.Kurepin, A.N.Kurepin, A.Maevskaya, I.Pshenichnov, A.Reshetin, N.Topilskaya et al., The ALICE Experiment at the CERN LHC, JINST 3 (2008) S08002.  =1.224*30/10 =3.672 3. O.I. Obolensky, E. Surdutovich, I. Pshenichnov, I. Mishustin, A.V. Solov'yov, W. Greiner, Ion beam cancer therapy: Fundamental aspects of the problem, Nucl. Instr. Meth. Phys. Research B 266 (2008) 1623  =0.997*30/6 = 4.985 4. I. Pshenichnov, I. Mishustin, W. Greiner, Comparative study of depth-dose distributions for beams of light and heavy nuclei in tissue-like media, Nucl. Instr. Meth. Phys. Research B 266 (2008) 1094.  =0.997*30/3 = 9.970 5. P. Golubev, V. Avdeichikov, K.G. Fissum, B. Jakobsson, I. A. Pshenichnov, et al., Pion emission in (gamma,pi+) 2H, 12C, 27Al reactions at threshold, Nucl. Phys. A806 (2008) 216.  =3.096*30/10 = 9.288 6. E. Surdutovich, O.I. Obolensky, E. Scifoni, I. Pshenichnov, I. Mishustin, A.V. Solov'yov, W. Greiner, Ion-induced electron production in tissue-like mediLVAL8a and DNA damage mechanisms, Eur. Phys. J. D, 2008, in print, DOI: 10.1140/epjd/e2008-00207-y.  =2.20*30/7 = 9.429 > 6C@=0;0<:  =117.093 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: #AB=K5 4>:;04K, ?@83;0H5==K5: 15. I. Pshenichnov, I. Mishustin, W. Greiner, Nuclear reactions in heavy-ion therapy studied with the GEANT4 toolkit International Conference on Nuclear Fragmentation, Kemer (Antalya), Turkey, September 24  October 1, 2007  =30/3=10 16. I. Pshenichnov, I. Mishustin, W. Greiner, Towards Monte Carlo calculations of biological dose in heavy-ion therapy: modeling of nuclear fragmentation reactions, 2nd International Symposium on Atomic Cluster Collisions, July 19-23, 2007, Darmstadt, Germany  =30/3=10 17. I. Pshenichnov, A. Larionov, I. Mishustin, W. Greiner, Nuclear reactions in heavy-ion therapy: understanding complexity International Symposium  Complex Systems in Physics and Beyond , Frankfurt, Germany, November 30  December 1, 2007  =30/4=7.5 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 3. I. Pshenichnov, I. Mishustin, W. Greiner, MCHIT - Monte Carlo model for proton and heavy-ion therapy International Conference on Nuclear Data for Science and Technology, April 22-27, 2007, Nice, France  =6/3=2 C1;8:0F88 2 B@C40E :>=D5@5=F89: 1. Pshenichnov, I. Mishustin, W. Greiner, MCHIT - Monte Carlo model for proton and heavy-ion therapy In Proc. 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H5=8G=>2 >6=> ;8 @0745;8BL D878:C =0 @>AA89A:CN 8 <564C=0@>4=CN "@>8F:89 0@80=B !11N (833), 2008, AB@. 5 > =0CG=>-?>?C;O@=K< 8740=8O<:   = 8 -;5:B@>==K5 ?@5?@8=BK: 1. E. Scifoni, E. Surdutovich, A. Solov'yov, I. Pshenichnov, I. Mishustin, W. Greiner 1. Ion-beam therapy: from electron production in tissue like media to DNA damage estimations, arXiv:0807.2610 (July 2008)  =4/6=0.667 > ?@5?@8=B0<:  =0.667 B>3>2K9  :  =162.593LVALOG:!04>2A:89 ;5:A0=4@ !5@35528G 1974 3>40 @>645=8O, Dr.Rer.Nat Ph.D. 2007 TU-Dresden 2007 3. <;04H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-2> 02B>@>2. 1. Dielectron production in C-12 + C-12 collisions at 2-A-GeV with HADES. By HADES Collaboration (J. Markert et al.). 2007. Published in J.Phys.G34:S1041-S1045, 2007. 109 02B>@>2 / : M. Golubeva, F. Guber, A. Ivashkin, T. Karavicheva, A. Kurepin, A. Reshetin, A. Sadovsky, I. 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Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008, to be published in NIM A  =1.224*30/10=3.672   ?> 6C@=0;L=K< ?C1;8:0F8O< =76,23 @5?@8=BK 1.Na61/Shine at the CERN SPS.By NA61 Collaboration (Andras Laszlo et al.). Sep 2007. 10pp. Talk given at 4th International Workshop on Critical Point and Onset Deconfinement, Darmstadt, Germany, 9-13 Jul 2007. e-Print: arXiv:0709.1867 [nucl-ex] 119 02B>@>2 (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2)  =4*0.1 =0.4 2.Further information requested in the proposal review process. By NA61 Collaboration (N. Antoniou et al.). CERN-SPSC-2007-019, CERN-SPSC-P-330, Jun 2007. 53pp. 118 02BLVAL<>@>2. / : M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky (7 02B>@>2)  =4*0.1 =0.4 3.Study of dielectron production in C+C collisions at 1 AGeV. By HADES Collaboration (: G. Agakishiev et al.). Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex] 108 authors, INR- M.Golubeva, F.Guber, A.Ivashkin, K.Lapidus, T.Karavicheva, A.Kurepin, A.Reshetin, A.Sadovsky  =4*0.1 =0.4 4.Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007 e-Print: arXiv:0711.4281 [nucl-ex]  =4*0.1 =0.4 5.Report from the NA61/SHINE pilot run performed in October 2007. Addendum-3 to the proposal P330. By NA61 Collaboration (N. Abgrall, (M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, A. Maevskaya, V. Matveev, A. Sadovsky, K.Shileev (/  -8 02B>@>2) et al.). CERN-SPSC-2007-033, CERN-SPSC-P-330, Nov 2007. 17pp.  =4*0.1 =0.4 6. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 7. Development of Projectile Spectator Detector M.Golubeva , F.Guber , A.Ivashkin , A.Kurepin , A.Maevskaya , V.Marin , A.Sadovsky and K.Shileev DOC-2008-May-3-1,CBM progress report 2007, 48p  = 4/10=0,4   ?> ?@5?@8=B0< = 2.8 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE : 1.A.Sadovskiy  Studies for LVL1 trigger for dp-reactions HADES collaboration meeting, Cyprus, 29 Oct- 4 Nov 2007 2.A.Sadovsky,  On-line QA , NA61 Collaboration meeting, CERN, 27-30 October 2008 3. A.Sadovsky,  Production scripts and off-line QA , NA61 Collaboration meeting, CERN, 27-30 October 2008 4. A.Sadovsky,  Web-site and data documentation , NA61 Collaboration meeting, CERN, 27-30 October 2008 5. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C.PachmT LVALd ayer,M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva ,A.Kurepin,K.Lapidus, A.Reshetin , A.Sadovsky, et al.). Apr 2008. 6pp. To appear in the proceedings of Quark Matter 2008: 20th International Conference on Ultra-Relativistic Nucleus Nucleus Collisions (QM 2008), Jaipur, India, 4-10 Feb 2008.  =6*0.1 =0.6   ?> 2KABC?;5=8O< =0.6 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8 18. 48?;><=8:8: CAK38=0 .. (!!)  =10 "+   = 89.63LVALOG>0@028G520 "0BLO=0 L2>2=0 1951 . ., " $.-". # (1999), !! !! #+% "  2007-2008 . 1 DILEPTON PRODUCTION IN ION ION COLLISIONS STUDIED USING HADES. BY HADES COLLABORATION (A. KUGLER ET AL.). 2007. 5PP. PREPARED FOR 7TH LATIN AMERICAN SYMPOSIUM ON NUCLEAR PHYSICS AND APPLICATIONS, CUSCO, PERU, 11-16 JUN 2007. PUBLISHED IN AIP CONF.PROC.947:436-440,2007  = 0,826 * 30 * 0,1 = 2,478 2 STUDY OF ENERGY DEPENDENCE OF PION PRODUCTION BY PROTON ON COPPER TARGET NEAR 350 MEV E.V.KARPECHEV, A.B.KUREPIN, T.L/KARAVICHEVA , 15 "  / / $ 71 ( 2008) 3  = 0,914 * 60 * 0,1 = 5,484 3 PSI-PRIME PRODUCTION IN PB-PB COLLISIONS AT 158-GEV/NUCLEON. BY NA50 COLLABORATION (B. ALESSANDRO ET AL.). CERN-PH-EP-2006-019, DEC 2006. 16PP. PUBLISHED IN EUR.PHYS.J.C49:559-567,2007, 70 "  /  :M. GOLUBEVA, F. GUBER, T. KARAVICHEVA, A. KUREPIN, N.TOPILSKAYA(5 " )  = 3,209 * 30 * 0,1 = 9,627 4 DIELECTRON PRODUCTION IN C-12 + C-12 COLLISIONS AT 2-A-GEV WITH HADES. BY HADES COLLABORATION (G. AGAKICHIEV ET AL.). AUG 2006. 13PP PUBLISHED IN PHYS.REV.LETT.98:052302, 2007. 129 "  129, "  / : M. GOLUBEVA, F. GUBER, A. IVASHKIN, T. KARAVICHEVA, A. KUREPIN, A. RESHETIN, A. SADOVSKY (7 "   = 7,489 * 30 * 0,1 = 22,467 5 J/PSI AZIMUTHAL DISTRIBUTION RELATIVE TO THE REACTION PLANE IN PB-PB COLLISIONSAT 158 GEV/NUCLEON INTERNATIONAL JOURNAL OF MODERN PHYSICS E, V.16, NOS.7-8 (2007), P.2066-2071. 70 AUTHORS / : M. GOLUBEVA, F. GUBER, T. KARAVICHEVA, A. KUREPIN, N.TOPILSKAYA(5 " )  = 1,38 * 30 * 0,1 = 4,140 6 AN IMPROVED SHASHLYK CALORIMETER G.S.ATOYAN ,T.KARAVICHEVA. 12"  PUBLISHED IN NUCL.INSTRUM.METH.A584:291-303,2008.  = 1,224 * 30 * 0,1 = 3,672 7 DIELECTRON PROLVAL?DUCTION IN C-12 + C-12 COLLISIONS AT 2-A-GEV WITH HADES. BY HADES COLLABORATION (J. MARKERT ET AL.). 2007. PUBLISHED IN J.PHYS.G34:S1041-S1045, 2007. 109 "  / : M. GOLUBEVA, F. GUBER, A. IVASHKIN, T. KARAVICHEVA, A. KUREPIN, A. RESHETIN, A. SADOVSKY, I. VERETENKIN (8 "   = 2,173 * 30 * 0,1 = 6,519 8 DILEPTON PRODUCTION IN C+C AND P+P COLLISIONS WITH HADES. BY HADES COLLABORATION (J. PIETRASZKO ET AL.). 2007. 9PP. PREPARED FOR 9TH INTERNATIONAL WORKSHOP ON MESON PRODUCTION, PROPERTIES AND INTERACTION (MESON 2006), CRACOW, POLAND, 9-13 JUN 2006. PUBLISHED IN INT.J.MOD.PHYS.A22:388-396,2007. 109 "   = 1,472 * 30 * 0,1 = 4,416 9 J/PSI AND PSI-PRIME PRODUCTION AND THEIR NORMAL NUCLEAR ABSORPTION IN PROTON NUCLEUS COLLISIONS AT 400-GEV. (B. ALESSANDRO ET AL.).EUR.PHYS.J.C49:329-337, 2007.68 " . / : M. GOLUBEVA, F. GUBER, T. KARAVICHEVA, A. KUREPIN, N.TOPILSKAYA(5"   /)  = 3,209 * 30 * 0,1 = 9,627 10 DILEPTON PRODUCTION IN PP AND CC COLLISIONS WITH HADES.BY HADES COLLABORATION (I. FROHLICH ET AL.). OCT 2006. 11PP. TO APPEAR IN THE PROCEEDINGS OF 4TH INTERNATIONAL CONFERENCE ON QUARKS AND NUCLEAR PHYSICS (QNP06), MADRID, SPAIN, 5- 10 JUN 2006. PUBLISHED IN EUR.PHYS.J.A31:831-835,2007. 109 "  / : M. GOLUBEVA, F. GUBER, A. IVASHKIN, T. KARAVICHEVA, A. KUREPIN, A. RESHETIN, A. SADOVSKY, I. VERETENKIN (8 " )  = 1,659 * 30 * 0,1 = 4,977 11 THE ALICE EXPERIMENT AT THE CERN LHC. BY ALICE COLLABORATION (K. AAMODT ET AL.). 2008. 259PP. JINST 3:S08002,2008  = 1,224 * 30 * 0,1 = 3,672 12 STUDY OF DIELECTRON PRODUCTION IN C+C COLLISIONS AT 1-A-GEV G. AGAKICHIEV...M.GOLUBEVA, F.GUBER, A.IVASHKIN, T.KARAVICHEVA, PHYS.LETT. B 663 (2008) 43-48 A.KUREPIN, K.LAPIDUS, A.RESHETIN, A.SADOVSKY ET AL.,  = 5,301 * 30 * 0,1 = 15,903 13 DIELECTRON PRODUCLVAL@TION IN C-12 + C-12 COLLISIONS AT 1-GEV/U AND THE SOLUTION TO THE DLS PUZZLE. Y.C. PACHMAYER, ..M.GOLUBEVA, F.GUBER, A.IVASHKIN, T.KARAVICHEVA, A.KUREPIN, K.LAPIDUS, A.RESHETIN, A.SADOVSK J.PHYS.G35:104159,2008  = 3,209 * 30 * 0,1 = 9,627 14 MEASUREMENT OF CHARGED PIONS IN 12C+12C COLLISIONS AT 1 AND 2A GEV WITH HADES G. AGAKICHIEV...M.GOLUBEVA, F.GUBER, A.IVASHKIN, T.KARAVICHEVA, A.KUREPIN, K.LAPIDUS, A.RESHETIN, A.SADOVSKY ET AL SUBM. TO EUR. PHYS. J A  = 1,659 * 30 * 0,1 = 4,977 15  !!" +!"  -"  !" " ""  "0 -! " ALICE.  /"  '"    +  "% -! " ..!!, ..  ,, .., ".. ', .. ', .., .. ",,W.H.TRZASKA ..# , ..# , .., ..(, .. (",  /"  '"    +  "% -! "  = 0,226 * 60 * 0,1 = 1,356   #&/ =108.942   "+ 1 STUDY OF DIELECTRON PRODUCTION IN C+C COLLISIONS AT 1-A-GEV BY HADES COLLABORATION (: G. AGAKISHIEV ET AL.). NOV 2007. E-PRINT: ARXIV:0711.4281 [NUCL-EX] 108 AUTHORS,  = 4 * 1 * 0,1 = 0,400 2 ALICE ELECTROMAGNETIC CALORIMETER TECHNICAL DESIGN REPORT. BY ALICE COLLABORATION (P. CORTESE ET AL.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, SEP 2008. 132PP  = 8 * 1 * 0,1 = 0,800 3 ELEMENTARY COLLISIONS WITH HADES. BY HADES COLLABORATION (I. FROHLICH ET AL.). MENU-2007-225, DEC 2007. 5PP. PRESENTED AT 11TH INTERNATIONAL CONFERENCE ON MESON-NUCLEON PHYSICS. AND THE STRUCTURE OF THE NUCLEON (MENU 2007), JULICH, GERMANY, 10-14 SEP 2007 IN THE PROCEEDINGS OF 11TH INTERNATIONAL CONFERENCE ON MESON-NUCLEON PHYSICS AND THE STRUCTURE OF THE NUCLEON (MENU 2007), JULICH, GERMANY, 10-14 SEP 2007, PP 225. E-PRINTLVAL: ARXIV:0712.1505 [NUCL-EX]  = 4 * 1 * 0,1 = 0,400     " =1.6 ALICE WEEK : 1 T0 DETECTOR COMMISSIONING PROGRESS - DCS WORKSHOP 3 JULY 2007 2 ALICE T0 DCS  STATUS - DCS WORKSHOP 2 OCTOBER 2007,CERN 3 T0 HARDWARE STATUS  ALICE WEEK 1 OCTOBER 2007 ,CERN 4 LUMINOSITY FROM "0 ALICE WEEK 1 OCTOBER 2007, CERN 5 STATUS AND PLANS FOR T0 DETECTOR ALICE WEEKS 13.03.08, 30.06.08 6 DCS STATUS AND PLANNING ALICE WEEK 27.10.08  = 0,000 LHC REFEREE MEETING 2007: 1 T0 STATUS REPORT   (+  = 6,000 PRODUCTION READINESS REVIEW MEETING: 2 STATUS OF ALICE T0  = 6,000 SYSTEM RUN COORDINATOR MEETING, 28 NOVEMBER 2007,|CERN 3 T0-DETECTOR FOR DECEMBER COSMIC RUN  = 0,000 FIRST PHYSICS MEETING (14-DEC-07) 4 MULTIPLICITY MEASUREMENTS WITH T0  = 0,000 5 MPD EXPERIMENT MEETING (DUBNA8-11-07)  START DETECTORFOR TRIGGER AND TIME-OF-FLIGHT SYSTEMS FOR THEMPDEXPERIMENT  DUBNA8-11-07  = 0,000 6  INSTALLATION, COMMISSIONING AND FIRST BEAM  !) !!!  & ALICE, 09.10.2008, # '"! &"   = 0,000 7 "LUMINOSITY MEASUREMENT WITH T0 DETECTOR  , LUMINOSITY WORKSHOP 28.10.08  = 0,000    = 24.0? ! "+ !!": $) .. / (2007) 30 #  .. /(2007-2008) 30   #!"# =60.0 "+   182,542LVALOGB0?84CA 8@8;; ;53>28G 1984 3>40 @>645=8O, 0A?8@0=B /. !B065@-8AA;54>20B5;L B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2008 3. 1 .Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer et al.). Published in J.Phys.G35:104159,2008.008. 6pp. (116 02B>@>2) / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, A. Ivashkin, K. Lapidus, A. Reshetin, A. Sadovsky, I.Veretenkin. (9 02B>@>2).  =3.209*30*0.1=9.627 2. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.). Published in Phys.Lett.B663:43-48,2008. (126 02B>@>2) / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, A. Ivashkin, K. Lapidus, A. Reshetin, A. Sadovsky, I.Veretenkin. (9 02B>@>2).  =5.301*30/10=15.903. 3. Longitudinally segmented lead/scintillator hadron calorimeter with micro-pixel APD readout. Golubeva, M.; Guber, F.; Ivashkin, A.; Kurepin, A.; Lapidus, K.; Marin,V.;Maevskaya, A.; Musienko, Y.; Sadovsky, A.; Shileev, K.; Tiflov, V. Nuclear Instruments and Methods in Physics Research Section A, Volume 598, Issue 1, p. 268-269.  =1.224*30/10=3.672 4. Measurement of charged pions in 12C+12C collisions at 1 and 2A GeV with HADES G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al. subm. to Eur. Phys. J A  =1.659*30*0.1 =4.977 20073. 4. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.) Nov 2007. e-Print: arXiv:0711.4281 [nucl-ex]  =0,4   ?>?C1;8:0F8O< 34.579 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 1. The XIX International Baldin Seminar on High Energy Physics Problems "Relativistic Nuclear Physics and Quantum Chromodynamics", 29.9-4.10, 2008. Dubna, Russia. Lapidus K. (Russia) for the HADES Collaboration  Dielectron Production in pp and dp Collisions at LVAL$ 1.25 GeV/u with HADES  =6 2. 51-O =0CG=0O :>=D5@5=F8O $" (A5@>AA89A:0O <>;>456=0O =0CG=0O :>=D5@5=F8O A <564C=0@>4=K< CG0AB85<). 28.11-4.12, 2008. >A:20 >;3>?@C4=K9 C:>2A:89. 0?84CA ..  AA;54>20=85 >1@07>20=8O M;5:B@>=-?>78B@>==KE ?0@ 2 ?@>B>=-?@>B>==KE 8 459B@>=-?@>B>==KE AB>;:=>25=8OE ?@8 M=5@388 1,25 M/=C:;>= =0 CAB0=>2:5 HADES  =6 >:;04K =0 :>=D5@5=F8OE 1. 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", 22-25 45:01@O, 2008. =AB8BCB D878:8 2KA>:8E M=5@389, @>B28=>. ..0?84CA  AA;54>20=85 >1@07>20=8O M;5:B@>=-?>78B@>==KE ?0@ 2 =C:;>=-=C:;>==KE 2708<>459AB28OE =0 CAB0=>2:5 HADES  =4 2. >:;04 =0 A5<8=0@5 2 =AB8BCB5 O45@=>9 D878:8, 656, '5E8O 19 45:01@O 2007 "Inclusive e+e- analysis for dp at 1.25 GeV/u" >2KH0NI89 :>MDD8F85=B 1.5 B>3>2K9  =50.576*1.5= 75.86LVALOGD#A5=:> 235=89 =0B>;L528G 1959 3>40 @>645=8O, =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289. !?8A>: ?C1;8:0F89 70 2007 3>4. 1. CVD diamond dosimeters for heavy ion beams M. Rbisz, B. Voss, A. Heinz, E. Usenko and M. Pomorski Diamond and Related Materials, Volume 16, Issues 4-7, April-July 2007, Pages 1070-1073  =8/5=1.6 2. Status report of the HARP-CDP group. A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovich, A. Elagin, M. Gostkin, A. Guskov, Z. Krumshtein, Yu. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, L. Linssen, J. Wotschack , V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Yu. Sviridov, E. Usenko, V. Zaets . CERN-SPSC-SR-024, CERN-SPSC-2007-028, Sep 2007. 21pp.  =4/10=0.4 3. The HARP resistive plate chambers: Characteristics and physics performance V. Ammosov, I. Boyko, G. Chelkov, D. Dedovitch, R. Dumps, F. Dydak, A. Elagin, V. Gapienko, M. Gostkin, A. Guskov, Z. Kroumchtein, V. Koreshev, L. Linssen, Yu. Nefedov, K. Nikolaev, A. Semak, Yu. Sviridov, E. Usenko, J. Wotschack, V. Zaets, et al Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, Volume 578, Issue 1, 21 July 2007, Pages 119-138  =1.224*30/10=3.672 4. Comments on  Physics Performance of the Barrel RPC System of the HARP Experiment Dydak, F.; Ammosov, V.; Boyko, I.; Chelkov, G.; Dedovitch, D.; Elagin, A.; Gapienko, V.; Gostkin, M.; Guskov, A.; Koreshev, V.; Kroumchtein, Z.; Nefedov, Y.; Nikolaev, K.; Semak, A.; Sviridov, Y.; Usenko, E.; Wotschack, J.; Zaets, V.; Zhemchugov, A. Nuclear Science, IEEE Transactions on Volume 54, Issue 4, Aug. 2007 Page(s):1454  1455.  =0.616*30/10=1.848 !?8A>: ?C1;8:0F89 70 2008 3>4. 5. Cross-Sections of Large-Angle Hadron Production in Proton- and Pion-Nucleus Interactions I: Beryllium Nuclei and Beam Momenta of +8.9 Gev/c and -8.0 Gev/c. A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovich, A. Elagin, M. Gostkin, A. Guskov, Z. Krumshtein, Yu. LVALENefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, L. Linssen, J. Wotschack , V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Yu. Sviridov, E. Usenko CERN-PH-EP-2008-022, Jan 2009. 36pp =4/10=0.4 6. The HARP Time Projection Chamber: Characteristics and physics performance. V. Ammosov, I. Boyko, G. Chelkov, D. Dedovitch, R. Dumps, F. Dydak, A. Elagin, V. Gapienko, M. Gostkin, A. Guskov, Z. Kroumchtein, V. Koreshev, L. Linssen, Yu. Nefedov, K. Nikolaev, A. Semak, Yu. Sviridov, E. Usenko, J. Wotschack,2008. 24pp. Published in Nucl.Instrum.Meth.A588:294-317,2008.  =1.224*30/10=3.672 7. Rebuttal to: Comments on 'The HARP Time Projection Chamber: Characteristics and physics performance. V. Ammosov, I. Boyko, G. Chelkov, D. Dedovitch, R. Dumps, F. Dydak, A. Elagin, V. Gapienko, M. Gostkin, A. Guskov, Z. Kroumchtein, V. Koreshev, L. Linssen, Yu. Nefedov, K. Nikolaev, A. Semak, Yu. Sviridov, E. Usenko, J. Wotschack, 2008. 2pp. Published in Nucl.Instrum.Meth.A588:321-322, 2008.  =1.224*30/10=3.672 8. Comments on TPC and RPC calibrations reported by the HARP Collaboration. V. Ammosov, I. Boyko, G. Chelkov, D. Dedovitch, R. Dumps, F. Dydak, A. Elagin, V. Gapienko, M. Gostkin, A. Guskov, Z. Kroumchtein, V. Koreshev, L. Linssen, Yu. Nefedov, K. Nikolaev, A. Semak, Yu. Sviridov, E. Usenko, J. Wotschack, Nov 2007. 17pp. Published in JINST 3:P01002,2008.  =1.224*30/10=3.672 9. Comparison of Geant4 hadron generation with data from the interactions with beryllium nuclei of +8.9 GeV/ c protons and pions and "8.0 GeV/ c pions. A. Bolshakova, I. Boyko, G. Chelkov, D. Dedovitch, A. Elagin, 2, M. Gostkin, A. Grishin, A. Guskov, Z. Kroumchtein, Yu. Nefedov, K. Nikolaev, A. Zhemchugov, F. Dydak, J. Wotschack, A. De Min, V. Ammosov, V. Gapienko, V. Koreshev, A. Semak, Yu. Sviridov, E. Usenko, 6, V. Zaets and The HARP-CDP Group Eur. Phys. J. C (2008) 56: 323-332, 5 August 2008.  =3.209*30/10=9.627 10. Study of RPCs with 1x1 cm2 Read-Out Pads Operated in the Saturated Avalanche Mode. V. Ammo LVAL sov, V. Gapienko, A. Ivanilov, A. Semak, Yu. Sviridov, V. Zaets (Serpukhov, IHEP) , E. Usenko (Moscow, INR) . IHEP-2007--22, 2007. 15pp.  =4/7=0.571 11. The new data acquisition system for the HADES experiment. M. Palka, M. Bomer, I. Frohlich, M. Kajetanowicz, J. Michel, P. Salabura, P. Scott, J. Stroth, H. Strobele, A. Tarantola, M. Traxler, R. Trebacz, E. Usenko, S. Yurevich. Subm. to IEEE-NSS conference record 2008 Nuclear Science Symposium, Medical Imaging Conference and 16th Room Temperature Semiconductor Detector Workshop  =6*1.5/10=0.9 >:;04K 1.. Towards Front-End Electronics for TOF RPC Usenko, E., INR Troitsk Presented at the CBM Collaboration Meeting, GSI, 1. March 2007 2. HADES TOF-FEE 128 channel TRB AddOn board. Usenko, E., INR Troitsk Presented at the PANDA Collaboration Meeting XIX, 1.7.09  5.7.08 GSI, Germany. B>3>2K9  = 30.563"LVALOG20@8= 8:B>@ 8:>;0528G 1953 3>40 @>645=8O. =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-2> 02B>@>2. 1. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APDreadout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia,NIM A598 (2009) 268  =1.224*30/10=3.672 2. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator HadronCalorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008, to be published in NIM A  =1.224*30/10=3.672 3.An Improved Shashlyk Calorimeter. Published in Nucl.Instrum.Meth.A584:291-303,2008.  =1.224*30/10=3.672 @5?@8=BK 1. Development of Projectile Spectator Detector M.Golubeva , F.Guber , A.Ivashkin , A.Kurepin , A.Maevskaya , V.Marin , A.Sadovsky and K.Shileev DOC-2008-May-3-1,CBM progress report 2007,  = 4/10=0,4 2."09483  A8AB5<0 A1>@0 8 ?@>A<>B@0 40==KE 2 CA;>28OE =59B@>=>3@0D8G5A:>3> M:A?5@8<5=B0 ?> 2@5<O-?@>;5B=><C <5B>4C. 20=>2 .., 0@8= .., "8E>=>2 .. 0@028G52 .. ;5:A552 .,>?B5;>2 -.., C7=5F>2 .., !04K:>2 ..  = 4/8=0,5 3. An Improved Shashlyk Calorimeter. 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LHCb collaboration, The LHCb Detector at the LHC, Journal of Instrumentation, 2008 JINST 3 S08005  =1.224*30/10=3.672 2. Filippov S.N., Gushchin E.N., Application of multi-pixel avalanche photodiodes operating in Geiger mode for scintillator pad readout, 5th International Conference on New Developments In Photodetection 2008,Palais des Congrs, Aix-les-Bains, France, June 15-20, 2008 (to be published in NIM)  =6/2=3 B>3>2K9   = 6,672.LVAL>!5<Q=>2 8B0;89 >=AB0=B8=>28G @>4. 20.11.1943,A=A (A>2<5AB8B5;L /),   70 2007-2008 33 .  = 62.34 !?8A>: ?C1;8:0F89 70 2007-2008 33., A2O70==KE A B5<0B8:>9 /. 1) The Magnetized steel and scintillator calorimeters of the MINOS experiment. By MINOS Collaboration (D.G. Michael et al.). FERMILAB-PUB-08-126, May 2008. 87pp. Published in Nucl.Instrum.Meth.A596:190-228,2008. e-Print: arXiv:0805.3170 [physics.ins-det] ,  =1.224*30/10=3.672 2) A Study of Muon Neutrino Disappearance Using the Fermilab Main Injector Neutrino Beam. By MINOS Collaboration (P. 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C@AK: C@A ;5:F89 #?@02;5=85 1>;LH8<8 1070<8 40==KE 1 A5<5AB@, 4>@01>B:0 :C@A0 ;5:F89, 5 :C@A, >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B.  =8. C@A ;5:F89 !8AB5<K 8A:CAAB25==>3> 8=B5;;5:B0 1 A5<5AB@ 4>@01>B:0 :C@A0 ;5:F89, 5 :C@A, >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B.  =8. C@A ;5:F89 @>3@0<<8@>20=85 =0 O7K:5 2KA>:>3> C@>2=O 2 A5<5AB@01 :C@A, #=825@A8B5B C1=0. LVAL  =2 * 30=60 ": 121.495LVAL>;>B>2 ;048<8@ 8:>;0528G @>4. 09.12.1933 3. 02. 01>@0B>@859, 4.D.-<.=., ?@>D5AA>@.  =131.69. C1;8:0F88: S.A. Akimenko& V.N. Bolotov& et al. (26 A>02B>@>2)Study of Decay with ISTRA Setup. /$ 70 (2007) AB@. 734-740  =0.914*60/10=5.484. O.G.Tchikilev& V.N.Bolotov& et al. Observation of the Radiative Kaon Decay . /$ 70 (2007) AB@. 32-38  =0.914*60/10 =5.484 V.N.Bolotov, V.A. Duk.Pion program for the future rare decay experiments. /45@=0O D878:0 72 !1 2009, 69-82.  =0.914*60/10=5.48. @?@8=BK: .. ><0=>2A:89,& , ..C:,& // 7<5@5=85 >B=>A8B5;L=>9 25@>OB=>AB8 @0A?040 K- --> e nu pi0 (gamma) //@5?@8=B $- 2007-5,  =4 ..@8B28G,& , ..C:,& //  2>7<>6=>AB8 A>740=8O M:A?5@8<5=B0;L=>9 CAB0=>2:8 4;O ?>8A:0 8 8AA;54>20=8O @0A?040 =0 CA:>@8B5;5 #-70 $- - -! " KLOD )//@5?@8=B $- 2007-8,  =4 ..'8:8;52, ... , ..C:, ...// 7<5@5=85 8=B5@D5@5=F8>==>3> G;5=0 INT 2 @0480F8>==>< @0A?045 :0>=0 K  : mu nu gamma // @5?@8=B $- 2008-27,  =4 !..:8<5=:>, ... , ..C:, ...// AA;54>20=85 ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8  // @5?@8=B $- 2008-28,  =4 >:;04K: .. >;>B>2/  Search for K 0L ! 0 nn Decay(KLOD project at IHEP) , Fraskatti, 2007 / =6 .. >;>B>2 / Study of K-p0e-n  decay with ISTRA+ setup./KAON 07, Fraskatti  =6. C:>2>4AB2> 3 48?;><=8:0<8 (%0;8:>2 .., %C4O:>2 .., 0:0@>2 .. (20083.):   =30. C:>2>4AB2> 2 0A?8@0=B0<8 (., %C4O:>2 .., 0:0@>2 .. (20083.):   =60. B>3>:  =134.44. .. >;>B>2 702.;01. A> A@54=8<   A>B@C4=8:>2 = 85.959,   @C:>2>48B5;O = 134.44*0.5+85.959*0.75=131.69LVAL @KA0=>2 ;048<8@ ;5:A5528G :.D.-<.=. !.=.A. - $>@<0;L=K9 @C:>2>48B5;L 57@C:>2 .. 1. @KA0=>2 .. Laser frequency fluctuations and sensitivity of gravitationalwave detector's registration scheme.// In Tech.Digest of V Int.Symp. "Modern problems of laser physics" (MPLF 2008), Novosibirsk, Pussia, Aug.24-30,2008. - pp.168-169. (!B5=4>2K9 4>:;04, :0: 8 ?>402;ONI55 1>;LH8=AB2> 4>:;04>2 =0 MB>9 <564C=0@>4=>9 :>=D5@5=F88.)   4 2. @KA0=>2 .. ??0@0BC@=0O GC2AB28B5;L=>ABL >?B>M;5:B@>==>9 AE5<K @538AB@0F88 0:CAB8G5A:8E :>;510=89 .// In Proc.of Int. Meeting "PIRT". Moscow, 2 - 5 July 2007/ Edited by M.C. Duffy et al - Moscow: BMSTU, 2007. - pp. 55-61. 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V.I. Volchenko et al. Oct 2008. 3pp. Temporary entry e-Print: arXiv:0810.2414 [physics.ins-det]  =4/10=0.4 2) Highly sensitive micropixel avalanche photodiodes for scintillation counters of the T2K neutrino experiment. Yu.V. Musienko et al. 2008. 7pp. Published in Instrum.Exp.Tech.51:101-107,2008.  =0.226*60/10=1.356 3) Scintillator counters with multi-pixel avalanche photodiode readout for the ND280 detector of the T2K experiment. O. Mineev et al. Jun 2006. 23pp. Published in Nucl.Instrum.Meth.A577:540-551,2007. e-Print: physics/0606037   = (1.224x30)/10 = 3.672 4) E. V. Akhrameev1, L. B. 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"@C4K 51-9 =0CG=>9 :>=D5@5=F88 $", G0ABL VIII @>1;5<K A>2@5<5==>9 D878:8, 158  161, >A:20  >;3>?@C4=K9 20083.   = 4*1.5=6 9. .V.Akhrameev, L.B.Bezrukov& ..Yu.Kudenko et al., Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber readout of plastic scintillator counters for the EMMA underground experiment, talk at International Conference  New Developments in Photon Detectors , June 15-20, 2008, Aix-les-Bains, France,  =6/10=0.6 10. E.Akhrameev et al., Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA tLVAL underground experiment. e-Print: arXiv:0901.4675 [physics.ins-det]  =4/10=0.4 >MDD8F85=B 1.5 4;O 0A?8@0=B>2,   = 46.428*1.5 = 69.642 B>3>   = 69.042/ZE t ! { ( / 6 = DKRY` gnu"|s= A4T " @?OGFFF:??2,@?@FFF:? 8A@@?zOGFFF:? +C,'H&"$@?COGFFF:? xA@? @FFF:?+\Cl4=JG@?EOGFFF:?99Ar@?OGFFF:?ffvA@? OGFFF:?RHaC5t'&n(`@?|OGFFF:?)WDl4=JG`@?OGFFF:? Bt H B`@?(@FFF:?USCv2`@?F@FFF:?Y z3Cv`@?vDOGFFF:?OB`@?,@FFF:? B z `@?OGFFF:?J!DQ4^38`@?-OGFFF:?M C h\`@?@FFF:?JBr@@`@? @~FFF:?#UCd`@?@OGFFF:?LC&R `@?<OGFFF:?LC (L `@?dOGFFF:?HCl4=JGn`@?.OGFFF:?"D:R43r8`@?`OGFFF:?T BL<`@?zOGFFF:?wJ YBV`@?$OGFFF:?S%B !\`@?(OGFFF:?RJ YBV`@?&OGFFF:? J YBV`@?0&OGFFF:?{ uBL<`@? @~FFF:?EJ YBV`@?%{OGFFF:??B` `@?/wOGFFF:?J YBV`@? &tOGFFF:?IJ YBV`@?%qOGFFF:?x YBBFb6`@?hoOGFFF:? C>.*+-`@?2kOGFFF:?ACX4H&%'`@?p;gOGFFF:? CC!`@?)dOGFFF:?J YBV`@?`&aOGFFF:?hOCB&MYy`@?-^OGFFF:? puC!`@?Z @]FFF:?/IBx`@?!ZOGFFF:?}*D>b-4<@?EUOG=04102:0 A 1 A5=B 2009qFF:B" v`@?SOG04102:0 A 961bFF:Z@^@?@FFF:߿ff@v@?@RFFF:߿ d;@,X~R v@? @QFFF:߿ B J@u@?`NOGFFF:߿LVALC1;8:0F88 !! .. 0@:8=0 70 2007-2008 3>4K .. 0@:8=, -.. 787>2, .. !K@><OB=8:>2, .. '5@:>25F. 0AKI5=85, 48DDC78O 8 @0A?@545;5=85 2>4>@>40 2 <5B0;;0E. >:;04K , 2007, ". 414, ! 6, !. 752-755.  = 0,235*60/4=3,525 .. 0@:8=, -.. 787>2, .. !K@><OB=8:>2, .. '5@:>25F. 7>B>?=0O 48DDC78O 2>4>@>40 2 <5B0;;0E. !1>@=8: 4>:;04>2 -9 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88 "$878:>-E8<8G5A:85 ?@>F5AAK ?@8 A5;5:F88 0B><>2 8 <>;5:C;", 25=83>@>4, 31 <0@B0 -4 0?@5;O 2008, !. 373-378.  4>:;04 - . 0@:8=  = 6/4= 1,5 -.. 787>2, .. 0@:8=, .. !K@><OB=8:>2, .. '5@:>25F. 0B5=B =0 87>1@5B5=85 ::C<C;OB>@ 2>4>@>40 RU 2321796 C1. 0O2:0 ! 2006130652. @8>@8B5B 87>1@5B5=8O 25 023CAB0 20063. 0@538AB@8@>20=> 2 >A@55AB@5 87>1@5B5=89 $ 10 0?@5;O 20083. ?C1;8:>20=>: 10.04.2008, N;. ! 10.  =20/4=5 .. 0@:8=, -.. 787>2, .. !K@><OB=8:>2, .. '5@:>25F, .. 82:8A, .. !5<Q=>2, .. @K:8=0. AA;54>20=85 87>B>?=>9 48DDC788 2 =5@6025NI59 AB0;8. =65=5@=0O D878:0, ! 3, 2008, !. 16-19.  =8/7=1,143 A.I. Markin, E.A. Azizov, N.I. Siromyatnikov, V.E. Cherkovets, L.A. Rivkis et al. Reseaech of the tritium saturation, isotope diffusion and decontamination of stainless steel using magnetic microscopy. >:;04 =0 "@8B852>9 :>=D5@5=F88  Tritium 2007 , LN >@:, !(, 2007.  =6/7=0,857 A.I. Markin, E.A. Azizov, N.I. Siromyatnikov, V.E. Cherkovets, L.A. Rivkis et al. Reseaech of the tritium saturation, isotope diffusion and decontamination of stainless steel using magnetic microscopy. Fusion Science and Technology, V. 54, !. 2, August 2008, P. 489-492.  =0,916*30/7=3,926 B>3>2K9  = 15,951 :2=7,976 LVAL C7=5F>2 ;048<8@ 0A8;L528G @>4. 5.01.1946, =0CG=K9 A>B@C4=8: 1. ..0940H, ...>B>2F52, ..@5E>2, ..C7=5F>2, ..8E09;>2, ..!5@>2, ..$5I5=:>, ..8@7>O=. 0=0; 8=65:F88 8>=>2 - ;8=59=>3> CA:>@8B5;O / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , ! 3 (49), A. 119-122. 0;;: 6/8+0.7*8/8=1.45. (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. V.V. Kuznetsov. A.N. Naboka. Reference phase control system in INR linac. >:;04 =0 %% <564C=0@>4=>< A5<8=0@5 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (9-15 A5=BO1@O 2007 3. ;CHB0, @K<. 0;;= 6/2=3. ( >=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). B>3> ;8G=K9  : 4.45LVALOGT) <8B@89 5==04L528G !B0@H89 =0CG=K9 A>B@C4=8: -$, :0=4840B D87.-<0B. =0C: 1. mSR studies of hydrogen-bonded ferroelectrics and antiferroelectrics E. Morenzoni, H. Luetkens, A. Suter, D. Eshchenko, R. Khasanov, A. Amato, T. Prokscha, R. Scheuermann Physica B 388, 274(2007)   =0,796*30/8=2,985 2. Formations of Hydrogen Impurity States in Silicon and Insulators at Low Implantation Energies T.Prokscha, E. Morenzoni, D.G. Eshchenko, N. Garifianov, H. Glueckler, R. Khasanov, H. Luetkens, and A. Suter Phys. Rev. Lett. 98, 227401 (2007)   =7,489*30/8=28,084 3. Magnetic-field dependence of the oxygen isotope effect on the magnetic penetration depth of hole-doped cuprate superconductors R. Khasanov, A. Shengelaya, D. Di Castro, D. G. Eshchenko, I. M. Savi, K. Conder, E. Pomjakushina, J. Karpinski, S. Kazakov, and H. Keller Phys. Rev. B 75, 060505 (2007)   =3,185*30/10=9,555 4. Weak High-Temperature Bulk Ferromagnetism in Mn-Doped CdGeAs2 Semiconductors V.G. Storchak, J.H. Brewer, D.G. Eshchenko, S.L. Stubbs, S.P. Cottrell, A.A. Nikonov, O.E. Parfenov and S.F. Marenkin Chapter 2 In: Spintronics: Materials, Applications and Devices, Editors: G.C. Lombardi et al, :>;;5:B82=0O <>=>3@0D8O pp. 49-58, Nova Science Publishers (2008)   =30/8=3,75 5. Spatially resolved inhomogeneous ferromagnetism in (Ga,Mn(As diluted magnetic semiconductors: A microscopic study by muon spin relaxation V.G. Storchak, D.G. Eshchenko, E. Morenzoni, T. Prokscha, A. Suter, X. Liu and J.K. Furdina Phys. Rev. Lett. 101, 027202 (2008)   =7,489*30/7=32,096 6. The microscopic study of a single hydrogen-like impurity in semi-insulating GaAs. D.G. Eshchenko, V.G. Storchak, S.P. Cottrell and E. Morenzoni cond-mat/0810.2692   = 6/4 = 1,5 to be submitted to PRL >:;04K =0 :>=D5@5=F8OE. 1. Low energy muon studies of magnetic semiconductors: spintronics via mSR, D.G. Eshchenko, E. Morenzoni, V.G Storchak, T. Prokscha, A. Suter, X. Liu and J.K. Furdyna, Annual meeting of the Swiss "LVAL2Physical Society, Geneva, Switzerland, March 26-27, 2008.   = 2. Muon track induced current measurements in semi-insulating GaAs (poster), D.G. Eshchenko, V.G. Storchak and S.P Cottrell, mSR 2008 - 11th International Conference on Muon Spin Rotation, Relaxation, Resonance, Tsukuba, Japan, July 21-25, 2008. 3. RF-mSR in electric fields studies of GaP (poster), D.G. Eshchenko, V.G. Storchak and S.P Cottrell, mSR 2008 - 11th International Conference on Muon Spin Rotation, Relaxation, Resonance, Tsukuba, Japan, July 21-25, 2008. 4. Low Energy Muon studies of semiconductor interfaces (poster), D.G. Eshchenko, V.G. Storchak, E. Morenzoni, T. Prokscha, A. Suter, X. Liu and J.K. Furdyna, mSR 2008 - 11th International Conference on Muon Spin Rotation, Relaxation, Resonance, Tsukuba, Japan, July 21-25, 2008. 5. High-pressure Muon Spin Rotation studies of magnetic semiconductors: EuS (poster), D.G. Eshchenko, V.G. Storchak, E. Morenzoni and D. Andreica, mSR 2008 - 11th International Conference on Muon Spin Rotation, Relaxation, Resonance, Tsukuba, Japan, July 21-25, 2008. B>3>2K9   = 77,97LVALOGV0=BC52 ;048A;02 !5@35528G 1. >4 @>645=8O. 1954 3. 2. 0B0 70I8BK 48AA5@B0F88. $52@0;L 1994. 3. >;6=>ABL. 0CG=K9 A>B@C4=8:. 4. !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. A C:070=85< :>;-2> 02B>@>2. 1. Jet absorption and corona effect at RHIC. Extracting collision geometry from experimental data. 5 AB@. ?C1;8:>20=> 2 8AL<0 2 -"$, B>< 85, 2007, AB@. 114. 2B>@ >48=.  =1.446*60=86,76 2. Measurement of direct photon production in p + p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). 6pp. Published in Phys.Rev.Lett.98:012002,2007. 2B>@>2 320.  =7.489*30*0.1=22.467 3. Heavy Ion Collisions at the LHC - Last Call for Predictions. J.Phys.G35:054001,2008. 2B>@ >48=.  = 2.173*30=65.19 4. PHENIX measurements of reaction plane dependence of high-p(T) photons and pions. By PHENIX Collaboration (V.S. Pantuev for the collaboration). 2007. Published in J.Phys.G34:S805-S808,2007 . 400 02B>@>2  =2.173*30*0.1=6,519 5. 'Jet-Ridge' effect in heavy ion collisions as a back splash from stopped parton. V.S. Pantuev . Oct 2007. 4pp. e-Print: arXiv:0710.1882 [hep-ph]  =0,4 6. Centrality dependence of charged hadron production in deuteron + gold and nucleon + gold collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.). Aug 2007. 15pp. Published in Phys.Rev.C77:014905,2008.  =3.61*30*0.1=10.83 7. Enhancement of the dielectron continuum in s(NN)**(1/2) = 200-geV Au+Au collisions. By PHENIX Collaboration (S. Afanasiev et al.). Jun 2007. 7pp. Submitted to Phys.Rev.Lett. e-Print: arXiv:0706.3034 [nucl-ex]  =0,4 8. Transverse momentum and centrality dependence of dihadron correlations in Au+Au collisions at s(NN) = 200-GeV: Jet-quenching and the response of partonic matter. By PHENIX Collaboration (A. Adare et al.). May 2007. 6pp. Published in Phys.Rev.C77:011901, 2008.  =3.61*30*0.1=10.83 9. Inclusive cross-section and double helicity asymmetry for pi0 production in p + p collisions atLVALW s**(1/2) = 200-GeV: Implications for the polarized gluon distribution in the proton. By PHENIX Collaboration (A. Adare et al.). Apr 2007. 7pp. Published in Phys.Rev.D76:051106,2007. e-Print: arXiv:0704.3599 [hep-ex]  =4.852*30*0.1=14.556 10. Measurement of density correlations in pseudorapidity via charged particle multiplicity fluctuations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). Apr 2007. 32pp. Published in Phys.Rev.C76:034903,2007. e-Print: arXiv:0704.2894 [nucl-ex]  =3.61*30*0.1=10.83 11. Elliptic flow for phi mesons and (anti)deuterons in Au + Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S. Afanasiev et al.). Mar 2007. 6pp. Published in Phys.Rev.Lett.99:052301,2007. e-Print: nucl-ex/0703024  =7.489*30*0.1=22.467 12. Production of omega mesons at Large Transverse Momenta in p + p and d + Au Collisions at s**(1/2)(NN) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). 6pp. Published in Phys.Rev.C75:051902,2007.  =3.61*30*0.1=10.83 e-Print: nucl-ex/0611031 13. J/psi Production vs Centrality, Transverse Momentum, and Rapidity in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.98:232301,2007.  =7.489*30*0.1=22.467 14. System Size and Energy Dependence of Jet-Induced Hadron Pair Correlation Shapes in Cu+Cu and Au+Au Collisions at s(NN)**(1/2) = 200 and 62.4-GeV. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.98:232302,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0611019 15. Energy Loss and Flow of Heavy Quarks in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.).. 6pp. Published in Phys.Rev.Lett.98:172301,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0611018 16. Correlated Production of p and anti-p in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). 12pp. Published in Phys.LVALXLett.B649:359-369,2007.  =5.301*30*0.1=15.903 e-Print: nucl-ex/0611016 17. J / psi production versus transverse momentum and rapidity in p+p collisions at s**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.98:232002,2007.  =7.489*30*0.1=22.467 e-Print: hep-ex/0611020 18. A Detailed Study of High-p(T) Neutral Pion Suppression and Azimuthal Anisotropy in Au+Au Collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). 23pp. Published in Phys.Rev.C76:034904,2007.  =3.61*30*0.1=10.83 e-Print: nucl-ex/0611007 19. High transverse momentum eta meson production in p+p, d+Au and Au+Au collisions at S(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). 38pp. Published in Phys.Rev.C75:024909,2007.  =3.61*30*0.1=10.83 e-Print: nucl-ex/0611006 20. Centrality dependence of pi0 and eta production at large transverse momentum in s(NN)**(1/2) = 200-GeV d+Au collisions. By PHENIX Collaboration (Stephen Scott Adler et al.). 6pp. Published in Phys.Rev.Lett.98:172302,2007.  =7.489*30*0.1=22.467 e-Print: nucl-ex/0610036 21. Measurement of Single Muons at Forward Rapidity in p+p Collisions at s**(1/2) = 200-GeV and Implications for Charm Production. By PHENIX Collaboration (Stephen Scott Adler et al.). 25pp. Published in Phys.Rev.D76:092002,2007.  =4.852*30*0.1=14.556 e-Print: hep-ex/0609032 22. Scaling properties of azimuthal anisotropy in Au+Au and Cu+Cu collisions at s(NN) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.98:162301,2007. e-Print: nucl-ex/0608033  =7.489*30*0.1=22.467 23. Evidence for a long-range component in the pion emission source in Au + Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (Stephen Scott Adler et al.). 6pp. Published in Phys.Rev.Lett.98:132301,2007. e-Print: nucl-ex/0605032  =7.489*30*0.1=22.467 24. Cold Nuclear Matter Effects on J/Psi as Constrained by Deuteron-Gold MeLVALYasurements at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). 15pp. Published in Phys.Rev.C77:024912,2008,  =3.61*30*0.1=10.83 25. Particle-species dependent modification of jet-induced correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S. Afanasiev et al.). 6pp. Published in Phys.Rev.Lett.101:082301,2008.  =7.489*30*0.1=22.467 26. Source breakup dynamics in Au+Au Collisions at s(NN)**(1/2) = 200-GeV via three-dimensional two-pion source imaging. By PHENIX Collaboration (S. Afanasiev et al.). Dec 2007. 6pp. Published in Phys.Rev.Lett.100:232301,2008.  =7.489*30*0.1=22.467 27. Possible existence of finite formation time of strongly interacting plasma in nuclear collisions at RHIC a. 7pp. ?C1;8:>20=> 2 /45@=0O $878:0 , B>< 71, 20078 AB@. 1656. 2B>@ >48=.  =0.914*60=54,84 28. J/psi Production in s(NN)**(1/2) = 200-GeV Cu+Cu Collisions. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.101:122301,2008.  =7.489*30*0.1=22.467 29. Quantitative Constraints on the Opacity of Hot Partonic Matter from Semi-Inclusive Single High Transverse Momentum Pion Suppression in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Jan 2008. 13pp. Published in Phys.Rev.C77:064907,2008.  =3.61*30*0.1=10.83 30. Suppression pattern of neutral pions at high transverse momentum in Au + Au collisions at s(NN)**(1/2) = 200-GeV and constraints on medium transport coefficients. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.101:232301,2008.  =7.489*30*0.1=22.467 31. Dihadron azimuthal correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Jan 2008. 44pp. Published in Phys.Rev.C78:014901,2008.  =3.61*30*0.1=10.83 32. Onset of pi0 Suppression Studied in Cu+Cu Collisions at sNN=22.4, 62.4, and 200 GeV.By PHENIX Collaboration (A. Adare et al.). Jan 2008. 7pp. Published in Phys.Rev.Lett.101:162 LVAL 301,2008.  =7.489*30*0.1=22.467 33. Dilepton mass spectra in p+p collisions at s**(1/2) = 200-GeV and the contribution from open charm. By PHENIX Collaboration (A. Adare et al.). Feb 2008. 18pp. Published in Phys.Lett.B670:313-320,2009.  =5.301*30*0.1= 34. Charged hadron multiplicity fluctuations in Au+Au and Cu+Cu collisions from sqrt(s_NN) = 22.5 to 200 GeV.By PHENIX Collaboration (A. Adare et al.). May 2008. 17pp. Published in Phys.Rev.C78:044902,2008.  =3.61*30*0.1=10.83 35. Inclusive cross section and double helicity asymmetry for pi^0 production in p+p collisions at sqrt(s) = 62.4 GeV. By PHENIX Collaboration (A. Adare et al.). Oct 2008. 10pp. Published in Phys.Rev.D79:012003,2009.  =4.852*30*0.1= "+   = 681, 962LVALOG[!C2>@>20 ;L30 0A8;L52=0 23.05.1958 c.=.A. -. C1;8:0F88: 1) J.Elbs, Yu.M.Bunkov, E.Collin, H.Godfrin and O.Suvorova, Ultima: Magnetic field dependence of the calibration factor, (Institut Neel, CNRS/UJF, Grenoble, France and Institute for Nuclear Research RAS, Moscow, Russia), Journal of Low Temperature Physics, Springer US, vol. 151, N.3, p.860, 2008.  = 1.213*30 / 5= 7.278 1) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 2) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 ------------------------------------ B>3> (AB0BL8): 13.708 ------------------------------------ >:;04K: 1) !C2>@>20 .., "@8@>4=K5 ?>B>:8 =59B@8=> 8 A:@KB0O <0AA0 A5;5==>9", 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", 23-27 =>O1@O, 2009, "-$, >A:20;   = 4 2) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 3) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 4) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 5) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10LVAL\=0.9 7) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 8) A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 15) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586 16) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 --------------------------LVAL----- B>3> (4>:;04K): 36.758 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.758 + 13.708 = 50.466LVALCB:528G .., 10.11.1954, :.D-<.=., A.=.A. - C1;8:0F88: 1. A.V.Butkevich  Quasi-elastic neutrino charged-current scattering off C-12 , Phys.Rev. C80:014610,2009 [arXiv:0904.1472 (nucl-th)] 3.124*30/1 + 4 = 97.72 2. A.V. Butkevich  Analysis of quasi-elastic neutrino charged-current scattering off O-16 and neutrino energy reconstruction . Phys.Rev. C78:015501, 2008 [arXiv:0804.4102 (nucl-th)] 3.124*30/1 + 4 =97.72 ------------------------------------ B>3> (AB0BL8): 195.44 ------------------------------------ >:;04K: 3. ;5=0@=K9 4>:;04 (30<8=) .. CB:528G  7<5@5=85 ?0@0<5B@>2 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=KE M:A?5@8<5=B0E 8 ?@>1;5<K >?8A0=8O 2708<>459AB28O =59B@8=> A O4@0<8 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 $   $878:0 DC=40<5=B0;L=KE 2708<>459AB289 , $-, @>B28=>, 22-25, 45:01@O, 2008 http://www.ihep.ru/ihep/doc-seminar/NSC-08/081223/ 20/1=20 4. @83;0H5==K9 4>:;04 (60<8=) A.V. Butkevich  Nuclear effects and reconstruction of neutrino CCQE scattering cross section on nucleus XXXI International workshop  Neutrino physics at accelerators , DLNP, JINR, Dubna, January 27-29, 2009 http://nuweb.jinr.ru/~nd/workshop2009/ 30/1 = 30 ------------------------------- B>3> (4>:;04K): 50.00 ------------------------------- ___________________________________________________________ B>3>: 195.44 + 50.00 = 245.44LVALOG_8E552 !B0=8A;02 02;>28G @>4. 11.10.1940 4.D-<.=. 3.=.A. - C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) S. Mine et al. (K2K Collaboration).  Experimental study of the atmospheric neutrino backgrounds for p ---> e+ pi0 searches in water Cherenkov detectors. Phys.Rev.D77:032003, 2008.  =5.05*30*0.1=15.15 3) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 4) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 5) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 32.544 ------------------------------------------------------- >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. AvrorLVAL`in et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) R.V. Novoseltseva et al., "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0738.  =6*1.5/10=0.9 9) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 10) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 11) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 12) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 13) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 14) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000". 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 15) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 16) V.Aynutdinov, et al., "Baikal neutrino telescope: An undLVALerwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 17) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586 18) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 19) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 20) S.P. Mikheyev Invited talk  Neutrino Oscillations Theory and Experiments X-th INTERNATIONAL WORKSHOP ON TAU LEPTON PHYSICS, September 22 - 25, 2008, Novosibirsk, Russia  =30 21) S.P. Mikheyev @83;0H5==K9 4>:;04 @8@>4=K5 ?>B>:8 =59B@8=> 8 8AA;54>20=8O A2>9AB2 <0AA82=KE =59B@8=>, 0CG=K9 A5<8=0@  $878:0 =59B@8=> 8 0AB@>D878:0 22 45:01@O 20093 $878G5A:89 D0:C;LB5B #, >A:20, >AA8O  =30 ------------------------------- B>3> (4>:;04K): 97.768 ------------------------------- ------------------------------------------------------------------ B>3>:   = 32.544 + 97.768 = 130.312 =45A F8B8@ CI75 = A 75 3>40 3705, ?> SLAC 2514LVALOGb ( ;5:A0=4@ ;5:A0=4@>28G, @>4. 23.02.1962, =0CG=K9 A>B@C4=8:, -,   70 2008-2009 3.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic search forLVALc high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586 \ LVALl 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOGe #" ;048<8@ 0@0B>28G. >4. 21.01.1960. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2008-20093.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin etLVALf al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  <LVALL=1.019*30*1.5/10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 C:>2>4AB2> 48?;><=8:0<8 - >48= 48?;><=8: 2 20083.8 2 20093. #( 5=8A ;5:A0=4@>28G. !BC45=B $", 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2008 3>4C, 6 :C@A $"   = 10*2 = 20 C:>2>4AB2> 0A?8@0=B><  >48= 0A?8@0=B 2 2008 8 20093.3. (59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. !B065@-8AA;54>20B5;L - A 14.05.20073. ?> 1.01.20103.   = 60 !C<<0@=>5   = 54.262 + 60 + 20= 134.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOGh 0AG5B   70 2008-2009 3>4K C3052 -430@ 0;5@L528G, @>4. 22.08.1939, 4.D.-<.=., 2.=.A. - 2B>@K, =0720=85 8 AAK;:0 $>@<C;0 57C;LB0B C1;8:0F88 2 @>AA89A:8E 6C@=0;0E .5B:>2, -.C3052, .;8<09, .!<8@=>2 -  3@0=8G5=8O =0 :>=F5=B@0F8N 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ 4;O E@><>AD5@=KE <>45;59 8A?0@5=8O , 8AL<0 2 -"$, B>< 87, 2K?CA: 1, A.3-6, 2008 1,418* 60/4 21,27 .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552,.. >;G5=:>, .. >;G5=:>, .. 0?>=5=:>, .(. C;852, .. 70?0@>20, .. !<8@=>2, .. !5@3552, .. '5@=O52 8 .$. /=8= - "! !! -#'/ ! %+! -  " ! /.)%!/  '+% ' +% + " - !,  !" '! # , 2008, B>< 34, N8, A. 563 569 1,005* 60/10 6,03 E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", 8AL<0 2 -"$, B. 91, 2K?. 1, A. 3-7 (2010). 1,418* 60/2 42,54 5B:>2 ..,C3052 -.., ;8<09 .., =4@552 .., >;G5=:> .., >;G5=:> .., 70?0@>20 .., 60??C52 .., 0?>=5=:> .., C;852 .(., ;8<5=:> .$., C46052 .#., !5@3552 .., %05@48=>2 .!., '5@=O52 .., /=8= .. - "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, ">< 137, K?. 2, $52@0;L 2010 0,892 *60/10 5,35 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. Klimai - "Large curvature perturbations near horizon crossing in single-field inflation models", PHYSICAL REVIEW D 78, 063515 (2008). 5,050* 30/2 75,75 E. Bugaev, P. Klimai - "Constraints on amplitudes of curvature perturbations from primordial black holes", PHYSICAL REVIEW D 79, 103511 (2009). 5,050* 30/2 75,75 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", PHYSICAL REVIEW D 81, 023517 (2010). 5,050* 30/2 75,75 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E.Bugaev, P.Klimai, V.Petkov -  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , 4>:;04 =0 :>=D5@5=F88 ICRC 2007, Merida, Yucatan, LVALiMexico, 3-11 8N;O 2007; Proc. of the 30th International Cosmic Ray Conference; R. Caballero et al (eds.); Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008; Vol. 3 (OG part 2), pages 1123-1126 0.5*1,5* 6/3 1,50 E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar, published in Proceedings 1.5*6,0/2 4,50 E. V. Bugaev, P. A. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/2 3,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/10 0,60 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/10 0,60 E.V. Bugaev - "Absorption cross sections of real photons at superhigh energies", Presented at 14th International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2006), Weihai, China, 15-22 Aug 2006; Nucl.Phys.Proc.Suppl.175-176:117-120,2008 0,5*6* 1,5 4,50 E.V. Bugaev, B.V. Mangazeev - "Two component model for a description of nucleon structure functions in low-x region", Presented at 15th International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2008), Paris, France, 1-6 Sep 2008. Published in Nucl.Phys.Proc.Suppl.196:122-125,2009. 6*1,5/2 4,50 E.V. Bugaev, B.V. Mangazeev - "Electromagnetic strucure functions of nucleons in the region of very small x", taLVALjlk given at 14th Lomonosov Conference on Elementary Particle Physics, Moscow, Aug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c. 145-148 4* 1,5/2 3,00 ..;8<09, -..C3052 -  708<>A2O7L A?5:B@0 ?5@28G=KE D;C:BC0F89 ?;>B=>AB8 8 25;8G8=K D>=0 3@028B0F8>==KE 2>;= 2> A5;5==>9 , 4>:;04 =0 0CG=>9 >=D5@5=F88 $", =>O1@L 2009 3>40. ?C1;8:>20=> 2 "@C40E, B>< VIII, c. 118-121. 4*1.5/2 3,00 @5?@8=BK V.B. Petkov, E.V. Bugaev, P.A. Klimai, D.V. Smirnov - "Constraints on the Number Density of Evaporating Primordial Black Holes for the Chromospheric Evaporation Models", arXiv:0803.2313 4,0/4 1,00 E. Bugaev, P. Klimai - "Large curvature perturbations near horizon crossing in single-field inflation models", arXiv:0806.4541 4,0/2 2,00 V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin - "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093 4,0/ 10 0,40 .. 5B:>2, -.. C3052, .. ;8<09, .. 0?>=5=:>, .!. !B@830=>2 - " <5B>48:5 ?>8A:0 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ =0 ;82=52KE CAB0=>2:0E", @5?@8=B /  - 1209/2008 4,0/5 0,80 E. Bugaev, P. Klimai - "Constraints on amplitudes of curvature perturbations from PBHs", arXiv:0812.4247 4,0/2 2,00 E. Bugaev, P. Klimai - "4LVALDAbout possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", arXiv:0905.2309 [hep-ph] 4,0/2 2,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179 4,0/ 10 0,40 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182 4,0/ 10 0,40 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", arXiv:0908.0664 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", arXiv:0911.0611 [astro-ph.CO] 4,0/2 2,00 E.V. Bugaev, B.V. Mangazeev - "Two component model for a description of nucleon structure functions in low-x region", arXiv:0902.0278 [hep-ph] 4,0/2 2,00 >?>;=8B5;L=> >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 "$878:0 =59B@8=>", A 22545=85< =>2>3> <0B5@80;0 (2 A2O78 A ?5@5=>A>< ;5:F89 A 4-3> =0 5-K9 :C@A D0:C;LB5B0 $- $") 2 2008 3>4C 8 8 C:>2>4AB2> 0A?8@0=B>< .. ;8<05< (A 8N;O 2007) 2 * 30 60 A53> 414,04LVALOGl 0AG5B   70 2008-2009 3>4K ;8<09 5B@ ;5:A0=4@>28G, @>4. 18.08.1984, A?8@0=B /, AB065@-8AA;54>20B5;L - 2B>@K, =0720=85 8 AAK;:0 $>@<C;0 57C;LB0B C1;8:0F88 2 @>AA89A:8E 6C@=0;0E .5B:>2, -.C3052, .;8<09, .!<8@=>2 -  3@0=8G5=8O =0 :>=F5=B@0F8N 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ 4;O E@><>AD5@=KE <>45;59 8A?0@5=8O , 8AL<0 2 -"$, B>< 87, 2K?CA: 1, A.3-6, 2008 1,418* 60/4 21,27 .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552,.. >;G5=:>, .. >;G5=:>, .. 0?>=5=:>, .(. C;852, .. 70?0@>20, .. !<8@=>2, .. !5@3552, .. '5@=O52 8 .$. /=8= - "! !! -#'/ ! %+! -  " ! /.)%!/  '+% ' +% + " - !,  !" '! # , 2008, B>< 34, N8, A. 563 569 1,005* 60/10 6,03 E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", 8AL<0 2 -"$, B. 91, 2K?. 1, A. 3-7 (2010). 1,418* 60/2 42,54 5B:>2 ..,C3052 -.., ;8<09 .., =4@552 .., >;G5=:> .., >;G5=:> .., 70?0@>20 .., 60??C52 .., 0?>=5=:> .., C;852 .(., ;8<5=:> .$., C46052 .#., !5@3552 .., %05@48=>2 .!., '5@=O52 .., /=8= .. - "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, ">< 137, K?. 2, $52@0;L 2010 0,892 *60/10 5,35 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. Klimai - "Large curvature perturbations near horizon crossing in single-field inflation models", PHYSICAL REVIEW D 78, 063515 (2008). 5,050* 30/2 75,75 E. Bugaev, P. Klimai - "Constraints on amplitudes of curvature perturbations from primordial black holes", PHYSICAL REVIEW D 79, 103511 (2009). 5,050* 30/2 75,75 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", PHYSICAL REVIEW D 81, 023517 (2010). 5,050* 30/2 75,75 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E.Bugaev, P.Klimai, V.Petkov -  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , 4>:;04 =0 :>=D5@5=F88 ICRC 200LVALm7, Merida, Yucatan, Mexico, 3-11 8N;O 2007; Proc. of the 30th International Cosmic Ray Conference; R. Caballero et al (eds.); Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008; Vol. 3 (OG part 2), pages 1123-1126 0.5*1,5* 6/3 1,50 E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar, published in Proceedings 1.5*6,0/2 4,50 E. V. Bugaev, P. A. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/2 3,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/10 0,60 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul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c. 145-148 4* 1,5/2 3,00 ..;8<09, -..C3052 -  708<>A2OLVALn7L A?5:B@0 ?5@28G=KE D;C:BC0F89 ?;>B=>AB8 8 25;8G8=K D>=0 3@028B0F8>==KE 2>;= 2> A5;5==>9 , 4>:;04 =0 0CG=>9 >=D5@5=F88 $", =>O1@L 2009 3>40. ?C1;8:>20=> 2 "@C40E, B>< VIII, c. 118-121. 4*1.5/2 3,00 @5?@8=BK V.B. Petkov, E.V. Bugaev, P.A. Klimai, D.V. Smirnov - "Constraints on the Number Density of Evaporating Primordial Black Holes for the Chromospheric Evaporation Models", arXiv:0803.2313 4,0/4 1,00 E. Bugaev, P. Klimai - "Large curvature perturbations near horizon crossing in single-field inflation models", arXiv:0806.4541 4,0/2 2,00 V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin - "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093 4,0/ 10 0,40 .. 5B:>2, -.. C3052, .. ;8<09, .. 0?>=5=:>, .!. !B@830=>2 - " <5B>48:5 ?>8A:0 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ =0 ;82=52KE CAB0=>2:0E", @5?@8=B /  - 1209/2008 4,0/5 0,80 E. Bugaev, P. Klimai - "Constraints on amplitudes of curvature perturbations from PBHs", arXiv:0812.4247 4,0/2 2,00 E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", arXiv:0905.2309 [hep-ph] 4,0/2 2,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179 4,0/ 10 0,40 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182 4, LVAL 0/ 10 0,40 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", arXiv:0908.0664 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", arXiv:0911.0611 [astro-ph.CO] 4,0/2 2,00 A53>, 157 CG5B0 :>MDD8F85=B>2 332,04 A53>, A CG5B>< ?>2KH0NI53> :>MDD8F85=B0 1,5 (0A?8@0=B / A 8N;O 2007) 498,06LVALOGp/(# ;048<8@ 20=>28G, :0=4840B D87.-<0B. =0C:, AB0@H89 =0CG=K9 A>B@C4=8: -.   70 2008-20093.3. C1;8:0F88: 1) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 2) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 ------------------------------------ B>3> (AB0BL8): 6.43 ------------------------------------ >:;04K: 1) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 2) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 3) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 4) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 6) A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 7) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 8) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 9) lLVAL| A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 10) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 11) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 12) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 13) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 14) Dmitry Chernov, Vladimir Lyashuk, Evgeniy Novikov  The proposed experiment for search of acoustic phenomena from extensive atmospheric showers in Baikal", ARENA08, Rome, Italy, June 25-27 2008, NIM A 604 (2009), p.S182-S184.  =1.019*30*1.5/3= 15.285 15) ..!.NB>AB0=A:89, ..OIC:, ..0=>2,  0AG5BK >1@07>20=8O L@0=AC@0=>2KE M;5<5=B>2 2 8=B5=A82=KE =59B@>==KE ?>B>:0E 2 048010B8G5A:8E CA;>28OE .59->5 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 "/  2009". 15-19 8N=O 2009, '51>:A0@K, >AA8O. 6 / 3 = 2 16) ..!.NB>AB0=A:89, ..OIC:, ..0=>2  >;L 70?074K20NI53> 45;5=8O 2 =C:;5>A8=B575 BO65;KE O45@ . 59->5 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 "/  2009". 15-19 8N=O 2009, '51>:A0@K, >AA8O. 6/3 = 2 ---------------------------------------- B>3> (4>:;04K): 42.157 ________________________________________________________________ ", 70 2008-2009 3>4K:   = 42.157+ 6.43 = 48.587LVALOGr ;53 8:>;0528G. 29.04.1966. 0=4. D87.-<0B. =0C:. 0CG=K9 A>B@C4=8: -.   70 2008  2009 3.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic LVALssearch for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/ LVAL 10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOGu$ =4@59 20=>28G. 28.11.56 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2008-20093.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic search for LVALvhigh-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586  LVAL 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOGx # ;048<8@ ;5:A0=4@>28G. >4.8.04.19513. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   2008-20093.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 5)A.Holford et al. (244 02B>@0)., KM3NeT Conceptual Design for a Very Large Volume Neutrino Telescope in the Mediterranean Sea, CDR ISBN 978-90-6488-031-5. www.Km3net.org/CDR/CDR-KM3NeT.pdf, (2008) 110 p. (110 AB@.)   = 4/10=0.4 ------------------------------------ B>3> (AB0BL8): 17.794 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXivLVALy:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 LVALz16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 19) E.G.Anassontzis et.al (7 authors), Optical calibration from tens to hundreds of meters for a neutrino telescope. International Workshop on a Vary Large Volume Neutrino Telescope for the Mediterranean Sea , Toulon, Var, France, April 22-24 2008 (VLVnT08), NIM A, 602(2009) 190  192.   = 1.019*6*1.5/10=0.917 20)V.A.Zhukov on behalf of the KM3NeT collaboration. Light Transmission Measurements with LAMS in the Mediterranean Sea. International Workshop on a Vary Large Volume Neutrino Telescope for the Mediterranean Sea, Athens, October 13  15 2009 (VLVnT09).   = 6*1.5/10 = 0.9 ------------------------------- B>3> (4>:;04K): 38.685 0CG=>->1@07>20B5;L=K5 :C@AK: 1) C@A CAB0=>2>G=KE 8 >17>@=KE ;5:F89 8 ?@0:B8G5A:8E 70=OB89 ?> 48AF8?;8=5 "5>@5B8G5A:85 >A=>2K ?@>3@5AA82=KE B5E=>;>389. $878:0 4;O ABC45=B>2-70>G=8:>2. >A:>2A:89 3>AC40@AB25==K9 >B:@KBK9 C=825@A8B5B (#). $0:C;LB5B 0H8=>AB@>5=85 8 D0:C;LB5B 2B><5E0=8:0. B>@>9 A5<5AB@ 2008/2009 CG.3>40. 36 G0A>2 ;5:F89 + 16 G0A>2 ?@0:B8G. = 52 G0A0. ( 07@01>B0= 2?5@2K5).   = 30 ________________________________________________________________ ", 70 2008-2009 3>4K:   = 38.685 + 17.794 + 30 = 86.479 0254CNI89 ;01>@0B>@859 - LVAL ..><>30F:89LVALOG|# @:0489 8E09;>28G. >4. 02.02.19313. 0=4. B5E=. =0C:. 0CG=K9 A>B@C4=8: -.   70 2008-20093.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "AcousticLVAL} search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5 LVAL /10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL8, 2G8==8:>2 =0B>;89 ;5:A0=4@>28G @>4 11.05.1961 A=A "$, \\   70 2008-2009 33. C1;8:0F88: A.A.Ovchinnikov/ ``Fisher-Hartwig conjecture and the correlators in the impenetrable Bose gas''/ Phys.Lett.A 373, 305-307, 2009,  =1.55*30=46.5 A.A.Ovchinnikov/ ``Coordinate space wave function from the Algebraic Bethe Ansatz for the inhomogeneous six-vertex model''/ Phys.Lett.A, 2010, (to appear, article in press) (arXiv 1001.2672 (math-ph)).  =1.55*30=46.5 B>3>:  =93.0  !8=52 0;5@89 8B0;L528G, 10/12/1957, :.D.-<.=., A.=.A. 1. ..>?59:8=, .. 0:55=:>2, .. 8:0M;O=, .. C@0E>2, .. !8=52, .. '5@=>2, .. (<5;L:>2, 7<5@5=85 >B=>H5=8O A?5:B@>2 15B0-G0AB8F A<5A59 ?@>4C:B>2 45;5=8O C@0=0-235 8 ?;CB>=8O-239 B5?;>2K<8 =59B@>=0<8, @5?@8=B --6520/2, 2008. 4/7 = 0.6 2. V.V. Sinev, Measuring of fissile isotopes partial antineutrino spectra in direct experiment at nuclear reactor, arxive-hep/0902.3781v1, 2009. 4 = 4 3. ..>?59:8=, .. 0GC;8=, .. 8:0M;O=, .. !8=52, .. !:>@>E20B>2, !.. !CE>B8=, ..-B5=:>, @>5:B (>>7-2 ?>8A: C3;0 A<5H820=8O =59B@8=>, /45@=0O D878:0, B. 72, !2, A.307, 2009. 0.491*60/7 = 4.209 4. .. !8=52, ?@545;5=85 A?5:B@>2 0=B8=59B@8=> >B45;L=KE 45;OI8EAO 87>B>?>2 2 ?@O<>< M:A?5@8<5=B5 =0 O45@=>< @50:B>@5, /45@=0O D878:0, B. 72, !11, A., 2009. 0.491*60 = 29.46 5. . . 0@010=>2, ./. >28:>20, .. !8=52, .. /=>28G. AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5, @5?@8=B /-1228/2009. 4/4 = 1.0 B>3>   70 2008-20093.3.  39.269 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG(59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. !B065@-8AA;54>20B5;L - A 1.06.20073.   70 2008-2009 3.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 LVAL7) A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 ( LVAL 2009) 14-20.  =1.019*30*1.5/10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG ,' 3>@L ;5:A5528G. >4. 11.01.19413. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2008-20093.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. AvrorinLVAL et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  LVAL  =1.019*30*1.5/10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG68;:81052 0=-@KA 038A>28G. >4. 12.09.19513. >:B>@ D87-<0B.=0C:. 54CI89 =0CG=K9 A>B@C4=8: -,   70 2008-2009 3.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin etLVAL al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  2LVALB=1.019*30*1.5/10=4.586 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262 C:>2>4AB2> A>8A:0B5;5< 2 2008 8 4> A5@548=K 2009 3.3. ((091>=>2 08@ ;5:A0=4@>28G. >4. 24.02.19803. :>=G8; 0A?8@0=BC@C /  5.05.20063. 0G8A;5= 2 ;01>@0B>@8N - =0 4>;6=>ABL <;04H53> =0CG=>3> A>B@C4=8:0 3 8N;O 20063.)   = 30 + 30*0.5 = 45 !C<<0@=>5 7=0G5=85   = 54.262 + 45 = 99.262 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG(' =4@59 5B@>28G. 16.05.1962 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2008-20093.3. C1;8:0F88: 1) V.Aynutdinov, et al., "Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope", Astropart. Phys., 29 (2008) 366-372.  =3.388*30/10=10.164 2) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 3) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 4) ./=G8;8= 8 4@.,  >A<8G5A:89 3;07 09:0;0 ,  <8@5 =0C:8, 5 (2008) 74-79.  =8/10=0.8 ------------------------------------ B>3> (AB0BL8): 17.394 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic search foLVALr high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) V.Aynutdinov, et al., "Status of the Baikal experiment'', International Conference QUARKS08", Sergiev Posad, Russia, May 25-31 2008.  =6*1.5/10=0.9 9) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 10) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 11) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 12) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 13) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment: status, selected physics results and perspectives'', Proc. of the 1st International Conference on Astroparticle Physics, Roma, Italy, June 20-22, 2007, NIM A588 (2008) 99-106.  =1.019*30*1.5*0.5/10=2.293 15) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 16) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586  LVAL 17) V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =1.019*6*1.5/10=0.917 18) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 36.868 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 36.868 + 17.394 = 54.262LVALOG#( 5=8A ;5:A0=4@>28G. 03.01.19873. 01>@0=B (A 2KAH8< >1@07>20=85<) ;01>@0B>@88 -.   70 2008-20093.3. C1;8:0F88: 1) ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.005*60/10=6.030 2) ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 ------------------------------------ B>3> (AB0BL8): 6.43 ------------------------------------ >:;04K: 1) ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =8/10=0.8 2) A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =6*1.5/10=0.9 3) A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =6*1.5/10=0.9 4) A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =6*1.5/10=0.9 5) A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =6*1.5/10=0.9 6) A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6*1.5/10=0.9 7) A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =6*1.5/10=0.9 8) A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on ToZLVALjpics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009.  =6*1.5/10=0.9 9) A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =6*1.5/10=0.9 10) A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. NIM, in press.  =30*1.5/10=4.5 11) A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. NIM, in press.  =30*1.5/10=4.5 12) V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13) V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", ARENA08, Rome, Italy, June 25-27 2008, NIM A598 (2009) 282-288.  =1.019*30*1.5/10=4.586 14) V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =1.019*30*1.5/10=4.586 15) V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", NIM A604, (2009), 130-135.  =1.019*30*1.5/10=4.586 ------------------------------- B>3> (4>:;04K): 32.758 _________________________________________________________________ ", 70 2008-2009 3>4K:   = 32.758 + 6.43 = 39.188 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG810=>2 0:A8< 0;5=B8=>28G @>4. 09.04.1971, A=A "$,   70 2008-200933 C1;8:0F88: 1) P.~Koroteev and M.~Libanov, "On Existence of Self-Tuning Solutions in Static Braneworlds without Singularities," JHEP {\bf 0802}, 104 (2008)   = 5.375*30/2=81.625 2) 810=>2~.~., C10:>2~.~., !068=0~.~!. 8 !068=~.~. "=87>B@>?8O @5;8:B>2>3> 87;CG5=8O, 8=4CF8@>20==0O B0E8>==K<8 D;C:BC0F8O<8 BQ<=>9 M=5@388." -"$ 135 (2009) 253 (J.Exp.Theor.Phys.108:226-235,2009)   = 0.892*60/4=13.38 3) M.V. Libanov, V. A. Rubakov, O. S. Sazhina and M. V. Sazhin. ``CMB anisotropy induced by tachyonic perturbations of dark energy,'' Phys. Rev. D79 (2009) 083521   = 5.05*30/4=37.875 4) P.Koroteev, M.Libanov, ``Spectra of Field Fluctuations in Braneworld Models with Broken Bulk Lorentz Invariance,'' Phys.Rev.D79 (2009) 045023   = 5.05*30/2=75.75 5) -;5:B@>==K5 ?@5?@8=BK M.~V.~Libanov, V.~A.~Rubakov, O.~S.~Sazhina and M.~V.~Sazhin. "CMB anisotropy induced by tachyonic perturbations of dark energy." a) arXiv:0812.1459 [astro-ph] b) ULB-TH/08-43   = (4*2)/4=2 6) -;5:B@>==K5 ?@5?@8=BK P.~Koroteev and M.~Libanov, "Spectra of Field Fluctuations in Braneworld Models with Broken Bulk", a) arXiv:0901.4347 [hep-th] b) ITEP-TH-31/08 c) ULB-TH/08-37   = (4*3)/2=6 >=D5@5=F88 1) ?C1;8:>20==K9 4>:;04 QUARKS-2008, 15th International Seminar on High Energy Physics, Zagorsk, Russia, 19-25 May, 2008, 4>:;04 "On existence of nonsingular solutions in static braneworlds", P.Koroteev, M.Libanov   = (4*1.5)/2=3 C:>2>4AB2> 48?;><=8:>< >@>B552 5B@ ;5:A0=4@>28G 06.2006-07.2008 - <038AB@  =10 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL :C@A0 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2008-09)  =2(3>40)*3(A5<5AB@0)*8 = 48 !5<8=0@K ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL t LVAL 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2008-09)  =2(3>40)*3(A5<5AB@0)*8 = 48 ----------------------------------------------------------------   (AC<<0): 325.63 >2KH0NI89 :>MDD8F85=B 70 70I8BC 4>:B>@A:>9 48AA5@B0F88 2 2009 3. @025= 2. B>3>  : 2*325.63 = 651.26LVALOG0B052 =4@59 L2>28G @>4. 21.04.1955, 2=A "$, 4>:B>@ D87.-<0B. =0C:,   70 2008-2009 33. 2.1.1.0G8A;5=85 10;;>2 70 ?C1;8:0F88 2 @5F5=78@C5<KE ?5@8>48G5A:8E 6C@=0;0E. C1;8:0F88 2 6C@=0;0E: 2008 1. A.L. Kataev  Is it possible to check urgently the 5-loop analytic results for the $e^+e^-$-annihilation Adler function? Phys. Lett. B668 , pp. 350-352, 2008,  = 4.189*30/1 = 125.67 -;5:B@>==K5 ?@5?@8=BK: 2008 1. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs boson decay into bottom quarks and uncertainties of perturbative`QCD arXiV:0804.3992 [hep-ph]   = 2 2. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules arXiV: 0805.0621 [hep-th]   = 4 3. A.L. Kataev  Is it possible to check urgently the 5-loop analytic results for the $e^+e^-$-annihilation Adler function? arXiV: 0808.3121 [hep-ph]   = 4 2009 1. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina)  Uncertainties of QCD predictions of Higgs boson decay into bottom Quarks at NNLO and beyond arXiV: 0902.1442 [hep-ph]   = 2 5M;5:B@>==K5 ?@5?@8=BK 1.A.L. Kataev (INR, Moscow) and S.V. Mikhailov (JINR, Dubna)  The new extended Crewther-type relation CERN-PH-TH-2009-23, October 23, 2009.  =2 >:;04K =0 :>=D5@5=F8OE: 2008: 1. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs boson decay into bottom quarks and uncertainties of perturbative`QCD @83;0H5==K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 !>2@5<5==K5 ?@>1;5<K B5>@5B8G5A:>9 D878:8, ?>A2OI5==>< ?0<OB8 .. !>;>2F>20, C1=0, 17-18 O=20@O, 2008, C1=0, 2008, cB@. 167-183  =20*1.5/2=15 2. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules >:;04 =0 564C=0@>4=>< !5<8=0@5  20@:8-08 , 23-29 0O 2008, !5@3852 >ALVAL04.  =20 3. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina)  Perurbative QCD corrections to the width of Higgs boson into bottom quarks , >:;04 =0 564C=0@>4=>< !5<8=0@5  20@:8-08 , 23-29 0O 2008, !5@3852 >A04.  =10 4. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules , @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 5=>@<0;870F8>==0O 3@C??0 8 A<56=K5 2>?@>AK 2 G5ABL 80-;5B8O ..(8@:>20  =30 5. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina)  Uncertainties of QCD predictions of Higgs boson decay into bottom Quarks at NNLO and beyond ?@83;0H5==K9 ?;5=0@=K 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 International Workshop of Advanced Computing and Analysis Technique in Physics Research ( ACAT-08),  Are we ready for LHC era experiments Erice, Italy, November 3-7, 2008 Proceedings of Science PoS (ACAT08):04, 2009  =15*1.5=22.5 6. P.Bartalini (National Taiwan University), T. Binoth (University of Edinburgh), J. Blumlein (DESY, Zeuthen), A. Buckley (IPPP, University of Durham), T. Hahn (MPI Munich), A.L. Kataev (INR, Moscow), W.B. Perkins (Swansea University), T. Riemann (DESY, Zeuthen) and`A. Sherstnev (INP, Moscow State University)  Round table discussion: Event generators-are we ready for LHC? Working group  Methodology of Computations in Theoretical Physics Proceedings of Science PoS (ACAT 08):129, 2009 {13 pages}   = 6*1.5/10=0.9 2009: 1. A. L. Kataev (INR, Moscow) and V.T. Kim (`St. Petersburg Institute for Nuclear Physics, Gatchina)  Higgs decay to anti{tau}tau and 2-loop QED corrections (presented by A.L. Kataev at 14 International Lomonosov Conference on Elementary Particle Physics, Moscow, Russia, 19-27 August 2009); to be sumitted for publication.   = 30/2=15 2. A.L. Kataev (INR, Moscow) and V.T. Kim (St. PetersbuLVALrg Institute for Nuclear Physics, Gatchina)  Peculiar features of $O(\alpha_s^4)$ estimates of the relation between pole and running heavy quark masses in QCD Presented by A.L. Kataev at the International Bogolyubov Conference  Problems of Theoretical and Mathematical Physics 23-27 August 2009, Dubna, Russia, to be submitted for publication   = 30/2=15 3. A.L. Kataev (INR, Moscow) and S.V. Mikhailov (JINR, Dubna)  The new extended Crewther-type relation presented in the talk of`A.L. Kataev at the `9th International Symposium on Radiative Corrections (Applications of Quantum Field Theory to Phenomenology), Ascona, Switzerland, 25-30 October 2009  submitted for publication.to Proceedings of Science   = 30/2=15 4. .. 0B052 (/ ) !B@C:BC@0 2KAH8E ?>?@02>: - : 0=><0;L=K< <03=8B=K< <><5=B0< ;5?B>=>2: =5@5H5==K5 B5>@5B8G5A:85 8 2KG8A;8B5;L=K5 ?@>1;5<K >:;04 =0 A>25I0=88 ?> ?@5F878>==>9 D878:5 8 DC=40<5=B0;L=K< D878G5A:8< :>=AB0=B0<, /, "$ 8< .. >3>;N1>20, C1=0, 4 45:01@O 2009 3.   = 20 C1;8:0F88 2 B@C40E :>=D5@5=F89, >?C1;8:>20==K5 2 >BG5B=K9 ?5@8>4: 1. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs decay to b\bar{b}: different approaches to resummation of QCD effects @83;0H5==K9 4>:;04 =0 13 564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 23-27 !5=BO1@O 2007, >A:>2:89 >AC40@AB25==K9 #=825@A8B5B, ?C1;8:>20=> 2 B@C40E >=D5@5=F88  Particle Physics on the Eve >f LHC World Scientific,2009, pp.347-350.   = 20*1.5*0.5/2=7.5 B>3>: 314.57 (1K;> 306.67) 2.1.7.564C=0@>4=K5 8=45:AK F8B8@>20=8O: 07K 40==KE QSPIRES: =0 22 O=20@O 2010 = 4571 =0 25 O=20@O 2009 = 4377 =0 =0G0;> 2008 = 4109 07K 40==KE Scientific.Ru: =0 18.05.2009 = 2158 =0 24 0?@5;O 2008 =2062LVALOGC;038= !5@359 =0B>;L528G 1959 3>40 @>645=8O :0=4840B D87.-<0B. =0C: AB0@H89 =0CG=K9 A>B@C4=8: B45;0 B5>@5B8G5A:>9 D878:8   70 2008-2009 33. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: S.A. Kulagin and W. Melnitchouk,  Deuteron spin structure functions in the resonance and DIS regions , Phys. Rev. C77 (2008), 015210.   = 3.124*30/2 = 46.9 S.A. Kulagin and W. Melnitchouk,  Spin structure functions of He-3 at finite Q**2 , Phys. Rev. C78 (2008), 065203.   = 3.124*30/2 = 46.9 NOMAD Collaboration (Q. Wu et.al.)  A precise measurement of the muon neutrino-nucleon inclusive charged current cross-section off an isoscalar target in the energy range 2.5 < E(nu) < 40-GeV by NOMAD , Phys. Lett. B660 (2008), 19.   = 4.034*30/159 = 0.8 Y. Kahn, W. Melnitchouk, and S.A. Kulagin,  New method for extracting neutron structure functions from nuclear data , Phys. Rev. C79 (2009), 035205.   = 3.124*30/3 = 31.2 S.~Alekhin, S.~Kulagin and R.~Petti,  Determination of Strange Sea Distributions from Neutrino-Nucleon Deep Inelastic Scattering, Phys. Lett. B675 (2009) 433   = 4.034*30/3 = 40.3 NOMAD Collaboration (V.~Lyubushkin et al.),  A study of quasi-elastic muon neutrino and antineutrino scattering in the NOMAD experiment, Eur. Phys. J. C 63, 355 (2009)   = 2.805*30/159 = 0.5 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: S. Alekhin, S. Kulagin and R. Petti,  Update of the global fit of PDFs including the low-Q DIS data. @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 16th International Workshop on Deep Inelastic Scattering and Related Subjects (DIS 2008), London, England, 7-11 Apr 2008. Published online by Sciencewise Press. Home URL: http://www.hep.ucl.ac.uk/dis2008/ Proceedings URL: http://www.sciwipub.com/index.php?doit=dis2008 e-Print: arXiv:0810.4893 [hep-ph]   =1.5*30/3=15 S.A. Kulagin,  Calculation of quasielastic neutrino-nuclear cross sections for neutrino energy 0.2 - 2 GeV , @83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=pLVALF88 XXX International Workshop Neutrino physics at accelerators, JINR, Dubna, January 23--25, 2008, URL: http://nuweb.jinr.ru/~nd/workshop2008/   = 20 S.A. Kulagin,  Theory and phenomenology of nuclear EMC effect , @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Nuclear medium effects on the quark and gluon structure of hadrons Trento, Italy, 3-7 June, 2008. URL: http://www.ect.it/Meetings/ConfsWksAndCollMeetings/ConfWksDocument/2008/talks/3 - 7 June 08/talks.htm   = 30 S.A. Kulagin,  Nuclear effects in spin structure functions in resonance region , @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Nuclear medium effects on the quark and gluon structure of hadrons Trento, Italy, 3-7 June, 2008. URL: http://www.ect.it/Meetings/ConfsWksAndCollMeetings/ConfWksDocument/2008/talks/3 - 7 June 08/talks.htm   = 30 S.A. Kulagin,  Nuclear Corrections to Charged Lepton and Neutrino Deep Inelastic Scattering , @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 Low Energy Precision Electroweak Physics in the LHC Era, Seattle, USA, November 3 - 8, 2008 Home URL: http://www.int.washington.edu/PROGRAMS/08-3_seminars/nov3-7.html   =30 S. Alekhin, S. Kulagin and R. Petti,  Strange and Anti-strange Sea Distributions from Neutrino-Nucleon Deep Inelastic Scattering, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 16th International Workshop on Deep Inelastic Scattering and Related Subjects (DIS 2009), Madrid, Spain, 26-30 Apr 2009. URL: http://www.ft.uam.es/DIS2009 Published online by Sciencewise Press. Proceedings URL: http://www.sciwipub.com/index.php?doit=dis2009 e-Print: arXiv:0910.3762 [hep-ph].   =1.5*30/3=15 C:>2>4AB2> ABC45=B0<8 C:>2>4AB2> @01>B>9 =0 A>8A:0=85 720=8O 10:0;02@0 >=4@0BL52K< 8@8;;>< ;5:A0=4@>28G5<, ABC45=B>< 4 :C@A0 $.   =10 B>3>2K9   = 316.6LVALOG ) 8G=K5 40==K5 ================   %07@5B0;8 !5D>28G 24 023CAB0 1965 3.@. :D<=, A=A "$. ) !B0BL8 2 6C@=0;0E ==================== 1. %. !. 8@>2, . . 07C<>2, " Z-3@04C8@>20==KE 0;351@0E 8 ?5B5;L, 3@C??0E ?5B5;L 8 C@02=5=8OE ">4K", "5>@. 0B. $87. 154 (2008) 451-476 (0=3;. ?5@52>4: Kh. S. Nirov and A. V. Razumov, "Z-graded loop Lie algebras, loop groups, and Toda equations", Theor. Math. Phys. 154 (2008) 385-404.) 0.569*60/2 = 17.1 2. Kh. S. Nirov and A. V. Razumov, "Abelian Toda solitons revisited", Rev. Math. Phys. 20 (2008) 1209-1248. 1.258*30/2 = 18.9 3. Kh. S. Nirov and A. V. Razumov, "The rational dressing for abelian twisted loop Toda systems", J. High Energy Phys. JHEP 0812:048 (2008) (29pp). 5.944*30/2 = 89.2 4. Kh. S. Nirov and A. V. Razumov, "Solving non-Abelian loop Toda equations", Nucl. Phys. B815 (2009) 404-429. 5.522*30/2 = 82.9 5. Kh. S. Nirov and A. V. Razumov, "More non-Abelian loop Toda solitons", J. Phys. A: Math. Theor. 42 (2009) 285201 (11pp). 1.566*30/2 = 23.5 ) >:;04K =0 :>=D5@5=F8OE ========================== 1. Kh. S. Nirov, "The (T)DBM equation as a twisted loop Toda system: generalizations and soliton solutions" (20 min). Talk given at the 15th International Seminar on High Energy Physics "Quarks-2008", Sergiev Posad, Russia, May 23-29, 2008. Published in the Proceedings of the Seminar. 30*1.5 = 45.0 2. Kh. S. Nirov, "New solutions to loop Toda systems" (45 min). Talk given at the International Conference on Conformal Field Theory, Integrable Models and Liouville Gravity, Chernogolovka, Russia, June 27 - July 2, 2009. 30 = 30.0 ==================================================================================== B>3>: AC<<0@=K9   70 >BG5B=K9 ?5@8>4 2008-2009 33 @025= (17.1 + 18.9 + 89.2 + 82.9 + 23.5 + 45.0 + 30.0) = 306.6   = 306.6 ================================= >A:20. 28.01.2010 3. %. !. 8@>2   %07@5B0;8 !5D>28G, @>4. 24.08.1965, A=A "$, :D<=. LVAL   70 2006 2007 33. C1;8:0F88: 1) Kh. S. Nirov, A. V. Razumov / On Z-gradations of twisted loop Lie algebras of complex simple Lie algebras // Commun. Math. Phys. 267, pp. 587 610, 2006;   = 2.007*30/2 = 30.105 2) Kh. S. Nirov, A. V. Razumov / Toda equations associated with loop groups of complex classical Lie groups // Nucl. Phys. B782, pp. 241 275, 2007;   = 5.522*30/2 = 82.83 3) Kh. S. Nirov, A. V. Razumov / On Z-graded loop Lie algebras, loop groups, and Toda equations // e-Print: arXiv:0705.2681 [math-ph] 2007;   = 4.00/2 = 2.00 >:;04K: 1) Kh. S. Nirov / Abelian loop Toda solitons revised // Classical and Quantum Integrable Systems, IHEP, Protvino, Russia, January 23 26, 2006;   = 20 2) Kh. S. Nirov / On conservation laws in integrable systems // QUARKS'2006, St.-Petersburg, Russia, May 19 25, 2006;   = 20 3) Kh. S. Nirov / On loop Lie algebras, loop groups, and associated Toda systems // Classical and Quantum Integrable Systems, JINR, Dubna, Russia, January 22 25, 2007;   = 20 4) Kh. S. Nirov / Gauge invariance, constraints, and BRST formalism: Classical theory and problems of quantization // Baksan School'2007, Baksan Valley, Kabardino-Balkaria, Russia, April 16 21, 2007;   = 20 B>3>:   = 195 %. C. 8@>2 / , >A:20 25 45:01@O 2007 3.LVALOG0;0H52 ;53 235=L528G 40B0 @>64. 4 O=2 1976, :0=4840B D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8:, >B45; B5>@5B8G5A:>9 D878:8 0AG5B   70 2008-200933: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: Double Pair Production by Ultra High Energy Cosmic Ray Photons. S.V. Demidov, O.E. Kalashev J.Exp.Theor.Phys.108:764-769,2009  =1.099*60/2=32.97 GZK photons as ultra high energy cosmic rays. Graciela Gelmini, Oleg Kalashev, Dmitry V. Semikoz J.Exp.Theor.Phys.106:1061-1082,2008.  =1.099*60/3=21.98 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter. O.E. Kalashev, G.I. Rubtsov, Sergey V. Troitsky Phys.Rev.D80:103006,2009.  =5.050*30/3=50.5 Ultra-High Energy Cosmic Rays and the GeV-TeV Diffuse Gamma-Ray Flux. Oleg E. Kalashev, Dmitry V. Semikoz, Gunter Sigl Phys.Rev.D79:063005,2009  =5.050*30/3=50.5 Global anisotropy of arrival directions of ultrahigh-energy cosmic rays: capabilities of space-based detectors. O.E. Kalashev, B.A. Khrenov, P. Klimov, S. Sharakin, Sergey V. Troitsky. Journal of Cosmology and Astroparticle Physics 0803:003,2008  =6.739*30/5=40.434 @5?@8=BK: Secondary photons and neutrinos from cosmic rays produced by distant blazars. Warren Essey, Oleg E. Kalashev, Alexander Kusenko, John F. Beacom, . UCLA-09-TEP-61, Dec 2009 e-Print: arXiv:0912.3976 [astro-ph.HE]  =4/4=1 Double Pair Production by Ultra High Energy Cosmic Ray Photons. S.V. Demidov, O.E. Kalashev . Dec 2008. e-Print: arXiv:0812.0859 [astro-ph]  =4/2=2 Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter. O.E. Kalashev, G.I. Rubtsov, S.V. Troitsky . Dec 2008. e-Print: arXiv:0812.1020 [astro-ph]  =4/3=1.333 >:;04K =0 :>=D5@5=F8OE: Ultra-High Energy Cosmic Rays and the GeV-TeV Diffuse Gamma-Ray Flux (CAB=K9) Oleg E. KalaLVALshev The 4th International Workshop on THE HIGHEST ENERGY COSMIC RAYS AND THEIR SOURCES, INR, May 2008, Moscow  =6 Search for global asymmetry of UHECR arrival directions with space-based detectors (TUS, JEM-EUSO) Pavel Klimov, Oleg Kalashev, Boris Khrenov, Sergey Sharakin and Sergey Troitsky 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 5 = 1.2 Search for large-scale anisotropy of ultra-high energy cosmic rays with the Telescope Array rst year data P. Tinyakov, H. Koers, O. Kalashev, H. Kang, S. Ogio, and G. Thomson 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 6 = 1 Double Pair Production by Ultra High Energy Cosmic Ray Photons. S.V. Demidov, O.E. Kalashev 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 2 = 3 Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter. O.E. Kalashev, G.I. Rubtsov, S.V. Troitsky 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 3 = 2 B>3> AC<<0@=K9  =32.97+21.98+50.5+50.5+40.434+1+2+1.333+6+1.2+1+3+2=213.917LVAL&) $..., CG5=0O AB5?5=L A>B@C4=8:0:C3052 -<8= /B:O@>28G, :0=4.$87.-<0B.=0C:. 0B0 @>645=8O: 17.10.1978. >;6=>ABL: =0CG=K9 A>B@C4=8: "$ / . )   = 0. ) !5<8=0@A:85 70=OB8O ?> A?5F:C@A0< "0;81@>2>G=K5 ?>;O", ">A<>;>38O" 0 D878G5A:>< D0:C;LB5B5 #, 2008 3>4, 2 A5<5AB@0   = 8*2*2=32, 2009 3>4, 2 A5<5AB@0,   = 32, "  = 64. ) "   = 64.5<84>2 !5@359 ;048<8@>28G @>4. 16.12.1981, <=A "$,   70 2008-2009 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2008 3>4: @5?>4020=85: C@A ;5:F89 ?> :20=B>2>9 <5E0=8:5 (4>?>;=8B5;L=K5 3;02K) 4;O ABC45=B>2 $", 1 A5<5AB@, =>2K9 :C@A  =30 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 #, 2 A5<5AB@0,  =8*2=16 0 2008:  (2008) = 30 + 16 = 46 2009 3>4: !B0BL8: 1. S.V. Demidov, O.E. Kalashev, Double Pair Production by Ultra High Energy Cosmic Ray Photons, J.Exp.Theor.Phys.108:764-769,2009,  =8 >:;04K: 1. S.V.Demidov, Production of kink-antikink pair in collisions of high energy particles, 14th Lomonosov conference on particle physics, 2009,  =4 @5?>4020=85: C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 #, 2 A5<5AB@0,  =2*8=16 C@A ;5:F89 ?> AC?5@A8<<5B@88 4;O ABC45=B>2 #, 1 A5<5AB@,  =8 C@A ;5:F89 5D>@<0;L=>5 22545=85 2 :20=B>2CN <5E0=8:C ($), 1 A5<5AB@, 2 3@C??K,  =2*8=16 0 2009:  (2009) = 8 + 4 + 16 + 8 + 16 = 52 >2KH0NI89 :>MDD8F85=B =0 31.12.2009 3>40: 1.5 (70I8B0 48AA5@B0F88 2 2007 3>4C) B>3>:   = 1.5 * ( 46 + 52 ) = 147LVALOG>@1C=>2 <8B@89 !5@35528G, @>4. 20.01.1975, A.=.A. "$,   70 2008-200933. 1.C1;8:0F88: Light inflaton Hunter's Guide, F. Bezrukov, D. Gorbunov, e-Print: arXiv:0912.0390 [hep-ph],  =4/2=2 The MiniBooNE anomaly, the decay D(s)+ ---> mu+ nu(mu) and heavy sterile neutrino, S.N. Gninenko, D.S. Gorbunov, e-Print: arXiv:0907.4666 [hep-ph],  =4/2=2 Constraints on the flux of primary cosmic-ray photons at energies E > 10^18 eV from Yakutsk muon data , A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, Sergey V. Troitsky, e-Print: arXiv:0907.0374 [astro-ph.HE],  =4/7=0.57 On initial conditions for the Hot Big Bang , F. Bezrukov, D. Gorbunov, M. Shaposhnikov, JCAP 0906:029,2009 [e-Print: arXiv:0812.3622 hep-ph],  =(4+30*6.389)/3=65.22 The CMS experiment at the CERN LHC , (R. Adolphi et al.), JINST 0803:S08004,2008,  =8/10=0.8 Constraining sterile neutrino dark matter by phase-space density observations, D. Gorbunov, A. Khmelnitsky, V. Rubakov, JCAP 0810:041,2008 [e-Print: arXiv:0808.3910 [hep-ph]],  =(4+30*6.389)/3=65.22 Is gravitino still a warm dark matter candidate?, D. Gorbunov, A. Khmelnitsky, V. Rubakov [accepted in JHEP, e-Print: arXiv:0805.2836 [hep-ph]]  =(4+30*5.375)/3=55.08 Self-accelerated brane Universe with warped extra dimension, D.S. Gorbunov, S.M. Sibiryakov, [ e-Print: arXiv:0804.2248 [hep-th]],  =4/2=2 On the interpretation of the cosmic-ray anisotropy at ultra-high energies, D.S. Gorbunov, P.G. Tinyakov, I.I. Tkachev, Sergey V. Troitsky . [e-Print: arXiv:0804.1088 [astro-ph]],  =4/4=1 Comment on 'Correlation of the Highest-Energy Cosmic Rays with Nearby Extragalactic Objects', D. Gorbunov, P. Tinyakov, I. Tkachev, S. Troitsky, JETP Lett.87:461-463,2008, [e-Print: arXiv:0711.4060 astro-ph],  =(4*0+60*1.418)/4=21.27 Muon content of ultrahigh-energy air showers: Yakutsk data versus simulations (A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V. TLVALroitsky), JETP Lett.87:190-194,2008. [e-Print: arXiv:0710.5508 astro-ph],  =(4*0+60*1.418)/7=12.15 2.>:;04K =0 :>=D5@5=F8OE: 5 5:F89 ?> :>A<>;>388 =0 6->9 8<=59 H:>;5 ?> B5>@5B8G5A:>9 D878:5 2545=85 2 B5>@8N DC=40<5=B0;L=KE 2708<>459AB289, C1=0, /, DIAS-TH, O=20@L 26 --- D52@0;L 5, 2008,  =20 5 Lectures on Cosmology at Physical faculty of Kiev State University, April 20 -- 30, 2008,  =30 Kaon International Conference 21-25 May 2007, Laboratori Nazionali di Frascati dell'INFN (1 4>:;04 A 1 A>02B>@><, >?C1;8:>20= 2 B@C40E, Kaon physics within nuMSM, Dmitry Gorbunov, Mikhail Shaposhnikov, Published in PoS KAON:047,2008) (1 4>:;04, >?C1;8:>20==K9 2 @0AGQB=K9 ?5@8>4),  =6*(1.5-1)/2=1.5. 13th Lomonosov Conference on Elementary Particle Physics, from 23 to 29 August, 2007 at the Moscow State University, Moscow, Russia, (1 ?@83;. 4>:;04),  =20 14th Lomonosov Conference on Elementary Particle Physics, from 19 to 25 August, 2009 at the Moscow State University, Moscow, Russia, (1 ?@83;. 4>:;04),  =20 New Opportunities in the Physics Landscape, 10-13 May, 2009, CERN, Geneva, Switzerland, (>48= 87 B@QE A>02B>@>2 ?@83;. 4>:;040),  =30/3=10 31st International Cosmic Ray Conference July 7 - 15, 2009, Lodz, Poland (>48= 87 7 A>02B>@>2 4>:;04a, >?C1;8:>20==>3> 2 B@C40E),  = 6*1.5/7=1.29 21st Rencontres de Blois Windows to the Universe June 21-26, 2009 (>48= 87 7 A>02B>@>2 4>:;04a, >?C1;8:>20==>3> 2 B@C40E),  = 6*1.5/7=1.29 4th International Workshop The highest energy cosmic rays and their sources, INR, Moscow, Russia, May 20-22, 2008, (1 4>:;04),  =4 15th International Seminar on High Energy Physics QUARKS-2008, Sergiev Posad, Russia, May 23-29, 2008, (1 4>:;04),  =4 5. C:>2>4AB2> 0A?8@0=B>< (.!0<>@>4>2, 2008, 0A?8@0=BC@0 /),  =30 C:>2>4AB2> 48?;><=8:>< 8 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (!. 0<070=>2, #, 2008, A59G0A 2 0A?8@0=BC@5),  =(10+30)/2=20 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C1:LVALJ0:>2K< (. %<5;L=8F:89, 0A?8@0=BC@0 # A D52@0;O 2008),  =2*30/2=30 C:>2>4AB2> 48?;><=8:>< (!. 0;8FK=, $", 2008, 48?;>< 10:0;02@0, ;5B> 2008),  =10 C:>2>4AB2> 48?;><=8:>< (. ">:0@520, 2009, ABC45=B:0 #) A>2<5AB=> A !.. 5<84>2K<,  =10/2=5 C:>2>4AB2> 48?;><=8:>< (. 20=>20, 2009, ABC45=B:0 #)  =10=10 C:>2>4AB2> 48?;><=8:>< (. O1;>2A:89, 2009, ABC45=B $") A>2<5AB=> A !.. "@>8F:8<,  =10/2=5 C:>2>4AB2> 48?;><=8:>< ($. ><?5, 2009, ABC45=B #) A>2<5AB=> A !.. "@>8F:8<,  =10/2=5 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (. AB0E>2, 2009),  =30/2=15 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (. 8@?8G=8:>2, 2009),  =30/2=15 6. !>740=85 =>2>3> :C@A0 ;5:F89 2545=85 2 B5>@8N :20=B>20==KE ?>;59 4;O ABC45=B>2 4-3> :C@A0 :0D54@K 20=B>2>9 AB0B8AB8:8 8 B5>@88 ?>;O D878G5A:>3> D0:C;LB5B0 #, 25A5==89 A5<5AB@ 2008,  =30=30 >@01>B:0 :C@A0 @>1;5<K D878:8 G0AB8F 8 :>A<>;>388 4;O ABC45=B>2 5-3> :C@A0 :0D54@K DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388 D0:C;LB5B0 ?@>1;5< D878:8 8 M=5@35B8:8 $". 5A=0->A5=L 2008, 2009,  =8*4=32 7. 740=85 :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. "5>@8O 3>@OG53> >;LH>3> 27@K20 (.!. >@1C=>2, .. C10:>2), >A:20 2008, , ISBN 978-5-382-00657-4, 5G.;. 34.2,  =2*34.2/2=34.2 740=85 :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. >A<>;>38G5A:85 2>7<CI5=8O. =D;OF8>==0O B5>@8O (.!. >@1C=>2, .. C10:>2), >A:20 2009, / , ISBN 978-5-94274-079-5, 5G.;. 65.72,  =2*65.72/2=65.72 8. B>3>,  =646.317 27 O=20@O 2010 3>40 .!. >@1C=>2LVALOG5@=>2 .@89 !5@35528G @>4. 14.10.1937, 4>:B>@ D87.-<0B. =0C:, 2=A "5>@5B8G5A:>3> B45;0,   70 2008-2009 33. 2008 3>4 2.1.1. M. Chaichian, M. Mnatsakanova, A. Tureanu, Yu. Vernov,  Test Functions Space in Non- commutative Quantum Field Theory JHEP V. 09 (2008) 125. 5.944* 30/4=44.58 10;;0. 2.1.3. 1. "Rigorous Definition of Quantum Field Operators and Test Functions Space in Noncom-mutative Quantum Field Theory", 15th International Seminar on High Energy Physics QUARKS'2008, Sergiev Posad, Russia, May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natsakanova and Yu.S. Vernov,  Rigorous Definition of Quantum Field Operators in Noncommutative Quantum Field Theory , 7 pages, mat-ph/0901.1454. 4/2=2 2 10;;0 2.1.3. 1. "Reconstruction Theorem in Noncommutative Quantum Field Theory", XIII International Conference "Selected Problems of Modern Theoretical Physics", Dubna, June 23-27, 2008, A5:F8>==K9, 9:2=4.5, 4.5 10;;>2. 2.  Indefinite Metric Spaces Properties , The X-th International School-Seminar  The Actual Problems of Microworld Physics , Gomel, Belorussia, 15.07. - 26.07.2009, ?@83;0H5==K9 4>:;04, 30:2=15, 15 10;;>2. 4.  Axiomatic Approach in Noncommutative Quantum Field Theory , The X-th International School-Seminar  The Actual Problems of Microworld Phys<LVALLics , Gomel, Belorussia, 15.07. - 26.07.2009, ?@83;0H5==K9 4>:;04, 30:2=15, 15 10;;>2. 5.  Reconstruction Theorem and Cluster Properties of Wightman Functions in Noncommutative Quantum Field Theory , The International Bogolyubov Conference,  Problems of theoretical and Mathematical Physics , August 21-27, Moscow-Dubna, Russia, A5:F8>==K9, 6 10;;>2. 2.1.4. >@01>B:0 42CE =0CG=>->1@07>20B5;L=KE :C@A>2: "5>@8O :0;81@>2>G=KE ?>;59 8 20=B>20O E@><>48=0<8:0, 2:;NG0NI0O 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@AK G8B0NBAO =0 D878G5A:>< D0:C;LB5B5 # ABC45=B0< ?OB>3> :C@A0 2 ?5@2>< 8 2> 2B>@>< A5<5AB@0E. 192 G0A0. 16 10;;>2. 2.1.6. C:>2>4AB2> 0A?8@0=B>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # 2009 3>4: !0;K=A:8< !5@355< 5==048528G5<, 2B>@>9 3>4 >1CG5=8O, 30 10;;>2. C:>2>4AB2> 48?;><=8:0<8 :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 #: 0) >@40=Q2 !5@359 !5@35528G (A?5F80;8AB), 10 10;;>2; 1) =B8?8= >=AB0=B8= ;048A;02>28G (A?5F80;8AB), 10 10;;>2. B>3>: 108.5 10;;>2 B>3> 70 2008-2009 33: 225.08 10;;>2LVALOG C1F>2 @83>@89 3>@528G @>4. 31.07.1981, <=A "$,   70 2008-2009 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2008 3>4 C1;8:0F88: 1. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V.Troitsky,  Muon content of ultra-high-energy air showers: Yakutsk data versus simulations , 8AL<0 2 -"$ 87:190-194,2008.,  =1.446*60/7=12.39 >:;04K: 1. G.I.Rubtsov/Timing-related observables for UHECR composition studies/UHECR workshop 2008,  =4 2. Rubtsov, Kalashev, Troitsky/Sensitivity of different experiments to UHE photon component//Quarks-2008,  =4/3 = 1.33 !B0BL8 2 =0CG=>-?>?C;O@=KE 6C@=0;0E: 1. .. C1F>2, /:CBA:0O :><?;5:A=0O CAB0=>2:0 4;O @538AB@0F88 H8@>:8E 0B<>AD5@=KE ;82=59, C@=0; 4;O AB0@H5:;0AA=8:>2 8 CG8B5;59 >B5=F80;, 8N=L 2008,  =4 @5?>4020=85: 1. 25A5==89 A5<5AB@ 2008, :C@A A5<8=0@>2 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 4 :C@A,  =8 2. >A5==89 A5<5AB@ 2008, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 5 :C@A,  =8 0 2008:  (2008) = 12.39 + 4 + 1.33 + 8 + 8 + 4 = 37.72 2009 3>4 C1;8:0F88: 1. O.E. Kalashev, G.I. Rubtsov, Sergey V. Troitsky, "Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter", Phys.Rev.D80:103006,2009,  = 5.050*30/3=50.5 >:;04K: 1. O.E. Kalashev, G.I. Rubtsov and S.V. Troitsky,  Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter, Proc. of 31st International Cosmic Ray Conference, Lodz, July 7-15, 2009,   = 6.0/3 = 2.0 2. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, "Search for photons of energy E>10^18 eV with Yakutsk muon data", Proc. of 31st ICRC,   = 6.0/7 = 0.86 3. Telescope Array Collaboration, talks at 31st ICRC, total: 15 talks,   = 15*6.0/10 = 9.0 Search for ultra-high energy photons LVALin the Telescope Array surface detector first-year data (Rubtsov et al) Point source search with the Telescope Array (Tkachev et al) Search for large-scale anisotropy of ultra-high energy cosmic rays with the Telescope Array first year data (Tinyakov et al) Measurement of UHECR spectrum by Telescope Array surface array (Taketa et al) Performance of TA Surface Array (Nonaka et al) Performance of the Fluorescence Detector of the Telescope Array experiment (Tokuno et al) An Electron Linear Accelerator for end-to-end absolute energy calibration (Shibata et al) Energy determination of air shower array based on the "full" Monte Carlo simulation (Kido et al) Using CORSIKA to quantify Telescope Array surface detector response (Stokes et al) Hybrid Measurements of the Telescope Array Experiment (Ikeda et al) The Energy Spectrum of UHECR's using the TA Fluorescence Detectors in Monocular Mode (Bergman et al) Measuring the Spectrum of Ultrahigh Energy Cosmic Rays using the Monte Carlo Technique (Scott et al) Toward a comparison of fluorescence energy scale and spectra between TA and HiRes (Jui et al) Distribution of arrival directions obtained from the first year data of Telescope Array (Sakurai et al) Mass Composition Study of Ultra-high Energy Cosmic Rays with the Telescope Array Fluorescence Detector (Tameda et al) 4. Telescope Array Collaboration (H. Sagawa et. al.), "Measurement of Ultra-High Energy Cosmic Ray by Telescope Array", Highlight talk at 31st ICRC,   = 30.0/10.0 = 3.0 @5?@8=BK: 1.A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, Sergey V. Troitsky, Constraints on the flux of primary cosmic-ray photons at energies E > 10^18 eV from Yakutsk muon data, arXiv:0907.0374,  =4/7=0.57 @5?>4020=85: 1. 25A5==89 A5<5AB@ 2009, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 3 :C@A,  =8 2. >A5==89 A5<5AB@ 2009, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 4 :C@A,  =8 0 2009:  (2009) = 50.5 + 2.0 + 0.86 + 9.0 LVAL+ 3.0 + 0.57 + 8 + 8 = 81.93 >2KH0NI89 :>MDD8F85=B =0 31.12.2009 3>40: 1.5 (2B>@>9 3>4 ?>A;5 3>40 70I8BK 48AA5@B0F88) B>3>:   = 1.5 * ( 37.72 + 81.93 ) = 179.48 C1F>2 @83>@89 3>@528G @>4. 31.07.1981, <=A "$,   70 2008-2009 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2008 3>4 C1;8:0F88: 1. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V.Troitsky,  Muon content of ultra-high-energy air showers: Yakutsk data versus simulations , 8AL<0 2 -"$ 87:190-194,2008.,  =1.446*60/7=12.39 >:;04K: 1. G.I.Rubtsov/Timing-related observables for UHECR composition studies/UHECR workshop 2008,  =4 2. Rubtsov, Kalashev, Troitsky/Sensitivity of different experiments to UHE photon component//Quarks-2008,  =4/3 = 1.33 !B0BL8 2 =0CG=>-?>?C;O@=KE 6C@=0;0E: 1. .. C1F>2, /:CBA:0O :><?;5:A=0O CAB0=>2:0 4;O @538AB@0F88 H8@>:8E 0B<>AD5@=KE ;82=59, C@=0; 4;O AB0@H5:;0AA=8:>2 8 CG8B5;59 >B5=F80;, 8N=L 2008,  =4 @5?>4020=85: 1. 25A5==89 A5<5AB@ 2008, :C@A A5<8=0@>2 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 4 :C@A,  =8 2. >A5==89 A5<5AB@ 2008, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 5 :C@A,  =8 0 2008:  (2008) = 12.39 + 4 + 1.33 + 8 + 8 + 4 = 37.72 2009 3>4 C1;8:0F88: 1. O.E. Kalashev, G.I. Rubtsov, Sergey V. Troitsky, "Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter", Phys.Rev.D80:103006,2009,  = 5.050*30/3=50.5 >:;04K: 1. O.E. Kalashev, G.I. Rubtsov and S.V. Troitsky,  Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy darkLVAL matter, Proc. of 31st International Cosmic Ray Conference, Lodz, July 7-15, 2009,   = 6.0/3 = 2.0 2. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, "Search for photons of energy E>10^18 eV with Yakutsk muon data", Proc. of 31st ICRC,   = 6.0/7 = 0.86 3. Telescope Array Collaboration, talks at 31st ICRC, total: 15 talks,   = 15*6.0/10 = 9.0 Search for ultra-high energy photons in the Telescope Array surface detector first-year data (Rubtsov et al) Point source search with the Telescope Array (Tkachev et al) Search for large-scale anisotropy of ultra-high energy cosmic rays with the Telescope Array first year data (Tinyakov et al) Measurement of UHECR spectrum by Telescope Array surface array (Taketa et al) Performance of TA Surface Array (Nonaka et al) Performance of the Fluorescence Detector of the Telescope Array experiment (Tokuno et al) An Electron Linear Accelerator for end-to-end absolute energy calibration (Shibata et al) Energy determination of air shower array based on the "full" Monte Carlo simulation (Kido et al) Using CORSIKA to quantify Telescope Array surface detector response (Stokes et al) Hybrid Measurements of the Telescope Array Experiment (Ikeda et al) The Energy Spectrum of UHECR's using the TA Fluorescence Detectors in Monocular Mode (Bergman et al) Measuring the Spectrum of Ultrahigh Energy Cosmic Rays using the Monte Carlo Technique (Scott et al) Toward a comparison of fluorescence energy scale and spectra between TA and HiRes (Jui et al) Distribution of arrival directions obtained from the first year data of Telescope Array (Sakurai et al) Mass Composition Study of Ultra-high Energy Cosmic Rays with the Telescope Array Fluorescence Detector (Tameda et al) 4. Telescope Array Collaboration (H. Sagawa et. Al.), "Measurement of Ultra-High Energy Cosmic Ray by Telescope Array", Highlight talk at 31st ICRC,   = 30.0/10.0 = 3.0 @5?@8=BK: 1.A.V. Glushkov, I.T. Makarov, M.I. Pravdin LVAL& , I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, Sergey V. Troitsky, Constraints on the flux of primary cosmic-ray photons at energies E > 10^18 eV from Yakutsk muon data, arXiv:0907.0374,  =4/7=0.57 @5?>4020=85: 1. 25A5==89 A5<5AB@ 2009, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 3 :C@A,  =8 2. >A5==89 A5<5AB@ 2009, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 4 :C@A,  =8 0 2009:  (2009) = 50.5 + 2.0 + 0.86 + 9.0 + 3.0 + 0.57 + 8 + 8 = 81.93 >2KH0NI89 :>MDD8F85=B =0 31.12.2009 3>40: 1.5 (2B>@>9 3>4 ?>A;5 3>40 70I8BK 48AA5@B0F88) B>3>:   = 1.5 * ( 37.72 + 81.93 ) = 179.48LVAL#20605<0O ;O 0A8;L52=0, >B <>9  . ! C2065=85<, 8<0 --------------------------------------------------------------------------------------- .. 52:>2 <8B@89 5==048528G @>4. 05.09.1979, =A "$,   70 2008-2009 33. C1;8:0F88: 1) D.G. Levkov, A.G. Panin, S.M. Sibiryakov. "Signatures of unstable semiclassical trajectories in tunneling." J. Phys. A: Math. Theor. 42 (2009) 205102.  =1.540*30/3=15.4 2) D.G. Levkov, A.G. Panin. "Long quantum transition times due to unstable semiclassical dynamics". Phys. Rev. A 80, 052110 (2009).  = 2.908*30/2=43.62 >:;04K: 1) "Anomalously large tunneling times in multidimensional quantum mechanics." 15th International seminar on high-energy physics "Quarks-2008," Sergiev Posad, Russia, 23-29 May, 2008.  =6 2) ""C==5;8@>20=85 A ?><>ILN =5AB018;L=KE :2078:;0AA8G5A:8E B@05:B>@89," >;>456=0O H:>;0 $ ":BC0;L=K5 ?@>1;5<K D878:8," 25=83>@>4, 23-27 =>O1@O 2008 3.  =4 3) "Kink-antikink production in collisions of highly energetic particles". Symposium on Theoretical and Mathematical Physics, St. Petersburg, Russia, July 3-8, 2009.  =6 4) "Long quantum transitions due to unstable semiclassical dynamics", 14-th Lomonosov conference on elementary particle physics, Russia, 19-25 August, 2009.  =6 C@A "5D>@<0;L=>5 22545=85 2 :20=B>2CN <5E0=8:C," $>=4 DC=40<5=B0;L=>9 D878:8, $, 2 :C@A, >A5==89-25A5==89 A5<5AB@K 2008 3.  =30*2=60 C:>2>4AB2> 0A?8@0=B>< (..0=8=):  =30/2*2=30 C:>2>4AB2> 48?;><=8:>< (.. 0==0=>2):  =10*2=20 C:>2>4AB2> 48?;><=8:>< (.!. &L>?0):  =10*2=20 B>3>:  =211.02 ---------------------------------------------------------------------------------------LVAL0=8= ;5:A0=4@ @83>@L528G @>4. 13.09.1984, AB065@ 8AA;54>20B5;L "$,   70 2009-2009 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2008 3>4: C1;8:0F88: 1. D. G. Levkov, A. G. Panin and S. M. Sibiryakov, // Signatures of unstable semiclassical trajectories in tunneling,-2008, J. Phys. A: Math. Theor. 42, p. 205102   = 1.54*30/3 = 15.4 >:;04K: 1. Quarks-08, // Tunneling via unstable semiclassical solutions   = 4 >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2008:  (2008) = 1.5*(15.4+4) = 29.1 2009 3>4: C1;8:0F88: 1. D. G. Levkov, A. G. Panin // Long quantum transition times due to unstable semiclassical dynamics, -2009, Phys.Rev.A 80, p. 052110   = 2.908*30/2 = 43.62 >:;04K: 1. Symposium on THEORETICAL AND MATHEMATICAL PHYSICS, // Long quantum transitions due to unstable semiclassical dynamics   = 4 >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2009:  (2008) = 1.5*(43.62+4) = 71.43 B>3>:   = 43.62+71.43 = 115.05LVALOG"@>8F:89 !.. 2008 ?C1;8:>20==K5 AB0BL8: 1) Kalashev, B.A. Khrenov, P. Klimov, S. Sharakin, S.V. Troitsky. Global anisotropy of arrival directions of ultrahigh-energy cosmic rays: capabilities of space-based detectors.O.E. JCAP 0803:003,2008. 6.389*30/5=38.33 2) A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S. V. Troitsky. Muon content of ultrahigh-energy air showers: Yakutsk data versus simulations. 8AL<0 2 -"$. JETP Lett.87:190-194,2008. 1.418*60/7=12.15 3) D Gorbunov , P Tinyakov, I Tkachev, S. Troitsky. Comment on 'Correlation of the Highest-Energy Cosmic Rays with Nearby Extragalactic Objects'. 8AL<0 2 -"$. JETP Lett.87:461-463,2008. 1.418*60/4=21.27 4) S. V. Troitsky. Spectral energy distributions and high-energy emission of BL Lac type objects. Mon. Not. Roy. Astron. Soc. Lett., 388 (2008) L79-L84. 5.185*30/1=155.55 5) CMS Collaboration (R. Adolphi et al.). The CMS experiment at the CERN LHC. JINST 3:S08004,2008. 0.821*30/10=2.463 2A53> ?> 5 >?C1;8:>20==K< AB0BLO< 229.76 @5?@8=BK: arXiv: 0802.0399, 4/1=4 arXiv: 0804.1088, 4/4=1 arXiv: 0808.0367, 4/2=2 arXiv: 0808.0481, 4/2=2 arXiv: 0809.4886, 4/3=1.33 arXiv: 0812.1020, 4/3=1.33 2A53> ?> 6 M;5:B@>==K< ?@5?@8=B0< 11.66 (8;8 5.83, 5A;8 F5=0 2 >G:0, 0 =5 4) @5?>4020=85: 4>@01>B:0 :C@A0 ;5:F89 2 A5<5AB@0*8=16 @C:>2>4AB2> 2-<O 48?;><=8:0<8 =20 >:;04K: S. Troitsky, Space-based detectors and global anisotropy of ultra-high-energy cosmic rays. Quarks-2008, 4/1=4 S. Troitsky, Physical conditions in potential UHECR accelerators. 4th International workshop on UHECR and their sources, Moscow, 4/1=4 B>3> 70 2008: 285.42 8;8 279.59 (5A;8 5-?@8=B AB>8B 2 >G:0, 0 =5 4) 2009 ?C1;8:>20==K5 AB0BL8: 1) O.E. Kalashev, G.I. Rubtsov, S.V. Troitsky. Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter. Phys.Rev.D80:103006,2009. 5.050*30/3=50.50 2A53> ?> 1 >?C1;8:>20==>9 ABLVAL0BL5 50.50 @5?@8=BK: arXiv: 0901.4085, 4/3=1.33 arXiv: 0907.0374, 4/7=0.57 arXiv: 0910.5530, 4/10=0.4 2A53> ?> 3 M;5:B@>==K< ?@5?@8=B0< 2.30 (8;8 1.15, 5A;8 F5=0 2 >G:0, 0 =5 4) @5?>4020=85: 4>@01>B:0 :C@A0 ;5:F89 2 A5<5AB@0*8=16 @C:>2>4AB2> 2-<O 48?;><=8:0<8 =20 >:;04K: S. Troitsky, Astrophysical motivations for light axion-like particles, The 1st axion strategy meeting, CERN, 6/1=6 S. Troitsky, Potential sources of UHECRs, Searching for the origin of cosmic rays, Trondheim, ?@83;0H5==K9 35 <8=, 30/1=30 !. "@>8F:89, >A<8G5A:85 ;CG8 A25@E2KA>:8E M=5@389: A>2@5<5==K5 40==K5, ?@>1;5<K 8 ?@>B82>@5G8O, !5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 $ , ?@83;0H5==K9 30 <8=, 20/1=20 B>3> 70 2009: 144.80 8;8 143.65 (5A;8 5-?@8=B AB>8B 2 >G:0, 0 =5 4) B>3> 70 2008-2009: 430.22 8;8 423.24 (5A;8 5-?@8=B AB>8B 2 >G:0, 0 =5 4) > <=5 <5=LH5 40 ;5B, 8 O 2 2009 3>4C 70I8B8; 48AA5@B0F8N, ?>MB><C >B25B C<=>605BAO =0 2! >;CG05BAO 860.44 8;8 846.48 (5A;8 5-?@8=B AB>8B 2 >G:0, 0 =5 4)LVALOG!.. !818@O:>2,   70 2008  2009 33. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E AB0BLO <?0:B-D0:B>@ >;8G5AB2> 02B>@>2   G.Dvali, S. Sibiryakov,  Creating semiclassical black holes in collider experiments and keeping them on a string , JHEP 0803, 007 (2008) 5.375 2 30*5.375/2=80.625 G. Dvali, M. Redi, S. Sibiryakov A. Vainshtein, "Gravity Cutoff in Theories with Large Discrete Symmetries," Phys. Rev. Lett. 101, 151603 (2008) 7.180 4 30*7.180/4=53.85 S. Dubovsky, S. Sibiryakov, "Superluminal Travel Made Possible (in two dimensions)," JHEP 0812, 092 (2008) 5.375 2 30*5.375/2=80.625 A. Neronov, D. Semikoz, S. Sibiryakov, "Measuring parameters of AGN central engines with very high energy gamma-ray flares," MNRAS 391, 949 (2008) 5.185 3 30*5.185/3=51.85 D. Levkov, A. Panin, S. Sibiryakov, "Signatures of unstable semiclassical trajectories in tunneling," J. Phys. A: Math. Theor. 42, 205102 (2009) 1.540 3 30*1.540/3=15.4 D. Blas, O. Pujolas, S. Sibiryakov, "On the Extra Mode and Inconsistency of Horava Gravity," JHEP 0910, 029 (2009) 5.375 3 30*5.375/3=53.75 -;5:B@>==K5 ?@5?@8=BK ?@5?@8=B :>;8G5AB2> 02B>@>2   D.S. Gorbunov, S.M. Sibiryakov, "Self-accelerated brane Universe with warped extra dimension," arXiv:0804.2248 [hep-th] 2 4/2=2 D. Blas, O. Pujolas, S. Sibiryakov, "A healthy extension of Horava gravity," arXiv:0909.3525 [hep-th] 3 4/3=1.33 D. Blas, O. Pujolas, S. Sibiryakov, "Comment on `Strong coupling in extended Horava-Lifshitz gravity'," arXiv:0912.0550 [hep-th] 3 4/3=1.33 >:;04K =0 :>=D5@5=F8OE =0720=85 :>=D5@5=F88 B8? :>=D5@5=F88 B8? 4>:;040   "Planck 2008", 19 - 23 <0O 2008, 0@A5;>=0, A?0=8O <564C=0@>4=. CAB=K9 4>:;04 6 "20@:8 2008", 23 - 29 <0O 2008, !5@3852 >A04, >AA8O @>AA89A:0O (?) CAB=K9 4>:;04 4 "Paris-Stockholm Workshop on Consistent Infra-Red Modifications of Gravity", 24 - 28 =>O1@O 2008, 0@86, $@0=F8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "New Topics in Modern Cosmology", 27 0?@5;O - 1 <0O 2009, 0@657, $@0=F8O <564C=0@>4=. CAB=K9 4>:;04 X LVALh 6 "4th Sakharov Conference", 18 - 23 <0O 2009, >A:20, >AA8O @>AA89A:0O (?) CAB=K9 4>:;04 4 "Challenges in Theoretical Cosmology", 2 - 5 A5=BO1@O 2009, "0;;C0@, $@0=F8O <564C=0@>4=. CAB=K9 4>:;04 6 "Shining Light on Black Holes", 21 - 25 A5=BO1@O 2009, -= @1>@, !( <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 B>3>  : 426.76LVALOG1. ;5:A552 =4@59 ;5:A5528G @>4. 9 >:BO1@O 19653. =0CG=K9 A>B@C4=8: !C<<0@=K9   = 6.9+ 1+1+0.9+1.3+0.9+0.5+0.5+0.5+0.5+0.8 +0.5= 15.4 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=* (* & $  $878:>-M=5@35B8G5A:89 8=AB8BCB 8<5=8 .. 59?C=A:>3> ) !5G5=85 ?>410@L5@=>3> 45;5=8O 236U 6C@.  /45@=0O D878:0 2008, B>< 71, !8, A.1379-1388.   = 0.914*60/8 = 6.9 2. 59B@>==K5 A5G5=8O 45;5=8O O45@ 242mAm 8 245Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.. (=AB8BCB O45@=KE 8AA;54>20=89 , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<. .. 59?C=A:>3>, 3. 1=8=A:). B><=0O M=5@38O, B.106, 2K?.2, D52@0;L 20093.   = 8/8 = 1 3.59B@>==>5 A5G5=85 45;5=8O 243Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.., (/ , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<...59?C=A:>3>, 3 1=8=A:)B><=0O M=5@38O, B.107, 2K?.2,023CAB 20093.   = 8/8 = 1 ;5=0@=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 4. 5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SIPM A> AF8=B8;;OB>@>< ZnSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88. #, >A:20.   = 6*1.5/11 = 0.9 5. Measurements of neutron transmission and cross section on the TOF spectrometers of Moscow meson factory. Grigoriev Yu,V., Sinitsa V.V., Zhuravlev B.V., Alekseev A.A., Berlev A.I., Koptelov E.A., Mezentseva Zh.V. ISINN-16Dubna, Russia, June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mAm(n, f) 8 245Cm(n, f) .   = 4/8 = 0.5 8. ..20=>2, ..0@8=, .."8E>=>2, ..0@028G52, ..;5:A552, -..>?B5;>2, ..C7=5F>2, ..!04K:>2. "09483  A8AB5<0 A1>@0 8 ?@>A<>B@0 40==KE 2 CA;>28OE =59B@>=>3@0D8G5A:>3> M:A?5@8<5=B0 ?> 2@5<O?@>;QB=><C <5B>4C. @5@8=B /   1199/2008 8N;L 20083.   = 4/8 = 0.5 9. ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 244Cm(n,f) @5?@8=B /  1212/2009 <0@B 20093.   = 4/8 = 0.5 10. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 243Cm(n,f) @5?@8=B /  1231/2009 023CAB 20093.   = 4/8 = 0.5 11. ..;5:A552, ..5@3<0=, ..>=G0@5=:>, ..C7=5F>20, ..5@5:@5AB5=:> AA;54>20=85 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O Th-232 =59B@>=0<8 =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O =59B@>=>2 2 A28=F5 !-100 =AB8BCB0 O45@=KE 8AA;54>20=89 .   " /  1234/2009 :BO1@L 20093.   = 4/5 = 0.8 12. A.A.Alekseev, A.A.Bergman, A.I.Berlev, E.A.Koptelov, B.F.Samylin, A.M.Trufanov, B.I.Fursov, V.S.Shorin Neutron-Induced Fission Cross Section of Uranium and Curium Isotopes Progress report  RLVALesearch Contract 14485 Coordinated Research Project on Minor Actinide Neutron Research Data (MANREAD) IAEA INDC (CCP)-0451 Distr. MN  = 4/8=0.5LVALOG5@3<0= ;5:A59 =4@5528G AB0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   = 6.9+ 0.3+0.3+ 1.3+0.5+0.5+0.5+0.8+0.5= 11.6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 2. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=*, .. "@CD0=>2*, .. $C@A>2*, .!. (>@8=* (* & $  $878:>-M=5@35B8G5A:89 8=AB8BCB 8<5=8 .. 59?C=A:>3> ) !5G5=85 ?>410@L5@=>3> 45;5=8O 236U 6C@.  /45@=0O D878:0 2008, B>< 71, !8, A.1379-1388.   = 0.914*60/8 = 6.9 2. 59B@>==K5 A5G5=8O 45;5=8O O45@ 242mAm 8 245Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.. (=AB8BCB O45@=KE 8AA;54>20=89 , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<. .. 59?C=A:>3>, 3. 1=8=A:). B><=0O M=5@38O, B.106, 2K?.2, D52@0;L 20093.   = 0.036*60/8 = 0.3 3. 59B@>==>5 A5G5=85 45;5=8O 243Cm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mAm(n, f) 8 245Cm(n, f) .   = 4/8 = 0.5 2. ..5@3<0=, ..5@;52, ...@83>@L52 AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 =0 2@5<O?@>;QB=KE A?5:B@><5B@0E A 8<?C;LA=K<8 =59B@>==K<8 8AB>G=8:0<8 >A:>2A:>9 <57>==>9 D01@8:8 @5?@8=B /  1225/2009 <09 20093.   = 4/3 = 1.3 3. ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 244Cm(n,f) @5?@8=B /  1212/2009 <0@B 20093.   = 4/8 = 0.5 4. ..;5:A552, ..5@3<0=, ..5LVAL@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 243Cm(n,f) @5?@8=B /  1231/2009 023CAB 20093.   = 4/8 = 0.5 5. ..;5:A552, ..5@3<0=, ..>=G0@5=:>, ..C7=5F>20, ..5@5:@5AB5=:> AA;54>20=85 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O Th-232 =59B@>=0<8 =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O =59B@>=>2 2 A28=F5 !-100 =AB8BCB0 O45@=KE 8AA;54>20=89 .   " /  1234/2009 :BO1@L 20093.   = 4/5 = 0.8 6. A.A.Alekseev, A.A.Bergman, A.I.Berlev, E.A.Koptelov, B.F.Samylin, A.M.Trufanov, B.I.Fursov, V.S.Shorin Neutron-Induced Fission Cross Section of Uranium and Curium Isotopes Progress report  Research Contract 14485 Coordinated Research Project on Minor Actinide Neutron Research Data (MANREAD) IAEA INDC (CCP)-0451 Distr. MN  = 4/8=0.5LVALOG>B28=0 ;5:A0=4@ !B5?0=>28G, 19573. @>645=8O, :.D.-<.=, =0CG=K9 A>B@C4=8:. Sum PRND factor (2008-2009): PRND= 220.8 Publications in journals with referee examinations: 1. J.Lukasik, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, G.Imme, I.Iori, H.Johansson, K.Kezzar, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, J.Luehning, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, M.De Napoli, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, C.Sfienti, H.Simon, K.Summerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Discriminant analysis and secondary-beam charge recognition. arXiv:0707.0598v1 [nucl-ex] Nuclear Instruments and Methods in Physics Research (NIM) A, v.587, p.413-419, Amsterdam, 2008. PRND= 1.02*30/10 = 3.1 2. N.Buyukcizmeci, A.S.Botvina, I.N.Mishustin, R.Ogul. Role of bulk energy in nuclear multifragmentation. Phys. Rev. C, v.77, p.034608 (7 pages), N.Y., 2008. PRND= 3.12*30/4 = 23.4 3. 3. A.S.Botvina and I.N.Mishustin. Stellar matter in supernova explosions and nuclear multifragmentation. Yadernaya Fizika , v.71, no.6, p.1114-1120, Moscow, 2008. Physics of Atomic Nuclei, v.71, no.6, p.1088-1093 , 2008. PRND= 0.491*60/2 = 14.7 4. A.Botvina, G.Chaudhuri, S.Das Gupta, and I.Mishustin. Comparison of statistical multifragmentation model simulations with canonical thermodynamical model results: a few representative cases. Phys. Lett. B, v.668, p.414-419, Amsterdam, 2008. PRND= 4.03*30/4 = 30.2 5. V.A.Karnaukhov, H.Oeschler, A.Budzanowski, S.P.Avdeyev, A.S.Botvina, E.A.Cherepanov, W.Karcz, V.V.Kirakosyan, P.A.Rukoyatkin, I.Skwirczynska, E.Norbeck. Critical temperature for the liquid-gas phase transition (from multifragmentation and fission). Yadernaya Fizika, v.71, no.11, Moscow, 2008. LVALPRND= 0.491*60/10 = 3.0 6. R.Ogul, U.Atav, F.Bulut, N.Buyukcizmeci, M.Erdogan, H.Imal, A.S.Botvina, and I.N.Mishustin. Surface and symmetry energies in isoscaling for multifragmentation reactions. Journal of Physics G: Nucl. Part. Phys., v.36, p.115106 (7pp), 2009. PRND= 5.27*30/8 = 19.8 7. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.D.Frankland, M.Hellstroem, D.Henzlova, G.Imme, I.Iori, H.Johansson, K.Kezzar, A.Lafriakh, A.Le Fevre, E.LeGentil, Y.Leifels, J.Luehning, J.Lukasik, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Suemmerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isotopic Dependence of the Nuclear Caloric Curve. Phys. Rev. Lett., v.102, p.152701 (4 pages), N.Y., 2009. PRND= 7.18*30/10 = 21.5 8. S.Hudan, A.B.McIntosh, J.Black, D.Mercier, C.J.Metelko, R.Yanez, R.T. De Souza, A.Chbihi, M.Famiano, M.O. Fregeau, J.Gauthier, J.Moisan, R.Roy, S.Bianchin, C.Schwarz, W.Trautmann, and A.S.Botvina. Charge correlations and isotopic distributions of projectile fragmentation events in 124Xe+112Sn at E/A=50 MeV. Phys. Rev. C, v.80, p.064611 (11 pages), N.Y., 2009. PRND= 3.12*30/10 = 9.4 (only for publications 2008-2009 : PRND= 125.1 Talks (Invited talks) at International Conferences . A.S. Botvina. In-medium properties of nuclear fragments at the liquid-gas phase coexistence. Talk presentation at INPC2007. Proceedings of the INPC2007: International Nuclear Physics Conference, June 3-8 2007, Tokyo, Japan. Volume 2, pp. 504-506. Nucl. Phys. A, v.805, p.504-506, Amsterdam, 2008. PRND= 6*(1.5-1) = 3.0 2. A.S.Botvina. In-medium properties of nuclear fragments at the liquid-gas phase Aoexistence. Talk presentation at IWM2007. ProceedLVALings of the IWM2007: International Workshop on Multifragmentation and Related Topics. GANIL, Caen, France, Nov. 4-7, 2007. Editors: B.Borderie, J.Frankland, A.Pagano, S.Pirrone and F.Rizzo. Italian Physical Society, Conference Proceedings v.95, pp. 97-104, 2008. PRND = 6*(1.5-1) = 3.0 3. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, W.G.Lynch, J.Luehning, J.Lukasik, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Suemmerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isotopic effects in spectator fragmentation at relativistic energies. Talk presentation at IWM2007. Proceedings of the IWM2007: International Workshop on Multifragmentation and Related Topics. GANIL, Caen, France, Nov. 4-7, 2007. Editors: B.Borderie, J.Frankland, A.Pagano, S.Pirrone and F.Rizzo. Italian Physical Society, Conference Proceedings v.95, pp. 339-343, 2008. PRND = 6*(1.5-1)/10 = 0.3 4. A.S. Botvina. The role of multifragmentation in spallation reactions. Invited lecture, Joint ICTP-IAEA Advanced Workshop on Model Codes for Spallation Reactions. ICTP (smr-1930), Trieste, Italy. February 4 - 8, 2008. http://agenda.ictp.trieste.it/smr.php?1930 Published: IAEA, INDC International Nuclear Data Committee, Report INDC(NDS)-0530/ Distr. SC, Vienna, Austria, 2008, pp.131-138. PRND = 30*1.5 = 45.0 5. A.S. Botvina. Role of multifragmentation in spallation reactions. Talk at the First International Workshop on Accelerator Radiation Induced Activation (ARIA'08), Paul Scherrer Institut (PSI), Villigen (Switzerland). October 13-17, 2008 . http://aria.web.psi.ch/Program/index_program.html PSI ProceLVALedings 09-01, January 2009, ISSN 1019-0643, pp. 42 - 47 , Paul Scherrer Institut , Switzerland. PRND = 6*1.5 = 9.0 6. R.Ogul, U.Atav, S.Bianchin, A.S.Botvina, N.Buyukcizmeci, M.De Napoli, A.Le Fevre, J.Lukasik, I.N.Mishustin, C.Schwarz, C.Sfienti, W.Trautmann. Surface and symmetry energy effects in nuclear multifragmentation. Proceedings of the 13 International Conference on Capture Gamma-Ray Spectroscopy and Related Topics (CGS-13), Cologne, Germany, 25-29 August 2008, 3 pages. http://www.ikp.uni-koeln.de/current/cgs13/ Published by AIP (American Institute of Physics). AIP Conf. Proc., v. 1090, pp. 623-624, 2009. PRND = 6*1.5/10 = 0.9 7. A.S. Botvina. Formation of hypernuclei in high-energy nuclear reactions. Invited talk presentation, International Conference on Nuclear Fragmentation: From Basic Research to Applications (NUFRA2009), September 27 - October 4, 2009 , Kemer (Antalya), Turkey. http://fias.uni-frankfurt.de/nufra2009/ PRND= 30 = 30.0 8. W.Trautmann, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, J.Luehning, J.Lukasik, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, C.Sfienti, H.Simon, K.Suemmerer, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isotopic dependence of the caloric curve. Proceedings of ERICE-2008: International School of Nuclear Physics, 30th Course, Heavy-Ion Collisions from the Coulomb Barrier to the Quark-Gluon Plasma, Erice-Sicily: 16 - 24 September 2008. Progr. Part. Nucl. Phys. , v. 62, p.407-412 , (Elsevier), 2009. PRND= 30*1.5/10 = 4.5 Sum PRND factor (2008-2009): PRND= 220.8 Scientific-organization work: 1. Co-Chair  LVAL of NUFRA2009, responsible for Scietific Program. International Conference on Nuclear Fragmentation: From Basic Research to Applications. September 27 - October 4, 2009, Kemer (Antalya), Turkey http://fias.uni-frankfurt.de/nufra2009/ There were presented 3 invited talks from INR RAS: from N.M.Sobolevsky, I.N.Pshenichnov, and A.S.Botvina. PRND = ? Citations of A.S.Botvina scientific publications: According to www.scientific.ru : 2214 Sum PRND factor: 220.8 CI75 = A 75 3>40 2214, ?> SLAC 2106LVAL.5=8A>2 =4@59 8:>;0528G, @>4. 24.01.1984, 0A?8@0=B /.   70 2008-2009 33 = 15.5 2.1.1. C1;8:0F88 @5?@8=BK. !C<<0  =1.5 7. ..5=8A>2, ..C7=5F>2, ..K<<8:, ..!>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 @0480F8>==>9 >1AB0=>2:8 =0 C=5. 1. >7459AB285 ?@>B>=>2 30;0:B8G5A:8E 8 A>;=5G=KE :>A<8G5A:8E ;CG59. @5?@8=B /  1220/2009, >A:20, 2009.  =4/4*1.5=1.5 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =14 1. A.Denisov, A.Feschenko, A.Aleksandrov. Peculiarities of Bunch Shape Measurements of H minus Beams in Linear Accelerators. >:;04 =0 XXI A5@>AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F (RuPAC 2008), 28 A5=BO1@O  3 >:BO1@O, 25=83>@>4, >AA8O. !5:F8>==K9 4>:;04.  =4/3*1.5=2 2. A.Denisov, N.Kuznetsov, R.Nymmik, M.Panasyuk, N.Sobolevsky. Assessment of Radiation Environment in the Moon Caused by Protons and Nuclei of GCR and SEP. Invited talk at the NUFRA2009 International Conference Kemer, Turkey, September 28 October 430, 2009. http://fias.uni-frankfurt.de/historical/nufra2009/. @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 NUFRA2009.  =30/5*1.5=9 5. A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, V.I.Panasyuk, N.M.Sobolevsky. Predicting of the Radiation Hazard in the Moon. Talk at the 17th IAA Humans in Space Symposium, Moscow, Russia, in June 7 11, 2009. http://iaa-his2009.imbp.ru/Sessions.pdf !5:F8>==K9 4>:;04, Submitted to Acta Astronautica.  =6/5*1.5=1.8 7. ..5=8A>2, ..C7=5F>2, ..K<<8:, ..0=0AN:, ..!>1>;52A:89. F5=:0 @0480F8>==>9 >1AB0=>2:8 =0 C=5. "@C4K 52-9 =0CG=>9 :>=D5@5=F88 $" !>2@5<5==K5 ?@>1;5<K DC=40<5=B0;L=KE 8 ?@8:;04=KE =0C:, 3. >;3>?@C4=K9, 27 30 =>O1@O 2009. '0ABL VIII, @>1;5<K A>2@5<5==>9 D878:8, AB@.112. !5:F8>==K9 4>:;04.  =4/5*1.5=1.2LVALOG;5<5=BL52 235=89 !B0=8A;02>28G 12.04.1968 :.D.-<.=., A.=.A. !!  B>3>2K9   (2008-2009)= 280.34   2009 !B0BL8 2 70@C156=KE @5D5@8@C5<KE 6C@=0;0E 1. Kondo universality and energy scales in plutonium, E.S. Clementyev, A.Mirmelstein, J. Of Nucl. Mater., 385 (2009) 63-65.   1.501*30/2 = 22.52 2. Pressure effects in CeNi, A.Mirmelstein, E.S. Clementyev, O.Kerbel, D.Kozlenko, Yu.Akshentsev, V.Voronin, I.Berger, J. Of Nucl. Mater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eNi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i5 (R = La, Pr) ..07C:>2, ..;5:A552, .!.;5<5=BL52, ..>LVAL20;52, ..!048:>2, ..   1.5*4/5 = 1.20 !B5=4>2K5 4>:;04K =0 :>=D5@5=F8OE 1. VII 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2 0=>-8>-=D>->3=8B82=K5 B5E=>;>388 !---2009 ;8O=85 0<>@D870F88 =0 ;>:0;L=>5 >:@C65=85 8 B5?;>5<:>ABL A>548=5=89 RNi5 (R = La, Pr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apertot XXXV !>25I0=85 ?> D878:5 =87:8E B5<?5@0BC@ ("-35), '5@=>3>;>2:0, >A:>2A:0O >1;., 2LVAL9.09  2.10.2009 "5?;>5<:>ABL 0<>@D=KE A>548=5=89 RNi5 (R = La, Pr), ..;5:A552, .!.;5<5=BL52, ..>20;52, ..07C:>2, ..!048:>2, !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5<)  =30/2=15.00 07@01>B:0 =>2>3> =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 A8;L=>:>@@5;8@>20==KE M;5:B@>==KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5<)   = 30.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ 59B@>==K5 <5B>4K 8AA;54>20=89 2 D878:5 :>=45=A8@>20==>3> A>AB>O=8O ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5<)   = 8.00 B>3>2K9   (2009)= 193.31   2008 !B0BL8 2 70@C156=KE @5D5@8@C5<KE 6C@=0;0E: 1. Magnetic properties of the mixed-valence manganese oxide Pb3Mn7O15 N.V.Volkov, K.A.Sablina, O.A.Bayukov, E.V.Eremin, G.A.Petrakovskii, D.A.Velikanov, A.D.Balaev, A.F.Bovina, P.Boni, E.Clementyev Journal of Phys. Cond. Matter 20(5) (2008) 055217-055222   1.90*30/10 = 5.70 @83;0H5==K5 4>:;04K =0 :>=D5@5=F8OE 1. @83;0H5==0O ;5:F8O =0 42-9 8<=59 (:>;5 /$ ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, 25 D52@0;O - 1 <0@B0 2008, 5?8=> "5@<>M;5:B@8G5A:85 ?@5>1@07>20B5;8 M=5@388 =0 >A=>25 0=><0;L=KE @54:>75<5;L=KE <0B5@80;>2 .!. ;5<5=BL52   20/1 = 20.00 2. @83;0H5==0O ;5:F8O, H:>;0 ! /$, 16-18 A5=BO1@O 2008 3. 5C?@C30O A?5:B@>A:>?8O 8 A8;L=>:>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K .!.;5<5=BL52   20/1 = 20.00 #AB=K5 4>:;04K =0 :>=D5@5=F8OE 1. 8-9 564C=0@>4=K9 A5<8=0@ $C=40<5=B0;L=K5 A2>9AB20 ?;CB>=8O, !=568=A:, A5=BO1@L 2008 >=4> C=825@A0;L=>ABL 2 ?;CB>=88, .!.;5<5=BL52, ..8@<5;LHB59=   4/2 = 2.00 2. 8-9 564C=0@>4=K9 A5<8=0@ $C=40<5=B0;L=K5 A2>9AB20 ?;CB>=8O, !=568=A:, A5=BO1@L 2008 -DD5:BK 402;5=8O 2 CeNi ..8@<5;LHB59=, .!.;5<5=BL52, ..5@15;L   4/3 = 1.33 !B5=4>2K5 4>:;04K =0 :>=D5@5=F8OE 1. 564C=0@>4=0O :>=D5@5=F8O C4CI55 =0C:8 > ?;CB>=88  2008, 86>=, 7-11 8N;O 2008 Kondo universality and energy scale LVAL s in plutonium, E.S. Clementyev, A.Mirmelstein, 2. 564C=0@>4=0O :>=D5@5=F8O C4CI55 =0C:8 > ?;CB>=88  2008, 86>=, 7-11 8N;O 2008 Pressure effects in CeNi, A.Mirmelstein, E.S. Clementyev, O.Kerbel, D.Kozlenko, Yu.Akshentsev, V.Voronin, I.Berger, C:>2>4AB2> 0A?8@0=B>< - ..5@15;L ( $/& "$)   = 30.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 !$" (D8;80; /# $) $878:0 B25@4>3> B5;0 (:0D54@0 M:A?5@8<5=B0;L=>9 O45@=>9 D878:8)   = 8.00 B>3>2K9   (2008)= 87.03 B>3>2K9   (2009)= 193.31rLVALOGC7=5F>2 0;5@89 5>=84>28G @>4. 10 >:BO1@O 19483. !B0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   =0.9+0.9+0.9+0.9+7.9 = 11.5 0AGQB   (20083.  20093.) 20083. 1. 5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SIPM A> AF8=B8;;OB>@>< ZnSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, ..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88. #, >A:20.   = 6*1.5/10 = 0.9 2. 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / ., ..!04K:>2, ..C7=5F>2, ... O1>2, ..;5:A552, .!.8B28=, !.$.!84>@:8=, ..$54G5=:>, ..CBC7>2, ..@BNH8=, ..@0G52, ..$5I5=:>, .. !5@>2, -..>?B5;>2, ..@02GC:, ..>10H>2, ..0B2552. !>25I0=85 ! 2008, 13-18 >:BO1@O 2008 3. #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88.   = 6*1.5/10 = 0.9 3. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 <57>==>9 D01@8:8. ... O1>2, .. @0G52, .. 0<0=8=, .. C7=5F>20*, .. C7=5F>2,-.. >?B5;>2, ..810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, . .!04K:>2, .. !>1>;52A:89, .. $54G5=:>. !>25I0=85 ! 2008, 13-18 >:BO1@O 2008 3. #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88.   = 6*1.5/10 = 0.9 4. Gevorg Danilyan, Peter Granz, Jens Klenke, Vyacheslav Krakhotin, Valery Kuznetsov, Ferenz Mezei, Vadim Novitsky, Valery Pavlov, Margarita Russina, Pavel Shatalov, and Thomas Wilpert Fissile Nuclei Rotation Effect in 235U(n, gf) Process. 13th International Symposium on Capture Gamma-Ray Spectroscopy and Related Topics. To be published by AIP.   = 6*1.5/10 = 0.9 2009 3. 1. . . 0=8;O=, . ;5=:5, . . @>E>B8=, . . C7=5F>2, . . >28F:89, . !. 02;>2, .  (0B0;>2., @5445;8B5;L=K5 g-:20=BK. /$, 2009, B. 72, ! 11, A. 1-6.   = 0.914*60/7 = 7.9LVAL !5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, A.=.A., :. D.-<. =.,   70 2008-2009 33.   = 63.87. 1. A.A. Semenov, C.H. Woo and W. Frank,  Diffusion anisotropy and void development under cascade irradiation . - Applied Physics A, 2008, Vol. 93, p. 365-377 (?@83;0H5==0O AB0BLO).   = 1.88430/3 = 18.84. 2. A.A. Semenov and C.H. Woo,  Non-linear dynamics of microstructure evolution and hyper void-lattice formation . - J. Nucl. Mater., 2008, Vol. 382, p. 96-102.   = 1.50130/2 = 22.515. 3. A.A. Semenov and C.H. Woo,  Modeling dislocation structure development and creep-swelling coupling in neutron irradiated stainless steel . - J. Nucl. Mater., 2009, Vol. 393, p. 409-417.   = 1.50130/2 = 22.515. B>3>:   = 63.87.C7=5F>20 235=8O 0A8;L52=0 @>4. 10 A5=BO1@O 19503. !B0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   =0.9+0.8= 1.7 20083. 1. 5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SIPM A> AF8=B8;;OB>@>< ZnSB2O3 c 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2, ..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2, ..0@8=, ..20=>2. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@> 2008 #AB=K9 4>:;04 A >?C1;8:>20=85< 2 <0B5@80;0E :>=D5@5=F88.#, >A:20.   = 6*1.5/10 = 0.9 2. AA;54>20=85 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O Th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ustafin, A.Plotnikov, L.Latycheva, N.Sobolevsky, A.Smolyakov. Radiation damage to some accelerator elements in FAIR. Preprint GSI AC Note 2008 005, GSI, Darmstadt, 2008. https://www.gsi.de/documents/DOC-2008-Jun-14-1.pdf.  =4/5=0.8 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =21.33 1. N.M.Sobolevsky, L.N.Latysheva Application of the SHIELD Transport Code In the Field of Hadron Therapy. Invited Talk at the CoNuSS2008 International Conference, Belgrade, Serbia, September 22 25, 2008. http://nss.vin.bg.ac.yu/CoNuSS2008.htm @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 CoNuSS2008.  =30/2=15 3. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2009, '51>:A0@K, 15 19 8N=O 2009 3. !5:F8>==K9 4>:;04, 725AB8O  A5@. $878G5A:0O, 2 ?5G0B8.  =6/3=2 4. L.N.Latysheva, N.M.Sobolevsky. Applications of the SHIELD transport code to studies in hadron therapy and to heavy ion transport in matter. Talk at the International meeting "Heavy Ion Stopping'09", ITEP, Moscow, June 3-5, 2009, Moscow, Russia. #AB=K9 4>:;04, http://plasma.itep.ru/his2009/index.php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eGe 8 MnSi . !B5=4>2K9 4>:;04 =0 VI :>=D5@5=F88  !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O "@>8F:, 2008 3.  =4/6H"0.6 2).!04K:>2 .., !84>@>2 .., 5154L .. ., 8B28= . !.  AA;54>20=85 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi  !B5=4>2K9 4>:;04 =0 !>25I0=88 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O ( !-2008), 0BG8=0, 2008.  =4/4=1 3).he Journal of science and technology of advanced materials 9 (2008) 044210 E A Ekimov, V A Sidorov, A Zoteev, Yu B Lebed, J D Thompson, S M Stishov  Structure and superconductivity of isotope-enriched boron-doped diamond .  =30/6*1,267=6,33 4). E A Ekimov, V A Sidorov, A Zoteev, Yu B Lebed, J D Thompson, E.D. Bauer and S M Stishov,  Superconductivity in diamond induced by boron doping at high pressure Phisica status solidi (b), 1-6 (2008).  =30/7*4,357H"18,67 5). 59B@>=>- 8 @5=B35=>3@0D8G5A:>5 8AA;54>20=8O AB@C:BC@K 8 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi. !04K:>2 .., !84>@>2 .. 5154L ... ,8B28= .!., (5?BO:>2 .,$>: . 11-9 <564C=0@>4=K9 A8<?>78C<  #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E (Ordering in Minerals and Alloys-11) , >AB>2-=0  >=C, ?. >>, 10-15 A5=BO1@O 2008 3. 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A H @?xOGFFF:?LVALOG!04K:>2 028;L AE0B>28G, 1949 3. >645=8O, :.D-<.=., 702. !!   2008. 1. !B0BL8: 1.1."Nonmagnetic high pressure cell for magnetic remanence measurements up to 1.5 Gpa in a superconducting quantum interference device magnetometer" Rev. Sci. Instrum. 79, 115102 (2008); DOI:10.1063/1.2999578 Published 7 November 2008 Ravil A. Sadykov,1,2 Natalia S. Bezaeva,3,4 Alexander I. Kharkovskiy,2 Pierre Rochette,3 Jerome Gattacceca,3 and Vladimir I. Trukhin4 1Institute for Nuclear Research, RAS, 117312, Moscow, Prospect 60-letiya Oktiabria 7a, Russia 2Institute for High Pressure Physics, RAS, 142190 Troitsk, Moscow Region, Russia 3CEREGE, CNRS/Aix-Marseille Universite, BP 80, 13545, Aix en Provence, Cedex 4, France 4Faculty of Physics, M.V. Lomonosov Moscow State University, Leninskiye Gori, 11992 Moscow, Russia Review of Scientific Instrumentfs (2007 Impact Factor: 1.384)  =(1.384E30)/6=6.92 1.2. ..20=>2, ..0@8=, .."8E>=>2, ..0@028G52, ..;5:A552, -..>?B5;>2, ..C7=5F>2, ..!04K:>2. ""09483-A8AB5<0 A1>@0 8 ?@>A<>B@0 40==KE 2 CA;>28OE =59B@>=>3@0D8G5A:>3> M:A?5@8<5=B0 ?> 2@5<5=8 ?@>;5B0."   " / -1199.2008,8N;L,1-23AB@.>A:20.  =4/8=0.5 3. #G0AB85 2 =0CG=KE <5@>?@8OB8OE: 3.1. 4>:;04 CAB=K9 59B@>=>- 8 @5=B35=>3@0D8G5A:>5 8AA;54>20=8O AB@C:BC@K 8 D07>2>3> ?5@5E>40 2 =5F5=B@>A8<<5B@8G=KE 8=B5@<5B0;;840E FeGe 8 MnSi. !04K:>2 ..,!84>@>2 .. 5154L ... ,8B28= .!.,(5?BO:>2 .,$>: . 11-9 <564C=0@>4=K9 A8<?>78C<  #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E (Ordering in Minerals and Alloys-11) , >AB>2-=0  >=C, ?. >>, 10-15 A5=BO1@O 2008 3. "@C4K A8<?>78C<0 B>< 2 AB@146-149.  =(4*1.5)/6=1 3.2. 4>:;04 CAB=K9 "High Pressure For Neutron Scattering At Low Temperatutres And High Magnetic Fields." Ravil A. Sadykov. > Inst. Nuclear Research RAS, prospekt 60-letiya Oktyabrya 7a, Moscow 117312 > Institute for High Pressure Physics RAS, 142190, Troitsk, Moscow region. SE2008-Sample Environment at Neutron Scattering Facilities Workshop. 2008 May, ILL. France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ezaeva N.S., Rochette P., Gattacceca J., Sadykov R.A, Trukhin V.I., New pressure demagnetization experiments on rocks and synthetic samples  Oralpresentation, EGU General Assembly 2008, Vienna, Austria, Vol. 10, EGU2008-A-09227, April 2008.  =6/5=1.2 Bezaeva N.S., Gattacceca J., Rochette P., Sadykov R.A. And Trukhin V.I., xperimental Pressure Demagnetization of Rocks up to 1.2 Gpa  Poster, AGU Fall Meeting 2008, San Francisco, USA, December 2008.4. 4.!>@C:>2>4AB2> 0A?8@0=B><:  =30/2=15 B>3>2K9  2008= 31.2   2009. >=D5@5=F88: 1) The third Interna tional conference  Deformation & Fracture of Materials and Nanomaterials (DFMN 2009) , Russian academy of sciences. Baikov institute of metallurgy and material science RAS !1>@=8: <0B5@80;>2 "@5BL59 <564C=0@>4=>9 :>=D5@5=F88, 5D>@<0F8O 8 @07@CH5=85 <0B5@80;>2 8 =0=><0B5@80;>2, >A:20, 12-15 >:BO1@O 2009, B 2, AB@ 258. CAB=K9 4>:;04: 59B@>=>- 8 @5=B35=>3@0D8G5A:85 CAB0=>2:8 =0 1075 /  4;O 8AA;54>20=8O <0B5@80;>2. !04K:>2 .., ;5<5=BL52 .!., C7=5F>2 !.., 8B28= .!., "@C=>2 .., O?8= .., O1>2 ..., :A5=>2 !.., 5154L ..., >?B5;>2 LVAL-.. (CAB=K9 4>:;04).  =4/10=0.4 1.1. AB5=4. >:;04: . . !04K:>21,2, .. C;NB8=2, . !. 8B28=1, !.. :A5=>21 !!"  !" #"#  ! 40%.      "+% "  $'!%  % +! /  40  . 2) 5AOB0O <564C=0@>4=0O :>=D5@5=F8O $878:>-E8<8G5A:85 8 ?5B@>D878G5A:85 8AA;54>20=8O 2 =0C:0E > 5<;5 (?0<OB8 ?@>D. ..!. 5=H0DB0) >A:20, 26-29 >:BO1@O 2009 3>40. !1>@=8: <0B5@80;>2, AB@. 307. >AA89A:0O :045<8O =0C:. =AB8BCB D878:8 75<;8 8<. ... (" , =AB8BCB 35>E8<88 8 0=0;8B8G5A:>9 E8<88 8<. 5@=04A:>3> (% ). #AB=K9 4>:;04: !04K:>2 .., ;5<5=BL52 .!., :A5=>2 !.., 5154L ..., O?8= .., >?B5;>2 -.. 59B@>=>- 8 @5=B35=>3@0D8G5A:85 CAB0=>2:8 =0 1075 /  4;O 8AA;54>20=8O <0B5@80;>2 ?@8 2KA>:8E 402;5=8OE.  =4/6=0.667 3) 5AOB0O <564C=0@>4=0O :>=D5@5=F8O $878:>-E8<8G5A:85 8 ?5B@>D878G5A:85 8AA;54>20=8O 2 =0C:0E > 5<;5 (?0<OB8 ?@>D. ..!. 5=H0DB0) >A:20, 26-29 >:BO1@O 2009 3>40. !1>@=8: <0B5@80;>2, !B@. 305 . >AA89A:0O :045<8O =0C:. =AB8BCB D878:8 75<;8 8<. ... (" , =AB8BCB 35>E8<88 8 0=0;8B8G5A:>9 E8<88 8<. 5@=04A:>3> (% ). #AB=K9 4>:;04 !04K:>2 .., 570520 .!., :A5=>2 !.., "@CE8= .. , Rochette P., Gattacceca J. 5<03=8B=0O OG59:0 2KA>:>3> 402;5=8O 4;O 87<5@5=8O A;01> <03=8B=KE 3>@=KE >1@07F>2 4> 2 ?0 2 A25@E?@>2>4OI5< :20=B>2>< <03=8B><5B@5.  =4/6=0.667 !-  2009 1. !5:F8O 3-O, CAB=K9 4>:;04: (8@O52 .., !04K:>2 .!., Seidl T., Mustafin E. >48D8:0F8O AB@C:BC@K ?>;8<5@>2 ?@8 >1;CG5=88 BO65;K<8 2KA>:>M=5@35B8G=K<8 8>=0<8: 40==K5 @5=B35=>2A:>9 48D@0:F88 8 <0;>C3;>2>3> @0AA5O=8O. @=4=4/4=1 2. !5:F8O 6-O , ?@83;0H5==K9 4>:;04: 8B28= .!., "@C=>2 .., C;:8= .., #;LO=>2 .., 8O4>2 ..,!04K:>2 .., >?B5;>2 -.. 59B@>==K9 @5D;5:B><5B@-<0;>C3;>2>9 A?5:B@><5B@ ">@87>=B" =0 8<?C;LA=>< 8AB>G=8:5 -06. @=4=20/7= 2,857 3. CAB=K9 4>:;04: !04K:>2 .., ;5<5=BL52 .!., O?8= .., :A5=>2 !.., C7=5F>2 !.., 8B28= .!., "@C=>2 .., C;:8= .., #;LO=LVAL>2 .., O1>2 ..., 5154L ..., >?B5;>2 -.. 59B@>=>- 8 @5=B35=>3@0D8G5A:85 CAB0=>2:8 =0 1075 / : A>2@5<5==>5 A>AB>O=85 .  =4/12=0.333. 4. CAB=K9 4>:;04: >78F8>==>-GC2AB28B5;L=K9 ?@>2>;>G=>-AB@8?>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B5@><. !. . >B0H52, .!.8B28=, .. 078=, ..!04K:>2. 59 <564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@>-2009, 15-19 8N=O 2009, '51>:A0@K (A. 277) @=4=4/4=1 5. CAB=K9 4>:;04: 4. 2CE:>>@48=0B=K9 45B5:B>@ 4;O =59B@>==>3> @5D;5:B><5B@0-<0;>C3;>2>3> A?5:B@><5B@0 >@87>=B =0 >A=>25 AF8=B8;;OB>@0 ZnS(Ag)/6LiF. . !. 8B28=, . . 5;O52, !. %. 0@052A:89, . . 54>@57>2, . . !04K:>2. 59 <564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /4@>-2009, 15-19 8N=O 2009, '51>:A0@K (A. 278)  =4/5=0.8 6. CAB=K9 4>:;04: 1. Bezaeva N.S., Gattacceca J., Rochette P. And Sadykov R.A. (2009) Pressure demagnetization of ordinary chondrites up to 1.8 Gpa: new experimental data, Eos Trans. AGU Fall Suppl., 90(54), GP41B-0824. -1AB@0:B :>=D5@5=F88 American Geophysical Union Fall Meeting 2009 (14-18 December 2009, San Francisco, USA)  =4/4=1 4. !5:F8O 6-O, AB5=4>2K5 4>:;04K : 4.1.:A5=>2 !.., !04K:>2 .., ;5<5=BL52 .!., O?8= .., C;:8= .., ;5:A552 .., C7=5F>2 .., O1>2 ..., >?B5;>2 -.. 59B@>=>3@0D8G5A:85 CAB0=>2:8 2KA>:>3> 402;5=8O "@5AA-1" 8 "5@:C;5A" /  . 4.2. ;5:A552 .., !04K:>2 .., C7=5F>2 .., O1>2 ..., 8B28= .!. >7<>6=>AB8 50-<5B@>2>9 ?@>;QB=>9 107K CAB0=>2:8 -! =59B@>==>3> :><?;5:A0 /  4;O 8AA;54>20=89 2 >1;0AB8 D878:8 :>=45=A8@>20==KE A@54. 4.3. >=>=KE8= .!., ;5<5=BL52 .!., !04K:>2 .., >?B5;>2 -.. @>5:B CAB0=>2>: =5C?@C3>3> @0AA5O=8O =59B@>=>2 2> 2B>@>< M:A?5@8<5=B0;L=>< 70;5 8AB>G=8:0 =59B@>=>2 -06 / . 4.4. >B0H52 !.., 8B28= .!., 078= .., !04K:>2 .., >?B5;>2 -.. >78F8>==>-GC2AB28B5;L=K9 45B5:B>@ B5?;>2KE =59B@>=>2 A :>=25@B5@>< 87 B25@4>3> 1>@0-10. !B0BL8: 1. InterpLVALlay between magnetism and superconductivity and the appearance of a second superconducting transition in -FeSe at high pressure. V A Sidorov1, A V Tsvyashchenko1 and R A Sadykov1,2 1 Institute for High Pressure Physics, Russian Academy of Sciences, 142190 Troitsk, Russia ,2 Institute for Nuclear Research, Russian Academy of Sciences, 142190 Troitsk, Russia J. Phys.: Condens. Matter 21 (2009) 415701 (7pp) Impact 1.9  =30E1.9/3=19 2. @8<5=5=85 AF8=B8;;OB>@>2 =0 >A=>25 ZnS(Ag)/6LiF 8 LiI(Eu) 2 A>G5B0=88 A :@5<=852K<8 D>B>C<=>68B5;O<8 2 45B5:B>@0E B5?;>2KE =59B@>=>2 A 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. . !. 8B28=, . . 5;O52, !. . 3=0B>2, . . 54>@57>2, . . !04K:>2, .  . ;5:A552, . . C7=5F>20, . . C7=5F>2, . . 0@8=, . . 20=>2. 725AB8O . !5@8O D878G5A:0O. 2009, ". 73, !2, !. 230-232. Impact 0.406(2008)  =60x 0.277 /10=1.662 4. !>@C:>2>4AB2> 0A?8@0=B0<8 (.!. 8B28= 8 !.. :A5=>2)  =30/2 E2=30 -- !04K:>2 ..  (2009)= 58,386 _________________________________________________________________ !04K:>2 .. (2008+2009)=31.2+58,386=89,586 >4AG5B   A CG5B><   A>B@C4=8:>2: 1. !04K:>2 .. (2008+2009)=31.2+58,386=89,586*0.5=44,793=44.8 2. .!.;5<5=BL52   (2008-2009)= 280.34 3. 5154L ...  (2008+2009)=30,1. 4 8B28= . !.  (2008+2009) =22.35 5. :A5=>2 !.. (2009) = 3 !C<<0   A>B@C4=8:>2 !!: (280.34+30.1+22.35+3)*0.75=335.79*0.75=251,8 B>3>2K9   !04K:>2 ..(@C:+A>B@C4=)=44.8+251.8=296,6 >?>;=8B AB0BLO: Interplay between magnetism and superconductivity and appearance of a second superconducting transition in alpha-FeSe at high pressure Authors: V.A. Sidorov, A.V. Tsvyashchenko, R.A. Sadykov (Submitted on 16 Mar 2009) Subjects: Superconductivity (cond-mat.supr-con); Strongly Correlated Electrons (cond-mat.str-el) Cite as: arXiv:0903.2873v1 [cond-mat.supr-con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yumin, N.M.Sobolevsky, M.V.Ufimtsev. Variations of the Flux and the Energy Spectrum of Neutrons Born in the Galactic Cosmic Ray Proton Interactions with the Matter of Earth's Satellites and Orbital Stations. Radiation Measurements 43 (2008) 47-55.  =1.267*30/3=12.67 2. M.Hollmark, I.Gudowska, D~.Belki, A.Brahme, N.Sobolevsky. An Analytical Model for Light Ion Pencil Beam Dose Distributions: Multiple Scattering of Primary and Secondary Ions. Phys. Med. Biol. 53 (2008) 3477-3491.  =2.784*30/5=16.704 3. L.Beskrovnaia, B.Florko, M.Paraipan, N.Sobovevsky, G.Timoshenko. Verification of Monte Carlo Transport Codes FLUKA, GEANT4 and SHIELD for Radiation Protection Purposes at Relativistic Heavy Ion Accelerators. Nucl. Instr. Meth. B266 (2008) 4058-4060  =0.999*30/5=5.994 4. I.Straak, E.Mustafin, A.Fertman, R.Hinca, M.Pavlovi , D.Schardt, N.Sobolevskiy, A.Golubev, B.Sharkov, G.Fehrenbacher, I. Hofmann, H.Iwase, E.Kozlova, G.Mustafina. Experimental Study of the Residual Activity Induced by 950 MeV/u Uranium Ions in Stainless Steel and Copper. Nucl.Instr.Meth. B266(2008)3443 3452.  =0.999*30/10=2.997 5. K.Henkner, N.Bassler, N.Sobolevsky, O.Jkel. Monte Carlo Simulations on the water-to-air stopping power ratio for carbon ion dosimetry. Medical Physics 36 (2009) 1230-1235.  =3.871*30/4=29.032 6. K.Henkner, N.Sobolevsky, H.Paganetti, O.Jkel. Test of the nuclear interaction model in SHIELD-HIT and a comparison to energy distributions from GEANT4. Phys. Med. Biol. 54 (2009) N509-N517.  =2.784*30/4=20.880 7. Yu.Titarenko, V.Batyaev, A. Titarenko, M.Butko, K.Pavlov, S.Florya, R.Tikhonov, P.Boyko, A.Kovalenko, N.Sobolevsky, V.Anashin, S.Mashnik, W.Gudowski, N.Mokhov, I.Rakhno. Beam DumLVALp and Local Shielding Layout Around the ITEP Radiation Test Facility. Nuclear Technology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ustafin, A.Plotnikov, L.Latycheva, N.Sobolevsky, A.Smolyakov. Radiation damage to some accelerator elements in FAIR. Preprint GSI AC Note 2008 005, GSI, Darmstadt, 2008. https://www.gsi.de/documents/DOC-2008-Jun-14-1.pdf.  =4/5=0.8 5. N.Sobolevsky. Modifications in Monte Carlo transport code SHIELD to use its output with the code DCHAIN-SP. GSI, Darmstadt, 2008. http://www.gsi.de/documents/DOC-2008-Nov-1LVAL16-1.pdf.  =4 6. N.Sobolevsky. Modification of the Monte-Carlo particle transport code SHIELD for needs of the FAIR project. GSI, Darmstadt, 2008. http://www.gsi.de/documents/DOC-2008-Dec-142-1.pdf.  =4 7. ..5=8A>2, ..C7=5F>2, ..K<<8:, ..!>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 @0480F8>==>9 >1AB0=>2:8 =0 C=5. 1. >7459AB285 ?@>B>=>2 30;0:B8G5A:8E 8 A>;=5G=KE :>A<8G5A:8E ;CG59. @5?@8=B /  1220/2009, >A:20, 2009.  =4/4=1 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =29.33 1. N.M.Sobolevsky, L.N.Latysheva Application of the SHIELD Transport Code In the Field of Hadron Therapy. Invited Talk at the CoNuSS2008 International Conference, Belgrade, Serbia, September 22 25, 2008. http://nss.vin.bg.ac.yu/CoNuSS2008.htm @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 CoNuSS2008.  =30/2=15 2. A.Denisov, N.Kuznetsov, R.Nymmik, M.Panasyuk, N.Sobolevsky. Assessment of Radiation Environment in the Moon Caused by Protons and Nuclei of GCR and SEP. Invited talk at the NUFRA2009 International Conference Kemer, Turkey, September 28 October 430, 2009. http://fias.uni-frankfurt.de/historical/nufra2009/. @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 NUFRA2009.  =30/5=6 3. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2009, '51>:A0@K, 15 19 8N=O 2009 3. !5:F8>==K9 4>:;04, 725AB8O  A5@. $878G5A:0O, 2 ?5G0B8.  =6/3=2 4. L.N.Latysheva, N.M.Sobolevsky. Applications of the SHIELD transport code to studies in hadron therapy and to heavy ion transport in matter. Talk at the International meeting "Heavy Ion Stopping'09", ITEP, Moscow, June 3-5, 2009, Moscow, Russia. #AB=K9 4>:;04, http://plasma.itep.ru/his2009/index.php  =6/2=3 5. A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, V.I.Panasyuk, N.M.Sobolevsky. Predicting of the Radiation Hazard in the Moon. Talk at the 17th IAA Humans in Space Symposium, Moscow, Russia, in June 7 11, 2009. htt~LVALp://iaa-his2009.imbp.ru/Sessions.pdf !5:F8>==K9 4>:;04, Submitted to Acta Astronautica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d A ?><>ILN =59B@>=>2//C@=0;:">25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O", ! 12, A. 74-77, 2008.  =20*0.5/2=5 4. S.V.Akulinichev and V.M.Skorkin / A Neutron Activation Study of DNA Gd Nanocrystals // Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques, v. 2, No. 6, pp. 890 893, 2008.  =20*0.5/2=5 5. !. . :C;8=8G52, .. . 02@8;>2, .. @5E>2 8 4@./!8AB5<0 D>@<8@>20=8O ?CG:0 4;O ?@>B>==>9 B5@0?88 2 / //>?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A. 68-71, 2008.  =30*0.5/7=2 6. !..:C;8=8G52, C..0:;0=>2, ...02@8;>2 8 4@./@>5:B CAB0=>2:8 4;O =0@01>B:8 -"-@048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, !3, A.184-186, 2008.  =30*0.5/5=3. 7. .. 0A8;L52, .. ;8G, .. >:>=F52, !.. :C;8=8G52./ 0@0<5B@K 8 @0A?@545;5=85 ?>3;>I5==>9 4>7K ?@>B>==>3> ?CG:0 =AB8BCB0 O45@=KE 8AA;54>20=89  //548F8=A:0O D878:0, 2009, !3 (43) 21-29.  =8/4=2. >:;04K: 1. V.Skorkin, S.Akulinichev, L.Kravchuk / The INR Neutron Sources for Neutron Capture Therapy //13th International Congress on Neutron Capture Therapy. November 2008. Florence. Italy  =30/3=10. 2. S.V. AkulinLVALichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D.Ilic, A.A .Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS.// International Seminar on charged particle accelerators.  IWCPA 2009 , Crimea, Alushta, September 2009. - accepted to VANT  =30/8=3.75 3. S.V. Akulinichev, Yu.K. Gavrilov, V.I. Dergiev, L.V.Kravchuk, V.M. Skorkin /Study of Ytterbium Sources for High Dose Rate Brachytherapy on a Basis of INR Proton Linac//  IWCPA 2009 , Crimea, Alushta, September 2009.-  =30/5=6 4. !..:C;8=8G52, ..=4@552, ..!:>@:8= /AA;54>20=85 @048>18>;>38G5A:>9 MDD5:B82=>AB8 684:>:@8AB0;;8G5A:8E G0AB8F - Gd =0 =59B@>==>< 35=5@0B>@5// VII 0F8>=0;L=0O :>=D5@5=F8O " 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388" ( !-- 2009), >A:20, 16-21 =>O1@O 2009.  =20/3=6.7 5. S.Akulinichev, L.Kravchuk, P.Mastinu, V.Skorkin / Investigation of the intermediate neutron capture on unstable nuclides by means of the activation method // ISINN-17.  <0B5@80;0E: 17th International Seminar on Interaction of Neutrons with Nuclei. Dubna, May 27-30, 2009, p. 43.  =30/4=7.5 6. Skorkin V., Akulinichev S. /Experimental modeling nucleosynthesis during stellar He burning to study isotopic abundances// 4-th Gamow International Conference in Odessa and 9-th Gamow Summer School  Astronomy and beyond: Astrophysics, Cosmology, Radioastronomy, High Energy Physics and Astrobiology . 17-23 August, 2009, Odessa, Ukraine.  =30/2=15 7. :C;8=8G52 !../-$'! !!/   '! ! / // ?;5=0@=K9 4>:;04 =0 >=D5@5=F88 &!/ $  &  & ("$-3) 3-6 8N=O 2008 3., "@>8F: >A:>2A:>9 >1;. ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 20*1.5=30.LVAL 8. !..:C;8=8G52, !..0:;0=>2, ..'5@=KH520/ !>2@5<5==K5 ?5@A?5:B82K ?@8F5;L=>9 @048>=C:;84=>9 B5@0?88 2 >=:>;>388// ?;5=0@=K9 4>:;04 =0 >=D5@5=F88 &!/ $  &  & ("$-3) 3-6 8N=O 2008 3., "@>8F: .. ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 20/3*1.5 =10. 9. :C;8=8G52 !.., 02@8;>2 ..., >28:>2->@>48= ../ =48284C0;L=>5 D>@<8@>20=85 ?@>B>==KE B5@0?52B8G5A:8E ?CG:>2 <>48D8F8@>20===K<// >=D5@5=F8O &!/ $  &  & ("$-3) 3-6 8N=O 2008 3., ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 4/3*1.5 =2 10. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..0751=8:, ..!:>@:8=. !8AB5<0 D>@<8@>20=8O ?CG:0 :><?;5:A0 ?@>B>==>9 B5@0?88 / . /;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1, 271.  =20/5*1.5 =6 11. !..:C;8=8G52 8 ..!:>@:8=, " +  "  / !"& "   /  &+, >=D5@5=F8O &!/ $  &  & ("$-3) 3-6 8N=O 2008 3., "@>8F: .. ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 4/2*1.5 =3. 12. :C;8=8G52 !.. 5@A?5:B82K @0728B8O O45@=>9 <548F8=K 2 3. "@>8F:5 ?;5=0@=K9 4>:;04 =0 >=D5@5=F88 0=>B5E=>;>388 2 >=:>;>388  8<. 5@F5=0 09 >:BO1@O 2009 3>40  =20. 13. !..:C;8=8G52, ..0A8;L5, ...02@8;>2, ..!:>@:8= !>740=85 F5=B@0 A>G5B0==>9 ?@>B>==>9 8 D>B>==>9 ;CG52>9 B5@0?88 2 "@>8F:5 >=D5@5=F8O $878:0 ?@>B82 @0:0 >A:020, # & <...;>E8=0, 15  16 0?@5;O 20093.  = 20/4=5. 14. !..:C;8=8G52 AA;54>20=85 <548F8=A:>3> ?@>B>==>3> ?CG:0 /  28 >:BO1@O 2009, >=3@5AA-E>;; >;K=A:>5 !>25I0=85 @>B>==0O 8 8>==0O B5@0?8O: <548F8=A:0O ?@0:B8:0 8 B5E=8G5A:>5 >15A?5G5=85,   = 20. 16. S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. APPLICATION OF THE CODE TRAC LVAL K FOR CALCULATIONS OF PROTON DOSE DISTRIBUTIONS IN MATTER XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F IWCPA-2009. 6 12 A5=BO1@O 2009 3>40, #:@08=0, @K<, ;CHB0, accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8).  =30/3=10, C:>2>4AB2> 48AA5@B0F8O<8.  2009 3>4C ?>4 @C:>2>4AB2>< !..:C;8=8G520 (2 =0CG=KE @C:>2>48B5;O)?>43>B>2;5=0 48AA5@B0F8O .. 0A8;L20 AA;54>20=85 E0@0:B5@8AB8: =87:>M=5@35B8G5A:>3> @5=B35=>2A:>3> 87;CG5=8O ?@8<5=8B5;L=> : ;CG52>9 B5@0?88. "5<0 CB25@645=0 =0 #G5=>< A>25B5 / .   = 30/2=15. =48284C0;L=K9   !..:C;8=8G520 = 195.7LVALOG02@8;>2 .@89 @0A=>A;02>28G @>4. 04.10.1952, =A $ C1;8:0F88: 1. !. . :C;8=8G52, C. . 0:;0=>2, .. . 02@8;>2, . . !:>@:8=/>7<>6=>ABL =0@01>B:8 @048>=C:;84>2 4;O -"-4803=>AB8:8 8 1@0E8B5@0?88 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // 0B5@80;K <564C=0@>4=>9 :>=D5@5=F88 ?> CA:>@8B5;O< ;CHB0- 2007, 725AB8O . !5@8O D878G5A:0O, B.72, !7, !.1042-1044, 2008.  =30*0.5/4=3.75 2. !. . :C;8=8G52, .. . 02@8;>2, .. @5E>2 8 4@./!8AB5<0 D>@<8@>20=8O ?CG:0 4;O ?@>B>==>9 B5@0?88 2 / //>?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A. 68-71, 2008.  =30*0.5/7=2.14 3. !..:C;8=8G52, C..0:;0=>2, ...02@8;>2 8 4@./@>5:B CAB0=>2:8 4;O =0@01>B:8 -"-@048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, !3, A.184-186, 2008.  =30*0.5/5=3. >:;04K: 1. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D.Ilic, A.A .Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS.// International Seminar on charged particle accelerators.  IWCPA 2009 , Crimea, Alushta, September 2009. - accepted to VANT  =30/8=3.75 3. S.V. Akulinichev, Yu.K. Gavrilov, V.I. Dergiev, L.V.Kravchuk, V.M. Skorkin /Study of Ytterbium Sources for High Dose Rate Brachytherapy on a Basis of INR Proton Linac//  IWCPA 2009 , Crimea, Alushta, September 2009  =30/5=6 4. :C;8=8G52 !.., 02@8;>2 ..., >28:>2->@>48= ../ =48284C0;L=>5 D>@<8@>20=85 ?@>B>==KE B5@0?52B8G5A:8E ?CG:>2 <>48D8F8@>20===K<// >=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 ("$-3) 3-6 8N=O 2008 3., "@>8F: >A:>2A:>9 >1;.  = 4/3=1.3 5. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..0751=8:, ..!:>@:8=/ !8AB5<0 D>@<8@>20=8O ?CG:0 ><?;5:A0 ?@>B>==>9 B5@0?88// >=D5@5=F8O 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5 ("$-3) 3-6 8N=O 2008 3., "@>L LVAL\ 8F: . ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 4/5*1.5=1.2 6. !..:C;8=8G52, ..0A8;L5, ...02@8;>2, ..!:>@:8= !>740=85 F5=B@0 A>G5B0==>9 ?@>B>==>9 8 D>B>==>9 ;CG52>9 B5@0?88 2 "@>8F:5 >=D5@5=F8O $878:0 ?@>B82 @0:0 >A:020, # & <...;>E8=0, 15  16 0?@5;O 20093.  = 20/4=5. 7. S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. APPLICATION OF THE CODE TRACK FOR CALCULATIONS OF PROTON DOSE DISTRIBUTIONS IN MATTER XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F IWCPA-2009. 6 12 A5=BO1@O 2009 3>40, #:@08=0, @K<, ;CHB0,  =30/3=10, =48284C0;L=K9   02@8;>20 ...= 36.14 =45:A F8B8@>20=8O =102LVALOG!:>@:8= ;048<8@ 8E09;>28G @>4. 03.08.1953, :. D.-<. =, A=A $, 1. !. . :C;8=8G52, C. . 0:;0=>2, .. . 02@8;>2, . . !:>@:8=/>7<>6=>ABL =0@01>B:8 @048>=C:;84>2 4;O -"-4803=>AB8:8 8 1@0E8B5@0?88 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // 0B5@80;K <564C=0@>4=>9 :>=D5@5=F88 ?> CA:>@8B5;O< ;CHB0- 2007, 725AB8O . !5@8O D878G5A:0O, B.72, !7, !.1042-1044, 2008.  =30*0.5/4=3.75 2. !. . :C;8=8G52, !. . #;8=, . . !:>@:8= /2B>=><=K9 :A5=>=>2K9 30<<0-A?5:B@><5B@ 4;O @048>M:>;>388/ 0B5@80;K <564C=0@>4=>9 :>=D5@5=F88 ?> CA:>@8B5;O< ;CHB0- 2007,/725AB8O . !5@8O D878G5A:0O, B. 72, ! 7, !. 1054-1056, 2008,  =30*0.5/3=5 3. !..:C;8=8G52, B.. !:>@:8= /AA;54>20=85 =0=>:@8AB0;;>2 -Gd A ?><>ILN =59B@>=>2//C@=0;:">25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O", ! 12, A. 74-77, 2008.  =20*0.5/2=5 4. S.V.Akulinichev and V.M.Skorkin / A Neutron Activation Study of DNA Gd Nanocrystals // Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques, v. 2, No. 6, pp. 890 893, 2008.  =20*0.5/2=5 5. !. . :C;8=8G52, .. . 02@8;>2, .. @5E>2 8 4@./!8AB5<0 D>@<8@>20=8O ?CG:0 4;O ?@>B>==>9 B5@0?88 2 / //>?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, ! 5, A. 68-71, 2008.  =30*0.5/7=2.14 6. !..:C;8=8G52, C..0:;0=>2, ...02@8;>2 8 4@./@>5:B CAB0=>2:8 4;O =0@01>B:8 -"-@048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 ?@>B>=>2 / // >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, !3, A.184-186, 2008.  =30*0.5/5=3. 7. Skorkin V.M /Search of 12Be Cluster States in the Charge Exchange Reaction for Carbon// Proc. of XV Int. Seminar on Interaction of Neutrons with Nuclei. Dubna, 2007. ISINN-15, JINR, Dubna, 2008, p.198-202.  =6*0.5=3. >:;04K: 1. V.Skorkin, S.Akulinichev, L.Kravchuk / The INR Neutron Sources for Neutron Capture Therapy //13th International Congress on Neutron Capture Therapy. November 2008. Florence. Italy.- accepted to Proceedings LVALICNCT-13.  =30/3=10 2. M.I. Grachev, E.V. Ponomareva, L.V. Kravchuk, V.K. Gorbunov, V. Skorkin, V.N. Zapolsky /System of preliminary formation of the beam for the channel of proton therapy// RuPAC 2008, Zvenigorod, Russia. November 2008. Proc. of RuPAC 2008. Acceler. Application to Medicine and Technology. P. 352-354, 2008.  =30*1.5/6=7.5 3. V.M.Skorkin / Excitation of 12Be cluster states in charge exchange reaction //LVIII International Conference.  Nucleus-2008 . Moscow. 23  27 June 2008.  =20 4. V.M.Skorkin / Two-step beta decay of isomeric states //LVIII International Conference.  Nucleus-2008 , Moscow, 23  27 June 2008.  =20 5. V.M.Skorkin / Dipole shift of neutron scattering resonances // ISINN-16, 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics , Dubna, June 11-14, 2008.  =6 6. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, R.D.Ilic, A.A .Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS.// International Seminar on charged particle accelerators.  IWCPA 2009 , Crimea, Alushta, September 2009. - accepted to VANT  =30/7=3.75 7. S.V. Akulinichev, Yu.K. Gavrilov, V.I. Dergiev, L.V.Kravchuk, V.M. Skorkin /Study of Ytterbium Sources for High Dose Rate Brachytherapy on a Basis of INR Proton Linac//  IWCPA 2009 , Crimea, Alushta, September 2009.- accepted to VANT  =30/5=6 8. !..:C;8=8G52, ..=4@552, ..!:>@:8= /AA;54>20=85 @048>18>;>38G5A:>9 MDD5:B82=>AB8 684:>:@8AB0;;8G5A:8E G0AB8F -Gd =0 =59B@>==>< 35=5@0B>@5// VII 0F8>=0;L=0O :>=D5@5=F8O " 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388" ( !-- 2009), >A:20, 16-21 =>O1@O 2009.  =20/3=6.67 9. S.Akulinichev, L.Kravchuk, P.Mastinu, V.Skorkin / Investigation of the intermediate neutron capture on unstable nuclides by means of the activation method4LVALD // ISINN-17. 17th Intern. Seminar on Interact. of Neutrons with Nuclei. Dubna, May 27-30, 2009.  =30/4=7.5 10. Skorkin V., Akulinichev S. /Experimental modeling nucleosynthesis during stellar He burning to study isotopic abundances// 4-th Gamow International Conference in Odessa and 9-th Gamow Summer School  Astronomy and beyond: Astrophysics, Cosmology, Radioastronomy, High Energy Physics and Astrobiology . 17-23 August, 2009, Odessa, Ukraine.  =30/2=15 11. !..:C;8=8G52, ..0A8;L5, ...02@8;>2, ..!:>@:8= !>740=85 F5=B@0 A>G5B0==>9 ?@>B>==>9 8 D>B>==>9 ;CG52>9 B5@0?88 2 "@>8F:5 >=D5@5=F8O $878:0 ?@>B82 @0:0 >A:020, # & <...;>E8=0, 15  16 0?@5;O 20093.  = 20/4=5. 12. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..0751=8:, ..!:>@:8=, !!" $  / #' !  " "  , >=D5@5=F8O &!/ $  &  & ("$-3) 3-6 8N=O 2008 3., "@>8F: .. ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 4*1.5/5=1.2. 13. !..:C;8=8G52 8 ..!:>@:8=, " +  "  / !"& "   /  &+, >=D5@5=F8O &!/ $  &  & ("$-3) 3-6 8N=O 2008 3., "@>8F: .. ;L<0=0E :;8=8G5A:>9 <548F8=K, 2008, B. 17, G. 1  = 4*1.5/2=3. B>3>:   ..!:>@:8=0 =132.51 =45:A F8B8@>20=8O = 62TLVALd>28:>2->@>48= =4@59 0;5@L528G @>4. 01.01.1962, :.B.=. A 1989 3., A=A, CG.A5:@5B0@L $,   70 2008-2009 33. >:;04K: 1. Novikov-Borodin A.V. Quantum Theories and Relativistic Approach.  Proc. of Int. Conf. "QTRF5 - Quantum Theory: Reconsideration of Foundations- 5", Vaxjo University, Sweden, June 14-18, (2009).  =6*1.5=9 2. :C;8=8G52 !.., 02@8;>2 ..., >28:>2->@>48= .. #, $    "+% " "'!% #' $& + !!+ ". - 0B5@80;K "@>8F:>9 :>=D5@5=F88 ?> <548F8=A:>9 D878:5, 8N=L 2008.  =4/3*1.5=2 3. Novikov-Borodin A.V. Off-Site Continuums as Cosmological Models of Galaxies and the Universe Proc. of Int. Conf. PPC'08 "Problems of Practical Cosmology", St-Petersburg, June 2008.  =6*1.5=9 !B0BL8: 1. Novikov-Borodin A.V. Global System of Physical Reality. - LANL E-Print Archive: physics/0904.1919, v1, 13 Apr 2009.  =4. 2. Novikov-Borodin A.V. Foundations of Modern Physics on Frames of Off-Site Continuums. LANL E-Print Archive: physics/0803.3500, v2, 17 Sept 2008.  =4. B>3>:   ..>28:>20->@>48=0 =28 !>3;0A>20=> A C10:>2K<: =5 CG8BK20BL ?>A;54=85 425 ?C1;8:0F88LVAL D@>A8=8= ;048<8@ 5B@>28G (@>4. 11.03.1939) =A $-! $- !C<<0@=K9   (70 2008-2009 3.3.) = 81,12   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !!!% $  #+% # %: 1) About Radiative Kaon Decay K+ to pi+ pi0 gamma. V.P. Efrosinin. /45@=0O D878:0, 2008, ">< 71. No 2, AB@. 304-308.  =0.914x60 = 54,84 2) >645=85 >48=>G=KE D>B>=>2 2 nu N  2708<>459AB28OE. .. D@>A8=8=, ... C45=:>, .. %>BO=F52. /45@=0O D878:0, 2009, ">< 72, No 3, AB@. 1-6.  =(0.914x60)/3 = 18.28 -" +   "+: 1) V.P. Efrosinin. What are the neutrino masses. hep-ph: 0904.0542, 2009.   = 4 2) V.P. Efrosinin. What are the neutrino masses. Mixing. hep-ph: 0906.1039, 2009.   = 4 B>3> 70 2008-2009 3.3.:  = 81.12A552 ;048A;02 8:>;0528G @>4 30.05.1949 =A $, >:;04K: 1. S. V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov/ APPLICATION OF THE CODE TRACK FOR CALCULATIONS OF PROTON DOSE DISTRIBUTIONS IN MATTER// XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE '0AB8F IWCPA-2009. 6 12 A5=BO1@O 2009 3>40, #:@08=0, @K<, ;CHB0, accepted to VANT  =30/3=10, 2. :C;8=8G52 !.., A552 .., 0A8;L52 .., 02@8;>2 ..., ;8G .., >:>=F52 .., 0751=8: .., !:>@:8= .. AA;54>20=85 <548F8=A:>3> ?@>B>==>3> ?CG:0 / . XXI International Workshop on Charged Particle Accelerators, Ukraine, Alushta, Crimea. September 6-12, 2009. accepted to VANT  =30/8 =3.75 =48284C0;L=K9   ..A5520 = 13.75LVALOG!?8A>: >?C1;8:>20==KE @01>B AB065@0-8AA;54>20B5;O =AB8BCB0 O45@=KE 8AA;54>20=89 (09E8520 @BC@0 "038@>28G0 70 ?5@8>4 2008  20093.3. : 1) On the level of background in underground muon measurements with plastic scintillator counters. V.I. Volchenko et al. Oct 2008. 3pp. Temporary entry e-Print: arXiv:0810.2414 [physics.ins-det]  =4/10=0.4 2) Highly sensitive micropixel avalanche photodiodes for scintillation counters of the T2K neutrino experiment. Yu.V. Musienko et al. 2008. 7pp. Published in Instrum.Exp.Tech.51:101-107,2008.  =0.226*60/10=1.356 3) @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  NEW TRENDS IN HIGH-ENERGY PHYSICS =0 B5<C  New results for K+ -> pi+ nu antinu at low pi+ momentum from BNL E949 , /;B0, @K<, #:@08=0, 27 A5=BO1@O  4 >:BO1@O 20083.   = 30 4) A.Shaykhiev  New results for K+ -> pi+ nu antinu at low pi+ momentum from BNL E949 , /;B0, @K<, #:@08=0, 27 A5=BO1@O  4 >:BO1@O, Proceedings of the NATO Advanced Research Workshop on Safe Nuclear Energy Yalta, Crimea, Ukraine 27 September - 2 October 2008, 2009, XIX, 237-248pp. ISBN: 978-90-481-2286-8.   = 30*1.5 = 45 5) >:;04 =0 =0CG=>9 A5AA8O-:>=D5@5=F88 A5:F88 /$ $ , "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", =0 B5<C  >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2 , 23 - 27 =>O1@O 2009 3., "-$.   = 4 6) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparov, & , A.Shaykhiev, & et al. Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment. Nucl.Instrum.Meth.A610:419-422, 2009. 4 pp. (arXiv:0901.4675 [physics.ins-det]).  =1.019*30/10=3.057 7) L. Bezrukov, K. Butin, I. Davitashvili,& , A.Shaykhiev,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Talk given at the International Workshop on New Photon Detectors PD09, June 24-26 2009, Shinshu Universiy, Matsumoto, Japan. e-Print: arXiv:0909.1451 [physics.ins-det]. 7pp.  =30/10= 3 8) A. Izmaylov, S. Aoki, J. BlLVALocki,& , A.Shaykhiev,& et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. e-Print: arXiv:0904.4545 [physics.ins-det]. 7pp.  =4/10= 0.4 9) Takatomi Yano, S. Aoki, J. Blocki, & , N. Yershov,& et al. Current status of the Side Muon Range Detector for the T2K experiment. Talk at the XXIX PHYSICS IN COLLISION August 30 - September 2, 2009, Kobe, Japan. Web http://www.research.kobe-u.ac.jp/fsci-epp/pic2009/ ,  =30/10= 3 10) >:;04 =0 52-9 =0CG=>9 :>=D5@5=F88 $", A5:F8O  $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O , =0 B5<C  >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2 , >;3>?@C4=K9, 27 =>O1@O 20093.   = 4 11) >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2. (09E852 ."., 27 =>O1@O 20093., "@C4K 52-9 =0CG=>9 :>=D5@5=F88 $", G0ABL VIII @>1;5<K A>2@5<5==>9 D878:8, 135  138, >A:20  >;3>?@C4=K9 20093.   = 4*1.5=6 12) >:;04 =0 51-9 =0CG=>9 :>=D5@5=F88 $", A5:F8O  $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O , =0 B5<C  >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2 , >;3>?@C4=K9, 28 =>O1@O 20083.   = 4 13) >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2. (09E852 ."., 28 =>O1@O 20083., "@C4K 51-9 =0CG=>9 :>=D5@5=F88 $", G0ABL VIII @>1;5<K A>2@5<5==>9 D878:8, 158  161, >A:20  >;3>?@C4=K9 20083.   = 4*1.5=6 >MDD8F85=B 1.5 4;O 0A?8@0=B>2,   = 110.213*1.5 = 165.32 B>3>   = 165.32LVALOG7<09;>2 ;5:A0=4@ ;53>28G (@>4. 10.09.1984) AB065@-8AA;54>20B5;L $-! $- 0A?8@0=B /  !C<<0@=K9   (70 2008-2009 3.3.) = 64.220   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparov, & , A. Izmaylov, & et al. Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment. Nucl.Instrum.Meth.A610:419-422, 2009.  =1.019*30/10=3.057. !"",  !!!% $  #+% # %: 1) .. . CA85=:>, . . E@0<552, . .. D0=0AL52, & , .. 7<09;>2,& 8 4@. KA>:>GC2AB28B5;L=K5 <8:@>?8:A5;L=K5 ;028==K5 D>B>48>4K 4;O AF8=B8;;OF8>==KE AG5BG8:>2 1;86=53> 45B5:B>@0 M:A?5@8<5=B0 "2. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2008. ! 51. !. 101-107.  =0.226*60/10=1.356. -" +   "+  $ &: 1) L. Bezrukov, K. Butin, I. Davitashvili,& , A.Izmaylov,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Talk given at the International Workshop on New Photon Detectors PD09, June 24-26 2009, Shinshu Universiy, Matsumoto, Japan.  =30/10= 3. 2) A. Izmaylov. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. Talk at TIPP09, March 12-17, Tsukuba, Japan.  =30. 3) V.I. Volchenko, G.V. Volchenko, E.V. Akhrameev, & , A. Izmaylov,& et al. On the level of background in underground muon measurements with plastic scintillator counters. arXiv:0810.2414 [physics.ins-det]. 3pp.  =4/10= 0.400. 4) T. Yano, S. Aoki, J. Blocki, & , A. Izmaylov,& et al. Current status of the Side Muon Range Detector for the T2K experiment. Talk at the XXIX PHYSICS IN COLLISION August 30 - September 2, 2009, Kobe, Japan. Web http://www.research.kobe-u.ac.jp/fsci-epp/pic2009/ ,  =30/10= 3. 5) .. @H>2, .. 7<09;>2. AA;54>20=85 =59B@8==KE >AF8;;OF89 2 M:A?5@8<5=B5 "2. !B0BCA 8 1;8609H85 ?5@A?5:B82K. >:;04 =0 =0CG=>9 A5AAdLVALt88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 23 ?> 27 =>O1@O 2009. Web http://matras.itep.ru/npd2k09/ ,  =4/2= 2. B>3> 70 2008-2009 3.3.:  = 42.813*1.5=64.220LVALOGC45=:> .@89 @83>@L528G @>4. 05.10.1951, 702. $-! $-,   70 2008-2009 33: =48284C0;L=K9   = 632.98.   @C:>2>48B5;O = 463.17. C1;8:0F88: 1. New measurement of the K+ ---> pi+ nu anti-nu branching ratio. By E949 Collaboration (A.V. Artamonov et al.). Published in Phys.Rev.Lett.101:191802,2008.  =7.180*30/10=21.54 2. Measurement of single charged pion production in the charged-current interactions of neutrinos in a 1.3-GeV wide band beam. By K2K Collaboration (A. Rodriguez et al.). Phys.Rev.D78:032003,2008.  =5.05*30/10=15.15 3. Experimental study of the atmospheric neutrino backgrounds for p ---> e+ pi0 searches in water Cherenkov detectors. By K2K Collaboration (S. Mine et al.). Phys.Rev.D77:032003,2008.   = (5.05x 30)/10 = 15.15 4. Measurement of the K+ --> pi+ nu nu branching ratio. By E949 Collaboration and E787 Collaboration (S. Adler et al.). Phys.Rev.D77:052003,2008.   = (5.05x 30)/10 = 15.15 5. .. D@>A8=8=, ... C45=:>, .. %>BO=F52 , >645=85 >48=>G=KE D>B>=>2 2 nu N  2708<>459AB28OE. /45@=0O D878:0, 2009, ">< 72, No 3, AB@. 493-498.  =(0.914x60/3) = 18.28 6. Highly sensitive micropixel avalanche photodiodes for scintillation counters of the T2K neutrino experiment. Yu.V. Musienko et al. 2008. Instrum.Exp.Tech.51:101-107,2008.  =0.226*60/10=1.356 7. ...C45=:>, Accelerator neutrino experiments: New results and perspectives. /45@=0O $878:0, B.72, No 3, AB@. 501-508. 2009  =(0.914x60) = 54.84 8. T.Abe, Y.Aihara, C.Andreopulos,& Y.Kudenko et al., Detectors and flux instrumentation for future neutrino facilities, JINST, 4:T05001,2009.   = 0.333*30/10=0.999 9. E.Akhrameev, & O.Mineev, Yu.Kudenko et al. Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment, Nucl.Instr.Meth. A610, 419-422, 2009.   = 1.019*30/10=3.057 10. M.Yokoyama, T.Nakaya,& Yu.KudenLVALko et al. Application of Hamamatsu MPPC to T2K Neutrino Detectors. Nucl.Instr.Meth. A610, 128-130, 2009.   = 1.019*30/10=3.057 -;5:B@>==K5 ?@5?@8=BK: 1. On the level of background in underground muon measurements with plastic scintillator counters. V.I. Volchenko et al. Oct 2008. 3pp. e-Print: arXiv:0810.2414 [physics.ins-det]  =4/10=0.4 2. A. Izmaylov, S. Aoki, J. Blocki,& , Yu.Kudenko,& O. Mineev,& et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. e-Print: arXiv:0904.4545 [physics.ins-det]. 7pp.  =4/10= 0.4 >:;04K =0 :>=D5@5=F8OE: 1. Yu.Kudenko, Single photon production in nN interactions, Invited talk at Workshop  Neutrino oscillations at accelerators , Dubna, 24-26 January 2008,  =20 2. Yu.Kudenko, The T2K experiment, Invited talk at Workshop  Neutrino oscillations at accelerators , Dubna, 24-26 January 2008,  =20 3. A.Minamino& .Yu.Kudenko, Development of Multipixel Photon Counter, for T2K experiment, Invited talk at International Conference IEEE, Dresden, Germany, 20-25 October 2008.  =30/10=3. 4. Yu.Kudenko, Status of the long baseline neutrino experiment T2K, Invited talk at QUARKS2008, Sergiev Posad, Russia,20-26 May 2008.  =30 5. Yu.Kudenko, Near neutrino detector for the long baseline experiment T2K. Invited talk at the Inernation conference INSTR08, Novosibirsk, Russia, 1-6 March 2008.  =30. 6. M.Yokoyama,& .Yu.Kudenko, Application of MPPC for T2K near detectors, Invited talk at International Conference  New Developments in Photon Detectors , June 15-20, 2008, Aix-les-Bains, France,  =30/10=3.0 7. .V.Akhrameev, L.B.Bezrukov& ..Yu.Kudenko et al., Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber readout of plastic scintillator counters for the EMMA underground experiment, talk at International Conference  New Developments in Photon Detectors , June 15-20, 2008, Aix-les-Bains, France,  =LVAL6/10=0.6 8. Yu. Kudenko et al., Geiger mode APD s for underground cosmic ray experiment EMMA, invited talk at PD09 Wokshop, Matsumoto, Japan, 24-26 June 2009.  =30 9. Yu. Kudenko, invited summary talk at PD09 Workshop, Matsumoto, Japan, 24-26 June 2009.  =30 10. Yu.Kudenko, Geiger mode APD s for the T2K experiment, invited talk at the Workshop on photodetectors, GSI, Darrmstadt, 9-10 February 2009.  =30 11. Yu.Kudenko, Status of T2K experiment, invited talk at the Workshop on neutrino physics at accelerators, Dubna, Russia, 24-24 January 2009.  =20 12. D.Orme,..Yu.Kudenko. Development of Multi-Pixel Photon Counters for the T2K long baseline neutrino experiment, invited talk at TIPP09, Tsukuba, Japan, 12-19 March 2009.  =30/10=3.0 13. T.Chaminade,& Yu.Kudenko et al., A High-tech Trigger hodoscope with MPPC and Peltier devices, talk at TIPP09, Tsukuba, Japan, 12-19 March 2009.  =30/10=3.0 14. ... C45=:>, #A:>@8B5;L=K5 =59B@8==K5 M:A?5@8<5=BK: ?>A;54=85 =>2>AB8, 4>:;04 =0 0@:>2A:8E GB5=8OE, >A:20, 15-16 0O 2009 3.  =20 15. T. Yano, S. Aoki, J. Blocki, & , M. Khabibullin, Yu.Kudenko,& et al. Current status of the Side Muon Range Detector for the T2K experiment. Proceedings of the XXIX PHYSICS IN COLLISION. August 30 - September 2, 2009, Kobe, Japan. 3pp.  =30/10= 3.0. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0:  =8 C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: ..CA85=:>  2008 3.   = 30 C:>2>4AB2> 0A?8@0=B0<8: .7<09;>2, .(09E852 - 1-9 3>4 0A?8@0=BC@K  2008 3.  =30*2 = 60 .7<09;>2, .(09E852 - 2-9 3>4 0A?8@0=BC@K  2009 3.  =30*2 = 60 C:>2>4AB2> ABC45=B0<8: .E@0<552, .K:>2  1-9 3>4 <038AB5@A:>9 @01>BK - 2008 3.  =10*2 = 20 .7<09;>2, .E@0<552, .(09E852 - 2-9 3>4 <038AB5@A:>9 @01>BK.  2008 3.  =10*3 = 30 .!8;8=, . CB8=, .E@0<552, .K:>2  2009.  =10*3 = 30 !C<<0@=K9 8=48284C0;L=K9  LVAL = 632.98   @C:>2>48B5;O = 463.17LVALOGCA85=:> .@89 0A8;L528G @>4. 7.2.1962, =A $-,   70 2008-2009 33. ?C1;8:>20==K5 AB0BL8: 1) X. Aslanoglou, A. Cyz, N. Davis, D. d'Enterria, E. Gladysz-Dziadus, C. Kalfas, Y. Musienko, A. Kuznetsov, A.D. Panagiotou  First performance studies of a prototype for the CASTOR forward calorimeter at the CMS experiment , Acta Phys.Polon.B39:1429-1454,2008.   =0.321*30/9=1.07 2) Musienko, Y.; Auffray, E.; Fedorov, A.; Korzhik, M.; Lecoq, P.; Reucroft, S.; Swain, J."SSPM Readout of LSO, (Lu-Y)AP:Ce and PWO-II Pixels for PET Detector Modules , IEEE Trans. on Nucl. Sci., Volume 55, Issue 3, Part 2, June 2008 Page(s):1352  1356.   =1.518*30/7=6.506 3) .. . CA85=:>, . . E@><552, . .. D0=0AL52, . . >=40@5=:>, . . >;>28=, . . CI8=, . . @H>2, . . 7<09;>2, .. . C45=:>, . . C1A0=4>@6852, . . 0OF:89, . . %0181C;;8=, . . %>BO=F52, . ". (09E852  KA>:>GC2AB28B5;L=K5 <8:@>?8:A5;L=K5 ;028==K5 D>B>48>4K 4;O AF8=B8;;OF8>==KE AGQBG8:>2 =59B@8==>3> M:A?5@8<5=B0 T2K "- B. 51, N 1, /=20@L 2008 3.   =0.311*60/10=1.866 4) P. Adzic, & , Y.Musienko et al. Intercalibration of the barrel electromagnetic calorimeter of the CMS experiment at start-up. 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Razin, A.I. Reshetin, D.A. Finogeev, "Development of FARICH-detector for ALICE experiment at CERN ", Nucl.Instrum.Meth.A598 (2009) 156.   =1.019*30/10=3.057 10) Yu.Musienko, "Advances in multipixel Geiger-mode avalanche photodiodes (silicon photomultiplies)", Nucl.Instrum.Meth.A598 (2009) 213.   =1.019*30*0.7=21.399 11) M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, K. Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, "Longitudinally segmented lead/scintillator hadron calorimeter with micro-pixel APD readout", Nucl.Instrum.Meth.A598 (2009) 268.   =1.019*30/10=3.057 12) A. Izmaylov, S. Aoki, J. Blocki, J. Brinson, A. Dabrowska, I. Danko, M. Dziewiecki, B. Ellison, L. Golyshkin, R. Gould, T. Hara, B. Hartfiel, J. Holeczek, M. Khabibullin, A. Khotjantsev, D. Kielczewska, J. Kisiel, T. Kozlowski, Yu. Kudenko, R. Kurjata, T. Kutter, J. Lagoda, J. Liu, J. Marzec, W. Metcalf, P. Mijakowski, O. Mineev, Yu. Musienko, D. Naples, M. Nauman, D. Northacker, J. Nowak, V. Paolone, M. Posiadala, P. Przewlocki, J. Reid, E. Rondio, A. Shaykhiev, M. Sienkiewicz, D. Smith, J. Sobczyk, M. Stodulski, A. Straczek, R. Sulej, A. Suzuki, J. Swierblewski, T. Szeglowski, M. Szeptycka, T. Wachala, D. Warner, N. Yershov, T. Yano, A. Zalewska, K. Zaremba, M. Ziembicki  Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment , arXiv:0904.4545.   =4/10=0.4. 13) Y. Musienko, D. Renker, Z. Charifoulline, K. Deiters, S. Reucroft, J. Swain  Study of radiation damage induced by 82 MeV protons on multi-pixel Geiger-mode avalanche photodiodes , Nucl.Instrum.Meth.A610 (2009) 87. 1.019*30/6*0.7=3.567. 14) G. Benemanskaya, E. Garibin, Yu. Gusev, A. Demidenko, S. Ivanov, V. Ivochkin, S. Kosianenko, I. Mironov, Yu. Mousienko, V. Jmerik, V. Reiterov, D. Seliverstov, LVALT. Shubina  Photosensors for PET scanner on the base of BaF2 crystals , Nucl.Instrum.Meth.A610 (2009) 335.   =1.019*30/10=3.057. 15) M. Golubeva, F. 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CMS Data Processing Workflows during an Extended Cosmic Ray Run , arXiv:0911.4842.   =4/10=0.4. 33) S. Chatrchyan, , ..., Y. Musienko et al.  Aligning the CMS Muon Chambers with the Muon Alignment System during an Extended Cosmic Ray Run , arXiv:0911.4770.   =4/10=0.4. 34) S. Chatrchyan, , ..., Y. Musienko et al.  Performance Study of the CMS Barrel Resistive Plate Chambers with Cosmic Rays , arXiv:0911.4045.   =4/10=0.4. 35) S. Chatrchyan, , ..., Y. Musienko et al.  Time Reconstruction and Performance of the CMS Electromagnetic Calorimeter , arXiv:0911.4044.   =4/10=0.4. 36) S. Chatrchyan, , ..., Y. Musienko et al.  Alignment of the CMS Muon System with Cosmic-Ray and Beam-Halo Muons , arXiv:0911.4022.   =4/10=0.4. 37) S. Chatrchyan, , ..., Y. Musienko et al.  Precise Mapping of the Magnetic Field in the CMS Barrel Yoke using Cosmic Rays , arXiv:0910.5530.   =4/10=0.4. 38) S. Chatrchyan, , ..., Y. Musienko et al.  Performance and Operation of the CMS Electromagnetic Calorimeter , arXiv:0910.3423.   =LVAL4/10=0.4. 39) S. Chatrchyan, , ..., Y. Musienko et al.  Alignment of the CMS Silicon Tracker during Commissioning with Cosmic Rays , arXiv:0910.2505.   =4/10=0.4. 40) M. W. Arenton, ..., Y. Musienko et al.  Radiation hardness qualification of PbWO4 scintillation crystals for the CMS Electromagnetic Calorimeter , arXiv:0912.430.   =4/10=0.4. >:;04K =0 :>=D5@5=F8OE: 1) Yu. Musienko  Advances in multipixel Geiger-mode avalanche photodiodes (silicon photomultiplies) , Int.Conf. Instrumentation for Colliding Beam Physics, Novosibirsk, Feb.2008 (@83;0H5==K9 4>:;04).   =30 2) Yu. Musienko  Photodetection , International Conference  New Developments in Photon Detectors , June 15-20, 2008, Aix-les-Bains, France (@83;0H5==K9 4>:;04).   =30 3) Y. Musienko, D. Renker, Z. Charifoulline, K. Deiters, S. Reucroft, J. 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Talk at TIPP09, March 12-17, Tsukuba, Japan. e-Print: arXiv:0904.4545 [physics.ins-det]. 7pp.  =30/10= 3.0. 3) T. Yano, S. Aoki, J. Blocki, & , M. Khabibullin, ,& et al. Current status of the Side Muon Range Detector for the T2K experiment. Proceedings of the XXIX PHYSICS IN COLLISION. August 30 - September 2, 2009, Kobe, Japan. 3pp.  =30/10= 3.0. -" +   "+: 1) V.I. Volchenko, G.V. Volchenko, E.V. Akhrameev, M. Khabibullin, et al., On the level of background in underground muon measurements with plastic scintillator counters, arXiv:0810.2414 [physics.ins-det]. 3pp.  =4/10= 0.400 . B>3> 70 2008-2009 3.3.:  = 95.953LVALOG%>BO=F52 ;5:A59 8:>;0528G (@>4. 15.03.1971) =A $-! $- !C<<0@=K9   (70 2008-2009 3.3.) = 131,633   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) A.V. Artamonov, B. Bassalleck, B. Bhuyan, & , A.N. Khotjantsev,& et al. (E949 Collaboration). Study of the decay K+ => pi+,nu,nubar in the momentum region 140<Ppi<199 MeV/c. Phys.Rev.D79:092004,2009.  =5.05*30/10=15.15 2) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparov, & , A.N.Khotjantsev, & et al. Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment. Nucl.Instrum.Meth.A610:419-422, 2009.  =1.019*30/10=3.057 3) S. Adler, V.V. Anisimovsky, M. Aoki,& , A.N. Khotjantsev,& et al. (E949 Collaboration). Measurement of the K+ --> pi+ nu nu branching ratio. Phys.Rev.D77:052003,2008.  =5.05*30/10=15.15 4) A.V. Artamonov, B. Bassalleck, B. Bhuyan, & , A.N. Khotjantsev,& et al. (E949 Collaboration). New measurement of the K+ ->pi+ nu nu branching ratio. Phys.Rev.Lett.101:191802,2008.  =7.180*30/10=21.54 5) A. Rodriguez, L. Whitehead, J. L. Alcaraz,& , A. Khotjantsev,& et al. (The K2K Collaboration). Measurement of single charged pion production in the charged-current interactions of neutrinos in a 1.3 GeV wide band beam. Phys.Rev.D78:032003,2008.  =5.05*30/10=15.15 6) S. Mine, J. L. Alcaraz, S. Andringa,& , A. Khotjantsev,& et al. (The K2K Collaboration). Experimental study of the atmospheric neutrino backgrounds for p! e+ pi0 searches in water Cherenkov detectors. Phys.Rev.D77:032003,2008.  =5.05*30/10=15.15 !"",  !!!% $  #+% # %: 1) .. . CA85=:>, . . E@0<552, . .. D0=0AL52, & , . . %>BO=F52,& 8 4@. KA>:>GC2AB28B5;L=K5 <8:@>?8:A5;L=K5 ;028==K5 D>B>48>4K 4;O AF8=B8;;OF8>==KE AG5BG8:>2 1;86=53> 45B5:B>@0 M:A?5@8<5=B0 "2. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2008. ! 51. !. 101-107. (Instrum.Exp.Tech.51:101-107,2008.)  =0.226*60/10*LVAL:=1.356 2) >645=85 >48=>G=KE D>B>=>2 2 nu N  2708<>459AB28OE. .. D@>A8=8=, ... C45=:>, .. %>BO=F52. /45@=0O D878:0, 2009, ">< 72, No 3, AB@. 1-6.  =(0.914x60)/3 = 18,28 -" +   "+  $ &: 1) L. Bezrukov, K. Butin, I. Davitashvili,& , A. Khotjantsev,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. To appear in the proceedings of International Workshop on New Photon Detectors (PD 09), Shinshu, Japan, 24-26 Jun 2009. 7pp.  =30/10= 3 2) A. Izmaylov, S. Aoki, J. Blocki,& , A. Khotjantsev,& et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. e-Print: arXiv:0904.4545 [physics.ins-det]. 7pp.  =4/10= 0.400 3) V.I. Volchenko, G.V. Volchenko, E.V. Akhrameev, A. Khotjantsev, et al., On the level of background in underground muon measurements with plastic scintillator counters, arXiv:0810.2414 [physics.ins-det]. 3pp.  =4/10= 0.400 3) Takatomi Yano, S. Aoki, & , A. Khotjantsev, & et al. 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Web http://matras.itep.ru/npd2k09/ ,  =20/2= 10 B>3> 70 2008-2009 3.3.:  = 105.953 LVALC: OG5A;02 =0B>;L528G @>4.31.12.1980, <=A $-,   70 2008-2009 33   =185,9. C1;8:0F88: V.N.Bolotov, V.A.Duk // "Pion program for the future rare-decay experiments" //Phys.Atom.Nucl.72:63- 76,2009,  =0.491*60/2=15 R.Adolphi et al // 2008. 361pp. The CMS experiment at the CERN LHC// JINST 3:S08004,2008,  =0.821*30/10=2.5 @5?@8=BK: ..'8:8;52, ... , ..C:, ...//"7<5@5=85 8=B5@D5@5=F8>==>3> G;5=0 INT 2 @0480F8>==>< @0A?045 :0>=0 K mu nu gamma"// @5?@8=B$- 2008-27, =4/10 = 0,4 !..:8<5=:>, ... , ..C:, ...//"AA;54>20=85 ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8 """// @5?@8=B $- 2008-28,  =4/7 = 0,57 !..:8<5=:>, ... , ..C:, ...//"7CG5=85 A5?0@8@>20==>3> ?CG:0 A ?><>ILN ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8 " """// @5?@8=B / 1242/2009,  =4/7 = 0,57 O.G.Tchikilev, + V.A.Duk et al // Observation of the destructive interference in the radiative kaon decay K- --> mu- nu gamma // arXiv:1001.0374,  =4/10 = 0,4 >:;04K: V.A.Duk / "OKA experiment for studying rare kaon decays"//QUARKS-2008, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88;  =6/10 =0,6. V.A.Duk / "CKM Unitarity and Kaon Decays"//BAKSAN-2007, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88 2 20083  =2 V.A.Duk / "Study of Radiative Decay >mu nu gamma at ISTRA+ Setup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p.p.110-112. 0;;: 6/10*1,5*0,5 = 0,45 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ... 0;8=8=, .!.;Q=>2, .. 5G0520, .!.8:C;8=, .. @>=8=, ..!5@>2, .. "C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52.  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10 = 0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. E. P. Antishev, A. S. Belov ,  Study of Adiabaticity of Hydrogen Atoms Spin Motion in Changing Magnetic Fields , Proc. 12th International Workshop on Polarized Sources Targets and Polarimeters, PSTP 2007, BNL, USA, 10-14 September, 2007, AIP Conf. 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Proc., 1149LVAL, 2009, pp. 108-117. 0;;: 30/2*1,5=22,5 (@83;0H5==K9 4>:;04, >=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 6. A.Zelenski, A. Kponou, J. Ritter, A.Belov, V. Zubets,  THE RHIC POLARIZED H- ION SOURCE , Report on International Symposium on Spin Physics, SPIN2008, 6-11 October 2008, University of Virginia, Virginia, USA, AIP Conference Proceedings, 1149, 2009 pp. 847-852. 0;;: 6/5*1,5=1,8 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20=). 7. CAST collaboration -70 coauthors, A. Belov, S. Gninenko from INR RAS,  Search for low Energy solar Axions with CAST  , Proceedings of the "4th Patras Workshop on Axions, WIMPs and WISPs", DESY, Hamburg Site - Germany, 18-21 June 2008, arXiv:0809.4581. 0;;: 6/10*1,5+4/10= 1,3 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04 + M;5:B@>==K9 ?@5?@8=B). 8. V.V. Fimushkin, A.S. Belov, A.D. Kovalenko, L.V. Kutuzova, Yu.V. Prokofichev, S.S. Shimanskiy and V.P. 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Belov, S. N. Gninenko, V. A. Matveev from INR .LVAL>RAS),  Proposed antimatter gravity measurement with an antihydrogen beam , Nuclear Instruments and Methods in Physics Research, B 266 (2008) 351 356. 0;;: 0,999*30/10=3 (!B0BLO 2 70@C156=>< @5F5=78@C5<>< 6C@=0;5). 12. A. S. Belov,  Recent developments in polarized ion sources technique , Invited plenary report on XIII Workshop on High Energy Spin Physics, DSpin-09, Dubna, Russia, September 1-5, 2009. 0;;: 20 (@83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 13. V. Fimushkin, A. D. Kovalenko, L.V. Kutuzova, Yu.V. Prokofichev, V.P. Vadeev, A.S. Belov,  Source of polarized ions for JINR accelerator complex , Report on XIIIth International Workshop on Polarized Sources, Targets & Polarimetry, PSTP 2009, September 07-11, 2009 - Ferrara (Italy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ragin, V.A.Moiseev  Various Matrix Formalism to Design Ion Linear Accelerators . Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp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p.p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p.p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p.p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elenski, A. Kponou, J. Ritter, A.Belov, V. Zubets,  THE RHIC POLARIZED H- ION SOURCE , Report on International Symposium on Spin Physics, SPIN2008, 6-11 October 2008, University of Virginia, Virginia, USA, AIP Conference Proceedings, 1149, 2009 pp. 847-852. 0;;: 6/5*1,5=1,8 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 6. A. Kponou, A. Zelenski, S. Kokhanovski, V. Zubets  Sona Transition Studies in the RHIC OPPIS , 12th Int. Workshop on Polarized Ion Sources Targets and Polarimeters, PSTP 2007, BNL, USA, 10-14 September, 2007, AIP Conf. Proc. 980 241 (2008). 0;;: 6/4*1,5*0,5=1,13 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2& LVAL6 -;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 7. A. Zelenski, S. Kokhanovski, A. Kponou, J. Ritter, V. Zubets,  The RHIC Optically-Pumped Polarized H" Ion Source , report on 12th Int. Workshop on Polarized Ion Sources Targets and Polarimeters, PSTP 2007, BNL, USA, 10-14 September, 2007, AIP Conf. Proc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aramonov, Yu. Kalinin, M. Krasilnikov, T. Scholz, F. Stephan, K. Floettmann. RF Gun Development wi th Improved Parameters. Proc. 2008 Linac Conference, p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p.p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vasha, V.LSerov. DEVELOPMENT OF THE INR DTL RF SYSTEM CROWBAR OPERATION Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp.218-220, 2008. 0;;: 4*1.5/2 =3 (>=D5@5=F8O @>AA89A:0O, 4>:;04, >?C1;8:>20==K5 B@C4K). 3. A.I.Kvasha .Numerical simulation of the INR DTL A/P control system. Proc. of LINAC2008, Victoria, BC, Canada, September 29  October 3, 2008, p.1060-1062 0;;=6/1*1,5=9 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, >?C1;8:>20=). 4. A.I.Kvasha, Yu.M.Lopatnikov. Results of the INR DTL series crowbar system testing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p.p.110-112. 0;;: 6/10*1,5*0,5 = 0,45 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ... 0;8=8=, .!.;Q=>2, .. 5G0520, .!.8:C;8=, .. @>=8=, ..!5@>2, .. "C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52.  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10 = 0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. .!. ;5=>2, .. @02GC:, #AB0=>2:0 307>D07=>3> A8=B570 0;<07=KE <0B5@80;>2, >:;04 =0 564C=0@>4=>< $>@C<5 ?> =0=>B5E=>;>38O<, >A:20, 3-5 45:01@O 20083. !1>@=8: B578A>2 4>:;04>2 =0CG=>-B5E=>;>38G5A:8E A5:F89, B>< 1, AB@. 461-463. 0;;: 6/2*1,5=4,5. (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04, ?C1;8:0F8O 2 B@C40E :>=D5@5=F88). 4. !5@51@O=0O <540;L XI 564C=0@>4=>3> !0;>=0 @><KH;5==>9 !>1AB25==>AB8  %-2008 70 @07@01>B:C #AB0=>2:0 307>D07=>3> A8=B570 0;<07=KE <0B5@80;>2. 0;;: 10. (540;L 2A5@>AA89A:>9 2KAB02:8). 5. .!. ;5=>2, 0B5=B $ =0 87>1@5B5=85 !?>A>1 ?>;CG5=8O ?CG:0 >B@8F0B5;L=KE 8>=>2 ! 2368977, ?C1;8:>20=> 27.09.2009, N;;5B5=L !27. 0;;: 20. (0B5=B $). 6. .!. ;5=>2, 0B5=B $ =0 87>1@5B5=85 !?>A>1 >1@01>B:8 0;<070 ! 2369477, >?C1;8:>20= 10.10.2009, N;;5B5=L !28. 0;;: 20. (0B5=B $). 8G=K9  = 55,55LVALL 5G0520 848O >;8:0@?>2=0, @>4. 27.04.1936, A.=.A., :.D.-<.= 1. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. CA: 8=65:B>@0 >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O ;8=59=>3> CA:>@8B5;O / , >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). p.p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einhardt-Nickoulin, A. Feschenko, A.Mirzojan. Modernization of BCT for INR Linac. RuPAC2008, http://www.jinr.ru/RuPAC2008, 2008, p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aramonov, L.V. Kravchuk,V.A. Moiseev, A.N. Naboka, A.K. Skasyrskaya. INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters. Physics of Particles and Nuclei Letters, v. 5, n. 7, pp. 593-596, 2008, ISSN 1547-4771. 0;;: 6/5*1,5*0,5=0,9 ((>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 @5F5=78@C5<>< 6C@=0;5). 2. V.V.Paramonov, V.A.Moiseev, Yu.V.Bylinskii,  Room temperature accelerating structure for heavy ion linacs , Proceedings of the XXIV Linear Accelerator Conference, Victorya, British Colambia, Canada, 29 September  30 October 2008, http://accelconf.web.cern.ch/accelconf/LINAC08/papers/THP060, pp.927-929, 2009. 0;;: 6/3*1.5 =3 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. ..>8A552,  7CG5=85 2>7<>6=>AB8 @01>BK =0:>?8B5;O ?@>B>=>2 /  ?@8 =87:8E M=5@38OE , PROBLEMS OF ATOMIC SCIENCE AND TECHNOLOGY !5, Series: Nuclear Physics Investigations (50), pp.131-135, 2008. 0;;: 6/1*1,5*0,5=4,5. (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 4. V.A.Moiseev,  RF-gap model presentation , Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, http://accelconf.web.cern.ch/accelconf/RuPAC 08, pp.224-226, 2008. 0;;: 4*1.5 =6 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 5. S.E.Bragin, V.A.Moiseev  Various Matrix Formalism to Design Ion Linear Accelerators . Proceedings of XXI Russian Particle Accelerator Conference, Zvenigorod, Russia, accelconf.web.cern.ch/accelconf/ RuPAC 08, pp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p.p.110-112. 0;;: 6/10*1,5*0,5 = 0,45 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. ..C15F,, .!.8:C;8=, .".$@>;>2, ../:CH52. <?C;LA=K9 35=5@0B>@ B>:0 @07@O40 4;O 4C>?;07<0B@>=0 . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/4 = 1,5 ((>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. ../:CH52, ..C15F, .!.8:C;8=, .".$@>;>2. 5=5@0B>@ AB018;L=KE 8<?C;LA>2 2KA>:>3> =0?@O65=8O. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, !2, 2009, A.71-74. 0;;: 0,311*60/4 = 4,67 (!B0BLO 2 @>AA89A:>< @5F5=78@C5<>< 6C@=0;5). 4. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ... 0;8=8=, .!.;Q=>2, .. 5G0520, .!.8:C;8=, .. @>=8=, ..!5@>2, .. "C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52.  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10 = 0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 5. . C@B078=, . !. 5;>2, !. . A8=, . !. 8:C;8=, 0AG5BK B@0=A?>@B8@>2:8 8=B5=A82=>3> 8>==>3> ?CG:0 87 ?@>B>==>3> 8=65:B>@0, 4>:;04 =0 9>< A5@>AA89A:>< A5<8=0@5 "@>1;5<K B5>@5B8G5A:>9 8 ?@8:;04=>9 M;5:B@>==>9 8 8>==>9 >?B8:8". 27-29 <0O 2009 3., >A:20. 0;;: 4/4=1,0 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 6. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8:C;8=, . 572>2, .$5I5=:>, ..8@7>O=. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8,LVAL<:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !. 55-59. 0;;: 6/8*1,5*0,5=0,56 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 8G=K9  = 8,78LVALOG0@0<>=>2 0;5=B8= 8B0;L528G, >4. 6.11.1951, 4.D.-<.=, 2.=.A 1. V.V. Paramonov, L.V. Kravchuk,V.A. Moiseev, A.N. Naboka, A.K. Skasyrskaya. INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters. Physics of Particles and Nuclei Letters, v. 5, n. 7, pp. 593-596, 2008, ISSN 1547-4771. 0;;: 6/5*1,5*0,5=0,9 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 @5F5=78@C5<>< 6C@=0;5). 2. . 0@0<>=>2, . !:0AK@A:0O, K. Floettmann, F. Stephan. AA;54>20=85 MDD5:B>2 8<?C;LA=>3> ' =03@520 2 =>@<0;L=> ?@>2>4OI8E @57>=0B>@0E L-480?07>=0. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, N 3, AB@. 51-54, 2008, ISSN 1562-6016. 0;;: 6/4*1,5*0,5 = 1,13 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 @5F5=78@C5<>< 6C@=0;5). 3. .. 01>:0, .. 0@0<>=>2, K. Floettmann. 57C;LB0BK =0AB@>9:8 @57>=0B>@0 1CAB5@0 PITZ 8 ?@>3@0<<K 8AA;54>20=89 E0@0:B5@8AB8: OG55: =0 =87:>< C@>2=5 ' <>I=>AB8. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, N 5, AB@. 35-39, 2008, ISSN 1562-6016. 0;;: 6/3*1,5*0,5 = 1,5 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 @5F5=78@C5<>< 6C@=0;5). 4. K. Floettmann, V.V. Paramonov, A.K. Skasyrskaya, F. Stephan. RF Gun Cavities Cooling Regime Study. TESLA-FEL 2008-02, DESY, Hamburg, 2008, 0;;: 4/4=1 (-;5:B@>==K9 ?@5?@8=B). 5. D. Denisenko, V. Paramonov, Transverse Deflecting Structure Parameters Study. Proc. 2008 RuPAC, p. 37, 2008. 0;;: 4/2*1,5=3 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 6. V. Paramonov. Stability of Normal Conducting Structures operation with High Average Heat loading. Proc. 2008 Linac Conference, p. 61 2008. 0;;: 6/1*1,5=9 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 7. V. Paramonov. The Cut Disk Structure Parameters for Medium Proton Energy Range. Proc. 2008 Linac Co^LVALnnference, p. 910 2008. 0;;: 30/1*1,5=45 (@83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 8. V. Paramonov, Yu. Kalinin, M. Krasilnikov, T. Scholz, F. Stephan, K. Floettmann. RF Gun Development with Improved Parameters. Proc. 2008 Linac Conference, p. 627 2008. 0;;: 6/6*1,5=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 9. V.V.Paramonov, V.A.Moiseev, Yu.V.Bylinskii,  Room temperature accelerating structure for heavy ion linacs , Proceedings of the XXIV Linear Accelerator Conference, Victorya, British Colambia, Canada, 29 September  30 October 2008, http://accelconf.web.cern.ch/accelconf/LINAC08/papers/THP060, pp.927-929, 2009. 0;;: 6/3*1.5 =3 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 10. H. Ao, K. Hasegawa, K. Hirano, T. Morishita, A. Ueno, Y. Yamazaki , H. Asano, M. Ikegami, F. Naito , V. Paramonov. Improvement in the ACS Cavity Design for the J-PARC Linac Energy Upgrade. Proc. 2008 Linac Conference, p. 915 2008 . 0;;: 6/10*1,5=0,9 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 11. . 0@0<>=>2, .!:0AK@A:0O, K. Floettmann, V. Krasilnikov, F. Stephan. @>5:B=K5 ?0@0<5B@K CA>25@H5=AB2>20==>3> @57>=0B>@0 4;O D>B>-8=65:B>@>2. XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0, 6-12 A5=BO1@O 2009. 0;;: 6/5=1,2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 12. C:>2>4AB2> 0A?8@0=B>< / (2B>@>9 3>4, ) %;NAB8= .. 0;;: 30. 13. C:>2>4AB2> 0A?8@0=B>< / (B@5B89 3>4, ) %;NAB8= .. 0;;: 30. 14. C:>2>4AB2> ABC45=B>< <038AB@0BC@K $" (?5@2>3> 3>40) 5=8A5=:> .. 0;;: 10. 15. C:>2>4AB2> ABC45=B>< <038AB@0BC@K $" (2B>@>3> 3>40) 5=8A5=:> .. 0;;: 10. 8G=K9  = 148,13LVALOG@>=8= ;53 <8B@8528G, @>48;AO 18.03.1935, :.B.=. ! 1. ... 0;8=8=, .. @>=8=, .. !B5?0=>2. "5E=>;>38O 873>B>2;5=8O 20:CC<=>-?;>B=KE A20@=KE :>@?CA>2 B@C1>: 4@59D0 ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 2008 3., B>< 18, !2, A.107-109. , 0;;: 8/3=2,7 (AB0BLO 2 6C@=0;5). 2. .. !B5?0=>2, ... 0;8=8=, .. @>=8=. A=>2=K5 ?>;>65=8O 35@<5B870F88 0=0M@>1=K<8 A>AB020<8 20:CC<=KE C7;>2 ;8=59=>3> CA:>@8B5;O / . >:;04 =0 XV =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 A CG0AB85< 70@C156=KE A?5F80;8AB>2, 3. !>G8, 2008 3, 0B5@80;K :>=D5@5=F88, >:BO1@L 2008 3, 874. -, >A:20.  =4/3*1.5 = 2 (>:;04 =0 @>AA89A:>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 3. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ... 0;8=8=, .!.;Q=>2, .. 5G0520, .!.8:C;8=, .. @>=8=, ..!5@>2, .. "C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52.  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10 = 0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 4. ... 0;8=8=, .. @>=8=, .. !B5?0=>2. "5E=>;>38G5A:85 >A>15==>AB8 873>B>2;5=8O 20:CC<=>-?;>B=>3> ?0O=>3> :>@?CA0 ?>;CB@C1>: 4@59D0 ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20093., B>< 19, !1, A.11-14. 0;;: 8/3=2,66. (!B0BLO 2 @>AA89A:>< 6C@=0;5). 5. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, .. @5G:>, ..5;57>2, ...0;8=8=, ..0BCH:>, ..8@7>O=, ..>8A552, ..@>=8=, .. 59=30@4B-8:C;8=, ..!5@>2, ..!:0AK@A:0O, ..!:>@:8=. 07@01>B:0 AB5=40 4;O =0@01>B:8 :>@>B:>682CI8E @048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 / . XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0, 6-12 A5=BO1@O 2009. 0;;: 6/10=0,6 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. 0;8=8= .., @>=8= ., !B5?0=>2 .. ;8O=85 M;5:B@>4C3>2>9 A20@:8 =0 =5ACICN A?>A>1=>ABL 8 20:CC<=CN ?;>B=>ABL A20@=KE 48DDC78>==KE A>548=5=89 !B3->1 2 @57>=0B>@0E ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20093.8LVALH, B>< 19, !4, A.265-268. 0;;: 8/3=2,66. (!B0BLO 2 @>AA89A:>< 6C@=0;5). 8G=K9  =11,22LVALOG 59=30@4B-8:C;8= 5B@ 3>@528G, 26 O=20@O 1946 3., 0CG=K9 A>B@C4=8:, .>. 702. !5:B>@>< 1. . 59=30@4B-8:C;8=, ..0;8=8=, !.0BCH:8=, .5=LH>2, .8:C;8=, . 572>2, .$5I5=:>, ..8@7>O=. >==K9 <>=8B>@ ?>?5@5G=>3> A5G5=8O ?@>B>==>3> ?CG:0 ?@><56CB>G=KE M=5@389 ;8=59=>3> CA:>@8B5;O / . "@C4K XX 564C=0@>4=>3> A5<8=0@0 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, #:@08=0, 9-15 A5=BO1@O 2007 3>40, >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). !. 55-59. 0;;: 6/8*1,5*0,5=0,56 (>=D5@5=F8O <564C=0@>4=0O, A>AB>O2H0OAO @0=55 >1>7@5205<>3> 2-;5B=53> ?5@8>40, 4>:;04, >?C1;8:>20==K9 2 B@C40E). 2. P. Reinhardt-Nickoulin, A. Feschenko, A.Mirzojan. Modernization of BCT for INR Linac. RuPAC2008, http://www.jinr.ru/RuPAC2008, 2008, p 261-263. 0;;: 4/3*1.5=2,00 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 @>AA89A:>9 :>=D5@5=F88). 3. P. Reinhardt-Nickoulin, A. Feschenko, S. Gavrilov. Ion Monitor of Transverse Beam Parameters for INR Proton Linac. RuPAC2008, http://www.jinr.ru/RuPAC2008, 2008, p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d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enisov, A.Feschenko, A.Aleksandrov. PECULIARITIES OF BUNCH SHAPE MEASUREMENTS OF H-MINUS BEAMS IN LINEAR ACCELERATORS. Proceedings of RuPAC 2008, Zvenigorod, Russia, pp.298-300. 0;;=4*1.5/3=2 ( >=D5@5=F8O @>AA89A:0O, CAB=K9 4>:;04, >?C1;8:>20==K5 B@C4K). 2. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ... 0;8=8=, .!.;Q=>2, .. 5G0520, .!.8:C;8=, .. @>=8=, ..!5@>2, .. "C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52.  =65:B>@ >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O # /  . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ESACCEL-2008, 1=8=A:, 20083. 0;;: 6/10 = 0,6 (>=D5@5=F8O <564C=0@>4=0O, CAB=K9 4>:;04). 3. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. CA: 8=65:B>@0 >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O ;8=59=>3> CA:>@8B5;O / , >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). p.p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einhardt-Nickoulin, A. Feschenko, A.Mirzojan. Modernization of BCT for INR Linac. RuPAC2008, http://www.jinr.ru/RuPAC2008, 2008, p 261-263. 0;;: 4/3*1.5=2,00 (?C1;8:>20==K9 4>:;04, A45;0==K9 =0 @>AA89A:>9 :>=D5@5=F88). 8. P. Reinhardt-Nickoulin, A. Feschenko, S. Gavrilov. Ion Monitor of Transverse Beam Parameters for INR Proton Linac. RuPAC2008, http://www.jinr.ru/RuPAC2008, 2008, p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u. V. Grigoriev, O.N. Pavlova, B.V. Zhuravlev, A.A.Alekseev, A.I. Berlev, E.A. Koptelov, D.V. Khlustin, Zh. V.Mesentseva. The investigation of the resonance structure of the neutron cross-sections with the time-of-flight spectrometers at the Moscow Meson Factory. Proc. of XVI International Seminar on Interaction of Neutrons with Nuclei, Dubna, June 11-14, 2008. 0;;: 6/8*1,5=1,125 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 8G=K9  =1,125*2 (<>;>4>9 8AA;54>20B5;L)=2,25$@>;>2 ;53 "8<>D5528G, @>4. 08.07.1945, =. A. 1. .!.5;>2, ..5@18;>2, !..A8=, ..C15F, ...0;8=8=, .!.;Q=>2, ..5G0520, .!.8:C;8=, ..!5@>2, .."C@1018=, ..$5I5=:>, .".$@>;>2, ../:CH52. CA: 8=65:B>@0 >B@8F0B5;L=KE 8>=>2 2>4>@>40 4;O ;8=59=>3> CA:>@8B5;O / , >?@>AK B><=>9 0C:8 8 "5E=8:8, 2008, !3, !5@8O: /45@=>-D878G5A:85 8AA;54>20=8O (49). p.p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p.p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etkov, J. Szabelski, D. V. Smirnov and R. V. Novoseltseva, "High energy muon number spectrum detected at the Baksan Underground Scintillation Telescope", Nuclear Physics B (Proc. Suppl.), Volume 175-176C, pp. 362-365, 2008. 0.875*30/4 = 6.56 5) V.B. Petkov, E.V. Bugaev, P.A. Klimai, D.V. Smirnov, "Constraints on the Number Density of Evaporating Primordial Black Holes for the Chromospheric Evaporation Models", arXiv:0803.2313v1 [astro-ph], 2008. 4/4 = 1.0 6) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 7) V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.DavitashLVALvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, V.B.Petkov, R.V.Poleshuk, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaykhiev, W.Trzaska, A.F.Yanin, N.V.Yershov, "On the level of background in underground muon measurements with plastic scintillator counters", arXiv:0810.2414 [physics.ins-det], 2008. 4/10 = 0.4 8) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.019*30/10 = 3.06 9) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 10) V. B. Petkov, I. Alikhanov, J. Szabelski, " Lateral distribution function of high energy muons in EAS around the knee ", Nuclear Physics B (Proceedings Supplements), v.196 (2009), pp. 379-382. 0.875*30/3 = 8.75 11) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 0.277*60/10 = 1.66 12) ..LVAL >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668-670, 2009. 0.277*60/6 = 2.77 13) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 14) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 15) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 16) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "AA;54>20=85 A?5:B@0 <N>=>2 2KA>:8E M=5@389 <5B>4>< :@0B=KE 2708<>459AB289 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", /45@=0O D878:0, B.72, ! 12, A. 2112-2120, 2009. 0.491*60/6 = 4.91 17) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O.LVAL Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 18) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin, "Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data", arXiv:0911.1692v1 [astro-ph.HE] 4/6 = 0.67 19) V.B. Petkov, "The Andyrchy-BUST experiment: primary spectrum and composition around the knee", arXiv:0911.5679v1 [astro-ph.HE] 4 20) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. DOI:10.2478/s11534-009-0135-4 (Published online: 5 October 2009 ). 0.448*30/10 = 1.34 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 6.28 1) .. 60??C52, ..;5:A55=:>, .#. C46052 .!. 8420=A:89, ..8E09;>20, ..5B:>2, ...!B5=L:8=, ..!B5?0=>2, .. '5@=O52, .. &O1C:, "4@>=K A >30 M 2 A>AB025 (", 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (30-O ), !0=:B-5B5@1C@3, 2-7 8N;O 2008, "5LVAL78AK 8 4>:;04K, EAS_13. 4*1.5/10 = 0.6 2) .#. C46052, .. ;5:A55=:>, .. 60??C52, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52, "AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5  >25@-2  / ", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_14. 4*1.5/8 = 0.7 3) .. >340=>2, .. 0:0B0=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, ..5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, MN_04. 4*1.5/7 = 0.8 4) Edgar Bugaev, Peter Klimai, Valery Petkov,  Photon spectra from final stages of a primordial black hole evaporation in different theoretical models , Proc. 30th ICRC, (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico,Mexico City, Mexico, 2008, V. 3, p. 1123. 6*0.5*1.5/3 = 1.5 5) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*0.5*1.5/9 = 0.5 6) A.G. Bogdanov, V.N. Bakatanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin,  Multiple interactions of muons in Baksan Underground Scintillation Telescope . Proc. of 21st European Cosmic Ray Symposium (Koaice, Slovakia, September 9  12, 2008), pp. 408 -411. 6*1.5/7 = 1.28 7) T. Raiha, T. Enqvist, J. Joutsenvaara, J. Karjalainen, P. Kuusiniemi, K. Loo, L. Olantera, J. Sarkamo, E. Heikkila, P. Jones, T. Kalliokoski, K. Kolos, W.H. Trzaska, H. Fynbo, L. Bezrukov, L. Inzhechik, B. Lubsandorzhiev, V. Petkov, "Cosmic-ray experiment EMMA: Tracking analysis LVALof the first muon events", Proc. 31st ICRC, Lodz (Poland), 7-15 July 2009, icrc0996. 6*1.5/10 = 0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 37.3 1) .. 5B:>2, .. ;8E0=>2, /. (015;LA:8,  @>AB@0=AB25==>5 @0A?@545;5=85 <N>=>2 A ?>@>3>2>9 M=5@3859 230 M 2 ( 2 >1;0AB8 87;><0 . 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, CAB=K9. 4/3 = 1.3 4) V.B. Petkov,  The Andyrchy-BUST experiment: primary spectrum and composition around the knee . Highlight talk at 31st ICRC, (Lodz, Poland, 7-15 July 2009). 30 5) V.B. Petkov,  Search for very high energy gamma-ray bursts , International Workshop  Many faces of GRB phenomena - optics vs high energy , Nizhnij Arkhyz (Russia), October 12-16, 2009, oral. 6 C:>2>4AB2> 0A?8@0=B><: 2*30 = 60 1) 0?>=5=:> .., 0A?8@0=BC@0 /, 2008 3., 2009 3. 2) >G:0@>2 .., 0A?8@0=BC@0 /, 2009 3. C:>2>4AB2> 48?;><=8:0<8: 2*10=20 1) CG<57>2 .., #, 2009, 10:0;02@A:0O @01>B0 "7CG5=85 E0@0:B5@8AB8: AF8=B8;;OF8>==>3> 45B5:B>@0 B5?;>2KE =59B@>=>2". 2) >G:0@>2 .., #, 2008, <038AB5@A:0O 48AA5@B0F8O  7CG5=85 E0@0:B5@8AB8: AF8=B8;;OF8>==KE 45B5:B>@>2 .LVALOG>2>A5;LF52 .@89 $54>@>28G, 20.09.1950, 4.D.-<.=., 2=A ;01>@0B>@88 !"   = 92.3 C1;8:0F88: 71.5 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation", arXiv:0802.0956v2 [hep-ph] 4/3 = 1.3 2) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation" J. Phys. G: Nucl. Part. Phys. v.36 (2009) 025009 5.270*30/3 = 52.7 3) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668-670. 0.277*60/6 = 2.77 4) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 5) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "AA;54>20=85 A?5:B@0 <N>=>2 2KA>:8E M=5@389 <5B>4>< :@0B=KE 2708<>459AB289 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", /45@=0O D878:0, B.72, ! 12, A. 2112-2120, 2009. 0.491*60/6 = 4.91 6) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin, "Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data", arXiv:0911.1692v1 [astro-ph.HE] 4/6 = 0.67 7) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "On the total cross sections of -N and - interactions at high energies "s = 10 - 1000 GeV", Nuclear Physics B (Proc. Suppl.) 196, 126 131, 2009. LVAL 0.875*30/3 = 8.75 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.8 1) .. >340=>2, .. 0:0B0=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, ..5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, MN_04. 4*1.5/7 = 0.8 2) ..>2>A5;LF52, .5@5H:>2 8 .>2>A5;LF520,   ?>;=>< A5G5=88 N 8  2708<>459AB289 ?@8 2KA>:8E M=5@38OE "s = 10 % 1000 M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, HE_05. 4*1.5/3 = 2 >=D5@5=F88, =5 >?C1;8:>20=>: 18 1) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon--hadron scaling violation", 6/3 = 2 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "On the total cross sections of N and  interactions at high energies "s = 10 - 1000 GeV", 6/3 = 2 3) Yu.F. Novoseltsev, "Search for neutrino bursts from gravitational collapse of stars at the Baksan Underground Scintillation Telescope", 11-th ICATPP Conference, Como (Italy), 5-9 October 2009, oral. 6 4) ..$. >2>A5;LF52, "@C??K <N>=>2 2KA>:8E M=5@389 ?>4 75<;59", 5:F8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3. 4 5) ..$. >2>A5;LF52, "0:A0=A:89 ?>475<=K9 AF8=B8;;OF8>==K9 B5;5A:>?", 5:F8O-M:A:C@A8O =0 24-9 :>=D5@5=F88 ?> 2708<>459AB28N 8=B5=A82=KE ?>B>:>2 M=5@388 A 25I5AB2><, @8M;L1@CAL5, 1-6 <0@B0 2009 3. 40Za h  o  v # } * 1 8?FMT[bipO33BLB<@?@iFFF:? ̔A @?@hFFF:?aA@?xfOGFFF:?|33B z @?RdOGFFF:?ArLF@?@cFFF:?)@dddd@?@@cFFF:?+B@?r,`OGFFF:? /!B. l4@?V^OGFFF:? 4zB@?@[FFF:? B@?\OGFFF:? 1A&X@?0@[FFF:? Bf@?0 @ZFFF:?,@d@?@ZFFF:?(IB . Z @?0"WOGFFF:?33AF~@?N@MFFF:?1L C33Bhb@?BROGFFF:?;B @?8NOGFFF:?'1A&X@?@MFFF:?*LB<(  @?,JOGFFF:?zARL~@?@IFFF:?,33/B @?GOGFFF:?0BoCL6^#@?EOGFFF:?N@AX@?@DFFF:?@@? @DFFF:?V33AR @?@=FFF:?QMB\@?@=FFF:?dBB !v@?BOGFFF:?w^Cj!j@?D$?OGFFF:?HA^~l@?>OGFFF:?|A@?@=FFF:?? q=BV@?;OGFFF:?%ffA&:( @? @:FFF:? 33A@? @9FFF:? ffB@?#6OGFFF:? @A^L:@?4OGFFF:?z A L@?t@3FFF:?r Q(@2&,@?@FFF:?y xAxfl@?&0OGFFF:?ffA@?(-OGFFF:?|A@. @?'*OGFFF:? ?2d@?"@FFF:?$ ffB !*@? 'OGFFF:?= LB*@?JQ!OGFFF:?A& . @?.OGFFF:?̌@dR&@?j@FFF:?DxAxfl@?<'OGFFF:?A@. @?'OGFFF:?kB( !|@?OGFFF:?LVALOG60??C52 0E8@ 0=8O;>28G, 05.05.1953, :.D.<.=., A=A ;01>@0B>@88 !"   = 17.7 C1;8:0F88: 11.65 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 0.277*60/10 = 1.66 3) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.277*60/10 = 1.66 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 5) ..;5:A55=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,  >@@5;OF8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 D070<8 8 A A59A<8G5A:>9 0:B82=>ABLN , $878:0 5<;8, 2009, !8, A.91-100. 0.439*60/9 = 2.93 6) .. ;5:A55=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ..!B5?0=>2, .. '5@=LVALO52.   @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10  100 "M2 =0 <>45@=878@>20==>9 CAB0=>2:5 >2Q@-2 , 72. , A5@. D87., B. 73, !5, A. 609-611, 2009. 0.277*60/7 = 2.37 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 5.3 1) .. 60??C52, ..;5:A55=:>, .#. C46052 .!. 8420=A:89, ..8E09;>20, ..5B:>2, ...!B5=L:8=, ..!B5?0=>2, .. '5@=O52, .. &O1C:, "4@>=K A >30 M 2 A>AB025 (", 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (30-O ), !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_13. 4*1.5/10 = 0.6 2) .#. C46052, .. ;5:A55=:>, .. 60??C52, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52, "AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5  >25@-2  / ", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_14. 4*1.5/8 = 0.7 3) ..;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,   @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_13. 4*1.5/10 = 0.6 4) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*0.5*1.5/9 = 0.5 5) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, v. LVAL1, p. 753. 6*0.5*1.5/9 = 0.5 6) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*0.5*1.5/5 = 0.9 7) D.D.Dzhappuev, A.U. Kudzhaev, N.F. Klimenko, O.I. Mikhailova, V.I. Stepanov, A.L. Tsyabuk,  A study of hadrons and muons in EAS at the Carpet-2 shower array , Proc. of 21st European Cosmic Ray Symposium (Koaice, Slovakia, September 9  12, 2008), pp. 546  549. 6*1.5/6 = 1.5 >=D5@5=F88, =5 >?C1;8:>20=>: 0.75 1) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6/8 = 0.75LVALOG/=8= ;5:A59 $54>@>28G, 07.05.1950, :.D.-<.=., A=A ;01>@0B>@88 !"   = 15.5 C1;8:0F88: 15.46 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 3) V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, V.B.Petkov, R.V.Poleshuk, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaykhiev, W.Trzaska, A.F.Yanin, N.V.Yershov, "On the level of background in underground muon measurements with plastic scintillator counters", arXiv:0810.2414 [physics.ins-det], 2008. 4/10 = 0.4 4) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422.LVAL 1.019*30/10 = 3.06 5) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 6) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 7) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 8) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 9) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] LVAL 4/10 = 0.4 10) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. DOI:10.2478/s11534-009-0135-4 (Published online: 5 October 2009 ). 0.448*30/10 = 1.34DLVAL tXC@5=O ;5:A0=4@ 8:>;0528G, 14.01.1978, <=A ;01>@0B>@88 !"   = 2.6 C1;8:0F88: 2.63 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63!B@830=>2 5B@ !5<5=>28G, 22.09.1951, =A ;01>@0B>@88 !"   = 1.2 C1;8:0F88: 1.2 1) .. 5B:>2, -.. C3052, .. ;8<09, .. 0?>=5=:>, .!. !B@830=>2,   <5B>48:5 ?>8A:0 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ =0 ;82=52KE CAB0=>2:0E , @5?@8=B /-1209/2008, ., / , 2008. 4/5 = 0.8 2) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4>;852 CA018 CE0@18528G, 31.03.1956, :.D.-<.=., A=A ;01>@0B>@88 !"   = 4.4 C1;8:0F88: 0.4 1) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 >=D5@5=F88, =5 >?C1;8:>20=>: 4 1) .. >;852, "0:A0=A:89 ?>475<=K9 AF8=B8;;OF8>==K9 B5;5A:>?", 5:F8O-M:A:C@A8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3.LVALOG>;G5=:> ;048<8@ 20=>28G, 09.03.1952, :.D.-<.=., A=A ;01>@0B>@88 !"   = 19.0 C1;8:0F88 : 18.42 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 3) .. >;G5=:>, .. >;G5=:>, .. >2>A5;LF520,  AA;54>20=85 2>7<>6=>AB59 <>45@=870F88 !" 2 @0<:0E ?@>3@0<<K @538AB@0F88 =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 , @5?@8=B /  !1207/2008. 4/3 = 1.3 4) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.277*60/10 = 1.66 5) V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, V.B.Petkov, R.V.Poleshuk, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaykhiev, W.Trzaska, A.F.Yanin, N.V.Yershov, "On the level of background in underground muon measurements with plastic scintillator counters", arXiv:0810.2414 [physics.ins-det], 2008. 4/10 = 0.4 6) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.LVAL Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.019*30/10 = 3.06 7) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 8) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 9) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 10) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] LVAL  4/10 = 0.4 11) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 12) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. DOI:10.2478/s11534-009-0135-4 (Published online: 5 October 2009 ). 0.448*30/10 = 1.34 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 0.6 1) ..;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,   @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_13. 4*1.5/10 = 0.6LVALOG" ;5:A55=:> 8:B>@ ;048<8@>28G, @>4. 27.12.1945, A=A ,   70 2008-2009 33. C1;8:0F88: .. @><CH:8=, .. ;5:A55=:>, .. 5B@CE8=, ... !B5=L:8= 8 4@. / 538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8. // 72. . !5@8O D878G., B. 73, !3, (2009), A. 425-427.  =8/5*1.5=2.4 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. D878G., B. 73, !5, (2009), A. 647-649.  = 8*0.1*1.5=1.2 .. 60??C52, .#. C46052, .. ;5:A55=>:> 8 4@./ 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. D878G., B. 73, !5, (2009), A. 642-644.  =8*0.1*1.5=1.2 .. ;5:A55=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52 ( /). / @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M. // 72. , A5@. D878G., B. 73, 2K?. 5, (2009), A. 609-611.  =8/7*1.5=1.71 .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2. !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN. // $878:0 5<;8. !8, (2009), 91-100.  =0.268*60/9=1.79 10-100 TeV cosmic ray anisotropy measured at Baksan EAS 'Carpet' array. V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko . Feb 2009. 5pp. Nucl.Phys.Proc.Suppl.196:179-182,(2009).  =0.875*30/9=2.92 10-100 TeV cosmic ray anisotropy measured at Baksan EAS 'Carpet' array. V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko. arXiv:0902.2967 [astro-ph.GA], (2009).  =4/9=0.44 Evolution of the cosmic ray anisotropy above 10^{14} eV. By The EAS-TOP Collaboration (M. Aglietta, V.V. Alekseenko et al.). Jan 2009. 4pp. Astrophys.J.Lett.692:L130-L133, (2009). LVAL# =6.33*30/10=18.99 Evolution of the cosmic ray anisotropy above 10^{14} eV. By The EAS-TOP Collaboration (M. Aglietta, V.V. Alekseenko et al.)arXiv:0901.2740 [astro-ph]  = 4/10=0.4 >:;04K: Yu.V.Stenkin and V.V.Alekseenko. Tidal effect in the radon-due neutron flux from the Earth s crust. TAUP 2009, Rome (2009). , http://taup2009.lngs.infn.it/slides/jul3/stenkin.pdf  =6/2=3 .. ;5:A55=:>, .. >;G5=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C64052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2.  @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K. 30 , !0=:B-5B5@1C@3, (2008)  =4/10*1.5=0.6 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@3, (2008),  =4/6*1.5=1.5 .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:./ 4@>=K A > 30 M 2 A>AB025 (.// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8= 8 4@./ 538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8. //30 , !0=:B-5B5@1C@3, (2008),  =4/5*1.5=1.2 .#. C46052, .. ;5:A55=:>, 8 4@./ AA;54>20=85 <N>=>2 A M=5@3859 > 1 M 2 A>AB025 ( =0 CAB0=>2:5 >25@-2  / .// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52 ( /)./  @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M.// 30 , !0=:B-5B5@1C@3, (2008),  =4/7*1.5=0.86 .. ;5:A55=:>./ 04>=-=59B@>==K5 ?@8;82=K5 20@80F88 2 75<=>9 :>@5. //5:F8O (?@83;0H5==0O) 4;O 9-9 ( -"$-2008, 0:A0= (2008).  =20*1.5=30 .. ;5:A55=:>./ =87>B@>?8O ?>B>:0 :>A<8G5A:8E ;CG59 2KA>:>9 M=5@388 2 >:@5AB=>AB8 A>;=5G=>9 A8AB5<K. //5:F8O (?@83;0H5==0O) 4;O 10-9 ( -"$-2009, 0:A0= (2009).  =20=20 D.M. Gromushkin, V.V. Alekseenko et al. On therLVAL$mal neutron concentration near the ground surface. Proc. Of 31st ICRC, Lodz, (2009), rep. # 963.  =6/6*1.5=1.5 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 B>3>:   = 93.01 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!! ;5:A55=:> 8:B>@ ;048<8@>28G, 27.12.1945, :.D.-<.=., A=A ;01>@0B>@88 !".   = 29.0 C1;8:0F88: 11.25 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. $87., B.73, ! 5, AB@. 642-644, 2009. 0.277*60/10 = 1.66 3) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.277*60/10 = 1.66 4) ..;5:A55=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,  >@@5;OF8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 D070<8 8 A LVAL%A59A<8G5A:>9 0:B82=>ABLN , $878:0 5<;8, 2009, !8, A.91-100. 0.439*60/9 = 2.93 5) .. ;5:A55=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ..!B5?0=>2, .. '5@=O52.   @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10  100 "M2 =0 <>45@=878@>20==>9 CAB0=>2:5 >2Q@-2 , 72. , A5@. $87., B. 73, !5, A. 609-611, 2009. 0.277*60/7 = 2.37 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 5.0 1) .. 60??C52, ..;5:A55=:>, .#. C46052 .!. 8420=A:89, ..8E09;>20, ..5B:>2, ...!B5=L:8=, ..!B5?0=>2, .. '5@=O52, .. &O1C:, "4@>=K A >30 M 2 A>AB025 (", 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (30-O ), !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_13. 4*1.5/10 = 0.6 2) .#. C46052, .. ;5:A55=:>, .. 60??C52, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52, "AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5  >25@-2  / ", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_14. 4*1.5/8 = 0.7 3) ..;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,   @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_13. 4*1.5/10 = 0.6 4) ..@><CH:8=, ..5B@CE8=, ...!B5=L:8=, ../H8=, ..;5:A55=:>,  538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8 , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_14. 4*1.5/5 = 1.2 5) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (LVAL&Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. . 6*0.5*1.5/9 = 0.5 6) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, v. 1, p. 753. . 6*0.5*1.5/9 = 0.5 7) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*0.5*1.5/5 = 0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 12.75 1) A5@>AA89A:0O 0CG=0O >=D5@5=F8O @8@>4=K5 ?@>F5AAK, A59A<>B5:B>=8:0 8 A>2@5<5==K9 2C;:0=87< !525@=>3> 02:070. @8M;L1@CAL5,22-30, 0@B,2008. ..;5:A55=:>,  04>=-=59B@>==K5 ?@8;82=K5 2>;=K 2 5<=>9 :>@5 . 4 2) 9-O 0:A0=A:0O >;>456=0O (:>;0 -:A?5@8<5=B0;L=>9 8 "5>@5B8G5A:>9 $878:8 ( -"$ 2008, ?>A. -;L1@CA, 19-24 >:BO1@O 2008. .. ;5:A55=:>,  538AB@0F8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K . 4 3) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6/8 = 0.75 4) .. ;5:A55=:>,  =87>B@>?8O ?>B>:0 :>A<8G5A:8E ;CG59 2KA>:>9 M=5@388 2 >:@5AB=>AB8 A>;=5G=>9 A8AB5<K , 5:F8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3. 4 *LVAL: !>3;0A>20=> A C10:>2K<: ?@8=OBL 20@80=B !B5=L:8=0 A C<5=LH5=85< =0 42 70 AGQB 4>:;04>2 =0 0:A H:>;5LVALOG(>2>A5;LF520 8B0 8:B>@>2=0, 12.11.1957, =A ;01>@0B>@88 !"   = 96.2 C1;8:0F88: 79.4 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation", arXiv:0802.0956v2 [hep-ph] 4/3 = 1.3 2) .. >;G5=:>, .. >;G5=:>, .. >2>A5;LF520,  AA;54>20=85 2>7<>6=>AB59 <>45@=870F88 !" 2 @0<:0E ?@>3@0<<K @538AB@0F88 =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 , @5?@8=B /  !1207/2008. 4/3 = 1.3 3) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation" J. Phys. G: Nucl. Part. Phys. v.36 (2009) 025009 5.270*30/3 = 52.7 4) V. B. Petkov, J. Szabelski, D. V. Smirnov and R. V. Novoseltseva, "High energy muon number spectrum detected at the Baksan Underground Scintillation Telescope", Nuclear Physics B (Proc. Suppl.), Volume 175-176, pp. 362-365, 2008.. 0.875*30/4 = 6.6 5) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668-670, 2009. 0.277*60/6 = 2.77 6) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 7) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "AA;54>20=85 A?5:B@0 <N>=>2 2KA>:8E M=5@389 <5B>4>< :@0B=KE 2708<>459AB289 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", /45@=0O D878:0, B.72, ! 12, A. 2112-2120, 2009. 0.491*60/LVAL)6 = 4.91 8) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin, "Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data", arXiv:0911.1692v1 [astro-ph.HE] 4/6 = 0.67 9) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "On the total cross sections of -N and - interactions at high energies "s = 10 - 1000 GeV", Nuclear Physics B (Proc. Suppl.) 196, 126 131, 2009. 0.875*30/3 = 8.75 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.8 1) .. >340=>2, .. 0:0B0=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, ..5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, MN_04. 4*1.5/7 = 0.8 2) ..>2>A5;LF52, .5@5H:>2 8 .>2>A5;LF520,   ?>;=>< A5G5=88 N 8  2708<>459AB289 ?@8 2KA>:8E M=5@38OE "s = 10 % 1000 M , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, HE_05. 4*1.5/3 = 2 >=D5@5=F88, =5 >?C1;8:>20=>: 14 1) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon--hadron scaling violation", 6/3 = 2 2) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "On the total cross sections of N and  interactions at high energies "s = 10 - 1000 GeV", 6/3 = 2 3) R.V. Novoseltseva, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", (Lodz, Poland, 7-15 July 2009), oral. 6 4) .. >2>A5;LF520, "B:;8: 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0 =0 =59B@8==K9 2A?;5A: 2 @07;8G=KE <>45;OE 27@K2>2 ALVAL25@E=>2KE ", 5:F8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3. 4LVALOG+C46052 ;5:A0=4@ #@CH15:>28G, 30.01.1952, =A ;01>@0B>@88 !"   = 17.7 C1;8:0F88: 11.65 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 0.277*60/10 = 1.66 3) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.277*60/10 = 1.66 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 5) ..;5:A55=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,  >@@5;OF8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 D070<8 8 A A59A<8G5A:>9 0:B82=>ABLN , $878:0 5<;8, 2009, !8, A.91-100. 0.439*60/9 = 2.93 6) .. ;5:A55=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ..!B5?0=>2, .. '5@=O52LVAL,.   @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10  100 "M2 =0 <>45@=878@>20==>9 CAB0=>2:5 >2Q@-2 , 72. , A5@. D87., B. 73, !5, A. 609-611, 2009. 0.277*60/7 = 2.37 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 5.3 1) .. 60??C52, ..;5:A55=:>, .#. C46052 .!. 8420=A:89, ..8E09;>20, ..5B:>2, ...!B5=L:8=, ..!B5?0=>2, .. '5@=O52, .. &O1C:, "4@>=K A >30 M 2 A>AB025 (", 30-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (30-O ), !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_13. 4*1.5/10 = 0.6 2) .#. C46052, .. ;5:A55=:>, .. 60??C52, .!. 8420=A:89, .. 5B:>2, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52, "AA;54>20=85 <N>=>2 A M=5@3859 >1M 2 A>AB025 ( =0 CAB0=>2:5  >25@-2  / ", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_14. 4*1.5/8 = 0.7 3) ..;5:A55=:>, ..>;G5=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,   @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K , 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, GEO_13. 4*1.5/10 = 0.6 4) D.D. Dzhappuev, V.V.Alekseenko, A.S. Lidvansky, Yu.V. Stenkin, V.B. Petkov, O.I.Mikhailova, A.U. Kudzhaev, A.B. Chernyaev, A.L. Tsyabuk,  Study of EAS hadronic component with hadron energy > 50 GeV . Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 4, p. 19. 6*0.5*1.5/9 = 0.5 5) V.V. Alekseenko, D.D.Dzhappuev, Yu.M. Gavriluk, D.V. Gromushkin, A.U. Kudjaev, V.V. Kuzminov, O.I.Michailova, Yu. V. Stenkin, V.I. Stepanov,  Observation of thermal neutron flux variations connected with Lunar periods , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, v. 1, p.LVAL 753. 6*0.5*1.5/9 = 0.5 6) Yu.V.Stenkin, V.V.Alekseenko, D.D. Dzhappuev, A.U. Kudzhaev, O.I. Mikhailova,  Thermal neutrons in EAS: A new method in EAS study , Proc. 30 ICRC (Merida, Mexico, 2007), Universidad Nacional Autonoma de Mexico, Mexico City, Mexico, 2008, V. 5, p. 1041. 6*0.5*1.5/5 = 0.9 7) D.D.Dzhappuev, A.U. Kudzhaev, N.F. Klimenko, O.I. Mikhailova, V.I. Stepanov, A.L. Tsyabuk,  A study of hadrons and muons in EAS at the Carpet-2 shower array , Proc. of 21st European Cosmic Ray Symposium (Koaice, Slovakia, September 9  12, 2008), pp. 546  549. 6*1.5/6 = 1.5 >=D5@5=F88, =5 >?C1;8:>20=>: 0.75 1) 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. V.V. Alekseenko, A.B. ChernCaev, D.D. Dzhappuev, N.F. Klimenko, A.U.Kudjaev, O.I. Michailova, Yu.V.Stenkin, V.I. Stepanov.  Measuring of 1013  1014 eV cosmic ray anisotropy at Baksan EAS Carpet array . 6/8 = 0.75LVALOG.>;G5=:> 0;8=0 0A8;L52=0, 30.03.1952, =A ;01>@0B>@88 !"   = 16.8 C1;8:0F88 : 16.8 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 3) .. >;G5=:>, .. >;G5=:>, .. >2>A5;LF520,  AA;54>20=85 2>7<>6=>AB59 <>45@=870F88 !" 2 @0<:0E ?@>3@0<<K @538AB@0F88 =59B@8==KE 2A?KH5: >B :>;;0?A8@CNI8E 72574 , @5?@8=B /  !1207/2008. 4/3 = 1.3 4) V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, V.B.Petkov, R.V.Poleshuk, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaykhiev, W.Trzaska, A.F.Yanin, N.V.Yershov, "On the level of background in underground muon measurements with plastic scintillator counters", arXiv:0810.2414 [physics.ins-det], 2008. 4/10 = 0.4 5) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixLVAL/el Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.019*30/10 = 3.06 6) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 7) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 8) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 9) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 10) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. ShaibLVALonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 11) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. DOI:10.2478/s11534-009-0135-4 (Published online: 5 October 2009 ). 0.448*30/10 = 1.34LVALOG170?0@>20 @8=0 09@0<>2=0, 27.04.1961, =A ;01>@0B>@88 !"   = 15.5 C1;8:0F88: 15.5 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B.Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 3) V.I.Volchenko, G.V.Volchenko, E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, V.B.Petkov, R.V.Poleshuk, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaykhiev, W.Trzaska, A.F.Yanin, N.V.Yershov, "On the level of background in underground muon measurements with plastic scintillator counters", arXiv:0810.2414 [physics.ins-det], 2008. 4/10 = 0.4 4) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. LVAL2 1.019*30/10 = 3.06 5) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 6) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 7) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 8) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 9) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] LVAL 4/10 = 0.4 10) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. DOI:10.2478/s11534-009-0135-4 (Published online: 5 October 2009 ). 0.448*30/10 = 1.34|LVAL>G:0@>2 0EB8 0AECB>28G, 21.03.1985, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / .   = 6*1.5 = 9 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.63 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. >G:0@>2,  A?>;L7>20=85 2@5<O - ?@>5:F8>==KE :0<5@ 2 =87:>D>=>2KE M:A?5@8<5=B0E , "@C4K 2>AL<>9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 (@8M;L1@CAL5, 15-22 0?@5;O 2007), B. 2, AB@. 140, 2008. 4*0.5*1.5 = 3 3) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4LVALOG50?>=5=:> ;5:A0=4@ 8:>;0528G, 10.10.1983, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / .   = 8.03*1.5 = 12.0 C1;8:0F88: 8.03 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) .. 5B:>2, -.. C3052, .. ;8<09, .. 0?>=5=:>, .!. !B@830=>2,   <5B>48:5 ?>8A:0 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ =0 ;82=52KE CAB0=>2:0E , @5?@8=B /-1209/2008, ., / , 2008. 4/5 = 0.8 3) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 5) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4LVAL/10 = 0.4LVALOG7!5@3552 ;5:A0=4@ 0A8;L528G, 28.11.1948, A=A ;01>@0B>@88 !" (A>2<5AB8B5;L).   = 71.1*0.5 = 35.6 C1;8:0F88 : 49.2 1) ..5B:>2, -..C3052, ..;8<09, ..=4@552, ..>;G5=:>, ..>;G5=:>, ..0?>=5=:>, .(.C;852, ..70?0@>20, ..!<8@=>2, ..!5@3552, ..'5@=O52, .$./=8=, ">8A: 2A?;5A:>2 30<<0-87;CG5=8O A25@E2KA>:>9 M=5@388 >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@",, 8AL<0 2 AB@>=><8G5A:89 C@=0;, 2008, B>< 34,!8, A. 563 569. 1.005*60/10= 6.03 2) V.B. Petkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 3) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 5) Provencal, J. L.; Montgomery, M. H.; Kanaan, A.; ......; Sergeev, A. V.; et al.,  2006 Whole Earth Telescope Observations of GD358: A New Look at the Prototype DBV , Astrophysical Journal, Volume 693, Issue 1, pp. 564-585 (2009). 6.331*30/10 = 18.99 6) Rosenbush, Vera K.LVAL8; Shevchenko, Vasilij G.; Kiselev, Nikolai N.; Sergeev, Alexander V.; Shakhovskoy, Nikolai M.; Velichko, Feodor P.; Kolesnikov, Sergey V.; Karpov, Nikolai V.;  Polarization and brightness opposition effects for the E-type Asteroid 44 Nysa , Icarus, Volume 201, Issue 2, p. 655-665, 2009. 3.24*30/10 = 9.72 7) Provencal, J. L.; Thompson, S.; Montgomery, M.;& & . Sergeev, A. V.; et al.,  Preliminary XCOV26 results for EC14012-1446 , Journal of Physics: Conference Series, Volume 172, Issue 1, pp. 1-7, 012061 (2009). 8/10 = 0.8 8) Arlot, J.-E.; Thuillot, W.; Ruatti, C.; .& . Sergeev, A. V.; et al. (109 coauthors),  The PHEMU03 catalogue of observations of the mutual phenomena of the Galilean satellites of Jupiter , Astronomy and Astrophysics, Volume 493, Issue 3, 2009, pp.1171-1182. 4.153*30/10 = 12.46 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.5 1) 0@?>2 .., !5@3552 .., "0@0489 ..,  01;N45=8O A>1KB89 2 >:>;>75<=>< ?@>AB@0=AB25=0 ?8:5 "5@A:>;  1997  2007 3.3. , "@C4K 564C=0@>4=>9 :>=D5@5=F88 :>;>75<=0O 0AB@>=><8O 2007 (3-7 A5=BO1@O 2007 3>40, "5@A:>;, @8M;L1@CAL5), AB@. 299- 305, 20083. 6*0.5*1.5/3 = 1.5 >=D5@5=F88, =5 >?C1;8:>20=>: 20.4 1) ..!5@3552, .."0@0489, .!.0EB830@052, ..=4@552, ..0@?>2,  >2K5 2>7<>6=>AB8 "5@A:>;LA:>9 >1A5@20B>@88 4;O 8AA;54>20=89 :>A<8G5A:>3> <CA>@0 2 >:>;>75<=>< ?@>AB@0=AB25 , 564C=0@>4=0O :>=D5@5=F8O :>;>75<=0O 0AB@>=><8O  2009. 070=L, 22 -27 023CAB0 20093. (CAB=K9) 6/5 = 1.2 2) 8;O52 .., !B5F5=:> .., !5@3552 .., =4@552 .., 20=>2 ..!.,  !?5:B@><5B@ =87:>3> @07@5H5=8O 4;O 1KAB@>9 A?5:B@>A:>?88 <0;KE B5; !>;=5G=>9 A8AB5<K ,. 564C=0@>4=0O :>=D5@5=F8O :>;>75<=0O 0AB@>=><8O  2009. 070=L, 22 -27 023CAB0 20093. (CAB=K9). 6/5 = 1.2 3) M. Andreev, E. Pavlenko, A. Sergeev,  Fast Change of the Accretion Geometry of BY Cam at Short  LVAL0 Time-scale , International Conference: "Interacting Binaries: Accretion and Synchronization", Crimean Astrophysical Observatory, Crimea, Ukraine, June 20-26, 2008, oral. 6/2 = 3 4) Sergeev A., Sergeeva T.,  The Golosiiv Plate Archive creation as an element of Ukrainian virtual observatory , VI Serbian-Bulgarian Astronomical Conference Belgrade, Serbia, 7-11 May, 2008, invited. 30/2 = 15VLVALf0@?>2 8:>;09 ;048<8@>28G, 24.09.1945, A=A ;01>@0B>@88 !" (A>2<5AB8B5;L).   = 44.82*0.5 = 22.4 C1;8:0F88: 42.12 1) T. Bonev, K. Jockers, N. Karpov A dynamical model with a new inversion technique applied to observations of comet C/2000 WM1 (LINEAR), International Journal of Solar System Studies, Vol. 197, Issue 1, September 2008, p. 183- 202. 3.24*30/3 = 32.4 2) Rosenbush, Vera K.; Shevchenko, Vasilij G.; Kiselev, Nikolai N.; Sergeev, Alexander V.; Shakhovskoy, Nikolai M.; Velichko, Feodor P.; Kolesnikov, Sergey V.; Karpov, Nikolai V.;  Polarization and brightness opposition effects for the E-type Asteroid 44 Nysa , International Journal of Solar System Studies, V. 201, Issue 2, p. 655-665, 2009. 3.24*30/10 = 9.72 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.5 1) 0@?>2 .., !5@3552 .., "0@0489 ..,  01;N45=8O A>1KB89 2 >:>;>75<=>< ?@>AB@0=AB25=0 ?8:5 "5@A:>;  1997  2007 3.3. , "@C4K 564C=0@>4=>9 :>=D5@5=F88 :>;>75<=0O 0AB@>=><8O 2007 (3-7 A5=BO1@O 2007 3>40, "5@A:>;, @8M;L1@CAL5), AB@. 299- 305, 20083. 6*0.5*1.5/3 = 1.5 >=D5@5=F88, =5 >?C1;8:>20=>: 1.2 1) ..!5@3552, .."0@0489, .!.0EB830@052, ..=4@552, ..0@?>2,  >2K5 2>7<>6=>AB8 "5@A:>;LA:>9 >1A5@20B>@88 4;O 8AA;54>20=89 :>A<8G5A:>3> <CA>@0 2 >:>;>75<=>< ?@>AB@0=AB25 , 564C=0@>4=0O :>=D5@5=F8O :>;>75<=0O 0AB@>=><8O  2009. 070=L, 22 -27 023CAB0 20093. (CAB=K9) 6/5 = 1.2$LVAL4&O1C: 40< 5>=BL528G, @>4. 28.08.1943, =A -,   70 2008-2009 33. C1;8:0F88: A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin. Lateral distribution for aligned events in muon groups deep underground. Nucl. Phys. B (Proc. Suppl) 175-176, (2008), 548-550.  =0.875*30/3 = 8.75 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, & .. &O1C: 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. D878G., B. 73, !5, (2009), A. 647-649.  = 0.277*60/6=2.77 .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ... !B5=L:8=, .. 5B:>2, .. '5@=O52, .. &O1C:. 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. D878G., B. 73, !5, (2009), c. 63-65.   = 0.277*60/9 = 1.85. >:;04K: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, & .. &O1C: 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@3, (2008),  =4/6*1.5=1.5 .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:./ 4@>=K A > 30 M 2 A>AB025 (.// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 .#. C46052, .. ;5:A55=:>,..., .. &O1C: 8 4@./ AA;54>20=85 <N>=>2 A M=5@3859 > 1 M 2 A>AB025 ( =0 CAB0=>2:5 >25@-2  / .// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev, A.L. Tsyabuk et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev,& A.L. Tsyabuk et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 B>3>:   = 18.17LVALOG<%05@48=>2 08;L !0D>28G, 30.11.1958, :.D.-<.=., A=A ;01. !"   = 64.6 C1;8:0F88: 16.6 1) .!. 8420=A:89, .!. %05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE, 72. , 2009, B. 73, ! 3, AB@. 419-422. 0.277*60/2 = 8.31 2) .!. 8420=A:89, .!. %05@48=>2, !8;L=K5 20@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , 2009, B. 73, ! 3, AB@. 416-418. 0.277*60/2 = 8.31 >:;04K: 48.0 1) A.S. Lidvansky and N.S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008 (?@83;0H5==K9 4>:;04). 30/2 = 15. 2) A.S. Lidvansky and N.S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008, invited. 30/2 = 15. 3) N.S. Khaerdinov, A.S. Lidvansky, Lightning Effect on Intensity of Secondary Cosmic Rays during Thunderstorms,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009, oral. 6/2 = 3. 4) N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009, invited. 30/2 = 15 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! %05@48=>2 08;L !0D>28G @>4. 30.11.1958, A=A !" ,   70 2008-2009 33 C1;8:0F88: .!. 8420=A:89, .!. %05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KELVAL   2 3@>7>2KE M;5:B@8G5A:8E ?>;OE, 72. , 2009, B. 73, ! 3, AB@. 419-422.   = 0.277*60/2 = 8.31. .!. 8420=A:89, .!. %05@48=>2, !8;L=K5 20@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , 2009, B. 73, ! 3, AB@. 416-418.   = 0.277*60/2 = 8.31. >:;04K: A. S. Lidvansky and N. S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 30/2 = 15. .!.8420=A:89, .!.%05@48=>2, 0@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 30 A5@>AA. >=D. ?> :>A<. CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. .!.8420=A:89, .!.%05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE. 30 A5@>AA. >=D. ?> :>A<. CG0<, !-5B5@1C@3, 2008.   = 4/2*1.5 = 3. A. S. Lidvansky and N. S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 30/2 = 15. N.S. Khaerdinov, A.S. Lidvansky, Lightning Effect on Intensity of Secondary Cosmic Rays during Thunderstorms,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 8/2 = 4. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 30/2 = 15. B>3>:   = 71.62DLVAL0 <X;5=A:89 /= !B0=8A;02>28G @>4. 21.11.1937, =A -,   70 2008-2009 33 !B0BL8: /.!. ;5=A:89/  ?>2545=88 ( =0 ?>74=8E AB048OE @0728B8O // 72. , A5@. $87., 2009, B. 73, ! 5, AB@. 645-646.   = 0.277*60 = 16.62.. Ya.S. Elensky, Behavior of the EAS in Late Stages of Its Development, Bulletin Russian Acad. Sci., Physics, 2009, vol 73, no. 5, pp. 606-608.   = 0.406*30 = 12.18.. >:;04K: /.!. ;5=A:89/  ?>2545=88 ( =0 ?>74=8E AB048OE @0728B8O, 30 A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !-5B5@1C@3, 3-7 023CAB0 2008 3.,   = 4*1.5 = 6. B>3>:   = 34.8>7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2008-2009 33 !B0BL8: .. >7O@82A:89, .!. 8420=A:89,  2>?@>AC > 25;8G8=5 8 =0?@02;5=88 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2008, B. 34, ! 2, AB@. 131-135.   = 1.315*60/2 = 39.45. >:;04K: Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 30/3 = 10. V.B. Petkov et al. (Carpet-3 collaboration) // ISVHECRI 2008, Paris (2008).   = 4/10*1.5 = 0.6 @5?@8=BK: Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, arXive: astro-ph/0804.4381v1, 28 April, 2008.   = 4/3 = 1.33. B>3>  : 51.38"C;C?>20 "0BLO=0 20=>2=0 @>4. 04.11.1940, <=A -,   70 2008-2009 33 !B0BL8: .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20, >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, B. 36, ! 5, AB@. 1-6.   = 1.315*60/2 = 15.78 B>3>:   = 15.78LVALOG.!B5?0=>2 ;048<8@ 20=>28G, @>4. 21.01.1935, A=A -,   70 2008-2009 33. C1;8:0F88: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, & .. &O1C: 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. D878G., B. 73, !5, (2009), A. 647-649.  = 0.277*60/6=2.77 .. ;5:A55=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52 ( /). / @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M. // 72. , A5@. D878G., B. 73, 2K?. 5, (2009), A. 609-611.  =0.277*60/7=2.37 .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2. !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN. // $878:0 5<;8. !8, (2009), 91-100.  =0.268*60/9=1.79 >:;04K: Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev,& V.I. Stepanov et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev,& V.I. Stepanov et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 .. ;5:A55=:>, .. >;G5=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C64052, .. C7L<8=>2, .. 8E09;>20, ..., !B5=L:8=, .. !B5?0=>2.  @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K. 30 , !0=:B-5B5@1C@3, (2008)  =4/10*15=0.6 ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52 ( /)./  @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M.// 30 , !0=:B-5B5@1C@3, (2008),  =4/7*1.5=0.86 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, & .. !B5?0=>2 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@3, (2008).  =4/6*1.5=1.5 B>3>:   = 11.69LVALOG@!B5=L:8= .@89 0A8;L528G, @>4. 10.12.1948, A=A -,   70 2008-2009 33. C1;8:0F88: ... !B5=L:8=. /1 >A>15==>ABOE ?@>4>;L=>3> @0728B8O ( 8 > A?5:B@5 :>A<8G5A:8E ;CG59. ///$. B. 71, !1, (2008), A.99-111.  =60*0.914=54.84 Yu.V.Stenkin. Thermal neutrons in EAS: a new dimension in EAS study. Nucl. Phys. B (Proc. Suppl) 175-176, (2008), 326-329.  =0.875*30 = 26.25 A.L.Tsyabuk, R.A.Muhamedshin and Yu.V.Stenkin. Lateral distribution for alighned events in muon groups deep underground. Nucl. Phys. B (Proc. Suppl) 175-176, (2008), 548-550.  =0.875*30/3 = 8.75 Yu. Stenkin. On the PRISMA project. ArXiv: 0902.0138v1 [Astro-ph.IM]  =4 Yu.V. Stenkin. On the PRISMA project. // Nucl. Phys. B (Proc. Suppl.), v. 196, 2009, p. 293-296.  =0.875*30=26.25 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8= 8 4@. / 538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8. // 72. . !5@8O D878G., B. 73, !3, (2009), A. 425-427.  =8/5*1.5=2.4 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. D878G., B. 73, !5, (2009), A. 647-649.  = 8*0.1*1.5=1.2 .. 60??C52, .#. C46052,..., ...!B5=L:8= 8 4@./ 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. D878G., B. 73, !5, (2009), A. 642-644.  =8*0.1*1.5=1.2 .. ;5:A55=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52 ( /). / @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M. // 72. , A5@. D878G., B. 73, 2K?. 5, (2009), A. 609-611.  =8/7*1.5=1.71 .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2. !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN. // $878:0 5<;8. !8, (2009), 91-100.  =0.268*60/9=1.79 >:;04K: Yu.V.Stenkin and V.V.Alekseenko. Tidal effect in the radon-due neLVALAutron flux from the Earth s crust. TAUP 2009, Rome (2009). , http://taup2009.lngs.infn.it/slides/jul3/stenkin.pdf  =6/2=3 Yu.V. Stenkin. On the PRISMA project. 09:0;LA:0O <564C=0@>4=0O H:>;0-A5<8=0@ ?> D878:5 :>A<8G5A:8E ;CG59 8 0AB@>D878:5 2KA>:8E M=5@389. (Tunka 2009) (?@83;0H5==K9). http://www.api.isu.ru/schoolsite/prog.html  =30 Yu.V. Stenkin. On the PRISMA project (proposal). // HECR 2008, Moscow (2008), http://quarks.inr.ac.ru/UHECR/p/prisma.ppt  =6 Yu.V. Stenkin. /On the PRISMA project. // ISVHECRI 2008, Paris (2008).  =6 .. ;5:A55=:>, .. >;G5=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C64052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2.  @538AB@0F88 ;C==KE ?5@8>48G=>AB59 2 ?>B>:5 B5?;>2KE =59B@>=>2 87 5<=>9 :>@K. 30 , !0=:B-5B5@1C@3, (2008)  =4/10*1.5=0.6 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E?// 30 , !0=:B-5B5@1C@3, (2008),  =4/6*1.5=1.5 .. 60??C52, ..;5:A55=:>, .!. 8420=A:89, ...!B5=L:8=, .. 5B:>2, .#. C46052, .. '5@=O52, .. &O1C:./ 4@>=K A > 30 M 2 A>AB025 (.// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8= 8 4@./ 538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8. //30 , !0=:B-5B5@1C@3, (2008),  =4/5*1.5=1.2 .#. C46052, .. ;5:A55=:>,..., ... !B5=L:8= 8 4@./ AA;54>20=85 <N>=>2 A M=5@3859 > 1 M 2 A>AB025 ( =0 CAB0=>2:5 >25@-2  / .// 30 , !0=:B-5B5@1C@3, (2008),  =4/8*1.5=0.75 ..;5:A55=:>, ..60??C52, .#.C46052, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2, ..'5@=O52 ( /)./  @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M.// 30 , !0=:B-5B5@1C@3, (2008),  =4/7*1.5=0.86 ... !B5=L:8=./  <5B>40E 87CG5=8O A?5:B@0 :>A<8G5A:8E ;CG59. //5:F8O (?@83;0H5==0O) 4;O ( -"$-2008, 0:A0= (2008).  =20*1.5=30 D.M. Gromushkin, V.V. Alekseenko et al. On thermal neutron x LVAL concentration near the ground surface. Proc. Of 31st ICRC, Lodz, (2009), rep. # 963.  =6/6*1.5=1.5 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 C:>2>4AB2> 48?;><=8:><: .. %0FC:>2, ABC45=B $ (2009)  =10 B>3>:   = 222.6LVALOGC8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2008-2009 33 C1;8:0F88: .. >7O@82A:89, .!. 8420=A:89,  2>?@>AC > 25;8G8=5 8 =0?@02;5=88 25:B>@0 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2008, B. 34, ! 2, AB@. 131-135.   = 1.315*60/2 = 39.45. .!. 8420=A:89, .!. %05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE, 72. , 2009, B. 73, ! 3, AB@. 419-422.   = 0.277*60/2 = 8.31. .!. 8420=A:89, .!. %05@48=>2, !8;L=K5 20@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , 2009, B. 73, ! 3, AB@. 416-418.   = 0.277*60/2 = 8.31. .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ... !B5=L:8=, .. 5B:>2, .. '5@=O52, .. &O1C:. 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. D878G., B. 73, !5, (2009), c. 63-65.   = 0.277*60/9 = 1.85. >:;04K: A. S. Lidvansky and N. S. Khaerdinov, Dynamics of Cosmic Rays in Thunderstorm Atmosphere and Generation of Elementary Particles by Thunderclouds, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June 16-20, 2008.   = 30/2 = 15. Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, presented at 5th AOGS Annual Meeting, Busan, S.Korea, June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etkov et al. (Carpet-3 collaboration) // ISVHECRI 2008, Paris (2008).   = 4/10*1.5 = 0.6 N.S. Khaerdinov, A.S. Lidvansky, Lightning Effect on Intensity of Secondary Cosmic Rays during Thunderstorms,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 8/2 = 4. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 30/2 = 15. @5?@8=BK: Yu. M. Andreyev, V.A. Kozyarivsky and A.S. Lidvansky, Anisotropy of Galactic Cosmic Rays and New Discoveries in Its Measurements, arXive: astro-ph/0804.4381v1, 28 April, 2008.   = 4/3 = 1.33. B>3> 8=48284C0;L=K9   : 107.47. !@54=55   A>B@C4=8:>2 ;01. = 555.79/8 = 69.47   702. ;01. 107.47*0.5 + 69.47*0.75 = 105.83.PLVAL b=4@552 =0B>;89 0A8;L528G, @>48;AO 20.10.373>40, 4>:B>@ B5E=8G5A:8E =0C:, 8.>. 3;02=>3> =0CG=>3> A>B@C4=8:0 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. =4@552 .., C@<8AB@>2 ..., 5H:>2 .. / 07@01>B:0 1;>:0 70<54;8B5;O 4;O =59B@>==>3> 35=5@0B>@0 -400 //59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.309  =6/3=2 0B5=BK =4@552 .. 8 4@. /AB>G=8: B5?;>2KE =59B@>=>2 // 0B5=B =0 87>1@5B5=85 ! 2362226, ?@8>@8B5B 06.12.2007, 70@538AB@8@>20= 20.07.2009 {14, 6/1}  =20/6=3,333 =4@552 .. 8 4@. />;;8<0B>@ // 0B5=B =0 87>1@5B5=85 ! 2366014, ?@8>@8B5B 06.12.2007, 70@538AB@8@>20= 27.08.2009 {14, 6/1}  =20/6=3,333 =4@552 .. 8 4@. / 048>3@0D8G5A:0O CAB0=>2:0 // 0B5=B =0 87>1@5B5=85, ! 2362148, ?@8>@8B5B 06.12.2007, 70@538AB@8@>20= 20.07.2009 {14, 6/1}  =20/6=3,333 =48284C0;L=K9   3;. =0CG. A>B@. 01>@0B>@88 0B><=>3> O4@0 =4@5520 .. @025=:  =2+10=120:0B0=>2 ;048<8@ 8:>;0528G @>4. 10.9.1941, <=A -,   70 2008-2009 33 C1;8:0F88: .. >340=>2, .. 0:0B0=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668, 2009.  : 0.277*60/7= 2.37. A. G. Bogdanov, V. N. Bakatanov, R. P. Kokoulin, Yu. F. Novoseltsev, R. V. Novoseltseva, V. B. Petkov, and A. A. Petrukhin, Multiple Interactions of Muons in BUST, Bulletin of the Russian Academy of Sciences: Physics, 2009, vol. 73, no. 5, pp. 639-632.  : 0.406*30/7= 1.74. B>3>  : 4.11LVALOGF5=5F:89 >@8A ;5:A5528G, @>48;AO 18 A5=BO1@O 1933 3>40, 4>:B>@ B5E=8G5A:8E =0C:, 3;02=K9 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0, G;5= :>@@5A?>=45=B >AA89A:>9 8=65=5@=>9 0:045<88. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 5=5F:89 .., 8D0=>2 .. / A=>2K A>740=8O, 8A?KB0=89 8 :>=B@>;O 020@89=>9 70I8B=>9 >4564K ?>60@=KE >B A>G5B0==>3> >1;CG5=8O // 72. , A5@. D87. ".73, !2 (2009) 286 273.  =0.406*60/2=12.18 5=5F:89 .. / .. $@0=:  A>740B5;L 8 @C:>2>48B5;L 01>@0B>@88 0B><=>3> O4@0 2 $5 // #$ 179 !4 (2009) 421  424.  =2.471*60= 148.26 .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0. 35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 A;>8AB>9 35B5@>35==>9 70I8B5 M;5:B@>==K< 87;CG5=85<. 72 , A5@. D87.!11, 2008. A. 1676.  1680.  =0.406*60/3=8.12 .. 5=5F:89, .. >38=>2. @>1;5<K 4>78<5B@88 ?@8 ;8:2840F88 ?>60@>2 8 020@89 A ?@8<5=5=85< @0480F8>==>-70I8B=>9 >4564K ?>60@=KE. >60@=0O 157>?0A=>ABL, !00, 2008.  =8/2=4 .. 8D0=>2, .. 5=5F:89, .. >38=>2. "5E=>;>38O :>=B@>;O @0480F8>==> 70I8B=KE A2>9AB2 :><?>78F8>==KE <0B5@80;>2 8 A?5F80;L=>9 70I8B=>9 >4564K ?>60@=KE, >E@0=ONI8E -!. >60@=0O 157>?0A=>ABL, !2, 2008. A. 92  95.  =8/3=2,7 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. / , 2008 .. 5=5F:89.  @07@01>B:5 A@54AB2 8=48284C0;L=>9 70I8BK >B @0480F8>==KE ?>@065=89 ?@8 A>G5B0==>< >1;CG5=88  =20 ..5=5F:89, ..070@=>2A:89 >A;5A;>285 : 2>A?><8=0=8O< ./.0@8B0 > ..$@0=:5  =10 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. >:;04 =0 70A540=88 B45;5=8O D878G5A:8E =0C: , ?>A2OI5==>< 100-;5B8N A> 4=O @>645=8O .. $@0=:0, 22 =>O1@O 2008 3>40 $, >A:20. ;LO 8E09;>28G  A>740B5;L 8 @C:>2>48B5;L 01>@0B>@88 0B><=>3> O4@0 2 $5.  =20 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 @>AA89A:>9 :>=D5@5=F88. 5=5F:89 .., >38=>2 .. / 1 >A>15==>ABOE 70I8BK ?>60@=KE ?@8 020@8OE =0 O45@=KE M=5@35B8G5A:8E CAB0=>2:0E, A>?@>2>6LVAL405<KE 2K1@>A0<8 307>>1@07=KE 8 ;5BCG8E @048>0:B82=KE 25I5AB2 // "578AK 4>:;04>2 XXI 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K ?>60@=>9 157>?0A=>AB8 '0ABL 2.  .:  (2009) .A. 50-52  =6/2=3 5=5F:89 .., ;>B=8:>20 .. /  A2>9AB20E 1>52>9 >4564K ?>60@=KE :0: 70I8BK >B 15B0 87;CG5=8O ?@8 @0480F8>==KE 020@8OE // "578AK 4>:;04>2 XXI 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K ?>60@=>9 157>?0A=>AB8 '0ABL 2.  .:  (2009) .101-103  =6/2=3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 5=5F:89 .. /  @0A?@545;5=88 8=48284C0;L=KE 4>7 8 BO65AB8 ?>@065=89 ?@8 @0480F8>==KE 020@8OE // "578AK 4>:;04>2 59 564C=0@>4=>3> A>25I0=8O ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2009  !1.:$87.D0:. !1# (2009) 304 .  =6 5=5F:89 .., >38=>2 .., 5@F>2A:89 .. /  70I8B=>9 >45645 4;O @01>BK 2 A?5F80;L=KE CA;>28OE ?@8 020@8OE , A>?@>2>6405<KE 2K1@>A0<8 @048>0:B82=KE 8 03@5AA82=KE 25I5AB2 // "578AK 4>:;04>2 59 564C=0@>4=>3> A>25I0=8O ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2009  !1.:$87.D0:. !1# (2009) 338.  =6/3=2 =48284C0;L=K9   3=A 5=5F:>3> .. @025=  =12.18 +148.26+8.12+4+ 2,7+20+10+20+3+3+6+2=239.26LVALOGH5;>28F:89 >@0F89 @5<5528G @>4. 07.08.1916 3., A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  =1,014*30/10=3,04 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. International Journal of Modern Physics E 2009, v.17, N10, p.2331.  =0,492*30/7=2,11 !#= 5,15 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  =0,406*60/9=2,71 .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =0,491*60/5=5,89 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, /$ 2009, ".72, !10, !.1.  =0,491*60/10=2,95 !#= 11.55 !B0BLO 2 N18;59=>< A1>@=8:5. ..5;>28F:89. 1... $@0=:  @C:>2>48B5;L O45@=KE 8AA;54>20=89 A 8A?>;L7>20=85< D>B>M<C;LA8>==>3> <5B>40 8 >@30=870B>@ ?@>872>4AB20 O45@=KE D>B>M<C;LA89 2 !!!   =20 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. !1>@=8: ?>A2OI5==KLVAL(9 100-;5B8N ..$@0=:0, 2008, AB@. 18  =20/10=2 !#=22 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>2, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, @83;0H5==K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.47.  =30/10=3 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10*1.5=0,9 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt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n=40-60 -. @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 =4@552 .., C@<8AB@>2 ..., 5H:>2 .. / 07@01>B:0 1;>:0 70<54;8B5;O 4;O =59B@>==>3> 35=5@0B>@0 -400 //59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.309  =6/3=2 !#=8 =48284C0;L=K9   <=A C@<8AB@>20 ... @025=  = 3.11+10.7+8=21.81LVALOGK020@78=0 0;5=B8=0 02;>2=0 @>4. 07.01.1942, A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  =1,014*30/10=3,04 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. International Journal of Modern Physics E 2009, v.17, N10, p.2331.  =0,492*30/7=2,11 !#= 5,15 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, /$ 2009, ".72, !10, !.1.  =0,491*60/10=2,95 .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  =0,406*60/9=2.71 .. 020@78=0, .!. >=>1552A:89, .. !B5?0=>2. >;L :>=D83C@0F88 20;5=B=KE =59B@>=>2 30;> O4@0 2 D>@<8@>20=88 <>45;L=>9 25@H8==>9 DC=:F88 4;O >?8A0=8O @50:F88 ?5@540G8 42CE =59B@>=>2. 72. , !5@.D87. 2008, B.72, !6, A.845.  =0,406*60/3=8.12 .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =0,491*60/5=5,89 .. 020@78=0, .. !B5?0=>2 0A?@545;5=8O ?@>4C:B>2 @50:F88 :2078A2>1>4=>3> 2K1820=8O (p,p n) =0 30;> O4@0E 2 >1;0AB8 A@54=8E M=5@389. !$, !10, A. 34 (2008)  =8/2=4 .. 020@78=0, .. !B5?0=>2 KG8A;5=85 D0:B>@0 2K6820=8O =59B@>==>3> :><?;5:A0 LVALL?@8 53> :2078A2>1>4=>< 2K1820=88 87 30;> O4@0. !$, ! 10, A. 11.(2008)  =8/2=4 !#= 27.67 !B0BL8 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 1 =AB8BCB O45@=KE 8AA;54>20=89 , >A:20; 2 $878G5A:89 8=AB8BCB 8< ..5154520 , >A:20; 3 1J548=5==K9 =AB8BCB /45@=KE AA;54>20=89, C1=0 &/ ! !!//  "  -/ %  !" #" !!/ !" #"# + "    =20/10=2 .. 020@78=0, .. !B5?0=>2 +'! $"  +/ "  !    ! +   /   =20/2=10 .. 020@78=0, .. !B5?0=>2 ! /  #" & ! +/ (p,p n)   / %  !" ! % -   =20/2=10 !#=22 !B0BLO 2 M;5:B@>==>< 2845 V. P. Zavarzina , E. S. Konobeevski and A. V. Stepanov. The role of configurations of neutron halo in the formation of the model vertex function for description of the two-neutron transfer reaction -;5:B@>==K9 ?@5?@8=B http://dx.doi.org/10.3103/S1062873808060191 (2008)  =4/3=1,33 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. @83;0H5==K9 4>:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =30/10=3 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International ConfLVALerence  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10*1.5=0,9 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 020@78=0 .., !B5?0=>2 ../ 5B>4 ?@>AB@0=AB25==>-2@5<5==KE :>@@5;OF8>==KE DC=:F89 4;O >?8A0=8O @50:F88 :2078A2>1>4=>3> 2K1820=8O 20;5=B=KE =59B@>=>2 87 30;> O4@0 // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.205  =6/2=3 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt.  =6/5*.5=.6 @5?@8=B .. 020@78=0, .. !B5?0=>2 / !@02=8B5;L=K9 0=0;87 8=D>@<0B82=>AB8 M:A:;N782=KE (p,p n) 8 8=:;N782=KE (p,p ) M:A?5@8<5=B>2 =0 O4@0E A >4=>=59B@>==K< 8 42CE=59B@>==K< 30;> //@5?@8=B /  1226/2009 A.1-20  =4/2=2 =48284C0;L=K9   A=A 020@78=>9 .. @025=  =5.15+27.67+22+1.33+3+.9+.9+3+.6+.6+2=67.15LVAL 8D0=>2 8E08; 8:>;0528G, @>4. 21 =>O1@O 1945 3>40, , =A. :0=4840B D87-<0B =0C: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 .. 8D0=>2, .. 5=5F:89, .. >38=>2. "5E=>;>38O :>=B@>;O @0480F8>==> 70I8B=KE A2>9AB2 :><?>78F8>==KE <0B5@80;>2 8 A?5F80;L=>9 70I8B=>9 >4564K ?>60@=KE, >E@0=ONI8E -!. >60@=0O 157>?0A=>ABL, !2, 2008. A. 92  95.  =8/3=2,7 5=5F:89 .., 8D0=>2 .. / A=>2K A>740=8O, 8A?KB0=89 8 :>=B@>;O 020@89=>9 70I8B=>9 >4564K ?>60@=KE >B A>G5B0==>3> >1;CG5=8O // 72. , A5@. D87. ".73, !2 (2009) 286 273  =.406*60/2=12.18 #G51=>5 ?>A>185 4;O '! 8D0=>2 .. =8<0F8>==K9 A;094=D8;L< 0480F8>==>-70I8B=K9 :>ABN< 4;O ?>60@=KE =0 -!.  =8 =48284C0;L=K9   =A 8D0=>20 .. @025=  =2.7+12.2+8= 22,908:8= <8B@89 ;5:A5528G, @>48;AO 9 023CAB0 1930 3>40, 4>:B>@ D878:>-<0B5<0B8G5A:8E =0C:, 254CI89 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0. . !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 08:8= .., >@4>2A:>9 .., A8?GC: ../ 0AGQB @0AA5O=8O =59B@>=>2 =0 GQB=>-GQB=KE 45D>@<8@>20==KE O4@0E // " (2009)   = 8/3=2,7 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., >@4>2A:>9 .., !C@:>20 .. / 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.251  =6/3=2 @>HN@0 08:8= . / #G51=>-<5B>48G5A:>5 ?>A>185 ?> >1I59 D878:5: 7;CG5=85 M;5:B@><03=8B=KE 2>;= // .:$", 2009, 51 A.  =51/16*2=6.4 =48284C0;L=K9   2=A 08:8=0 .. @025=  =2.7+2+6.4=11.1LVALOGOC52 !5@359 8:B>@>28G, @>48;AO 26.10. 1954 3>40, :0=4840B D87.-<0B. !B. =0C:, =0CG=. A>B@. 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  =1,014*30/10=3,04 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. International Journal of Modern Physics E 2009, v.17, N10, p.2331.  = 0,492*30/7=2,11 !#= 5,15 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: !..C52, .!.>=>1552A:89, ..>@4>2A:>9. >;CG5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > 2KE>45 @50:F88 n + d p + n + n ?CB5< @5H5=8O >1@0B=>9 7040G8. "- 2008, N3, !.5-8.  = 0,311*60/3=6,22 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  = 0,406*60/4=6,09 .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  = 0,406*60/9=2,71 .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =0,491*60/5=5,89 ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  = 0,311*60/6=3,11 !..C52, .!.LVALP>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, /$ 2009, ".72, !10, !.1.  =0,491*60/10=2,95 !#= 33,06 !B0BLO 2 N18;59=>< A1>@=8:5. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008, AB@  =20/5=4 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008, AB@. 18  =20/10=2 !#=6 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>2, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, @83;0H5==K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.47.  =30/10=3 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52.   1S0 " -"  + !!//  & ND-    En=40-60 -. @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book oLVALQf abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 !#=9 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 152.  =6/3*1.5=3 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10*1.5=0,9 !#=3,9 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 !..C52, .!.>=>1552A:89.  &#  '/ + nn- !!//  +%  +% & nd-  #AB=K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.268.  =6/2=3 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV #AB=K9 4>:;04 =0 International Conference NuLVALclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERACTION IN nd-BREAKUP REACTION AT 40-60 MEV >:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt.  =6/5*.5=.6 E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5*.5=.6 !#=8,7 =48284C0;L=K9   A=A !..C520 @025=:  = 5,15+33,06+6+9+3,9+8,7=65,8LVALOGS>=>1552A:89 235=89 !5@35528G, @>48;AO 23 023CAB0 1943 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 ;01>@0B>@859 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,014*30/10=3,04 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. International Journal of Modern Physics E 2009, v.17, N10, p.2331.  =0,492*30/7=2,11 !#=5,15 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: !..C52, .!.>=>1552A:89, ..>@4>2A:>9. >;CG5=85 A8=3;5B=>9 4;8=K nn-@0AA5O=8O 87 40==KE > 2KE>45 @50:F88 n + d p + n + n ?CB5< @5H5=8O >1@0B=>9 7040G8. " 2008, N3, !.5-8.  =0,311*60/3=6,22 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  = 0,406*60/4=6,09 .. 5;>28F:89, ..020@78=0, .!.>=>1552A:89, !..C52, 8 4@. 7<5@5=85 @50:F88 ?5@540G8 42CE =59B@>=>2 =0 ?CG:5 @048>0:B82=KE O45@ 6He. 72. , !5@.D87. 2008, B.72, !3, A.336.  =0,406*60/9=2,71 .. 020@78=0, .!. >=>1552A:89, .. !B5?0=>2. >;L :>=D83C@0F88 20;5=B=KE =59B@>=>2 30;> O4@0 2 D>@<8@>20=88 <>45;L=>9 25@H8==>9 DC=:F88 4;O >?8A0=8O @50:F88 ?5@540G8 42CE =59B@>=>2. 72. , !5@.D87. 2008, B.72, !6, A.845.  = 0,406*60/3=8,12 .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =0,491*60/5=5,89 ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>LVALT9, !. . >B0H52, . . !:>@:8=. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  =0,311*60/6=3,11 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, /$ 2009, ".72, !10, !.1.  =0,491*60/10=2,95 !#= 41,18 !B0BLO 2 N18;59=>< A1>@=8:5. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008, AB@  =20/5=4 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008, AB@. 18  =20/10=2 !#=6 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>2, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, @83;0H5==K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.47.  =30/10=3 .!.>=>1552A:89, ...CLVALU@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52.   1S0 " -"  + !!//  & ND-    En=40-60 -. @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 E.S. Konobeevski, DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd BREAKUP REACTION AT 40-60 MEV MeV // 17th INTERNATIONAL SEMINAR ON INTERACTION OF NEUTRONS WITH NUCLEI: Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics May 27-30, 2009, Dubna, Russia  =30/1=30 !#=39 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 152.  =6/3*1.5=3 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10*1.5=0,9 !#=3,9 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy LVALVand Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 !..C52, .!.>=>1552A:89.  &#  '/ + nn- !!//  +%  +% & nd-  #AB=K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.268.  =6/2=3 .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . #AB=K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.270.  =6/3=2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV #AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERACTION IN nd-BREAKUP REACTION AT 40-60 MEV >:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt.  =6/5*.5=.6 E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5*.5=.6 !#=10,7 !B0BLO 2 M;5:B@>==>< 2845 V. P. Zavarzina , E. S. Konobeevski and A. V. Stepanov. The role  LVAL of configurations of neutron halo in the formation of the model vertex function for description of the two-neutron transfer reaction ?@5?@8=B http://dx.doi.org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nn-@0AA5O=8O 87 40==KE > 2KE>45 @50:F88 n + d p + n + n ?CB5< @5H5=8O >1@0B=>9 7040G8. "- 2008, N3, !.5-8.  = 0,311*60/3=6,22 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  = 0,406*60/4=6,09 ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  =0,311*60/6=3,11 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn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n=40-60 -. @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 152.  =6/3*1.5=3 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., >@4>2A:>9 .., !C@:>20 .. / 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.251  =6/3=2 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV #AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERACTION IN nd-BREAKUP REACTION AT 40-60 MEV >:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP LVAL FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5*.5=.6 !#=15,5 =48284C0;L=K9   702. 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". 72 , !6, A. 885 (2008).  =.406*60/2= 12.18 0D><>2 .., !5@3552 ../ =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0 // 72. , A5@.D87. 2009 B.73, !2, A.222-225  =.406*60/2= 12.18 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0.74. / , 2008 ..0D><>2, ..!5@3552 =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0  =20/2=10 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 ..0D><>2, ..!5@3552. =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0. >:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =6/2=3 =48284C0;L=K9   A=A 0D><>20 .. @025=  =37.4A8?GC: 3>@L 20=>28G, @>4. 06.05. 1951 , :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / C1;8:0F88: !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 08:8= .., >@4>2A:>9 .., A8?GC: ../ 0AGQB @0AA5O=8O =59B@>=>2 =0 GQB=>-GQB=KE 45D>@<8@>20==KE O4@0E // " (2009) !2, A.20-36.  =8/3=2.7 =48284C0;L=K9   =A A8?GC:0 . @025= 2.7 LVAL !0;>E8=0 0@30@8B0 0@:>2=0, @>4. 11 O=20@O 1941 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0. 35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 A;>8AB>9 35B5@>35==>9 70I8B5 M;5:B@>==K< 87;CG5=85<. 72 , A5@. D87.!11, 2008. A. 1676.  1680.  =.406*60/3=8.12 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. !0;>E8=0 .. / 028A8<>ABL E0@0:B5@8AB8: Au/n-Si ?>25@E=>AB=> 10@L5@=KE 45B5:B>@>2 O45@=KE 87;CG5=89 >B 5AB5AB25==>3> >:8A=>3> A;>O =0=><5B@>2>9 B>;I8=K // "578AK 4>:;04>2 59 564C=0@>4=>3> A>25I0=8O ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2009  !1.:$87.D0:. !1# (2009), A. 281.  =6 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0.74. / , 2008 .. !0;>E8=0 @8<5=5=85 ?>25@E=>AB=> 10@L5@=KE 45B5:B>@>2 O45@=KE 87;CG5=89 4;O 87CG5=8O A2>9AB2 ?>25@E=>AB=>3> 10@L5@0 8 ?>25@E=>AB=KE A>AB>O=89.  =20 =48284C0;L=K9   =A !0;>E8=>9 .. @025=  = 8.12+6+20=34,12;>B=8:>20 0@8=0 8:B>@>2=0, @>48;0AL 2 <0@B0 1936 3>40, =0CG=K9 A>B@C4=8: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 .. 5=5F:89, .. ;>B=8:>20, .. !0;>E8=0. 35=5@8@>20=88 2B>@8G=>3> B>@<>7=>3> 87;CG5=8O 2 A;>8AB>9 35B5@>35==>9 70I8B5 M;5:B@>==K< 87;CG5=85<. 72 , A5@. D87.!11, 2008. A. 1676.  1680.  =.406*60/3=8.12 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 5=5F:89 .., ;>B=8:>20 .. /  A2>9AB20E 1>52>9 >4564K ?>60@=KE :0: 70I8BK >B 15B0 87;CG5=8O ?@8 @0480F8>==KE 020@8OE // "578AK 4>:;04>2 XXI 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K ?>60@=>9 157>?0A=>AB8 '0ABL 2.  .:  (2009) .101-103  =6/2=3 =48284C0;L=K9   =A ;>B=8:>2>9 .. @025=  =11.12LVALOG]>B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. @5420@8B5;L=K5 40==K5 > =59B@>=-=59B@>==KE :>@5;;OF8OE 2 @50:F88 nd-@0720;0. 72. , A5@.D87. 2008, ".72, N6, !.834  =0,406*60/4=6,09 ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  =0,311*60/6=3,11 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 !#= 15,3 !B0BLO 2 N18;59=>< A1>@=8:5. ...C@<8AB@>2, !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8. !1>@=8: ?>A2OI5==K9 100-;5B8N ..$@0=:0, 2008  =20/5=4 !.. >B0H52, ... 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AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. 72. , A5@.D87. 2009 , #AB=K9 4>:;04 =0 58 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2008 Book of abstracts. June23-27, 2008, Moscow. P.112.  =6/4=1,5 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV #AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERACTION IN nd-BREAKUP REACTION AT 40-60 MEV >:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt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onobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV #AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 6. E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERACTION IN nd-BREAKUP REACTION AT 40-60 MEV >:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 E.Konobeevski, M.Mordovskoy, S.Potashev, V. Sergeev, S.Zuyev / SETUP FOR DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd-BREAKUP REACTION // NUPPAC' 07 6th Internation~LVALal Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt  =6/5*.5=.6 =48284C0;L=K9   A=A !5@35520 .. @025=  = 12,18+12,18+10+3+1,2+1,2+.6=40,4LVALOGa!B5?0=>2 ;5:A0=4@ 0A8;L528G @>4. 23.02.1934, 3=A. /, 4>:B>@ D87-<0B. =0C:, ?@>D5AA>@. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev, N. Polukhina, N. Starkov, A. Rusetski, S. Lukyanov, and Yu. Sobolev. Study of Neutron Halo Structure in Interaction of 6He with Nuclei of Photoemulsion. Few Body Systems 2008, v.44, p.277.  = 1,014*30/10=3,04 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. International Journal of Modern Physics E 2009, v.17, N10, p.2331.  =0,492*30/7=2,11 !#= 5,15 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, /$ 2009, ".72, !10, !.1.  =0,491*60/10=2,95 .. 020@78=0, .!. >=>1552A:89, .. !B5?0=>2. >;L :>=D83C@0F88 20;5=B=KE =59B@>=>2 30;> O4@0 2 D>@<8@>20=88 <>45;L=>9 25@H8==>9 DC=:F88 4;O >?8A0=8O @50:F88 ?5@540G8 42CE =59B@>=>2. 72. , !5@.D87. 2008, B.72, !6, A.845.  = 0,406*60/3=8,12 .!.>=>1552A:89, .. 5;>28F:89, ..!B5?0=>2, ..020@78=0, !..C52. AA;54>20=85 AB@C:BC@K =59B@>==>3> 30;> 2 @50:F88 :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@5 6He. /$ 2008, B.71, !12, A.2146.  =0,491*60/5=5,89 .. 020@78=0, .. !B5?0=>2 0A?@545;5=8O ?@>4C:B>2 @50:F88 :2078A2>1>4=>3> 2K1820=8O (p,p n) =0 30;> O4@0E 2 >1;0AB8 A@54=8E M=5@389. !$, !10, A. 34 (2008)  =8/2=4 .. 020@78=0, .. !B5?0=>2 KG8A;5=85 D0:B>@0 2K6820=8O =59B@>==>3> :><?;5:A0 ?@8 53> :2078A2>1>4=>< 2K1820=88 87 30;> O4@0. !$, ! 10, A. 11.(2008)  =8/2=4 !B0BL8 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) .. 5;>28F:891, ..LVALb 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 1 =AB8BCB O45@=KE 8AA;54>20=89 , >A:20; 2 $878G5A:89 8=AB8BCB 8< ..5154520 , >A:20; 3 1J548=5==K9 =AB8BCB /45@=KE AA;54>20=89, C1=0 &/ ! !!//  "  -/ %  !" #" !!/ !" #"# + "    =20/10=2 .. 020@78=0, .. !B5?0=>2 +'! $"  +/ "  !    ! +   /   =20/2=10 .. 020@78=0, .. !B5?0=>2 ! /  #" & ! +/ (p,p n)   / %  !" ! % -   =20/2=10 !B0BLO 2 M;5:B@>==>< 2845 V. P. Zavarzina , E. S. Konobeevski and A. V. Stepanov. The role of configurations of neutron halo in the formation of the model vertex function for description of the two-neutron transfer reaction -;5:B@>==K9 ?@5?@8=B http://dx.doi.org/10.3103/S1062873808060191 (2008)  =4/3=1,3 !#=48,3 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .. 5;>28F:891, .. 020@78=01, !.. C521, .!. >=>1552A:891, .. !B5?0=>21, .. >;CE8=02, .!. CA5F:892, .. !B0@:>22, !.. C:LO=>23, ...!>1>;523 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>. @83;0H5==K9 4>:;04 =0 58 564C=0@>4=>< A>25I0=88 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0. >A:20, 2008 3.  =30/10=3 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, A. Rusetsky, N.Starkov, S.Lukyanov, and Yu.Sobolev. "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2008 v.1, p. 125.  =6/10*1.5=0,9 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F8JLVALZ8 020@78=0 .., !B5?0=>2 ../ 5B>4 ?@>AB@0=AB25==>-2@5<5==KE :>@@5;OF8>==KE DC=:F89 4;O >?8A0=8O @50:F88 :2078A2>1>4=>3> 2K1820=8O 20;5=B=KE =59B@>=>2 87 30;> O4@0 // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.205  =6/2=3 G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV. STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. STRASBURG. In Proc. of International Conference  State of the Art in Nuclear Cluster Physics , 13-16 May, 2008, Strasburg, p.43.  =6/10=0,6 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G. Belovitsky, E. Konobeevski, A. Stepanov, V. Zavarzina, S. Zuyev. STUDY OF NEUTRON HALO STRUCTURE IN INTERACTION OF 6He WITH NUCLEI OF PHOTOEMULSION. NUPPAC' 07 6th International Conference on Nuclear and Particle Physics 17-21 Nov. 2007, Luxor, Egypt.  =6/5*.5=.6 !#=8,1 @5?@8=B .. 020@78=0, .. !B5?0=>2 / !@02=8B5;L=K9 0=0;87 8=D>@<0B82=>AB8 M:A:;N782=KE (p,p n) 8 8=:;N782=KE (p,p ) M:A?5@8<5=B>2 =0 O4@0E A >4=>=59B@>==K< 8 42CE=59B@>==K< 30;> //@5?@8=B /  1226/2009 A.1-20  =4/2=2 0 4>@01>B:C =0CG=>->1@07>20B5;L=>3> :C@A0, 2:;NG0NI53> 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@A ;5:F89 2 /  4;O ABC45=B>2 $" !B@C:BC@0 0B><=>3> O4@0 8 O45@=K5 @50:F88 (:0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)  =8*4 (A5<5AB@0)=32 =48284C0;L=K9   3=A !B5?0=>20 .. @025=  = 5,15+48,3+8,1+2+32=95,55LVAL %>E;>2 .@89 C7L<8G, @>4. 12. 07.1926, A=A. /, :D<=. C1;8:0F88: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ... %>E;>2 /5:>B>@K5 :CA>G=>-0=0;8B8G5A:85& ./ !$ $. ! 9, AB@.27 (2008).  =8 !B0BLO 2 N18;59=>< A1>@=8:5, ?>A2OI5==>< 100-;5B8N .. $@0=:0. 74. /  (2008) 5:>B>@K5 :CA>G=>-0=0;8B8G5A:85 @5H5=8O >4=><5@=>3> C@02=5=8O (@548=35@0 II.  =20 =48284C0;L=K9   A=A %>E;>20 ... @025=  = 8+20=28!C@:>20 ==0 ;048<8@>2=0, @>48;0AL 20 45:01@O 1939 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., >@4>2A:>9 .., !C@:>20 .. / 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.251  =6/3=2 =48284C0;L=K9   A=A !C@:>2>9 .. @025=  = 2LVALOGe/=>28G 235=89 ;5:A0=4@>28G, 21.10.1949, =A. -,   70 2008-2009 33 1. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G.  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M /45@=0O $878:0, ?@8=OB0 2 ?5G0BL .  =0,491*60/8=3,7 2. >28:>20 ./., 0@010=>2 . ., 57@C:>2 .., 5;>CA .., 0=8;>2 .., 830=H8= .%., 20=>2 .., /=>28G ..,  1@07>20=85 :>>@48=0F8>==KE A>548=5=89 2 304>;8=89-A>45@60I8E >@30=8G5A:8E AF8=B8;;OB>@0E (GdLS). A?>;L7>20=85 @07=>;830=4=KE :><?;5:A>2 304>;8=8O 4;O A>740=8O GdLS . %, 2009, B.54, A.1143-1150.  =0,31*60/8=2,3 3. 0@010=>2 . ., 57@C:>2 .., 0=8;>2 .., 830=H8= .%., CF52 !.., >@30;N: .., >28:>20 ./., 0A5G=8: .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS). 07=>;830=4=K5 :><?;5:AK 4;O A>740=8O MELS , ?@5?@8=B /  1219/2009, <0@B 2009 4. . .0@010=>2, ./ >28:>20, ..!8=52, ../=>28G.  AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5 , ?@5?@8=B / , 1228/2009, 8N=L 2009. 4/4=1 5. . . 0@010=>2, . . 0=8;>2, .. !. @K;>2, . .. &820475, . . 57@C:>2, . /. >28:>20, . . /=>28G, . . 5<8=0, . 0BB04>@8 (C. Cattadori), . 8 0:@8 (A. Di Vacri)  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O 048>E8<8O, 2009, B. 51, N 3, c. 239 246  =0,537*60/8=4,0 6. . . 0@010=>2, .. 0=8;>2, ... &820475, ..!. @K;>2, .. 57@C:>2, >@=>CE>2 .., >28:>20 ./, /=>28G ., . 0BB04>@8, .8 0:@8,  -:AB@0:F8>==K9 <5B>4 2 ?@>F5AA0E 873>B>2;5=8O 8=489A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=KE =59B@8=> (4;O M:A?5@8<5=B0 LENS - A?5:B@>A:>?8O =87:LVAL>M=5@35B8G5A:8E =59B@8=>) , 048>E8<8O, 50 (2008) 236-242  =0,537*60/8=4,0 7. I.R. Baraban>v, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. L. Ioannucci, E.A. Yanovich, A.S. Malgin  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection @8=OB> : ?5G0B8, European Physical Journal C (EPJC-08-03-019.R1)   3,2E30/6=16,1 8. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. L. Ioannucci, E.A. Yanovich, A.S. Malguin  Performances and stability of a 2.4 ton Gd organic liquid scintillator target for anti-nu(e) detection Mar 2008. 3pp. e-Print: arXiv:0803.1577 [physics.ins-det]   4/6=0,7 9. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, A. Ianni, S. Nisi, F. Ortica, A. Romani, C. Salvo, O.Smirnov, E.A. Yanovich,  Nd loaded scintillator to search for 150Nd neutrinoless double beta decay Journal of Physics: Conference Series 136 (2008) 042088  =0,25*30/5=1,5 B>3>: 33.3 C:>2>48B5;L >B45;0 8E552 !..LVALOGg>28:>20 0;8=0 /:>2;52=0, @>4.15.07.1950, =A -,   70 2008-2009 33. 1. . . 0=8;>2, ..!.@K;>2, ...&820475., . .0@010=>2, ..57@C:>2, ..>@=>CE>2, ./.>28:>20, ../=>28G, .0BB04>@8 (!. !attadori), .8 0:@8 (A/Di Vacri) / "-:AB@0:F8>==K9 <5B>4 2 ?@>F5AA0E 873>B>2;5=8O 8=489A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=>3> =59B@8=> (4;O M:A?5@8<5=B0 LENS)" // 048>E8<8O 2008, B.50, N3, c.236-242.  =0,537*60/8=4.0 2. >28:>20 ./., 0@010=>2 . ., 57@C:>2 .., 5;>CA .., 0=8;>2 .., 830=H8= .%., 20=>2 .., /=>28G ..,  1@07>20=85 :>>@48=0F8>==KE A>548=5=89 2 304>;8=89-A>45@60I8E >@30=8G5A:8E AF8=B8;;OB>@0E (GdLS). A?>;L7>20=85 @07=>;830=4=KE :><?;5:A>2 304>;8=8O 4;O A>740=8O GdLS . %, 2009, B.54, A.1143-1150.  =0,31*60/8=2,3 3. . . 0@010=>2, . . 0=8;>2, .. !. @K;>2, . .. &820475, . . 57@C:>2, . /. >28:>20, . . /=>28G, . . 5<8=0, . 0BB04>@8 (C. Cattadori), . 8 0:@8 (A. Di Vacri)  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O 048>E8<8O, 2009, B. 51, N 3, c. 239 246  =0,537*60/8=4,0 @5?@8=BK: 1. ./.>28:>20, ..5;>CA, ..0=8;>2, .%.830=H8=, ..20=>2 / " 07=>;830=4=K5 :><?;5:AK 304>;8=8O 4;O A>740=8O 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (GdLS). A?>;L7>20=85 MALDIT TOF-MS 4;O 0=0;870 GdLS" // ?@5?@8=B / - 1195/2008  =4/5=0.8 2. ..>@30;N:, ./.>28:>20, .."0=0=052, -..8D0=BL52 / ";8O=85 AB@>5=8O 1845=B0B=KE D>AD>@8;A>45@60I8E M:AB@035=B>2 =0 M:AB@0:F8N 07>B=>9 :8A;>BK" // ?@5?@8=B / - 1205/2008  =4/4=1 3. ..>@30;N:, ./.>28:>20, ..>?>20, .."0=0=052, "..0AB@N:>20, .$.OA>54>2, -..8D0=BL52 / ("-0;:8;)(N,N-481CB8;:0@10<>8;<5B8;)<5B8D>AD8=0BK-=>2K5 @5035=BK 4;O M:AB@0:F8>==>3> 8 A>@1F8>==>3> 872;5G5=8O f-M;5<5=B>2 8 B5E=5F8O(VII) 87 :8A;KE @0AB2>@>2" // ?@5?@8=B / - 1208/2008  =4/7=0.56 4. 0@010=\ LVALl >2 . ., 57@C:>2 .., 0=8;>2 .., 830=H8= .%., CF52 !.., >@30;N: .., >28:>20 ./., 0A5G=8: .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS). 07=>;830=4=K5 :><?;5:AK 4;O A>740=8O MELS , ?@5?@8=B /  1219/2009, <0@B 2009   4/9=0.45 5. . .0@010=>2, ./ >28:>20, ..!8=52, ../=>28G.  AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5 , ?@5?@8=B / , 1228/2009, 8N=L 2009.   4/4=1 B>3>:  =14,1 C:>2>48B5;L >B45;0 8E552 !..LVAL80=>2A:89 !B0=8A;02 ;048<8@>28G, 30.09.1941, =A -,   70 2008-2009 33 1. I.. Barabanov, L. Bezrukov, E. Demidova, V. Gurentsov, S. Kianovsky, K.T. Knope, V. Kornouhkov, B. Schwingenheuer, and A. Vasenko  Shielding of the GERDA experiment against external background Nucl. Instr. Methods A606 (2009) 790-795.  =1,181*30/7=5,1 2. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M /45@=0O $878:0, ?>=OB0 2 ?5G0BL .  =0,491*60/=3,7 3. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M @5?@8=B /1231/2009  =4/8=0,5 !C<<0=9,3 >;>4>9 A>B@C4=8:, 0A?8@0=B 9,3E2=18.6 B>3>  =18.6 C:>2>48B5;L >B45;0 8E552 !..,LVAL<C@5=F>2 0;5@89 20=>28G, 30.09.1941, =A -,   70 2008-2009 33 I.. Barabanov, L. Bezrukov, E. Demidova, V. Gurentsov, S. Kianovsky, K.T. Knope, V. Kornouhkov, B. Schwingenheuer, and A. Vasenko  Shielding of the GERDA experiment against external background Nucl. Instr. Methods A606 (2009) 790-795.  =1,181*30/7=5,1 2. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M /45@=0O $878:0, ?>=OB0 2 ?5G0BL .  =0,491*60/=3,7 3 . . 0@010=>2, .. 5@5A=8:>20, .. C@5=F>2, .. >@=>CE>2.  538AB@0F8O 157=59B@8==>3> 42>9=>3> 15B0 - @0A?040 100Mo A ?><>ILN AF8=B8;;OF8>==KE :@8AB0;;>2 !0>4  @5?@8=B /- 1238/2009  =4/4=1 @C:>2>4AB2> 0A?8@0=B>< 2007,  =30 B>3> 39,8 C:>2>48B5;L >B45;0 8E552 !..LVAL 5@5A=8:>20 ==0 0A8;L52=0, 26.08.1980, AB065@,   70 2008-2009 33 1 A.V. Veresnikova, B.K. Lubsandorzhiev, I.R. Barabanov, P. Grabmayr, D. Greiner, J. Jochum, M. Knapp, C. Osswald, R.V. Poleshuk, F. Ritter, B.A.M. Shaibonov, Y.E. Vyatchin, and G. Meierhofer  Fast scintillation light from CaMoO4 crystals Nucl. Instr. Methods A603 (2009) 529-531.  =1,181*30/4=8.9 2. . . 0@010=>2, . . 5@5A=8:>20, . . C1A0=4>@6852, . . >;5IC:, . . . (091>=>2, . -. OBG8=, . . >@=>CE>2.  AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>4 "-, 2009,!1,AB@.41-45  =0,314*60/7=2,7 3. . . 0@010=>2, . . 5@5A=8:>20, ..0A8;L52, !..C1A0=4>@6852, ..C1A0=4>@6852, .-.OBG8=, ..>;5IC:, ..(091>=>2, .(.028B0H28;8. "AA;54>20=85 01A>;NB=>3> A25B>2>3> 2KE>40 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>4" ?@8=OB> : ?5G0B8 2 "-,  =0,314*60/9=2,1 4. . . . 0@010=>2, .. 5@5A=8:>20, .. C@5=F>2, .. >@=>CE>2.  538AB@0F8O 157=59B@8==>3> 42>9=>3> ,15B0 - @0A?040 100Mo A ?><>ILN AF8=B8;;OF8>==KE :@8AB0;;>2 !0>4  @5?@8=B /- 1238/2009  =4/4=1 Veresnikova A. V., et al.,  Large volume scintillation crystals Nuclear Science, IEEE Transactions on Volume 55, Issue 3, 2008, p. 1473  1475,  =0,27*30/10=0,81 >;>4>9 A>B@C4=8:, 0A?8@0=B 15,5*2=31 B>3>  =31 C:>2>48B5;L >B45;0 8E552 !..0Za h  o  v # } * 1 8?FMT[bipEB<6b@?|#OGFFF:?DM)\Ax@? @FFF:?C WB H t@? @FFF:?B 0*C&j@?OGFFF:?A̝B= B*@?OGFFF:?@CYA &@?OGFFF:??̨A L@? @FFF:?>Bf@?@FFF:?=ff>A33AB l @? @FFF:?<7 \Bz @?\ OGFFF:?;r \Bz @?V OGFFF:?:jÕCBUCp0^: @?8OGFFF:?9}A&: @?fOGFFF:?8A" @?OGFFF:?70 ff@d @?@FFF:?6gA@@?(@FFF:?5 33@@?@FFF:?3A&:( @?OGFFF:?2A@@?$@FFF:?1ZA@@?@FFF:?0sA@@?@FFF:?/KffA& @? @FFF:?.C33CA^L:@?6 @FFF:?-=B @?4OGFFF:?,H33~CC!F@?D5OGFFF:?+ffB'8@?&@FFF:?*33wB P@?OGFFF:?)AO5B6@?OGFFF:?( @?@FFF:?'O!B~t<@?OGFFF:?&JB !v@?OGFFF:?%5B6@?OGFFF:?$OףAX @? @FFF:?#L îC@?dOGFFF:?"`Bb6@?OGFFF:?!L#B !@?J@FFF:? DB6h@?@FFF:?̆Ax " T @?@FFF:?B ׉B|@? @FFF:?uUC."'"@?3|OGFFF:?ik@C! @?$yOGFFF:?_@A^L:@?@nFFF:?!CP@?1uOGFFF:?TC"@?;qOGFFF:?QR8B !@?HoOGFFF:?F#AC! @?z @nFFF:??Bf0@?lOGFFF:?* AR" @? @jFFF:?LVALOGm0@010=>2 3>@L ><0=>28G, 26.11.1939, A=A -,   70 2008-2009 33 I.. Barabanov, L. Bezrukov, E. Demidova, V. Gurentsov, S. Kianovsky, K.T. Knope, V. Kornouhkov, B. Schwingenheuer, and A. Vasenko  Shielding of the GERDA experiment against external background Nucl. Instr. Methods A606 (2009) 790-795.  =1,181*30/7=5,1 2. A.V. Veresnikova, B.K. Lubsandorzhiev, I.R. Barabanov, P. Grabmayr, D. Greiner, J. Jochum, M. Knapp, C. Osswald, R.V. Poleshuk, F. Ritter, B.A.M. Shaibonov, Y.E. Vyatchin, and G. Meierhofer  Fast scintillation light from CaMoO4 crystals Nucl. Instr. Methods A603 (2009) 529-531.  =1,181*30/4=8.9 3. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M /45@=0O $878:0, ?>=OB0 2 ?5G0BL .  =0,491*60/=3,7 4. . . 0@010=>2, . . 5@5A=8:>20, . . C1A0=4>@6852, . . >;5IC:, . . . (091>=>2, . -. OBG8=, . . >@=>CE>2.  AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>4 "-, 2009,!1,AB@.41-45  =0,314*60/7=2,7 5. . . 0@010=>2, .. 5@5A=8:>20, .. C@5=F>2, .. >@=>CE>2.  538AB@0F8O 157=59B@8==>3> 42>9=>3> ,15B0 - @0A?040 100Mo A ?><>ILN AF8=B8;;OF8>==KE :@8AB0;;>2 !0>4  @5?@8=B /- 1238/2009  =4/4=1 6. >28:>20 ./., 0@010=>2 . ., 57@C:>2 .., 5;>CA .., 0=8;>2 .., 830=H8= .%., 20=>2 .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS) . %, 2009, B.54, A.1143-1150.  =0,31*60/8=2,3 7.. . .0@010=>2, ./ >28:>20, ..!8=52, ../=>28G AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5, ?@5?@8=B / , 1228/2009, 8N=L 2009. 4/4=1 8.. . . 0@010=>2, . . 0=8;>2, .. !. @K;>2, . .. &820475, . . 57@C:>2, . /. >28:>20, . . /=>28G, . *LVAL:. 5<8=0, . 0BB04>@8 (C. Cattadori), . 8 0:@8 (A. Di Vacri)  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O 048>E8<8O, 2009, B. 51, N 3, c. 239 246  =0,537*60/8=4,0 9. . . 0@010=>2, .. 0=8;>2, ... &820475, ..!. @K;>2, .. 57@C:>2, >@=>CE>2 .., >28:>20 ./, /=>28G ., . 0BB04>@8, .8 0:@8,  -:AB@0:F8>==K9 <5B>4 2 ?@>F5AA0E 873>B>2;5=8O 8=489A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O A>;=5G=KE =59B@8=> (4;O M:A?5@8<5=B0 LENS - A?5:B@>A:>?8O =87:>M=5@35B8G5A:8E =59B@8=>) , 048>E8<8O, 50 (2008) 236-242  =0,537*60/8=4,0 10. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. L. Loannucci, E.A. Yanovich, A.S. Malgin  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection @8=OB> : ?5G0B8, European Physical Journal C (EPJC-08-03-019.R1)   3,2E30/6=16,1 11. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. L. Loannucci, E.A. Yanovich, A.S. Malgin  Performances and stability of a 2.4 ton Gd organic liquid scintillator target for anti-nu(e) detection Mar 2008. 3pp. e-Print: arXiv:0803.1577 [physics.ins-det]   4/6=0,7 12. I.R. Barabanv, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S. Krylov. A. Ianni, S. Nisi, F. Ortica, A. Romani, C. Salvo, E.A. Yanovich,  Nd loaded scintillator to search for 150Nd neutrinoless double beta decay Journal of Physics: Conference Series 136 (2008) 42088  =0,25*30/5=1,5 @C:>2>4AB2> 0A?8@0=B><  =30 B>3> 77 C:>2>48B5;L >B45;0 8E552 !..dLVALv>?KA>2 .@89 !5@0D8<>28G, 40B0 @>645=8O: 22.12.1936, A=A -,   70 2008 2009 3.3. C1;8:0F88: .. !. >?KA>2 / AB@C:BC@5 >AF8;;8@CNI8E =59B@8=>. !B0F8>=0@=0O B5>@8O =59B@8==KE >AF8;;OF89 // 5AB=8: #, A5@8O 0B5<0B8:0, =D>@<0B8:0, $878:0, 2008, !1, AB@. 66-70.   = 8. >:;04K: .. !. >?KA>2 / 59B@8==K9 70@O4 8 53> 2>7<>6=K5 0AB@>D878G5A:85 ?@>O2;5=8O // 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 (23-27 =>O1@O 2009 3.)   = 4. ":   = 12>;:>20 N4<8;0 0;5@852=0 24.12.1940, 2=A -,   70 2008-2009 33. 1. .. >;:>20, .". 0F5?8=. 20@:-3;N>==>5 A>AB>O=85 25I5AB20 8 ?>;>68B5;L=K9 871KB>: <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E M=5@38OE. /45@=0O D878:0, 71 (2008) 1912-1821.  =60. 2. .. >;:>20. 5=5@0F8O G0@<0 8 M:A?5@8<5=B0;L=K5 40==K5 > ?>B>:5 :>A<8G5A:8E =59B@8=>. 72. . !5@. $87. 2009 73 !5 679-681.   =41.8. 3. L.V. Volkova, O. Saavedra. Prompt muon production in cosmic rays Astroparticle Physics 32 (2009) 136-139.   =77.34 4. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $   $878:0 DC=40<5=B0;L=KE 2708<>459AB289 (23-27 =>O1@O 2009 3.), "-$, >A:20. .. >;:>20. N>=K :>A<8G5A:8E ;CG59 ?@8 A25@E2KA>:8E M=5@38OE. !40=> 2 "-$ 4;O /$ 4> 24 O=2. 2010   =4 >:;04 =0 =0CG=>9 @>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< 2 2008 3. !0=:B-5B5@1C@3... >;:>20. 5=5@0F8O G0@<0 8 M:A?5@8<5=B0;L=K5 40==K5 > ?>B>:5 :>A<8G5A:8E =59B@8=>.   =4 >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> 2708<>459AB28O< ?@8 A25@E2KA>:8E M=5@38OE, 0@86 2008 3. .. >;:>20. N>=K :>A<8G5A:8E ;CG59 8 ?>B>:8 30<<0 ?@8 >G5=L 2KA>:8E M=5@38OE 2 0B<>AD5@5.   =6  =193.14LVALOGp 04K:8= ;048<8@ L2>28G A.=.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 1 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 1 >4=>9 3@C??5 M:A?5@8<5=B0;L=KE @57C;LB0B>2, A2O70==KE A ?>8A:>< =59B@8==>3> 87;CG5=8O >B !1987. ><<5=B0@89 , . 04K:8=, .. O6A:0O , B>< 35, !6, A. 427-430 60 2 1,315 60*1,315/2 39,45 5 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 7 Some remarks on neutrino detection O6A:0O .., 04K:8= .. >:;04 =0 14 ' 6 2 1,5 6*1,5/2 4,5 8 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 10 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 11 5:>B>@K5 C@>:8 @538AB@0F88 =59B@8==>3> 87;CG5=8O O6A:0O .., 04K:8= .. >:;04 =0 :>=D. !>2@5<5==K5 ?@>1;5<K D878:8 =59B@8=> 8 0AB@>D878:8 14 >:BO1@O 2009 4 2 1 4/2 2 2008 1 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 2 @>1;5<K @538AB@0F88 =59B@8==>3> 87;CG5=8 LVAL O >B SN1987A. 204F0BL ;5B A?CABO. .. 04K:8=, .. O6A:0O , 34, !9, 643 (2008) 60 2 1,315 60*1.315/2 39,45 3 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4 10 1,5 4*1,5/10 0,6 4 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4 10 1,5 4*1,5/10 0,6 107,11 702. 01. O6A:0O ..LVALOGr>:CG052 OG5A;02 20=>28G: @>4. 16.08.1948, 4.D.-<.=., 2=A -   (70 2008-2009 33.) = 276 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: S. Chernov, V. Dokuchaev / "The vacuum shell in the Schwarzschild-de Sitter world" // Classical and Quantum Gravity, 25, 015004, 2008,  =3.035*30/2=45.2 V. S. Berezinsky, V. I. Dokuchaev and Yu N. Eroshenko / "Remnants of dark matter clumps" // Phys. Rev. D 77. 083519, 2008,  =5.05*30/3=50.5 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Ultra-hard fluid and scalar field in the Kerr-Newman metric" // Phys. Rev. D78, 104027, 2008,  =5.05*30/4=37.9 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . >:CG052 8 !. . '5@=>2. / "-2>;NF8O 20:CC<=>9 >1>;>G:8 2 <8@5 $@84<0=0-(20@FH8;L40" // -"$ 134, 245-254, 2008,  =0.892*60/2=26.8 . . >:CG052, .. . @>H5=:> 8 !. . C18= / "A?;5A:8 3@028B0F8>==KE 2>;= >B AB>;:=>25=89 G5@=KE 4K@ 2 A:>?;5=8OE" // 8AL<0 . 2009, 35, 1-8,  =1.315*60/3=26.3 . . >:CG052, .. . @>H5=:> 8 !. . C18= / " 0==55 D>@<8@>20=85 30;0:B8:, 8=8F88@>20==>5 A:>?;5=8O<8 G5@=KE 4K@" // AB@>=. 6. 2008, 85, 867-878,  =0.837*60/3=16.7 @5?@8=BK M;5:B@>==K5: E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Ultra-hard fluid and scalar field in the Kerr-Newman metric" // arXiv:0807.0449 [gr-qc], 2008,  =4/4=1 V. I. Dokuchaev, Yu. N. Eroshenko and S. G. Rubin. / "Early formation of galaxies initiated by clusters of black holes" // arXiv:0801.0885v1 [astro-ph] , 2008,  =4/3=1.33 V. I. Dokuchaev, S. V. Chernov / "Evolution of a Vacuum Shell in the Friedmann Schwarzschild World" // arXiv:0808.4116 [gr-qg], 2008,  =4/2=2 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Phantom threat to cosmic censorship" // arXiv:0806.0916 [gr-qg], 2008,  =4/4=1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Dokuchaev, V. Berezinsky, Yu. Eroshenko, Dark matter annihilation in the Galaxy, 14thLVALs Lomonosov Conference on Elementary Particle Physics, Particle Physics on the eve of LHC, 19-25 August, 2009, Moscow State University, Moscow. (A5:F8>==K9 4>:;04),  =6/3=2 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko / "Small Scale Dark Matter Clumps in the Galaxy" // Fourth International Sakharov Conference on Physics organized by the Tamm Theory Department of the Lebedev Physics Institute, May 18-23, 2009 Moscow (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V. I. Dokuchaev / "Phantom threat to cosmic censorship" // International Workshop "Frontiers in Black Hole Physics at Dubna", Bogoliubov Laboratory of Theoretical Physics of the Joint Institute for Nuclear Research, Dubna May 25-30, 2009 (?;5=0@=K9 4>:;04),  =6 V. Dokuchaev, V. Berezinsky and Yu. Eroshenko / "Anisotropy of dark matter annihilation and remnants of dark matter clumps in the galaxy" // Proc. 13th Lomonosov Conference on Elementary Particle Physics, "Particle Physics on the eve of LHC", 23-29 August, 2007, Moscow State University, Moscow, Ed. A. I. Studenikin (World Scientific, Singapure) p. 229-236, 2009 (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5*0.5=3 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Cosmic censorship for phantom energy. Hot topics in Modern Cosmology" // Second Spontaneous Workshop, 12--17 May 2008 Carg ese. Institut d'Etudes Scientifiques de Cargese. Corsica, France (?;5=0@=K9 4>:;04),  =6/4=1.25 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko. Remnants of small-scale dark matter clumps. Intern conf "Identification of dark matter 2008" (idm2008). 18-22 August 2008, AlbaNova, Stockholm, Sweden (?;5=0@=K9 4>:;04),  =6/3=2 V. S. Berezinsky, V. I. Dokuchaev and Yu. N. Eroshenko / "Small-scale dark matter clumps in the Galactic halo" // Proceedings of the Intern. conf. "Problems of Practical Cosmology" held at Russian Geographical Society 23 - 27 June 2008, Saint-Petersburg, Russia. Eds. Yurij V. Baryshev, Igor N. Naganov, Pekka Teerikorpi. vol. I, "Practical Cosmology", LVALtp. 159-162 (>?C1;8:>20==K9 A?;5=0@=K9 4>:;04),  =6/3*1.5=2 . . 018G52, .. >:CG052, @>H5=:>, !.. '5@=>2 / ""5G5=85 684:>AB8 2 <5B@8:5 5@@0-LN<5=0 A A25@E6QAB:8< C@02=5=85< A>AB>O=8O // 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O, <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9 4>:;04),  =4/4=1 . . 018G52, .. >:CG052, @>H5=:>, !.. '5@=>2 / "Cosmic censorship for phantom energy" // 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O. <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9 4>:;04),  =4/4=1 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko / "First objects in the Universe // 13-O >AA89A:0O @028B0F8>==0O >=D5@5=F8O. <564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5 23-28 8N=O 2008 3., #, >A:20, >AA8O (A5:F8>==K9 4>:;04),  =4/3=1.33 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Cosmic censorship for phantom energy" // 15th Intern. Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008 (A5:F8>==K9 4>:;04),  =6/4=1.25 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Perfect fluids in the vicinity of black holes and naked singularities" // 15th Intern. Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008 (A5:F8>==K9 4>:;04),  =6/4=1.25 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko / "Destruction of dark matter clumps in Galaxy". 15th Intern. Seminar on High Energy Physics QUARKS'2008 Sergiev Posad, Russia, May 23-29, 2008 (A5:F8>==K9 4>:;04),  =6/3=2 V. S. Berezinsky, V. I. Dokuchaev and Yu. N. Eroshenko / "Dark matter annihilation in the Galactic halo" //Proc. XLIst Rencontres de Moriond. La Thuile, Aosta Valley, Italy (March 11--18, 2006). From Dark Halos to Light. Eds. Sophie Maurogordato, Jean \^Tran Thanh V\^an, Laurence Tresse. (The Gi'oi Publishes, printed in Vietnam) p. 423-424, 2008, (>?C1;8:>20==K9 ?;5=0@=K9 4>:;LVAL04),  =6/3*1.5*0.5=1.5 V. I. Dokuchaev / "Dark matter annihilation in the clumpy galactic halo" // Les Rencontres de Physique de La Valle'e d'Aoste. Results and Perspectives in Particle Physics. 4-10 March 2007. La Thuile, Aosta Valley, Italy. Editor Mario Greco. Frascati Physics Series, vol, XLIV, p. 59-64 (>?C1;8:>20==K9 ?;5=0@=K9 4>:;04),  =6*1.5*0.5=4.5 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: .!. 5@578=A:89, .. >:CG052, .. . @>H5=:>, 5;:><0AHB01=K5 A3CAB:8 B5<=>9 <0B5@88, :>=D5@5=F8O :BC0;L=K5 ?@>1;5<K 2=530;0:B8G5A:>9 0AB@>=><88, 21-23 0?@5;O 2009 3., CI8=A:0O @048>0AB@>=><8G5A:0O >1A5@20B>@8O, 3. CI8=>. (A5:F8>==K9 4>:;04),  =4/3=1.33 . !. 5@578=A:89, . . >:CG052 8 .. . @>H5=:> / "01;N40B5;L=K5 A;54AB28O <5;:><0AHB01=>9 :;0AB5@870F88 B5<=>9 <0B5@88" // A5@>AA89A:0O 0AB@>D878G5A:0O :>=D5@5=F88 "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008",  , >A:20 24-26 45:01@O 2008 3. (A5:F8>==K9 4>:;04),  =4/3=1.33 . . 018G52, .. >:CG052, @>H5=:>, !.. '5@=>2 / "450;L=0O 684:>ABL 21;878 G5@=KE 4K@ 8 3>;KE A8=3C;O@=>AB59" // A5@>AA89A:0O 0AB@>D878G5A:0O :>=D5@5=F88 "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0 - 2008",  , >A:20 24-26 45:01@O 2008 3. (A5:F8>==K9 4>:;04),  =4/4=1 C:>2>4AB2> 0A?8@0=B>< ('5@=>2 !5@359 ;048<8@>28G, 3-9 3>4 >1CG5=8O, 0A?8@0=B B45;5=8O "5>@. $878:8 $, 2 / @01>B05B ?> 4>3>2>@C):  =30 B>3>:  2008-2009=276LVALOGv@>H5=:> .@89 8:>;0528G: @>4. 03.04.1973, :.D.-<.=., =A -   (70 2008-2009 33.) = 161 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V. S. Berezinsky, V. I. Dokuchaev and Yu N. Eroshenko / "Remnants of dark matter clumps" // Phys. Rev. D 77. 083519, 2008,  =5.05*30/3=50.5 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Ultra-hard fluid and scalar field in the Kerr-Newman metric" // Phys. Rev. D78, 104027, 2008,  =5.05*30/4=37.9 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . >:CG052, .. . @>H5=:> 8 !. . C18= / "A?;5A:8 3@028B0F8>==KE 2>;= >B AB>;:=>25=89 G5@=KE 4K@ 2 A:>?;5=8OE" // 8AL<0 . 2009, 35, 1-8,  =1.315*60/3=26.3 . . >:CG052, .. . @>H5=:> 8 !. . C18= / " 0==55 D>@<8@>20=85 30;0:B8:, 8=8F88@>20==>5 A:>?;5=8O<8 G5@=KE 4K@" // AB@>=. 6. 2008, 85, 867-878,  =0.837*60/3=16.7 @5?@8=BK M;5:B@>==K5: E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Ultra-hard fluid and scalar field in the Kerr-Newman metric" // arXiv:0807.0449 [gr-qc], 2008,  =4/4=1 V. I. Dokuchaev, Yu. N. Eroshenko and S. G. Rubin. / "Early formation of galaxies initiated by clusters of black holes" // arXiv:0801.0885v1 [astro-ph] , 2008,  =4/3=1.33 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Phantom threat to cosmic censorship" // arXiv:0806.0916 [gr-qg], 2008,  =4/4=1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Berezinsky, V. Dokuchaev and Yu. Eroshenko / "Small Scale Dark Matter Clumps in the Galaxy" // Fourth International Sakharov Conference on Physics organized by the Tamm Theory Department of the Lebedev Physics Institute, May 18-23, 2009 Moscow (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V. Dokuchaev, V. Berezinsky and Yu. Eroshenko / "Anisotropy of dark matter annihilation and remnants of dark matter clumps in the galaxy" // Proc. 13th Lomonosov Conference on Elementary Particle Physics, "Particle Physics on the eve of LHCLVALw", 23-29 August, 2007, Moscow State University, Moscow, Ed. A. I. Studenikin (World Scientific, Singapure) p. 229-236, 2009 (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5*0.5=3 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Cosmic censorship for phantom energy. Hot topics in Modern Cosmology" // Second Spontaneous Workshop, 12--17 May 2008 Carg ese. Institut d'Etudes Scientifiques de Cargese. Corsica, France (?;5=0@=K9 4>:;04),  =6/4=1.25 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko. Remnants of small-scale dark matter clumps. Intern conf "Identification of dark matter 2008" (idm2008). 18-22 August 2008, AlbaNova, Stockholm, Sweden (?;5=0@=K9 4>:;04),  =6/3=2 V. S. Berezinsky, V. I. Dokuchaev and Yu. N. 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Suppl.) 175-176C (2008) 90 193 {23, 20/4, 0F5?8= ."., CE0<54H8= .., O6A:0O .., !>1>;52A:89 ..}.   = 0.875*30/10 = 3.94 A.L.Tsyabuk, R.A.Mukhamedshin, Yu.V.Stenkin /Lateral distribution for aligned events in muon groups deep underground // Nucl. Phys. B (Proc. Suppl.) 175-176 (2008) 548 550 {23}   = 0.875*30/3 = 8.75 L.G. Sveshnikova et al. /On absorption of the hadron component of EAS cores in a large lead calorimeter at  knee -range energies // J. Phys. G: Nucl. Part. Phys. 35 (2008) 065201 {5, 6/1, CE0<54H8= ..}   = 5.27*30/6 = 26.35 R.A. Mukhamedshin / FANSY 1.0: a phenomenological model for simulation of coplanar particle generation in superhigh-energy hadron interactions // Eur. Phys. J. C (2009) 60: 345-358 {5}   = 3.255*30 = 97.65 V.S. Puchkov et al. / Emulsion chamber response and PCR mass composition according to the PAMIR data // Nucl. Phys. B (Proc. Suppl.) (2009) pp. 110-113 {23, 10/1, CE0<54H8= ..}   = 0.875*30/10 = 2.62 R.A. 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Report on 24rd International Conference of INTDS, September, 15-19, 2008, GANIL, Caen, France. To be published in the Proceedings of the Conference. 8.S.G. Lebedev, L.Yu. Sosnin, A.N. Cheltsov ,  Lu-173 and Other Radioisotopes Production Possibilities on Middle Energy Linear Proton Accelerator for Their Use in Radiographic Equipment Report on 24rd International Conference of INTDS, September, 15-19, 2008, GANIL, Caen, France. To be published in the Proceedings of the Conference 9.!..515452, =><0;L=K9 M;5:B@><03=5B87< =0=>AB@C:BC@8@>20==KE C3;5@>4=KE ?;5=>: 8 2>7<>6=>AB8 53> 8A?>;L7>20=8O 2 =0=>M;5:B@>=8:5 >:;04 =0 1-< 564C=0@>4=>< D>@C<5 ?> =0=>B5E=>;>38O<, >A:20, 3-5 5:01@O 2008 3., "@C4K D>@C<0, B.1, AB@.64-66. 10. V.G.Andreev, L.V.Kravchuk, S.G.Lebedev, A.V.Samokhin, N.V.Alekseev, Phonon ResonLVAL~ant Cavities as a Promising Building Blocks of Hand-Made Nanocrystalline Matter. 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(# D-B 8, A?5F80;870F8O :><?LNB5@=0O 3@0D8:0) 70 2008-2009 33. 15. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 -..>?B5;>20 0480F8>==K5 MDD5:BK 2 B25@4KE B5;0E 8 GB5=85 ;5:F89 ?> :C@AC 2 B5G5=85 >A5==53> A5<5AB@0 2008 3. 16.S.G.Lebedev,  Unconventional Electromagnetics in Carbonaceous Materials to be published by Nova Science Publihers, Inc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ebedev,  Stripper target lifetime estimations to be published in Nucl. Instr. And MethA. 2009. 21.S.G.Lebedev, L.Y.Sosnin, A.N.Cheltsov,  173Lu and other radioisotopes production possibilities on medium energy linear proton accelerator for their use in radiographic equipment to be pulsished in Nucl. Instr. And Meth. 2009. 22.!..515452, 0: =0< >1CAB@>8BL 20:CC<? ?>A;0=> 2 6C@=0; 5<;O 8 A5;5==0O, 2009. 23.>@01>B:0 C@A0 ;5:F89 -..>?B5;>20 4;O ABC45=B>2 $" 0480F8>==K5 MDD5:BK 2 B25@4KE B5;0E 8 GB5=85 ;5:F89 ?> :C@AC 2 >A5==5< A5<5AB@5 2009 3. 24.!..515452, 70O2:0 =0 ?0B5=B $ !?>A>1 873>B>2;5=8O 46>75DA>=>2A:>3> ?5@5:;NG0B5;O->3@0=8G8B5;O B>:0 8 CAB@>9AB2> A>3;0A=> MB><C A?>A>1C ! 2009121621, 20093. 25. !..515452,   "+: " /"+"  !+ $ #"  ", -$  http://www.inauka.ru/blogs/article90247.html 2009 26.!..515452,   "+: !"+   &   "!",   !"'! -$  http://www.inauka.ru/blogs/article90340.html 2009 27.!..515452, (  - " ""  !" !" http://www.inauka.ru/blogs/article90466.html 2009 28.!..515452,   "+: " #!" !" "  !( / ! http://www.inauka.ru/blogs/article90523.html 2009. 29. !..515452,   "+:  "+  "  !" !" http://www.inauka.ru/blogs/article90655.html 2009 30.!..515452,   "+:  !% / -   !"      !"'! -$  http://www.inauka.ru/blogs/article90735.html , 2009. 31. !..515452,   "+: " '! !(  */!/"  ! " -  http://www.inauka.ru/blogs/article90766.html , 2009. 32. !..515452,   "+:  ' ! ##? http://www.inauka.ru/blogs/article90845.html ,2009. 33.!..515452,   "+: !/  '  +  http://www.inau LVAL ka.ru/blogs/article90952.html , 2009. 34.!..515452,   "+: +!+ +" !" / ! http://www.inauka.ru/blogs/article91029.html , 2009. 35.!..515452,  "+ " !"'!" ! http://elementy.ru/blogs/users/serleb/38258/ , 2009. " !>3;0A>20=> A C10:>2K<: =5 CG8BK20BL 22(=5 >?C1;) 8 25-35 (1;>38)\LVALl1. @0G52 8E08; 20=>28G @>4. 13.06.1944 3., 02. B45;>< -:A?5@8<5=B0;L=>3> ><?;5:A0, :.D-<.=. >=D5@5=F88: Grachev M.I., Ponomareva E.V, Kravchuk L.V., , Gorbunov V.K., INR RAS, Moscow, Seleznev V.C. #, IHEP, Protvino,  Transportation of the proton beam at the Experimental complex of linear accelerator INR of the RAS , XXI-RUPAC, September-Oktober 2008,  =0.75*30/5=4.5 Grachev M.I. , Ponomareva E.V., Kravchuk L.V., Gorbunov V.K., Skorkin V.M., INR, Moscow, Zapolsky V.N. # IHEP, Protvino, Russia  System of preliminary formation of the beam for the channel of proton therapy , XXI-RUPAC, September-Oktober 2008,  = 0.75*30/6=3.75 V.K.Gorbunov, M.I.Grachev, E.V.Ponomareva, L.V.Kravchuk, V.S.Seleznev / Operation of Beam Transmission Control System for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orbunov /  Control System for the MMF Experimental Area // ICALEPS2009,  =1,2*6/1=7,2 V.K.Gorbunov, M.I.Grachev, E.V.Ponomareva, L.V.Kravchuk, V.S.Seleznev / Operation of Beam Transmission Control System for RADEX // XXI 564C=0@>4=>5 !>25I0=85 ?> #A:>@8B5;O< 0@O65==KE '0AB8F  =1,2*6/5=1,4 Grachev M.I., Ponomareva E.V, Kravchuk L.V., , Gorbunov V.K., INR RAS, Moscow, Seleznev V.C. #, IHEP, Protvino,  Transportation of the proton beam at the Experimental complex of linear accelerator INR of the RAS , XXI-RUPAC, September-Oktober 2008,  =0.75*30/5=4.5 Grachev M.I. , Ponomareva E.V., Kravchuk L.V., Gorbunov V.K., Skorkin V.M., INR, Moscow, Zapolsky V.N. # IHEP, Protvino, Russia  System of preliminary formation of the beam for the channel of proton therapy , XXI-RUPAC, September-Oktober 2008,  = 0.75*30/6=3.75  =7,2+1,4+4.5+3.75=16.85 B>3>:  =16.85LVAL@83>@L520 !25B;0=0 20=>2=0 @>4. 13.07.1944 :D<= A=A   = 126.07 0CG=>5 =0?@02;5=85 - D878:0 :>A<8G5A:8E ;CG59 1. R. Aloisio, V. Berezinsky and S. Grigorieva, "Analytic calculations of the spectra of ultra-high energy cosmic ray nuclei. I. The case of CMB radiation." arXiv:astro-ph/0802488  =4/3=1.33 2. S. Grigorieva, "Method of Analytic calculation of the spectra of UHE cosmic ray nuclei". Nuclear Physics B 196 (2009) 422-424,   =4.158*30=124.74 / 2 >5< 8@5 - http://my.mail.ru/mail/sveta.grigorieva/>=><0@520 ;5=0 8:B>@>2=0 @>4.25.12.1960 3., =.A. - >=D5@5=F88: Grachev M.I., Ponomareva E.V, Kravchuk L.V., , Gorbunov V.K., INR RAS, Moscow, Seleznev V.C. #, IHEP, Protvino,  Transportation of the proton beam at the Experimental complex of linear accelerator INR of the RAS , XXI-RUPAC, September-Oktober 2008,  =0.75*30/5=4.5 Grachev M.I. , Ponomareva E.V., Kravchuk L.V., Gorbunov V.K., Skorkin V.M., INR, Moscow, Zapolsky V.N. # IHEP, Protvino, Russia  System of preliminary formation of the beam for the channel of proton therapy , XXI-RUPAC, September-Oktober 2008,  = 0.75*30/6=3.75 V.K.Gorbunov, M.I.Grachev, E.V.Ponomareva, L.V.Kravchuk, V.S.Seleznev / Operation of Beam Transmission Control System for RADEX // XXI 564C=0@>4=>5 !>25I0=85 ?> #A:>@8B5;O< 0@O65==KE '0AB8F  =1,2*6/5=1,4 C1;8:0F88: @0G52 .., @02GC: .., $54G5=:> ., >=><0@520 .. >2CH:0 ?CG:0, "-, 2 ?5G0B8.  =1.5*45/4=16.875 @0G52 .., @02GC: .., >=><0@520 .. ?B8<870F8O :0=0;0 B@0=A?>@B8@>2:8. 57C;LB0BK. "-, 2 ?5G0B8.  =1.5*45/3=22.5  = 4.5+3.75+1.4+16.875+22.5= 49.03 B>3>:  =49.03LVALOG 30D>=>20 0B0;LO .@L52=0 =.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 1 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Coll. To be submitted to EPJC 30 10 3,255 30*3,255/10 9,765 2 Cosmic ray physics with the OPERA detector OPERA Coll. PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 5 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 6 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 7 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 8 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5<3 A :207875@:0;L=K< >B@065=85< 30D>=>20 ..., >O@:8= .., 0;L38= .!. ", 2 ?5G0B8 60 3 0,226 60*0,226/3 4,52 9 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 10 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 11 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, (2009) A. 685-687 60 10 0,272 30*0,272/10 1,632 12 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 13 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVDLVAL Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 14 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 15 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 2008 1 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 2 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 3 4 4/3 1,333333333 3 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 4 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >30=>20 +   >;. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 5 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 C:>2>4AB2> 48?;><=8:>< $ (0:8@LO=>2>9 . . 030D>=>20/@O6A:0O 10/2 5 C:>2>4AB2> 48?;><=8:>< $ >B@5A>2K< .. 030D>=>20/<0;L38= 10/2 5 56,18133333LVALOG>O@:8= 048< ;048<8@>28G =.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Coll. To be submitted to EPJC 30 10 3,255 30*3,255/10 9,765 Cosmic ray physics with the OPERA detector OPERA Coll. PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Sodium Chloride as a target for Supernovae neutrinos V. Boyarkin, O. Ryazhskaya PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 2 0 8/2 4 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5<3 A :207875@:0;L=K< >B@065=85< 30D>=>20 ..., >O@:8= .., 0;L38= .!. ", 2 ?5G0B8 60 3 0,226 60*0,226/3 4,52 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, (2009) A. 685-687 60 10 0,272 30*0,272/10 1,632 >20@5==0O A>;L :0: <8H5=L 4;O =59B@8=> >B !25@E=>2KE .. >O@:8=, .. O6A:0O 72.  !5@. $87. B.73, !5,pLVAL (2009) A. 691-693 60 2 0,272 30*0,272/10 8,16 Sodium Chloride as a target for Supernovae neutrinos >O@:8= .., O6A:0O .. >:;04 =0 14 ' 6 2 1,5 6*1,5/2 4,5 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Sodium Chloride as a target for Supernovae neutrinos V. Boyarkin, O. Ryazhskaya >:;04 =0 31 ICRC 6 2 1,5 6*1,5/2 4,5 2008 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 3 4 4/3 1,333333333 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >30=>20 +   >;. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 5B5:B>@ LVD 8 =59B@8=> >B :>;;0?A8@CNI8E 72574 .. >O@:8=, .. O6A:0O >:;04 =0 30->9  4 2 1,5 4*1,5/2 3 C:>2>4AB2> 48?;><=8:>< $ CA0=>2K< !. 1>O@:8=/@O6A:0O 10/2 5 75,34133333 C25;8G5=85 2 2@070 2 A2O78 A 70I8B>9 :0=4840BA:>9 48AA5:@B0F88 150,6826667LVAL$>1@K=8=0 :0B5@8=0 =0B>;L52=0 <.=.A. 2008-2009 3. =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 2008 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 21,705LVALOG=8:552 0A8< 1@038<>28G =.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Coll. To be submitted to EPJC 30 10 3,255 30*3,255/10 9,765 Cosmic ray physics with the OPERA detector OPERA Coll. PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, (2009) A. 685-687 60 10 0,272 30*0,272/10 1,632 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Search for neutrino bursts with LVD atLVAL Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 2008 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 Emulsion sheet doublets as interface trackers for the OPERA experiment Anokhina et al. JINST 2008 3 P07005 30 10 0,821 30*0,821/10 2,463 Study of the effects induced by lead on the emulsion films of the OPERA experiment Anokhina et al. Anokhina et al. JINST 2008 3 P07002 30 10 0,821 30*0,821/10 2,463 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4 10 1,5 4*1,5/10 0,6 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >30=>20 +   >;. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4 10 1,5 4*1,5/10 0,6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4 10 1,5 4*1,5/10 0,6 45,254LVALOG0;L38= ;5:A59 !5<5=>28G A.=.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Coll. To be submitted to EPJC 30 10 3,255 30*3,255/10 9,765 Cosmic ray physics with the OPERA detector OPERA Coll. PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5<3 A :207875@:0;L=K< >B@065=85< 30D>=>20 ..., >O@:8= .., 0;L38= .!. ", 2 ?5G0B8 60 3 0,226 60*0,226/3 4,52 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, (2009) A. 685-687 60 10 0,272 30*0,272/10 1,632 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRLVALC 6 10 1,5 6*1,5/10 0,9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 2008 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ... 30D>=>20, .. >O@:8=, .!. 0;L38= @5?@8=B /  - 1203/2008 >:BO1@L 2008 3 4 4/3 1,333333333 Performances and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection I.R. Barabanov, L.B. Bezrukov, C. Cattadori, N.A. Danilov, A.Di Vacri, Yu.S.Krilov, L. Ioannucci, E.A. Yanovich for the MetaLS collaboration and M.Aglietta, A.Bonardi, G.Bruno, W.Fulgione, E.Kemp, A.S. Malgin, A.Porta, and M.Selvi for the LVD collaboration European Physical Journal C (EPJC-08-03-019.R1), 30 6 3,209 30*3,209/6 16,045 59B@>=K >B <N>=>2 ?>4 75<;59. .!. 0;L38=, .. O6A:0O /4. $87., B. 71 ! 10 A. 1800-1811, 2008 60 2 0,914 60*0.914/2 27,42 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4 10 1,5 4*1,5/10 0,6 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >30=>20 +   >;. >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0< 4 10 1,5 4*1,5/10 0,6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9 >AA89A:>9 >=D5@5=F88 ?> >A<8G5A:8< CG0<, !0=:B-5B5@1C@3, 2008 4 10 1,5 4*1,5/10 0,6 C:>2>4AB2> 48?;><=8:>< $ >B@5A>2K< .. 030D>=>20/<0;L38= 10/2 5 C:>2>4AB2> 48?;><=8:>< - 30D>=>2K< ... <0;L38= 10 10 104,6463333LVALOG OA=K9 A52>;>4 02@8;>28G A.=.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Coll. To be submitted to EPJC 30 10 3,255 30*3,255/10 9,765 Cosmic ray physics with the OPERA detector OPERA Coll. PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, (2009) A. 685-687 60 10 0,272 30*0,272/10 1,632 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Search for neutrino bursts with LVDT LVALd at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 2008 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >30=>20 +   >;. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 40,328$ LVAL4 (0:8@LO=>20 @8=0 ><5;L52=0 0A?8@0=B 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 2009 8?;><=0O @01>B0, $, (0:8@LO=>20 . . AA;54>20=85 E0@0:B5@8AB8: ?>B>:0 <N>=>2, 35=5@8@C5<KE ?CG:>< <N>==KE =59B@8=> 87 & 0, =0 CAB0=>2:5 LVD 0A?8@0=B A <0O 2009 0LVALOG/:CH52 0;5@89 $54>@>28G =.A. 2008-2009 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2009 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Coll. To be submitted to EPJC 30 10 3,255 30*3,255/10 9,765 Cosmic ray physics with the OPERA detector OPERA Coll. PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration PROCEEDINGS OF THE 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. 72.  !5@. $87 B.73 !5 (2009) A.688-690 60 10 0,272 30*0,272/10 1,632 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, ( 2009) A. 666-667 60 10 0,272 30*0,272/10 1,632 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ... 30D>=>20 8 4@. 72.  !5@. $87. B.73, !5, (2009) A. 685-687 60 10 0,272 30*0,272/10 1,632 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 Search for neutrino bursts with LVD at  LVAL Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 2008 On-line recognition of supernova neutrino bursts in the LVD detector LVD Collaboration Astroparticle Physics 28 (2008) 516-522; 30 10 4,047 30*4,047/10 12,141 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD . >O@:8= + LVD Coll. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ". >30=>20 +   >;. >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD . 30D>=>20 + LVD Coll >:;04 =0 30->9  4 10 1,5 4*1,5/10 0,6 C:>2>4AB2> 48?;><=8:>< $ 0;B052K< .$. O:CH52/@O6A:0O 10/2 5 45,328LVALOG  2008-2009 2G8==8:>20 .. 5@5G5=L @01>B 70 2008 3. 1. .. 2G8==8:>2, ... 5@>2. @5?@8=B /  1191/2008 " 07@01>B:0 8 A>740=85 <=>3>DC=:F8>=0;L=>3> 4KE0B5;L=>3> 0??0@0B0 4;O ;5G5=8O 1>;L=KE A<5AO<8 1;03>@>4=KE 307>2 A :8A;>@>4><".   4/2=2. 2. .. 2G8==8:>2 "$-3. @83;0HQ==K9 4>:;04 "=54@5=85 2 H8@>:CN <548F8=A:CN ?@0:B8:C B5E=>;>388 C;CGH5=8O A>AB>O=8O 8<<C==>9 A8AB5<K ?0F85=B>2, ;5G5=85 4KE0B5;L=>9 =54>AB0B>G=>AB8 5+2  A<5AO<8. !>740=85 4;O MB>9 F5;8 4KE0B5;L=>3> 0??0@0B0".   20E1,5=30. 3. ... 5@>2, .. 2G8==8:>2, @5?@8=B /  ! 1210-2008. "5B>48:0 %5 B5@0?88".   4/2=2. 5@5G5=L @01>B, >?C1;8:>20==KE 2 2009 3>4C. 1. @5?@8=B / , ! 1227, 2009 3. 02B>@K: .. 078=, .. 0@8=, .. 2G8==8:>2, .. 5H5B8=, " 57C;LB0BK 8A?KB0=89 "B>;ABKE" 307>2KE M;5:B@>==KE C<=>68B5;59 TGEM ?@8 >1;CG5=88 8E a-G0AB8F0<8".   4/4=1. 2. @5?@8=B / , ! 1232, 2009 3. 02B>@K: ... 5@>2, .. 2G8==8:>2 "5B>48:0 :@8?B>=>2>9 B5@0?88 ?@8 @07;8G=KE =0@CH5=8OE <>73>2>3> :@>2>>1@0I5=8O".   4/2=2.  A1>@=8:5 8==>20F8>==KE @07@01>B>: /  2009 3>40, 2K?.1., >?C1;8:>20=K A;54CNI85 6 AB0B59: 3. "=54@5=85 :A5=>=>2>9 0=5AB5788 2 E8@C@38G5A:CN ?@0:B8:C", 02B>@K: ... 5@>2, .. 2G8==8:>2.   4/2=2. 4. "5B>48:0 :A5=>=>2>9 B5@0?88", 02B>@K: ... 5@>2, .. 2G8==8:>2.  =2. 5. "=54@5=85 2 H8@>:CN <548F8=A:CN ?@0:B8:C B5E=>;>388 ;5G5=8O A<5AO<8 1;03>@>4=KE 307>2 A :8A;>@>4><", 02B>@K: ... 5@>2, .. 2G8==8:>2.  =2. 6. "KA>:>GC2AB28B5;L=K9 307>0=0;870B>@ 4;O >?@545;5=8O A>45@60=8O :8A;>@>40 2 B5E=>;>38G5A:8E 3070E "!"", .. 2G8==8:>2.  =4. 7. " 07@01>B:0 @>;8:>-;>?0AB=>9 BC@18=K >1JQ<=>3> B8?0 A @01>G8< B5;><-307><", .. 2G8==8:>2.  =4. 8. " 07@01>B:0 GEM 4;O <548F8=A:>9 0??0@0BC@K", .. 2G8==8:>2, .. 078=, .. 0@8=, .. 5H5B8=, !.. $8;8??>2, .. 0@CA>2. >:;04K =0 :>=D5@5=F88 "==>A20F88  2009".   4/5=0,8. 9. "5B>48:0 Kr B5@0?88", .. 2G8==8:>2, ... 5@>2.   4E1,5/2=3. 10. " 07@01>B:0 @>;JLVALZ8:>-;>?0AB=>9 BC@18=K >1JQ<=>3> B8?0 A @01>G8< B5;><-307><", .. 2G8==8:>2, .. 2G8==8:>2.   4E1,5/2=3. 11. "KA>:>GC2AB28B5;L=K9 3/0 :8A;>@>40", .. 2G8==8:>2, .. 0@CA>2.   4E1,5/2=3. 12. @5?@8=B / , ! 1235, 2009 "@>2>;>G=K9 GEM 45B5:B>@", .. 2G8==8:>2, .. 5H5B8=, .. 078=, !.. $8;8??>2.   4/4=1. 13. "@>2>;>G=K9 307>2K9 M;5:B@>==K9 C<=>68B5;L", C@=0; "- !2, 2010, .. 2G8==8:>2, .. 078=, .. 5H5B8=,!.. $8;8??>2. 0 :>=D5@5=F8N "3nd, Intern. Multi-Conf on Engeneering and Technological Innovation (IMETI-2010)", June 20th  July 2th 2010, Orlando, Florida, USA". @8=OBK 2 4>:;040: 14. "The gas analyzer"  B.M. Ovchinnikov, V.V. Parusov.   6/2E1,5=4,5. 15. "Highly efficient roller  blade gas turbine of volume type"  B.M. Ovchinnikov, D.B. Ovchinnikov, Yu.B. Ovchinnikov, V.V. Domogatsky.   6/2E1,5=4,5. !C<<0   .. 2G8==8:>20 70 2008-2009 3.3. @02=0 80,8. ???LVAL>;O@CH ;5:A0=4@ .@L528G, 19503., AB0@H89 =0CG=K9 A>B@C4=8:, :.D-<.=.   =125.2. A Precise measurement of the muon neutrino-nucleon inclusive charged current cross-section off an isoscalar target in the energy range 2.5 < E(nu) < 40-GeV by NOMAD. Phys.Lett.B660:1925,2008. 5.301*30/10 = 15.9 Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup. V.N. Bolotov et al. Published Proceeding KAON:029,2008 6x1.5/10=0.9 A Study of quasi-elastic muon neutrino and antineutrino scattering in the NOMAD experiment.By NOMAD Collaboration (V. Lyubushkin et al.). 2009. 26pp. Published in Eur.Phys.J.C63:355 381,2009. 3.209*30/10 = 9.627 Observation of the destructive interference in the radiative kaon decay K- --> mu-nugamma.O. Tchikilev et al. Preprint IHEP-2008-27, 2010. . 4/10 = 0.4 Measurement of the interference term INT- in the radiative kaon decay K- ---> mu- anti-nu gamma. O.Chikilev et al. Preprint IHEP-2008-027, Dec 2008. 4/10=0.4 C@A ;5:F89 "#?@02;5=85 1>;LH8<8 1070<8 40==KE" 1 A5<5AB@,4>@01>B:0 :C@A0 ;5:F89, 5 :C@A, >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B. 8 C@A ;5:F89 "07K 40==KE" 1 A5<5AB@, 3 :C@A, >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B. 30 C@A ;5:F89 "@>3@0<<8@>20=85 =0 O7K:5 2KA>:>3> C@>2=O" 2 A5<5AB@0 1 :C@A, #=825@A8B5B "C1=0". 2*30=60  =125.2LVALOG02@8= ;048<8@ 8:>;0528G @>4. 15.04.1941, 4.D.<.=., 70254CNI89 ;01>@0B>@859 -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.124*30/19= 9.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1, 32-40.  =0.311*60/9= 2.1 ..>@>7>20, ..>H5;52, ..5@5B5=:8=, ..02@8=, ...>7;>20 /@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E =0 >A=>25 =5;538@>20==>3> GaAs //5AB=8: >A:>2A:>3> C=825@A8B5B0. !5@8O 3. $878:0. AB@>=><8O. 2009. ! 2. 69-72.  =8/5= 1.6 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.N.Gavrin /Radiohemical solar neutrino experiments //Particles and Cosmology, Proceedings of the 14th International Baksan School, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 3-12 (?@83;0H5==K9)   = 30*0.5=15 J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al., /Segmented high resolution fast neutron spectrometer: present status, response function //Particles and Cosmology, Proceedings of the 14th International Baksan School, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.ALVAL.Rubakov, Moscow: 2008-02-10, 253-270 (?;5=0@=K9) (8 coauthors)  =6/8*0.5= 0.4 Yu.M. Gavriljuk, V.N. Gavrin, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich /Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content //Particles and Cosmology, Proceedings of the 14th International Baksan School, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 211-217 (?;5=0@=K9)  =6/7*0.5= 0.4 Yu.M. Gavriljuk, V.N. Gavrin, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich (Baksan Neutrino Observ. & Kharkov Natl. U.) /Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber //Particles and Cosmology, Proceedings of the 14th International Baksan School, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 218-227 (?;5=0@=K9)  =6/7*0.5= 0.4 V.N.Gavrin /SAGE: status and future //TAUP 2007, September 11-15, 2007, Sendai, Japan. Journal of Physics: Conference Series 120 (2008) 05201 (?@83;0H5==K9)   = 30*0.5=15 V.N.Gavrin and V.A.Matveev /At the crossroads of nuclear physics and astrophysics //Int. Symposium  Trends in Nuclear Physics Research , Dubna, May 21-25, 2008   = 30/2 = 15 V.N.Gavrin /Contribution of Ga experiments for understanding of the Sun physics in light of the latest results of SAGE //International Workshop  The Physics of the Sun and the Solar Neutrinos: an Update , October 16-17, 2008, LNGS, Italy   = 30 V.N.Gavrin /SAGE: Status and Future// Seminar at NIST, July 2008   = 6 V.V.Gorbachev, V.N.Gavrin, B.T.Cleveland /The neutrino source experiment on SAGE two-zone gallium target //TAUP 2009 International Conference, Roma, Italy July 1-5, 2009   = 30/3=10 Abdurashitov J.N., Gavrin V.N.,LVAL Matushko V.L., Shikhin A.A., Vetretenkin I.E., Yants V.E., Nico J.S., Thompson A.K. /The development of segmented high resolution fast neutron spectrometer //Proc. of the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16, Dubna, Russia, June 11-14, 2008, (?;5=0@=K9), 91- 103.  =6/8*1.5= 1.1 V.N.Gavrin /Baksan Neutrino Observatory of INR RAS  status and Plans (part 1) //ASPERA Meeting  Russian National Day , 6 November 2009, Moscow, Russia.   = 30 V.N.Gavrin /At the crossroads of gravitations physics and neutrino astrophysics //The 9th British Gravity Meeting, Cardiff, Wales, Great Britain, 15-17 April, 2009.   = 30 V.N.Gavrin /Solar Neutrinos //invited talk at the Fourteenth Lomonosov Conference of Elementary Particle Physics, Moscow, 19-25 August, 2009.   = 30 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 =0 @>AA89A:8E :>=D5@5=F8OE ..02@8= /:;04 Ga A>;=5G=KE M:A?5@8<5=B>2 2 ?>=8<0=85 D878:8 !>;=F0 8 D878:8 =59B@8=> //?;5=0@=K9 4>:;04 =0 0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 O45@=>9 D878:8 $  $878:0 DC=40<5=B` LVALp 0;L=KE 2708<>459AB289 =AB8BCB D878:8 2KA>:8E M=5@389, @>B28=>, 22-25 45:01@O 2008  = 20 ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20/@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E 87 =5;538@>20==>3> GaAs //>:;04 =0 IX9 >AA89A:>9 :>=D5@5=F88 ?> D878:5 ?>;C?@>2>4=8:>2 >;C?@>2>4=8:8 2009 >2>A818@A:-"><A:, 28 A5=BO1@O-3 >:BO1@O 2009 3.  =4/5= 0.8 C:>2>4AB2> A>8A:0B5;5<:   = 30 ":  =254.2   @C:>2>48B5;O= 254.20.5+(437.7/13=33.70.75)=127.1 + 25= 152 CI75 = A 75 3>40 2118, ?> SLAC 3017LVALOG14C@0H8B>2 6>=@84 0@8<0=>28G. @>4.04.06.1963, :.D.<.=., c.=.A. -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1,32-40.  =0.311*60/9= 2.1 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 >:;04K: 0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al., /Segmented high resolution fast neutron spectrometer: present status, response function //Particles and Cosmology, Proceedings of the 14th International Baksan School, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 253-270 (?;5=0@=K9), (8 coauthors)  =6/8*0.5= 0.4 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Vetretenkin I.E., Yants V.E., Nico J.S., Thompson A.K. /The development of segmented high resolution fast neutron spectrometer //Proc. of the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16, Dubna, Russia, June 11-14, 2008, (?;5=0@=K9), 91-103.  =6/8*1.5= 1.1 J.N. Abdurashitov, Development of fast neutron LVALspectroscopy at the Institute for Nuclear Research, Seminar at NIST, July 2008  = 6 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 C:>2>4AB2> 48?;><=8:><: 0;KH:8= .@89 8E09;>28G  =10 "  =36.0LVAL5@5B5=:8= 235=89 02;>28G, @>4.10.04.1952 3., A.=.A. -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20 /@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E =0 >A=>25 =5;538@>20==>3> GaAs //5AB=8: >A:>2A:>3> C=825@A8B5B0. !5@8O 3. $878:0. AB@>=><8O. 2009. ! 2. 69-72.  =8/5= 1.6 >:;04K: =0 @>AA89A:8E :>=D5@5=F8OE ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20/@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E 87 =5;538@>20==>3> GaAs //>:;04 =0 IX9 >AA89A:>9 :>=D5@5=F88 ?> D878:5 ?>;C?@>2>4=8:>2 >;C?@>2>4=8:8 2009 >2>A818@A:-"><A:, 28 A5=BO1@O-3 >:BO1@O 2009 3.  =4/5= 0.8 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =12.2LVAL1@038<>20 "0BLO=0 8:B>@>2=0 @>4 3.04.1958, =.A. ,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =9.8>@10G52 0;5@89 ;048<8@>28G, @>4 20.03.1965, :.D.<.=., A.=.A. ,   70 2008-2009 3. 3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, V.N.Gavrin, B.T.Cleveland/ The neutrino source experiment on SAGE two-zone gallium target// TAUP 2009 International Conference, Roma, Italy July 1-5, 2009  =30/3= 10 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =19.8LVAL =>45;L "0BLO=0 ;048<8@>2=0. @>4 8.05.1957, :E=, =.A. -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =9.80;8E>2 =0B>;89 ;048<8@>28G @>4 18.05.1937, =.A. ,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =9.8LVALOGK>7;>20 .;8O 02;>2=0 @>4.29.12.1959, :.D.<.=., A.=.A. -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: A.A.Donskoy, L.I.D yakonov, A.V.Govorkov, Y.P.Kozlova /Improved crystalline quality nonpolar a-GaN foims grown by hydride vapor epitaxy //J.Vac.Sci.Technol.B 26(6) 1937-1941 (2008), (12 co-authors).  =1.445*30/12= 4.3 A.Y. Polyakov, A.V. Markov, M.V. Mezhennyi, A.V. Govorkov, V.F. Pavlov, N.B. Smirnov, A. Donskov, L.I. D yakonov, Y.P. Kozlova, S.S. Malakhov, T.G. Yugova, V.I. Osinsky, G.G. Gorokh, N.N. lyanova, V.B. Mityukhlyaev, and S.J. Pearton /Nonpolar GaN grown on Si by hydride vapor phase epitaxy using anodized Al nanomask //Applied Physics Letters, v.94 (2009) 022114-1-3.  =3.726*30/12=11.2 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20 /@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E =0 >A=>25 =5;538@>20==>3> GaAs //5AB=8: >A:>2A:>3> C=825@A8B5B0. !5@8O 3. $878:0. AB@>=><8O. 2009. ! 2. 69-72.  =8/5= 1.6 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: natolij Govorkov, lexsandr Donskov, Lev Diakonov, Yulia Kozlova, Sergej Malahov, Alexsandr Markov, Mikhail Mezhennyi, Vladimir Pavlov, lexsandr Polykov, "atiana Yugova /The influence of sapphire substrate orientation on crystalline quality of GaN films grown by hydride vapor phase epitaxy //Physica B: Condensed Matter Volume 404, Issues 23-24, 15 December 2009, 4919-4921. Proceedings of the 25th International Conference on Defects in Semiconductors.  =6*1.5/10= 0.9 .V. Govorkov, M.V. Mezhennyi, .A. Donskov, L.I. Diakonov, Yu.P. Kozlova, S.S. Malahov, A.V. Markov, V.F. Pavlov, .Y. Polykov, ".G. Yugova /The influence of sapphire substrate orientation on crystalline quality of GaN films grown by hydride vapor phase epitaxy // 25th International Conference on Defects in Semiconductors, St Peterburg, Russia, July 20-24, 2009, LVAL0 285.  =6/10= 0.6 =0 @>AA89A:8E :>=D5@5=F8OE ...>7;>20 8 4@. /!B@C:BC@0 B>;ABKE A;>52 =8B@840 30;;8O A =5?>;O@=>9 >@85=B0F859, 2K@0I5==KE <5B>4>< E;>@84-384@84=>9 M?8B0:F88 //>:;04 =0 XI9 0F8>=0;L=>9 :>=D5@5=F88 ?> @>ABC :@8AB0;;>2, >A:20, 17-21 =>O1@O 2008 3. (11 02B>@>2)  =4/11= 0.4 ...>7;>20 8 4@. /8D@0:B><5B@8G5A:85 8AA;54>20=8O AB@C:BC@ GaN/Al2O3 (0001) //>:;04 =0 6-9 A5@>AA89A:>9 :>=D5@5=F88 8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, !0=:B-5B5@1C@3, 18-208N=O 2008 3 (6 02B>@>2)  =4/6= 0.7 ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20/@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E 87 =5;538@>20==>3> GaAs //>:;04 =0 IX9 >AA89A:>9 :>=D5@5=F88 ?> D878:5 ?>;C?@>2>4=8:>2 >;C?@>2>4=8:8 2009 >2>A818@A:-"><A:, 28 A5=BO1@O-3 >:BO1@O 2009 3.  =4/5= 0.8 "  =20.56LVALpH8@<>2 ;LO 0C<>28G, @>4. 04.12.1962 , :.B.=., A.=.A. -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =9.80;KH:8= .@89 8E09;>28G , @>4.22. 07.1987, ABC45=B 5 :C@A0 #. ;01>@0=B -,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59   = 1 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3  = 7.6 LVAL CAB0D8= 0@0B $0@C:>28G, @>4 14.05.1983, <.=.A. -,   70 2007-2008 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1,.32-40.  =0.311*60/9= 2.1E2= 4.2. "   = 4.2LVALOG(8E8= ;5:A0=4@ ;5:A0=4@>28G @>4 16.04.1963, =.A. ,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1,.32-40.  =0.311*60/9= 2.1 ?@5?@8=BK: ..(8E8= /KAB@K9 <0;>HC<OI89 70@O4>GC2AB28B5;L=K9 ?@54CA8;8B5;L A8AB5<K @538AB@0F88 30;;89-35@<0=852>3> =59B@8==>3> B5;5A:>?0 // @5?@8=B /  1230, 2009   =4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al., /Segmented high resolution fast neutron spectrometer: present status, response function //Particles and Cosmology, Proceedings of the 14th International Baksan School, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, 253-270 (?;5=0@=K9), (8 coauthors)  =6/8*0.5= 0.4 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Vetretenkin I.E., Yants V.E., Nico J.S., Thompson A.K. /The development of segmented high resolution fast neutron spectrometer //Proc. of the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, UltracoLVALld Neutrons, Related Topics", ISINN-16 Dubna, Russia, June 11-14, 2008, (?;5=0@=K9), 91-103.  =6/8*1.5= 1.1 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 "  =24LVALOG/=F 8:B>@ -4C0@4>28G @>4.12.11.1953, =.A.-,   70 2008-2009 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009, (19 coauthors)  =3.124*30/19= 9.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1, 32-40.  =0.311*60/9= 2.1 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N.Abdurashitov, V.N.Gavrin, V.L.Matushko, A.A.Shikhin, I.E.Veretenkin, V.E.Yants et al., /Segmented high resolution fast neutron spectrometer: present status, response function //Particles and Cosmology, Proceedings of the 14th International Baksan, Publisher: Institute for Nuclear Research of the Russian Academy of Sciences, editors S.V.Demidov, V.A.Matveev, V.A.Rubakov, Moscow: 2008-02-10, pp 253-270 (?;5=0@=K9), (8 coauthors)  =6/8*0.5= 0.4 Abdurashitov J.N., Gavrin V.N., Matushko V.L., Shikhin A.A., Vetretenkin I.E., Yants V.E., Nico J.S., Thompson A.K. /The development of segmented high resolution fast neutron spectrometer //Proc. of the 16th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-16 Dubna, Russia, June 11-14, 2008, (?;5=0@=K9), 91-103.  =6/8*1.5= 1.1 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, Jn LVAL~ .S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009  =30/9= 3.3 "  =20.0LVALOG 54>@57>2 ;048<8@ 5>@38528G @>4 13.09.1946, 702. 01, $/ ,   70 2008  2009 33. = 285,17   @C:>2>48B5;O=285,17*0.5 + 94,23*0,75= 213,26 C1;8:0F88: 1. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 2. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.   = 30*2.015/10=4.98 3. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Int.J. of Mod.Phys. (2009) in press.  : 30*0.982*0.7/10=6.28 4. R. Di Salvo, & Lapik, A.N. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge, 5.0. Measurement of beam asymmetry in pi photoproduction off the neutron in the second and third resonances region. Eur. Phys. J. A 42, 151-157 (2009)   = 30*2.015/10=6,045 5. A. S. Ignatov, A. N. Mushkarenkov, and V. G. Nedorezov. Eta-Meson Photoproduction on Protons, Neutrons, and Light Nuclei in the Nucleon-Resonance Region. Physics of Atomic Nuclei, 2009, Vol. 72, No. 10, pp. 1773-1780  : 30*0,467/10=1,40 6. G. Mandaglio & A. S. Ignatov ; A. M. Lapik ; A. N. Mushkarenkov ; V. G. Nedorezov ; N. V. Rudnev ; A. A. Turinge 5.0. . Radiation Effects and Defects in Solids (2009) in press.  : 60*0.467/10=2.80 7. . !. 3=0B>2, . . CH:0@5=:>2, . . 54>@57>2, $>B>@>645=85 MB0-<57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2, /45@=0O D878:0, 2009, B>< 72, ! 10, A. 1831-1838  : 60*0.467/10=2.80 8. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), LVAL2 ?5G0B8.  : 60*0.467/10=2.80 9.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 8. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 9.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 9. A. Lleres A.,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL Collaboration). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008).  : 30*1.659/10=4.98 10. J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 12. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. ;L<0=0E :;8=8G5A:>9 <548F8=K, B.XYII , (2008) G.1. AB@. 285-288.  : 8/6=1.33 " : 84,50 >=D5@5=F88: 1. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Proc.of the Int.Seminar EMIN-2009. ;5=0@=K9 4>:;04.  : 30/10=3.00 2. N.RudnLVALev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009. ;5=0@=K9 4>:;04.  : 30/6=5.00 3. 6. .!.3=0B>2, ..CH:0@5=:>2, ..54>@57>2 >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 :2078A2>1>4=KE =C:;>=0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2. /   2009, '51>:A0@K. ;5=0@=K9 4>:;04.  : 30/3=10.00 4. ..54>@57>2. >2K5 @57C;LB0BK 2 D878:5 M;5:B@><03=8B=KE 2708<>459AB289 O45@. ;5=0@=K9 4>:;04 =0 A5AA88 /$ , - "-$.  : 20/1=20.00 5. .!.3=0B>2, ..54>@57>2.$>B>@>645=85 MB0-<57>=>2 =0 O4@0E: =>2K5 <5B>4K. '5@5=:>2A:85 GB5=8O. ;5=0@=K9 4>:;04 $ (2009).  : 20/2=10.00 6. ..54>@57>2. !@02=5=85 D>B>O45@=KE @50:F89 ?>4 459AB285< @50;L=KE 8 28@BC0;L=KE D>B>=>2. ;5=0@=K9 4>:;04. %  2009 , /.  : 20/1=20.00 3. ..54>@57>2. $>B>O45@=K5 8AA;54>20=8O =0 =0:>?8B5;OE M;5:B@>=>2 8 BO65;KE 8>=>2. 0@:>2A:85 GB5=8O. / - / ;5=0@=K9 4>:;04. (2008) .  : 20/1=20.00 4. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. >:;04 =0 III "@>8F:>9 :>=D5@5=F88 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5. "@>8F: (2008). ;5=0@=K9 4>:;04.  : 4/6=0.67 5. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2,..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2,..0@8=, ..20=>2.5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SiPM A> AF8=B8;;OB>@>< ZnSB2O3 A 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. ;5=0@=K9 4>:;04.58->3> <564.A>25I0=8O .?> O45@=>9 A?5:B@>A:>?88 AB@C:BC@5 0B><=>3> O4@0 / -2008) . # (2008) , AB@. 270.  : 30/10=3.00 6. .!.3=0B>2, ..CH:0@5=:>2, ..54>@57>2. $>B>@>645=85 h - <57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2. "578AK 4>:;04>2 58->3> <564.A>25I0=8O .?> O45@=>9 A?5:B@>A:>?88 AB@C:BC@5 0B><=>3> O4@0 / -2008) . # (2008) , AB@. 37. LVAL  : 30/3=10.00 7. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-7354-0586-8 (2008)  : 30/10=3.00 " : 104,67 #G.?>A>185. ..CH:0@5=:>2, ..54>@57>2. -;5:B@><03=8B=K5 2708<>459AB28O O45@. 74. / , 7,7 @54.874. ;8AB>2. 2008   = 7,7 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 C:>2>4AB2> 0A?8@0=B0<8 : 3=0B>2 ;5:A0=4@ !5@35528G 2008, 2009 /    = 60 " 60 C:>2>4AB2> ABC45=B0<8  48?;><=8:0<8: >@H:>2 8E08; 8:>;0528G, #, 2008, 2009   = 20 '5B25@B:>2 8E08; ;5:A0=4@>28G , #, 2008, 2009 ,  =20 B>3> 20 C@A ;5:F89 4;O ABC45=B>2 4-3> :C@A0 (1 A5<5AB@ (50 G0A>2) 2 3>4C =0 $87D0:5 #) 2009 -;5:B@><03=8B=K5 2708<>459AB28O O45@ , 4>@01>B:0   = 8 !5<8=0@A:85 70=OB8O 2009 :><?LNB5@=K5 <5B>4K >1@01>B:8 M:A?5@8<5=B0;L=KE 40==KE   = 8 " 285,17   54>@57>2 ;048<8@ 5>@38528G, @>4 13.09.1946, 4.D.-<.=, ?@>D., 702. 01, =285,17   @C:>2>48B5;O = 285,17*0.5 + 94,23*0,75= 213,26LVALOG "C@8=35 =4@59 @8A>28G, @>4 13.09.1946, A=A $/ ,   70 2008  2009 33. = C1;8:0F88: 1. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 2. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.  : 60*0.467/10=2.80 3. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Int.J. of Mod.Phys. (2009) in press.  : 30*0.982*0.7/10=6.28 4. R. Di Salvo, & Lapik, A.N. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge, 5.0. Measurement of beam asymmetry in pi photoproduction off the neutron in the second and third resonances region. Eur. Phys. J. A 42, 151-157 (2009)   = 30*2.015/10=6,045 7. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), 2 ?5G0B8. 8.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 9. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 10.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 11. A. Lleres A.,.., Lapik, A. Mushkarenkov, V. NedorezovLVAL, N. Rudnev, A. Turinge e.a. (GRAAL Collaboration). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008).  : 30*1.659/10=4.98 12. J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 12. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. ;L<0=0E :;8=8G5A:>9 <548F8=K, B.XYII , (2008) G.1. AB@. 285-288.  : 8/6=1.33 " : 69,86 >=D5@5=F88: 1. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009  : = 30/3=10 2. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total and partial photoE:I23A5HIL cross sections at 600  1500 MeV Proc. Of INT.Conf. MUCLEUS  2009 Tsceboksary/  : = 30/6=5 4. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. >:;04 =0 III "@>8F:>9 :>=D5@5=F88 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5. "@>8F: (2008).  : 4/6=0.67 7. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-735fLVALv4-0586-8 (2008)  : 30/10=3.00 " : 18,67 " 88,53LVALOG C4=52 8:>;09 OG5A;02>28G, @>4 18.12.1972, <=A $/ ,   70 2008  2009 33. C1;8:0F88: 1. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 2. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.  : 60*0.467/10=2.80 3. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Int.J. of Mod.Phys. (2009) in press.  : 30*0.982*0.7/10=6.28 4. R. Di Salvo, & Lapik, A.N. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge, 5.0. Measurement of beam asymmetry in pi photoproduction off the neutron in the second and third resonances region. Eur. Phys. J. A 42, 151-157 (2009)   = 30*2.015/10=6,045 7. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), 2 ?5G0B8. 8.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 9. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 10.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 11. A. Lleres A.,.., Lapik, A. Mushkarenkov, V. NedoreLVALzov, N. Rudnev, A. Turinge e.a. (GRAAL Collaboration). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008).  : 30*1.659/10=4.98 12. J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008.   = 30*7.035/10=21,11 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40 12. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. ;L<0=0E :;8=8G5A:>9 <548F8=K, B.XYII , (2008) G.1. AB@. 285-288.  : 8/6=1.33 " : 69,86 >=D5@5=F88: 1. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009  : = 30/3=10 2. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total and partial photoE:I23A5HIL cross sections at 600  1500 MeV Proc. Of INT.Conf. NUCLEUS  2009 Tsceboksary/  : = 30/6=5 4. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. >:;04 =0 III "@>8F:>9 :>=D5@5=F88 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5. "@>8F: (2008).  : 4/6=0.67 7. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-`LVALp7354-0586-8 (2008)  : 30/10=3.00 " : 18,67 " 88,53LVAL!>;>4CE>2 5==0489 0A8;L528G, @>4. 19.11.1935 3., :.D-<.=, 702. A5:B>@>< 1. V.Kuznetsov, S.Merkulov G.Solodukhov Yu.Sorokin a, A.Turinge TOTAL AND NUCLEAR PHOTOABRORPTION CROSS SECTIONS OF 52Cr IN THE ENERGY RANGE OF 8-70 MEV. E-print arXiv:0812.4652v1 [mucl-ex] 4/5=0,8 2. :A5=>20 ".. 0?8: .., CA0:>2 .., !>;>4CE>2 ..// #?@02;5=85 :>MDD8F85=B>< CA8;5=8O $-# 4;O @01>BK CA;>28OE 8<?C;LA=>9 703@C7:8. @5?@8=B /  1221/2009 2009 3., 1-8 740B5;LAB2> / , >A:20. 4/4=1 3. 5@18F:89 !.!. <>E>=>2 .., 0?8: ..,0:A8<>2 ..., CA0:>2 .., !>;>4CE>2 .., "8:0=>2 .., &5;51@>2A:89 .., (8;O52 .. // 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 ?@8 M=5@38OE M;5:B@>=>2 >B 50 :M 4> 4 M <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O. "-, 2010 3., 2 ?5G0B8, 0C:0, >A:20. (8=45:A 0,165) 0,165*60/8=1,24. 4. .. @><>2, .. 5AB5@>2, !.. 8@:>2A:89, .. !>;>4CE>2, .. "@CA>20. "!$&/ %'!% &  +% !" %  !" #'/ #' #! +% -" . >:;04 =0 564C=0@>4=>9 :>=D. /4@>-2009. 6/5=1,2. 5. .. @><>2, .. 5AB5@>2, !.. 8@:>2A:89, .. !>;>4CE>2, .. "@CA>20. "!$&/ %'!% &  +% !" %  !" #'/ #' #! +% -" . .  A5@.D87. 2 ?5G0B8. (8=45:A 0,277) 0,277*60/5*1,5=4,99 .. @><>2, .. 0A8;L52, .. !>;>4CE>2. 0B5<0B8G5A:>5 <>45;8@>20=85 D>:CA8@>2:8 2 @07@57=>< <8:@>B@>=5 =0 50 M A >3@0=8G5==K< G8A;>< >@18B. B><=0O M=5@38O, 2 ?5G0B8. 8 : 3 = 2,66   8=4. 11,9 !>@>:8= 36,9 C4=52 88,53 "C@8=35 88,53   @C:>2>48B5;O: 48,3$ LVAL4 !>@>:8= ..., 1937 3. >64., :.D-<.=, =.A>B@. ...!>@>:8=. @5>1@07>20=85 0975=15@30, =5>1@0B8<>ABL 2@5<5=8 8 1>@=>2A:>5 ?@81;865=85. 1. >:;04 =0 564C=0@>4=>9 :>=D. /4@>-2009. 6/1=6. 2. ...!>@>:8=. @5>1@07>20=85 0975=15@30, =5>1@0B8<>ABL 2@5<5=8 8 1>@=>2A:>5 ?@81;865=85. .  A5@.D87. 2 ?5G0B8. 0,277*60/1*1,5=24,9. Yu.I.Sorokin. Feinman propagator for particle in magnetic field. >:;04 =0 564C=0@>4=>< A5<8=0@5  EMIN-2009 . 6/1=6. A53> 36,9>LVALN  70 2008-2009 33. CA0:>2 @BC@ ;048<8@>28G, 25.11.1964, <.=.A. 1. .. C@528G, ..5;O52, ..@78=:O=, .-.-25@AE09<, .".$8;8<>=>2, .>;>2:>, .5@F>3, .@052, ..CE0=8=, ..0@D5=>20, ".$0;5B, .. CA0:>2, .!525@89=A, ...">?>@>2, ."@0<<, ..OG8=, .0:>CF:8, -.>B>2.  2>?@>AC > 2;8O=88 <5B0;;8G5A:>3> >:@C65=8O 8 =87:8E B5<?5@0BC@ =0 A:>@>ABL 0;LD0-@0A?040 253Es. 725AB8O  (A5@. $87.) 72, 3 (2008) 340-343. 8/10=0.8 2. G.M.Gurevich,& , A.V.Rusakov e.a. The effect of metallic environment and low temperature on the 253Es  decay rate. Bulletin of the Russian Academy of Sciences: Physics, 72, 3 (2008) 315-318. 8/10=0.8 3. N.Severijns,& , G.M.Gurevich,& , A.V.Rusakov e.a. Hyperfine field of einsteinium in iron and nuclear magnetic moment of 254Es. PHYSICAL REVIEW C 79, 064322 (2009) 3.610*30/10=10.83H"10.8 4. !.!.5@18F:89, ..;0B:89, ..0?8:, .!. 0B=5@, .. CA0:>2, .."8:0=>2, .."C;C?>2, ..&5;51@>2A:89. AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 (,n) =0 O4@0E 52Cr 8 51V. /45@=0O D878:0, 2009, B>< 72,!3. 914*60/8=6.86H"6.9 5. S.S.Verbitsky,..., A.M.Lapik, A.V.Rusakov e.a. Pulse shape discrimination of the particles with energies 50 keV  4 MeV by the method of crossing the zero level. Submitted to Instruments and Experimental Techniques. 8/9H"0.9 6. !.!.5@18F:89, & , ..0?8:, .. CA0:>2 8 4@. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 ?@8 M=5@38OE M;5:B@>=>2 50 :M  4 M <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O. B?@02;5=0 2 ?5G0BL, >68405BAO 2 !4 2010. 8/9H"0.9 B>3> 21.1LVALOG 0AGQB   70 2008-2009 33. $ : C7=5F>2 OG5A;02 ;5:A0=4@>28G B45; : $/ , A5:B>@ -$" >;6=>ABL: =0CG=K9 A>B@C4=8: (0.1 AB02:8) !B5?5=L: =5B 1. !B0BL8 2 <564C=0@>4=KE @5D5@8@C5<KE 6C@=0;0E 1 . 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CA0:>2, .!525@89=A, ...">?>@>2, ."@0<<, ..OG8=, .0:>CF:8, -.>B>2.  2>?@>AC > 2;8O=88 <5B0;;8G5A:>3> >:@C65=8O 8 =87:8E B5<?5@0BC@ =0 A:>@>ABL 0;LD0-@0A?040 253Es. 725AB8O  (A5@. $87.) 72, 3 (2008) 340-343. 0.277*60/10=1.66 2. G.M.Gurevich,A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.Golovko, P.Herzog, I.Kraev, A.A.Lukhanin, V.P.Parfenova, T.Falet, A.V.Rusakov, N.Severijns, Yu.G.Toporov, C.Tramm, V.N.Vyachin, D.Zakoucky, E.Zotov. The effect of metallic environment and low temperature on the 253Es  decay rate. Bulletin of the Russian Academy of Sciences: Physics, 72, 3 (2008) 315-318. . 0.277*60/10=1.66 3. .. C@528G, ..@78=:O=, ..0@D5=>20. 5@2>5 87<5@5=85 O45@=>3> <03=8B=>3> <><5=B0 254Es. 725AB8O  (A5@. $87.) (2 ?5G0B8). . 0.277*60/3=5.54 4. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. LVALFirst measurement of 254Es magnetic moment. . Bulletin of the Russian Academy of Sciences: Physics (2 ?5G0B8). 0.277*60/3=5.54 >:;04K =0 :>=D5@5=F8OE: 1. ..C@528G, ..@78=:O=, ..0@D5=>20. 7<5@5=85 A25@EB>=:8E 2708<>459AB289 4;O ?@8<5A59 0:B8=84>2 2 65;575. 58 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2008 (>A:20, 2008). !5:F8>==K9. 6/3=2 2. .. C@528G, ..@78=:O=, ..0@D5=>20. 5@2>5 87<5@5=85 O45@=>3> <03=8B=>3> <><5=B0 254Es. 59 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2009 ('51>:A0@K, 2009 3.). !5:F8>==K9, ?C1;8:C5BAO. 6/3*1.5=3 3. G.M.Gurevich. New frozen-spin target for experiments at MAMI C. XII Int. seminar on electromagnetic interactions of nuclei EMIN-2009. @83;0H5==K9, ?C1;8:C5BAO. 30*1.5=45 =48284C0;L=K9   70 2008-2009: 78.9   @C:>2>48B5;O: 78.9*0.5+88.76*0.75= 106.02LVALOGC1;8:0F88 1. ! >;18;:8=  0A?04 3830=BA:8E @57>=0=A>2 87 M:A?5@8<5=B>2 A A>2?045=8O<8 70@O65==KE G0AB8F 2 ;53:8E 8 A@54=8E O4@0E /4. $87. 71, 1210, (2008) 0,914* 60 = 54,84 2. BS Dolbilkin  Decay of giant resonances from coincidence experiments at light and medium nuclei NPAN 40, 1182, (2008) 0,914*30 = 27,42 3.. ! >;18;:8= 0@8>==K5 @57>=0=AK =0 ?@>B>=5 8 459B@>=5 2 >1;0AB8 200-800 M 72. , A5@.$87, 73, 756, 2009 0,277*60 = 16,62 4. BS Dolbilkin,  Baryon resonances of proton and few-body systems in the (200-800) MeV Energy range. BulPhys 71, 707, 2009 0,277*30 = 8,31 >=D5@5=F88 1. BS Dolbilkin,  Photo and electronuclear reactions in application to astrophysics in Proc. Int. Sem. OMEG-07, Japan.V.2 346, 2008 6* 0,5 = 3 2..!. >;18;:8=, .. @5>1@065=A:89, >43>B>2:0 8 ?5@2K9 MB0? ?>;O@870F8>==>3> M:A?5@8<5=B0 =0 ?@>B>=5 2 >1;0AB8   @57>=0=A0. @5?@8=B / -1196/2008 6* 1/2 = 3 3. BS Dolbilkin,  Dynamics of Baryon Resonances on proton and few body systems at 200- 800 MeV energy range Invited Talk at Int. Conf. NPAE-2008, Proc NPAE-08, 326, 2009 30*1,5=45 4. BS Dolbilkin,  Giant resonances at excited states of nuclei . Poster report o LVAL. n Int. Seminar EMIN-2009 4*1,5=6 5. .!. >;18;:8=, 830=BA:85 48?>;L=K5 @57>=0=AK( 2) 2 70@O4>2>->1<5==KE ?8>==KE @50:F8OE 8 -@0A?045 2 @50:F8OE BO65;KE 8>=>2. >:;04 =0 A5AA88 $ 2 "-$ 4*1,5 =6 B>3>:   70 2008-09 33 170,19LVAL"C;C?>2 >@8A ;5:A5528G, 06.08.1931, :.D.-<.=, A=A.,   70 2008  2009 33. C1;8:0F88: 1. !.!. 5@18F:89, .. 0?8:, .!. 0B=5@, .. CA0:>2, .."8:0=>2, .."C;C?>2, .. &5;51@>2A:89. AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 (, n) =0 O4@0E 52 Cr 8 51V. /$, 72 (2009) 420-428, ! 3  =0.914*60/7=7.83 2. .."C;C?>2, ..#@8=. $@03<5=B0F8>==K9 A4283 M=5@388 O45@=KE 3830=BA:8E @57>=0=A>2. /$ 72 (2009) 780-782, ! 4.  =0.914*60/2=27.42 3. B.A. Tulupov and M.H.Urin.  Fragmentation Energy Shift of Giant Nuclear Resonances . Phys. At. Nucl., 72 (2009) 737-739, # 4.  =0.914*60/2=27.42 >=D5@5=F88: 1. .."C;C?>2, ..#@8=.  >;C<8:@>A:>?8G5A:>5 >?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89 A 2>71C645=85< 3830=BA:>3> 48?>;L=>3> @57>=0=A0 . >:;04, ?@54AB02;5==K9 =0 =0CG=CN A5AA8N $ (>A:20, O=20@L 2010)  =1.5*4/2=3 2. B.A.Tulupov, M.H.Urin. The Semimicroscopic Description of the Simplest Photonuclear Reactions with Giant Dipole Resonance Excitation. XII International Seminar  Electromagnetic Interactions of Nuclei at Low and Medium Energies (Moscow, September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u. Grishina (INR, Moscow), C. Hanhart (IKP FZ-Jlich, Germany), L.A. Kondratyuk (ITEP, Moscow), and M. Bscher (IKP FZ-Jlich, Germany) / Amplitude analysis of the reaction pp d K+ anti-K0 near threshold/ 2 pp. 2008 Contribution to Annual Report 2008, Institut fr Kernphysik/COSY, Jlich Forschungszentrum, available at http://www.fz-juelich.de/ikp/en/publications.shtml  =8/4=2 X. Yuan, M. Buescher, D.Chiladze, S.Dymov, A.Dzyuba, V.Yu.Grishina, C.Hanhart, M.Hartmann, A.Kacharava, A.Khoukaz, L.A.Kondratyuk, V.Koptev, P.Kulessa, M.Mielke, S.Mikirtychiants, M.Nekipelov, M.Papenbrock, K.Pysz, V.Serdyuk, H.Stroeher, C.Wilkin, H. Xu Measurement of the isospin-filtering dd -> 4He K+ K- reaction at Q=39 MeV; Eur.Phys.J.A 42, p.1-6, 2009  =2.015*30/10=6,045 >:;04K: V. Grishina, K 3He and K 4He interactions at low energies 19th international IUPAP Conference on Few-Body Problems in Physics, University of Bonn, Germany, August 31  September 5, 2009. (to be published in Eur. Phys. J A)  =6 V. Grishina Interactions of Low-Energy Kaons with Lightest Nuclei, XII 564C=0@>4=K9 !5<8=0@ ?> M;5:B@><03=8B=K< 2708<>459AB28O< O45@, 17-20 A5=BO1@O, 2009 3>40, =AB8BCB /45@=KE AA;54>20=89 , >A:20  =6 V. Grishina Interactions of Low-Energy anti-Kaons with Lightest Nuclei, ANKE/PAX Workshop on Spin Physics, JINR, Dubna, Russia, 22-26 June, 2009.  =4 B>3>:  =24,045LVALOG68;02O= 5>=84 025=>28G, 27.03.1940, =0CG=K9 A>B@C4=8:.   70 2008-2009 33. = 99.8. Ia. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E: 1. ..68;02O=.  A?5:BK D>B>O45@=>3> (12N; 12B) 0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25I5AB2 A CG5B>< D>=>2KE D>B>=59B@>=>2 . 725AB8O .. !5@8O D878G5-A:0O, 2009, B>< 73, ! 6, A. 846-852.  =0,277*60 = 16,62. 2. L.Z.Dzhilavyan.  Aspects of Photonuclear (12N; 12B)-Activity Detection of Explosives Taking into Account Background Photoneutrons . .Bulletin of the Russian Academy of Sciences: Physics, 2009, Vol. 73, No. 6, pp. 799-805).  =0,277*60 = 16,62. 3. ..68;02O=, ..0@52, .. 052A:89.  1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O . 725AB8O .. !5-@8O D878G5A:0O (2 ?5G0B8).  =0,277*60/3 = 5.54. 4. L.Z Dzhilavyan., A.I.Karev , V.G.Raevsky.  Disclosure and identification of hidden explosives in the photonuc-lear detection systems . .Bulletin of the Russian Academy of Sciences: Physics (in print).  =8/3= 0,277*60/3 = 5.54. 5. ..68;02O=, ..0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . 725AB8O .. !5@8O D878G5A:0O (2 ?5G0B8).  =0,277*60/2 = 8.31. 6. L.Z.Dzhilavyan, A.I.Karev. About radiation safety of the photonuclear method for disclosure of hidden explo-sives at examination of air passengers luggage (in print}.  =0,277*60/2 = 8.31.  Ia = 16,62+16,62+5.54+5.54+8.31+8.31 = 60.94. Ib. @5?@8=BK: 1. ..;5:A552, ..68;02O=, ..C@02;52, .. 0?B52, ..515452, ..0;8=>2A:89 ..0@52, .. 052A:89, !.. 052A:89, ..!C11>B8=, ../:>2;52. -:A?5@8<5=B0;L=>5 =01;N45=85 2B>@8G=>3> 87;C-G5=8O, 2K720==>3> D>B>O45@=K<8 @50:F8O<8 ?@8 >1;CG5=88 A>45@60I8E 07>B 8 C3;5@>4 25I5AB2 ?CG:0<8 g-:20=B>2 A8=E@>B@>=0 $ 0E@0. @5?@8=B $  8<. ..5154520, ., 2008.   = 4/11 = 0,36. 2. ..68;02O=.  2;8O=88 =0 D>B>O45@=>5 (12N; 12B) 0:B820F8>==>5 45B5:B8@>20=85 27@K2G0BKE 25I5AB2 D>=>2KE D>BLVAL>- 8 =59B@>=- O45@=KE @50:F89. @5?@8=B /  1222/2009. .: / , 2009; 19 A..   = 4. 3. ..68;02O=.  2>7<>6=>AB8 D>B>O45@=>3> (12N; 12B) 0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25-I5AB2 (), A:@KBKE 2 3@C7>2KE :>=B59=5@0E (), A CG5B>< 35=5@0F88 D>=>2KE D>B>=59B@>=>2. @5?@8=B /  1223/2009. .: / , 2009, 46 A.   = 4.  Ib = 0,36 + 4 + 4 = 8,36. III. >=D5@5=F88: 1. ..68;02O=. A?5:BK D>B>O45@=>3> (12N; 12B)-0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25I5AB2 A CG5B>< D>=>2KE D>B>=59B@>=>2. !5:F8>==K9 4>:;04 =0 56-4C=0@>4=>9 :>=D5@5=F88 /4@>-2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8. 07@01>B:0 <5B>4>2 4;O =0=>B5E=>;>389, <548F8=A:>9 D878:8 8 O45@=>9 M=5@35B8-:8.   = 6. 2. ..68;02O=. ?B8<870F8O CA;>289 >1;CG5=8O 8 @538AB@0F88 @0A?04=KE g-:20=B>2 ?@8 D>B>O45@=>< (12N; 12B)-0:B820F8>==>< 45B5:B8@>20=88 27@K2G0BKE 25-I5AB2 (), A:@KBKE 2 :0@3>-:>=B59=5@0E (). !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 /4@>-2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8. 07@01>B:0 <5B>4>2 4;O =0=>B5E-=>;>389, <548F8=A:>9 D878:8 8 O45@=>9 M=5@35B8:8.   = 6. 3. ..68;02O=, ..0@52, .. 052A:89.  1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O . !5:F8>==K9 4>:;04 =0 564C=0@>4=0O :>=D5@5=F8O /4@>-2009. $C=40<5=B0;L=K5 ?@>1;5<K 8 ?@8:;04=K5 0A?5:BK O45@=>9 D878:8: (59 !>25I0=85 ?> O45@=>9 A?5:B@>-A:>?88 8 AB@C:BC@5 0B><=>3> O4@0). '51>:A0@K, 15 19 8N=O 2009.   = 6/3 = 2. 4. ..68;02O=.  F5=:8 =02545==>9 0:B82=>AB8 ?> 87<5@5==>9 <>I=>AB8 4>7K ?@8 D>B>O45@=>< 45B5:B8-@>20=88 27@K2G0BKE 25I5AB2 . !5:F8>==K9 4>:;04 =0 564C=0@>4=0O :>=D5@5=F8O /4@>-2009. $C=40-<5=B0;L=K5 ?@>1;5<K 8 ?@8:;04=K5 0A?5:BK O45@=>9 D878:8: (59 !>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0). '51>:A0@K, 15 19 8N=O 2009.   = 6. 5. ..68;02O=, ..0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . !5:F8>==K9 4>:;04 =0 564C=0@>4=0O :>=D@ LVALP 5@5=F8O /4-@>-2009. $C=40<5=B0;L=K5 ?@>1;5<K 8 ?@8:;04=K5 0A?5:BK O45@=>9 D878:8: (59 !>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0). '51>:A0@K, 15 19 8N=O 2009.   = 6/2 = 3. 6. L.Z.Dzhilavyan, A.I.Karev, V.D.Laptev, V.G.Raevsky.  Production of short-lived isotopes 12N and 12B in 14N(g,2n), 14N(g,2p), and 13C(g,p) reactions . Proc. XII Sem. EMIN-2009 .   =30 /4 = 7,5.  III = 6+6+2+6+3+ 7,5=30,50 B>3>:   = 60.94 + 8,36 + 30,50 = 99.8LVALOG 0?8: ;5:A0=4@ 8E09;>28G @>4 28.05.1953, =A,   70 2008  2009 C1;8:0F88: G. Mandaglio & A. S. Ignatov ; A. M. Lapik ; A. N. Mushkarenkov ; V. G. Nedorezov ; N. V. Rudnev ; A. A. Turinge 5.0. . Radiation Effects and Defects in Solids (2009) in press  :60*0.467/10=2.80 2. R. Di Salvo, & Lapik, A.N. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge, 5.0. Measurement of beam asymmetry in pi photoproduction off the neutron in the second and third resonances region. Eur. Phys. J. A 42, 151-157 (2009)  :30*2.015/10=6,045 3. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Int.J. of Mod.Phys. (2009) in press.  :30*0.982*0.7/10=6.28 4. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329  :30*2.015/10=4.98 5. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149  :30*2.015/10=6,045 6.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008  :30*3.61/10 =10.87 .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008 LVAL  :60*0.467/10=2.80 A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008  :30*2.991*0.7/10=6.28 A. Lleres A.,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL Collaboration). Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. subm.to Eur.J.Phys. (2008)  :30*1.659/10=4.98 J. Ajaka A,.., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,e.a. (GRAAL Collaboration) Simultaneous photoproduction of eta and pi0 mesons on the proton. Phys.Rev.Lett.100:052003,2008  :30*7.035/10=21,11 O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008  :30*0,467/10=1,40 !.!.5@18F:89, .....0?8:, .. CA0:>2, .."C;C?>2,... AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 (g,n) =0 O4@0E 52Cr, 51V. /45@=0O D878:0, 2009, B>< 72, #3  :0.914*60/8=6.9 S.S.Verbitsky, ... A.M.Lapik, A.V.Rusakov ... PSD of the particles with energies 50 keV-4MeV by the crossing of the zero level method. 3.1(2010) (In press)  :8/9=0.9 !.!.5@18F:89, ... ,..0?8:, .. CA0:>2, .... 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 ?@8 M=5@38OE M;5:B@>=>2 50 :M  4 M <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>2 =C;52>3> C@>2=O. <LVALL@8=OB0 2 ?5G0BL ~#4,2010  :8/9=0.9 " : 82.29 >=D5@5=F88: 13. V. Bellini, .. A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge e.a. (GRAAL and LEGS Collaboration) . Recent results from the GRAAL and LEGS beams. AIP Conference Proceedings, Volume 1056, ISBN 978-0-7354-0586-8 (2008)  : 30/10=3.00 14.A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Proc.of the Int.Seminar EMIN-2009, in publ.  :30/10=3.00 15. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009 , in press.  :30/10=3.00 17. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2008).  : 30/10=3,00 " : 12.00 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 24. A.Lleres et al., (GRAAL Collaboration) (38 co-authors) ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Arxiv:nucl-ex/0807.3839  : 4/38=0.4 25. V.G.Gurzadyan et al., (34 co-authors) ``On the Light Speed Anizotropy vs Cosmic Microwave Background Arxiv:astro-ph/0701127  : 4/34=0.4 " 0.8 " 95.09LVALOG 3=0B>2 ;5:A0=4@ !5@35528G, @>4 , <=A $/ ,   70 2008  2009 33. = 61,67 C1;8:0F88: C1;8:0F88: 1. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Int.J. of Mod.Phys. (2009) in press.  : 30*0.982*0.7/10=6.28 2. A. S. Ignatov, A. N. Mushkarenkov, and V. G. Nedorezov. Eta-Meson Photoproduction on Protons, Neutrons, and Light Nuclei in the Nucleon-Resonance Region. Physics of Atomic Nuclei, 2009, Vol. 72, No. 10, pp. 1773-1780  : 30*0,467/10=1,40 6. G. Mandaglio & A. S. Ignatov ; A. M. Lapik ; A. N. Mushkarenkov ; V. G. Nedorezov ; N. V. Rudnev ; A. A. Turinge 5.0. . Radiation Effects and Defects in Solids (2009) in press.  : 60*0.467/10=2.80 7. . !. 3=0B>2, . . CH:0@5=:>2, . . 54>@57>2, $>B>@>645=85 MB0-<57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2, /45@=0O D878:0, 2009, B>< 72, ! 10, A. 1831-1838  : 60*0.467/10=2.80 9.Fantini et al.,(GRAAL Collaboration), (35 co-autors), ``First measurement of the $\Sigma$ beam asymmetry in $\eta$ photoproduction on the neutron". Phys. Rev. C 78:015203.2008.  : 30*3.61/10 =10.8 8. .0@B0;8=8, .C7=5F>2, .0?8:, .CH:0@5=:>2, .54>@57>2, . C4=52, . "C@8=35 8 4@. 7<5@5=85 ?>;=>3> A5G5=8O D>B>?>3;>I5=8O =0 ?@>B>=5 2 >1;0AB8 M=5@389 600 - 1500 M =0 CAB0=>2:5  ,. /45@=0O D878:0, 76-83, 2008.  : 60*0.467/10=2.80 9.A.Ignatov et al., (37 co-authors)  New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Prog.Part.Nucl.Phys.61:253-259,2008.  : 30*2.991*0.7/10=6.28 11. O. Bartalini A., .., Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge,et al GRAAL Collaboration Measurement of the total photoabsorption cross section on a proton in the energy range 600-MeV - 1500-MeV at the GRAAL. Phys.Atom.Nucl.71:75-82,2008,  : 30*0,467/10=1,40  : 8/6=1.33 " : 34,56 >=D5@5=F88: 1. A.N.Mushkarenkov for the GRAAL collaboLVALration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Proc.of the Int.Seminar EMIN-2009, in publ.  : 30/10=3,00 2. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009 , in press.  : 30/10=3,00 2. A.S.Ignatov, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei. Proc. of the int.conf.  Quarks in the nucleon and nuclei . Erice-2007 Italy. . In publ. in Progr.Part.Nucl.Phys. (2007).  : 30/10=3,00 3. A.Mushkarenkov, O.Bartalini, & A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. , Eta-photoproduction on the deuteron. Proc. XI Int. Sem. EMIN-2006, Moscow, 50-58, (2007).  : 30/10=3.00 4. A.D.Belyaev, V.V.Chesnokov, A.S.Ignatov, V.G.Nedorezov, N.N.Peskov, M.E.Stepanov, A.A.Turinge, V.V.Varlamov. New relational database for experimental and model meson photoproduction data in Internet. Proc. XI Int. Sem. EMIN-2006, Moscow, 176-178, (2007).  : 30/8=3.75 8 P.Levi Sandri et al. (GRAAL Collaboration) (32 co-authors) ``Meson Photoproduction on the deuteron at GRAAL", Int.J. Mod. Phys. A22:341-348, 2007: Proceeding of 9th Int. Workshop on Meson Production Meson2006, June 2006, Cracow, Poland.  : 30*1.472*0.7/10=3.09 10. ..5;O52, !..3=0B>2, ..54>@57>2, ..>B0?>2, .. C4=52, .."C@8=35. &8D@>2>9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O <548F8=A:>9 @5=B35=>2A:>9 4803=>AB8:8 A 2KA>:8< ?@>AB@0=AB25==K< @07@5H5=85<. >:;04 =0 III "@>8F:>9 :>=D5@5=F88 548F8=A:0O D878:0 8 8==>20F88 2 <548F8=5. "@>8F: (2008).  : 4/6=0.67 11. ..5;O52, ..>=>2, !..3=0B>2, ..54>@57>2,..;5:A552, ..C7=5F>20, ..C7=5F>2, ..8B28=, ..!04K:>2,..0@8=, ..20=>2.5B5:B>@ B5?;>2KE =59B@>=>2 =0 >A=>25 SiPM A> AF8=B8;;OB>@>< ZnSB2O3 LVAL A 2KA>:8< :>>@48=0B=K< 8 2@5<5==K< @07@5H5=85<. "578AK 4>:;04>2 58->3> <564.A>25I0=8O .?> O45@=>9 A?5:B@>A:>?88 AB@C:BC@5 0B><=>3> O4@0 / -2008) . # (2008) , AB@. 270.  : 6/10=0.60 12. .!.3=0B>2, ..CH:0@5=:>2, ..54>@57>2. $>B>@>645=85 h - <57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2. "578AK 4>:;04>2 58->3> <564.A>25I0=8O .?> O45@=>9 A?5:B@>A:>?88 AB@C:BC@5 0B><=>3> O4@0 / -2008) . # (2008) , AB@. 37.  : 30/3=10.00 " : 27,11 " 61,67LVALOGI.I c0 2008-2009 aa. Iooea.aiei2 Aeaenaia@ IeeieaaaeG 19.12.1980, eoii, in, EO.. Noaoue a .aoa.e.oaiuo ca.oaa.iuo .o.iaeao: 1. A. Ignatov, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .New experimental and simulated results on nuclear media effects in meson photoproduction off nuclei., Prog. Part. Nucl. Phys. 61:253-259, 2008; I.IA=2,991*30*0,7/10=6,28 2. A. Fantini, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .First measurement of the . beam asymmetry in . photoproduction on the neutron., Phys.Rev. C 78:015203, 2008; I.IA=3,61*30/10=10,83 3. J. Ajaka, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .Simultaneous photoproduction of . and 0 mesons on the proton., Phys. Rev. Lett. 100:052003, 2008. I.IA=7,489*30/10=22,47 4. A. Lleres, ..., A. Ignatov, A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction p K+.., Eur. Phys. J. A 39:149-161,2009; ! I.IA=2,015*30/10=6.045 5. G.Mandaglio, ..., A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors), .Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers.; Radiation effects and Defects in solids, vol.164, n.5-6, (2009) 325-329. I.I = 30*2.015/10=4.98 6. A. Mushkarenkov for the GRAAL collaboration, .Photoproduction of 0+ on the proton and deuteron at E. = 0.7 ?-1.5 GeV., Int. J. of Mod. Phys. E (2009) in press. I.IA: 30*0.497*0.7/10=1.44 7. R. Di Salvo, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .Measurement of . beam asymmetry in 0 photoproduction off the neutron in the second and third resonances region., Eur. Phys. J. A 42: 151-157, 2009; I.IA=2.015*30/10=6.045 8. A. S. Ignatov, A. N. Mushkarenkov, and V. G. Nedorezov, .Eta-Meson Photoproduction on Pro LVALtons, Neutrons, and Light Nuclei in the Nucleon-Resonance Region., Physics of Atomic Nuclei, 2009, Vol. 72, No. 10, pp. 1773-1780; I.IA: 30*0,467/10=1,40 Noaoue a .aoa.e.oaiuo .inneeneeo .o.iaeao: 1. N. Rudnev, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, A. Turinge et al., .Measurement of the total photoabsorption cross section on a proton in the energy range 600 1500 MeV at the GRAAL., Phys. Atom. Nucl. 71:75-82, 2008, Yad. Fiz. 71:76-83, 2008. I.IA=0,914*60/10=5,5 2. A. N. Eaiaoia, A. I. Iooea.aieia, A. A. Iaai.acia, .Oioi.i.aaiea yoa-iaciiia ia i.ioiiao, iaeo.iiao e eaaeeo ya.ao a iaeanoe ioeeiiiuo .aciiainia, .aa.iay oeceea, 2009, oii 72, no. 10, n. 1831-1838; I.IA: 60*0.467/10=2.80 3. A.N. Eaiaoia, A.I. Iooea.aieia, A.A. Iaai.acia, .Oioi.i.aaiea ia. 0+ ia i.ioiia e aaeo.iia., Ecaanoey .AI; Na.ey oece.aneay, oii 73, no. 6, c.750a 2009; I.IA: 0.277*60/3 = 5.54 Aieeaau ia .inneeneeo eiioa.aioeyo: 1. Ieaia.iue. A.N.Eaiaoia,A.I.Iooea.aieia,A.A. Iaai.acia,.Oioi.i.aaieaia. 0+ ia i.ioiia e aaeo.iia., .a.i-2008, Iineaa, 23-27 e.iy 2008 a.; I.IA=4/3=1,3 2. I.eaeao.iiue. A.A. Iaai.acia, A.N. Eaiaoia, A.I. Iooea.aieia, .Oioi.i.aaiea -iaciiia ia i.ioiiao, iaeo.iiao e eaaeeo ya.ao a iaeanoe ioeeiiiuo .aciiainia., .a.i-2008, Iineaa, 23-27 e.iy 2008 a. I.IA=20/3=6,7 Aieeaau ia ia.aoia.iaiuo eiioa.aioeyo: 1. A. Mushkarenkov for GRAAL collaboration, .Photoproduction of 0+ on the proton and deuteron at E = 0.7 ?-1.5 GeV., International Conference of Nuclear Physics at Messina(Italy), 5-9 October 2009; I.IA: 6*1.5/10 = 0.9 EOIAI: I.IA=82.23*1,5=123.345LVALOG!5:B>@ M:A?5@8<5=B0;L=>9 B5E=8:8 $/  0AG5B 8=48284C0;L=KE   >=4@0BL52 .. 86.016+15+7.2=108.216 >;>=A:89 .. 73.914+7.2=81.114 8A8= .. 86.016+15+7.2=108.216   @C:>2>48B5;O 8A8=0 .. 108.216*0.5+99.182*0.75=128.4945 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2008  2009 33. 1. C.M. Tarbert, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Incoherent neutral pion photoproduction on Phys.Rev.Lett., 100,132301 (2008). 7.18*30*0.1=21.54 2.V.L. Kashevarov, , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Photoproduction of 0 on protons and the (1700)D33-resonance Eur. Phys. J A 42 (2009) 141, DOI 10.1140/epja/i2009-10868-4 2.015*30*0.1=6.045 3.M. Unverzagt, , , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Determination of the Dalitz plot parameter  for the decay Eur. Phys. J. A (2009) DOI 10.1140/epja/i2008-10710-7 2.015*30*0.1=6.045 4.J. Ahrens,& , R. Kondratiev,& , V. Lisin,& Helicity dependence of the total inclusive cross section on the deuteron Phys. Lett. B 672 (2009) 328-332 4.034*30*0.1=12.102 5.S. Prakhov, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Measurement of the slope parameter  for the  ! 30 decay with the Crystal Ball detector at the Mainz Microtron (MAMI-C) Phys. Rev. C 79, 035204 (2009) 3.124*30*0.1=9.372 6.A. Starostin, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Search for the charge-conjugation-forbidden decay  ! 0 Phys. Rev. C 79, 065201 (2009) 3.124*30*0.1=9.372 7.D. Krambrich, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Beam-Helicity Asymmetries in Double Pion Photoproduction off the Proton Phys. Rev. Lett. 103, 052002 (2009) 7.18*30*0.1=21.54 B>3>: >=4@0BL52, 8A8= 86.016 >;>=A:89 73.914 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8, >A:20, 23-27 8N=O 2008 3. >=4@0BL52 . ., 8A8= ..: 5@2K5 42064K ?>;O@870F8>==K5 M:A?5@8<5=BK A <5G5=K<8 D>B>=0<8 30/2=15 >:;04K, A45;0==K5 >B 8<5=8bLVALr :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference Darmstadt, 10 - 14 <0@B0 2008 3., http://www.dpg-verhandlungen.de/2008/darmstadt/index.html 1) HK 2.1: Latest results from the GDH-experiment on the deuteron 2) HK 2.5: Messung elektromagnetischer Formfaktoren von Mesonen mit dem Crystal Ball/TAPS Detektor an MAMI Bochum, 16-20 <0@B0 2009, http://www.dpg-verhandlungen.de/2009/bochum/index.html 3) HK 24.3: Topics in Meson Photoproduction with Crystal Ball/TAPS at MAMI 4) HK 24.5: Photoproduction of -mesons off the deuteron 5) HK 34.5: Photoproduction of pion pairs off 7Li 6) HK 34.6: Radiative pion photoproduction in the region of the Delta(1232) resonance 7) HK 46.2: Helicity asymmetries in double pion photoproduction off deuterium 8) HK 46.7: Use of the coherent 12C(, 0) reaction to measure photon polarisation 9) HK 56.5: Neutral decays of the -meson at MAMI 10) HK 57.7:  photoproduction on 3He : Search for -mesic nuclei 11) HK 62.4: Status of the endpoint tagger at the CB experiment 12) HK 81.7: The GDH Experiment on the Deuteron at MAMI B>3> 6*0.1*12=7.2LVALOG!5:B>@ M:A?5@8<5=B0;L=>9 B5E=8:8 $/  0AG5B 8=48284C0;L=KE   >=4@0BL52 .. 86.016+15+7.2=108.216 >;>=A:89 .. 73.914+7.2=81.114 8A8= .. 86.016+15+7.2=108.216   @C:>2>48B5;O 8A8=0 .. 108.216*0.5+99.182*0.75=128.4945 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2008  2009 33. 1. C.M. Tarbert, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Incoherent neutral pion photoproduction on Phys.Rev.Lett., 100,132301 (2008). 7.18*30*0.1=21.54 2.V.L. Kashevarov, , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Photoproduction of 0 on protons and the (1700)D33-resonance Eur. Phys. J A 42 (2009) 141, DOI 10.1140/epja/i2009-10868-4 2.015*30*0.1=6.045 3.M. Unverzagt, , , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Determination of the Dalitz plot parameter  for the decay Eur. Phys. J. A (2009) DOI 10.1140/epja/i2008-10710-7 2.015*30*0.1=6.045 4.J. Ahrens,& , R. Kondratiev,& , V. Lisin,& Helicity dependence of the total inclusive cross section on the deuteron Phys. Lett. B 672 (2009) 328-332 4.034*30*0.1=12.102 5.S. Prakhov, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Measurement of the slope parameter  for the  ! 30 decay with the Crystal Ball detector at the Mainz Microtron (MAMI-C) Phys. Rev. C 79, 035204 (2009) 3.124*30*0.1=9.372 6.A. Starostin, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Search for the charge-conjugation-forbidden decay  ! 0 Phys. Rev. C 79, 065201 (2009) 3.124*30*0.1=9.372 7.D. Krambrich, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Beam-Helicity Asymmetries in Double Pion Photoproduction off the Proton Phys. Rev. Lett. 103, 052002 (2009) 7.18*30*0.1=21.54 B>3>: >=4@0BL52, 8A8= 86.016 >;>=A:89 73.914 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8, >A:20, 23-27 8N=O 2008 3. >=4@0BL52 . ., 8A8= ..: 5@2K5 42064K ?>;O@870F8>==K5 M:A?5@8<5=BK A <5G5=K<8 D>B>=0<8 30/2=15 >:;04K, A45;0==K5 >B 8<5=8bLVALr :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference Darmstadt, 10 - 14 <0@B0 2008 3., http://www.dpg-verhandlungen.de/2008/darmstadt/index.html 1) HK 2.1: Latest results from the GDH-experiment on the deuteron 2) HK 2.5: Messung elektromagnetischer Formfaktoren von Mesonen mit dem Crystal Ball/TAPS Detektor an MAMI Bochum, 16-20 <0@B0 2009, http://www.dpg-verhandlungen.de/2009/bochum/index.html 3) HK 24.3: Topics in Meson Photoproduction with Crystal Ball/TAPS at MAMI 4) HK 24.5: Photoproduction of -mesons off the deuteron 5) HK 34.5: Photoproduction of pion pairs off 7Li 6) HK 34.6: Radiative pion photoproduction in the region of the Delta(1232) resonance 7) HK 46.2: Helicity asymmetries in double pion photoproduction off deuterium 8) HK 46.7: Use of the coherent 12C(, 0) reaction to measure photon polarisation 9) HK 56.5: Neutral decays of the -meson at MAMI 10) HK 57.7:  photoproduction on 3He : Search for -mesic nuclei 11) HK 62.4: Status of the endpoint tagger at the CB experiment 12) HK 81.7: The GDH Experiment on the Deuteron at MAMI B>3> 6*0.1*12=7.2LVALOG!5:B>@ M:A?5@8<5=B0;L=>9 B5E=8:8 $/  0AG5B 8=48284C0;L=KE   >=4@0BL52 .. 86.016+15+7.2=108.216 >;>=A:89 .. 73.914+7.2=81.114 8A8= .. 86.016+15+7.2=108.216   @C:>2>48B5;O 8A8=0 .. 108.216*0.5+99.182*0.75=128.4945 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2008  2009 33. 1. C.M. Tarbert, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Incoherent neutral pion photoproduction on Phys.Rev.Lett., 100,132301 (2008). 7.18*30*0.1=21.54 2.V.L. Kashevarov, , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Photoproduction of 0 on protons and the (1700)D33-resonance Eur. Phys. J A 42 (2009) 141, DOI 10.1140/epja/i2009-10868-4 2.015*30*0.1=6.045 3.M. Unverzagt, , , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Determination of the Dalitz plot parameter  for the decay Eur. Phys. J. A (2009) DOI 10.1140/epja/i2008-10710-7 2.015*30*0.1=6.045 4.J. Ahrens,& , R. Kondratiev,& , V. Lisin,& Helicity dependence of the total inclusive cross section on the deuteron Phys. Lett. B 672 (2009) 328-332 4.034*30*0.1=12.102 5.S. Prakhov, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Measurement of the slope parameter  for the  ! 30 decay with the Crystal Ball detector at the Mainz Microtron (MAMI-C) Phys. Rev. C 79, 035204 (2009) 3.124*30*0.1=9.372 6.A. Starostin, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Search for the charge-conjugation-forbidden decay  ! 0 Phys. Rev. C 79, 065201 (2009) 3.124*30*0.1=9.372 7.D. Krambrich, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Beam-Helicity Asymmetries in Double Pion Photoproduction off the Proton Phys. Rev. Lett. 103, 052002 (2009) 7.18*30*0.1=21.54 B>3>: >=4@0BL52, 8A8= 86.016 >;>=A:89 73.914 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2008. @>1;5<K DC=40<5=B0;L=>9 O45@=>9 D878:8, >A:20, 23-27 8N=O 2008 3. >=4@0BL52 . ., 8A8= ..: 5@2K5 42064K ?>;O@870F8>==K5 M:A?5@8<5=BK A <5G5=K<8 D>B>=0<8 30/2=15 >:;04K, A45;0==K5 >B 8<5=8bLVALr :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference Darmstadt, 10 - 14 <0@B0 2008 3., http://www.dpg-verhandlungen.de/2008/darmstadt/index.html 1) HK 2.1: Latest results from the GDH-experiment on the deuteron 2) HK 2.5: Messung elektromagnetischer Formfaktoren von Mesonen mit dem Crystal Ball/TAPS Detektor an MAMI Bochum, 16-20 <0@B0 2009, http://www.dpg-verhandlungen.de/2009/bochum/index.html 3) HK 24.3: Topics in Meson Photoproduction with Crystal Ball/TAPS at MAMI 4) HK 24.5: Photoproduction of -mesons off the deuteron 5) HK 34.5: Photoproduction of pion pairs off 7Li 6) HK 34.6: Radiative pion photoproduction in the region of the Delta(1232) resonance 7) HK 46.2: Helicity asymmetries in double pion photoproduction off deuterium 8) HK 46.7: Use of the coherent 12C(, 0) reaction to measure photon polarisation 9) HK 56.5: Neutral decays of the -meson at MAMI 10) HK 57.7:  photoproduction on 3He : Search for -mesic nuclei 11) HK 62.4: Status of the endpoint tagger at the CB experiment 12) HK 81.7: The GDH Experiment on the Deuteron at MAMI B>3> 6*0.1*12=7.2LVALOGC1A0=4>@6852 ..   2008-2009 C1;8:0F88 2008 1.Yu. Kudenko, E. Akhrameev, G. Bondarenko, V. Golovin, E. Gushin, A. Izmailov, M. Khabibullin, A. Khotyantsev, B. Lubsandorzhiev, O. Mineev, Yu. Musienko, A. Shaykhiev, N. Yershov. Study of MRS photodiodes for T2K experiment // Proc. of PD07 Conference. Kobe Japan. June 27-29. 2007. / Proceedings of Science. Po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ubsandorzhiev, B.Combettes. 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Aix-les-Bains France. >:;04:  QUASAR-370 hybrid phototube as a prototype of a photodetector for the next generation of neutrino telescopes 30 5. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection , 16-20 June 2008. Aix-les-Bains France. >:;04:  Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fiber optics readout of plastic scintillator counter for EMMA experiment 6/10=0.6 6. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection NDIP2008 , 16-20 June 2008. Aix-les-Bains France. >:;04:  Cherenkov muon-veto detector of GERDA experiment 6/5=1.2 7. 5-0O <564C=0@>4=0O :>=D5@5=F8O ?> D>B>45B5:B8@>20=8N  New Developments in Photodetection NDIP2008 , 16-20 June 2008. Aix-les-Bains France. >:;04:  Scintillating crystal Hybrid Photon Detetctor (X-HPD) development for the KM3Net km3-scale neutrino telescope 6/8=0.75 8. 564C=0@>4=0O H:>;0  EUROGRAD , LVAL6-9 October 2008, Tuebingen Germany. >:;04: Fundamentals of Photodetection 30 9. 564C=0@>4=0O :>=D5@5=F8O ?> 45B5:B8@>20=8N =59B@8=> =87:8E M=5@389 LENA2008, 15-18 December 2008, Garching Germany >:;04:  Present status of large area photodetectors 30 182.55 C:>2>4AB2> 1. C:>2>4AB2> 0A?8@0=B><. (091>=>2 0B>@ ;5:A0=4@>28G, 0A?8@0=B 3-3> 3>40 $, B5<0 48AA5@B0F8>==>9 @01>BK  -;5<5=BK D>B>=8:8 2 M:A?5@8<5=B0E =5CA:>@8B5;L=>9 D878:8 M;5<5=B0@=KE G0AB8F (30)E1=30 3. C:>2>4AB2> 0A?8@0=B><. >;5IC: ><0= ;048<8@>28G, 0A?8@0=B 2-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  $>B>45B5:B>@K M:A?5@8<5=B>2 GERDA 8 D-CHOOZ 30E1=30 4. C:>2>4AB2> 0A?8@0=B><. 5@5A=8:>20 ==0 0A8;L52=0, 0A?8@0=B:0 /  3 3>4, B5<0 48AA5@B0F8>==>9 @01>BK  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;0 CaMoO4 (30)/2=15 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, <038AB@0BC@0 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2, 48?;><=0O @01>B0  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;0 ZnO:Ga 10E1=10 6. C:>2>4AB2> ABC45=B>< 48?;><=8:><. 028B0H28;8 @0:;89 (>B0528G 48?;><=8: A?5F80;8AB $, 48?;><=0O @01>B0  AA;54>20=85 2>7<>6=>AB8 8A?>;L7>20=8O :@5<=852KE D>B>C<=>68B5;59 2 20:CC<=KE 381@84=KE D>B>45B5:B>@0E 10E1=10 95 !C<<0,   2008: 375,645 C1;8:0F88 2009 1. J.Greiner, A.Iyudin, G.Kanbach, & & .., L.Bezrukov, B.Lubsandorzhiev, R.Poleshuk et al. Gamma-ray burst investigation via polarimetry and spectroscopy (GRIPS) // Experimental Astronomy. 2009, 23:1, 91. 0.296x30/10=0.888 2. ..5@5A=8:>20, . .0@010=>2, ..C1A0=4>@6852, ..>;5IC:, (091>=>2 ..., .-.OBG8=, ..>@=>CE>2. AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 CaMoO4 // "- 2009. N.1. !.41. 0,226E60/7=1,937 3. ..0A8;L52, ..@MAA, ..>@>AB5;520, & & & & & , ..C1A0=4>@6852, ..(091>=>2 (<;.) 8 4@. 7<5@5=85 D>@<K 8<?C;LA0 G5@5=:>2A:>3> 87;CG5=8O H8@>:8E 0B<>AD5@=KE ;82=59 2 M:A?5@8<5=B5 "# // "-. 2009. !.2. !.17. 0,226E60/10=1,356 4. B.K.LubsLVALandorzhiev. Hybrid Phototubes in Neutrino Telescopes: Experience and Perspectives // Nucl. Instrum. and Meth. A. 2009. V. 602. P.201. 1,224E30/1= 36,72 5. B.K.Lubsandorzhiev, R.V.Poleshuk, B.A.M.Shaibonov, Ye.E.Vyatchin LED based powerful nanosecond light sources for calibration systems of deep underwater neutrino telescopes // Nucl. Instrum. and Meth. A. 2009. V. 602. P.220. 1,224E30/4= 9,18 6. A.V.Veresnikova, B.K.Lubsandorzhiev, I.R.Barabanov, P.Grabmayr, D.Greiner, J.Jochum, M.Knapp, C.Osswald, R.V.Poleshuk, F.Ritter, B.A.M.Shaibonov, Y.E.Vyatchin, G.Meierhofer. Fast Scintillation Light from CaMoO4 crystals // Nucl. Instrum. and Meth. A. 2009. Vol.603. P.529-531. 1,224E30/13= 2,83 7. B.K.Lubsandorzhiev. 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V.I.Volchenko, E.V.Akhrameev, L.B.Bezrukov, ............., B.K.Lubsandorzhiev, R.V.Poleshuk, B.A.M.Shaibonov et al. Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout // LVALCentral European Journal of Physics. doi:10.2478/s11534-009-0135-4. 0,448E30/10=1,344 12. ..C4=52, .8H=52A:8, ..@5AA, & & & .., ..C1A0=4>@6852 8 4@. "#-133: !B0BCA 2008 3>;0 8 @0728B85 <5B>48:8 0=0;870 40==KE // 725AB8O . !5@8O D878G5A:0O. 2009. ".73. N.5. !.627. 8/10=0,8 13. Budnev N.M., Chvalaiev O.A., O.A.Gress, & & & & , Lubsandorzhiev B.K. et al., The Cosmic Ray Mass Composition in the Energy Range 1015-1018 eV measured with the Tunka Array: Results and Perspectives // Nucl. Phys. B (Proc. Suppl.) 2009. Vol.190. P.247. 0,875E30/10=2,625 14. L.Bezrukov, K.Butin, I.Davitashvili, & & & & , B.Lubsandorzhiev, R.Poleshuk, B.Shaibonov (Jr), et al. Geiger mode APD s for the underground cosmic ray experiment EMMA // PoS(PD09)026 / arXiv:0910.5588 [physics] 0,4 15. T.Enqvist, L.Bezrukov, H.Fynbo, & & & ., B.Lubsandorzhiev et al. EMMA  an underground cosmic-ray experiment // Nucl. Phys. B. (Proc. Suppl.). 2009. V.196. P.255. 0,875E30/10=2,625 111,589 KABC?;5=8O 1. 564C=0@>4=0O :>=D5@5=F8O  TUNKA Workshop , @:CBA: 13-20 !5=BO1@O 2009. >:;04:  Nuclear Photonics: the case of astroparticle physics experiments 30 2. 564C=0@>4=0O :>=D5@5=F8O  Workshop on  Large area photodetectors for the next generation neutrino telescopes  . >:;04:  Neutrino telescopes: HPDs vs PMTs "N18=35= 5@<0=8O, 24-27 >O1@O 2009. 30 3. 564C=0@>4=0O :>=D5@5=F8O  11th Pisa meeting on Advanced Detectors La Biodola, Isola d Elba (Italy). !B5=4>2K9 4>:;04:  The calibration system of the GERDA muon veto Cherenkov detector . 6/2=3 63 C:>2>4AB2> 1. C:>2>4AB2> 0A?8@0=B><. >;5IC: ><0= ;048<8@>28G, 0A?8@0=B 2-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  $>B>45B5:B>@K M:A?5@8<5=B>2 GERDA 8 D-CHOOZ 30E1=30 2. C:>2>4AB2> 0A?8@0=B><. 028B0H28;8 @0:;89 (>B0528G 0A?8@0=B 1-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  @5<=852K5 D>B>C<=>68B5;8 2 AF8=B8;;OF8>==KE AG5BG8:0E 30E1=30 3. C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, <038AB@0BC@0 >AA89A:>3> #=825|LVAL@A8B5B0 4@C61K =0@>4>2, <038AB5@A:0O 48AA5@B0F8O  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;0 ZnO:Ga 10E1=10 70 !C<<0,   2009: 244,589 !C<<0,   2008-09: 620,234>LVAL$P;5:A552 235=89 8:>;0528G,19403.@., 4D<=, 2=A  / ,   70 2008-200933. C1;8:0F88: 1. ..;5:A552, ..;5:A5520 538AB@0F8O =59B@8==>3> A83=0;0 >B SN19870 23 D52@0;O 1987 3>40 2 7:35 UT: 0==K5 0:A0=A:>3> ?>475<=>3> =59B@8==>3> B5;5A:>?0. 8AL<0 2 , B>< 34, !11, 2008. ?@=4  6/2 = 3 1. >:;04K: =5B B>3>: 3 1 0AG5B ?@=4 82>20@>20 . . 70 2008-2009 33 New Renormalization Group Equations and the Naturalness Problem. Grigorii Pivovarov, . CERN-PH-TH-2009-242, Dec 2009. 17pp. Temporary entry e-Print: arXiv:0912.1521 [hep-ph] +4 UV properties of scalar field, talk at international conference Hadron Structure 09. Accepted for publication in Nucl.Phys.B +6*1.5 Diffractive Higgs and dijet production at colliders. Victor T. Kim, (St. Petersburg, INP) , Grigorii B. Pivovarov, (Moscow, INR) . 2008. 10pp. Published in Fizika B17:329-338,2008. +4 Asymptotic effects in jet production at high energies. V.B. Gavrilov, (Moscow, ITEP) , V.T. Kim, (St. Petersburg, INP) , A.A. Krokhotin, (Moscow, ITEP) , G.B. Pivovarov, (Moscow, INR) , G.B. Safronov, (Moscow, ITEP) . Jan 2009. 3pp. Presented at 15th International Seminar on High Energy Physics: Quarks - 2008, Sergiev Posad, Russia, 23-29 May 2008. e-Print: arXiv:0901.1985 [hep-ph] +2 On Naturalness of Scalar Fields and Standard Model. Grigorii B. Pivovarov, (Moscow, INR) , Victor T. Kim, (St. Petersburg, INP) . CERN-PH-TH-2007-250, Dec 2007. (Received Dec 2007). 3pp. Published in Phys.Rev.D78:016001,2008. e-Print: arXiv:0712.0402 [hep-ph] +30*5.05/2 B>3> 95 10;;>2.LVALOG;8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :D<=, A=A  / ,   70 2008-2009 33. >:;04K 2008. 1. J. Szabelski ,A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov , Yu.V. Stenkin for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee , 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, September 1st-6th, 2008. 6/9= 0,67 1. 2. A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: I. Hadrons with Eh > 30 GeV , 21st European Cosmic Ray Symposium,Koaice, Slovakia, September 9  12, 2008. 6 /8= 0,75 1. 3. A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov and Yu.V. Stenkin,  A study of penetrating EAS component at Carpet-2 EAS array: II. Muons with E > 1 GeV , 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. 6/8= 0,75 1. 4. A.U. Kudzhaev, D.D. Dzhappuev, V.V. Alekseenko, A.B. Chernyev, N.F. Klimenko, A.S.Lidvansky, V.B. Petkov, Yu.V. Stenkin, for the Carpet-3 collaboration,  Carpet-3 - a new experiment to study primary composition around the knee , 21st European Cosmic Ray Symposium, Koaice, Slovakia, September 9  12, 2008. 6 /8= 0,75 1. >:;04K 2009. 1. E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Proc. 31st ICRC, Lodz (Poland), LVAL 7-15 July 2009. 6 /10= 0,6 1. C1;8:0F88 2008. 1. ..5B:>2, ..60??C52, .#.C46052, ..>;G5=:>, ..>;G5=:>, .(.C;852, ..C;8520, ..;5:A55=:>, ..;8E0=>2, ..70?0@>20, .$./=8=, .$.;8<5=:>, ..C@5=O, .!.8420=A:89, ...!B5=L:8=, ..!B5?0=>2, ..!<8@=>2, ..>7O@82A:89, ..'5@=O52, ..5B@CE8=, ..<?8;>3>2, ..>340=>2, ..@><CH:8=, ..8=48=, ..><?0=85F, !.!.%>E;>2, ../H8=, .%.%>:>=>2, .%.%>:>=>2, ..>G:0@>2, ..!.@8H:0=, /.(015;LA:8, ".8183, .0HB5;0=, .=4659G0:, ..!0@:0<>, ". 09E0, "#AB0=>2:0 >25@-3 4;O 87CG5=8O ( 2 >1;0AB8 87;><0", 30-O , !0=:B-5B5@1C@3, 2-7 8N;O 2008, "578AK 8 4>:;04K, EAS_28. 8/10= 0,8 *1.5=1.2 1. C1;8:0F88 2009 1. J.Szabelski (for the Carpet-3 collaboration),  Carpet-3 - a new experiment to study primary composition around the knee , Nuclear Physics B (Proc. Suppl.) 196, pp. 371 374, 2009; 8/10= 0,8 *1.5=1.2 1. 2. J.Szabelski (for the Carpet-3 collaboration),  Carpet-3 - a new experiment to study primary composition around the knee , e-Print: arXiv:0902.0252 [astro-ph.IM] , 2009. 6/10=0.6 3. .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 8/10=0.8 4. E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Proc. 31st ICRC, Lodz (Poland), 7-15 July 2009, icrc0379; e-Print: arXiv:0906.3182v1 [astro-ph.CO], 2009. 8/10=0.8 5BLVALR. V.V.Alekseenko at all"10-100TeV cosmic ray anisotroropy mesured at Baksan "Carpet" array, e-Print:arXiv:0902.2967. [astro-ph.GA],2009 8/10= 0.8 1. "-0.67+0.75*3+1.2+0.6+1.2+0.6+0.8*3=8.9LVALOGC7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503.,:D<=, 8.>. 702  / ,   70 2008-2009 33. I) C1;8:0F88: 1) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. 4/7= 0,6 E 1,5 = 0,9 1  0,6 1 = 0,3 1 2) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 4/6 = 0,7 E 1,5 = 1,05 1  0,7 1 = 0,35 1 3) D.Budjas, C.Catadory, A. Gangapshev, W. Hampel, M. Heisel, D. Heusser, M. Hult, A. Klimenko, V. Kuzminov, M. Laubenshtein, W. Maneschg, S. Nisi, S. Schnert, H. Simgen, A. Smolnikov, C. Tomei, A. di Vacri, S. Vasiliev, G. Zuzel.  Highly sensitive gamma-spectrometers of GERDA for material screening: Part I. 0) ProceedLVALings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 228-232. 4/10 = 0,4 E 1,5 = 0,6 1  0,4 1 = 0,2 1) arXiv:0812.0723 [hep-ex] 4/10 = 0,41 4) .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 5) .. ;5:A55=:> 8 4@./ !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN // $878:0 5<;8 2009, !8, !.91 {10, .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, ..!B5?0=>2} 8 / 9 = 0,9 1 6) ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 7) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, LVAL.. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 8) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 9) ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 10) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 11) #G51=>-<5B>48G5A:>5 ?>A>185 07>=0?>;=5==K5 45B5:B>@K O45@=KE 87;CG5=89, 0;LG8:, 01.-0;:. C=-B, 2008. 59 A. (!>02B>@K: C7L<8=>2 .., 0A052 .., !02>9A:89 ..., %>:>=>2 .%.) (59/16) E 2 / 4 = 1,8 1. II) >:;04K: 1. LVAL .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G}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jLVALz5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  9 A53>  71 G >@01>B:0 :C@A0 - 8 1 2) $878:0 =87:>D>=>2KE 87<5@5=89 !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  10 A53>  71 G >@01>B:0 :C@A0 - 8 1 3) 01>G0O ?@>3@0<<0 ?> A?5F. ?@0:B8:C<C $878:0 =87:>D>=>2KE M:A?5@8<5=B>2 !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  10 A53>  51 G - 8 1 C:>2>4AB2> 0A?8@0=B><: 070;>2 .. (2005-2008 33. >1CG5=8O) - 30*1=30 1. B>3>: =115,0 1   @C:>2>48B5;O: A@54=55 ?> $ (7 G5;. ?>AB>O==K9 HB0B): (8,34+8,64+15,48+4,8+2,12+71+7)/7= 16,8 1 115,0 / 2+0,75*16,8= 70,1LVALOG0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :D<=, =.A.  / ,   70 2008-200933. I) C1;8:0F88: 1) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. 4/7= 0,6 E 1,5 = 0,9 1  0,6 1 = 0,3 1 2) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 4/6 = 0,7 E 1,5 = 1,05 1  0,7 1 = 0,35 1 3) D.Budjas, C.Catadory, A. Gangapshev, W. Hampel, M. Heisel, D. Heusser, M. Hult, A. Klimenko, V. Kuzminov, M. Laubenshtein, W. Maneschg, S. Nisi, S. Schnert, H. Simgen, A. Smolnikov, C. Tomei, A. di Vacri, S. Vasiliev, G. Zuzel.  Highly sensitive gamma-spectrometers of GERDA for material screening: PartLVAL I. a) Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 228-232. 4/10 = 0,4 E 1,5 = 0,6 1  0,4 1 = 0,2 1) arXiv:0812.0723 [hep-ex] 4/10 = 0,41 4) .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 5) ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 6) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 7) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 200LVAL8,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:> } 4/8 = 0,5 E 1,5 = 0,75 1 8) ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, ..56052, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 9) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 II) >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: =5B IV) C:>2>4AB2> 48?;><=8:><: =5B B>3>: 8,34LVALOG02@8;N: .@89 8E09;>28G, @>4. 02.09.19583., =.A.  / ,   70 2008-200933. I) C1;8:0F88: 1) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. 4/7= 0,6 E 1,5 = 0,9 1  0,6 1 = 0,3 1 2) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 4/6 = 0,7 E 1,5 = 1,05 1  0,7 1 = 0,35 1 3) .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 LVAL 4) .. ;5:A55=:> 8 4@./ !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN // $878:0 5<;8 2009, !8, !.91 {10, .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, ..!B5?0=>2} 8 / 9 = 0,9 1 5) ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 6) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 7) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 8) ..LVAL56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 9) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 II) >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 8,64LVALOG070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., 8=6.-8AA;54.  / ,   70 2008-2009 33. I) C1;8:0F88: 1) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. 4/7= 0,6 E 1,5 = 0,9 1  0,6 1 = 0,3 1 2) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 4/6 = 0,7 E 1,5 = 1,05 1  0,7 1 = 0,35 1 3) .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 LVAL= 3,61 1 4) ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 5) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 6) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 7) ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2LVAL, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 8) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 II) >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 7,74*2,0 (70:>=G8; C=-B 2 2005 3.) = 15,48LVALOG 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., :D<=, 1/2AB02:8 =.A.  / ,   70 2008-200933. I) C1;8:0F88: 1) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. 4/7= 0,6 E 1,5 = 0,9 1  0,6 1 = 0,3 1 2) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 4/6 = 0,7 E 1,5 = 1,05 1  0,7 1 = 0,35 1 3) .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 4) ... 02@8LVAL;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 5) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 6) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 7) ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, LVAL!.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 8) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 II) >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 7,74/2(?>;AB02:8)= 3,87LVALOG0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., 1/2 AB02:8 <.=.A.  / ,   70 2008-20093. I) C1;8:0F88: 1) Title: Comparative analysis of spectra of the background of the proportional counter filled with Kr, enriched in Kr-78, and with Kr of natural content Authors: Yu.M.Gavriljuk (1), V.N.Gavrin (1), A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 4 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, ISBN 978-5-94274-055-9, Moscow, 2008, pp. 211-217. 4/7= 0,6 E 1,5 = 0,9 1  0,6 1 = 0,3 1 2) Title: Measurement of surface alpha-acrivity of different samples with ion pulse ionization chamber Authors: Yu.M.Gavriljuk (1), , A.M.Gangapshev (1), V.V.Kazalov (1), V.V.Kuzminov (1), S.I.Panasenko (2), S.S.Ratkevich (2) (1-Baksan Neutrino Observatory INR RAS, Russia, 2-Karazin Kharkiv National University, Ukraine) Comments: 6 pages, 7 postscript figures, talk at the XIV-th Int. School "Particles and Cosmology" Proceedings of the XIV-th International School  Particles and Cosmology (P&C-2007), April 16-21, 2007, Baksan Valley, Kabardino-Balkaria, Russia. Published by INR RAS, Moscow, ISBN 978-5-94274-055-9, 2008, pp. 218-227. 4/6 = 0,7 E 1,5 = 1,05 1  0,7 1 = 0,35 1 3) .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 4) ... 02@8;N: 8 4@LVAL. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 5) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 6) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 7) ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0BLVAL:528G} 4/7 = 0,57 E 1,5 = 0,86 1 8) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 II) >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 7,74/2(?>;AB02:8)= 3,87LVALOG-D5=4852 0A8< OG5A;02>28G, @>4. 04.03.19783., <.=.A.  / ,   70 2008-200933. C1;8:0F88: 4) ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 5) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 >:;04K: 1. ..-D5=4852 ;8O=85 <8:@>@5;L5D0 ?>25@E=>AB8 =0 A?5:B@ 0;LD0-G0AB8F, 2KE>4OI8E 87 >1@07F0. ;5=0@=K9 4>:;04 8 AB0BLO 2 "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. (2 ?5G0B8) - 4 1 C:>2>4AB2> A>8A:0B5;5<: =5B C:>2>4AB2> 48?;><=8:><: =5B V) 14.11.20073. 70I8B8; :0=4840BA:CN 48AA5@B0F8N ?> B5<5 A>15==>AB8 @0480F8>==KE ?@>F5AA>2 =0 ?CG:0E C;LB@0- @5;OB828ABA:8E M;5:B@>=>2 2 >@85=B8@>20==KE :@8AB0;;0E - CB25@645=>  11.04.2008 ( ?>2KH0NI89 :>MDD8F85=B - 2) B>3>: 4,8LVALOG/:8<5=:> !5@359 02;>28G, @>4. 30.06.19613., <.=.A.  /  A 07.07.20053.   70 2008-200933. I) C1;8:0F88: 1) ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 2) . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 3) .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 4) Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.GaX LVALh vriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko}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al [TI] >B M=5@388 =0 M:A?5@8<5=BK ?> ?>8A:C WIMPs. 10 1 2) 8E>20 O=0 ;048<8@>2=0. ?B8<870F8O ?0@0<5B@>2 ?@>?>@F8>=0;L=>3> AG5BG8:0 ?@8<5=O5<>3> 2 @048>E8<8G5A:8E M:A?5@8<5=B0E ?> @538AB@0F89 A>;=5G=KE =59B8@=>. 10 1 2009 3. 1) %>:>=>2 @A5= 048>C3;5@>4=K9 <5B>4 40B8@>20=8O. 0?@02;5=85 010700- $878:0. >4 68. 038AB@ D878:8. 038AB5@A:0O ?@>3@0<<0: 010703- 0;LG8: 2009 3>4. 0CG=K9 @C:>2>48B5;L !.=.A. HC:>2 .. 10 1 0:0;02@A:85 @01>BK 2009 3. 1) 0=:C;>20 ;5=0 CA;0=>2=0 "@>1;5<K A>;=5G=KE =59B@8=>" 0?@02;5=85 010700- $878:0. >4 68. 0;LG8: 2009 3>4. 0CG=K9 @C:>2>48B5;L !.=.A. HC:>2 .. 10 1 2) C;>20 N4<8;0 ;53>2=0 @>?>@F8>=0;L=K5 AG5BG8:8 2 @048>E8<8G5A:8E M:A?5@8<5=B0E ?> @538AB@0F88 A>;=5G=KE =59B@8=>HLVALX. 0?@02;5=85 010700- $878:0. >4 68. 0;LG8: 2009 3>4. 0CG=K9 @C:>2>48B5;L !.=.A. HC:>2 .. 10 1/2 = 5 1. .=.A. #<5@>2 (. 5:F88: " /45@=>-D878G5A:85 <5B>4K 8AA;54>20=8O 25I5AB20. A?5F80;L=>ABL 010400  D878:0. 0?@02;5=85 510400- D878:0. C@A- 4. !5<5AB@-8 . 1I55 :>;-2> G0A>2- 42 , 5:F88 - 28, @0:B8G5A:85 70=OB8O - 14, 70G5B- 8 A5<5AB@ - 8 1 " -:A?5@8<5=B0;L=K5 <5B>4K O45@=>-D878G5A:8E 87<5@5=89. !?5F80;L=>ABL 010400  D878:0. 0?@02;5=85 510400- D878:0 C@A- 4, !5<5AB@- 7, 1I55 :>;-2> G0A>2- 57, 5:F88 - 38, @0:B8G5A:85 70=OB8O -19 , 70G5B- 7 A5<5AB@ 8 1 " !B0B8AB8G5A:85 <5B>4K >1@01>B:8 O45@=>-D878G5A:>3> M:A?5@8<5=B0.0?@02;5=85 510400- D878:0. 038AB5@A:0O ?@>3@0<<0 510409- AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0. C@A- 5, !5<5AB@- 10 , 1I55 :>;-2> G0A>2- 70 G., 5:F88 - 18 G., @0:B8G5A:85 70=OB8O - 18 G., !0<>AB>OB5;L=0O @01>B0 34 G., 70G5B- 10 A5<5AB@ 8 1 " 5B5:B>@K M;5<5=B0@=KE G0AB8F. 0?@02;5=85 510400- D878:0. 038AB5@A:0O ?@>3@0<<0 510409- AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0. C@A- 5, !5<5AB@- 9, 1I55 :>;-2> G0A>2- 140 G., 5:F88 - 36 G., @0:B8G5A:85 70=OB8O - 36 G., !0<>AB>OB5;L=0O @01>B0 68 G., 70G5B- 9 A5<5AB@ - 8 1 B>3>: 71LLVAL^070@C: 0;5@89 20=>28G :0=4840B D87-<0B =0C:, =0CG=K9 A>B@C4=8: 1) On the n anti-n transitions in the medium. V.I. Nazaruk (Moscow, INR) . Nov 2008. 12pp. e-Print: arXiv:0811.2773 [hep-ph]  =4 2) Low-density limit as a test for the models of complicated processes in the nuclei. V.I. Nazaruk (Moscow, INR) . May 2008. 9pp. e-Print: arXiv:0805.4685 [nucl-th]  =4 3) Field-theoretical approach to particle oscillations in absorbing matter. V.I. Nazaruk (Moscow, INR) . Feb 2007. 27pp. Published in Eur.Phys.J.C53:573-584,2008. e-Print: hep-ph/0702071  =2.805*30=84,15 4) $n\bar{n}$ transitions in medium. V.I. Nazaruk, . Oct 2009. 10pp.e-Print: arXiv:0910.0516 [nucl-th]  =4 5) On the multistep processes in the nuclei. V.I. Nazaruk, (Moscow, INR) . Jul 2009. 11pp. Published in Eur.Phys.J.A39:249-253,2009. e-Print: arXiv:0907.2828 [nucl-th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a-G0AB8F0<8", @5?@8=B /  1227/2009, 8N=L 2009.  = 4/4=1 4. A.I. Berlev, V.I. Razin& (16 particip) Development of FARICH-detector for ALICE exp. at CERN Nucl. Instr. and Meth. Phys. Res. 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Filippov, Recent test results of TGEM-prototypes in INR, Moscow R&D51, CERN 24 November 2009.  = 4/4=1 11. !.. >B0H52, .!. 8B28=, .. 078=, .. !04K:>2, ">78F8>==>-GC2AB28B5;L=K9 ?@>2>;>G=>-AB@8?>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B><. 59 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88, AB@C:BC@5 0B><=>3> O4@0 "/4@>-2009", 15-19 8N=O 2009 3. '51>:A0@K, (A.277)LVAL.  = 6/4=1,5 12. !.. >B0H52, .!. 8B28=, .. 078=, .. !04K:>2, -.. >?B5;>2, ">78F8>==>-GC2AB28B5;L=K9 45B5:B>@ B5?;>2KE =59B@>=>2 A :>=25@B5@>< 87 B2Q@4>3> 1>@0-10", 7 =0F. :>=D. " 5=B35=., !8=E@>B@. 87;-O, 59B@>=K 8 M;.-=K 4;O 8AA;. =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>-B5E=>;>388", >A:20, 16-21 =>O1@O 2009 3., A.607.  = 6/5=1,2 13. .. 078=, .. 2G8==8:>2, .. 0@8=,& (6 02B>@>2), " 07@01>B:0 8 8AA;54>20=85 E0@0:B5@8AB8: "B>;ABKE" 307>2KE M;5:B@>==KE C<=>68B5;59 (TGEM)", 7 =0F. :>=D. 5=B35=., !8=E@>B@. 87;-O, 59B@>=K 8 M;.-=K 4;O 8AA;. =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>-B5E=>;>388", >A:20, 16-21 =>O1@O 2009 3., A.608.  = 6/6=1 14. !.. $8;8??>2, -.. >?B5;>2, .!. 8B28=, .. 078=, ... O1>2, "4=>:>>@48=0B=K9 307>2K9 ?>78F8>==>-GC2AB28B5;L=K9 45B5:B>@ =59B@>=>2" 7 =0F. :>=D., 16-21 =>O1@O 2009 3., A.617.  = 6/5=1,2 15. .. 2G8==8:>2, .. 078=, .. 5H5B8=, !.. $8;8??>2, "@>2>;>G=K9 GEM-45B5:B>@", @5?@8=B /  1235, =>O1@L 2009. arXIV: 0911.4811.  = 4/4=1 16. V.I. Razin, B.M. Ovchinnikov, A.I. Reshetin, S.N. Filippov, "RETGEM with polyvinylchloride (PVC) electrodes, arXIV: 0911.4807.  = 4/4=1 B>3>2K9  =23,427 +10.6(2008)-2(R&D51)=32.027  ;048<8@ 20=>28G !?8A>: ?C1;8:0F89 70 2009 3. 1. .. 078=, ">@>==K9 @07@O4 2 2>74CE5 <564C >AB@8Q< 8 ?;>A:>ABLN. ">:8 ?@>2>48<>AB8 8 A<5I5=8O 2 ?@>F5AA5 >1@07>20=8O AB@8<5@0. K2>4K" @5?@8=B / , 1213/2009, <0@B 2009.  = 4 2. .. 078=, " 0A?@>AB@0=5=85 8>=870F8>==KE 2>;=-AB@8<5@>2 2 <56M;5:B@>4=KE ?@><56CB:0E =0 2>74CE5 ?@8 0B<>AD5@=>< 402;5=88". @5?@8=B /  1214/2009, <0@B 2009.  = 4 3. .. 078=, LVAL.. 0@8=, .. 2G8==8:>2, .. 5H5B8=, " 57C;LB0BK 8A?KB0=89 "B>;ABKE" 307>2KE M;5:B@>==KE C<=>68B5;59 (TGEM) ?@8 >1;CG5=88 8E a-G0AB8F0<8", @5?@8=B /  1227/2009, 8N=L 2009.  = 4/4=1 4. A.I. Berlev, V.I. Razin& (16 particip) Development of FARICH-detector for ALICE exp. at CERN Nucl. Instr. and Meth. Phys. Res. 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Filippov, Recent test results of TGEM-prototypes in INR, Moscow R&D51, CERN 24 November 2009.  = 4/4=1 11. !.. >B0H52, .!. 8B28=, .. 078=, .. !04K:>2, ">78F8>==>-GC2AB28B5;L=K9 ?@>2>;>G=>-AB@8?>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B><. 59 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88, AB@C:BC@5 0B><=>3> O4@0 "/4@>-2009", 15-19 8N=O 2009 3. '51>:A0@K, (A.277).  = 6/4=1,5 12. !.. >B0H52, .!. 8B28=, .. 078=, .. !04K:>2, -.. >?B5;>2, ">78F8>==>-GC2AB28B5;L=K9 45B5:B>@ B5?;>2KE =59B@>=>2 A :>=25@B5@>< 87 B2Q@4>3> 1>@0-10", 7 =0F. :>=D. " 5=B35=., !8=E@>B@. 87;-O, 59B@>=K 8 M;.-=K 4;O 8AA;. =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>-B5E=>;>388", >A:20, 16-21 =>O1@O 2009 3., A.607.  = 6/5=1,2 13. .. 078=, .. 2G8==8:>2, .. 0@8=,& (6 02B>@>2), LVAL" 07@01>B:0 8 8AA;54>20=85 E0@0:B5@8AB8: "B>;ABKE" 307>2KE M;5:B@>==KE C<=>68B5;59 (TGEM)", 7 =0F. :>=D. 5=B35=., !8=E@>B@. 87;-O, 59B@>=K 8 M;.-=K 4;O 8AA;. =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>-B5E=>;>388", >A:20, 16-21 =>O1@O 2009 3., A.608.  = 6/6=1 14. !.. $8;8??>2, -.. >?B5;>2, .!. 8B28=, .. 078=, ... O1>2, "4=>:>>@48=0B=K9 307>2K9 ?>78F8>==>-GC2AB28B5;L=K9 45B5:B>@ =59B@>=>2" 7 =0F. :>=D., 16-21 =>O1@O 2009 3., A.617.  = 6/5=1,2 15. .. 2G8==8:>2, .. 078=, .. 5H5B8=, !.. $8;8??>2, "@>2>;>G=K9 GEM-45B5:B>@", @5?@8=B /  1235, =>O1@L 2009. arXIV: 0911.4811.  = 4/4=1 16. V.I. Razin, B.M. Ovchinnikov, A.I. Reshetin, S.N. Filippov, "RETGEM with polyvinylchloride (PVC) electrodes, arXIV: 0911.4807.  = 4/4=1 2008 3. 1. A.I.Berlev et al., Development of FARICH-detector for ALICE experiment at CERN, NIMA (2008).In Press,16 authors, Corrected Proof. Preprint: doi:10.1016\j.nima.2008.08.118  =0,4 2. 078= .. 2>?@>AC > <5E0=87<5 >1@07>20=8O A83=0;0 2 !!- @568<5. @5?@8=B / -1204-2008, >:BO1@L 2008.  =6 3. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. Published in JINST 3:S08002, 2008.  =0.333*30/10=1 >=D5@5=F88: 1.... O1>2 8 4@.<?C;LA=K9 =59B@>==K9 8AB>G=8: " -!" =0 ?@>B>==>< ?CG:5 $. %% !>25I.?> 8A?>;L7.@0AA5O=8O =59B@>=>2 2 8AA;. :>=45=A.A>AB.( !- 2008),0BG8=0,2008,12 02B>@.  =0,4 2.8B28= .!.,>B0H52 !.., 078= .. "@C4K 51->9 =0CG.:>=D. $",>A:20, >;3>?@.D87-B5E. 8=AB-B,2008 >78F.-GC2AB28B.45B5:B>@ B5?;.=59B@>=>2 4;O @5D;5:B><5B@0 - <0;>C3;>2>3> A?5:B@><5B@0 ">@87>=B".  =4/3*1,5 =2 3.Report- present. by A.Reshetin (INR RAS, Moscow)et al.Devel.of FARICH-det. for ALICE experim.at CERN . Int.Conference INST08,Novosib.,Russia,Feb.27- March 5,2008,16 authors  =0,4 4. Report-present. by A.Reshetin (INR RAS, Moscow) et al., Devel. of FARICH - detector for the ALICE VHMPID-system at CERN ALICE Week Collab.Meeting, VHMPID Meeting, CERnLVAL~N, July 1, 2008, 16 authors.  =0,4 B>3>2K9  =34,027LVALOG>?5;8>28G ;048<8@ 5=548:B>28G 1. >4 @>645=8O. 1945 2. 0B0 70I8BK 48AA5@B0F88 29 >:BO1@O 1971 3. 3. >;6=>ABL 254CI89 =0CG=K9 A>B@C4=8: 4. !?8A>: >?C1;8:>20==KE @01>B 70 2008 -2009 3.3. A C:070=85< :>;-20 02B>@>2. 1. ..>?5;8>28G. 2545=85 2 D878:C M;5<5=B0@=KE G0AB8F. '0ABL 2. 145 AB@. 740B5;LAB2> / , 2008. ISBN 978-5-94274-069-6 1 02B>@  =2*10=20 2. V.B.Kopeliovich On the  field-theoretical approach to the neutro-antineutron oscillations in nuclei. E-print arXiv:0912.5065 [hep-ph] 1 author  =4 3. V.B.Kopeliovich Selected problems of baryon spectroscopy: chiral soliton versus quark models. -"$ 135, 885-898 (2009) 1 author  =0,892*60= 52,52   70 ?C1;8:0F88: 77,52 1. !?8A>: ?0B5=B>2 70 2008 -2009 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  .  =5B 6. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2008 - 2009 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. Invited talk. V.B.Kopeliovich. Some problem s of strange baryons spectroscopy; chiral soliton versus quark models. International Workshop on Nuclear and Particle Physics at J-PARC (NP08), Mito, Ibaraki, Japan, March 05-07, 2008. http://www-ps.kek.jp/jhf-np/NP08/presentations/hadron/pdf/kopeliov08.pdf  =30 2. V.B.Kopeliovich. Some problems of baryons spectroscopy. 15th International Seminar on High Energy Physics Quarks-2008, Sergiev Posad, Russia, May 23-29. www.inr.ac.ru/ Quarks-2008/kopeliovich_v.ppt + ?C1;8:0F8O 2 B@C40E  =6*1,5=9 3. @83;0H5==K9 4>:;04. V.B.Kopeliovich. 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C@A "2545=85 2 D878:C M;5<5=B0@=KE G0AB8F 8 :20=B>2CN B5>@8N ?>;O" G8B05BAO ABC45=B0< 3-4-3> :C@A>2 $". >@01>B0= 2 2008 3. 4;O 4-3> :C@A0   =8 "+   = 201,52LVALh (C=45@N: =4@59 8@>A;02>28G >4 @>645=8O. 1981 0B0 70I8BK 48AA5@B0F88 - =5B >;6=>ABL - <;04H89 =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2008 -2009 3.3. A C:070=85< :>;-20 02B>@>2. 1. ..>?5;8>28G, ..(C=45@N:. 5:>B>@K5 ?@>1;5<K A?5:B@>A:>?88 10@8>=>2; A@02=5=85 :8@0;L=KE A>;8B>==KE 8 :20@:>2KE <>45;59. >:;04 =0 A5AA88-:>=D5@5=F88 /$ . 22-25 =>O1@O 2009 3.  =2 "+   = 2O;>2 5==0489 8:>;0528G !=A, :D<= !! #'+% " # 2007 - 2008 3. 3. 1. .. O;>2. 8=5B8:0 B>:>2 ?@>2>48<>AB8 2 <56M;5:B@>4=KE ?@><56CB:0E 8 B>;I8=K A;>O 04A>@18@>20==>3> 3070 =0 M;5:B@>40E 2 2KA>:>< 20:CC<5 ?@8 =0@CH5=88 20:CC<=>9 87>;OF88. @5?@8=B / , 023CAB 2007 3.  =4 3. .. O;>2. @>1;5<0 CAB>9G82>AB8 B@0=A?>@B8@>2:8 ?@>B>==>3> ?CG:0 : <8H5=O< -$. @5?@8=B / , >:BO1@L 2007 3.   = 4 B>3>2K9  =8LVAL>78: ;5:A0=4@ @:04L528G 038AB5@A:0O 48?;><=0O @01>B0 >45;8@>20=85 A?5:B@0 8 >1@01>B:0 40==KE CAB0=>2:8 Troitsk v-mass. 0I8I5=0 2 8N=5 2008. >:;04K 1. >:;04 =0 15 AJ5745 :>;;01>@0F88 KATRIN  From Troitsk to Troitsk+ (Modernization Progress) 2008 3>4 2. >:;04 =0 AJ5745 :>;;01>@0F88 KATRIN  Progress of data analysis of  troitsk -mass data 2008 3>4 !B0BL8 1. Belesev, E. V. Geraskin, B. L. Zhuikov, S. V. Zadorozhny, O. V. Kazachenko,V. M. Kohanuk, N. A. Lihovid, V. M. Lobashev, A. A. Nozik, V. I. Parfenov, A. K. Skasyrskaya, E. A. Sudachkov, N. A. Titiov, and V. G. Usanov "Investigation of Space-Charge Effects in Gaseous Tritium as a Source of Distortions of the Beta Spectrum Observed in the Troitsk Neutrino-Mass Experiment" Physics of Atomic Nuclei, 2008, Vol. 71, No. 3, pp. 427 436. Original Russian Text published in Yadernaya Fizika, 2008, Vol. 71, No. 3, pp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rom Troitsk to Troitsk+ (Modernization Progress) 14th KATRIN Collaboration meeting, April 16 - 18, 2008, Karlsruhe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aramonov, L.V. Kravchuk,V.A. Moiseev, A.N. Naboka, A.K. Skasyrskaya. INR Activity in the Accelerating Cavities Development and Study for ILC Positron Source Parameters. Physics of Particles and Nuclei Letters, v. 5, n. 7, pp. 593-596, 2008, ISSN 1547-4771  =1,015*60/6=10,15 3. . 0@0<>=>2, . !:0AK@A:0O, K. Floettmann, F. Stephan. AA;54>20=85 MDD5:B>2 8<?C;LA=>3> ' =03@520 2 =>@<0;L=> ?@>2>4OI8E @57>=0B>@0E L-480?07>=0. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8. !5@8O /45@=>-D878G5A:85 8AA;54>20=8O, N 3, AB@. 51-54, 2008, ISSN 1562-6016  =8/4=2 4. -;5:B@>==K9 ?@5?@8=B K. Floettmann, V.V. Paramonov, A.K. Skasyrskaya, F. Stephan. RF Gun Cavities Cooling Regime Study. TESLA-FEL 2008-02, DESY, Hamburg, 2008.  =4/4=1 5. @5?@8=B /  >78: .., !:0AK@A:0O .. >45;8@>20=85 A?5:B@0 8 >1@01>B:0 @57C;LB0B>2 M:A?5@8<5=B0 "@>8F: =N-<0AA 2009 3.  =4/2=2 >:;04 =0 <564C=0@>4=KE :>=D5@5=F8OE: 0@0<>=>2 ., !:0AK@A:0O . 078A=0O ?@>F54C@0 @0AG5B0 E0@0:B5@8AB8: 2KA>:>G0AB>B=KE @57>=0B>@>2 ?@>3@0<<=K< ?@>4C:B>< ANSYS. 7-O 564C=0@>4=0O :>=D5@5=F8O ?>;L7>20B5;59 ANSYS, 27-29 >:BO1@O 2009 3. >A:20  =6/2=3 B>3>2K9  =21,096LVALOGI5=:> <8B@89 5==04L528G !B0@H89 =0CG=K9 A>B@C4=8: -$, :0=4840B D87.-<0B. =0C: 2008 3. 1. Weak High-Temperature Bulk Ferromagnetism in Mn-Doped CdGeAs2 Semiconductors V.G. Storchak, J.H. Brewer, D.G. Eshchenko, S.L. Stubbs, S.P. Cottrell, A.A. Nikonov, O.E. Parfenov and S.F. Marenkin Chapter 2 In: Spintronics: Materials, Applications and Devices, Editors: G.C. Lombardi et al, :>;;5:B82=0O <>=>3@0D8O pp. 49-58, Nova Science Publishers (2008)   =30/8=3,75 2. Spatially resolved inhomogeneous ferromagnetism in (Ga,Mn,As) diluted magnetic semiconductors: A microscopic study by muon spin relaxation V.G. Storchak, D.G. Eshchenko, E. Morenzoni, T. Prokscha, A. Suter, X. Liu and J.K. Furdina Phys. Rev. Lett. 101, 027202 (2008)   =7,180*30/7=30,771 3. The microscopic study of a single hydrogen-like impurity in semi-insulating GaAs. D.G. Eshchenko, V.G. Storchak, S.P. Cottrell and E. Morenzoni cond-mat/0810.2692   = 4/4 = 1 to be submitted to PRL 2009 3. 1. Electric-Field-Enhanced Neutralization of Deep Centers in GaAs D.G. Eshchenko, V.G. Storchak, S.P. Cottrell and E. Morenzoni Phys. Rev. Lett. 103, 216601 (2009)   =7,180*30/4=53,85 2. Muon track induced current measurements in semi-insulating GaAs D.G. Eshchenko, V.G. Storchak and S.P Cottrell Physica B 404, 880-883 (2009)   =0,822*30/3=8,22 3. GaP studies by RF-mSR in Electric Fields D.G. Eshchenko, V.G. Storchak and S.P Cottrell Physica B 404, 876-879 (2009)   =0,822*30/3=8,22 4. Low Energy Muon studies of semiconductor interfaces D.G. Eshchenko, V.G. Storchak, E. Morenzoni, T. Prokscha, A. Suter, X. Liu and J.K. Furdyna Physica B 404, 873-875 (2009)   =0,822*30/7=3,523 5. High-pressure Muon Spin Rotation studies of magnetic semiconductors: EuS D.G. Eshchenko, V.G. Storchak, E. Morenzoni and D. Andreica Physica B 404, 903-905 (2009)   =0,822*30/4=6,165 6. Electron localization into magnetic polaron in EuS V.G. Storchak, O.E. Parfenov, J.H. Brewer, R.L. Lichti, P.L. RuLVALsso, S.L. Stubbs, D.G. Eshchenko, S.P. Cottrell, J.S. Lord, T.G. Aminov, V.P. Zlomanov, A.A. Vinokurov, R.L. Kallaher and S. von Molnar Physica B 404, 896-898 (2009)   =0,822*30/10=2,466 7. Superconductivity and magnetism in cuprate heterostructures B. M. Wojek, E. Morenzoni, D.G. Eshchenko, A. Suter, T. Prokscha, E. Koller, E. Treboux, O. Fischer, H. Keller Physica B 404, 720-723 (2009)   = 0,822*30/9=2,74 8. Near-surface muonium states in germanium T. Prokscha, E. Morenzoni, D.G. Eshchenko, H. Luetkens, G.J. Nieuwenhuys, and A. Suter Physica B 404, 866-869 (2009)   =0,822*30/6=4,11 9. Novel muonium centers - magnetic polarons - in magnetic semiconductors V.G. Storchak, O.E. Parfenov, J.H. Brewer, R.L. Lichti, P.L. Russo, S.L. Stubbs, D.G. Eshchenko, E. Morenzoni, V.P. Zlomanov, A.A. Vinokurov, and V.G. Bamburov Physica B 404, 899-902 (2009)   =0,822*30/10=2,466 10. Electron localization into a bound spin polaron state in the quasi-one-dimensional S=1/2 antiferromagnet LiCu2O2 V.G. Storchak, J.H. Brewer, D.J. Arseneau, S.L. Stubbs, O.E. Parfenov, D.G. Eshchenko and A.A. Bush Phys Rev B 79, 220406-220409 (2009)   =3,322*30/7=14,237 11. Magnetic polaron bound to the positive muon in SmS: Exchange-driven formation of a mixed-valence state V.G. Storchak, J.H. Brewer, D.J. Arseneau, S.L. Stubbs, O.E. Parfenov, D.G. Eshchenko, E. Morenzoni and T.G. Aminov Phys Rev B 79, 193205-193208 (2009)   =3,322*30/8=12,458 12. Direct observation of the magnetic polaron V.G. 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Fonseca-Martin et al. 2008. 10pp. Published in J.Phys.Conf.Ser.119:022022,2008.  =8/10=0,8 6. Integration of the trigger and data acquisition systems in ATLAS. M. Abolins et al. 2008. 10pp. Published in J.Phys.Conf.Ser.119:022001,2008.  =8/10=0,8 7. The ATLAS trigger: Commissioning with cosmic rays. Maris A. Abolins et al. Published in J.Phys.Conf.Ser.119:022014,2008.  =8/10=0,8 8. Calorimetry triggering in ATLAS. O. Igonkina et al. 2009. 9pp. Published in J.Phys.Conf.Ser.160:012061,2009.  =8/10=0,8 9. Reconstruction of Stau mass at the LHC. Rashid M. Djilkibaev , Rostislav V. Konoplich Oct 2009. 12pp. e-Print: arXiv:0910.2448 [hep-ph]  =4/2=2 10. Estimation of Radiative Corrections to the Process of Muon-Electron Conversion. Rashid M. Djilkibaev , Rostislav V. Konoplich. Feb 2009. 16pp. e-Print: arFLVALVXiv:0902.2430 [hep-ph]  =4/2=2 11. Electrons from Muon Decay in Bound State. Rashid M. Djilkibaev , Rostislav V. Konoplich Feb 2009. 24pp. e-Print: arXiv:0902.0985 [hep-ph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itov KATRIN EXPERIMENT IN 2009 - SYSTEMATIC IMPROVEMENTS.  =20 "+   =22,946LVALOG0=BC52 ;048A;02 !5@35528G 1. >4 @>645=8O. 1954 3. 2. 0B0 70I8BK 48AA5@B0F88. $52@0;L 1994. 3. >;6=>ABL. 0CG=K9 A>B@C4=8:. 4. !?8A>: >?C1;8:>20==KE @01>B 70 2008 -2009 3.3. A C:070=85< :>;-2> 02B>@>2. 1. Heavy Ion Collisions at the LHC - Last Call for Predictions. J.Phys.G35:054001,2008. 2B>@ >48=  = 5,27*30=158,1 2. Centrality dependence of charged hadron production in deuteron + gold and nucleon + gold collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S.S. Adler et al.).. Published in Phys.Rev.C77:014905,2008.  =3.124*30*0.1=9.372 3. Transverse momentum and centrality dependence of dihadron correlations in Au+Au collisions at s(NN) = 200-GeV: Jet-quenching and the response of partonic matter. By PHENIX Collaboration (A. Adare et al.).. Published in Phys.Rev.C77:011901, 2008.  =3.124*30*0.1=9.372 4. Cold Nuclear Matter Effects on J/Psi as Constrained by Deuteron-Gold Measurements at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). 15pp. Published in Phys.Rev.C77:024912,2008,  =3.124*30*0.1=9.372 5. Particle-species dependent modification of jet-induced correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (S. Afanasiev et al.). 6pp. Published in Phys.Rev.Lett.101:082301,2008.  =7.180*30*0.1=21.540 6. Source breakup dynamics in Au+Au Collisions at s(NN)**(1/2) = 200-GeV via three-dimensional two-pion source imaging. By PHENIX Collaboration (S. Afanasiev et al.). Published in Phys.Rev.Lett.100:232301,2008.  =7.180*30*0.1=21.540 7. Possible existence of finite formation time of strongly interacting plasma in nuclear collisions at RHIC a. 7pp. ?C1;8:>20=> 2 /45@=0O $878:0 , B>< 71, 2008 AB@. 1656. 2B>@ >48=.  =0.491*60=29,46 8. J/psi Production in s(NN)**(1/2) = 200-GeV Cu+Cu Collisions. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.101:122301,2008.  =7.180*30*0.1=21.540 9. Quantitative Constraints on the Opacity of Hot Partonic Matter from SemLVALi-Inclusive Single High Transverse Momentum Pion Suppression in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Jan 2008. 13pp. Published in Phys.Rev.C77:064907,2008.  =3.124*30*0.1=9.372 10. Suppression pattern of neutral pions at high transverse momentum in Au + Au collisions at s(NN)**(1/2) = 200-GeV and constraints on medium transport coefficients. By PHENIX Collaboration (A. Adare et al.). 6pp. Published in Phys.Rev.Lett.101:232301,2008.  =7.180*30*0.1=21.540 11. Dihadron azimuthal correlations in Au+Au collisions at s(NN)**(1/2) = 200-GeV. By PHENIX Collaboration (A. Adare et al.). Jan 2008. 44pp. Published in Phys.Rev.C78:014901,2008.  =3.124*30*0.1=9.372 12. Onset of pi0 Suppression Studied in Cu+Cu Collisions at sNN=22.4, 62.4, and 200 GeV.By PHENIX Collaboration (A. Adare et al.). Jan 2008. 7pp. Published in Phys.Rev.Lett.101:162301,2008.  =7.180*30*0.1=21.540 13. Dilepton mass spectra in p+p collisions at s**(1/2) = 200-GeV and the contribution from open charm. By PHENIX Collaboration (A. Adare et al.). Feb 2008. 18pp. Published in Phys.Lett.B670:313-320,2009.  =4.034*30*0.1=12,102 14. Charged hadron multiplicity fluctuations in Au+Au and Cu+Cu collisions from sqrt(s_NN) = 22.5 to 200 GeV.By PHENIX Collaboration (A. Adare et al.). May 2008. 17pp. Published in Phys.Rev.C78:044902,2008.  =3.124*30*0.1=9.372 15. Inclusive cross section and double helicity asymmetry for pi^0 production in p+p collisions at sqrt(s) = 62.4 GeV. By PHENIX Collaboration (A. Adare et al.). Oct 2008. 10pp. Published in Phys.Rev.D79:012003,2009.  =5,05*30*0.1=15,15 16. 0=BC52 .!. >A;54=85 @57C;LB0BK, ?>;CG5==K5 =0 @5;OB828ABA:>< O45@=>< :>;;0945@5 RHIC. /45@=0O D878:0, B>< 72, 2K?. 12 AB@. 2035-2045, 2009.  =0.491*60=29,46 17. By PHENIX Collaboration (A. Adare et al.). Dilepton mass spectra in p+p collisions at s**(1/2) = 200-GeV and the contribution from open charm. Published in Phys.Lett.B670:313-320,2009.  =4,034*30*0.1=12,1LVAL02 18. Inclusive cross section and double helicity asymmetry for pi^0 production in p+p collisions at sqrt(s) = 62.4 GeV. By PHENIX Collaboration (A. Adare et al.). Oct 2008. 10pp. Published in Phys.Rev.D79:012003,2009.  =5,05*30*0.1=15,15 19. High-pT pi^zero Production with Respect to the Reaction Plane in Au + Au Collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration (S. Afanasiev et al.). Published: Phys. Rev. C 80, 054907 (2009) .  =3.124*30*0.1=9.372 20. Charged kaon interferometric probes of space-time evolution in Au+Au collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration (S. Afanasiev et al.). Published: Phys. Rev. Lett. 103, 142301 (2009)  =7.180*30*0.1=21.540 21. Photon-Hadron Jet Correlations in p+p and Au+Au Collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration (A. Adare et al.). Published: Phys. Rev. C 80, 024908 (2009)  =3.124*30*0.1=9.372 22. Systematic Studies of Elliptic Flow Measurements in Au+Au collisions at $\sqrt{s_{NN}}$ = 200 GeV. By PHENIX Collaboration (S. Afanasiev et al.). Published: Phys. Rev. C 80, 024909 (2009).  =3.124*30*0.1=9.372 23. Measurement of Bottom versus Charm as a Function of Transverse Momentum with Electron-Hadron Correlations in p+p Collisions at sqrt(s)=200 GeV. By PHENIX Collaboration (A. Adare et al.). Published: Phys. Rev. Lett. 103, 082002 (2009).  =7.180*30*0.1=21.540 24. Photoproduction of J/psi and of high mass e+e- in ultra-peripheral Au+Au collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration (S. Afanasiev et al.). Published: Physics Letters B 679, 321 (2009) .  =4,034*30*0.1=12,102 25. Cold Nuclear Matter Effects on J/Psi Production as Constrainted by Deuteron-Gold Measurements at sqrt(s_NN) = 200 GeV (and Erratum). By PHENIX Collaboration (A. Adare et al.). Published: Phys. Rev. C 79, 059901 (2009).  =3.124*30*0.1=9.372 26. Gluon-Spin Contribution to the Proton Spin from the Double-Helicity Asymmetry in Inclusive pi[sup 0] Production in Polarized p+p Collisions at sqrt(s) =LVAL 200 GeV. By PHENIX Collaboration (A. Adare et al.). Published: Phys. Rev. Lett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n,p) =0 O4@0E 35Cl 8 14N. @5?@8=B /, -1241/2009  =4/8=0,5 7. @83>@L52 ... 8 4@. AA;54>20=85 MDD5:B0 @57>=0=A=>9 A0<>M:@0=8@>2:8 2 ?>;=KE 8 ?0@F80;L=KE A5G5=8OE. XIV564C=0@>4=>5 A>25I0=85 ?> O45@=>9 D878:5. 0@=0, >;30@8O, 2009  =6/10=0,6 8. 5@3<0= .. 8 4@. AA;54>20=8O @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 =0 =59B@>==>< 8AB>G=8:5 -!, @5?@8=B /  1225/2009  =4/10=0,4  =8,433 C:>2>4AB2> 48?;><=8 LVAL :0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8?;><=8:  . K;>A>20, $"#  =10 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. >@01>B:0 :C@A0 59B@>==0O D878:0 $"#  =8 @C30O 7=0G8<0O 8=D>@<0F8O. C:>2>48B5;L ?@>5:B0 =59B@>==>3> 8<?C;LA=>3> 8AB>G=8:0 /  -!. "+   =26,433LVALOG0BCH:> 8:B>@ 5>=84>28G !B0@H89 =0CG=K9 A>B@C4=8:, 8.>. 702. A5:B>@>< !?8A>: >?C1;8:>20==KE @01>B 70 2008 -2009 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. A sectioned spectrometer of fast neutrons Author(s): Abdurashitov DN, Gavrin VN, Matushko VL, et al. INSTRUMENTS AND EXPERIMENTAL TECHNIQUES Volume: 52 Issue: 1 Pages: 25-32 Published: 2009  =0,311*60 /9=2,073 2. Design of the facility for pet-radioisotopes production at INR proton linac Akulinichev SV, Baklanov SI, Gavrilov YK, Matushko VL et al. Source: PROBLEMS OF ATOMIC SCIENCE AND TECHNOLOGY Issue: 3 Pages: 184-186 Published: 2008 8/5=1,6 3. Development of a segmented fast neutron spectrometer Abdurashitov JN, Gavrin VN, Matushko VL, et al. Source: PHYSICS OF ATOMIC NUCLEI Volume: 70 Issue: 1 Pages: 133-139  = 0,491*60/8=3,683 4. J.N. Abdurashitov, V.N. Gavrin, V.L. Matushko et al (8 02B>@>2) Segmented high resolution fast neutron spectrometer: present status, response function. Proceeding of the 14 th International School on Particles and Cosmology.  = 4/8=0,5 5. !&+ !" "  +!" +% "  14C@0H8B>2 .., 02@8= .., 0BCH:> .., CAB0D8= .$., (8E8= .., 5@5B5=:8= .., /=F .-. @81>@K 8 B5E=8:0 M:A?5@8<5=B0. 2009. ! 1. !. 32-40.  = 0,311*60/7=2,668 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2008 -2009 3.3. 1. J.N. Abdurashitov, V.N. Gavrin, V.L. Matushko et al (8 02B>@>2) The development of segmented high resolution fast neutron spectrometer. Oral report. 16 th International Seminar on Interaction of Neutrons with Nuclei. ISINN-16. Dubna, 2008.  = 6/8*1,5= 1,125 2. Abdurashitov J.N., Garvin V.N., Klimenko A.A., Matushko V.L., Malyshkin Yu.M., Nico J.S., Shikin A.A., Smolnikov A.A., Yants V.E. Monte carlo simulation of a capture-gated simple geometry fast neutron spectrometer 17 th International Seminar on Interaction of Neutrons with Nuclei. ISINN-17. 2009 6/9*1,5= 1 3. Abdurashitov J.N., Garvin V.N., Klimenko A.A., Matushko V.L., Malyshkin Yu.M., Nico J.S.n LVAL~ , Shikin A.A., Smolnikov A.A., Yants V.E. Simulation of capture-gated fast neutron spectrometer with highly segmented organic media 17 th International Seminar on Interaction of Neutrons with Nuclei. ISINN-17. 2009 6/9*1,5= 1 B>3>2K9 ;8G=K9   =13,647 0AG5B   8.>. 702. A5:B>@>< = 13,647*0,5 + 280,567/3*0,75=5,49 +70,142 =75,632 0AG5B   8.>. 702. A5:B>@>< = 13,647*0,5 + 280,567/3*0,75=6,82 +55,165 =61,985LVALOG052A:0O ;;0 >A8D>2=0 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 C1;8:0F88 2 2008-2009 3>40E: 1. First proton--proton collisions at the LHC as observed with the ALICE detector: measurement of the charged particle pseudorapidity density at sqrt(s) = 900 GeV The ALICE Collaboration, arXiv:0911.5430   =2,805*30/10=8,415 Journal-ref: The European Physical Journal C: Volume 65, Issue 1 (2010), Page 111 2. Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter. M. Golubeva, (Moscow, INR) , F. Guber, (Moscow, INR) , A. Ivashkin, (Moscow, INR) , A. Kurepin, (Moscow, INR) , V. Marin, (Moscow, INR) , A. Maevskaya, (Moscow, INR) , Y. Musienko, (Moscow, INR & Northeastern U.) , A. Sadovsky, (Moscow, INR) , K. Shileev, (Moscow, INR) , V. Tiflov, (Moscow, INR) . 2009. 4pp. Published in Nucl.Instrum.Meth.A610:366-369,2009.   =1,019*30/10=3,057 3. Methods for measuring amplitudes of signals from Cherenkov counters. V.A. Grigorev et al. 2009. 5pp. Published in Instrum.Exp.Tech.52:352-356,2009, Prib.Tekh.Eksp.3:45-49,2009.   =0,311*60/10=1,866 4. A fast electronic system of the T0 start trigger detector for the ALICE experiment. A.V. Veselovsky et al. 2009. 5pp. Published in Instrum.Exp.Tech.52:191-195,2009, Prib.Tekh.Eksp.2:43-47,2009.   =0,311*60/10=1,866 5. Development of a RICH detector for electron identification in CBM. C. Hohne, (Darmstadt, GSI) , S. Das, (Darmstadt, GSI) , M. Durr, (Esslingen, Hochsch.) , T. Galatyuk, (Darmstadt, GSI) , P. Koczon, (Darmstadt, GSI) , S. Lebedev, (Darmstadt, GSI & Dubna, JINR) , A. Maevskaya, (Moscow, INR) , G. Ososkov, (Dubna, JINR) . 2008. 3pp. Published in Nucl.Instrum.Meth.A595:187-189,2008.   =1,019*30/10=3,057 6. Longitudinally segmented lead / scintillator hadron calorimeter with micro-pixel APD readout. M. Golubeva et al. 2009. 2pp. Prepared for 10th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Novosibirsk, Russia, 28 Feb LVAL - 5 Mar 2008. Published in Nucl.Instrum.Meth.A598:268-269,2009.   =1,019*30/10=3,057 7. Development of FARICH-detector for ALICE experiment at CERN. A.I. Berlev et al. 2009. 4pp. Prepared for 10th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Novosibirsk, Russia, 28 Feb - 5 Mar 2008. Published in Nucl.Instrum.Meth.A598:156-159,2009.   =1,019*30/10=3,057 8. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. Published in JINST 0803:S08002,2008, JINST 3:S08002,2008.  =0.333*30/10=0.999 9. !alibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgrall et al.). CERN-SPSC-2008-018, CERN-SPSC- SR-033, July 2008. 43pp.  = 4/10=0,4 10. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. Et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 11. ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, Sep 2008. 132pp.  =4/10=0,4 12. A. Maevskaya, C. Hhne, and A. Kurepin: Feasibility study for a J/ trigger in the electron-positron decay mode, p65 CBM Progress Report (2009)  =4/3=1,333 13. A. Maevskaya, A. Kurepin and C. Hhne: J/ and  detection in the di-electron decay channel in CBM , p24 CBM Progress Report 2008  =4/3=1,333 14. M. Golubeva et al: Development of Projectile Spectator Detector p47 CBM Progress Report 2008  =4/10=0,4 15. Golubeva, M.; Guber, Fedor; Ivashkin, Alexander; Kurepin, Alexei; Marin, V.; Maevskaya, Alla; Musienko, Yu.; Sadovsky, A.; Shileev, K.; Tiflov , V. Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter  =4/10=0,4 16. Golubeva, M.; Guber, F.; Ivashkin, A.; Kurepin, A.; Marin, V.; Maevskaya, A.; Musienko, Yu.; Sadovsky, A.; Shileev, K.; Tiflov, l LVAL| V.; Longitudinally Segmented Lead/Scintillator Hadron Calorimeter with Micropixel APD Readout GSI Preprint  =4/10=0,4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. A.S.Anoshko et al .  Luminosity Determination in ALICE with T0 and V0 detector ?@8=OB0 : ?C1;8:0F88 2 B@C40E :>=D5@5=F88  QM2008 .   =6/10=0.6 2.T.Galatyuk, S.Das, A. Maevskaya, Di-electron Spectroskopy in CBM ?@8=OB0 : ?C1;8:0F88 2 B@C40E :>=D5@5=F88  QM2008   =6/3=2. A?8@0=BK 8 A>8A:0B5;8: "><0A 0;:528G (2008-2009)   ?> @C:>2>4AB2C =10 B>3>2K9  =43,04zLVAL0@L52 -4C0@4 /:>2;528G 1951 3.@., 4>:B>@ D87.  <0B. =0C:, 2=A !?8A>: >?C1;8:>20==KE @01>B 70 2008-2009 3.3.: 1. E. Ya. Paryev. Absorption of phi mesons in near-threshold proton-nucleus reactions. Preprint INR-1193/2008, Moscow (2008); nucl-th/0805.1606.  =4 2. E. Ya. Paryev. Absorption of phi mesons in near-threshold proton-nucleus reactions. Yad. Fiz., V.71, No.11 (2008),pp.1985-1997.  =0,491*60=29,46 3. E.Ya.Paryev. Near-threshold phi meson production in proton-nucleus reactions and phi width in finite nuclei. Preprint INR-1201/2008, Moscow (2008); nucl-th/0810.1124.  =4 4. E.Ya.Paryev. Near-threshold phi meson production in proton-nucleus reactions and phi width in finite nuclei. J.Phys.G, 36 (2009) 015103; online published 30 October 2008.  =5,27*30=158,1 5. A.V. Akindinov, M. M. Chumakov, M. M. Firoozabadi, Yu. T. Kiselev, A. N. Martemyanov, E. Ya. Paryev, V. A. Sheinkman, Yu. V. Terekhov, V.I. Ushakov. Subthreshold and near-threshold kaon and antikaon production in proton-nucleus reactions. J. Phys. G.37 (2010) 015107 ( December 2009);  =5,27*30/9=17,567 6. A.V. Akindinov, M. M. Chumakov, M. M. Firoozabadi, Yu. T. Kiselev, A. N. Martemyanov, E. Ya. Paryev, V. A. Sheinkman, Yu. V. Terekhov, V.I. Ushakov. nucl-ex/0911.4616.  =0, 4 7. E. Paryev, M. Hartman, Yu. Kiselev, A. Polyanskiy. Subthreshold and near-threshold charged kaons production in proton-nucleus collisions. IKPAnnual Report 2008, pp.6-7. Juelich Center for Hadron Physics. Institutfur Kernphysik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c. 162-167.  =0,179*60/3=3,58 3. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Adsorption of radionuclides from liquid metals. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.76. = 6/3*1,5 =3 #AB=K9 4>:;04. 4. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk, N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.31  = 6*1,5/6 =1,5 5. V.M.Petriev, B.L. Zhuikov, V.G.Skvortsov, V.K.Podgorodnichenko, A.F.Tsyb. Metallothionein  kelating agent of 213Bi. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.137.   6*1,5/6 =1,5 6. ..C9:>2. 5>B;>6:0 A 87>B>?0<8. >8A:, 2008, !8 (978), A. 5  =8 7. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk. N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. J. Radioanalyt. Nucl. Chem., v.280, N.2, p. 319-324, 2009.   =0,659*30/6=3,295 8. B.L.Zhuikov. Production of new radionuclides for therapy on accelerators. 1st TARCC  Int. AonLVALf. on targeted radionuclide therapy  Advances in targeted radionuclide therapy . May 25-26, 2009, Abstracts. Nantes, France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d. (5AB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2009, 12-16 >:BOLVAL1@O 2009, >A:20, 2009. "578AK 4>:;04>2. >A:20, 2009, A. 356.   =4*1,5/4=1,5 15. . . 0@010=>2, .. 57@C:>2, .. C@5=F>2, .. C9:>2, !.. 80=>2A:89, .. >@=>CE>2, .. >E0=N:, .. /=>28G. 7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74As, 68Ge, 65Zn 8 60Co ?@8 >1;CG5=88 35@<0=8O - =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 A ?@>B>=0<8 M=5@3859 ?>@O4:0 100 M. /45@=0O D878:0 (Physics of Atomic Nuclei), 2009.  =0,491E60/8=3,683 16. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, E.V. Lapshina, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. Production of actinium-225 and other medical radionuclides from natural thorium irradiated with protons. Int. Conference ACTINIDES-2009. Abstracts. San Francisco, 12-17 July, 2009.   =6*1,5/9=1   ?> ?C1;8:0F8O<: 79,384 !?8A>: ?0B5=B>2 70 2008-2009 3.3. 1. ...!5@>?538=, ..C9:>2, !.!@820AB020. ><?>78F8O <0B5@80;0 <8H5=8 4;O ?>;CG5=8O @048>=C:;84>2 8 A?>A>1 55 ?@83>B>2;5=8O (20@80=BK). 0O2. ?0B. $. ! 2008134983, 29.08.2008.  =20/3=6,67 2. ..C9:>2, ..>=OE8=, ..>E0=N:, !.!@820AB020. 8H5=L 4;O ?>;CG5=8O @048>=C:;84>2 8 A?>A>1 55 873>B>2;5=8O (20@80=BK). 0O2. ?0B. $. ! 2008136585, 12.09.2008.  =20/4=5 3. !.. @<>;052, . . ">30520, .. 0?H8=0, .. C9:>2, !. !@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb (20@80=BK). 0O2. ?0B. $. ! 2008136586, 12.09.2008.  =20/5=4 4. ..5B@852. ..(8@O52, ..!<0EB8=, ..!:2>@F>2, ..C9:>2. !?>A>1 ?>;CG5=8O <5G5=KE @048>=C:;84>< <8:@>AD5@. 0B5=B $ ! 2359702, 4.05.2007,  !18, 2009.   =20/5=4 5. ..C9:>2, !..@<>;052, ..>E0=N:. !?>A>1 ?>;CG5=8O @048>AB@>=F8O. 0B5=B $. !2356113, 27.03.2008,  !14 20.05.2009;   =20/3=6,67 6. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. PCT application PCT/RU2009/000124, Int. filing date 13.03.2009.   =20/3=6,67 7. ..C9:>2, !..0;<K:>2, ..;852, !..@<>;052, ..>E0=N:, ..>=OE8=, .."0=0=8 LVALH 052, .$.OA>54>2. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 87>B>?>2 @048O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O (20@80=BK). 0B5=B $. ! 2373589, 23.09.2008,  !32, 2009.   =20/8=2,5 8. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, E.V. Lapshina, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. Method for production of actinium-225 and radium isotopes and a target for its producing. PCT application PCT/RU 2009/000462, Sept. 9, 2009.   =20/8=2,5   ?> ?0B5=B0< 38,01 B>3>2K9 ;8G=K9  = 117,394 'C40:>2 ..,=A 0,6 >E0=N: .., =A 43,764 0?H8=0 .., =A 10,53 @<>;052 !.., A=A 34,655 89,549 0AG5B   702. ;01>@0B>@88 = 117,394*0,5 + 89,549/4*0,75 = 58,697 + 16,79 = 75,487 0AG5B   702. ;01>@0B>@88 = 117,394*0,5 + 206,943/5*0,75 = 58,697 + 31,041 = 89,738LVALOG@<>;052 !B0=8A;02 8:B>@>28G 1. >4 @>645=8O. 1967 2. 0B0 70I8BK 48AA5@B0F88 0=4. B5E=. =0C: 1995 3. >;6=>ABL !B.=.A. 4. !?8A>: >?C1;8:>20==KE @01>B 70 2007 -2008 3.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 17. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Adsorption of radionuclides from liquid metals. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.76. = 6/3*1,5 =3 #AB=K9 4>:;04. 18. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk, N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.31  = 6*1,5/6 =1,5 19. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk. N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. J. Radioanalyt. Nucl. Chem., v.280, N.2, p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huikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, E.V. Lapshina, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. Production of actinium-225 and other medical radionuclides from natural thorium irradiated with protons. Int. Conference ACTINIDES-2009. Abstracts. San Francisco, 12-17 July, 2009.   =6*1,5/9=1   ?> ?C1;8:0F8O<: 12,315 !?8A>: ?0B5=B>2 70 2008-2009 3.3. 9. !.. @<>;052, . . ">30520, .. 0?H8=0, .. C9:>2, !. !@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb (20@80=BK). 0O2. ?0B. $. ! 2008136586, 12.09.2008.  =20/5=4 10. ..C9:>2, !..@<>;052, ..>E0=N:. !?>A>1 ?>;CG5=8O @048>AB@>=F8O. 0B5=B $. !2356113, 27.03.2008,  !14 20.05.2009;   =20/3=6,67 11. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. PCT application PCT/RU2009/000124, Int. filing date 13.03.2009.   =20/3=6,67 12. ..C9:>2, !..0;<K:>2, ..;852, !..@<>;052, ..>E0=N:, ..>=OE8=, .."0=0=052, .$.OA>54>2. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 87>B>?>2 @048O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O (20@80=BK). 0B5=B $. ! 2373589, 23.09.2008,  !32, 2009.   =20/8=2,5 13. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, E.V. Lapshina, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. Method for production of actinium-225 and radium isotopes and a target for its producing. PCT application PCT/RU 2009/000462, Sept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c. 162-167.  =0,179*60/3=3,58 27. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Adsorption of radionuclides from liquid metals. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.76. = 6/3*1,5 =3 #AB=K9 4>:;04. 28. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk, N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. 2nd Int. Nucl. Chem. Congress, April 13-18, 2008, Cancun, Mexico. Abstract book. Ed. M. Navarrete. P.31  = 6*1,5/6 =1,5 29. S. V. Ermolaev, B.L. Zhuikov, V. M. Kokhanyuk. N.R.Togaeva, S.V.Khamianov, S.C.Srivastava. 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(By HADES Collaboration) / Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES // Eur.Phys.J.A40 (2009) p.45-59 {5, 125/8, !?8A>:4}   =2,015*30/10=6,045 6. I.Frohlich, ..., F.Guber et al. (By HADES Collaboration) / Meson and di-electron production with HADES // Int.J.Mod.Phys.A24 (2009) p.317-326 {5, 125/8, !?8A>:4}   =0,982*30/10=2,946 7. M. Sudol, ..., F.Guber et al. / Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES // Eur.Phys.J.C62 (2009) p.81-84 {5, 125/8, !?8A>:4}   =2,805*30/10=8,415 8. L. Fabbietti, & et al. New strangeness results from HADES. By HADES Collaboration 2009. 12pp. J. Phys. G: Nucl. Part. Phys. 36 064005 (12pp).   =5,27*30/10 =15,81 9 . M.Golubeva et al. / Longitudinally segmented lead / scintillator hadron calorimeter with micro- pixel with APD readout// Nucl.Instrum.Meth.A598:268-269,2009. {5, 10/10, A?8A>: 5}   =1,019*30/10=3,057 10. M. Golubeva et al. /Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter// , Nucl. Instrum.Meth. A610 (2009) 366 3 {5, 10/10, A?8A>: 5}   =1,019*30/10=3,057 11. F. Prino et al. / J/psi azimuthal anisotropy relative to the reaction plane in Pb-Pb collisions at 158 GeV per nucleon// Eur.Phys.J.C61:853-858,2009. { 5, 86/6, A?8A>: 6 }   =2,805*30/10=8,415 12. K.Aamodt, et al./ First proton-proton collisions at the LHC as observed with the ALICE detector: measurement of the charged particle pseudorapidity density at " s =900 GeV// submitted to Eur. Phys. J C {5, 960/9, A?8A>: 1}   =2,805*30/10=8,415   ?> 6C@=0;L=K< ?C1;8:0F8O< =133,95 @5?@8=BK 1. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgral, & .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, A.Maevskaya, V.Matveev. K.Shileev, ...et al.). CERN-SPSC-2008-01LVAL8, CERN-SPSC-SR-033, Jul 2008. 43pp.  =4*0.1 =0.4 2. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008-012, CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  =4*0.1 =0.4 3. ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, Sep 2008. 132pp.  = 4/10=0,4 4. Search for the QCD critical point at SPS energies. By NA49 Collaboration and NA61/SHINE Collaboration (T. Anticic et al.). To appear in the proceedings of 2009 Europhysics Conference on High Energy Physics: HEP 2009 (EPS-HEP 2009), Cracow, Poland, 16-22 Jul 2009. e-Print: arXiv:0909.0485 [hep-ex]  =4*0.1 =0.4 5. NA61/SHINE low energy program at SPS. By NA61 Collaboration (N. Abgrall et al.). Presented at 5th International Workshop on Critical Point and Onset of Deconfinement (CPOD), Brookhaven, Upton, New York, 8-12 Jun 2009. e-Print: arXiv:0908.1697 [nucl-ex] .  =4*0.1 =0.4 6. .>;C1520, $.C15@, .5@<5=52, .20H:8=, .C@5?8= -=5@35B8G5A:0O :0;81@>2:0 A53<5=B8@>20==>3> :0;>@8<5B@0 !"  A 8A?>;L7>20=85< <0B@8G=>3> <5B>40 >?@545;5=8O :>=AB0=B :0;81@>2:8, @5?@8=B / , 1239/2009  =4/5=0.8 7. T. Galatyuk et al. (By HADES Collaboration) / Recent results from HADES on electron pair production in relativistic heavy-ion collisions // arXiv:0911.2411 {17, 99/8, !?8A>:4}   =4/10=0,4 8. I.Frohlich et al. (By HADES Collaboration) / Future perspectives at SIS-100 with HADES-at-FAIR // IarXiv:0906.0091 {17, 112/8, !?8A>:4}   =4/10=0,4 9. P. Tlusty et al. (By HADES Collaboration) / Charged pion production in C+C and Ar+KCl collisions measured with HADES // arXiv:0906.2309 {17, 112/8, !?8A>:4}   =4/10=0,4 10. K. Lapidus et al. (By HADES Collaboration) / Dielectron production in pp and dp collisions at 1.25-GeV/u with HADES // arXiv:0904.1128 {17, 113/8, !?8A>:4}   =4/1LVAL0=0,4   ?> ?@5?@8=B0< =4.4 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE : 1. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APD readout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia,  =6/10=0,6 2. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008,  =6/10=0,6 3. 1. A.Sadovsky (reporter), F.Guber, M.Golubeva, A.Ivashkin, A.Kurepin, A.Mayevskaya, V.Marin, K.Shileev;  Hadron calorimeter with micropixel APD readout for heavy ion experiments , The 3rd Light Ion Nuclear Collision Workshop 18-21 June 2008. http://www.ihep.su/ihep/doc_seminar/LINC-2008/linc_2008.html  =4/8=0.5 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8 0?84CA .. (0A?8@0=BC@0 /)  =30  =30 B>3>2K9   170,05LVALOG >;C1520 0@8=0 >@8A>2=0 >4 @>645=8O.  1950 0B0 70I8BK 48AA5@B0F88  1/A >;6=>ABL  =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2008 -2009 3.3. 2008 3. 1. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008.  =0.333*30/10=0.999 2. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =4,034*30/10=12.102. 3. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys.G35:104159,2008.  =5,27*30*0.1=15,81 4. Dielectron spectroscopy at 1-2 AGeV with HADES, The HADES Collaboration, S. Spataro, G. Agakishiev, C. Agodi, A. Balanda,& .M.Golubeva et al.,Published in Eur.Phys.J.A38:163-166,2008.   =2,015 *30/10=6,045 2009 3. 1. M.Golubeva et al. / Longitudinally segmented lead / scintillator hadron calorimeter with micro- pixel with APD readout// Nucl.Instrum.Meth.A598:268-269,2009. {5, 10/10, A?8A>: 5}  =1.019*30/10=3.057 2. M. Golubeva et al. /Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter// , Nucl. Instrum.Meth. A610 (2009) 366 3 {5, 10/10, A?8A>: 5}  =1.019*30/10=3.057 3. F. Prino et al. / J/psi azimuthal anisotropy relative to the reaction plane in Pb-Pb collisions at 158 GeV per nucleon// Eur.Phys.J.C61:853-858,2009. { 5, 86/6, A?8A>: 6 }   =2,805*30/10=8,415 4. G. Agakishiev et al. (By HADES Collaboration) / Phi decay: A Relevant source for K- production at energies available at the GSI Schwerionen-Synchrotron (SIS)? // Phys.Rev.C80 (2009) 025209 {5, 111/8, !?8A>:4}   =3,124*30/10=9,372 5. G. Agakishiev et al. (By HADES Collaboration) / Deep Subthreshold Xi- ProductionLVAL! in Ar + KCl Reactions at 1.76A GeV // Phys.Rev.Lett 103 (2009) 132301 {5, 105/8, !?8A>:4}   =7,180*30/10=21,540 6. F.Krizek et al., (By HADES Collaboration) / Inclusive Dielectron Production in Ar+KCl Collisions at 1.76 AGeV studied with HADES // Nucl.Phys.A830 (2009) p.483-486 {5, 112/8, !?8A>:4}   =1,959*30/10=5,877 7. G. Agakishiev et al. (By HADES Collaboration) / The high-acceptance dielectron spectrometer HADES // Eur.Phys.J.A41 (2009) p.243-277 {5, 207/9, !?8A>:2}   =2,015*30/10=6,045 8. G. Agakishiev et al. (By HADES Collaboration) / Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES // Eur.Phys.J.A40 (2009) p.45-59 {5, 125/8, !?8A>:4}   =2,015*30/10=6,045 9. I.Frohlich et al. (By HADES Collaboration) / Meson and di-electron production with HADES // Int.J.Mod.Phys.A24 (2009) p.317-326 {5, 125/8, !?8A>:4}   =0,982*30/10=2,946 10. M. Sudol et al. / Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES // Eur.Phys.J.C62 (2009) p.81-84 {5, 125/8, !?8A>:4}   =2,805*30/10=8,415 11. L. Fabbietti, & et al. New strangeness results from HADES. By HADES Collaboration 2009. 12pp. J. Phys. G: Nucl. Part. Phys. 36 064005 (12pp).   =5,27*30/10 =15,81   ?> 6C@=0;L=K< ?C1;8:0F8O< = 125,535 @5?@8=BK 1. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgral, & .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, A.Maevskaya, V.Matveev. K.Shileev, ...et al.)). CERN-SPSC-2008-018, CERN-SPSC- SR-033, July 2008. 43pp. = 4/10=0,4 2 Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin,A.Kurepin,A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008 012,CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  = 4/10=0,4 3. ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN ALICE-TDR-014, Sep 2008. 132pp.  = 4LVAL"/10=0,4 4. T. Galatyuk et al. (By HADES Collaboration) / Recent results from HADES on electron pair production in relativistic heavy-ion collisions // arXiv:0911.2411 {17, 99/8, !?8A>:4}   =4/10=0,4 5. I.Frohlich et al. (By HADES Collaboration) / Future perspectives at SIS-100 with HADES-at-FAIR // IarXiv:0906.0091 {17, 112/8, !?8A>:4}   =4/10=0,4 6. P. Tlusty et al. (By HADES Collaboration) / Charged pion production in C+C and Ar+KCl collisions measured with HADES // arXiv:0906.2309 {17, 112/8, !?8A>:4}   =4/10=0,4 7. K. Lapidus et al. (By HADES Collaboration) / Dielectron production in pp and dp collisions at 1.25-GeV/u with HADES // arXiv:0904.1128 {17, 113/8, !?8A>:4}   =4/10=0,4 8. >;C1520 .. 8 4@. / -=5@35B8G5A:0O :0;81@>2:0 A53<5=B8@>20==>3> :0;>@8<5B@0 CASTOR A 8A?>;L7>20=85< <0B@8G=>3> <5B>40 >?@545;5=8O :>=AB0=B :0;81@>2:8 // ?@5?@8=B /  1239\2009 {16, !?8A>:7}   =4/5=0,8 9. T. Anticic et al (By NA49 Collaboration and NA61/SHINE Collaboration) / Search for the QCD critical point at SPS energies // arXiv:0909.0485 {17, 174/6, !?8A>:8}   =4/10=0,4 10. N. Abgrall et al. (By NA61/SHINE Collaboration) / NA61/SHINE low energy program at SPS // arXiv:0908.1697 {17, 118/6, !?8A>:8}   =4/10=0,4   ?> ?@5?@8=B0< = 4,4 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE: 1. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APD readout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia,  =6/10=0,6 2. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-BainLVALs, France, June 15-20, 2008,  =6/10=0,6 3. 1. A.Sadovsky (reporter), F.Guber, M.Golubeva, A.Ivashkin, A.Kurepin, A.Mayevskaya, V.Marin, K.Shileev;  Hadron calorimeter with micropixel APD readout for heavy ion experiments , The 3rd Light Ion Nuclear Collision Workshop 18-21 June 2008. http://www.ihep.su/ihep/doc_seminar/LINC-2008/linc_2008.html  =4/8=0.5   ?> 2KABC?;5=8O< =1,7 @8<5G0=85: !?8A>:1{ C15@ $.$., 0@028G520 ".., 0@?5G52 .., >=52A:8E .!., C@5?8= .., C@5?8= .., 052A:0O .., H5=8G=>2 .., 5H5B8= .., } !?8A>:2{ 0@028G520 ".., 0@028G52 .., C@5?8= .., C@5?8= .., 052A:0O .., 0@8= .., 5H5B8= .., } !?8A>:3{ 0@028G520 ".., 0@?5G52 .., C?G8=A:89 ..., C@5?8= .., C@5?8= .., 052A:0O .., CA85=:> ..., 078= .., 5H5B8= .., $8=>3552 .. } !?8A>:4 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0?84CA .., 5H5B8= .., !04>2A:89 .!.} !?8A>:5 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0?84CA .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:6 {>;C1520 .., C15@ $.$., 0@028G520 ".., C@5?8= .., 5H5B8= .., ">?8;LA:0O .!.} !?8A>:7 {>;C1520 .., C15@ $.$., 5@<5=Q2 .., 20H:8= .., C@5?8= ..} !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} B>3>2K9   = 131,635LVALOG$20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 2008-2009 3>40E: 2008 3. 1. Study of dielectron production in C+C collisions at 1-A-GeV G. Agakichiev...M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al., Phys.Lett. B 663 (2008) 43-48  =4,034*30/10=12.102. 2. Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.). J.Phys.G35:104159, 2008.  =5,27*30*0.1=15,81 3. Dielectron spectroscopy at 1-2 AGeV with HADES, The HADES Collaboration, S. Spataro, G. Agakishiev, C. Agodi, A. Balanda,& .A.Ivashkin et al.,Published in Eur.Phys.J.A38:163-166,2008.   =2,015*30/10=6,045 4. Measurement of the K+ --> pi+ nu nu branching ratio. By The E949 Collaboration and E787 Collaboration (S. Adler et al.). Published in Phys.Rev.D77:052003,2008. 40 pp. 80 02B>@>2  =5,05*30/10=15,15 2009 3. 1. M.Golubeva et al. / Longitudinally segmented lead / scintillator hadron calorimeter with micro- pixel with APD readout// Nucl.Instrum.Meth.A598:268-269,2009.  =1.019*30/10=3.057 2. M. Golubeva et al. /Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter// , Nucl. Instrum.Meth. A610 (2009) 366 3  =1.019*30/10=3.057 3. G. Agakishiev et al. (By HADES Collaboration) / Phi decay: A Relevant source for K- production at energies available at the GSI Schwerionen-Synchrotron (SIS)? // Phys.Rev.C80 (2009) 025209   =3,124*30/10=9,372 4. G. Agakishiev et al. (By HADES Collaboration) / Deep Subthreshold Xi- Production in Ar + KCl Reactions at 1.76A GeV // Phys.Rev.Lett 103 (2009) 132301   =7,180*30/10=21,540 5. F.Krizek et al.LVAL%, (By HADES Collaboration) / Inclusive Dielectron Production in Ar+KCl Collisions at 1.76 AGeV studied with HADES // Nucl.Phys.A830 (2009) p.483-486   =1,959*30/10=5,877 6. G. Agakishiev et al. (By HADES Collaboration) / The high-acceptance dielectron spectrometer HADES // Eur.Phys.J.A41 (2009) p.243-277   =2,015*30/10=6,045 7. G. Agakishiev et al. (By HADES Collaboration) / Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES // Eur.Phys.J.A40 (2009) p.45-59   =2,015*30/10=6,045 8. I.Frohlich et al. (By HADES Collaboration) / Meson and di-electron production with HADES // Int.J.Mod.Phys.A24 (2009) p.317-326   =0,982*30/10=2,946 9. M. Sudol et al. / Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES // Eur.Phys.J.C62 (2009) p.81-84   =2,805*30/10=8,415   ?> 6C@=0;L=K< ?C1;8:0F8O< =115,461 @5?@8=BK 3. Calibration and analysis of the 2007 data. By NA61 Collaboration (N. Abgral, & .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, A.Maevskaya, V.Matveev. K.Shileev, ...et al.). CERN-SPSC-2008-018, CERN-SPSC-SR-033, Jul 2008. 43pp.  =4*0.1 =0.4 4. Report from the NA61/SHINE experiment at the CERN SPS. By NA61/SHINE Collaboration (N. Abgrall& .M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, A.Maevskaya, V.Matveev. K.Shileev, .. et al.). CERN-OPEN-2008-012, CERN-ANNUAL-REPORT-2007, Apr 2008. 18pp.  =4*0.1 =0.4 5. 4. Search for the QCD critical point at SPS energies. By NA49 Collaboration and NA61/SHINE Collaboration (T. Anticic et al.). To appear in the proceedings of 2009 Europhysics Conference on High Energy Physics: HEP 2009 (EPS-HEP 2009), Cracow, Poland, 16-22 Jul 2009. e-Print: arXiv:0909.0485 [hep-ex]  =4*0.1 =0.4 6. 5. NA61/SHINE low energy program at SPS. By NA61 Collaboration (N. Abgrall et al.). Presented at 5th International Workshop on Critical Point and Onset of Deconfinement (CPOD), Brookhaven, Upton, New York, 8-12 Jun 2009. e-Print: arXiv:0908.1LVAL&697 [nucl-ex] .  =4*0.1 =0.4 7. 6. .>;C1520, $.C15@, .5@<5=52, .20H:8=, .C@5?8=, -=5@35B8G5A:0O :0;81@>2:0 A53<5=B8@>20==>3> :0;>@8<5B@0 !"  A 8A?>;L7>20=85< <0B@8G=>3> <5B>40 >?@545;5=8O :>=AB0=B :0;81@>2:8, @5?@8=B / , 1239/2009  =4/5=0.8 8. T. Galatyuk et al. (By HADES Collaboration) / Recent results from HADES on electron pair production in relativistic heavy-ion collisions // arXiv:0911.2411 {17, 99/8, !?8A>:4}  =4/10=0,4 9. I.Frohlich et al. (By HADES Collaboration) / Future perspectives at SIS-100 with HADES-at-FAIR // IarXiv:0906.0091 {17, 112/8, !?8A>:4}   =4/10=0,4 10. P. Tlusty et al. (By HADES Collaboration) / Charged pion production in C+C and Ar+KCl collisions measured with HADES // arXiv:0906.2309 {17, 112/8, !?8A>:4}   =4/10=0,4 11. K. Lapidus et al. (By HADES Collaboration) / Dielectron production in pp and dp collisions at 1.25-GeV/u with HADES // arXiv:0904.1128 {17, 113/8, !?8A>:4}   =4/10=0,4 KABC?;5=8O =0 <564C=0@>4=KE :>=D5@5=F8OE : 1. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, K.Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, et al.  Longitudinally segmented lead/scintillator hadron calorimeter with micropixel APD readout presented at the 10-th International Conference on Instrumentation for Colliding Beam Physics (INSTR08), Feb 28 - Mar 5, 2008, Budker INP, Novosibirsk, Russia,  =6/10=0,6 2. M.Golubeva, F.Guber, A.Ivashkin, A.Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov,  Use of Micropixel Avalanche Photodiodes for readout of Lead/Scintillator Hadron Calorimeter , presented at the 5th NDIP (New Development in Photodetection),Aix-les-Bains, France, June 15-20, 2008,  =6/10=0,6 3. 1. A.Sadovsky (reporter), F.Guber, M.Golubeva, A.Ivashkin, A.Kurepin, A.Mayevskaya, V.Marin, K.Shileev;  Hadron calorimeter with micropixel APD readout for heavy ion experiments , The 3rd Light Ion Nuclear Collision Workshop 18-21 June 2008. hLVAL*ttp://www.ihep.su/ihep/doc_seminar/LINC-2008/linc_2008.html  =4/8=0.5 B>3>2K9   = 121,161F)Za h  o  v / U  B h!Gm&HEL = A@?@NFFF:?"L?22d@?.@NFFF:?!ff2BjAZ H @?LOGFFF:? %Bx" @?KOGFFF:? B B@?IOGFFF:?rl4=JG@?8=4 F8B ?> SLAC882 ?> 14 scientific.rudd:< @?8=4 F8B ?> SLACddd:?Ul4=JG$@?8=4 F8B ?> SLACddd:?Ye@?CI75 = A 75 3>40```:? l4=JG@?CI75 = A 75 3>40```:?B&MY @?CI75 = A 75 3>40```:? _@?CI75 = A 75 3>40```:?9l4=JG@?CI75 = A 75 3>40```:?-@?CI75 = A 75 3>40```:?@?CI75 = A 75 3>40```:?O\j@?CI75 = A 75 3>40```:?l4=JG@?CI75 = A 75 3>40```:?8@?CI75 = A 75 3>40```:?)@?CI75 = A 75 3>40```:?el4=JG)@?CI75 = A 75 3>40```:?B&MY$@?CI75 = A 75 3>40```:? B&MY @?CI75 = A 75 3>40```:?q=5B:*@?3EOGFFF:?7L6^#(@?J@FFF:?@?CI75 = A 75 3>40```:?@@?CI75 = A 75 3>40```:?P @?::::? @^@?2@<FFF:? ףAxl@?@<FFF:?N ׾A @?DOGFFF:?Q )\AZ H @?,BOGFFF:?CA @?@OGFFF:?~ BxT <@?F%=OGFFF:?}S ̋A@?|@<FFF:?|  DCr'!@?'9OGFFF:?{[1/C ': @?35OGFFF:?zO-C|'@?71OGFFF:?yG\Cj'F^@?z-.OGFFF:?xxYB'8@?,OGFFF:?wqjC',@?0(OGFFF:?v>oRBV'@?0#OGFFF:?LVALOG) 5H5B8= =4@59 3>@528G @>4.10.01.1952, A=A -$,   70 2008-2009 33. C1;8:0F88: 1. Study of energy dependence of pion production by protons on copper target near 350 MeV. E.V.Karpechev et al. 2007. 8pp. (15 authors) ?C1;8:>20=0 2 6C@=0;5 /45@=0O $878:0, Phys.Atom.Nucl. 71, 1-8 2008.   = 0.491*60/10 = 2,946 2. ALICE electromagnetic calorimeter technical design report. By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN-ALICE-TDR-014, Sep 2008. 132.   = 8/10 = 0,800 3. The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. Published in JINST 3:S08002, 2008.  =0.333*30/10=0.999 4. 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By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN- ALICE-TDR-014, Sep 2008. 132.   = 8/10 = 0,800 20093. 1). .!.">?8;LA:0O >645=85 A>AB>O=89 G0@<>=8O ?@8 AB>;:=>25=88 BO65;KE 8>=>2 /4. $878:0, 72 (2009) 766. Charmonium-state production in heavy-ion collisions. N.S.Topilskaya Phys.Atom.Nucl.72:723-736,2009.  =0.491*60=29,46 2). N.S.Topilskaya, A.B.Kurepin Transverse momentum dependence of charmonium production in heavy ion collisions. PoS(HIGH-pTLHC) (2009) 026  =8/2=4 3). ..C@5?8=, .!.">?8;LA:0O, ..>;C1520 >645=85 A>AB>O=89 G0@<>=8O 2 M:A?5@8<5=B0E A D8:A8@>20==>9 <8H5=LN =0 ?CG:0E SPS 8 LHC 2 & 5. >A;0=> 2 ?5G0BL 2 6C@=0; /45@=0O $878:0  = 4). F. Prino et al. / J/psi azimuthal anisotropy relative to the reaction plane in Pb-Pb collisions at 158 GeV per nucleon// Eur.Phys.J.C61:853-858,2009.   =2,805*30/10=8,415   ?> ?C1;8:0F8O< = (51,674) 5. !?8A>: ?0B5=B>2 70 2007 -2008 3.3. #:070BL, 5A;8 ?0B5=B O2;O5BAO @57C;LB0B>< 2K?>;=5=8O 1N465B=KE  . 6. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2007 -2008 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 20083. >LVALN 1). .!.">?8;LA:0O- ?;5=0@=K9 4>:;04 (?@83;0H5==K9)  Transverse momentum dependence of charmonium production in heavy ion collisions , 3rd International Wokshop on high pt physics, Tokaj, Hungary, March 16-19, 2008.  =30 2). .!.">?8;LA:0O >645=85 G0@<>=8O =0 ?CG:0E ?@>B>=>2 8 A28=F0 =0 D8:A8@>20==>9 <8H5=8 A ?><>ILN 48<N>==>3> A?5:B@><5B@0 CAB0=>2:8 ALICE , A>25I0=85 >AA89A:>9 :>;;01>@0F88 ALICE, 09.10.2008, C@G0B>2A:89 F5=B@. 20093. 3). .!.">?8;LA:0O- ?;5=0@=K9 4>:;04 (?@83;0H5==K9)  Fixed target charmonium production with proton and lead beams at LHC International workshop  New opportunities in physics landscape at CERN , CERN, 10-13 May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arionov, I.A. Pshenichnov, I.N. Mishustin, W. Greiner, Antiproton-nucleus collisions simulations within a kinetic approach with relativistic mean fields, Phys. Rev. C. 80 (2009) 021601  =3,124*30/4 = 23,43 2. E. Surdutovich, O.I. Obolensky, E. Scifoni, I. Pshenichnov, I. Mishustin, A.V. Solov'yov, W. Greiner, Ion-induced electron production in tissue-like media and DNA damage mechanisms, Eur. Phys. J. D 51 (2009) 63  =1.397*30/7 =5,987 3. I. Pshenichnov, A. Botvina, I. Mishistin, W. Greiner, Nuclear fragmentation in extended media studied with Geant4 toolkit, Accepted for publication in Nucl. Inst. Meth. B, 2009  =0,999*30/4 = 7,493 2008 3. 1. A.J. Baltz, G. Baur, D. d'Enterria, ... I.A. Pshenichnov et al., The Physics of Ultraperipheral Collisions at the LHC, Phys. Reports 458 (2008) 1.  =18,522*30/10 = 55,566 2. The ALICE Collaboration, K.Aamodt,& F.Guber, O.Karavichev, T.Karavicheva, E.Karpechev, A.Kurepin, A.N.Kurepin, A.Maevskaya, I.Pshenichnov, A.Reshetin, N.Topilskaya et al., The ALICE Experiment at the CERN LHC, JINST 3 (2008) S08002.  =0.333*30/10 =1 3. O.I. Obolensky, E. Surdutovich, I. Pshenichnov, I. Mishustin, A.V. Solov'yov, W. Greiner, Ion beam cancer therapy: Fundamental aspects of the problem, Nucl. Instr. Meth. Phys. Research B 266 (2008) 1623  =0.999*30/6 = 4.995 4. I. Pshenichnov, I. Mishustin, W. Greiner, Comparative study of depth-dose distributions for beams of light and heavy nuclei in tissue-LVAL0like media, Nucl. Instr. Meth. Phys. Research B 266 (2008) 1094.  =0.999*30/6 = 4.995 5. P. Golubev, V. Avdeichikov, K.G. Fissum, B. Jakobsson, I. A. Pshenichnov, et al., Pion emission in (gamma,pi+) 2H, 12C, 27Al reactions at threshold, Nucl. Phys. A806 (2008) 216.  =1.959*30/10 = 5,877 A53> ?> 6C@=0;0<:   =109,343 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: #AB=K5 4>:;04K, ?@83;0H5==K5: 1. I.A. Pshenichnov, I. Mishustin, W. Greiner, Beams of light and heavy nuclei in extended media: a challenge of nuclear fragmentation, 2nd International Conference on Nuclear Fragmentation , Kemer (Antalya), Turkey September 27  October 4, 2009  = 30/3 = 10 2. I.A. Pshenichnov, I. Mishustin, W. Greiner, Beams of light and heavy nuclei in tissue-like media, Workshop on Nuclear Models for use in Hadron Therapy, Juelich, Germany  = 30/3 = 10 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 5. I.A. Pshenichnov, Nuclear beams in extended media: issues of nuclear fragmentation,14th Geant4 Users Workshop, Catania, Italy   = 6 ;5=0@=K5 4>:;04K =0 @>AA89A:8E :>=D5@5=F8OE 1. ..H5=8G=>2, .. 5@<5=52, .. 0@?5G52, .. C@5?8=, .. 8HCAB8=, -;5:B@><03=8B=K5 2708<>459AB28O O45@ 2KA>:8E 8 A25@E2KA>:8E M=5@389, !5AA8O-:>=D5@5=F8O /$  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 2009, 23-27 >O1@O 2009 3. >A:20  = 20/5 = 4 C1;8:0F88 2 B@C40E :>=D5@5=F89: 1. A.B. Laryonov, I.N. Mishustin, I.A.Pshenichnov, L.M. Satarov, W.Greiner, Transport calculations of antiproton-nucleus interactions, Talk given at the XXXI Mazurian Lakes Conference on Physics, NUCLEAR PHYSICS and the Road to FAIR Piaski, Poland, 30.08-06.09.2009, to be published   = 1.5 *6/5 = 1.8 2. E. Scifoni, E. Surdutovich, A. Solov'yov, I. Pshenichnov, I. Mishustin, W. Greiner, Ion-beam therapy: from electron production in tissue like media to DNA damage estimations In Proc. 5th International Conference on Radiation Damage in Biomolecular Systems, Date: Jun 13-15, 2008 Debrecen, HUNGARYBLVALR, RADIATION DAMAGE IN BIOMOLECULAR SYSTEMS, 1080 (2008) 104   = 1.5 *6/6 = 1.5 3. I. Pshenichnov, I. Mishustin, W. Greiner, MCHIT  Monte Carlo model for proton and heavy-ion therapy Conference Information: International Conference on Nuclear Data for Science and Technology, Date: APR 22-27, 2007 Nice FRANCE INTERNATIONAL CONFERENCE ON NUCLEAR DATA FOR SCIENCE AND TECHNOLOGY, VOL 2, PROCEEDINGS p. 1343 Published: 2008  = 0.5*6/3 = 1 (?C1;8:0F8O 4>:;040 2 B@C40E :>=D5@5=F88) 4. I. Pshenichnov, I. Mishustin, W. Greiner, Towards Monte Carlo calculations of biological dose in heavy-ion therapy: Modeling of nuclear fragmentation reations, in Latest Advances in Atomic Cluster Collisions, J.-P. Connerade and A. V. Solov'yov, eds., p. 401, Imperial College Press, London, 2008.  = 0.5*30/3 = 5 (?C1;8:0F8O ?@83;0H5==>3> 4>:;040 2 B@C40E :>=D5@5=F88) 5. E. Surdutovich, O. I. Obolensky, I. Pshenichnov, I. Mishustin, A. V. Solov'yov, W. Greiner, Mechanisms of radiation damage in biomolecules, in Latest Advances in Atomic Cluster Collisions, J.-P. Connerade and A. V. Solov'yov, eds., pp. 411, Imperial College Press, London, 2008.  = 1.5*6/6 = 1.5 A53> ?> :>=D5@5=F8O<:   = 40.8 -;5:B@>==K5 ?@5?@8=BK: 1. E. Scifoni, E. Surdutovich, A. Solov'yov, I. Pshenichnov, I. Mishustin, W. Greiner, Ion-beam therapy: from electron production in tissue like media to DNA damage estimations, arXiv:0807.2610 (July 2008)  = 4/6 = 0.667 2. I. Pshenichnov, A. Botvina, I. Mishistin, W. Greiner, Nuclear fragmentation in extended media studied with Geant4 toolkit, arXiv:0911.2017 (November 2009), submitted to NIM B.  = 4/4 = 1 A53> ?> ?@5?@8=B0<:  =1.667 B>3>2K9  :  = 151.810LVALOG2!04>2A:89 ;5:A0=4@ !5@35528G 1974 3>40 @>645=8O, Dr.Rer.Nat (:.D.-<.=.) 2007 3. Ph.D. TU-Dresden. 2009 3. ?>;CG5=> 3>A. A2845B5;LAB2> >1 M:2820;5=B=>AB8 Ph.D. AB5?5=8 :.D.-<.=. $. 0CG=K9 A>B@C4=8: B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 !?8A>: >?C1;8:>20==KE @01>B 70 2008 -2009 3.3. A C:070=85< :>;-20 02B>@>2. 1. G. 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CAK38=0 .., !04>2A:89 .!. / @>F54C@0 =5?>A@54AB25==>3> :>=B@>;O :0G5AB20 A>18@05<KE M:A?5@8<5=B0;L=KE 40==KE =0 M:A?5@8<5=B5 NA61 // ?@5?@8=B /  !1244/2009, 2 ?5G0B8. {2/2}  =4/2=2   ?> ?@5?@8=B0< = 8*0.4 + 2*2 = 7.2 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE: 1. A.Sadovsky (reporter), F.Guber, M.Golubeva, A.Ivashkin, A.Kurepin, A.Mayevskaya, V.Marin, K.Shileev;  Hadron calorimeter with micropi$LVAL4xel APD readout for heavy ion experiments , The 3rd Light Ion Nuclear Collision Workshop 18-21 June 2008. http://www.ihep.su/ihep/doc_seminar/LINC-2008/linc_2008.html  =4/8=0.5 >;;01>@0F8>==K5 A>1@0=8O (<564C=0@>4=K5): 1 . A.Sadovsky,  On-line QA , NA61 Collaboration meeting, CERN, 27-30 October 2008 2. A.Sadovsky,  Production scripts and off-line QA , NA61 Collaboration meeting, CERN, 27-30 October 2008 3. A.Sadovsky,  Web-site and data documentation , NA61 Collaboration meeting, CERN, 27-30 October 2008 4. A.Sadovsky,  Bookkeeping and online/offline-QA , NA61 Collaboration meeting, CERN, 25-27 May 2009. 5. A.Sadovsky,  On-line QA , NA61 Collaboration meeting, CERN, 16-19 November 2009. 6. A.Sadovsky,  Automatic tools for bookkeeping, data-processing and calibration , NA61 Collaboration meeting, CERN, 16-19 November 2009. C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8 1. 48?;><=8:8 (2008-2009 3.): CAK38=0 .. (!!)  =10 "+   = 133,821LVALOG60@028G520 "0BLO=0 L2>2=0 1951 3.@., :0=4840B D87.-<0B. =0C: (1999), A=A !?8A>: >?C1;8:>20==KE @01>B 70 2008-2009 3.3 1 Study of energy dependence of pion production by proton on copper target near 350 MEV E.V.Karpechev, A.B.Kurepin, T.L/Karavicheva , 15 02B>@>2 /45@=0O D878:0 71 ( 2008) 3  = 0,491 * 60 * 0,1 = 2,946 2 An improved Shashlyk Calorimeter G.S.Atoyan ,T.Karavicheva. 1202B>@>2 Published in Nucl.Instrum.Meth.A584:291-303,2008.  = 1,019 * 30 * 0,1 = 3,057 ALICE electromagnetic calorimeter technical design report By ALICE Collaboration (P. Cortese et al.). CERN-LHCC-2008-014, CERN-ALICE-TDR-014, Sep 2008. 132  = 1 * 8 * 0,1 = 0,8 3 The ALICE experiment at the CERN LHC. By ALICE Collaboration (K. Aamodt et al.). 2008. 259pp. JINST 3:S08002,2008  = 0,333 * 30 * 0,1 = 0,999 5 Study of dielectron production in C+C collisions at 1-A-GeV 1-A-GeV G. Agakichiev,...T.Karavicheva et al. Phys.Lett. B 663 (2008) 43-48 A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsky et al.,  = 4,034 * 30 * 0,1 = 12,102 6 Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to the DLS Puzzle. Y.C. Pachmayer, ..M.Golubeva, F.Guber, A.Ivashkin, T.Karavicheva, A.Kurepin, K.Lapidus, A.Reshetin, A.Sadovsk= J.Phys.G35:104159,2008  = 5,27 * 30 * 0,1 = 15,81 Dielectron spectroscopy at 1-A-GeV to 2-A-GeV with HADES S. Spataro et al. 2008. 4pp Published in Eur.Phys.J.A38:163-166,2008  = 2,015 * 30 * 0,1 = 6,045 8  !8AB5<0 1KAB@>9 M;5:B@>=8:8 AB0@B>2>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE. ..5A5;>2A:89, ..@83>@L52, ..0?;8=, "..0@028G520, ..0@028G52, ..;8<>2, ..>=4@0BL520,W.H.Trzaska ..C@5?8=, ..C@5?8=, ..>38=>2, ..5;5H:>, .. 5H5B8=, @81>@K 8 B5E=8:0 M:A?5@8<5LVAL7=B0 !2 (2009) 43-44  = 0,311 * 60 * 0,1 = 1,866 9  5B>4K 87<5@5=8O 0<?;8BC4 A83=0;>2 G5@5=:>2A:8E AG5BG8:>2 2 45B5:B>@5 "0 M:A?5@8<5=B0 ALICE (CERN,LHC) ..@83>@L52, "..0@028G520, 8 4@. @81>@K 8 B5E=8:0 M:A?5@8<5=B0 !3 (2009) 45-49  = 0,311 * 60 * 0,1 = 1,866 10 First proton-proton collisions at the LHC as observed with the ALICE detector: measurement of the charged particle pseudorapidity density at " s =900 GeV K.Aamodt, ..T.Karavicheva et al. Eur. Phys. J C  = 2,805 * 30 * 0,1 = 8,415 11 Development of FARICH detector for ALICE experiment at CERN Nucl. Instr. and Meth. A 598 (2009) 156-159 . {5, 16/10, A?8A>: 3} A.I.Berlev et al  = 1,019 * 30 * 0,1 = 3,057 12 J/psi azimuthal anisotropy relative to the reaction plane in Pb-Pb collisions at 158 GeV per nucleon Nucl.Instrum.Meth.A598:268-269,2009. {5, 10/10, A?8A>: 5}  = 1,019 * 30 * 0,1 = 3,057 13 Phi decay: A Relevant source for K- production at energies available at the GSI Schwerionen-Synchrotron (SIS)? G. Agakishiev et al. Phys.Rev.C80 (2009) 025209 {5, 111/8, !?8A>:4}  = 3,124 * 30 * 0,1 = 9,372 14 Deep Subthreshold Xi- Production in Ar + KCl Reactions at 1.76A GeV G. Agakishiev et al. Phys.Rev.Lett 103 (2009) 132301 {5, 105/8, !?8A>:4}  = 7,18 * 30 * 0,1 = 21,54 15 Inclusive Dielectron Production in Ar+KCl Collisions at 1.76 AGeV studied with HADES F.Krizek et al., (By HADES Collaboration) Nucl.Phys.A830 (2009) p.483-486 {5, 112/8, !?8A>:4}  = 1,958 * 30 * 0,1 = 5,874 16 The high-acceptance dielectron spectrometer HADES G. Agakishiev et al. ` Eur.Phys.J.A41 (2009) p.243-277 {5, 207/9, !?8A>:2  = 2,015 * 30 * 0,1 = 6,045 17 Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES G. Agakishiev,..T. Karavicheva et al. (By HADES CollaboratiLVAL8on) Eur.Phys.J.A40 (2009) p.45-59 {5, 125/8, !?8A>:4}  = 2,015 * 30 * 0,1 = 6,045 18 Meson and di-electron production with HADES Frohlich ,..T.Karavicheva et al. (By HADES Collaboration) Int.J.Mod.Phys.A24 (2009) p.317-326 {5, 125/8, !?8A>:4}  = 0,982 * 30 * 0,1 = 2,946 19 Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES M. Sudol et al. Eur.Phys.J.C62 (2009) p.81-84 {5, 125/8, !?8A>:4}  = 2,805 * 30 * 0,1 = 8,415 20 Recent results from HADES on electron pair production in relativistic heavy-ion collisions. By The HADES Collaboration (T. Galatyuk et al.). Nov 2009. 8pp. e-Print: arXiv:0911.2411 [nucl-ex]  = 4 * 1 * 0,1 = 0,4 21 Origin of the low-mass electron pair excess in light nucleus-nucleus collisions. By The HADES Collaboration (G. Agakishiev et al.). Oct 2009. 11pp. e-Print: arXiv:0910.5875 [nucl-ex]  = 4 * 1 * 0,1 = 0,4 22 Study of the pp ---> np pi+ reaction at 1.25-GeV with HADES. By HADES Collaboration (T. Liu et al.). Sep 2009. 7pp. Contributed to 12th International Conference on Nuclear Reaction Mechanisms, Varenna, Villa Monastero, Italy, 15-19 Jun 2009e-Print: arXiv:0909.3399 [nucl-ex]  = 4 * 1 * 0,1 = 0,4 23 Future perspectives at SIS-100 with HADES-at-FAIR. By HADES Collaboration (I. Frohlich et al.). Jun 2009. 7pp. Invited talk at 47th International Winter Meeting on Nuclear Physics, Bormio, Italy, 26-30 Jan 2009. e-Print: arXiv:0906.0091 [nucl-ex]  = 30 * 1 * 0,1 = 3 Dielectron production in pp and dp collisions at 1.25-GeV/u with HADES. By HADES Collaboration (K. Lapidus et al.). Apr 2009. 6pp. Talk given at 19th International Baldin Seminar on High Energy Physics Problems: Relativistic Nuclear Physics and Quantum Chromodynamics (ISHEPP 2008), Dubna, Russia, 29 Sep - 4 Oct  = 6 * 1 * 0,1 = 0,6 Charged pion production in C+C and Ar+KCl coll LVAL isions measured with HADES. By HADES Collaboration (P. Tlusty et al.). Jun 2009. 7pp. Contributed to 47th International Winter Meeting on Nuclear Physics, Bormio, Italy, 26-30 Jan 2009.  = 6 * 1 * 0,1 = 0,6   ?> ?C1;8:0F8O< 125,657 A?8@0=BK 8 A>8A:0B5;8: C@5?8= .. /(2008-2009) 30 30 Tomasz Malkiewicz (2008-2009) (Finland) 20 20   ?> @C:>2>4AB2C =50 "+   = 175,657LVALOG:0?84CA 8@8;; ;53>28G 1984 3>40 @>645=8O, 0A?8@0=B /. !B065@-8AA;54>20B5;L B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2009 3. 1. G. Agakishiev, ..., K. Lapidus et al. 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(By HADES Collaboration) / Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES // Eur.Phys.J.A40 (2009) p.45-59 {5, 125/8, !?8A>:4}   =2,015*30/10=6,045 6. I.Frohlich, ..., K. Lapidus et al. (By HADES Collaboration) / Meson and di-electron production with HADES // Int.J.Mod.Phys.A24 (2009) p.317-326 {5, 125/8, !?8A>:4}   =0,982*30/10=2,946 7. M. Sudol, ..., K. Lapidus et al. / Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES // Eur.Phys.J.C62 (2009) p.81-84 {5, 125/8, !?8A>:4}   =2,805*30/10=8,445 8. L. Fabbietti, & , K. Lapidus et al 2009 J. Phys. G: Nucl. Part. Phys. 36 064005 (12pp). !?8A>: 02B>@>2 4>ABC?5= ?> J. Phys. G: Nucl. Part. Phys. 36 069804.   =5,27*30/10=15,81 2008 3. 1 .Dielectron Production in C-12 + C-12 Collisions at 1-GeV/u and the Solution to theLVAL; DLS Puzzle. By HADES Collaboration (Y.C. Pachmayer et al.). Published in J.Phys.G35:104159,2008.008. 6pp. (116 02B>@>2) / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, A. Ivashkin, K. Lapidus, A. Reshetin, A. Sadovsky, I.Veretenkin. (9 02B>@>2).   =5,27*30/10=15,81 2. Study of dielectron production in C+C collisions at 1-A-GeV. By HADES Collaboration (G. Agakishiev et al.). Published in Phys.Lett.B663:43-48,2008. (126 02B>@>2) / : M. Golubeva, F. Guber, T. Karavicheva, A. Kurepin, A. Ivashkin, K. Lapidus, A. Reshetin, A. Sadovsky, I.Veretenkin. (9 02B>@>2).  =4.034*30/10=12.102. 3. Longitudinally segmented lead/scintillator hadron calorimeter with micro-pixel APD readout. Golubeva, M.; Guber, F.; Ivashkin, A.; Kurepin, A.; Lapidus, K.; Marin,V.;Maevskaya, A.; Musienko, Y.; Sadovsky, A.; Shileev, K.; Tiflov, V. Nuclear Instruments and Methods in Physics Research Section A, Volume 598, Issue 1, p. 268-269.  =1.019*30/10=3.057 4. Dielectron spectroscopy at 1-2 AGeV with HADES, The HADES Collaboration, S. Spataro, G. Agakishiev, C. Agodi, A. Balanda, & , K. 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(Russia) for the HADES Collaboration  Dielectron Production in pp and dp Collisions at 1.25 GeV/u with HADES  =6 2. 51-O =0CG=0O :>=D5@5=F8O $" (A5@>AA89A:0O <>;>456=0O =0CG=0O :>=D5@5=F8O A <564C=0@>4=K< CG0AB85<). 28.11-4.12, 2008. >A:20 >;3>?@C4=K9 C:>2A:89. 0?84CA ..  AA;54>20=85 >1@07>20=8O M;5:B@>=-?>78B@>==KE ?0@ 2 ?@>B>=-?@>B>==KE 8 459B@>=-?@>B>==KE AB>;:=>25=8OE ?@8 M=5@388 1,25 M/=C:;>= =0 CAB0=>2:5 HADES  =6 >:;04K =0 :>=D5@5=F8OE 1. 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 O45@=>9 D878:8 $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", 22-25 45:01@O, 2008. =AB8BCB D878:8 2KA>:8E M=5@389, @>B28=>. ..0?84CA  AA;54>20=85 >1@07>20=8O M;5:B@>=-?>78B@>==KE ?0@ 2 =C:;>=-=C:;>==KE 2708<>459AB28OE =0 CAB0=>2:5 HADES  =4 >2KH0NI89 :>MDD8F85=B 1,5 B>3>2K9  = 130,694*1,5= 196,041lLVALCAK38=0 ;L30 0;5@L52=0 !B065@-8AA;54>20B5;L / 27.01.1987 1. CAK38=0 .., !04>2A:89 .!. / @>F54C@0 =5?>A@54AB25==>3> :>=B@>;O :0G5AB20 A>18@05<KE M:A?5@8<5=B0;L=KE 40==KE =0 M:A?5@8<5=B5 NA61 // ?@5?@8=B /  !1244/2009, 2 ?5G0B8. {2/2}  =4/2=2  =2*2=4>=52A:8E @BQ< !5@35528G !B065@-8AA;54>20B5;L !?8A>: >?C1;8:>20==KE @01>B 70 2009 3 1 First proton-proton collisions at the LHC as observed with the ALICE detector: measurement of the charged particle pseudorapidity density at " s =900 GeV K.Aamodt, A. Konevskih et al. submitted to Eur. Phys. J C {5, 960/9, A?8A>: 1}  = 2,805 * 30 * 0,1 = 8,415   ?> 6C@=0;L=K< ?C1;8:0F8O< = 8,415 >102>G=K9 :>MDD8F85=B 4;O <>;>4KE A>B@C4=8:>2 8,415 * 2 = 16,83 "+   = 16,830@?5G52 235=89 ;048<8@>28G 0B0 @>645=8O: 15.03.1979 #G5=>5 720=85: 1/7 #G5=0O AB5?5=L: 1/A >;6=>ABL: <.=.A. C1;8:0F88 2008 -2009 3.3. 1. Study of energy dependence of pion production by protons on copper target near 350 MeV. E.V.Karpechev et al. 2008. 8pp. (15 authors) C@=0; /45@=0O $878:0, B.71, !1 (AB@.1-8)   = 0.491*60/10 = 2,946 2. A.I. 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"4-th International Sakharov Conference on Physics", Lebedev Institute, Moscow, Russia, May 18-23, 2009 "5<0 4>:;040: On Classical Analogs of Quantum Schwarzschild and Reissner-Nordstrom Black Holes.  =6 4. Workshop "Frontiers in Black Hole Physics in Dubna", Dubna, Russia, May 25-30, 2009 "5<0 4>:;040: On Classical Analogs of Quantum Schwarzschild and Reissner-Nordstrom Black Holes.  =6 5. "Twelfth Marcel Grossmann Meeting MG12", Palais d'UNESCO,Paris, France, July 12-18, 2009 "5<0 4>:;040: On Classical Analogs of Quantum Schwarzschild and Reissner-Nordstrom Black Holes  =6 6. "Invisible Universe International Conference ", Paris, June 29 -July 3, 2009 "5<0 4>:;040: Brane Universe: Global Geometry  =6 B>3>:  =448 LVALH C<8@=>2 ;5:A59 5>=84>28G @>4. 2.3.1978 <;. =0CG. A>B@.   70 2008-2009 33. >=D5@5=F88: 14-th Lomonosov Conference on Elementary Particle Physics A.Smirnov On the global geometry of brane Universe models  =6 C1;8:0F88: .!<8@=>2 .5@578=  G5@=KE 4K@0E 8 70<0A:8@>20==KE G5@=KE 4K@0E @5?@8=B /, 2009  =2 B>3>:  =8,LVAL<>?K;>2 =0B>;89 0A8;L528G, @>4.16.06.1946, @C:.3@. -,   70 2008-2009 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A. Kopylov and V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector // Journal of Cosmology and Astroparticle Physics, JCAP10(2008)007  =6.389*30/2=95.835 3. A. Kopylov and V. Petukhov /  Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing // Journal of Cosmology and Astroparticle Physics, JCAP08(2009)006  =6.389*30/2=95.835 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / "AA;54>20=85 ;8B852>3> <5B>40 @538AB@0F88 A>;=5G=KE =59B@8=>" // C@=0; "5E=8G5A:>9 $878:8, B.79, 2K?.7, AA.133 - 136, 2009  =0.522*60/4=7.83 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 2. A.Kopylov, V.Petukhov /  Prospects to observe a CNO cycle by solar neutrinos  // ERICE 2009, Sicily  =30/2=15 @5?@8=BK: 1. A. Kopylov, V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector  // arXiv: 0806.0460 [hep-ph]  =4/2=2 2. A.Kopylov, V.Petukhov / "Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing " // arXiv:0902.2272[astro-ph]  =4/2=2 3. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/2=2 4. A.Kopylov, V.Petukhov / "Neutrinos from CNO cycle at the present epoch of the solar neutrino research" // arXiv:0910.5152[astro-ph]  =4/2=2 B>3>:  =230.0\ LVALl @5E>2 3>@L 048<>28G, @>4.03.10.1939, =A -,   70 2008-2009 33. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / "AA;54>20=85 ;8B852>3> <5B>40 @538AB@0F88 A>;=5G=KE =59B@8=>" // C@=0; "5E=8G5A:>9 $878:8, B.79, 2K?.7, AA.133 - 136, 2009  =0.522*60/4=7.83 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/2=2 B>3>:  =17.334LVALD5BCE>2 0;5@89 OG5A;02>28G, @>4.17.01.1957, =A -,   70 2008-2009 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A. Kopylov and V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector // Journal of Cosmology and Astroparticle Physics, JCAP10(2008)007  =6.389*30/2=95.835 3. A. Kopylov and V. Petukhov /  Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing // Journal of Cosmology and Astroparticle Physics, JCAP08(2009)006  =6.389*30/2=95.835 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. ..>?K;>2, ..@5E>2, ..5BCE>2, ..!>;><0B8= / "AA;54>20=85 ;8B852>3> <5B>40 @538AB@0F88 A>;=5G=KE =59B@8=>" // C@=0; "5E=8G5A:>9 $878:8, B.79, 2K?.7, AA.133 - 136, 2009  =0.522*60/4=7.83 >:;04 (?@83;0H5==K9 =0 <564C=0@>4=>9 :>=D5@5=F88): 1. A.Kopylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 2. A.Kopylov, V.Petukhov /  Prospects to observe a CNO cycle by solar neutrinos  // ERICE 2009, Sicily  =30/2=15 @5?@8=BK: 1. A. Kopylov, V. Petukhov /  Prospects for studying the solar CNO cycle by means of a lithium neutrino detector  // arXiv: 0806.0460 [hep-ph]  =4/2=2 2. A.Kopylov, V.Petukhov / "Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing " // arXiv:0902.2272[astro-ph]  =4/2=2 3. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/2=2 4. A.Kopylov, V.Petukhov / "Neutrinos from CNO cycle at the present epoch of the solar neutrino research" // arXiv:0910.5152[astro-ph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opylov, I.Orekhov, V.Petukhov, A.Solomatin /  The Potential of a Lithium Experiment of Solar Neutrinos // PMN08, Milos  =30/4=7.5 2. N.I.Loginov, A.S.Mikheyev, V.A.Morozov, A.E.Solomatin, I.R.Kirillov, V.M.Chernov /  On Corrosion Interaction Lithium with Vanadium Alloy // ICRFM-14, Sapporo, 2009  =30/6=5 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/2=2 B>3>:  =22.33LVALfx810=>20 ;L30 8:>;052=0 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8?;><=8:  . K;>A>20, $"#  =10>;C1520 ;5=0 !5@3552=0 !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2008 -2009 3.3. 1. !5G5=85 >1@07>20=8O A>AB02=>3> O4@0 2 pBi - 2708<>459AB288 ?@8 M=5@388 20-100 M. .!. >;C1520, .!. ;L8=>2 /45@=0O D878:0, B. 72, !11, 1897-1900, 2009 3.  =0.491*60/2=14,73 564C=0@>4=K9 8=45:A F8B8@C5<>AB8 531 "+   =14,73>;>B>2 ;048<8@ 8:>;0528G @>4. 09.12.1933 3. 02. 01>@0B>@859, 4.D.-<.=., ?@>D5AA>@.   70 2008-200933 = 180,5(;8G=K9).   70 2008-200933 = 170,7( :0: @C:. 01>@0B>@88). C1;8:0F88: V.N.Bolotov, V.A. Duk.Pion program for the future rare decay experiments. /45@=0O D878:0 72 1 2009, 69-82.  =0.914*60/2=27,42. @?@8=BK: ..'8:8;52, .. , ..C:, ..//"7<5@5=85 8=B5@D5@5=F8>==>3> G;5=0 INT 2 @0480F8>==>< @0A?045 :0>=0 K? mu nu gamma"// @5?@8=B $- 2008-27,  =4/10 = 0,4 !..:8<5=:>, ... , ..C:, ...//"AA;54>20=85 ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8 """// @5?@8=B $- 2008-28,  =4/7 = 0,57 >:;04K: .. >;>B>2/ "@>5:B8@>20=85 8 @57C;LB0BK M:A?5@8<5=B0;L=KE 8A?KB0=89 ?@>B>B8?>2 45B5:B>@>2 CAB0=>2:8 KLOD"0 CAB=K9 8 >?C1;8:>20==K9 4>:;04:4 x 1.5 = 6/5 = 1,2 Study of K- ---> pi0 e- anti-nu(e) gamma decay with ISTRA+ setup.V.N. Bolotov et al. Published ProceedingKAON:029,2008 6x1.5/10=0.9 C:>2>4AB2> 3 48?;><=8:0<8 (%0;8:>2 .., %C4O:>2 .., 0:0@>2 .. (20083.):   =30. C:>2>4AB2> 2 0A?8@0=B0<8 ( %C4O:>2 .., 0:0@>2 .. (2008-0933.):   =120. B>3>:  =180,5 .. >;>B>2 702.;01. A> A@54=8<   A>B@C4=8:>2 = 107,32,   @C:>2>48B5;O = 180,5*0.5+107,32*0.75= 170,7.LVALOGq0<0=8= <8B@89 ;048<8@>28G !?8A>: =0CG=KE @01>B 70 ?5@8>4 A 2008 ?> 200933. (40==K5 =0 03.02.2010) C1;8:0F88 2 @5F5=78@C5<KE 6C@=0;0E (70@C156=K5): 1. Fission and ternary cluster decay of hyper-deformed 56Ni W. von Oertzen, B. Gebauer, G. Efimov, V. Zherebchevsky, Tz. Kokalova, S. Thummerer, Ch. Schulz, H.G. Bohlen, D. Kamanin, C. Beck, D. Curien, P. Papka, M. Rousseau, G. Royer, and G 8 4@., Eur. Phys. J. A (The European Physical Journal A:Hadrons and Nuclei) , ISSN:1434-6001 , eISSN:1434-601X , 74:EDP Sciences, Societ0 Italiana di Fisica and Springer-Verlag, 36, 3, 279-288, 2008  =2,015*30/10= 6,045 2. Fission decay of N = Z nuclei at high angular momentum: 60Zn W. von Oertzen, V.Zherebchevsky, B.Gebauer, Ch.Schulz, S.Thummerer, D.Kamanin, G.Royer, and Th.Wilpert, Physical Review C. , ISSN:0556-2813 , eISSN:1089-490X , 74:American Physical Society, 78, 044615, 2008  =3,124*30/8= 11,715 3. Experimental evidences of clustering in low excited heavy nuclear systems D.V. Kamanin, Yu.V. Pyatkov, A.N. Tyukavkin & Yu.N. Kopatch, Int. Journal of Modern Physics E. Proceedings of the First Workshop on State of the Art in Nuclear Cluster Physics "SOTANCP2008", France, Strasbourg, 13-16 May, 2008., 17, 10, 2250-2254, 2008  =0,492*30/4= 3,69 4. Measuring the nuclear charge of fission fragments using a big ionization chamber a part of the double-arm time-of-flight spectrometer A.N.Tyukavkin, Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, S.V.Denisov, G.L.Efimov, V.E.Zhuchko, N.A.Kondratyev, E.A.Kuzne 8 4@., Instruments and Experimental Techniques, ISSN:0020-4412, eISSN:1608-3180, 74:MAIK Nauka/Interperiodica, Pleiades Publishing, Ltd, 52, 4, 508 518, 2009  =0,311*60/10= 1,866 0B5@80;K =0CG=KE <5@>?@8OB89 (<564C=0@>4=K5, ?@83;0H5==K9 4>:;04): 1. DST-UNISA-JINR Symposium "Models and Methods in Few- and Many-Body Systems", UNISA, Pretoria, South Africa Searching for multi-body decays of low and middle excited actiniLVALrdes, D.V.Kamanin, Yu.V.Pyatkov, W.H.Trzaska, W. von Oertzen, 172-188, Proc. of the DST-UNISA-JINR Sym. "Models and Methods in Few- and Many-Body Systems", Skukuza, Kruger National Park, South Africa, 5-9 February 2007, 2008  =20/4= 5 0B5@80;K =0CG=KE <5@>?@8OB89 (<564C=0@>4=K5, CAB=K9 4>:;04): 1. International Conference on Dynamical aspects of nuclear fission (DANF 2006), Institute of Physics Slovak Academy of Sciences, Smolenice Castle, Slovak Republic Rare fission modes: study of multi-cluster decays of actinide nuclei, D.V.Kamanin for the FOBOS collaboration, 227-236, World Scientific, 8AL<0 2 -"$ (JETP Letters) , ISSN:0021-3640 , 74: 0C:0/=B5@?5@8>48:0 Pleiades Publishing, Ltd., 2008  =8/10= 0,8 2. XV International Seminar on Interaction of Neutrons with Nuclei (ISINN15), FLNP JINR, Dubna, Russia Study of the multy-cluster decays in the neutron induced fission of 235U, D.V. Kamanin, Yu.N. Kopach, Yu.V. Pyatkov, A.A. Alexandrov, S.B. Borzakov, J.E. Lavrova, Ts. Panteleev, A.N. Tyukavkin, 274-280, 740B5;LA:89 >B45; /, PSI Scient. Rep. 2004 , ISSN:1423-7326, 2008  =6/8= 0,75 3. XVI International Seminar on Interaction of Neutrons with Nuclei (ISINN-16), JINR, Dubna, Russia Exotic high neutron multiplicity modes in 252Cf(sf), Yu.V. Pyatkov, A.N. Tyukavkin, D.V. Kamanin, O.V. Falomkina, Yu.E. Lavrova, E.A. Sokol, E.A. Kuznetsova, 386-392, 740B5;LA:89 >B45; /, Proceedings of 16th International Seminar on Interaction of Neutrons with Nuclei: "Neutron Spectroscopy, Nuclear Structure, Related Topics". Dubna, June 11-14, 2008. Dubna 2009., 2009  =8/7= 1,149 4. XV International Seminar on Interaction of Neutrons with Nuclei (ISINN15), FLNP JINR, Dubna, Russia Experimental setup and data processing in studying of the reaction 235U(nth, f) at the IBR-2 beam, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, G.L.Efimov, D.V.Kamanin, Yu.N.Kopatch, E.A.Kuznetsova, Ts. Panteleev, Yu.V.Pyatkov, A.N.Tyukavkin, Yu.N.Voronov, V.E.Zhuchko, 248-255, 740B5;LA:89 >B45; /, PSLVALsI Scient. Rep. 2004 , ISSN:1423-7326, 2008  =8/10= 0,8 5. XVI International Seminar on Interaction of Neutrons with Nuclei (ISINN-16), JINR, Dubna, Russia, $, /, C1=0, >AA8O Measuring of the fragments nuclear charges at the MINI-FOBOS spectrometer, A.N.Tyakavkin, Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, S.V.Denisov, G.L.Efimov, V.E.Zhuchko, N.A.Kondratyev, E.A.Kuznetsova, Yu.E.Lavrova, S.V.Mitrofanov, Ts.Panteleev, V.S.Salamatin, I.P.Tsurin, 393-401, 740B5;LA:89 >B45; /, Proceedings of 16th International Seminar on Interaction of Neutrons with Nuclei: "Neutron Spectroscopy, Nuclear Structure, Related Topics". Dubna, June 11-14, 2008. Dubna 2009., 2009  =6/10= 0,6 6. Yu.V.Pyatkov, D.V.Kamanin, A.Krasznahorkay, A.A.Aleksandrov, I.A.Aleksandrova, M.Csatlos, L.Csige, J.Gulyas, F.Naqvi, N.A.Kondratyev, E.A.Kuznetsova, T.Tornyi, A.N.Tyukavkin, V.E.Zhuchko Preliminary results on direct observation of true ternary fission in the reaction 232Th + d (10 MeV) Presented at the International Symposium on Exotic Nuclei "EXON2009", Sochi, Russia, September 28 - October 2, 2009.  =6/10= 0,6 7. D.V.Kamanin, Yu.V.Pyatkov, Yu.N.Kopatch, A.A.Aleksandrov, I.A.Aleksandrova, N.A.Kondratyev, E.A.Kuznetsova, A.N.Tyukavkin, V.E.Zhuchko Collinear cluster tripartition in the light of nuclear charge and neutron multiplicity measurements Presented at the International Symposium on Exotic Nuclei "EXON2009", Sochi, Russia, September 28 - October 2, 2009.  =6/9= 0,667 8. D.V.Kamanin, Yu.V.Pyatkov, A.A.Aleksandrov, I.A.Aleksandrova, S.B.Borzakov, M.L.Chelnokov, D.Fam Min, N.A.Kondratyev, Yu.N.Kopatch, E.A.Kuznetsova, Ts.Panteleev, Yu.E.Penionzhkevich, A.I.Svirikhin, E.A.Sokol, D.A.Testov, V.E.Zhuchko, A.V.Yeremin Collinear cluster tripartition as a neutron source  evaluation of the setup parameters Presented at the International Symposium on Exotic Nuclei "EXON2009", Sochi, Russia, September 28 - October 2, 2009.LVALt  =6/10= 0,6 9. Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.Krasznahorkay, A.N.Tyukavkin, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, V.E.Zhuchko, N.A.Kondratiev, E.A.Kuznetsova, Ts.Panteleev Collinear cluster tri-partition of low excited heavy nuclei  status and prospects of experimental investigations Presented at the International Conference "Nuclear Structure and Related Topics", Dubna, Russia, June 30 - July 4, 2009.  =6/10= 0,6 10. Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, V.E.Zhuchko,E.A. Kuznetsova, Ts.Panteleev, A.N.Tyukavkin Collinear cluster tri-partition channel in the reaction 235U(nth, f)reaction Presented at the 59 International Conference "NUCLEUS-2009. Fundamental problems and applications of nuclear physics: from space to nanotechnologies", Cheboksary, Russia, 15-19 June 2009.  =6/10= 0,6 11. D.V.Kamanin, Yu.V.Pyatkov, A.Krasznahorkay, A.A.Alexandrov, I.A.Alexandrova, M.Csatlos, L.Csige, J.Gulyas, F.Naqvi, N.A.Kondratyev, E.A.Kuznetsova, T.Tornyi, A.N.Tyukavkin, V.E.Zhuchko Preliminary results on observation of collinear cluster tripartition in 232Th + d (10 MeV) reaction Presented at the 17th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 27-30 May 2009.  =6/10= 0,6 12. Yu.V.Pyatkov, D.V.Kamanin Collinear cluster tripartition - possible physics behind Presented at the 17th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 27-30 May 2009.  =6/2= 3 0B5@80;K =0CG=KE <5@>?@8OB89 (@>AA89A:85, CAB=K9 4>:;04): 1. VI :>=D5@5=F88 & CRDF $C=40<5=B0;L=K5 8AA;54>20=8O <0B5@88 2 M:AB@5<0;L=KE A>AB>O=8OE. >A:20, >40 :>;;8=50@=>3> <C;LB8:;0AB5@=>3> @0A?40 2 @50:F88 238U+4He(40M), OB:>2 ..., 0<0=8= .., "N:02:8= ., 67-68, ISBN 978-5-7262-0884-8, 2008  =6/3= 2 -;5:B@>==K5 ?C1;8:0F88: 1. Coplanar ternary cluster decay of hyper-deformed 56Ni and 60Zn at high angular momentum W.von Oertzen, V.Zherebchevskt LVAL y, G.Efimov, B.Gebauer, S.Thummerer, T.Kokalova, C.Schulz, H.G.Bohlen, D.Kamanin, C.Beck, D.Curien, M.Rousseau, P.Papka, G.Royer, G.de Angelis, Journal of Physics: Conference Series, 2008  =8/10= 0,8 @5?@8=BK: 1. 7<5@5=85 O45@=>3> 70@O40 >A:>;:>2 45;5=8O 1>;LH>9 8>=870F8>==>9 :0<5@>9 2 A>AB025 42CE?;5G52>3> 2@5<O?@>;5B=>3> A?5:B@><5B@0 15-2008-88, 17, .. "N:02:8=, ... OB:>2, .. 0<0=8=, ... >?0G, .. ;5:A0=4@>2, .. ;5:A0=4@>20, !.. >@70:>2, ... >@>=>2, !.. 5=8A>2, .. D8<>2, .. CG:>, .. >=4@0BL52, .. C7=5F>20, ... 02@>20, !.. 8B@>D0=>2, &. 0=B5;552, .!. !0;0<0B8=, . 8 4@., 740B5;LA:89 >B45; /, 2008  =4/10= 0,4 B>3>2K9  =42,282LVAL@83>@L52 .@89 0A8;L528G c=A -$ ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2008-200933 1. Yu.V.Grigoriev, O.N.Pavlova, B.V.Zhuravlev, A.A.Alekseev, A.I. Berlev, E.A.Koptelov, Zh.V.Mezentseva. The Investigation of the Resonance Neutron Cross Sections Structure for Mo, Ho, Ta,W on 50 m flight path MMF. Proc. Int. Seminar ISINN-15.- Dubna Russia: - JINR, May 16-20, 2007.  Dubna: - JINR, 2008.  P. 151-156  =6/7*1,5=1,286 2. Yu.V.Grigoriev, O.N.Pavlova, V.V.Sinitsa, Zh.V.Mezentseva, H.Faikov-Stanczyk and N.B.Yaneva. The Investigation of the Energy Dependence of the Value 235U in the Region of Resolved Resonances. Proc. Int. Seminar ISINN-15.- Dubna Russia: - JINR, May 16-20, 2007.  Dubna: -JINR, 2008.  P. 185-196  =8/6=1,33 3. ..5@3<0=, ..5@;52, ...@83>@L52. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 =0 2@5<O?@>;5B=KE A?5:B@><5B@0E A 8<?C;LA=K<8 =59B@>==K<8 8AB>G=8:0<8 >A:>2A:>9 <57>==>9 D01@8:8. @5?@8=B / -1225/ 2009.->A:20: / , 2009.  =4/3=1,33 4. Yu.V.Grigoriev, O.N. Pavlova, B.V. Zhuravlev, .. Alekseev, .I.Berlev, E.A.Koptelov, D.V.Hlustin, Zh.V.Mezentseva. The Investigation of the Resonance Structure of the Neutron Cross-Sections with the Time-of-Flight Spectrometers at the Moscow Meson Factory. Proc. Int. Seminar ISINN-16, May 23-24, 2008.  Dubna: -JINR. 2009  P.319-325.  =6/8*1,5=1,125 5. Yu.V.Grigoriev, Zh.V. Mezentseva, N.B.Janeva. Investigations of a Resonance Structure of Neutron Cross-Sections using the Multiplicity Spectrometry Technique. Proc. Int. Seminar Physics and Nuclear Energy (Varna, Bulgaria, September 15-23, 2009).-Sofia: INPNR, - 2009. - P.105-111  =6/3*1,5=3 B>3>2K9  =8,071LVALOGw 0AG5B   AB0@H53> =0CG=>3> A>B@C4=8:0 - /  :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: 02@NA52>9 ;5=K ;5:A0=4@>2=K I. !?8A>: =0CG=KE AB0B59 2008-2009 3>4>2, 2 :>B>@KE ?@8=8<0;0 CG0AB85 02@NA520 .. ?C1;8:>20=K: 1. Gavryuseva E., Zharkov S.I., and Zharkova V.V., 2008: "Phase relation between poloidal and toroidal magnetic field deduced from sunspot and background solar magnetic field in the cycle 23," Solar Physics, 248, pp. 339-358. ;0=  $ 16 30/3 = 10 2. Gavryuseva E., "Galileo Galilei in Toscana", Dante Alighieri Institute, Italy, 2008, 101 pages. 30 3. Gavryuseva E., "Il Gioiello di Firenze", Dante Alighieri Institute, Italy, 2008, 59 pages. 30 >A;0=K 2 ?5G0BL: 3. Gavryuseva, E., 2009, "Structure, Differential Rotation and Variability of the Sun from helioseismology and magnetic field study.", submitted to Solar Physics  $ 16 30 4. Gavryuseva, E., 2009, "Relations between variability of solar and interplanetary magnetic fields, solar wind and geomagnetic characteristics", submitted to Solar Physics  $ 16 30 5. 02@NA520, ., 2009, "87=L 8 A<5@BL 25;8:>3> 0;8;5O 2 ">A:0=5", ?@54AB02;5=0 2 A1>@=8: "AB@>=><8O 8 >1I5AB2>", 2009 30  ?5G0B8: 6. Gavryuseva, E., 2008, "Basic components of magnetic variability of the Sun", Journal of Atmospheric and Terrestrial Physics, Elsevier, in press. ;0=  $ 16 30 7. Gavryuseva, E., 2008, "Connections between solar wind, geomagnetic characteristics and pho-tospheric magnetic field", Journal of Atmospheric and Terrestrial Physics, Elsevier. $ 16 30 >43>B>2;5=K : ?5G0B8: LVALx 6. Gavryuseva, E., 2009, "0@80F88 <03=8B=>9 AB@C:BC@K !>;=F0 8 A:>@>AB8 @538AB@0F88 =59B@8=> =0 5<;5", AB@>=><8G5A:89 6C@=0;, ;0=  $ 16 ? 30 7. Gavryuseva, E., 2009, ">;3>B=0O AB@C:BC@0 <03=8B=>3> ?>;O !>;=F0", 8AL<0 2 AB@>=><8G5A:89 6C@=0;, ;0=  $ 16 ? 30 ________________________________________________________________________________ !B0BL8 280 II. !?8A>: <564C=0@>4=KE :>=D5@5=F89 8 A5<8=0@>2 2008-2009 3>4>2, 2 :>B>@KE ?@8=8<0;0 CG0AB85 02@NA520 .. 2008 International School of Art and Science History, Instituto Dande Alighieri, Florence, Italy, September 2008, Gavryuseva, E., "Galileo Galilei and Renessans in science" , ?@83;0H5==K9 ?;5=0@=K9 4>:;04 2 h 30 Gavryuseva, E., "Galileana in Toscana" , F8:; ;5:F89 6 h 30 C1;8G=0O ;5:F8O A 45<>=AB@0F859 2 3;02=>< A>1>@5 $;>@5=F88 !0=B0 0@8O 45;L $L>@5. Gavryuseva, E., September 2008, "Gnomone as an instrument of scientific research in Florence Cathedral" 3 h 30 0 >A=>25 87CG5==>3> <=>9 >1H8@=>3> <0B5@80;0 > 687=8 8 45OB5;L=>AB8 . 0;8;5O 8 >1JO2;5=85<LVALy 2009 3>40 - 3>4>< 0AB@>=><88 2 A2O78 A 400-;5B85< A>740=8O 8 ?@8<5=5=8O 8< B5;5A:>?0 O 2KABC?;N A ?@83;0H5==K< 4>:;04>< "87=L 8 A<5@BL 25;8:>3> 0;8;5O 2 ">A:0=5" =0 :>=D5@5=F88 "AB@>=><8O 8 >1I5AB2>" (#, 25-27 <0@B0 2009). 30 5:F8O =0 A5<8=0@5 Arcetri Astrophysical Observatory, INAF, Florence Italy, >O1@L 2008, 02@NA520, E., "Predictions of the solar variability in the next 10 years". CAB=K9 4>:;04 4 5:F8O =0 A5<8=0@5 / , 0@B 2008, 02@NA520, E., !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0. CAB=K9 4>:;04 4 5:F8O =0 A5<8=0@5 AB@>=><8G5A:>3> =AB8BCB0 8<. (B5@=15@30, #, 2008, 02@NA520, E., !B@C:BC@0 3;>10;L=>3> <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0. CAB=K9 4>:;04 4 5:F8O =0 A5<8=0@5  , 2008, 02@NA520, E., ">?>;>38O <03=8B=KE ?>;59 8 48=0<8:0 !>;=F0. CAB=K9 4>:;04 4 ________________________________________________________________________________ >=D5@5=F88 2008 136 ________________________________________________________________________________ 2009 XXVII 5=5@0;L=0O 0AA0<1;5O IAU, @078;8O, 023CAB 2010. / ?@8=O;0 0:B82=>5 CG0AB85 :0: <8=8<C< 2 5 :>=D5@5=F8OE, ?@>E>482H8E 2 @0<:0E 0AA0<1;58 Symposia: S264 Solar and Stellar Variability - Impact on Earth and Planets Joint Discussions: JD11 New Advances in Helio- and Astero-Seismology JD16 IHY Global Campaign - Whole Heliosphere Interval Special Sessions: SpS2 The International Year of Astronomy 2009 Women in Astronomy Lunch Meeting / ?@54AB028;0 (!", 4>:;04>2, :0: 548=AB25==K9 02B>@, 87 =8E  ?@8=OBK :0:  (+ + 8 G5BK@5 :0: ?>AB5@K. N 1207 - "Variability of the neutrino counting rate, diameter and magnetic field of the Sun" =0 IAU Symposium No. 264 - Solar and Stellar VariabLVALzility - Impact on Earth and Planets, POSTER 15 N 1212 - "The origin and the models of the solar magnetic field structure" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER 15 N 1214 - "Perturbations in helio- and magneto-sphere ruled by solar magnetic field structure" =0 Joint Discussion JD16 - IHY Global Campaign - Whole Heliosphere Interval, ORAL 30 N 1215 - "Variability of perturbations in helio- and magneto-sphere ruled by solar magnetic field structure" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER 15 N 1216 - "The secrets of the birth and the death of Galileo Galilei" =0 Special Session SpS2 - The International Year of Astronomy 2009, POSTER 15 N 1217 - "Differential Rotation of the Sun from helioseismology and magnetic field study" =0 Joint Discussion JD11 - New Advances in Helio- and Astero-Seismology, ORAL 30 >=D5@5=F8O $878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5, D52@0;L 2009 3., >A:20 1) . 02@NA520 "!B@C:BC@0 8 48=0<8:0 <03=8B=>3> ?>;O !>;=F0" 30 2) . 02@NA520 "-:A?5@8<5=B0;L=K9 ?>4E>4 : 87CG5=8N 2;8O=8O B>?>;>388 8 48=0<8:8 <03=8B=>3> ?>;O !>;=F0 =0 35;8>- 8 <03=8B>AD5@C". 15 Conference Synergies between solar and stellar modelling, Rome, June 2009. 1) E. Gavryuseva  The modelling of the global structure of the photospheric magnetic field 30 2) E. Gavryuseva  Longitudinal structure and rotation of the solar magnetic field 15 ______________________________________________________________________________ >=D5@5=F88 2009 0LVAL@ 210 ________________________________________________________________________________ !B0BL8 2008 230 >=D5@5=F88 2008 106 _______________________________________________________________________________ !B0BL8 + >=D5@5=F88 2008-2009 280 + 136 + 210 = 626 ________________________________________________________________________________ !@54=53>4>2>9   2008-2009 313 ________________________________________________________________________________ .D.-<.=., AB.=.A. ;5=0 02@NA520 LVAL 0:0@>2 =4@59 20=>28G, @>41984 8=65=5@-8AA;54>20B5;L $-,   70 2008-200933 = 24 1) 0 4>:;04 =0 :>=D5@5=F88 $" <<!>2@5<5==K5 ?@>1;5<K DC=40<5=B0;L=KE 8 ?8:;04=KE =0C:>> 2008:"0;>@8<5B@K 4;O 87<5@5=8O M=5@389 2 D878:5 M;5<5=B0@=KE G0AB8F"  B@C40E :>=D5@5=F88 >?C1;8:>20= 4>:;04.4 x 1.5 = 6 10;;>2 2) "@>5:B8@>20=85 8 @57C;LB0BK M:A?5@8<5=B0;L=KE 8A?KB0=89 ?@>B>B8?>2 45B5:B>@>2 CAB0=>2:8 KLOD" 0 CAB=K9 8 >?C1;8:>20==K9 4>:;04:4 x 1.5 = 6 10;;>2 3). CI8=, + .. %C4O:>2 // 0B@8G=K5 3>4>A:>?K 4;O CAB0=>2>:  ($-, /) 8 NA62 (SPS CERN), 4>:;04 1C45B >?C1;8:>20= 2 B@C40E :>=D5@5=F88;  =4 >2KH0NI89 :>MMDD8F85=B 4;O <>;>4KE 8AA;54>20B5;59 1.5: ?>;=K9 :>MDD8F85=B  : ( 6 + 6+4 ) x 1.5 = 24   24LVAL0?@02;ON 0< 4;O >7=0:><;5=8O A?8A>: <>8E ?C1;8:0F89 70 ?>A;54=85 420 3>40. ;O >?@545;5=8O   70 2010 3>4 =0AB>OI55 ?>A;0=85, 2848<>, 70?>740;>. 1. Krysanov V.A. Suppression of laser frequency fluctuations in project "OGRAN". // In Proc.of Int. Meeting "PIRT". Moscow, 6 - 9 July 2009/ Edited by M.C. Duffy et al - Moscow: BMSTU, 2009. - pp. 241-248. (Physical Interpretation of Relativity Theory: Proceedings of International Meeting. Moscow, 6 - 9 July 2009. Edited by M.C. Duffy, V.O. Gladyshev, A.N. Morozov, P. Rowlands. - Moscow: BMSTU, 2009. - 472 p. ISBN 978-5-7038-3394-0  =B5@=5B5 >?C1;8:>20=> >3;02;5=85 C:070==>3> B><0: http://www.space-lab.ru/files/news/contents_PIRT_09/text/contents_PIRT_09.pdf 20 3>40 =0704, 2 2007 3>4C =0 B0:>9 65 :>=D5@5=F88, 1K; A45;0= 4>:;04: "@KA0=>2 .. ??0@0BC@=0O GC2AB28B5;L=>ABL >?B>M;5:B@>==>9 AE5<K @538AB@0F88 0:CAB8G5A:8E :>;510=89 .// In Proc.of Int. Meeting "PIRT". Moscow, 2 - 5 July 2007/ Edited by M.C. Duffy et al - Moscow: BMSTU, 2007. - pp. 55-61." 0 MB>B 4>:;04 1K;> =0G8A;5=> 6 10;;>2. ) 2. Krysanov V.A. Laser frequency fluctuations and sensitivity of gravitationalwave detector's registration scheme.// In Tech.Digest of V Int.Symp. "Modern problems of laser physics" (MPLF 2008), Novosibirsk, Russia, Aug.24-30,2008. - pp.168-169. (0 MB>B AB5=4>2K9 4>:;04 @0=55 1K;> =0G8A;5=> 4 10;;0.) -- >?>;=8B5;L=> 8725I0N, GB> 2KH5C?><O=CBK9 4>:;04, A45;0==K9 2 "# 2 2007 3>4C, ?>;=>ABLN >?C1;8:>20= 2 =B5@=5B5 ?> 04@5AC: http://www.space-lab.ru/files/pages/PIRT_07/text/translation_PIRT_07.pdf (http://www.space-lab.ru/PIRT_2007.php?lang=rus) ! C2065=85<, A>B@C4=8: .@KA0=>2pLVALOGC1;8:0F88 A=A .. 0@:8=0 70 2008-2009 3>4K (A>2<5AB8B5;L) 1. .. 0@:8=, -.. 787>2, .. !K@><OB=8:>2, .. '5@:>25F. 7>B>?=0O 48DDC78O 2>4>@>40 2 <5B0;;0E. !1>@=8: 4>:;04>2 -9 564C=0@>4=>9 =0CG=>9 :>=D5@5=F88 "$878:>-E8<8G5A:85 ?@>F5AAK ?@8 A5;5:F88 0B><>2 8 <>;5:C;", 25=83>@>4, 31 <0@B0 -4 0?@5;O 2008, !..  4>:;04 - . 0@:8=  =6/4=1,5 2. -.. 787>2, .. 0@:8=, .. !K@><OB=8:>2, .. '5@:>25F. 0B5=B =0 87>1@5B5=85 ::C<C;OB>@ 2>4>@>40 RU 2321796 C1. 0O2:0 ! 2006130652. @8>@8B5B 87>1@5B5=8O 25 023CAB0 20063. 0@538AB@8@>20=> 2 >A@55AB@5 87>1@5B5=89 $ 10 0?@5;O 20083. ?C1;8:>20=>: 10.04.2008, N;. ! 10.  =20/4=5 3. A.I. Markin, E.A. Azizov, N.I. Siromyatnikov, V.E. Cherkovets, L.A. Rivkis et al. Reseaech of the tritium saturation, isotope diffusion and decontamination of stainless steel using magnetic microscopy. Fusion Science and Technology, V. 54, !. 2, August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opylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/4=1 B>3>:  =15.802>;:>20 N4<8;0 0;5@852=0 24.12.1940, 2=A -,   70 2010 3.: 1. .. >;:>20. ">@<>7=K5 D>B>=K >B <N>=>2 :>A<8G5A:8E ;CG59 2KA>:8E 8 A25@E2KA>:8E M=5@389. !B0BLO. >A:20. 0C:0. 725AB8O , A5@. $87., 4 AB@., 2 ?5G0B8, 2011 !3  =41.8 2. .. >;:>20. N>=K :>A<8G5A:8E ;CG59 ?@8 A25@E2KA>:8E M=5@38OE. !B0BLO. >A:20. 0C:0. /45@=0O D878:0. ".74, !2. 2011. 6 AB@.  =60 3. .. >;:>20. >:;04 =0 @>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< 2 2010 3. >A:20. .. >;:>20. ">@<>7=K5 D>B>=K >B <N>=>2 :>A<8G5A:8E ;CG59 2KA>:8E 8 A25@E2KA>:8E M=5@389. "@C4K :>=D5@5=F88.   =4  =105.8A.A.Ovchinnikov/ ``Fisher-Hartwig conjecture and the correlators in the impenetrable Bose gas''/ Phys.Lett.A 373, 305-307, 2009,  =1.55*30=46.5 A.A.Ovchinnikov/ ``Coordinate space wave function from the Algebraic Bethe Ansatz for the inhomogeneous six-vertex model''/ Phys.Lett.A, 374, 1311-1314, 2010,  =1.55*30=46.5 B>3>:  =93.0LVALOG0B052 =4@59 L2>28G @>4. 21.04.1955, 2=A "$, 4>:B>@ D87.-<0B. =0C:,   70 2009-2010 33. 2.1.1.0G8A;5=85 10;;>2 70 ?C1;8:0F88 2 @5F5=78@C5<KE ?5@8>48G5A:8E 6C@=0;0E. C1;8:0F88 2 6C@=0;0E: 2010 A.L. Kataev  Riemann zeta(3)-terms in perturbative QED series conformal Symmetry and the analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory Phys. Lett. B691 , pp. , 2010,  = 5.083*30/1 = 152.5 -;5:B@>==K5 ?@5?@8=BK: 2009 1. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina) Uncertainties of QCD predictions of Higgs boson decay into bottom Quarks at NNLO and beyondarXiV: 0902.1442 [hep-ph]   = 2 2010 1. A.~L.~Kataev and S.~V.~Mikhailov, ``New extended Crewther-type relation,'' arXiv:1001.0728 [hep-ph].  =2 2. A.~L.~Kataev and V.~T.~Kim, Peculiar features of the relations between pole and running heavy quark masses and estimates of the O(\alpha_s^4) contributions,'' arXiv:1001.4207 [hep-ph].  =2 3. A.~L.~Kataev, ``Riemann $\zeta(3)$- terms in perturbative QED series, conformal symmetry and the analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory,'' arXiv:1005.2058 [hep-th].  =4 4. A.~L.~Kataev and S.~V.~Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions,'' arXiv:1011.5248 [hep-ph].  =2 >:;04K =0 :>=D5@5=F8OE: 2009 1. A. L. Kataev (INR, Moscow) and V.T. Kim (`St. Petersburg Institute for Nuclear Physics, Gatchina)  Higgs decay to anti{tau}tau and 2-loop QED corrections (presented by A.L. Kataev at 14 International Lomonosov Conference on Elementary Particle Physics, Moscow, Russia, 19-27 August 2009);   = 30/2=15 2. A.L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Institute for Nuclear Physics, Gatchina)  Peculiar features of $O(\alpha_s^4)$ estimates of the relation between pole and running heavy quark masses in QCD LVAL Presented by A.L. Kataev at the International Bogolyubov Conference  Problems of Theoretical and Mathematical Physics 23-27 August 2009, Dubna, Russia, Phys. Part. Nucl. {\bf 41} (2010) 946   = 30*1.5/2=22.5 3. A.L. Kataev (INR, Moscow) and S.V. Mikhailov (JINR, Dubna)  The new extended Crewther-type relation presented in the talk of`A.L. Kataev at the ` 9th International Symposium on Radiative Corrections (Applications of Quantum Field Theory to Phenomenology), Ascona, Switzerland, 25-30 October 2009 Proceedings of Science PoS (Radcor2009 ):036, 2010   = 30*1.5/2=22.5 4. .. 0B052 (/ ) !B@C:BC@0 2KAH8E ?>?@02>: - : 0=><0;L=K< <03=8B=K< <><5=B0< ;5?B>=>2: =5@5H5==K5 B5>@5B8G5A:85 8 2KG8A;8B5;L=K5 ?@>1;5<K >:;04 =0 A>25I0=88 ?> ?@5F878>==>9 D878:5 8 DC=40<5=B0;L=K< D878G5A:8< :>=AB0=B0<, /, "$ 8< .. >3>;N1>20, C1=0, 4 45:01@O 2009 3.   = 20 2010. 1. A. L. Kataev and S. V. Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions,'' 16 564C=0@>=K9 !5<8=0@ 20@:8-2010 ".1, 740B5;LA:89 >B45; /, 6-12 N=O 2010 3>40  =30*1.5/2=22.5 2. A.L. Kataev  Riemann zeta(3)-terms in perturbative QED series conformal Symmetry and the possible analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory 16 564C=0@>=K9 !5<8=0@ 20@:8-2010 6-12 N=O 2010 3>40  =6 3. A. Kataev and S. V. Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions 564C=0@>4=>5 @01>G55 A>25I0=85  Hadrons Structure and QCD: from Low to High energies 0BG8=0, 5-9 N;O, 2010 3>40  =30/2=15 4. A.L. Kataev  Riemann zeta(3)-terms in perturbative QED series conformal Symmetry and the analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory .18;59=K9 A5<8=0@: !C?5@A8<<5B@8G=0O <>45;L /=30-8;;A0:30 ;5B "$, / , 15 8N;O 2010 3.  =4 5. A.~L.~Kataev and S.~VLVAL.~Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions 19 564C=0@>4=>5 @01>G55 A>25I0=85 $878:0 2KA>:8E M=5@389 8 :20=B>20O B5>@8O ?>;O 8-15 !5=BO1@O, 2010 3>40, >;8F8=>, >A:>2A:0O >1;0ABL  =30/2=15 C1;8:0F88 2 B@C40E :>=D5@5=F89, >?C1;8:>20==K5 2 >BG5B=K9 ?5@8>4: 2009 1. A. L. Kataev (INR, Moscow ) and V.T. Kim (INP, Gatchina),  Higgs decay to b\bar{b}: different approaches to resummation of QCD effects @83;0H5==K9 4>:;04 =0 13 564C=0@>4=>9 ><>=>A>2A:>9 :>=D5@5=F88 23-27 !5=BO1@O 2007, >A:>2:89 >AC40@AB25==K9 #=825@A8B5B ?C1;8:>20=> 2 B@C40E >=D5@5=F88  Particle Physics on the Eve >f LHC World Scientific,2009, pp.347-350.   = 20*1.5*0.5/2=7.5 2. A. L. Kataev (INR, Moscow) and V.T. Kim (St. Petersburg Nuclear Physics Institute, Gatchina)  Uncertainties of QCD predictions of Higgs boson decay into bottom Quarks at NNLO and beyond ?@83;0H5==K9 ?;5=0@=K 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 International Workshop of Advanced Computing and Analysis Technique in Physics Research ( ACAT-08),  Are we ready for LHC era experiments Erice, Italy, November 3-7, 2008 Proceedings of Science PoS (ACAT08):04, 2009  =30*1.5/2=22.5 3. P.Bartalini (National Taiwan University), T. Binoth (University of Edinburgh), J. Blumlein (DESY, Zeuthen), A. Buckley (IPPP, University of Durham), T. Hahn (MPI Munich), A.L. Kataev (INR, Moscow), W.B. Perkins (Swansea University), T. Riemann (DESY, Zeuthen) and`A. Sherstnev (INP, Moscow State University)  Round table discussion: Event generators-are we ready for LHC? Working group  Methodology of Computations in Theoretical Physics Proceedings of Science PoS (ACAT 08):129, 2009   = 6*1.5/10=0.9 2010 1. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules ?C1;8:>20=> 2 B@C40E 564C=0@>4=>3> !5<8=0@0  20@:8-08 , 23-29 0O 2 LVAL 008, !5@3852 >A04, 740B5;LA:89 >B45; /, 2010  =20*1.5/2=10 B>3>: 347.9 2.1.7.564C=0@>4=K5 8=45:AK F8B8@>20=8O: 07K 40==KE QSPIRES: =0 18 45:01@O 2010=4751 =0 22 O=20@O 2010 = 4571 =0 25 O=20@O 2009 = 4377 =0 =0G0;> 2008 = 4109 07K 40==KE Scientific.Ru: =0 01.10.2008 = 2158 =0 24 0?@5;O 2008 =2062LVALOG>?K;>2 =0B>;89 0A8;L528G, @>4.16.06.1946, @C:.3@. -,   70 2009-2010 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A. Kopylov and V. Petukhov /  Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing // Journal of Cosmology and Astroparticle Physics, JCAP08(2009)006  =6.389*30/2=95.835 2. A.Kopylov, V.Petukhov /  Neutrinos from CNO cycle at the present epoch of the solar neutrino research // Progress in Particle and Nuclear Physics, v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opylov, V.Petukhov /  Prospects to observe a CNO cycle by solar neutrinos  // ERICE 2009, Sicily  =30/2=15 @5?@8=BK: 1. A.Kopylov, V.Petukhov / "Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing " // arXiv:0902.2272[astro-ph]  =4/2=2 2. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/4=1 3. A.Kopylov, V.Petukhov / "Neutrinos from CNO cycle at the present epoch of the solar neutrino research" // arXiv:0910.5152[astro-ph]  =4/2=2 0CG=>5 @C:>2>4AB2> ?@8 ?>43>B>2:5 48AA5@B0F88: 1. ..5BCE>2 AA;54>20=85 <5B>40 @538AB@0F88 A>;=5G=KE =59B@8=> A ?><>ILN ;8B852>3> 45B5:B>@0, 48AA5@B0F8O =0 A>8A:0=85 AB5?5=8 :.D.<.=., 70I8B0 A>AB>O;0AL 24.06.2010  =30 B>3>:  =218.537LVAL5BCE>2 0;5@89 OG5A;02>28G, @>4.17.01.1957, =A -,   70 2009-2010 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A. Kopylov and V. Petukhov /  Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing // Journal of Cosmology and Astroparticle Physics, JCAP08(2009)006  =6.389*30/2=95.835 2. A.Kopylov, V.Petukhov /  Neutrinos from CNO cycle at the present epoch of the solar neutrino research // Progress in Particle and Nuclear Physics, v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opylov, V.Petukhov /  Prospects to observe a CNO cycle by solar neutrinos  // ERICE 2009, Sicily  =30/2=15 @5?@8=BK: 1. A.Kopylov, V.Petukhov / "Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing " // arXiv:0902.2272[astro-ph]  =4/2=2 2. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/4=1 3. A.Kopylov, V.Petukhov / "Neutrinos from CNO cycle at the present epoch of the solar neutrino research" // arXiv:0910.5152[astro-ph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oginov, A.S.Mikheyev, V.A.Morozov, A.E.Solomatin, I.R.Kirillov, V.M.Chernov /  On Corrosion Interaction Lithium with Vanadium Alloy // ICRFM-14, Sapporo, 2009, >?C1;8:>20= 2 B@C40E  =30/6*1.5=7.5 2. N.I. Loginov, M.N. Arnoldov, V.A. Morozov, I.R. Kirillov, A.E. Solomatin/  Corrosion study of Li-based blanket materials in RF // International Workshop on Liquid Metal Breeder Blankets, 04@84, A?0=8O, 22-24 A5=BO1@O 2010, >?C1;8:>20= 2 B@C40E  =30/5*1.5=9 >:;04 (?@83;0H5==K9 =0 @>AA89A:>9 :>=D5@5=F88): 1. .. >38=>2, .. @=>;L4>2, .. >@>7>2, . .8@8;;>2, ..!>;><0B8= /  1 8AA;54>20=8OE :>@@>78>==>3> 2708<>459AB28O 1;0=:5B=KE <0B5@80;>2  // OB0O @>AA89A:0O =0CG=0O :>=D5@5=F8O "0B5@80;K O45@=>9 B5E=8:8" - /" 2010, 3. "C0?A5, >AA8O, 27 A5=BO1@O  3 >:BO1@O 2010 3, >?C1;8:>20= 2 B@C40E  =20/5*1.5=6 >:;04 (CAB=K9 =0 @>AA89A:>9 :>=D5@5=F88): 1. .. >38=>2, .. @=>;L4>2, .. >@>7>2, ..!>;><0B8= /  0A?;02K =0 >A=>25 BO65;KE <5B0;;>2 2 B5@<>O45@=KE CAB0=>2:0E // 56>B@0A;52>9 A5<8=0@ "O65;K5 684:><5B0;;8G5A:85 B5?;>=>A8B5;8 2 1KAB@KE @50:B>@0E ("5?;>D878:0-2010), 20 - 22 >:BO1@O 2010 3, 1=8=A:, >AA8O, >?C1;8:>20= 2 B@C40E  =4/4*1.5=1.5 2. .. >@>7>2, ..>?8=0, ..!>;><0B8= /  F5=:0 B5@<>48=0<8G5A:8E A2>9AB2 A?;02>2 A28=5F-=0B@89 ?> ;8B5@0BC@=K< 40==K< // 56>B@0A;52>9 A5<8=0@ "O65;K5 684:><5B0;;8G5A:85 B5?;>b LVALr =>A8B5;8 2 1KAB@KE @50:B>@0E ("5?;>D878:0-2010), 20 - 22 >:BO1@O 2010 3, 1=8=A:, >AA8O, >?C1;8:>20= 2 B@C40E  =4/3*1.5=2 @5?@8=BK: 1. A.V.Kopylov, I.V.Orekhov, V.V.Petukhov, A.E.Solomatin / "A Lithium-Beryllium Method for the Detection of Solar Neutrinos" // arXiv:0910.3889[nucl-ex]  =4/4=1 B>3>:  =41.802LVALOG>:CG052 OG5A;02 20=>28G: @>4. 16.08.1948, 4.D.-<.=., 2=A -   (70 2009-2010 33.) = 247.7 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // Phys. Rev. D 81, 103529, 2010,  =4.922*30/5=29.5 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // Phys. Rev. D 81, 103530, 2010,  =4.922*30/5=29.5 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . >:CG052, .. . @>H5=:>, !. . C18=, . . !0<0@G5=:> /  5E0=87< ?>402;5=8O G5@=KE 4K@ ?@><56CB>G=KE <0AA // 8AL<0 2 , 36, 816, 2010,  = 0.943*60/4=14.1 V. S. Berezinsky, V. I. Dokuchaev and Yu. N. Eroshenko /  Small-scale clumps in the galactic halo // /45@=0O D878:0, 73, 183, 2010,  =0.539*60/3=10.8 >:CG052 .., '5@=>2 !.. /  >;=>20O DC=:F8O 3@028B8@CNI59 >1>;>G:8 // -"$, 138, 645, 2010,  =0.871*60/2=26.1 . . >:CG052, .. . @>H5=:> 8 !. . C18= /  A?;5A:8 3@028B0F8>==KE 2>;= >B AB>;:=>25=89 G5@=KE 4K@ 2 A:>?;5=8OE // 8AL<0 , 35, 163, 2009,  = 0.943*60/3=18.9 .. >:CG052, !. . '5@=>2 /  8=0<8:0 B>=:>9 >1>;>G:8 2 <5B@8:5 59AA=5@0->@4AB@5<0 // -"$, 137, 13, 2010,  =0.871*60/2=26.1 @5?@8=BK M;5:B@>==K5: V. I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin, D.A. Samarchenko / "Mechanism for the Suppression of Intermediate-Mass Black Holes" // arXiv:1010.5325v1 [astro-ph.CO], 2010,  =4/4=1 V. I. Dokuchaev, Yu. N. Eroshenko, S.G. Rubin /  Gravitational wave bursts from collisions of primordial black holes in clusters // arXiv:1003.4158v1 [astro-ph.CO], 2010,  =4/3=1.3 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // arXiv:1002.3445v1 [astro-ph.GA], 2010,  =4/5=0.8 V.LVAL Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // arXiv:1002.3444v1 [astro-ph.CO], 2010,  =4/5=0.8 V. Dokuchaev, S. V. Chernov / The Wave Function of a Gravitating Shell // arXiv:1010.0175, 2010,  =4/2=2 V.I. Dokuchaev, Yu.N. Eroshenko / "Look at the holographic universe from a moving frame and Casimir energy" // arXiv:1012.4614v1 [gr-qc],  =4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / "Superdense dark matter clumps from superheavy particles" // 564C=0@>4=0O =0CG=0O :>=D5@5=F8O 45=B8D8:0F8O B5<=>9 <0B5@88-2010, 26-30 8N;O 2010, >=B?5;L5, $@0=F8O, (A5:F8>==K9 4>:;04),  =6/5=1.2 V. Dokuchaev, Eu. Babichev, Yu. Eroshenko, / "Back reaction of accretion onto black hole" // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/3=2 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko / "Small Scale Dark Matter Clumps in the Galaxy" // Fourth International Sakharov Conference on Physics organized by the Tamm Theory Department of the Lebedev Physics Institute, May 18-23, 2009 Moscow (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5=3 V. I. Dokuchaev / "Phantom threat to cosmic censorship" // International Workshop "Frontiers in Black Hole Physics at Dubna", Bogoliubov Laboratory of Theoretical Physics of the Joint Institute for Nuclear Research, Dubna May 25-30, 2009 (?;5=0@=K9 4>:;04),  =6 V. Dokuchaev, V. Berezinsky and Yu. Eroshenko / "Anisotropy of dark matter annihilation and remnants of dark matter clumps in the galaxy" // Proc. 13th Lomonosov Conference on Elementary Particle Physics, "Particle Physics on the eve of LHC", 23-29 August, 2007, Moscow State University, Moscow, Ed. A. I. Studenikin (World Scientific, Singapure) p. 229-236, 2009 (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =6/3*1.5*0.5=1.5 V. Dokuchaev, V. Berezinsky, Yu. EroshenkoLVAL / "Dark matter annihilation in the Galaxy" // 14th Lomonosov Conference on Elementary Particle Physics, Particle Physics on the eve of LHC, 19-25 August, 2009, Moscow State University, Moscow. (A5:F8>==K9 4>:;04),  =6/3=2 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / "Superdense dark matter clumps from superheavy particles" // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/5=1.2 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko / "Destruction of dark matter clumps in Galaxy" // Proceedings of the 15th international seminar Quarks-2008, Vol. 1, pages 307-311, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS.  =(6/3)*1.5*0.5=1.5 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Ultra-hard fluid and scalar field in the Kerr-Newman metric" // Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 64-74, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS.  =(6/4)*1.5*0.5=1.1 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko / "Cosmic censorship for phantom energy" // Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 85-95, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS.  =(6/4)*1.5*0.5=1.1 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: !.. '5@=>2, .. >:CG052 / ">;=>20O DC=:F8O 3@028B8@CNI59 >1>;>G:8" // "!>2@5<5==K5 ?@>1;5<K 3@028B0F88, :>A<>;>388 8 @5;OB828ABA:>9 0AB@>D878:8", RUDN-10, 2010, 27 8N=O  3 8N;O, #, >A:20,  =4/3=1.3 . >:CG052, Eu. Babichev, Yu. Eroshenko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erezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg, "Superdense cosmological dark matter clumps", Phys. Rev. D 81, 103529, 2010,  =4.922*30/5=29.5 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg, "Annihilations of superheavy dark matter in superdense clumps", Phys. Rev. D 81, 103530, 2010,  =4.922*30/5=29.5 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: . . >:CG052, .. . @>H5=:>, !. . C18=, . . !0<0@G5=:> /  5E0=87< ?>402;5=8O G5@=KE 4K@ ?@><56CB>G=KE <0AA // 8AL<0 2 , 36, 816, 2010,  = 0.943*60/4=14.1 V. S. Berezinsky, V. I. Dokuchaev and Yu. N. Eroshenko /  Small-scale clumps in the galactic halo // /45@=0O D878:0, 73, 183, 2010,  =0.539*60/3=10.8 . . >:CG052, .. . @>H5=:> 8 !. . C18= /  A?;5A:8 3@028B0F8>==KE 2>;= >B AB>;:=>25=89 G5@=KE 4K@ 2 A:>?;5=8OE // 8AL<0 , 35, 163, 2009,  = 0.943*60/3=18.9 @5?@8=BK M;5:B@>==K5: V. I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin, D.A. Samarchenko / "Mechanism for the Suppression of Intermediate-Mass Black Holes" // arXiv:1010.5325v1 [astro-ph.CO], 2010,  =4/4=1 V. I. Dokuchaev, Yu. N. Eroshenko, S.G. Rubin /  Gravitational wave bursts from collisions of primordial black holes in clusters // arXiv:1003.4158v1 [astro-ph.CO], 2010,  =4/3=1.3 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // arXiv:1002.3445v1 [astro-ph.GA], 2010,  =4/5=0.8 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // arXiv:1002.3444v1 [astro-ph.CO], 2010,  =4/5=0.8 V.I. Dokuchaev, Yu.N. Eroshenko / "Look at the holographic universe from a moving framLVALe and Casimir energy" // arXiv:1012.4614v1 [gr-qc],  =4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / "Superdense dark matter clumps from superheavy particles" // 564C=0@>4=0O =0CG=0O :>=D5@5=F8O 45=B8D8:0F8O B5<=>9 <0B5@88-2010, 26-30 8N;O 2010, >=B?5;L5, $@0=F8O, (A5:F8>==K9 4>:;04),  =6/5=1.2 V. Dokuchaev, Eu. Babichev, Yu. Eroshenko, / "Back reaction of accretion onto black hole" // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/3=2 V. Berezinsky, V. Dokuchaev and Yu. Eroshenko / "Small Scale Dark Matter Clumps in the Galaxy" // Fourth International Sakharov Conference on Physics organized by the Tamm Theory Department of the Lebedev Physics Institute, May 18-23, 2009 Moscow (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/3)*1.5=3 V. Dokuchaev, V. Berezinsky and Yu. Eroshenko / "Anisotropy of dark matter annihilation and remnants of dark matter clumps in the galaxy" // Proc. 13th Lomonosov Conference on Elementary Particle Physics, "Particle Physics on the eve of LHC", 23-29 August, 2007, Moscow State University, Moscow, Ed. A. I. Studenikin (World Scientific, Singapure) p. 229-236, 2009 (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/3)*1.5*0.5=1.5 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, 'Destruction of dark matter clumps in Galaxy', Proceedings of the 15th international seminar Quarks-2008, Vol. 1, pages 307-311, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS.  =(6/3)*1.5*0.5=1.5 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, 'Ultra-hard fluid and scalar field in the Kerr-Newman metric', Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 64-74, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS.  =(6/4)*1.5*0.5=1.1 E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko, 'Cosmic censorship for phantom energy', Proceedings of the 15th inteLVALrnational seminar Quarks-2008, Vol. 2, pages 85-95, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS.  =(6/4)*1.5*0.5=1.1 V. Dokuchaev, V. Berezinsky, Yu. Eroshenko, Dark matter annihilation in the Galaxy, 14th Lomonosov Conference on Elementary Particle Physics, Particle Physics on the eve of LHC, 19-25 August, 2009, Moscow State University, Moscow. (A5:F8>==K9 4>:;04),  =6/3=2 V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / "Superdense dark matter clumps from superheavy particles", 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/5=1.2 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: . >:CG052, Eu. Babichev, Yu. Eroshenko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orbunov  Control System for the MMF Experimental Area ICALEPS2009,  =1,5*6/1=9,0 V.K.Gorbunov, M.I.Grachev, E.V.Ponomareva, L.V.Kravchuk, V.S.Seleznev / Operation of Beam Transmission Control System for RADEX // XXI 564C=0@>4=>5 !>25I0=85 ?> #A:>@8B5;O< 0@O65==KE '0AB8F ,2009  =1,5*6/5=1,8  =9,0+1,8=10,8 B>3>:  =10,81. @0G52 8E08; 20=>28G, @>4. 13.06.1944 3., 02. B45;>< -:A?5@8<5=B0;L=>3> ><?;5:A0, :.D-<.=. >=D5@5=F88: Grachev M.I., Fedchenko V.A., Kravchuk L.V., Ponomareva E.V, INR RAS, Moscow, Russia,  Beam absorber for tuning accelerator in the beam layout of the experimental complex , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  =1,5*30/4=11,25 S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, INR RAS, Moscow, Russia, V.N. Zapolsky, IHEP, Protvino, Russia  Tuning of the INR therapeutic proton beam , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  = 1,5*30/6=7,5 V.K.Gorbunov, M.I.Grachev, E.V.Ponomareva, L.V.Kravchuk, V.S.Seleznev / Operation of Beam Transmission Control System for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b >?KA>2 .@89 !5@0D8<>28G, 40B0 @>645=8O 22.12.1936, AB.=.A. -,   70 2009-2010 3.3. >:;04K: ..!.>?KA>2 59B@8==K9 70@O4 8 53> 2>7<>6=K5 0AB@>D878G5A:85 ?@>O2;5=8O 0CG=0O A5AA8O  :>=D5@5=F8O A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<@459AB289 (23-27 =>O1@O 2009 3.)   = 4C<8@=>2 ;5:A59 5>=84>28G @>4. 2.3.1978 <;. =0CG. A>B@.   70 2009-2010 33. >:;04K: 14-th Lomonosov Conference on Elementary Particle Physics, Moscow, August 19-25, 2009 A.Smirnov On the global geometry of brane Universe models  =6*1.5=9 C1;8:0F88: .!<8@=>2 .5@578=  G5@=KE 4K@0E 8 70<0A:8@>20==KE G5@=KE 4K@0E @5?@8=B /, 2009  =4/2=2 B>3>:  =11>=><0@520 ;5=0 8:B>@>2=0, @>4.25.12.1960 3., =.A. - >=D5@5=F88: Grachev M.I., Fedchenko V.A., Kravchuk L.V., Ponomareva E.V, INR RAS, Moscow, Russia,  Beam absorber for tuning accelerator in the beam layout of the experimental complex , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  =1,5*30/4=11,25 S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, INR RAS, Moscow, Russia, V.N. Zapolsky, IHEP, Protvino, Russia  Tuning of the INR therapeutic proton beam , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  = 1,5*30/6=7,5 V.K.Gorbunov, M.I.Grachev, E.V.Ponomareva, L.V.Kravchuk, V.S.Seleznev / Operation of Beam Transmission Control System for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ahn, W. Melnitchouk, and S.A. Kulagin,  New method for extracting neutron structure functions from nuclear data , Phys. Rev. C79 (2009), 035205.   = 3.477*30/3 = 34.8 S.Alekhin, S.Kulagin and R.Petti,  Determination of Strange Sea Distributions from Neutrino-Nucleon Deep Inelastic Scattering, Phys. Lett. B675 (2009) 433   = 5.083*30/3 = 50.8 NOMAD Collaboration (V.Lyubushkin et al.),  A study of quasi-elastic muon neutrino and antineutrino scattering in the NOMAD experiment, Eur. Phys. J. C 63, 355 (2009)   = 2.746*30/159 = 0.5 NOMAD Collaboration (C.T.Kullenberg et al.), "A Measurement of Coherent Neutral Pion Production in Neutrino Neutral Current Interactions in NOMAD", Phys. Lett. B682 (2009) 177   = 5.083*30/159 = 1.0 S.A. Kulagin and R. Petti, "Structure functions for light nuclei", Phys. Rev. C82 (2010), 054614.   = 3.477*30/2 = 52.2 >:;04K =0 @>AA89A:8E 8 <564C=0@>4=KE :>=D5@5=F8OE: S. Alekhin, S. Kulagin and R. Petti,  Strange and Anti-strange Sea Distributions from Neutrino-Nucleon Deep Inelastic Scattering, @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 16th International Workshop on Deep Inelastic Scattering and Related Subjects (DIS 2009), Madrid, Spain, 26-30 Apr 2009. URL: http://www.ft.uam.es/DIS2009 Published online by Sciencewise Press. Proceedings URL: http://www.sciwipub.com/index.php?doit=dis2009 e-Print: arXiv:0910.3762 [hep-ph].   =1.5*30/3=15 S. Kulagin, "Nuclear effects in DIS", @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 3rd International Workshop on Nucleon Structure at Large Bjorken x (HiX 2010), Jefferson Lab, Newport News, USA, October 13-15, 2010. URL: http://conferences.jlab.org/HiX2010/index.html   =30 S. Kulagin and R. Petti, "Neutrino scattering from nuclei", @83;0H5==K9 4>:;04  LVAL =0 <564C=0@>4=>9 :>=D5@5=F88 3rd International Workshop on Nucleon Structure at Large Bjorken x (HiX 2010), Jefferson Lab, Newport News, USA, October 13-15, 2010. URL: http://conferences.jlab.org/HiX2010/index.html   =30/2=15 07@01>B:0 =0CG=>->1@07>20B5;L=KE :C@A>2 07@01>B:0 8 GB5=85 =>2>3> :C@A0 "!B@C:BC@0 O4@0 8 B5>@8O O45@=KE @50:F89" 4;O ABC45=B>2 8 8 9 A5<5AB@>2 :0D54@K $" "$C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O"   =30*2=60 C:>2>4AB2> ABC45=B0<8 C:>2>4AB2> @01>B>9 =0 A>8A:0=85 720=8O 10:0;02@0 >=4@0BL52K< 8@8;;>< ;5:A0=4@>28G5<, ABC45=B>< 5 :C@A0 $ :0D. ""5>@5B8G5A:0O O45@=0O D878:0".   =10 B>3>2K9   = 269.3LVALOG 0AG5B   70 2009-2010 3>4K C3052 -430@ 0;5@L528G, @>4. 22.08.1939, 4.D.-<.=., 2.=.A. - 2B>@K, =0720=85 8 AAK;:0 $>@<C;0 57C;LB0B C1;8:0F88 2 @>AA89A:8E 6C@=0;0E E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", 8AL<0 2 -"$, B. 91, 2K?. 1, A. 3-7 (2010). 1,662* 60/2 49,86 5B:>2 ..,C3052 -.., ;8<09 .., =4@552 .., >;G5=:> .., >;G5=:> .., 70?0@>20 .., 60??C52 .., 0?>=5=:> .., C;852 .(., ;8<5=:> .$., C46052 .#., !5@3552 .., %05@48=>2 .!., '5@=O52 .., /=8= .. - "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, ">< 137, K?. 3, c. 460-472 (2010). 0,871 *60/10 5,23 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. Klimai - "Constraints on amplitudes of curvature perturbations from primordial black holes", Phys. Rev. D 79, 103511 (2009). 4,922* 30/2 73,83 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", Phys. Rev. D 81, 023517 (2010). 4,922* 30/2 73,83 E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", J.Phys.G 37: 055004 (2010). 2,124* 30/2 31,86 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar, published in Proceedings, Vol.1, p.329-343, Moscow, INR RAS, 2010. 0.5*6,0/2 1,50 E. V. Bugaev, P. A. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/2 3,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/10 0,60 E.V. Bugaev,LVAL V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/10 0,60 E. Bugaev, P. Klimai - "Enhancement of density perturbations near horizon crossing in braneworld cosmology", talk at QUARKS-2010 international seminar, published in Proceedings, Vol. 1, pp. 402-420. 1.5*6,0/2 4,50 E.V. Bugaev, B.V. Mangazeev - "Two component model for a description of nucleon structure functions in low-x region", talk on the 15th International Symposium on Very High Energy Cosmic Ray Interactions, Paris, France, 1-6 September, 2008. Published in Nucl.Phys.Proc.Suppl.196: 122-125 (2009). 0,7*30* 0,875/2 9,19 E.V. Bugaev - "Physics of high energy atmospheric muons", Invited talk on the XVI International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2010), Batavia, IL, USA (28 June - 2 July 2010). 30,0 30,00 #AB=K5 4>:;04K =0 @>AA89A:8E :>=D5@5=F8OE ..;8<09, -..C3052 -  708<>A2O7L A?5:B@0 ?5@28G=KE D;C:BC0F89 ?;>B=>AB8 8 25;8G8=K D>=0 3@028B0F8>==KE 2>;= 2> A5;5==>9 , 4>:;04 =0 0CG=>9 >=D5@5=F88 $", =>O1@L 2009 3>40. ?C1;8:>20=> 2 "@C40E, B>< VIII, c. 118-121. 4*1.5/2 3,00 @5?@8=BK E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", arXiv:0905.2309 [hep-ph] 4,0/2 2,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179 [astro-ph.CO] 4,0/ 10 0,40 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. GulLVALiev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182 [astro-ph.CO] 4,0/ 10 0,40 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", arXiv:0908.0664 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", arXiv:0911.0611 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", arXiv:1012.1199 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", arXiv:1012.4697 [astro-ph.CO] 4,0/2 2,00 E.V. Bugaev, B.V. Mangazeev - "Two component model for a description of nucleon structure functions in low-x region", arXiv:0902.0278 [hep-ph] 4,0/2 2,00 E.V. Bugaev - "Physics of high energy atmospheric muons", arXiv:1012.4714 [hep-ph]. 4,0 4,00 >?>;=8B5;L=> C:>2>4AB2> 0A?8@0=B>< .. ;8<05< (2009, 2010) 2 * 30 60 B>3> A53> 363,79LVALOG 0AG5B   70 2009-2010 3>4K ;8<09 5B@ ;5:A0=4@>28G, @>4. 18.08.1984, <.=.A., ;01>@0B>@8O <>45;8@>20=8O D878G5A:8E ?@>F5AA>2, $- 2B>@K, =0720=85 8 AAK;:0 $>@<C;0 57C;LB0B C1;8:0F88 2 @>AA89A:8E 6C@=0;0E E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", 8AL<0 2 -"$, B. 91, 2K?. 1, A. 3-7 (2010). 1,662* 60/2 49,86 5B:>2 ..,C3052 -.., ;8<09 .., =4@552 .., >;G5=:> .., >;G5=:> .., 70?0@>20 .., 60??C52 .., 0?>=5=:> .., C;852 .(., ;8<5=:> .$., C46052 .#., !5@3552 .., %05@48=>2 .!., '5@=O52 .., /=8= .. - "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, ">< 137, K?. 3, c. 460-472 (2010). 0,871 *60/10 5,23 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. Klimai - "Constraints on amplitudes of curvature perturbations from primordial black holes", Phys. Rev. D 79, 103511 (2009). 4,922* 30/2 73,83 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", Phys. Rev. D 81, 023517 (2010). 4,922* 30/2 73,83 E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", J.Phys.G 37: 055004 (2010). 2,124* 30/2 31,86 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar, published in Proceedings, Vol.1, p.329-343, Moscow, INR RAS, 2010. 0.5*6,0/2 1,50 E. V. Bugaev, P. A. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/2 3,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", Talk at 31st ICRC, Lodz, Poland, 7-1LVAL5 Jul 2009. 6,0/10 0,60 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Talk at 31st ICRC, Lodz, Poland, 7-15 Jul 2009. 6,0/10 0,60 E. Bugaev, P. Klimai - "Enhancement of density perturbations near horizon crossing in braneworld cosmology", talk at QUARKS-2010 international seminar, published in Proceedings, Vol. 1, pp. 402-420. 1.5*6,0/2 4,50 #AB=K5 4>:;04K =0 @>AA89A:8E :>=D5@5=F8OE ..;8<09, -..C3052 -  708<>A2O7L A?5:B@0 ?5@28G=KE D;C:BC0F89 ?;>B=>AB8 8 25;8G8=K D>=0 3@028B0F8>==KE 2>;= 2> A5;5==>9 , 4>:;04 =0 0CG=>9 >=D5@5=F88 $", =>O1@L 2009 3>40. ?C1;8:>20=> 2 "@C40E, B>< VIII, c. 118-121. 4*1.5/2 3,00 @5?@8=BK E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", arXiv:0905.2309 [hep-ph] 4,0/2 2,00 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh. Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A. F. Yanin - "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179 [astro-ph.CO] 4,0/ 10 0,40 E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin - "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182 [astro-ph.CO] 4,0/ 10 0,40 E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", arXiv:0908.0664 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", arF LVALV Xiv:0911.0611 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", arXiv:1012.1199 [astro-ph.CO] 4,0/2 2,00 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", arXiv:1012.4697 [astro-ph.CO] 4,0/2 2,00 B>3> A53>, 157 CG5B0 :>MDD8F85=B>2 258,61 A53>, A CG5B>< ?>2KH0NI53> :>MDD8F85=B0 2 (70I8B0 48AA5@B0F88 2 2010 3>4C) 517,210Za h  o  v # } * 1 8?FMT[bipFBT . @@? @FFF:?33BVz n@@?OGFFF:?B H @@?@FFF:?r \OC j@@?%OGFFF:?"B. r@@?v@FFF:?VHA( @@?@FFF:?Qz|All@@?@FFF:?d3BHB4: @@?OGFFF:?w\B .">@@?j OGFFF:?(XA^@@@? @FFF:?z|All@@?@FFF:?? ̜Bl$@@?(OGFFF:?%ffA@@?@FFF:?q=xB @@?<OGFFF:?|33A H @@?OGFFF:?(Ax@@? @FFF:?O*B @@? @FFF:?* 33AX` ( @@? @FFF:??33B@@?OGFFF:?3(DS6l9Z<@@?OGFFF:?AXTBn@@?0OGFFF:? - AR@@?bOGFFF:?XTBn@@?$0OGFFF:?B\6@@?26OGFFF:?XTBn@@?0OGFFF:?OAr4@@?""OGFFF:?Q7 B6@@?j&OGFFF:?vB@@?0OGFFF:?O@BFF@@?@FFF:? @&R@@?N@FFF:?> @dX@@?@FFF:?DB* <@@?OGFFF:?2 \@& @@?dOGFFF:? ?2d@@? @FFF:? ff@ @@?R!OGFFF:? ff@ @@?f!OGFFF:?3 (Ax@@?JOGFFF:?DA,~@@?L$OGFFF:? ף?B~ @@?&OGFFF:?oR8BzlB@@?=OGFFF:?\A& @@?%OGFFF:?33QBV<@@?@FFF:?.C @@? @FFF:?_@dX@@?H@FFF:? {aCVv@@?OGFFF:?Y *CJ\@@?N%OGFFF:?M qMCD@@?OGFFF:? qMDB@,J./@@?v#OGFFF:?LVALOG 5<84>2 !5@359 ;048<8@>28G @>4. 16.12.1981, <=A "$,   70 2009-2010 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2009 3>4: !B0BL8: 1. S.V. Demidov, O.E. Kalashev, Double Pair Production by Ultra High Energy Cosmic Ray Photons, J.Exp.Theor.Phys.108:764-769,2009,  =0.871*60/2=26.13 >:;04K: 1. S.V.Demidov, Production of kink-antikink pair in collisions of high energy particles, 14th Lomonosov conference on particle physics, 2009,  =4 @5?>4020=85: C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 #, 2 A5<5AB@0,  =2*8=16 C@A ;5:F89 ?> AC?5@A8<<5B@88 4;O ABC45=B>2 #, 1 A5<5AB@,  =8 C@A ;5:F89 5D>@<0;L=>5 22545=85 2 :20=B>2CN <5E0=8:C ($), 1 A5<5AB@, 2 3@C??K,  =2*8=16 0 2009:  (2009) = 26.13 + 4 + 16 + 8 + 16 = 70.13 2010 3>4: !B0BL8: 2. Annihilation of NMSSM neutralinos in the Sun and neutrino telescope limits. Demidov Sergey, Olga Suvorova, Published in JCAP 1006:018,2010.  =30*6.502/2=97.53 3. Invisible Higgs in weak bosons associative production with heavy quarks at LHC: probing mass and width. Authors: E. E. Boos, S. V. Demidov, D. S. Gorbunov, arXiv:1010.5373,  =4/3=1.33. >:;04K: 1. S.V.Demidov, Soliton-antisoliton pair production in collisions of high energy particles, 16th International Seminar on High Energy Physics QUARKS'20010 Kolomna, Russia, June 6-12, 2010,  =4 2. S.V.Demidov, Invisible Higgs in weak bosons associative production with heavy quarks at LHC, 19th International Workshop  High Energy Physics and Quantum Field Theory , 8-15 September, Golitsino, Moscow, Russia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alashev, G.I. Rubtsov, Sergey V. Troitsky, "Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter", Phys.Rev.D80:103006,2009,  = 5.050*30/3=50.5 >:;04K: 1. O.E. Kalashev, G.I. Rubtsov and S.V. Troitsky,  Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter, Proc. of 31st International Cosmic Ray Conference, Lodz, July 7-15, 2009,   = 6.0/3 = 2.0 2. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, S.V. Troitsky, "Search for photons of energy E>10^18 eV with Yakutsk muon data", Proc. of 31st ICRC,   = 6.0/7 = 0.86 3. Telescope Array Collaboration, talks at 31st ICRC, total: 15 talks,   = 15*6.0/10 = 9.0 Search for ultra-high energy photons in the Telescope Array surface detector first-year data (Rubtsov et al) Point source search with the Telescope Array (Tkachev et al) Search for large-scale anisotropy of ultra-high energy cosmic rays with the Telescope Array first year data (Tinyakov et al) Measurement of UHECR spectrum by Telescope Array surface array (Taketa et al) Performance of TA Surface Array (Nonaka et al) Performance of the Fluorescence Detector of the Telescope Array experiment (Tokuno et al) An Electron Linear Accelerator for end-to-end absolute energy calibration (Shibata et al) Energy determination of air shower array based on the "full" Monte Carlo simulation (Kido et al) Using CORSIKA to quantify Telescope Array surface detector response (Stokes et al) Hybrid Measurements of the Telescope Array Experiment (Ikeda et al) The Energy Spectrum of UHECR's using the TA Fluorescence Detectors in Monocular Mode (Bergman et al) Measuring the Spectrum of Ultrahigh Energy Cosmic Rays using the Monte CaLVALrlo Technique (Scott et al) Toward a comparison of fluorescence energy scale and spectra between TA and HiRes (Jui et al) Distribution of arrival directions obtained from the first year data of Telescope Array (Sakurai et al) Mass Composition Study of Ultra-high Energy Cosmic Rays with the Telescope Array Fluorescence Detector (Tameda et al) 4. Telescope Array Collaboration (H. Sagawa et. al.), "Measurement of Ultra-High Energy Cosmic Ray by Telescope Array", Highlight talk at 31st ICRC,   = 30.0/10.0 = 3.0 @5?>4020=85: 1. 25A5==89 A5<5AB@ 2009, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 3 :C@A,  =8 2. >A5==89 A5<5AB@ 2009, :C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O, D87D0: # 4 :C@A,  =8 0 2009:  (2009) = 50.5 + 2.0 + 0.86 + 9.0 + 3.0 + 8 + 8 = 81.36 2010 3>4 C1;8:0F88: 1. .A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, Sergey V. Troitsky, Constraints on the flux of primary cosmic-ray photons at energies E > 10^18 eV from Yakutsk muon data, Phys.Rev.D82:041101,2010.,  =5.050*30/7=21.64 2. A. L. Burin, S. L. Tesar, V. M. Kasyanenko, I. V. Rubtsov, G. I. Rubtsov, Semiclassical Model for Vibrational Dynamics in Polyatomic Molecules: Investigation of Internal Vibrational Relaxation, J. Phys. Chem. C, 2010, 114 (48), pp 20510-20517.  =4.224*30/5=23.34 >:;04K: 1. G.I.Rubtsov, Search for ultra-high energy photons using Telescope Array surface detector, 4>:;04 =0 @01>G5< A>25I0=88 O?>=A:>3> D878G5A:>3> >1I5AB20 (21-23 <0@B0 2010, :0O<0, /?>=8O).   = 6.0 2. G.I.Rubtsov, Search for ultra-high energy photons by Telescope Array experiment, <564C=0@>4=K9 A8<?>78C< ?> ?>A;54=8< @57C;LB0B0< 2 >1;0AB8 :>A<8G5A:8E ;CG59 A25@E2KA>:8E M=5@389 (10-12 45:01@O 2010, 03>O, /?>=8O).   = 6.0 3. G.I.Rubtsov, Ultra-high energy photon flux limit using Telescope Array surface detector data, 20@:8-2010 (>;><=0 6-12 8N=O 2010).  = 4.0 4. .. C1F>2, >8A: D>B>=>2 A25@E2KA>:8E M=5@389 2 M:A?5@8<5=B5 Telescope Array, 31-0O :>=Dn LVAL~ 5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 5-9 8N;O 2010).  =4.0 >:;04K 1-4 A45;0=K >B 8<5=8 :>;;01>@0F88 Telescope Array, => D0:B>@ 1/10 =5 CGB5=, B0: :0: 4@C385 G;5=K :>;;01>@0F88 B0:65 A45;0;8 4>:;04K 8 >1I55 G8A;> 4>:;04>2 =0 :>=D5@5=F8OE ?@52KH05B C:070==>5 1>;55 G5< 2 10 @07. ! F5;LN 871560BL >3@><=>3> ?5@5G8A;5=8O ?@82545=K B>;L:> 4>:;04K, A45;0==K5 ;8G=>. 5. The highest energy cosmic rays: observations and search for new physics, ?@83;0H5==K9 4>:;04, QFTHEP'10 (>;8FK=>, 8-15 A5=BO1@O 2010).  =20 @5?>4020=85: C:>2>4AB2> 48?;><=8:>< (!0BC=8= .!.),  =10.0/4 = 2.5 0 2010:  (2010) = 21.64+25.34+6.0+6.0+4.0+4.0+20.0+2.5 = 89.48 B>3>:   = 81.36 + 89.48 = 170.84LVALOG5@=>2 .@89 !5@35528G @>4. 14.10.1937, 4>:B>@ D87.-<0B. =0C:, 2=A "5>@5B8G5A:>3> B45;0,   70 2008-2009 33. 2008 3>4 2.1.1. M. Chaichian, M. Mnatsakanova, A. Tureanu, Yu. Vernov,  Test Functions Space in Non- commutative Quantum Field Theory JHEP V. 09 (2008) 125. 5.944* 30/4=44.58 10;;0. 2.1.3. 1. "Rigorous Definition of Quantum Field Operators and Test Functions Space in Noncom-mutative Quantum Field Theory", 15th International Seminar on High Energy Physics QUARKS'2008, Sergiev Posad, Russia, May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natsakanova and Yu.S. Vernov,  Rigorous Definition of Quantum Field Operators in Noncommutative Quantum Field Theory , 7 pages, mat-ph/0901.1454. 4/2=2 2 10;;0 2.1.3. 1. "Reconstruction Theorem in Noncommutative Quantum Field Theory", XIII International Conference "Selected Problems of Modern Theoretical Physics", Dubna, June 23-27, 2008, A5:F8>==K9, 9:2=4.5, 4.5 10;;>2. 2.  Indefinite Metric Spaces Properties , The X-th International School-Seminar  The Actual Problems of Microworld Physics , Gomel, Belorussia, 15.07. - 26.07.2009, ?@83;0H5==K9 4>:;04, 30:2=15, 15 10;;>2. 4.  Axiomatic Approach in Noncommutative Quantum Field Theory , The X-th International School-Seminar  The Actual Problems of Microworld Phys<LVALLics , Gomel, Belorussia, 15.07. - 26.07.2009, ?@83;0H5==K9 4>:;04, 30:2=15, 15 10;;>2. 5.  Reconstruction Theorem and Cluster Properties of Wightman Functions in Noncommutative Quantum Field Theory , The International Bogolyubov Conference,  Problems of theoretical and Mathematical Physics , August 21-27, Moscow-Dubna, Russia, A5:F8>==K9, 6 10;;>2. 2.1.4. >@01>B:0 42CE =0CG=>->1@07>20B5;L=KE :C@A>2: "5>@8O :0;81@>2>G=KE ?>;59 8 20=B>20O E@><>48=0<8:0, 2:;NG0NI0O 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@AK G8B0NBAO =0 D878G5A:>< D0:C;LB5B5 # ABC45=B0< ?OB>3> :C@A0 2 ?5@2>< 8 2> 2B>@>< A5<5AB@0E. 192 G0A0. 16 10;;>2. 2.1.6. C:>2>4AB2> 0A?8@0=B>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # 2009 3>4: !0;K=A:8< !5@355< 5==048528G5<, 2B>@>9 3>4 >1CG5=8O, 30 10;;>2. C:>2>4AB2> 48?;><=8:0<8 :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 #: 0) >@40=Q2 !5@359 !5@35528G (A?5F80;8AB), 10 10;;>2; 1) =B8?8= >=AB0=B8= ;048A;02>28G (A?5F80;8AB), 10 10;;>2. B>3>: 108.5 10;;>2 B>3> 70 2008-2009 33: 225.08 10;;>24LVALD  %07@5B0;8 !5D>28G @>4. 24.08.1965, A=A "$, 4D<=. NIROV Khazretali Sefovich, August 24, 1965, Senior Researcher, Theory Department, Doctor of Sciences /  70 2009--2010 33. /C1;8:0F88: 1) Kh. S. Nirov, A. V. Razumov / "Solving non-Abelian loop Toda equations" // Nuclear Physics B 815 [PM] (2009) 404-429, /  = 4.341*30/2 = 65.115 2) Kh. S. Nirov, A. V. Razumov / "More non-Abelian loop Toda solitons" // Journal of Physics A: Math. Theor. 42 (2009) 285201 (13pp), /  = 1.577*30/2 = 23.655 3) H. Boos, F. Goehmann, A. Kluemper, Kh. S. Nirov and A. V. Razumov / ''Exercises with the universal R-matrix'' // Journal of Physics A: Math. Theor. 43 (2010) 415208 (36pp) /  = 1.577*30/5 = 9.462 >:;04K: 1) Kh. S. Nirov / "The (T)DBM equation as a twisted loop Toda system: Generalizations and soliton solutions" // International Seminar on High Energy Physics QUARKS'2008, Sergiev Posad, Russia, May 23--29, 2008; >?C1;8:>20=> 2 "@C40E !5<8=0@0 2 20093. /  = 30*0.5 = 15 2) Kh. S. Nirov / ''New solutions to non-Abelian Toda systems'' (invited talk, 45 min.) // International Conference on Conformal Field Theory, Integrable Models and Liouville Gravity, Chernogolovka, June 27 - July 2, 2009; /  = 30 3) Kh. S. Nirov / ''On Integrable Systems and the Universal R-matrix'' (invited talk, 30 min.) // International Seminar on High Energy Physics Quarks-2010, Kolomna, June 6 - 12, 2010; /  = 30 B>3>: /  = 174 --------------------------------------------------------------- %. !. 8@>2 , , >A:20, 28 45:01@O 2010 3.LVAL -D5=4852 0A8< OG5A;02>28G, @>4. 04.03.19783., <.=.A.  / ,   70 2009-2010 33. 1. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 2. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1  = 0,8 1 >:;04K: 5B. III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 0,81 V) 14.11.20073. 70I8B8; :0=4840BA:CN 48AA5@B0F8N ?> B5<5 A>15==>AB8 @0480F8>==KE ?@>F5AA>2 =0 ?CG:0E C;LB@0- @5;OB828ABA:8E M;5:B@>=>2 2 >@85=B8@>20==KE :@8AB0;;0E - CB25@645=>  11.04.2008 ( ?>2KH0NI89 :>MDD8F85=B  1,5) B>3>: 1,2 1.;5:A552 235=89 8:>;0528G,19403.@., 4.D.-<.=., 2=A  / ,   70 2009-201033. C1;8:0F88: 1. . ;5:A552. >7<>6=>5 >1JOA=5=85 :>@@5;OF89 <564C A>1KB8O<8 ?>475<=KE 45B5:B>@>2, 70@538AB@8@>20==KE 2 ?5@8>4 2A?KH:8 SN 1987A. -"$, 2010, B>< 137, 2K?.1, AB@. 1-9. ?@=4  0.871"60 = 52.3 1. >:;04K: =5B B>3>: 52.3 1.LVALOG;8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :.D.-<.=., A=A  / ,   70 2009-2010 33. >:;04K 2009. 1. E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Proc. 31st ICRC, Lodz (Poland), 7-15 July 2009. 6 /10= 0,6 1. C1;8:0F88 2009 1. J.Szabelski (for the Carpet-3 collaboration),  Carpet-3 - a new experiment to study primary composition around the knee , Nuclear Physics B (Proc. Suppl.) 196, pp. 371 374, 2009; 4.341"30"0.7/10 = 9.1 1. 2. J.Szabelski (for the Carpet-3 collaboration),  Carpet-3 - a new experiment to study primary composition around the knee , e-Print: arXiv:0902.0252 [astro-ph.IM] , 2009. 6/10=0.6 3. .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 8/10=0.8 4. E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Proc. 31st ICRC, Lodz (Poland), 7-15 July 2009, icrc0379; e-Print: arXiv:0906.3182v1 [astro-ph.CO], 2009. 8/10=0.8 5. V.V.Alekseenko at all"10-100TeV cosmic ray anisotroropy mesured at Baksan "Carpet" array, e-Print:arXiv:0902.2967. [astro-ph.GLVALA],2009 8/10= 0.8 1. 6. E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", Proc. 31st ICRC, Lodz (Poland), 7-15 July 2009, icrc0379; e-Print: arXiv:0906.3182v1 [astro-ph.CO], 2009. 4/10= 0.4 1. >:;04K 2010. 1) Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7. D.D.Dzhappuev, J.V.Balabin, B.B.Gvozdevskij, N.F.Klimenko, A.U.Kudzhaev, A.M.Kuchmezov, O.I.Mikhailova, V.B.Petkov and E.V.Vashenjuk. >:;04 =0 22 2@>?59A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<,"C@:C, 3-6 23CAB 2010 3. 6/9= 0,7 1. 2) Developments in shower reconstruction and composition analysis for CARPET-3 EAS array. J.Sarkomo, V. Petkov, T.Raiha, D. Dzhappuev, N. Klimenko, A. Kudzhaev, >:;04 =0 22 2@>?59A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<,"C@:C, 3-6 23CAB 2010 3. 6 /6= 1.0 1. 3) .. 60??C52, .$. ;8<5=:>, .#. C46052, .!.8420=A:89, .. 5B:>2, ". 09E0, .. !0@:0<>. $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8. "@C4K 31-O , >A:20, #, 2010 ( / EAS _6. 4/7= 0.57 1. 4) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052,.. CG<57>2, .. 8E09;>20, .. 5B:>2, A4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne =10^5  10^7. "@C4K 31-O , >A:20, #, 2010 ( / EAS _21. 4/9= 0.44 1. C1;8:0F88 2010 1) .. 60??C52, .$. ;8<5=:>, .#. C46052, .!.8420=A:89, .. 5B:>2, ". 09E0, .. !0@:0<> $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8."@C4K 31-O , >A:20, #, 2010 ( / EAS _6. 8/7=1.1 2). .. 60??C52, . LVAL .. 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. A4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne =10^5  10^7."@C4K 31-O , >A:20, #, 2010 ( / EAS _21. 8/9=0.9 3). .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, .. !5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.871"60/10 = 5.23 "- 0.6*2 +9.1+0.7+0.8*3+ 0.9+1.0+1.1+ 0.4 + 0.57 + 0.44 + 5.23 = 23.0 1.LVALOGC7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503., :.D.-<.=., 702.  / ,   70 2009-2010 33. C1;8:0F88: 1. .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 2. .. ;5:A55=:> 8 4@./ !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN // $878:0 5<;8 2009, !8, !.91 {10, .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, ..!B5?0=>2} 8 / 9 = 0,9 1 3. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 4. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 5. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, LVAL!.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 6. Budjas D., et al. /Gamma-ray spectrometry of ultra low levels of radioactivity within the material screening program for the GERDA experiment//, Applied Radiation and Isotopes, v. 67, i. 5, 755-758, 2009 {Budjas, D.; Gangapshev, A. M.; Gasparro, J.; Hampel, W.; Heisel, M.; Heusser, G.; Hult, M.; Klimenko, A. A.; Kuminov, V. V.; Laubenstein, M.; Maneschg, W.; Simgen, H.; Smolnikov, A. A.; Tomei, C.; Vasiliev, S. I.}. 1,094E60 / (15 = 10) = 6,56 1 7. ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 8. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 9. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 17,15 1 >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8LVAL=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 2. F.F.Karpeshin, M.B.Trzhaskovskaya and V.V.Kuzminov. FLUORESCENCE INDUCED BY DOUBLE ELECTRON K CAPTURE. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 99. 4/3 = 1,3 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1 4. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich. MONITORING OF RN-222 ABUNDANCE IN THE AIR OF LOW-BACKGROUND LABORATORYES WITH ION-PULSE IONISATION CHAMBER Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 374. 4/5 = 0,8 1  = 2,96 1 C:>2>4AB2> 48?;><=8:><: 0:0;02@A:85 48AA5@B0F88 2009 3. 1. C4052 ;8< CA;0=>28G. >=8B>@8=3 D>=>2KE =59B@>=>2 2 =87:>D>=>2>9 :0<5@5 3;C1>:>3> 70;>65=8O. 0CG=K9 @C:>2>48B5;L :.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 2. 0<10G>:>2 ;8< 481>28G. >=8B>@8=3 D>=>2>3> 30<<0-87;CG5=8O 2 =87:>D>=>2>9 ;01>@0B>@88 3;C1>:>3> 70;>65=8O. 0CG=K9 @C:>2>48B5;L :.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 038AB5@A:85 48AA5@B0F88 2010 3. 1. >30BK@520 048=0 %0A8@>2=0. A=>2=K5 8AB>G=8:8 30<<0 D>=0 2 =87:>D>=>2>9 ;01>@0B>@88 . 0CG=K5 @C:>2>48B5;8: :.D.-<.=., 4>F5=B LVALC7L<8=>2 ..; 4.D.-<.=., ?@>D. %>:>=>2 .%. 5 1 2. (0>2 %0A0= CE048=>28G. 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 A ?><>ILN 8<?C;LA=>9 :0<5@K A 8>==K< A>18@0=85< 10 1  = 35 1 C@AK ;5:F89: 1) "   " / !" $ !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  9 A53>  71 G >@01>B:0 :C@A0 - 8 1 2) $878:0 =87:>D>=>2KE 87<5@5=89 !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  10 A53>  71 G >@01>B:0 :C@A0 - 8 1 3) 01>G0O ?@>3@0<<0 ?> A?5F. ?@0:B8:C<C $878:0 =87:>D>=>2KE M:A?5@8<5=B>2 !?5F80;L=>ABL 010400  $878:0 0?@02;5=85 510400  $878:0 03. ?@>3@0<<0 510409  AB@>D878:0. $878:0 :>A<8G5A:8E 87;CG5=89 8 :>A<>A0 C@A  5 !5<5AB@  10 A53>  51 G - 8 1  = 24 1 B>3>: = 79,11 1LVALOG0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :.D.-<.=., =.A.  / ,   70 2009-2010 33. C1;8:0F88: 1. .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 2. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 3. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 4. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 5. Budjas D., et al. /Gamma-ray spectrometry of ultra low levels of radioactivity within the material screening program for the GERDA experiment//, Applied Radiation and Isotopes, v. 67, i. 5, 755-758, 2009 {Budjas, D.; GangaLVALpshev, A. M.; Gasparro, J.; Hampel, W.; Heisel, M.; Heusser, G.; Hult, M.; Klimenko, A. A.; Kuminov, V. V.; Laubenstein, M.; Maneschg, W.; Simgen, H.; Smolnikov, A. A.; Tomei, C.; Vasiliev, S. I.}. 1,094E60 / (15 = 10) = 6,56 1 6. ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 7. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 8. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 16,25 1 >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on NuclLVALear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich. MONITORING OF RN-222 ABUNDANCE IN THE AIR OF LOW-BACKGROUND LABORATORYES WITH ION-PULSE IONISATION CHAMBER Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 374. 4/5 = 0,8 1  = 1,66 1 I) C:>2>4AB2> A>8A:0B5;5<: "5:C520 60<8;O =C0@>2=0, 0A?8@0=B / , B5<0: >8A: @54:8E @0A?04>2 8 A>1KB89 8=4CF8@>20==KE A;01K< 2708<>459AB285<, ?>4B5<0: 2>9=>9 -70E20B. 0CG=K9 @C:>2>48B5;L: :.D.-<.=., 0=30?H52 ..; 30,0 1. II) C:>2>4AB2> 48?;><=8:><: 5B. B>3>: 47,91 1.LVALOG02@8;N: .@89 8E09;>28G, @>4. 02.09.19583., =.A.  / ,   70 2009-2010 33. C1;8:0F88: 1. .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 2. .. ;5:A55=:> 8 4@./ !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN // $878:0 5<;8 2009, !8, !.91 {10, .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, ..!B5?0=>2} 8 / 9 = 0,9 1 3. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 4. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 5. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..0LVAL2@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 6. ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 7. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 8. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 10,59 1 >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlp LVAL asnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich. MONITORING OF RN-222 ABUNDANCE IN THE AIR OF LOW-BACKGROUND LABORATORYES WITH ION-PULSE IONISATION CHAMBER Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 374. 4/5 = 0,8 1  = 1,66 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 12,25 1LVALOG070;>2 ;048<8@ ;048<8@>28G, @>4. 28.04.19823., 8=6.-8AA;54.  / ,   70 2009-2010 33. 1. .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 2. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 3. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 4. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 5. ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@LVALCA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 6. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 7. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 9,69 1 >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1  = 0,86 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 10,55 1LVALOG 0B:528G !5@359 !B0=8A;02>28G, @>4. 23.03.19563., :.D.-<.=., 1/2AB02:8 =.A.  / ,   70 2009-2010 33. 1. .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 2. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 3. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 4. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 5. ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2LVAL008 3. ">< 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 6. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 7. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 9,69 1 >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich. MONITORING OF RN-222 ABUNDANCE IN THE AIR OF LOW-BACKGROUND LABORATORYES WITH ION-PULSE IONISATION CHAMBER Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRAVLVALfCTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 374. 4/5 = 0,8 1  = 1,66 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 11,35/2 (0,5 AB02:8) = 6,7 1LVALOG0=0A5=:> !5@359 20=>28G, @>4. 30.03.19603., 1/2 AB02:8 <.=.A.  / ,   70 2009-2010 33. 1. .. . 02@8;N: 8 4@./ <?C;LA=0O 8>==0O 8>=870F8>==0O :0<5@0 4;O A?5:B@><5B@8G5A:8E 87<5@5=89 =87:8E C@>2=59 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 // "- 2009, !2, !. 24 {10, .. . 02@8;N:, . . 0=30?H52, . . 070;>2, . . C7L<8=>2, !. . 0=0A5=:>, !. !. 0B:528G} 0,361E60 / 6 = 3,61 1 2. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 3. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 4. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 5. ..56052 / AA;54>20=85 7028A8<>AB8 0<?;8BC4K A83=0;0 AF8=B8;;OF8>==>3> 45B5:B>@0 NaI(Tl) >B 0B<>AD5@=>3> 402;5=8O // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. "><LVAL 2, .: $ 2009, !.288 {10, >B 8<5=8 :>;;5:B820 ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/7 = 0,57 E 1,5 = 0,86 1 6. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 7. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 9,69 1 >:;04K: 1. .. 070;>2 / 57C;LB0BK 2009 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // >:;04 8 AB0BLO 2 B@C4K 10-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2009,  , ?>A.-;L1@CA, 18-24 >:BO1@O 2009 3. {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G} 4/8=0,5 1 2. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1 3. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich. MONITORING OF RN-222 ABUNDANCE IN THE AIR OF LOW-BACKGROUND LABORATORYES WITH ION-PULSE IONISATION CHAMBER Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (EditojLVALzr A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 374. 4/5 = 0,8 1  = 1,66 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 11,35/2 (0,5 AB02:8) = 6,7 1LVALOG/:8<5=:> !5@359 02;>28G, @>4. 30.06.19613., <.=.A.  /  A 07.07.20053.   70 2009-2010 33. 1. ... 02@8;N: 8 4@. / !>45@60=85 @048>0:B82=KE 87>B>?>2 2 :>=AB@C:F8>==KE <0B5@80;0E ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 (3;C18=0  660 < 2.M.) // @5?@8=B /  2009, 1236/2009 {15, ... 02@8;N:, .. 0=30?H52, .. 56052, .. 070;>2, .. ;8<5=:>, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. !<>;L=8:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (11 = 10) = 0,4 1 2. . . 0@010=>2 8 4@./ !>45@60=85 @048>0:B82=KE 87>B>?>2 2 8AE>4=KE <0B5@80;0E 8 2 3>B>2>< AF8=B8;;OF8>==>< :@8AB0;;5 !0>4 ?> 40==K< ?>475<=>3> =87:>D>=>2>3> ?>;C?@>2>4=8:>2>3> A?5:B@><5B@0 // @5?@8=B /  2009, 1237/2009 { 10, . . 0@010=>2, .. C70=>2, .. 5@5A=8:>20, ... 02@8;N:, .. 0=30?H52, .. 56052, .. >A>28F:89, .. 070;>2, .. >@=>CE>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. %0=15:>2, .. -D5=4852, !.. /:8<5=:>} 4 / (15 = 10) = 0,4 1 3. .. 070;>2 / 57C;LB0BK 2008 3. M:A?5@8<5=B0 ?> ?>8A:C 2-70E20B0 78Kr // "@C4K 9-9 0:A0=A:>9 <>;>456=>9 H:>;K M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ 2008,  , ?>A.-;L1@CA, 19-24 >:BO1@O 2008 3. ">< 2, .: $ 2009, !.149 {6, >B 8<5=8 :>;;5:B820 ... 02@8;N:, ..02@8=, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !../:8<5=:>} 4/8 = 0,5 E 1,5 = 0,75 1 4. Yu.M.Gavriljuk et al. / Pulse Shape Analysis and Identification of Multipoint Events in a Large-Volume Proportional Counter in an Experimental Search for 2K Capture Kr-78 // arXiv:0911/5403v1 [nucl-ex] 28 Nov 2009 {10, Yu.M.Gavriljuk, A.M.Gangapshev, V.V.Kazalov, V.V.Kuzminov, S.I.Panasenko, S.S.Ratkevich, S.P.Yakimenko} 4/7 = 0,57 1 5. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "-p LVAL 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,361E60 / 7 = 3,1 1  = 5,22 1 >:;04K: 1. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. INVESTIGATION OF THE 2-CAPTURE IN KR-78 WITH LARGE-VOLUME PROPORTIONAL COUNTER. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p.100. 4/7 = 0,36 1  = 0,36 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 5,58 1LVALOGHC:>2 40< C70@8D>28G, @>4. 28.05.19593., :D<=, A.=.A.  / ,   70 2009-2010 33. I) C1;8:0F88: " =5B. II) C:>2>4AB2> A>8A:0B5;5<: " =5B III) C:>2>4AB2> 48?;><=8:><: 2009 3. 1) %>:>=>2 @A5= 048>C3;5@>4=K9 <5B>4 40B8@>20=8O. 0?@02;5=85 010700- $878:0. >4 68. 038AB@ D878:8. 038AB5@A:0O ?@>3@0<<0: 010703- 0;LG8: 2009 3>4. 0CG=K9 @C:>2>48B5;L !.=.A. HC:>2 .. 10 1 0:0;02@A:85 @01>BK 2009 3. 1) 0=:C;>20 ;5=0 CA;0=>2=0 "@>1;5<K A>;=5G=KE =59B@8=>" 0?@02;5=85 010700- $878:0. >4 68. 0;LG8: 2009 3>4. 0CG=K9 @C:>2>48B5;L !.=.A. HC:>2 .. 10 1 2) C;>20 N4<8;0 ;53>2=0 @>?>@F8>=0;L=K5 AG5BG8:8 2 @048>E8<8G5A:8E M:A?5@8<5=B0E ?> @538AB@0F88 A>;=5G=KE =59B@8=>. 0?@02;5=85 010700- $878:0. >4 68. 0;LG8: 2009 3>4. 0CG=K9 @C:>2>48B5;L !.=.A. 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C (2010) 67: 25 37 30 10 2,746 30*2,746/10 8,238 2 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 3 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 4 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 5 C>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm -> nt ...30D>=>20, ..=>E8=0, .!.;048<8@>2, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!B0@:>2, ..'5@=O2A:89, ..'C:0=>2, .$./:CH52 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 6 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam Agafonova et al. OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 10 5,083 30*5,08/10 15,249 7 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ...30D>=>20, .. >O@:8=, .!.0;L38= "-, 2010, ! 1, A. 52 57 60 3 0,313 60*0,31/3 6,26 8 Neutrino burst from gravitational stellar LVALcollapses with LVD LVD Collaboration Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 10 @5<5==K5 E0@0:B5@8AB8:8 ?@>F5AA0 A25B>A1>@0 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ...30D>=>20, .. >O@:8=, .!.0;L38= "-, 2010, No. 6, pp. 29 33. 60 3 0,313 60*0,31/3 6,26 11 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 12 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 13 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 14 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD ... 30D>=>20 1029 !5<8=0@ 8<. .". 0F5?8=0. >:;04 1 0 2009 1 Cosmic ray physics with the OPERA detector OPERA Coll. Proc. of 31st ICRC, Lodz 2009 8 10 0 8/10 0,8 2 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 8 10 0 8/10 0,8 3 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration Proc. of 31st ICRC, Lodz 2009 8 10 0 8/10 0,8 4 Search fLVALor neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 8 10 0 8/10 0,8 5 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 6 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 7 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 8 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 9 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87. B.73, 5 (2009) A. 685-687 60 10 0,272 60*0,272/10 1,632 10 "0@O4>2>5 >B=>H5=85 <N>=>2 :>A<8G5A:8E ;CG59 ?@8 M=5@38OE 2KH5 1.3 "5, 87<5@5==>5 =0 45B5:B>@5 LVD." 30D>=>20 ... >:;04 =0 1010 A5<8=0@5 .". 0F5?8=0 - 1 0 11 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 12 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 13 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ILVALCRC 6 10 1,5 6*1,5/10 0,9 14 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration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ome remarks on Neutrino Detection from SN 1987A V.L. Dadykin, O.G. Ryazhskaya Proc.of 14 Lom.Conf., 2010, p.179. 8 2 0 8/2 4 5 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 6 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 7 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 12*2/10 2,4 8 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 9*2/10 1,8 9 48=>G=K5 8 <=>65AB2LVAL5==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 10 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 12 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 2009 1 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 1 >4=>9 3@C??5 M:A?5@8<5=B0;L=KE @57C;LB0B>2, A2O70==KE A ?>8A:>< =59B@8==>3> 87;CG5=8O >B !1987. ><<5=B0@89 , ;  = 1.315*60/2=39.45 . 04K:8=, .. O6A:0O , B>< 35, !6, A. 427-430 60 2 1,315 60*1,315/2 39,45 5 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 6 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. R LVALb >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 7 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 8 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 9 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 10 5:>B>@K5 C@>:8 @538AB@0F88 =59B@8==>3> 87;CG5=8O O6A:0O .., 04K:8= .. >:;04 =0 :>=D. !>2@5<5==K5 ?@>1;5<K D878:8 =59B@8=> 8 0AB@>D878:8 14 >:BO1@O 2009 4 2 1 4/2 2 11 Some remarks on neutrino detection O6A:0O .., 04K:8= .. >:;04 =0 14 Lom.Conf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eutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 5 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 6 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 7 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 LVAL8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 8 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 2009 1 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 5 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 6 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87. B.73, 5 (2009) A. 685-687 60 10 0,272 60*0,272/10 1,632 7 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001 LVAL -2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 8 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 9 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 17,5LVALOG =8:552 0A8< 1@038<>28G =.A. 2009-2010 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2010 1 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 10 2,746 30*2,746/10 8,238 2 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 3 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 4 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 5 C>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm -> nt ...30D>=>20, ..=>E8=0, .!.;048<8@>2, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!B0@:>2, ..'5@=O2A:89, ..'C:0=>2, .$./:CH52 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 6 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam Agafonova et al. OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 10 5,083 30*5,08/10 15,249 7 Neutrino burst from gravitational stellar collapses with LVD LVD CollaboratioLVALn Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 8 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 9 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 12*2/10 2,4 10 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 9*2/10 1,8 11 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 12 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 13 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 2009 1 Cosmic ray physics with the OPERA detector OPERA Coll. Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD CollabLVALoration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 5 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 6 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 7 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 8 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 9 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87. B.73, 5 (2009) A. 685-687 60 10 0,272 60*0,272/10 1,632 10 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 11 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 12 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 13 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;LVAL04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 53,181LVALOG 0;L38= ;5:A59 !5<5=>28G A.=.A. 2009-2010 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2010 1 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 10 2,746 30*2,746/10 8,238 2 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 3 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 4 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 5 C>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm -> nt ...30D>=>20, ..=>E8=0, .!.;048<8@>2, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!B0@:>2, ..'5@=O2A:89, ..'C:0=>2, .$./:CH52 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 6 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam Agafonova et al. OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 10 5,083 30*5,08/10 15,249 8 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@06LVAL5=85< ...30D>=>20, .. >O@:8=, .!.0;L38= "-, 2010, ! 1, A. 52 57 60 3 0,313 60*0,31/3 6,26 9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 10 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 11 @5<5==K5 E0@0:B5@8AB8:8 ?@>F5AA0 A25B>A1>@0 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ...30D>=>20, .. >O@:8=, .!.0;L38= "-, 2010, No. 6, pp. 29 33. 60 3 0,313 60*0,31/3 6,26 12 Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection I R Barabanov, L B Bezrukov, C M Cattadori, N A Danilov, A di Vacri, Yu S Krilov, L Ioannucci, E A Yanovich, M Aglietta, A Bonardi, G.Bruno, W Fulgione, E Kemp, A S Malguin, A Porta and M Selvi Journal of instrumentation 2010, 5, P04001 30 10 2,102 30*2,102/10 6,306 13 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 12*2/10 2,4 14 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 9*2/10 1,8 15 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 16 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >LVAL:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 17 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 2009 1 Cosmic ray physics with the OPERA detector OPERA Coll. Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 5 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 6 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 7 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 8 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 9 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:5r LVAL 52, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87. B.73, 5 (2009) A. 685-687 60 10 0,272 60*0,272/10 1,632 10 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 11 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 12 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 13 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 72,007LVALOG OA=K9 A52>;>4 02@8;>28G A.=.A. 2009-2010 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2010 1 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 10 2,746 30*2,746/10 8,238 2 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 3 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 4 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 5 C>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm -> nt ...30D>=>20, ..=>E8=0, .!.;048<8@>2, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!B0@:>2, ..'5@=O2A:89, ..'C:0=>2, .$./:CH52 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 6 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam Agafonova et al. OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 10 5,083 30*5,08/10 15,249 7 Neutrino burst from gravitational stellar collapses with LVD LVD CollaboraLVALtion Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 8 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 9 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 12*2/10 2,4 10 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 9*2/10 1,8 11 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 12 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 13 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 2009 1 Cosmic ray physics with the OPERA detector OPERA Coll. Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD ColLVALlaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 5 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 6 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 7 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 8 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 9 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87. B.73, 5 (2009) A. 685-687 60 10 0,272 60*0,272/10 1,632 10 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 11 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 12 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 13 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration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r LVAL ;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 7 =0;87 A57>==KE 20@80F89 ?>B>:0 :>A<8G5A:8E <N>=>2 2 45B5:B>@5 LVD 70 ?5@8>4 2001 - 2008 33 . . (0:8@LO=>20 1029 !5<8=0@ 8<. .". 0F5?8=0. >:;04 1 0 2009 1 8?;><=0O @01>B0, $, (0:8@LO=>20 . . AA;54>20=85 E0@0:B5@8AB8: ?>B>:0 <N>=>2, 35=5@8@C5<KE ?CG:>< <N>==KE =59B@8=> 87 & 0, =0 CAB0=>2:5 LVD 0A?8@0=B A <0O 2009 5,904 C25;8G5=85 2 1,5 @070 2 A2O78 A B5<, GB> 0A?8@0=B @01>B05B 2 >@30=870F88 ?> A>2<5AB8B5;LAB2C 8,856LVALOG /:CH52 0;5@89 $54>@>28G =.A. 2009-2010 =0720=85 @01>BK 02B>@K 6C@=0; @>AA89A:89 /70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10; 2010 1 Measurement of the cosmic ray muon charge ratio with the OPERA experiment OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 10 2,746 30*2,746/10 8,238 2 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 3 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 4 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 5 C>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm -> nt ...30D>=>20, ..=>E8=0, .!.;048<8@>2, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!B0@:>2, ..'5@=O2A:89, ..'C:0=>2, .$./:CH52 72.  !5@. $87. (2 ?5G0B8) 2010 60 10 0,228 60*0,228/10 1,368 6 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam Agafonova et al. OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 10 5,083 30*5,08/10 15,249 7 Neutrino burst from gravitational stellar collapses with LVD LVD CollaborationLVAL Proc. of 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 8 10 0 8/10 0,8 8 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration Proc. of NEUTRINO 2010, 14-19 June, Athens, Greece 8 10 0 8/10 0,8 9 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 12*2/10 2,4 10 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 9*2/10 1,8 11 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 12 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 4 10 0 4*1,5/10 0,6 13 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ..., >O@:8= .., 04K:8= .., >1@K=8=0 .., =8:552 .., 0;L38= .!., OA=K9 .., O6A:0O .., (0:8@LO=>20 . ., /:CH52 .$. 8 >;;01>@0F8O LVD >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 4 10 0 4*1,5/10 0,6 2009 1 Cosmic ray physics with the OPERA detector OPERA Coll. Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 2 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 3 The m+/ m- Ratio at the Depth of 3000 m.w.e. LVD CollaboLVALration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 4 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration Proc. of 31st ICRC, Lodz 2009 - 10 0 8/10 0,8 5 The detection of neutrino interaction in the emulsion/lead target of the OPERA experiment OPERA Coll. JINST 4 P06020 30 10 0,821 30*0,821/10 2,463 6 The OPERA experiment in the CERN to Gran Sasso neutrino beam OPERA Coll. JINST 4 P04018 30 10 0,821 30*0,821/10 2,463 7 >8A: =59B@8==>3> 87;CG5=8O >B !25@E=>2KE A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87 B.73, 5 (2009) A.688-690 60 10 0,272 60*0,272/10 1,632 8 -=5@35B8G5A:89 A?5:B@ =59B@>=>2, 35=5@8@C5<KE <N>=0<8 2 ?>475<=>< 45B5:B>@5 LVD. ... 30D>=>20, .. >O@:8=, .. 04K:8=, .. >1@K=8=0, .. =8:552, .. C7=5F>2, .!. 0;L38=, .. O6A:0O, .. OA=K9 8 .$. /:CH52 72.  !5@. $87. B.73, 5 ( 2009) A. 666-667 60 10 0,272 60*0,272/10 1,632 9 !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> =01;N45=8N >AF8;;OF89 v 2 v/tau 2 ?CG:5 v. ...30D>=>20, ..=>E8=0, ..03C;O, ..>O@:8=, .!.;048<8@>2, ..0;:8=, ...>@=CH:8=, !..<8B@852A:89, "..60B4>52, ..=8:552, !..5<A:>20, .!.0;L38=, ..0B2552, ..8:8B8=0, ..;LH52A:89, ..@;>20, ..A54;>, ..>;CE8=0, ..C1;8G5=:>, ".. >30=>20, .. O6A:0O, .. OA=K9, ..!068=0, ..!B0@:>2, ..&0@52, ..'5@=O2A:89, ..'C:0=>2 8 .$./:CH52. 72.  !5@. $87. B.73, 5 (2009) A. 685-687 60 10 0,272 60*0,272/10 1,632 10 Cosmic ray physics with the OPERA detector from SN1987A OPERA Coll. >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 11 Analysis of the seasonal modulation of the cosmic muon flux in the LVD detector during 2001-2008 LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 12 The +/ - Ratio at the Depth of 3000 m.w.e. LVD Collaboration >:;04 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 13 Search for neutrino bursts with LVD at Gran Sasso LVD Collaboration >:;0LVAL4 =0 31 ICRC 6 10 1,5 6*1,5/10 0,9 53,181LVALOG810=>2 0:A8< 0;5=B8=>28G @>4. 09.04.1971, A=A "$,   70 2009-201033 C1;8:0F88: 1) 810=>2~.~., C10:>2~.~., !068=0~.~!. 8 !068=~.~. "=87>B@>?8O @5;8:B>2>3> 87;CG5=8O, 8=4CF8@>20==0O B0E8>==K<8 D;C:BC0F8O<8 BQ<=>9 M=5@388." -"$ 135 (2009) 253 (J.Exp.Theor.Phys.108:226-235,2009)   = 0.871*60/4=13.065 2) M.V. Libanov, V. A. Rubakov, O. S. Sazhina and M. V. Sazhin. ``CMB anisotropy induced by tachyonic perturbations of dark energy,'' Phys. Rev. D79 (2009) 083521   = 4.922*30/4=36.915 3) P.Koroteev, M.Libanov, ``Spectra of Field Fluctuations in Braneworld Models with Broken Bulk Lorentz Invariance,'' Phys.Rev.D79 (2009) 045023   = 4.922*30/2=73.83 4) J.M. Frere, M. Libanov and F. S. Ling, ``See-saw neutrino masses and large mixing angles in the vortex background on a sphere,'' JHEP 1009 (2010) 081   = 6.019*30/3=60.19 5) M. Libanov and V. Rubakov, ``Cosmological density perturbations from conformal scalar field: infrared properties and statistical anisotropy,'' JCAP 1011 (2010) 045   = 6.502*30/2=97.53 6) -;5:B@>==K5 ?@5?@8=BK M.~V.~Libanov, V.~A.~Rubakov, O.~S.~Sazhina and M.~V.~Sazhin. "CMB anisotropy induced by tachyonic perturbations of dark energy." a) arXiv:0812.1459 [astro-ph] b) ULB-TH/08-43   = (4*2)/4=2 7) -;5:B@>==K5 ?@5?@8=BK P.~Koroteev and M.~Libanov, "Spectra of Field Fluctuations in Braneworld Models with Broken Bulk", a) arXiv:0901.4347 [hep-th] b) ITEP-TH-31/08 c) ULB-TH/08-37   = (4*3)/2=6 8) -;5:B@>==K5 ?@5?@8=BK J.M. Frere, M. Libanov and F. S. Ling, ``See-saw neutrino masses and large mixing angles in the vortex background on a sphere,'' a) arXiv:1006.5196 [hep-ph] b) ULB-TH-10-20 c) INR-TH-2010-37   = (4*3)/3=4 9) M. Libanov and V. Rubakov, ``Cosmological density perturbations from conformal scalar field: infrared properties and statistical anisotropy,'' a) arXiv:1007.4949 [hep-th] b) INR-TH-2010-46   = (4*2)/2=4 10) M.DLVALT Libanov, S. Mironov, V. Rubakov, ``Properties of scalar perturbations generated by conformal scalar field,'' a) arXiv:1012.5737 [hep-th] b) INR-TH-2010-81   = (4*2)/3=2.67 >=D5@5=F88 1) ?C1;8:>20==K9 4>:;04 QUARKS-2010, 16th International Seminar on High Energy Physics Kolomna, Russia, 6-12 June, 2010. 4>:;04 M. Libanov and V. Rubakov, ``Cosmological density perturbations from conformal scalar field,''   = (4*1.5)/2=3 2) ?C1;8:>20==K9 ?@83;0H5==K9 4>:;04 ``Gravity and Cosmology (GC2010)'' Kyoto, Japan, May,24 to July,16, 2010. M. Libanov, S. Mironov, V. Rubakov, ``Properties of scalar perturbations generated by conformal scalar field,''   = (30*1.5)/3=15 C:>2>4AB2> 48?;><=8:>< . 5<:>2 2010 - 10:0;02@ . "8<8@OA>2 2010 - 10:0;02@  =2*10=20 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL :C@A0 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2009-10)  =2(3>40)*3(A5<5AB@0)*8 = 48 !5<8=0@K ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>4 (2009-10)  =2(3>40)*3(A5<5AB@0)*8 = 48 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 3-4 :C@A0 D878G5A:>3> D-B0 #. @>4>;68B5;L=>ABL :C@A0 1 3>4. 0 1 3>40 (2010)  =1(3>4)*2(A5<5AB@0)*8 = 16 ----------------------------------------------------------------   (AC<<0): 450.2 >2KH0NI89 :>MDD8F85=B 70 70I8BC 4>:B>@A:>9 48AA5@B0F88 2 2009 3. @025= 1.5. B>3>  : 1.5*450.2 = 675.3LVALOG0@010=>2 3>@L ><0=>28G, 26.11.1939, A=A -,   70 2009-2010 33 1. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M / / $, 2010, B>< 73,!7, A. 1144 1149.  =0,491*60/8=3,7 2. . . 0@010=>2, . . 57@C:>2, !. . 80=>2A:89, . . >@=>CE>2  !5G5=8O >1@07>20=8O 68Ge ?>4 459AB285< ?@>B>=>2 A M=5@3859 100 M =0 35@<0=852KE <8H5=OE 5AB5AB25==>3> 8 >1>30I5==>3> A>AB020 8 D>= 2 M:A?5@8<5=B0E ?> ?>8A:C 20-@0A?040 76Ge  / / $, 2010, B>< 73,!11, A. 1860 1864  =0,491*60/4=7,4 3. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 4. V. N. Soifer, V. A. Goryachev, D. V. Andreev, I. R. Barabanov, A. P. Borisov, Yu. N. Zhukov, and E. A. Yanovich ,  Methodology of the Experimental Study of the State of Spent Nuclear Fuel on the Bottom of Arctic Seas Oceanology, 2010, Vol. 50, No. 4, pp. 600 612  =0,43x60/7=3,7 5. . . 0@010=>2, . . 5@5A=8:>20, ..0A8;L52, !..C1A0=4>@6852, ..C1A0=4>@6852, .-.OBG8=, ..>;5IC:, ..(091>=>2, .(.028B0H28;8}  AA;54>20=85 01A>;NB=>3> A25B>2>3> 2KE>40 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 "-, ! 6, 2010  =0,314*60/9=2,0 6. I R Barabanov, L B Bezrukov, C M Cattadori, N A Danilov, A di Vacri, Yu S Krilov, L Ioannucci, E A Yanovich, M Aglietta, A Bonardi, GBruno, W Fulgione, E Kemp, A S Malguin, A Porta and M Selvi  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection . Journal of instrumentation 2010, 5, P04001  =2,1*30/6=10,5 7. A.V. Veresnikova, B.K. LubsandorzhLVALiev, I.R. Barabanov, P. Grabmayr, D. Greiner, J. Jochum, M. Knapp, C. Osswald, R.V. Poleshuk, F. Ritter, B.A.M. Shaibonov, Y.E. Vyatchin, and G. Meierhofer  Fast scintillation light from CaMoO4 crystals Nucl. Instr. Methods A603 (2009) 529-531.  =1,181*30/5=7,0 8. Barabanov, L. Bezrukov, E. Demidova, V. Gurentsov, S. Kianovsky, K.T. Knope, V. Kornouhkov, B. Schwingenheuer, and A. Vasenko  Shielding of the GERDA experiment against external background Nucl. Instr. Methods A606 (2009) 790-795.  =1,181*30/7=5,1 9. 4. . . 0@010=>2, . . 5@5A=8:>20, . . C1A0=4>@6852, . . >;5IC:, . . . (091>=>2, . -. OBG8=, . . >@=>CE>2.  AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>4 "-, 2009,!1,AB@.41-45  =0,314*60/7=2,7 10. . . 0@010=>2, .. 5@5A=8:>20, .. C@5=F>2, .. >@=>CE>2.  538AB@0F8O 157=59B@8==>3> 42>9=>3> ,15B0 - @0A?040 100Mo A ?><>ILN AF8=B8;;OF8>==KE :@8AB0;;>2 !0>4  @5?@8=B /- 1238/2009  =4/4=1 11. >28:>20 ./., 0@010=>2 . ., 57@C:>2 .., 5;>CA .., 0=8;>2 .., 830=H8= .%., 20=>2 .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS) . %, 2009, B.54, A.1143-1150.  =0,31*60/8=2,3 12. . .0@010=>2, ./ >28:>20, ..!8=52, ../=>28G AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5, ?@5?@8=B / , 1228/2009, 8N=L 2009. 4/4=1 13. . . 0@010=>2, . . 0=8;>2, .. !. @K;>2, . .. &820475, . . 57@C:>2, . /. >28:>20, . . /=>28G, . . 5<8=0, . 0BB04>@8 (C. Cattadori), . 8 0:@8 (A. Di Vacri)  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O 048>E8<8O, 2009, B. 51, N 3, c. 239 246  =0,537*60/8=4,0 C:>2>4AB2> 0A?8@0=B><  =30 B>3> 83,1LVAL5@5A=8:>20 ==0 0A8;L52=0, 26.08.1980, <=A,   70 2009-2010 33 1. . . 0@010=>2, . . 5@5A=8:>20, ..0A8;L52, !..C1A0=4>@6852, ..C1A0=4>@6852, .-.OBG8=, ..>;5IC:, ..(091>=>2, .(.028B0H28;8}  AA;54>20=85 01A>;NB=>3> A25B>2>3> 2KE>40 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 "-, ! 6, 2010  =0,314*60/9=2,0 2. A.V. Veresnikova, B.K. Lubsandorzhiev, I.R. Barabanov, P. Grabmayr, D. Greiner, J. Jochum, M. Knapp, C. Osswald, R.V. Poleshuk, F. Ritter, B.A.M. Shaibonov, Y.E. Vyatchin, and G. Meierhofer  Fast scintillation light from CaMoO4 crystals Nucl. Instr. Methods A603 (2009) 529-531.  =1,181*30/5=7,0 3. . . 0@010=>2, . . 5@5A=8:>20, . . C1A0=4>@6852, . . >;5IC:, . . . (091>=>2, . -. OBG8=, . . >@=>CE>2.  AA;54>20=85 :8=5B8:8 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>4 "-, 2009,!1,AB@.41-45  =0,314*60/7=2,7 4. . . 0@010=>2, .. 5@5A=8:>20, .. C@5=F>2, .. >@=>CE>2.  538AB@0F8O 157=59B@8==>3> 42>9=>3> ,15B0 - @0A?040 100Mo A ?><>ILN AF8=B8;;OF8>==KE :@8AB0;;>2 !0>4  @5?@8=B /- 1238/2009  =4/4=1 >;>4>9 A>B@C4=8:  =12,7*2=25,4 B>3> 25,4LVALC@5=F>2 0;5@89 20=>28G, 30.09.1941, =A, -,   70 2009-2010 33 1. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M / / $, 2010, B>< 73,!7, A. 1144 1149.  =0,491*60/8=3,7 3. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 8. Barabanov, L. Bezrukov, E. Demidova, V. Gurentsov, S. Kianovsky, K.T. Knope, V. Kornouhkov, B. Schwingenheuer, and A. Vasenko  Shielding of the GERDA experiment against external background Nucl. Instr. Methods A606 (2009) 790-795.  =1,181*30/7=5,1 10. . . 0@010=>2, .. 5@5A=8:>20, .. C@5=F>2, .. >@=>CE>2.  538AB@0F8O 157=59B@8==>3> 42>9=>3> ,15B0 - @0A?040 100Mo A ?><>ILN AF8=B8;;OF8>==KE :@8AB0;;>2 !0>4  @5?@8=B /- 1238/2009  =4/4=1 C:>2>4AB2> 0A?8@0=B><  =30 B>3> 42,5\LVALl>28:>20 0;8=0 /:>2;52=0, @>4.15.07.1950, =A -,   70 2009-2010 33. 1. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 2. >28:>20 ./., 0@010=>2 . ., 57@C:>2 .., 5;>CA .., 0=8;>2 .., 830=H8= .%., 20=>2 .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS) . %, 2009, B.54, A.1143-1150.  =0,31*60/8=2,3 3. . .0@010=>2, ./ >28:>20, ..!8=52, ../=>28G AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5, ?@5?@8=B / , 1228/2009, 8N=L 2009. 4/4=1 4. . . 0@010=>2, . . 0=8;>2, .. !. @K;>2, . .. &820475, . . 57@C:>2, . /. >28:>20, . . /=>28G, . . 5<8=0, . 0BB04>@8 (C. Cattadori), . 8 0:@8 (A. Di Vacri)  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O 048>E8<8O, 2009, B. 51, N 3, c. 239 246  =0,537*60/8=4,0 5. 0@010=>2 . ., 57@C:>2 .., 0=8;>2 .., 830=H8= .%., CF52 !.., >@30;N: .., >28:>20 ./., 0A5G=8: .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS). 07=>;830=4=K5 :><?;5:AK 4;O A>740=8O MELS , ?@5?@8=B /  1219/2009, <0@B 2009   4/9=0.45 B>3> 10,5LVALOG/=>28G 235=89 ;5:A0=4@>28G, 21.10.1949, =A. -,   70 2009-2010 33 1. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M / / $, 2010, B>< 73,!7, A. 1144 1149.  =0,491*60/8=3,7 2. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 3. V. N. Soifer, V. A. Goryachev, D. V. Andreev, I. R. Barabanov, A. P. Borisov, Yu. N. Zhukov, and E. A. Yanovich ,  Methodology of the Experimental Study of the State of Spent Nuclear Fuel on the Bottom of Arctic Seas Oceanology, 2010, Vol. 50, No. 4, pp. 600 612  =0,43x60/7=3,7 4. I R Barabanov, L B Bezrukov, C M Cattadori, N A Danilov, A di Vacri, Yu S Krilov, L Ioannucci, E A Yanovich, M Aglietta, A Bonardi, GBruno, W Fulgione, E Kemp, A S Malguin, A Porta and M Selvi.  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection . Journal of instrumentation 2010, 5, P04001  =2,1*30/6=10,5 5. >28:>20 ./., 0@010=>2 . ., 57@C:>2 .., 5;>CA .., 0=8;>2 .., 830=H8= .%., 20=>2 .., /=>28G ..,  %8<8G5A:85 0A?5:BK <5B0;;A>45@60I8E 684:8E >@30=8G5A:8E AF8=B8;;OB>@>2 (MELS) . %, 2009, B.54, A.1143-1150.  =0,31*60/8=2,3 6. . .0@010=>2, ./ >28:>20, ..!8=52, ../=>28G AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5, ?@5?@8=B / , 1228/2009, 8N=L 2009. 4/4=1 7. . . 0@010=>2, . . 0=8;>2, .. !. @K;>2, . .. &820475, . . 57@C:>2, . /. >28:>20, . . /=>28G, . . 5<8=0, . 0BB04>@8 (C. Cattadori), . 8 0:@8< LVALL (A. Di Vacri)  -:AB@0:F8>==K5 <5B>4K 2 ?@>F5AA0E A>740=8O 684:8E >@30=8G5A:8E Gd-A>45@60I8E AF8=B8;;OB>@>2 4;O 45B5:B8@>20=8O 0=B8=59B@8=>. 2. !F8=B8;;OB>@K =0 >A=>25 @0AB2>@>2 2-<5B8;20;5@80B0 304>;8=8O 048>E8<8O, 2009, B. 51, N 3, c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lekseenko, Yu.M.Gavrlyuk, V.V.Kuzminov and Yu.V.Stenkin. Tidal effect in the radon-due neutron flux from the Earth s crust. J. Of Physics: Conference Series. 203, 012045 (2010).  =8/4*1.5=3.0 10-100 TeV cosmic ray anisotropy measured at Baksan EAS 'Carpet' array. V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko . Feb 2009. 5pp. Nucl.Phys.Proc.Suppl.196:179-182,(2009).  =0.875*30/9=2.92 10-100 TeV cosmic ray anisotropy measured at Baksan EAS 'Carpet' array. V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. StepanovLVAL, V.I. Volchenko. arXiv:0902.2967 [astro-ph.GA], (2009).  =4/9=0.44 Evolution of the cosmic ray anisotropy above 10^{14} eV. By The EAS-TOP Collaboration (M. Aglietta, V.V. Alekseenko et al.). Jan 2009. 4pp. Astrophys.J.Lett.692:L130-L133, (2009).  =7.364*30/10=22.09 Evolution of the cosmic ray anisotropy above 10^{14} eV. By The EAS-TOP Collaboration (M. Aglietta, V.V. Alekseenko et al.), arXiv:0901.2740 [astro-ph]  = 4/10=0.4 >:;04K: Yu.V.Stenkin and V.V.Alekseenko. Tidal effect in the radon-due neutron flux from the Earth s crust. TAUP 2009, Rome (2009). , http://taup2009.lngs.infn.it/slides/jul3/stenkin.pdf  =6/2=3 D.M. Gromushkin, V.V. Alekseenko et al. On thermal neutron concentration near the ground surface. Proc. Of 31st ICRC, Lodz, (2009), rep. # 963.  =6/6*1.5=1.5 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep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zabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. $87., B.73, ! 5, AB@. 642-644, 2009. 0.406*60/10 = 2.436 3) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.406*60/10 = 2.436 4) ..;5:A55=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,  >@@5;OF8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 D070<8 8 A A59A<8G5A:>9 0:B82=>ABLN , $878:0 5<;8, 2009, !8, A.91-100. 0.36*60/9 = 2.4 5) .. ;5:A55=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ..!B5?0=>2, .. '5@=O52.   @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10  100 "M2 =0 <>45@=878@>20==>9 CAB0=>2:5 >2Q@-2 , 72. , A5@. $87., B. 73, !5, A. 609-611, 2009. 0.406*60/7 = 3.48 6) V.V.Alekseenko, Yu.M.Gavrlyuk, V.V.Kuzminov and Yu.V.Stenkin,  Tidal effect in the radon-due neutron flux from the Earth s crust , Journal of Physics: Conference Series, 203 (2010), LVAL012045. 8/4 = 2 7) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , Nucl.Phys.Proc.Suppl.196:179-182,(2009). 0.875*30/9 = 2.92 8) 7) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , arXiv:0902.2967 [astro-ph.GA], (2009). 4/9 = 0.44 9) M. Aglietta, V.V. Alekseenko et al. (The EAS-TOP Collaboration),  Evolution of the cosmic ray anisotropy above 1014 eV , arXiv:0901.2740 [astro-ph], 2009. 4/10 = 0.4 10) M. Aglietta, V.V. Alekseenko et al. (The EAS-TOP Collaboration),  Evolution of the cosmic ray anisotropy above 1014 eV , Astrophys.J.Lett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u.V. Stenkin, V.V. Alekseenko, & , A.L. Tsyabuk et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko,& , A.L. Tsyabuk et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep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haerdinov, A.S. Lidvansky, Lightning Effect on Intensity of Secondary Cosmic Rays during Thunderstorms,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 8/2 = 4. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 30/2 = 15. .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -5.   = 6/4 = 1.5. .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -39.   = 6/2 = 3. K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L. E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, 22nd European Cosmic Ray Symposium, Turku, Finland, August 3-6, 2010.   = 8/4 = 2. N.S, Khaerdinov, A.S. Lidvansky, Variations of Cosmic Rays during Thunderstorms, International Workshop  Thunderstorms and Elementary Particles AcceleLVALration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. N.S, Khaerdinov, A.S. Lidvansky, Analysis of Parameters of Bright Events in Variations of Secondary Particles of CosmicRays during Thunderstorms, International Workshop  Thunderstorma and Elementary Particle Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. B>3>:   = 79.86 ": %05@48=>2 08;L !0D>28G, 30.11.1958, :.D.-<.=., A=A ;01. !"   = 78.4 C1;8:0F88: 24.4 1) .!. 8420=A:89, .!. %05@48=>2,  0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE , 72. , 2009, B. 73, ! 3, AB@. 419-422. 0.406*60/2 = 12.18 2) .!. 8420=A:89, .!. %05@48=>2,  !8;L=K5 20@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7 , 72. , 2009, B. 73, ! 3, AB@. 416-418. 0.406*60/2 = 12.18 >:;04K: 54.0 1) N.S. Khaerdinov, A.S. Lidvansky, Lightning Effect on Intensity of Secondary Cosmic Rays during Thunderstorms,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009, oral. 6/2 = 3 2) N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009, invited. 30/2 = 15. 3) .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -5. 4*1.5/4 = &LVAL61.5 4) .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -39. 4*1.5/2 = 3 5) K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L. E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, 22nd European Cosmic Ray Symposium, Turku, Finland, August 3-6, 2010. 6/4 = 1.5 6) N.S, Khaerdinov, A.S. Lidvansky, Variations of Cosmic Rays during Thunderstorms, International Workshop  Thunderstorms and Elementary Particles Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010, invited. 30/2 = 15 7) N.S, Khaerdinov, A.S. Lidvansky, Analysis of Parameters of Bright Events in Variations of Secondary Particles of CosmicRays during Thunderstorms, International Workshop  Thunderstorma and Elementary Particle Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010, invited. 30/2 = 15NLVALb` >7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2009-2010 33 !B0BL8: .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20, >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2010, B. 36, ! 6, AB@. 439-444.   = 1.315*60/5 = 15.78. B>3>  : 15.78.!B5?0=>2 ;048<8@ 20=>28G, @>4. 21.01.1935, A=A -,   70 2009-2010 33. C1;8:0F88: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, & .. &O1C: 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. D878G., B. 73, !5, (2009), A. 647-649.  = 60*0.406*0.1*1.5=3.65 .. ;5:A55=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52 ( /). / @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M. // 72. , A5@. D878G., B. 73, 2K?. 5, (2009), A. 609-611.  =60*0.406/7*1.5=5.22 .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2. !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN. // $878:0 5<;8. !8, (2009), 91-100.  =0.36*60/9=2.4 >:;04K: Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev,& V.I. Stepanov et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev,& V.I. Stepanov et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 ... !B5=L:8=, .. ;5:A55=:>,& , .. !B5?0=>2 8 4@. /5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (.// 31 , >A:20, (2010).  =4/9=0.44 B>3>:   = 13.51LVALOG!B5=L:8= .@89 0A8;L528G, @>4. 10.12.1948, A=A -,   70 2009-2010 33. C1;8:0F88: Yu. Stenkin. On the PRISMA project. ArXiv: 0902.0138v1 [Astro-ph.IM]  =4 Yu.V. Stenkin. On the PRISMA project. // Nucl. Phys. B (Proc. Suppl.), v. 196, 2009, p. 293-296.  =0.875*30=26.25 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8= 8 4@. / 538AB@0F8O ?>B>:0 B5?;>2KE =59B@>=>2 21;878 ?>25@E=>AB8 5<;8. // 72. . !5@8O D878G., B. 73, !3, (2009), A. 425-427.  =60*0.406/5*1.5=7.31 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:> 8 4@. /0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E? // 72. . !5@. D878G., B. 73, !5, (2009), A. 647-649.  = 60*0.406*0.1*1.5=3.65 .. 60??C52, .#. C46052,..., ...!B5=L:8= 8 4@./ 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. D878G., B. 73, !5, (2009), A. 642-644.  =60*0.406*0.1*1.5=3.65 .. ;5:A55=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2, .. '5@=O52 ( /). / @538AB@0F88 0=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10 - 100 "M. // 72. , A5@. D878G., B. 73, 2K?. 5, (2009), A. 609-611.  =60*0.406/7*1.5=5.22 .. ;5:A55=:>, ... 02@8;N:, .. @><CH:8=, .. 60??C52, .#. C46052, .. C7L<8=>2, .. 8E09;>20, ... !B5=L:8=, .. !B5?0=>2./ !2O7L 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 ?5@8>40<8 8 A59A<8G5A:>9 0:B82=>ABLN. // $878:0 5<;8. !8, (2009), 91-100.  =0.36*60/9=2.4 Yuri V. Sten kin. LARGE SCINTILLATOR DETECTOR FOR THERMAL NEUTRON RECORDING. In: Nuclear Track Detectors: Design, Methods and Applications ISBN: 978-1-60876-826-4, Editor: Maksim Sidorov and Oleg Ivanov 2010 Nova Science Publishers, Inc., Chapter 10, p. 253-256.  =2*17.19/10=3.56 V.V.Alekseenko, Yu.M.Gavrlyuk, V.V.Kuzminov and Yu.V.Stenkin. Tidal effect in the radon-due neutron flux from the Earth s crust. J. of Physics: Conference Series. 203, 012045 (2010).  =8/4*1.5=3.0 .. @><CH:8=, ... !B5=L:8=, .. %0FC:>2. />=8B>@8@>20LVAL=85 ?>B>:0 B5?;>2KE =59B@>=>2 A 87?>;L7>20=85< 45B5:B>@>2 =>2>3> B8?0.// @0B:85 A>>1I5=8O ?> D878:5. ". 37, !11, (2010), A. 24-28.  =8/3=2.67 Yuri V. Stenkin. /Why the knee at 100 PeV could not be seen? //ArXiv: 1011.4695v1 [Astro-ph.HE]  =4.0 >:;04K: Yu.V.Stenkin and V.V.Alekseenko. Tidal effect in the radon-due neutron flux from the Earth s crust. TAUP 2009, Rome (2009). , http://taup2009.lngs.infn.it/slides/jul3/stenkin.pdf  =6/2=3 Yu.V. Stenkin. On the PRISMA project. 09:0;LA:0O <564C=0@>4=0O H:>;0-A5<8=0@ ?> D878:5 :>A<8G5A:8E ;CG59 8 0AB@>D878:5 2KA>:8E M=5@389. (Tunka 2009) (?@83;0H5==K9). http://www.api.isu.ru/schoolsite/prog.html  =30 D.M. Gromushkin, V.V. Alekseenko et al. On thermal neutron concentration near the ground surface. Proc. Of 31st ICRC, Lodz, (2009), rep. # 963.  =6/6*1.5=1.5 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Recording of thermal neutron flux underground as a method to study EAS properties. 31st ICRC, AODZ, 2009, rep. #571.  =6/10*1.5=0.9 Yu.V. Stenkin, V.V. Alekseenko, A.B. Chernyaev et al. Measurements of EAS particles central density using Baksan array. 31st ICRC, AODZ 2009, rep. # 573.  =6/10*1.5=0.9 Yuri V. Stenkin. Why the knee at 100 PeV could not be seen? 22d European Cosmic Ray Symposium, Turku (2010)  = 6 D.M. Gromushkin, A.A. Petrukhin, Yu.V. Stenkin and I.I. Yashin./ Study of EAS neutron component temporal structure.// 22d European Cosmic Ray Symposium, Turku (2010)  =6/4=2.5 ... !B5=L:8=, .. ;5:A55=:> 8 4@. /5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (.// 31 , >A:20, (2010).  =4/9=0.44 .. @><CH:8=, .. 5B@CE8=, ... !B5=L:8=, .. /H8=. /7CG5=85 2@5<5==>9 AB@C:BC@K =59B@>==>9 :><?>=5=BK (. //31, >A:20 (2010).  =4/4=1.0 ..;5:A55=:>, ..@><CH:8=, ...!B5=L:8=. !@02=8B5;L=K5 87<5@5=8O =075<=KE ?>B>:>2 B5?;>2KE =59B@>=>2 2 ;01>@0B>@8OE  /  8 LNGS(B0;8O). 31, >A:20 (2010).  =4/3=1.33 C:>2>4AB2> 48?;><=8RLVALb:><: .. %0FC:>2, ABC45=B $ (2009-2010)  =10 B>3>:   = 123.28LVALOG 8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2009-2010 33 C1;8:0F88: .!. 8420=A:89, .!. %05@48=>2, 0@0<5B@K ?>B>:0 G0AB8F 35=5@8@>20==KE  2 3@>7>2KE M;5:B@8G5A:8E ?>;OE, 72. , 2009, B. 73, ! 3, AB@. 419-422.   = 0.406*60/2 = 12.18. .!. 8420=A:89, .!. %05@48=>2, !8;L=K5 20@80F88 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , 2009, B. 73, ! 3, AB@. 416-418.   = 0.406*60/2 = 12.18. .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ... !B5=L:8=, .. 5B:>2, .. '5@=O52, .. &O1C:. 7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2. // 72. . !5@. D878G., B. 73, !5, (2009), c. 63-65.   = 0.406*60/9 = 2.71. .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20, >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2010, B. 36, ! 6, AB@. 439-444.   = 1.315*60/5 = 15.78. >:;04K: N.S. Khaerdinov, A.S. Lidvansky, Lightning Effect on Intensity of Secondary Cosmic Rays during Thunderstorms,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 8/2 = 4. N.S. Khaerdinov, A.S. Lidvansky, Generation of Elementary Particles by Thunderclouds,  Our Warming Planet , MOCA-09, Joint Assembly of Scientific Unions on Atmosphere, Ocean, and Cryosphere, Montreal, 19-29 July, 2009.   = 30/2 = 15. /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, AA;54>20=85 A5?0@0B@8AAK 4;O <8=8<0;L=>3> ?>@>30 C1530=8O M;5:B@>=>2 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -22.   = 6/2 = 3. .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -5.   = 6/4 = 1.5. .!. 8420=A:LVAL&89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -39.   = 6/2 = 3. K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L. E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, 22nd European Cosmic Ray Symposium, Turku, Finland, August 3-6, 2010.   = 8/4 = 2. N.S, Khaerdinov, A.S. Lidvansky, Variations of Cosmic Rays during Thunderstorms, International Workshop  Thunderstorms and Elementary Particles Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. N.S, Khaerdinov, A.S. Lidvansky, Analysis of Parameters of Bright Events in Variations of Secondary Particles of CosmicRays during Thunderstorms, International Workshop  Thunderstorma and Elementary Particle Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. B>3> 8=48284C0;L=K9   : 101.35 !@54=55   ?> ;01>@0B>@88 386.82/8 = 48.35   702. 01. 101.35*0.5 + 48.35*0.75 = 86.94.rLVAL "C;C?>2 >@8A ;5:A5528G, 06.08.1931, :.D.-<.=, A=A.,   70 2010 3. >=D5@5=F88: 1. B.A.Tulupov, M.H.Urin. The Semimicroscopic Description of the Simplest Photonuclear Reactions with Giant Dipole Resonance Excitation. Proc. of the XII International Seminar on Electromagnetic Interactions of Nuclei EMIN-2009 (Moscow, September 17-20 2009), Moscow 2010, p.101.  =30*1.5./2=22.5 2. B.A.Tulupov, M.H.Urin. On Semimicroscopic Description of Simplest Photonuclear Reactions with Excitation of the Isovector Giant Dipole and Quadrupole Resonances, LX International Conference on Nuclear Physics  NUCLEUS 2010 , July 6-9, Saint-Petersburg 2010.  =30/2=15 3. .. "C;C?>2, .. #@8=, >;C<8:@>A:>?8G5A:>5 >?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89 A 2>71C645=85< 3830=BA:8E 87>25:B>@=KE 1 8 2 @57>=0=A>2. >:;04, ?@54AB02;5==K9 =0 =0CG=CN A5AA8N $ (>A:20, D52@0;L 2011).  =1.5*4/2=3 B>3>:  =22.5+15+3=40.5 ;5=A:89 /= !B0=8A;02>28G @>4. 21.11.1937, =A -,   70 2009-2010 33 !B0BL8: /.!. ;5=A:89/  ?>2545=88 ( =0 ?>74=8E AB048OE @0728B8O // 72. , A5@. $87., 2009, B. 73, ! 5, AB@. 645-646.   = 0.406*60 = 24.36. >:;04K: /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, AA;54>20=85 A5?0@0B@8AAK 4;O <8=8<0;L=>3> ?>@>30 C1530=8O M;5:B@>=>2 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -22.   = 6/2 = 3. B>3>:   = 27.36LVALOG54>@57>2 ;048<8@ 5>@38528G @>4 13.09.1946, 702. 01, $/ ,   70 2008  2009 33. = 285,17   @C:>2>48B5;O=275,5*0.5 + 80,47*0,75= 137,75 + 60,35 = 198,10 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8 J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL (2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.ALVAL.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 10. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.   = 30*2.015/10=4.98 11. R.Di Salvo e.a. Measurement of Sigma beam asymmetry in pi0 photoproduction off the neutron in the second and third resonances region. Eur.Phys.J.A42:151-157,2009.   = 30*2.015/10=6,045 12. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), 2 ?5G0B8.  : 60*0.467/10=2.80 " : 99,03 >=D5@5=F88: 1. ...@8H:8=, . . 5;O52, .. 54>@57>2, .. C4=52, !.!. >48>=>20, A... "C@8=35, $548= .. &8D@>20O @5=B35=>2A:0O 45=A8B><5B@8O. "@C4K <564. >=3@5AA0 ?> <54.D878:5, 2010 1 >A:20.  : 30/7 =4.28 2. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for the GRAAL Collaboration. New GRAAL data on nucleon photoabsorption in the nucleon resonance energy region. Book of abstracts of the XX Int.Baldin Sem.on High Energy Physics Problems. (Baldin ISHEPP XX) Dubna, October 2010, p.75.  : 30/3 =10.0 6. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for GRAAL Collaboration. Modification of nucleons in nuclear medium in accordance with new experimental GRAAL data on total photoabsorption cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 72.  : 30*/3 =10.0 7. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 8. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turing LVAL& e for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 9. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 30/6 =5,0 2. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009. ;5=0@=K9 4>:;04.  : 30/6=5.00 " : 46,28 " 145,31LVAL!>@>:8= .@89 20=>28G, @>4. 1939 3. =A $/ .   73,8 C1;8:0F88: ...!>@>:8=. @5>1@07>20=85 0975=15@30, =5>1@0B8<>ABL 2@5<5=8 8 1>@=>2A:>5 ?@81;865=85. .  A5@.D87. 2 ?5G0B8. 0,277*60/1*1,5=24,9. ...!>@>:8= @>?030B>@ $59=<0=0 4;O G0AB8FK 2 ?>AB>O==>< >4=>@>4=>< M;5:B@><03=8B=>< ?>;5. 725AB8O , A5@. $87.  ?5G0B8. 0.277*60/1*1.5=24,93   49,8 >=D5@5=F88 Yu.I.Sorokin. Feinman propagator for particle in magnetic field. >:;04 =0 564C=0@>4=>< A5<8=0@5  EMIN-2009 . 6/1=6. ...!>@>:8=. @5>1@07>20=85 0975=15@30, =5>1@0B8<>ABL 2@5<5=8 8 1>@=>2A:>5 ?@81;865=85. >:;04 =0 564C=0@>4=>9 :>=D. /4@>-2009. '51>:A0@K, 15-19 8N=O 2009 3. 6/1=6. ...!>@>:8=. @>?030B>@ $59=<0=0 4;O G0AB8FK 2 ?>AB>O==>< >4=>@>4=>< M;5:B@><03=8B=>< ?>;5. >:;04 =0 564C=0@>4=>9 :>=D. /4@>-2010. !1, 2010 6/1=6 $59=<0=>2A:0O :20=B>20O <5E0=8:0, @048CA M;5:B@>=0 8 @07<5@ A5;5==>9. >:;04 =0 A5<8=0@5 ?0<OB8 -..!>A=>2F0 8 !..C7=5F>20. 02.06.2010, /$ #. 6/1=6   24 !C<<.  : 73,8bLVALOGr!>;>4CE>2 5==0489 0A8;L528G @>4. 19.11.1935, 702. A5:B. $/ . C1;8:0F88: 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 (?@8 M=5@38OE M;5:B@>=>2 0,5 - 4 M) <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O. "-, 2010, ! 3,A.55-60 0.226*60/7=1.93 !.!. 5@18F:89, .. 0?8:, .. 54>@57>2, .. CA0:>2, .. !>;>4CE>2, .. "C@8=35. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. . 725AB8O  A5@. $87., 2 ?5G0B8. 0.277*60/6*1.5=4.15 .. @><>2, .. 5AB5@>2, !.. 8@:>2A:89, .. !>;>4CE>2, .. "@CA>20. =B5=A8D8:0F8O E8<8G5A:8E @50:F89 2 2>4=KE@0AB2>@0E ?>4 2>7459AB285< >1;CG5=8O ?CG:>< CA:>@5==KE M;5:B@>=>2. 725AB8O  A5@. $87., 2010, 2 ?5G0B8 0,277*60/5*1,5=4,99 .. @><>2, .. 0A8;L52, .. !>;>4CE>2. 0B5<0B8G5A:>5 <>45;8@>20=85 D>:CA8@>2:8 2 @07@57=>< <8:@>B@>=5 =0 50 M A >3@0=8G5==K< G8A;>< >@18B. B><=0O M=5@38O, 2 ?5G0B8. 8/3 = 2,66   13,73 >=D5@5=F88: !.!. 5@18F:891, .. 0?8:2, .. 54>@57>22, .. CA0:>22, .. !>;>4CE>22, .. "C@8=352. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. . >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2010, !1, 2010. 30/6=5 .. @><>2, .. 5AB5@>2, !.. 8@:>2A:89, .. !>;>4CE>2, .."@CA>20. =B5=A8D8:0F8O E8<8G5A:8E @50:F89 2 2>4=KE @0AB2>@0E ?>4 2>7459AB285< >1;CG5=8O ?CG:>< CA:>@5==KE M;5:B@>=>2. "578AK 8 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2009. '51>:A0@K, 15-19 8N=O 2009 3. 30/5=6.   11 @5?@8=BK: :A5=>20 ".. 0?8: .., CA0:>2 .., !>;>4CE>2 ..// #?@02;5=85 :>MDD8F85=B>< CA8;5=8O $-# 4;O @01>BK CA;>28OE 8<?C;LA=>9 703@C7:8. @5?@8=B /  1221/2009 2009 3., 1-8 740B5;LAB2> / , >A:20. 4/4=1   1   ;8G=. 25.73. !>@>:8= 73,8 68;02O= 142,04 C4=52 147,511   @C:>2>48B5;O: 25,73*0,5 + (25,73+73,8+142,04+147,511)*0,75/4 = 85,6LVAL  70 2009-2010 33. CA0:>2 @BC@ ;048<8@>28G, 25.11.1964, <.=.A. 1. N.Severijns,& , G.M.Gurevich,& , A.V.Rusakov e.a. Hyperfine field of einsteinium in iron and nuclear magnetic moment of 254Es. PHYSICAL REVIEW C 79, 064322 (2009) 3.610*30/10=10.83H"10.8 2. !.!.5@18F:89, ..;0B:89, ..0?8:, .!. 0B=5@, .. CA0:>2, .."8:0=>2, .."C;C?>2, ..&5;51@>2A:89. AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 (,n) =0 O4@0E 52Cr 8 51V. /45@=0O D878:0, 2009, B>< 72,!3. 0.914*60/8=6.86H"6.9 3. S.S.Verbitsky,..., A.M.Lapik, A.V.Rusakov e.a. Pulse shape discrimination of the particles with energies 50 keV  4 MeV by the method of crossing the zero level. Instruments and Experimental Techniques 3.1 (2010). 8/9H"0.9 4. !.!.5@18F:89, & , ..0?8:, .. CA0:>2 8 4@. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 ?@8 M=5@38OE M;5:B@>=>2 50 :M  4 M <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O.   +  "% -! ", 2010, ! 3 8/9H"0.9 5. !.!.5@18F:89, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."C@8=35. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. 725AB8O , A5@. $87., 2 ?5G0B8. 0.277*60/6*1.5 H" 4.2 6. !.!.5@18F:89, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."C@8=35. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2010. !1. 2010. 30/6 = 5 C:>2>4AB2> ABC45=B0<8-48?;><=8:0<8 (A>2<5AB=> A 54>@57>2K< ..) >@H:>2 8E08; 8:>;0528G, #, 2009, 2010. 2*10/2 = 10 '5B25@B:>2 8E08; ;5:A0=4@>28G, #, 2009, 2010. 2*10/2 = 10 B>3> 49.7LVALOG C4=52 8:>;09 OG5A;02>28G , @>4 18.12.1972, <=A, $/ ,   70 2009  2010 33. = 147,511 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8 J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL (2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.  Measurement of beam-recoil observables and the reactioLVALn asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 10. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.   = 30*2.015/10=4.98 11. R.Di Salvo e.a. Measurement of Sigma beam asymmetry in pi0 photoproduction off the neutron in the second and third resonances region. Eur.Phys.J.A42:151-157,2009.   = 30*2.015/10=6,045 12. A. S. Ignatov, A. N. Mushkarenkov, and V. G. Nedorezov. Eta-Meson Photoproduction on Protons, Neutrons, and Light Nuclei in the Nucleon-Resonance Region. Physics of Atomic Nuclei, 2009, Vol. 72, No. 10, pp. 1773-1780  : 30*0,467/10=1,40 13. . !. 3=0B>2, . . CH:0@5=:>2, . . 54>@57>2, $>B>@>645=85 MB0-<57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2, /$ , 2009, B>< 72, ! 10, A. 1831-1838  : 60*0.467/10=2.80 14. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), 2 ?5G0B8.  : 60*0.467/10=2.80 " : 103,23 >=D5@5=F88: 1. ...@8H:8=, . . 5;O52, .. 54>@57>2, .. C4=52, !.!. >48>=>20, A... "C@8=35, $548= .. &8D@>20O @5=B35=>2A:0O 45=A8B><5B@8O. "@C4K <564. >=3@5AA0 ?> <54.D878:5, 2010 1 >A:20.  : 30/7 =4.28 2. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for the GRAAL Collaboration. New GRAAL data on nucleon photoabsorption in the nucleon resonance energy region. Book of abstracts of the XX Int.Baldin Sem.on High Energy Physics Problems. (Baldin ISHEPP XX) Dubna, October 2010, p.75.  : 30/3 =10.0 3. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for GRAAL Collaboration. Modification of nucleons in nuclear medium in accordance with new experimental GRAAL data on total photoabsorption cross sections , Book of abstracts of the 60  th LVALInt. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 72.  : 30*/3 =10.0 4. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 5. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 6. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Proc.of the Int.Seminar EMIN-2009. ;5=0@=K9 4>:;04.  : 30/10=3.00 7. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009. ;5=0@=K9 4>:;04.  : 30/6=5.00 " : 44,28 " 147,5110Za h  o  v # } * 1 8?FMT[bip7/ffAL~@@?sOGFFF:?6Bl@r@@? pOGFFF:?5p@^,,@@?@oFFF:?4HrAX@@?@oFFF:?3,@d@@?@_FFF:?2(>B l` @@?(lOGFFF:?1HBAXX@@?d@dFFF:?01= >CC~@@?T>hOGFFF:?/;ffaB Z " @@?-eOGFFF:?.'A@LFF@@? @dFFF:?-*)\9B :. @@?bOGFFF:?,ף5BZ @@?`OGFFF:?+,@,^^@@? @_FFF:?*07C)X@@?h]OGFFF:?)N\PB 4 Z @@?[OGFFF:?(CCL7C,'L^@@? @ZFFF:?' ffB $V@@?j @YFFF:?&? 3BN \\@@?@XFFF:?% HBx4 Z @@? @WFFF:?$ ALr44@@?0@VFFF:?#)C@@? @VFFF:?"N ZC): @@? @UFFF:?!cC2(#&&@@?ZSOGFFF:? \Cz ."@@?,POGFFF:?h)܏By@@?,MOGFFF:? XC." @@?@LFFF:?LIB<<@@?l@>FFF:? /C @@?0KGOGFFF:? HAC\+4!!@@?Bp?OGFFF:? (B. r@@?@>FFF:?3KC>0f!$%@@?5OGFFF:?R5D@@?+OGFFF:?$CC"$2@@?2OGFFF:? n C|>@@?" OGFFF:?U.BXP@@? OGFFF:?$2A&&@@?tOGFFF:? cCl vp@@?\+OGFFF:? z.BTCC!p8@@?!OGFFF:? C /n@,@@?OGFFF:? jCTC>0X `"@@?67OGFFF:? _BV@@?OGFFF:?7 тCf!>@@?.(OGFFF:?LVALOG>;>=A:89 =4@59 5>=84>28G, @>4. 09.1956, =.A. $/ . C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E V.L. Kashevarov, , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Photoproduction of 0 on protons and the (1700)D33-resonance. Eur. Phys. J A 42 (2009) 141 1.968*30*0.1=5.904 M. Unverzagt, , , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Determination of the Dalitz plot parameter  for the decay. Eur. Phys. J. A 39 (2009) 169 1.968*30*0.1=5.904 J. Ahrens,& , R. Kondratiev,& , V. Lisin,& Helicity dependence of the total inclusive cross section on the deuteron. Phys. Lett. B 672 (2009) 328-332 5.083*30*0.1=15.249 S. Prakhov, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Measurement of the slope parameter  for the  ! 30 decay with the Crystal Ball detector at the Mainz Microtron (MAMI-C). Phys. Rev. C 79, 035204 (2009) 3.477*30*0.1=10.431 A. Starostin, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Search for the charge-conjugation-forbidden decay  ! 0. Phys. Rev. C 79, 065201 (2009) 3.477*30*0.1=10.431 D. Krambrich, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Beam-Helicity Asymmetries in Double Pion Photoproduction off the Proton. Phys. Rev. Lett. 103, 052002 (2009) 7.328*30*0.1=21.984 V.L. Kashevarov, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & First measurement of the circular beam asymmetry in the p!0p reaction. Phys. Lett. B 693 (2010) 551 554 5.083*30*0.1=15.249 S. Schumann,& , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Radiative 0 photoproduction on protons in the +(1232) region. Eur. Phys. J. A 43 (2010) 269 1.968*30*0.1=5.904 E.F. McNicoll, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Experimental study of the  p ! p reaction with the Crystal Ball detector at the Mainz Microtron (MAMI-C). Phys. Rev. C 82 (2010) (2010) 035208 3.477*30*0.1=10.431   101.487 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics 6LVALFConference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Bochum, 16-20 <0@B0 2009, http://www.dpg-verhandlungen.de/2009/bochum/index.html 1) HK 24.3: Topics in Meson Photoproduction with Crystal Ball/TAPS at MAMI 2) HK 24.5: Photoproduction of -mesons off the deuteron 3) HK 34.5: Photoproduction of pion pairs off 7Li 4) HK 34.6: Radiative pion photoproduction in the region of the Delta(1232) resonance 5) HK 46.2: Helicity asymmetries in double pion photoproduction off deuterium 6) HK 46.7: Use of the coherent 12C(, 0) reaction to measure photon polarisation 7) HK 56.5: Neutral decays of the -meson at MAMI 8) HK 57.7:  photoproduction on 3He : Search for -mesic nuclei 9) HK 62.4: Status of the endpoint tagger at the CB experiment 10) HK 81.7: The GDH Experiment on the Deuteron at MAMI Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 11)HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 12)HK 7.5 First double polarized photoproduction on a 3He target at MAMI 13)HK 7.8 Construction and test of a transverse superconducting holding magnet 14)HK 10.1 FPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 15) HK 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 16) HK 17.5 In-Medium Modifikationen des -Mesons 17) HK 26.5  Photoproduction off 3He 18) HK 26.6  photoproduction off 3He : Search for -mesic nuclei 19) HK 52.2 Recent results from the Crystal Ball at MAMI experiment 20) HK 52.3 Strahlungsbegleitete 0-Photoproduktion im Bereich der +(1232)-Resonanz 21) HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 22) HK 54.2  und  Physik mit dem Crystal Ball an MAMI   6*0.1*22=13.2   ;8G=. 101.487+13.2=114.687LVALOG 54>@57>2 ;048<8@ 5>@38528G @>4 13.09.1946, 702. 01, $/ ,   70 2008  2009 33. = 285,17   @C:>2>48B5;O=275,5*0.5 + 80,47*0,75= 137,75 + 60,35 = 198,10 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8 J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL (2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, ALVAL.A.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 10. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.   = 30*2.015/10=4.98 11. R.Di Salvo e.a. Measurement of Sigma beam asymmetry in pi0 photoproduction off the neutron in the second and third resonances region. Eur.Phys.J.A42:151-157,2009.   = 30*2.015/10=6,045 12. A. S. Ignatov, A. N. Mushkarenkov, and V. G. Nedorezov. Eta-Meson Photoproduction on Protons, Neutrons, and Light Nuclei in the Nucleon-Resonance Region. Physics of Atomic Nuclei, 2009, Vol. 72, No. 10, pp. 1773-1780  : 30*0,467/10=1,40 13. . !. 3=0B>2, . . CH:0@5=:>2, . . 54>@57>2, $>B>@>645=85 MB0-<57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2, /$ , 2009, B>< 72, ! 10, A. 1831-1838  : 60*0.467/10=2.80 14. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), 2 ?5G0B8.  : 60*0.467/10=2.80 " : 103,23 >=D5@5=F88: 1. ...@8H:8=, . . 5;O52, .. 54>@57>2, .. C4=52, !.!. >48>=>20, A... "C@8=35, $548= .. &8D@>20O @5=B35=>2A:0O 45=A8B><5B@8O. "@C4K <564. >=3@5AA0 ?> <54.D878:5, 2010 1 >A:20.  : 30/7 =4.28 2. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for the GRAAL Collaboration. New GRAAL data on nucleon photoabsorption in the nucleon resonance energy region. Book of abstracts of the XX Int.Baldin Sem.on High Energy Physics Problems. (Baldin ISHEPP XX) Dubna, October 2010, p.75.  : 30/3 =10.0 6. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for GRAAL Collaboration. Modification of nucleons in nuclear medium in accordance with new experimental GRAAL data on toLVALtal photoabsorption cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 72.  : 30*/3 =10.0 7. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 8. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 9. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 30/6 =5,0 1. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Proc.of the Int.Seminar EMIN-2009. ;5=0@=K9 4>:;04.  : 30/10=3.00 2. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009. ;5=0@=K9 4>:;04.  : 30/6=5.00 3. 6. .!.3=0B>2, ..CH:0@5=:>2, ..54>@57>2 >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 :2078A2>1>4=KE =C:;>=0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2. /   2009, '51>:A0@K. ;5=0@=K9 4>:;04.  : 30/3=10.00 4. ..54>@57>2. >2K5 @57C;LB0BK 2 D878:5 M;5:B@><03=8B=KE 2708<>459AB289 O45@. ;5=0@=K9 4>:;04 =0 A5AA88 /$ , - "-$.  : 20/1=20.00 5. .!.3=0B>2, ..54>@57>2.$>B>@>645=85 MB0-<57>=>2 =0 O4@0E: =>2K5 <5B>4K. '5@5=:>2A:85 GB5=8O. ;5=0@=K9 4>:;04 $ (2009).  : 20/2=10.00 6. ..54>@57>2. !@02=5=85 D>B>O45@=KE @50:F89 ?>4 459AB285< @50;L=KE 8 28@BC0;L=KE D>B>=>2. ;5=0@=K9 4>:;04. %  2009 , /.  : 20/1=20.00 " : nLVAL~109,28 #G.?>A>185. ..CH:0@5=:>2, ..54>@57>2. -;5:B@><03=8B=K5 2708<>459AB28O O45@. 74. #, 11 @54.874. ;8AB>2. 2010   = 11 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 C:>2>4AB2> 0A?8@0=B0<8 : 5;>CA>2 =B>= .@L528G 2010   = 30 " 30 C:>2>4AB2> ABC45=B0<8  48?;><=8:0<8 (A>2<5AB=> A CA0:>2K< ..): >@H:>2 8E08; 8:>;0528G, #, 2009, 2010   = 20/2 = 10 '5B25@B:>2 8E08; ;5:A0=4@>28G , #, 2009, 2010 ,  = 20/2 = 10 "82:>2 0A8;89 # , 2010   = 10 B>3> 30 C@A ;5:F89 4;O ABC45=B>2 4-3> :C@A0 (1 A5<5AB@ (50 G0A>2) 2 3>4C =0 $87D0:5 #) 2009 -;5:B@><03=8B=K5 2708<>459AB28O O45@ , 4>@01>B:0   = 8 !5<8=0@A:85 70=OB8O 2009 :><?LNB5@=K5 <5B>4K >1@01>B:8 M:A?5@8<5=B0;L=KE 40==KE   = 8 " 299,5   54>@57>2 ;048<8@ 5>@38528G, @>4 13.09.1946, 4.D.-<.=, ?@>D., 702. 01, =285,17   @C:>2>48B5;O = 0.5*299,5 + 0.75*84,25 = 149,75 + 63,19 = 212,94LVALOGI.I c0 2009-2010 aa. Iooea.aiei2 Aeaenaia@ IeeieaaaeG 19.12.1980, eoii, in, EO.. Noaoue a .aoa.e.oaiuo ca.oaa.iuo .o.iaeao: 1. A. Lleres, ..., A. Ignatov, A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction p K+.., Eur. Phys. J. A 39:149-161, 2009; ! I.IA: 2.015*30/10 = 6.045 2. G.Mandaglio, ..., A. Ignatov, A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge (32 authors), .Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers.; Radiation effects and Defects in solids, vol.164, n.5-6, (2009) 325-329. I.IA: 30*2.015/10 = 4.98 3. R. Di Salvo, ..., A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge et al., .Measurement of . beam asymmetry in 0 photoproduction off the neutron in the second and third resonances region., Eur. Phys. J. A 42: 151-157, 2009; I.IA: 2.015*30/10 = 6.045 4. A. Mushkarenkov for the GRAAL collaboration, .Photoproduction of 0+ on the proton and deuteron at E. = 0.7  1.5 GeV., Int. J. of Mod. Phys. E, Vol. 19, Issues 5-6, pp. 1197-1204, 2010; I.IA: 30*0.497*0.7/10 = 1.44 5. G.Mandaglio, ..., A. Ignatov, A. Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge (32 authors), .Beam asymmetry . measurements on the . photoproduction off neutrons., Phys.Rev.C82:045209,2010; I.IA: 30*3.477/10 = 10.431 6. V. Kashevarov, ..., A. Mushkarenkov, et al. (>10 authors), .First measurement of the circular beam asymmetry in the gamma p  > pi0 eta p reaction., Phys.Lett.B693:551554, 2010; I.IA: 30*5.083/10 = 15.249 7. E.F. McNicoll, ..., A. Mushkarenkov, et al. (>10 authors), .Study of the p > p reaction with the Crystal Ball detector at the Mainz Microtron(MAMI-C)., Phys.Rev.C82:035208,2010. I.IA: 30*3.477/10 = 10.431 Noaoue a .aoa.e.oaiuo .inneeneeo .o.iaeao: 1. A. N. Eaiaoia, A. I. Iooea.aieia, A. A. Iaai.acLVAL ia, .Oioi.i.aaiea yoa-iaciiia ia i.ioiiao, iaeo.iiao e eaaeeo ya.ao a iaeanoe ioeeiiiuo .aciiainia, .aa.iay 1 oeceea, 2009, oii 72, no. 10, n. 1831-1838; I.IA: 60*0.467/10 = 2.80 2. A.N. Eaiaoia, A.I. Iooea.aieia, A.A. Iaai.acia, .Oioi.i.aaiea ia. 0+ ia i.i oiia e aaeo.iia., Ecaanoey .AI; Na.ey oece.aneay, oii 73, no. 6, c.750a 2009; I.IA: 0.277*60/3 = 5.54 3. I. .oaiaa, A. Eaiaoia, A. Eaiee, A. Iooea.aieia, A. Iaai.acia, A. Oo.eiaa, .Iie iia na.aiea oioiiiaeiuaiey ia e.aeeo ya.ao a iaeanoe yia.aee 600 1500 IyA., .aa.iay oeceea, 2010, oii 73, no. 8, n. 1514-1518; I.IA: 60*0.467/6 = 4.67 Aieeaau ia ia.aoia.iaiuo eiioa.aioeyo: 1. A. Mushkarenkov for GRAAL collaboration, .Photoproduction of 0+ on the proton and deuteron at E = 0.7  1.5 GeV., International Conference of Nuclear Physics at Messina(Italy), 5-9 October 2009; I.IA: 6*1.5/10 = 0.9 O.aaiia iiniaea: 1. A.A. Iaai.acia, A.I. Iooea.aieia, .Yeaeo.iiaaieoiua acaeiiaaenoaey yaa.., Iineaa, Oieaa.neoaoneay eieaa, 2010, ISBN 978-5-91304-143-2. I.IA: 10*2/2 = 10 EOIAI: I.I = 78.572 (0.1 AB02:8 = 7.8572)LVALOG8A8= 0;5@89 02;>28G, @>4. 24.08.1947, 702. A5:B. $/ . C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2009  2010 33. V.L. Kashevarov, , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Photoproduction of 0 on protons and the (1700)D33-resonance. Eur. Phys. J A 42 (2009) 141 1.968*30*0.1=5.904 M. Unverzagt, , , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Determination of the Dalitz plot parameter  for the decay. Eur. Phys. J. A 39 (2009) 169 1.968*30*0.1=5.904 J. Ahrens,& , R. Kondratiev,& , V. Lisin,& Helicity dependence of the total inclusive cross section on the deuteron. Phys. Lett. B 672 (2009) 328-332 5.083*30*0.1=15.249 S. Prakhov, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Measurement of the slope parameter  for the  ! 30 decay with the Crystal Ball detector at the Mainz Microtron (MAMI-C). Phys. Rev. C 79, 035204 (2009) 3.477*30*0.1=10.431 A. Starostin, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Search for the charge-conjugation-forbidden decay  ! 0. Phys. Rev. C 79, 065201 (2009) 3.477*30*0.1=10.431 D. Krambrich, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Beam-Helicity Asymmetries in Double Pion Photoproduction off the Proton. Phys. Rev. Lett. 103, 052002 (2009) 7.328*30*0.1=21.984 V.L. Kashevarov, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & First measurement of the circular beam asymmetry in the p!0p reaction. Phys. Lett. B 693 (2010) 551 554 5.083*30*0.1=15.249 J. Ahrens, & , R. Kondratiev, & , V. Lisin,& Helicity dependence of the d ! NN reactions in the -resonance region. Eur. Phys. J. A 44 (2010) 189 201. 1.968*30*0.1=5.904 S. Schumann,& , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Radiative 0 photoproduction on protons in the +(1232) region. Eur. Phys. J. A 43 (2010) 269 1.968*30*0.1=5.904 E.F. McNicoll, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Experimental study of the  p ! p reaction with the Crystal Ball detector at the Mainz Microtron (MAMI-C). Phys. Rev. C 82 (2010) (2010) 035208 3.477*30*0.1=10.LVAL431   107.391 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Bochum, 16-20 <0@B0 2009, http://www.dpg-verhandlungen.de/2009/bochum/index.html 1) HK 24.3: Topics in Meson Photoproduction with Crystal Ball/TAPS at MAMI 2) HK 24.5: Photoproduction of -mesons off the deuteron 3) HK 34.5: Photoproduction of pion pairs off 7Li 4) HK 34.6: Radiative pion photoproduction in the region of the Delta(1232) resonance 5) HK 46.2: Helicity asymmetries in double pion photoproduction off deuterium 6) HK 46.7: Use of the coherent 12C(, 0) reaction to measure photon polarisation 7) HK 56.5: Neutral decays of the -meson at MAMI 8) HK 57.7:  photoproduction on 3He : Search for -mesic nuclei 9) HK 62.4: Status of the endpoint tagger at the CB experiment 10) HK 81.7: The GDH Experiment on the Deuteron at MAMI Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 11)HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 12)HK 7.5 First double polarized photoproduction on a 3He target at MAMI 13)HK 7.8 Construction and test of a transverse superconducting holding magnet 14)HK 10.1 FPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 15) HK 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 16) HK 17.5 In-Medium Modifikationen des -Mesons 17) HK 26.5  Photoproduction off 3He 18) HK 26.6  photoproduction off 3He : Search for -mesic nuclei 19) HK 52.2 Recent results from the Crystal Ball at MAMI experiment 20) HK 52.3 Strahlungsbegleitete 0-Photoproduktion im Bereich der +(1232)-Resonanz 21) HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 22) HK 54.2  und  Physik mit dem Crystal Ball an MAMI   6*0.1*LVAL22=13.2   ;8G=. 107.391+13.2=120.591 >=4@0BL52 120.591 >;>=A:89 114.687   @C:>2>48B5;O: 120.591*0.5+(120.591+120.591+114.687)/3*0.75=149.263LVALOG 0?8: ;5:A0=4@ 8E09;>28G @>4 28.05.1953, =A,   70 2009  2010 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8 J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL (2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrLVALical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.   = 30*2.015/10=4.98 10.R. Di Salvo, & Lapik, A.N. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge, 5.0. Measurement of beam asymmetry in pi photoproduction off the neutron in the second and third resonances region. Eur. Phys. J. A 42, 151-157 (2009)  :30*2.015/10=6,045 11. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Int.J. of Mod.Phys. (2009) in press. :30*0.982*0.7/10=6.28 12. G.Mandaglio, & A.S.Ignatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329 :30*2.015/10=4.98 13.A.Lleres, A.D.Angelo, , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a. neasurement of beam-recoil observables and the reaction asymmetry 0 Eur.Phys.J. A39 (2009) 149 :30*2.015/10=6,045 14. !.!.5@18F:89, .....0?8:, .. CA0:>2, .."C;C?>2,... AA;54>20=85 @0A?040 3830=BA:>3> 48?>;L=>3> @57>=0=A0 2 @50:F88 (g,n) =0 O4@0E 52Cr, 51V. /45@=0O D878:0, 2009, B>< 72, #3  :0.914*60/8=6.9 15. S.S.Verbitsky,..., A.M.Lapik, A.V.Rusakov e.a. Pulse shape discrimination of the particles with energies 50 keV  4 MeV by the method of crossing the zero level. Instruments and Experimental Techniques 3.1 (2010). 8/9H"0.9 16. !.!.5@18F:89, & , ..0?8:, .. CA0:>2 8 4@.$LKIJP LMP KIG LPJMPJJE INL K  JGKEO  GMKJ 50  "  4 , " IGMFI KGELMKP KGIGJ GKGLGGJ LEJI JNGE NKJ.  P Q I A O Q \  I  S E V N I K @  ^ K R P E Q I M E N S @, 2010, !  3 8/9H"0.9 17. !.!.5@18F:89, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."C@8=35. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8E`LVALpAO <0B5@80;>2. 725AB8O , A5@. $87., 2 ?5G0B8. 0.277*60/6*1.5 H" 4.2 " : 120.39 >=D5@5=F88: 18. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 19. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 20. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 30/6 =5,0 21. A.N.Mushkarenkov for the GRAAL collaboration. Photoproduction of p+ p0 on the proton and deuteron at Eg = 0.7  1.5 GeV. Proc.of the Int.Seminar EMIN-2009  :30/10=3.00 28. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009 , in press.  :30/10=3.00 " : 23 4. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 " 143.39LVALOG 0AGQB   70 2009-2010 33. $ : C7=5F>2 OG5A;02 ;5:A0=4@>28G B45; : $/ , A5:B>@ -$" >;6=>ABL: =0CG=K9 A>B@C4=8: (0.1 AB02:8) !B5?5=L: =5B 1. !B0BL8 2 <564C=0@>4=KE @5D5@8@C5<KE 6C@=0;0E 1. A.Ni et al., (9 co-authors) ``Time-of-Flight Resolution of the CTOF@CLAS12 prototype Counter equipped with magnetic-resistant fine-mesh photomultipliers Journal of Instrumentation, JINST 5 P11001 (2010).  : 30*2.102/9=7.00 2. V.Kuznetsov et al, (7 co-authors) ``Comparison of the time resolution of a fine-mesh (HP R7761-70) to a standard linear (HP R2083) photomultiplier Nuclear Instr. & Meth. A 621, 184 (2010)  : 30*1.317/7=5.64 3 . V.Kuznetsov et al, (9 co-authors) ``Time-of  Flight Resolution of a Scintillation Counter equipped with Magnetic-resistant fine-mesh R7761-70 photomultipliers Journal of Korean Physics Society 55, 448 (2009)  : 30*0.807/9=2.69 4. A.Lleres et al. , the GRAAL Collaboration, (42 co-authors), ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Eur. Phys. J. 39, 149(2009)  : 30*2.015 /42=6.05 2. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 7. V.Kuznetsov et al., (20 co-authors) ``Evidence for Narrow N_(1685) Resonance in Quasifree Compton Scattering on the Neutron arXiv:1003.4585 [hep-ex]  : 4/22=0.4 8. V.Kuznetsov et al., (6 co-authors), ``Test Measurements of Prototype Counters for CLAS12 Central Time-of-Flight System using 45-MeV protons. arXiv:0905.4109 [physics.ins-det]  : 4/6=0.66 9. A.Lleres et al., (GRAAL Collaboration) (38 co-authors) ``Measurement of beam-recoil observables O(x), O(z) and target asymmetry for the reaction gamma p ---> K+ Lambda. Arxiv:nucl-ex/0807.3839  : 4/38=0.4 6. >:;04K =0 564C=0@>4=KE >=D5@5=F8OE 1. V.Kuznetsov ``Evidence for Narrow N*(1685) Resonance @83;0H5==K9 ?0`LVALp@0;;5;L=K9 4>:;04 =0 564C=0@>4=>9 >=D5@5=F88 ?> AB@C:BC@5 10@8>=>2 BARYONS 10 , Dec. 7-11, 2010, Osaka, Japan. http://www.rcnp.osaka-u.ac.jp/~baryons/home.html   6/1=6 2. V.Kuznetsov, M.Polyakov, `` Evidence for Narrow N*(1685) Resonance Invited talk at the Int. Conference Excited QCD 2010 31 January-6 February 2010- Tatra National Park (Slovakia), http://th.physik.uni-frankfurt.de/~excitedqcd/2010.html ?C1;8:>20=> 2 "@C40E >=D5@5=F88 V.Kuznetsov, M.Polyakov `` A Case for Narrow Nucleon Excitation N(1685) Proceeding of the International Conference ``Excited QCD Tatranska Lomniza, Slovakia, January 31  February 6 2010. Acta Physica Polonica B Proceeding Suppl. 1015 (2010)   30*1.5/2=22.5 3. V.Kuznetsov ``Evidence for Narrow N(1685) Resonance: Open questions and new results from GRAAL , @83;0H5==K9 >:;04 =0 564C=0@>4=>9 >=D5@5=F88 ``Narrow Nucleon Resonances: Predictions, Evidences, Perspectives , June 8-10 2009, Edinburgh, Scotland, http://2009physicsevents.org   30/1=30 4. V.Kuznetsov ``Search for N(1685) in Real Compton Scattering on the Neutron: First Results @83;0H5==K9 >:;04 =0 564C=0@>4=>9 >=D5@5=F88 ``Narrow Nucleon Resonances: Predictions, Evidences, Perspectives , June 8-10 2009, Edinburgh, Scotland, http://2009physicsevents.org   30/1=30 B>3>2K9  : 7+5.64+2.9+6.05+0.4+0.66+0.4+6+22.5+30+30=111.34 0.1 AB02:8 - 11,134LVALOG >=4@0BL52 C4>;LD 5>=84>28G 19.10.1940, A.=.A. $/ . C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2009  2010 33. V.L. Kashevarov, , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Photoproduction of 0 on protons and the (1700)D33-resonance. Eur. Phys. J A 42 (2009) 141 1.968*30*0.1=5.904 M. Unverzagt, , , & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Determination of the Dalitz plot parameter  for the decay. Eur. Phys. J. A 39 (2009) 169 1.968*30*0.1=5.904 J. Ahrens,& , R. Kondratiev,& , V. Lisin,& Helicity dependence of the total inclusive cross section on the deuteron. Phys. Lett. B 672 (2009) 328-332 5.083*30*0.1=15.249 S. Prakhov, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Measurement of the slope parameter  for the  ! 30 decay with the Crystal Ball detector at the Mainz Microtron (MAMI-C). Phys. Rev. C 79, 035204 (2009) 3.477*30*0.1=10.431 A. Starostin, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Search for the charge-conjugation-forbidden decay  ! 0. Phys. Rev. C 79, 065201 (2009) 3.477*30*0.1=10.431 D. Krambrich, & , R. Kondratiev,& , V. Lisin,& , A. Polonski,& Beam-Helicity Asymmetries in Double Pion Photoproduction off the Proton. Phys. Rev. Lett. 103, 052002 (2009) 7.328*30*0.1=21.984 V.L. Kashevarov, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & First measurement of the circular beam asymmetry in the p!0p reaction. Phys. Lett. B 693 (2010) 551 554 5.083*30*0.1=15.249 J. Ahrens, & , R. Kondratiev, & , V. Lisin,& Helicity dependence of the d ! NN reactions in the -resonance region. Eur. Phys. J. A 44 (2010) 189 201. 1.968*30*0.1=5.904 S. Schumann,& , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Radiative 0 photoproduction on protons in the +(1232) region. Eur. Phys. J. A 43 (2010) 269 1.968*30*0.1=5.904 E.F. McNicoll, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Experimental study of the  p ! p reaction with the Crystal Ball detector at the Mainz Microtron (MAMI-C). Phys. Rev. C 82 (2010) (2010) 035208 3.477*30*0.1=10.431 LVAL    107.391 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Bochum, 16-20 <0@B0 2009, http://www.dpg-verhandlungen.de/2009/bochum/index.html 1) HK 24.3: Topics in Meson Photoproduction with Crystal Ball/TAPS at MAMI 2) HK 24.5: Photoproduction of -mesons off the deuteron 3) HK 34.5: Photoproduction of pion pairs off 7Li 4) HK 34.6: Radiative pion photoproduction in the region of the Delta(1232) resonance 5) HK 46.2: Helicity asymmetries in double pion photoproduction off deuterium 6) HK 46.7: Use of the coherent 12C(, 0) reaction to measure photon polarisation 7) HK 56.5: Neutral decays of the -meson at MAMI 8) HK 57.7:  photoproduction on 3He : Search for -mesic nuclei 9) HK 62.4: Status of the endpoint tagger at the CB experiment 10) HK 81.7: The GDH Experiment on the Deuteron at MAMI Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 11)HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 12)HK 7.5 First double polarized photoproduction on a 3He target at MAMI 13)HK 7.8 Construction and test of a transverse superconducting holding magnet 14)HK 10.1 FPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 15) HK 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 16) HK 17.5 In-Medium Modifikationen des -Mesons 17) HK 26.5  Photoproduction off 3He 18) HK 26.6  photoproduction off 3He : Search for -mesic nuclei 19) HK 52.2 Recent results from the Crystal Ball at MAMI experiment 20) HK 52.3 Strahlungsbegleitete 0-Photoproduktion im Bereich der +(1232)-Resonanz 21) HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 22) HK 54.2  und  Physik mit dem Crystal Ball an MAMI   6*0.1*22=LVAL13.2   ;8G=. 107.391+13.2=120.591LVALOG C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8 J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL (2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. A.Lleres, A.D.Angelo, & , V.A.Kuznetsov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge e.a.  Measurement of beam-recoil observables and the reaction asymmetry &  Eur.Phys.J. A39 (2009) 149.   = 30*2.015/10=6,045 10. G.Mandaglio, & A.S.IgnLVALatov, A.M.Lapik, A.N.Mushkarenkov, V.G.Nedorezov, N.V.Rudnev, A.A.Turinge (32 authors) Vertex identification of events in photonuclear reactions by cylindrical multiwire proportional chambers. Radiation effects & Defects in solids, vol.164, n.5-6, (2009) 325-329.   = 30*2.015/10=4.98 11. R.Di Salvo e.a. Measurement of Sigma beam asymmetry in pi0 photoproduction off the neutron in the second and third resonances region. Eur.Phys.J.A42:151-157,2009.   = 30*2.015/10=6,045 12. A. S. Ignatov, A. N. Mushkarenkov, and V. G. Nedorezov. Eta-Meson Photoproduction on Protons, Neutrons, and Light Nuclei in the Nucleon-Resonance Region. Physics of Atomic Nuclei, 2009, Vol. 72, No. 10, pp. 1773-1780  : 30*0,467/10=1,40 13. . !. 3=0B>2, . . CH:0@5=:>2, . . 54>@57>2, $>B>@>645=85 MB0-<57>=>2 =0 ?@>B>=0E, =59B@>=0E 8 ;53:8E O4@0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2, /$ , 2009, B>< 72, ! 10, A. 1831-1838  : 60*0.467/10=2.80 14. @8H:8= ..., 5;O52 .., 54>@57>2 .., C4=52 .., >48>=>20 !.!., "C@8=35 .. &8D@>2>9 <548F8=A:89 @5=B35=>2A:89 45=A8B><5B@ !. 548F8=A:0O D878:0 (2009), 2 ?5G0B8.  : 60*0.467/10=2.80 " : 100,43 >=D5@5=F88: 1. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 2. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 3. N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009. ;5=0@=K9 4>:;04.  : 30/6=5.00 4. 6. .!.3=0B>2, ..CH:0@5=:>2, ..54>@57>2 >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 :207 LVAL 8A2>1>4=KE =C:;>=0E 2 >1;0AB8 =C:;>==KE @57>=0=A>2. /   2009, '51>:A0@K. ;5=0@=K9 4>:;04.  : 30/3=10.00 5. .!.3=0B>2, ..54>@57>2.$>B>@>645=85 MB0-<57>=>2 =0 O4@0E: =>2K5 <5B>4K. '5@5=:>2A:85 GB5=8O. ;5=0@=K9 4>:;04 $ (2009).  : 20/2=10.00 " : 137,43LVALOGC@528G @83>@89 0=>28G, 28.11.1935, 4.D-<.=., 702. A5:B>@><,   70 2009-2010 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1.N.Severijns, A.A.Belyaev, A.L.Erzinkyan, P.-D.Eversheim, V.T.Filimonov, V.V.Golovko, G.M.Gurevich, P.Herzog, I.S.Kraev, A.A.Lukhanin, V.I.Noga, V.P.Parfenova, T.Phalet, A.V.Rusakov, M.Tandecki, Yu.G.Toporov, C.Tramm, E.Traykov, S. Van Gorp, V.N.Vyachin, F.Wauters, D.Zakoucky, E.Zotov. Hyperfine field of einsteinium in iron and nuclear magnetic moment of 254Es. Phys. Rev. C 79 (2009) 064322. 3.477*30/10=10.43 2. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. First measurement of 254Es magnetic moment. . Bulletin of the Russian Academy of Sciences: Physics. 74, 4 (2010) 535-537. 0.406*30/3=4.06 3. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. Angular distributions of alpha particles emitted by oriented nuclei and their relation to nuclear deformation. Bulletin of the Russian Academy of Sciences: Physics. (2 ?5G0B8) . 0.406*30/3=4.06 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. C@528G, ..@78=:O=, ..0@D5=>20. 5@2>5 87<5@5=85 O45@=>3> <03=8B=>3> <><5=B0 254Es. 725AB8O  (A5@. $87.) 74, 4 (2010) 574-577. 0.228*60/3=4.56 2. .. C@528G, ..@78=:O=, ..0@D5=>20. #3;>2K5 @0A?@545;5=8O 0;LD0-G0AB8F, 8A?CA:05<KE >@85=B8@>20==K<8 O4@0<8, 8 8E A2O7L A O45@=>9 45D>@<0F859. 725AB8O  (A5@. $87.) (2 ?5G0B8). 0.228*60/3=4.56 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. .. C@528G, ..@78=:O=, ..0@D5=>20. 5@2>5 87<5@5=85 O45@=>3> <03=8B=>3> <><5=B0 254Es. 59 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2009 ('51>:A0@K, 2009 3.). !5:F8>==K9, >?C1;8:>20=. 6/3*1.5=3 2. G.M.Gurevich. New frozen-spin target for experiments at MAMI C. XII Int. seminar on electromagnetic interactions of nuclei EMIN-2009. @83;0H5==K9, >?C1;8:>20=. 30*1.5=45 3. G.M.Gurevich. Double polarization experiments at the real photon beam of MAMI-C accelerator. LX International Conference on Nuclear Physics  NUCLEUS 2010 (Saint-Petersbu LVAL rg, July 6-9, 2010). ;5=0@=K9. 30 4. G.M.Gurevich. Angular distributions of alpha particles emitted by oriented nuclei and their relation to nuclear deformation. LX International Conference on Nuclear Physics  NUCLEUS 2010 (Saint-Petersburg, July 6-9, 2010). !5:F8>==K9, ?C1;8:C5BAO. 6*1.5=9 5. G.M.Gurevich. Dilution cryostat of the new frozen spin target. EU-SpinMap Conference on Polarized Targets. (Dubrovnik, October 11-13, 2010). @83;0H5==K9. 30 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. ..C@528G. >;O@870F8>88K5 MDD5:BK 2 D>B>@>645=88 <57>=>2. III '5@5=:>2A:85 GB5=8O: >2K5 <5B>4K 2 M:A?5@8<5=B0;L=>9 O45@=>9 D878:5 8 D878:5 G0AB8F (>A:20, $, 6 0?@5;O 2010 3.). @83;0H5==K9. 20 =48284C0;L=K9   70 2009-2010: 164,67   @C:>2>48B5;O: 165.67*0.5+102.8*0.75= 159,94LVALOG68;02O= 5>=84 025=>28G, 27.03.1940, =0CG=K9 A>B@C4=8:.   70 2009-2010 33. = 142,04. Ia. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E: 1. ..68;02O=.  A?5:BK D>B>O45@=>3> (12N; 12B) 0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25I5AB2 A CG5B>< D>=>2KE D>B>=59B@>=>2 . 725AB8O . !5@8O D878G5A:0O, 2009, B>< 73, ! 6, 846-852.  =600,277=16,62. 2. L.Z.Dzhilavyan.  Aspects of Photonuclear (12N; 12B)-Activity Detection of Explosives Taking into Account Background Photoneutrons . .Bulletin of the Russian Academy of Sciences: Physics, 2009, Vol. 73, No.6, 799-805.  =600,277=16,62. 3. ..68;02O=, ..0@52, .. 052A:89.  1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O . 725AB8O . !5@8O D878G5A:0O, 2010, B. 74, ! 11.  =600,2770,4@6,65. 4. L.Z.Dzhilavyan, A.I.Karev, V.G.Raevsky.  Disclosure and identification of hidden explosives in the photonuclear detection systems . Bulletin of the Russian Academy of Sciences: Physics, 2010, vol. 74, No 11.  =600,2770,4@6,65. 5. ..68;02O=, ..0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . 725AB8O . !5@8O D878G5A:0O (2 ?5G0B8).  =(600,277)/2=8,31. 6. L.Z.Dzhilavyan, A.I.Karev. About radiation safety of the photonuclear method for disclosure of hidden explosives at examination of air passengers luggage . Bulletin of the Russian Academy of Sciences: Physics (in print).  =(600,277)/2=8,31. 7. ..68;02O=, ..0@52, .. 052A:89. >7<>6=>AB8 =0@01>B:8 A ?><>ILN D>B>O45@=KE @50:F89 @048>87>B>?>2 4;O 7040G O45@=>9 <548F8=K. /45@=0O D878:0 (2 ?5G0B8).  =600,5390,4@12,94. 8. L.Z.Dzhilavyan, A.I.Karev, V.G.Raevsky.  Possibilities to produce radioisotopes for nuclear medicine by photonuclear reactions Phys. Atomic Nuclei (in print).  =600,5390,4@12,94.  Ia @ 16,62+16,62+6,65+6,65+8,31/2+8,31+12,94+12,94 @ 89,04. Ib. @5?@8=BK: 1. ..68;02O=.  2;8O=88 =0 D>B>O45@=>5 (12N;12B) 0:B820F8>==>5 45B5:LVALB8@>20=85 27@K2G0BKE 25I5AB2 D>=>2KE D>B>- 8 =59B@>=- O45@=KE @50:F89. @5?@8=B /  1222/2009. / , 2009. 19A.  =4. 2. ..68;02O=.  2>7<>6=>AB8 D>B>O45@=>3> (12N; 12B) 0:B820F8>==>3> 45B5:B8@>20=8O 27@K2G0BKE 25I5AB2 (), A:@KBKE 2 3@C7>2KE :>=B59=5@0E (), A CG5B>< 35=5@0F88 D>=>2KE D>B>=59B@>=>2. @5?@8=B /  1223/2009. .: / , 2009, 46 A.  =4. 3. ..68;02O=, ..0@52, .. 052A:89. 1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O. @5?@8=B /  1266/2010, 2010, 16 A.  =40,4=1,6. 4. ..68;02O=, ..0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . @5?@8=B /  1267/2010, ., 2010, 12 A.  =4/2=2. 5. ..68;02O=, ..0@52, .. 052A:89.  2>7<>6=>AB8 =0@01>B:8 A ?><>ILN D>B>O45@=KE @50:F89 @048>87>B>?>2 4;O F5;59 O45@=>9 <548F8=K =0 @07@57=>< <8:@>B@>=5 =0 55 M @5?@8=B /  1268/2010, ., 2010, 32 A.  =40,4=1,6.  Ib = 4+4+1,6+2+1,6 = 13,2. III. >=D5@5=F88: 1. ..68;02O=, ..0@52, .. 052A:89.  1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O . !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 /4@>-2009. $C=40<5=B0;L=K5 ?@>1;5<K 8 ?@8:;04=K5 0A?5:BK O45@=>9 D878:8.  =60,4=2,4. 2. ..68;02O=.  F5=:8 =02545==>9 0:B82=>AB8 ?> 87<5@5==>9 <>I=>AB8 4>7K ?@8 D>B>O45@=>< 45B5:B8@>20=88 27@K2G0BKE 25I5AB2 . !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 /4@>-2009. $C=40<5=B0;L=K5 ?@>1;5<K 8 ?@8:;04=K5 0A?5:BK O45@=>9 D878:8.  =6. 3. ..68;02O=, ..0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F8 /4@>-2009. $C=40<5=B0;L=K5 ?@>1;5<K 8 ?@8:;04=K5 0A?5:BK O45@=>9 D878:8.  =6/2=3. 4. L.Z. Dzhilavyan, A.I. Karev, V.G. Raevsky.  Possibilities to produce radioisotopes for nuclear medicine by photonuclear reactions at the 55-MeV race-trackLVAL microtron . !5:F8>==K9 4>:;04 =0 LX International Conference on Nuclear Physics NUCLEUS 2010.  =60,4=2,4. 5. L.Z.Dzhilavyan, A.I.Karev, V.D.Laptev, V.G.Raevsky.  Production of the short-lived isotopes 12N and 12B in the 14N(g,2n), 14N(g,2p), and 13C(g,p) reactions . ;5=0@=K9 4>:;04. Proc. XII Sem. EMIN-2009 INR RAS, M. 2010.  =300,31,5=13,5. 6. ..C@02;52, ..0@52, .. 052A:89, .. 60=>2, ..68;02O=, ..0?B52, ..0E><>2, ..(254C=>2, .. K:0;8=, L.Brothers, L.Wildhide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rothers Louis Joseph,Wilhide Larry Kenneth.  =200,2=4. 2. !?>A>1 845=B8D8:0F88 A:@KBKE 27@K2G0BKE 25I5AB2 8 =0@:>B8:>2. 0@52 ;5:A0=4@ 20=>28G, 052A:89 0;5@89 5>@38528G, 68;02O= 5>=84 025=>28G, Brothers Louis Joseph, Wilhide Larry Kenneth.  =200,2=4.  V =4+4=8 B>3>:   = 89,04 + 13,20 + 31,80 + 8= 142,04LVALOG   70 2009-10 33.  .!., 4D<=, 4>F5=B, 2=A $/  /  C@=0;K 1. .!. >;18;:8=, 0@8>==K5 @57>=0=AK =0 ?@>B>=5 8 459B@>=5 2 >1;0AB8 200  800 M 72. , A5@.$87. 731 ,756 (2009) 60* 0,228 = 13,18 2. B.S. Dolbilkin,  Baryon resonances of proton and few- body systems in the (200-800) MeV energy range, BullPhys, 71, 707 (2009) 60* 0,228 = 13,68 >=D5@5=F88 3. B.S. Dolbilkin,  Giant Resonances at excited states of nuclei Report on 12 Int. Sem. EMIN-2009 6,0 4. B.S. Dolbilkin,  Giant Resonances at excited states of nuclei (Review) Proc. 12 Int. Sem. EMIN-2009,149,2010 1,5*6=9.0 5. B.S. Dolbilkin, Dynamics of baryon resonances in pion photoabsorption and partial channels on proton and few body systems Proc. Int. Conf  NPAE-08, 326, 2009, 852 0,5* 30=15,0 6. .!. >;18;:8=, 830=BA:85 @57>=0=AK 2 @50:F8OE A BO65;K<8 8>=0<8 >:;04 =0 =0CG=>9 A5AA88 $ , "-$, 2009 4,0 7. B.S. Dolbilkin,  Highly excited giant resonances in heavy ion collisions @83;0H5==K9 4>:;04 =0 564. >=D.  NPAE_10 , 852 30,0 8. B.S. Dolbilkin,  Giant resonances in heavy ion interactions Proc. Int. Conf.  NPAE-10, 418, 2010, 852 1,5*30= 45,0 *LVAL: B>3>: 136,36LVAL@8H8=0 5@0 .@L52=0 @>4. 23.09.1971, A=A $/ ,   70 2009-2010 33. C1;8:0F88: V.Yu. Grishina (INR, Moscow), C. Hanhart (IKP FZ-Jlich, Germany), L.A. Kondratyuk (ITEP, Moscow), and M. Bscher (IKP FZ-Jlich, Germany) / Amplitude analysis of the reaction pp d K+ anti-K0 near threshold Contribution to Annual Report 2008, Institut fr Kernphysik/COSY, Jlich Forschungszentrum 2009 available at http://www.fz-juelich.de/ikp/en/publications.shtml  =8/4=2 X. Yuan, M. Buescher, D.Chiladze, S.Dymov, A.Dzyuba, V.Yu.Grishina, C.Hanhart, M.Hartmann, A.Kacharava, A.Khoukaz, L.A.Kondratyuk, V.Koptev, P.Kulessa, M.Mielke, S.Mikirtychiants, M.Nekipelov, M.Papenbrock, K.Pysz, V.Serdyuk, H.Stroeher, C.Wilkin, H. Xu Measurement of the isospin-filtering dd -> 4He K+ K- reaction at Q=39 MeV; Eur.Phys.J.A 42, p.1-6, 2009  =2.015*30/10=6,045 V. Grishina, K 3He and K 4He interactions at low energies 19th international IUPAP Conference on Few-Body Problems in Physics, University of Bonn, Germany, August 31  September 5, 2009. Eur.Phys.J Web of Conferences, Vol. 3, 03022 (2010) Available at http://fb19.hiskp.uni-bonn.de/  =2.015*30=60,45 >:;04K: V. 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C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, <038AB@0BC@0 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2, <038AB5@A:0O 48AA5@B0F8O  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;0 ZnO:Ga 10E1=10 70 20093.: 309.83 C1;8:0F88 2010 1. ..C1A0=4>@6852, .-.OBG8=, ..(091>=>2. #;LB@0O@:85 A8=85 8 #$ A25B>48>4K 2 :>A<><8:@>D878G5A:8E M:A?5@8<5=B0E // "@C4K 7-9 A5@>AA89A:>9 :>=D5@5=F88  8B@84K 30;;8O, 8=48O 8 0;N<8=8O  ABC:BC@K 8 ?@81>@K . 1-3 D52@0;O 2010. # 8<. ..><>=>A>20, D878G5A:89 D0:C;LB5B. 740B5;LAB2>: $878:>-B5E=8G5A:89LVAL 8=AB8BCB 8<. >DD5. !0=:B-5B5@1C@3 2010. !.226. 6/3=2 2. V.I.Volchenko, E.V.Akhrameev, L.B.Bezrukov, ............., B.K.Lubsandorzhiev, R.V.Poleshuk, B.A.M.Shaibonov et al. Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout // Central European Journal of Physics. 8(3). 2010. 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C1A0=4>@6852 8<0 C;0B>28G, 0A?8@0=B 1-3> 3>40 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2, B5<0 48AA5@B0F88  N>==K9 45B5:B>@ M:A?5@8<5=B0 "#-133 30E1=30 4. C:>2>4AB2> ABC45=B>< 48?;><=8:><. "0@0A>2 8:8B0 ;5:A0=4@>28G, 48?;><=8:, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B ($) 8?;><=0O @01>B0  N>==K9 25B>-45B5:B>@ 4;O :@8>AB0B0 #=825@A8B5B0 "N18=35= 10E1=10 5. C:>2>4AB2> A>8A:0B5;5<. (091>=>2 0B>@ ;5:A0=4@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K 8 :0;81@>2>G=K5 A8AB5<K M:A?5@8<5=B>2 GERDA 8 "# . 30 6. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ><0= ;048<8@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 EMMA 30 140 5:F88 C@A ;5:F89, #=825@A8B5B 3."N18=35=, 5@<0=8O:  Nuclear Photonics , 8 ;5:F89. 30 2010 3.: 328,615 !C<<0,   2009-10: 638,445LVALOG@0A=8:>2 8:>;09 0;5@L528G, @>4. 03.05.1951, 702;01 $,   70 2009-2010 33. 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"5AB8@>20=85 ?@>B>B8?0 <N>==>3> 25B>-3>4>A:>?0 4;O M:A?5@8<5=B0 NA62{ // 53-O =0CG=CO :>=D5@5=F8O $" >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88;  =4w1.5=6 @><56CB>G=K9 8B>3: 25.65 >2KH0NI89 D0:B>@, :0: 0A?8@0=BC:  E1.5 B>3>:  =38.47LVAL!5<Q=>2 8B0;89 >=AB0=B8=>28G @>4. 20.11.1943,A=A (A>2<5AB8B5;L, A=A),   70 2009-2010 33.. !?8A>: ?C1;8:0F89 70 2009-2010 33. 1) V.K. Semenov at al. Search for the K0(L) ---> pi0 nu anti-nu decay at the INEP U-70 accelerator: The KLOD project. A.S. Kurilin et al. 2010. 8AL<0 2 -'/, B.7,(157) 2010, 41-48.   = 1.015*60/10 = 6.1. 2) .. !:<Q=>2 8 4@.Observation of the destructive interference in the radiative kaon decay K- --> mu-nu-gamma. O. Tchikilev et al. . Physics Letters B 695, 59-66, 2011.   = 5.083*30/10= 15.25. 3) 0B@8G=K5 3>4>A:>?K 4;O CAB0=>2>:  ($-, /) 8 NA62 (SPS CERN). .. !5<Q=>2 8 4@. 0B@8G=K5 3>4>A:>?K 4;O CAB0=>2>:  (@>B28=>) 8 NA62 (SPS, CERN). /45@=0O D878:0, 2010, B>< 73, 12, A. 7-19.  =0.914*60/10=5,5. C:>2>4AB2> 0A?8@0=B><: 0:0@>2 .., 0A?8@0=B /  1-3>, 2-3> 8 3-3> 3>40 >1CG5=8O  =30*2=60 B>3>: 85.85LVAL0:0@>2 =4@59 20=>28G, @>4. 1984, 8=65=5@-8AA;54>20B5;L $-, !) V.A.Duk et al // Extraction of kaon formfactors from K->mu nu gamma decay at ISTRA+ setup // Phys.Lett.B doi: 10.1016/j.physletb.2010.10.043.  =5.083*30/10* 1,5=22.9 2) Observation of the destructive interference in the radiative kaon decay K- --> mu-nu-gamma. O. Tchikilev et al. . Physics Letters B 695, 59-66, 2011  =5.083*30/10= 22.9 3) .A.C: 8 4@.// "7<5@5=85 D>@<D0:B>@>2 2 @0A?045 K->mu nu gamma =0 CAB0=>2:5 !" +"// @5?@8=B / 1251/2010,  =4*0.1*1.5 = 0.6 4). >:;04 =0 :>=D5@5=F88 "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", "-$, 2009. " "   #,""+ -! ",+% !+"  "" ""  #!" KLOD"  =4*1.5 = 6 5). >:;04 =0 52-9 =0CG=>9 :>=D5@5=F88 $" 2009 3. "A?>;L7>20=85 :0;>@8<5B@>2 4;O 845=B8D8:0F88 M;5<5=B0@=KE G0AB8F"  =4*1.5 = 6 6) / / $, 2010, B>< 73, No 12, A. 2153-2158 . . >;>B>2, . . @8B28G, .. . C7 , . . 0:0@>2 , . . AB0=:>2  =60*0.539(impact factor)*0.2*1.5 = 9.7 7). A.S.Kurilin // 2010. 361pp. Search for K0(L)->pi0 nu anti-nu decay at the IHEP U-70 accelerator // Phys.Part.Nucl.Lett. 7: 21-26, 2010.  =8*0.1*1.5 = 1.2 8). Physics Letters B. Volume 695, Issues 1-4, 10 January 2011, Pages 59-66 Extraction of kaon formfactors from K -> mu nu gamma decay at ISTRA+ setup V.A. Duk et al.  =30*5.083(impact factor)*0.1*1.5 = 22.9 ":= 92.2XLVALh>;>B>2 ;048<8@ 8:>;0528G @>4. 09.12.1933 3. 02. 01>@0B>@859, 4.D.-<.=., ?@>D5AA>@.   70 2008-200933 = 180,5(;8G=K9).   70 2008-200933 = 170,7( :0: @C:. 01>@0B>@88). C1;8:0F88: V.N.Bolotov, V.A. Duk.Pion program for the future rare decay experiments. /45@=0O D878:0 72 1 2009, 69-82.  =0.914*60/2=27,4. V.N. Bolotov et all. Search for the K0L !0(bar) Decay at the IHEP U-70 Accelertor. The KLOD Project. 8AL<0 2 -'/, B.7,(157) 2010, 41-48.   = 1.015*60/10 = 6.1. V.N. Bolotov et al. @>5:B8@>20=85 8 @57C;LB0BK M:A?5@8<5=B0;L=KE 8A?KB0=89 ?@>B>B8?>2 45B5:B>@>2 CAB0=>2:8 . /45@=0O D878:0, 2010, B>< 73, 12, A.2154-2158.  =0.914*60/10=5.5. .. >;>B>2 8 4@. 0B@8G=K5 3>4>A:>?K 4;O CAB0=>2>:  (@>B28=>) 8 NA62 (SPS, CERN). /45@=0O D878:0, 2010, B>< 73, 12, A. 7-19.  =0.914*60/10=5,5. V.N. Bolotov et al. Extraction of kaon formfactors from K->mu nu gamma decay at ISTRA+ setup . Phys.Lett.B doi: 10.1016/j.physletb.2010.10.043.  =5.083*30/10=15.25 V.N. Bolotov et al, Observation of the destructive interference in the radiative kaon decay K- --> mu-nu-gamma. O. Tchikilev et al. . Physics Letters B 695, 59-66, 2011.   = 5.083*30/10= 15.25. @?@8=BK: .. >;>B>2 AA;54>20=85 A5?0@8@>20==>3> ?CG: A ?><>ILN ?CG:>2>3> A?5:B@><5B@0 CAB0=>2:8 "". @5?@8=B /  1242/2009, >A:20, 2009 3.  =4/10 = 0,4 V.N. Bolotov et al.Study of Radiative Decay K ! at ISTRA + Setup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nternational Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.309  =6/3=2 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy. / Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements. // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/4=1,5 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 .:C;8=8G52, ..=4@552, ..!:>@:8= /AA;54>20=85 @048>18>;>38G5A:>9 MDD5:B82=>AB8 684:>:@8AB0;;8G5A:8E G0AB8F -Gd =0 =59B@>==>< 35=5@0B>@5 // VII 0F8>=0;L=0O :>=D5@5=F8O " 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388" ( !-- 2009), >A:20, 16-21 =>O1@O 2009  =4/3=1,33 V. Skorkin, S. Akulinichev, A. Andreev./ The high-current deuteron acceleratorfor the neutron therapy // >:;04 =0 XXII A5@>AA89A:0O :>=D5@5=F8O ?> CA:>@8B5;O< 70@O65==KE G0AB8F RuPAC-2010. @>B28=>. 27.09.201LVAL 0 - 01.10.2010  =4/3=1,33 0B5=BK =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2388014. 538AB@0F8O 27.04.2010 3.  =20/3=6,666 =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2393557. 538AB@0F8O 27.06.2010 3.  =20/3=6,666 =4@552 . 8 4@. /AB>G=8: B5?;>2KE =59B@>=>2 // 0B5=B =0 ?>;57=CN <>45;L ! 73079, 70@538AB@8@>20= 20.07.2009  =20/6=3,333 =4@552 .. 8 4@. />;;8<0B>@ // 0B5=B =0 ?>;57=CN <>45;L, ! 73080, 70@538AB@8@>20= 27.08.2009  =20/6=3,333 =4@552 .. 8 4@. / 048>3@0D8G5A:0O CAB0=>2:0 // 0B5=B =0 ?>;57=CN <>45;L, ! 730793, 70@538AB@8@>20= 20.07.2009  =20/6=3,333 =4@552 . 8 4@. /AB>G=8: B5?;>2KE =59B@>=>2 // 0B5=B =0 87>1@5B5=85 ! 2362226. . 538AB@0F8O 10.05.20093  =20/6=3,333 =4@552 .. 8 4@. />;;8<0B>@ // 0B5=B =0 87>1@5B5=85, ! 2366014, 70@538AB@8@>20= 10.05.2009  =20/6=3,333 =4@552 .. 8 4@. / 048>3@0D8G5A:0O CAB0=>2:0 // 0B5=B =0 87>1@5B5=85, ! 2362148, 70@538AB@8@>20= 27.05.2009  =20/6=3,333 =48284C0;L=K9   3;. =0CG. 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n=40-60 -.// @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy./ Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/4=1,5 =4@552 .., C@<8AB@>2 ..., 5H:>2 .. / 07@01>B:0 1;>:0 70<54;8B5;O 4;O =59B@>==>3> 35=5@0B>@0 -400 //59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.309  =6/3=2 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. K LVAL0 onobeevski, M. V. Mordovskoy, V.A.Simonov, V.M.Skorkin, S. V. Zuyev / Measuring system of low intensity proton beam. //#AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/8=0,75 0B5=BK =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2388014. 538AB@0F8O 27.04.2010 3.  =20/3=6,666 =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2393557. 538AB@0F8O 27.06.2010 3.  =20/3=6,666 =48284C0;L=K9   <=A C@<8AB@>20 ... @025=  = 6,47+3.31+12.08+1,5+6+2+6.666+6.666+0,75=45,41LVALOGc020@78=0 0;5=B8=0 02;>2=0 @>4. 07.01.1942, A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV./ STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS.// International Journal of Modern Physics E 2009, v.17, N10, p.2331.  =0,643*30/7=2,76 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 020@78=0 .., !B5?0=>2 ../ 5B>4 ?@>AB@0=AB25==>-2@5<5==KE :>@@5;OF8>==KE DC=:F89 4;O >?8A0=8O @50:F88 :2078A2>1>4=>3> 2K1820=8O 20;5=B=KE =59B@>=>2 87 30;> O4@0 // 725AB8O , A5@8O D87. ".74, !4, A. 621  =0,406*60/2=12.18 .. 020@78=0, .. !B5?0=>2./ !@02=8B5;L=K9 0=0;87 8=D>@<0B82=>AB8 M:A:;N782=KE (p,p n) 8 8=:;N782=KE (p,p ) M:A?5@8<5=B>2 =0 O4@0E A >4=>=59B@>==K< 8 42CE=59B@>==K< 30;>. ///45@=0O D878:0, 2010, B.73, !1 !.111-121.  =0,539*60/2=16.17 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. / 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>,// /$ 2009, ".72, !10, !.1.  =0,539*60/10=3.23 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 020@78=0 .., !B5?0=>2 ../ 5B>4 ?@>AB@0=AB25==>-2@5<5==KE :>@@5;OF8>==KE DC=:F89 4;O >?8A0=8O @50:F88 :2078A2>1>4=>3> 2K1820=8O 20;5=B=KE =59B@>=>2 87 30;> O4@0 // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.205  =6/2=3 V.P. Zavarzina, A.V. Stepanov. /CALCULATIONS OF THE CROSS SECTIONS FOR INCLUSIVE PROCESS OF THE NEUTRAL-CURRENT NEUTRINO-NUCLEUS SCATTERING AT INTERMEDIATE ENERGIES IN AN ANALYTIC APPROACH // !5:F8>==K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 (Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/2=3 V.P. Zavarzina, A.V. Stepano"LVAL2v./ On a new approach to calculations of the cross sections for inclusive process of the neutral-current neutrino-nucleus scattering at intermediate energies.// !5:F8>==K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/2=3 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, N.Starkov, S.Lukyanov, and Yu.Sobolev. /"Study of quasi-free scattering of proton by constituents of 6He halo nycleus.// In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE. 2009 v.1, p. 125.  =6/9*1.5=1 @5?@8=B .. 020@78=0, .. !B5?0=>2 / !@02=8B5;L=K9 0=0;87 8=D>@<0B82=>AB8 M:A:;N782=KE (p,p n) 8 8=:;N782=KE (p,p ) M:A?5@8<5=B>2 =0 O4@0E A >4=>=59B@>==K< 8 42CE=59B@>==K< 30;> //@5?@8=B /  1226/2009 A.1-20  =4/2=2 =48284C0;L=K9   A=A 020@78=>9 .. @025=  =2.76+12.18+16.17+3.23+3+3+3+2+1=46.34LVALH8D0=>2 8E08; 8:>;0528G, @>4. 21 =>O1@O 1945 3>40, , =A. :0=4840B D87-<0B =0C: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BLO 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 5=5F:89 .., 8D0=>2 .. / A=>2K A>740=8O, 8A?KB0=89 8 :>=B@>;O 020@89=>9 70I8B=>9 >4564K ?>60@=KE >B A>G5B0==>3> >1;CG5=8O // 72. , A5@. D87. ".73, !2 (2009) 286 273  =.406*60/2=12.18 =48284C0;L=K9   =A 8D0=>20 .. @025=  =12,1808:8= <8B@89 ;5:A5528G, @>48;AO 9 023CAB0 1930 3>40, 4>:B>@ D878:>-<0B5<0B8G5A:8E =0C:, 254CI89 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0. . !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E ..08:8=, ..>@4>2A:>9, ..!C@:>20./ 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd//. 72. , A5@. D87., B. 74, !11, A.1646 (2010).  =.406*60/3=8.12 08:8= .., >@4>2A:>9 .., A8?GC: ../ 0AGQB @0AA5O=8O =59B@>=>2 =0 GQB=>-GQB=KE 45D>@<8@>20==KE O4@0E // " (2009)   = 8/3=2,7 @5?@8=BK D.A.Zaikin, I.V.Surkova./ Nucleon semimagic numbers and neutron scattering.// Preprint LANL-nuclear theory, 1004.1502 (2010). 13 c.   = 4/2=2 ..08:8=, ..!C@:>20./ Neutron scattering and nucleon semimagic numbers.// @5?@8=B / !1273/2010 (2010). 16 A.   = 4/2=2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., >@4>2A:>9 .., !C@:>20 .. / 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.251  =6/3=2 @>HN@0 08:8= . / #G51=>-<5B>48G5A:>5 ?>A>185 ?> >1I59 D878:5: 7;CG5=85 M;5:B@><03=8B=KE 2>;= // .:$", 2009, 51 A.  =51/16*2=6.4 ..08:8=. /0:>=K A>E@0=5=8O 2 :20=B>2>9 D878:5 (CG51=>-<5B>48G5A:>5 ?>A>185). //., $". (2010). 32 A.  =32/16*2=4 =48284C0;L=K9   2=A 08:8=0 .. @025=  =8.12+2.7+4+2+6.4+4=27,22LVALOGfC52 !5@359 8:B>@>28G, @>48;AO 26.10. 1954 3>40, :0=4840B D87.-<0B. !B. =0C:, =0CG=. A>B@. 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV./ STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS.// International Journal of Modern Physics E 2009, v.17, N10, p.2331.  = 0,643*30/7=2,76 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,643*30/5=3.86 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=. /-:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8.// @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  = 0,331*60/6=3,31 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. /AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. //72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. / 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, // /$ 2009, ".72, !10, !.1.  =0,539*60/10=3,23 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,539*60/5=6,46 !..C52, .!.>=>1552A:89. /  &#  '/ + nn- !!//  +%  +% & nd- // 725AB8O , A5@.D87. 2010, B. 74, !6, A. 782-786  =LVALg0,406*60/2=12.18 . >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -.// @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, /Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data //#AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1.2 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2, /?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/9=.66 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.A.Simonov, V.M.Skorkin, S. V. Zuyev,/Measuring system of low intensity proton beam. //#AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/8=.75 !..C52, .!.>=>1552A:89. .  &#  '/ + nn- !!//  +%  +% & nd-  //#AB=K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.268.  =6/2=3 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTILVALON AT NEUTRON ENERGY OF 40-60 MEV //#AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. S. Konobeevski, M. V. Mordovskoy, S. I. Potashev, V.A.Sergeev, S. V. Zuyev. / Investigation of neutron-neutron final state interaction in nd-breakup reaction at 40-60 MeV. // >:;04 =0 EMIN-2009  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, N.Starkov, S.Lukyanov, and Yu.Sobolev. /"Study of quasi-free scattering of proton by constituents of 6He halo nucleus .// In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE. 2009 v.1, p. 125.  =6/9*1.5=1 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2009 v.1, p. 152.  =6/3*1.5=3 @5?@8=B .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2,/ -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;, // @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 =48284C0;L=K9   A=A !..C520 @025=:  =2,76+3,86+3,31+6,09+3,23+6,46+12.18+6+0,67+0,75+3+1,2+1,2+1,2+1+3+0,44=56,35LVALOGi>=>1552A:89 235=89 !5@35528G, @>48;AO 23 023CAB0 1943 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 ;01>@0B>@859 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: G. BELOVITSKY, E. KONOBEEVSKI, A. STEPANOV, V. ZAVARZINA, S. ZUYEV, S. LUKYANOV, YU. SOBOLEV./ STUDY OF QUASI-FREE SCATTERING OF PROTONS BY CLUSTERS OF 6He HALO NUCLEUS. // International Journal of Modern Physics E 2009, v.17, N10, p.2331.  = 0,643*30/7=2,76 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,643*30/5=3.86 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=./ -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8.// @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  = 0,331*60/6=3,31 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. /AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88.// 72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 . . 5;>28F:89, . . 020@78=0, !. . C52, . !. >=>1552A:89, . . !B5?0=>21, . . >;CE8=0, . !. CA5F:89, . . !B0@:>2, !. . C:LO=>2, .. . !>1>;52. / 50:F8O :2078A2>1>4=>3> @0AA5O=8O ?@>B>=0 =0 30;>-O4@0E :0: 8=AB@C<5=B 8AA;54>20=8O AB@C:BC@K =59B@>==>3> 30;>, // /$ 2009, ".72, !10, !.1.  =0,539*60/10=3,23 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52. /  1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,539*60/5=6,46 !..C52, .!.>=>1552A:89./  &#  '/ + nn- !!//  +%  +% & nd-  //725AB8O , A5@.D87. 2010, B. 74, !6, A. 782-786 LVALj  =0,406*60/2=12.18 . !. >=>1552A:89, . . 0BKH520, . . !>1>;52A:89./ ,."    + #' "   "  /// . !"/ . ! / $'!/, 2010, B>< 74, ! 4, A. 479 482  =0,406*60/3=8,12 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -. //@83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 E.S. Konobeevski, / Study of neutron-neutron interaction in nd breakup reaction at low energies // @83;0H5==K9 4>:;04 18th INTERNATIONAL SEMINAR ON INTERACTION OF NEUTRONS WITH NUCLEI: Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics May 25-29, 2010, Dubna, Russia  =30/1=30 E.S. Konobeevski, /DETERMINATION OF NEUTRON-NEUTRON SCATTERING LENGTH IN nd BREAKUP REACTION AT 40-60 MEV MeV // 17th INTERNATIONAL SEMINAR ON INTERACTION OF NEUTRONS WITH NUCLEI: Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics May 27-30, 2009, Dubna, Russia  =30/1=30 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89. / &#  '/ + nn- !!//  +%  +% & nd-  //#AB=K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.268.  =6/2=3 .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. /><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / .// #AB=K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.270.  =6/3=2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. SergeeLVALkv, S. Zuyev. /STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV// #AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. /INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERACTION IN nd-BREAKUP REACTION AT 40-60 MEV// >:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2 .!. >=>1552A:89 , .. 0BKH520, .. !>1>;52A:89, .. ;8G. /"&/ $# & "   )"+ "   "  -430. // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010  =6/4=1,5 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/9=0,67 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.A.Simonov, V.M.Skorkin, S. V. Zuyev./ Measuring system of low intensity proton beam.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/8=0,75 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy/ Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements.// #AB=K9 4>:;04 =0 60 International ConferencePLVAL` on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/4=1,5 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 G.Belovitsky, E.Konobeevski A.Stepanov, V.Zavarzina, S.Zuyev, N. Polukhina, N.Starkov, S.Lukyanov, and Yu.Sobolev./ "Study of quasi-free scattering of proton by constituents of 6He halo nycleus. //In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE. 2009 v.1, p. 125.  =6/9*1.5=1 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2009 v.1, p. 152.  =6/3*1.5=3 @5?@8=B .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;,// @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 ..=4@552, !..:C;8=8G52, ..5=5F:89, ...0@?>2, .!.>=>1552A:89, ..!:>@:8=, ..$8@A>2, /5@A?5:B82K 8A?>;L7>20=8O <>I=KE =59B@>==KE 35=5@0B>@>2 2 =AB8BCB5 O45@=KE 8AA;54>20=89 . //@5?@8=B /  2010, !1255, !. 1-12, 740B5;LA:89 >B45; / , >A:20.  =4/7=.57 C:>2>4AB2> 0A?8@0=B>< (0@0?>2K< .. 2 2010 3.  =30 C:>2>4AB2> 0A?8@0=B>< (0@0?>2K< .. 2 2009 3.  =30 =48284C0;L=K9   702. 01>@0B>@859 0B><=>3> O4@0 >=>1552A:>3> .!. @025=  =2.76+3.86+3.31+6.09+3.23+6.46+12.18+8.12+6+30+30+3+2+1.2+1.2+1.2+1.5+.67+.75+1.5+1+3+.44+.57+30+30=190.04LVALOGm>@4>2A:>9 8E08; 048<>28G, @>48;AO 06.04.1954 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,643*30/5=3.86 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 08:8= .., >@4>2A:>9 .., A8?GC: ../ 0AGQB @0AA5O=8O =59B@>=>2 =0 GQB=>-GQB=KE 45D>@<8@>20==KE O4@0E // " (2009), ! 2, A. 20-36.  =8/3=2,7 ..08:8=, ..>@4>2A:>9, ..!C@:>20. /708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd//. 72. , A5@. D87., B. 74, !11, A.1646 (2010).  =.406*60/3=8.12 ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=./ -:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8.// @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  =0,331*60/6=3,31 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -. ///45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,539*60/5=6,46 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. /AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88.// 72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -.// @83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  LVALn=30/5=6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2,/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK //#AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/9=0,67 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.A.Simonov, V.M.Skorkin, S. V. Zuyev,/ Measuring system of low intensity proton beam. //#AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/8=0,75 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy// Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements. // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  =6/4=1,5 08:8= .., >@4>2A:>9 .., !C@:>20 .. / 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.251  =6/3=2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. /STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV //#AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev. /INVESTIGATION OF NEUTRON-NEUTRON FINAL STATE INTERALVALCTION IN nd-BREAKUP REACTION AT 40-60 MEV //>:;04 =0 International Conference EMIN-2009 - XII International Seminar on Electromagnetic Interactions of Nuclei 17-20 September, 2009, Moscow.  =6/5=1,2 >:;04 CAB=K9, A5:F8>==K9, ?C1;8:0F8O 4>:;040 =0 :>=D5@5=F88 ?@>H54H59 @0=55 @0AG5B=>3> ?5@8>40 S.V. Zuyev, E.S. Konobeevski, M.V. Mordovskoy / Preliminary results on nd-breakup reaction at neutron energy of 40 MeV // In Proc. of International Conference  Current Problems in Nuclear Physics and Atomic Energy June 9 - June 15, 2008 Kyiv, UKRAINE, 2009 v.1, p. 152.  =6/3*1.5=3 @5?@8=B .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2,/ -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;, // @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 =48284C0;L=K9   702. A5:B>@>< >@4>2A:>3> .., @025=  = 3.86+2.7 +8.12+3.31+6.46+6.09+6 +1.2+0.67+0.75+ 1.5+2+1.2+1.2+3+0.44=47,5|LVALV ;>B=8:>20 0@8=0 8:B>@>2=0, @>48;0AL 2 <0@B0 1936 3>40, =0CG=K9 A>B@C4=8: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 1. .. 5=5F:89, .. >38=>2, ..;>B=8:>20. />520O >45640 ?>60@=KE :0: 70I8B0 >B 15B0 87;CG5=8O// >60@=0O 157>?0A=>ABL, !2, 2010.A.123  128  =8/3=2,666 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 5=5F:89 .., ;>B=8:>20 .. /  A2>9AB20E 1>52>9 >4564K ?>60@=KE :0: 70I8BK >B 15B0 87;CG5=8O ?@8 @0480F8>==KE 020@8OE // "578AK 4>:;04>2 XXI 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K ?>60@=>9 157>?0A=>AB8 '0ABL 2.  .:  (2009) .101-103  =6/2=3 =48284C0;L=K9   =A ;>B=8:>2>9 .. @025=  =5,670D><>2 ;048A;02 235=L528G, @>4. 01.11.1929, A=A. /, 4>:B>@ D87-<0B =0C: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 0D><>2 .., !5@3552 ../ =:;N782=0O @50:F8O A@K20 ?@8 48D@0:F8>==>< 2708<>459AB288 459B@>=>2 A O4@0<8 8 <>45;L A?5:B0B>@0 // 72. , A5@.D87. 2009 B.73, !2, A.222-225  =.406*60/2= 12.18 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.E.Pafomov, V.A.Sergeev. /Absorption effects in the nucleon- or core-stripping reactions induced by the halo nucleus.// !5:F8>==K9 4>:;04 =0 60 564C=0@>4=>9 :>=D5@5=F88 ?> O45@=>9 D878:5 Nucleus 2010 (Peterhof, St.-Petersburg, 6-9 July 2010)  =6/2=3 =48284C0;L=K9   A=A 0D><>20 .. @025=  =15,18LVALOGq>B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,643*30/5=3.86 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ...C@<8AB@>2,, !. . C52, . !. >=>1552A:89, . . >@4>2A:>9, !. . >B0H52, . . !:>@:8=. /-:A?5@8<5=B0;L=0O CAB0=>2:0 4;O 87CG5=8O =59B@>=-=59B@>==>3> 2708<>459AB28O 2 :>=5G=>< A>AB>O=88 =0 =59B@>==>< :0=0;5 >A:>2A:>9 <57>==>9 D01@8:8.// @81>@K 8 B5E=8:0 M:A?5@8<5=B0, 2009, !6, !.11.  =0,331*60/6=3,31 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52. /   1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,539*60/5=6,46 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, !..>B0H52. /AA;54>20=85 @50:F88 nd-@0720;0 2 :8=5<0B8G5A:>9 >1;0AB8 nn-2708<>459AB28O 2 :>=5G=>< A>AB>O=88. // 72. , A5@.D87. 2009 B.73, !6, A.845.  =0,406*60/4=6,09 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 2. .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52./   1S0 " -"  + !!//  & ND-    En=40-60 -. //@83;0H5==K9 4>:;04 =0 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.112.  =30/5=6 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 8B28= .!., >B0H52 !. ., 078= .., !04K:>2 ../ >78F8>==>-GC2AB28B5;L=K9 ?@>2>;>G=>-AB@8?>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B5@><// 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. JunLVALre 15-19, 2009, Cheboksary. P.277  =6/4=1,5 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV // #AB=K9 4>:;04 =0 International Conference Nuclear Reactions on Nucleons and Nuclei, 05.09- 09.09.2009, Messina (Italy)  =6/5=1,2 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. 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C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;, // @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 !. . >B0H52, . !. >B0H52 ($"(#)), . . 0A0=>2, !. %. 0@052A:89, . . 8B28=>20./&8D@>2>5 C?@02;5=85 =0?@O65=85< ?8B0=8O 45B5:B>@>2 8 0<?;8BC4>9 2A?KH:84;O 02B><0B878@>20==>9 A8AB5<K @538AB@0F88 2 ! LINUX.// @5?@8=LVALB /  (2010) =><5@ 1269.  =4/5=.8 =48284C0;L=K9   >B0H520 !.. @025=:  = 3.86+3.31+6.46+6.09+6+1.5+1.2+1.2+.67+1.2+.44+.8=32.73LVALOGt!5@3552 ;048<8@ ;5:A0=4@>28G, @>48;AO 26.08.1933 3., :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. 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C1F>20, .. !5@3552, .. (0@0?>2, /-:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;, // @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20.  =4/9=.44 =48284C0;L=K9   A=A !5@35520 .. @025=  =3.86+ 12,18+1.2+1.2+3+.67+.44=22.55LVAL>;852 CA018 CE0@18528G, 31.03.1956, :.D.-<.=., A=A ;01>@0B>@88 !"   = 4.4 C1;8:0F88: 0.4 1) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 >=D5@5=F88: 4 1) .. >;852, "0:A0=A:89 ?>475<=K9 AF8=B8;;OF8>==K9 B5;5A:>?", 5:F8O-M:A:C@A8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3., 4!C@:>20 ==0 ;048<8@>2=0, @>48;0AL 20 45:01@O 1939 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E ..08:8=, ..>@4>2A:>9, ..!C@:>20 /. 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd. // 72. , A5@. D87., B. 74, !11, A.1646 (2010).  =.406*60/3=8.12 @5?@8=BK D.A.Zaikin, I.V.Surkova./ Nucleon semimagic numbers and neutron scattering. // Preprint LANL-nuclear theory, 1004.1502 (2010). 13 c.   = 4/2=2 ..08:8=, ..!C@:>20. / Neutron scattering and nucleon semimagic numbers.// @5?@8=B / !1273/2010 (2010). 16 A.   = 4/2=2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., >@4>2A:>9 .., !C@:>20 .. / 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd // 59 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2009 Book of abstracts. June 15-19, 2009, Cheboksary. P.251  =6/3=2 =48284C0;L=K9   A=A !C@:>2>9 .. @025=  =8,12+2+2+2=14,120fm t ! { ( / 6 = DKRY` s z'.h}A Z  `@?OGFFF:?gA" T `@?*OGFFF:?fg,Ax`@?*@FFF:?e 33cA^F`@? @FFF:?dA `@?'OGFFF:?c,Ax`@?&@FFF:?bZ,Ax`@?@FFF:?as,Ax`@?@FFF:?`K\A^r`@? @FFF:?_C33cA^F`@? @FFF:?^^ `@?::::?]=AZ  `@?pOGFFF:?\HB33MB|`6?DQ`@?X!OGFFF:?[ @A,~`@?OGFFF:?ZfC+)H&#`@?cOGFFF:?Y fBxJh`@?-OGFFF:?X{ LBn<`@?V @FFF:?WQBB `@?,OGFFF:?Vx Q/B6`@?2OGFFF:?UT >B~ `@?-OGFFF:?TwQBB `@?T,OGFFF:?SEQBB `@?,OGFFF:?RB6`@?4OGFFF:?QQBB `@?,OGFFF:?PSBrd`@?n/OGFFF:?ORQBB `@?,OGFFF:?NIQBB `@?,OGFFF:?M {T C ."jV`@? 1OGFFF:?L&CB`@? @FFF:?KBD|`6?D@@?-OGFFF:?JAL@@?@FFF:?HAl` @@?@FFF:?G A" T @@?OGFFF:?Fz A:@@? @FFF:?Er Q(@2,@@?@FFF:?Dy ̬A. @@?!OGFFF:?CyA::@@? OGFFF:?B|B   t@@?OGFFF:?A >222@@?@FFF:?@$ B@@@?OGFFF:??33A( @@?)OGFFF:?>̌@d@@?@uFFF:?=D̬A. @@?0"OGFFF:?<fBxJh@@?!~OGFFF:?;k= zB>@@?8|OGFFF:?:fRC33C ."8V@@?0HwOGFFF:?9@@?::::?8)aA &@@?h@uFFF:?LVALOGx1. 5B:>2 0;5@89 >@8A>28G, 10.05.1957, :.D.-<.=., 4>F5=B, 702. ;01. !" =48284C0;L=K9   = 210.9 C1;8:0F88: 43.53 1) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.317*30/10 = 3.95 2) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 3) V. B. Petkov, I. Alikhanov, J. Szabelski, " Lateral distribution function of high energy muons in EAS around the knee ", Nuclear Physics B (Proceedings Supplements), v.196 (2009), pp. 379-382. 0.875*30/3 = 8.75 4) T. Enqvist et al.,  EMMA: An underground cosmic-ray experiment , Nuclear Physics B (Proceedings Supplements), v.196, pp.255-258, 2009. 0.875*30/10 = 2.63 5) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 0.406*60/10 = 2.44 6) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28OLVALy <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668-670, 2009. 0.406*60/6 = 4.06 7) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 8) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 9) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 10) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "AA;54>20=85 A?5:B@0 <N>=>2 2KA>:8E M=5@389 <5B>4>< :@0B=KE 2708<>459AB289 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", /45@=0O D878:0, B.72, ! 12, A. 2112-2120, 2009. 0.539*60/6 = 5.39 11) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. VolcheLVALznko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 12) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin, "Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data", arXiv:0911.1692v1 [astro-ph.HE] 4/6 = 0.67 13) V.B. Petkov, "The Andyrchy-BUST experiment: primary spectrum and composition around the knee", arXiv:0911.5679v1 [astro-ph.HE] 4 14) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. 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Kuusiniemi, K. Loo, L. Olantera, J. Sarkamo, E. Heikkila, P. Jones, T. Kalliokoski, K. Kolos, W.H. Trzaska, H. Fynbo, L. Bezrukov, L. Inzhechik, B. Lubsandorzhiev, V. Petkov, "Cosmic-ray experiment EMMA: Tracking analysis of the first muon events", Proc. 31st ICRC, Lodz (Poland), 7-15 July 2009, icrc0996. 6*1.5/10 = 0.9 3) .. !5@3552, .. 5B:>2, -.. C3052, .. =4@552,  !8=E@>==K9 <>=8B>@8=3 =515A=>9 ?>;CAD5@K 2 ?>8A:0E :>@>B:8E >?B8G5A:8E 2A?KH5: :>A<8G5A:>3> ?@>8AE>645=8O , :>;>75<=0O 0AB@>=><8O  2009. !1>@=8: B@C4>2 :>=D5@5=F88 (3. 070=L, 22  27 023CAB0 2009 3.). .: !, 2010, AB@. 283 - 288. 4*1.5/4 = 1.5 >=D5@5=F88, =5 >?C1;8:>20=>: 40 1) V.B. Petkov,  Search for very high energy gamma-ray bursts , International Workshop  Many faces of GRB phenomena - optics vs high energy , Nizhnij Arkhyz (Russia), October 12-16, 2009. 6 2) .. 5B:>2,  >8A: 30<<0-87;CG5=8O 2KA>:>9 M=5@388 >B 30<<0-2A?;5A:>2 , A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 3) .. 5B:>2,  !?5:B@ 8 A>AB02 ?5@28G=>3> :>A<8G5A:>3> 87;CG5=8O 2 >1;0AB8 87;><0 , A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 4) V.B. Petkov,  Search for high energy gamma-ray bursts , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 5) V.B. Petkov,  Study of the primary spectrum and composition around the knee at the Andyrchy-BUST experiment , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 6) .. 5B:\LVALl>2,  >8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O 2KA>:>9 M=5@388 , A5@>AA89A:0O 0AB@>=><8G5A:0O :>=D5@5=F8O (-2010), ! , ?. 86=89 @EK7, 13-18 A5=BO1@O 2010 3. 4 7) V. Petkov,  Searching for GeV energy from short Gama-Ray Bursts , Gamma Ray Bursts 2010 Conference, Nov 1-4, 2010, Annapolis, USA. 6 8) .. 5B:>2,  >8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O 2KA>:>9 M=5@388 , AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0  2010, >A:20,  , 21-21 45:01@O 2010. 4 C:>2>4AB2> 0A?8@0=B><: 2*30 = 60 1) 0?>=5=:> .., 0A?8@0=BC@0 /, 2009 3., 2010 3. 2) >G:0@>2 .., 0A?8@0=BC@0 /, 2009 3., 2010 3. C:>2>4AB2> 48?;><=8:0<8: 2*10=20 1) CG<57>2 .., #, 2009, <038AB5@A:0O 48AA5@B0F8O "7CG5=85 E0@0:B5@8AB8: AF8=B8;;OF8>==>3> 45B5:B>@0 B5?;>2KE =59B@>=>2". 2) 0@0G:>2 .., .$#, 2010, ?>43>B>2:0 <038AB5@A:>9 48AA5@B0F88  07@01>B:0 8 A>740=85 1KAB@>3> AF8=B8;;OF8>==>3> 45B5:B>@0 4;O 7040G 30<<0  0AB@>=><88 (70I8B0 2 2011).LVALOG}>2>A5;LF52 .@89 $54>@>28G, 20.09.1950, 4.D.-<.=., 2=A ;01>@0B>@88 !"   = 62.51 C1;8:0F88: 40.51 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation" J. Phys. G: Nucl. Part. Phys. v.36 (2009) 025009 2.124*30/3 = 21.24 2) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668-670. 0.406*60/6 = 4.06 3) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 4) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "AA;54>20=85 A?5:B@0 <N>=>2 2KA>:8E M=5@389 <5B>4>< :@0B=KE 2708<>459AB289 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", /45@=0O D878:0, B.72, ! 12, A. 2112-2120, 2009. 0.539*60/6 = 5.39 5) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin, "Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data", arXiv:0911.1692v1 [astro-ph.HE] 4/6 = 0.67 6) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "On the total cross sections of -N and - interactions at high energies "s = 10 - 1000 GeV", Nuclear Physics B (Proc. Suppl.) 196, 126 131, 2009. 0.875*30/3 = 8.75 >=D5@5=F88: 22 1) Yu.F. Novoseltsev, "Search for neutrino bursts from gravitational collapse of stars at the Baksan Undergr LVAL ound Scintillation Telescope", 11-th ICATPP Conference, Como (Italy), 5-9 October 2009, oral. 6 2) ..$. >2>A5;LF52, "@C??K <N>=>2 2KA>:8E M=5@389 ?>4 75<;59", 5:F8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3. 4*1.5 = 6 3) ..$. >2>A5;LF52, "0:A0=A:89 ?>475<=K9 AF8=B8;;OF8>==K9 B5;5A:>?", 5:F8O-M:A:C@A8O =0 24-9 :>=D5@5=F88 ?> 2708<>459AB28N 8=B5=A82=KE ?>B>:>2 M=5@388 A 25I5AB2><, @8M;L1@CAL5, 1-6 <0@B0 2009 3. 4 4) Yu.F. Novoseltsev, "On the energy spectrum of cosmic ray muons in 100 TeV region", 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6LVALOG60??C52 0E8@ 0=8O;>28G, 05.05.1953, :.D.<.=., A=A ;01>@0B>@88 !"   = 57.7 C1;8:0F88: 33.69 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 0.406*60/10 = 2.436 3) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.406*60/10 = 2.436 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 5) ..;5:A55=:>, ...02@8;N:, ..@><CH:8=, ..60??C52, .#.C46052, ..C7L<8=>2, ..8E09;>20, ...!B5=L:8=, ..!B5?0=>2,  >@@5;OF8O 20@80F89 ?>B>:0 B5?;>2KE =59B@>=>2 87 75<=>9 :>@K A ;C==K<8 D070<8 8 A A59A<8G5A:>9 0:B82=>ABLN , $878:0 5<;8, 2009, !8, A.91-100. 0.36*60/9 = 2.4 6) .. ;5:A55=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, ..!B5?0=>2, .. '5@=O52.   @538AB@0F88 0LVAL=87>B@>?88 ?>B>:0 :>A<8G5A:8E ;CG59 2 480?07>=5 M=5@389 10  100 "M2 =0 <>45@=878@>20==>9 CAB0=>2:5 >2Q@-2 , 72. , A5@. D87., B. 73, !5, A. 609-611, 2009. 0.406*60/7 = 3.48 7) .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20,  >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 , 8AL<0 2 AB@>=><8G5A:89 C@=0; , 2010, B>< 36, !6, A.439-444. 0.943*60/5 = 11.32 8) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.871*60/10 = 5.23 9) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , Nucl.Phys.Proc.Suppl.196:179-182,(2009). 0.875*30/9 = 2.92 10) 7) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , arXiv:0902.2967 [astro-ph.GA], (2009). 4/9 = 0.44 >=D5@5=F88 14 1) .. 60??C52,  $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 2) .. 60??C52,  A4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne =105  107 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 3) D.D.Dzhappuev,  Hadrons with energies of Eh >50 MeV in EAS with Ne = 105 - 107 , 22nd European Cosmic Ray LVAL*Symposium, August 3 6, 2010, Turku, Finland. 6 C:>2>4AB2> 48?;><=8:0<8: 10 1) 0@0G:>2 .., .$#, 10:0;02@A:0O @01>B0  AA;54>20=85 E0@0:B5@8AB8: 45B5:B>@0 B5?;>2KE =59B@>=>2 , 2009.LVALOG/=8= ;5:A59 $54>@>28G, 07.05.1950, :.D.-<.=., A=A ;01>@0B>@88 !"   = 21.6 C1;8:0F88: 15.6 1) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.317*30/10 = 3.95 2) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 3) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 5) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. VolchLVALenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 6) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 7) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.728*30/10 = 2.18 8) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 13 LVAL 7, 2K?CA: 3, AB@. 460-472, 2010. 0.871*60/10 = 5.23 >=D5@5=F88: 6 1) A.F. Yanin,  Multichannel data acquisition system for scintillation detectors of the Emma experiment , 22nd European Cosmic Ray Symposium, (Turku, Finland, 3 - 6 August 2010). 6LVALOG>;G5=:> ;048<8@ 20=>28G, 09.03.1952, :.D.-<.=., A=A ;01>@0B>@88 !"   = 27.4 C1;8:0F88 : 21.39 1) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.406*60/10 = 2.436 2) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.317*30/10 = 3.95 4) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 5) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 6) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays fromLVAL primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 7) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 8) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 9) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010.. 0.8LVALH728*30/10 = 2.18 10) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , Nucl.Phys.Proc.Suppl.196:179-182,(2009). 0.875*30/9 = 2.92 11) 7) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , arXiv:0902.2967 [astro-ph.GA], (2009). 4/9 = 0.44 12) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.871*60/10 = 5.23 >=D5@5=F88: 6 1) , V.I. Volchenko,  The features of electronics structure of the multichannel scintillation module for the  experiment , 22nd European Cosmic Ray Symposium, (Turku, Finland, 3 - 6 August 2010). 6LVALOG>2>A5;LF520 8B0 8:B>@>2=0, 12.11.1957, =A ;01>@0B>@88 !"   = 66.5 C1;8:0F88: 40.51 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov, "Multiplicity of photohadronization and photon-hadron scaling violation" J. Phys. G: Nucl. Part. Phys. v.36 (2009) 025009 2.124*30/3 = 21.24 2) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "@0B=K5 2708<>459AB28O <N>=>2 2 !"", 725AB8O , A5@. D87., B.73, ! 5, AB@. 668-670, 2009. 0.406*60/6 = 4.06 3) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 4) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=, "AA;54>20=85 A?5:B@0 <N>=>2 2KA>:8E M=5@389 <5B>4>< :@0B=KE 2708<>459AB289 ?> 40==K< 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0", /45@=0O D878:0, B.72, ! 12, A. 2112-2120, 2009. 0.539*60/6 = 5.39 5) A.G. Bogdanov, R.P. Kokoulin, Yu.F. Novoseltsev, R.V. Novoseltseva, V.B. Petkov, A.A. Petrukhin, "Energy spectrum of cosmic ray muons in ~ 100 TeV energy region reconstructed from the BUST data", arXiv:0911.1692v1 [astro-ph.HE] 4/6 = 0.67 6) Yu.F. Novoseltsev, R.V. Novoseltseva and G.M. Vereshkov, "On the total cross sections of -N and - interactions at high energies "s = 10 - 1000 GeV", Nuclear Physics B (Proc. Suppl.) 196, 126 131, 2009. 0.875*30/3 = 8.75 >=D5@5=F88 26 1) R.V. Novoseltseva, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground LVAL Scintillation Telescope", (Lodz, Poland, 7-15 July 2009), oral. 6 2) .. >2>A5;LF520, "B:;8: 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0 =0 =59B@8==K9 2A?;5A: 2 @07;8G=KE <>45;OE 27@K2>2 A25@E=>2KE ", 5:F8O =0 10-9 ( -"$, @8M;L1@CAL5, 18-24 >:BO1@O 2009 3. 4*1.5 = 6 3) .. >2>A5;LF520, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, #, 5-9 8N;O 2010. 4 4) R.V. Novoseltseva et al. "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 5) .. >2>A5;LF520, "01;N45=85 70 0;0:B8:>9 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", A5@>AA89A:0O 0AB@>=><8G5A:0O :>=D5@5=F8O 2010, ! , 86=89 @EK7, 13-18 A5=BO1@O 2010 3. 4LVAL C@5=O ;5:A0=4@ 8:>;0528G, 14.01.1978, <=A ;01>@0B>@88 !"   = 2.6 C1;8:0F88: 2.63 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63!B@830=>2 5B@ !5<5=>28G, 22.09.1951, =A ;01>@0B>@88 !"   = 0.4 C1;8:0F88: 0.4 1 R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4LVALOGC46052 ;5:A0=4@ #@CH15:>28G, 30.01.1952, =A ;01>@0B>@88 !"   = 33.7 C1;8:0F88: 33.69 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) .. 60??C52, .#. C46052, ..;5:A55=:>, .$. ;8<5=:>, .!. 8420=A:89, ..8E09;>20, .. 5B:>2, ...!B5=L:8=, .. '5@=O52, .. &O1C:, "7CG5=85 <N>==>9 8 04@>==>9 :><?>=5=B ( =0 CAB0=>2:5 >25@-2", 725AB8O , A5@. D87., B.73, ! 5, AB@. 642-644, 2009. 0.406*60/10 = 2.436 3) ...!B5=L:8=, ..;5:A55=:>, ..>;G5=:>, ..@><CH:8=, ..60??C52, .#.C46052, ..8E09;>20, ..5B@CE8=, ..!B5?0=>2, ..!C;0:>2, ..&O1C:, ../H8=,  0: 2K3;O48B ( 2 B5?;>2KE =59B@>=0E , 725AB8O , A5@.D87., 2009. B>< 73, !5,A. 647-649 0.406*60/10 = 2.436 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph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lekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , Nucl.Phys.Proc.Suppl.196:179-182,(2009). 0.875*30/9 = 2.92 10) V.V. Alekseenko, A.B. Cherniaev, D.D. Djappuev, N.F. Klimenko, A.U. Kudjaev, O.I. Michailova, Yu.V. Stenkin, V.I. Stepanov, V.I. Volchenko,  10-100 TeV cosmic ray anisotropy measured at the Baksan EAS  Carpet array , arXiv:0902.2967 [astro-ph.GA], (2009). 4/9 = 0.44LVALOG>;G5=:> 0;8=0 0A8;L52=0, 30.03.1952, =A ;01>@0B>@88 !"   = 15.6 C1;8:0F88 : 15.6 1) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.317*30/10 = 3.95 2) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 3) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 5) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. VolchLVALenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 6) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 7) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.728*30/10 = 2.18 8) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, LVAL* B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.871*60/10 = 5.23LVALOG70?0@>20 @8=0 09@0<>2=0, 27.04.1961, =A ;01>@0B>@88 !"   = 21.6 C1;8:0F88: 15.6 1) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparova, I.Sh.Davitashvili, T.Enqvist, H.Fynbo, Zh.Sh.Guliev, L.V.Inzhechik, A.O.Izmaylov, J.Joutsenvaara, M.M.Khabibullin, A.N.Khotjantsev, Yu.G.Kudenko, P.Kuusiniemi, B.K.Lubsandorzhiev, O.V.Mineev, L.Olantera, V.B.Petkov, R.V.Poleshuk, T.Raiha, B.A.M.Shaibonov, J.Sarkamo, A.T.Shaikhiev, W.Trzaska, V.I.Volchenko, G.V.Volchenko, A.F.Yanin, N.V.Yershov, "Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment", Nuclear Instruments and Methods in Physics Research A 610 (2009) 419 422. 1.317*30/10 = 3.95 2) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 3) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 5) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "ExpeLVALrimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4 6) L. Bezrukov, K. Butin, I. Davitashvili, I. Dzaparova, T. Enqvist, H. Fynbo, L. Golyshkin, Zh. Guliev, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu.Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, T. Raiha, J. Sarkamo, B. Shaibonov, A. Shaykhiev, W. Trzaska, G. Volchenko, V. Volchenko, A. Yanin, N. Yershov, D. Zykov, "Geiger mode APD s for the underground cosmic ray experiment EMMA", arXiv:0909.1451v1 [physics.ins-det] 4/10 = 0.4 7) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.728*30/10 = 2.18 8) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010.  LVAL 0.871*60/10 = 5.23 >=D5@5=F88: 6 1) I.M. Dzaparova,  Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers , 22nd European Cosmic Ray Symposium, Turku, Finland, 3 - 6 August 2010. 6HLVALX>G:0@>2 0EB8 0AECB>28G, 21.03.1985, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / .   = 13*1.5 = 19.5 C1;8:0F88:: 3.0 1) J. Szabelski, for the Carpet-3 collaboration, "Carpet-3 - a new experiment to study primary composition around the knee", Nuclear Physics B (Proc. Suppl.) 196 (2009) 371 374. 0.875*30/10 = 2.63 2) R.V. Novoseltseva, M.B. Boliev, I.M. Dzaparova, M.M. Kochkarov, S.P. Mikheyev, Yu.F.Novoseltsev, V.B. Petkov, P.S. Striganov, G.V. Volchenko, V.I. Volchenko, A.F. Yanin, "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", arXiv:0910.0738 [astro-ph.HE], 2009 4/10 = 0.4 >=D5@5=F88: 10 1) .. >G:0@>2  54:85 A>1KB8O =0 0:A0=A:>< >475<=>< !F8=B8;;OF8>==>< "5;5A:>?5 , 11-O ( -"$, @8M;L1@CAL5, 17 - 23 >:BO1@O 2010 3. 4 2) M.M. Kochkarov,  Search for rare events at the Baksan underground scintillation telescope , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland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etkov, E.V. Bugaev, P.A. Klimai, M.V. Andreev, V.I. Volchenko, G.V. Volchenko, A.N. Gaponenko, Zh.Sh. Guliev, I.M. Dzaparova, D.V. Smirnov, A.V. Sergeev, A.B. Chernyaev, A.F. Yanin, "Searching for Very-High-Energy Gamma-Ray Bursts from Evaporating Primordial Black Holes", arXiv:0808.3093v1 [astro-ph], 2008. 4/10 = 0.4 4) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, I.M. Dzaparova, Zh.Sh. Guliev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of very high energy gamma rays from primordial black holes", arXiv:0906.3179v1[astro-ph.CO] 4/10 = 0.4 5) E.V. Bugaev, V.B. Petkov, A.N. Gaponenko, P.A. Klimai, M.V. Andreev, A.B. Chernyaev, I.M. Dzaparova, D.D. Dzhappuev, Zh.Sh. Guliev, N.S. Khaerdinov, N.F. Klimenko, A.U. Kudzhaev, A.V. Sergeev, V.I. Volchenko, G.V. Volchenko, A.F. Yanin, "Experimental search of bursts of gamma rays from primordial black holes using different evaporation models", arXiv:0906.3182v1 [astro-ph.CO] 4/10 = 0.4LVALRCG<57>2 7@5B CE0@18528G, 09.03.1986, AB065@-8AA;54>20B5;L ;01. !".   = 4*2 = 8 C1;8:0F88:: 0 >=D5@5=F88: 4 1) .. CG<57>2,  AA;54>20=85 04@>=>2 =0 CAB0=>2:5 >25@-2 , 11-O ( -"$, @8M;L1@CAL5, 17 - 23 >:BO1@O 2010 3. 4>ABN: 8E08; @83>@L528G, 25.11.1954, =A ;01>@0B>@88 !"   = 20.0 C1;8:0F88: 0 >=D5@5=F88: 20 1) .. >ABN:,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 2) .. >ABN:,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 3) M.G. Kostyuk,  Forbush decreases influence on registered high energy muon flux , 22nd European Cosmic Ray Symposium in Turku, Finland, 3 - 6 August 2010. 6 4) M.G. Kostyuk,  Temperature variations of high energy muon flux , 22nd European Cosmic Ray Symposium in Turku, Finland, 3 - 6 August 2010. 6LVALOG>@1C=>2 <8B@89 !5@35528G, @>4. 20.01.1975, A.=.A. "$,   70 2009-201033. 1. C1;8:0F88  CONSTARINTS ON THE FLUX OF PRIMARY COSMIC-RAY PHOTONS AT ENERGIES E>10^18 EV FROM YAKUTSK MUON DATA , A. GLUSHKOV, I. MAKAROV, M. PRAVDIN, I. SLEPTSOV, D. GORBUNOV, G. RUBTSOV, S. TROITSKY, PHYS. REV. D82 (2010) 041101, E-PRINT: ARXIV:0907.0374 [ASTRO-PH.HE],  =(4+30*4.922)/7=21.666  THE MINIBOONE ANOMALY, DS-> MU NU AND HEAVY STERILE NEUTRINO , PHYS. REV. D81 (2010) 075013, E-PRINT: ARXIV:0907.4666 [HEP-PH],  =(4+30*4.922)/2=75.83  ON INITIAL CONDITIONS FOR THE HOT BIG BANG , F. BEZRUKOV, D. GORBUNOV, M. SHAPOSHNIKOV, JCAP 0906 (2009) 029, E-PRINT: ARXIV:0812.3622 [HEP-PH],  =(4+30*6.502)/3=66.353  LIGHT INFLATON HUNTER'S GUIDE , F. BEZRUKOV, D. GORBUNOV, JHEP 1005 (2010) 010, E-PRINT: ARXIV:0912.0390 [HEP-PH],  =(4+30*6.019) /2=92.285  SCALARON THE MIGHTY: IS A QUICK MARE IN TIME EVERYWHERE? , D. GORBUNOV, A. PANIN, E-PRINT: ARXIV:1009.2448 [HEP-PH],  =4/2=2  INVISIBLE HIGGS IN WEAK BOSONS ASSOCIATIVE PRODUCTION WITH HEAVY QUARKS AT LHC: PROBING MASS AND WIDTH , E. BOOS, D. GORBUNOV, S. DEMIDOV,  =4/3=1.333  =259.467 2. +  $ &/%  (% 4 &  !  8-  (  " "'! $ FROM NUCLEAR PHYSICS TO ASTROPHYSICS AND COSMOLOGY, #, /, DIAS-TH, / , 31 --- $ , 7, 2010,  =20 3 5:F88 ?> B5>@88 @0==59 A5;5==>9 =0 44->9 H:>;5 /$, >I8=>, $, 9-14 <0@B0 2010, (>?C1;8:>20=K 2 B@C40E),  =20*1.5=30 3 5:F88 ?> :>A<>;>388 8 D878:5 =59B@8=> 4;O ABC45=B>2, 0A?8@0B=>2 8 =0CG=KE A>B@C4=8:>2 =AB8BCB0 "5>@5B8G5A:>9 $878:8 8<. >3>;N1>20, 852, 45:01@L 2010,  =30 2 5:F88 + 1 0=OB85 4;O CG8B5;59 2 @0<:0E >1@07>20B5;L=>9 ?@>3@0<<K CERN, 1-6 =>O1@O, CERN, 5=520, (259F0@8O,  =20 1 5:F8O 4;O AB0@H5:;0AA=8:>2 5=8=3@04A:>9 >1;0AB8, 2845>:>=D5@5=F8O 2 45:01@O 2010,  =6 44th Rencontres de Moriond, "Very High Energy Phenomena in the Universe", February 1-8, 2009, LaLVAL Thuile, Italy (>48= 87 B@QE A>02B>@>2 4>:;040, >?C1;8:>20==>3> 2 B@C40E :>=D5@5=F88),  =6*1.5/3=3 19th International WorkShop "High Energy Physics and Quantum Field Theory", 8-15 September 2010, Golitsyno, Moscow, Russia, (>48= 87 B@QE A>02B>@>2 4>:;040, >?C1;8:>20==>3> 2 B@C40E),  =4*1.5/3=2 14th Lomonosov Conference on Elementary Particle Physics, 19-25 August, 2009 at the Moscow State University, Moscow, Russia, (1 ?@83;. 4>:;04),  =20 NEW OPPORTUNITIES IN THE PHYSICS LANDSCAPE, 10-13 MAY, 2009, CERN, GENEVA, SWITZERLAND, (  " % !"   . ),  =30/3=10 31 ST INTERNATIONAL COSMIC RAY CONFERENCE JULY 7 - 15, 2009, LODZ, POLAND (  7 !"  A, #  " #%),  = 6*1.5/7=1.29 21 st Rencontres de Blois "Windows to the Universe" June 21-26, 2009 (>48= 87 7 A>02B>@>2 4>:;04a, >?C1;8:>20==>3> 2 B@C40E),  = 6*1.5/7=1.29 YKIS 2010, Long-term Workshop on "Gravity and Cosmology", GC2010, May 24 - July 17, YITP, Kyoto, Japan (1 ?@83;. >:;04),  =30 5 TH OPEN MEETING OF THE BELLE II COLLABORATION, KEK, TSUKUBA, JAPAN, MARCH 31-APRIL 2, 2010, (1  . ),  =30 15th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, N=L 6-12, 2010, (4>:;04 A >4=8< A>02B>@><)  =4/2=2  =205.58 3. #!" ! " !!" ! .. #+ (. %,&, ! "#  # ! $ / 2008),  =2*30/2=30 #!"  (. " , 2009-2010, !"#" #) !!" ! !.. +,  =2*10/2=10 #!"  (. $, 2010, !"#" #) !!" ! !.. " &,  =10/2=5 C:>2>4AB2> 48?;><=8:>< (!. %0=0=58=0, 2010, ABC45=B:0 #)  =10 C:>2>4AB2> 48?;><=8:>< (. AB0?>2, 2010, ABC45=B #)  =10 C:>2>4AB2> 48?;><=8:>< (. 20=>20, 2009, ABC45=B:0 #)  =10 C:>2>4AB2> 48?;><=8:>< (. >@>B552, 2010, ABC45=B $")  =10 C:>2>4AB2> 48?;><=8:>< (. 0=>H8=, 2010, ABC45=B $") LVAL =10 C:>2>4AB2> 48?;><=8:>< (. O1;>2A:89, 2009, ABC45=B $") A>2<5AB=> A !.. "@>8F:8<,  =10/2=5 C:>2>4AB2> 48?;><=8:>< ($. ><?5, 2009, ABC45=B #) A>2<5AB=> A !.. "@>8F:8<,  =10/2=5 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (. AB0E>2, 2009),  =30/2=15 C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (. 8@?8G=8:>2, 2009),  =30/2=15  =135 4. >@01>B:0 :C@A0 @>1;5<K D878:8 G0AB8F 8 :>A<>;>388 4;O ABC45=B>2 5-3> :C@A0 :0D54@K DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388 D0:C;LB5B0 ?@>1;5< D878:8 8 M=5@35B8:8 $". 5A=0->A5=L 2009, 2010,  =8*4=32 740=85 :=838 Introduction to the Theory of the Early Universe: The Hot Big Bang Theory (Dmitry S. Gorbunov, Valery A. Rubakov), World Scientific Publishing Company, 2010, ISBN 978-981- 4322-24-9, 5G.;.=550pp/16=32.5,  =2*34.375/2=34.375   INTRODUCTION TO THE THEORY OF THE EARLY UNIVERSE: COSMOLOGICAL PERTURBATIONS AND INFLATIONARY THEORY(DMITRY S. GORBUNOV, VALERY A. RUBAKOV), WORLD SCIENTIFIC PUBLISHING COMPANY, 2010, ISBN 978-981-4322-22-5, '..=520PP/16=32.5,  =2*32.5/2=32.5 740=85 :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. >A<>;>38G5A:85 2>7<CI5=8O. =D;OF8>==0O B5>@8O (.!. >@1C=>2, .. C10:>2), >A:20 2010,  !, ISBN 978-5-396-00046-9, 5G.;. 34.2, B@5BL ?5@5@01>B0=0,  =2*34.2/2/3=11.4     " .  !. !'! #)/. $/&/ " / (.!.  #, .. #), ! 2009, / , ISBN 978-5-94274-079-5, '.. 65.72,  =2*65.72/2=65.72  =175.995 5. B>3>,  =776.0426LVALF 0AG5B ?@=4 82>20@>20 . . 70 2009-2010 33 BFKL jets: Search for Higgs boson and graviton at the LHC. V.T. Kim, (St. Petersburg, INP) , S.V. Evstyukhin, (St. Petersburg, INP) , V.B. Gavrilov, (Moscow, ITEP) , A.A. Krokhotin, (Moscow, ITEP) , V.A. 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A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =LVAL6 1.5/10=0.9 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. 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Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 __________________________________________________________________- ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 C:>2>4AB2> 48?;><=8:0<8 - >48= 48?;><=8: 2 20093.8 2 20103. #( 5=8A ;5:A0=4@>28G. !BC45=B $", 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2008 3>4C, =0 720=85 <038AB@0 2 2010 3>4C, A 8N;O 2010 3>40 0A?8@0=B /    = 10 + 30 = 40 C:>2>4AB2> 0A?8@0=B><  >48= 0A?8@0=B 2 2009 8 20103.3. (59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.20073. ?> =0AB>OI55 2@5<O. !B065@-8AA;54>20B5;L - A 14.05.20073. ?> 1.01.20103., 70B5< <.=.A. - ?> =0AB>OI55 2@5<O   = 302 = 60 !C<<0@=>5   = 38.33LVAL + 60 + 40= 138.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG  ;53 8:>;0528G. 29.04.1966. 0=4. D87.-<0B. =0C:. 0CG=K9 A>B@C4=8: -.   70 2009  2010 3.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6 1.5/10=LVAL0.9 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume LVALNeutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July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o 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327. LVAL =6 1.5/10=0.9 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a VerLVAL$y Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 ________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG68;:81052 0=-@KA 038A>28G. >4. 12.09.19513. >:B>@ D87-<0B.=0C:. 54CI89 =0CG=K9 A>B@C4=8: -,   70 2009-2010 3.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: _1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  LVAL=6 1.5/10=0.9 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very LaNLVAL^rge Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 ________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 C:>2>4AB2> A>8A:0B5;5< 2 2008 8 4> A5@548=K 2009 3.3. ((091>=>2 08@ ;5:A0=4@>28G. >4. 24.02.19803. :>=G8; 0A?8@0=BC@C /  5.05.20063. 0G8A;5= 2 ;01>@0B>@8N - =0 4>;6=>ABL <;04H53> =0CG=>3> A>B@C4=8:0 3 8N;O 20063. 0I8B8; :0=4840BA:CN 48AA5@B0F8N 2 45:01@O 2010 3>40)   = 30 !C<<0@=>5 7=0G5=85   = 38.33 + 30 = 68.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG ( ;5:A0=4@ ;5:A0=4@>28G, @>4. 23.02.1962, =0CG=K9 A>B@C4=8:, -,   70 2009-2010 3.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6 1.5/10=0.9 7. A. ALVALvrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino TelesLVALcope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 _________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG # ;048<8@ ;5:A0=4@>28G. >4.8.04.19513. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   2009-20103.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6LVAL 1.5/10=0.9 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very LargeLVAL Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 22. E.G.Anassontzis et.al (7 authors), Optical calibration from tens to hundreds of meters for a neutrino telescope. International Workshop on a Vary Large Volume Neutrino Telescope for the Mediterranean Sea , Toulon, Var, France, April 22-24 2008 (VLVnT08), NIM A, 602(2009) 190  192.   = 61.50.5/7= 0.643 24. V.A.Zhukov on behalf of the KM3NeT collaboration. Light Transmission Measurements with LAMS in the Mediterranean Sea. International Workshop on a Vary Large Volume Neutrino Telescope for the Mediterranean Sea, Athens, October 13  15 2009 (VLVnT09).   = 61.5/10 = 0.9 ------------------------------- B>3> (4>:;04K): 32.643 -------------------------------- 0CG=>->1@07>20B5;L=K5 :C@ LVAL AK: 1. C@A CAB0=>2>G=KE 8 >17>@=KE ;5:F89 8 ?@0:B8G5A:8E 70=OB89 ?> 48AF8?;8=5 "5>@5B8G5A:85 >A=>2K ?@>3@5AA82=KE B5E=>;>389. $878:0 4;O ABC45=B>2-70>G=8:>2. >A:>2A:89 3>AC40@AB25==K9 >B:@KBK9 C=825@A8B5B (#). $0:C;LB5B 0H8=>AB@>5=85 8 D0:C;LB5B 2B><5E0=8:0. B>@>9 A5<5AB@ 2008/2009 CG.3>40. 36 G0A>2 ;5:F89 + 16 G0A>2 ?@0:B8G. = 52 G0A0. ( 07@01>B0= 2?5@2K5).   = 30 ________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 32.643 + 30 = 69.873 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG# @:0489 8E09;>28G. >4. 02.02.19313. 0=4. B5E=. =0C:. 0CG=K9 A>B@C4=8: -.   70 2009-20103.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6 1.5/10=0.9 LVAL 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutr(LVAL8ino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 _________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG(' =4@59 5B@>28G. 16.05.1962 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2009-20103.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6 1.5/10=0.9 7. A. AvLVALrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino TeleschLVALxope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 _________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG#( 5=8A ;5:A0=4@>28G. 03.01.19873. A?8@0=B /  A 8N=O 2010 3>40. !B065@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2009-20103.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910LVAL.4327.  =6 1.5/10=0.9 7. A. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop LVALon a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 _________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 31.1 = 38.33 ! CG5B>< :>MDD8F85=B0 1.5 :0: 0A?8@0=BC 70 @01>BK 2010 3>40 AC<<0@=>5 7=0G5=85   A>AB02;O5B:   = 38.3 + 9.4 = 47.7 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG/(# ;048<8@ 20=>28G, :0=4840B D87.-<0B. =0C:, AB0@H89 =0CG=K9 A>B@C4=8: -.   70 2009-20103.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6 1.5/10=0.9 7. ALVAL. Avrorin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino TeLVALlescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 22. Dmitry Chernov, Vladimir Lyashuk, Evgeniy Novikov  The proposed experiment for search of acoustic phenomena from extensive atmospheric showers in Baikal", ARENA08, Rome, Italy, June 25-27 2008, NIM A 604 (2009), p.S182-S184.  =61.50.5/3= 1.5 23. ..!.NB>AB0=A:89, ..OIC:, ..0=>2,  0AG5BK >1@07>20=8O B@0=AC@0=>2KE M;5<5=B>2 2 8=B5=A82=KE =59B@>==KE ?>B>:0E 2 048010B8G5A:8E CA;>28OE .59->5 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 "/  2009". 15-19 8N=O 2009, '51>:A0@K, >AA8O.   = 41.5 / 3 = 2 24. ..!.NB>AB0=A:89, ..OIC:, ..0=>2  >;L 70?074K20NI53> 45;5=8O 2 =C:;5>A8=B575 BO65;KE O45@ . 59->5 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O LVAL 4@0 "/  2009". 15-19 8N=O 2009, '51>:A0@K, >AA8O.   = 41.5/3 = 2 ---------------------------------------- B>3> (4>:;04K): 36.6 ________________________________________________________________ ", 70 2009-2010 3>4K:   = 7.23 + 36.6 = 43.83 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVALOG$ =4@59 20=>28G. 28.11.56 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2009-20103.3. C1;8:0F88: 1. ..2@>@8= 8 4@., ">8A: =59B@8=> 2KA>:8E M=5@389 2 09:0;LA:>< =59B@8==>< M:A?5@8<5=B5", 8AL<0 2 0AB@>=><8G5A:89 6C@=0;, B.35, No 10, A. 723-735, 2009.  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  >8A: <N>==KE =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< 3;C1>:>2>4=>< B5;5A:>?5 "200 , @5?@8=B /  1211/2009.  =4/10=0.4 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =4/10=0.4 ------------------------------------------------------- B>3> (AB0BL8): 7.23 ------------------------------------------------------- >:;04K: 1. ..9=CB48=>2 8 4@., "!B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0", ", 30-O A5@>A89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, !0=:B-5B5@1C@3, >AA8O, 2-7 N;O 2008, 725AB8O , A5@8O D878G5A:0O, B>< 73, N 5, A. (2009) 682-684.  =41.50.5/10=0.3 2. A. Avrorin et al., "The BAIKAL neutrino telescope and km3 perspective", the Proceedings of 13th International Workshop on Neutrino Telescopes, Ed. by Milla Baldo Ceolin, Venice, Italy, March 10-13, p. 195-204, 2009.  =61.5/10=0.9 3. A. Avrorin et al., "Status of the BAIKAL neutrino experiment", 31st ICRC, Lodz, Poland, July 2009.  =61.5/10=0.9 4. A.Avrorin et al., "Survey of the Sun in the Lake Baikal neutrino experiment", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5589.  =61.5/10=0.9 5. A. Avrorin et al., "Search for a diffuse flux of high-energy neutrinos with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009, arXiv:0909.5562.  =61.5/10=0.9 6. A. Avrorin et al., "Search for neutrinos from gamma-ray bursts (GRB) with the Baikal neutrino telescope NT200", 31st ICRC, Lodz, Poland, July 2009; arXiv:0910.4327.  =6 1.5/10=0.9 7. A. AvroLVALrin et al., "Acoustic search for high-energy neutrinos in Lake Baikal: status and perspectives", 31st ICRC, Lodz, Poland, July 2009. arXiv:0910.0678.  =61.5/10=0.9 8. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123  =61.5/10=0.9 9. A.Avrorin et al., "PHYSICS RESULTS AND PERSPECTIVES OF THE BAIKAL NEUTRINO PROJECT", the , Moriond, France, 1-5 July, 2009.  =61.5/10=0.9 10. A. Avrorin et al., "BAIKAL NEUTRINO EXPERIMENT", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, (2010),doi:10.1016/j.nima.2010.06.209.  =301.5/10=4.5 11. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A,(2010), doi:10.1016/j.nima.2010.06.041  =301.5/10=4.5 12. V.Aynutdinov, et al., "Baikal neutrino experiment: from NT200 to NT1000''. 14th Lomonosov Conference on Elementary Particles, Moscow, Russia, August 20-25 2009.   = 20*0.1 = 2.0 13. V.Aynutdinov, et al., "Baikal neutrino telescope: An underwater laboratory for astroparticle physics and environmental studies", Int. Conf. on Instrumentation for colliding beam physics, Novosibirsk, 28 February 2008, NIM A598 (2009) 282-288.  =301.50.5/10=2.25 14. V.Aynutdinov, et al., "The BAIKAL neutrino experiment - physics results and perspectives'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino Telescope, Toulon, France, April 22-24, 2008, NIM A602 (2009) 14-20.  =301.50.5/10=2.25 15. V.Aynutdinov, et al., "The prototype string for the km3-scale Baikal neutrino telescope'', Proc. of the 3rd International Workshop on a Very Large Volume Neutrino TelescopLVAL e, Toulon, France, April 22-24, 2008, NIM A602 (2009) 227-234.  =61.50.5/10=0.45 16. V.M.Aynutdinov et al., "High energy neutrino acoustic detection in Lake Baikal: Status and results", ARENA08, Rome, Italy, June 25-27 2008,NIM A604, (2009), 130-135.  =61.50.5/10=0.45 17. N. Budnev et al.,  The Baikal neutrino telescope ,Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010  =6/10=0.6 18. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , Aynutdinov, 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, (2010), doi:10.1016/j.nima.2010.09.137  =301.5/10=4.5 19. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment 16th International Seminar on High Energy Physics (QUARKS 2010), Kolomna, Russia, 6-12 June, 2010.  =61.5/10=0.9 20. N.M.Budnev et al., 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010.  =6/10=0.6 21. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0. 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010.  =41.5/10=0.6 ------------------------------- B>3> (4>:;04K): 31.1 _________________________________________________________________ ", 70 2009-20010 3>4K:   = 7.23 + 31.1 = 38.33 0254CNI89 ;01>@0B>@859 - ..><>30F:89LVAL! 0;5@89 8B0;L528G. >4. 10.12.1957. 0=4840B D878:>-<0B5<0B8G5A:8E =0C:, AB0@H89 =0CG=K9 A>B@C4=8:.   70 2009-2010 3.3. C1;8:0F88: 1. ..>?59:8=, .. 0GC;8=, .. 8:0M;O=, .. !8=52, .. !:>@>E20B>2, !.. !CE>B8=, ..-B5=:>  @>5:B (>>7-2 ?>8A: C3;0 A<5H820=8O =59B@8=> , /45@=0O D878:0, B. 72, !2, A.307, 2009.   = 0.49160/7 = 4.21 2. .. !8=52. ?@545;5=85 A?5:B@>2 0=B8=59B@8=> >B45;L=KE 45;OI8EAO 87>B>?>2 2 ?@O<>< M:A?5@8<5=B5 =0 O45@=>< @50:B>@5, /45@=0O D878:0, B. 72, !11, A., 2009.   = 0.49160 = 29.46 3. . . 0@010=>2, ./. >28:>20, .. !8=52, .. /=>28G AA;54>20=85 ?@8@>4=KE ?>B>:>2 =59B@8=> ?@8 ?><>I8 AF8=B8;;OF8>==>3> 45B5:B>@0 1>;LH>3> >1J5<0 =0 0:A0=5, @5?@8=B /-1228/2009.   = 4/4 = 1.0 4. . . 0@010=>2, .. 57@C:>2, .. 0=8;>2, !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, . . /=>28G. 84:85 >@30=8G5A:85 AF8=B8;;OB>@K =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0), @5?@8=B /-/2010.   = 4/8 = 0.5 ------------------------------------- B>3> (?C1;8:0F88) = 35.17 ------------------------------------- >:;04K 1. V. Sinev.  A Large volume scintillation detector at Baksan: status and perspective. 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Duffy et al - Moscow: BMSTU, 2009. - pp. 241-248. (Physical Interpretation of Relativity Theory: Proceedings of International Meeting. Moscow, 6 - 9 July 2009. Edited by M.C. Duffy, V.O. Gladyshev, A.N. Morozov, P. Rowlands. - Moscow: BMSTU, 2009. - 472 p. ISBN 978-5-7038-3394-0 =830 A "@C40<8 8<55BAO C <5=O =0 @C:0E.  =B5@=5B5 >?C1;8:>20=> >3;02;5=85 C:070==>3> B><0: http://www.space-lab.ru/files/news/contents_PIRT_09/text/contents_PIRT_09.pdf 2. B>@>3> 8N;O 2010 3>40 2 # <=>9 157 A>02B>@>2 1K; A45;0= 4>:;04 =0 :>=D5@5=F88 "International Conference "Modern Problems of Gravitation, Cosmology and Relativistic Astrophysics" June 27-July 3, 2010, PFUR, Moscow, Russia". 0720=85 4>:;040: ";8O=85 D;C:BC0F89 <>I=>AB8 >?B8G5A:>9 =0:0G:8 =0 GC2AB28B5;L=>ABL 45B5:B>@0  " "@C4K MB>9 :>=D5@5=F88 ("RUDN-10") =0<5G0NBAO : >?C1;8:>20=8N 2 6C@=0;5 >AA89A:>3> 3@028BF8>==>3> >1I5AB20 "GRAVITATION AND COSMOLOGY". 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bdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/10= 10.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1, 32-40.  =0.311*60/9= 2.1 ..>@>7>20, ..>H5;52, ..5@5B5=:8=, ..02@8=, ...>7;>20 /@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E =0 >A=>25 =5;538@>20==>3> GaAs //5AB=8: >A:>2A:>3> C=825@A8B5B0. !5@8O 3. $878:0. AB@>=><8O. 2009. ! 2. 69-72.  =8/5= 1.6 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III (19 co-authors)// arXiv: 0901.2200v1[nucl-ex] (2009).   = 4/10=0.4 V.N.Gavrin, V.V.Gorbachev, E.P.Veretenkin, and B.T.Cleveland/ Gallium experiments with artificial neutrino sources as a tool for investigation of transition to sterile states// arXiv:1006.2103v1[nucl-ex] (2010).   = 4/4=1 @5?@8=BK ..14C@0H8B>2, ..02@8=/  2>7<>6=>AB8 ?@8<5=5=8O AF8=B8;;OF8>==KE :@8AB0;;>2 LiF 2 M:A?5@8<5=B0E ?> ?>8A:C G0AB8F B5<=>9 <0B5@88, ?@5?@8=B /  1272/2010, >A:20   = 4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, V.N.Gavrin, B.T.Cleveland /The neutrino source experiment on SAGE two-zone gallium target //TAUP 2009 International Conference, Roma, Italy July 1-5, 2009   = 6/3=2 V.N.Gavrin /At the crossroads of gravitations physics and neutrino astrophysiLVALcs //The 9th British Gravity Meeting, Cardiff, Wales, Great Britain, 15-17 April, 2009.   = 6 V.N.Gavrin /Solar Neutrinos //invited talk at the Fourteenth Lomonosov Conference of Elementary Particle Physics, Moscow, 19-25 August, 2009.   = 30 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2009).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2009).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. Gavrin, V.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =30/9= 3.3 =0 @>AA89A:8E :>=D5@5=F8OE ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20/ @8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E 87 =5;538@>20==>3> GaAs //>:;04 =0 IX9 >AA89A:>9 :>=D5@5=F88 ?> D878:5 ?>;C?@>2>4=8:>2 >;C?@>2>4=8:8 2009 >2>A818@A:-"><A:, 28 A5=BO1@O-3 >:BO1@O 2009 3.  =4/5= 0.8 ..02@8= "AA;54>20=8O A>;=5G=KE =59B@8=>", ;5:F8O =0 70A540=88 =0CG=>3> A5<8=0@0 $878:0 =59B@8=> 8 0AB@>D8dLVALt78:0 ?> ?@>3@0<<5 (:>;K <>;>4KE CG5=KE ?> D878:5 =59B@8=> 8 0AB@>D878:5, 24 =>O1@O 2010 3>40, #.  =4 ":  =73.5   @C:>2>48B5;O= 73.50.5+(238.3/120.75)=36.7 + 14.6 = 51.3LVALOG14C@0H8B>2 6>=@84 0@8<0=>28G. @>4.04.06.1963, :.D.<.=., c.=.A. -,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1,32-40.  =0.311*60/9= 2.1 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 @5?@8=BK ..14C@0H8B>2, ..02@8=/  2>7<>6=>AB8 ?@8<5=5=8O AF8=B8;;OF8>==KE :@8AB0;;>2 LiF 2 M:A?5@8<5=B0E ?> ?>8A:C G0AB8F B5<=>9 <0B5@88, ?@5?@8=B /  1272/2010, >A:20   = 4/2=2 >:;04K: 0 <564C=0@>4=KE :>=D5@5=F8OE: J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2009).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fud LVALt ndamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2010).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. GavrinV.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =30/9= 3.3 "  =28.1LVAL5@5B5=:8= 235=89 02;>28G, @>4.10.04.1952 3., A.=.A. -,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20 /@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E =0 >A=>25 =5;538@>20==>3> GaAs //5AB=8: >A:>2A:>3> C=825@A8B5B0. !5@8O 3. $878:0. AB@>=><8O. 2009. ! 2. 69-72.  =8/5= 1.6 >:;04K: =0 @>AA89A:8E :>=D5@5=F8OE ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20/@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E 87 =5;538@>20==>3> GaAs //>:;04 =0 IX9 >AA89A:>9 :>=D5@5=F88 ?> D878:5 ?>;C?@>2>4=8:>2 >;C?@>2>4=8:8 2009 >2>A818@A:-"><A:, 28 A5=BO1@O-3 >:BO1@O 2009 3.  =4/5= 0.8 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 V.N.Gavrin, V.V.Gorbachev, E.P.Veretenkin, and B.T.Cleveland/ Gallium experiments with artificial neutrino sources as a tool for investigation of transition to sterile states// arXiv:1006.2103v1[nucl-ex] (2010).   = 4/4=1 "  =14.2LVAL$>@10G52 0;5@89 ;048<8@>28G, @>4 20.03.1965, :.D.<.=., A.=.A. ,   70 2009-2010 3. 3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/10 = 10.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, V.N.Gavrin, B.T.Cleveland /The neutrino source experiment on SAGE two-zone gallium target //TAUP 2009 International Conference, Roma, Italy July 1-5, 2009   = 6/3=2 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 V.N.Gavrin, V.V.Gorbachev, E.P.Veretenkin, and B.T.Cleveland/ Gallium experiments with artificial neutrino sources as a tool for investigation of transition to sterile states// arXiv:1006.2103v1[nucl-ex] (2010).   = 4/4=1 "  =13.8LVAL 0;8E>2 =0B>;89 ;048<8@>28G @>4 18.05.1937, =.A. ,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =10.81@038<>20 "0BLO=0 8:B>@>2=0 @>4 3.04.1958, =.A. ,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =10.8 LVAL =>45;L "0BLO=0 ;048<8@>2=0. @>4 8.05.1957, :E=, =.A. -,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =10.8LVALOGK>7;>20 .;8O 02;>2=0 @>4.29.12.1959, :.D.<.=., A.=.A. -,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: A.Y. Polyakov, A.V. Markov, M.V. Mezhennyi, A.V. Govorkov, V.F. Pavlov, N.B. Smirnov, A. Donskov, L.I. D yakonov, Y.P. Kozlova, S.S. Malakhov, T.G. Yugova, V.I. Osinsky, G.G. Gorokh, N.N. Lyanova, V.B. Mityukhlyaev, and S.J. Pearton /Nonpolar GaN grown on Si by hydride vapor phase epitaxy using anodized Al nanomask //Applied Physics Letters, v.94 (2009) 022114-1-3.  =3.554*30/12=8.9 A. Y. Polyakov, A. V. Markov, M. P. Duhnovsky, M. V. Mezhennyi, A. A. Donskov, S. S. Malakhov, A. V. Govorkov, Yu. P. Kozlova, V. F. Pavlov, N. B. Smirnov, T. G. Yugova, A. I. Belogorokhov, I. A. Belogorokhov, A. K. Ratnikova, Yu. Yu. Fyodorov, O. Yu. Kudryashov, I. A. Leontyev, V. I. Ratushny, S. J. Pearton. GaN epitaxial films grown by hydride vapor phase epitaxy on polycrystalline chemical vapor deposition diamond substrates using surface nanostructuring with TiN or anodic Al oxide. J. Vac. Sci. Technol. B 28(5), Sep/Oct 2010, 1011-1015.  = 1.46*30/19=2.3 A. Y. Polyakov, A. V. Markov, M. V. Mezhennyi, A. A. Donskov, S. S. Malakhov, A. V. Govorkov, Yu. P. Kozlova, V. F. Pavlov, N. B. Smirnov, T. G. Yugova, I.-H. Lee, J. Han, Q. Sun, S. J. Pearton. a-plane GaN hydride vapor phase epitaxy on a-plane GaN templates with and without use of TiN intermediate layers. J. Vac. Sci. Technol. B 28(5) Sep/Oct 2010, 1039-1043.  =1.46*30/14=3.1 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20 /@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E =0 >A=>25 =5;538@>20==>3> GaAs //5AB=8: >A:>2A:>3> C=825@A8B5B0. !5@8O 3. $878:0. AB@>=><8O. 2009. ! 2. 69-72.  =8/5= 1.6 .. >=A:>2, ..LO:>=>2, ..565==K9, !.!. 0;0E>2, ...>7;>20, .$.02;>2, "...3>20. ;8O=85 >@85=B0F88 ?>4;>6:8 A0?D8@0 =0 >A>15==>AB8 LVAL<>@D>;>388 ?>25@E=>AB8 8 AB@C:BC@=>5 A>25@H5=AB2> B>;ABKE A;>52 GaN, 2K@0I5==KE <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88. @8AB0;;>3@0D8O. B. 56, !2, 2011, 294-302.  = 8/7=1.1 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: natolij Govorkov, lexsandr Donskov, Lev Diakonov, Yulia Kozlova, Sergej Malahov, Alexsandr Markov, Mikhail Mezhennyi, Vladimir Pavlov, lexsandr Polykov, "atiana Yugova /The influence of sapphire substrate orientation on crystalline quality of GaN films grown by hydride vapor phase epitaxy //Physica B: Condensed Matter Volume 404, Issues 23-24, 15 December 2009, 4919-4921. Proceedings of the 25th International Conference on Defects in Semiconductors.  =6*1.5/10= 0.9 .V. Govorkov, M.V. Mezhennyi, .A. Donskov, L.I. Diakonov, Yu.P. Kozlova, S.S. Malahov, A.V. Markov, V.F. Pavlov, .Y. Polykov, ".G. Yugova /The influence of sapphire substrate orientation on crystalline quality of GaN films grown by hydride vapor phase epitaxy //Proc. 25th International Conference on Defects in Semiconductors, St Peterburg, Russia, July 20-24, 2009, 285.  =6*1.5/10= 0.9 =0 @>AA89A:8E :>=D5@5=F8OE ..>@>7>20, .. >H5;52, .. 5@5B5=:8=, .. 02@8=, ... >7;>20/@8<5A=K9 D>B>2>;LB08G5A:89 MDD5:B =0 p-i-n AB@C:BC@0E 87 =5;538@>20==>3> GaAs //0B5@80;K IX9 >AA89A:>9 :>=D5@5=F88 ?> D878:5 ?>;C?@>2>4=8:>2 >;C?@>2>4=8:8 2009 >2>A818@A:-"><A:, 28 A5=BO1@O-3 >:BO1@O 2009 3.  =4/5= 0.8 .. >=A:>2, .. LO:>=>2, .. >2>@:>2, ...>7;>20, !.!. 0;0E>2, .. 0@:>2, .. 565==K9, 8 4@./ ;8O=85 >@85=B0F88 ?>4;>6:8 A0?D8@0 =0 AB@C:BC@=>5 A>25@H5=AB2> M?8B0:A80;L=KE A;>52 GaN, ?>;CG5==KE <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88. >:;04 =0 7-9 A5@>AA89A:>9 :>=D5@5=F88 8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, 1-3 D52@0;O 20103., 99-100. (12 02B>@>2)  =4/10=0.4 .. >=A:>2, .. LO:>=>2, .. >2>@:>2, ...>7;>20, 8 4@.// ;5=:8 =8B@840 30;;8O, 2K@0I5==K5 <5B>4>< E;>@84-384@84=>9 M?8B0:A88 =0 ?>;8:@8AB0;;8G5A:>< 0;<075 A 8A?>;L7>20=85< =0=>AB@C:BC@8@LVAL>20==KE A;>52 TiN 8 0=>4=>3> >:8A;0 0;N<8=8O. >:;04 =0 7-9 A5@>AA89A:>9 :>=D5@5=F88 8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, 1-3 D52@0;O 20103., 147-148 (17 02B>@>2)  = 4/10=0.4 .. >=A:>2, .. LO:>=>2, .. CE=>2A:89, .. >2>@:>2, ...>7;>20, !.!. 0;0E>2, 8 4@. /!2>9AB20 >B45;5==KE >B ?>4;>6:8 B>;ABKE A;>52 =8B@840 30;;8O, 2K@0I5==KE <5B>4>< E;>@84-384@84=>9 M?8B0:A88 =0 B5<?;59B0E =8B@84 30;;8O-A0?D8@ A 8A?>;L7>20=85< =0=><0A:8 87 TiN. >:;04 =0 7-9 A5@>AA89A:>9 :>=D5@5=F88 8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K, 1-3 D52@0;O 20103., 155-156. (13 02B>@>2)  = 4/10=0.4 .. C7N:>20, ".. .3>20, .. 565==K9, !.!. 0;0E>2, ... >7;>20/ !2>9AB20 M?8B0:A80;L=KE A;>52 GaN, ?>;CG5==KE A 8A?>;L7>20=85< @07;8G=KE 1CD5@=KE A;>52. >:;04 =0 XIV 0F8>=0;L=>9 :>=D5@5=F88 ?> @>ABC :@8AB0;;>2. >A:20, 6-10 45:01@O 20103. (9 02B>@>2)  =4/9=0.4 "  =21.2LVAL0;KH:8= .@89 8E09;>28G , @>4.22. 07.1987, ABC45=B 5 :C@A0 #. ;01>@0=B -,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59   = 1 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2009).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2010).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. GavrinV.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =30/9= 3.3  = 14.2LVAL Ft0A0=>2 @8D 0A0=->3;K, 05.06.1957, <=A, !.. >B0H52, .!. >B0H52 ($"(#)), .. 0A0=>2, !.%. 0@052A:89, .. 8B28=>20/ &8D@>2>5 C?@02;5=85 =0?@O65=85< ?8B0=8O 45B5:B>@>2 8 0<?;8BC4>9 2A?KH:8 4;O 02B><0B878@>20==>9 A8AB5<K @538AB@0F88 2 ! 8=C:A// @5?@8=B /  (2010) ! 1269.  =4:5=0,88@>=>28G ==0 ;5:A0=4@>2=0, 24.03.1964, =A, A.G.Gavriliuk, A.A.Mironovich, V.V.Struzhkin / Miniature diamond anvil cell for broad range of high pressure measurements // Rev. Sci. Instrum. 80, 043906 (2009)  =1,738E30/3=17,380@052A:89 !5@359 %0@8B>=>28G, 09.11.1953, A=A, 1. 8B28= . !., 5;O52 . ., 0@052A:89 !. %., 54>@57>2 . ., !04K:>2 . ./ 2CE:>>@48=0B=K9 45B5:B>@ 4;O =59B@>==>3> @5D;5:B><5B@0-<0;>C3;>2>3> A?5:B@><5B@0 >@87>=B =0 >A=>25 AF8=B8;;OB>@0 ZnS(Ag)/6Li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bdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 "  =10.8LVALOG(8E8= ;5:A0=4@ ;5:A0=4@>28G @>4 16.04.1963, =.A. ,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1,.32-40.  =0.311*60/9= 2.1 ?@5?@8=BK: ..(8E8= /KAB@K9 <0;>HC<OI89 70@O4>GC2AB28B5;L=K9 ?@54CA8;8B5;L A8AB5<K @538AB@0F88 30;;89-35@<0=852>3> =59B@8==>3> B5;5A:>?0 // @5?@8=B /  1230, 2009   =4 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2009).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons,  LVAL Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2010).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. GavrinV.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =30/9= 3.3 "  =30.1LVALOG/=F 8:B>@ -4C0@4>28G @>4.12.11.1953, =.A.-,   70 2009-2010 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal. III. Results for the 2002-2007 data-taking period// Phys.Rev.C 80, 015807 (1-16), 2009 (19 coauthors)  =3.477*30/19= 10.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..0BCH:>, .$.CAB0D8=, ..(8E8=, ..5@5B5=:8=, .-./=F, J.S.Nico, A.K.Thompson /!5:F8>==K9 A?5:B@><5B@ 1KAB@KE =59B@>=>2 //"- 2009 !1, 32-40.  =0.311*60/9= 2.1 ?@5?@8=BK M;5:B@>==K5: J.N.Abdurashitov, V.N.Gavrin, V.V.Gorbachev, P.P.Gurkina, T.V.Ibragimova, A.V.Kalikhov /Measurement of the solar neutrino capture rate with gallium metal, Part III //http://www.arXiv.org/abs/0901.2200 (2009) (19 co-authors)   = 4/19=0.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Simulation of Capture-Gated Fast Neutron Spectrometer with Highly Segmented Organic Media //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2010).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. Gavrin, A.A. Klimenko, V.L. Matushko, Yu.M. Malyshkin, J.S. Nico, A.A. Shikhin, A.A. Smolnikov and V.E. Yants /Monte Carlo Simulation of a Capture-Gated Simple Geometry Fast Neutron Spectrometer //17th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-17, Dubna, Russia, May 27-30, 2009, Proc. (2010).  =30/9*1.5= 4.95 J.N. Abdurashitov, V.N. GavrinV.L. Matushko, Yu.M. Ma( LVAL8 lyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =30/9= 3.3 "  =26.1LVALOG5;57=KE 3>@L 8E09;>28G, 23.08.1936, 702.  8 -'. C1;8:0F88: 1. R.D. Dagkesamanskii, V.A. Matveev, I.M. Zheleznykh/  Prospects of radio detection of extremely high energy neutrinos bombarding the Moon // Nuclear Instr. & Methods in Phys. Res. A 626-627 (2011) S44-S47  =1,317x30:3=13,17 2. V.A. Matveev, I.M. Zheleznykh, P.I. Korotin, V.T. Paka, N.M. Surin/  Alternative techniques for dear-water monitoring // Nuclear Instr. & Methods in Phys. Res. A 626-627 (2011) S106-S108  =1,317x30:5=7,9 3. D. Besson,R. Dagkesamanskii, E. Kravchenko, I Kravchenko, I. Zheleznykh/  Tethered balloons for radio detection of ultra high energy cosmic neutrinos in Antarctica // Nuclear Instr. & Methods in Phys. Res. A (2010), doi: 10.1016/j.nima.2010.11.046  =1,091x30:5=7,9 >:;04K: @83;0H5==K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. R.D. Dagkesamanskii, V.A. Matveev, I.M. Zheleznykh/  Perspectives of the radio astronomical detection of extremely high energy neutrinos bombarding the Moon // >:;04 =0 564C=0@>4=>9 :>=D5@5=F88  Very Large Volume Neutrino Telescopes (Greece, Athens, 13-15 October, 2009).  =30:3=10 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. V. Matveev, I. Zheleznykh (INR RAS, Moscow), P. Korotin (IAP RAS, Nizhnii Novgorod), V. Paka (IO RAS/AB, Kaliningrad), N. Surin (ISPM RAS, Moscow)/ Alternative techniques for the deep water monitoring (hydrography, hydro-acoustics, hydro-physics)// >:;04 =0 564C=0@>4=>9 :>=D5@5=F88  Very Large Volume Neutrino Telescopes (Greece, Athens, 13-15 October, 2009).  =6:5x1,5=1,8 2. D. Besson,R. Dagkesamanskii, E. 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Yu.Kudenko, Geiger mode APD s for the T2K experiment, invited talk at the Workshop on photodetectors, GSI, Darrmstadt, 9-10 February 2009.  =30 4. Yu.Kudenko, Status of T2K experiment, invited talk at the Workshop on neutrino physics at accelerators, Dubna, Russia, 24-24 January 2009.  =20 5. D.Orme,..Yu.Kudenko. Development of Multi-Pixel Photon Counters for the T2K long baseline neutrino experiment, invited talk at TIPP09, Tsukuba, Japan, 12-19 March 2009.  =30/10=3.0 6. T.Chaminade,& Yu.Kudenko et al., A High-tech Trigger hodoscope with MPPC and Peltier devices, talk at TIPP09, Tsukuba, Japan, 12-19 March 2009.  =1.5*30/10=4.5 7. ... C45=:>, #A:>@8B5;L=K5 =59B@8==K5 M:A?5@8<5=BK: ?>A;54=85 =>2>AB8, 4>:;04 =0 0@:>2A:8E GB5=8OE, >A:20, 15-16 0O 2009 3.  =20 8. T. Yano, S. Aoki, J. Blocki, & , M. Khabibullin, Yu.Kudenko,& et al. Current status of the Side Muon Range Detector for the T2K experiment. Proceedings of the XXIX PHYSICS IN COLLISION. August 30 - September 2, 2009, Kobe, Japan. 3pp.  =1.5*30/10= 4.5 9. T.Yano, A.Izmaylov, A.Khotjansev, M.Khabibullin et al Side muon range detector for the T2K experiment, International Conference Neutrino2010, Athens, Greece, June 2010.  =30/10= 3.0. 10. Yu.Kudenko, Study of neutrino oscillations in accelerator experiments, review talk at QUAKRS2010, Kolomna, June 2010.  = 30. 11. Yu.Kudenko, Scintillator detectors with G-M APD s, invited talk at Neutrino Workshop, CERN, March 2010.  = 30. 12. Yu.Kudenko, Scintillator detectors R&D, invited talk at NEU2012, CERN, September 2010.  = 30. 13. A.Izmaylov et al. Scintillator detectors for large volume neutrino detectors, talk at NNN2010, 14-17 December, 2010, Toyama, Japan/  =6/8 = 0.75. 14. ...C45=:>, -:A?5@8<5=B "2: ?5@2K5 @57C;LB0BK, 4>:;04 =0 N16LVALF8;599=>9 A5AA88 $ , >A:20 2010.  = 20. 15. Yu.Kudenko, Scintillator detector for underground cosmic ray experiments, 12th Vienna Conference on Instrumentation (VCI 2010), Vienna, Austria, 15-20 Feb, 2010.  =30 16. M.Ziembicki...Yu.Kudenko et al, The SMRD subdetector at the near detector sttaion, Talk at Krakov Epiphany Conference, january 5-1- 2010, Poland.   = 30/10 = 3 17. T.Yano.... Yu.Kudenko et al., Current status of the Side Muon Range Detector for the T2K experiment. Talk given at the 12th Vienna conference on instrumentation, Feb 15-20, 2010.   = 6/10 = 0.6 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0:  =8 C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: C:>2>4AB2> 0A?8@0=B0<8: .7<09;>2, .(09E852 - 2-9 3>4 0A?8@0=BC@K  2009 3.  =30*2 = 60 .7<09;>2, .(09E852 - 3-9 3>4 , .>;O=A:89- 1 3>4 0A?8@0=BC@K  2010 3.  =30*3 = 90 C:>2>4AB2> ABC45=B0<8: .!8;8=, . CB8=, .E@0<552, .K:>2  2009.  =10*4 = 40 .CB8=, ..8=307>20, .C48=, .(:5@8=, .>;>48=, .8:05;O=, .>;5=:>  2010.   =10*7 = 70 !C<<0@=K9 8=48284C0;L=K9   = 625.94   @C:>2>48B5;O = 463.1LVALOG 8=552 ;53 8:B>@>28G @>4. 13.02.1964, A=A $-   70 2009-2010 33 1) A.V. Artamonov, B. Bassalleck, B. Bhuyan, & , O. Mineev,& et al. (E949 Collaboration). Study of the decay K+ => pi+,nu,nubar in the momentum region 140<Ppi<199 MeV/c. Phys.Rev.D79:092004,2009.  =5.05*30/10=15.15 2) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparov, & , O. Mineev, & et al. Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment. Nucl.Instrum.Meth.A610:419-422, 2009.  =1.317*30/10= 3.951 3) M.Ziembicki, & , O. Mineev, & et al. The SMRD subdetector at the T2K near detector station. Acta Phys.Polon.B41:1579-1584, 2010.  =1.5*0.648*30/10=2.92 4) A. Izmaylov, S. Aoki, J. Blocki,& , O. Mineev,& et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. Nucl.Instrum.Meth.A623:382-384,2010  =1.317*30/10= 3.951 !"",  !!!% $  #+% # %:  =x*60/10= -" +   "+  $ &: 1) J. Comfort,& , O. Mineev,& et al. Measurement of the K+ --> pi+nu anti-nu Decay at Fermilab. FERMILAB-PROPOSAL-0996, Oct 14, 2009.  =4/10= 0.4 2) L. Bezrukov, K. Butin, I. Davitashvili,& , O. Mineev,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. To appear in the proceedings of International Workshop on New Photon Detectors (PD 09), Shinshu, Japan, 24-26 Jun 2009. 7pp.  =30/10= 3 3) V.I. Volchenko, G.V. Volchenko, E.V. Akhrameev,..., O. Mineev, et al., On the level of background in underground muon measurements with plastic scintillator counters, arXiv:0810.2414 [physics.ins-det]. 3pp.  =4/10= 0.4 4) T. Yano, S. Aoki, J. Blocki, & , M. Khabibullin, O.Mineev,& et al. Current status of the Side Muon Range Detector for the T2K experiment. 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Khabibullin,& et al. Highly segmented scintillator detector for underground cosmic ray experiments, 12th Vienna Conference on Instrumentation (VCI 2010), Vienna, Austria, 15-20 Feb, 2010.  =6/10=0.6 9) T. Yano, A. Izmaylov,& , M. Khabibullin,& et al. Side Muon Range Detector for the T2K experiment. 12th Vienna Conference on Instrumentation (VCI 2010), Vienna, Austria, 15-20 Feb, 2010.  =6/10=0.6 7) Yu. Kudenko, L. Bezrukov, A. Izmaylov,& , M. Khabibullin,& et al. Highly segmented scintillator detector for underground cosmic ray experiments, 12th Vienna Conference on Instrumentation (VCI 2010), Vienna, Austria, 15-20 Feb, 2010.  =6/10=0.6. B>3> 70 2009-2010 3.3.:  = 38.92LVALOGCA85=:> .@89 0A8;L528G @>4. 7.2.1962, A=A $-,   70 2009-2010 33. ?C1;8:>20==K5 AB0BL8: 1) P. Bohn, A. Clough, E. Hazen, A. Heering, J. Rohlf, J. Freeman, S. Los, E. Cascio, S. Kuleshov, Y. Musienko, C. Piemonte, "Radiation Damage Studies of Silicon Photomultipliers", Nucl.Instrum.Meth.A598 (2009) 722.   =1.317*30/10=3.951 2) A.I. Berlev, A.F. Danilyuk, T.L. Karavicheva, E.V. Karpechev, V.L. Kirillov, S.A. Kononov, E.A. Kravchenko, Yu.V. Kupchinskiy, A.B. Kurepin, A.N. Kurepin, A.I. Maevskaya, Yu.V. Musienko, A.P. Onuchin, V.I. Razin, A.I. Reshetin, D.A. Finogeev, "Development of FARICH-detector for ALICE experiment at CERN ", Nucl.Instrum.Meth.A598 (2009) 156.   =1.317*30/10=3.951 3) Yu.Musienko, "Advances in multipixel Geiger-mode avalanche photodiodes (silicon photomultiplies)", Nucl.Instrum.Meth.A598 (2009) 213.   =1.317*30=39.51 4) M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, K. Lapidus, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov, "Longitudinally segmented lead/scintillator hadron calorimeter with micro-pixel APD readout", Nucl.Instrum.Meth.A598 (2009) 268.   =1.317*30/10=3.951 5) Y. Musienko, D. Renker, Z. Charifoulline, K. Deiters, S. Reucroft, J. Swain  Study of radiation damage induced by 82 MeV protons on multi-pixel Geiger-mode avalanche photodiodes , Nucl.Instrum.Meth.A610 (2009) 87. 1.317*30/6=6.585 6) G. Benemanskaya, E. Garibin, Yu. Gusev, A. Demidenko, S. Ivanov, V. Ivochkin, S. Kosianenko, I. Mironov, Yu. Mousienko, V. Jmerik, V. Reiterov, D. Seliverstov, T. Shubina  Photosensors for PET scanner on the base of BaF2 crystals , Nucl.Instrum.Meth.A610 (2009) 335.   =1.317*30/10=3.951 7) M. Golubeva, F. Guber, A. Ivashkin, A. Kurepin, V. Marin, A. Maevskaya, Y. Musienko, A. Sadovsky, K. Shileev, V. Tiflov  Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter , Nucl.Instrum.Meth.A610 (2009) 366.   =1.317*30/10=3.951 8) S. Abdullin, ..., Y. Musienko et al.  The CMS barrel caloriLVALmeter response to particle beams from 2-GeV/c to 350-GeV/c , Eur.Phys.J.C60:359-373,2009.   =2.746*30/10=8.238 9) S. Chatrchyan, , ..., Y. Musienko et al.  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Performance of the CMS Hadron Calorimeter with Cosmic Ray Muons and LHC Beam Data , JINST 5:T03012, 2010.   =2.102*30/10=6.306 16) S. Chatrchyan, , ..., Y. Musienko et al.  Fine Synchronization of the CMS Muon Drift-Tube Local Trigger using Cosmic Rays , JINST 5:T03004, 2010.   =2.102*30/10=6.306 17) S. Chatrchyan, , ..., Y. Musienko et al.  Calibration of the CMS Drift Tube Chambers and Measurement of the Drift Velocity with Cosmic Rays , JINST 5:T03016, 2010.   =2.102*30/10=6.306 18) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of the CMS Drift-Tube Local Trigger with Cosmic Rays , JINST 5:T03003, 2010.   =2.102*30/10=6.306 19) S. Chatrchyan, , ..., Y. Musienko et al.  Commissioning of the CMS High-Level Trigger with Cosmic Rays , JINST 5:T03005, 2010.   =2.102*30/10=6.306 20) S. Chatrchyan, , ..., Y. Musienko et al.  IdentificLVALation and Filtering of Uncharacteristic Noise in the CMS Hadron Calorimete , JINST 5:T03014, 2010.   =2.102*30/10=6.306 21) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of CMS Hadron Calorimeter Timing and Synchronization using Test Beam, Cosmic Ray, and LHC Beam Data , JINST 5:T03013, 2010.   =2.102*30/10=6.306 22) S. Chatrchyan, , ..., Y. Musienko et al.  Performance of the CMS Drift Tube Chambers with Cosmic Rays , JINST 5:T03015, 2010.   =2.102*30/10=6.306 23) S. Chatrchyan, , ..., Y. Musienko et al.  Commissioning of the CMS Experiment and the Cosmic Run at Four Tesla , JINST 5:T03001, 2010.   =2.102*30/10=6.306 24) S. Chatrchyan, , ..., Y. Musienko et al.  CMS Data Processing Workflows during an Extended Cosmic Ray Run , JINST 5:T03006, 2010.   =2.102*30/10=6.306 25) S. Chatrchyan, , ..., Y. Musienko et al.  Aligning the CMS Muon Chambers with the Muon Alignment System during an Extended Cosmic Ray Run , JINST 5:T03019, 2010.   =2.102*30/10=6.306 26) S. Chatrchyan, , ..., Y. Musienko et al.  Performance Study of the CMS Barrel Resistive Plate Chambers with Cosmic Rays , JINST 5:T03017, 2010.   =2.102*30/10=6.306 27) S. Chatrchyan, , ..., Y. Musienko et al.  Time Reconstruction and Performance of the CMS Electromagnetic Calorimeter , JINST 5:T03011, 2010.   =2.102*30/10=6.306 28) S. Chatrchyan, , ..., Y. Musienko et al.  Alignment of the CMS Muon System with Cosmic-Ray and Beam-Halo Muons , JINST 5:T03020, 2010.   =2.102*30/10=6.306 29) S. Chatrchyan, , ..., Y. Musienko et al.  Precise Mapping of the Magnetic Field in the CMS Barrel Yoke using Cosmic Rays , JINST 5:T03021, 2010.   =2.102*30/10=6.306 30) S. Chatrchyan, , ..., Y. Musienko et al.  Performance and Operation of the CMS Electromagnetic Calorimeter , JINST 5:T03010, 2010.   =2.102*30/10=6.306 31) S. Chatrchyan, , ..., Y. Musienko et al.  Alignment of the CMS Silicon Tracker during Commissioning with Cosmic Rays , JINST 5:T03009, 2010.   =2.102*30/10=6.306 32) P. Adzic, ..., YLVAL. Musienko et al.  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First Measurement of Bose-Einstein Correlations in Proton-Proton Collisions at $\sqrt{s}=0.9$ and 2.36 TeV at the LHC , Phys.Rev.Lett.105:032001,2010.   =7.328*30/10=21.984 39) V. Khachatryan, & , YLVAL. Musienko et al.  Transverse-momentum and pseudorapidity distributions of charged hadrons in pp collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.105:022002,2010.   =7.328*30/10=21.984 40) V. Khachatryan, & , Y. Musienko et al.  Measurement of the charge ratio of atmospheric muons with the CMS detector , Phys.Lett.B692:83-104,2010.   =5.083*30/10=15.249 41) V. Khachatryan, & , Y. Musienko et al.  Observation of Long-Range Near-Side Angular Correlations in Proton-Proton Collisions at the LHC , JHEP 1009:091,2010.   =6.019*30/10=18.057 42) V. Khachatryan, & , Y. Musienko et al.  Search for Dijet Resonances in 7 TeV pp Collisions at CMS , Phys.Rev.Lett.105:211801,2010.   =7.328*30/10=21.984 43) V. Khachatryan, & , Y. Musienko et al.  Search for Quark Compositeness with the Dijet Centrality Ratio in pp Collisions at sqrt(s)=7 TeV , Phys.Rev.Lett. 105:262001,2010 .   =7.328*30/10=21.984 44) V. Khachatryan, & , Y. Musienko et al.  First Measurement of the Cross Section for Top-Quark Pair Production in Proton-Proton Collisions at sqrt(s)=7 TeV Phys.Lett.B695:424-443,2011.   =5.083*30/10=15.249 45) V. Khachatryan, & , Y. Musienko et al.  Prompt and non-prompt J/psi production in pp collisions at sqrt(s) = 7 TeV , arXiv:1011.4193.   =6/10=0.6 46) V. Khachatryan, & , Y. Musienko et al.  Charged particle multiplicities in pp interactions at sqrt(s) = 0.9, 2.36, and 7 TeV , arXiv:1011.5531.   =6/10=0.6 47) V. Khachatryan, & , Y. Musienko et al.  Search for Stopped Gluinos in pp collisions at sqrt s = 7 TeV , arXiv:1011.5861.   =6/10=0.6 48) V. Khachatryan, & , Y. Musienko et al.  Measurement of the Isolated Prompt Photon Production Cross Section in pp Collisions at sqrt(s) = 7 TeV , arXiv:1012.0799.   =6/10=0.6 49) V. Khachatryan, & , Y. Musienko et al.  Measurements of Inclusive W and Z Cross Sections in pp Collisions at sqrt(s)=7 TeV , arXiv:1012.2466.   =6/10=0.6 50) V. Khachatryan, & , Y. Musienko et al.  Search for Microscopic Black Hole Signatures at the "LVAL2Large Hadron Collider , arXiv:1012.3375.   =6/10=0.6 51) V. Khachatryan, & , Y. Musienko et al.  Search for Pair Production of First-Generation Scalar Leptoquarks in pp Collisions at sqrt(s) = 7 TeV , arXiv:1012.4031.   =6/10=0.6 52) V. Khachatryan, & , Y. Musienko et al.  Search for Pair Production of Second-Generation Scalar Leptoquarks in pp Collisions at sqrt(s) = 7 TeV , arXiv:1012.4033.   =6/10=0.6 53) V. Khachatryan, & , Y. Musienko et al.  Measurement of the Inclusive Upsilon production cross section in pp collisions at sqrt(s)=7 TeV , arXiv:1012.5545,   =6/10=0.6 54) V. Khachatryan, & , Y. Musienko et al.  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Musienko  Studies of photosensors for the CMS HCAL upgrade , DESY SiPM Workshop, Hamburg, Germany, February 22-23, 2010 (@83;0H5==K9 4>:;04).   =30 4) .. CA85=:>  17>@ =>2KE @07@01>B>: ;028==KE D>B>45B5:B>@>2 , B>@0O <564C=0@>4=0O :>=D5@5=F8O "=65=5@8O AF8=B8;;OF8>==KE <0B5@80;>2 8 @0480F8>==K5 B5E=>;>388" - ! "-2010, 14 - 19 =>O1@O 2010 3>40, 3. %0@L:>2, #:@08=0 (@83;0H5==K9 4>:;04).   =30 !C<<0@=K9   = 506.245LVALOG!?8A>: >?C1;8:>20==KE @01>B AB065@0-8AA;54>20B5;O =AB8BCB0 O45@=KE 8AA;54>20=89 (09E8520 @BC@0 "038@>28G0 70 ?5@8>4 2009  20103.3. : 1) >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  QUARKS-2010 =0 B5<C  Search for heavy neutrino in rare kaon decays , >;><=0, >AA8O, 6  12 8N=O 2010.   = 30 2) A.Shaykhiev  New results for K+ -> pi+ nu antinu at low pi+ momentum from BNL E949 , /;B0, @K<, #:@08=0, 27 A5=BO1@O  4 >:BO1@O, Proceedings of the NATO Advanced Research Workshop on Safe Nuclear Energy Yalta, Crimea, Ukraine 27 September - 2 October 2008, 2009, XIX, 237-248pp. ISBN: 978-90-481-2286-8.   = 30*1.5* = 45 3) >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $ , "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", =0 B5<C  >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2 , 23 - 27 =>O1@O 2009 3., "-$.   = 20 4) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparov, & , A.Shaykhiev, & et al. 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Aoki, J. Blocki,& , A.Shaykhiev,& et al. Scintillator counters with WLS fiber/MPPC readout for the side muorLVALn range detector (SMRD) of the T2K experiment. Nucl.Instrum.Meth.A623:382-384, 2010.  =1.319*30/10=3.951 9) Takatomi Yano, S. Aoki, J. Blocki, & , N. Yershov,& et al. Current status of the Side Muon Range Detector for the T2K experiment. Talk at the XXIX PHYSICS IN COLLISION August 30 - September 2, 2009, Kobe, Japan. Web http://www.research.kobe-u.ac.jp/fsci-epp/pic2009/ ,  =1.5*30/10= 4.5 10) >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2. (09E852 ."., 27 =>O1@O 20093., "@C4K 52-9 =0CG=>9 :>=D5@5=F88 $", G0ABL VIII @>1;5<K A>2@5<5==>9 D878:8, 135  138, >A:20  >;3>?@C4=K9 20093.   = 20*1.5=30 11) >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2. (09E852 ."., 24 =>O1@O 20103., "@C4K 53-9 =0CG=>9 :>=D5@5=F88 $", G0ABL VIII @>1;5<K A>2@5<5==>9 D878:8, 158  161, >A:20  >;3>?@C4=K9 20103.   = 20*1.5=30 12) Yu. Kudenko, L. Bezrukov, A. Izmaylov,& , M. Khabibullin,& et al. Highly segmented scintillator detector for underground cosmic ray experiments, 12th Vienna Conference on Instrumentation (VCI 2010), Vienna, Austria, 15-20 Feb, 2010.  =6/10=0.6. >MDD8F85=B 1.5 4;O 0A?8@0=B>2,   = 175.9*1.5 = 263.85 B>3>   = 263.85LVALOG@H>2 8:>;09 8:B>@>28G (@>4. 03.01.1978) =A $-! $-, :D<= !C<<0@=K9   (70 2009-2010 3.3.) = 50.712   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) A.V. Artamonov, B. Bassalleck, B. Bhuyan, & , N.V. Yershov,& et al. (E949 Collaboration). Study of the decay K+ => pi+,nu,nubar in the momentum region 140<Ppi<199 MeV/c. Phys.Rev.D79:092004,2009. 28pp. (arXiv:0903.0030v1 [hep-ex]).  =4.922*30/10=14.766. 2) E.V.Akhrameev, L.B.Bezrukov, I.M.Dzaparov, & , N.V. Yershov, & et al. Multi-pixel Geiger-mode avalanche photodiode and wavelength shifting fibre readout of plastic scintillator counters of the EMMA underground experiment. Nucl.Instrum.Meth.A610:419-422, 2009. 4 pp. (arXiv:0901.4675 [physics.ins-det]).  =1.317*30/10=3.951. 3) A. Izmaylov , S. Aoki, J. Blocki, & , N.Yershov, & et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment . Nucl. Instrum. and Meth. A 623:382 384, 2010.  =1.317*30/10=3.951 4) M. Ziembickig, R. Suleji, S. Aoki, & , N.Yershov, & et al. THE SMRD SUBDETECTOR AT THE T2K NEAR DETECTOR STATION. ACTA PHYSICA POLONICA B, Vol. 41, No 7, 2010.  =0.648*30/10 =1.944 5) L. Bezrukov, K. Butin, I. Davitashvili,& , N. Yershov,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Published in PoS PD09:026,2010, e-Print: arXiv:0909.1451 [physics.ins-det].  =8/10=0.8 -" +   "+  $ &: 1) L. Bezrukov, K. Butin, I. Davitashvili,& , N. Yershov,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Talk given at the International Workshop on New Photon Detectors PD09, June 24-26 2009, Shinshu Universiy, Matsumoto, Japan. e-Print: arXiv:0909.1451 [physics.ins-det]. 7pp.  =1.5*30/10= 4.5. 4) Takatomi Yano, S. Aoki, J. Blocki, & , N. Yershov,& et al. Current status of the Side Muon Range Detector for the T2K experiment. Talk at the XXIX PHYSICS IN COLLISION August 30 - September 2, 2LVAL009, Kobe, Japan. Web http://www.research.kobe-u.ac.jp/fsci-epp/pic2009/ ,  =1.5*30/10=4.5 5) .. @H>2, .. 7<09;>2. AA;54>20=85 =59B@8==KE >AF8;;OF89 2 M:A?5@8<5=B5 "2. !B0BCA 8 1;8609H85 ?5@A?5:B82K. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 23 ?> 27 =>O1@O 2009. Web http://matras.itep.ru/npd2k09/ ,  =20/2= 10. 6) T. Yano, S. Aoki, J. Blocki, & , N.Yershov,& et al. Side Muon Range Detector for the T2K experiment. THE 12TH VIENNA CONFERENCE ON INSRUMENTATION., Web http://vci.hephy.at/2010/ ,  =6/10=0.6 7) M. Ziembicki, R. Sulej, S. Aoki, & , N.Yershov, & et al. THE SMRD SUBDETECTOR AT THE T2K NEAR DETECTOR STATION. Cracow Epiphany Conference on Physics in Underground Laboratories and Its Connection with LHC, Cracow, Poland, January 5 8, 2010. Web http://epiphany.ifj.edu.pl/epiphany.2010/,  =1.5*30/10=4.5 8) T. Yano, S. Aoki, J. Blocki, & , N. Yershov, & et al. The Side Muon Range Detector for the T2K experiment. XXIV International Conference on Neutrino Physics and Astrophysics - Athens, Greece, June 14 - 19, 2010, Web www.neutrino2010.gr ,  =6/10=0.6 9) A.Izmaylov, S. Aoki, J. Blocki, & , N. Yershov, & et al. Segmented scintillator with WLS/APD readout for LVND. 11th International Workshop on Next generation Nucleon Decay and Neutrino Detectors Toyama International Conference Center in Toyama, Japan December 13 - 16, 2010, Web http://www-sk.icrr.u-tokyo.ac.jp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kulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D.Ilic, A.A .Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS.// International Seminar on charged particle accelerators.  IWCPA 2009 , Crimea, Alushta, September 2009. - accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8).  =30*1.5/8=5.6 3. S.V. Akulinichev, Yu.K. Gavrilov, V.I. Dergiev, L.V.Kravchuk, V.M. Skorkin /Study of Ytterbium Sources for High Dose Rate Brachytherapy on a Basis of INR Proton Linac//  IWCPA 2009 , Crimea, Alushta, September 2009.- accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8).  =30*1.5/5=9 4. !..:C;8=8G52, ..=4@552, ..!:>@:8= /AA;54>20=85 @048>18>;>38G5A:>9 MDD5:B82=>AB8 684:>:@8AB0;;8G5A:8E G0AB8F - Gd =0 =59B@>==>< 35=5@0B>@5// VII 0F8>=0;L=0O :>=D5@5=F8O " 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388" ( !-- 2009), >A:20, 16-21 =>O1@O 2009. -  /"  #  >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O.  =20/3=6.7 5. S.Akulinichev, L.Kravchuk, P.MastinLVALu, V.Skorkin / Investigation of the intermediate neutron capture on unstable nuclides by means of the activation method // ISINN-17.  <0B5@80;0E: 17th International Seminar on Interaction of Neutrons with Nuclei. Dubna, May 27-30, 2009, p. 43.  . =30/4=7.5 6. Skorkin V., Akulinichev S. /Experimental modeling nucleosynthesis during stellar He burning to study isotopic abundances// 4-th Gamow International Conference in Odessa and 9-th Gamow Summer School  Astronomy and beyond: Astrophysics, Cosmology, Radioastronomy, High Energy Physics and Astrobiology . 17-23 August, 2009, Odessa, Ukraine.  =30/2=15, 7. :C;8=8G52 !.. 5@A?5:B82K @0728B8O O45@=>9 <548F8=K 2 3. "@>8F:5 ?;5=0@=K9 4>:;04 =0 >=D5@5=F88 0=>B5E=>;>388 2 >=:>;>388  8<. 5@F5=0 09 >:BO1@O 2009 3>40,  =20. 8. !..:C;8=8G52, ..0A8;L5, ...02@8;>2, ..!:>@:8= !>740=85 F5=B@0 A>G5B0==>9 ?@>B>==>9 8 D>B>==>9 ;CG52>9 B5@0?88 2 "@>8F:5 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 >=D5@5=F88 $878:0 ?@>B82 @0:0 >A:020, # & <...;>E8=0, 15  16 0?@5;O 20093.  = 30/4=7.5. 9. S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. APPLICATION OF THE CODE TRACK FOR CALCULATIONS OF PROTON DOSE DISTRIBUTIONS IN MATTER XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F IWCPA-2009. 6 12 A5=BO1@O 2009 3>40, #:@08=0, @K<, ;CHB0,  =30/3=10 10. !..:C;8=8G52 AA;54>20=85 <548F8=A:>3> ?@>B>==>3> ?CG:0 /  28 >:BO1@O 2009, >=3@5AA-E>;; >;K=A:>5 @83;0H5==K9 4>:;04 =0 A5@>AA89A:>< !>25I0=88 @>B>==0O 8 8>==0O B5@0?8O: <548F8=A:0O ?@0:B8:0 8 B5E=8G5A:>5 >15A?5G5=85,   = 20. 11. S.V.Akulinichev, L.V.Kravchuk, V.A.Matveev. Progress and perspectives of the INR Radiological Center Workshop  Physics for health in Europe , CERN, Switzerland, 2010, Book of abstracts p.80,  =6/3=2. 12. !.. :C;8=8G52, .. 0A8;L52, ... 02@8;>2, .. >:>=F52, .. LLVAL\>:>=F52, ..0751=8:. @83;0H5==K9 ?;5=0@=K9 4>:;04: @>B>==0O ;CG520O CAB0=>2:0 " / . / :=835: III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.8-10.  =30*1.5/6=7.5. 13. !..:C;8=8G52, .. 0A8;L52, ..;L8=, .. >:>=F52, .. >:>=F52. >2KH5=85 :0G5AB20 ;CG52>9 B5@0?88 =0 CA:>@8B5;5 !-75. / :=:III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.11.  =6*1.5/5=1.8. 14. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, V.N. Zapolskyi. Tuning of the INR therapeutic proton beam. XXII Particle Accelerator Conference RuPAC-2010, September 2010.  =6/6=1. 15. S.V.Akulinichev, @83;0H5==K9 ?;5=0@=K9 4>:;04 Novel technologies for hadron radiation therapy, Invited plenary talk at XX International Symposium for High Energy Particle Physics (ISHEPP), Dubna, October 4-9, 2010.  =30. 16. S.V. Akulinichev, Yu.K. Gavrilov, Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, V..Simonov, V.M. Skorkin, S.V. Zuev / Measuring System Low- Intensity Proton Beam// LX Intern. Conf. on Nuclear Physics (Nucleus 2010). St.Petersburg, Russia, July 06-09, 2010).  = 6/8=0.8 17. V. Skorkin, S. Akulinichev, A. Andreev / The High-Current Deuteron Accelerator for the Neutron Therapy // XXII Particle Accelerator Conference RuPAC-2010, September 27, 2010-October 1, 2010. !B0BLO ?@8=OB0 : ?5G0B8 2 6C@=0;: Joint Accelerator Conference Website (JACOW) (http://accelconf.web.cern.ch/accelconf/)  =6/3*1.5=3 ;8G=K9   !..:C;8=8G520 = 145.3LVALOG02@8;>2 .@89 @0A=>A;02>28G. 04.10.1951, =A $, >:;04K: 1. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D.Ilic, A.A .Kokoncev, D.B. Lazebnik, V.M. Skorkin/ The Study of the Therapeutic Proton Beam at INR RAS// International Seminar on charged particle accelerators.  IWCPA 2009 , Crimea, Alushta, September 2009. Problems of Atomic Science and Technology. 2010. ! 3. Series: Nucl. Physics Investigations (54), p.117-122.  =30*1.5/8=5.6 2. S.V. Akulinichev, Yu.K. Gavrilov, V.I. Dergiev, L.V.Kravchuk, V.M. Skorkin /Study of Ytterbium Sources for High Dose Rate Brachytherapy on a Basis of INR Proton Linac//  IWCPA 2009 , Crimea, Alushta, September 2009.  =30/5=6 3. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..!:>@:8= !>740=85 F5=B@0 A>G5B0==>9 ?@>B>==>9 8 D>B>==>9 ;CG52>9 B5@0?88 2 "@>8F:5 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 >=D5@5=F88 $878:0 ?@>B82 @0:0 >A:20, # & <...;>E8=0, 15  16 0?@5;O 20093.  = 30/4=7.5. 4. S.V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. APPLICATION OF THE CODE TRACK FOR CALCULATIONS OF PROTON DOSE DISTRIBUTIONS IN MATTER XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F IWCPA-2009. 6 12 A5=BO1@O 2009 3>40, #:@08=0, @K<, ;CHB0,  =30/3=10 5. S.V. Akulinichev, Yu.K. Gavrilov, Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, V..Simonov, V.M. Skorkin, S.V. Zuev / Measuring System Low- Intensity Proton Beam// LX Intern. Conf. on Nuclear Physics (Nucleus 2010). St.Petersburg, Russia, July 06-09, 2010).  = 6/8=0.8 6. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, INR RAS, Moscow, Russia, V.N. Zapolsky, IHEP, Protvino, Russia  Tuning of the INR therapeutic proton beam , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino.  =6/6=1. 7. !.. :C;8=8G52, .. 0A8;L52, ... 02@8;>2, .. >:>=F52, ..  LVAL >:>=F52, ..0751=8:. @83;0H5==K9 ?;5=0@=K9 4>:;04: @>B>==0O ;CG520O CAB0=>2:0 " / . / :=835: III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.8-10.  =30*1.5/6=7.5. =48284C0;L=K9   02@8;>20 ... = 38.4 =45:A F8B8@>20=8O =102LVALOG!:>@:8= ;048<8@ 8E09;>28G @>4. 03.08.1953, :. D.-<. =, A=A $, C1;8:0F88: 1. Skorkin V., Mastinu P./Investigation of the intermediate neutron capture on unstable nuclides by means of the activation method// http://isinn.jinr.ru/17/contents.html  =4/2=2 2. .. =4@552, !.. :C;8=8G52, .. 5=5F:89, ... 0@?>2, .!. >=>1552A:89, .. !:>@:8=, .. $8@A>2/5@A?5:B820 8A?>;L7>20=8O <>I=KE =59B@>==KE 35=5@0B>@>2 2 =AB8BCB5 O45@=KE 8AA;54>20=89 // @5?@8=B /  1255/2010.  =4/6=1 >:;04K: 1. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D. Ilic, A.A. Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS/ //  IWCPA 2009 ,/Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5)/8= 5.6. 2. S.V. Akulinichev, Yu.K. Gavrilov, V.I. Dergiev, L.V.Kravchuk, V.M. Skorkin /Study of Ytterbium Sources for High Dose Rate Brachytherapy on a Basis of INR Proton Linac//  IWCPA 2009 , Crimea, Alushta, September 2009.- . =30/5=6. 3. !.. :C;8=8G52, .. =4@552, .. !:>@:8=/ AA;54>20=85 @048>18>;>38G5A:>9 MDD5:B82=>AB8 684:>:@8AB0;;8G5A:8E G0AB8F -Gd =0 =59B@>==>< 35=5@0B>@5// VII 0F8>=0;L=0O :>=D5@5=F8O " 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388" ( !--  2009), >A:20, 16-21 =>O1@O 2009.  =20/3=6.7 4. S.Akulinichev, L.Kravchuk, P.Mastinu, V.Skorkin / Investigation of the intermediate neutron capture on unstable nuclides by means of the activation method // ISINN-17. 17th Intern. Seminar on Interact. of Neutrons with Nuclei. Dubna, May 27-30, 2009.  =30/4=7.5 5. Skorkin V., Akulinichev S. /Experimental modeling nucleosynthesis during stellar He burning to study isotopic abundances// 4-th Gamow InternationalConference in Odessa and 9-th Gamow Summer School  Astronomy and beyond: Astrophysics, CLVALosmology, Radioastronomy, High Energy Physics and Astrobiology . 17-23 August, 2009, Odessa, Ukraine.  =6/2=3 6. V. Skorkin, S. Akulinichev, A. Andreev/ The High-Current Deuteron Accelerator for the Neutron Therapy//RuPAC-2010. Proceedings of RuPAC-2010. (http://accelconf.web.cern.ch/accelconf/)  =6*1.5/3=3. 7. S.V. Akulinichev, Yu.K. Gavrilov, Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, V..Simonov, V.M. Skorkin, S.V. Zuev / Measuring System Low- Intensity Proton Beam// LX Intern. Conf. on Nuclear Physics (Nucleus 2010). St.Petersburg, Russia, July 06-09, 2010).  = 6/8=0.8 8. L.V. Kravchuk, V.N. Peleshko, V.M. Skorkin /In-situ monitoring of radioactive gases and aerosols emitted from the ventilation system of INR proton linac // Intern. Symposium on In Situ Nuclear Metrology (NSINUME'2010), 20-23 October 2010 in Dubna. Book of Abstracts, 60. Accepted to Journal of Geophysical Research  = 6*1.5/3=3. 9. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..!:>@:8= !>740=85 F5=B@0 A>G5B0==>9 ?@>B>==>9 8 D>B>==>9 ;CG52>9 B5@0?88 2 "@>8F:5 @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 >=D5@5=F88 $878:0 ?@>B82 @0:0 >A:020, # & <...;>E8=0, 15  16 0?@5;O 20093.  = 30/4=7.5 10. !.. :C;8=8G52, .. =4@552, .. !:>@:8=/ AA;54>20=85 @048>18>;>38G5A:>9 MDD5:B82=>AB8 684:>:@8AB0;;8G5A:8E G0AB8F -Gd =0 =59B@>==>< 35=5@0B>@5// VII 0F8>=0;L=0O :>=D5@5=F8O " 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388" ( !--  2009), >A:20, 16-21 =>O1@O 2009.  =20/3=6.7 B>3>:   ..!:>@:8=0 =44.7 =45:A F8B8@>20=8O = 62LVAL&2009 3>4: C1;8:0F88: 1. D. G. Levkov, A. G. Panin // Long quantum transition times due to unstable semiclassical dynamics, -2009, Phys.Rev.A 80, p. 052110   = 2.908*30/2 = 43.62 >:;04K: 1. Symposium on THEORETICAL AND MATHEMATICAL PHYSICS, // Long quantum transitions due to unstable semiclassical dynamics   = 4 >2KH0NI89 :>MDD8F85=B: 1.5 (0A?8@0=B 2 >BG5B=>< ?5@8>45) 0 2009:  (2009) = 1.5*(43.62+4) = 71.43 2010 3>4: C1;8:0F88: 1. D. S. Gorbunov, A. G. Panin // Scalaron the mighty: is a quick mare in time everywhere?, -2010, arXiv:1009.2448   = 4/2 = 2 !5<8=0@A:85 70=OB8O: 1. !>2<5I5==K9 A5<8=0@ ?> :>A<>;>388 8 :;0AA8G5A:8< :0;81@>2>G=K< ?>;O<: # 3-9 :C@A, 2 A5<5AB@0:   = 2*8 = 16 C@AK ;5:F89: 1. 5D>@<0;L=>5 22545=85 2 :20=B>2CN B5>@8N: $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8 ?@8 $ (4;O ABC45=B>2 2-3> :C@A0), 1 A5<5AB@:   = 30 >2KH0NI89 :>MDD8F85=B: 2 (70I8B0 48AA5@B0F88) 0 2010:  (2010) = 2*(2+16+30) = 96 B>3>:   = 167.43A552 ;048A;02 8:>;0528G @>4 30.05.1949 =A $,   70 2009 - 2010 3.3. >:;04K: 1. S. V. Akulinichev, V. N. Aseev, Yu. K. Gavrilov. APPLICATION OF THE CODE TRACK FOR CALCULATIONS OF PROTON DOSE DISTRIBUTIONS IN MATTER XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F IWCPA-2009. 6 12 A5=BO1@O 2009 3>40, #:@08=0, @K<, ;CHB0, accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8).  =30*/3=10, 2. :C;8=8G52 !.., A552 .., 0A8;L52 .., 02@8;>2 ..., ;8G .., >:>=F52 .., 0751=8: .., !:>@:8= .. AA;54>20=85 <548F8=A:>3> ?@>B>==>3> ?CG:0 / . XXI International Workshop on Charged Particle Accelerators, Ukraine, Alushta, Crimea. September 6-12, 2009. accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8). Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p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asiliev, V. I. Kostjuchenko, V. G. Khaybullin, S. I. Samarin , A. S. Uglov Proton scattering power of some tissue-equivalent plastics arXiv:1011.4648v1 [physics.med-ph], 21 Nov 2010.   = 4/5 = 0.8 4. V.N. Vasiliev, V.I. Kostjuchenko, O.B. Riazantsev,V.G. Khaybullin, S.I. Samarin, A.S. Uglov. Tissue equivalence of some phantom materials for proton beams. arXiv:1005.4389v1 [physics.med-ph], 24 May 2010, 8 pages.   = 4/6=0.7 >:;04K: 1. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, ..!:>@:8=. ><?;5:A ?@>B>==>-D>B>==>9 B5@0?88 =AB8BCB0 O45@=KE 8AA;54>20=89 : A>AB>O=85 ?@>5:B0. @83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 $878:0 ?@>B82 @0:0, >A:20, &, 15-16 0?@5;O 2009 3.  =30/4=7.5. 2. V.N. Vasiliev, V.I. Kostjuchenko, O.B. Riazantsev,V.G. Khaybullin, S.I. Samarin, A.S. Uglov. Tissue equivalence of some phantom materials for proton beams. P137, PTCOG 48, Heidelberg, September 28th - October 3rd, 2009.  =6/6=1 3. :C;8=8G52 !.., A552 .., 0A8;L52 .., 02@8;>2 ..., ;8G .., >:>=F52 .., 0751=8: .., !:>@:8= .. AA;54>20=85 <548F8=A:>3> ?@>B>==>3> ?CG:0 / . XXI International Workshop on Charged Particle Accelerators, Ukraine, Alushta, Crimea. September 6-12, 2009. accepted to VANT (>?@>AK 0B><=>9 =0C:8 8 B5E=8:8). Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5)/8= 5.6 4. !.. :C;8=8G52, .. 0A8;L52, ... 02@8;>2, tLVAL.. >:>=F52, ..>:>=F52, ..0751=8:. @83;0H5==K9 ?;5=0@=K9 4>:;04: @>B>==0O ;CG520O CAB0=>2:0 " / . / :=835: III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.8-10.  =30*1.5/6=7.5. 5. !..:C;8=8G52, .. 0A8;L52, ..;L8=, .. >:>=F52, .. >:>=F52. >2KH5=85 :0G5AB20 ;CG52>9 B5@0?88 =0 CA:>@8B5;5 !-75. / :=:III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 &!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.11.  =6*1.5/5=1.8. 6. ..0A8;L52, ..>:>=F52. A?>;L7>20=85 @048>E@><=>9 ?;5=:8 Gafchromic HD-810 4;O 87<5@5=89 ?@>D8;59 4>7K ?@8 1;87:>D>:CA=>9 @5=B35=>B5@0?88. / :=:III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.215-217.  = 4/2 *1.5= 3 7. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, V.N. Zapolskyi. Tuning of the INR therapeutic proton beam. XXII Russian Particle Accelerator Conference RuPAC-2010, September 2010.   = 6/6= 1. 8G=K9   ..0A8;L520 = 33.6 *0.5=16.80LVAL@52:>2 <8B@89 5==048528G @>4. 05.09.1979, =A "$,   70 2009-2010 33. C1;8:0F88: 1) D.G. Levkov, A.G. Panin, S.M. Sibiryakov. "Signatures of unstable semiclassical trajectories in tunneling." J. Phys. A: Math. Theor. 42 (2009) 205102.  =1.577*30/3=15.77 2) D.G. Levkov, A.G. Panin. "Long quantum transition times due to unstable semiclassical dynamics". Phys. Rev. A 80, 052110 (2009).  = 2.866*30/2=42.99 >:;04K: 1) "Soliton-antisoliton production in particle collisions" 15th International seminar on high-energy physics "Quarks-2008," Sergiev Posad, Russia, 23-29 May, 2008.  =6*1.5=9 3) "Kink-antikink production in collisions of highly energetic particles". Symposium on Theoretical and Mathematical Physics, St. Petersburg, Russia, July 3-8, 2009.  =6 4) "Long quantum transitions due to unstable semiclassical dynamics", 14-th Lomonosov conference on elementary particle physics, Russia, 19-25 August, 2009.  =6 C@AK: C@A "!C?5@A8<<5B@8O", $878G5A:89 OD0:C;LB5B #, 5 :C@A, 25A5==89->A5==89 A5<5AB@K 2010 3.  =30*2=60 C:>2>4AB2> ABC45=B>< (. !0BC=8=):  =10/2=5 C:>2>4AB2> ABC45=B>< (.!. &L>?0):  =10 B>3>:  =154.76LVALOGC@5?8= ;5:A0=4@ 8:>;0528G 1. 40B0 @>645=8O: 15.01.1984 2. AB5?5=L: =5B 3. 4>;6=>ABL: <;04H89 =0CG=K9 A>B@C4=8:  - 4. !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 2010 3. 1) First proton-proton collisions at the LHC as observed with the ALICE detector: Measurement of the charged particle pseudorapidity density at s**(1/2) = 900-GeV. By ALICE Collaboration (K Aamodt et al.). 15pp. Published in Eur.Phys.J.C65:111-125,2010.  = 2,746*30/10=8,238 2) Transverse momentum spectra of charged particles in proton-proton collisions at $\sqrt{s} = 900$~GeV with ALICE at the LHC. By ALICE Collaboration (K Aamodt et al.). 20pp. Published in Phys.Lett.B693:53-68,2010.  = 5,083*30/10=15,249 3) Midrapidity antiproton-to-proton ratio in pp collisions at $\sqrt{s} = 0.9$ and $7$~TeV measured by the ALICE experiment. By ALICE Collaboration (Authors:: K. Aamodt et al.). 12pp. Published in Phys.Rev.Lett.105:072002,2010.  = 7,328*30/10=21,984 4) Charged-particle multiplicity measurement in proton-proton collisions at sqrt(s) = 0.9 and 2.36 TeV with ALICE at LHC. By ALICE Collaboration (K. Aamodt et al.). Published in Eur.Phys.J.C68:89-108,2010.  = 2,746*30/10=8,238 5) Alignment of the ALICE Inner Tracking System with cosmic-ray tracks. By ALICE Collaboration (K Aamodt et al.). 37pp. Published in JINST 5:P03003,2010.  = 2,102*30/10=6,306 6) Charged-particle multiplicity measurement in proton-proton collisions at sqrt(s) = 7 TeV with ALICE at LHC. By ALICE Collaboration (K. Aamodt et al.). 2010. 11pp. Published in Eur.Phys.J.C68:345-354,2010.  = 2,746*30/10=8,238 7) A module for shaping control signals of the T0 detector of the ALICE experiment. A.V. Veselovsky , A.V. Grigorev, V.A. Grigorev, V.A. Kaplin, A.N. Kurepin, A.B. Kurepin, T.L. Karavicheva, O.V. Karavichev, V.A. Loginov, . 2010. 5pp. Published in Instrum.Exp.Tech.53:688-692,2010, Prib.Tekh.Eksp.5:73-77,2010.  = 0,311*60/10=1,866 8) First proton-proton collisions at the LHC as observed with the ALICE detector: measureLVALment of the charged particle pseudorapidity density at " s =900 GeV By ALICE Collaboration (K. Aamodt et al.). 2010. Eur. Phys. J. C65:111-125,2010  = 2,746*30/10=8,238 2009 3. 9) .@83>@L52, 8 4@. 5B>4K 87<5@5=8O 0<?;8BC4 A83=0;>2 G5@5=:>2A:8E AG5BG8:>2 2 45B5:B>@5 "0 M:A?5@8<5=B0 ALICE (CERN, LHC ) @81>@K 8 B5E=8:0 M:A?5@8<5=B0 ! 3 ( 2009 ) 45-49 {6, 11/6, A?8A>: 2}   =0,311*60/10=1,866 10) ..5A5;>2A:89, ..@83>@L52, ..0?;8=, "..0@028G520, ..0@028G52, ..;8<>2, ..>=4@0BL520, ..C@5?8=, ..C@5?8=, ..>38=>2, ..5;5H:>, .. 5H5B8=, W.H.Trzaska  !8AB5<0 1KAB@>9 M;5:B@>=8:8 AB0@B>2>3> 45B5:B>@0 "0 M:A?5@8<5=B0 ALICE. @81>@K 8 B5E=8:0 M:A?5@8<5=B0 !2 ( 2009 ) 43-47   =0,311*60/10=1,866 11) A.I.Berlev et al. Development of FARICH detector for ALICE experiment at CERN Nucl. Instr. and Meth. A 598 (2009) 156-159   =1,317*30/10=3,951   ?> ?C1;8:0F8O< = 86,04 5. @5?@8=BK 2010 3. 1) Two-pion Bose-Einstein correlations in central PbPb collisions at sqrt(s_NN) = 2.76 TeV. By ALICE Collaboration, CERN-PH-EP-ALICE-2010-006, Dec 2010. 18pp. e-Print: arXiv:1012.4035 [nucl-ex]  =4/10=0,4 2) Suppression of Charged Particle Production at Large Transverse Momentum in Central Pb--Pb Collisions at $\sqrt{s_{_{NN}}} = 2.76$ TeV. By ALICE Collaboration (K. Aamodt et al.). Dec 2010. e-Print: arXiv:1012.1004 [nucl-ex]  =4/10=0,4 3) Charged-particle multiplicity density at mid-rapidity in central Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. By The ALICE Collaboration (K. Aamodt et al.). Nov 2010 e-Print: arXiv:1011.3916 [nucl-ex]  =4/10=0,4 4) Elliptic flow of charged particles in Pb-Pb collisions at 2.76 TeV. By The ALICE Collaboration (K. Aamodt et al.). Nov 2010. 10pp. e-Print: arXiv:1011.3914 [nucl-ex]  =4/10=0,4 5) Two-pion Bose-Einstein correlations in pp collisions at sqrt(s)=900 GeV. By ALICE Collaboration (K Aamodt et al.). Jul 2010. 13pp. e-Print: arXiv:1007.0516 [hep-th]  =4/10=0,4 2009 3. 5B   ?> ?\ LVALl @5?@8=B0< = 2,0 6. 0B5=B>2 5B 7. >:;04K 1) A.Kurepin (INR RAS) Start detector T0 for trigger and time-of-flight systems of the ALICE experiment, first results. 13th CERN-ISTC SAC Seminar New Perspectives of High Energy Physics 01  05 September 2010, Budker INP, Novosibirsk, Russian Federation   ?> 4>:;040< = 6,0 8. #G51=K9 :C@A 5B >2KH0NI89 :>MDD8F85=B 4;O <>;>4KE A>B@C4=8:>2 2. B>3>2K9   = (86,04+2,0+6,0)*2 = 94,04*2 = 188,08LVALOG5;>2 ;5:A0=4@ !B5?0=>28G @>4. 27.02.1948, 702. ;01. 1. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. P. Crivelli, A. Belov , U. Gendotti, S. Gninenko, A. Rubbia  Positronium Portal into Hidden Sector: A new experiment to search for mirror dark matter , arXiv:1005.4802v1 [hep-ex] 26 May 2010, 2010 JINST(Journal of Instrumentation), 5 P08001 doi: 10.1088/1748-0221/5/08/P08001 0;;: (4+2.102*30)/5=13,41 (M;5:B@>==K9 ?@5?@8=B + AB0BLO 2 8=>AB@0==>< 6C@=0;5 A 8<?0:B-D0:B>@>< 2.102) 3. A.Belov, A.Zelenski,  Present status and future prospects of polarized ion sources , Invited plenary report at International Symposium on Spin Physics, SPIN2008, 6-11 October 2008, University of Virginia, Virginia, USA, , AIP Conf. Proc., 1149, 2009, pp. 108-117. 0;;: (1,5*30/2) *0,5=11,25 (?@83;0H5==K9 8 >?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 40B0 :>=D5@5=F88  2008 3>4). 4. A.Zelenski, A. Kponou, J. Ritter, A.Belov, V. Zubets,  THE RHIC POLARIZED H- ION SOURCE , Report on International Symposium on Spin Physics, SPIN2008, 6-11 October 2008, University of Virginia, Virginia, USA, AIP Conference Proceedings, 1149, 2009 pp. 847-852.0;;: (1.5x6/5) x0.5 =0.9 (>?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 40B0 :>=D5@5=F88  2008 3>4). 5. Search for 14.4 keV solar axions emitted in the M1-transition of 57Fe nuclei with CAST, CAST collaboration , (60 coauthors) A. Belov , S. Gninenko from INR RAS, arXiv:0906.4488. Journal of Cosmology and Astroparticles Physics, 12(2009)002, doi: 10.1088/1475-7516/2009/12/002. 0;;: (4+ 6,502 *30)/10 = 19,91 (M;5:B@>==K9 ?@5?@8=B + AB0BLO 2 8=>AB@0==>< 6C@=0;5 A 8<?0:B-D0:B>@>< 6,502) 6. Search for solar axion emission from 7Li and D(p, )3He nuclear decays with the CAST -ray calorimeter, LVAL CAST collaboration (60 coauthors), A. Belov , S. Gninenko from INR RAS, Journal of Cosmology and Astroparticles Physics, 03(2010)032 doi: 10.1088/1475-7516/2010/03/032 , arXiv:0810.4482v2 [hep-ex] 9 Jan 2009 JCAP 0;;: (4+6,502 *30)/10 = 19,91 (M;5:B@>==K9 ?@5?@8=B +AB0BLO 2 8=>AB@0==>< 6C@=0;5 A 8<?0:B-D0:B>@>< 6,502) 7. Probing eV-scale axions with CAST  The CAST collaboration, (A. Belov, S. Gninenko from INR RAS ), Journal of Cosmology and Astroparticles Physics, 02, 008, 2009, arXiv:0810.4482v2 [hep-ex] 9 Jan 2009.0;;: (4+ 30x 6,502)/10 =19,906, ( M;5:B@>==K9 ?@5?@8=B +AB0BLO 2 8=>AB@0==>< 6C@=0;5 A 8<?0:B-D0:B>@>< 6,502) 8. A. S. Belov,  Recent developments in polarized ion sources technique , Invited plenary report on XIII Workshop on High Energy Spin Physics, DSpin-09, Dubna, Russia, September 1-5, 2009. 0;;: 20 (@83;0H5==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88) 9. V. Fimushkin, A. D. Kovalenko, L.V. Kutuzova, Yu.V. Prokofichev, V.P. Vadeev, A.S. Belov,  Source of polarized ions for JINR accelerator complex , Report on XIIIth International Workshop on Polarized Sources, Targets & Polarimetry, PSTP 2009, September 07-11, 2009 - Ferrara (Italy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z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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp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einhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev. Distortions of Proton Beam 2-D Images and Profiles due to Space Charge. !B5=4>2K9 4>:;04 =0 XXII @>AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F RuPAC-2010, September 27  October 1, 2010, Protvino, Russia, 4>:;04 >?C1;8:>20= 2 B@C40E RuPAC-2010, p. 116-118., http://accelconf.web.cern.ch/AccelConf/ 0;;: 4*1,5/4=1,5. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 6. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev, BEAM CROSS SECTION MONITOR FOR INR LINAC. !B5=4>2K9 4>:;04 =0 XXV <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< LINAC 10, Tsukuba, Japan, September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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0.857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  =3.11 LVAL0C15F 0;5@89 8:>;0528G >4.21.05.1950 , =0CG=K9 A>B@C4=8: 1. ../:CH52, ..C15F, .!.8:C;8=, .".$@>;>2. 5=5@0B>@ AB018;L=KE 8<?C;LA>2 2KA>:>3> =0?@O65=8O. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, !2, 2009, A.71-74. 0;;: 0,311*60/4 = 4,67 (!B0BLO 2 @>AA89A:>< @5F5=78@C5<>< 6C@=0;5). 2. A.Zelenski, A. Kponou, J. Ritter, A.Belov, V. Zubets,  THE RHIC POLARIZED H- ION SOURCE , Report on International Symposium on Spin Physics, SPIN2008, 6-11 October 2008, University of Virginia, Virginia, USA, AIP Conference Proceedings, 1149, 2009 pp. 847-852.0;;: (1.5x6/5) x0.5 =0.9 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, 40B0 :>=D5@5=F88  2008 3>4). 3. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac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vasha . Improving of the DTL cavity RF voltage stability by means of anode modulator feedback. Proceedings of RUPAC2010, Protvino, Russia, p.366-368 0;;: 4*1.5=6. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. A.I.Kvasha, Yu.M.Lopatnikov. Results of the INR DTL series crowbar system testing. XXI 564C=0@>4=>5 A>25I0=85 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, @K<, #:@08=0, 6-12 A5=BO1@O 2009. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O "/45@=>-D878G5A:85 8AA;54>20=8O" (54), !3, 2010, AB@. 13-17 0;;: 6*1.5/2=4,5 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. C:>2>4AB2> 0A?8@0=B>< /  0H5=L:>2K< =0B>;85< 8:>;0528G5< 2 2009 3>4C. 0;;: 30. 4. C:>2>4AB2> 0A?8@0=B>< /  0H5=L:>2K< =0B>;85< 8:>;0528G5< 2 2010 3>4C. 0;;: 30. 8G=K9  =70.50   @C:>2>48B5;O=63.38I/Za h  o  v # } * 1 8?FMTMT[tR@^@?mOGFFF:?qB h*@?@cFFF:? B33Bp@?-jOGFFF:?) 33Al@?hOGFFF:? Y@d,@?fOGFFF:?sQAR@@?dOGFFF:?333@d@?@cFFF:? {fB4N n@?, @bFFF:? {C-)&$@?ll[OGFFF:?+ff6A|`6?Dn @?hHVOG& 2 WoSTFF:33KAR@?TOGFFF:? yv@,@? @SFFF:?.A Z  @?vhLOGFFF:?Q eC*)%Z#@?,IOGFFF:?` d;>OGFFF:?>F C~@?<:OGFFF:?W3sICbP@?T8OGFFF:?Go8C^t'~@?,5OGFFF:?[QC))N%"@?Q/OGFFF:?5q=A~@?`.OGFFF:?O%C 8v@?:*OGFFF:?mg&B " @?(OGFFF:?6{BT 0\@?@'FFF:?!C\B@?63#OGFFF:?R˯C+Ff!."@?"OGFFF:?#LCd@?F OGFFF:? ׻@L@x@?@FFF:?[ @RL@?@FFF:? ׻@L@x@?@FFF:?BpkBP@?l!OGFFF:?)\@Al` @?v@FFF:?)BV@?OGFFF:?{A ff@? @FFF:? WB\+@? OGFFF:? ׻@L@x@?@FFF:?@?@FFF:?B" 80@?OGFFF:?Q@)\oA" @?OGFFF:?F(BtV@? @FFF:?= G@Qx@^~@?Z @FFF:?B}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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conf., Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0.857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88).. 8G=K9  =3.11   @C:>2>48B5;O=3.88LVAL 8:C;8= 235=89 !5<5=>28G, @>4. 15.06.1945, =. A. # 1. ../:CH52, ..C15F, .!.8:C;8=, .".$@>;>2. 5=5@0B>@ AB018;L=KE 8<?C;LA>2 2KA>:>3> =0?@O65=8O. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, !2, 2009, A.71-74. 0;;: 0,311*60/4 = 4,67 (!B0BLO 2 @>AA89A:>< @5F5=78@C5<>< 6C@=0;5). 2. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0.857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  =4.01   @C:>2>48B5;O=14.96LVALOG>8A552 0A8;89 ;5:A0=4@>28G, @>4. 02.09.1955, =A 1. ..>8A552.  >45;8@>20=85 2>7459AB28O ?@>4>;L=>9 <8:@>2>;=>2>9 =5CAB>9G82>AB8 8=B5=A82=KE 8>==KE ?CG:>2 =0 ?>?5@5G=CN 48=0<8:C G0AB8F 2 F8:;8G5A:8E CAB0=>2:0E . PROBLEMS OF ATOMIC SCIENCE AND TECHNOLOGY !5, Series: Nuclear Physics Investigations (47), No.2 pp.101-105, 2010. 0;;: 6*1.5/1=9 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. !..@038=, ..0A8;L52, ..>;>4:528G, ..@5E>2, ...8A5;52, ..8@7>O=, ..>8A552, ..$5I5=:>,  >=B@>;L 8 D>@<8@>20=85 ?CG:0 ?@>B>=>2 ;8=59=>3> CA:>@8B5;O /  =0 <8H5=8 87>B>?=>3> :><?;5:A0 . PROBLEMS OF ATOMIC SCIENCE AND TECHNOLOGY !5, Series: Nuclear Physics Investigations (47), No.2, pp.96 -100, 2010. 0;;: 6*1.5/8=1,125 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, .. @5G:>, ..5;57>2, ...0;8=8=, ..0BCH:>, ..8@7>O=, ..>8A552, ..@>=8=, .. 59=30@4B-8:C;8=, ..!5@>2, ..!:0AK@A:0O, ..!:>@:8=.  07@01>B:0 AB5=40 4;O =0@01>B:8 :>@>B:>682CI8E @048>87>B>?>2 =0 ;8=59=>< CA:>@8B5;5 /  . 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C:>2>4AB2> ABC45=B>< <038AB@0BC@K $" (2009  ?>;=K9 3>4) 5=8A5=:> .. 0;;: 10.LVAL  15. C:>2>4AB2> ABC45=B>< <038AB@0BC@K $" (2010 > 5 <5A.) 5=8A5=:> .. 0;;: 10. 8G=K9  =125.67(LVAL8@>=8= ;53 <8B@8528G, @>48;AO 18.03.1935, :.B.=. ! 1. ... 0;8=8=, .. @>=8=, .. !B5?0=>2. "5E=>;>38G5A:85 >A>15==>AB8 873>B>2;5=8O 20:CC<=>-?;>B=>3> ?0O=>3> :>@?CA0 ?>;CB@C1>: 4@59D0 ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20093., B>< 19, !1, A.11-14. 0;;: 8/3=2,66 (!B0BLO 2 @>AA89A:>< 6C@=0;5). 2. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, .. @5G:>, ..5;57>2, ...0;8=8=, ..0BCH:>, ..8@7>O=, ..>8A552, ..@>=8=, .. 59=30@4B-8:C;8=, ..!5@>2, ..!:0AK@A:0O, ..!:>@:8=, . . $5I5=:>.  " !" /  "  "#)% "   #! " / . !B5=4>2K9 4>:;04 =0 XXI <564C=0@>4=>< A>25I0=88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, A5=BO1@L, 6-12, 2009. C1;8:0F8O 4>:;040 2 @5F5=78@C5<>< 6C@=0;5 >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, 2010, !2 (66), AB@. 190-193. 0;;: (6/10)*1,5 = 0,9. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. 0;8=8= .., @>=8= ., !B5?0=>2 .. ;8O=85 M;5:B@>4C3>2>9 A20@:8 =0 =5ACICN A?>A>1=>ABL 8 20:CC<=CN ?;>B=>ABL A20@=KE 48DDC78>==KE A>548=5=89 !B3->1 2 @57>=0B>@0E ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20093., B>< 19, !4, A.265-268. 0;;: 8/3=2,66 (!B0BLO 2 @>AA89A:>< 6C@=0;5). 4. 0;8=8= ..., @>=8= .., !B5?0=>2 .. #AB@0=5=85 =535@<5B8G=>AB59 20:CC<=>9 A8AB5<K ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20103., B>< 20, !4, A.245-249. 0;;: 8/3=2,66 (!B0BLO 2 @>AA89A:>< 6C@=0;5). 8G=K9  =8.88LVALOG 59=30@4B-8:C;8= 5B@ 3>@528G, 26 O=20@O 1946 3., 0CG=K9 A>B@C4=8:, .>. 702. !5:B>@>< 1. . 59=30@4B-8:C;8=, !. @038=, . 0A8;L52, . >;>4:528G, . @5E>2, .. 8A5;52, . 8@7>O=, . $5I5=:>. "" / !!" "#& "  / #'  "  #! "/ / . >:;04 =0 XXI <564C=0@>4=>< A>25I0=88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, A5=BO1@L, 6-12, 2009. C1;8:0F8O 4>:;040 2 @5F5=78@C5<>< 6C@=0;5 >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, 2010 , !3 (67), AB@. 35-39, 0;;: (6/8)*1,5 = 1,125. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. . 59=30@4B-8:C;8=, . 0A8;L52, !. 02@8;>2, . $5I5=:>. " & "   ' !'/  " #'  #! "/ / . >:;04 =0 XXI <564C=0@>4=>< A>25I0=88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, A5=BO1@L, 6-12, 2009. C1;8:0F8O 4>:;040 2 @5F5=78@C5<>< 6C@=0;5 >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, 2010 , !2 (66), AB@. 39-43 0;;: (6/4)*1,5 = 2,25. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, .. @5G:>, ..5;57>2, ...0;8=8=, ..0BCH:>, ..8@7>O=, ..>8A552, ..@>=8=, .. 59=30@4B-8:C;8=, ..!5@>2, ..!:0AK@A:0O, ..!:>@:8=, . . $5I5=:>.  " !" /  "  "#)% "   #! " / . !B5=4>2K9 4>:;04 =0 XXI <564C=0@>4=>< A>25I0=88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F, ;CHB0, A5=BO1@L, 6-12, 2009. C1;8:0F8O 4>:;040 2 @5F5=78@C5<>< 6C@=0;5 >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, 2010, !2 (66), AB@. 190-193. 0;;: (6/10)*1,5 = 0,9. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev. Distortions of Proton Beam 2-D Images and Profiles due to Space Charge. >:;04 =0 XXII @>AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F RuPAC-2010, September 27  October 1, 2010, Protvino, Russia, 4>:;04 >?C1;8:>20= 2 B@C40E RuPAC-2010, p. 116-118., http://accelconf.web.cern.ch/AccelConf/ 0;;: 4*1,6 LVALF 5/4=1,5. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 5. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev, BEAM CROSS SECTION MONITOR FOR INR LINAC. >:;04 =0 XXV <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< LINAC 10, Tsukuba, Japan, September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elov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  =5.87!B5?0=>2 =0B>;89 ;5:A5528G, @>48;AO 25.07.1935 3.,:.B.=, 70254CNI89 A5:B>@>< 1. ....0;8=8=, ..@>=8=, ..!B5?0=>2. "5E=>;>38G5A:85 >A>15==>AB8 873>B>2;5=8O 20:CC<=>-?;>B=>3> ?0O=>3> :>@?CA0 ?>;CB@C1>: 4@59D0 ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20093., B>< 19, !1, A.11-14. 0;;: 8/3=2,66. (!B0BLO 2 @>AA89A:>< 6C@=0;5). 2. ....0;8=8=, ..@>=8=, ..!B5?0=>2. ;8O=85 M;5:B@>4C3>2>9 A20@:8 =0 =5ACICN A?>A>1=>ABL 8 20:CC<=CN ?;>B=>ABL A20@=KE 48DDC78>==KE A>548=5=89 !B3-1 2 @57>=0B>@0E ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20093., B>< 19, !4, A.265-268. 0;;: 8/3=2,66. (!B0BLO 2 @>AA89A:>< 6C@=0;5). 3. ....0;8=8=, ..@>=8=, ..!B5?0=>2. #AB@0=5=85 =535@<5B8G=>AB8 20:CC<=>9 A8AB5<K ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20103., B>< 20, !4, A.245-249. 0;;: 8/3=2,66. (!B0BLO 2 @>AA89A:>< 6C@=0;5). 8G=K9  =7.98   @C:>2>48B5;O=9.98LVALOG$5I5=:> ;5:A0=4@ ;048<8@>28G, >4. 06.03.1955, 4.D.-<.=., 702. B45;>< 1. !..@038=, ..0A8;L52, ..>;>4:528G, ..@5E>2, ...8A5;52, ..8@7>O=, ..>8A552, ..$5I5=:>. >=B@>;L 8 D>@<8@>20=85 ?CG:0 ?@>B>=>2 ;8=59=>3> CA:>@8B5;O /  =0 <8H5=8 87>B>?=>3> :><?;5:A0. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, ! 2 (66), A. 96-100, 0;;: 6/8*1,5=1,125 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. .. 59=30@4B-8:C;8=, !.. @038=,.. 0A8;L52, .. >;>4:528G,.. @5E>2, ... 8A5;52,.. $5I5=:>, ..8@7>O=. 2B><0B878@>20==0O A8AB5<0 <03=8B>8=4C:F8>==>3> <>=8B>@8@>20=8O ?CG:0 ?@>B>=>2 ;8=59=>3> CA:>@8B5;O / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, ! 3 (67), A. 35-39. 0;;: 6/8*1,5=1,125 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. V.Moiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp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einhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev. Distortions of Proton Beam 2-D Images and Profiles due to Space Charge. !B5=4>2K9 4>:;04 =0 XXII @>AA89A:>9 :>=D5@5=F88 ?> CA:>@8B5;O< 70@O65==KE G0AB8F RuPAC-2010, September 27  October 1, 2010, Protvino, Russia, 4>:;04 >?C1;8:>20= 2 B@C40E RuPAC-2010, p. 116-118., http://accelconf.web.cern.ch/AccelConf/ 0;;: 4*1,5/4=1,5. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 7. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev, BEAM CROSS SECTION MONITOR FOR INR LINAC. >:;04 =0 XXV <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< LINAC 10, Tsukuba, Japan, September, 12 17, 2010. 0;;: (6/4) = 1,5. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. A.V.Feschenko, V.A.Moiseev,  Peculiarities of Bunch Shape Measurements of High Intensity Ion Beams , IPAC 10, Kyoto, Japan, http://accelconf.web.cern.ch/accelconf/IPAC 10, pp.1065-1067, 2010. 0;;: 6*1.5/2=4.5 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 9. Feschenko, Alexander. Bunch Shape Monitors with RF Scanning of Lower Energy Secondary Electrons. Report at 2nd DITANET Topical Workshop on Longitudinal Beam Profile Measurements. Manchester, 12-13 July 2010. http://indico.cern.ch/contributionListDisplay.py?confId=93401 0;;=30 (@83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 10. ..$5I5=:>. 7<5@8B5;L <8:@>AB@C:BC@K ?CG:0 ;8=59=KE CA:>@8B5;59 8>=>2. !1>@=8: ==>20F8>==K5 @07@01>B:8 8 ?@>5:BK =AB8BCB0 O45@=KE 8AA;54>20=89 , K?CA: 1, >A:20, 2009, !. 4-5. 0;; =4 (@5?@8=B) 11. >@01>B:0 :C@A0 ;5:F89 A=>2PLVAL`K D878:8 8 B5E=8:8 CA:>@5=8O 70@O65==KE G0AB8F =0 107>2>9 :0D54@5 $". 0;; =8*2 3>40 =16. 12. C:>2>4AB2> 0A?8@0=B>< !..02@8;>2K< 2 2010 3>4C. 0;; 30/2=15 8G=K9  =78.76   @C:>2>48B5;O=58.86zLVALV /:CH52 0;5=B8= 5B@>28G @>4. 25.09.1932, 2. =. A. 1. ../:CH52, ..C15F, .!.8:C;8=, .".$@>;>2. 5=5@0B>@ AB018;L=KE 8<?C;LA>2 2KA>:>3> =0?@O65=8O. @81>@K 8 B5E=8:0 M:A?5@8<5=B0, !2, 2009, A.71-74. 0;;: 0,311*60/4 = 4,67 (!B0BLO 2 @>AA89A:>< @5F5=78@C5<>< 6C@=0;5). 2. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  =5.87%;NAB8= 5=8A 4048<8@>28G >4. 1.10.1980, <.=.A. 1. Yu. V. Grigoriev, D.V. Khlustin, Zh. V.Mesentseva, Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for Th232 and U238. Proc. of XVIII International Seminar on Interaction of Neutrons with Nuclei, Dubna, 2010. 0;;: (6/4)*1,5=2,25 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. Yu. V. Grigoriev, D.V. Khlustin, Zh. V.Mesentseva, Yu.V. Ryabov.Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Proc. of XVIII International Seminar on Interaction of Neutrons with Nuclei, Dubna, 2010. 0;;: (6/4)*1,5=2,25 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9  =4.5LVALOG!0;0H52 ;53 235=L528G 40B0 @>64. 4 O=2 1976, :0=4840B D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8:, >B45; B5>@5B8G5A:>9 D878:8 0AG5B   70 2009-201033: !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: Double Pair Production by Ultra High Energy Cosmic Ray Photons. S.V. Demidov, O.E. Kalashev J.Exp.Theor.Phys.108:764-769,2009  =1.099*60/2=32.97 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: Sensitivity of cosmic-ray experiments to ultra-high-energy photons: reconstruction of the spectrum and limits on the superheavy dark matter. O.E. Kalashev, G.I. Rubtsov, Sergey V. Troitsky Phys.Rev.D80:103006,2009.  =5.050*30/3=50.5 Ultra-High Energy Cosmic Rays and the GeV-TeV Diffuse Gamma-Ray Flux. Oleg E. Kalashev, Dmitry V. Semikoz, Gunter Sigl Phys.Rev.D79:063005,2009  =5.050*30/3=50.5 Secondary photons and neutrinos from cosmic rays produced by distant blazars Warren Essey, Oleg E. Kalashev, Alexander Kusenko, John F. Beacom Phys.Rev.Lett.104:141102,2010  =7.328*30/4=54.96 @5?@8=BK: Role of line-of-sight cosmic ray interactions in forming the spectra of distant blazars in TeV gamma rays and high-energy neutrinos Warren Essey, Oleg Kalashev, Alexander Kusenko, John F. 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K45;5=85 >;>20-117< 2 A>AB>O=88 157 =>A8B5;O 87 >1;CG5==>3> 8=B5@<5B0;;840 AC@L<0-B8B0=. (5AB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2009, 12-16 >:BO1@O 2009. "578AK 4>:;04>2. >A:20, 2009, A. 375.   =4*1,5/4=1,5   ?> ?C1;8:0F8O<: 3,03 !?8A>: ?0B5=B>2 70 2009-2010 3.3. 1. !.. @<>;052, . . ">30520, .. 0?H8=0, .. C9:>2, !. !@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb (20@80=BK). 0B5=B $ ! 2398296, ?@8>@8B5B 12.09.2008, >?C1;8:>20=> 20.08.2010,  ! 24.  =20/5=4 2. E. V. Lapshina, B. L. Zhuikov , S. C. Srivastava , S. V. Ermolaev, N. R. Togaeva Methods for chemical recovery of non-carrier-added radioactive tin from irradiated intermetallic Ti-Sb targets. US Patent application number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rzaska ..C@5?8=, ..C@5?8=, ..>38=>2, ..5;5H:>, .. 5H5B8=, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 !2 (2009) 43-44  = 0,331 * 60 * 0,1 = 1,986 2  5B>4K 87<5@5=8O 0<?;8BC4 A83=0;>2 G5@5=:>2A:8E AG5BG8:>2 2 45B5:B>@5 "0 M:A?5@8<5=B0 ALICE (CERN,LHC) ..@83>@L52, "..0@028G520, 8 4@. ..C@5?8=, ..C@5?8=, ..>38=>2, ..5;5H:>, .. 5H5B8=, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 !3 (2009) 45-49  = 0,331 * 60 * 0,1 = 1,986 3 First proton-proton collisions at the LHC as observed with the ALICE detector: measurement of the charged particle pseudorapidity density at " s =900 GeV K.Aamodt, ..T.Karavicheva et al. Published in Eur.Phys.J.C65:111-125,2010.  = 2,746 * 30 * 0,1 = 8,238 4 Development of FARICH detector for ALICE experiment at CERN Nucl. Instr. and Meth. A 598 (2009) 156-159 . {5, 16/10, A?8A>: 3} A.I.Berlev et al  = 1,317 * 30 * 0,1 = 3,951 5 Longitudinally segmented lead / scintillator hadron calorimeter with micro- pixel with APD readout M.Golubeva , ..T.Karavicheva et al. Nucl.Instrum.Meth.A598:268-269,2009. {5, 10/10, A?8A>: 5}  = 1,317 * 30 * 0,1 = 3,951 6 Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter M.Golubeva , ..T.Karavicheva et al. Nucl. Instrum.Meth. A610 (2009) 366 3 {5, 10/10, A?8A>: 5}  = 1,317 * 30 * 0,1 = 3,951 7 J/psi azimuthal anisotropy relative to the reaction plane in Pb-Pb collisions at 158 GeV per nucleon Nucl.Instrum.Meth.A598:268-269,2009. {5, 10/10, A?8A>: 5} LVAL1  = 1,317 * 30 * 0,1 = 3,951 8 Phi decay: A Relevant source for K- production at energies available at the GSI Schwerionen-Synchrotron (SIS)? 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CB0@H89 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 <57>O45@=KE 2708<>459AB289 C1;8:0F88 2 2009-2010 3>40E: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: C1;8:0F88 2 2009-2010 3>40E: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2010 3 1. I. Pshenichnov, A. Botvina, I. Mishistin, W. Greiner, Nuclear fragmentation in extended media studied with Geant4 toolkit, Nucl. Inst. Meth. B 268 (2010) 604  =1.156*30/4 = 8.670 2. I. Mishustin, I. Pshenichnov, W. Greiner, Modelling heavy-ion energy deposition in extended media, Eur. Phys. J. D 60 (2010) 109.  =1.563*30/3 = 15.563 3. K. Aamodt, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin, N. Topilskaya et al., ALICE Collaboration, Charged-particle multiplicity measurement in proton-proton collisions at sqrt(s) = 0. 9 and 2.36 TeV with ALICE at LHC Eur. Phys. J. C 68 (2010) 89.  =2.746*30/10 = 8.238 4. K. Aamodt, ..., F. Guber, O. 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Facilities for calorimeter beam tests at CERN Workshop on Calorimeter technology for HADES at FAIR, October 2010, Frankfurt, Germany http://www-aix.gsi.de/conferences/hic/CalForHad2010/   ?> :>=D5@5=F8O< 6 @8<5G0=85: !?8A>:1{ C15@ $.$., 0@028G520 ".., 0@?5G52 .., >=52A:8E .!., C@5?8= .., C@5?8= .., 052A:0O .., H5=8G=>2 .., 5H5B8= .., } !?8A>:2{ 0@028G520 ".., 0@028G52 .., C@5?8= .., C@5?8= .., 052A:0O .., 0@8= .., 5H5B8= .., } !?8A>:3{ 0@028G520 ".., 0@?5G52 .., C?G8=A:89 ..., C@5?8= .., C@5?8= .., 052A:0O .., CA85=:> ..., 078= .., 5H5B8= .., $8=>3552 .. } !?8A>:4 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0?84CA .., 5H5B8= .., !04>2A:89 .!.} !?8A>:5 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0?84CA .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:6 {>;C1520 .., C15@ $.$., 0@028G520 ".., C@5?8= .., 5H5B8= .., ">?8;LA:0O .!.} !?8A>:7 {>;C1520 .., C15@ $.$., 5@<5=Q2 .., 20H:8= .., C@5?8= ..} !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} !?8A>:9 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} B>3>2K9   = 137.962LVALOG?>;C1520 0@8=0 >@8A>2=0 >4 @>645=8O.  1950 0B0 70I8BK 48AA5@B0F88  1/A >;6=>ABL  =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. A C:070=85< :>;-20 02B>@>2. 2010 3. 1. A. Kugler et al. (By HADES Collaboration) / Studying hadron properties in baryonic matter with HADES. // AIP Conf.Proc.1257 (2010), 691-694 {5, 100/7, !?8A>:9}  =0,8 2. G. Agakishiev et al. / In-Medium Effects on K$^0$ Mesons in Relativistic Heavy-Ion Collisions. // Phys.Rev.C82 (2010) 044907 {5, 111/7, !?8A>:9}   =3,477*30/10=10,431 3. G. Agakishiev et al. (By HADES Collaboration) / Lambda-p femtoscopy in collisions of Ar+KCl at 1.76 AGeV. // Phys.Rev.C82 (2010) 021901 {5, 106/7, !?8A>:9}   = 3,477*30/10=10,431 4. G. Agakishiev et al. (By HADES Collaboration) / Study of elementary reactions with the HADES dielectron spectrometer. // Acta Phys.Polon.B41 (2010) 365-378 {5, 113/8, !?8A>:4}   =0,648*30/10=1,944 5. G. Agakishiev et al. (By HADES Collaboration) / Origin of the low-mass electron pair excess in light nucleus-nucleus collisions. // Phys.Lett.B690 (2010) 118-122 {5, 99/7, !?8A>:9} }   =5,083*30/10=15,249 6. N. Abgrall et al. (By NA61/SHINE collaboration) / Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c// Submitted to Phys.ReV. C, Dec.2010 {5, 104/6, !?8A>:8}}   =3,477*30/10=10,431 7. .. C@5?8=, .. 5@<5=52, .. >;C1520 (:>;;01>@0F88 CASTOR) / >8A: 0=><0;L=KE 8 M:7>B8G5A:8E O2;5=89 :>A<8G5A:8E ;CG59 2 M:A?5@8<5=B5 CMS =0 CAB0=>2:5 CASTOR =0 >;LH>< 4@>==>< >;;0945@5 // 0?@02;5=> 2  725AB8O :045<88 =0C:, A5@8O D878G5A:0O 8. . . C@5?8=, . !. ">?8;LA:0O*, . . >;C1520 /  ' /  -! "% ! $!  (,.  #'% SPS  LHC  & 5 //0?@02;5=> 2 /45@=CN D878:C 2009 3. 1. T. Anticic et al (By NA49 Collaboration and NA61/SHINE Collaboration) / Search for the QCD critical point at SPS energies // PoS EPS-HEP2009:030,2009. {5, 174/6, !?8A>:8}   =0,8 2. N. AbgLVAL@rall et al. (By NA61/SHINE Collaboration) / NA61/SHINE low energy program at SPS // PoS CPOD2009:049,2009. {5, 118/6, !?8A>:8}}   =0,8 3. T. Galatyuk et al. (By HADES Collaboration) / Recent results from HADES on electron pair production in relativistic heavy-ion collisions. // PoS CPOD2009 (2009):045 {5, 99/8, !?8A>:4}   =0,8 4. M.Golubeva et al. / Longitudinally segmented lead / scintillator hadron calorimeter with micro- pixel with APD readout// Nucl.Instrum.Meth.A598:268-269,2009. {5, 10/10, A?8A>: 5}   =1,317*30/10=3,951 5. M. Golubeva et al. /Use of micro-pixel avalanche photodiodes for the readout of a lead/scintillator hadron calorimeter// , Nucl. Instrum.Meth. A610 (2009) 366 3 {5, 10/10, A?8A>: 5}   =1,317*30/10=3,951 6. F. Prino et al. / J/psi azimuthal anisotropy relative to the reaction plane in Pb-Pb collisions at 158 GeV per nucleon// Eur.Phys.J.C61:853-858,2009. { 5, 86/6, A?8A>: 6 }   =2,746*30/10=8,238 7. G. Agakishiev et al. (By HADES Collaboration) / Phi decay: A Relevant source for K- production at energies available at the GSI Schwerionen-Synchrotron (SIS)? // Phys.Rev.C80 (2009) 025209 {5, 111/8, !?8A>:4}   =3,477*30.10=10,431 8. G. Agakishiev et al. (By HADES Collaboration) / Deep Subthreshold Xi- Production in Ar + KCl Reactions at 1.76A GeV // Phys.Rev.Lett 103 (2009) 132301 {5, 105/8, !?8A>:4}   =7,328*30/10=21,984 9. F.Krizek et al., (By HADES Collaboration) / Inclusive Dielectron Production in Ar+KCl Collisions at 1.76 AGeV studied with HADES // Nucl.Phys.A830 (2009) p.483-486 {5, 112/8, !?8A>:4}   =1,706*30/10=5,118 10. G. Agakishiev et al. (By HADES Collaboration) / The high-acceptance dielectron spectrometer HADES // Eur.Phys.J.A41 (2009) p.243-277 {5, 207/9, !?8A>:2}   =1,968*30/10=5,904 11. G. Agakishiev et al. (By HADES Collaboration) / Measurement of charged pions in C-12 + C-12 collisions at 1A GeV and 2A GeV with HADES // Eur.Phys.J.A40 (2009) p.45-59 {5, 125/8, !?8A>:4}   =1,968*30/10=5,904 12. ILVALA.Frohlich et al. (By HADES Collaboration) / Meson and di-electron production with HADES // Int.J.Mod.Phys.A24 (2009) p.317-326 {5, 125/8, !?8A>:4}   =0,941*30/10=2,823 13. M. Sudol et al. / Measurement of low-mass e+ e- pair production in 1-A-GeV and 2-A-GeV C-C collision with HADES // Eur.Phys.J.C62 (2009) p.81-84 {5, 125/8, !?8A>:4}   =2,746*30/10=8,238 14. L. Fabbietti, & ,F.Guber et al 2009 J. Phys. G: Nucl. Part. Phys. 36 064005 (12pp). !?8A>: 02B>@>2 4>ABC?5= ?> J. Phys. G: Nucl. Part. Phys. 36 069804.   = 2,124*30/10=6,372   ?> 6C@=0;L=K< ?C1;8:0F8O< 134.6 @5?@8=BK 1. G. Agakishiev et al. / In-Medium Effects on K$^0$ Mesons in Relativistic Heavy-Ion Collisions. // arXiv:1004.3881 {17, 111/7, !?8A>:9}   =4/10=0,4 2. G. Agakishiev et al. (By HADES Collaboration) / Lambda-p femtoscopy in collisions of Ar+KCl at 1.76 AGeV. // arXiv:1004.2328 {17, 106/7, !?8A>:9}   =4/10=0,4 3. G. Agakishiev et al. / Hyperon production in Ar+KCl collisions at 1.76A GeV. // arXiv:1010.1675 {17, 106/7, !?8A>:9}   =4/10=0,4 4. G. Agakishiev et al. (By HADES Collaboration) / Study of elementary reactions with the HADES dielectron spectrometer. // arXiv:0912.2677 {17, 113/7, !?8A>:4}   =4/10=0,4 5. T. Liu et al./Study of the pp ---> np pi+ reaction at 1.25-GeV with HADES.//arXiv:0909.3399 {17, 107/7, !?8A>:9}   =4/10=0,4 6. G. Agakishiev et al. (By HADES Collaboration) / Origin of the low-mass electron pair excess in light nucleus-nucleus collisions. // arXiv:0910.5875 {17, 99/7, !?8A>:9}   =4/10=0,4 7. T. Galatyuk et al. (By HADES Collaboration) / Recent results from HADES on electron pair production in relativistic heavy-ion collisions // arXiv:0911.2411 {17, 99/8, !?8A>:4}   =4/10=0,4 8. I.Frohlich et al. (By HADES Collaboration) / Future perspectives at SIS-100 with HADES-at-FAIR // IarXiv:0906.0091 {17, 112/8, !?8A>:4}   =4/10=0,4 9. P. Tlusty et al. (By HADES Collaboration) / Charged pion production in C+C and Ar+KCl collisions measured with HADES // LVALarXiv:0906.2309 {17, 112/8, !?8A>:4}   =4/10=0,4 10. K. Lapidus et al. (By HADES Collaboration) / Dielectron production in pp and dp collisions at 1.25-GeV/u with HADES // arXiv:0904.1128 {17, 113/8, !?8A>:4}   =4/10=0,4 11. >;C1520 .. 8 4@. / -=5@35B8G5A:0O :0;81@>2:0 A53<5=B8@>20==>3> :0;>@8<5B@0 CASTOR A 8A?>;L7>20=85< <0B@8G=>3> <5B>40 >?@545;5=8O :>=AB0=B :0;81@>2:8 // ?@5?@8=B /  1239\2009 {16, !?8A>:7}   =4/5=0,8 12. T. Anticic et al (By NA49 Collaboration and NA61/SHINE Collaboration) / Search for the QCD critical point at SPS energies // arXiv:0909.0485 {17, 174/6, !?8A>:8}   =4/10=0,4 13. N. Abgrall et al. (By NA61/SHINE Collaboration) / NA61/SHINE low energy program at SPS // arXiv:0908.1697 {17, 118/6, !?8A>:8}   =4/10=0,4   ?> ?@5?@8=B0< 5,6 !?8A>:1{ C15@ $.$., 0@028G520 ".., 0@?5G52 .., >=52A:8E .!., C@5?8= .., C@5?8= .., 052A:0O .., H5=8G=>2 .., 5H5B8= .., } !?8A>:2{ 0@028G520 ".., 0@028G52 .., C@5?8= .., C@5?8= .., 052A:0O .., 0@8= .., 5H5B8= .., } !?8A>:3{ 0@028G520 ".., 0@?5G52 .., C?G8=A:89 ..., C@5?8= .., C@5?8= .., 052A:0O .., CA85=:> ..., 078= .., 5H5B8= .., $8=>3552 .. } !?8A>:4 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0?84CA .., 5H5B8= .., !04>2A:89 .!.} !?8A>:5 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0?84CA .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:6 {>;C1520 .., C15@ $.$., 0@028G520 ".., C@5?8= .., 5H5B8= .., ">?8;LA:0O .!.} !?8A>:7 {>;C1520 .., C15@ $.$., 5@<5=Q2 .., 20H:8= .., C@5?8= ..} !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} !?8A>:9 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} B>3>2K9   = 140.2LVALOGC) <8B@89 5==04L528G !B0@H89 =0CG=K9 A>B@C4=8: -$, :0=4840B D87.-<0B. =0C: 2009 3. 1. Electric-Field-Enhanced Neutralization of Deep Centers in GaAs D.G. Eshchenko, V.G. Storchak, S.P. Cottrell and E. Morenzoni Phys. Rev. Lett. 103, 216601 (2009)   =7,328*30/4=54,96 2. Muon track induced current measurements in semi-insulating GaAs D.G. Eshchenko, V.G. Storchak and S.P Cottrell Physica B 404, 880-883 (2009)   =0,932*30/3=9,32 3. GaP studies by RF-mSR in Electric Fields D.G. Eshchenko, V.G. Storchak and S.P Cottrell Physica B 404, 876-879 (2009)   =0,932*30/3=9,32 4. Low Energy Muon studies of semiconductor interfaces D.G. Eshchenko, V.G. Storchak, E. Morenzoni, T. Prokscha, A. Suter, X. Liu and J.K. Furdyna Physica B 404, 873-875 (2009)   =0,932*30/7=3,994 5. High-pressure Muon Spin Rotation studies of magnetic semiconductors: EuS D.G. Eshchenko, V.G. Storchak, E. Morenzoni and D. Andreica Physica B 404, 903-905 (2009)   =0,932*30/4=6,99 6. Electron localization into magnetic polaron in EuS V.G. Storchak, O.E. Parfenov, J.H. Brewer, R.L. Lichti, P.L. Russo, S.L. Stubbs, D.G. Eshchenko, S.P. Cottrell, J.S. Lord, T.G. Aminov, V.P. Zlomanov, A.A. Vinokurov, R.L. Kallaher and S. von Molnar Physica B 404, 896-898 (2009)   =0,932*30/10=2,796 7. Superconductivity and magnetism in cuprate heterostructures B. M. Wojek, E. Morenzoni, D.G. Eshchenko, A. Suter, T. Prokscha, E. Koller, E. Treboux, O. Fischer, H. Keller Physica B 404, 720-723 (2009)   = 0,932*30/9=3,107 8. Near-surface muonium states in germanium T. Prokscha, E. Morenzoni, D.G. Eshchenko, H. Luetkens, G.J. Nieuwenhuys, and A. Suter Physica B 404, 866-869 (2009)   =0,822*30/6=4,11 9. Novel muonium centers - magnetic polarons - in magnetic semiconductors V.G. Storchak, O.E. Parfenov, J.H. Brewer, R.L. Lichti, P.L. Russo, S.L. Stubbs, D.G. Eshchenko, E. Morenzoni, V.P. Zlomanov, A.A. Vinokurov, and V.G. Bamburov Physica B 404, 899-902 (2009)   =0,932*30/1LVAL0=2,796 10. Electron localization into a bound spin polaron state in the quasi-one-dimensional S=1/2 antiferromagnet LiCu2O2 V.G. Storchak, J.H. Brewer, D.J. Arseneau, S.L. Stubbs, O.E. Parfenov, D.G. Eshchenko and A.A. Bush Phys Rev B 79, 220406-220409 (2009)   =3,475*30/7=14,893 11. Magnetic polaron bound to the positive muon in SmS: Exchange-driven formation of a mixed-valence state V.G. Storchak, J.H. Brewer, D.J. Arseneau, S.L. Stubbs, O.E. Parfenov, D.G. Eshchenko, E. Morenzoni and T.G. Aminov Phys Rev B 79, 193205-193208 (2009)   =3,475*30/8=13,031 12. Direct observation of the magnetic polaron V.G. Storchak, O.E. Parfenov, J.H. Brewer, P.L. Russo, S.L. Stubbs, R.L. Lichti, D.G. Eshchenko, E. Morenzoni, T.G. Aminov, V.P. Zlomanov, A.A. Vinokurov, R. L. Kallaher, and Stephan von Molnr Phys. Rev. B 80, 235203 (2009)   =3,475*30/10=10,425 2010 3. 13. Magnetic polarons in Eu-based films of magnetic semiconductors V.G. Storchak, D.G. Eshchenko,E. Morenzoni, T. Prokscha, A. Suter, N. Ingle, W. Heiss, T. Schwarzl, G. Springholz, R. L. Kallaher, and Stephan von Molnr Phys. Rev. B 81, 153201 (2010)   =3,475*30/10=10,425   ?> ?C1;8:0F8O< = 146,167 >:;04K =0 :>=D5@5=F8OE. B>3>2K9   = 146,167LVALOGE1. Rare Muon Decay mu+ ---> e+ e- e+ nu(e) anti-nu(mu). R. Djilkibaev, R.Konoplich Published in Phys.Rev.D 79 073004, 2009. 4.922*30/2 = 73.83 2. Kalman filter based tracker study for lepton flavor violation experiments. R. Djilkibaev, R. Konoplich JINST web http://iopscience.iop.org/1748-0221/ Published in JINST 4 P08004, 2009. 0.102*30/2 = 31.53 3. Reconstruction of stop quark mass at the LHC. D. Casedi, R. Djilkibaev, R. Konoplich Published in Phys.Rev.D 82 075011, 2010. 4.922*30/3 = 49.22 4. >8A: @54:8E <N>==KE ?@>F5AA>2 A =0@CH5=85< ;5?B>==>3> G8A;0 . 68;:81052, . >10H52 Published in /45@=0O D878:0 73, 2067, 2010. 0.539*60/2 = 16.17 5. Lead-Tungstate Scintillator Studies for a Fast Low-Energy Calorimeter R. Djilkibaev, L. Heinrich, A.I. Mincer, C. Musso, P. Nemethy, J. Sculli, A. Toropin, L. Zhao Published in JINST 5 P01003, 2010 2.102*30/8 = 7.88 6. Search for New Particles in Two-Jet Final States in 7 TeV Proton-Proton Collisions with the ATLAS Detector at the LHC G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. Lett. 105, 161801, 2010 7.328*30/10 = 21.98 7. Observation of a Centrality-Dependent Dijet Asymmetry in Lead-Lead Collisions at p sNN = 2:76 TeV with the ATLAS Detector at the LHC G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. Lett. 105, 252303, 2010 7.328*30/10 = 21.98 8. Performance of the ATLAS detector using first collision data G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in JHEP 09, 056 2010 6.019*30/10 = 18.06 9. Charged-particle multiplicities in pp interactions at ps = 900 GeV measured with the ATLAS detector at the LHC G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. LetLVALt. B 688, 2010 5.083*30/10 = 15.25 10. Readiness of the ATLAS Liquid Argon Calorimeter for LHC Collisions G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 723 2010 2.746*30/10 = 8.24 11. Drift Time Measurement in the ATLAS Liquid Argon Electromagnetic Calorimeter using Cosmic Muons G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 755 2010 2.746*30/10 = 8.24 12. The ATLAS Inner Detector commissioning and calibration G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 787 2010 2.746*30/10 = 8.24 13. The ATLAS Simulation Infrastructure G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 823 2010 2.746*30/10 = 8.24 14. Commissioning of the ATLAS Muon Spectrometer with Cosmic Rays G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 875 2010 2.746*30/10 = 8.24 15. Readiness of the ATLAS Tile Calorimeter for LHC collisions G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in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{16, 2/2}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rmolaev, B.L. Zhuikov, V. M. Kokhanyuk. N.R. Togaeva, S.V. Khamianov, S.C. Srivastava. Production of no-carrier-added 117mSn from proton irradiated antimony. J. Radioanalyt. Nucl. Chem., v.280, N.2, p. 319-324, 2009.   =0,631*30/6=3,155 2. . . C9:>2, !. . 0;<K:>2, !. . @<>;052, . . ;852, . . >E0=N:, . . 0BCH:>, . . "0=0=052, . $. OA>54>2. >;CG5=85 0:B8=8O-225 8 @048O 223 ?@8 >1;CG5=88 B>@8O CA:>@5==K<8 ?@>B>=0<8. 048>E8<8O, 2011, !1.  =0,539E60/8=4,043 3. .. C9:>2, !.. 0;<K:>2, .. ;852, !.. @<>;052, .. >E0=N:, .. 0?H8=0, .. >=OE8=, .. "0=0=052, .$. OA>54>2. >;CG5=85 0:B8=8O-225 8 4@C38E @048>=C:;84>2 <548F8=A:>3> =07=0G5=8O 87 B>@8O, >1;CG5==>3> CA:>@5==K<8 ?@>B>=0<8. (5AB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2009, 12-16 >:BO1@O 2009. "578AK 4>:;04>2. >A:20, 2009, A. 353.   =4*1,5/9=0,67 4. !.. @<>;052, .. C9:>2, .. >E0=N:, ... !5@>?538=, .. >=OE8=, . . ">30520, !.. %0<LO=>2, !. !@820AB020. >;CG5=85 >;>20-117< A A>AB>O=88 157 =>A8B5;O. (5AB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2009, 12-16 >:BO1@O 2009, >A:20, 2009, "578AK 4>:;04>2, A. 357.   =4*1,5/8=0,75 5. .. 'C40:>2, .. C9:>2, !.. @<>;052, .. >E0=N:, .. >AB5==8:>2, .. K6:>20, .. (BC:>2A:89, .. >AB>20, .. 09F52, !.. (0B8:, .. "NB8=, .. @0=>2. 5=5@0B>@ @C1848O-82 4;O ?>78B@>==>-M<8AA8>==>9 B><>3@0D88 ?@8 A5@45G=KE 701>;520=8OE. (5AB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2009, 12-16 >:BO1@O 2009. "578AK 4>:;04>2. >A:20, 2009, A. 361.   =4*1,5/10=0,6 6. .. 0?H8=0, !.. @<>;052, . . ">30520, .. C9:>2. K45;5=85 >;>20-117< 2 A>AB>O=88 157 =>A8B5;O 87 >1;CG5==>3> 8=B5@<5B0;;840 AC@L<0-B8B0=. (5AB0O @>AA89A:0O :>=D5@5=F8O ?> @048>E8<88 - 048>E8<8O-2009, 12-16 >:BO1@O 2009. "578AK 4>:;04>2. >A:20, 2009, A. 375.   =4*1,5/4=1,5   =10,718 !?8A>: ?0B5=B>2 70 2009-2010 3.3. 1. !.. @<>;052, . . ">30520, .. 0?H8=0, .. C9:>2, !.tLVAL !@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb (20@80=BK). 0B5=B $ ! 2398296, ?@8>@8B5B 12.09.2008, >?C1;8:>20=> 20.08.2010,  ! 24.  =20/5=4 2. E. V. Lapshina, B. L. Zhuikov , S. C. Srivastava , S. V. Ermolaev, N. R. Togaeva Methods for chemical recovery of non-carrier-added radioactive tin from irradiated intermetallic Ti-Sb targets. US Patent application number (2010): 20100064853  =20/5=4 3. .. C9:>2, !.. @<>;052, .. >E0=N:. !?>A>1 ?>;CG5=8O @048>AB@>=F8O (20@80=BK). 0B5=B $. !2356113, 27.03.2008, ?C1;.  !14 20.05.2009;   =20/3=6,67 4. B.L. Zhuikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. PCT application PCT/RU2009/000124, Int. filing date 13.03.2009.   =20/3=6,67 5. .. C9:>2, !.. 0;<K:>2, .. ;852, !.. @<>;052, .. >E0=N:, .. >=OE8=, .. "0=0=052, .$. OA>54>2. !?>A>1 ?>;CG5=8O 0:B8=8O-225 8 87>B>?>2 @048O 8 <8H5=L 4;O 53> >ACI5AB2;5=8O (20@80=BK). 0B5=B $. ! 2373589, 23.09.2008,  !32, 2009.   =20/8=2,5 6. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. (WO/2010/036145) METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. International Application No.: PCT/RU2009/000462; Publication Date: 01.04.2010; International Filing Date: 09.09.2009; IPC: G21G 1/00 (2006.01). Sept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ommissioning and Performance of the CMS Pixel Tracker with Cosmic Ray Muons / CMS Collaboration arXiv:0911.5434; CMS-CFT-09-001.- Geneva : CERN, 2010 - 37 p. - Published in : J. Instrum. 5 (2010) T03007  =2,102*30/10=6.306 3. Measurement of the Muon Stopping Power in Lead Tungstate / CMS Collaboration arXiv:0911.5397; CMS-CFT-09-005.- 2010 - 31 p. - Published in : J. Instrum. 5 (2010) P03007  =2,102*30/10=6.306 4. Performance of the CMS Level-1 Trigger during Commissioning with Cosmic Ray Muons and LHC beams / CMS Collaboration arXiv:0911.5422; CMS-CFT-09-013.- 2010 - 49 p. - Published in : J. Instrum. 5 (2010) T03002  =2,102*30/10=6.306 5. Performance of CMS Muon Reconstruction in Cosmic-Ray Events / CMS Collaboration arXiv:0911.4994; CMS-CFT-09-014.- 2010 - 47 p. - Published in : J. Instrum. 5 (2010) T03022  =2,102*30/10=6.306 6. Commissioning and Performance of the CMS Silicon Strip Tracker with Cosmic Ray Muons / CMS Collaboration arXiv:0911.4996; CMS-CFT-09-002.- 2010 - 45 p. - Published in : J. Instrum. 5 (2010) T03008  =2,102*30/10=6.306 7. Performance of the CMS Cathode Strip Chambers with Cosmic Rays / CMS Collaboration arXiv:0911.4992; CMS-CFT-09-011.- 2010 - 39 p. - Published in : J. Instrum. 5 (2010) T03018  =2,102*30/10=6.306 8. Performance of the CMS Hadron Calorimeter with Cosmic Ray Muons and LHC Beam Data / CMS Collaboration arXiv:0911.4991; CMS-CFT-09-009.- 2010 - 35 p. - Published in : J. Instrum. 5 (2010) T03012  =2,102*30/10=6.306 9. CMS Data Processing Workflows during an Extended Cosmic RayLVALK Run / CMS Collaboration arXiv:0911.4842; CMS-CFT-09-007.- 2010 - 43 p. - Published in : J. Instrum. 5 (2010) T03006  =2,102*30/10=6.306 10. Performance of the CMS Drift Tube Chambers with Cosmic Rays / CMS Collaboration arXiv:0911.4855; CMS-CFT-09-012.- 2010 - 47 p. - Published in : J. Instrum. 5 (2010) T03015  =2,102*30/10=6.306 11. Calibration of the CMS Drift Tube Chambers and Measurement of the Drift Velocity with Cosmic Rays / CMS Collaboration arXiv:0911.4895; CMS-CFT-09-023.- 2010 - 39 p. - Published in : J. Instrum. 5 (2010) T03016  =2,102*30/10=6.306 12. Commissioning of the CMS Experiment and the Cosmic Run at Four Tesla / CMS Collaboration arXiv:0911.4845; CMS-CFT-09-008.- 2010 - 37 p. - Published in : J. Instrum. 5 (2010) T03001  =2,102*30/10=6.306 13. Identification and Filtering of Uncharacteristic Noise in the CMS Hadron Calorimeter / CMS Collaboration arXiv:0911.4881; CMS-CFT-09-019.- 2010 - 31 p. - Published in : J. Instrum. 5 (2010) T03014  =2,102*30/10=6.306 14. Commissioning of the CMS High-Level Trigger with Cosmic Rays / CMS Collaboration arXiv:0911.4889; CMS-CFT-09-020.- 2010 - 31 p. - Published in : J. Instrum. 5 (2010) T03005  =2,102*30/10=6.306 15. Aligning the CMS Muon Chambers with the Muon Alignment System during an Extended Cosmic Ray Run / CMS Collaboration arXiv:0911.4770; CMS-CFT-09-017.- 2010 - 35 p. - Published in : J. Instrum. 5 (2010) T03019  =2,102*30/10=6.306 16. Performance of the CMS drift-tube chamber local trigger with cosmic rays / CMS Collaboration arXiv:0911.4893; CMS-CFT-09-022.- 2010 - 33 p. - Published in : J. Instrum. 5 (2010) T03003  =2,102*30/10=6.306 17. Fine Synchronization of the CMS Muon Drift-Tube Local Trigger using Cosmic Rays / CMS Collaboration arXiv:0911.4904; CMS-CFT-09-025.- 2010 - 33 p. - Published in : J. Instrum. 5 (2010) T03004  =2,102*30/10=6.306 18. Performance of CMS hadron calorimeter timing and synchronization using test beam, cosmic ray, and LHC beam data / CMS Collaboration arXiv:0911LVAL .4877; CMS-CFT-09-018.- 2010 - 33 p. - Published in : J. Instrum. 5 (2010) T03013  =2,102*30/10=6.306 19. Alignment of the CMS Muon System with Cosmic-Ray and Beam-Halo Muons / CMS Collaboration arXiv:0911.4022; CMS-CFT-09-016.- 2010 - 41 p. - Published in : J. Instrum. 5 (2010) T03020  =2,102*30/10=6.306 20. Performance Study of the CMS Barrel Resistive Plate Chambers with Cosmic Rays / CMS Collaboration arXiv:0911.4045; CMS-CFT-09-010.- 2010 - 33 p. - Published in : J. Instrum. 5 (2010) T03017  =2,102*30/10=6.306 21. Time Reconstruction and Performance of the CMS Electromagnetic Calorimeter / CMS Collaboration arXiv:0911.4044; CMS-CFT-09-006.- 2010 - 27 p. - Published in : J. Instrum. 5 (2010) T03011  =2,102*30/10=6.306 22. Performance and Operation of the CMS Electromagnetic Calorimeter / CMS Collaboration arXiv:0910.3423; CMS-CFT-09-004.- 2010 - 39 p. - Published in : J. Instrum. 5 (2010) T03010  =2,102*30/10=6.306 23. Precise Mapping of the Magnetic Field in the CMS Barrel Yoke using Cosmic Rays / CMS Collaboration arXiv:0910.5530; CMS-CFT-09-015.- 2010 - 37 p. - Published in : J. Instrum. 5 (2010) T03021  =2,102*30/10=6.306 24. Alignment of the CMS Silicon Tracker during Commissioning with Cosmic Rays / CMS Collaboration arXiv:0910.2505; CMS-CFT-09-003.- 2010 - 41 p. - Published in : J. Instrum. 5 (2010) T03009  =2,102*30/10=6.306 >:;04K =0 :>=D5@5=F8OE: 1. -;5:B@><03=8B=0O 48AA>F80F8O O45@ :>A<8G5A:8E ;CG59 / >:;04 =0 31 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< 5-9 8N;O 2010 3. # >A:20  =4/10=0,4 >2KH0NI89 :>MDD8F85=B 2. B>3>2K9   = 149,398*2= 298,796LVALOGM   " :26 ===================================================== 0AG5B   70 2009-2010 3>4K AB0@H53> =0CG=>3> A>B@C4=8:0 - /  :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: 02@NA52>9 ;5=K ;5:A0=4@>2=K I. !B0BL8 1. Gavryuseva, E., "Structure, Differential Rotation and Variability of the Sun from helioseismology and magnetic field study", Solar Physics, accepted  $ 16 30 2. Gavryuseva, E., "Relations between variability of solar and interplanetary magnetic fields, solar wind and geomagnetic parameters", Solar Physics, accepted  $ 16 30 !B0BL8 60 II. !?8A>: :>=D5@5=F89 8 A5<8=0@>2 2009-2010 3>4>2, 2 :oB>@KE ?@8=8<0;0 CG0AB85 02@NA520 . . * @>3@0<<K :>=D5@5=F89 A<. 2 @8;>65=88. XXVII 5=5@0;L=0O 0AA0<1;5O IAU, @078;8O, 023CAB 2009. * / ?@8=O;0 0:B82=>5 CG0AB85 :0: <8=8<C< 2 5 :>=D5@5=F8OE, ?@>E>482H8E 2 @0<:0E 0AA0<1;58 Symposia: S264 Solar and Stellar Variability - Impact on Earth and Planets Joint Discussions: JD11 New Advances in Helio- and Astero-Seismology JD16 IHY Global Campaign - Whole Heliosphere Interval Special Sessions: SpS2 International Year of Astronomy 2009 - Women in Astronomy Lunch Meeting / ?@54AB028;0 (!", 4>:;04>2, :0: 548=AB25==K9 02B>@, 87 =8E  ?@8=OBK :0:  (+ + 8 G5BK@5 :0: ?>AB5@K. 1) N 1207 - "Variability of the neutrino counting rate, diameter and magnetic field of the Sun" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER LVALN 15/0 2) N 1212 - "The origin and the models of the solar magnetic field structure" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER 15/0 3) N 1214 - "Perturbations in helio- and magneto-sphere ruled by solar magnetic field structure" =0 Joint Discussion JD16 - IHY Global Campaign - Whole Heliosphere Interval, ORAL 30 4) N 1215 - "Variability of perturbations in helio- and magneto-sphere ruled by solar magnetic field structure" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER 15/0 5) N 1216 - "The secrets of the birth and the death of Galileo Galilei" =0 Special Session SpS2 - The International Year of Astronomy 2009, POSTER 15/0 6) N 1217 - "Differential Rotation of the Sun from helioseismology and magnetic field study" =0 Joint Discussion JD11 - New Advances in Helio- and Astero-Seismology, ORAL 30 >=D5@5=F8O $878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5 *, D52@0;L 2009 3., >A:20 7) . 02@NA520 "!B@C:BC@0 8 48=0<8:0 <03=8B=>3> ?>;O !>;=F0", ORAL 30 8) . 02@NA520 "-:A?5@8<5=B0;L=K9 ?>4E>4 : 87CG5=8N 2;8O=8O B>?>;>388 8 48=0<8:8 <03=8B=>3> ?>;O !>;=F0 =0 35;8>- 8 <03=8B>AD5@C", POSTER 15/0 Conference Synergies between solar and stellar modelling*, Rome, June 2009. 9) E. Gavryuseva  The modelling of the global structure of the photospheric magnetic field , ORAL 30/20 10) E. Gavryuseva  Longitudinal structurLVALOe and rotation of the solar magnetic field , POSTER 15/0 >=D5@5=F8O $878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5 *, D52@0;L 2010 3., >A:20 11) 02@NA520, ., "'B> <>6=> C2845BL, :>340 !>;=F5 >B4KE05B >B 0:B82=>AB8?" ORAL 30/20 12) 5:F8O =0 A5<8=0@5 INAF, Florence Italy, 09 2010 3>40, 02@NA520, E., 4>:;04 ">;3>B=0O AB@C:BC@0 <03=8B=>3> ?>;O 2 ?5@8>4 =87:>9 A>;=5G=>9 0:B82=>AB8"   Longitudinal structure of magnetic field during the period of low solar activity . 4/0 13) 5:F8O =0 A5<8=0@5 / , 8 >:BO1@O 2010 3>40, 02@NA520, E., 4>:;04  !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0 4/0 >=D5@5=F88 2009-2010 3>4>2 248/130 !B0BL8 + >=D5@5=F88 2009-2010 3>4>2 _ 60 + 248/130 = 308/190   70 2009-2010 3>4K 308/190 A;8 ?>AB5@=K5 4>:;04K =0 <564C=0@>4=KE 8 A>N7=KE :>=D5@5=F8OE 8 4>:;04K =0 A5<8=0@0E ?@8 @0AGQB5   =5 CG8BK20NBAO 8 >AA89A:85 ?@83;0H5==K5 4>:;04K >F5=820NBAO 20 (0 =5 30) 10;;0<8, B>   70 2009-2010 3>4K _ 190 =============================================================== 0AG5B   70 2009-2010 3>4K AB0@H53> =0CG=>3> A>B@C4=8:0 - /  :0=4840B0 D878:>-<0BLVALP5<0B8G5A:8E =0C: 02@NA52>9 ;5=K ;5:A0=4@>2=K I. !B0BL8 1. Gavryuseva, E., "Structure, Differential Rotation and Variability of the Sun from helioseismology and magnetic field study", Solar Physics, accepted  $ 16 30 2. Gavryuseva, E., "Relations between variability of solar and interplanetary magnetic fields, solar wind and geomagnetic parameters", Solar Physics, accepted  $ 16 30 !B0BL8 60 II. !?8A>: :>=D5@5=F89 8 A5<8=0@>2 2009-2010 3>4>2, 2 :oB>@KE ?@8=8<0;0 CG0AB85 02@NA520 . . * @>3@0<<K :>=D5@5=F89 A<. 2 @8;>65=88. XXVII 5=5@0;L=0O 0AA0<1;5O IAU, @078;8O, 023CAB 2009. * / ?@8=O;0 0:B82=>5 CG0AB85 :0: <8=8<C< 2 5 :>=D5@5=F8OE, ?@>E>482H8E 2 @0<:0E 0AA0<1;58 Symposia: S264 Solar and Stellar Variability - Impact on Earth and Planets Joint Discussions: JD11 New Advances in Helio- and Astero-Seismology JD16 IHY Global Campaign - Whole Heliosphere Interval Special Sessions: SpS2 International Year of Astronomy 2009 - Women in Astronomy Lunch Meeting / ?@54AB028;0 (!", 4>:;04>2, :0: 548=AB25==K9 02B>@, 87 =8E  ?@8=OBK :0:  (+ + 8 G5BK@5 :0: ?>AB5@K. 1) N 1207 - "Variability of the neutrino counting rate, diameter and magnetic field of the Sun" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER 15/0 2) N 1212 - "The origin and the models of the solar magnetic field structure" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER LVALQ15/0 3) N 1214 - "Perturbations in helio- and magneto-sphere ruled by solar magnetic field structure" =0 Joint Discussion JD16 - IHY Global Campaign - Whole Heliosphere Interval, ORAL 30 4) N 1215 - "Variability of perturbations in helio- and magneto-sphere ruled by solar magnetic field structure" =0 IAU Symposium No. 264 - Solar and Stellar Variability - Impact on Earth and Planets, POSTER 15/0 5) N 1216 - "The secrets of the birth and the death of Galileo Galilei" =0 Special Session SpS2 - The International Year of Astronomy 2009, POSTER 15/0 6) N 1217 - "Differential Rotation of the Sun from helioseismology and magnetic field study" =0 Joint Discussion JD11 - New Advances in Helio- and Astero-Seismology, ORAL 30 >=D5@5=F8O $878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5 *, D52@0;L 2009 3., >A:20 7) . 02@NA520 "!B@C:BC@0 8 48=0<8:0 <03=8B=>3> ?>;O !>;=F0", ORAL 30 8) . 02@NA520 "-:A?5@8<5=B0;L=K9 ?>4E>4 : 87CG5=8N 2;8O=8O B>?>;>388 8 48=0<8:8 <03=8B=>3> ?>;O !>;=F0 =0 35;8>- 8 <03=8B>AD5@C", POSTER 15/0 Conference Synergies between solar and stellar modelling*, Rome, June 2009. 9) E. Gavryuseva  The modelling of the global structure of the photospheric magnetic field , ORAL 30/20 10) E. Gavryuseva  Longitudinal structure and rotation of the solar magnetic field , POSTER 15/0 >=D5@5=F8O $878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5 *, D52@0;L 2010 3., >A:20 11) 02@NA520, ., "'B> <>6=> C2845LVALRBL, :>340 !>;=F5 >B4KE05B >B 0:B82=>AB8?" ORAL 30/20 12) 5:F8O =0 A5<8=0@5 INAF, Florence Italy, 09 2010 3>40, 02@NA520, E., 4>:;04 ">;3>B=0O AB@C:BC@0 <03=8B=>3> ?>;O 2 ?5@8>4 =87:>9 A>;=5G=>9 0:B82=>AB8"   Longitudinal structure of magnetic field during the period of low solar activity . 4/0 13) 5:F8O =0 A5<8=0@5 / , 8 >:BO1@O 2010 3>40, 02@NA520, E., 4>:;04  !B@C:BC@0 8 20@80F88 <03=8B=>3> ?>;O 8 48=0<8:0 !>;=F0 4/0 >=D5@5=F88 2009-2010 3>4>2 248/130 !B0BL8 + >=D5@5=F88 2009-2010 3>4>2 _ 60 + 248/130 = 308/190   70 2009-2010 3>4K 308/190 A;8 ?>AB5@=K5 4>:;04K =0 <564C=0@>4=KE 8 A>N7=KE :>=D5@5=F8OE 8 4>:;04K =0 A5<8=0@0E ?@8 @0AGQB5   =5 CG8BK20NBAO 8 >AA89A:85 ?@83;0H5==K5 4>:;04K >F5=820NBAO 20 (0 =5 30) 10;;0<8, B>   70 2009-2010 3>4K _ 190 .D.-<.=., AB.=.A. ;5=0 02@NA520   AO 8=D>@<0F8O 27OB0 ?> XXVII 5=5@0;L=>9 0AA0<1;55 IAU, @078;8O, 023CAB 2009 27OB0 A A09B0 http://www.astronomy2009.com.br 8 ?@>3@0<<0 =aE>48BAO 2 D09;5 IAU2009_program.pdf. @>3@0<<0 :>=D5@5=F88  Synergies between solar and stellar modelling =aE>48BAO =0 A09B5 http://www.helas-eu.org/workshops/roma/images/stories/programma-roma-v5.pdf 8 2 D09;5 Rome2009_program.pdf. @>3@0<<K :>=D5@5=F89 2009 8 2010 3>4>2 "$878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5" =aE>4OBAO 2 ?@8;0305<KE D09;0E Plasma20LVAL09_program.doc, Plasma2010_program.odt 8 =0 A09B5 http://solarwind.cosmos.ru/ ! 16 ?> 20 D52@0;O 2009 3. 8 A 8 ?> 12 D52@0;O 2010 3.    ?>4 M384>9 ?@>3@0<<K $-15 ?@>H;8 :>=D5@5=F88 "$878:0 ?;07<K 2 A>;=5G=>9 A8AB5<5". !>3;0A=> ?>AB0=>2;5=8N N@> $  >B 4 45:01@O 2008 3., @>3@0<<0 "VI.15. ;07<5==K5 ?@>F5AAK 2 A>;=5G=>9 A8AB5<5." (>>@48=0B>@ ?@>3@0<<K: 0:045<8: 5;5=K9 .., >;>2=>9 8=AB8BCB: =AB8BCB :>A<8G5A:8E 8AA;54>20=89 ) 2:;NG5=0 2 5@5G5=L ?@>3@0<< DC=40<5=B0;L=KE 8AA;54>20=89 B45;5=8O D878G5A:8E =0C:  B;8G8B5;L=>9 >A>15==>ABLN ?@>3@0<<K ;07<5==K5 ?@>F5AAK 2 A>;=5G=>9 A8AB5<5 O2;O5BAO 55 :><?;5:A=K9 <=>3>48AF8?;8=0@=K9 E0@0:B5@, B0: :0: >=0 2:;NG05B 2 A51O DC=40<5=B0;L=K5 ?@>1;5<K 0AB@>D878:8, D878:8 ?;07<K, @048>D878:8 8 <03=8B=>9 384@>48=0<8:8. "0:>9 :><?;5:A=K9 ?>4E>4 ?>72>;O5B ?>;CG8BL :0G5AB25==> =>2>5 7=0=85 > D878G5A:8E <5E0=87<0E =0 ?@>BO65=88 2A59 F5?>G:8, >15A?5G820NI59 ?5@540GC <0AAK, 8<?C;LA0 8 M=5@388 >B !>;=F0 : 5<;5 5<;5 8 : 4@C38< ?;0=5B0< ?>A@54AB2>< A>;=5G=>3> 25B@0, 0 B0:65 >B:;8:0 @07;8G=KE D878G5A:8E >1;0AB59 >:>;>75<=>3> ?@>AB@0=AB20 =0 A>AB>O=85 <56?;0=5B=>9 A@54K.ZLVALj1. :A5=>2 !5@359 8:>;0528G 0A?8@0=B   2010 3.= 3E0,286=0,858   2009 3. = 3. 1. III 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ 59B@>=>- 8 @5=B35=>3@0D8G5A:85 8AA;54>20=8O >1@07>20=8O =0=>G0AB8F 2 AB@C:BC@5 A?;020 40%.. .. !04K:>2, .!. 8B28=, .. C;NB8= , .. ;07:>2, !.. :A5=>2, M-S. Appavou, A. I. Ioffe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rd FRM II User Meeting, October 15th, 2010 Neutron and x-ray study formation of nanoparticles in the alloy structure 40HNYU-one of the hard nonmagnetic material for high pressure cells R. A. Sadykov, M.-S. Appavou , V. S. Litvin, A. V. Gulyutin, V. P. Glazkov, S. N. Aksenov, A. Ioffe. 4. #G0AB85 2 A5@>AA89A:0O =0CG=0O H:>;0 4;O <>;>4568 !>2@5<5==0O =59B@>=>3@0D8O: DC=40<5=B0;L=K5 8 ?@8:;04=K5 8AA;54>20=8O DC=:F8>=0;L=KE 8 =0=>AB@C:BC@8@>20==KE <0B5@80;>2 "  $'!/ #!" +! / " #!", !  !!"/ !.. :A5=>21, . . !04K:>21, .!. ;5<5=BL521,2, ..O?8=3, . . C;:8=4, . . C7=5F>21, -..>?B5;>21LVALOGU;5:A552 =4@59 ;5:A5528G @>4. 9 >:BO1@O 19653. 0CG=K9 A>B@C4=8: !C<<0@=K9   = 6.1+ 1+1+0.8+1+0.5+0.5+0.5 +0.4+0.9= 12.7 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. 59B@>==K5 A5G5=8O 45;5=8O O45@ 242mAm 8 245Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.. (=AB8BCB O45@=KE 8AA;54>20=89 , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<. .. 59?C=A:>3>, 3. 1=8=A:). B><=0O M=5@38O, B.106, 2K?.2, D52@0;L 20093.   = 8/8 = 1 2.59B@>==>5 A5G5=85 45;5=8O 243Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.., (/ , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<...59?C=A:>3>, 3 1=8=A:) B><=0O M=5@38O, B.107, 2K?.2,023CAB 20093.   = 8/8 = 1 3. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=, .., .. !28@8=, "@CD0=>2, .. $C@A>2, .!. (>@8=.  !'  ,  / 244Cm . / / $, 2010, B>< 73,!9, A. 1533 1544   = 0.914*60/9 = 6.1 #AB=K5 4>:;04K =0 @>AA89A:8E :>=D5@5=F8OE 4.XXI !>25I0=85 ?> 0AA5O=8N 59B@>=>2 2 AA;54>20=8OE >=45=A8@>20==>3> !>AB>O=8O ( !-2010). 16-19 =>O1@O 2010. >A:20 59B@>=>3@0D8G5A:85 CAB0=>2:8 =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 / : A>2@5<5==>5 A>AB>O=85. !04K:>2 ..1,2, >?B5;>2 -..1, O1>2 ...1, ;5:A552. ..1, @0G52 ..1, $54G5=:> ..1, 8B28= .!.1, C7=5F>2 !..3, ;5<5=BL52 .!.1,4, ;5:A552 ..4,"@C=>2 ..5, C;:8= ..5, #;LO=>2 ..5, :A5=>2 !..1 1=AB8BCB O45@=KE 8AA;54>20=89 , >A:20 2=AB8BCB D878:8 2KA>:8E 402;5=89 , "@>8F: 3$878G5A:89 8=AB8BCB 8<. ..5154520 , >A:20 4 & C@G0B>2A:89 8=AB8BCB, >A:20 55B5@1C@3A:89 8=AB8BCB O45@=>9 D878:8, 0BG8=0   = 4/14 >:@. > 10% 4/10=0.4 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 5.II 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ ><?;5:A 2708<>4>?>;=ONI8E 8<?C;LA=KE =59B@>==KE 8AB>G=8:>2, =59B@>=>3@0D8G5A:8E 8 @5=B35=>2A:8E 8 LVALH CAB0=>2>: 4;O =0=>4803=>AB8:8 =AB8BCB0 O45@=KE 8AA;54>20=89 >AA89A:>9 0:045<88 =0C: >?B5;>2 -..1, O1>2 ...1, ;5:A552. ..1, !84>@:8= !.$.1, @0G52 ..1, $54G5=:> ..1, !04K:>2 ..1,2, 5154L ...1, 8B28= .!.1, C7=5F>2 !..3, ;5<5=BL52 .!.1,4, ;5:A552 ..4,"@C=>2 ..5, C;:8= ..5, #;LO=>2 ..5, :A5=>2 !..1 1=AB8BCB O45@=KE 8AA;54>20=89 , >A:20 2=AB8BCB D878:8 2KA>:8E 402;5=89 , "@>8F: 3$878G5A:89 8=AB8BCB 8<. ..5154520 , >A:20 4 & C@G0B>2A:89 8=AB8BCB, >A:20 55B5@1C@3A:89 8=AB8BCB O45@=>9 D878:8, 0BG8=0   = 6*1.5/16 >:@. >10% 6*1.5/10 =0.9LVALOGW5@3<0= ;5:A59 =4@5528G AB0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   = 6.1+ 1+1+0.8+1+0.5+0.5+0.5 = 11.4 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. 59B@>==K5 A5G5=8O 45;5=8O O45@ 242mAm 8 245Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.. (=AB8BCB O45@=KE 8AA;54>20=89 , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<. .. 59?C=A:>3>, 3. 1=8=A:). B><=0O M=5@38O, B.106, 2K?.2, D52@0;L 20093.   = 8/8 = 1 2.59B@>==>5 A5G5=85 45;5=8O 243Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.., (/ , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<...59?C=A:>3>, 3 1=8=A:) B><=0O M=5@38O, B.107, 2K?.2,023CAB 20093.   = 8/8 = 1 3. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=, .., .. !28@8=, "@CD0=>2, .. $C@A>2, .!. (>@8=.  !'  ,  / 244Cm . / / $, 2010, B>< 73,!9, A. 1533 1544   = 0.914*60/9 = 6.1 @5?@8=BK 4. ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 244Cm(n,f) @5?@8=B /  1212/2009 <0@B 20093.   = 4/8 = 0.5 5. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 243Cm(n,f) @5?@8=B /  1231/2009 023CAB 20093.   = 4/8 = 0.5 6. ..;5:A552, ..5@3<0=, ..>=G0@5=:>, ..C7=5F>20, ..5@5:@5AB5=:> AA;54>20=85 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O Th-232 =59B@>=0<8 =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O =59B@>=>2 2 A28=F5 !-100 =AB8BCB0 O45@=KE 8AA;54>20=89 .   " /  1234/2009 :BO1@L 20093.   = 4/5 = 0.8 7. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=85 ?>410@L5@=>3> 45;5=LVALX8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 246Cm(n,f)   " /  1248/2010 0@B 2010   = 4/8 = 0.5 8. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2  59B@>==K9 :><?;5:A / . 1. !?5:B@><5B@ =59B@>=>2 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100) @5?@8=B /  1258/2010, ., 2010 !.   = 4/4 = 1 4. >B28=0 ;5:A0=4@ !B5?0=>28G, 19573. @>645=8O, :.D.-<.=, =0CG=K9 A>B@C4=8:. Sum PRND factor (2009-2010): PRND= 161.5 Publications in journals with referee examinations: 1. R.Ogul, U.Atav, F.Bulut, N.Buyukcizmeci, M.Erdogan, H.Imal, A.S.Botvina, and I.N.Mishustin. Surface and symmetry energies in isoscaling for multifragmentation reactions. Journal of Physics G: Nucl. Part. Phys., v.36, p.115106 (7pp), 2009. PRND= 2.124*30/8 = 8.0 2. C.Sfienti, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.D.Frankland, M.Hellstroem, D.Henzlova, G.Imme, I.Iori, H.Johansson, K.Kezzar, A.Lafriakh, A.Le Fevre, E.LeGentil, Y.Leifels, J.Luehning, J.Lukasik, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, H.Simon, K.Suemmerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isotopic Dependence of the Nuclear Caloric Curve. Phys. Rev. Lett., v.102, p.152701 (4 pages), N.Y., 2009. PRND= 7.328*30/10 = 22.0 3.S.Hudan, A.B.McIntosh, J.Black, D.Mercier, C.J.Metelko, R.Yanez, R.T. De Souza, A.Chbihi, M.Famiano, M.O. Fregeau, J.Gauthier, J.Moisan, R.Roy, S.Bianchin, C.Schwarz, W.Trautmann, and A.S.Botvina. Charge correlations and isotopic distributions of projectile fragmentation events in 124Xe+112Sn at E/A=50 MeV. Phys. Rev. C, v.80, p.064611 (11 pages), N.Y., 2009. PRND= 3.477*30/10 = 10.4 4. W.Trautmann, P.Adrich, T.Aumann, C.O.Bacri, T.BarczLVALYyk, R.Bassini, S.Bianchin, C.Boiano, A.S.Botvina, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.Frankland, M.Hellstroem, D.Henzlova, K.Kezzar, G.Imme, I.Iori, H.Johansson, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, J.Luehning, J.Lukasik, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Mueller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, C.Sfienti, H.Simon, K.Suemmerer, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isotopic dependence of the caloric curve. Progr. Part. Nucl. Phys. , v. 62, p.407-412 , 2009. PRND= 3.556*30/10 = 10.7 5. D.Henzlova, A.S.Botvina, K.-H.Schmidt, V.Henzl, P.Napolitani, and M.V.Ricciardi. Symmetry energy of fragments produced in multifragmentation. Journal of Physics G (Nucl. Part. Phys.), v.37, p.085010, 2010. PRND= 2.124*30/6 = 10.6 6. S.P.Avdeyev, V.A.Karnaukhov, H.Oeschler, V.V.Kirakosyan, P.A.Rukoyatkin, A.Budzanowski, W.Karcz, E.Norbeck, and A.S.Botvina. Multifragmentation in collisions of 4.4Gev-deuterons with gold target. Int. J. Mod. Phys. E19 : 1155-1161, 2010. PRND= 0.643*30/9 = 2.1 7. W.Trautmann, S.Bianchin, A.S.Botvina, A.Le Fevre, Y.Leifels, C.Sfienty, N.Buyukcizmeci, R.Ogul, I.N.Mishustin, M.Chartier, P.Z.Wu, R.C.Lemmon, Q.Li, J.Lukasik, P.Pawlowski, A.Pagano, and P.Russotto. The symmetry energy in nuclear reactions. Int. J. Mod. Phys. E19: 1653-1663, 2010. PRND= 0.643*30/10 = 1.9 8. A.S.Botvina and I.N.Mishustin. Statistical approach for supernova matter. Nucl. Phys. A, v. 843 , p. 98-132 , Amsterdam, 2010. PRND=1.706*30/2 = 25.6 9. I.Pshenichnov, A.Botvina, I.Mishustin, and W.Greiner. Nuclear fragmentation reactions in extended media studied with Geant4 toolkit. NIM B, v. 268, p. 604-615, (Elsevier), 2010. PRND= 1.156*30/4 = 8.7 10. Alexander Botvina, Igor Mishustin, Valery Zagrebaev, Walter Greiner. On possibility of synthesizing superheavy elements in nuclear expLVALZlosions. Int. J. Mod. Phys. E19: 2063-2075 , 2010. PRND= 0.643*30/4 = 4.8 (only for publications 2009-2010 : PRND= 104.8 ) Talks (Invited talks) at International Conferences 1. A.S. Botvina. Role of multifragmentation in spallation reactions. Talk at the First International Workshop on Accelerator Radiation Induced Activation (ARIA'08), Paul Scherrer Institut (PSI), Villigen (Switzerland). October 13-17 , 2008 . http://aria.web.psi.ch/Program/index_program.html PSI Proceedings 09-01, January 2009, ISSN 1019-0643, pp. 42 - 47 , Paul Scherrer Institut , Switzerland. PRND = 6*1.5 = 9.0 2.R.Ogul, U.Atav, S.Bianchin, A.S.Botvina, N.Buyukcizmeci, M.De Napoli, A.Le Fevre, J.Lukasik, I.N.Mishustin, C.Schwarz, C.Sfienti, W.Trautmann. Surface and symmetry energy effects in nuclear multifragmentation. Proceedings of the 13 International Conference on Capture Gamma-Ray Spectroscopy and Related Topics (CGS-13), Cologne, Germany, 25-29 August 2008, 3 pages. http://www.ikp.uni-koeln.de/current/cgs13/ Published by AIP (American Institute of Physics). AIP Conf. Proc., v. 1090, pp. 623-624, 2009. PRND = 6*1.5/10 = 0.9 3. A.S. Botvina. Formation of hypernuclei in high-energy nuclear reactions. Invited talk presentation, International Conference on Nuclear Fragmentation: From Basic Research to Applications (NUFRA2009), September 27 - October 4, 2009 , Kemer (Antalya), Turkey. http://fias.uni-frankfurt.de/nufra2009/ PRND= 30 = 30.0 4. N.Buyukcizmeci, F.Bulut, M.Erdogan, H.Imal, R.Ogul, A.S.Botvina, I.N.Mishustin, W.Trautmann. Investigating the isotopic effects in nuclear fragmentation. Zakopane Conference of Nuclear Physics, August 30 - September 5, 2010, Zakopane, Poland. http://zakopane2010.ifj.edu.pl/ To be published in Acta Physica Polonica B - conference series. PRND= 6/8 = 0.8 5. J.Pochodzalla, A.Botvina, and A.Sanchez-Lorente. Studies of hyperons and antihyperons in nuclei. Invited talk at the 48 International Winter Meeting on Nuclear Physics in Memoria$LVAL4m of Ileana Iori, 25-29 January 2010, Bormio, Italy. http://pos.sissa.it/archive/conferences/103/033/BORMIO2010_033.pdf PRND= 30/3 =10.0 6. A.S. Botvina. Statistical approach for supernova matter and nuclear multifragmentation. Talk (Semi-plenary), International Conference on Nuclear Physics "NUCLEUS 2010" (ICNP2010): Methods of nuclear physics for femto- and nanotechnologies. July 6-9, 2010, Saint-Petersburg, Russia. Book of abstracts, Saint-Petersburg, 2010, p. 57. http://www.onlinereg.ru/site.php?go=133&page=2211&lang=ENG PRND= 6 = 6 Sum PRND factor (2009-2010): PRND= 161.5 Scientific-organization work: 1. Co-Chair of NUFRA2009, responsible for Scietific Program. International Conference on Nuclear Fragmentation: From Basic Research to Applications. September 27 - October 4, 2009, Kemer (Antalya), Turkey http://fias.uni-frankfurt.de/nufra2009/ There were presented 3 invited talks from INR RAS: from N.M.Sobolevsky, I.N.Pshenichnov, and A.S.Botvina. PRND = ? Citations of A.S.Botvina scientific publications: According to ISI Web Knowledge : 2926 Sum PRND factor: 161.5LVALOG\6. ;5<5=BL52 235=89 !B0=8A;02>28G 12.04.1968 :.D.-<.=., A.=.A. !!  B>3>2K9   (2010) = 122.10 B>3>2K9   (2009) = 193.31 B>3>2K9   70 2 3>40 (2009-2010) = 315.41   2010 !B0BL8 2 70@C156=KE @5D5@8@C5<KE 6C@=0;0E: 1) D. Lamago, E.S. Clementyev, A.S. Ivanov, R. Heid, J.-M. Mignot, A.E. Petrova, P.A. Alekseev, Lattice dynamics in the itinerant helical magnet MnSi, Phys. Rev B 82 (2010) 144307-14311   3.475*30/7 = 14.9 2) A. Yaroslavtsev, A. Menushenkov, R. Chernikov, E. Clementyev, V. Lazukov, Y. Zubavichus, A. Veligzhanin, N. Efremova, A. Gribanov, A. Kuchin, Ce valence in intermetallic compounds by means of XANES spectroscopy, Zeitschrift fr Kristallographie: Vol. 225, No. 11, pp. 482-486 (2010).   1.01*30/10 = 3.03 3) A.V. Rybina, K.S. Nemkovski, P.A. Alekseev, J.-M. Mignot, E.S. Clementyev, M. Johnson, L. Capogna, A.V. Dukhnenko, A.B. Lyashenko, V.B. Filippov, Lattice dynamics in ZrB12 and LuB12: Ab initio calculations and inelastic neutron scattering measurements, Phys. Rev. B 82 (2010) 024302-024307   3.475*30/10 = 10.43 B>3> ?> AB0BLO<   = 28.36 @83;0H5==K5 4>:;04K =0 :>=D5@5=F8OE: 44-O 8<=OO H:>;0 /$ ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O $!-2010, 092>;0, 9-14 <0@B0 2010 3., ?@83;0H5==K9 4>:;04 (;5:F8O), .!. ;5<5=BL52, :B8=84K 2 D>:CA5 D878:8 A8;L=>:>@5;;8@>20==KE M;5:B@>==KE A8AB5<   20/1 = 20.00 #AB=K5 4>:;04K =0 :>=D5@5=F8OE: 0CG=0O A5AA8O /# $-2010, >A:20, 25 - 31 O=20@O 2010 3., .!. ;5<5=BL52, .. 8@<5;LHB59=, =>65AB25==0O ?@><56CB>G=0O 20;5=B=>ABL 2 ?;CB>=88, .!.;5<5=BL52, ..8@<5;LHB59=   4/2 = 2.00 XXI !>25I0=85 ?> 0AA5O=8N 59B@>=>2 2 AA;54>20=8OE >=45=A8@>20==>3> !>AB>O=8O !-2010, 16-19 =>O1@O, 2010. >A:20, 8=0<8:0 @5H5B:8 8 D07>2K5 ?@52@0I5=8O 2 :>10;LB8B0E, .!. ;5<5=BL52, .. K18=0, .. D8<>2, .. ;5:A552, .. "@>O=GC:, .!. 20=>2, .. !8:>;5=:>   4/7 = 0.57 International Symposium on Structure-Property Relationships in Solid SLVAL]tate Materials, Stuttgart, Germany, 27 June  2 July, 2010, Proc. P 84,  Ce valence in intermetallic compounds by means of XANES spectroscopy , A.A. Yaroslavtsev, A.P. Menushenkov, R.V. Chernikov, E.S. Clementyev, J.V. Zubavichus, A.A. Veligzhanin, N.N. Efremova, A.V. Gribanov, A.G. Kuchin   1.5 6/9 = 1 VIII >=D5@5=F8O !8;L=>:>@5;;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 17 8N=O 2010 3, 8=0<8:0 @5H5B:8 35;8:>840;L=>3> <03=5B8:0 MnSi, .. ;5:A552, .!. 20=>2, .!. ;5<5=BL52, D. Lamago, J.-M. Mignot, A.E. 5B@>20 8 !.. !B8H>2   4/7 = 0.57 13th International conference Ordering in minerals and alloys, 9-15 September 2010, Loo, Russia, Proceedings, p. 62-64, AA;54>20=85 1;8609H53> >:@C65=8O 8>=>2 Pr3+ 2 0<>@D=>< PrNi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nternational conference, Plutonium Futures- The Science 2010, Keystone, Colorado, USA, 19-23 September 2010, Plutonium properties in multiple intermediate valence model, A.V. Mirmelstein, O.V. Kerbel, E.S. Clementyev III 564C=0@>4=K9 D>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, >A:20, 1-3 =>O1@O 2010 3., -;5:B@>==>5 8740=85 =0 CD, AB@. 1-3, 0;5=B=>ABL Ce 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE ?> 40==K< A?5:B@>A:>?88 XANES, .. /@>A;02F52, .. 5=CH5=:>2, .. '5@=8:>2, .!. ;5<5=BL52, .. 07C:>2, /.. C1028GCA, .. 5;8360=8=, .. D@5<>20, .. @810=>2, .. CG8= 7-O C@G0B>2A:0O <>;>4Q6=0O =0CG=0O H:>;0 &  C@G0B>2A:8LVAL^9 8=AB8BCB , >A:20, 22 =>O1@O - 25 =>O1@O 2010 3., L3-XANES A?5:B@>A:>?8O 20;5=B=>-=5AB018;L=>3> Ce 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE A d-<5B0;;0<8, .. /@>A;02F52, .. 5=CH5=:>2, .. '5@=8:>2, .!. ;5<5=BL52, .. 07C:>2, /.. C1028GCA, .. 5;8360=8=, .. D@5<>20, .. @810=>2, .. CG8= III # / $ &/ A M;5<5=B0<8 =0CG=>9 H:>;K 4;O <>;>4KE CG5=KE $C=:F8>=0;L=K5 =0=><0B5@80;K 8 2KA>:>G8ABK5 25I5AB20 4  8 >:BO1@O 2010 3., 3. !C740;L, L3-XANES A?5:B@>A:>?8O 20;5=B=>-=5AB018;L=>3> Ce 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE A d-<5B0;;0<8, .. /@>A;02F52, .. 5=CH5=:>2, .. '5@=8:>2, .!. ;5<5=BL52, .. 07C:>2, /.. C1028GCA, .. 5;8360=8=, .. D@5<>20, .. CG8=, .. @810=>2 XXI !>25I0=85 ?> 0AA5O=8N 59B@>=>2 2 AA;54>20=8OE >=45=A8@>20==>3> !>AB>O=8O !-2010, 16-19 =>O1@O, 2010. >A:20, 59B@>=>3@0D8G5A:0O CAB0=>2:0 2KA>:>3> 402;5=8O 5@:C;5A. !>2@5<5==>5 A>AB>O=85, !.. :A5=>2, .. !04K:>2, .!. ;5<5=BL52, .. O?8=, .. C;:8=, ..C7=5F>2, -.. >?B5;>2 XXI !>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O, !-2010, >A:20, 16-20 =>O1@O 2010 3., @>5:B A?5:B@><5B@0 =5C?@C3>3> @0AA5O=8O =59B@>=>2 !-3 =0 @50:B>@5  -8, .. 5<;O=>2, .!. ;5<5=BL52, .. 0@H8=, ..!048:>2 XXI !>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O, !-2010, >A:20, 16-20 =>O1@O 2010 3., @>5:B CAB0=>2>: =5C?@C3>3> @0AA5O=8O =59B@>=>2 8 48D@0:B><5B@0 M?8B5?;>2KE =59B@>=>2 =0 8<?C;LA=>< 8AB>G=8:5 -06 / , .!. >=>=KE8=, .!. ;5<5=BL52, .. !04K:>2, -.. >?B5;>2 VIII >=D5@5=F8O !8;L=>:>@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 17 8N=O 2010 3, !?5:B@K <03=8B=KE 2>71C645=89 2 0<>@D=>< 8 :@8AB0;;8G5A:>< PrNi5, .. ;5:A552, .!. ;5<5=BL52, .. 07C:>2, .. @;>2, .. !048:>2 VIII >=D5@5=F8O !8;L=>:>@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 17 8N=O 2010 3, =><0;L=0O LVAL_48=0<8:0 @5H5B:8 LaCoO3, .. K18=0, .. D8<>2, .. ;5:A552, .. "@>O=GC:, .!. 20=>2, .. !8:>;5=:>, .!. ;5<5=BL52 !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, 0A?8@0=B /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)  =30/2=15.00 !>@C:>2>4AB2> 0A?8@0=B>< (..C@F52, 0A?8@0=B ;048<8@A:>3> >AC40@AB25==>3> #=825@A8B0,, D0:C;LB5B $8, :0D54@0 D878:8 8 ?@8:;04=>9 <0B5<0B8:8)  =30/2=15.00 07@01>B:0 =>2>3> =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O $" 59B@>==K5 <5B>4K 8AA;54>20=8O :>=45=A8@>20==KE A@54 ?> =0?@02;5=8N 010900 @8:;04=K5 <0B5<0B8:0 8 D878:0 ($0:C;LB5B @>1;5< $878:8 8 -=5@35B8:8, :0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)   = 30.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 =87:>@07<5@=KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)   = 8.00 ---------------------------------------------------------------------------------------- B>3>2K9   (2010)= 121.77   2009 !B0BL8 2 70@C156=KE @5D5@8@C5<KE 6C@=0;0E Kondo universality and energy scales in plutonium, E.S. Clementyev, A.Mirmelstein, J. of Nucl. Mater., 385 (2009) 63-65.   1.501*30/2 = 22.52 Pressure effects in CeNi, A.Mirmelstein, E.S. Clementyev, O.Kerbel, D.Kozlenko, Yu.Akshentsev, V.Voronin, I.Berger, J. of Nucl. Mater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` =0 :>=D5@5=F8OE 2-O 564C=0@>4=0O :>=D5@5=F8O (<5=55 50% 70@C156=KE CG0AB=8:>2) !>2@5<5==K5 =0=>B5E=>;>388 8 =0=>D>B>=8:0 4;O =0C:8 8 ?@>872>4AB20, ;048<8@ 16-19 =>O1@O 2009 59@>==>5 @0AA5O=85: DC=40<5=B0;L=K5 8 ?@8:;04=K5 8AA;54>20=8O 2 D878:5 B25@4>3> B5;0 8 <0B5@80;>2545=88, .!.;5<5=BL52   20/1 = 20.00 @83;0H5==0O ;5:F8O =0 43-9 8<=59 (:>;5 /$ ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O, 12-18 <0@B0 2009, 5?8=> "5@<>M;5:B@8G5A:85 ?@5>1@07>20B5;8 M=5@388 =0 >A=>25 0=><0;L=KE @54:>75<5;L=KE <0B5@80;>2 .!. ;5<5=BL52   20/1 = 20.00 #AB=K5 4>:;04K =0 :>=D5@5=F8OE 8-9 564C=0@>4=K9 #@0;LA:89 !5<8=0@ 0480F8>==0O D878:0 <5B0;;>2 8 A?;020E, !=568=A: 23 D52@0;O  1 <0@B0 2009 3., 0B5@80;K !5<8=0@0, AB@. 56-57. >=4> C=825@A0;L=>ABL 8 M=5@35B8G5A:85 <0AHB01K 2 ?;CB>=88 .!.;5<5=BL52, ..8@<5;LHB59=   1.5*4/2 = 3.00 8-9 564C=0@>4=K9 #@0;LA:89 !5<8=0@ 0480F8>==0O D878:0 <5B0;;>2 8 A?;020E, !=568=A: 23 D52@0;O  1 <0@B0 2009 3., 0B5@80;K !5<8=0@0, AB@. 55-56. -DD5:BK 402;5=8O 2 CeNi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a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i5 (R = La, Pr) ..07C:>2, ..;5:A552, .!.;5<5=BL52, ..>20;52, ..!048:>2, ..   1.5*4/5 = 1.20 !B5=4>2K5 4>:;04K =0 :>=D5@5=F8OE VII 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2 0=>-8>-=D>->3=8B82=K5 B5E=>;>388 !---2009 ;8O=85 0<>@D870F88 =0 ;>:0;L=>5 >:@C65=85 8 B5?;>5<:>ABL A>548=5=89 RNi5 (R = La, Pr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apertot XXXV !>25I0=85 ?> D878:5 =87:8E B5<?5@0BC@ ("-35), '5@=>3>;>2:0, >A:>2A:0O >1;., 29.09  2.10.2009 "5?;>5<:>ABL 0<>@D=KE A>548=5=89 RNi5 (R = La, Pr), ..;5:A552, .!.;5<5=BL52, ..>20;52, ..07C:>2, ..!048:>2, !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5<)  =30/2=15.00 07@01>B:0 =>2>3> =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 A8;L=>:>@@5;8@>20==KE M;5:B@>==KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5<)   = 30.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ 59B@>==K5 <5B>4K 8AA;54>20=89 2 D878:5 :>=45=A8@>20==>3> A>AB>O=8O ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5<)   = 8.00 B>3>2K9   (2009) = 193.31 B>3>2K9   (2010) = 122.10 B>3>2K9   (2009) = 193.31 B>3>2K9   70 2 3>40 (2009-2010) = 315.41LVALC7=5F>2 0;5@89 5>=84>28G @>4. 10 >:BO1@O 19483. AB0@H89 =0CG=K9 A>B@C4=8: !# +   (20093.  20103.)=4.62+10 +0.9+1.33+0.67+10+30 = 57.52 2009 3. 1. . . 0=8;O=, . ;5=:5, . . @>E>B8=, . . C7=5F>2, . . >28F:89, . !. 02;>2, .  (0B0;>2., @5445;8B5;L=K5 g-:20=BK. /$, 2009, B. 72, ! 11, A. 1-6.   = 60*0.539/7 = 4.62 2. C:>2>4AB2> 48?;><=8:><  >;>38= .!.   = 10 2010 3. 1. O1>2 ..., @0G52 .., 0<0=8= .., C7=5F>20 .., C7=5F>2 .., >?B5;>2 -.., 810=>20 .., 8B28= .!., 0BCH:> .., 078= .., !04K:>2 .., !>1>;52A:89 .., $54G5=:> .. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8., $"", 2010, B>< 52, 2K?CA: 5, A.957.   = 6*1.5/10 = 0.9 2. !..C:>2, ..C7=5F>20, ..C7=5F>2 7<5@5=85 -=5G5B=>9 0A8<<5B@88 ?@>?CA:0=8O 2 @-@57>=0=A5 La  0,734 M., @5?@8=B /  1247/2010, D52@0;L 2010.   = 4/3 = 1.33 3. ..5@;52, ..;8<0:>2, ..C7=5F>20, ..C7=5F>2, .!.>;>38=, .. 078= AA;54>20=85 A?5:B@0 2K;5B0NI8E =59B@>=>2 87 !-100 A ?><>ILN <=>3>?@>2>;>G=>9 ?@>?>@F8>=0;L=>9 :0<5@K 45;5=8O. @5?@8=B /  1263/2010, 8N;L 2010.   = 4/6 = 0.67 4. C:>2>4AB2> 48?;><=8:><  >;>38= .!.   = 10 5. C:>2>4AB2> 0A?8@0=B>< (4<5AOF0)  >;>38= .!.   = 308LVALJ!5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, A.=.A., :. D.-<. =.,   70 2009-2010 33. = 77 1. A.A. Semenov and C.H. Woo,  Modeling dislocation structure development and creep-swelling coupling in neutron irradiated stainless steel . - J. Nucl. Mater., 2009, Vol. 393, p. 409-417.   = 1.93330/2 = 28.995. 2. Pui-Wai Ma, S.L. Dudarev, A. A. Semenov and C. H. Woo,  Temperature for a Dynamic Spin Ensemble . - Phys. Rev. E, 2010, Vol. 82, p. 031111-1  031111-6.   = 2.430/4 = 18. 3. @83;0H5==K9 4>:;04 =0 5->9 <564C=0@>4=>9 :>=D5@5=F88 ?> <C;LB8-<0AHB01=><C <>45;8@>20=8N <0B5@80;>2: A.A. Semenov  Stochastic Effects on Microstructure Nucleation under Cascade-damage Irradiation . - Proceedings of 5th International Conference on Multiscale Materials Modeling (MMM 2010), October 4-8, 2010, Freiburg, Germany; Eds. Peter Gumbsch, Erik van der Giessen, Freiburg, Fraunhofer Verlag, 2010, p. 732. ISBN 978-3-8396-0166-2.   = 30. B>3>:   = 76.995C7=5F>20 235=8O 0A8;L52=0, @>4. 10 A5=BO1@O 19503. AB0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   = 0,8 + 1,33 + 0,67 = 2,8 2009 3. 1. .. ;5:A552, .. 5@3<0=, .. >=G0@5=:>, .. C7=5F>20, .. 5@5:@5AB5=:> AA;54>20=85 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O Th-232 =59B@>=0<8 =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O =59B@>=>2 2 A28=F5 !-100 =AB8BCB0 O45@=KE 8AA;54>20=89 ., @5?@8=B /  1232/2009, >:BO1@L 2009.   = 4/5= 0,8 2010 3. 2. !..C:>2, ..C7=5F>20, ..C7=5F>2 7<5@5=85 -=5G5B=>9 0A8<<5B@88 ?@>?CA:0=8O 2 @-@57>=0=A5 La  0,734 M., @5?@8=B /  1247/2010, D52@0;L 2010.   = 4/3 = 1,33 3. ..5@;52, ..;8<0:>2, ..C7=5F>20, ..C7=5F>2, .!.>;>38=, .. 078= AA;54>20=85 A?5:B@0 2K;5B0NI8E =59B@>=>2 87 !-100 A ?><>ILN <=>3>?@>2>;>G=>9 ?@>?>@F8>=0;L=>9 :0<5@K 45;5=8O. @5?@8=B /  1263/2010, 8N;L 2010.   = 4/6 = 0,67LVALOGe0BKH520 N4<8;0 8:>;052=0, @>4. 23.10.1945, =.A. .   70 2009-2010 33 = 8.12+6.133+9.033=23.29 2.1.1. C1;8:0F88 !B0BL8 2 @>AA89A:8E @5D5@8@C5<KE 6C@=0;0E. !C<<0  =8.12 1. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . 725AB8O  A5@. $878G5A:0O 74 (2010) 479 482. =3;89A:89 20@80=B: E.S.Konobeevsky, L.N.Latysheva, N.M.Sobolevsky. Computer Simulation of an Extracted Beam for the Neutron Generator of the Institute for Nuclear Research of the Russian Academy of Sciences. Bulletin of the Russian Academy of Sciences: Physics 74 (2010) 443 446.  =0.406*60/3=8.12 @5?@8=BK. !C<<0  =6.133 1. V.Chetvertkova, I.Strasik, E.Mustafin, N.Sobolevskiy, L.Latysheva. Verification of FLUKA, MARS and SHIELD stopping modules. GSI, Darmstadt, 2009. https://www.gsi.de/documents/DOC-2009-Sep-24-1.pdf  =4/5=0.8 2. L.Latysheva. Irradiation experiment in Cave HHD: Numerical estimates of the energy deposition into the samples. Part II: Contribution of the secondary particles to the dose distribution in samples S1 (1st layer) and S8 (1st part). GSI, Darmstadt, 2009. https://www.gsi.de/documents/DOC-2009-Jan-47-1.pdf  =4 3. ..!>1>;52A:89, ..0BKH520, -.CAB0D8=. 40?B0F8O ?@>3@0<<K DCHAIN SP 4;O A>2<5AB=>3> 8A?>;L7>20=8O A B@0=A?>@B=K< :>4>< SHIELD. @5?@8=B /  1253/2010, >A:20, 2010.  =4/3=1.333 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =9.033 1. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2009, '51>:A0@K, 15 19 8N=O 2009 3. !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88, =0?@02;5=> 2 725AB8O  A5@. $878G5A:0O.  =6/3=2 2. L.N.Latysheva, N.M.Sobolevsky. Applications of the SHIELD transport code to studies in hadron therapy and to heavy ion transport in matter. Talk at the International meeting "Heavy Ion Stopping'09", ITEP, Moscow, June 3-5, 2009, MoscLVAL,ow, Russia. #AB=K9 4>:;04 =0 564C=0@>4=>< A>25I0=88, http://plasma.itep.ru/his2009/index.php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hetvertkova, E.Mustafin, I.Strasik, L.Latysheva, N.Sobolevskiy. Verification of Monte Carlo Transport Codes FLUKA, MARS and SHIELD-A. Talk at the 10th Meeting on Shielding Aspect of Accelerators, Targets and Irradiation Facilities (SATIF-10), 2-4 June 2010, CERN. #AB=K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 http://indico.cern.ch/contributionDisplay.py?contribId=23&sessionId=1&confId=62629  =6/5=1.2LVALOGg5154L .;8O >@8A>2=0, 1972 3. @>645=8O, :.D.-<.=, =.A. !! .   2009-2010 3. =3.4 2009 3. 1) #AB=K9 4>:;04 =0 "@5BL59 <564C=0@>4=>9 :>=D5@5=F88 5D>@<0F8O 8 @07@CH5=85 <0B5@80;>2 8 =0=><0B5@80;>2, >A:20, 12-15 >:BO1@O 2009. 59B@>=>- 8 @5=B35=>3@0D8G5A:85 CAB0=>2:8 =0 1075 /  4;O 8AA;54>20=8O <0B5@80;>2.!04K:>2 .., ;5<5=BL52 .!., C7=5F>2 !.., 8B28= .!., "@C=>2 .., O?8= .., O1>2 ..., :A5=>2 !.., 5154L ..., >?B5;>2 -.. !1>@=8: <0B5@80;>2 B 2, AB@ 258. 4/9*1.5=0.67 2) #AB=K9 4>:;04 =0 45AOB>9 <564C=0@>4=>9 :>=D5@5=F88 $878:>-E8<8G5A:85 8 ?5B@>D878G5A:85 8AA;54>20=8O 2 =0C:0E > 5<;5 >A:20, 26-29 >:BO1@O 2009 3>40. !1>@=8: <0B5@80;>2, AB@. 307. !04K:>2 .., ;5<5=BL52 .!., :A5=>2 !.., 5154L ..., O?8= .., >?B5;>2 -.. 59B@>=>- 8 @5=B35=>3@0D8G5A:85 CAB0=>2:8 =0 1075 /  4;O 8AA;54>20=8O <0B5@80;>2 ?@8 2KA>:8E 402;5=8OE. 4/6*1.5=1. 3) #AB=K9 4>:;04 =0 VII =0F8>=0;L=>9 :>=D5@5=F88 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 M;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2 0=>-8>-=D>->3=8B82=K5 B5E=>;>388 !---2009. 16-21 =>O1@O 2009 " -  " $'! #!"   /  :!  !!"/. . . !04K:>21, .!. ;5<5=BL521,2, ..O?8=3 , !.. :A5=>21 ,!..C7=5F>24, . !. 8B28=1, .."@C=>25 , .. C;:8=5, .. #;LO=>25, ... O1>21, ... 5154L1, -..>?B5;>21. "578AK 4>:;04>2 ,AB@. 552. 4/12=0.33 2010 3. 1) #AB=K9 4>:;04 =0 13-9 <564C=0@>4=>9 :>=D5@5=F88 #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E, >AB>2-=0->=C, ?>A. >>, 9-15 A5=BO1@O 2010. -;5:B@>B@0=AB?>@B=K5 8 <03=8B=K5 A2>9AB20 <5B0AB018;L=KE D07 2 A8AB5<5 GaSb-Cr A8=B578@>20==KE ?@8 2KA>:>< 402;5=88. . . 870BC;;8=, !.. >?>20, .. >=4@8=, .. O?8=, .. @06:8=, ... 20=>2, .. @>=8=, ... 5154L, .. !04K:>2. "@C4K :>=D5@5=F88, B.1., AB@. 102-105. 6/9*1.5=1 2) #AB=K9 4>:;04 =0 VIII >=D5@5=F88 !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O 17 8N=O 2010 3.,3. "@>8F:, >A:>2A:0O. >1;. HLVALX$5@@><03=5B87< 2 D070E 2KA>:>3> 402;5=8O Cr(GaSb)2. . . 870BC;;8=1, .. >=4@8=1, !.. >?>201, .. O?8=1, .. @06:8=1, ... 20=>22, .. @>=8=2, ... 5154L3, .. !04K:>23 4/9=0.4 B>3>  =3.4LVALOGi 8B28= 0A8;89 !5@35528G, <;04H89 =0CG=K9 A>B@C4=8:   2009-2010=27.4 1. O1>2 ..., @0G52 .., 0<0=8= .., C7=5F>20 .., C7=5F>2 .., >?B5;>2 -.., 810=>20 .., 8B28= .!., 0BCH:> .., 078= .., !04K:>2 .., !>1>;52A:89 .., $54G5=:> .. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8. $878:0 "25@4>3> "5;0. 2010. ". 52. !5 A. 957-961  = 0,721*60/13=3,32 2. S.P. Kuznetsov, I.L.Dubnikova, V.S. Litvin, I.V. Meshkov, A.V. Shelagin, A.I. Udovenko. Determination of Polyolefine Based Composites Nanostructure Parameters by Very Cold Neutrons Scattering. Acta Physica Polonica A. 2010. v. 117, p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k!04K:>2 028;L AE0B>28G, 1949 3. @>645=8O, :.D-<.=., 702. !!   2009- 2010 3.= 124.6 !B0BL8: 1. Demagnetization of terrestrial and extraterrestrial rocks under hydrostatic pressure up to 1.2 GPa Natalia S. Bezaevaa, Jerome Gattacceca, Pierre Rochettea, Ravil A. Sadykov, Vladimir I. Trukhin. Physics of the Earth and Planetary Interiors 179 (2010) 7 20. Impact Factor: 1.993 @=4=30E1.993/5=11,958 2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 ... O1>2, .. @0G52, .. 0<0=8=, .. C7=5F>20 ?, .. C7=5F>2, -.. >?B5;>2, .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:> $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5, A.957-960. Impact Factor: 0.721 (2009) @=4=60x 0.721 /13=3,328 3. " + $""   # !" "    "  #,! !"' "  -06 2010 3. . !. 8B28=, . . "@C=>2, . . C;:8=, . . #;LO=>2, . . !>;>259, . . >;E840H28;8, !. . 0;8=8=, . . !04K:>2, -. . >?B5;>2  %!",. "!, !% " +  " + !!/, 2010, ! 11, A. 1 7. Impact Factor: 0.062 (2009) @=4=8 /9=0,89 B>3> ?> AB0BLO< : @=4=11,958+3,328+0,89=16,175 >:;04K =0 >=D5@5=F8OE: 1. #AB=K9 4>:;04 =0 13-9 <564C=0@>4=>9 :>=D5@5=F88 #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E, >AB>2-=0->=C, ?>A. >>, 9-15 A5=BO1@O 2010. -;5:B@>B@0=AB?>@B=K5 8 <03=8B=K5 A2>9AB20 <5B0AB018;L=KE D07 2 A8AB5<5 GaSb-Cr A8=B578@>20==KE ?@8 2KA>:>< 402;5=88. . . 870BC;;8=, !.. >?>20, .. >=4@8=, .. O?8=, .. @06:8=, ... 20=>2, .. @>=8=, ... 5154L, .. !04K:>2. "@C4K :>=D5@5=F88, B.1., AB@. 102-105.  =6/9*1.5=1 2. #AB=K9 4>:;04 =0 VIII >=D5@5=F88 !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O 17 8N=O 2010 3.,3. "@>8F:, >A:>2A:0O. >1;. $5@@><03=5B87< 2 D070E 2KA>:>3> 402;5=8O Cr(GaSb)2. . . 870BC;;8=1, .. >=4@8=1, !.. >?>201, .. O?8=1, .. @06:8=1, ... 20=>22, .. @>=8=2, ... 5154L3, LVALl .. !04K:>23  =4/9=0.4 3.III 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ 59B@>=>- 8 @5=35=>3@0D8G5A:85 8AA;54>20=8O >1@07>20=8O =0=>G0AB8F 2 AB@C:BC@5 A?;020 40%.. ..!04K:>2, .!. 8B28=, .. C;NB8= , .. ;07:>2, !.. :A5=>2, M-S. Appavou, A. I. Ioffe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nCr2Se4 ?>4 402;5=85< 4> 56:10@., .. !04K:>2, .. >=G0@5=:> , . 5;;5@ 5.  HASYLAB Workshop for Extreme Conditions Research using a Large Volume Press at PETRA III , 14-15 October 2010, Luneburg, Germany. High pressure cell piston-cylinder and toroid type. Ravil Sadykov 6 3rd FRM II User Meeting, October 15th, 2010 Neutron and x-ray study formation of nanoparticles in the alloy structure 40HNYU-one of the hard nonmagnetic material for high pressure cells R. A. Sadykov, M.-S. Appavou , V. S. LitvLVALin, A. V. Gulyutin, V. P. Glazkov, S. N. Aksenov, A. Ioffe. 7. B45;5=85 D878G5A:8E =0C: >AA89A:>9 0:045<88 =0C: 0CG=0O A5AA8O, ?>A2OI5==0O 40-;5B=5<C N18;5N =AB8BCB0 O45@=KE 8AA;54>20=89  (3. "@>8F:),22 45:01@O (A@540), 3. >A:20, 2010 0?@02;5=8O 8AA;54>20=89 :>=45=A8@>20==KE A@54 =0 59B@>==>< :><?;5:A5 /  ..!04K:>2  =4/1=4 4. !>@C:>2>4AB2> A>8A:0B5;5< 8 0A?8@0=B>< (.!. 8B28= 8 !.. :A5=>2)  =30/2 E2=30 -------------------------------------------------------------------------------------------------------------------------- =48284  2010=16,175(AB0BL8)+6,356(4>:;04K)+30(0A?+A>8A:)=52,531 5.A>B@C4=8:8: ;5<5=BL52-B>3>2K9   70 2 3>40 (2009-2010) = 315.41 B>3>2K9   (2010) = 122.10 B>3>2K9   (2009) = 193.31 5154L-2(2009)+1.4(2010) 8B28=-B>3>: 13,7*2 = 27,4 ( - <>;>4>9 A>B@C4=8:, 70:>=G8; # <5=55 5 ;5B =0704) :A5=>2 !..   (2010)=0.86 !04K:>2 . =48284  2010=16,175(AB0BL8)+6,356(4>:;04K)+30(0A?+A>8A:)=52,531 (=4824  2010)/2=52,531/2 =26,26   A>B@C4=8:8 :0.75*(122.10+1.4+ 27,4)=150,9/3=50,3 B>3  2010=26.26+50,3=76,56 ------------------------------------------------------------------------------------ B>3  20093.=(@C:+A>B@C4=)=44.8+0.75*206,3/3=44.8+154,725/3=44.8+51,575=96,375 ---------------------------------------------------------------------- !04K:>2 .(  2010 3.+  2009 3.)= 76,56+96,375=172,935 -!04K:>2 ..  (2009)= 58,386 2009 2010 2009+2010 !04K:>2 .. 58.4 52.5 110.9 ;5<5=BL52 .!. 193.3 122.1 315.4 8B28= .!. - 27.4 27.4 5154L ... 2 1.4 3.4 :A5=>2 !.. 3 0.86 3.86   ..!04K:>20 :0: 702. A5:B>@><:  =110,9/2+0.75*(110.9+315.41+27.4+3.4+3.86)/5=55.45+69.1=124.6LVALOGn!84>@:8= !B0=8A;02 $54>@>28G 1952 3.@, :.D-<.=., 2=A    =1.33+0.66+3.32+0.9=6.21 C1;8:0F88 70 ?5@8>4 2009-2010 4;O @0AG5B0   1. O1>2 ..., @0G52 .., 0<0=8= .., C7=5F>20 .., C7=5F>2 .., >?B5;>2 -.., 810=>20 .., 8B28= .!., 0BCH:> .., 078= .., !04K:>2 .., !>1>;52A:89 .., $54G5=:> .. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8. $878:0 "25@4>3> "5;0. 2010. ". 52. !5 A. 957-961  = 0,721*60/13=3,32 II 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ ><?;5:A 2708<>4>?>;=ONI8E 8<?C;LA=KE =59B@>==KE 8AB>G=8:>2, =59B@>=>3@0D8G5A:8E 8 @5=B35=>2A:8E CAB0=>2>: 4;O =0=>4803=>AB8:8 =AB8BCB0 O45@=KE 8AA;54>20=89 >AA89A:>9 0:045<88 =0C: >?B5;>2 -..1, O1>2 ...1, ;5:A552. ..1, !84>@:8= !.$.1, @0G52 ..1, $54G5=:> ..1, !04K:>2 ..1,2, 5154L ...1, 8B28= .!.1, C7=5F>2 !..3, ;5<5=BL52 .!.1,4, ;5:A552 ..4,"@C=>2 ..5, C;:8= ..5, #;LO=>2 ..5, :A5=>2 !..1 1=AB8BCB O45@=KE 8AA;54>20=89 , >A:20 2=AB8BCB D878:8 2KA>:8E 402;5=89 , "@>8F: 3$878G5A:89 8=AB8BCB 8<. ..5154520 , >A:20 4 & C@G0B>2A:89 8=AB8BCB, >A:20 55B5@1C@3A:89 8=AB8BCB O45@=>9 D878:8, 0BG8=0   = 6*1.5/16 >:@. 4>10% 6*1.5/10 =0.9 BG5B ."!, 70G8I5==K9 8 CB25@645==K9 2 !". 0AA<>B@5=85 2>7<>6=>AB8 ?@8<5=5=8O 4;O ?5@56830=8O B@0=A?;CB>=852KE M;5<5=B>2 ?>4:@8B8G5A:>3> !  =0 >A=>25 A>;8 LiF-Na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p!>1>;52A:89 8:>;09 8E09;>28G, @>4. 06.04.1944, 4.D.-<.=., ?@>D., 702. A5:B. .   70 2009-2010 3>4K: 46.1655+14.948+4.933+19.433+30=115.4795   ..!>1>;52A:>3> :0: 702. A5:B>@>< = 98.59613 (157 CG5B0 >B28=K)   ..!>1>;52A:>3> :0: 702. A5:B>@>< = 118.6633 (A CG5B>< >B28=K) 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5D5@8@C5<KE 6C@=0;0E. !C<<0  =46.1655 1. K.Henkner, N.Bassler, N.Sobolevsky, O.Jkel. Monte Carlo Simulations on the water-to-air stopping power ratio for carbon ion dosimetry. Medical Physics 36 (2009) 1230-1235.  =2.704*30/4=20.28 2. K.Henkner, N.Sobolevsky, H.Paganetti, O.Jkel. Test of the nuclear interaction model in SHIELD-HIT and a comparison to energy distributions from GEANT4. Phys. Med. Biol. 54 (2009) N509-N517.  =2.781*30/4=20.8575 3. Yu.Titarenko, V.Batyaev, A. Titarenko, M.Butko, K.Pavlov, S.Florya, R.Tikhonov, P.Boyko, A.Kovalenko, N.Sobolevsky, V.Anashin, S.Mashnik, W.Gudowski, N.Mokhov, I.Rakhno. Beam Dump and Local Shielding Layout Around the ITEP Radiation Test Facility. Nuclear Technology 168 (2009) 472-476.  =0.66*30/10=1.98 4. A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, M.I.Panasyuk, N.M.Sobolevsky. Assessment of the Radiation Environment on the Moon. Acta Astronautica, in print. >ABC?5= 2 =B5@=5B A 6 D52@0;O 2010 3. http://dx.doi.org/10.1016/j.actaastro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onobeevsky, LLVALq.N.Latysheva, N.M.Sobolevsky. Computer Simulation of an Extracted Beam for the Neutron Generator of the Institute for Nuclear Research of the Russian Academy of Sciences. Bulletin of the Russian Academy of Sciences: Physics 74 (2010) 443 446.  =0.406*60/3=8.12 3. ..5=8A>2, ..C7=5F>2, ..K<<8:, ..0=0AN:, ..!>1>;52A:89.  ?@>1;5<5 @0480F8>==>9 >1AB0=>2:8 =0 C=5. >A<8G5A:85 AA;54>20=8O 48 (2010) 524-531. =3;89A:89 20@80=B: A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, M.I.Panasyuk, N. M. Sobolevskii. On the Problem of Lunar Radiation Environment. Cosmic Research 48 (2010) 510-517.  =0.366*60/5=4.392 @5?@8=BK. !C<<0  =4.933 1. ..5=8A>2, ..C7=5F>2, ..K<<8:, ..!>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 @0480F8>==>9 >1AB0=>2:8 =0 C=5. 1. >7459AB285 ?@>B>=>2 30;0:B8G5A:8E 8 A>;=5G=KE :>A<8G5A:8E ;CG59. @5?@8=B /  1220/2009, >A:20, 2009.  =4/4=1 2. V.Chetvertkova, I.Strasik, E.Mustafin, N.Sobolevskiy, L.Latysheva. Verification of FLUKA, MARS and SHIELD stopping modules. GSI, Darmstadt, 2009. https://www.gsi.de/documents/DOC-2009-Sep-24-1.pdf  =4/5=0.8 3. ..!>1>;52A:89, ..0BKH520, -.CAB0D8=. 40?B0F8O ?@>3@0<<K DCHAIN SP 4;O A>2<5AB=>3> 8A?>;L7>20=8O A B@0=A?>@B=K< :>4>< SHIELD. @5?@8=B /  1253/2010, >A:20, 2010.  =4/3=1.333 4. I.Straak, E.Mustafin, M.Pavlovi , N.Sobolevsky. Simulations of the Activation of the Beam Pipe and Bulky Targets by FLUKA and SHIELD codes. GSI, Darmstadt, 2010. https://www.gsi.de/documents/DOC-2010-Jun-23-1.pdf  =4/4=1 5. A.Luhr, D.C.Hansen, O.Jaekel, N.Sobolevsky, N.Bassler. Analytical expressions for stopping-power ratios relevant for accurate dosimetry in particle therapy. http://arxiv.org/PS_cache/arxiv/pdf/1010/1010.5356v1.pdf  =4/5=0.8 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =19.433 1. A.Denisov, N.Kuznetsov, R.Nymmik, M.Panasyuk, N.Sobolevsky. Assessment of Radiation Environment in the Moon Caused by Protons and Nuclei of GCR and SEP. Invited talk at the NUFRA2009 InternationaLVALrl Conference Kemer, Turkey, September 28 October 430, 2009. http://fias.uni-frankfurt.de/historical/nufra2009/. @83;0H5==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88 NUFRA2009.  =30/5=6 2. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2009, '51>:A0@K, 15 19 8N=O 2009 3. !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88, =0?@02;5=> 2 725AB8O  A5@. $878G5A:0O.  =6/3=2 3. L.N.Latysheva, N.M.Sobolevsky. Applications of the SHIELD transport code to studies in hadron therapy and to heavy ion transport in matter. Talk at the International meeting "Heavy Ion Stopping'09", ITEP, Moscow, June 3-5, 2009, Moscow, Russia. #AB=K9 4>:;04 =0 564C=0@>4=>< A>25I0=88, http://plasma.itep.ru/his2009/index.php  =6/2=3 4. A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, V.I.Panasyuk, N.M.Sobolevsky. Predicting of the Radiation Hazard in the Moon. Talk at the 17th IAA Humans in Space Symposium, Moscow, Russia, in June 7 11, 2009. http://iaa-his2009.imbp.ru/Sessions.pdf !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88, Submitted to Acta Astronautica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s=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0 -430. >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2010, !0=:B-5B5@1C@3, 6 9 8N;O 2010 3. !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88, =0?@02;5=> 2 725AB8O  A5@. $878G5A:0O.  =6/4=1.5 8. V.Chetvertkova, E.Mustafin, I.Strasik, L.Latysheva, N.Sobolevskiy. Verification of Monte Carlo Transport Codes FLUKA, MARS and SHIELD-A. Talk at the 10th Meeting on Shielding Aspect of Accelerators, Targets and Irradiation Facilities (SATIF-10), 2-4 June 2010, CERN. http://indico.cern.ch/contributionDisplay.py?contribId=23&sessionId=1&confId=62629 #AB=K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88  =6/5=1.2 9. I.Straak, E.Mustafin, N.Sobolevsky, M.Pavlovi , V.Chetvertkova. Activation and "Hands on" Maintenance Criteria for Heavy-Ion Accelerators. Talk at the 10th Meeting on Shielding Aspect of Accelerators, Targets and Irradiation Facilities (SATIF-10), 2-4 June 2010, CERN. http://indico.cern.ch/contributionDisplay.py?contribId=10&sessionId=3&confId=62629 #AB=K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88  =6/5=1.2 201. D.C.Hansen, A.Luhr, R.Herrmann, N.Sobolevsky, N.Bassler. Recent Improvements in SHIELD-HIT. Poster talk at the International workshop in Monte Carlo computational methods in radiation track simulation and applications in physical, biological, and medical sciences (MC2010), Stockholm, 9-12 November 2010. >AB5@ =0 564C=0@>4=>9 :>=D5@5=F88 http://phys.au.dk/uploads/media/MC2010_poster_SHIELD-HIT_David.pdf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f  m  t ! { ( / 6=DKRY` gnC @?7OGFFF:?TC&`"!@?@OGFFF:?=B~ Z @?& @FFF:?T @d^@?@FFF:?FGB4J@?^@FFF:?qDbCM[O@?4OGFFF:?B @?@FFF:?foBDa'-5@?lvOGFFF:?A ףB`@?L @FFF:?e B4`@?@FFF:?i#C."@? OGFFF:?J[B H  @?ROGFFF:?, ^A^@?6OGFFF:? Xy8C^t'~@?OGFFF:?NѢB tnb@?$OGFFF:?CSAF@?OGFFF:? BZ h@?!OGFFF:?S 3BB|P@?OGFFF:?xCD@?OGFFF:?qmC!)!@?HAOGFFF:?NC%)# @?=OGFFF:?c:CB@sC")."@?GOGFFF:?@?l@FFF:?\C)l L@?OGFFF:?mBB|P@?!OGFFF:?A=B $V@?ROGFFF:?q=Ax@?7OGFFF:?@?J@FFF:?1 @,@?^@FFF:?CAl:@?OGFFF:? ̇AX~@?0OGFFF:?0)\AXL@?@FFF:?{@?$@FFF:?CV,)z&T$@?8OGFFF:?ALr4@?@FFF:?@^@?@FFF:?@?@FFF:?@?@FFF:?@?@FFF:? A,&@?@FFF:?R @ddd@?@FFF:?@^@?<@FFF:?pB:@?4~OGFFF:?uhq>C&(@?z&{OGFFF:?'C#2@?2wOGFFF:?9ff6AX @?uOGFFF:?@?0HHH:?BSBd|@?`@oOGFFF:?LVALOGv5@3<0= ;5:A59 =4@5528G AB0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   = 6.1+ 1+1+0.8+1+0.5+0.5+0.5 = 11.4 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. 59B@>==K5 A5G5=8O 45;5=8O O45@ 242mAm 8 245Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.. (=AB8BCB O45@=KE 8AA;54>20=89 , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<. .. 59?C=A:>3>, 3. 1=8=A:). B><=0O M=5@38O, B.106, 2K?.2, D52@0;L 20093.   = 8/8 = 1 2.59B@>==>5 A5G5=85 45;5=8O 243Cm. ;5:A552 .., 5@3<0= .., 5@;Q2 .., >?B5;>2 -.., (/ , 3.>A:20), !0<K;8= .$., "@CD0=>2 .., $C@A>2 .., (>@8= .!. (& $  $- 8<...59?C=A:>3>, 3 1=8=A:) B><=0O M=5@38O, B.107, 2K?.2,023CAB 20093.   = 8/8 = 1 3. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=, .., .. !28@8=, "@CD0=>2, .. $C@A>2, .!. (>@8=.  !'  ,  / 244Cm . / / $, 2010, B>< 73,!9, A. 1533 1544   = 0.914*60/9 = 6.1 @5?@8=BK 4. ..;5:A552, ..5@3<0=, ..5@;52, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 244Cm(n,f) @5?@8=B /  1212/2009 <0@B 20093.   = 4/8 = 0.5 5. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=8O 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 243Cm(n,f) @5?@8=B /  1231/2009 023CAB 20093.   = 4/8 = 0.5 6. ..;5:A552, ..5@3<0=, ..>=G0@5=:>, ..C7=5F>20, ..5@5:@5AB5=:> AA;54>20=85 0=><0;L=>3> ?>410@L5@=>3> 45;5=8O Th-232 =59B@>=0<8 =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O =59B@>=>2 2 A28=F5 !-100 =AB8BCB0 O45@=KE 8AA;54>20=89 .   " /  1234/2009 :BO1@L 20093.   = 4/5 = 0.8 7. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=85 ?>410@L5@=>3> 45;5= LVAL 8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 246Cm(n,f)   " /  1248/2010 0@B 2010   = 4/8 = 0.5 8. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2  59B@>==K9 :><?;5:A / . 1. !?5:B@><5B@ =59B@>=>2 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100) @5?@8=B /  1258/2010, ., 2010 !.   = 4/4 = 1LVALOGx2G8==8:>2 >@8A 8E09;>28G 4>:B>@ D87.-<0B. =0C: 1. >4 @>645=8O 1933 2. 0B0 70I8BK 48AA5@B0F88 1988 3. >;6=>ABL 254CI89 =0CG=K9 A>B@C4=8: -$ C1;8:0F88 2009-2010 3.3. 1. B.M. Ovchinnikov, V.V. Parusov, "Gas Electron Multiplier detectors with wire and metallic electrodes", Preprint INR RAN Moscow, 2010.  =4/2=2. 2. B.M. Ovchinnikov, V.V. Parusov, "Gas Electron Multiplier detectors with wire and metallic electrodes", Preprint INR RAN Moscow, 2010, arXiv.  =4/2=2. 3. .. 2G8==8:>2, .. 0@CA>2, "07>2K5 M;5:B@>==K5 C<=>68B5;8 A ?@>2>;>G=K<8 8 <5B0;;8G5A:8<8 M;5:B@>40<8". @5?@8=B /  2010 (?@8=OB> 2 ?5G0BL).  =4/2=2. 4. .. 2G8==8:>2, .. 0@CA>2, "@54;>65=85 A>740=8O 45B5:B>@0 -" A C;CGH5==K<8 E0@0:B5@8AB8:0<8". @5?@8=B / , ! 1271/2010.  =4/2=2. 5. .. 2G8==8:>2, ... 5@>2, "A5=>=>2K9 =0@:>7, B5@0?8O A<5AO<8 :A5=>=0 8 :@8?B>=0 A :8A;>@>4><". C:;5B  "==>20F8>==K5 @07@01>B:8  2 >1;0AB8 <548F8=A:>3> ?@81>@>AB@>5=8O, 2010".  =6/2=3. 6. .. 2G8==8:>2, .. 0@CA>2, "A?>;L7>20=85 <=>3>:0=0;L=KE 307>2KE M;5:B@>==KE C<=>68B5;59 4;O ?>AB0=>2:8 M:A?5@8<5=B>2 ?> ?>8A:C BQ<=>9 <0B5@88 A5;5==>9, 2 =59B@>==KE 8AA;54>20=8OE 8 ?@8:;04=KE 7040G0E (-"  B><>3@0D8O 8 4@.)", @5?@8=B /  ! 1261/2010.  =4/2=2. 7. .. 2G8==8:>2, .. 0@CA>2, "=>3>:0=0;L=K5 307>2K5 M;5:B@>==K5 C<=>68B5;8 A <5B0;;8G5A:8<8 M;5:B@>40<8 ", @5?@8=B / , 1260/2010.  =4/2=2. 8. B.M. 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" 5=B35=., !8=E@>B@. 87;-O, 59B@>=K 8 M;.-=K 4;O 8AA;. =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>-B5E=>;>388", >A:20, 16-21 =>O1@O 2009 3., A.607.  = 4/5=0,8 13. .. 078=, .. 2G8==8:>2, .. 0@8=,& (6 02B>@>2), " 07@01>B:0 8 8AA;54>20=85 E0@0:B5@8AB8: "B>;ABKE" 307>2KE M;5:B@>==KE C<=>68B5;59 (TGEM)", 7 =0F. :>=D. 5=B35=., !8=E@>B@. 87;-O, 59B@>=K 8 M;.-=K 4;O 8AA;. =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>-B5E=>;>388", >A:20, 16-21 =>O1@O 2009 3., A.608.  = 4/6=0,67 14. !.. $8;8??>2, -.. >?B5;>2, .!. 8B28=, .. 078=, ... O1>2, "4=>:>>@48=0B=K9 307>2K9 ?>78F8>==>-GC2AB28B5;L=K9 45B5:B>@ =59B@>=>2" 7 =0F. :>=D., 16-21 =>O1@O 2009 3., A.617.  = 4/5=0,8 15. .. 2G8==8:>2, .. 078=, .. 5H5B8=, !.. $8;8??>2, "@>2>;>G=K9 GEM-45B5:B>@", @5?@8=B /  1235, =>O1@L 2009. arXIV: 0911.4811.  = 4/4=1 16. V.I. Razin, B.M. Ovchinnikov, A.I. Reshetin, S.N. Filippov, "RETGEM with polyvinylchloride (PVC) electrodes, arXIV: 0911.4807.  = 4/4=1 2010 3. 1. .. 078=, .. 5H5B8=,!..$8;8??>2 RETGEM c M;5:B@>40<8 87 ?>;828=8;E;>@840 @5?@8=B /  1250/2010 <0@B 2010  =4/3= 1,34 2. ..2G8==8:>2, .. 078=,.. 5H5B8=,!..$8;8??>2 @>2>;>G=K9 307>2K9 M;5:B@>==K9 C<=>68B5;L "- 2010 N2 A.41-43  =4/4=1 3. AA;54>20=85 A?5:B@0 =59B@>=>2 =0 ?>25@E=>AB8 A?5:B@><5B@0 =59B@>=>2 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 ..5@;52 8 4@. (6 02B>@>2), @5?@8=B /  1263/2010 8N;L 2010  =4/6= 0,67 4. V.I.Razin, A.I.Reshetin Features of the gas discharge in the narrow gap micropattern gas detectors (MPGD) at high level of alpha- particle background, arXiv :1009.2908  =4/2= 2 B>3>2K9  =33,5LVAL  (!:0AK@A:0O 9=> >=AB0=B8=>2=0 1951 3. @., =A 1. >78: .., !:0AK@A:0O .. >45;8@>20=85 A?5:B@0 8 >1@01>B:0 @57C;LB0B>2 M:A?5@8<5=B0 "@>8F: =N-<0AA @5?@8=B /  1224/2009 3.  =4/2=2 2. C@=0; >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 (ISSN 1562-6016) . 0@0<>=>2, A. !:0AK@A:0O, Floettmann, M Krasilnikov, F Stephan. @>5:B=K5 ?0@0<5B@K CA>25@H5=AB2>20==>3> @57>=0B>@0 4;O '-D>B>8=65:B>@>2, 2010 3.  =6/4= 1,5 >:;04 =0 <564C=0@>4=KE :>=D5@5=F8OE: 0@0<>=>2 ., !:0AK@A:0O . 078A=0O ?@>F54C@0 @0AG5B0 E0@0:B5@8AB8: 2KA>:>G0AB>B=KE @57>=0B>@>2 ?@>3@0<<=K< ?@>4C:B>< ANSYS. 7-O 564C=0@>4=0O :>=D5@5=F8O ?>;L7>20B5;59 ANSYS, 27-29 >:BO1@O 2009 3. >A:20  =6/2=3 B>3>2K9  =6,5>78: ;5:A0=4@ @:04L528G 038AB5@A:0O 48?;><=0O @01>B0 >45;8@>20=85 A?5:B@0 8 >1@01>B:0 40==KE CAB0=>2:8 Troitsk v-mass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ulsed Neutron Sources on the Proton Beam for the MMF Yu.V. Ryabov, M.I. Grachev, D.V.Kamanin et.al. Neutron Experimental Techniques, Instrumentation and Radiation Sources, Pleides Publishing Ltd, 38-42, 2010  =8/10=0,8 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8?;><=8:  . K;>A>20, $"#  =5,8>;C1520 ;5=0 !5@3552=0 !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. 1. !5G5=85 >1@07>20=8O A>AB02=>3> O4@0 2 pBi - 2708<>459AB288 ?@8 M=5@388 20-100 M. .!. >;C1520, .!. ;L8=>2 /45@=0O D878:0, B. 72, !11, 1897-1900, 2009 3.  =0.539*60/2=16,17 "+   =16,178E>284 8:>;09 =0B>;L528G 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. A C:070=85< :>;-2> 02B>@>2. "+   =0"8B>2 8:8B0 =4@5528G !=A, :0=4840B D87.-<0B. =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. A C:070=85< :>;-2> 02B>@>2. 1. @83;0H5==K9 4>:;04 N.Titov KATRIN Experiment in 2009  Systematic Improvements Proceedings of the 14th Lomonosov Conference on Elementary Particle Physics (ed. A. Studenikin) World Scientific Pub Co Inc. 2010 , ISBN-10: 9814329673, p.153-158  =20*1,5=30 2.N.Titov Tests with the plasma source. 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Cold Nuclear Matter Effects on J/psi Yields as a Function of Rapidity and Nuclear Geometry in Deuteron-Gold Collisions at sqrt(s_NN) = 200. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> :0: ?@5?@8=B 2 arXiv:1010.1246  = 4/10=0.4 1. Cross section and double helicity asymmetry for eta mesons and their comparison to neutral pion production in proton-proton collisions at sqrt(s) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> :0: ?@5?@8=B 2 arXiv:1009.6224  = 4/10=0.4 2. Measurement of Transverse Single-Spin Asymmetries for J/psi Production in Polarized p+p Collisions at sqrt(s) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> :0: ?@5?@8=B 2 arXiv:1009.4864  = 4/10=0.4 3. Event Structure and Double Helicity Asymmetry in in Jet Production from Polarized p+p Collisions at sqrt(s) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> :0: ?@5?@8=B 2 arXiv:1009.4921  = 4/10=0.4 4. 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Transition in yield and azimuthal shape modification in dihadron correlations in relativistic heavy ion collisions. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. Lett. 104, 252301 (2010)  = 7.328*30/10=21.984 14. Detailed measurement of the e+e- pair continuum in p+p and Au+Au collisions at sqrt(s_NN)=200 GeV and implications for direct photon production. By PHENIX Collaboration. 2B>@>2 3LVAL50. ?C1;8:>20=> 2 Phys. Rev. C 81, 034911 (2010) .  = 3.477*30/10=10.431 15. Enhanced production of direct photons in Au+Au collisions at sqrt(s_NN)=200 GeV and implications for the initial temperatur5. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. Lett. 104, 132301 (2010) .  = 7.328*30/10=21.984 16. Double Helicity Dependence of Jet Properties from Dihadrons in Longitudinally Polarized p+p Collisions at sqrt(s) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. D 82, 012001 (2010) .  = 4.922*30/10=14.766 17. High-pT pi^zero Production with Respect to the Reaction Plane in Au + Au Collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. C 80, 054907 (2009) .  = 3.477*30/10=10.431 18. Charged kaon interferometric probes of space-time evolution in Au+Au collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. Lett. 103, 142301 (2009) .  = 7.328*30/10=21.984 19. Photon-Hadron Jet Correlations in p+p and Au+Au Collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. C 80, 024908 (2009) .  = 3.477*30/10=10.431 20. Systematic Studies of Elliptic Flow Measurements in Au+Au collisions at $\sqrt{s_{NN}}$ = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. C 80, 024909 (2009) .  = 3.477*30/10=10.431 21. Measurement of Bottom versus Charm as a Function of Transverse Momentum with Electron-Hadron Correlations in p+p Collisions at sqrt(s)=200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. Lett. 103, 082002 (2009) .  = 7.328*30/10=21.984 22. Photoproduction of J/psi and of high mass e+e- in ultra-peripheral Au+Au collisions at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Physics Letters B 679, 321 (2009) .  = 5.083*30/10=15.249 23. Gluon-Spin Contribution to the Proton Spin from the Double-Helicity AsymmetryLVAL in Inclusive pi[sup 0] Production in Polarized p+p Collisions at sqrt(s) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. Lett. 103, 012003 (2009) .  = 7.328*30/10=21.984 24. Cold Nuclear Matter Effects on J/Psi Production as Constrainted by Deuteron-Gold Measurements at sqrt(s_NN) = 200 GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. C 79, 059901 (2009) .  = 3.477*30/10=10.431 25. Inclusive cross section and double helicity asymmetry for pi0 production in p+p collisions at sqrt(s)=62.4GeV. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Phys. Rev. D 79, 012003 (2009) .  = 4.922*30/10=14.766 26. Dilepton mass spectra in p+p collisions at sqrt(s)= 200 GeV and the contribution from open charm. By PHENIX Collaboration. 2B>@>2 350. ?C1;8:>20=> 2 Physics Letters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n,p) =0 O4@0E 35Cl 8 14N. @5?@8=B /, -1241/2009  =4/8=0,5 6. @83>@L52 ... 8 4@. AA;54>20=85 MDD5:B0 @57>=0=A=>9 A0<>M:@0=8@>2:8 2 ?>;=KE 8 ?0@F80;L=KE A5G5=8OE. XIV564C=0@>4=>5 A>25I0=85 ?> O45@=>9 D878:5. 0@=0, >;30@8O, 2009  =6/10=0,6 7. 5@3<0= .. 8 4@. AA;54>20=8O @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 =0 =59B@>==>< 8AB>G=8:5 -!, @5?@8=B /  1225/2009  =4/10=0,4 8. Collinear cluster tri-partition as a neutron source  evaluation of the setup parameters Proc. Int. Symposium on Exotic Nuclei (EXON-2009), Sochi, Russia, 28 September-2 October 2009, AIP Conference Proceedings, v.1, p. 385-392 D.V. Kamanin, Yu.V. Pyatkov, E.A. Kuznetsova, A.A. Alexandrov, I.LVAL*A. Alexandrova, S.B. Borzakov, M.L. Chelnokov, D.Pham Minh, N. Jacobs, N.A Kondratyev, Yu.N. Kopach, Ts. Panteleev,Yu.E. Penionzhkevich, Yu.V. Ryabov, A.I.Svirikhin, E.A. Sokol, D.A.Testov, V.E.Zhuchko, A.V. Eremin  =4/10=0,4 9.  NEUTRON BELT FOR COMETA SETUP D.V. Kamanin, Yu.V. Pyatkov, A.A. Alexandrov, I.A. Alexandrova, S.B. Borzakov, M.L. Chelnokov, D. Fam Min, N.A. Kondratyev, Yu.N. Kopach, E.A. Kuznetsova, Ts. Panteleev, Yu.E. Penionzhkevich, Yu.V. Ryabov, A.I. Svirikhin, E.A. Sokol, D.A. Testov, V.E. Zhuchko, A.V. Yeremin Proc. Int. Symposium on Exotic Nuclei (EXON-2009), Sochi, Russia, 28 September-2 October 2009, AIP Conference Proceedings, v.1, p. 178-185  =8/10=0,8 10. A Pulsed Neutron Sources on the Proton Beam for the MMF Yu.V. Ryabov, M.I. Grachev, D.V.Kamanin et.al. Neutron Experimental Techniques, Instrumentation and Radiation Sources? Pleides Publishing Ltd, 38-42, 2010  =8/10=0,8 11. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. Int. Seminar ISINN-18, May 25-28, 2010.  Dubna: -JINR.  = 6*1,5/4=2,25 12. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Int. Seminar ISINN-18, May 25-28, 2010.  Dubna: -JINR..   = 4*1,5/4=1,5   ?> ?C1;8:0F8O< 8 4>:;040<=13,783 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8?;><=8:  . K;>A>20, $"#  =5 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. >@01>B:0 :C@A0 59B@>==0O D878:0 $"#  =8 @C30O 7=0G8<0O 8=D>@<0F8O. C:>2>48B5;L ?@>5:B0 =59B@>==>3> 8<?C;LA=>3> 8AB>G=8:0 /  -!. "+   =26,783LVALOG0<0=8= <8B@89 ;048<8@>28G !?8A>: =0CG=KE @01>B 70 2009-2010 3.3. C1;8:0F88 2 @5F5=78@C5<KE 6C@=0;0E (70@C156=K5): 1. Measuring the nuclear charge of fission fragments using a big ionization chamber a part of the double-arm time-of-flight spectrometer A.N.Tyukavkin, Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, S.V.Denisov, G.L.Efimov, V.E.Zhuchko, N.A.Kondratyev, E.A.Kuzne 8 4@., Instruments and Experimental Techniques, ISSN:0020-4412, eISSN:1608-3180, 74:MAIK Nauka/Interperiodica, Pleiades Publishing, Ltd, 52, 4, 508 518, 2009  =0,331*60/10= 1,986 2. Yu.V.Pyatkov, D.V.Kamanin, W. von Oertzen, A.A.Alexandrov, I.A.Alexandrova, O.V.Falomkina, N.A.Kondratjev, Yu.N.Kopatch, E.A.Kuznetsova, Yu.E.Lavrova, A.N.Tyukavkin, W.Trzaska, V.E.Zhuchko. Collinear cluster tri-partition of 252Cf (sf) and in the 235U(nth, f) reaction. Europhysicsnews. Highlights from Europeans Journals. 2010. V. 41, No. 4. p.14.  =0,625*30/10= 1,875 3. D.V. Kamanin for the FOBOS collaboration. Multi-cluster decays of heavy nuclei. Presented at the 2th SOUTH AFRICA - JINR Symposium "Models and Methods in Few- and Many-Body Systems", Dubna, Russia, 8-10 September 2010.  =6*1,5=9 4. Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopach, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, V.E.Zhuchko, E.A.Kuznetsova, Ts.Panteleev, and A. N. Tyukavkin. Collinear Cluster Tripartition Channel in the Reaction 235U(nth, f). Physics of Atomic Nuclei. Vol. 73, No. 8, 2010, p. 1309-1316. From Yadernaya Fizika. Vol. 73, No. 8, 2010, p. 1350-1358.  =0,539*60/10= 3,234 5. Yu.V.Pyatkov, D.V.Kamanin, W. von Oertzen, A.A.Alexandrov, I.A.Alexandrova, O.V.Falomkina, N.A.Kondratjev, Yu.N.Kopatch, E.A.Kuznetsova, Yu.E.Lavrova, A.N.Tyukavkin, W.Trzaska, V.E.Zhuchko. Collinear cluster tri-partition of 252Cf (sf) and in the 235U(nth, f) reaction. Eur. Phys. J. A: Hadrons and Nuclei. 2010. V. 45, No. 1. pp. 29 37.  =1,968*30/10= 5,904 6. Yu.V.Pyatkov, D.V.Kamanin, ALVAL.Krasznahorkay, A.A.Alexandrov, I.A.Alexandrova, M.Csatls, L.Csige, J.Gulys, F.Naqvi, N.A.Kondratyev, E.A.Kuznetsova, T.Tornyi, A.N.Tyukavkin, V.E.Zhuchko. Preliminary results on direct observation of true ternary fission in the reaction 232Th + d (10 MeV) International Symposium on Exotic Nuclei, Sochi, Russia, 28 September - 2 October 2009. Conference proceedings. Editors: Yu.E.Penionzhkevich, and S.M.Lukyanov. AIP Conference Proceedings, 2010, p. 393-401.  =0,331*60/10= 1,986 7. D.V.Kamanin, Yu.V.Pyatkov, E.A.Kuznetsova, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, M.L.Chelnokov, D.Fam Min, N. 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D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, M.L.Chelnokov, D.Fam Min, N.A.Kondratyev, Yu.N.Kopach, E.A.Kuznetsova, Ts.Panteleev, Yu.E.Penionzhkevich, A.I.Svirikhin, E.A.Sokol, D.A.Testov, V.E.Zhuchko, A.V.Yeremin. "Neutron belt" for COMETA setup. Presented at the 18th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 26-29 May 2010.  =6*1,5/10= 0,9 10. Yu.V.Pyatkov, D.V.Kamanin, A.A.Alexandrov, I.A.Alexandrova, N.A.Kondratyev, E.A.Kuznetsova, N.Jacobs, V.Malaza, D.Pham Minh, A.I.SvLVALirikhin, V.E.Zhuchko, A.V.Yeremin. Presumable scenario of one of the collinear cluster tri-partition modes Presented at the 2nd Workshop on State of the Art in Nuclear Cluster Physics "SOTANCP2", Brussels, Belgium, 25-28 May 2010.  =6*1,5/10= 0,9 11. Yu.V.Pyatkov, D.V.Kamanin. Collinear cluster tripartition - possible physics behind. 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Dubna 2009, p. 386-392.  =6*0,5/10=0,3 16. A.N.Tyakavkin, Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, S.V.Denisov, G.L.Efimov, V.E.Zhuchko, N.A.Kondratyev, E.A.Kuznetsova, Yu.E.Lavrova, S.V.Mitrofanov, Ts.Panteleev, V.S.Salamatin, I.P.Tsurin. Measuring of the fragments nuclear charges at the MINI-FOBOS spectrometer. Proceedings of the 16th International Seminar on Interaction of Neutrons with Nuclei: "Neutron Spectroscopy, Nuclear Structure, Related Topics". Dubna, June 11-14, 2008. Dubna 2009, p. 393-401.  =6*0,5/10=0,3 B>3>2K9  =38,061/2=19,03LVALOG0BCH:> 8:B>@ 5>=84>28G !B0@H89 =0CG=K9 A>B@C4=8:, 8.>. 702. A5:B>@>< !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. A C:070=85< :>;-2> 02B>@>2. . 1. A sectioned spectrometer of fast neutrons Author(s): Abdurashitov DN, Gavrin VN, Matushko VL, et al. INSTRUMENTS AND EXPERIMENTAL TECHNIQUES Volume: 52 Issue: 1 Pages: 25-32 Published: 2009  =0,331*60 /9=2,207 2. Development of a segmented fast neutron spectrometer Abdurashitov JN, Gavrin VN, Matushko VL, et al. Source: PHYSICS OF ATOMIC NUCLEI Volume: 70 Issue: 1 Pages: 133-139  = 0,549*60/8=4,118 3. !&+ !" "  +!" +% "  14C@0H8B>2 .., 02@8= .., 0BCH:> .., CAB0D8= .$., (8E8= .., 5@5B5=:8= .., /=F .-. @81>@K 8 B5E=8:0 M:A?5@8<5=B0. 2009. ! 1. !. 32-40.  = 0,331*60/7=2,837 4. . . C9:>2, !. . 0;<K:>2, !. . @<>;052, . . ;852, . . >E0=N:, . . 0BCH:>, . . "0=0=052, . $. OA>54>2. >;CG5=85 0:B8=8O-225 8 @048O 223 ?@8 >1;CG5=88 B>@8O CA:>@5==K<8 ?@>B>=0<8. 048>E8<8O, 2011, !1.  =0,539E60/8=4,043 !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2009 -2010 3.3. 1. Abdurashitov J.N., Garvin V.N., Klimenko A.A., Matushko V.L., Malyshkin Yu.M., Nico J.S., Shikin A.A., Smolnikov A.A., Yants V.E. Monte carlo simulation of a capture-gated simple geometry fast neutron spectrometer 17 th International Seminar on Interaction of Neutrons with Nuclei. ISINN-17. 2009 6/9*1,5= 1 2. 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Abdurashitov et al (10 co-authors),  Monte-Carlo Simulation of a Capture-Gated Fast Neutron Spectrometer with Simple Geometry , In Proc.of 17-th International Seminar on Interaction of Neutrons with Nuclei (ISINN-17), Dubna, May 2009   =1.5*6/10=9*0.1=0.9 #AB=K5 A5:F8>==K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. J. N. Abdurashitov et al (6 co-authors),  Simulation of low background high efficiency capture gated fast neutron spectrometer , Oral presentation in 18-th International Seminar on Interaction of Neutrons with Nuclei (ISINN-18), Dubna, June 2010; to be published   =6/6=1 2. J. N. Abdurashitov et al (7 co-authors),  Segmented Fast Neutron Spectrometer , Oral presentation in 2-nd International Conference ISMART-2010, Kharkov, Ukraine, Oct 2010; to bepublished   =6/7=0.86 B>3>2K9 ;8G=K9   =21,865 0AG5B   8.>.702. A5:B>@>< = 21,865*0,5+320,361/3*0,75=10,933 + 80,34 =91,27LVALOG052A:0O ;;0 >A8D>2=0 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 C1;8:0F88 2 2009-2010 3>40E: 1. Transverse momentum spectra of charged particles in proton-proton collisions at $\sqrt{s} = 900$~GeV with ALICE at the LHC.By ALICE Collaboration (K Aamodt et al.). Jul 2010. 20pp. Published in Phys.Lett. B693:53-68,2010. e-Print: arXiv:1007.0719 [hep-ex]   =5,083*30/10=15,249 2. Two-pion Bose-Einstein correlations in pp collisions at sqrt(s)=900 GeV. By ALICE Collaboration (K Aamodt et al.). Jul 2010. 13pp. e-Print: arXiv:1007.0516 [hep-th]  =0,4 3. Two-pion Bose-Einstein correlations in central PbPb collisions at sqrt(s_NN) = 2.76 TeV. By ALICE Collaboration (, et al.). CERN-PH-EP-ALICE-2010-006, Dec 2010. 18pp e-Print: arXiv:1012.4035  =0,4 4. Midrapidity antiproton-to-proton ratio in pp collisions at $\sqrt{s} = 0.9$ and $7$~TeV measured by the ALICE experiment.By ALICE Collaboration (Authors: K. 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Doi:10.1016/j.nima.2010.11.027. 1.317E30/10=3,951 24,101 KABC?;5=8O 1. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> G5@5=:>2A:8< 45B5:B>@0< RICH2010, 0AA8A $@0=F8O, 2-7 <0O 20103. >:;04:  A new 1 km2 EAS Cherenkov Array in the Tunka Valley 30E1,5=45 2. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> G5@5=:>2A:8< 45B5:B>@0< RICH2010, 0AA8A $@0=F8O, 2-7 <0O 20103. >:;04:  Large Area Photodetectors for Astroparticle Physics Cherenkov Arrays: PMTs vs HPDs (6/10=0,6)E1,5=0,9 3. 564C=0@>4=0O :>=D5@5=F8O  Workshop on  Photodetectors for future astroparticle physics experiments . N=E5= 5@<0=8O, 18-20 >:BO1@O 2010. >:;04:  Large area hybrid phototubes for astroparticles physics experiments 30 4. 564C=0@>4=0O :>=D5@5=F8O  ASPERA Technology Forum - Photodetectors and auxiliary electronics . N=E5= 5@<0=8O, 21-22 >:BO1@O 2010. >:;04:  Experiment GERDA  photosensors 30/2=15 5. 7-O A5@>AA89A:0O :>=D5@5=F8O  8B@84K 30;;8O, 8=48O 8 0;N<8=8LVALO  ABC:BC@K 8 ?@81>@K . 1-3 D52@0;O 2010. # 8<. ..><>=>A>20, D878G5A:89 D0:C;LB5B. >:;04:  #;LB@0O@:85 A8=85 8 #$ A25B>48>4K 2 :>A<><8:@>D878G5A:8E M:A?5@8<5=B0E 6E1,5=9 6. 564C=0@>4=0O :>=D5@5=F8O  EUROGRAD , 25-28 October 2010, Tuebingen Germany. >:;04:  New trends in photon detection techniques 30 129,9 C:>2>4AB2> 1. C:>2>4AB2> ABC45=B>< 48?;><=8:><. C1A0=4>@6852 8<0 C;0B>28G, 48?;><=8:, <038AB@0BC@0 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2, <038AB5@A:0O 48AA5@B0F8O  AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;0 ZnO:Ga 10E1=10 2. C:>2>4AB2> 0A?8@0=B><. C1A0=4>@6852 8<0 C;0B>28G, 0A?8@0=B 1-3> 3>40 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2. "5<0 48AA5@B0F8>==>9 @01>BK:  '5@5=:>2A:89 45B5:B>@ H8@>:8E 0B<>AD5@=KE ;82=59 "#-133 . 30E1=30 3. C:>2>4AB2> 0A?8@0=B><. 028B0H28;8 @0:;89 (>B0528G 0A?8@0=B 2-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  @5<=852K5 D>B>C<=>68B5;8 2 AF8=B8;;OF8>==KE AG5BG8:0E 30E1=30 4. C:>2>4AB2> 0A?8@0=B><. C1A0=4>@6852 8<0 C;0B>28G, 0A?8@0=B 1-3> 3>40 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2, B5<0 48AA5@B0F88  N>==K9 45B5:B>@ M:A?5@8<5=B0 "#-133 30E1=30 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. "0@0A>2 8:8B0 ;5:A0=4@>28G, 48?;><=8:, 0F8>=0;L=K9 8AA;54>20B5;LA:89 O45@=K9 C=825@A8B5B ($) 8?;><=0O @01>B0  N>==K9 25B>-45B5:B>@ 4;O :@8>AB0B0 #=825@A8B5B0 "N18=35= 10E1=10 6. C:>2>4AB2> A>8A:0B5;5<. (091>=>2 0B>@ ;5:A0=4@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K 8 :0;81@>2>G=K5 A8AB5<K M:A?5@8<5=B>2 GERDA 8 "# . 30 7. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ><0= ;048<8@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 EMMA 30 170 5:F88 C@A ;5:F89, #=825@A8B5B 3."N18=35=, 5@<0=8O:  Nuclear Photonics , 8 ;5:F89. 30 2010 3.: 328,615 C1;8:0F88 2011 1. 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Y.Abe, C.Aberle, T.Akiri, & & & & ., B.K.Lubsandorzhiev et al.Indication for the disappearance of reactor antibeutrinos in the Double Chooz experiment // arXiv:1112.6353v1. 29 December 2011. 0.4 84,337 KABC?;5=8O 1. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> =>2K< B5=45=F8O< 2 D>B>45B5:B8@>20=88 NDIP 2LVAL011, 8>= $@0=F8O, 3-8 8N;O 20113. >:;04:  Development of a hybrid phototube with ZnO:Ga luminescent screen and GaN photocathode 30E1,5=45 2. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> =>2K< B5=45=F8O< 2 D>B>45B5:B8@>20=88 NDIP 2011, 8>= $@0=F8O, 3-8 8N;O 20113. >:;04: An observation of a new class of afterpulses with delay time in the range of 70-200 ms in classical vacuum photomultipliers (6/3=2)E1,5=3 3. 6-0O 564C=0@>4=0O :>=D5@5=F8O ?> =>2K< B5=45=F8O< 2 D>B>45B5:B8@>20=88 NDIP 2011, 8>= $@0=F8O, 3-8 8N;O 20113. >:;04:  Extensive studies of MRS APDs for plastic scintillator muon veto detectorsof cryogenic experiments (6/10=0.6)E1,5=0,9 4. International Workshop  Cosmic Ray Physics Large Scale Experiments at the Second Decade of the 21st Century , May 16-18, 2011, Moscow State University, Moscow Russia. >:;04: 30 5. International Workshop LIGHT 2011, October 30  November 4, Ringberg Castle, Germany. >:;04:  Large Area Phototubes for Next Generation Large Scale Astroparticle Physics Experiments 30 6. International Workshop LIGHT 2011, October 30  November 4, Ringberg Castle, Germany. >:;04:  Extensive studies of ultra bright LEDs and light sources based on them 30 7. 32nd ICRC, 11-19August 2011, Beijing China. >:;04:  Calibration system of the TUNKA-133 EAS Cherenkov Array 6/6x1.5=1.5 8. 32nd ICRC, 11-19August 2011, Beijing China. >:;04:  Studies of Geiger-mode MRS APDs for muon veto scintillator detectors of cryogenic experiments 6/10x1.5=0.9 9. 32nd ICRC, 11-19August 2011, Beijing China. >:;04:  Performance of EMMA tracking stations 6/10x1.5=0.9 10. 8-O A5@>AA89A:0O :>=D5@5=F8O  8B@84K 30;;8O, 8=48O 8 0;N<8=8O  AB@C:BC@K 8 ?@81>@K . 26-28 <0O 2011, !0=:B-5B5@1C@3. >:;04:  8=5B8:0 A25G5=8O C;LB@0O@:8E A8=8E 8 #$ A25B>48>4>2 . 6x1.5=9 151,2 C:>2>4AB2> 1. C:>2>4AB2> 0A?8@0=B><. C1A0=4>@6852 8<0 C;0B>28G, 0A?8@0=B 2-3> 3>40 >AA89A:>3> #=825@A8B5B0 4@C61K =0@>4>2. "5<0 48AA5@B0F8>==>9 @01>BK:  '5@5=:>2A:89 45B5:B>@ H8@>:8E 0B<>AD5@=KELVAL ;82=59 "#-133 . 30E1=30 2. C:>2>4AB2> 0A?8@0=B><. 028B0H28;8 @0:;89 (>B0528G 0A?8@0=B 3-3> 3>40 / , B5<0 48AA5@B0F8>==>9 @01>BK  @5<=852K5 D>B>C<=>68B5;8 2 AF8=B8;;OF8>==KE AG5BG8:0E 30E1=30 3. C:>2>4AB2> A>8A:0B5;5<. (091>=>2 0B>@ ;5:A0=4@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K 8 :0;81@>2>G=K5 A8AB5<K M:A?5@8<5=B>2 GERDA 8 "# . 30 4. C:>2>4AB2> A>8A:0B5;5<. >;5IC: ><0= ;048<8@>28G. 8AA5@B0F8O :.D.-<.=.  $>B>45B5:B>@K M:A?5@8<5=B>2 DOUBLE CHOOZ 8 EMMA 30 5. C:>2>4AB2> ABC45=B>< 48?;><=8:><. $0;L:5=HB59= 0D0M;L. #=825@A8B5B 3."N18=35=, "N18=35= 5@<0=8O.  Silicon photomultipliers . 10 130 5:F88 C@A ;5:F89, #=825@A8B5B 3."N18=35=, 5@<0=8O:  The art of experimenting , 8 ;5:F89. 30 C@A ;5:F89, & ! ,  !>2@5<5==0O <8:@>:>A<>D878:0 , 8 ;5:F89. 30 60 2011 3.: 425,537 354,001+425,537=779,538 !C<<0,   2010-11: 779,538LVALOG0B052 =4@59 L2>28G @>4. 21.04.1955, 2=A "$, 4>:B>@ D87.-<0B. =0C:,   70 2010-2011 33. 2.1.1.0G8A;5=85 10;;>2 70 ?C1;8:0F88 2 @5F5=78@C5<KE ?5@8>48G5A:8E 6C@=0;0E. C1;8:0F88 2 6C@=0;0E: 2010 1) A.L. Kataev  Riemann zeta(3)-terms in perturbative QED series conformal Symmetry and the analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory Phys. Lett. B691 , pp. , 2010,  = 5.255*30/1 = 157.65 2) A.~L.~Kataev and V.~T.~Kim, Peculiar features of the relations between pole and running heavy quark masses and estimates of the O(\alpha_s^4) contributions,'' Phys. Part. Nucl. 41 : 946-950, 946-950, 2010  =1.100*60/2=33 2011 1) A.~L.~ Kataev  The analytical singlet $\alpha_s^4$ QCD contributions into $e^+e^-$-annihilation Adler function and the generalized Crewther relations 8AL<0 2 -"$, v 94, N 11, cc. 867-871  = 1.557*60=93.42 2) .~V. Garkusha and A.~L.~Kataev  The absence of QCD $\beta$ function factorization property of the genedralized Crewther relation in the 't Hooft $\bar{MS}$ based scheme Phys. Lett. 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Kataev  Riemann zeta(3)-terms in perturbative QED series conformal Symmetry and the possible analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory 16 564C=0@>=K9 !5<8=0@ 20@:8-2010, >;><=0, 6-12 N=O 2010 3>40  =6 3. A. Kataev and S. V. Mikhailov, ``Conformal symmetry breaking effects in gauge theories: new perturbative expressions 564C=0@>4=>5 @01>G55 A>25I0=85  Hadrons Structure and QCD: from Low to High energies 0BG8=0, 5-9 N;O, 2010 3>40, Proc. Of Int. Workshop  Hadrons structure and QCD: HSQCD'20120 PNPI Publishing, 2011, pp. 112-125  =30*1.5/2=22.5 4. A.L. Kataev  Riemann zeta(3)-terms in perturbative QED series conformal Symmetry and the analogies with structures of multiloop effects in N=4 supersymmetric Yang-Mills theory .18;59=K9 A5<8=0@: !C?5@A8<<5B@8G=0O <>45;L /=30-8;;A0:30 ;5B "$, / , 15 8N;O 2010 3.  =4 5. A.~L.~Kataev and S.~V.~Mikhailov, ``Conformal symmetry breaking effects iLVALn gauge theories: new perturbative expressions 19 564C=0@>4=>5 @01>G55 A>25I0=85 $878:0 2KA>:8E M=5@389 8 :20=B>20O B5>@8O ?>;O 8-15 !5=BO1@O, 2010 3>40, >;8F8=>, >A:>2A:0O >1;0ABL, POS QFTH 2010:014, 2010  =30*1.5/2=22.5 2011 1. A.~L.~Kataev `` Different forms of the generalized Crewther relation in QCD and QED: concrete consequences of analytical multiloop calculations 14th Int/ Workshop on Advanced Computing and Analysis Techniques in Physics Research, London, UK , Brunel Univ. September 5-9, 2011  =6 2. A. V. Garkusha and A.~L. Kataev  The absence of QCD $\beta$-function factorization property of the generalized Crewther rewlation in the 't Hooft $\bar{MS}$ based scheme Int. Conference on Advances of Quantum Field Theory, BLTP, Dubna, 4-7 October 2011  = 20/2=10 3. . . 0@:CH0 8 .. 0B052 %0@0:B5@=K5 >A>15==>AB8 >1>1I5==>3> A>>B=>H5=8O @NB5@0 2 AE5<5 B DB0 0CG=0O A5AA8O-:>=D5@5=F8O A5:F88 /$ $  $878:0 8 DC=40<5=B0;L=KE 2708<>459AB289 "-$, 21-25 =>O1@O, 2011 3  =4/2=2 4. . . 0B052 >;NA=K5 8 153CI85 <0AAK ;5?B>=>2 2 -: @57C;LB0BK 8 A;54AB28O 4-5 A5@>AA89A:>5 A>25I0=85 ?> ?@5F878>==>9 D878:5 8 DC=40<5=B0;L=K< :>=AB0=B0<, /, C1=0, "$, 5-9 5:01@O, 2011 3.  = 20 C:>2>4AB2> 48?;><=8:0<8: 2011. C:>2>48B5;L 48?;><0 =0 A>8A:0=85 720=8O 1050;02@0 =0 :0D54@5 # $878:0 G0AB8F 8 :>A<>;>38O- .. 0@:CH0  8?;>< 10:0;02@0 70I8I5= =0 >B;8G=>.  =10 C1;8:0F88 2 B@C40E :>=D5@5=F89, >?C1;8:>20==K5 2 >BG5B=K9 ?5@8>4: 2010 1. A. L. Kataev (INR, Moscow)  Conformal invariance and expressions for C_F^4\alpha_s^4 contributions to the Bjorken polarized and the Gross-Llewellyn Smith sum rules ?C1;8:>20=> 2 B@C40E 564C=0@>4=>3> !5<8=0@0  20@:8-08 , 23-29 0O 2008, !5@3852 >A04, 740B5;LA:89 >B45; /, 2010  =20*1.5/2=10 B>3>: 538.835 2.1.7.564C=0@>4=K5 8=45:AK F8B8@>20=8O: 07K 40==KE QSPIRES: =0 18 45:01@O 2010=4751  LVAL =0 22 O=20@O 2010 = 4571 =0 21 45:01@O 2011=4923 87 =8E =0 >?C1;8:>20==K5 2 6C@=0;0E= 4481 >20O <564C=0@>4=0O 1070 =0 >A=>25 QSPIRES - INSPIRE =0 21 45:01@O 2011= 4933 87 =8E =0 >?C1;8:>20==K5 2 6C@=0;0E =4485 07K 40==KE Scientific.Ru: =0 01.10.2008 = 2158 =0 24 0?@5;O 2008 =2062 =0 14 D52@0;O 2011 =2957LVALC<8@=>2 ;5:A59 5>=84>28G @>4. 2.3.1978 <;. =0CG. A>B@.   70 2010-2011 33. Victor Berezin, Smirnov A. L. "Brane Universe: Global Geometry", Proceedings of the International Seminar "Quarks-2010", p45-65  =(6/2)*1.5=4.5 Alexey Smirnov, Brane Universe: Global Geometry, Proceedings of the 14th Lomonosov Conference on Elementary Particle Physics, Particle Physics on the eve of LHC, Moscow State University and JINR (Dubna), World Scientific, 2011, p271-273  =6*(1.5-1)=3 B>3>:  =7.5  2010-2011 33. >;:>20 N4<8;0 0;5@852=0, 24.12.1940, 2=A -,   70 2010-2011 33. 1. .. >;:>20. ">@<>7=K5 D>B>=K >B <N>=>2 :>A<8G5A:8E ;CG59 2KA>:8E 8 A25@E2KA>:8E M=5@389. !B0BLO. >A:20. 0C:0. 725AB8O , A5@. D87., 2011, B. 75, !3, AB@. 434-436.  =60%0.406=24.36 2. .. >;:>20. N>=K :>A<8G5A:8E ;CG59 ?@8 A25@E2KA>:8E M=5@38OE. !B0BLO. >A:20. 0C:0. /45@=0O D878:0. ".74, !2. 2011. AB@. 336-341.  =60E0.563=33.78 3. .. >;:>20. >:;04 =0 @>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< 2 2010 3. >A:20. .. >;:>20. ">@<>7=K5 D>B>=K >B <N>=>2 :>A<8G5A:8E ;CG59 2KA>:8E 8 A25@E2KA>:8E M=5@389. "@C4K :>=D5@5=F88.   =4 4. .. >;:>20. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  2 2011 3."5<?5@0BC@=K9 MDD5:B 48DD5@5=F80;L=>3> ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 ?@8 2KA>:8E M=5@38OE. "@C4K A5AA88-:>=D5@5=F88.   =4   =28 70 2011 3. (32 70 2010-2011 33.) = 66,14LVAL2.1 $..., CG5=0O AB5?5=L A>B@C4=8:0:C3052 -<8= /B:O@>28G, :0=4.$87.-<0B.=0C:. 0B0 @>645=8O: 17.10.1978. >;6=>ABL: =0CG=K9 A>B@C4=8: "$ / . 2.1.1   = 0. >43>B>2;5=> 2 ?@5?@8=B0, => 5I5 =5 >B?@02;5=K 2 0@E82. 2.1.2 0 2.1.3 0 2.1.4 !5<8=0@A:85 70=OB8O ?> A?5F:C@AC 20=B>20O B5>@8O ?>;O =0 D878G5A:>< D0:C;LB5B5 # 2010 3>4, 2 A5<5AB@0   = 8*2=16 "  = 16. 2.1.5 0 2.1.6 ABC45=B "8<8@OA>2 =0@ ;L40@>28G, #, 4-5 :C@A  =10*2=20 "   = 365@578= 8:B>@ ;5:A0=4@>28G, 13.03.1948, AB. =0CG. A>B@., "$   70 2010-2011 33. C1;8:0F88: 1. 5@578= .. "Classical analog of Schwarzschild black hole, local vs global and mistery of log3" Int.J.Mod.Phys. A26 (2011) 161-178  =30*1=30 2. With warm regards from the cold. Int.J.Mod.Phys. D20 (2011) 607-638  =30*1.109=33.27 3. Victor Berezin On Classical Analogs of Quantum Schwarzschild and Reissner-Nordstrom Black Holes. solving the "Mystery of log(3)" e-Print: arXiv:1001.3996  =4 4. Victor Berezin Classical analog of quantum Schwarzschild black hole: local vs global, and the mystery of log(3) e-Print: arXiv:1006.0362  =4 5. Victor Berezin Could the real (not virtual) static observer exist outside a Schwarzschild black hole? e-Print: arXiv:1106.0670  =4 6. Brane Universe: Global Geometry. AIP Conf.Proc. 1241 (2010) 497-504  =6*(1.5-1)=3 7. Victor Berezin, Smirnov A. L. Proceedings of the International Seminar "Quarks-2010", pp. 45-65  =(6/2)*1.5=4.5 8. 5@578= .. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, 27 8N=O  2 8N;O 2011 3>40, #;#, 3. #;LO=>2A:  =6 B>3>:  =88.77LVALOG>:CG052 OG5A;02 20=>28G @>4. 16.08.1948, 4.D.-<.=., 2=A - 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0   (70 2010-2011 33.) = 453.14 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. V.S. Berezinsky V.I. Dokuchaev, Yu.N. Eroshenko /  Dense DM clumps seeded by cosmic string loops and DM annihilation // JCAP, 12, 007 (2011).  =6.497*30/3=64.97 2. V.I. Dokuchaev and Y.N. Eroshenko /  Accretion with back reaction // Phys. Rev. D 84, 124022 (2011).  =4.964*30/2=74.46 3. V.I. Dokuchaev / Is there life inside black holes? // Class. Quantum Grav. 28, 235015 (2011) ).  =3.099*30=92.97 4. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // Phys. Rev. D 81, 103529 (2010).  =4.964*30/5=29.78 5. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // Phys. Rev. D 81, 103530 (2010).  =4.964*30/5=29.78 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. . . >:CG052, .. . @>H5=:> /  !25@E=>2K5 - >?B8G5A:85 ?@54H5AB25==8:8 :>@>B:8E 30<<0-2A?;5A:>2 // 8AL<0 2  (Astron. Lett.), 37, 102 (2011).  = 1.091*60/2=32.73 2. V. I. Dokuchaev, Yu. N. Eroshenko /  Can the same generation of astronomers see both the short gamma-ray bursts and their supernovae precursors? // Astron. Astrophys. Trans., issue 4 of volume 27 (2011).  = 8/2=4 3. E. O. Babichev, V. I. Dokuchaev, Yu. N. Eroshenko /  Perfect fluid and scalar field in the reissner-nordstrom metric // -"$, 139, 899 (2011).  = 0.946*60/3=18.92 4. . . >:CG052, .. . @>H5=:>, !. . C18=, . . !0<0@G5=:> /  5E0=87< ?>402;5=8O G5@=KE 4K@ ?@><56CB>G=KE <0AA // 8AL<0 2  (Astron. Lett.), 36 816 (2010).  =1.091*60/4=16.36 5. V. S. Berezinsky, V. I. Dokuchaev and Yu. N. Eroshenko /  Small-scale clumps in the galactic halo // /$, 73, 183 (2010).  =0.563*60/3=11.26 6. >:CG052 .., '5@LVAL=>2 !.. /  >;=>20O DC=:F8O 3@028B8@CNI59 >1>;>G:8 // -"$, 138, 645, 2010,  =0.946*60/2=28.38 @5?@8=BK M;5:B@>==K5: 1. V. I. Dokuchaev and Yu. N. Eroshenko /  Supernovae-optical precursors of short gamma-ray bursts //arXiv:1102.4072 [astro-ph.HE].  =4/2=2 2. V. S. Berezinsky, V. I. Dokuchaev, Yu. N. Eroshenko /  Dense DM clumps seeded by cosmic string loops and DM annihilation // arXiv:1107.2751 [astro-ph.HE].  =4/3=1.33 3. V. I. Dokuchaev, Yu. N. Eroshenko /  Can the same generation of astronomers see both the short gamma-ray bursts and their supernovae precursors? // arXiv:1101.3298 [astro-ph.HE].  =4/2=2 4. V. I. Dokuchaev, Yu. N. Eroshenko /  Superlong GRB 110328A: generation in the collapsing star cluster // arXiv:1104.3290 [astro-ph.HE].  =4/2=2 5. V. I. Dokuchaev and Yu. N. Eroshenko /  Accretion with back reaction // arXiv:1107.3322 [gr-qc].  =4/2=2 6. V. I. Dokuchaev /  Is there life inside black holes? // arXiv:1103.6140 [gr-qc].  =4 7. V. I. Dokuchaev, Yu.N. Eroshenko, S.G. Rubin, D.A. Samarchenko / "Mechanism for the Suppression of Intermediate-Mass Black Holes" // arXiv:1010.5325 [astro-ph.CO], 2010,  =4/4=1 8. V. I. Dokuchaev, Yu. N. Eroshenko, S.G. Rubin /  Gravitational wave bursts from collisions of primordial black holes in clusters // arXiv:1003.4158 [astro-ph.CO], 2010,  =4/3=1.33 9. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // arXiv:1002.3445 [astro-ph.GA], 2010,  =4/5=0.8 10. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // arXiv:1002.3444 [astro-ph.CO], 2010,  =4/5=0.8 11. V. I. Dokuchaev, Yu. N. Eroshenko / "Look at the holographic universe from a moving frame and Casimir energy" // arXiv:1012.4614 [gr-qc],  =4/2=2 12. V. Dokuchaev, S. Chernov / The Wave Function of a Gravitating Shell // arXiv:1010.0175,LVAL  =4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. V. Berezinsky, V. Dokuchaev and Yu. Eroshenko /  Superdense dark matter clumps from nonstandard perturbations // 15th LOMONOSOV CONFERENCE ON ELEMENTARY PARTICLE PHYSICS, Moscow State University, 18  24 August, 2011., (A5:F8>==K9 4>:;04),  =6/3=2 2. V. Dokuchaev /  Life inside black holes // 15th LOMONOSOV CONFERENCE ON ELEMENTARY PARTICLE PHYSICS, Moscow State University, 18  24 August, 2011., (A5:F8>==K9 4>:;04),  =6 3. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko /  Dark matter annihilation in the Galaxy // Proc. of the 14th Lomonosov Conf. on Elementary Particle Physics, Moscow State University and JINR (Dubna), Russia, 19-25 August 2009. Editor A.I. Studenikin, World Scientific, 2011, pages 229-231., (A5:F8>==K9 4>:;04),  =6*1.5*0.5/3=1.5 4. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / "Superdense dark matter clumps from superheavy particles" // 564C=0@>4=0O =0CG=0O :>=D5@5=F8O  45=B8D8:0F8O B5<=>9 <0B5@88-2010 , 26-30 8N;O 2010, >=B?5;L5, $@0=F8O, (A5:F8>==K9 4>:;04),  =6/5=1.2 5. V. Dokuchaev, Eu. Babichev, Yu. Eroshenko, "Back reaction of accretion onto black hole" // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/3=2 6. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko /  Destruction of dark matter clumps in Galaxy // Proceedings of the 15th international seminar Quarks-2008, Vol. 1, pages 307-311, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS. (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/3)*1.5*0.5=1.5 7. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko /  Ultra-hard fluid and scalar field in the Kerr-Newman metric // Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 64-74, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS. (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/4)*1.5*0.5=1.1 8. E. Babichev, S. Chernov, V. DLVALokuchaev, Yu. Eroshenko /  Cosmic censorship for phantom energy // Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 85-95, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS. (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/4)*1.5*0.5=1.1 9. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg /  Superdense dark matter clumps from superheavy particles // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/5=1.2 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. . >:CG052, E. 018G52, .. @>H5=:>, "!B0F8>=0@=0O 0::@5F8O 2 <5B@8:5 59AA=5@0->@4AB@5<0" // "!>2@5<5==K5 ?@>1;5<K 3@028B0F88, :>A<>;>388 8 @5;OB828ABA:>9 0AB@>D878:8", #-2010. 27 8N=O-3 8N;O 2010 3., #, >A:20, (A5:F8>==K9 4>:;04).  =4/3=1.33 2. . !. 5@578=A:89, . . >:CG052, .. . @>H5=:>,  $>@<8@>20=85 A25@E?;>B=KE A3CAB:>2 B5<=>9 <0B5@88 =0 :>A<>;>38G5A:>9 AB0488 @0480F8>==>3> 4><8=8@>20=8O // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04),  =4/3=1.33 3. .. >:CG052, ... @>H5=:> /  !25@E=>2K5  >?B8G5A:85 ?@54H5AB25==8:8 :>@>B:8E 30<<0 2A?;5A:>2 // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04),  =4/2=2 4. . . >:CG052 /  87=L 2=CB@8 G5@=>9 4K@K // 14-O >AA89A:0O 3@028B0F8>==0O :>=D5@5=F8O  564C=0@>4=0O :>=D5@5=F8O ?> 3@028B0F88, :>A<>;>388 8 0AB@>D878:5, #;LO=>2A:89 3>AC40@AB25==K9 ?5403>38G5A:89 C=825@A8B5B 8<. .. #;LO=>20, 27 8N=O  2 8N;O 2011 3., (A5:F8>==K9 4>:;04),  =4 5. !. . '5@=>2, . . >:CG052 / ">;=>20O DC=:F8O 3@028B8@CNI59 >1>;>G:8" // "!>2@5<5==K5 ?@>1;5<K 3@028B0F88, :>A<>;>LVAL388 8 @5;OB828ABA:>9 0AB@>D878:8", RUDN-10, 2010, 27 8N=O  3 8N;O, #, >A:20,  =4/2=2 B>3>:   (70 2010-2011 33.) = 453.14LVALOG@>H5=:> .@89 8:>;0528G @>4. 03.04.1973, :.D.-<.=., =A - 01>@0B>@8O =59B@8==>9 0AB@>D878:8. 0CG=>5 =0?@02;5=85 - B5>@5B8G5A:0O D878:0   (70 2010-2011 33.) = 313.85 !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. V. S. Berezinsky V. I. Dokuchaev, Yu. N. Eroshenko /  Dense DM clumps seeded by cosmic string loops and DM annihilation // JCAP, 12, 007 (2011).  =6.497*30/3=64.97 2. V. I. Dokuchaev and Y. N. Eroshenko /  Accretion with back reaction // Phys. Rev. D 84, 124022 (2011).  =4.964*30/2=74.46 3. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // Phys. Rev. D 81, 103529 (2010).  =4.964*30/5=29.78 4. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // Phys. Rev. D 81, 103530 (2010).  =4.964*30/5=29.78 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. . . >:CG052, .. . @>H5=:> /  !25@E=>2K5 - >?B8G5A:85 ?@54H5AB25==8:8 :>@>B:8E 30<<0-2A?;5A:>2 // 8AL<0 2  (Astron. Lett.), 37, 102 (2011).  = 1.091*60/2=32.73 2. V. I. Dokuchaev, Yu. N. Eroshenko /  Can the same generation of astronomers see both the short gamma-ray bursts and their supernovae precursors? // Astron. Astrophys. Trans., issue 4 of volume 27 (2011).  = 8/2=4 3. E. O. Babichev, V. I. Dokuchaev, Yu. N. Eroshenko /  Perfect fluid and scalar field in the reissner-nordstrom metric // -"$, 139, 899 (2011).  = 0.946*60/3=18.92 4. . . >:CG052, .. . @>H5=:>, !. . C18=, . . !0<0@G5=:> /  5E0=87< ?>402;5=8O G5@=KE 4K@ ?@><56CB>G=KE <0AA // 8AL<0 2  (Astron. Lett.), 36 816 (2010).  =1.091*60/4=16.36 5. V. S. Berezinsky, V. I. Dokuchaev and Yu. N. Eroshenko /  Small-scale clumps in the galactic halo // /$, 73, 183 (2010).  =0.563*60/3=11.26 @5?@8=BK M;5:B@>==K5: 1. V. I. Dokuchaev and Yu. N. Eroshenko /  Supernovae-optical precursors of short gamma-ray bursts //arXiv:1102LVAL.4072 [astro-ph.HE].  =4/2=2 2. V. S. Berezinsky V. I. Dokuchaev, Yu. N. Eroshenko /  Dense DM clumps seeded by cosmic string loops and DM annihilation // arXiv:1107.2751 [astro-ph.HE].  =4/3=1.33 3. V.I. Dokuchaev, Yu.N. Eroshen. ko /  Can the same generation of astronomers see both the short gamma-ray bursts and their supernovae precursors? // arXiv:1101.3298 [astro-ph.HE].  =4/2=2 4. V. I. Dokuchaev, Yu. N. Eroshenko /  Superlong GRB 110328A: generation in the collapsing star cluster // arXiv:1104.3290 [astro-ph.HE].  =4/2=2 5. V. I. Dokuchaev and Yu. N. Eroshenko /  Accretion with back reaction // arXiv:1107.3322 [gr-qc].  =4/2=2 6. V. I. Dokuchaev, Yu. N. Eroshenko, S. G. Rubin, D. A. Samarchenko / "Mechanism for the Suppression of Intermediate-Mass Black Holes" // arXiv:1010.5325 [astro-ph.CO], 2010,  =4/4=1 7. V. I. Dokuchaev, Yu. N. Eroshenko, S.G. Rubin /  Gravitational wave bursts from collisions of primordial black holes in clusters // arXiv:1003.4158 [astro-ph.CO], 2010,  =4/3=1.33 8. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Annihilations of superheavy dark matter in superdense clumps" // arXiv:1002.3445 [astro-ph.GA], 2010,  =4/5=0.8 9. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries, and M. Aa. Solberg / "Superdense cosmological dark matter clumps" // arXiv:1002.3444 [astro-ph.CO], 2010,  =4/5=0.8 10. V. I. Dokuchaev, Yu. N. Eroshenko / "Look at the holographic universe from a moving frame and Casimir energy" // arXiv:1012.4614 [gr-qc],  =4/2=2 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. V. Berezinsky, V. Dokuchaev and Yu. Eroshenko /  Superdense dark matter clumps from nonstandard perturbations // 15th LOMONOSOV CONFERENCE ON ELEMENTARY PARTICLE PHYSICS, Moscow State University, 18  24 August, 2011., (A5:F8>==K9 4>:;04),  =6/3=2 2. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko /  Dark matter annihilation in the Galaxy // Proc. of the 14th Lomonosov Conf.LVAL on Elementary Particle Physics, Moscow State University and JINR (Dubna), Russia, 19-25 August 2009. Editor A.I. Studenikin, World Scientific, 2011, pages 229-231., (A5:F8>==K9 4>:;04),  =6*1.5*0.5/3=1.5 3. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg / "Superdense dark matter clumps from superheavy particles" // 564C=0@>4=0O =0CG=0O :>=D5@5=F8O  45=B8D8:0F8O B5<=>9 <0B5@88-2010 , 26-30 8N;O 2010, >=B?5;L5, $@0=F8O, (A5:F8>==K9 4>:;04),  =6/5=1.2 4. V. Dokuchaev, Eu. Babichev, Yu. Eroshenko, "Back reaction of accretion onto black hole" // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June, 2010, (A5:F8>==K9 4>:;04),  =6/3=2 5. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko /  Destruction of dark matter clumps in Galaxy // Proceedings of the 15th international seminar Quarks-2008, Vol. 1, pages 307-311, Editors V. A. Duk, V. A. Matveev, V. A. Rubakov, Moscow 2010, INR RAS. (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/3)*1.5*0.5=1.5 6. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko /  Ultra-hard fluid and scalar field in the Kerr-Newman metric // Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 64-74, Editors V.A. Duk, V.A. Matveev, V.A. Rubakov, Moscow 2010, INR RAS. (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/4)*1.5*0.5=1.1 7. E. Babichev, S. Chernov, V. Dokuchaev, Yu. Eroshenko /  Cosmic censorship for phantom energy // Proceedings of the 15th international seminar Quarks-2008, Vol. 2, pages 85-95, Editors V. A. Duk, V. A. Matveev, V. A. Rubakov, Moscow 2010, INR RAS. (>?C1;8:>20==K9 A5:F8>==K9 4>:;04),  =(6/4)*1.5*0.5=1.1 8. V. Berezinsky, V. Dokuchaev, Yu. Eroshenko, M. Kachelries and M. Aa. Solberg /  Superdense dark matter clumps from superheavy particles // 16th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, 6-12 June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a h W  ^ e  l  s z'.5<CJQ+!eBq=B<h* @?3 OG@C:?NFF:*AKBz n @?2/ OGFFF:?) \A.  @?- OGFFF:?(KBz n @?2) OGFFF:?'—aB$ @?>% OGFFF:?&aBH < @?d1! OGFFF:?%OA& `  @? OGFFF:?$Q)BB @?! OGFFF:?#1{A (   @? OGFFF:?"j)BF0b\ @?7 OGFFF:?!V1A^~ @?@ FFF:? QRAr(  @?@ FFF:?d5&C#B'v @?"& OGFFF:?w3sGC'  @?t OGFFF:?ף@X @?f@ FFF:?RAr(  @?@ FFF:?? =B  @?J OGFFF:?%W@d^  @?@ FFF:? C  @?N@ FFF:?#B <B@?d OGFFF:?,B&f T @?@ FFF:?)TB~*@?$ OGFFF:?2CD'@? @ FFF:?AXl @?@ FFF:?^2CfRC^'l @? @ FFF:? @L@? OGFFF:?> @L@?@ FFF:?A B@? @ FFF:?2 DAf@?2OGFFF:? >2d2@?z@FFF:?  @F@?.OGFFF:?  ff@x@?h/OGFFF:? 3 A   z @?J3OGFFF:? ̈A& ` @?<OGFFF:?  FBGB~6*@?7OGFFF:?o̞B : P@?POGFFF:?\33sA@ f@?6OGFFF:? CH @? @FFF:? CbCM[ @?@">;L:> 70 11^FF: =*D@R5<(T$@?OGFFF:?Y UC \v@? OGFFF:?D9z?&4. @?>OGFFF:? C @? @FFF:?f&MD6)z?-<(@?&$OGFFF:?R!D x7)$@?JOGFFF:?M mCV!@?\OGFFF:?OB @?@FFF:?LVALOG5<84>2 !5@359 ;048<8@>28G @>4. 16.12.1981, =A "$,   70 2010-2011 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2010 3>4: !B0BL8: 1. Annihilation of NMSSM neutralinos in the Sun and neutrino telescope limits. Demidov Sergey, Olga Suvorova, Published in JCAP 1006:018,2010.  =30*6.4976/2= 97.464 >:;04K: 1. S.V.Demidov, Soliton-antisoliton pair production in collisions of high energy particles, 16th International Seminar on High Energy Physics QUARKS'20010 Kolomna, Russia, June 6-12, 2010, CAB=K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, >?C1;8:>20=>,  =4*1.5=6.0 2. E.E.Boos, S.V.Demidov, D.S.Gorbunov, Invisible Higgs in weak bosons associative production with heavy quarks at LHC, 19th International Workshop  High Energy Physics and Quantum Field Theory , 8-15 September, Golitsino, Moscow, Russia, CAB=K9 4>:;04, @>AA89A:0O :>=D5@5=F8O, >?C1;8:>20=>,  =4*1.5/3.0=2 @5?>4020=85: C@A ;5:F89 8 A5<8=0@>2 ?> A>2@5<5==K< <5B>40< :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 #, 1 A5<5AB@,  =2*8=16 C@A ;5:F89 5D>@<0;L=>5 22545=85 2 :20=B>2CN <5E0=8:C ($), 1 A5<5AB@, 1 3@C??0,  =8 C:>2>4AB2> 48?;><=8:0<8: 5B@ !0BC=8= (#, 10:0;02@), @50;L=> 2 =0CG=KE @C:>2>48B5;O:  =10/2=5 0 2010:  (2010) = 97.464 + 6 + 2 + 16 + 8 + 5 = 134.464 2011 3>4 !B0BL8: 1. Invisible Higgs in weak bosons associative production with heavy quarks at LHC: probing mass and width. Authors: E. E. Boos, S. V. Demidov, D. S. Gorbunov, Int.J.Mod.Phys. A26 (2011) 3201-3218  =30*1.000/3=10.0. 2. Soliton-antisoliton pair production in particle collisions, Authors: S.V.Demidov, D.G.Levkov, Phys.Rev.Lett. 107 (2011) 071601,  =30*7.622/2= 114.33 3. Soliton pair creation in classical wave scattering, Authors: S.V.Demidov, D.G.Levkov, JHEP 1106 (2011) 016,  =30*6.049/2 = 90.735 4. Positronium oscillation to Mirror World revisited, Authors: S.V.Demidov, D.S.Gorbunov, A.A.Tokareva, arXiv:1111.1072 [hep-ph], M;5:B@>==K9 ?@5?@8=B,  =4/3=1.33 5. Flavor violating processes with sgoldstino pax LVAL ir production . Authors: S.V.Demidov, D.S.Gorbunov, arXiv:1112.5230, M;5:B@>==K9 ?@5?@8=B,  =4/2=2. >:;04K: =5B @5?>4020=85: 1.!5<8=0@K ?> :C@AC >=D>@<=0O B5>@8O ?>;O 8 AB@C=K, D87D0: #, 5-6 :C@AK, 2 A5<5AB@0,  =8*2=16 2. C@A ;5:F89 8 A5<8=0@>2 ?> AC?5@A8<<5B@88, D87D0: #, 5 :C@A, 1 A5<5AB@,  =8*2=16 0 2011:  (2011) = 10.0+114.33+90.735+1.33+2+16+16 = 250.395 B>3>:   = 134.464 + 250.395 = 384.859LVALOG!.. !818@O:>2,   70 2010  2011 33. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E AB0BLO <?0:B-D0:B>@ >;8G5AB2> 02B>@>2   D. Blas, O. Pujolas, S. Sibiryakov, "Consistent extension of Horava gravity," Phys.Rev.Lett.104, 181302 (2010) 7.622 3 30*7.622/3=76.22 D. Blas, O. Pujolas, S. Sibiryakov, "Comment on `Strong coupling in extended Horava-Lifshitz gravity'," Phys.Lett. B688, 350-355 (2010) 5.255 3 30*5.255/3=52.55 D. Blas, O. Pujolas and S. Sibiryakov, "Models of non-relativistic quantum gravity: The Good, the bad and the healthy," JHEP 1104, 018 (2011) 6.049 3 30*6.049/3=60.49 F. Bezrukov, A. Magnin, M. Shaposhnikov and S. Sibiryakov, "Higgs inflation: consistency and generalisations," JHEP 1101, 016 (2011) 6.049 4 30*6.049/4=45.37 D. Blas, S. Sibiryakov, "Technically natural dark energy from Lorentz breaking," JCAP 1107, 026 (2011) 6.497 2 30*6.497/2=97.46 -;5:B@>==K5 ?@5?@8=BK ?@5?@8=B :>;8G5AB2> 02B>@>2   O. Pujolas and S. Sibiryakov, "Supersymmetric Aether," arXiv:1109.4495 [hep-th]. 2 4/2=2 G.F. Giudice, S. Sibiryakov and A. Strumia, "Interpreting OPERA results on superluminal neutrino," arXiv:1109.5682 [hep-ph]. 3 4/3=1.33 D. Blas and S. Sibiryakov, "Horava gravity versus thermodynamics: The Black hole case," arXiv:1110.2195 [hep-th]. 2 4/2=2 >:;04K =0 :>=D5@5=F8OE =0720=85 :>=D5@5=F88 B8? :>=D5@5=F88 B8? 4>:;040   "Hot Topics in Modern Cosmology", 10 - 15 <0O 2010, 0@657, $@0=F8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "Planck 2010", 30 <0O - 3 8N=O 2010, & , (259F0@8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "20@:8 2010", 6 -12 8N=O, >;><=0, >AA8O @>AA89A:0O (?) ?@83;0H5==K9 4>:;04 20 "15th Peyresq Meeting", 19 - 25 8N=O 2010, 59@5A:, $@0=F8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "Planck 2011", 30 <0O - 3 8N=O 2011, 8AA01>=, >@BC30;8O <564C=0@>4=. CAB=K9 4>:;04 6 "Particle Physics and Cosmology", 14 - 18 8N=O 2011, 5=520, (259F0@8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "Micro and macro structure of spacetime", 18 - 24 8N=O 2011, 59@5A:, $@0=F8O  LVAL <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "Workshop on Infrared Modifications of Gravity", 26 - 30 A5=BO1@O 2011, "@85AB, B0;8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "Dual year Russia - Spain: Particle Physics, Nuclear Physics and Astroparticle Physics", 8 - 11 =>O1@O 2011, 0@A5;>=0, A?0=8O <564C=0@>4=. ?@83;0H5==K9 4>:;04 30 "AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0", 13 - 16 45:01@O 2011, >A:20, >AA8O @>AA89A:0O CAB=K9 4>:;04 4 5403>38G5A:0O 45OB5;L=>ABL 07@01>B0= ;5:F8>==K9 :C@A "-;5<5=BK :>=D>@<=>9 B5>@88 ?>;O 8 B5>@88 AB@C=" 4;O ABC45=B>2 5-6 :C@A>2 #, 2 A5<5AB@0, 2011 3. 30*2=60 C:>2>4AB2> 48?;><=>9 @01>BK .. 54=8:0, 2011 3. 10 B>3>  : 647.42LVALOG810=>2 0:A8< 0;5=B8=>28G @>4. 09.04.1971, A=A "$,   70 2010-201133 C1;8:0F88: 1) J.M. Frere, M. Libanov and F. S. Ling, ``See-saw neutrino masses and large mixing angles in the vortex background on a sphere,'' JHEP 1009 (2010) 081   = 6.049*30/3=60.49 2) M. Libanov and V. Rubakov, ``Cosmological density perturbations from conformal scalar field: infrared properties and statistical anisotropy,'' JCAP 1011 (2010) 045   = 6.497*30/2=97.46 3) M. Libanov, S. Mironov, and V. Rubakov, ``Non-Gaussianity of scalar perturbations generated by conformal mechanisms'', Phys. Rev. D 84, 083502 (2011)   = 4.964*30/3=49.64 4) M.Libanov, S.Ramazanov, V.Rubakov, ``Scalar perturbations in conformal rolling scenario with intermediate stage,'' JCAP {\bf 1106 } 010 (2011).   = 6.497*30/2=64.97 5) M. Libanov, S. Mironov, and V. Rubakov ``Properties of Scalar Perturbations Generated by Conformal Scalar Field'', Prog. Theor. Phys. Suppl. 190, 120 (2011)   = 1.017*30/3=10.17 -;5:B@>==K5 ?@5?@8=BK: 6) J.M. Frere, M. Libanov and F. S. Ling, ``See-saw neutrino masses and large mixing angles in the vortex background on a sphere,'' a) arXiv:1006.5196 [hep-ph] b) ULB-TH-10-20 c) INR-TH-2010-37   = (4*3)/3=4 7) M. Libanov and V. Rubakov, ``Cosmological density perturbations from conformal scalar field: infrared properties and statistical anisotropy,'' a) arXiv:1007.4949 [hep-th] b) INR-TH-2010-46   = (4*2)/2=4 8) M. Libanov, S. Mironov, V. Rubakov, ``Properties of scalar perturbations generated by conformal scalar field,'' a) arXiv:1012.5737 [hep-th] b) INR-TH-2010-81   = (4*2)/3=2.67 9) M.Libanov, S.Ramazanov, V.Rubakov, ``Scalar perturbations in conformal rolling scenario with intermediate stage,'' a) arXiv:1102.1390 [hep-th] b) INR-TH-2011-01 c) ULB-TH/11-04   = (4*3)/3=4 10) M.Libanov and F.-S.Ling, ``Flavour puzzle or Why neutrinos are different?,''LVAL a) arXiv:1105.6035 [hep-ph].   = (4*1)/2=2 11) M. Libanov, S. Mironov, and V. Rubakov, ``Non-Gaussianity of scalar perturbations generated by conformal mechanisms'', a) arXiv:1105.6230 [astro-ph.CO] b) INR-TH-2011-10   = (4*2)/3=2.67 12) M.~Libanov and V.~Rubakov, ``Dynamical vs spectator models of (pseudo-)conformal Universe,'' a) arXiv:1107.1036 [hep-th] b) INR-TH-2011-14   = (4*2)/2=4 >=D5@5=F88 1) ?C1;8:>20==K9 4>:;04 QUARKS-2010, 16th International Seminar on High Energy Physics Kolomna, Russia, 6-12 June, 2010. 4>:;04 M. Libanov and V. Rubakov, ``Cosmological density perturbations from conformal scalar field,''   = (4*1.5)/2=3 2) ?C1;8:>20==K9 ?@83;0H5==K9 4>:;04 ``Gravity and Cosmology (GC2010)'' Kyoto, Japan, May,24 to July,16, 2010. M. Libanov, S. Mironov, V. Rubakov, ``Properties of scalar perturbations generated by conformal scalar field,''   = (30*1.5)/3=15 3) ?C1;8:>20==K9 ?@83;0H5==K9 4>:;04 XVLI 564C=0@>4=0O >@8>=A:0O :>=D5@5=F8O "-;5:B@>A;01K5 2708<>459AB28O 8 548=K5 B5>@88", 13-21 <0@B0 2011 M.Libanov ``Why neutrinos are different?''   = (30*1.5)=45 4) >:;04 The XXth International Workshop ``High Energy Physics and Quantum Field Theory'', September 24 - October 1, 2011 Sochi, Russia M.Libanov ``Flavour puzzle or Why neutrinos are different?''   = 4 5) >:;04 Dual year Russia-Spain "Particle Physics, Nuclear Physics and Astroparticle Physics" Barcelona, Nov 8-11, 2011, ?;5=0@=K9 4>:;04 ``Flavour puzzle or Why neutrinos are different?''   = 6 C:>2>4AB2> 48?;><=8:>< . 5<:>2 2010 - 10:0;02@ . "8<8@OA>2 2010 - 10:0;02@ . 5<:>2 2011 - <038AB@ . "8<8@OA>2 2011 - <038AB@  =2*2*10=40 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL :C@A0 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>40 (2010-11)  =2(3>40)*3(A5<5AB@0)*8 = 48 !5<8=0@K ?> :20=B>2>9 B5>@88 ?>;O 4;O LVAL ABC45=B>2 4-5 :C@A0 $", D0:C;LB5B $-. @>4>;68B5;L=>ABL 1.5 3>40, GB> A>>B25BAB2C5B 3 A5<5AB@0< 2 3>4 ?> 32 G0A0. 0 2 3>4 (2010-11)  =2(3>40)*3(A5<5AB@0)*8 = 48 C@A ;5:F89 ?> :20=B>2>9 B5>@88 ?>;O 4;O ABC45=B>2 3-4 :C@A0 D878G5A:>3> D-B0 #. @>4>;68B5;L=>ABL :C@A0 1 3>4. 0 1 3>40 (2010-2011)  =2(3>40)*2(A5<5AB@0)*8 = 32 ----------------------------------------------------------------   (AC<<0): 547.07 >2KH0NI89 :>MDD8F85=B 70 70I8BC 4>:B>@A:>9 48AA5@B0F88 2 2008 3. @025= 1.5. B>3>  : 1.5*547.07 = 820.6LVAL0=8= ;5:A0=4@ @83>@L528G @>4. 13.09.1984, <.=.A "$,   70 2010-2011 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2010 3>4: C1;8:0F88: 1. D. S. Gorbunov, A. G. Panin,  Scalaron the mighty: producing dark matter and baryon asymmetry at reheating , e-print: 1009.2448   = 4/2 = 2 !5<8=0@A:85 70=OB8O: 1. !>2<5I5==K9 A5<8=0@ ?> :>A<>;>388 8 :;0AA8G5A:8< :0;81@>2>G=K< ?>;O<: # 3-9 :C@A, 2 A5<5AB@0:   = 2*8 = 16 C@AK ;5:F89: 1. 07@01>B:0 =>2>3> :C@A0 ;5:F89  5D>@<0;L=>5 22545=85 2 :20=B>2CN B5>@8N . $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8 ?@8 $ (4;O ABC45=B>2 2-3> :C@A0), 1 A5<5AB@:   = 30 0 2010:  (2010) = 2+16+30 = 48 2011 3>4: C1;8:0F88: 1. D. S. Gorbunov, A. G. Panin,  Scalaron the mighty: producing dark matter and baryon asymmetry at reheating , Phys.Lett. B700 (2011) 157-162   = 30*5.255/2 = 78.825 C@AK ;5:F89: 1. 07@01>B:0 =>2>3> :C@A0 ;5:F89  5D>@<0;L=>5 22545=85 2 :20=B>2CN B5>@8N . $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8 ?@8 $ (4;O ABC45=B>2 2-3> :C@A0), 1 A5<5AB@. 2. >@01>B:0 :C@A0 ;5:F89  5D>@<0;L=>5 22545=85 2 :20=B>2CN B5>@8N . $>=4 ?>445@6:8 DC=40<5=B0;L=>9 D878:8 ?@8 $ (4;O ABC45=B>2 2-3> :C@A0), 1 A5<5AB@   = 30 + 8 = 38 >:;04K: 1. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88: 15th Lomonosov Conference on Elementary Particle Physics; Moscow, 18 - 24 August, 2011.  Dark Matter and Baryon asymmetry of the Universe from scalaron decay   = 6 0 2011:  (2011) = 78.825+38+6 = 122.825 >2KH0NI89 :>MDD8F85=B: 1.5 (2B>@>9 3>4 ?>A;5 70I8BK 48AA5@B0F88) B>3>:   = 1.5*(48 + 122.825) = 256.24LVALOG>@1C=>2 <8B@89 !5@35528G, @>4. 20.01.1975, A.=.A. "$,   70 2010-2011 33. @C??0: G8A;> F8B8@>20=89 1>;55 1000 1. C1;8:0F88  Constarints on the flux of primary cosmic-ray photons at energies E>10^18 eV from Yakutsk muon data , A. Glushkov, I. Makarov, M. Pravdin, I. Sleptsov, D. Gorbunov, G. Rubtsov, S. Troitsky, Phys. Rev. D82 (2010) 041101, e-Print: arXiv:0907.0374 [astro-ph.HE],  =30*4.964/7=21.274  The MiniBooNE anomaly, Ds-> mu nu and heavy sterile neutrino , Phys. Rev. D81 (2010) 075013, e-Print: arXiv:0907.4666 [hep-ph],  =30*4.964/2=74.46  Late and early time phenomenology of the Higgs-dependent cutoff , F. Bezrukov, D. Gorbunov, M. Shaposhnikov, JCAP 1110 (2011) 001, e-Print: arXiv:1106.5019 [hep-ph],  =(4+30*6.497)/3=66.303  Light Inflaton Hunter's Guide , F. Bezrukov, D. Gorbunov, JHEP 1005 (2010) 010, e-Print: arXiv:0912.0390 [hep-ph],  =30*6.049 /2=90.735  Scalaron the mighty: Is a quick mare in time everywhere? , D. Gorbunov, A. Panin, Phys. Lett. B700 (2011) 157, e-Print: arXiv:1009.2448 [hep-ph],  =(4+30*5.255 )/2=80.825  Invisible Higgs in weak bosons associative production with heavy quarks at LHC: probing mass and width , E. Boos, D. Gorbunov, S. Demidov, Int. J. Mod. Phys. A26 (2011) 3201,  =(4+30* 1.000)/3=11.333  Flavor violating processes with sgoldstino pair production , S. Demidov, D. Gorbunov, arXiv:1112.5230 [hep-ph],  =4/2=2  Distinguishing between R^2-inflation and Higgs-inflation , F. Bezrukov, D. Gorbunov, arXiv:1111.4397 [hep-ph],  =4/2=2  Positronium oscillations to Mirror World revisited , S. Demidov, D. Gorbunov, A. Tokareva, Phys. Rev. D, arXiv:1111.1072 [hep-ph],  =(4+30*4.964)/3=50.973  The 2010 Interim Report of the Long-Baseline Neutrino Experiment Collaboration Physics Working Groups , LBNE Collaboration, T. Akiri et al, arXiv:1110.6249 [hep-ex],  =4/10=0.4  =400.304 2. >:;04K =0 :>=D5@5=F8OE 8 H:>;0E 4 5:F88 ?> :>A<>;>388 =0 8->9 8<=59 H:>;5 ?>LVAL B5>@5B8G5A:>9 D878:5 From Nuclear Physics to Astrophysics and Cosmology, C1=0, /, DIAS-TH, O=20@L 31 --- D52@0;L 7, 2010,  =20 3 5:F88 ?> B5>@88 @0==59 A5;5==>9 =0 44->9 H:>;5 /$, >I8=>, $, 9-14 <0@B0 2010, (>?C1;8:>20=K 2 B@C40E),  =20*1.5=30 3 5:F88 ?> :>A<>;>388 =0 45->9 H:>;5 /$, >I8=>, $, 28 D52@0;O-5 <0@B0 2011, (>?C1;8:>20=K 2 B@C40E),  =20*1.5=30 3 5:F88 ?> :>A<>;>388 8 D878:5 =59B@8=> 4;O ABC45=B>2, 0A?8@0B=>2 8 =0CG=KE A>B@C4=8:>2 =AB8BCB0 "5>@5B8G5A:>9 $878:8 8<. >3>;N1>20, 852, 45:01@L 2010,  =30 2 5:F88 + 1 0=OB85 4;O CG8B5;59 2 @0<:0E >1@07>20B5;L=>9 ?@>3@0<<K CERN, 1-6 =>O1@O, 2010, CERN, 5=520, (259F0@8O,  =20 2 5:F88 + 1 0=OB85 4;O CG8B5;59 2 @0<:0E >1@07>20B5;L=>9 ?@>3@0<<K CERN, 31 >:BO1@O-5 =>O1@O, 2011, CERN, 5=520, (259F0@8O,  =20 1 5:F8O 4;O AB0@H5:;0AA=8:>2 5=8=3@04A:>9 >1;0AB8, 2845>:>=D5@5=F8O 2 45:01@O 2010,  =6 Xth International Conference on Gravitation, Astrophysics and Cosmology (ICGAC10), Rencontres de Vietnam, December 17-22, 2011, Quy-Nhon, Vietnam (?@83;0HQ==K9 4>:;04),  =30 19th International WorkShop "High Energy Physics and Quantum Field Theory", 8-15 September 2010, Golitsyno, Moscow, Russia, (>48= 87 B@QE A>02B>@>2 4>:;040, >?C1;8:>20==>3> 2 B@C40E),  =4*1.5/3=2 15th Lomonosov Conference on Elementary Particle Physics, 18-24 August, 2011 at the Moscow State University, Moscow, Russia, (1 ?@83;. 4>:;04),  =20 15th Lomonosov Conference on Elementary Particle Physics, 18-24 August, 2011 at the Moscow State University, Moscow, Russia, (>48= 87 42CE A>02B>@>2 4>:;040),  =4/2=2 564C=0@>4=0O :>=D5@5=F8O ><>=>A>2-2011, 11-12 0?@5;O 2011, #, >A:20,  =20 VI A5@>AA89A:89 $5AB820;L =0C:8, 7-9 >:BO1@O 2011, #, >A:20,  =20 15th Annual RDMS CMS Collaboration Conference , Alushta (Crimea), Ukraine, May 22-28, 2011,  =6 III International Workshop on Baryon & Lepton Number Violation (BLV2011), September 22-24, 2011, GatliLVALnburg, TN, USA (?@83;0HQ==K9 4>:;04),  = 30 Dual Year Russia-Spain, "Particle Physics, Nuclear Physics and Astroparticle Physics", November 811, 2011, Barcelona, Spain, (?@83;0HQ==K9 4>:;04),  =30 YKIS 2010, Long-term Workshop on "Gravity and Cosmology", GC2010, May 24 - July 17, YITP, Kyoto, Japan (1 ?@83;. >:;04),  =30 5 th Open Meeting of the Belle II Collaboration, KEK, Tsukuba, Japan, March 31-April 2, 2010, (1 ?@83;. 4>:;04),  =30 2011 European School on High-Energy Physics, September 7-20, 2011, Cheile Gradistei, Romania, (group leader),  =30 XVth International School Particle Physics and Cosmology, May 26- June 2, 2011, Troitsk, Russia, (>48= 87 B@QE A>02B>@>2 4>:;040)  =4/3=1.333 15th International Seminar on High Energy Physics QUARKS-2010, Kolomna, Russia, N=L 6-12, 2010, (4>:;04 A >4=8< A>02B>@><)  =4/2=2 A5@>AA89A:>5 A>25I0=85 ?> ?@5F878>==>9 D878:5 8 DC=40<5=B0;L=K< D878G5A:8< :>=AB0=B0< ($$11), 5-9 45:01@O 2011, /, C1=0, >AA8O, (?@83;0HQ==K9 4>:;04)  =20 4-5 '5@5=:>2A:85 GB5=8O, >2K5 <5B>4K 2 M:A?5@8<5=B0;L=>9 O45@>=>9 D878:5 8 D878:5 G0AB8F, 12 0?@5;O 2011, $, >A:20, (?@83;0HQ==K9 4>:;04)  =20 XXXVIII 564C=0@>4=0O (25=83>@>4A:0O) :>=D5@5=F8O ?> D878:5 ?;07<K 8 C?@02;O5<><C B5@<>O45@=><C A8=B57C, 14-18 D52@0;O 2011, 25=83>@>4, >AA8O, (?@83;0HQ==K9 4>:;04)  =20 XX International workshop High Energy Physics and Quantum Field Theory, September 24  October 1, 2011, Sochi, Russia,  =4 Scalars 2011, August 26-29, 2011, University of Warsaw, Poland,  =6  =479.333 3. C:>2>4AB2> 0A?8@0=B>< A>2<5AB=> A .. C10:>2K< (. %<5;L=8F:89, 0A?8@0=BC@0 # A D52@0;O 2008),  =2*30/2=30 C:>2>4AB2> 48?;><=8:>< (. ">:0@520, 2010-2011, ABC45=B:0 #) A>2<5AB=> A !.. 5<84>2K<,  =2*10/2=10 C:>2>4AB2> 48?;><=8:>< (. $8;8=>2, 2010, ABC45=B #) A>2<5AB=> A !.. "@>8F:8<,  =10/2=5 C:>2>4AB2> 48?;><=8:>< (!. %0=0=58=0, 2010-2011, ABC45=B:0 #)  =2*10=20 CLVAL:>2>4AB2> 48?;><=8:>< (. AB0?>2, 2010-2011, ABC45=B #)  =2*10=20 C:>2>4AB2> 48?;><=8:>< (. 20=>20, 2010, ABC45=B:0 #)  =10 C:>2>4AB2> 48?;><=8:>< (. >@>B552, 2010, ABC45=B $")  =10 C:>2>4AB2> 48?;><=8:>< (. 0=>H8=, 2010, ABC45=B $")  =10 C:>2>4AB2> 48?;><=8:>< (. !02>ABLO=>2, 2011, ABC45=B #)  =10 C:>2>4AB2> 48?;><=8:>< (. @84G8=0, 2011, ABC45=B:0 #)  =10 C:>2>4AB2> 48?;><=8:>< (. >H0@52, 2011, ABC45=B #),  =10 C:>2>4AB2> 48?;><=8:>< (. Q3B52, 2011, ABC45=B #),  =10  =155 4. >@01>B:0 :C@A0 @>1;5<K D878:8 G0AB8F 8 :>A<>;>388 4;O ABC45=B>2 5-3> :C@A0 :0D54@K DC=40<5=B0;L=KE 2708<>459AB289 8 :>A<>;>388 D0:C;LB5B0 ?@>1;5< D878:8 8 M=5@35B8:8 $". 5A=0->A5=L 2010, 2011,  =8*4=32 740=85 :=838 Introduction to the Theory of the Early Universe: The Hot Big Bang Theory (Dmitry S. Gorbunov, Valery A. Rubakov), World Scientific Publishing Company, 2011, ISBN 978981- 4322-24-9, 5G.;.=550pp/16=32.5,  =2*34.375/2=34.375 740=85 :=838 Introduction to the Theory of the Early Universe: Cosmological perturbations and Inflationary Theory(Dmitry S. Gorbunov, Valery A. Rubakov), World Scientific Publishing Company, 2011, ISBN 978-981-4322-22-5, 5G.;.=520pp/16=32.5,  =2*32.5/2=32.5 740=85 :=838 2545=85 2 B5>@8N @0==59 A5;5==>9. >A<>;>38G5A:85 2>7<CI5=8O. =D;OF8>==0O B5>@8O (.!. >@1C=>2, .. C10:>2), >A:20 2010,  !, ISBN 978-5396-00046-9, 5G.;. 34.2, B@5BL ?5@5@01>B0=0,  =2*34.2/2/3=11.4  =110.275 5. B>3>,  =1144.910 6. 065 5A;8 8A:;NG8BL ! :>;;01>@0F8>==K5 AB0BL8 (CMS, 8 B. .), B> G8A;> F8B8@>20=89 1>;55 1000 ?> 40==K< SLAC 8 ?> 40==K< WebOfSciences, @>AA898A:89 20@80=B =0 http://www.expertcorps.ru/science/whoiswho 25 45:01@O 2011 3>40 .!. >@1C=>2LVALOG C1F>2 @83>@89 3>@528G @>4. 31.07.1981, =A "$,   70 2010-2011 33 0CG=>5 =0?@02;5=85: "5>@5B8G5A:0O D878:0 2010 3>4 C1;8:0F88: 1. A.V. Glushkov, I.T. Makarov, M.I. Pravdin, I.E. Sleptsov, D.S. Gorbunov, G.I. Rubtsov, Sergey V. Troitsky, Constraints on the flux of primary cosmic-ray photons at energies E > 10^18 eV from Yakutsk muon data, Phys.Rev.D82:041101,2010.,  =5.050*30/7=21.64 2. A. L. Burin, S. L. Tesar, V. M. Kasyanenko, I. V. Rubtsov, G. I. Rubtsov, Semiclassical Model for Vibrational Dynamics in Polyatomic Molecules: Investigation of Internal Vibrational Relaxation, J. Phys. Chem. C, 2010, 114 (48), pp 20510-20517.  =4.224*30/5=23.34 >:;04K: 1. G.I.Rubtsov, Search for ultra-high energy photons using Telescope Array surface detector, 4>:;04 =0 @01>G5< A>25I0=88 O?>=A:>3> D878G5A:>3> >1I5AB20 (21-23 <0@B0 2010, :0O<0, /?>=8O).   = 6.0 2. G.I.Rubtsov, Search for ultra-high energy photons by Telescope Array experiment, <564C=0@>4=K9 A8<?>78C< ?> ?>A;54=8< @57C;LB0B0< 2 >1;0AB8 :>A<8G5A:8E ;CG59 A25@E2KA>:8E M=5@389 (10-12 45:01@O 2010, 03>O, /?>=8O).   = 6.0 3. G.I.Rubtsov, Ultra-high energy photon flux limit using Telescope Array surface detector data, 20@:8-2010 (>;><=0 6-12 8N=O 2010).  = 4.0 4. .. C1F>2, >8A: D>B>=>2 A25@E2KA>:8E M=5@389 2 M:A?5@8<5=B5 Telescope Array, 31-0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (>A:20, 5-9 8N;O 2010).  =4.0 >:;04K 1-4 A45;0=K >B 8<5=8 :>;;01>@0F88 Telescope Array, => D0:B>@ 1/10 =5 CGB5=, B0: :0: 4@C385 G;5=K :>;;01>@0F88 B0:65 A45;0;8 4>:;04K 8 >1I55 G8A;> 4>:;04>2 =0 :>=D5@5=F8OE ?@52KH05B C:070==>5 1>;55 G5< 2 10 @07. ! F5;LN 871560BL >3@><=>3> ?5@5G8A;5=8O ?@82545=K B>;L:> 4>:;04K, A45;0==K5 ;8G=>. 5. The highest energy cosmic rays: observations and search for new physics, ?@83;0H5==K9 4>:;04, QFTHEP'10 (>;8FK=>, 8-15 A5=BO1@O 2010).  =20 @5?>4020=85: C:>2>4AB2> 48?;><=8:>< (!0BC=8= .!.),  =10.0/4 = 2.5 0 2010:  (2010) = 21.64+25.34+6.0+6.0+4.0+4.0+20.0+2.5 = 89.48 2011 3>4 C1;8:0F8LVAL8: 1. G.I. Rubtsov, M.S. Pshirkov and P. G. Tinyakov, GRB observations by Fermi LAT revisited: new candidates found, MNRAS Letters, published online, DOI: 10.1111/j.1745-3933.2011.01197.x.  =4.888*30/3 = 48.88 2. V.M. Kasyanenko, S.L. Tesar, G.I. Rubtsov, A.L. Burin, and I.V. Rubtsov, Structure Dependent Energy Transport: Relaxation-Assisted 2DIR Measurements and Theoretical Studies, J. Phys. Chem. B, 2011, 115 (38), pp 11063 11073.   = 3.603*30/5 = 21.62 3. .. C1F>2, !.. "@>8F:89, 0:85 M;5<5=B0@=K5 G0AB8FK - A0<K5 M=5@38G=K5 2 <8@5?, @8@>40 6, 2011, 11-17.  =8/2 = 4 >:;04K: 1. G.I.Rubtsov, 57C;LB0BK M:A?5@8<5=B0 Telescope Array, 01>G55 A>25I0=85 "@C?=><0AHB01=K5 M:A?5@8<5=BK, @538AB@8@CNI85 :>A<8G5A:85 ;CG8 2> 2B>@>< 45AOB8;5B88 21 25:0" (16-18 <0O 2011, >A:20, >AA8O).   = 4.0 2. G.I.Rubtsov, Search for UHE photons and neutrinos using Telescope Array surface detector, 32nd International Cosmic Ray Conference (11-18 023CAB0 2011, 5:8=, 8B09.  =6.0 3. G.I.Rubtsov, M.S. Pshirkov and P. G. Tinyakov, GRB observation by Fermi LAT revisited, 32nd International Cosmic Ray Conference (11-18 023CAB0 2011, 5:8=, 8B09.  =6.0/3 = 2.0 4. G.I.Rubstov, O.E.Kalashev, P.S.Satunin, S.M.Sibiryakov, Lorentz-invariance violation and the highest energy cosmic rays (8-11 =>O1@O 2011, 0@A5;>=0, A?0=8O),  =6.0/4 = 1.5 5. G.I.Rubtsov, Physics of the highest energy cosmic rays, Astroparticle physics Workshop on Russian-German Perspectives (8-9 45:01@O 2011, C1=0, >AA8O),  =4.0 >:;04K 1-2 A45;0=K >B 8<5=8 :>;;01>@0F88 Telescope Array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ugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", 8AL<0 2 -"$, B. 91, 2K?. 1, A. 3-7 (2010). 1,557* 60/2 46,71 5B:>2 ..,C3052 -.., ;8<09 .., =4@552 .., >;G5=:> .., >;G5=:> .., 70?0@>20 .., 60??C52 .., 0?>=5=:> .., C;852 .(., ;8<5=:> .$., C46052 .#., !5@3552 .., %05@48=>2 .!., '5@=O52 .., /=8= .. - "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, ">< 137, K?. 3, c. 460-472 (2010). 0,946 *60/10 5,68 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", Phys. Rev. D 81, 023517 (2010). 4,964* 30/2 74,46 E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", J.Phys.G 37: 055004 (2010). 1,770* 30/2 26,55 E. Bugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", Phys. Rev. D 83, 023516 (2011). 4,964* 30/2 74,46 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", Phys. Rev. D 83, 083521 (2011). 4,964* 30/2 74,46 E. Bugaev, P. Klimai - "Curvature perturbation spectra from waterfall transition, black hole constraints and non-Gaussianity", JCAP (2011). 6,497* 30/2 97,46 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar, published in Proceedings, Vol.1, p.329-343, Moscow, INR RAS, 2010. 0.5*6,0/2 1,50 E. Bugaev, P. Klimai - "Enhancement of density perturbations near horizon crossing in braneworld cosmology", talk at QUARKS-2010 international seminar, publishe>LVALNd in Proceedings, Vol. 1, pp. 402-420 (2010). 1.5*6,0/2 4,50 #AB=K5 4>:;04K =0 @>AA89A:8E :>=D5@5=F8OE @5?@8=BK E. Bugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", arXiv:1012.1199 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", arXiv:1012.4697 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Curvature perturbation spectra from waterfall transition, black hole constraints and non-Gaussianity", arXiv:1107.3754 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Formation of primordial black holes from non-Gaussian perturbations produced in waterfall transition", arXiv:1112.5601v1 [astro-ph.CO]. 4,0/2 2,00 B>3> 0 2010 3>4, 157 CG5B0 :>MDD8F85=B>2 163,40 0 2011 3>4, 157 CG5B0 :>MDD8F85=B>2 250,38 A53>, 157 CG5B0 :>MDD8F85=B>2 413,77 A53>, A CG5B>< ?>2KH0NI53> :>MDD8F85=B0 1.5 (70I8B0 48AA5@B0F88 22.04.2010) 620,66LVAL82>20@>2 ;5:A59 =0B>;L528G, 1957, 4.D-<.=., 2=A A.A.Pivovarov,   (PRND) 70 2011 3. Papers: 1) A.A.Pivovarov "B^0 - \bar B^0 at NLO of 1/m_b expansion". Teor Math Phys, "$ (2011) - impact factor: 0.748*60=45 2) T. Mannel, B.D. Pecjak, A.A. Pivovarov Sum rule estimate of the subleading non-perturbative contributions to B/s anti-B/s mixing. Eur.Phys.J. C71 (2011) 1607 --- impact factor: 3.248*30/3=32.5 3) S. Groote, J.G. Korner, A.A. Pivovarov Calculating loops without loop calculations: NLO computation of pentaquark correlators. e-Print: arXiv:1107.0615 [hep-ph] --- 4 Talks: 1) Loops in Quantum Field Theory, Feb 14-15, 2011, Karlsruhe Uni A. Pivovarov, Multifaceted factorization: case of neutral meson mixing Invited talk - 30 2) Helmholtz Alliance Physics at the Terascale, Dec 7-9, 2011, Bonn University A. Pivovarov, Charm loop effects in decays B\to Kll Invited talk - 30 Total PRND=30+30+4+32.5+45=141.5 A53>   = 141.5rLVAL-D5=4852 0A8< OG5A;02>28G, @>4. 04.03.19783., :.D.-<.=., <.=.A.  / ,   70 2010-2011 33. C1;8:0F88: =5B >:;04K: 1. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,4 1  = 0,4 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 0,41) 8@?8G=8:>2 <8B@89 8:B>@>28G, 25.07.1986, 0A?8@0=B, AB065@- 8AA;54>20B5;L 0,5 AB02:8. ) !B0BLO 2 70@C156=>< 6C@=0;5, D.I. Astakhov, D.V. Kirpichnikov,  Vector bosons escaping from the brane: e+e- -->gamma+nothing , Physical Review D 83, 104031 (2011), ImpactFactor = 4.964, 0;; = 4.964 * 30 / 2 =74.46. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88:  15th Annual RDMS CMS Collaboration Conference Alushta (Crimea), Ukraine May 22-28, 2011 http://rdms2011.kipt.kharkov.ua/rdmses/agenda. "5<0 4>:;040  Vector bosons escaping from the brane: e+e- -->gamma+nothing . 0;; = 6. #AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  LHC on the March, Russia, Protvino, 16-18 November 2011, https://indico.cern.ch/confRegistrantsDisplay.py/list?confId=142227. "5<0 4>:;040 'Vector boson escaping from the brane' . 0;; = 6. ) 07@01>B:0 A5<8=0@>2 ?> "5>@88 @C?? C ABC45=B>2 3-4 :C@A0 (6-7 A5<5AB@K, 64 G0A0) $878G5A:>3> $0:C;LB5B0 # 8<5=8 ><>=>A>20, :0D54@0 $878:8 '0AB8F 8 >A<>;>388. http://ppc.inr.ac.ru/group_isaev.php. 0;; = 8 + 8 =16 70 2 A5<5AB@0. ) >2KH0NI89 :>MDD8F85=B 4;O 0A?8@0=B>2 = 1.5 B>3>2K9 0;; =1.5* (74.46 + 6 + 6 +8+8)= 153.69LVALOG;8<5=:> 8:>;09 $Q4>@>28G, @>4. 1946 3., :.D.-<.=., A=A  / ,   70 2010-2011 33. >:;04K 2010. 1) Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7. D.D.Dzhappuev, J.V.Balabin, B.B.Gvozdevskij, N.F.Klimenko, A.U.Kudzhaev, A.M.Kuchmezov, O.I.Mikhailova, V.B.Petkov and E.V.Vashenjuk. >:;04 =0 22 2@>?59A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<,"C@:C, 3-6 23CAB 2010 3. 6/9= 0,7 1. 2) Developments in shower reconstruction and composition analysis for CARPET-3 EAS array. J.Sarkomo, V. Petkov, T.Raiha, D. Dzhappuev, N. Klimenko, A. Kudzhaev, >:;04 =0 22 2@>?59A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<,"C@:C, 3-6 23CAB 2010 3. 6 /6= 1.0 1. 3) .. 60??C52, .$. ;8<5=:>, .#. C46052, .!.8420=A:89, .. 5B:>2, ". 09E0, .. !0@:0<>. $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8. "@C4K 31-O , >A:20, #, 2010 ( / EAS _6. 4/7= 0.57 1. 4) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052,.. CG<57>2, .. 8E09;>20, .. 5B:>2, A4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne =10^5  10^7. "@C4K 31-O , >A:20, #, 2010 ( / EAS _21. 4/9= 0.44 1.  = 2,7 1 C1;8:0F88 2010 1) .. 60??C52, .$. ;8<5=:>, .#. C46052, .!.8420=A:89, .. 5B:>2, ". 09E0, .. !0@:0<> $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8."@C4K 31-O , >A:20, #, 2010 ( / EAS _6. 8/7=1.1 2). .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. A4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne =10^5  10^7."@C4K 31-O , >A:20, #, 2010 ( / EAS _21. 8/9=0.9 3). .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. 60??LVALC52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, .. !5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.871"60/10 = 5.23  = 7,3 1 >:;04K: 2011 1.Study of the PCR s knee by the method of EAS particles central density. D.D. Dzhappuev, A.U. Kudzhaev, N.F. Klimenko, A.S. Lidvansky, O.I. Mikhailova , V.B. Petkov, V.I. Stepanov, >:;04 # icrc0813 =0 32 ICRC, 5:8=, 2011. 6/7= 0,9 1. C1;8:0F88 : 1. Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7. D.D.Dzhappuev, J.V.Balabin, B.B.Gvozdevskii, N.F.Klimenko, A.U.Kudzhaev, A.M.Kuchmezov, O.I.Mikhailova, V.B.Petkov and E.V.Vashenjuk. Astrophysics Space Science Transactions,7, p.365-367,2011. 9/8=1.1 2.Developments in shower reconstruction and composition analysis for CARPET-3 EAS array, J. Sarkomo, V. Petkov, T.Raiha, D. Dzhappuev, N. Klimenko, A. Kudzhaev, Astrophysics Space Science Transactions,7, p.307-310,2011. 9/6=1.5 3. Lateral distribution function of charged particles in EAS near axis. D.D.Dzhappuev, A.U. Kudzhaev, N.F. Klimenko, A.S. Lidvansky, V.B. Petkov ,T. Raicha and J.Sarkamo. Bulletin of Russian Academy of Sciences, Physics, 2011, Vol.75, N0 3,pp. 357-359. 6/6=1.0 4.Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7. D.D.Dzhappuev, Yu.V.Balabin, B.B.Gvozdevskij, N.F.Klimenko, A.U.Kudzhaev, A.M.Kuchmezov, O.I.Mikhailova, V.B.Petkov and E.V.Vashenjuk. Bulletin of Russian Academy of Sciences, Physics, 2011, Vol.75, N0 3, pp. 360-363. 6/9=0.7  = 5,2 1 ": 2.5+7.3+5.2 = 15.2 1LVALOGC7L<8=>2 0;5@89 0A8;L528G, @>4. 12.06.19503., 4.D.-<.=., 702.  / ,   70 2010-2011 33. C1;8:0F88: 1. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. Yu.M. Gavrilyuk, A.V. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich.  Results of wavelet processing of the 2K-capture 78Kr experimental statistics . arXiv:1006.5133v1 [nucl-ex] 26 Jan 2010. 4 / 6 = 0,7 1 3. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 4. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn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nS(Ag)+6LiF] 2 @07;8G=KE CA;>28OE 87<5@5=89. >A:20, @5?@8=B /  1303/2011, >:BO1@L 2011 3., 8 AB@. 4 / 3 = 1,3 1 8. . .0@010=>2, ..57@C:>2, ..0A8;L52, ...02@8;N:, ..C7L<8=>2, !../:8<5=:>. ?@545;5=85 A>45@60=8O -0:B82=KE 87>B>?>2 2 >1@07F5 C3;O. >A:20, @5?@8=B /  1304/2011, >:BO1@L 2011 3., 8 AB@. 4 / 6 = 0,7 1 9. .. 14C@0H8B>2, ... 02@8;N:, .. 02@8=, .. >@10GQ2, .. 070;>2, .. 0;8E>2, .. C7L<8=>2, ... 0;KH:8=, .. (8E8=, !.. /:8<5=:>. 0480F8>==K9 D>= :@8AB0;;>2 LiF. >A:20, @5?@8=B /  1296/2011, 023CAB 2011 3., 12 AB@. 4 / 10 = 0,4 1 10. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 11. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 12. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpLVALha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 12,4 1 >:;04K: 1. F.F.Karpeshin, M.B.Trzhaskovskaya and V.V.Kuzminov. FLUORESCENCE INDUCED BY DOUBLE ELECTRON K CAPTURE. Report at the LX International Conference on Nuclear Physics NUCLEUS 2010, July 6-9, 2010, Saint-Petersburg, Russia. BOOK OF ABSTRACTS (Editor A.K.Vlasnikov, IBSN 978-5-98340-240-9), p. 99. 4/3 = 1,3 1 2. ...02@8;N:, ..0=30?H52, ..070;>2, ..C7L<8=>2, ../:8<5=:>. ?@545;5=85 A>45@60=8O Rn-222 2 2>74CE5 <5B>4>< 30<<0-A?5:B@>A:>?88 0:B82=>AB8 @02=>25A=>3> 4>G5@=>3> Bi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u.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 5. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov,LVAL S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 6. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 7. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 8. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,4 1 9. V.V. Kuzminov  The Baksan physics program . The talk at the the Dubna Workshop "Astroparticle Physics - Russian German Perspectives". Dubna, 8-9 December 2011 yr, Russia. LVAL 6 1  = 12,0 1 C:>2>4AB2> 48?;><=8:><: 0:0;02@A:85 48AA5@B0F88 (#) 2010 3. 1. 0@40=>2 070= E<54>28G. @5<5==>9 0=0;87. !E5<0 A>2?045=89 (0=B8A>2?045=89) 2 =87:>D>=>2KE M:A?5@8<5=B0E 0CG=K9 @C:>2>48B5;L :.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 2011 3. 1. !0<CA52 ;048<8@ 0A8;L528G. 7CG5=85 CA;>289 4>AB865=8O <0:A8<0;L=> 2>7<>6=>3> A25B>A1>@0 >B AF8=B8;;OF8>==KE :@8AB0;;>2 B8?0 !0>4 0CG=K9 @C:>2>48B5;L 4.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 038AB5@A:85 48AA5@B0F88 (#) 2010 3. 1. >30BK@520 048=0 %0A8@>2=0. A=>2=K5 8AB>G=8:8 30<<0 D>=0 2 =87:>D>=>2>9 ;01>@0B>@88 . 0CG=K5 @C:>2>48B5;8: :.D.-<.=., 4>F5=B C7L<8=>2 ..; 4.D.-<.=., ?@>D. %>:>=>2 .%. 5 1 2. (0>2 %0A0= CE048=>28G. 7<5@5=85 ?>25@E=>AB=>9 0;LD0-0:B82=>AB8 A ?><>ILN 8<?C;LA=>9 :0<5@K A 8>==K< A>18@0=85< 0CG=K9 @C:>2>48B5;L :.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 2011 3. 1. C4052 ;8< CA;0=>28G. 7CG5=85 307>2K<8 8 AF8=B8;;OF8>==K<8 45B5:B>@0<8 >A>15==>AB59 ?>2545=8O ?>B>:>2 B5?;>2KE =59B@>=>2 >B ?@8@>4=KE 8AB>G=8:>2. 0CG=K9 @C:>2>48B5;L 4.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1 2. 0<10G>:>2 ;8< 481>28G. 7CG5=85 2>7<>6=>AB59 <5B>40 45B5:B8@>20=8O @04>=0 ?> 30<<0-0:B82=>AB8 8AA;54C5<>3> 2>74CE0 0CG=K9 @C:>2>48BLVAL5;L 4.D.-<.=., 4>F5=B C7L<8=>2 .. 10 1  = 55 1 B>3>: = 79,4 1LVALOG0=30?H52 ;L15@B CA0528G, @>4. 01.03.19783., :.D.-<.=., 702. ;01. $  / ,   70 2010-2011 33. C1;8:0F88: 1. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. Yu.M. Gavrilyuk, A.V. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich.  Results of wavelet processing of the 2K-capture 78Kr experimental statistics . arXiv:1006.5133v1 [nucl-ex] 26 Jan 2010. 4 / 6 = 0,7 1 3. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 4. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn  #% $+%  "  ! ),. #,!  &  +. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 579-583. 6E1.5 / 5 = 1,8 1 5. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,6 1 6. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressurLVALe copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 8. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 9,0 1 >:;04K: 1. ...02@8;N:, ..0=30?H52, ..070;>2, ..C7L<8=>2, ../:8<5=:>. ?@545;5=85 A>45@60=8O Rn-222 2 2>74CE5 <5B>4>< 30<<0-A?5:B@>A:>?88 0:B82=>AB8 @02=>25A=>3> 4>G5@=>3> Bi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u.M. Gavrilyuk, A.M. Gangapshev,LVAL V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 5. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 6. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 7. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KELVAL AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,4 1 8. Gangapshev A.  Background of Ge detectors in LarGe after applying liquid Argon scintillation veto and pulse shape discrimination . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press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r // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. Yu.M. Gavrilyuk, A.V. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich.  Results of wavelet processing of the 2K-capture 78Kr experimental statistics . arXiv:1006.5133v1 [nucl-ex] 26 Jan 2010. 4 / 6 = 0,7 1 3. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 4. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn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nS(Ag)+6LiF] 2 @07;8G=KE CA;>28OE 87<5@5=89. >A:20, @5?@8=B /  1303/2011, >:BO1@L 2011 3., 8 AB@. 4 / 3 = 1,3 1 8. . .0@010=>2, ..57@C:>2, ..0A8;L52, ...02@8;N:, ..C7L<8=>2, !../:8<5=:>. ?@545;5=85 A>45@60=8O -0:B82=KE 87>B>?>2 2 >1@07F5 C3;O. >A:20, @5?@8=B /  1304/2011, >:BO1@L 2011 3., 8 AB@. 4 / 6 = 0,7 1 9. .. 14C@0H8B>2, ... 02@8;N:, .. 02@8=, .. >@10GQ2, .. 070;>2, .. 0;8E>2, .. C7L<8=>2, ... 0;KH:8=, .. (8E8=, !.. /:8<5=:>. 0480F8>==K9 D>= :@8AB0;;>2 LiF. >A:20, @5?@8=B /  1296/2011, 023CAB 2011 3., 12 AB@. 4 / 10 = 0,4 1 10. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 11. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 12. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stabilitLVALy of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 12,4 1 >:;04K: 1. ...02@8;N:, ..0=30?H52, ..070;>2, ..C7L<8=>2, ../:8<5=:>. ?@545;5=85 A>45@60=8O Rn-222 2 2>74CE5 <5B>4>< 30<<0-A?5:B@>A:>?88 0:B82=>AB8 @02=>25A=>3> 4>G5@=>3> Bi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u.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in presLVALs/). 6 / 8 = 0,7 1 5. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 6. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 7. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr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r // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. Yu.M. Gavrilyuk, A.V. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich.  Results of wavelet processing of the 2K-capture 78Kr experimental statistics . arXiv:1006.5133v1 [nucl-ex] 26 Jan 2010. 4 / 6 = 0,7 1 3. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 4. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,6 1 5. .. 14C@0H8B>2, ... 02@8;N:, .. 02@8=, .. >@10GQ2, .. 070;>2, .. 0;8E>2, .. C7L<8=>2, ... 0;KH:8=, .. (8E8=, !.. /:8<5=:>. 0480F8>==K9 D>= :@8AB0;;>2 LiF. >A:20, @5?@8=B /  1296/2011, 023CAB 2011 3., 12 AB@. 4 / 10 = 0,4 1 6. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper pLVALroportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 8. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 7,6 1 >:;04K: 1. ...02@8;N:, ..0=30?H52, ..070;>2, ..C7L<8=>2, ../:8<5=:>. ?@545;5=85 A>45@60=8O Rn-222 2 2>74CE5 <5B>4>< 30<<0-A?5:B@>A:>?88 0:B82=>AB8 @02=>25A=>3> 4>G5@=>3> Bi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u.M. Gavrilyuk, A.M. Gangapshev, V.V. KazaloLVALv, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 5. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 6. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 7. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2.Z LVALj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r // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. Yu.M. Gavrilyuk, A.V. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich.  Results of wavelet processing of the 2K-capture 78Kr experimental statistics . arXiv:1006.5133v1 [nucl-ex] 26 Jan 2010. 4 / 6 = 0,7 1 3. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 4. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn  #% $+%  "  ! ),. #,!  &  +. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 579-583. 6E1.5 / 5 = 1,8 1 5. ..;5:A55=:>, ...02@8;N:, ..C7L<8=>2, !.!. 0B:528G. 57C;LB0BK 87<5@5=89 35;852K< ?@>?>@F8>=0;L=K< AGQBG8:>< !-04 =59B@>==>3> D>=0 =0 >1J5:B0E  / . >A:20, @5?@8=B /  1302/2011, >:BO1@L 2011 3., 14 AB@. 4 / 4 = 1,0 1 6. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of LVAL136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 8. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 9,4 1 >:;04K: 1. .. "5:C520 (>B 8<5=8 :>;;5:B820 02@8;N: ..., 0=30?H52 .., 070;>2 ., C7L<8=>2 .., 0=0A5=:> !.., 0B:528G !.!., "5:C520 .., /:8<5=:> !..). -:A?5@8<5=B ?> ?>8A:C 42>9=>3> -70E20B0 =0 %5-124 >:;04 =0 11-9 0:A0=A:>9 <>;>4Q6=>9 H:>;5 M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ - 2010, @8M;L1@CAL5, 010@48=>-0;:0@8O, 17-23 >:BO1@O 2010 3. "578AK ;5:F89 8 4>:;04>2, AB@. 43. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, TLVALd V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 5. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 6. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr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r // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. Yu.M. Gavrilyuk, A.V. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich.  Results of wavelet processing of the 2K-capture 78Kr experimental statistics . arXiv:1006.5133v1 [nucl-ex] 26 Jan 2010. 4 / 6 = 0,7 1 3. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 4. ... 02@8;N:, .. 0=30?H52, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G. "  ! / 222Rn  #% $+%  "  ! ),. #,!  &  +. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 579-583. 6E1.5 / 5 = 1,8 1 5. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,6 1 6. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in LVALBaksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 8. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 9,0 1 >:;04K: 1. .. "5:C520 (>B 8<5=8 :>;;5:B820 02@8;N: ..., 0=30?H52 .., 070;>2 ., C7L<8=>2 .., 0=0A5=:> !.., 0B:528G !.!., "5:C520 .., /:8<5=:> !..). -:A?5@8<5=B ?> ?>8A:C 42>9=>3> -70E20B0 =0 %5-124 >:;04 =0 11-9 0:A0=A:>9 <>;>4Q6=>9 H:>;5 M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ - 2010, @8M;L1@CAL5, 010@48=>-0;:0@8O, 17-23 >:BO1@O 2010 3. "578AK ;5:F89 8 4>:;04>2, AB@. 43. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 3. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. ZLVALhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 5. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 6. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,4 1  = 3,9 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 12,9/2 (0,5 AB02:8) = 6,5 1LVALOG/:8<5=:> !5@359 02;>28G, @>4. 30.06.19613., <.=.A.  /  A 07.07.20053.   70 2010-2011 33. C1;8:0F88: 1. ... 02@8;N: 8 4@./=0;87 D>@<K 8<?C;LA0 8 845=B8D8:0F8O <=>3>B>G5G=KE A>1KB89 2 ?@>?>@F8>=0;L=>< AGQBG8:5 1>;LH>3> >1JQ<0 2 M:A?5@8<5=B5 ?> ?>8A:C 2-70E20B0 2 78Kr // "- 2010, !1, !. 65 {13, ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>} 0,357E60 / 7 = 3,1 1 2. ... 02@8;N:, .. 0=30?H52, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, !.. /:8<5=:>. !! 2-%"  78Kr ! ),.    &, !'"' ,( *. 725AB8O . !5@8O D878G5A:0O. ".75, !4, (2011), AB@. 558-564. 6E1.5 / 7 = 1,3 1 3. ...02@8;N:, ..0=30?H52, ..56052, ..070;>2, ..C7L<8=>2, !..0=0A5=:>, !../:8<5=:>. 01>G85 E0@0:B5@8AB8:8 =87:>D>=>2>9 ;01>@0B>@88 -4900. >A:20, @5?@8=B /  1301/2011, >:BO1@L 20113., 13 AB@. 4 / 7 = 0,6 1 4. . .0@010=>2, ..57@C:>2, ..0A8;L52, ...02@8;N:, ..C7L<8=>2, !../:8<5=:>. ?@545;5=85 A>45@60=8O -0:B82=KE 87>B>?>2 2 >1@07F5 C3;O. >A:20, @5?@8=B /  1304/2011, >:BO1@L 2011 3., 8 AB@. 4 / 6 = 0,7 1 5. .. 14C@0H8B>2, ... 02@8;N:, .. 02@8=, .. >@10GQ2, .. 070;>2, .. 0;8E>2, .. C7L<8=>2, ... 0;KH:8=, .. (8E8=, !.. /:8<5=:>. 0480F8>==K9 D>= :@8AB0;;>2 LiF. >A:20, @5?@8=B /  1296/2011, 023CAB 2011 3., 12 AB@. 4 / 10 = 0,4 1 6. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper propLVALortional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 7. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1 8. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . arXiv:1112.4362v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1  = 7,6 1 >:;04K: 1. ...02@8;N:, ..0=30?H52, ..070;>2, ..C7L<8=>2, ../:8<5=:>. ?@545;5=85 A>45@60=8O Rn-222 2 2>74CE5 <5B>4>< 30<<0-A?5:B@>A:>?88 0:B82=>AB8 @02=>25A=>3> 4>G5@=>3> Bi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u.M. Gavrilyuk, A.M. Gangapshev, V.V. KazalovLVAL, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 5. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuz minov, S.I. Panasenko , S.S. Ratkevich, S.P. Yakimenko.  Present status of a search for 2b-decay of 136Xe in the BNO INR RAS . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 7 = 0,9 1 6. E.N. Alexeev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko.  Experimental test of the time stability of the half-life of alpha-active 214Po nuclei . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 9 = 0,7 1 7. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2.  LVAL >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,4 1  = 4,7 1 III) C:>2>4AB2> A>8A:0B5;5<: " =5B IV) C:>2>4AB2> 48?;><=8:><: " =5B B>3>: 12,3 1LVALHC:>2 40< C70@8D>28G, @>4. 28.05.19593., :.D.-<.=., A.=.A.  / ,   70 2010-2011 33. C1;8:0F88: 1. HC:>2 .. !F8=B8;;OB>@K =0 >A=>25 LiF 0:B828@>20==>3> >:8A;0<8 ?>;820;5=B=KE <5B0;;>2. >A:20, @5?@8=B /  & & /2011, <09 2011 3., 8 AB@. 4 1 C:>2>4AB2> 48?;><=8:><: 038AB5@A:85 48AA5@B0F88 2011 3. 1. 0=:C;>20 ;5=0 CA;0=>2=0. 038AB5@A:0O 48AA5@B0F8O. AA;54>20=85 =0 A>45@60=85 @>4>=0 8 B>@>=0 2 70:@KBKE ?><5I5=8OE. 0CG=K9 @C:>2>48B5;L A.=.A. HC:>2 .. 10 1 2. C;>20 N4<8;0 ;53>2=0. 038AB5@A:0O 48AA5@B0F8O . 7CG5=85 D>@< 8<?C;LA0 ?@>?>@F8>=0;L=>3> AG5BG8:0 A ?><>ILN &!-02(1000 USB)-2. 0CG=K9 @C:>2>48B5;L A.=.A. HC:>2 .. 10 1 3. 0=:C;>20 ;O=0 CA;0=>2=0. 038AB5@A:0O 48AA5@B0F8O. >7<>6=>AB8 2>74CH=>9 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K 4;O @5=B35=>2A:>3> 87;CG5=8O. 0CG=K5 @C:>2>48B5;8: A.=.A. HC:>2 .., <.=.A. #<5@>2 (.. 10 1/2 = 5 1 B>3>: 29 1. LVAL #<5@>2 (0<8;L ;L40@>28G, @>4. 6.10.1979 3., <.=.A.  /  A 10.07.20073.,   70 2010-2011 33. C1;8:0F88: =5B C:>2>4AB2> 48?;><=8:><: 038AB5@A:85 48AA5@B0F88 2011 3. 1. 0=:C;>20 ;O=0 CA;0=>2=0. 038AB5@A:0O 48AA5@B0F8O. >7<>6=>AB8 2>74CH=>9 8<?C;LA=>9 8>==>9 8>=870F8>==>9 :0<5@K 4;O @5=B35=>2A:>3> 87;CG5=8O. 0CG=K5 @C:>2>48B5;8: A.=.A. HC:>2 .., <.=.A. #<5@>2 (.. 10 1/2 = 5 1 B>3>: 5 1.LVALOG 0=BC4C520 ("5:C520) 60<8;O =C0@>2=0, @>48;0AL 1 8N;O 19823., 1/2 AB02:8 AB065@-8AA;54>20B5;L  / , 0A?8@0=B >G=>9 0A?8@0=BC@K / ,   70 2010-2011 33. C1;8:0F88: 1. Ju.M. Gavriljuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko. Results of a search for 2-decay of 136Xe with high pressure copper proportional counters in Baksan Neutrino Observatory INR RAS. arXiv:1112.0859v2 [nucl-ex] 20 Dec 2011 4 / 8 = 0,5 1 2. Ju. M. Gavriljuk, A. M. Gangapshev, V. V. Kazalov, V. V. Kuzminov, S. I. Panasenko, S. S. Ratkevich, S. P. Yakimenko, D. A. Zhantudueva. Search for 2K(2)-capture of 78Kr. arXiv:1112.0861v1 [nucl-ex] 5 Dec 2011 4 / 8 = 0,5 1  = 1,0 1 >:;04K: 1. .. "5:C520 (>B 8<5=8 :>;;5:B820 02@8;N: ..., 0=30?H52 .., 070;>2 ., C7L<8=>2 .., 0=0A5=:> !.., 0B:528G !.!., "5:C520 .., /:8<5=:> !..). -:A?5@8<5=B ?> ?>8A:C 42>9=>3> -70E20B0 =0 %5-124 >:;04 =0 11-9 0:A0=A:>9 <>;>4Q6=>9 H:>;5 M:A?5@8<5=B0;L=>9 8 B5>@5B8G5A:>9 D878:8 ( -"$ - 2010, @8M;L1@CAL5, 010@48=>-0;:0@8O, 17-23 >:BO1@O 2010 3. "578AK ;5:F89 8 4>:;04>2, AB@. 43. 4 / 8 = 0,5 1 2. Yu.M. Gavrilyuk, A.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko.  Search for 2K(2n)-capture of 78Kr . Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 3. Yu.M. Gavrilyuk, TLVALdA.M. Gangapshev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, D.A. Zhantudueva, S.P. Yakimenko  Sensitivity of the set-up to search for 2K-capture of 124%5 Proceedings of the XV International Baksan School "Particles and Cosmology-2011". Moscow, Shishkin Les, May 26  June 2, 2011 y. (the talk and article /in press/). 6 / 8 = 0,7 1 4. ... 02@8;N:, .. 0=30?H52, .. 0=BC4C520, .. 070;>2, .. C7L<8=>2, !.. 0=0A5=:>, !.!. 0B:528G, .. -D5=4852, !.. /:8<5=:>. 57C;LB0BK M:A?5@8<5=B>2 ?> ?>8A:C 2-70E20B0 78Kr 8 2-@0A?040 136%5 A ?><>ILN ?@>?>@F8>=0;L=KE AGQBG8:>2. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 3. >A:20, "-$, 21 - 25 =>O1@O 2011 3. 4 / 9 = 0,4 1  = 2,3 1 I) C:>2>4AB2> A>8A:0B5;5<: 5B. II) C:>2>4AB2> 48?;><=8:><: 5B. B>3>: 3,3*1,5(0A?8@0=B)=5,0 1.:LVALJ>?K;>2 =0B>;89 0A8;L528G, @>4.16.06.1946, @C:.3@. -,   70 2010-2011 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A.Kopylov, V.Petukhov /  The fluxes of CN neutrinos from the Sun in case of mixing in a spherical layer in the solar core // Progress in Particle and Nuclear Physics, v.64, #2, 2010  =4.025*30/2=60.375 2. A. Kopylov and V. Petukhov /  Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing // Journal of Cosmology and Astroparticle Physics, JCAP 069P 1011  =6.497*30/2=97.455 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. >?K;>2, .. @5E>2, .. 5B@>2, .. 5BCE>2, .. "8E>=>2 / "87:>D>=>2K9 "-# 4;O AG5B0 C;LB@0=87:>9 0:B82=>AB8 0;LD0-, 15B0- 8 @5=B35=>2A:>3> 87;CG5=8O" // 8AL<0 2 C@=0; "5E=8G5A:>9 $878:8, B.36, 2K?.13, AA.16 - 21, 2010  =0.58*60/5=6.96 2. .. >?K;>2, .. @5E>2, .. 5BCE>2 / ?KB 8A?>;L7>20=8O B8B0=0 2 :0G5AB25 :>=AB@C:F8>==>3> <0B5@80;0 4;O ;8B852>3> 45B5:B>@0 A>;=5G=KE =59B@8=> // C@=0; "5E=8G5A:>9 $878:8, B.82, 2K?.4, AA.142 - 146, 2012  =0.495*60/3=9.9 @5?@8=BK: 1. A.Kopylov, V.Petukhov / "The fluxes of CN neutrinos from the Sun in case of mixing in a spherical layer in the solar core" // arXiv:1110.5703[astro-ph]  =4/2=2 2. .. >?K;>2, .. @5E>2, .. 5BCE>2 / ?KB 8A?>;L7>20=8O B8B0=0 2 :0G5AB25 :>=AB@C:F8>==>3> <0B5@80;0 4;O ;8B852>3> 45B5:B>@0 A>;=5G=KE =59B@8=> // @5?@8=B /  1289/2011, 2011 3.  =4/3=1.333 B>3>:  =178.023< LVALL @5E>2 3>@L 048<>28G, @>4.03.10.1939, =A -,   70 2010-2011 33. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. >?K;>2, .. @5E>2, .. 5B@>2, .. 5BCE>2, .. "8E>=>2 / "87:>D>=>2K9 "-# 4;O AG5B0 C;LB@0=87:>9 0:B82=>AB8 0;LD0-, 15B0- 8 @5=B35=>2A:>3> 87;CG5=8O" // 8AL<0 2 C@=0; "5E=8G5A:>9 $878:8, B.36, 2K?.13, AA.16 - 21, 2010  =0.58*60/5=6.96 2. .. >?K;>2, .. @5E>2, .. 5BCE>2 / ?KB 8A?>;L7>20=8O B8B0=0 2 :0G5AB25 :>=AB@C:F8>==>3> <0B5@80;0 4;O ;8B852>3> 45B5:B>@0 A>;=5G=KE =59B@8=> // C@=0; "5E=8G5A:>9 $878:8, B.82, 2K?.4, AA.142 - 146, 2012  =0.495*60/3=9.9 @5?@8=BK: 1. .. >?K;>2, .. @5E>2, .. 5BCE>2 / ?KB 8A?>;L7>20=8O B8B0=0 2 :0G5AB25 :>=AB@C:F8>==>3> <0B5@80;0 4;O ;8B852>3> 45B5:B>@0 A>;=5G=KE =59B@8=> // @5?@8=B /  1289/2011, 2011 3.  =4/3=1.333 B>3>:  =18.19BLVALR5BCE>2 0;5@89 OG5A;02>28G, @>4.17.01.1957, =A -,   70 2010-2011 33. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 1. A.Kopylov, V.Petukhov /  The fluxes of CN neutrinos from the Sun in case of mixing in a spherical layer in the solar core // Progress in Particle and Nuclear Physics, v.64, #2, 2010  =4.025*30/2=60.375 2. A. Kopylov and V. Petukhov /  Neutrino fluxes from CNO cycle in the Sun in the non stationary case with mixing // Journal of Cosmology and Astroparticle Physics, JCAP 069P 1011  =6.497*30/2=97.455 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 1. .. >?K;>2, .. @5E>2, .. 5B@>2, .. 5BCE>2, .. "8E>=>2 / "87:>D>=>2K9 "-# 4;O AG5B0 C;LB@0=87:>9 0:B82=>AB8 0;LD0-, 15B0- 8 @5=B35=>2A:>3> 87;CG5=8O" // 8AL<0 2 C@=0; "5E=8G5A:>9 $878:8, B.36, 2K?.13, AA.16 - 21, 2010  =0.58*60/5=6.96 2. .. >?K;>2, .. @5E>2, .. 5BCE>2 / ?KB 8A?>;L7>20=8O B8B0=0 2 :0G5AB25 :>=AB@C:F8>==>3> <0B5@80;0 4;O ;8B852>3> 45B5:B>@0 A>;=5G=KE =59B@8=> // C@=0; "5E=8G5A:>9 $878:8, B.82, 2K?.4, AA.142 - 146, 2012  =0.495*60/3=9.9 @5?@8=BK: 1. 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Beacom Phys.Rev.Lett.104:141102,2010  =7.328*30/4=54.96 @5?@8=BK: Gamma-Ray Constraints on Maximum Cosmogenic Neutrino Fluxes and UHECR Source Evolution Models. Graciela B. Gelmini, Oleg Kalashev, Dmitri V. Semikoz e-Print: arXiv:1107.1672 [astro-ph.CO]  =4/3=1.33 Role of line-of-sight cosmic ray interactions in forming the spectra of distant blazars in TeV gamma rays and high-energy neutrinos Warren Essey, Oleg Kalashev, Alexander Kusenko, John F. Beacom e-Print: arXiv:1011.6340 [astro-ph.HE]  =4/4=1 >:;04K =0 :>=D5@5=F8OE: Secondary neutrinos and multi-TeV photons from distant blazars Quarks 2010 International Conference, Kolomna  =6 Restricting cosmogenic neutrino fluxes with Fermi 3 years data, Nusky 2011 International Workshopn on Cosmic Rays and Cosmic Neutrinos, 20-25 June 2011 Trieste Italy  =6 Restrictions on cosmogenic neutrinos and UHECR from Fermi 3 years data 12th International Conference on Topics in Astroparticle and Underground Physics 5 9 September 2011, Munich, Germany  =6 Search for global asymmetry of UHECR arrival directions with space-based detectors (TUS, JEM-EUSO) Pavel Klimov, Oleg Kalashev, Boris Khrenov, Sergey Sharakin and Sergey Troitsky 31st International Cosmic Ray Conference, Lodz, Polland, July 2009  =6 / 5 = 1.2 pLVAL B>3> AC<<0@=K9  =45.47+54.96+1.33+1+6+6+6+1.2=121.96LVAL &"C;C?>20 "0BLO=0 20=>2=0 @>4. 04.11.1940, <=A -,   70 2010-2011 33 !B0BL8: !B0BL8: .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20, >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2010, B. 36, ! 6, AB@. 439-444.   = 1.091*60/5 = 13.09. >:;04K: V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova, Reconstruction of the Direction of True Anisotropy of Cosmic Rays at Energy of about 100 TeV, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0281.   = 9/3 = 3. B>3>  : 16.09&O1C: .., =A, :.D.-<..=., -,   70 2010-2011 33. C1;8:0F88: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.. /5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (.// 31 , >A:20, (2010).  =4/9*1.5=0.66 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 400 402.  =0.406*60/9= 2.71 B>3>:   = 3.37LVALOG %05@48=>2 08;L !0D>28G @>4. 30.11.1958, A=A !" ,   70 2010-2011 33 C1;8:0F88: K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, Astrophysics and Space Science Transactions (ASTRA), 2011, vol. 7, pp. 279 282.   = 8/4 = 2. .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 884 8870.   = 0.406*60/4 = 6.09. .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 888 890.   = 0.406*60/4 = 12.18. >:;04K: .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -5.   = 6/4 = 1.5. .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -39.   = 6/2 = 3. K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L. E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, 22nd European Cosmic Ray Symposium, Turku, Finland, August 3-6, 2010.   = 8/4 = 2. N.S, Khaerdinov, A.S. Lidvansky, Variations of Cosmic Rays during Thunderstorms, International Workshop  Thunderstorms and Elementary Particles Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. N.S, Khaerdinov, A.S. Lidvansky, Analysis of Parameters of Bright Events in Variations of Secondary Particles of CosmicRays during Thunderstorms, International Workshop  Thunderstorma and Elementary Particle Acceleration (TEPA-2010), Nor-Amberd, Ar LVAL menia, September 6-11, 2010.   = 30/2 = 15. N.S. Khaerdinov, A.S. Lidvansky, Specific Features of Variations of Cosmic Ray Muons during Thunderstorms, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0279.   = 8/2 = 4. N.S. Khaerdinov, A.S. Lidvansky, Cosmic Rays in Thunderstorm Atmosphere: Variations of Different Components and Accompanying Effects, 13th ICATPP Conference on Astroparticle, Particle, Space Physics, and Detectors for Physics Applications, Como, Italy, October 3--7, 2011.   = 30/2 = 15. @5?@8=BK: K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, arXiv: 1102.4181v1, 2011 [physics.geo-ph].   = 4/4 = 1. B>3>:   = 76.77LVAL>7O@82A:89 0;5@80= =B>=>28G @>4. 08.10.1939, A=A -,   70 2010-2011 33 !B0BL8: .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20, >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2010, B. 36, ! 6, AB@. 439-444.   = 1.091*60/5 = 13.09. >:;04K: V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova, Reconstruction of the Direction of True Anisotropy of Cosmic Rays at Energy of about 100 TeV, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0281.   = (6*1.5)/3 = 3. B>3>  : 16.09!B5?0=>2 .., A=A, :.D.-<..=., -,   70 2010-2011 33. C1;8:0F88: ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.. /5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (.// 31 , >A:20, (2010).  =4/9*1.5=0.66 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 400 402.  =0.405*60/9=2.71 Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study. Proc. of 32nd International Cosmic Ray Conference, Beijing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lekseenko, Yu.M.Gavrlyuk, V.V.Kuzminov and Yu.V.Stenkin. Tidal effect in the radon-due neutron flux from the Earth s crust. Journal of Physics: Conference Series 203, (2010), 012045.  =8/4=2 .. @><CH:8=, ... !B5=L:8=, .. %0FC:>2. >=8B>@8=3 ?>B>:0 B5?;>2KE =59B@>=>2 A 8A?>;L7>20=85< 45B5:B>@>2 =>2>3> B8?0.// @0B:85 A>>1I5=8O ?> D878:5. ". 37, !11, (2010), A. 24-28.  =0.149*60/3=2.98 .. ;5:A55=:>, .. @><CH:8=, ... !B5=L:8=. !@02=8B5;L=K5 87<5@5=8O =075<=KE ?>B>:>2 B5?;>2KE =59B@>=>2 2 ;01>@0B>@8OE  /  8 LNGS (B0;8O). 725AB8O , A5@. $87., B. 75, !6, (2011), A. 908-910.  =0.406*60/3=8.12 ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 400 402.  =0.406*60/9=2.7 @><CH:8= .., 5B@CE8= .., !B5=L:8= ..., /H8= .. 7CG5=85 2@5<5==>9 AB@C:BC@K =59B@>==>9 :><?>=5=BK (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 403 405.  =0.406*60/4=6.09 D.M. Gromushkin, A.A. Petrukhin, Yu.V. Stenkin and I.I. Yashin. Study of EAS neutron component temporal structure. Astrophys. Space Sci. Trans., 7, (2011), p.115 117.  =8/4=2 Yuri V. `LVALpStenkin. The PRISMA project and the cosmic ray knee problem. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 0185.  =6*1.5=9 V.V. Alekseenko, F. Arneodo, G. Bruno, W. Fulgione, D.M. Gromushkin and Yu. V. Stenkin. Dependence on altitude above sea level of thermal neutron concentration in air above surface. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1124.  =6*1.5/6=1.5 Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study. Proc. of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1136.  =6*1.5/10=0.9 Yuri V. Stenkin. On the PRISMA project. 2d Workshop on Air Shower Detection at high altitudes, Beijing, 17-19 February, 2011 (?@83;0H5==K9) http://indico.ihep.ac.cn/getFile.py/access?resId=4&materialId=slides&confId=1835.  =30 Yu. Stenkin. The PRISMA project. Workshop  Cosmic Ray Physics Large Scale Experiments at the Second Decade of the 21st Century", May 16 -18, Moscow, Russia (?@83;0H5==K9) http://tunka.sinp.msu.ru/en/presentation/Stenkin.pdf  =20 Yuri Stenkin. First results of ProtoPRISMA array. 3rd Workshop for Air Shower Detection at High Altitudes. IPN-Orsay, 6-7 October 2011 (?@83;0H5==K9). http://ipnweb.in2p3.fr/%7Eauger/AugerProtected/Lhaaso/ProtoPRISMA_Orsay.pdf  =30 C:>2>4AB2> 0A?8@0=B><: @><CH:8= <8B@89 8E09;>28G (0A?8@0=B $) 0 2010 8 2011 3>4K  =30*2=60 C:>2>4AB2> ABC45=B><: !BC45=B $ )Q3>;52 .. (AB8?5=480=B 8<5==>9 AB8?5=488 8<. .. 'C40:>20) 0 2010 8 2011 3>4K   = 10*2=20 B>3>:   = 199.45LVALOG 8420=A:89 ;5:A0=4@ !5@35528G @>4. 26.1.1945, 702 ;01 -,   70 2010-2011 33 C1;8:0F88: .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20, >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59, 8AL<0 2 AB@>=><8G5A:89 6C@=0;, 2010, B. 36, ! 6, AB@. 439-444.   = 1.091*60/5 = 13.09. K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, Astrophysics and Space Sciences Transactions (ASTRA), 2011, vol. 7, pp. 279 282.   = 8/4 = 2. . . 60??C52, . $. ;8<5=:>, . #. C46052, . !. 8420=A:89, . . 5B:>2, ". 09E0, .. !0@:0<>, $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8, 72. , A5@. D87., 2011, B>< 75, ! 3, A. 388 390.   = 0.406*60/7 = 3.48. /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, AA;54>20=85 A5?0@0B@8AAK 4;O <8=8<0;L=>3> ?>@>30 C1530=8O M;5:B@>=>2 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 891 893.   = 0.406*60/3 = 8.12. .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 884 8870.   = 0.406*60/4 = 6.09. .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 888 890.   = 0.406*60/4 = 12.18. >:;04K: /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, AA;54>20=85 A5?0@0B@8AAK 4;O <8=8<0;L=>3> ?>@>30 C1530=8O M;5:B@>=>2 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -22.   = 6/3*1.5 = 3. .%. 0=>=848, .!. 8420=A:89, .. !>18A528G, .!. %05@48=>2, C;LA0F88 35><03=8B=>3> ?>;O A2O70==K5 A 20@80F8O<8 8=B5=A82=>AB8 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:2LVAL 0, 2010. -5.   = 6/4*1.5 = 2.25. .!. 8420=A:89, .!. %05@48=>2, !B0B8AB8:0 20@80F89 <N>=>2 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -39.   = 6/2*1.5 = 4.5. K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L. E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, 22nd European Cosmic Ray Symposium, Turku, Finland, August 3-6, 2010.   = 8/4 = 2. N.S, Khaerdinov, A.S. Lidvansky, Variations of Cosmic Rays during Thunderstorms, International Workshop  Thunderstorms and Elementary Particles Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. N.S, Khaerdinov, A.S. Lidvansky, Analysis of Parameters of Bright Events in Variations of Secondary Particles of Cosmic Rays during Thunderstorms, International Workshop  Thunderstorms and Elementary Particle Acceleration (TEPA-2010), Nor-Amberd, Armenia, September 6-11, 2010.   = 30/2 = 15. A.S. Lidvansky, Cosmic Rays and Thunderstorms, Workshop on Interdisciplinary Science at the Pierre Auger Observatory, Cambridge, UK, April 18-19, 2011.   = 30. .!. 8420=A:89, 0@80F88 :>A<8G5A:8E ;CG59 2> 2@5<O 3@>7, @83;0H5==K9 4>:;04 =0 0CG=>9 !5AA88, ?>A2OI5==>9 90-;5B8N A> 4=O @>645=8O 0:045<8:0 .. 'C40:>20,   = 20. V.A. Kozyarivsky, A.S. Lidvansky, T.I. Tulupova, Reconstruction of the Direction of True Anisotropy of Cosmic Rays at Energy of about 100 TeV, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0281.   = 6/3*1.5 = 3. N.S. Khaerdinov, A.S. Lidvansky, Specific Features of Variations of Cosmic Ray Muons during Thunderstorms, 32nd Intern. Cosmic Ray Conf., Beijing, 2011, paper icrc0279.   = 6/2*1/5 = 4.5. N.S. Khaerdinov, A.S. Lidvansky, Cosmic Rays in Thunderstorm Atmosphere: Variations of Different Components and Accompa LVAL nying Effects, 13th ICATPP Conference on Astroparticle, Particle, Space Physics, and Detectors for Physics Applications, Como, Italy, October 3--7, 2011.   = 30/2 = 15. .!. 8420=A:89,  2A?KH5G=>9 0:B82=>AB8 @01>284=>9 BC<0==>AB8 ?@8 C;LB@0-2KA>:8E M=5@38OE, A5@>AA89A:0O :>=D5@5=F8O AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0, , 13-16 45:01@O 2011 3.   = 6. @5?@8=BK: K. Kh. Kanonidi, N.S. Khaerdinov, A.S. Lidvansky, and L.E. Sobisevich, Strong variations of cosmic ray intensity during thunderstorms and associated pulsations of the geomagnetic field, arXiv: 1102.4181v1, 2011 [physics.geo-ph].   = 4/4 = 1. B>3> 8=48284C0;L=K9   : 166.21. !@54=55   ?> ;01>@0B>@88 = 58.615   702. ;01. 166.21*0.5 + 58.615*0.75 = 127.07LVALT jR0A0=>2 @8D 0A0=->3;K, 05.06.1957, <=A, !.. >B0H52, .!. >B0H52 ($"(#)), .. 0A0=>2, !.%. 0@052A:89, .. 8B28=>20/ &8D@>2>5 C?@02;5=85 =0?@O65=85< ?8B0=8O 45B5:B>@>2 8 0<?;8BC4>9 2A?KH:8 4;O 02B><0B878@>20==>9 A8AB5<K @538AB@0F88 2 ! 8=C:A// @5?@8=B /  (2010) ! 1269.  =4:5=0,8 B>3> 0A0=>2 ..  =0,85@5A=52 048< 20=>28G, 28.07.1938, =A 0=8<0;AO @07@01>B:>9 AF8=B8;;OB>@0 4;O @538AB@0F88 =59B@>=>2. >43>B>2;5=0 1 ?C1;8:0F8O.  =08@>=>28G ==0 ;5:A0=4@>2=0, 24.03.1964, =A, 0=8<0;0AL @0AG5B0<8 0:CAB8G5A:8E A83=0;>2 >B M.<. :0A:04>2 A25@E2KA>:8E M=5@389. >B>28BAO ?C1;8:0F8O.  =00@052A:89 !5@359 %0@8B>=>28G, 09.11.1953, A=A, 1. !.. >B0H52, .!. >B0H52 ($"(#)), .. 0A0=>2, !.%. 0@052A:89, .. 8B28=>20/ &8D@>2>5 C?@02;5=85 =0?@O65=85< ?8B0=8O 45B5:B>@>2 8 0<?;8BC4>9 2A?KH:8 4;O 02B><0B878@>20==>9 A8AB5<K @538AB@0F88 2 ! 8=C:A// @5?@8=B /  (2010) ! 1269.  =4:5=0,8 B>3> 0@052A:89  =0,8;5=A:89 /= !B0=8A;02>28G @>4. 21.11.1937, =A -,   70 2010-2011 33 !B0BL8: /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, AA;54>20=85 A5?0@0B@8AAK 4;O <8=8<0;L=>3> ?>@>30 C1530=8O M;5:B@>=>2 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, 72. , A5@. D87., 2011, B>< 75, ! 6, A. 891 893.   = 0.406*60/3 = 8.12. >:;04K: /.!. ;5=A:89, .. 0?0, .!. 8420=A:89, AA;54>20=85 A5?0@0B@8AAK 4;O <8=8<0;L=>3> ?>@>30 C1530=8O M;5:B@>=>2 :>A<8G5A:8E ;CG59 2 3@>7>2>9 0B<>AD5@5, 31 >AA89A:0O :>=D5@5=F8O ?> :>A<. CG0<, >A:20, 2010. -22.   = 6/3*1.5 = 3. B>3>:   = 11.12LVALOG 30D>=>20 0B0;LO .@L52=0 =.A. 2010-2011 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2011 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 10 0,228 60*0,228/10 1,368 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. >;;01>@0F8O LVD , 72.  !5@. $87., B. 75, !3, (2011), 445-447 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 10 0,228 60*0,228/10 1,368 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ... 8 4@., >;;01>@0F8O LVD, 72.  !5@. $87., B. 75, !3, (2011), 456-459 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 10 0,228 60*0,228/10 1,368  Supernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration Proc. of XV Lomonosov Conference , 2011 (2 ?5G0B8) 8 0,02 1 8*0,02 0,16 "Neutrino burst" LVD Collaboration LVD Collaboration Proc. of ICRC 2011 (Cina) (in press); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "OPERA experiment" OPERA Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Measurement of the atmospheric muon charge ratio with the OPERA detector" OPERA Collaboration Journal of Physics: Conference Series (JPCS) - Proc. of TAUP (2 ?5G0B8) 8 0,02 1 8*0,02 0,16 "Updated results of the OPERA long baseline neutrino experiment" OPERA Collaboration Journal of Physics: Conference Series (JPCS) - Proc. of TAUP (2 ?5G0B8) 8 0,02 1 8*0,02 0,16 "Neutrino burst from gravitational sLVAL tellar collapses with LVD", LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 10 1,437 1,437*30/10 4,311 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration New J. Phys 13 (2011) 053051 30 0,02 3,849 3,849*30*0.02 2,3094 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration arXiv-1102.1882v1.pdf 4 0,02 1 4*0,02 0,08 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration arXiv-1106.6211v1.pdf. 4 0,02 1 4*0,02 0,08 Search for nmnt oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf. 4 0,02 1 4*0,02 0,08  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 10 0,228 60*0,228/10 1,368 "Measurement of the neutrino velocity with the OPERA detector in the CNGS beam" OPERA Collaboration arXiv-1109.4897v2.pdf 4 0,02 1 4*0,02 0,08 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,02 20*1,5*0,02 0,6 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,02 6*1,5*0,02 0,18 MeasureLVAL ment of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 10 6*1,5/10 0,9 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,02 6*1,5*0,02 0,18 2010 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 0,02 3,248 30*3,248*0,02 1,9488 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration Phys. Lett. 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TAU2010, Manchester, UK 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 2010-07-21 =0 :>=D. ICHEP 2010, Paris, France 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 0,02 6*1,5*0,02 0,18 AC<<0: 42,3542LVALOG H8E<8= A52>;>4 0A8;L528G 0A?8@0=B 2010-2011 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2011  Supernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Neutrino burst from gravitational stellar collapses with LVD", LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 10 1,437 1,437*30/10 4,311 ./   ' !  ""   %>E;>2 !.!., <5;LG0:>2 .., H8E<8= .., >@>1L52 .., 04510 .., 8=48= .., ><?0=85F .., 5B@CE8= .., !>:>;>2 .!., (C;L65=:> .., (CB5=:> .., /H8= .. 725AB8O . !5@8O D878G5A:0O. 2011. ". 75. ! 3. !. 460-462. 60 10 0,228 60*0.228/10 1,368 New measuring system of multipurpose Cherenkov water detector NEVOD. S.S. Khokhlov, M.B. Amelchakov, V.V. Ashikhmin, V.G. Gulyi, I.S. Kartsev, V.V. Kindin, K.G. Kompaniets, M.A. Korolev, A.A. Petrukhin, I.A. Shulzhenko, V.V. Shutenko, I.A. Vorobiev, I.I. Yashin, E.A. Zadeba. Astrophys. Space Sci. Trans., 7, 271-273, 2011. [ doi:10.5194/astra-7-271-2011 ]. 30 10 1,437 1,437*30/10 4,311 Status of the NEVOD-DECOR experiment. I.I. Yashin, M.B. Amelchakov, V.V. Ashihmin, N.S. Barbashina, A.G. Bogdanov, D.V. Chernov, A.N. Dmitrieva, L.I. Dushkin, D.M. Gromushlin, S.S. Khokhlov, V.V. Kindin, R.P. Kokoulin, K.G. Kompaniets, G. Mannocchi, S.Yu. Matveev, V.V. Ovchinnikov, A.A. Petrukhin, O. Saavedra, I.A. Shulzhenko, V.V. Shutenko, G. Trinchero, I.A. Vorobiev, E.A. Zadeba. HE1.4. ID 0322  ICRC 2011 8 10 1 8/10 0,8 59B@8==K9 2>4=K9 45B5:B>@  =0 ?>25@E=>AB8 5<;8. .. 04510, .. <5;LG0:>2, .. H8E<8=, .!. 0@10H8=0, .. >340=>2, .. >@>1L52, .. <8B@8520, .. 8=48=, .. >:>C;8=, .. ><?0=85F, !... 0B2552, LLVAL\.. 2G8==8:>2, .. 5B@CE8=, !.!. %>E;>2, .. (C;L65=:>, .. (CB5=:>, .. /H8=. /45@=0O D878:0 8 8=68=8@8=3. 2011. ". 2. ! 6. 8 10 1 8/10 0,8 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 1 6*1,5/10 0,9 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 1 6*1,5/10 0,9 2010 !>2@5<5==K9 AB0BCA G5@5=:>2A:>3> 2>4=>3> 45B5:B>@0  %>E;>2 !.!., <5;LG0:>2 .., H8E<8= .., 0@10H8=0 .!.  4@. "@C4K =0 3-8E '5@5=:>2A:8E GB5=89 6 0?@5;O 2010 8 10 1 8/10 0,8 !B0BCA G5@5=:>2A:>3> 2>4=>3> 45B5:B>@0  %>E;>2 !.!., <5;LG0:>2 .., H8E<8= .., 0@10H8=0 .!.  4@. "@C4K 0CG=>9 A5AA88 /# $ 2010 8 10 1 8/10 0,8 AC<<0 16,59 C25;8G5=85 2 1,5 @070 2 A2O78 A B5<, GB> 0A?8@0=B @01>B05B 2 >@30=870F88 ?> A>2<5AB8B5;LAB2C 24,885LVALOG 04K:8= ;048<8@ L2>28G A.=.A. 2010-2011 =0720=85 AB0BL8 02B>@K 6C@=0; @>AA89A:89/70@C156=K9 G8A;> 02B>@>2 8<?0:B D0:B>@ @0AG5B 10;; 2011 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 437-439 60 10 0,228 60*0,228/10 1,368 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD ... 30D>=>20 8 4@. >;;01>@0F8O LVD , 72.  !5@. $87., B. 75, !3, (2011), 445-447 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 445-447 60 10 0,228 60*0,228/10 1,368 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD 30D>=>20 ... 8 4@., >;;01>@0F8O LVD, 72.  !5@. $87., B. 75, !3, (2011), 456-459 LVD >;;01>@0F8O 72.  !5@. $87., B. 75, !3, (2011), 456-459; 60 10 0,228 60*0,228/10 1,368  8AB>@88 A>>@C65=8O 0:A0=A:>3> ?>475<=>3> AF8=B8;;OF8>==>3> B5;5A:>?0,. , 23CAB 2011 .. 04K:8= @5?@8=B /  1297/2011 4 1 1 4/1 4  @54:>< A>1KB88, 70@538AB@8@>20==>< 45B5:B>@>< LSD 27 0?@5;O 1986 3>40, , >:BO1@L 2011 ;L5BB0 ., 04K:8= .., 048=> ., 8 4@.. @5?@8=B / , 1300/2011 4 10 1 4/10 0,4  Supernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 Search for neutrino bursts from collapsing stars and Sensitivity of experiments for the different types of neutrinos V. Dadykin and O.Ryazhskaya Proc. of XV Lomonosov Conference , 2011 (2 ?5G0B8) 8 2 1 8/2 4 "Neutrino burst" LVD Collaboration LVD Collaboration Proc. of ICRC 2011 (Cina) (in press); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Neutrino burst from gravitational stellar collapses with LVD", LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 10 1,437 1,4LVAL 37*30/10 4,311 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Search for neutrino bursts from collapsing stars and Sensitivity of experiments for the different types of neutrinos V. Dadykin, O.Ryazhskaya >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 2 20*1,5/2 15 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 10 6*1,5/10 0,9 2010 Some remarks on Neutrino Detection from SN 1987A V.L. Dadykin, O.G. Ryazhskaya Proc. of the Fourteenth Lomonosov Conference on Elementary Particles Physics  Particle Physics at the Year of Astronomy , 2010, p. 179. 8 2 1 8/2 4 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 1 12*2/10 2,4 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 1 9*2/10 1,8 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration LVAL >:;04 =0 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 6 10 6*1,5/10 0,9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece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upernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 "Neutrino burst" LVD Collaboration LVD Collaboration Proc. of ICRC 2011 (Cina) (in press); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Neutrino burst from gravitational stellar collapses with LVD", LVD Collaboration Astroph. Space Sci. Trans., 7, 2011 30 10 1,437 1,437*30/10 4,311 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04-?>AB5@ =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 10 6*1,5/10 0,9 2010 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=. LVAL> B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 6 10 6*1,5/10 0,9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece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upernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 "Neutrino burst" LVD Collaboration LVD Collaboration Proc. of ICRC 2011 (Cina) (in press); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Neutrino burst from gravitational stellar collapses with LVD", LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 10 1,437 1,437*30/10 4,311 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration New J. Phys 13 (2011) 053051 30 0,02 3,849 3,849*30*0.02 2,3094 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration arXiv-1102.1882v1.pdf 4 0,02 1 4*0,02 0,08 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration arXiv-1106.6211v1.pdf. 4 0,02 1 4*0,02 0,08 Search for nmnt oscillaLVAL# tion with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf. 4 0,02 1 4*0,02 0,08  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 10 0,228 60*0,228/10 1,368 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,02 20*1,5*0,02 0,6 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,02 6*1,5*0,02 0,18 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 10 6*1,5/10 0,9 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,02 6*1,5*0,02 0,18 2010 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 0,02 3,248 30*3,248*0,02 1,9488 Observation of a first nt candidate event in the OPERA experiment in the LVAL$ CNGS beam OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 0,02 5,255 30*5,255*0,02 3,153 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 1 12*2/10 2,4 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 1 9*2/10 1,8 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 >30=>20 4 0,02 4*1,5*0,02 0,12 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 6 10 6*1,5/10 0,9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 10 6*1,5/10 0,9 Search for  ->  oscillations in appearance mode in the OPERA experiment OPERA Collaboration >:;04 2010-09-13 =0 :>=D. TAU2010, Manchester, UK 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 2010-07-21 =0 :>=D. ICHEP 2010, Paris, France 6 0,02 6*1,5*0,02 0,18 Obse@LVALPrvation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece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upernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration Proc. of XV Lomonosov Conference , 2011 (2 ?5G0B8) 8 0,02 1 8*0,02 0,16 "Neutrino burst" LVD Collaboration LVD Collaboration Proc. of ICRC 2011 (Cina) (in press); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "OPERA experiment" OPERA Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Measurement of the atmospheric muon charge ratio with the OPERA detector" OPERA Collaboration Journal of Physics: Conference Series (JPCS) - Proc. of TAUP (2 ?5G0B8) 8 0,02 1 8*0,02 0,16 "Updated results of the OPERA lonLVAL' g baseline neutrino experiment" OPERA Collaboration Journal of Physics: Conference Series (JPCS) - Proc. of TAUP (2 ?5G0B8) 8 0,02 1 8*0,02 0,16 "Neutrino burst from gravitational stellar collapses with LVD", LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 10 1,437 1,437*30/10 4,311 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration New J. Phys 13 (2011) 053051 30 0,02 3,849 3,849*30*0.02 2,3094 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration arXiv-1102.1882v1.pdf 4 0,02 1 4*0,02 0,08 Momentum measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration arXiv-1106.6211v1.pdf. 4 0,02 1 4*0,02 0,08 Search for nmnt oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf. 4 0,02 1 4*0,02 0,08  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 10 0,228 60*0,228/10 1,368 "Measurement of the neutrino velocity with the OPERA detector in the CNGS beam" OPERA Collaboration arXiv-1109.4897v2.pdf 4 0,02 1 4*0,02 0,08 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,02 20*1,5*0,02 0,6 Supernova Neutrino type identification with adding sodium chloride in LVD. LVDLVAL( Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,02 6*1,5*0,02 0,18 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 10 6*1,5/10 0,9 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,02 6*1,5*0,02 0,18 2010 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 0,02 3,248 30*3,248*0,02 1,9488 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 0,02 5,255 30*5,255*0,02 3,153 !25B>A1>@ 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ...30D>=>20, .. >O@:8=, .!.0;L38= "-, 2010, ! 1, A. 52 57 60 3 0,313 60*0,31/3 6,26 @5<5==K5 E0@0:B5@8AB8:8 ?@>F5AA0 A25B>A1>@0 2 AF8=B8;;OF8>==>< AG5BG8:5 >1J5<>< 1.5 <3 A :207875@:0;L=K< >B@065=85< ...30D>=>20, .. >O@:8=, .!.0;L38= "-, 2010, No. 6, pp. 29 33. 60 3 0,313 60*0,31/3 6,26 Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection I R Barabanov, L B Bezrukov, C M Cattadori, N A Danilov, A di Vacri, Yu S Krilov, L Ioannucci, E A Yanovich, M Aglietta, A Bonardi, G.Bruno, W Fulgione, E Kemp, A S Malguin, A Porta and M Selvi Journal of instrumentation 2010, 5, P04001 30 10 3,148 30*3,148/10 9,444 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10LVAL 1 12*2/10 2,4 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 1 9*2/10 1,8 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 >30=>20 4 0,02 4*1,5*0,02 0,12 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 6 10 6*1,5/10 0,9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 10 6*1,5/10 0,9 Search for  ->  oscillations in appearance mode in the OPERA experiment OPERA Collaboration >:;04 2010-09-13 =0 :>=D. TAU2010, Manchester, UK 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 2010-07-21 =0 :>=D. ICHEP 2010, Paris, France 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece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upernova neutrino type identification with adding sodium chloride in LVD . LVD Collaboration Proc. of XV Lomonosov Conference 2011 (2 ?5G0B8); 8 10 1 8/10 0,8 "Neutrino burst" LVD Collaboration LVD Collaboration Proc. of ICRC 2011 (Cina) (in press); 8 10 1 8/10 0,8 "Supernova Neutrino type identification with adding sodium chloride in LVD.", Venice, Italy (in press). LVD Collaboration Proc. of Neutrino Telescopes 2011 (in press) 8 10 1 8/10 0,8 "Neutrino burst from gravitational stellar collapses with LVD", LVD Collaboration Astroph. Space Sci. Trans., 7, 49-52, 2011 30 10 1,437 1,437*30/10 4,311 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration New J. Phys 13 (2011) 053051 30 0,02 3,849 3,849*30*0.02 2,3094 Study of neutrino interactions with the electronic detectors of the OPERA experiment. OPERA Collaboration arXiv-1102.1882v1.pdf 4 0,02 1 4*0,02 0,08 MomentuLVAL+ m measurement by the Multiple Coulomb Scattering method in the OPERA lead emulsion target. OPERA Collaboration arXiv-1106.6211v1.pdf. 4 0,02 1 4*0,02 0,08 Search for nmnt oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf. 4 0,02 1 4*0,02 0,08  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 10 0,228 60*0,228/10 1,368 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,02 20*1,5*0,02 0,6 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,02 6*1,5*0,02 0,18 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 10 6*1,5/10 0,9 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,02 6*1,5*0,02 0,18 2010 Measurement of the atmospheric muon charge ratio wiLVAL, th the OPERA detector OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 0,02 3,248 30*3,248*0,02 1,9488 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration Phys. Lett. B 691 (2010) 138, arXiv-1006.1623v1 30 0,02 5,255 30*5,255*0,02 3,153 The most powerful supernova neutrino scintillator detector: LVD M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 315 2 10 1 12*2/10 2,4 First observation of high-energy cosmic-ray events obtained in coincidence between EAS-TOP and LVD at Gran Sasso M. Aglietta et al. (LVD Collaboration) Thirty years of Gran Sasso, Volume in Onore di Antonio Zichichi., 2010, p. 345 2 10 1 9*2/10 1,8 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 >30=>20 4 0,02 4*1,5*0,02 0,12 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 22nd ECRS 2010, 3-6 Aug, 2010, Turku, Finland 6 10 6*1,5/10 0,9 Neutrino burst from gravitational stellar collapses with LVD LVD Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece 6 10 6*1,5/10 0,9 Search for  ->  oscillations in appearance mode in the OPERA experiment OPERA Collaboration >:;04 2010-09-13 =0 :>=D. TAU2010, Manchester, UK 6 0,02 6*1,5*0,02 0,18 O LVAL bservation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 2010-07-21 =0 :>=D. ICHEP 2010, Paris, France 6 0,02 6*1,5*0,02 0,18 Observation of a first  candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration >:;04 =0 NEUTRINO 2010, 14-19 June, Athens, Greece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nm nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 10 0,228 60*0,228/10 1,368 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 2010 48=>G=K5 8 <=>65AB25==K5 <N>=K 8 35=5@0F8O 8<8 =59B@>=>2 2 M:A?5@8<5=B5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 30D>=>20 4 10 4*1,5/10 0,6 >8A: @07;8G=KE B8?>2 =59B@8=> >B :>;;0?A8@CNI8E 72574 A ?><>ILN 45B5:B>@0 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 07.07.2010 >O@:8= 4 10 4*1,5/10 0,6 =0;87 A57>==KE 20@80F89 ?>B>:0 <N>=>2 :>A<8G5A:8E ;CG59 8 =59B@>=>2, 35=5@8@>20==KE <N>=0<8, 2 45B5:B>@5 LVD LVD Collaboration >:;04 =0 31 , #, >A:20, 5-9 8N;O, 2010. 08.07.2010 (0:8@LO=>20 4 10 4*1,5/10 0,6  !>2@5<5==K9 AB0F LVALV BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration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upernova neutrino type identification with adding sodium chloride in LVD . 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OPERA Collaboration arXiv-1106.6211v1.pdf. 4 0,02 1 4*0,02 0,08 Search for nmnt oscillation with the OPERA experiment in the CNGS beam. OPERA Collaboration arXiv-1107.2594v1.pdf. 4 0,02 1 4*0,02 0,08  !>2@5<5==K9 AB0BCA M:A?5@8<5=B0 OPERA ?> ?@O<><C =01;N45=8N >AF8;;OF89 =59B@8=> 2 :0=0;5 nm nt OPERA Collaboration !5@. $87., B. 75, !3, (2011), 452-455 60 10 0,228 60*0,228/10 1,368 Supernova neutrino type identification with adding NaCl in LVD LVD Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 10 6*1,5/10 0,9 Search for  interactions with the nuclear emulsions of the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18 The Electronic Detectors of the hybrid OPERA Neutrino Experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 6 0,02 6*1,5*0,02 0,18  appearance with the OPERA experiment OPERA Collaboration >:;04 =0 XV 564. ><>=>A>2A:>9 >=D5@5=F88 18-24 023CAB0 2011. 20 0,02 20*1,5*0,02 0,6 Supernova Neutrino type identification with adding sodium chloride in LVD. LVD Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 10 6*1,5/10 0,9 OPERA OPERA Collaboration >:;04 =0 :>=D. NeuTel 2011, 5=5F8O, B0;8O 6 0,02 6*1,5*0,02 0,18 Measurement of the atmospheric muon charge ratio with the OPERA detector OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 =0 12 TAUP 2011, Germany 6 0,02 6*1,5*0,02 0,18 "Neutrino burst" LVD Collaboration LVD Collaboration >:;04 =0 ICRC 2011 (Cina) 6 10 6*1,5/10 0,9 Updated results of the OPERA long baseline neutrino experiment OPERA Collaboration >:;04 2011-07-21 =0 :>=D. HEP 2011, France 6 0,02 6*1,5*0,02 0,18 2010 Measurement of the atmospheric muon charge ratio with tLVAL2 he OPERA detector OPERA Collaboration Eur. Phys. J. C (2010) 67: 25 37 30 0,02 3,248 30*3,248*0,02 1,9488 Observation of a first nt candidate event in the OPERA experiment in the CNGS beam OPERA Collaboration Phys. Lett. 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Dagkesamanskii, E. Kravchenko, I. Kravchenko, I. Zheleznykh/  Tethered balloons for radio detection of ultra high energy cosmic neutrinos in Antarctica // 4th International workshop on Acoustic and Radio EeV Neutrino detection Activities - ARENA 2010, 29 June-02 July 2010, Nantes, France.  =6:5x1,5=1,8 3 I.M. Zheleznykh, Z.Ya. Sadygov, B.A. Khrenov, A.F. Zerrouk./ Prospects of Application of Multi-pi LVAL xel Avalanche Photo Diodes in Cosmic Rays Experiments// Proc. 32nd ICRC, Beijing, 11-18 Aug. 2011.  =6:4x1,5=2,25 >@01>B:0 :C@A0 ;5:F89 ABC45=B0< $" 2 25A5==8E A5<5AB@0E 2010 8 2011 3.3.  =8E2=16 !C<<0@=K9   70 2010-2011 3.3. .. 5;57=KE = 57,42[.ZL S Z  a  h  Y  ` gnu"|)pwk\ BFn$ @?t@ FFF:?[zB*d @?$ OGFFF:?ZM@Bn(8 @?@ FFF:?YTC:CJ#) @?- OGFFF:?X q/A~X  @? OG0.1 AB02:8YFF:WUF6Bb @?L OGFFF:?VPAA R @?  OGFFF:?UC 5&&x @?n2 OGFFF:?TzF6BBN%P @? OGFFF:?SC 1A~X  @? OG0,1 AB02:8YFF:RjG{C33BC N$*+ @?; OGFFF:?QL7vB Bh @?H OGFFF:?P7 fBH&  @?' OGFFF:?OA  @? OGFFF:?NGB!\ @?@ FFF:?MB6 @?8 OGFFF:?Lr fBJ.j& @?( OGFFF:?K @XR @?0@ FFF:?JA ='C'Fj @?@ FFF:?IRVAxl @?@ FFF:?Hff"Bh\ @?$ OGFFF:?G GBT $8 @? OGFFF:?Fz HA B @? @ FFF:?Er L?2dd @? @ FFF:?Dy AXl  @? OGFFF:?CA&Z  @? OGFFF:?B| AB @?n OG#@CH15:>28G\FF:A ף(A^L @? @ FFF:?@$ G=B$\ @?! OGFFF:?>A. N  @?&" OGFFF:?=ף(A^L @?@ FFF:?<DAXl  @? OGFFF:?; WB( >P @?/ OGFFF:?9k\ BL  @? OGFFF:?8kXCC*'p @?>S OGFFF:?7 DS,p0d2 @?/ OGFFF:?6 zBP @?"@ FFF:?5 lC P @? & OGFFF:?33DU,0^3 @?Ct OGFFF:?2E`m,^3Z<  @?zP^ OGFFF:?1DS,p0d2 @?/J OGFFF:?0DqD8P]mu @?d:6 OG1>;LH5 1000[FF:/@L?2dd @?@ FFF:?. @?@ FFF:?-  @?B@ FFF:?,"L?2dd @?@ FFF:?LVALOG7 @0A=8:>2 8:>;09 0;5@L528G, @>4. 03.05.1951, 702;01 $,   70 2010-2011 33. !B0BL8: 1. Chatrchyan S. et al. (CMS Collaboration). Measurement of energy flow at large pseudorapidities in pp collisions at sqrt(s) = 0.9 and 7 TeV // JHEP 1111: 148, 2011.   = 6,049*30/10 = 18,15 2. Chatrchyan S. et al. (CMS Collaboration). 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Measurement of the Inclusive W and Z Production Cross Sections in p p Collisions at sqrt(s) = 7 TeV with the CMS experiment // JHEP 1110: 132, 2011.   = 6,049*30/10 = 18,15 13. Chatrchyan S. et al. (CMS Collaboration). Dependence on pseudorapidity and centrality of charged hadron production in PbPb collisions at a nucleon-nucleon centre-of-mass energy of 2.76 TeV // JHEP 1108: 141, 2011.   = 6,049*30/10 = 18,15 14. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Inclusive Jet Cross Section in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 107: 132001, 2011.   = 7,622*30/10 = 22,87 15. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Ratio of the 3-jet to 2-jet Cross Sections in pp Collisions at sqrt(s) = 7 TeV // Phys.Lett.B702: 336-354, 2011.   = 5,255*30/10 = 15,77 16. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Top-antitop Production Cross Section in pp Collisions at sqrt(s)=7 TeV using the Kinematic Properties of Events with Leptons and Jets // Eur.Phys.J.C71: 1721, 2011.   = 3,248*30/10 = 9,74 17. Chatrchyan S. et al. (CMS Collaboration). Search for Physics Beyond the Standard Model Using Multilepton Signatures in pp Collisions at sqrt(s)=7 TeV // Phys.Lett.B704: 411-433, 2011.   = 5,255*30/10 = 15,77 18. Chatrchyan S. et al. (CMS Collaboration). Search for Same-Sign Top-Quark Pair Production at sqrt(s) = 7 TeV and Limits on Flavour Changing Neutral Currents in the Top Sector // JHEP 1108: 005, 2011.   = 6,049*30/10 = 18,15 19. Chatrchyan S. et al. (CMS Collaboration). Search for Light Resonances Decaying into Pairs of Muons as a Signal of New Physics // JHEP 1107: 098, 2011.   = 6,049*30/10 = 18,15 20. Chatrchyan S. et LVAL9 al. (CMS Collaboration). Measurement of the t-channel single top quark production cross section in pp collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 107: 091802, 2011.   = 7,622*30/10 = 22,87 21. Chatrchyan S. et al. (CMS Collaboration). Search for Supersymmetry in Events with b Jets and Missing Transverse Momentum at the LHC // JHEP 1107: 113, 2011.   = 6,049*30/10 = 18,15 22. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Strange B Meson Production Cross Section with J/Psi phi Decays in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.D84: 052008, 2011.   = 4,964*30/10 = 14,89 23. Chatrchyan S. et al. (CMS Collaboration). Search for New Physics with Jets and Missing Transverse Momentum in pp collisions at sqrt(s) = 7 TeV // JHEP 1108: 155, 2011.   = 6,049*30/10 = 18,15 24. Chatrchyan S. et al. (CMS Collaboration). Search for New Physics with a Mono-Jet and Missing Transverse Energy in $pp$ Collisions at $\sqrt{s} = 7$ TeV // Phys.Rev.Lett. 107: 201804, 2011.   = 7,622*30/10 = 22,87 25. Chatrchyan S. et al. (CMS Collaboration). Missing transverse energy performance of the CMS detector // JINST 6: P09001, 2011.   = 3,148*30/10 = 9,44 26. Chatrchyan S. et al. (CMS Collaboration). Long-range and short-range dihadron angular correlations in central Pb Pb collisions at s(NN)**(1/2) = 2.76-TeV // JHEP 1107: 076, 2011.   = 6,049*30/10 = 18,15 27. Chatrchyan S. et al. (CMS Collaboration). Measurement of $W\gamma$ and $Z\gamma$ production in $pp$ collisions at $\sqrt{s} = 7$ TeV // Phys.Lett.B701: 535-555, 2011.   = 5,255*30/10 = 15,77 28. Chatrchyan S. et al. (CMS Collaboration). Search for supersymmetry in events with a lepton, a photon, and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV // JHEP 1106: 093, 2011.   = 6,049*30/10 = 18,15 29. Chatrchyan S. et al. (CMS Collaboration). Indications of suppression of excited $\Upsilon$ states in PbPb collisions at $\sqrt{S_{NN}}$ = 2.76 TeV // Phys.Rev.Lett. 107: 052302, 2011.   = 7,622*30/10 =LVAL: 22,87 30. Chatrchyan S. et al. (CMS Collaboration). Search for First Generation Scalar Leptoquarks in the evjj channel in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B703: 246-266, 2011.   = 5,255*30/10 = 15,77 31. Chatrchyan S. et al. (CMS Collaboration). Measurement of the t t-bar production cross section and the top quark mass in the dilepton channel in pp collisions at sqrt(s) =7 TeV // JHEP 1107: 049, 2011.   = 6,049*30/10 = 18,15 32. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Inclusive Z Cross Section via Decays to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV // JHEP 1108: 117, 2011.   = 6,049*30/10 = 18,15 33. Chatrchyan S. et al. (CMS Collaboration). Search for Neutral MSSM Higgs Bosons Decaying to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV // Phys.Rev.Lett. 106: 231801, 2011.   = 7,622*30/10 = 22,87 34. Chatrchyan S. et al. (CMS Collaboration). Measurement of the differential dijet production cross section in proton-proton collisions at sqrt(s)=7 TeV // Phys.Lett.B700: 187-206, 2011.   = 5,255*30/10 = 15,77 35. Chatrchyan S. et al. (CMS Collaboration). Measurement of the B0 production cross section in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 106: 252001, 2011.   = 7,622*30/10 = 22,87 36. Chatrchyan S. et al. (CMS Collaboration). Search for new physics with same-sign isolated dilepton events with jets and missing transverse energy at the LHC // JHEP 1106: 077, 2011.   = 6,049*30/10 = 18,15 37. Chatrchyan S. et al. (CMS Collaboration). Charged particle transverse momentum spectra in pp collisions at sqrt(s) = 0.9 and 7 TeV // JHEP 1108: 086, 2011.   = 6,049*30/10 = 18,15 38. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Polarization of W Bosons with Large Transverse Momenta in W+Jets Events at the LHC // Phys.Rev.Lett. 107: 021802, 2011.   = 7,622*30/10 = 22,87 39. Chatrchyan S. et al. (CMS Collaboration). Search for a $W^\prime$ boson decaying to a muon and a neutrino in $pp$ collisions at $\sqrt{s} = LVAL; 7$ TeV // Phys.Lett.B701: 160-179, 2011.   = 5,255*30/10 = 15,77 40. Chatrchyan S. et al. (CMS Collaboration). Search for Supersymmetry in $pp$ Collisions at $\sqrt{s} = 7$ TeV in Events with Two Photons and Missing Transverse Energy // Phys.Rev.Lett. 106: 211802, 2011.   = 7,622*30/10 = 22,87 41. Chatrchyan S. et al. (CMS Collaboration). Search for Resonances in the Dilepton Mass Distribution in $pp$ Collisions at $\sqrt(s) = 7$ TeV // JHEP 1105: 093, 2011.   = 6,049*30/10 = 18,15 42. Chatrchyan S. et al. (CMS Collaboration). Search for Physics Beyond the Standard Model in Opposite-Sign Dilepton Events at $\sqrt{s} = 7$ TeV // JHEP 1106: 026, 2011.   = 6,049*30/10 = 18,15 43. Chatrchyan S. et al. (CMS Collaboration). Measurement of the lepton charge asymmetry in inclusive $W$ production in pp collisions at $\sqrt{s} = 7$ TeV // JHEP 1104: 050, 2011.   = 6,049*30/10 = 18,15 44. Chatrchyan S. et al. (CMS Collaboration). Search for Large Extra Dimensions in the Diphoton Final State at the Large Hadron Collider // JHEP 1105: 085, 2011.   = 6,049*30/10 = 18,15 45. Khachatryan V. et al. (CMS Collaboration). First Measurement of Hadronic Event Shapes in pp Collisions at sqrt(s)=7 TeV // Phys.Lett.B699: 48-67, 2011.   = 5,255*30/10 = 15,77 46. Chatrchyan S. et al. (CMS Collaboration). Observation and studies of jet quenching in PbPb collisions at nucleon-nucleon center-of-mass energy = 2.76 TeV // Phys.Rev.C84: 024906, 2011.   = 3,416*30/10 = 10,25 47. Khachatryan V. et al. (CMS Collaboration). Measurement of Dijet Angular Distributions and Search for Quark Compositeness in pp Collisions at $sqrt{s} = 7$ TeV // Phys.Rev.Lett. 106: 201804, 2011.   = 7,622*30/10 = 22,87 48. Khachatryan V. et al. (CMS Collaboration). Measurement of B anti-B Angular Correlations based on Secondary Vertex Reconstruction at sqrt(s)=7 TeV // JHEP 1103: 136, 2011.   = 6,049*30/10 = 18,15 49. Khachatryan V. et al. (CMS Collaboration). Strange Particle Production in pp Collisions at sqrt(s) = 0.LVAL< 9 and 7 TeV // JHEP 1105: 064, 2011.   = 6,049*30/10 = 18,15 50. Chatrchyan S. et al. (CMS Collaboration). Search for a Heavy Bottom-like Quark in $pp$ Collisions at $\sqrt{s} = 7$ TeV // Phys.Lett.B701: 204-223, 2011.   = 5,255*30/10 = 15,77 51. Chatrchyan S. et al. (CMS Collaboration). Measurement of W+W- Production and Search for the Higgs Boson in pp Collisions at sqrt(s) = 7 TeV // Phys.Lett.B699: 25-47, 2011.   = 5,255*30/10 = 15,77 52. Chatrchyan S. et al. (CMS Collaboration). Study of Z boson production in PbPb collisions at nucleon-nucleon centre of mass energy = 2.76 TeV // Phys.Rev.Lett. 106: 212301, 2011.   = 7,622*30/10 = 22,87 53. Khachatryan V. et al. (CMS Collaboration). 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Search for a heavy gauge boson W' in the final state with an electron and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1012.5945 [hep-ex], 2010.   = 4/10 = 0,40 77. Khachatryan V. et al. (CMS Collaboration). Prompt and non-prompt J/psi production in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1011.4193 [hep-ex], 2010.   = 4/10 = 0,40 78. Khachatryan V. et al. (CMS Collaboration). Charged particle multiplicities in pp interactions at sqrt(s) = 0.9, 2.36, and 7 TeV // e-Print: arXiv:1011.5531 [hep-ex], 2010.   = 4/10 = 0LVAL ,40 79. Khachatryan V. et al. (CMS Collaboration). Search for Stopped Gluinos in pp collisions at sqrt s = 7 TeV // e-Print: arXiv:1011.5861 [hep-ex], 2010.   = 4/10 = 0,40 80. Khachatryan V. et al. (CMS Collaboration). Search for Dijet Resonances in 7 TeV pp Collisions at CMS // e-Print: arXiv:1010.0203 [hep-ex], 2010.   = 4/10 = 0,40 81. Khachatryan V. et al. (CMS Collaboration). Search for Quark Compositeness with the Dijet Centrality Ratio in pp Collisions at sqrt(s)=7 TeV // e-Print: arXiv:1010.4439 [hep-ex], 2010.   = 4/10 = 0,40 82. Khachatryan V. et al. (CMS Collaboration). First Measurement of the Cross Section for Top-Quark Pair Production in Proton-Proton Collisions at sqrt(s)=7 TeV // e-Print: arXiv:1010.5994 [hep-ex], 2010.   = 4/10 = 0,40 83. Khachatryan V. et al. (CMS Collaboration). Observation of Long-Range Near-Side Angular Correlations in Proton-Proton Collisions at the LHC // e-Print: arXiv:1009.4122 [hep-ex], 2010.   = 4/10 = 0,40 84. Khachatryan V. et al. (CMS Collaboration). Measurement of Bose-Einstein correlations with first CMS data // e-Print: arXiv:1005.3294 [hep-ex], 2010.   = 4/10 = 0,40 85. Khachatryan V. et al. (CMS Collaboration). Transverse-momentum and pseudorapidity distributions of charged hadrons in pp collisions at sqrt(s) = 7 TeV // e-Print: arXiv:1005.3299 [hep-ex], 2010.   = 4/10 = 0,40 86. Khachatryan V. et al. (CMS Collaboration). Measurement of the charge ratio of atmospheric muons with the CMS detector // e-Print: arXiv:1005.5332 [hep-ex], 2010.   = 4/10 = 0,40 87. Khachatryan V. et al. (CMS Collaboration). Transverse momentum and pseudorapidity distributions of charged hadrons in pp collisions at $\sqrt(s)$ = 0.9 and 2.36 TeV // e-Print: arXiv:1002.0621 [hep-ex], 2010.   = 4/10 = 0,40 88. Khachatryan V. et al. (CMS Collaboration). First Measurement of the Underlying Event Activity at the LHC with \sqrt{s} = 0.9 TeV // e-Print: arXiv:1006.2083 [hep-ex], 2010.   = 4/10 = 0,40 89. Khachatryan V. et al. (CMS RLVALbCollaboration). CMS Tracking Performance Results from early LHC Operation // e-Print: arXiv:1007.1988 [physics.ins-det], 2010.   = 4/10 = 0,40 =45:A F8B8@>20=8O 1>;LH5 1000 B>3>:   = 1663,52LVALOG 5B:>2 0;5@89 >@8A>28G, 10.05.1957, :.D.-<.=., 4>F5=B, 702. ;01. !" =48284C0;L=K9   = 216.42 C1;8:0F88: 58.59 1) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.696*30/10 = 2.09 2) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) .. 5B:>2, .!. >70=5=:>, .. >7=8:>2, .. 0?>=5=:>, .. =4@552, .. !5@3552, ">8A: 30<<0 87;CG5=8O 2KA>:>9 M=5@388 >B :>A<8G5A:8E 30<<0-2A?;5A:>2", 725AB8O , A5@.D87., B>< 75, ! 3, A. 463 466, 2011. 0.406*60/6 = 4.06 4) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/LVAL 10 = 2.44 5) . . 60??C52, . $. ;8<5=:>, . #. C46052, . !. 8420=A:89, . . 5B:>2, ". 09E0, .. !0@:0<>, "$C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8", 725AB8O , A5@.D87., B>< 75, ! 3, A. 386-388, 2011. 0.406*60/7 = 4.48 6) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. "4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne = 105  107", 725AB8O , A5@.D87., B>< 75, ! 3, A. 389-392, 2011. 0.406*60/9 = 2.71 7) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 867 868, 2011. 0.406*60/5 = 4.87 8) .. >ABN:, .. 5B:>2, .. 5;>2, -.. 0H5=N:, .. 60??C52, ..>2>A5;LF520,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 848 849, 2011. 0.406*60/6 = 4.06 9) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, ..5B@CE8=, "-=5@35B8G5A:89 A?5:B@ <N>=>2 :>A<8G5A:8E ;CG59 2KH5 10 "M ?> 40==K< !"", 725AB8O , A5@.D87., B>< 75, ! 3, A. 440-442, 2011. 0.406*60/6 = 4.06 10) Kalliokoski, T., Bezrukov, L., Enqvist, T., Fynbo, H., Inzhechik, L., Jones, P., Joutsenvaara, J., Karjalainen, J., Kuusiniemi, P., Loo, K., Lubsandorzhiev, B., Petkov, V., Raiha, T., Sarkamo, J., Slupecki, M., Trzaska, W.H., Virkajarvi, A. "Can EMMA solve the puzzle of the knee?", Progress in Particle and Nuclear Physics, v. 66, issue 2, pp. 468 - 472, 2011. 4.025*30/10 = 12.075 11) V.B. Petkov, A.S. Pozanenko, V.M. Loznikov, A.N. Gaponenko, M.V. Andreev, and A.V. Sergeev, "Search for high energy gamma-ray bursts", Astrophys. Space Sci. Trans., 7, 97-100, 2011. 8/6 = 1.33 12) V. B. Petkov and J. Szabelski, "Study of the primary speLVAL ctrum and composition around the knee at the Andyrchy-BUST experiment", Astrophys. Space Sci. Trans., 7, 111-114, 2011. 8/2 = 4 13) P. Kuusiniemi, L. Bezrukov, T. Enqvist, H. Fynbo, L. Inzhechik, P. Jones, J. Joutsenvaara, T. Kalliokoski, J. Karjalainen, K. Loo, B. Lubsandorzhiev, T. Monto, V. Petkov, T. Raiha, J. Sarkamo, M. Slupecki, W.H. Trzaska, and A. Virkajarvi, "Underground multi-muon experiment EMMA", Astrophys. Space Sci. Trans., 7, 93 96, 2011. 8/10 = 0.8 14) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A. Yanin, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 15) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 16) J. Sarkamo, V.B. Petkov, D.D. Dzhappuev, N.F. Klimenko, and T. Raiha, "Developments in shower reconstruction and composition analysis for CARPET-3 EAS array", Astrophys. Space Sci. Trans., 7, 307 310, 2011. 8/5 = 1.6 17) Yu.F. Novoseltsev, A.G. Bogdanov, R.P. Kokoulin, R.V. Novoseltseva, V.B. Petkov, and A.A. Petrukhin. "On the energy spectrum of cosmic ray muons in 100 TeV region", Astrophys. Space Sci. Trans., 7, 483-486, 2011. 8/6 = 1.33 18) D.D. Dzhappuev, J.V. Balabin, B.B. Gvozdevskij, N.F. Klimenko, A.U. Kudzhaev, O.I. Michailova , VLVAL .B. Petkov, E.V.Vashenjuk,  Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7 , Astrophys. Space Sci. Trans., 7, 365-367, 2011. 8/8 = 1 19) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011 4/10 = 0.4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 43.83 1) V.B. Petkov,  The Andyrchy-BUST experiment: primary spectrum and composition around the knee . 31st International Cosmic Ray Conference (Lodz, Poland, 7-15 July 2009). Invited, Rapporteur and Highlight Papers, p.127, Lodz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etkov, A.S. Pozanenko, and V.M. Loznikov,  Searching for GeV energy from short Gama-Ray Bursts , Proc. of Gamma Ray Bursts 2010 Conference (Nov 1-4, 2010, Annapolis, USA), AIP Conf. Proc. V. 13LVAL 58, pp. 217-220, 2011. 6*1.5/3 = 3 6) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 7) V.B. Petkov, J. Szabelski, A.N. Gaponenko, I. Alikhanov, "High energy muons in EAS and primary composition around the knee", Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0093, 2011. 6*1.5/4 = 2.25 8) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. 6*1.5/8 = 1.13 9) T. Raiha, L. Bezrukov, T. Enqvist, H. Fynbo, L. Inzhechik, J. Joutsenvaara, T. Kalliokoski, J. Karjalainen, P. Kuusiniemi, K. Loo, B. Lubsandorzhiev , T. Monto, V. Petkov, J. Sarkamo, M. Slupecki, W.H. Trzaska, and A. Virkajarvi. "Performance of EMMA Tracking Stations", Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0873, 2011. 6*1.5/10=0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 34 1) V.B. Petkov,  Search for high energy gamma-ray bursts , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 2) .. 5B:>2,  >8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O 2KA>:>9 M=5@388 , A5@>AA89A:0O 0AB@>=><8G5A:0O :>=D5@5=F8O (-2010), ! , ?. 86=89 @EK7, 13-18 A5=BO1@O 2010 3. 4 3) .. 5B:>2,  >8A: 2A?;5A:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O 2KA>:>9 M=5@388 , AB@>D878:0 2KA>:8E M=5@389 A53>4=O 8 702B@0  2010, >A:20,  , 21-21 45:01@O 2010. 4 4) .. 5B:>2,  !>2@5<5==>5 A>AB>O=85 CAB0=>2>:  /  4;O 8AA;54>20=8O :>A<8G6 LVALF 5A:8E ;CG59 8 ?5@A?5:B82K @0728B8O , !5<8=0@, ?>A2OI5==K9 90-;5B8N A> 4=O @>645=8O ..'C40:>20, 16 8N=O 2011, >A:20, / . 20 C:>2>4AB2> 0A?8@0=B><: 2*30 = 60 1) >G:0@>2 .., 0A?8@0=BC@0 /, 2010 3., 2011 3. C:>2>4AB2> 48?;><=8:0<8: 2*10=20 1) 0@0G:>2 .., .$#, 2010, 2011. 038AB5@A:0O 48AA5@B0F8O  KAB@K9 AF8=B8;;OF8>==K9 45B5:B>@ 4;O 30<<0-0AB@>=><88  .LVALOG >2>A5;LF52 .@89 $54>@>28G, 20.09.1950, 4.D.-<.=., 2=A ;01>@0B>@88 !"   = 34.39 C1;8:0F88: 9.96 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov. "On the mass composition of primary cosmic rays in the energy region $10^{15}-10^{16}$ eV", arXiv:1108.4245v1 [hep-ph] 2011. 4/3 = 1.33 2) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 3) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, ..5B@CE8=, "-=5@35B8G5A:89 A?5:B@ <N>=>2 :>A<8G5A:8E ;CG59 2KH5 10 "M ?> 40==K< !"", 725AB8O , A5@.D87., B>< 75, ! 3, A. 440-442, 2011. 0.406*60/6 = 4.06 4) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 5) Yu.F. Novoseltsev, A.G. Bogdanov, R.P. Kokoulin, R.V. Novoseltseva, V.B. Petkov, and A.A. Petrukhin. "On the energy spectrum of cosmic ray muons in 100 TeV region", Astrophys. Space Sci. Trans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etkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 4) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. 6*1.5/8 = 1.13 >=D5@5=F88, =5 >?C1;8:>20=>: 18 1) Yu.F. Novoseltsev, "On the energy spectrum of cosmic ray muons in 100 TeV region", 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 2) Yu.F. Novoseltsev,  On the mass composition of primary cosmic rays in the energy region 1015 - 1016 eV , TAUP 2011 (5  9 September 2011, Munich, Germany). 6 3) Y. Novoseltsev,  EAS Spectrum vs the total number of high energy muons and mass composition of primary cosmic rays at E > 1015 eV , 13th ICATPP Conference on Astroparticle, Particle, Space Physics and Detectors for Physics Applications (Como, Italy, 3-7 October 2011). 6LVALOG 60??C52 0E8@ 0=8O;>28G, 05.05.1953, :.D.<.=., A=A ;01>@0B>@88 !"   = 80.67 C1;8:0F88: 42.99 1) .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20,  >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 , 8AL<0 2 AB@>=><8G5A:89 C@=0; , 2010, B>< 36, !6, A.439-444. 1.091*60/5 = 13.092 2) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) . . 60??C52, . $. ;8<5=:>, . #. C46052, . !. 8420=A:89, . . 5B:>2, ". 09E0, .. !0@:0<>, "$C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8", 725AB8O , A5@.D87., B>< 75, ! 3, A. 386-388, 2011. 0.406*60/7 = 4.48 4) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. "4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne = 105  107", 725AB8O , A5@.D87., B>< 75, ! 3, A. 389-392, 2011. 0.406*60/9 = 2.71 5) .. >ABN:, .. 5B:>2, .. 5;>2, -.. 0H5=N:, .. 60??C52, ..>2>A5;LF520,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 848 849, 2011. 0.406*60/6 = 4.06 6) J. Sarkamo, V.B. Petkov, D.D. Dzhappuev, N.F. Klimenko, and T. Raiha, "Developments in shower reconstruction and composition analysis for CARPET-3 EAS array", Astrophys. Space Sci. Trans., 7, 307 310, 2011. 8/5 = 1.6 7) D.D. Dzhappuev, J.V. Balabin, B.B. Gvozdevskij, N.F. Klimenko, A.U. Kudzhaev, O.I. Michailova , V.B. Petkov, E.V.Vashenjuk,  Hadrons with energies of Eh >50 MeV in EASLVAL with Ne = 10^5 - 10^7 , Astrophys. Space Sci. Trans., 7, 365-367, 2011. 8/8 = 1 8) Yu.V. Balabin, B.B. Gvozdevsky, E.V. Vashenyuk, and D. D. Dzhappuev.  EAS hadronic component as registered by a neutron monitor , Astrophys. Space Sci. Trans., 7, 507, 2011. 8/4 = 2 9) Yu.V. Balabin, B.B. Gvozdevsk, E.A. Maurchev, E.V. Vashenyuk, and D.D. Dzhappuev.  Fine structure of neutron multiplicity on neutron monitors , Astrophys. Space Sci. Trans., 7, 283, 2011. 8/5 = 1.6 10) ... 0;018=, .. 60??C52, .. 2>7452A:89, .. 0C@G52, .#. C46052, .. 8E09;>20.  =>65AB25==>ABL =0 =59B@>==KE <>=8B>@0E: ;>:0;L=K5 04@>==K5 ;82=8 8 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 393, 2011. 0.406*60/6 = 4.06 11) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 400, 2011. 0.406*60/9 = 2.71 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 28.98 1) .. 60??C52,  $C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8 , "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS_6. 4*1.5 = 6 2) .. 60??C52,  A4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne =105  107 , "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS_21. 4*1.5 = 6 3) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS _30. 4*1.5/9 = 0.67 4) ... 0;018=, -.. 0H5=N:, .. 602LVALB??C52 .. 2>7452A:89, .. 0C@G52, .#. C46052, .. 8E09;>20.  AA;54>20=85 ;>:0;L=KE 0B<>AD5@=KE ;82=59 =0 =59B@>==KE <>=8B>@0E . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS_13. 4*1.5/7 = 0.86 5) ... 0;018=, -.. 0H5=N:, .. 60??C52 .. 2>7452A:89, .#. C46052.  01;N45=85 04@>==>9 :><?>=5=BK ( =0 =59B@>==>< <>=8B>@5 . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS _14 4*1.5/5 = 1.2 6) D.D. Dzhappuev,  Study of the PCR s knee by the method of EAS particles central density , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0813, 2011. 6*1.5 = 9 7) Yu.V. Balabin, E.V. Vashenyuk, D.D. Dzhappuev,  EAS hadronic component detection by neutron monitors , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0674, 2011. 6*1.5/3 = 3 8) Yu.V. Balabin, B.B. Gvozdevsky, E.V. Vashenyuk, D.D. Dzhappuev,  Detailed study of neutron multiplicity in a neutron monitor , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0672, 2011. 6*1.5/4 = 2.25 >=D5@5=F88, =5 >?C1;8:>20=>: 8.7 1) D.D. Dzhappuev,  Hadrons with energies of Eh >50 MeV in EAS with Ne = 105 - 107 , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 2) Yu.V. Balabin, B.B. Gvozdevsky, E.V. Vashenyuk, and D. D. Dzhappuev.  EAS hadronic component as registered by a neutron monitor , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6/4 = 1.5 3) Yu.V. Balabin, B.B. Gvozdevsk, E.A. Maurchev, E.V. Vashenyuk, and D.D. Dzhappuev.  Fine structure of neutron multiplicity on neutron monitors , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6/5 = 1.2LVALOG /=8= ;5:A59 $54>@>28G, 07.05.1950, :.D.-<.=., A=A ;01>@0B>@88 !"   = 18.21 C1;8:0F88: 12.21 1 Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.696*30/10 = 2.09 2) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 4) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A*LVAL:. Yanin, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 5) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 6) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011. 4/10 = 0.4 >=D5@5=F88: 6 1) A.F. Yanin,  Multichannel data acquisition system for scintillation detectors of the Emma experiment , 22nd European Cosmic Ray Symposium, (Turku, Finland, 3 - 6 August 2010). 6LVAL>;852 CA018 CE0@18528G, 31.03.1956, :.D.-<.=., A=A ;01>@0B>@88 !"   = 10.54 C1;8:0F88: 8.11 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 2) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 867 868, 2011. 0.406*60/5 = 4.87 3) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.43 1) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 2) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. 6*1.5/8 = 1.13LVALOG >;G5=:> ;048<8@ 20=>28G, 09.03.1952, :.D.-<.=., A=A ;01>@0B>@88 !"   = 22.49 C1;8:0F88 : 14.92 1) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.696*30/10 = 2.09 2) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 4) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. ShaykhiLVAL ev, W. Trzaska, A. Yanin, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 5) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 6) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011 4/10 = 0.4 7) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 400, 2011. 0.406*60/9 = 2.71 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.57 1) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS _30. 4*1.5/9 = 0.67 2) Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.L. Tsyabuk, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko, I.I. Yashin,  The ProtoPRISMA array for EAS study , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August  LVAL 11-18), icrc1136, 2011. 6*1.5/10 = 0.9 >=D5@5=F88, =5 >?C1;8:>20=>: 6 1) V.I. Volchenko,  The features of electronics structure of the multichannel scintillation module for the  experiment , 22nd European Cosmic Ray Symposium, (Turku, Finland, 3 - 6 August 2010). 6LVALOG >2>A5;LF520 8B0 8:B>@>2=0, 12.11.1957, =A ;01>@0B>@88 !"   = 47.32 C1;8:0F88: 18.89 1) Yu.F. Novoseltsev, R.V. Novoseltseva, G.M. Vereshkov. "On the mass composition of primary cosmic rays in the energy region $10^{15}-10^{16}$ eV", arXiv:1108.4245v1 [hep-ph] 2011. 4/3 = 1.33 2) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 3) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, ..5B@CE8=, "-=5@35B8G5A:89 A?5:B@ <N>=>2 :>A<8G5A:8E ;CG59 2KH5 10 "M ?> 40==K< !"", 725AB8O , A5@.D87., B>< 75, ! 3, A. 440-442, 2011. 0.406*60/6 = 4.06 4) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 5) Yu.F. Novoseltsev, A.G. Bogdanov, R.P. Kokoulin, R.V. Novoseltseva, V.B. Petkov, and A.A. Petrukhin. "On the energy spectrum of cosmic ray muons in 100 TeV region", Astrophys. Space Sci. Trans., 7, 483-486, 2011. 8/6 = 1.33 6) .. >ABN:, .. 5B:>2, .. 5;>2, -.. 0H5=N:, .. 60??C52, ..>2>A5;LF520,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 848 849, 2011. 0.406*60/6 = 4.06 7) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87.,LVAL B>< 75, ! 6, A. 867 868, 2011. 0.406*60/5 = 4.87 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 18.43 1) .. >2>A5;LF520, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), /MN_4. 4*1.5 = 6 2) .. >340=>2, .. >:>C;8=, ..$. >2>A5;LF52, .. >2>A5;LF520, .. 5B:>2, .. 5B@CE8=,  -=5@35B8G5A:89 A?5:B@ <N>=>2 :>A<8G5A:8E ;CG59 2KH5 10 "M ?> 40==K< !" , "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), /MN_2. 4*1.5/6 = 1 3) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 4) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. 6*1.5/8 = 1.13 5) R.V. Novoseltseva,  Update for 2010 of the results of the search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0298, 2011. 6*1.5 = 9 >=D5@5=F88, =5 >?C1;8:>20=>: 10 1) R.V. Novoseltseva et al. "Search for neutrino bursts from core collapse supernovae at the Baksan Underground Scintillation Telescope", 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 2) .. >2>A5;LF520, "01;N45=85 70 0;0:B8:>9 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OFLVAL8>==>< B5;5A:>?5", A5@>AA89A:0O 0AB@>=><8G5A:0O :>=D5@5=F8O 2010, ! , 86=89 @EK7, 13-18 A5=BO1@O 2010 3. 4LVAL!B@830=>2 5B@ !5<5=>28G, 22.09.1951, =A ;01>@0B>@88 !"   = 10.54 C1;8:0F88: 8.11 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 2) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 867 868, 2011. 0.406*60/5 = 4.87 3) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.43 1) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 2) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. 6*1.5/8 = 1.13LVALOG C46052 ;5:A0=4@ #@CH15:>28G, 30.01.1952, =A ;01>@0B>@88 !"   = 48.46 C1;8:0F88: 33.73 1) .. 60??C52, .. >7O@82A:89, .#. C46052, .!. 8420=A:89, ".. "C;C?>20,  >AAB0=>2;5=85 =0?@02;5=8O 8AB8==>9 0=87>B@>?88 30;0:B8G5A:8E :>A<8G5A:8E ;CG59 , 8AL<0 2 AB@>=><8G5A:89 C@=0; , 2010, B>< 36, !6, A.439-444. 1.091*60/5 = 13.092 2) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) . . 60??C52, . $. ;8<5=:>, . #. C46052, . !. 8420=A:89, . . 5B:>2, ". 09E0, .. !0@:0<>, "$C=:F8O ?@>AB@0=AB25==>3> @0A?@545;5=8O 70@O65==KE G0AB8F 2 ( 21;878 >A8", 725AB8O , A5@.D87., B>< 75, ! 3, A. 386-388, 2011. 0.406*60/7 = 4.48 4) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. "4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne = 105  107", 725AB8O , A5@.D87., B>< 75, ! 3, A. 389-392, 2011. 0.406*60/9 = 2.71 5) D.D. Dzhappuev, J.V. Balabin, B.B. Gvozdevskij, N.F. Klimenko, A.U. Kudzhaev, O.I. Michailova , V.B. Petkov, E.V.Vashenjuk,  Hadrons with energies of Eh >50 MeV in EAS with Ne = 10^5 - 10^7 , Astrophys. Space Sci. Trans., 7, 365-367, 2011. 8/8 = 1 6) ... 0;018=, .. 60??C52, .. 2>7452A:89, .. 0C@G52, .#. C46052, .. 8E09;>20.  =>65AB25==>ABL =0 =59B@>==KE <>=8B>@0E: ;>:0;L=K5 04@>==K5 ;82=8 8 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 393, 2011. 0.406*60/6 = 4.06 7) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. fLVALv 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 400, 2011. 0.406*60/9 = 2.71 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.73 1) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS _30. 4*1.5/9 = 0.67 2) ... 0;018=, -.. 0H5=N:, .. 60??C52 .. 2>7452A:89, .. 0C@G52, .#. C46052, .. 8E09;>20.  AA;54>20=85 ;>:0;L=KE 0B<>AD5@=KE ;82=59 =0 =59B@>==KE <>=8B>@0E . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS_13. 4*1.5/7 = 0.86 3) ... 0;018=, -.. 0H5=N:, .. 60??C52 .. 2>7452A:89, .#. C46052.  01;N45=85 04@>==>9 :><?>=5=BK ( =0 =59B@>==>< <>=8B>@5 . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS _14 4*1.5/5 = 1.2 >=D5@5=F88, =5 >?C1;8:>20=>: 12 1) A.U. Kudzhaev, "Study for muon and hadron components of EAS at the height 1700 m above sea level", XV-th International School "PARTICLES and COSMOLOGY" (May 26 - June 2, 2011, Troitsk). 6 2) A.U. Kudzhaev,  Investigation for muonic and hadronic components of EAS at the 1GeV muon detector of Carpet-2 shower array , The Second International Cosmic Ray Workshop ARAGATS 2011 (Nor-Amberd, Yerevan, Armenia, September 12 - 16, 2011). 6LVALOG >;G5=:> 0;8=0 0A8;L52=0, 30.03.1952, =A ;01>@0B>@88 !"   = 16.49 C1;8:0F88 : 14.92 1) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.696*30/10 = 2.09 2) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 4) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A. YaniLVAL n, and N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 5) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 6) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011 4/10 = 0.4 7) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( , 725AB8O , A5@. D87., B. 75, ! 3, A. 400, 2011. 0.406*60/9 = 2.71 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 1.57 1) ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:.  5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 ( . "@C4K 31->9 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0< (>A:20, #, 5-9 8N;O 2010), (/EAS _30. 4*1.5/9 = 0.67 2) Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.L. Tsyabuk, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko, I.I. Yashin,  The ProtoPRISMA array for EAS study , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc1136, 2011.LVAL 6*1.5/10 = 0.9LVALOG 70?0@>20 @8=0 09@0<>2=0, 27.04.1961, =A ;01>@0B>@88 !"   = 18.21 C1;8:0F88: 12.21 1) Vladimir I. Volchenko, Evgeniy V. Akhrameev, Leonid B. Bezrukov, Irina M. Dzaparova, Irakliy Sh. Davitashvili, Timo Enqvist, Hans Fynbo, Zhamal Sh. Guliev, Lev V. Inzhechik, Alexander O. Izmaylov, Jari Joutsenvaara, Marat M. Khabibullin, Alexey N. Khotjantsev, Yuri G. Kudenko, Pasi Kuusiniemi, Bayarto K. Lubsandorzhiev, Nima B. Lubsandorzhiev, Oleg V. Mineev, Lauri Olantera, Valeriy B. Petkov, Roman V. Poleshuk, Tomi Raiha, Bator A. M. Shaibonov, Juho Sarkamo, Alexey T. Shaykhiev, Wladyslaw Trzaska, Galina V. Volchenko, Alexey F. Yanin, Nikolay V. Yershov, "Background and muon counting rates in underground muon measurements with a plastic scintillator counter based on a wavelength shifting fibre and a multi-pixel avalanche photodiode readout", Central European Journal of Physics. Vol. 8, Numb. 3, pp. 445-447, 2010. 0.696*30/10 = 2.09 2) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 3) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 4) V. Volchenko, G. Volchenko, E. Akhrameev, L. Bezrukov, I. Dzaparova, T. Enqvist, L. Inzhechik, A. Izmaylov, J. Joutsenvaara, M. Khabibullin, A. Khotjantsev, Yu. Kudenko, P. Kuusiniemi, B. Lubsandorzhiev, O. Mineev, V. Petkov, R. Poleshuk, B. Shaibonov, J. Sarkamo, A. Shaykhiev, W. Trzaska, A. Yanin, andFLVALV N. Yershov, "The features of electronics structure of the multichannel scintillation module for the EMMA experiment", Astrophys. Space Sci. Trans., 7, 171 174, 2011. 8/10 = 0.8 5) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 6) A.F. Yanin, V.I. Volchenko, L.B. Bezrukov, I.M. Dzaparova, T. Enqvist, H. Fynbo, Zh.Sh. Guliev, L.V. Inzhechik, J. Joutsenvaara, Y.G. Kudenko, P. Kuusiniemi, B.K. Lubsandorzhiev, O.V. Mineev, L. Olanter, V.B. Petkov, T. Rih, J. Sarkamo, M. Slupecki, W. Trzaska, G.V. Volchenko,  Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment , arXiv:1101.4489, 2011. 4/10 = 0.4 >=D5@5=F88: 6 1) I.M. Dzaparova,  Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers , 22nd European Cosmic Ray Symposium, Turku, Finland, 3 - 6 August 2010. 6 LVAL C@5=O ;5:A0=4@ 8:>;0528G, 14.01.1978, <=A ;01>@0B>@88 !"   = 0.8 C1;8:0F88: 0.8 1) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 LVAL>G:0@>2 0EB8 0AECB>28G, 21.03.1985, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / .   = 19.24*1.5 = 28.86 C1;8:0F88:: 3.24 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 2) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 >=D5@5=F88: 16 1) .. >G:0@>2  54:85 A>1KB8O =0 0:A0=A:>< >475<=>< !F8=B8;;OF8>==>< "5;5A:>?5 , 11-O ( -"$, @8M;L1@CAL5, 17 - 23 >:BO1@O 2010 3. 4 2) M.M. Kochkarov,  Search for rare events at the Baksan underground scintillation telescope , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 3) M.M. Kochkarov,  The Baksan Underground Scintillation Telescope modernization project. DAQ and Calibration System for additional layers , The Second International Cosmic Ray Workshop ARAGATS 2011 (Nor-Amberd, Yerevan, Armenia, September 12 - 16, 2011). 6LVALOG 0?>=5=:> ;5:A0=4@ 8:>;0528G, 10.10.1983, <=A   = 45.32*2 = 90.64 C1;8:0F88: 11.07 1) .. 5B:>2, -.. C3052, .. ;8<09, .. =4@552, .. >;G5=:>, .. >;G5=:>, ..70?0@>20, .. 60??C52, .. 0?>=5=:>, .(. C;852, .$. ;8<5=:>, .#. C46052, ..!5@3552, .!. %05@48=>2, .. '5@=O52, .$. /=8=, "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, B>< 137, 2K?CA: 3, AB@. 460-472, 2010. 0.946*60/10 = 5.68 2) .. 5B:>2, .!. >70=5=:>, .. >7=8:>2, .. 0?>=5=:>, .. =4@552, .. !5@3552, ">8A: 30<<0 87;CG5=8O 2KA>:>9 M=5@388 >B :>A<8G5A:8E 30<<0-2A?;5A:>2", 725AB8O , A5@.D87., B>< 75, ! 3, A. 463 466, 2011. 0.406*60/6 = 4.06 3) V.B. Petkov, A.S. Pozanenko, V.M. Loznikov, A.N. Gaponenko, M.V. Andreev, and A.V. Sergeev, "Search for high energy gamma-ray bursts", Astrophys. Space Sci. Trans., 7, 97-100, 2011. 8/6 = 1.33 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.25 1) V.B. Petkov, J. Szabelski, A.N. Gaponenko, I. Alikhanov, "High energy muons in EAS and primary composition around the knee", Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0093, 2011. 6*1.5/4 = 2.25 >=D5@5=F88, =5 >?C1;8:>20=>: 32 1) .. 0?>=5=:>,  >8A: A25@E:>@>B:8E 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 2) A.N. Gaponenko,  Searching for very short gamma-ray bursts from evaporating primordial black holes , 22nd European Cosmic Ray Symposium, August 3 6, 2010, Turku, Finland. 6 3) .. 0?>=5=:>,  >8A: A25@E:>@>B:8E 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@ , 11-O ( -"$, @8M;L1@CAL5, 17 - 23 >:BO1@O 2010 3. 4 4) A.N. G& LVAL6 aponenko,  Search for very short gamma-ray bursts from evaporating primordial black holes , XV-th International School "PARTICLES and COSMOLOGY" (May 26 - June 2, 2011, Troitsk). 6 5) A.N. Gaponenko,  Search for black holes as a possible candidate for dark matter , International School on Astro-Particle Physics ISAPP 2011 (8-15 July 2011 - Heidelberg, Germany). 6 6) A.N. Gaponenko,  Flat air showers as possible signature of primordial black hole evaporation , 32nd International Cosmic Ray Conference (Beijing, China, August 12-18, 2011). 6LVALOG >ABN: 8E08; @83>@L528G, 25.11.1954, =A ;01>@0B>@88 !"   = 40.6 C1;8:0F88: 12.17 1) .. >2>A5;LF520, .. >;852, .. 5@5H:>2, .. >;G5=:>, .. >;G5=:>, .. 70?0@>20, .. >G:0@>2, .. >ABN:, ..$. >2>A5;LF52, .. 5B:>2, .!. !B@830=>2, .$. /=8=, ">8A: =59B@8==KE 2A?;5A:>2 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 725AB8O , A5@.D87., B>< 75, ! 3, A. 448 451, 2011. 0.406*60/10 = 2.44 2) .. >ABN:, .. 5B:>2, .. >2>A5;LF520, .!. !B@830=>2, .. >;852,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 867 868, 2011. 0.406*60/5 = 4.87 3) .. >ABN:, .. 5B:>2, .. 5;>2, -.. 0H5=N:, .. 60??C52, ..>2>A5;LF520,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 725AB8O , A5@. D87., B>< 75, ! 6, A. 848 849, 2011. 0.406*60/6 = 4.06 4) I.M. Dzaparova, A.F. Yanin, M.M. Boliev, Zh.Sh. Guliev, L.V. Inzhechik, M.M. Kochkarov, M.G. Kostyuk, A.N. Kurenya, R.V. Novoseltseva, Yu.F. Novoseltsev, V.B. Petkov, P.S. Striganov, V.I. Volchenko and G.V. Volchenko, "Baksan Underground Scintillation Telescope upgrade and DAQ of additional layers", Astrophys. Space Sci. Trans., 7, 187 189, 2011. 8/10 = 0.8 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.43 1) V.B. Petkov, M.G. Kostyuk, R.V. Novoseltseva, Yu.F. Novoseltsev, L.V. Volkova, P.S. Striganov, M.M. Boliev,  Temperature variations of high energy muon flux , Proc of 32nd International Cosmic Ray Conference (Beijing, China, August 11-18), icrc0685, 2011. 6*1.5/7 = 1.3 2) M. Berkova, V. Petkov, M. Kostyuk, R. Novoseltseva, Yu. Novoseltsev, P. Striganov, M. Boliev, V. Yanke,  Seasonal variation of the muon flux seen by BUST , Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0751, 2011. 6*1.5/8 = 1.13 LVAL >=D5@5=F88, =5 >?C1;8:>20=>: 26 1) .. >ABN:,  AA;54>20=85 2;8O=8O $>@1CH - ?>=865=89 =0 @538AB@8@C5<K9 ?>B>: <N>=>2 2KA>:>9 M=5@388 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 2) .. >ABN:,  "5<?5@0BC@=K5 20@80F88 ?>B>:0 <N>=>2 2KA>:>9 M=5@388 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0< (31-O ), >A:20, #, 5-9 8N;O 2010. 4 3) M.G. Kostyuk,  Forbush decreases influence on registered high energy muon flux , 22nd European Cosmic Ray Symposium in Turku, Finland, 3 - 6 August 2010. 6 4) M.G. Kostyuk,  Temperature variations of high energy muon flux , 22nd European Cosmic Ray Symposium in Turku, Finland, 3 - 6 August 2010. 6 5) M.G. Kostyuk,  Temperature variations of high energy muon flux , XV-th International School "PARTICLES and COSMOLOGY", May 26 - June 2 , 2011 Troitsk, Moscow Region, Russian Federation. 6LVAL .;8E0=>2 1@038< ;8528G, 15.09.1979, =A, :.D.-<.=.   = 111.69*1.5 = 167.54 C1;8:0F88: 109.44 1) I. Alikhanov,  On parton distributions in a photon gas , Eur. Phys. J. C 65 (2010) 269-273. 3.248*30 = 97.44 2) I. Alikhanov,  Exclusive production of pseudoscalar mesons in neutrino-photon interactions , arXiv:1109.1261v1 [hep-ph] 4 3) I. Alikhanov,  Leptoquark models and the energy spectrum of cosmic rays , arXiv:1101.4010. 4 4) I. Alikhanov,  Production of heavy vector particles in interactions of leptons with the massless gauge bosons , arXiv:1106.5414. 4 >=D5@5=F88, >?C1;8:>20==K5 4>:;04K: 2.25 1) V.B. Petkov, J. Szabelski, A.N. Gaponenko, I. Alikhanov, "High energy muons in EAS and primary composition around the knee", Proc of 32nd International Cosmic Ray Conference, (Beijing, China, August 11-18), icrc0093, 2011. 6*1.5/4 = 2.25CG<57>2 7@5B CE0@18528G, 09.03.1986, AB065@-8AA;54>20B5;L ;01. !".   = 6.71*2 = 13.42 C1;8:0F88:: 2.71 1) .. 60??C52, ... 0;018=, -.. 0H5=N:, .. 2>7452A:89, .$. ;8<5=:>, .#. C46052, .. CG<57>2, .. 8E09;>20, .. 5B:>2. "4@>=K A M=5@38O<8 1>;LH5 50 M 2 A>AB025 ( A Ne = 105  107", 725AB8O , A5@.D87., B>< 75, ! 3, A. 389-392, 2011. 0.406*60/9 = 2.71 >=D5@5=F88: 4 1) .. CG<57>2,  AA;54>20=85 04@>=>2 =0 CAB0=>2:5 >25@-2 , 11-O ( -"$, @8M;L1@CAL5, 17 - 23 >:BO1@O 2010 3. 4LVAL !>@>:8= .@89 20=>28G, @>4. 1939 3. =A $/ .   82,14 C1;8:0F88: ...!>@>:8= @>?030B>@ $59=<0=0 4;O G0AB8FK 2 ?>AB>O==>< >4=>@>4=>< M;5:B@><03=8B=>< ?>;5. 725AB8O , A5@. $87.  ?5G0B8. 0.323*60/1*1.5=29.07 ...!>@>:8=. $59=<0=>2A:89 ?@>?030B>@ 4;O G0AB8FK 2 >AF8;;8@CNI5< ?>;5. . 725AB8O , A5@. $87.  ?5G0B8 0.323*60/1*1.5=29.07   58,14 >=D5@5=F88 Yu.I.Sorokin. Feinman propagator for particle in magnetic field. "@C4K 12 564C=0@>4=>3> A5<8=0@0  EMIN-2009 . !B@ 146  148, ., 2010 6/1=6. ...!>@>:8=. @>?030B>@ $59=<0=0 4;O G0AB8FK 2 ?>AB>O==>< >4=>@>4=>< M;5:B@><03=8B=>< ?>;5. >:;04 =0 564C=0@>4=>9 :>=D. /4@>-2010. !1, 2010 6/1=6 $59=<0=>2A:0O :20=B>20O <5E0=8:0, @048CA M;5:B@>=0 8 @07<5@ A5;5==>9. >:;04 =0 A5<8=0@5 ?0<OB8 -..!>A=>2F0 8 !..C7=5F>20. 02.06.2010, /$ #. 6/1=6 ...!>@>:8=. $59=<0=>2A:89 ?@>?030B>@ 4;O G0AB8FK 2 >AF8;;8@CNI5< ?>;5. >:;04 =0 564C=0@>=>9 :>=D5@5=F88 /4@> 2011, !0@>2, 2011. 6/1=6   24 !C<<.  : 82,140@0G:>2 8E08; ;5:A0=4@>28G, 22.02.1988, AB065@-8AA;54>20B5;L (0.5 AB02:8) ;01. !", 0A?8@0=B / .   = 4*1.5= 6.0 >=D5@5=F88: 4.0 1) .. 0@0G:>2  @>5:B CAB0=>2:8 4;O ?>8A:0 8 87CG5=8O 48A:@5B=KE 8AB>G=8:>2 :>A<8G5A:>3> 30<<0-87;CG5=8O 2KA>:>9 8 A25@E2KA>:>9 M=5@388 , 11-O ( -"$, @8M;L1@CAL5, 17 - 23 >:BO1@O 2010 3. 4LVALOG "C@8=35 =4@59 @8A>28G, @>4 15.12.1956, A=A $/ ,   70 2010  2011 33. = 114,95 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL 104,241601(2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,5414. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  LVAL :30*2.015/10=6,045 15. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Submitted to Prog.Part.Nucl.Phys., 2011. 30*2.991*0.7/10=6.28  : 30*0,467/10=1,40 " : 71,35 >=D5@5=F88: 1. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 2. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 3. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 6/6 =1,0 4. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , STORI- 2011, Frascati, Italy.  : 30/4 =7.5 5. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . , Int.School on Nucl.Phys. Eriche, 2011, Italy.  : 30/4 =7.5 6. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, 61 564C=0@>4=0O :>=D5@5=F8O /  2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 (!0@>2, 10-14 >:BO1@O 2011 3.). !1>@=8: B578A>2 4>:;04>2, 2011.  : 6/4 =1.5 " : 22,0 C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 4/10 =0.4 2. Gurzadyan, V. G.LVAL ,.. Lapik, A.,.. Nedorezov, V., & .Rudnev, N., Turinge, A.,.. A new limit on the light speed isotropy from the GRAAL experiment at the ESRF (2010) http://arxiv.org/abs/1004.2867  : 4/10 =0.4 3. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. ,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 4/10 =0.4 4. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. arXive 1009.1299 [nucl-ex] 2010.  : 4/10 =0.4 " : 1,6 C:>2>4AB2> ABC45=B0<8  48?;><=8:0<8 (A>2<5AB=> A CA0:>2K< ..): ><;52 ;5:A0=4@ =4@5528G, #, 2010, 2011   = 20 B>3> 20 " 114,95LVALOG "C;C?>2 >@8A ;5:A5528G, 06.08.1931, :.D.-<.=, A=A.,   70 2010-2011 3. C1;8:0F88: 1. .."C;C?>2, ..#@8=.  @>AB59H85 D>B>O45@=K5 @50:F88 A 2>71C645=85<: 87>25:B>@=KE 3830=BA:8E 48?>;L=>3> 8 :204@C?>;L=>3> @57>=0=A>2: ?>;C<8:@>A:>?8G5A:>5 >?8A0=85  . (2 ?5G0B8) /$ 75, (2012).  =0.914*60/2=27.42 2. B.A. Tulupov and M.H.Urin.  The Simplest Photonuclear Reactions Accompanied by Excitation of the Isovector Giant Dipole and Quadrupole Resonances: Semimicroscopic Description . (2 ?5G0B8) Phys. At. Nucl., 72(2012).  =0.914*60/2=27.42 >=D5@5=F88: 1. B.A.Tulupov, M.H.Urin. The Semimicroscopic Description of the Simplest Photonuclear Reactions with Giant Dipole Resonance Excitation. Proc. of the XII International Seminar on Electromagnetic Interactions of Nuclei EMIN-2009 (Moscow, September 17-20 2009), Moscow 2010, p.101.  =1.5*6/2=4.5 2. .. "C;C?>2, .. #@8=. >;C<8:@>A:>?8G5A:>5 >?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89 A 2>71C645=85< 3830=BA:>3> 48?>;L=>3> @57>=0=A0. >:;04, ?@54AB02;5==K9 =0 =0CG=CN A5AA8N /# $ -2010 . ( >A:20, O=20@L 2010).  =1.5*4/2=3 3. B.A.Tulupov, M.H.Urin. On Semimicroscopic Description of Simplest Photonuclear Reactions with Excitation of the Isovector Giant Dipole and Quadrupole Resonances, LX International Conference on Nuclear Physics  NUCLEUS 2010 , July 6-9, Saint-Petersburg 2010.  =1.5*6/2=4.5 4. .."C;C?>2, ..#@8=.  >;C<8:@>A:>?8G5A:>5 >?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89 A 2>71C645=85< 3830=BA:8E 87>25:B>@=KE 1 8 2 @57>=0=A>2 . >:;04, ?@54AB02;5==K9 =0 =0CG=CN A5AA8N /# $ (>A:20, D52@0;L 2011).  =1.5*4/2=3 5. B.A.Tulupov, M.H.Urin. Semimicroscopic Description of the Fast Neutron Radiative Capture. 19th International Seminar on Interaction of Neutrons with Nuclei (ISINN-19, Dubna, Russia, May 25-28, 2011).  ==1.5*6/2=4.5 6. .."C;C?>2, ..#@8=.  >;C<8:@>A:>?8G5A:>5 >?8A0=85 ?@>AB59H8E D>B>O45@=KE @50:F89  LVAL A 2>71C645=85< 87>25:B>@=KE 3830=BA:8E 48?>;L=>3> 8 :204@C?>;L=>3> @57>=0=A>2 . 61 564C=0@>4=0O :>=D5@5=F8O /4@>-2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0, !0@>2, -$, 10-14 >:BO1@O 2011).  =!.5*6/2=4.5 B>3>:  = 27.42+27.42+4.5+3+4.5+3+4.5+4.58=78.84LVALOG CA0:>2 @BC@ ;048<8@>28G, 25.11.1964, =. A. 1. S.S.Verbitsky, V.N.Emkhonov, A.M.Lapik, D.Yu.Maksimov, A.V.Rusakov, G.V.Solodukhov, M.A.Tikanov, A.NB.Tselebrovsky, A.A.Shilyaev. Discrimination of Particles by the Scintillation Pulse Shape (in the Electron Energy Range of 0.5 4.0 MeV) Using the Zero-Crossing Method. Instr. and Exp. Tech. 2010, v.53, no.3, pp 368  373 8/9H"0.9 2. 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, ...0:A8<>2, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89, ..(8;O52. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 (?@8 M=5@38OE M;5:B@>=>2 50 :M  4 M) <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O.   +  "% -! ", 2010, ! 3, A.55-60 8/9H"0.9 3. !.!.5@18F:89, ..<>E>=>2, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."8:0=>2, .."C@8=35, ..&5;51@>2A:89. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. 725AB8O , A5@. $87., B>< 75, !11, A. 1640-1645 0.277*60/9*1.5 H" 2.8 4. S. S. Verbitskii, V. N. Emokhonov, A. M. Lapik, V. G. Nedorezov, A. V. Rusakov, G. V. Solodukhov, M. A. Tikanov, A. A. Turinge, A. N. Tselebrovskii. Applying the Photonuclear Technique to Fissile Materials Detection, Bulletin of the Russian Academy of Sciences: Physics, Vol. 75, No. 11, 2011, p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andaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL 104,241601(2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,5414. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011. LVAL :30*2.015/10=6,045 15. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Submitted to Prog.Part.Nucl.Phys., 2011. 30*2.991*0.7/10=6.28  : 30*0,467/10=1,40 " : 71,35 >=D5@5=F88: 1. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 2. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 3. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 6/6 =1,0 4. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , STORI- 2011, Frascati, Italy.  : 30/4 =7.5 5. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . , Int.School on Nucl.Phys. Eriche, 2011, Italy.  : 30/4 =7.5 6. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, 61 564C=0@>4=0O :>=D5@5=F8O /  2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 (!0@>2, 10-14 >:BO1@O 2011 3.). !1>@=8: B578A>2 4>:;04>2, 2011.  : 6/4 =1.5 " : 22,0 C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 4/10 =0.4 2. Gurzadyan, V."LVAL2 G.,.. Lapik, A.,.. Nedorezov, V., & .Rudnev, N., Turinge, A.,.. A new limit on the light speed isotropy from the GRAAL experiment at the ESRF (2010) http://arxiv.org/abs/1004.2867  : 4/10 =0.4 3. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. ,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 4/10 =0.4 4. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. arXive 1009.1299 [nucl-ex] 2010.  : 4/10 =0.4 " : 1,6 " 94,95LVALOG   >;>=A:89 .. =48284C0;L=K9: 49.554+12=61.554 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2010-2011 33. 1. V.L. Kashevarov, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & First measurement of the circular beam asymmetry in the p!0p reaction Phys. Lett. B 693 (2010) 551 554 5.255*30*0.1=15.765 2. S. Schumann,& , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Radiative 0 photoproduction on protons in the +(1232) region Eur. Phys. J. A 43 (2010) 269 2.592*30*0.1=7.776 3. E.F. McNicoll, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Experimental study of the  p!p reaction with the Crystal Ball detector at the Mainz Microtron (MAMI C) Phys. Rev. C 82 (2010) (2010) 035208 3.416*30*0.1=10.248 4. H. Berghuser, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Determination of the -transition form factor in the p!p!pe+e" reaction. Phys.Lett.B 701:562-567,2011 5.255*30*0.1=15.765 B>3>: 49.554 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 1.HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 2.HK 7.5 First double polarized photoproduction on a 3He target at MAMI 3.HK 7.8 Construction and test of a transverse superconducting holding magnet 4.HK 10.1 FPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 5. HK 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 6. HK 17.5 In-Medium Modifikationen des -Mesons 7. HK 26.5  Photoproduction off 3He 8. HK 26.6  photoproduction off 3He : Search for -mesic nuclei 9. HK 52.2 Recent results from the Crystal Ball at MAMI experiment 10. HK 52.3 Strahlungsbegleitete 0-Photoproduktion im BerLVALeich der +(1232.-Resonanz 11. HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 12. HK 54.2  und  Physik mit dem Crystal Ball an MAMI Mnster, 21. - 25. Mrz 2011 http://www.dpg-verhandlungen.de/2011/muenster/index.html 13. HK 4.6 First Doubly Polarised Photoproduction on 3He at the Photon Beam of MAMI 14. HK 7.3 Development of a time projection chamber for Crystal Ball at MAMI 15. HK 11.5 In-Medium Modifikationen des -Mesons nahe der Produktionsschwelle 16. HK 14.7 FPGA basierendes Elektronstrahl-Polarimeter und zellularer Clusterz4hler fr das Crystal-Ball-Experiment am Mainzer Mikrotron (MAMI) 17. HK 17.3 Spin Observables in Compton Scattering with the CB@MAMI Detector System 18. HK 17.4 Measurement of the photon asymmetry in neutral pion production from the proton near threshold 19. HK 28.9 Status des neuen Spektrometers zur Energiemarkierung von hochenergetischen Photonen an MAMI-C 20. HK 43.9 Investigation of the Dalitz decay of the  and the 0-meson and determination of the  form factor B>3>, 6*0.1*20=12LVALOG 54>@57>2 ;048<8@ 5>@38528G @>4 13.09.1946, 702. 01, $/ ,   70 2010  2011 33. = 251,81   @C:>2>48B5;O=251,81*0.5 + 91,13*0,75= 125,90 + 68,35 = 194,20 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8 J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL (2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. A.Antonov , ..V.G.Nedorezov, A.A.Turinge e.a.  The electron-ion scattering experiment ELISe at the ILVAL nternational Facility for Antiproton and Ion Research (FAIR): A conceptual design study. Nucl.Instrum.Meth.A637:60-76,2011.  : 30*1,442/10 =4,326 10. >>? .., (0BC=>2 ... ,54>@57>2 .. , $><8G52 .!. ,'C;:>2 .. @>5:B ELISe: M;5:B@>=-8>==K9 :>;;0945@ 2 8AA;54>20B5;LA:>< F5=B@5 8>=>2 8 0=B8?@>B>=>2 FAIR B><=0O M=5@38O , 2 ?5G0B8, 2011.  : 30*0,071 =2,13 11. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  :30*2.015/10=6,045 12. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Submitted to Prog.Part.Nucl.Phys., 2011.   30*2.991*0.7/10=6.28 " : 97,941 >=D5@5=F88: 1. ...@8H:8=, . . 5;O52, .. 54>@57>2, .. C4=52, !.!. >48>=>20, A... "C@8=35, $548= .. &8D@>20O @5=B35=>2A:0O 45=A8B><5B@8O. "@C4K <564. >=3@5AA0 ?> <54.D878:5, 2010 1 >A:20.  : 30/7 =4.28 2. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for the GRAAL Collaboration. New GRAAL data on nucleon photoabsorption in the nucleon resonance energy region. Book of abstracts of the XX Int.Baldin Sem.on High Energy Physics Problems. (Baldin ISHEPP XX) Dubna, October 2010, p.75.  : 30/3 =10.0 6. N.V.Rudnev*, V.G.Nedorezov, A.A.Turinge for GRAAL Collaboration. Modification of nucleons in nuclear medium in accordance with new experimental GRAAL data on total photoabsorption cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 72.  : 30*/3 =10.0 7. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 8. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesonsLVAL with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 9. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 30/6 =5,0 10). N.Rudnev, A.Ignatov, A.Lapik, A.Mushkarenkov, V.Nedorezov, A.Turinge for the GRAAL collaboratiion Total photoabsorption on quasi free nucleons at 600  1500 MeV Proc. Of INT.Conf. EMIN-2009. ;5=0@=K9 4>:;04.  : 30/6=5.00 11) V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , STORI- 2011, Frascati, Italy.  : 30/4 =7.5 12) A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . , Int.School on Nucl.Phys. Eriche, 2011, Italy.  : 30/4 =7.5 13) A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, 61 564C=0@>4=0O :>=D5@5=F8O /  2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 (!0@>2, 10-14 >:BO1@O 2011 3.). !1>@=8: B578A>2 4>:;04>2, 2011.  : 6/4 =1.5 14) ..54>@57>2. -:A?5@8<5=B0;L=K5 ?@>5:BK 4;O 5- :>;;0945@>2. '5@5=:>2A:85 GB5=8O, $ (2011) 6 AB@.   = 20 15) ..54>@57>2.708<>459AB285 @50;L=KE 8 28@BC0;L=KE D>B>=>2 A O4@0<8 8 =C:;>=0<8 2 @57>=0=A=>9 >1;0AB8 M=5@389. !5AA8O /$ , "-$ (2011).   = 20 " 65,28 C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 17. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 4/10 =0.4 18. Gurzadyan, V. G.,.. Lapik, A.,.. Nedorezov, V., & .Rudnev, N., Turinge, A.,..  LVAL A new limit on the light speed isotropy from the GRAAL experiment at the ESRF (2010) http://arxiv.org/abs/1004.2867  : 4/10 =0.4 19. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. ,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 4/10 =0.4 20. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. arXive 1009.1299 [nucl-ex] 2010.  : 4/10 =0.4 " : 1.6 #G.?>A>185. ..CH:0@5=:>2, ..54>@57>2. -;5:B@><03=8B=K5 2708<>459AB28O O45@. 74. #, 11 @54.874. ;8AB>2. 2010   = 11 C:>2>4AB2> 0A?8@0=B0<8 : 5;>CA>2 =B>= .@L528G 2010   = 30 " 30 C:>2>4AB2> ABC45=B0<8  48?;><=8:0<8 (A>2<5AB=> A CA0:>2K< ..): >@H:>2 8E08; 8:>;0528G, #, 2009, 2010   = 20/2 = 10 '5B25@B:>2 8E08; ;5:A0=4@>28G , #, 2009, 2010 ,  = 20/2 = 10 "82:>2 0A8;89 # , 2010   = 10 B>3> 30 C@A ;5:F89 4;O ABC45=B>2 4-3> :C@A0 (1 A5<5AB@ (50 G0A>2) 2 3>4C =0 $87D0:5 #) 2009 -;5:B@><03=8B=K5 2708<>459AB28O O45@ , 4>@01>B:0   = 8 !5<8=0@A:85 70=OB8O 2009 :><?LNB5@=K5 <5B>4K >1@01>B:8 M:A?5@8<5=B0;L=KE 40==KE   = 8 " 251,281LVALOG   2010 - 2011 CH:0@5=:>2 ;5:A0=4@ 8:>;0528G, =A, 19.12.1980 = 111,091 C1;8:0F88: 1. A. Mushkarenkov for the GRAAL collaboration, .Photoproduction of pi0 on the proton and deuteron at E. = 0.7  .5 GeV., Int. J. of Mod. Phys. E, Vol. 19, Issues 5-6, pp. 1197-1204, 2010;   : 30*0.497*0.7/10 = 1.44 2. G.Mandaglio, ..., A. Ignatov, A.Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge (32 authors), .Beam asymmetry measurements on the photoproduction off neutrons., Phys.Rev.C82:045209,2010;   : 30*3.477/10 = 10.431 3. V. Kashevarov, ..., A. Mushkarenkov, et al. (>10 authors), .First measurement of the circular beam asymmetry in the gamma p  > pi0 eta p reaction., Phys.Lett.B693:551554, 2010;  : 30*5.083/10 = 15.249 4. E.F. McNicoll, ..., A. Mushkarenkov, et al. (>10 authors), .Study of the 30<<0 p reaction with the Crystal Ball detector at the Mainz Microtron(MAMI-C)., Phys.Rev.C82:035208,2010.  : 30*3.477/10 = 10.431 5. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 6. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 7. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 8. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 9. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts 2LVALBof the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 10. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 8B>3>: 109,461 E-prints: 10. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 4/10 =0.4 11. Gurzadyan, V. G.,.. Lapik, A.,.. Nedorezov, V., & .Rudnev, N., Turinge, A.,.. A new limit on the light speed isotropy from the GRAAL experiment at the ESRF (2010) http://arxiv.org/abs/1004.2867  : 4/10 =0.4 12. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. ,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 4/10 =0.4 20. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. arXive 1009.1299 [nucl-ex] 2010.  : 4/10 =0.4 B>3>: 1,6 A53> 111,091LVALOG   8A8= .. =48284C0;L=K9 65.106+12=77.106 !@54=89 ?> ?>4@0745;5=8N (61.554+77.106+77.106)/3=71.922   @C:>2>48B5;O 77.106*0.5+71.922*0.75=92.494 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2010-2011 33. 1. V.L. Kashevarov, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & First measurement of the circular beam asymmetry in the p!0p reaction Phys. Lett. B 693 (2010) 551 554 5.255*30*0.1=15.765 2. J. Ahrens, & , R. Kondratiev, & , V. Lisin,& Helicity dependence of the d ! NN reactions in the -resonance region Eur. Phys. J. A 44 (2010) 189 201 2.592*30*0.1=7.776 3. S. Schumann,& , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Radiative 0 photoproduction on protons in the +(1232) region Eur. Phys. J. A 43 (2010) 269 2.592*30*0.1=7.776 4. E.F. McNicoll, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Experimental study of the  p!p reaction with the Crystal Ball detector at the Mainz Microtron (MAMI C) Phys. Rev. C 82 (2010) (2010) 035208 3.416*30*0.1=10.248 5. J. Ahrens, & , R. Kondratiev, & , V. Lisin, & Measurement of the helicity dependent total cross section for the n!p"0 reaction Eur. Phys. J. A 47 (2011) 36 2.592*30*0.1=7.776 6. H. Berghuser, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Determination of the -transition form factor in the p!p!pe+e" reaction. Phys.Lett.B 701:562-567,2011 5.255*30*0.1=15.765 B>3>: 65.106 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 1.HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 2.HK 7.5 First double polarized photoproduction on a 3He target at MAMI 3.HK 7.8 Construction and test of a transverse superconducting holding magnet 4.HK 10.1 LVALFPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 5. HK 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 6. HK 17.5 In-Medium Modifikationen des -Mesons 7. HK 26.5  Photoproduction off 3He 8. HK 26.6  photoproduction off 3He : Search for -mesic nuclei 9. HK 52.2 Recent results from the Crystal Ball at MAMI experiment 10. HK 52.3 Strahlungsbegleitete 0-Photoproduktion im Bereich der +(1232.-Resonanz 11. HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 12. HK 54.2  und  Physik mit dem Crystal Ball an MAMI Mnster, 21. - 25. Mrz 2011 http://www.dpg-verhandlungen.de/2011/muenster/index.html 13. HK 4.6 First Doubly Polarised Photoproduction on 3He at the Photon Beam of MAMI 14. HK 7.3 Development of a time projection chamber for Crystal Ball at MAMI 15. HK 11.5 In-Medium Modifikationen des -Mesons nahe der Produktionsschwelle 16. HK 14.7 FPGA basierendes Elektronstrahl-Polarimeter und zellularer Clusterz4hler fr das Crystal-Ball-Experiment am Mainzer Mikrotron (MAMI) 17. HK 17.3 Spin Observables in Compton Scattering with the CB@MAMI Detector System 18. HK 17.4 Measurement of the photon asymmetry in neutral pion production from the proton near threshold 19. HK 28.9 Status des neuen Spektrometers zur Energiemarkierung von hochenergetischen Photonen an MAMI-C 20. HK 43.9 Investigation of the Dalitz decay of the  and the 0-meson and determination of the  form factor B>3>, 6*0.1*20=12LVALOG 0?8: ;5:A0=4@ 8E09;>28G @>4 28.05.1953, =A,   70 2010  2011 C1;8:0F88: 1. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. Phys.Rev. C82 (2010) 04455209. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 30*3.61/10 =10.8 2. V.Vegna, N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. Omega photoproduction at GRAAL Int.J.Mod.Phys. E19 (2010) 1241-1248.  : 30*0.982*0.7/10=6.28 3. A.Mushkarenkov e.a. Photoproduction of pi0 pi+ on the proton and deuteron at E(gamma) = 0.7-GeV - 1.5-GeV.Int.J.Mod.Phys. E19:1197-1204,2010.  : 30*0.982*0.7/10=6.28 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. PRL 104,241601(2010) in print, arXive 1009.1299 [nucl-ex] 2010.  : 30*7,18/10 =21,54 9. S.S.Verbitsky,..., A.M.Lapik, A.V.Rusakov e.a. Pulse shape discrimination of the particles with energies 50 keV  4 MeV by the method of crossing the zero level. InstrLVAL uments and Experimental Techniques v.53,no.3,pp368-373 (2010). 0.165*60/9H"1.1 10. !.!.5@18F:89, & , ..0?8:, .. CA0:>2 8 4@.8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 ?@8 M=5@38OE M;5:B@>=>2 50 :M  4 M <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O.   +  "% -! ", 2010, ! 3,c.55-60 0.165*60/9H"1.1 11. !.!.5@18F:89, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."C@8=35. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. 725AB8O , A5@. $87., B.75,!11,AB@.1640-1645 0.277*60/9*1.5 H" 2.8 12. S. S. Verbitskii, V. N. Emokhonov, A. M. Lapik, V. G. Nedorezov, A. V. Rusakov, G. V. Solodukhov, M. A. Tikanov, A. A. Turinge, A. N. Tselebrovskii. Applying the Photonuclear Technique to Fissile Materials Detection, Bulletin of the Russian Academy of Sciences: Physics, Vol. 75, No. 11, 2011, p. 1544-1548 0.277*60/9*1.5 H" 2.8 13. 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89. 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 2 480?07>=5 =87:8E M=5@389 6 100 :M ?> M;5:B@>=0< A 8A?>;L7>20=85< ;8=59=KE D8;LB@>2. "-, 2 ?5G0B8. 0.165*60/7H"1.4 14. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , submitted to Eur.J.of Phys, 2011.  :30*2.015/10=6,045 15. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . Submitted to Prog.Part.Nucl.Phys., 2011. 30*2.991*0.7/10=6.28 " : 100.7 >=D5@5=F88: 16. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 17. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  LVAL Experimental study on interaction of eta-mesons with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 18. S.S.Verbitski, A.M.Lapik, V.G.Nedorezov, A.V.Rusakov, G.V.Solodukhov A.A.Turinge  Application of photonuclear technique for detection of fissible materials Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 418.  : 6/6 =1,0 19. V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, A.A.Turinge .  Recent GRAAL Results on Nucleon Spectroscopy at 750-1500 MeV , STORI- 2011, Frascati, Italy.  : 30/4 =7.5 20. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev,  Simultaneous photo-production measurement of $\pi$ and $\eta$ mesons on nucleons at 680  1500 MeV . , Int.School on Nucl.Phys. Eriche, 2011, Italy.  : 30/4 =7.5 21. A.A.Turinge, V.G.Nedorezov, A.M.Lapik, N.V.Rudnev, 61 564C=0@>4=0O :>=D5@5=F8O /  2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 (!0@>2, 10-14 >:BO1@O 2011 3.). !1>@=8: B578A>2 4>:;04>2, 2011.  : 6/4 =1.5 " : 29.5 C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 17. G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam asymmetry S measurements 0n the p- photoproduction off neutrons. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 4/10 =0.4 18. Gurzadyan, V. G.,.. Lapik, A.,.. Nedorezov, V., & .Rudnev, N., Turinge, A.,.. A new limit on the light speed isotropy from the GRAAL experiment at the ESRF (2010) http://arxiv.org/abs/1004.2867  : 4/10 =0.4 19. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scat6 LVALF tering of high energy electrons. ,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 4/10 =0.4 20. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. arXive 1009.1299 [nucl-ex] 2010.  : 4/10 =0.4 " : 1.6 " 131.8LVALOG $ : C7=5F>2 OG5A;02 ;5:A0=4@>28G B45; : $/ , A5:B>@ -$" >;6=>ABL: =0CG=K9 A>B@C4=8: (0.1 AB02:8) 1. !B0BL8 2 <564C=0@>4=KE @5D5@8@C5<KE 6C@=0;0E 1. . V.Kuznetsov, M.Polyakov, and M.Thurmann ``On Narrow Nucleon Excitation N*(1685) 8AL<0 8 -"$, 94, 543 (2011)  : 1.557*60/3=31.14 2. V.Kuznetsov et al., (20 co-authors) ``Evidence for Narrow N_(1685) Resonance in Quasifree Compton Scattering on the Neutron Phys. Rev. C. 83:022201(R) (2011)  : 3.416*30/20=10.25 3. A.Ni et al., (9 co-authors) ``Time-of-Flight Resolution of the CTOF@CLAS12 prototype Counter equipped with magnetic-resistant fine-mesh photomultipliers Journal of Instrumentation, JINST 5 P11001 (2010).  : 30*3.148/9=10.49 4. V.Kuznetsov et al, (7 co-authors) ``Comparison of the time resolution of a fine-mesh (HP R7761-70) to a standard linear (HP R2083) photomultiplier Nuclear Instr. & Meth. A 621, 184 (2010)  : 30*1.142/7=4.89 2. C1;8:0F88 M;5:B@>==KE 5-?@8=B>2 5. M.Amoryan et al., (12 co-authors) `` Observation of a narrow structure in p(gamma,K_s)X via interference with phi-meson production. arXiv:1110.3325 [hep-ex]  : 4/12=0.4 6. A.V.Anisovich et al., (7 co-authors) ``Search for Narrow Nucleon resonance in gamma p -> eta p. arXiv:1108.3010 [hep-ex]  : 4/7=0.57 7. V.Kuznetsov, M.Polyakov, and M.Thurmann ``On Narrow Nucleon Excitation N*(1685) arXiv:1102.5209 [hep-ex]  : 4/3=1.33 8. V.Kuznetsov et al., (20 co-authors) ``Evidence for Narrow N_(1685) Resonance in Quasifree Compton Scattering on the Neutron arXiv:1003.4585 [hep-ex]  : 4/22=0.4 6. >:;04K =0 564C=0@>4=KE >=D5@5=F8OE 1. . V.Kuznetsov ``Evidence for Narrow N*(1685) Resonance @83;0H5==K9 ?0@0;;5;L=K9 4>:;04 =0 564C=0@>4=>9 >=D5@5=F88 ``Hadron Nuclear Physics 2011 , Feb 21 24, 2011, Pohang, Republic of Korea. http://www.apctp.org/hnp2011/index.php >B>28BLVALAO : ?5G0B8 2 "@C40E >=D5@5=F88 =0 =0 ?>@B0;5 2@>?59A:>3> D878G5A:>3> 6C@=0;0 http://www.epj-conferences.org/  : 30*1=30 1. V.Kuznetsov ``Evidence for Narrow N*(1685) Resonance @83;0H5==K9 ?0@0;;5;L=K9 4>:;04 =0 564C=0@>4=>9 >=D5@5=F88 ?> AB@C:BC@5 10@8>=>2 BARYONS 10 , Dec. 7-11, 2010, Osaka, Japan. http://www.rcnp.osaka-u.ac.jp/~baryons/home.html ?C1;8:>20=> 2 "@C40E >=D5@5=F88 <5@8:0=A:8< D878G5A:8L =AB8BCB>B (AIP) http://proceedings.aip.org/   6/1.5=9 2. V.Kuznetsov, M.Polyakov, `` Evidence for Narrow N*(1685) Resonance Invited talk at the Int. Conference Excited QCD 2010 31 January-6 February 2010- Tatra National Park (Slovakia), http://th.physik.uni-frankfurt.de/~excitedqcd/2010.html ?C1;8:>20=> 2 "@C40E >=D5@5=F88 V.Kuznetsov, M.Polyakov `` A Case for Narrow Nucleon Excitation N(1685) Proceeding of the International Conference ``Excited QCD Tatranska Lomniza, Slovakia, January 31  February 6 2010. Acta Physica Polonica B Proceeding Suppl. 1015 (2010)   30*1.5/2=22.5 B>3>2K9  : 31.14+10.25+10.49+4.89+0.4+0.57+1.33 +0.4+30+9+22.5= 120.97LVALOG   >=4@0BL52 .. =48284C0;L=K9: 65.106+12=77.106 C1;8:0F88 2 @5D5@8@C5<KE 6C@=0;0E 2010-2011 33. 1. V.L. Kashevarov, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & First measurement of the circular beam asymmetry in the p!0p reaction Phys. Lett. B 693 (2010) 551 554 5.255*30*0.1=15.765 2. J. Ahrens, & , R. Kondratiev, & , V. Lisin,& Helicity dependence of the d ! NN reactions in the -resonance region Eur. Phys. J. A 44 (2010) 189 201 2.592*30*0.1=7.776 3. S. Schumann,& , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Radiative 0 photoproduction on protons in the +(1232) region Eur. Phys. J. A 43 (2010) 269 2.592*30*0.1=7.776 4. E.F. McNicoll, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Experimental study of the  p ! p reaction with the Crystal Ball detector at the Mainz Microtron (MAMI-C) Phys. Rev. C 82 (2010) (2010) 035208 3.416*30*0.1=10.248 5. J. Ahrens, & , R. Kondratiev, & , V. Lisin, & Measurement of the helicity dependent total cross section for the n!p"0 reaction Eur. Phys. J. A 47 (2011) 36 2.592*30*0.1=7.776 6. H. Berghuser, & , R. Kondratiev, & , V. Lisin, & , A. Polonski, & Determination of the -transition form factor in the p!p!pe+e" reaction. Phys.Lett.B 701:562-567,2011 5.255*30*0.1=15.765 B>3>: 65.106 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference ( HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne) Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 1.HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 2.HK 7.5 First double polarized photoproduction on a 3He target at MAMI 3.HK 7.8 Construction and test of a transverse superconducting holding magnet 4.HK 10.1 FPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 5. HKLVAL 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 6. HK 17.5 In-Medium Modifikationen des -Mesons 7. HK 26.5  Photoproduction off 3He 8. HK 26.6  photoproduction off 3He : Search for -mesic nuclei 9. HK 52.2 Recent results from the Crystal Ball at MAMI experiment 10. HK 52.3 Strahlungsbegleitete 0-Photoproduktion im Bereich der +(1232.-Resonanz 11. HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 12. HK 54.2  und  Physik mit dem Crystal Ball an MAMI Mnster, 21. - 25. Mrz 2011 http://www.dpg-verhandlungen.de/2011/muenster/index.html 13. HK 4.6 First Doubly Polarised Photoproduction on 3He at the Photon Beam of MAMI 14. HK 7.3 Development of a time projection chamber for Crystal Ball at MAMI 15. HK 11.5 In-Medium Modifikationen des -Mesons nahe der Produktionsschwelle 16. HK 14.7 FPGA basierendes Elektronstrahl-Polarimeter und zellularer Clusterz4hler fr das Crystal-Ball-Experiment am Mainzer Mikrotron (MAMI) 17. HK 17.3 Spin Observables in Compton Scattering with the CB@MAMI Detector System 18. HK 17.4 Measurement of the photon asymmetry in neutral pion production from the proton near threshold 19. HK 28.9 Status des neuen Spektrometers zur Energiemarkierung von hochenergetischen Photonen an MAMI-C 20. HK 43.9 Investigation of the Dalitz decay of the  and the 0-meson and determination of the  form factor B>3>: 6*0.1*20=12LVALOG 3=0B>2 ;5:A0=4@ !5@35528G, =A, :.D.-<.=. 19.12.1980 = 109,651 C1;8:0F88: 1. G.Mandaglio, ..., A. Ignatov, A.Lapik, A. Mushkarenkov, V. Nedorezov, N. Rudnev, A. Turinge (32 authors), .Beam asymmetry measurements on the photoproduction off neutrons., Phys.Rev.C82:045209,2010;   : 30*3.477/10 = 10.431 2. V. Kashevarov, ..., A. Mushkarenkov, et al. (>10 authors), .First measurement of the circular beam asymmetry in the gamma p  > pi0 eta p reaction., Phys.Lett.B693:551554, 2010;  : 30*5.083/10 = 15.249 3. E.F. McNicoll, ..., A. Mushkarenkov, et al. (>10 authors), .Study of the 30<<0 p reaction with the Crystal Ball detector at the Mainz Microtron(MAMI-C)., Phys.Rev.C82:035208,2010.  : 30*3.477/10 = 10.431 4. M.Manganaro, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge. e.a. Preliminary results on eta-prime photoproduction at GRAAL. Int. J. Mod. Phys. 19:1177-1182,2010.  : 30*0.982*0.7/10=6.28 5. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. Phys.Rev.Lett.104:241601,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 30*7,18/10 =21,54 6. G.Mandaglio e.a. Data analysis and event identification of the gamma + n ---> pi- + p reaction. Acta Phys.Polon.B41:399-404,2010.  : 30*0.591/10=1.77 7. .. C4=52, .!.3=0B>2, ..0?8:, ..CH:0@5=:>2, ..54>@57>2, .."C@8=35. >;=K5 A5G5=8O D>B>?>3;>I5=8O =0 ;53:8E O4@0E 2 >1;0AB8 M=5@389 600-1500 M. /$ 73, 8 (2010) 1-5.  : 60*0,467/6 = 4,67 8. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Partial meson production cross sections , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 150.  : 30/5 =6,0 9. N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge for GRAAL Collaboration.  Experimental study on interaction of eta-meso6LVALFns with carbon nuclei , Book of abstracts of the 60  th Int. Conf.  Nucleus-2010. S.Petersburg, june 2010, p. 161.  : 30/5 =6,0 8B>3>: 109,461 E-prints: 1.G. Mandaglio, & N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge Beam symmetry S measurements ot pi0n the p- phoproduction off neutrons. ArXiv : 1010.1715 v1 [nucl-ex] 8 Oct 2010.  : 4/10 =0.4 2. Gurzadyan, V. G.,.. Lapik, A.,.. Nedorezov, V., & .Rudnev, N., Turinge, A.,.. A new limit on the light speed isotropy from the GRAAL experiment at the ESRF (2010) http://arxiv.org/abs/1004.2867  : 4/10 =0.4 3. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. ,2010. e-Print: arXiv:1005.5230 [hep-ex].  : 4/10 =0.4 4. J.P.Bocquet,& N.V.Rudnev*, A.S.Ignatov, V.G.Nedorezov, A.M.Lapik, A.A.Turinge,  Limits on light-speed anisotropies from Compton scattering of high energy electrons. arXive 1009.1299 [nucl-ex] 2010.  : 4/10 =0.4 A53> 109,651LVALOG C@528G @83>@89 0=>28G, 28.11.1935, 4.D-<.=., 702. A5:B>@><,   70 2010-2011 33.   70 2010-2011 33.= 212.93,   @C:>2>48B5;O=186.1 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 1. .. C@528G, ..@78=:O=, ..0@D5=>20. 5@2>5 87<5@5=85 O45@=>3> <03=8B=>3> <><5=B0 254Es. 725AB8O  (A5@. $87.) 74, 4 (2010) 574-577. 0.294*60/3=5.9 2. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. First measurement of 254Es magnetic moment. . Bulletin of the Russian Academy of Sciences: Physics. 74, 4 (2010) 535-537. 0.294*60/3=5.9 3. .. C@528G, ..@78=:O=, ..0@D5=>20. #3;>2K5 @0A?@545;5=8O 0;LD0-G0AB8F, 8A?CA:05<KE >@85=B8@>20==K<8 O4@0<8, 8 8E A2O7L A O45@=>9 45D>@<0F859. 725AB8O  (A5@. $87.) 75, 4 (2011) 556-561. 0.294*60/3=5.9 4. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. Angular distributions of alpha particles emitted by oriented nuclei and their relation to nuclear deformation. Bulletin of the Russian Academy of Sciences: Physics 75, 4 (2011) 520-525. 0.294*60/3=5.9 5. .. C@528G, ..@78=:O=, ..0@D5=>20.  2>7<>6=>AB8 CA:>@5=8O a-@0A?040: : ?@>1;5<5 ;8:2840F88 @048>0:B82=KE O45@=KE >BE>4>2. 725AB8O , !5@8O D878G5A:0O (2 ?5G0B8). 0.294*60/3=5.9 6. G.M.Gurevich, A.L.Erzinkyan, V.P.Parfenova. About a possibility of a-decay acceleration: to the problem of radioactive nuclear waste disposal. Bulletin of the Russian Academy of Sciences: Physics (2 ?5G0B8). 0.294*60/3=5.9 7. N.S.Borisov, A.N.Fedorov, G.M.Gurevich, R.L.Kondratiev, M.Korolija, A.B.Lazarev, M.Martinez, S.V.Mironov, A.B.Neganov, V.N.Pavlov, H.Ortega, A.Thomas, Yu.A.Usov. Frozen-spin target for experiments at MAMI C. Nuclear Instruments and Methods A (2 ?5G0B8). 1.142*30/10=3.43 >=>3@0D88: 1. .!. 0B=5@, ..!>:>;, ..C@528G, ..54>@57>2, ..!>;>4CE>2 8 4@. AA;54>20=8O M;5:B@><03=8B=KE 2708<>459AB289 O45@: 2G5@0, A53>4=O, 702B@0. 740B5;LAB2> #, 2011, 204 AB@. >A:20. ISBN 978-5-91304-194-4 (13 ?5G0B=KE ;8AB>2). 13*2/10=2.6 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: 1. .. C@528G, ..@78=:O=, ..0@D5=LVAL >20. 5@2>5 87<5@5=85 O45@=>3> <03=8B=>3> <><5=B0 254Es. 59 564C=0@>4=>5 A>25I0=85 ?> O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 /  2009 ('51>:A0@K, 2009 3.). !5:F8>==K9 4>:;04, >?C1;8:>20= 2 2010 3. 6/3*1.5*0.5=1.5 2. G.M.Gurevich. New frozen-spin target for experiments at MAMI C. @83;0H5==K9 4>:;04. Proc. XII Sem. EMIN-2009 INR RAS, M. 2010. 30*1.5=45 3. G.M.Gurevich. Double polarization experiments at the real photon beam of MAMI-C accelerator. LX International Conference on Nuclear Physics  NUCLEUS 2010 (Saint-Petersburg, July 6-9, 2010). ;5=0@=K9 4>:;04. 30 4. G.M.Gurevich. Angular distributions of alpha particles emitted by oriented nuclei and their relation to nuclear deformation. LX International Conference on Nuclear Physics  NUCLEUS 2010 (Saint-Petersburg, July 6-9, 2010). !5:F8>==K9 4>:;04. 6*1.5=9 5. G.M.Gurevich. Dilution cryostat of the new frozen spin target. EU-SpinMap Conference on Polarized Targets. (Dubrovnik, October 11-13, 2010). @83;0H5==K9 4>:;04. 30*1.5=45 6. .. C@528G, ..@78=:O=, ..0@D5=>20.  2>7<>6=>AB8 CA:>@5=8O a-@0A?040: : ?@>1;5<5 ;8:2840F88 @048>0:B82=KE O45@=KE >BE>4>2. 61 564C=0@>4=0O :>=D5@5=F8O /  2011 (!0@>2, 10-14 >:BO1@O 2011 3.). !5:F8>==K9 4>:;04. 6*1.5=9 >:;04K =0 @>AA89A:8E :>=D5@5=F8OE: 1. ..C@528G. >;O@870F8>==K5 MDD5:BK 2 D>B>@>645=88 <57>=>2. III '5@5=:>2A:85 GB5=8O: >2K5 <5B>4K 2 M:A?5@8<5=B0;L=>9 O45@=>9 D878:5 8 D878:5 G0AB8F (>A:20, $, 6 0?@5;O 2010 3.). @83;0H5==K9 4>:;04. 20 >:;04K, A45;0==K5 >B 8<5=8 :>;;01>@0F88 2 =0 5653>4=>9 :>=D5@5=F88 Spring meeting of the DPG Division Hadronic and Nuclear Physics (HK) and EPS European Nuclear Physics Conference (HK  A>:@0I5=85 =0720=8O A5:F88 Fachverband Physik der Hadronen und Kerne): Bonn, 15 19 <0@B0 2010, http://www.dpg-verhandlungen.de/2010/bonn/index.html 1. HK 4.7 Investigation of the -Dalitz decay and measurement of the electromagnetic form factor. 2. HK 7.5 First double polarized photoproduction on a 3He target at MAMI 3. HK 7.8 ConLVALstruction and test of a transverse superconducting holding magnet 4. HK 10.1 FPGA based fast cellular cluster counter and trigger for the Crystal Ball at MAMI 5. HK 17.1 Messung der Anregungsfunktion des -Mesons fr in-Medium Photoproduktion an Kohlenstoff und Niob 6. HK 17.5 In-Medium Modifikationen des -Mesons 7. HK 26.5  Photoproduction off 3He 8. HK 26.6  photoproduction off 3He : Search for -mesic nuclei 9. HK 52.2 Recent results from the Crystal Ball at MAMI experiment 10. HK 52.3 Strahlungsbegleitete 0-Photoproduktion im Bereich der +(1232)-Resonanz 11. HK 52.5 Photoproduction of 0-Mesons off Protons and Neutrons 12. HK 54.2  und  Physik mit dem Crystal Ball an MAMI Munster, 21 25 <0@B0 2011, http://www.dpg-verhandlungen.de/2011/muenster/hk.pdf 13. HK 4.6 First doubly polarised photoproduction on 3He at the photon beam of MAMI 14. HK 7.3 Development of a time projection chamber for Crystal Ball at MAMI 15. HK 11.5 In-medium modifikationen des  Mesons nahe der Produktionsschwelle 16. HK 14.7 FPGA basierendes Elektronstrahl Polarimeter und zellularer Glusterzahler fur Crystall-Ball Exp. 17. HK 17.3 Spin observables in Compton scattering with the CB@MAMI detector system 18. HK 17.4 Measurement of the photon asymmetry in neutral pion production from the proton near threshold 19. HK 28.9 Status des neuen Spektrometers zur Energiemarkierung von hochenergetischen Photonen an MAMI-C 20. HK 43.9 Investigation of the Dalitz decay of the  and the p0-meson and determination of the  form factor 6*20/10=12 =48284C0;L=K9   70 2010-2011: 212.93 !@54=89   ?> A5:B>@C: 106.15   @C:>2>48B5;O: 212.93*0.5+106.15*0.75= 186.1LVAL8    70 2010-2011 33  .!., 4D<=, 4>F5=B, 2=A $/  /  1.B.S. Dolbilkin,  Highly excited giant resonances in heavy ion collisions @83;0H5==K9 4>:;04 =0 564. >=D.  NPAE_10 , 852 30,0 2. B.S. Dolbilkin,  Giant resonances in heavy ion interactions Proc. Int. Conf.  NPAE-10, 418, 2010, 852 45 A53> 75@8H8=0 5@0 .@L52=0 @>4. 23.09.1971, A=A $/ ,   70 2010-2011 33. C1;8:0F88: P. Adlarson, & V. Grishina et al. Abashian-Booth-Crowe Effect in Basic Double-Pionic Fusion: A New Resonance? Phys. Rev. Lett., Vol. 106, 242302 (2011)  =7,622*30/10=22,866 V. Grishina, K 3He and K 4He interactions at low energies 19th international IUPAP Conference on Few-Body Problems in Physics, University of Bonn, Germany, August 31  September 5, 2009. Eur.Phys.J Web of Conferences, Vol. 3, 03022 (2010) Available at http://fb19.hiskp.uni-bonn.de/  =2,592*30=77,76 B>3>:  =100,626LVALOG 68;02O= 5>=84 025=>28G, 27.03.1940, =0CG=K9 A>B@C4=8:.   70 2010-2011 33. = 106,24. Ia. !B0BL8 2 @5F5=78@C5<KE 6C@=0;0E: 1. .. 68;02O=, .. 0@52, .. 052A:89.  1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O . 725AB8O . !5@8O D878G5A:0O, 2010, B. 74, ! 11.  =600,2940,4@7,06. 2. L.Z. Dzhilavyan, A.I. Karev, V.G. Raevsky.  Disclosure and identification of hidden explosives in the photonuclear detection systems . Bulletin of the Russian Academy of Sciences: Physics, 2010, vol. 74, No 11.  =600,2940,4@7,06. 3. .. 68;02O=, .. 0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . 725AB8O . !5@8O D878G5A:0O (2 ?5G0B8).  =600,2940,5=8,82. 4. L.Z. Dzhilavyan, A.I. Karev. About radiation safety of the photonuclear method for disclosure of hidden explosives at examination of air passengers luggage . Bulletin of the Russian Academy of Sciences: Physics (in print).  =600,2940,5=8,82. 5. .. 68;02O=, .. 0@52, .. 052A:89. >7<>6=>AB8 =0@01>B:8 A ?><>ILN D>B>O45@=KE @50:F89 @0-48>87>B>?>2 4;O 7040G O45@=>9 <548F8=K. /45@=0O D878:0 (2 ?5G0B8).  =600,5640,4@13,54. 6. L.Z. Dzhilavyan, A.I. Karev, V.G. Raevsky.  Possibilities to produce radioisotopes for nuclear medicine by photo-nuclear reactions Phys. Atomic Nuclei (in print).  =600,5640,4@13,54. 7. !.!. 5;KH52, .. 68;02O=, .. @<0:>2, .!. HE0=>2, .. 0@52, .. 052A:89, .. %0=:8=, .. (254C=>2. 1@07>20=85 87>B>?0 18F 2 @50:F88 23Na(g,an) ?@8 Eg m 55 M. 5AB=8: #. $878:0, 0A-B@>=><8O (2 ?5G0B8).  =600,2720,3=4,90. 8. S.S. Belyshev, L.Z. Dzhilavyan, A.N. Ermakov, B.S. Ishkhanov, A.I. Karev, V.G. Raevsky, V.V. Khankin, V.I. Shvedunov.  Production of isotope 18F in reaction 23Na(g,an) at Eg m 55 MeV . Moscow University Physics Bul-letin (in print).  =600,2720,3=4,90.  Ia @ 7,06+7,06+8,82+8,82+13,54+13,54+4,90+4,90 @ 68,64. Ib. @5?@8=BK: 1LVAL . .. 68;02O=, .. 0@52, .. 052A:89. 1=0@C65=85 8 845=B8D8:0F8O A:@KBKE 27@K2G0BKE 25I5AB2 2 A8AB5<0E D>B>O45@=>3> 45B5:B8@>20=8O. @5?@8=B /  1266/2010, 2010, 16 A.  =40,4=1,6. 2. .. 68;02O=, .. 0@52.   @0480F8>==>9 157>?0A=>AB8 D>B>O45@=>3> <5B>40 >1=0@C65=8O 27@K2G0BKE 25I5AB2 ?@8 4>A<>B@5 103060 0280?0AA068@>2 . @5?@8=B /  1267/2010, ., 2010, 12 A.  =4/2=2. 3. .. 68;02O=, .. 0@52, .. 052A:89.  2>7<>6=>AB8 =0@01>B:8 A ?><>ILN D>B>O45@=KE @50:F89 @0-48>87>B>?>2 4;O F5;59 O45@=>9 <548F8=K =0 @07@57=>< <8:@>B@>=5 =0 55 M @5?@8=B /  1268/2010, ., 2010, 32 A.  =40,4=1,6. 4. .. 68;02O=. 5=5@0F8O ?>78B@>=>2 8 :2078<>=>E@><0B8G5A:8E D>B>=>2 >B0==838;OF88 ?>78B@>=>2 =0 ;5BC 4;O 8AA;54>20=89 3830=BA:8E @57>=0=A>2 2 0B><=KE O4@0E. 2B>@5D5@0B 48AA5@B0F88 =0 A>8A:0=85 CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C:. / . . 2011.  =4.  Ib = 1,6+2+1,6+4 = 9,2. III. >=D5@5=F88: 1. L.Z. Dzhilavyan, A.I. Karev, V.G. Raevsky.  Possibilities to produce radioisotopes for nuclear medicine by photo-nuclear reactions at the 55-MeV race-track microtron . !5:F8>==K9 4>:;04 =0 LX International Conference on Nuc-lear Physics NUCLEUS 2010.  =60,4=2,4. 2. L.Z. Dzhilavyan, A.I. Karev, V.D. Laptev, V.G. Raevsky.  Production of the short-lived isotopes 12N and 12B in the 14N(g,2n), 14N(g,2p), and 13C(g,p) reactions . ;5=0@=K9 4>:;04. Proc. XII Sem. EMIN-2009 INR RAS, M. 2010.  =300,31,5=13,5. 3. .. C@02;52, .. 0@52, .. 052A:89, .. 60=>2, .. 68;02O=, .. 0?B52, .. 0E><>2, .. (254C=>2, .. K:0;8=, L. Brothers, L. Wildhide. @5420@8B5;L=K5 8A?KB0=8O D>B>O45@=>3> 45B5:B>@0 A:@KBKE 27@K2G0BKE 25I5AB2. ;5=0@=K9 4>:;04. "@C4K VI 564C=0@>4=>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=-F88 "5E=8G5A:85 A@54AB20 ?@>B82>459AB28O B5@@>@8AB8G5A:8< 8 :@8<8=0;L=K< 27@K20< (!0=:B-5B5@1C@3, >:BO1@L 2010).  =300,11,5=4,5.  III = 2,4+13,5+4,5 = 20,4 V. 0B5=BK: 1. #AB@>9AB2> 4;O >1=0@C65=8O A:@KBKE 27@K2G0BKE 25I5AB2 8 =0 LVAL @:>B8G5A:8E A@54AB2. 0@52 ;5:A0=4@ 20-=>28G, 052A:89 0;5@89 5>@38528G, 68;02O= 5>=84 025=>28G, 0?B52 0;5@89 <8B@8528G, 0E><>2 8:>;09 20=>28G, (254C=>2 0A8;89 20=>28G, K:0;8= ;048<8@ 20=>28G, Brothers Louis Joseph,Wilhide Larry Kenneth.  =200,2=4. 2. !?>A>1 845=B8D8:0F88 A:@KBKE 27@K2G0BKE 25I5AB2 8 =0@:>B8:>2. 0@52 ;5:A0=4@ 20=>28G, 052A:89 0;5@89 5>@38528G, 68;02O= 5>=84 025=>28G, Brothers Louis Joseph, Wilhide Larry Kenneth.  =200,2=4.  V =4+4=8 B>3>:   = 68,64 +9,20 + 20,40 + 8= 106,24LVALOG !>;>4CE>2 5==0489 0A8;L528G @>4. 19.11.1935, 702. A5:B. $/ . :1;8:0F88: 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89 8A:@8<8=0F8O G0AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 (?@8 M=5@38OE M;5:B@>=>2 0,5 - 4 M) <5B>4>< @538AB@0F88 2@5<5=8 ?5@5A5G5=8O A83=0;>< =C;52>3> C@>2=O. "-, 2010, ! 3,A.55-60 0.335*60/7=2.87 !.!.5@18F:89, ..<>E>=>2, .. 0?8:, ..54>@57>2, .. CA0:>2, .. !>;>4CE>2, .."8:0=>2, .."C@8=35, ..&5;51@>2A:89. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. 725AB8O , A5@. $87., B>< 75, !11, A.1640-1645 0.323*60/6*1.5=4.84 S. S. Verbitskii, V. N. Emokhonov, A. M. Lapik, V. G. Nedorezov, A. V. Rusakov, G. V. Solodukhov, M. A. Tikanov, A. A. Turinge, A. N. Tselebrovskii. Applying the Photonuclear Technique to Fissile Materials Detection, Bulletin of the Russian Academy of Sciences: Physics, Vol. 75, No. 11, 2011, p. 1544-1548 0.323*60/8*1.5=3.4 . .. @><>2, .. 5AB5@>2, !.. 8@:>2A:89, .. !>;>4CE>2, .. "@CA>20. =B5=A8D8:0F8O E8<8G5A:8E @50:F89 2 2>4=KE @0AB2>@0E ?>4 2>7459AB285< >1;CG5=8O ?CG:>< CA:>@5==KE M;5:B@>=>2. 72.  A5@. D87. 2011, 75, 11, 1664 1668. 0,277*60/5*1,5=4,99 A.M.Gromov, K.N.Nesterov, S.A.Pirkovsky, G.V.Solodukhov, V.M.Trussova. Intensification of Chemical reactions in aquous solutions upon irradiation with an accelerated electron beam/ Bull. Of Russian Academy of sciences, Physics, 2011, v. 75, no 11, pp 1566  1570. Allerton Press Inc, 2011 0.323*60/5*1.5=2.8 S.S.Verbitsky, V.N.Emkhonov, A.M.Lapik, D.Yu.Maksimov, A.V.Rusakov, G.V.Solodukhov, M.A.Tikanov, A.NB.Tselebrovsky, A.A.Shilyaev. Discrimination of particles by scintillation pulse shape (In electron energy range of 0.5  4.0 MeV) using the zero-crossing method. Instr.and Exp. Tech. 2010, v.53, no.3, pp 368  373. Pleiades Publ. ltd, 2010. 0.335*60/9=2.23 . 5@18F:89 !.!., ..<>E>=>2, A.M.0?8:, .. CA0:>2, ..!>;>4CE>2, .."8:0=>2, ..&5;51@>2A:89. 8A:@8<8=0F8O G0 LVAL AB8F ?> D>@<5 AF8=B8;;OF8>==>3> 8<?C;LA0 2 480?07>=5 =87:8E M=5@389 (6 100 :M ?> M;5:B@>=0< A 8A?>;L7>20=85< ;8=59=KE D8;LB@>2. "-, 2 ?5G0B8. 0.335*60/7=2.87   24,1 >=D5@5=F88: !.!. 5@18F:891, .. 0?8:2, .. 54>@57>22, .. CA0:>22, .. !>;>4CE>22, .. "C@8=352. @8<5=5=85 D>B>O45@=>9 <5B>48:8 4;O >1=0@C65=8O 45;OI8EAO <0B5@80;>2. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 /4@> 2010, !1, 2010. 30/6=5   5 0B5=BK 0O2:0 =0 ?>;CG5=85 ?0B5=B0: @><>2 .., !>;>4CE>2 .., 8@:>2A:89 !.., "@CA>20 .. "#AB0=>2:0 4;O =5?@5@K2=>3> 872;5G5=8O <5B0;;>2 87 @C4" 53. ><5@ 2011123160 >B 09.06.20113. 20/4=5   5   ;8G=. 34,1. !>@>:8= 82,14 68;02O= 106,24 C4=52 94.95   @C:>2>48B5;O: 34,1*0,5 + (34,1+82.14+106,24+94.95)*0,75/4 = 76.560DK R e  l  s , ? FMT[bipw0*#B,H 0 @?p @3!FFF:?\8B` "  @?1!OGFFF:?, @?::::?0ff2B.  @?T/!OGFFF:?N;B "   @?F-!OGFFF:?{ vBV @?+!OGFFF:?q=B\ @?8)!OGFFF:?x q=B\ @?:'!OGFFF:?T )hB:$ @?&%!OGFFF:?wq=B\ @?4#!OGFFF:? (KB @?!!OGFFF:?Eq=B\ @?H!OGFFF:?q=B\ @?Z!OGFFF:?q=B\ @?4!OGFFF:?~SB @?( !OGFFF:?}Rq=B\U @?h!OGFFF:?|Iq=B\ @?F!OGFFF:?{AC86)Z#f! @?!OGFFF:?z \(C'F @?z"!OGFFF:?yz-C'x @?$ !OGFFF:?x@, @?H@ !FFF:?w[ ffA N H  @? !OGFFF:?v@, @?>@ !FFF:?uẼBAxB  @?/!OGFFF:?tq=*@T@rx @?@ FFF:?sZHB88 @?$!OGFFF:?rq=*@^ xL @?j@ FFF:?q(  @?::::?p B^3xr @?d+!OGFFF:?o@, @?N@ FFF:?n @?::::?mAZ n @? OGFFF:?l\R@ЁAt @? OGFFF:?kFZd[?d&^ @?4@ FFF:?j5@33c@L @?@ FFF:?i1BB0* @?@ FFF:?h7= G@n@~ @?@ FFF:?gD@, @?Z@ FFF:?f @?::::?e@:`  @?@ FFF:?d4 H@&F @?x OGFFF:?c4 mB @?' OGFFF:?b6 H@&F @?x OGFFF:?a~B2 048< ;L8G 40B0 @>64. 02.09.1933, A. =. A., :.B.=. 1. . 5@18;>2. >45@=878@>20==K9 D8;LB@-=0B5:0B5;L 2>4>@>40 4;O 8>==>3> 8AB>G=8:0. 0:CC<=0O =0C:0 8 B5E=8:0. 0B5@80;K XVIII =0CG=>-B5E=8G5A:>9 :>=D5@5=F88 ..-: -. 2011. A.320-321. 0;;: 4E1,5 = 6. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 8G=K9  =6>?KA>2 .@89 !5@0D8<>28G, :.D.-<.=., A=A -   70 2010-2011 33. >:;04K =0 :>=D5@5=F8OE >?KA>2 ..!. >7<>6=>5 <0:@>A:>?8G5A:>5 ?@>O2;5=85 38?>B5B8G5A:>3> =59B@8==>3> 70@O40. 0CG=0O A5AA8O-:>=D5@5=F8O O45@=>-D878G5A:>9 A5:F88 B45;5=8O D878G5A:8E =0C:  $878:0 DC=40<5=B0;L=KE 2708<>4459AB289 21-25 =>O1@O (2011)   = 4.00@83>@L520 !25B;0=0 20=>2=0, 13.07.1944, A.=.A. -,   70 20010-201133  =55.41 1) !. . @83>@L520, >A<8G5A:85 ;CG8 A25@E2KA>:8E M=5@389 4>:;04 =0 31 A5@>AA89A:>9 :>=D5@5=F88 ?> :>A<8G5A:8< ;CG0<, >A:20 20103.  =6 2) R. Aloisio, V. Berezinsky, S. Grigorieva, Analytic calculations of the spectra of ultra high energy cosmic ray nuclei. II. The general case of background radiation. arXiv:1006.2484,  =4/3=1.33 3) R. Aloisio, V. Berezinsky, S. Grigorieva, Analytic calculations of the spectra of ultra high energy cosmic ray nuclei. Astroparticle Physics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ukhamedshin R.A. Shortcomings of modern interaction models. Workshop on Cosmic Rays at Mountain Altitudes. Plock, September 14 19 (2010)   = 6.00 Mukhamedshin R.A., Tamada M., Kempa J. On influence of pt(xLab) dependence in h-A interactions on lateral features of most energetic particles in young EAS cores. Proc. 32nd ICRC, Beijing (2011) HE3.1, #0806.  =1.5*6/3 = 3.00 Puchkov V.S., Borisov A.S., Guseva Z.M., Denisova V.G., Kanevskaya E.A., Kogan M.G., Maximenko V.M., Morozov A.E., Mukhamedshin R.A., Pyatovskii S.E., and Smirnova M.D Protons in primary cosmic rays in the energy range 1015-1017 eV according to data from the Pamir experiment. Proc. 32nd ICRC, Beijing (2011) HE1.2, #0143. nLVAL~ =1.5*6/10 = 0.90 Kalmykov N.N., Konstantinov A.A., Mukhamedshin R.A., Podorozhnyi D.M., Sveshnikova L.G., Turundaevskiy A.N., Tkachev L.G., Chubenko A.P. Study of high energy cosmic rays by different components of back scattered radiation generated in the lunar regolith. Proc. 32nd ICRC, Beijing (2011) OG1.5, #0440.  =1.5*6/8 = 1.125 Mukhamedshin R.A., Tamada M., Kempa J. On influence of pt(xLab) dependence in hadron-nucleus interactions on transverse characteristics of gamma-ray families. 2nd International Workshop of Cosmic Rays ARAGATS 2011, Nor-Amberd (2011)   =6/3 = 2.00 5:F88 =0 <564C=0@>4=KE H:>;0E Mukhamedshin R.A. Testing of model pt(xLab) dependence in hadron-air interactions on lateral features of most energetic particles in young EAS cores. XV-th Int. School "Particles and cosmology", Troitsk (2011)  = 6.00 CE0<54H8= .. AA;54>20=8O :>A<8G5A:8E ;CG59 ?@8 A25@E2KA>:8E M=5@38OE. 564C=0@>4=0O H:>;0 <>;>4KE CG5=KE AB@0= ! !<56=K5 ?@>1;5<K D878:8 8 0AB@>D878:8 G0AB8F A25@E2KA>:8E M=5@389, CH0=15, 19 26 A5=BO1@O 2011 3.  = 4.00 C:>2>4AB2> 48?;><=8:0<8 0B8?>20 !0@28=>7, "0468:A:89 =0F8>=0;L=K9 C=825@A8B5B, <038AB@, 5-9 3>4 >1CG5=8O, (?@5448?;><=0O ?@0:B8:0 2 /$ #).   = 10.0 0<>;848=>2 $0@84C=, "0468:A:89 =0F8>=0;L=K9 C=825@A8B5B, <038AB@, 5-9 3>4 >1CG5=8O, (?@5448?;><=0O ?@0:B8:0 2 /$ #).   = 10.0 B>3>:  =51.32LVALOG 5;>2 ;5:A0=4@ !B5?0=>28G @>4. 27.02.1948, 702. ;01., :.D.-<.=. 1. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. P. Crivelli, A. Belov , U. Gendotti, S. Gninenko, A. Rubbia  Positronium Portal into Hidden Sector: A new experiment to search for mirror dark matter , arXiv:1005.4802v1 [hep-ex] 26 May 2010, 2010 JINST(Journal of Instrumentation), 5 P08001 doi: 10.1088/1748-0221/5/08/P08001 0;;: (4+2.102*30)/5=13,41 (M;5:B@>==K9 ?@5?@8=B + AB0BLO 2 8=>AB@0==>< 6C@=0;5 A 8<?0:B-D0:B>@>< 2.102) 3. Search for solar axion emission from 7Li and D(p, )3He nuclear decays with the CAST -ray calorimeter, CAST collaboration (60 coauthors), A. Belov , S. Gninenko from INR RAS, Journal of Cosmology and Astroparticles Physics, 03(2010)032 doi: 10.1088/1475-7516/2010/03/032 , arXiv:0810.4482v2 [hep-ex] 9 Jan 2009 JCAP 0;;: (4+6,502 *30)/10 = 19,91 (M;5:B@>==K9 ?@5?@8=B +AB0BLO 2 8=>AB@0==>< 6C@=0;5 A 8<?0:B-D0:B>@>< 6,502) 4. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52, AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , L>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< ;CHB0 2011, A5=BO1@L 2011, #:@08=0. 0;;: 6/5 = 1,2 (>:;04, =0 <564C=0@>4=>9 :>=D5@5=F88). 5. A. S. Belov, R. Gebel,  Measurements of radial size of a hydrogen atoms source , Proc. of XIVth International Workshop on Polarized Sources, Targets & Polarimetry, St. Petersburg, 12-16 September, Russia, ISBN 978-5-86763-282-3, p.p. 69-72. 0;;: 1,5*6/2 = 4,5 (?C1;8:>20==K9 CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. A. S. Belov, Process of formation of atomic hydrogen beam and intensity limitations of atomic beam-type polarized ion sources and gaseous targets, Proc. of XIVth International Workshop on Polarized Source.LVAL>s, Targets & Polarimetry, St. Petersburg, 12-16 September, Russia, ISBN 978-5-86763-282-3, p.p. 65-68. 0;;: 1,5*6 = 9 (?C1;8:>20==K9 CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. V.V. Fimushkin, A.D. Kovalenko, L.V. Kutuzova, Yu.V. Prokofichev and A. S. Belov,  Status of the source of polarized ions for JINR accelerator COMPLEX , Proc. of XIVth International Workshop on Polarized Sources, Targets & Polarimetry, St. Petersburg, 12-16 September, Russia, ISBN 978-5-86763-282-3, p. p. 87-89. 0;;: 1,5*6/5 = 1,8 (?C1;8:>20==K9 CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. CAST Collaboration ( A. S. Belov and S. N. Gninenko from INR RAS),  CAST search for sub-eV mass solar axions with 3He buffer gas , arXiv:1106.3919v1 [hep-ex] 20 Jun 2011, PRL, 107, 261302(2011). 0;;: 4/10 +7.622 *30/10 = 23,266 (M;5:B@>==K9 ?@5?@8=B + AB0BLO 2 6C@=0;5 A 8<?0:B-D0:B>@>< 7.622  Phys. Rev. Letters). 9. AEGIS Collaboration (A. S. Belov, V. A. Matveev, S. N. Gninenko from INR RAS),  Antihydrogen physics: gravitation and spectroscopy in AEGIS , Can. J. Phys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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0,857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 4. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich  Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS . Proceedings 10th International conference DIPAC2011, Hamburg, Germany, May 16-18, 2011, p. 161-163. 0;;: (6/6)*1,5 = 1,5. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 5. !..@038=, ..>;>4:528G, ..0940H, ...8A5;52, .!.;5=>2, ..8@7>O=, ..$5I5=:>  7<5@5=8O M<8BB0=A0 ?CG:0 =0 :0=0;5 8=65:F88 8>=>2 H- ;8=59=>3\LVALl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einhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev. Distortions of Proton Beam 2-D Images and Profiles due to Space Charge. Proceedings of RuPAC-2010, Protvino, Russia September 27  October 1, 2010, p. 116-118., http://accelconf.web.cern.ch/AccelConf/ 0;;: 4*1,5/4=1,5. (C1;8:0F8O 4>:;040 =0 @>AA89A:>9 :>=D5@5=F88). 6. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev, BEAM CROSS SECTION MONITOR FOR INR LINAC. Proceedings of Linear Accelerator Conference LINAC2010, Tsukuba, Japan. September, 12 17, 2010, pp. 605=607. http://accelconf.web.cern.ch/AccelConf/LINAC2010/html/author.htm 0;;: (6/4)*1,5 = 2,25 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich  Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS . Proceedings 10th International conference DIPAC2011, Hamburg, Germany, May 16-18, 2011, p. 161-163. 0;;: (6/6)*1,5 = 1,5. (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . $5I5=:>. 5@A?5:B82K 8A?>;L7>20=8O 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 =0 CA:>@8B5;OE FRIB Michigan State University 8 #-70 $- XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011.. 0;;: 6/4=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 9. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . !>1>;52A:89, . $5I5=:>. 0I8B0 M;5:B@>=8:8 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 >B @0480F8>==KE ?>2@5645=89 =0 ;8=59=>< CA:>@8B5;5 / . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011 3. 0;;:6/5=1,2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 10. . 0A8;L52, . @5E>2. A?>;L7>20=85 A8AB5<K A1>@0 40==KE =0 ;8=59=>< CA:>LVAL(@8B5;5 / . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011 3. 0;;: 6/2=3 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 11. ... @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1. 564C=0@>4=0O :>=D5@5=F8O ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 / -2011, !0@>2, 10-14 >:BO1@O 2011 3. 0;;: 6/5=1,2. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 12. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V.Ryabov. MEASUREMENT OF CHARACTERISTICS OF PULSE NEUTRON SOURCES RADEX AND IN-06 OF MOSCOW MESON FACTORY INR RAS. !B5=4>2K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 ?> 2708<>459AB28N =59B@>=>2 A O4@0<8 ISINN'19, C1=0, 25-28 <0O. 0;;: 6/5=1,2. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9    16,613x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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0.857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 4. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich  Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS . Proceedings 10th International conference DIPAC2011, Hamburg, Germany, May 16-18, 2011, p. 161-163. 0;;: (6/6)*1,5 = 1,5. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 5. !..@038=, ..>;>4:528G, ..0940H, ...8A5;52, .!.;5=>2, ..8@7>O=, ..$5I5=:>  7<5@5=8O M<8BB0=A0 ?CG:0 =0 :0=0;5 8=65:F88 8>=>2 H- ;8=59=>3\LVALl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elov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52, AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< ;CHB0 2011, A5=BO1@L 2011, #:@08=0. 0;;: 6/5 = 1,2(CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9  =2,46LVALF20H0 4>;LD 20=>28G, >4. 28.02.1936 3., 702. A5:B>@><, :.B.=. 1. A.I.Kvasha . Improving of the DTL cavity RF voltage stability by means of anode modulator feedback. Proceedings of RUPAC2010, Protvino, Russia, p.366-368 0;;: 4*1.5=6. (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. A.I.Kvasha, Yu.M.Lopatnikov. Results of the INR DTL series crowbar system testing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oiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0,857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 4. !..@038=, ..>;>4:528G, ..0940H, ...8A5;52, .!.;5=>2, ..8@7>O=, ..$5I5=:>  7<5@5=8O M<8BB0=A0 ?CG:0 =0 :0=0;5 8=65:F88 8>=>2 H- ;8=59=>3> CA:>@8B5;O /  . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011. 0;;: 6/7=0,857 (>=D5@5=F8O <564C=0@>4=0O, 4>:;04). 8G=K9  : 2,84   @C:>2>48B5;O: 3,550LVAL ~F!B5?0=>2 =0B>;89 ;5:A5528G, @>48;AO 25.07.1935 3.,:.B.=, 70254CNI89 A5:B>@>< 1. 0;8=8= ..., @>=8= .., !B5?0=>2 .. #AB@0=5=85 =535@<5B8G=>AB59 20:CC<=>9 A8AB5<K ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20103., B>< 20, !4, A.245-249. 0;;: 8/3=2,66 (!B0BLO 2 @>AA89A:>< 6C@=0;5). 8G=K9  =2,66   @C:>2>48B5;O=3,325@>=8= ;53 <8B@8528G, @>48;AO 18.03.1935, :.B.=. ! 1. 0;8=8= ..., @>=8= .., !B5?0=>2 .. #AB@0=5=85 =535@<5B8G=>AB59 20:CC<=>9 A8AB5<K ;8=59=>3> CA:>@8B5;O / . 0:CC<=0O B5E=8:0 8 B5E=>;>38O, 20103., B>< 20, !4, A.245-249. 0;;: 8/3=2,66 (!B0BLO 2 @>AA89A:>< 6C@=0;5). 8G=K9  =2,668:C;8= 235=89 !5<5=>28G, @>4. 15.06.1945, =. A. # 1. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  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XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011. 0;;: 6/7=0,857 (>=D5@5=F8O <564C=0@>4=0O, 4>:;04). 8G=K9  =0,857LVALOG 8@7>O= ;5:A0=4@ 8:>;0528G @>4.05.09.1948, 702.;01., :D<= 1. !..@038=, ..0A8;L52, ..>;>4:528G, ..@5E>2, ...8A5;52, ..8@7>O=, ..>8A552, ..$5I5=:>. >=B@>;L 8 D>@<8@>20=85 ?CG:0 ?@>B>=>2 ;8=59=>3> CA:>@8B5;O /  =0 <8H5=8 87>B>?=>3> :><?;5:A0. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, ! 2 (66), A. 96-100, 0;;: 6/8*1,5*0,5=0,563 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40) 2. .. 59=30@4B-8:C;8=, !.. @038=,.. 0A8;L52, .. >;>4:528G,.. @5E>2, ... 8A5;52,.. $5I5=:>, ..8@7>O=. 2B><0B878@>20==0O A8AB5<0 <03=8B>8=4C:F8>==>3> <>=8B>@8@>20=8O ?CG:0 ?@>B>=>2 ;8=59=>3> CA:>@8B5;O / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, ! 3 (67), A. 35-39. 0;;: 6/8*1,5*0,5=0,563 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40) 3. V.Moiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp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V.V. Paramonov, D. V. Denisenko. The method for high order modes parameters estimations in periodical structures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einhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev. Distortions of Proton Beam 2-D Images and Profiles due to Space Charge. Proceedings of RuPAC-2010, Protvino, Russia September 27  October 1, 2010, p. 116-118., http://accelconf.web.cern.ch/AccelConf/ 0;;: 4*1,5/4=1,5. (C1;8:0F8O 4>:;04LVAL0 =0 @>AA89A:>9 :>=D5@5=F88). 5. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev, BEAM CROSS SECTION MONITOR FOR INR LINAC. Proceedings of Linear Accelerator Conference LINAC2010, Tsukuba, Japan. September, 12 17, 2010, pp. 605=607. http://accelconf.web.cern.ch/AccelConf/LINAC2010/html/author.htm 0;;: (6/4)*1,5 = 2,25 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich  Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS . Proceedings 10th International conference DIPAC2011, Hamburg, Germany, May 16-18, 2011, p. 161-163. 0;;: (6/6)*1,5 = 1,5. (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . $5I5=:>. 5@A?5:B82K 8A?>;L7>20=8O 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 =0 CA:>@8B5;OE FRIB Michigan State University 8 #-70 $- XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011.. 0;;: 6/4=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . !>1>;52A:89, . $5I5=:>. 0I8B0 M;5:B@>=8:8 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 >B @0480F8>==KE ?>2@5645=89 =0 ;8=59=>< CA:>@8B5;5 / . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011 3. 0;;:6/5=1,2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 9. C:>2>4AB2> ABC45=B><-48?;><=8:>< (02@8;>2 !. ., <038AB@0BC@0, 6 :C@A  O=20@L-8N=L 2010) 70I8B8; <038AB5@A:CN 48AA5@B0F8N 1-3> 8N=O 2010 3>40. 0;;: 10. 10. C:>2>4AB2> 0A?8@0=B>< (02@8;>2 !. ., A5=BO1@L-45:01@L 2010). 0;;: 30/2 = 15 11. C:>2>4AB2> 0A?8@0=B>< (02@8;>2 !. ., O=20@L-45:01@L 2011). 0;;: 30/2 = 15 8G=K9   =50,088LVALOG!$5I5=:> ;5:A0=4@ ;048<8@>28G, >4. 06.03.1955, 4.D.-<.=., 702. B45;>< 1. !..@038=, ..0A8;L52, ..>;>4:528G, ..@5E>2, ...8A5;52, ..8@7>O=, ..>8A552, ..$5I5=:>. >=B@>;L 8 D>@<8@>20=85 ?CG:0 ?@>B>=>2 ;8=59=>3> CA:>@8B5;O /  =0 <8H5=8 87>B>?=>3> :><?;5:A0. >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, ! 2 (66), A. 96-100, 0;;: 6/8*1,5*0,5=0,563 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40). 2. .. 59=30@4B-8:C;8=, !.. @038=,.. 0A8;L52, .. >;>4:528G,.. @5E>2, ... 8A5;52,.. $5I5=:>, ..8@7>O=. 2B><0B878@>20==0O A8AB5<0 <03=8B>8=4C:F8>==>3> <>=8B>@8@>20=8O ?CG:0 ?@>B>=>2 ;8=59=>3> CA:>@8B5;O / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, ! 3 (67), A. 35-39. 0;;: 6/8*1,5*0,5=0,563 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40) 3. !..@038=, ..>;>4:528G, ..0940H, ...8A5;52, .!.;5=>2, ..8@7>O=, ..$5I5=:>  7<5@5=8O M<8BB0=A0 ?CG:0 =0 :0=0;5 8=65:F88 8>=>2 H- ;8=59=>3> CA:>@8B5;O /  . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011. 0;;: 0;;: 6/7=0.857 (>=D5@5=F8O <564C=0@>4=0O, 4>:;04). 4. . 59=30@4B-8:C;8=, . 0A8;L52, !. 02@8;>2, . $5I5=:>. " & "   ' !'/  " #'  #! "/ / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, !2 (66), AB@. 39-43, 0;;: (6/4)*1,5*0,5 = 1,125 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40). 5. !..:C;8=8G52, ..0A8;L52, ...02@8;>2, .. @5G:>, ..5;57>2, ...0;8=8=, LVAL!..0BCH:>, ..8@7>O=, ..>8A552, ..@>=8=, .. 59=30@4B-8:C;8=, ..!5@>2, ..!:0AK@A:0O, ..!:>@:8=, . . $5I5=:>.  " !" /  "  "#)% "   #! " / . >?@>AK 0B><=>9 =0C:8 8 B5E=8:8, A5@8O: /45@=>-D878G5A:85 8AA;54>20=8O, #:@08=0, 0F8>=0;L=K9 =0CG=K9 F5=B@  %0@L:>2A:89 D878:>-B5E=8G5A:89 8=AB8BCB , 2010, !2 (66), AB@. 190-193, 0;;: (6/10)*1,5*0,5 = 0,45. (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88, A>AB>O2H59AO @0=55 >1>7@5205<>3> 2-;5B =53> ?5@8>40). 6. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . $5I5=:>. 5@A?5:B82K 8A?>;L7>20=8O 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 =0 CA:>@8B5;OE FRIB Michigan State University 8 #-70 $- XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011.. 0;;: 6/4=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 7. !. 02@8;>2, . 0A8;L52, . 59=30@4B-8:C;8=, . !>1>;52A:89, . $5I5=:>. 0I8B0 M;5:B@>=8:8 8>=870F8>==>3> <>=8B>@0 ?>?5@5G=>3> A5G5=8O ?CG:0 >B @0480F8>==KE ?>2@5645=89 =0 ;8=59=>< CA:>@8B5;5 / . XXII 564C=0@>4=K9 A5<8=0@ ?> CA:>@8B5;O< 70@O65==KE G0AB8F, #:@08=0, @K<, ;CHB0, 22-28 A5=BO1@O, 2011 3. 0;;:6/5=1,2 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8. V.Moiseev, S.Bragin, A.Feschenko, O.Grekhov, Yu.Kiselev, A.Mirzojan, O.Volodkevich  Reconstruction of the beam parameters and structure characteristics for INR isotope channel . Proceedings of XXII Russian Particle Accelerator Conference, Protvino, Russia, http://accelconf.web.cern.ch/AccelConf/r10/papers/wepsb013, pp. 196-198, 2010. 0;;: 4*1.5/7=0.857 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 9. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich  Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS . Proceedings 10th International conference DIPAC2011, Hamburg, Germany, May 16-18, 2011, p. 161-163. 0;;: (6/6)*1,5 = 1,5. (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 0LVAL@10. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev. Distortions of Proton Beam 2-D Images and Profiles due to Space Charge. Proceedings of RuPAC-2010, Protvino, Russia September 27  October 1, 2010, p. 116-118., http://accelconf.web.cern.ch/AccelConf/ 0;;: 4*1,5/4=1,5. (C1;8:0F8O 4>:;040 =0 @>AA89A:>9 :>=D5@5=F88). 11. P. Reinhardt-Nickoulin, S. Gavrilov, A. Feschenko, I. Vasilyev, BEAM CROSS SECTION MONITOR FOR INR LINAC. Proceedings of Linear Accelerator Conference LINAC2010, Tsukuba, Japan. September, 12 17, 2010, pp. 605=607. http://accelconf.web.cern.ch/AccelConf/LINAC2010/html/author.htm 0;;: (6/4)*1,5 = 2,25 (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 12. P.Reinhardt-Nickoulin, S.Bragin, A.Feschenko, S.Gavrilov, I.Vasilyev, O.Volodkevich  Beam Parameters Measurements by Ionization Cross Section Monitor on Proton Linac of INR RAS . Proceedings 10th International conference DIPAC2011, Hamburg, Germany, May 16-18, 2011, p. 161-163. 0;;: (6/6)*1,5 = 1,5. (C1;8:0F8O 4>:;040 =0 <564C=0@>4=>9 :>=D5@5=F88). 13. A.V.Feschenko, V.A.Moiseev,  Peculiarities of Bunch Shape Measurements of High Intensity Ion Beams , IPAC 10, Kyoto, Japan, http://accelconf.web.cern.ch/accelconf/IPAC 10, pp.1065-1067, 2010. 0;;: 6*1.5/2=4,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88, >?C1;8:>20==K9 2 B@C40E). 14. Feschenko, Alexander. Bunch Shape Monitors with RF Scanning of Lower Energy Secondary Electrons. Report at 2nd DITANET Topical Workshop on Longitudinal Beam Profile Measurements. Manchester, 12-13 July 2010. http://indico.cern.ch/contributionListDisplay.py?confId=93401 0;;=30 (@83;0H5==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88) 15. >@01>B:0 :C@A0 ;5:F89 A=>2K D878:8 8 B5E=8:8 CA:>@5=8O 70@O65==KE G0AB8F =0 107>2>9 :0D54@5 $". 0;; =8*2 3>40 =16. 16. C:>2>4AB2> 0A?8@0=B>< (02@8;>2 !. ., A5=BO1@L-45:01@L 2010). 0;;: 30/2 = 15 17. C:>2>4AB2> 0A?8@0=B>< (02@8;>2 !. ., O=20@L-45:01@L 2011). 0;;: 30/2 = 15 8G=K9  =94,365   @C:>2>48B5;O=62,064hLVAL z/:CH52 0;5=B8= 5B@>28G @>4. 25.09.1932, 2. =. A. 1. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52, AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< ;CHB0 2011, A5=BO1@L 2011, #:@08=0. 0;;: 6/5 = 1,2(CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9  =2,4$@>;>2 ;53 "8<>D5528G, @>4. 08.07.1945, =. A. 1. A.S.Belov, E.S.Nikulin, O.T.Frolov, V.P.Yakushev, V.N.Zubets.  Study of the INR RAS Linac Pulsed Duoplasmatron, http://www.accelconf.web.cern.ch/accelconf/r10/papers/thchb01, pp.289-291. >:;04 =0 :>=D5@5=F88 Rupac 2010, @>B28=>, 20103. 0;;: 4/5*1,5 = 1,2 (?C1;8:>20==K9 4>:;04 =0 @>AA89A:>9 :>=D5@5=F88). 2. .!.5;>2, ..C15F, .!.8:C;8=, .".$@>;>2, ../:CH52, AA;54>20=85 ?CG:0 ?@>B>=>2 2 8=65:B>@5 # / , >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 ?> ;8=59=K< CA:>@8B5;O< ;CHB0 2011, A5=BO1@L 2011, #:@08=0. 0;;: 6/5 = 1,2(CAB=K9 4>:;04, A45;0==K9 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9  =2,4LVALOG !%;NAB8= 5=8A 4048<8@>28G >4. 1.10.1980, <.=.A. 1. Yu. V. Grigoriev, D.V. Khlustin, Zh. V.Mesentseva, Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for Th232 and U238. Proc. of XVIII International Seminar on Interaction of Neutrons with Nuclei, Dubna, 2010. 0;;: (6/4)*1,5=2,25 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 2. Yu. V. Grigoriev, D.V. Khlustin, Zh. V.Mesentseva, Yu.V. Ryabov.Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Proc. of XVIII International Seminar on Interaction of Neutrons with Nuclei, Dubna, 2010. 0;;: (6/4)*1,5=2,25 (?C1;8:>20==K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 3. ... @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1. 564C=0@>4=0O :>=D5@5=F8O ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0 / -2011, !0@>2, 10-14 >:BO1@O 2011 3. 0;;:6/5=1,2. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 4. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V.Ryabov. MEASUREMENT OF CHARACTERISTICS OF PULSE NEUTRON SOURCES RADEX AND IN-06 OF MOSCOW MESON FACTORY INR RAS. !B5=4>2K9 4>:;04 =0 <564C=0@>4=>< A5<8=0@5 ?> 2708<>459AB28N =59B@>=>2 A O4@0<8 ISINN'19, C1=0, 25-28 <0O. 0;;: 6/5=1,2. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 5. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, Yu. V.Ryabov. Investigation of the Sub-threshold Fission Cross-Section for Th232 and U238. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 XVIII International Seminar on Interaction of Neutrons with Nuclei, Dubna, 23-26 May 2010. 0;;: (6/4)=1,5. (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 6. Grigoriev Yu.V., Khlustin D.V., Mesentseva Zh.V., Ryabov Yu.V. Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88 XVIII International Seminar on ILVALnteraction of Neutrons with Nuclei, Dubna, 23-26 May 2010. 0;;: (6/4)=1,5 (>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88). 8G=K9  =9,9LVALOG !!C2>@>20 ;L30 0A8;L52=0, c=A -,   70 2010-2011 33 C1;8:0F88: 1) S. Demidov, O.Suvorova, "Annihilation of NMSSM neutralinos in the Sun and neutrino telescope limits", Journal of Cosmology and Astroparticle Physics, 2010, 1-27, doi:10.1088/1475-7516/2010/06/018; JCAP06(2010)018, 1-27.  = 6.497*30/2= 97.455 2) S. Demidov, O.Suvorova, "Annihilation of NMSSM neutralinos in the Sun and neutrino telescope limits", High Energy Physics - Phenomenology (hep-ph); High Energy Astrophysical Phenomena (astro-ph.HE), @5?@8=B arXiv: 1006.0872.  = 4/2= 2 3) !C2>@>20 .., "@8@>4=K5 ?>B>:8 =59B@8=> 8 A:@KB0O <0AA0 A5;5==>9", /45@=0O $878:0, 2011, B>< 74, ! 1, 121 129. ( O.V.Suvorova "Original Neutrino Fluxes and Hidden Mass in the Universe ", SSN 1063-7788, Physics of Atomic Nuclei, ELEMENTARY PARTICLES AND FIELDS , 2011, Vol. 74, No. 1, pp. 122 129, Pleiades Publishing, Ltd., 2011.)   = 0.563*60= 33.78 4) ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.005.60/10=6.030 5) ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 6) ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 7) A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 B>3> (AB0BL8): 142.595 >:;04K: 1) !C2>@>20 .., >;852 .., 5<84>2 !.., "3@0=8G5=8O =0 A5G5=8O C?@C3>3> @0AA5O=8O WIMP =0 =C:;>=5 2 =59B@8==>< M:A?5@8<5=B5 =0 0:A0=A:>< ?>475<=>< AF8=B8;;OF8>==>< B5;5A:>?5", 0CG=0O A5AA8O:>=D5@5=F8O A5:F88 /$ $  "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", 21-25 =>O1@O, 2011, "-$, >A:20;   = 4/3 = 1.33 1. A.Avrorin et al., "The Baikal experiment - from MegatonLVAL! to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =6.1.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =30.1.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =30.1.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30 32, (2011).  =30.1.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 -July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210 S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10= LVAL 0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.9 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 B>3> (4>:;04K): 30.88 ", 70 2010-2011 3>4K:   = 142.595 + 30.88 = 173.48LVALOG!#" ;048<8@ 0@0B>28G. >4. 21.01.1960. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th IntLVAL!ernational Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81 C:>2>4AB2> 48?;><=8:0<8 - >48= 48?;><=8: 2 20093.8 2 20103. >H5;L $54>@ >=AB0=B8=>28G. !BC45=B $", 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2011 3>4C.   = 10 C:>2>4AB2> 0A?8@0=B0<8  420 0A?8@0=B0 2 2010 8 20113.3. (59D;5@ ;5:A59 ;5:A0=4@>28G. >4. 20.04.1984 3. A?8@0=B $ A 1.05.2007B LVALR 3. ?> =0AB>OI55 2@5<O. !B065@-8AA;54>20B5;L - A 14.05.20073. ?> 1.01.20103., 70B5< <.=.A. - ?> =0AB>OI55 2@5<O. #( 5=8A ;5:A0=4@>28G. !BC45=B $", 70I8B8; 48?;>< =0 720=85 10:0;02@0 2 2008 3>4C, =0 720=85 <038AB@0 2 2010 3>4C, A 8N;O 2010 3>40 0A?8@0=B /    = 304 = 120 !C<<0@=>5   = 38.81 + 10 + 120= 168.81LVALOG!C3052 -430@ 0;5@L528G, @>4. 22.08.1939, 4.D.-<.=., 2.=.A. - 2B>@K, =0720=85 8 AAK;:0 $>@<C;0 57C;LB0B C1;8:0F88 2 @>AA89A:8E 6C@=0;0E E. Bugaev, P. Klimai - "Bound on induced gravitational wave background from primordial black holes", 8AL<0 2 -"$, B. 91, 2K?. 1, A. 3-7 (2010). 1,557* 60/2 46,71 5B:>2 ..,C3052 -.., ;8<09 .., =4@552 .., >;G5=:> .., >;G5=:> .., 70?0@>20 .., 60??C52 .., 0?>=5=:> .., C;852 .(., ;8<5=:> .$., C46052 .#., !5@3552 .., %05@48=>2 .!., '5@=O52 .., /=8= .. - "-:A?5@8<5=B0;L=K9 ?>8A: 2A?;5A:>2 30<<0-87;CG5=8O >B 8A?0@ONI8EAO ?5@28G=KE G5@=KE 4K@", -"$, ">< 137, K?. 3, c. 460-472 (2010). 0,946 *60/10 5,68 C1;8:0F88 2 8=>AB@0==KE 6C@=0;0E E. Bugaev, P. Klimai - "Induced gravitational wave background and primordial black holes", Phys. Rev. D 81, 023517 (2010). 4,964* 30/2 74,46 E. Bugaev, P. Klimai - "About possible contribution of intrinsic charm component to inclusive spectra of charmed mesons", J.Phys.G 37: 055004 (2010). 1,770* 30/2 26,55 E. Bugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", Phys. Rev. D 83, 023516 (2011). 4,964* 30/2 74,46 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", Phys. Rev. D 83, 083521 (2011). 4,964* 30/2 74,46 E. Bugaev, P. Klimai - "Curvature perturbation spectra from waterfall transition, black hole constraints and non-Gaussianity", JCAP (2011). 6,497* 30/2 97,46 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE E. V. Bugaev, P. A. Klimai - "Large curvature perturbations in single-scalar-field models of inflation", talk at QUARKS-2008 international seminar, published in Proceedings, Vol.1, p.329-343, Moscow, INR RAS, 2010. 0.5*6,0/2 1,50 E. Bugaev, P. Klimai - "Enhancement of density perturbations near horizon crossing in braneworld cosmology", talk at QUARKS-2010 international seminar, published in Proceedings, Vol. 1, pp. 402-420 (2010). 1.5*6,0/2 4,50 E.V. Bugaev - NLVAL^"Physics of high energy atmospheric muons", Invited talk on the XVI International Symposium on Very High Energy Cosmic Ray Interactions (ISVHECRI 2010), Batavia, IL, USA (28 June - 2 July 2010). 30,0 30,00 #AB=K5 4>:;04K =0 @>AA89A:8E :>=D5@5=F8OE @5?@8=BK E. Bugaev, P. Klimai - "Density perturbations in braneworld cosmology and primordial black holes", arXiv:1012.1199 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Constraints on the induced gravitational wave background from primordial black holes", arXiv:1012.4697 [astro-ph.CO]. 4,0/2 2,00 E. Bugaev, P. Klimai - "Curvature perturbation spectra from waterfall transition, black hole constraints and non-Gaussianity", arXiv:1107.3754 [astro-ph.CO]. 4,0/2 2,00 E.V. Bugaev, B.V. Mangazeev - "Electromagnetic Structure Functions of Nucleons in the Region of Very Small X", arXiv:1102.2514 [hep-ph]. 4,0/2 2,00 E.V. Bugaev - "Physics of high energy atmospheric muons", arXiv:1012.4714 [hep-ph]. 4,0 4,00 E. Bugaev, P. Klimai - "Formation of primordial black holes from non-Gaussian perturbations produced in waterfall transition", arXiv:1112.5601v1 [astro-ph.CO]. 4,0/2 2,00 >?>;=8B5;L=> C:>2>4AB2> 0A?8@0=B>< .. ;8<05< (2010) 30 30 B>3> 479,77LVALOG! ;53 8:>;0528G. 29.04.1966. 0=4. D87.-<0B. =0C:. 0CG=K9 A>B@C4=8: -.   70 2010  2011 3.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International WorLVALkshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALOG!,' 3>@L ;5:A5528G. >4. 11.01.19413. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th lLVAL|International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALOG!68;:81052 0=-@KA 038A>28G. >4. 12.09.19513. >:B>@ D87-<0B.=0C:. 54CI89 =0CG=K9 A>B@C4=8: -,   70 2010-2011 3.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7LVAL!th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81 C:>2>4AB2> A>8A:0B5;5< 2 2008 8 4> A5@548=K 2009 3.3. ((091>=>2 08@ ;5:A0=4@>28G. >4. 24.02.19803. :>=G8; 0A?8@0=BC@C /  5.05.20063. 0G8A;5= 2 ;01>@0B>@8N - =0 4>;6=>ABL <;04H53> =0CG=>3> A>B@C4=8:0 3 8N;O 20063. 0I8B8; :0=4840BA:CN 48AA5@B0F8N 2 45:01@O 2010 3>40)   = 30 !CLVAL<<0@=>5 7=0G5=85   = 38.81 + 30 = 68.81LVALOG! ( ;5:A0=4@ ;5:A0=4@>28G, @>4. 23.02.1962, =0CG=K9 A>B@C4=8:, -,   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International Workshop on LVALRing Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALOG!# ;048<8@ ;5:A0=4@>28G. >4.8.04.19513. 0=4. D87.-<0B. =0C:. !B0@H89 =0CG=K9 A>B@C4=8: -.   2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th InternazLVALtional Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALOG !# @:0489 8E09;>28G. >4. 02.02.19313. 0=4. B5E=. =0C:. 0CG=K9 A>B@C4=8: -.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International WoLVALrkshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALOG"!(, $54>@ >=AB0=B8=>28G. 03.01.19873. !BC45=B $". !B065@-8AA;54>20B5;L &.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 2. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 3. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 4. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 5. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=LVAL"B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 6. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 7. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 8. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 24.5 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 24.5 = 33.86 ! CG5B>< :>MDD8F85=B0 1.5 :0: ABC45=BC   A>AB02;O5B:   = 33.86 + 16.93 = 50.79LVALOG$!(' =4@59 5B@>28G. 16.05.1962 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International Workshop on LVALRing Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALOG&!#( 5=8A ;5:A0=4@>28G. 03.01.19873. A?8@0=B /  A 8N=O 2010 3>40. !B065@-8AA;54>20B5;L &.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th ILVALnternational Workshop on Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81 ! CG5B>< :>MDD8F85=B0 1.5 :0: 0A?8@0=BC   A>AB02;O5B:   = 38.81 + 19.405 = 58.215LVALOG(!/(# ;048<8@ 20=>28G, :0=4840B D87.-<0B. =0C:, AB0@H89 =0CG=K9 A>B@C4=8: -.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International Workshop LVALon Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALOG*!$ =4@59 20=>28G. 28.11.1956 3. =65=5@-8AA;54>20B5;L ;01>@0B>@88 -.   70 2010-20113.3. C1;8:0F88: 1. ..2@>@8= 8 4@., " >8A: =59B@8=> >B 30<<0-2A?;5A:>2 =0 09:0;LA:>< =59B@8==>< B5;5A:>?5 "200", 8AL<0 2 AB@>=><8G5A:89 C@=0;, B.37, !10, A. 754-760, (2011).  =1.00560/10=6.030 2. ..2@>@8= 8 4@.,  -:A?5@8<5=B0;L=0O 38@;O=40 09:0;LA:>3> =59B@8==>3> B5;5A:>?0 "1000 , @81>@K 8 "5E=8:0 -:A?5@8<5=B0, B>< 54, ! 5,A. 55 65, (2011).  =0.355*60/10=2.13 3. ...2@>@8= 8 4@.,  09:0;LA:89 =59B@8==K9 B5;5A:>? "200+ , @5?@8=B /  1265/2010.  =4/10=0.4 4. A.M.Aynutdinov et al.,  Baikal neutrino project: history and prospects , Russian Physics Journal v.53 (2010) 601-610.  =8/10=0.8 ------------------------------------------------------- B>3> (AB0BL8): 9.36 ------------------------------------------------------- >:;04K: 1. A.Avrorin et al., "The Baikal experiment - from Megaton to Gigaton", the 11th international conference on Topics in Astroparticle and Underground Physics (TAUP2009), Rome, Italy, 1-5 July, 2009. Journal of Physics, Conference Series 203, (2010) 012123.  =61.5*0.5/10=0.45 2. A. Avrorin et al., "BAIKAL neutrino experiment", International Workshop on Very Large Volume Neutrino Telescopes (VLVNT09), Athens, Greece, 13-15 October, 2009. Nuclear Instruments and Methods A, v. 626 p. 13-18, (2011).  =301.5*0.5/10=2.25 3. A. Avrorin et al.,"The Baikal Neutrino Telescope - Results and Plans", 2nd Roma International Conference on Astro-Particle Physics, Rome, Italy, 13-15 May, 2009. Nuclear Instruments and Methods A, v. 630, p. 115-118, (2011).  =301.5*0.5/10=2.25 4. N. Budnev et al.,  The Baikal neutrino project: Present and Perspectives , Vienna Conference on Instrumentation, Vienna, Austria, 15-20 February, 2010. Nuclear Instruments and Methods A, v. 628, p. 115-119, (2011).  =30*1.5/10=4.5 5. A.V. Avrorin et al.,  The Gigaton Volume Detector in Lake Baikal , 7th International Workshop oLVALn Ring Imaging Cherenkov Detectors (RICH 2010), Cassis, Provence, France, 3-7 May, 2010. Nuclear Instruments and Methods A, v. 639, p. 30-32, (2011).  =301.5/10=4.5 6. Zh.-A.M. Dzhilkibaev et al.,  Status of the Baikal experiment , 16th International Seminar on High Energy Physics (QUARKS-2010), Kolomna, Russia, 6-12 June, (2010).  =6/10=0.6 7. N.M.Budnev et al.,  Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans. 4th International Workshop on Acoustic and Radio EeV Neutrino detection Activity , ARENA 2010, Nantes, France, June 29 - July 2, 2010. Nuclear Instruments and Methods in Physics Research A. 2012. V. 662. Suppl.1. P. S210-S215.  =30*1.5/10=4.5 8. .-.. 68;:81052 8 4@.,  !B0BCA 09:0;LA:>3> =59B@8==>3> M:A?5@8<5=B0 , 31-O A5@>AA89A:0O :>=D5@5=F8O ?> :>A<8G5A:8< ;CG0<, >A:20, >AA8O, 5-9 8N;O, 2010. 725AB8O . !5@8O D878G5A:0O, B>< 75, ! 3, A. 443 444 (2011).  =4*1.5/10=0.6 9. Zh.-M.Dzhilkibaev, 3rd Roma International Conference on Astro-particle Physics (RICAP 2011), Rome, Italy, 25-77 May, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 10. V.Aynutdinov, 32nd International Cosmic Ray Conference (ICRC-2011), August 11-18, 15-20, 2011, Beijing, China.  =6*1.5/10=0.8 11. V.Aynutdinov et al., 5th International Workshop on Very Large Volume Neutrino Telescopes (VLVnT 2011), Erlangen, Germany, October 12-14, 2011. Nuclear Instruments and Methods A (in press).  =30*1.5/10=4.5 ------------------------------- B>3> (4>:;04K): 29.45 ------------------------------------------------------------------ ", 70 2010-2011 3>4K:   = 9.36 + 29.45 = 38.81LVALOG,!! 0;5@89 8B0;L528G, 10/12/1957, :0=4.D87.-<0B.=0C:, AB0@H89 =0CG=K9 A>B@C4=8: ;01>@0B>@88 -.   70 2010-20113.3. I. C1;8:0F88: 1. .. !8=52. 5>=59B@8=> 8 2=CB@5==55 AB@>5=85 5<;8, @5?@8=B /-1257/2010. 4/1 = 4.0 2. .. >?K;>2, .. !8=52. 0AG5B ?>B>:0 35>=59B@8=> 0:A0=A:>9 =59B@8==>9 >1A5@20B>@88 / , @5?@8=B /-1256/2010. 4/2 = 2.0 3. . . 0@010=>2, .. 57@C:>2, .. 0=8;>2, !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, . . /=>28G. 84:85 >@30=8G5A:85 AF8=B8;;OB>@K =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0). @5?@8=B /-1246/2010. 4/8 = 0.5 4. .. !8=52 !>2<5AB=K9 0=0;87 A?5:B@0;L=KE @50:B>@=KE =59B@8==KE M:A?5@8<5=-B>2, @5?@8=B /-1278/2011. 4/1 = 4.0 5. . . 0@010=>2, .. 57@C:>2, .. 0=8;>2 , . . >@30;N:, . . KA>20, . /. >28:>20, . . !8=52, . . /=>28G 5B5:B>@ A 684:8< >@30=8G5A:8< AF8=B8;;OB>@>< =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0) 4;O @538AB@0F88 A;01KE =59B@8==KE ?>B>:>2, @5?@8=B /-/2011. 4/8 = 0.5 6. . . 0@010=>2,.. 57@C:>2, .. 0=8;>2, !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, . . /=>28G $878:>-E8<8G5A:>5 8AA;54>20=85 ;8=59=>3> 0;:8;15=7>;0 :0: 107>2>3> :><?>=5=B0 4;O A>740=8O AF8=B8;;OF8>==KE =59B@8==KE 45B5:B>@>2, C@=0; ?@8:;04=>9 E8<88, B. 84, 2K?. 3, A. 385, 2011. 4/8 = 0.5 --------------------------------------------------- B>3>  11.5 --------------------------------------------------- II. >:;04K =0 :>=D5@5=F8OE. 1. V. Sinev, A Large volume scintillation detector at Baksan: status and perspective. >:;04 =0 564C=0@>4=>9 :>=D5@5=F88  Neutrino Geoscience 2010 , 6-8 :BO1@O, 2010. Gran Sasso National Laboratory, Italy. 6 2. .. !8=52, -:A?5@8<5=B A @50:B>@=K<8 =59B@8=> ?> ?>8A:C C3;0 A<5H820=8O q13, 4>:;04 =0 IV '5@5=:>2A:8E GB5=8OE, $, 12 0?@5;O 2011, >A:20. 4 --------------------------------------------------- B>3>  10 --------------------------------------------------- III. C:>2>4AB2> 48AA5@B0F8O<8 8 0A?8@0=B0<8. 0:0;02@A:0O 48AA LVAL 5@B0F8O, >?K;>2 @B5< 8:>;0528G, $", 2010. 10 C:>2>4AB2> 0A?8@0=B>< 2 B5G5=85 2011 3., 8:8B5=:> /@>A;02 ;048<8@>28G. 30 ---------------------------------------- B>3>  40 ---------------------------------------- B>3>: 11.5+10+40 = 61.5LVALOG.!=4@552 =0B>;89 0A8;L528G, @>48;AO 20.10.373>40, 4>:B>@ B5E=8G5A:8E =0C:, 3;02=K9 =0CG=K9 A>B@C4=8: 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. . !B0BL8 2 @5F5=78@C5<>< @>AA89A:>< 6C@=0;5 . . =4@552, ...C@<8AB@>2, ..$8@A>2./ F5=:0 2>7<>6=>AB59 ?@8<5=5=8O 4;O 0:B820F8>==>3> 0=0;870 8AB>G=8:0 B5@<0;87>20==KE =59B@>=>2 =0 1075 =59B@>==>3> 35=5@0B>@0. //C@=0; 0=0;8B8G5A:>9 E8<88. . 2010 3., B.65, A. 1283  1289.  =0,604*60/3=12,08 . . =4@552, .. . C@<8AB@>2, . . 5H:>2/ 07@01>B:0 1;>:0 70<54;8B5;O 4;O =59B@>==>3> 35=5@0B>@0 -400 //!"/ . ! / $'!/, 2011, B>< 75, ! 2, A. 263 269.  =0,406*60/3=8,12 @5?@8=B ..=4@552, !..:C;8=8G52, ..5=5F:89, ...0@?>2, .!.>=>1552A:89, ..!:>@:8=, ..$8@A>2./ 5@A?5:B82K 8A?>;L7>20=8O <>I=KE =59B@>==KE 35=5@0B>@>2 2 8=AB8BCB5 O45@=KE 8AA;54>20=89 / .// @5?@8=B / ,1255/2010, 8N=L 2010, >A:20  =4/7=0,57 !B0BLO 2 N18;59=>< A1>@=8:5 ..=4@552, ..0A8;L52, ..$8@A>2/ !>AB>O=85 8 ?5@A?5:B82K :><?;5:A=>3> 8A?>;L7>20=8O B25@4KE 3>@NG8E 8A:>?05<KE // .18;59=K9 A1>@=8: . .2011. 358-368  =30/3=10 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy. / Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements. // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/4=1,5 >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 >AA89A:>9 :>=D5@5=F88 V. Skorkin, S. Akulinichev, A. Andreev./ The high-current deuteron acceleratorfor the neutron therapy // >:;04 =0 XXII A5@>AA89A:0O :>=D5@5=F8O ?> CA:>@8B5;O< 70@O65==KE G0AB8F RuPAC-2010. @>B28=>. 27.09.2010 - 01.10.2010  =4/3=1,33 0B5=BK =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2388014. 538AB@0F8O 27.04.2010 3.  =20/3=6,67  LVAL =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2393557. 538AB@0F8O 27.06.2010 3.  =20/3=6,67 =48284C0;L=K9   3;. =0CG. A>B@. 01>@0B>@88 0B><=>3> O4@0 =4@5520 .. @025=:  = 12,08+8,12+0,57+1,5+1.33+6.67+6.67=28.82+10=46,94LVALOG0!5=5F:89 >@8A ;5:A5528G, @>48;AO 18 A5=BO1@O 1933 3>40, 4>:B>@ B5E=8G5A:8E =0C:, 3;02=K9 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0, G;5= :>@@5A?>=45=B >AA89A:>9 8=65=5@=>9 0:045<88. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5F5=78@C5<KE @>AA89A:8E 6C@=0;0E .. 5=5F:89./  @0A?@545;5=88 8=48284C0;L=KE 4>7 8 BO65AB8 ?>@065=89 ?@8 @0480F8>==KE 020@8OE// 72. , A5@. D87. ! 4, 2011, A 649-652.  =.406*60=24.36 .. 5=5F:89 / ;8O=85 G5;>25G5A:>3> D0:B>@0 =0 D>@<8@>20=85 BO65AB8 ?>@065=89 ?@8 @0480F8>==KE 020@8OE // !@54AB20 A?0A5=8O. @>B82>?>60@=0O 70I8B0,  74. ><  A?5F2K?CA: 2011, !.69  72 .  = 8 >:;04 CAB=K9, A5:F8>==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 5=5F:89 .., 8D0=>2 ../  0B5@80;0E 4;O A?5F80;L=>9 @0480F8>==>-70I8B=>9 >4564K ?>60@=KE =0 -! 8 4@C38E @0480F8>==>->?0A=KE >1J5:B0E. // 8-O 564C=0@>4=0O :>=D5@5=F8O /45@=0O 8 @0480F8>==0O D878:0 20-23 A5=BO1@O 2011 3. (ICNRP`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n=40-60 -// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,563*60/5=6,76 . . =4@552, ...C@<8AB@>2, ..$8@A>2./ F5=:0 2>7<>6=>AB59 ?@8<5=5=8O 4;O 0:B820F8>==>3> 0=0;870 8AB>G=8:0 B5@<0;87>20==KE =59B@>=>2 =0 1075 =59B@>==>3> 35=5@0B>@0// C@=0; 0=0;8B8G5A:>9 E8<88. . 2010 3., B.65, A. 1283  1289.  =0,604*60/3=12,08 . . =4@552, .. . C@<8AB@>2, . . 5H:>2/ 07@01>B:0 1;>:0 70<54;8B5;O 4;O =59B@>==>3> 35=5@0B>@0 -400 //!"/ . ! / $'!/, 2011, B>< 75, ! 2, A. 263 269.  =0,406*60/3=8,12 !. . :C;8=8G52, .. . 02@8;>2, .. . C@<8AB@>2, !. . C52, .!. >=>1552A:89, . . >@4>2A:>9, . . !:>@:8= /!!"  / !"! #'  "// 725AB8O : !5@8O D878G5A:0O ">< 75,N 11, !. 1629.  =0,406*60/7=3,48 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy./ Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 Petergof, St.Petersburg, Russia. July 6 -9, 2010  =6/4=1,5 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.M.Skorkin, S. V. Zuyev / Measuring system of low intensity proton beam. //#AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia. July 6 -9, 2010.  =6/7=0,86 0B5=BK =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2388014. 538AB@0F8O 27.04.2010 3.  =20/3=6,67 =4@552 .. C@<8AB@>2 ..., 8:5@>2 ../ 8H5==K9 1;FLVALV>: =59B@>==>3> 35=5@0B>@0 //0B5=B =0 87>1@5B5=85 ! 2393557. 538AB@0F8O 27.06.2010 3.  =20/3=6,67 =48284C0;L=K9   <=A C@<8AB@>20 ... @025=  = 6,76+3,48+12.08+8,12+1,5+0,86+6.67+6.67=46,14LVAL020@78=0 0;5=B8=0 02;>2=0 @>4. 07.01.1942, A=A. /, :D<= !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: 020@78=0 .., !B5?0=>2 ../ 5B>4 ?@>AB@0=AB25==>-2@5<5==KE :>@@5;OF8>==KE DC=:F89 4;O >?8A0=8O @50:F88 :2078A2>1>4=>3> 2K1820=8O 20;5=B=KE =59B@>=>2 87 30;> O4@0 // 725AB8O , A5@8O D87. 2011. ".75, !4, A. 621-628  =0,406*60/2=12.18 .. 020@78=0, .. !B5?0=>2./ !@02=8B5;L=K9 0=0;87 8=D>@<0B82=>AB8 M:A:;N782=KE (p,p n) 8 8=:;N782=KE (p,p ) M:A?5@8<5=B>2 =0 O4@0E A >4=>=59B@>==K< 8 42CE=59B@>==K< 30;>. ///45@=0O D878:0, 2010, B.73, !1 !.111-121.  =0,563*60/2=16.89 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.P. Zavarzina, A.V. Stepanov. /CALCULATIONS OF THE CROSS SECTIONS FOR INCLUSIVE PROCESS OF THE NEUTRAL-CURRENT NEUTRINO-NUCLEUS SCATTERING AT INTERMEDIATE ENERGIES IN AN ANALYTIC APPROACH // !5:F8>==K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 (Petergof, St.Petersburg, Russia July 6 -9, 2010.  =6/2=3 V.P. Zavarzina, A.V. Stepanov./ On a new approach to calculations of the cross sections for inclusive process of the neutral-current neutrino-nucleus scattering at intermediate energies.// !5:F8>==K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/2=3 C:>2>4AB2> A>8A:0B5;5< 2 2011 3 C@;>28G ;5:A0=4@0 !5@3552=0 , AB065@-8AA;54>20B5;L /  =30 =48284C0;L=K9   A=A 020@78=>9 .. @025=  =12.18+16.89+3+3+30=65.07LVAL&8D0=>2 8E08; 8:>;0528G, @>4. 21 =>O1@O 1945 3>40, , =A. :0=4840B D87-<0B =0C: !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. >:;04 CAB=K9, A5:F8>==K9, =0 <564C=0@>4=>9 :>=D5@5=F88. 5=5F:89 .., 8D0=>2 ../  0B5@80;0E 4;O A?5F80;L=>9 @0480F8>==>-70I8B=>9 >4564K ?>60@=KE =0 -! 8 4@C38E @0480F8>==>->?0A=KE >1J5:B0E. // 8-O 564C=0@>4=0O :>=D5@5=F8O /45@=0O 8 @0480F8>==0O D878:0 20-23 A5=BO1@O 2011 3. (ICNRP`11), ;<0BK, 5A?C1;8:0 070EAB0=. "!+, ! 78  79  =6/2=3 =48284C0;L=K9   =A 8D0=>20 .. @025=  =308:8= <8B@89 ;5:A5528G, @>48;AO 9 023CAB0 1930 3>40, 4>:B>@ D878:>-<0B5<0B8G5A:8E =0C:, 254CI89 =0CG=K9 A>B@C4=8: ;01>@0B>@88 0B><=>3> O4@0. . !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E ..08:8=, ..>@4>2A:>9, ..!C@:>20./ 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd//. 72. , A5@. D87., B. 74, !11, A.1646 (2010).  =.406*60/3=8.12 @5?@8=BK D.A.Zaikin, I.V.Surkova./ Nucleon semimagic numbers and neutron scattering.// Preprint LANL-nuclear theory, 1004.1502 (2010). 13 c.   = 4/2=2 ..08:8=, ..!C@:>20./ Neutron scattering and nucleon semimagic numbers.// @5?@8=B / !1273/2010 (2010). 16 A.   = 4/2=2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., !C@:>20 .. /  2>7<>6=KE ?>;C<038G5A:8E G8A;0E =C:;>=>2 Z=96 8 N=150 // 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/2=3 @>HN@0 ..08:8=. /0:>=K A>E@0=5=8O 2 :20=B>2>9 D878:5 (CG51=>-<5B>48G5A:>5 ?>A>185). //., $". (2010). 32 A.  =32/16*2=4   " M;5:B@>==K9 D.A.Zaikin_ and I.V.Surkova, / Nucleon semimagic numbers and low-energy neutron scattering// arXiv:1004.1502v1 [nucl-th] 9 Apr 2010  =4/2=2 =48284C0;L=K9   2=A 08:8=0 .. @025=  =8.12+2+2+3+4+2=21.12.ZS f  m  2 9 @ GNU\ cjqzHٷCUCbCM[ @?+!OGFFF:?q=2B@?!OG!:>@@5:B8@>20=> G8A;> 02B>@>2 2 @01>BK; 4>102; 2 @FF:@?::::? C[0C."@?3!OGFFF:?t`A@?!OGFFF:?q=Bz 6*@?t@!FFF:? uB\Cr@?=!OGFFF:?) (dB"  @?(!OGFFF:? A~@?^ @!FFF:?sF B . @?L!OGFFF:?G5A&@? @!FFF:? CAXFR@?Z!OGFFF:? #\C *&@?fz!OGFFF:?+xC ,Rp\ @?>v!OGFFF:?9)A&@?u!OGFFF:?PAx@?"r!OGFFF:? ף@2d,@?p!OGFFF:?>BE@z?>ITV @?c!OGFFF:?URC: @r @? @b!FFF:?=C-C! @?`!OGFFF:?? 33A  @?0^!OGFFF:? dB"   @?N\!OGFFF:? 33A( 4 @?@[!FFF:? HB H  @? @Z!FFF:?N YC 0* @?D@Y!FFF:?GBJ @? @X!FFF:?3dB"   @?`V!OGFFF:?GAx @? @U!FFF:? PB(  @?T!OGFFF:?@2d @?8@F!FFF:?.CCr2 @?X*Q!OGFFF:?ףkC ,> @?rI!OGFFF:? A~ @?G!OG>G5<C :>MDD8F85=B 3? 5 A>B@C4=8: /?FF: @?::::?)AL @?t @F!FFF:?/{A( F@ @?D!OGFFF:?RBn`  @? A!OGFFF:?H*@, @?@=!FFF:?pAF @?J@=!FFF:? @?::::?(H B f  @?#>!OGFFF:?e A  @?f@=!FFF:?@@, @?Z@4!FFF:?1\CB) @?@49!OG=5B @C:TFF:;B  @?L#6!OGFFF:?'ALF @? @4!FFF:?LVALOG7!C52 !5@359 8:B>@>28G, @>48;AO 26.10. 1954 3>40, :0=4840B D87.-<0B. =0C:, !B. =0CG=. A>B@. 01>@0B>@88 0B><=>3> O4@0 . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev /EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA// Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,695*30/5=4.17 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/ ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK// 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 !. . :C;8=8G52, .. . 02@8;>2, .. . C@<8AB@>2, !. . C52, .!. >=>1552A:89, . . >@4>2A:>9, . . !:>@:8= /!!"  / !"! #'  "//75AB8O : !5@8O D878G5A:0O ">< 75,N 11, !. 1629.  =0,406*60/7=3,48 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52. /  1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,563*60/5=6,76 !..C52, .!.>=>1552A:89./  &#  '/ + nn- !!//  +%  +% & nd-  //725AB8O , A5@.D87. 2010, B. 74, !6, A. 782-786  =0,406*60/2=12.18 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89, ..(0@0?>2, >45;8@>20=85 MDD5:B82=>AB8 AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2 2 8=B5@20;5 M=5@388 5-70 M, #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear StructureLVAL8!  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/3=2 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2 / -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p)// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/7=0,86 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..(0@0?>2 />AAB0=>2;5=85 M=5@35B8G5A:>3> A?5:B@0 1KAB@KE =59B@>=>2 (20-60 M) :0=0;0 -! /  <5B>4>< >1@0B=>9 7040G8// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/4=1,5 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/9=0,67 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.M.Skorkin, S. V. Zuyev./ Measuring system of low intensity proton beam.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 Petergof, St.Petersburg, Russia) July 6 -9, 2010. .  =6/7=0,86 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2*1.5=1.8 @5?@8=B .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .p LVAL . C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;,// @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 =48284C0;L=K9   A=A / !..C520 @025=  =1,6+4,17+2,71+3,48+6.76+12.18+2+0,86+1,5+.67+.86+1.8+0,44=39.03LVALOG:!>=>1552A:89 235=89 !5@35528G, @>48;AO 23 023CAB0 1943 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 ;01>@0B>@859 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev /EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA //Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,695*30/5=4.17 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..0BKH520, ..!>1>;52A:89, ..;8G /?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0 _430// !"/ . ! / $'!/, 2011, B>< 75, ! 4, A. 485 489  =0,406*60/4=6,09 .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2 / ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 !. . :C;8=8G52, .. . 02@8;>2, .. . C@<8AB@>2, !. . C52, .!. >=>1552A:89, . . >@4>2A:>9, . . !:>@:8= / !!"  / !"! #'  "// 725AB8O : !5@8O D878G5A:0O ">< 75,N 11, !. 1629.  =0,406*60/7=3,48 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52. /  1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,563*60/5=6,76 !..C52, .!.>=>1552A:89./  &#  '/ + nn- !!//  +%  +% & nd-  //725AB8O , A5@.D87. 2010, B. 74, !6, A. 782-786  =0,406*60/2=12.18 . !. >=>1552A:89, . . 0BKH520, . . !>1>;52A:89./ LVAL;!,."    + #' "   "  / .// !"/ . ! / $'!/, 2010, B>< 74, ! 4, A. 479 482  =0,406*60/3=8,12 >:;04 CAB=K9, ?@83;0H5==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E.S. Konobeevski, / Study of neutron-neutron interaction in nd breakup reaction at low energies // @83;0H5==K9 4>:;04 18th INTERNATIONAL SEMINAR ON INTERACTION OF NEUTRONS WITH NUCLEI: Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics May 25-29, 2010, Dubna, Russia  =30/1=30 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E.S. Konobeevski, Study of Neutron-Neutron Scattering in nd Breakup Reaction // >:;04 =0 5th EUROPEAN CONFERENCE ON NEUTRON SCATTERING, 17-22 July 2011 - Prague, Czech Republic  =6/1=6 !..C52, .!.>=>1552A:89, ..(0@0?>2, / >45;8@>20=85 MDD5:B82=>AB8 AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2 2 8=B5@20;5 M=5@388 5-70 M,// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/3=2 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2 / -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p),// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/7=0,86 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..(0@0?>2/ >AAB0=>2;5=85 M=5@35B8G5A:>3> A?5:B@0 1KAB@KE =59B@>=>2 (20-60 M) :0=0;0 -! /  <5B>4>< >1@0B=>9 7040G8//, #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/4=1,5 .!. >=>1552A:89 , .. 0BKH520, .. !>1>;52A:89, .. ;8G. /"&/ $# & "   )"+ "   "  -430. // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010  . PLVAL=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010  . Petergof, St.Petersburg, Russia, July 6 -9, 2010  =6/9=0,67 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.M.Skorkin, S. V. Zuyev./ Measuring system of low intensity proton beam.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  . Petergof, St.Petersburg, Russia, July 6 -9, 2010  =6/7=0,86 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy/ Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 .  . Petergof, St.Petersburg, Russia, July 6 -9, 2010  =6/4=1,5 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2*1.5=1.8 @5?@8=BK .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;,// @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 ..=4@552,d LVALt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afomov, V.A.Sergeev. /Absorption effects in the nucleon- or core-stripping reactions induced by the halo nucleus.// !5:F8>==K9 4>:;04 =0 60 564C=0@>4=>9 :>=D5@5=F88 ?> O45@=>9 D878:5 Nucleus 2010 (Peterhof, St.-Petersburg, 6-9 July 2010)  =6/2=3 @5?@8=B .. 0D><>2 " B5>@88 87;CG5=8O 028;>20-'5@5=:>20 2 :@8AB0;;0E" @5?@8=B /  1298/2011, A5=BO1@L 2011. =0 4204F0B8 452OB8 AB@0=8F0E, A>45@68B A>@>: F25B=KE 3@0D8G5A:8E @8AC=:0 8 ?0:5B 70459AB2>20==KE ?@>3@0<<.  =4 =48284C0;L=K9   A=A 0D><>20 .. @025=  =19,18C@;>28G ;5:A0=4@0 !5@3552=0, @>48;0AL 02.08.19873>40, AB065@-8AA;54>20B5;L 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. >:;04 CAB=K9, A5:F8>==K9, =58740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 A.S. Kurlovich./ Search for axion-like particles and hidden sector photons in the resonant regeneration experiment SOLA.// >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 20@:8-2010. N;L 2010,  = 6*2=12 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 >AA89A:>9 :>=D5@5=F88 .!. C@;>28G / >8A: ;53:8E 0:A8>=>?>4>1=KE G0AB8F 8 ?0@0D>B>=>2 =0 >A=>25 <5B>40 @57>=0=A=>9 @535=5@0F88 //>:;04 8 "@C4K 53 =0CG=>9 :>=D5@5=F88 $". >O1@L 2010 3.  =4*1.5*2=12 B>3>  =12+12=24LVALOG?!>@4>2A:>9 8E08; 048<>28G, @>48;AO 06.04.1954 3>40, :0=4840B D87.-<0B. =0C:, 70254CNI89 A5:B>@>< 01>@0B>@88 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev /EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA //Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,695*30/5=4.17 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/ ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK// 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 !. . :C;8=8G52, .. . 02@8;>2, .. . C@<8AB@>2, !. . C52, .!. >=>1552A:89, . . >@4>2A:>9, . . !:>@:8= /!!"  / !"! #'  "//75AB8O : !5@8O D878G5A:0O ">< 75,N 11, !. 1629.  =0,406*60/7=3,48 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52. /  1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,563*60/5=6,76 ..08:8=, ..>@4>2A:>9, ..!C@:>20. /708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd//. 72. , A5@. D87., B. 74, !11, A.1646 (2010).  =.406*60/3=8.12 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2 / -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p)// #AB=K9 4>:;04 =0 61 International Conference on Nuclear SLVAL@!pectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/7=0,86 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..(0@0?>2 />AAB0=>2;5=85 M=5@35B8G5A:>3> A?5:B@0 1KAB@KE =59B@>=>2 (20-60 M) :0=0;0 -! /  <5B>4>< >1@0B=>9 7040G8// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/4=1,5 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 Petergof, St.Petersburg, Russia) July 6 -9, 2010.  =6/9=0,67 S.V.Akulinichev, Yu.K.Gavrilov, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy, V.M.Skorkin, S. V. Zuyev./ Measuring system of low intensity proton beam.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 Petergof, St.Petersburg, Russia July 6 -9, 2010. .  =6/7=0,86 A.V.Andreev, Yu.M.Burmistrov, E. S. Konobeevski, M. V. Mordovskoy/ Low-Background Gamma Spectrometer for Acurate Radioactivity Measurements.// #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia July 6 -9, 2010.  =6/4=1,5 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2*1.5=1.8 @5?@8=B .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5 LVAL* @0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;,// @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 =48284C0;L=K9   702. A5:B>@>< >@4>2A:>3> .., @025=  = 1,6+4,17+2.71 +3,48+6.76+8.12+0,86+1,5+0.67+ 0.86+ 1.5+1,8+0.44=34,47LVALOGB!>B0H52 !B0=8A;02 ;L8G, @>48;AO 26.02.1956 3>40, :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev /EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA// Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169.  = 0,695*30/5=4,17 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2, ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK, 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 8B28= .!., >B0H52 !. ., 078= .., !04K:>2 ../ >78F8>==>-GC2AB28B5;L=K9 ?@>2>;>G=>-AB@8?>2K9 45B5:B>@ B5?;>2KE 8 E>;>4=KE =59B@>=>2 A 1>@=K< :>=25@B5@>< 725AB8O . !5@8O $878G5A:0O, 2011, B><. 75, No. 2, A. 247 250.  =0,406*60/4=6,09 .!.>=>1552A:89, ...C@<8AB@>2, !..C52, ..>@4>2A:>9, !..>B0H52. /  1S0 " -"  + !!//  & ND-    En=40-60 -.// /45@=0O D878:0 2010, B. 73, ! 8, A. 1343 1349  =0,563*60/5=6,76 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2  -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p), #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/7=0,86 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, LVALC!/ Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia, July 6 -9, 2010  =6/9=0,67 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2*1.5=1.8 @5?@8=BK .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;,// @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 !. . >B0H52, . !. >B0H52, . . 8B28=>20, !. %. 0@052A:89, . . 0A0=>2. &8D@>2>5 C?@02;5=85 =0?@O65=85< ?8B0=8O 45B5:B>@>2 8 4@C38E ?@81>@>2 A 2=5H=8< C?@02;5=85< 4;O 02B><0B878@>20==>9 A8AB5<K @538AB@0F88 2 ! 8=0:A. @5?@8=B /  1269/2010, 13 AB@0=8F, 4 @8A., 1 B01;.  =4/5=.8 . . 0@028G52. !. . >B0H52, . !. >B0H52. @>3@0<<=>5 >15A?5G5=85:><?LNB5@0-:>=B@>;;5@0 KKA2-PC 8 :>=B@>;;5@0  2 OC 8=0:A. @5?@8=B / /2011, 31 AB@0=8F0, 12 @8A., 2 B01;.  =4/3=1,33 C:>2>4AB2> 48?;><=8LVAL:>< D>=8=K< ..  =10 =48284C0;L=K9   >B0H520 !.. @025=:  = 1,6+4,17+2.71 +6,09 +6.76+0,86+1.2+0.67 +1,8+0.44+0,8+1,33+10=38,43LVALOGE!!5@3552 ;048<8@ ;5:A0=4@>28G, @>48;AO 26.08.1933 3., :0=4840B D87.-<0B. =0C:, A=A 01>@0B>@88 0B><=>3> O4@0. !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E. Konobeevski, M. Mordovskoy, S. Potashev, V. Sergeev, S. Zuyev./ STUDY OF THE ND BREAKUP REACTION AT NEUTRON ENERGY OF 40-60 MEV,// International Journal of Modern Physics E 2010, v.19, N 5-6, p. 1162-1169  =0,643*30/5=3,86 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2,/ ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 0D><>2 .., !5@3552 ../ -$$"+ )/  &/% ! + #  !" -/  // 72. , A5@.D87. 2011 B.75, !4, A.490-494  =0,406*60/2=12,18 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 V.E.Pafomov, V.A.Sergeev. /Absorption effects in the nucleon- or core-stripping reactions induced by the halo nucleus.// !5:F8>==K9 4>:;04 =0 60 564C=0@>4=>9 :>=D5@5=F88 ?> O45@=>9 D878:5 Nucleus 2010 (Peterhof, St.-Petersburg, 6-9 July 2010)  =6/2=3 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2, /  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia July 6 -9, 2010  =6/9=0.67   " .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, /-:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O LVAL 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;, // @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20.  =4/9=.44 =48284C0;L=K9   A=A !5@35520 .. @025=  =3.86+2,71+ 12,18+1.2+1.2+3+.67+.44+2=25.26BLVALTA552 ;048A;02 8:>;0528G @>4. 30.05.1949 3., =.A. $ !B0BL8: 1. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D. Ilic, A.A. Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS// Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5-1)/8=2. B>3>:   A5520 .. = 2!C@:>20 ==0 ;048<8@>2=0, @>48;0AL 20 45:01@O 1939 3>40, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:, =0CG=K9 A>B@C4=8: / !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E ..08:8=, ..>@4>2A:>9, ..!C@:>20 /. 708<>459AB285 =59B@>=>2 <0;KE M=5@389 A 87>B>?0<8 Nd. // 72. , A5@. D87., B. 74, !11, A.1646 (2010).  =.406*60/3=8.12 @5?@8=BK D.A.Zaikin, I.V.Surkova./ Nucleon semimagic numbers and neutron scattering. // Preprint LANL-nuclear theory, 1004.1502 (2010). 13 c.   = 4/2=2 ..08:8=, ..!C@:>20. / Neutron scattering and nucleon semimagic numbers.// @5?@8=B / !1273/2010 (2010). 16 A.   = 4/2=2 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 08:8= .., !C@:>20 .. /  2>7<>6=KE ?>;C<038G5A:8E G8A;0E =C:;>=>2 Z=96 8 N=150 // 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011 3.  =6/2=3   " M;5:B@>==K9 D.A.Zaikin_ and I.V.Surkova, / Nucleon semimagic numbers and low-energy neutron scattering// arXiv:1004.1502v1 [nucl-th] 9 Apr 2010  =4/2=2 =48284C0;L=K9   A=A !C@:>2>9 .. @025=  =8,12+2+2+3+2=17,12LVALOGH!(0@0?>2 ;LO 8E09;>28G, @>48;AO 29.01.1984 3>40, 0A?8@0=B, AB065@-8AA;54>20B5;L &. . !?8A>: ?C1;8:0F89 ?> :0B53>@8O<. !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: E.S.Konobeevski, M.V.Mordovskoy, I.M.Sharapov, S.I.Potashev, S.V.Zuyev EXTRACTION OF NEUTRON-NEUTRON SCATTERING LENGTH FROM nn COINCIDENCE-GEOMETRY nd BREAKUP DATA Nucl.Phys.At.En. v.12 N1, 2011, p. 35  = 8/5=1,6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .!.>=>1552A:89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !.. >B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/ ?@545;5=85 4;8=K =59B@>=_=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd_@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK, // 725AB8O . !5@8O $878G5A:0O, 2011, B>< 75, ! 4, A. 478 484.  =0,406*60/9=2,71 >:;04 CAB=K9, A5:F8>==K9, =5 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 !..C52, .!.>=>1552A:89, ..(0@0?>2 / >45;8@>20=85 MDD5:B82=>AB8 AF8=B8;;OF8>==KE 45B5:B>@>2 =59B@>=>2 2 8=B5@20;5 M=5@388 5-70 M,// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/3=2 !..C52, .!.>=>1552A:89, ..515452, ..>@4>2A:>9, ..!?0AA:89, !..>B0H52, ..(0@0?>2 /  -=5@35B8G5A:0O :0;81@>2:0 AF8=B8;;OF8>==>3> DE-E B5;5A:>?0 2 @50:F88 (a,p)// #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/7=0,86 !..C52, .!.>=>1552A:89, ..>@4>2A:>9, ..(0@0?>2 / >AAB0=>2;5=85 M=5@35B8G5A:>3> A?5:B@0 1KAB@KE =59B@>=>2 (20-60 M) :0=0;0 -! /  <5B>4>< >1@0B=>9 7040G8//, #AB=K9 4>:;04 =0 61 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2011 !0@>2, 10-14 >:BO1@O 2011  =6/4=1,5 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// #AB=K9 4>:;04 =0 3 International Conference CLVALurrent Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2 .!.>=>1552A:>89, ..C:C;8=, ..>@4>2A:>9, ..><5@0=F52, !..>B0H52, .. C1F>20, ..!5@3552, !..C52, ..(0@0?>2/  ?@545;5=85 4;8=K =59B@>=-=59B@>==>3> @0AA5O=8O 87 M:A?5@8<5=B>2 ?> nd-@0720;C: M:A?5@8<5=B0;L=K5 8 B5>@5B8G5A:85 0A?5:BK // #AB=K9 4>:;04 =0 60 International Conference on Nuclear Spectroscopy and Nuclear Structure  Nucleus 2010 . Petergof, St.Petersburg, Russia, July 6 -9, 2010.  =6/9=0,67 >:;04 CAB=K9, A5:F8>==K9, 8740==K9, =0 <564C=0@>4=>9 :>=D5@5=F88 E. S. Konobeevski, M. V. Mordovskoy, I. M. Sharapov, S. I. Potashev, S. V. Zuyev, / Extraction of neutron-neutron scattering length from nn coincidence-geometry nd breakup data ,// Current Problems in Nuclear Physics and Atomic Energy (NPAE-Kyiv 2010) June 7 - 12, 2010, Kyiv, Ukraine  =6/5=1,2*1.5=1.8 @5?@8=B .!. >=>1552A:89, .. C:C;8=, !.. C52, .. >@4>2A:>9, .. ><5@0=F52, !.. >B0H52, .. C1F>20, .. !5@3552, .. (0@0?>2, / -:A?5@8<5=B0;L=>5 8 B5>@5B8G5A:>5 8AA;54>20=85 ?0@0<5B@>2 =59B@>=-=59B@>==>3> 2708<>459AB28O 8 =59B@>=-=59B@>==>9 4;8=K @0AA5O=8O 2 @50:F88 n+d p+n+n 2 A25B5 A>2@5<5==KE <>45;59 O45@=KE A8;,// @5?@8=B /  2010, !1251, !. 1-18, 740B5;LA:89 >B45; /  >A:20  =4/9=.44 =48284C0;L=K9   0A?8@0=B0 .. (0@0?>20 @025=:  =1,6+2,71+2+0,86+1,5+1.8+.67+0,44=11,58*3=34,74 ! :=48284C0;L=K9   0A?8@0=B0 .. (0@0?>20 @025=:  =1,6+2,71+2+0,86+1,5+1.8+.67+0,44=11,58*1,5=17,37 ?????????????   #' !!!LVALOGJ!   =0 31 45:01@O 2011 3. 235=89 8:>;0528G CI8=, =.A. $- /  B>3>2K9   .. CI8=0 70 2010-2011 33.: 35.93 + 199.71 = 235.64 C1;8:0F88 70 2010 3. 2B>@K, 0720=85, 740=85 <?0:B-D0:B>@ >;-2> 02B>@>2 10; 1 LHCb Collaboration (R. Aaij et al.),  Measurement of sigma(pp -> b anti-b X) at \sqrt(s)=7 TeV in the forward region. , CERN-PH-EP-2010-029; arXiv:1009.2731 [hep-ex] 4 >10 0.4 2 LHCb Collaboration,  Prompt K_short production in pp collisions at sqrt(s)=0.9 TeV. , CERN-PH-EP-2010-027; arXiv:1008.3105 4 >10 0.4 3 LHCb Collaboration,  Measurement of the inclusive cross section in pp collisions at sqrt(s) = 7Tev with the LHCb experiment. , LHCb-CONF-2010-014 4 >10 0.4 4 LHCb Collaboration,  Prompt charm production in pp collisions at sqrt(s) = 7 TeV. , LHCb-CONF-2010-013 4 >10 0.4 5 LHCb Collaboration,  Measurements of B0 mesons production cross-section in pp collisions at sqrt(s) = 7 TeV using B0->D " + X decays , LHCb-CONF-2010-012 4 >10 0.4 6 LHCb Collaboration,  Measurement of prompt / and / K0S production ratios in inelastic non-diffractive pp collisions at sqrt(s) = 0.9 and 7 TeV , LHCb-CONF-2010-011 4 >10 0.4 7 LHCb Collaboration,  Measurement of the J/psi production cross section at sqrt(s) = 7 TeV in LHCb , LHCb-CONF-2010-010 4 >10 0.4 8 LHCb Collaboration,  Measurement of the p- /p ratio in LHCb at sqrt(s)=900 ~GeV and 7~TeV , LHCb-CONF-2010-009 4 >10 0.4 9 LHCb Collaboration,  Prompt KS0 production in pp collisions at sqrt(s) = 900 GeV , LHCb-CONF-2010-008 4 >10 0.4 10 NA62 Collaboration,  NA62 Status Report to the CERN SPSC: Summary of the 2010 Activities and Plans for 2011 , SPSC-SR-071 4 >10 0.4 11 NA62 Collaboration,  Technical design report , NA62-10-0 4 >10 0.4 12 LHCb Collaboration,  Measurement of sigma(pp -> b anti-b X) at \sqrt(s)=7 TeV in the forward region. , Phys. Lett. B694 (2010) 209-216 157.65 >10 15.765 13 LHCb Collaboration,  Prompt K_short production in pp collisions at sqrt(s)=0.9 TeV. , Phys. Lett. B693 (LVALK!2010) 69-80 157.65 >10 15.765 B>3>2K9 10;: 35.93 C1;8:0F88 70 2011 3. 2B>@K, 0720=85, 740=85 <?0:B-D0:B>@ >;-2> 02B>@>2 10; 1 NA62 Collaboration, Test of lepton flavour universality in K+!l++ decays , CERN-PH-EP-2011-004, arXiv:1101.4805 [hep-ex] 4 >10 0.4 2 LHCb Collaboration,  b-hadron lifetime measurements with exclusive b->J/psi X decays reconstructed in the 2010 data , LHCb-CONF-2011-001 4 >10 0.4 3 LHCb Collaboration,  Flavor-untagged angular analysis of B0d!J/K" and B0s!J/f decays , LHCb-CONF-2011-002 4 >10 0.4 4 LHCb Collaboration,  Optimization and calibration of the LHCb flavour tagging performance using 2010 data , LHCb-CONF-2011-003 4 >10 0.4 5 LHCb Collaboration,  Search for CP violation in B0->J/psiKs0 decays with first LHCb data , LHCb-CONF-2011-004 4 >10 0.4 6 LHCb Collaboration,  Measurement of Delta ms in the decay B0s->Ds- (3)pi , LHCb-CONF-2011-005 4 >10 0.4 7 LHCb Collaboration,  Tagged time-dependent angular analysis of B0s!J/f decays with the 2010 LHCb data , LHCb-CONF-2011-006 4 >10 0.4 8 LHCb Collaboration,  Improved Measurements of the Cabibbo Favored Bs->Ds 3pi and Lambda Branching Fractions , LHCb-CONF-2011-007 4 >10 0.4 9 LHCb Collaboration,  First observation of the decay Bs -> D0K*0 and measurement of the ratio of branching fractions B(Bs -> D0K*0)/B(B0 -> D0rho0) , LHCb-CONF-2011-008 4 >10 0.4 10 LHCb Collaboration,  Observation of double J/ psi production in pp collisions at sqrt(s)=7 TeV , LHCb-CONF-2011-009 4 >10 0.4 11 LHCb Collaboration,  Measurement of md in B0!D"(K+"")+ , LHCb-CONF-2011-010 4 >10 0.4 12 LHCb Collaboration,  Measurement of direct CP violation in charmless charged two-body B decays at LHCb , LHCb-CONF-2011-011 4 >10 0.4 13 LHCb Collaboration,  W and Z production at s" = 7 TeV with the LHCb experiment , LHCb-CONF-2011-012 4 >10 0.4 14 LHCb Collaboration,  Measurement of the relative yields of the decay modes B0(s) -> D+(s)pi- and B0 -> D+K- and determination of fs/fd for 7 TeV pp collisions , LHCb-CONF-2011-0LVALL!13 4 >10 0.4 15 LHCb Collaboration,  Measurement of B(B0s!(2S)f)/B(B0s!J/f , LHCb-CONF-2011-014 4 >10 0.4 16 LHCb Collaboration,  Inclusive jets and dijets in LHCb , LHCb-CONF-2011-015 4 >10 0.4 17 LHCb Collaboration,  Measurement of the Y(1S) production cross-section at sqrt(s) = 7 TeV in LHCb , LHCb-CONF-2011-016 4 >10 0.4 18 LHCb Collaboration,  Relative measurement of the Bc+ to Bc production cross-section ratios at sqrt(s) = 7 TeV in LHCb , LHCb-CONF-2011-017 4 >10 0.4 19 LHCb Collaboration,  Measurement of the effective Bs-> K+K- Lifetime , LHCb-CONF-2011-018 4 >10 0.4 20 LHCb Collaboration,  First observation of B0s-> K0* antiK0* , LHCb-CONF-2011-019 4 >10 0.4 21 LHCb Collaboration,  A measurement of the relative cross-section sigma(Xc2)/sigma(Xc1) for prompt Xc production at sqrts = 7 TeV in LHCb , LHCb-CONF-2011-020 4 >10 0.4 22 LHCb Collaboration,  Measurement of the X (3872) mass with first LHCb data , LHCb-CONF-2011-021 4 >10 0.4 23 LHCb Collaboration,  Central Exclusive DiMuon Production at s"=7 TeV , LHCb-CONF-2011-022 4 >10 0.4 24 LHCb Collaboration,  A search for time-integrated CP violation in D0-> h+h- decays and measurement of production assymetry , LHCb-CONF-2011-023 4 >10 0.4 25 LHCb Collaboration,  First observations of the Cabibbo-suppressed decays B0bar->D+K-p+p- and B-->D0K-p+p- , LHCb-CONF-2011-024 4 >10 0.4 26 LHCb Collaboration,  Evidence for Bs0 -> J/psi K*0 , LHCb-CONF-2011-025 4 >10 0.4 27 LHCb Collaboration,  Measurement of the (2S) production cross-section at s"=7 TeV in LHCb , LHCb-CONF-2011-026 4 >10 0.4 28 LHCb Collaboration,  Measurement of b -hadron masses with exclusive J/X decays in 2010 data , LHCb-CONF-2011-027 4 >10 0.4 29 LHCb Collaboration,  Measurement of b-hadron production fractions in 7 TeV centre-of-mass energy pp collisions , LHCb-CONF-2011-028 4 >10 0.4 30 LHCb Collaboration,  Time integrated ratio of wrong-sign to right-sign D0!K decays in 2010 data at LHCb , LHCb-CONF-2011-029 4 >10 0.4 31 LHCb Collaboration,  Measurement of LVALM!the Ratio of Branching Fractions B(B->Jpsi pi)/B(B->JpsiK) at sqrt(s)=7TeV at LHC , LHCb-CONF-2011-030 4 >10 0.4 32 LHCb Collaboration,  A measurement of the ratio of branching fraction: B(B->D K)/B(B->D pi) for D-> K pi, KK, K 3pi and K0s 2pi , LHCb-CONF-2011-031 4 >10 0.4 33 LHCb Collaboration,  Measurement of the B cross-section at LHCb , LHCb-CONF-2011-033 4 >10 0.4 34 LHCb Collaboration,  Average fs/fd b-hadron production fraction for 7 TeV pp collisions , LHCb-CONF-2011-034 4 >10 0.4 35 LHCb Collaboration,  Analysis of antiB0s!J/ (+" and K+K") and the first observation of J/f'2(1525) , LHCb-CONF-2011-035 4 >10 0.4 36 LHCb Collaboration,  Studies of beauty baryons decaying to D0 p p- and D0 p K- , LHCb-CONF-2011-036 4 >10 0.4 37 LHCb Collaboration,  Search for the rare decays B0s m+m- with 300 pb-1 at LHCb , LHCb-CONF-2011-037 4 >10 0.4 38 LHCb Collaboration,  Angular analysis of B0->K*m+m- , LHCb-CONF-2011-038 4 >10 0.4 39 LHCb Collaboration,  Updated measurements of W and Z production at s"=7 TeV with the LHCb experiment , LHCb-CONF-2011-039 4 >10 0.4 40 LHCb Collaboration,  First observation of Bc+J/y p+p-p+ , LHCb-CONF-2011-040 4 >10 0.4 41 LHCb Collaboration,  Z cross-section measurement at sqrt(s)=7TeV using the channel Ztt , LHCb-CONF-2011-041 4 >10 0.4 42 LHCb Collaboration,  Charmless charged two-body decays at LHCb with 2011 data , LHCb-CONF-2011-042 4 >10 0.4 43 LHCb Collaboration,  Inclusive X(3872) production in pp collisions at sqrt(s) = 7 TeV , LHCb-CONF-2011-043 4 >10 0.4 44 LHCb Collaboration,  Evidence for suppressed decay B->(Kpi)DK , LHCb-CONF-2011-044 4 >10 0.4 45 LHCb Collaboration,  Search for X(4140) in B+J/yfK+ , LHCb-CONF-2011-045 4 >10 0.4 46 LHCb Collaboration,  Measurement of the CP Violation Parameter AG in Two-Body Charm Decays , LHCb-CONF-2011-046 4 >10 0.4 47 LHCb Collaboration,  Search for the rare decay B0s -> +" at the LHC , LHCb-CONF-2011-047 4 >10 0.4 48 LHCb Collaboration,  Measurement of Bs->J/yKs branching fraction , LHCb-CONF-2LVALN!011-048 4 >10 0.4 49 LHCb Collaboration,  Tagged time-dependent angular analysis of B0s!J/f decays with 337 pb-1 at LHCb , LHCb-CONF-2011-049 4 >10 0.4 50 LHCb Collaboration,  Measurement of ms in the decay B0s!D"s(K+K"")+ using opposite-side and same-side flavour tagging algorithms , LHCb-CONF-2011-050 4 >10 0.4 51 LHCb Collaboration,  Measurement of fs in Bs->J/y f0(980) , LHCb-CONF-2011-051 4 >10 0.4 52 LHCb Collaboration,  Study of Triple Product Asymmetries in Bs-> ff decays , LHCb-CONF-2011-052 4 >10 0.4 53 LHCb Collaboration,  Observations of Orbitally Excited Bs** Mesons , LHCb-CONF-2011-053 4 >10 0.4 54 LHCb Collaboration,  Measurement of the Charm Mixing Parameter yCP in Two-Body Charm Decays , LHCb-CONF-2011-054 4 >10 0.4 55 LHCb Collaboration,  Measurement of the ratio of branching fractions B(B->K*gamma)/B(Bs->phi gamma) at LHC at sqrt(s)=7TeV , LHCb-CONF-2011-055 4 >10 0.4 56 LHCb Collaboration,  Combination of fs measurements from BsJ/y f and Bs->J/y f0(980) , LHCb-CONF-2011-056 4 >10 0.4 57 LHCb Collaboration,  Measurement of the relative and absolute branching fractions of the decays B0sDsK and B0sDs p , LHCb-CONF-2011-057 4 >10 0.4 58 LHCb Collaboration,  Measurements of the relative branching fractions of the B->ppK decay channel including of the charmonium contributions , LHCb-CONF-2011-058 4 >10 0.4 59 LHCb Collaboration,  Relative branching ratio measurements of charmless B+- decays to three hadrons , LHCb-CONF-2011-059 4 >10 0.4 60 LHCb Collaboration,  Measurement of the masses of the "b and "b , LHCb-CONF-2011-060 4 >10 0.4 61 LHCb Collaboration,  A search for time-integrated CP violation in D0!h"h+ decays , LHCb-CONF-2011-061 4 >10 0.4 62 LHCb Collaboration,  First observation of B0s!D*+s2X"" decays , arXiv:1102.0348 ; CERN-PH-EP-2011-008 4 >10 0.4 63 LHCb Collaboration,  Observation of J/ pair production in pp collisions at "s=7 TeV , arXiv:1109.0963 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for CP violation in time-integrated D0!h"h+ decay rates , arXiv:1112.0938 ; LHCB-PAPER-2011-023 ; CERN-PH-EP-2011-208 4 >10 0.4 71 LHCb Collaboration,  Searches for the rare decays B0s!+" and B0!+" , arXiv:1112.1600 ; CERN-PH-EP-2011-186 ; LHCB-PAPER-2011-025 4 >10 0.4 72 LHCb Collaboration,  Measurement of the CP violating phase s in Bs!J/f0(980) , arXiv:1112.3056 ; CERN-PH-EP-2011-205 ; LHCB-PAPER-2011-031 4 >10 0.4 73 LHCb Collaboration,  Measurement of the CP-violating phase s in the decay B0s!J/ , arXiv:1112.3183 ; CERN-PH-EP-2011-214 ; LHCB-PAPER-2011-021 4 >10 0.4 74 LHCb Collaboration,  Differential branching fraction and angular analysis of the decay B0!K*0+" , arXiv:1112.3515 ; LHCB-PAPER-2011-020 ; CERN-PH-EP-2011-211 4 >10 0.4 75 LHCb Collaboration,  Measurement of charged particle multiplicities in pp collisions at " s= 7 TeV in the forward region , arXiv:1112.4592 ; LHCB-PAPER-2011-011 ; CERN-PH-EP-2011-209 4 >10 0.4 76 LHCb Collaboration,  Measurement of the B0s oscillation frequency ms in B0s!D"s(3) decays , arXiv:1112.4311 ; LHCB-PAPER-2011-010 ; CERN-PH-EP-2011-194 4 >LVALP!10 0.4 77 LHCb Collaboration,  Measurement of mixing and CP violation parameters in two-body charm decays , arXiv:1112.4698 ; LHCB-PAPER-2011-032 ; CERN-PH-EP-2011-206 4 >10 0.4 78 LHCb Collaboration,  First observation of B0s!J/f2 2(1525) in J/K+K" final states , arXiv:1112.4695 ; CERN-PH-EP-2011-212 ; LHCB-PAPER-2011-026 4 >10 0.4 79 LHCb Collaboration,  Measurement of b-hadron masses , arXiv:1112.4896 ; LHCB-PAPER-2011-035 ; CERN-PH-EP-2011-226 4 >10 0.4 80 E. N. Gushchin,  LHCb results , plenary talk on XV Lomonosov conference, Moscow, August 2011. 6 1 6 81 E. N. Gushchin, V. F. Kurshetsov, V. A. Lebedev, V. I. Romanovskiy, V. K. Semenov, S.N. Filippov and A.A. Khudyakov,  Matrix hodoscopes for the Oka (Protvino) and NA62 (SPS, CERN) experimental setups , Physics of Atomic Nuclei, 2011, Volume 74, Number 5, Pages 783-787 16.89 7 2.413 82 LHCb Collaboration,  Measurements of the Cabibbo-favored branching fractions for Bs->Ds3pi and Lb!Lcppp , PRD 84 (2011) 092001 148.92 >10 14.892 83 LHCb Collaboration,  First observation of the decay $\bar{B}^0_s \to D^0 K^{*0}$ and a measurement of the ratio of branching , Physics Letters B 706 (2011) pp. 32-39 157.65 >10 15.675 84 LHCb Collaboration,  Measurement of the inclusive phi cross-section in pp collisions at sqrt(s) = 7 Tev , Physics Letters B 703 (2011) pp. 267-273 157.65 >10 15.675 85 LHCb Collaboration,  Determination of fs/fd for 7 TeV pp collisions and a measurement of the branching fraction of the decay B0->D"K+ , Phys. Rev. Lett. 107, 211801 (2011) 228.63 >10 22.863 86 LHCb Collaboration,  Measurement of $V^0$ production ratios in $pp$ collisions at $\sqrt{s} = 0.9$ and 7\,TeV , JHEP08(2011)034 181.47 >10 18.147 87 NA62 Collaboration,  Test of lepton flavour universality in K+!l++ decays , Physics Letters B 698 (2011) pp. 105-114 157.65 >10 15.675 88 LHCb Collaboration,  Search for the rare decays B->mumu , Physics Letters B 699 (2011) 330-340 157.65 >10 15.675 89 LHCb Collaboration,  Measurement of J/psi production in pp collisiont LVAL s at sqrt(s)=7 TeV , Eur. Phys. J. C 71 (2011) 1645 97.44 >10 9.744 90 LHCb Collaboration,  First observation of $B^0_s \to J/\psi f_0(980)$ decays , Physics Letters B 698 (2011) pp. 115-122 157.65 >10 15.675 91 LHCb Collaboration,  First observation of Bs -> D_{s2}^{*+} X m nu decays , Physics Letters B 698 (2011) pp. 14-20 157.65 >10 15.675 B>3>2K9 10;: 199.71 B>3>2K9   .. CI8=0 70 2010-2011 33.: 35.93 + 199.71 = 235.64LVALOGR!:C;8=8G52 !5@359 A52>;>4>28G @>4. 28.08.1951, 4.D.-<.=, 702. ;01. $ !B0BL8: 1. ..0A8;L52, ..>:>=F52, !..:C;8=8G52. 0A?@545;5=85 4>7K >B 87;CG5=8O 1;87:>D>:CA=>3> 0??0@0B0 5=B35= "-02 =0 <0;KE 3;C18=0E 2 2>4=>M:2820;5=B=>< D0=B><5 //548F8=A:0O D878:0, 2010, !2, !.15-20.  = 8/3= 3. 2. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D. Ilic, A.A. Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS// Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5-1)/8=2. 3. S. V. Akulinichev, A.V. Andreev, V. M. Skorkin/THE HIGH-CURRENT DEUTERON ACCELERATOR FOR THE NEUTRON THERAPY// ICFA, Beam Dynamics Newsletter, Ed. in Chief: W.Chou, No. 53, December 2010, p.132-136.  =30*(1.5-1)/3=5. 4. Yuri M. Yevdokimov, Victor I. Salyanov, Sergey V. Akulinichev, Vladimir M. Skorkin/ Novel Biomaterial for NCT  Rigid Particles of (DNA-Gadolinium) Liquid-Crystalline Dispersions// J Bio. Nano., 2011, 2, 281-292.  =2.626*30/8=10 5. !. . :C;8=8G52, .. . 02@8;>2, & . . !:>@:8=/ C8AB5<0 87<5@5=8O A;01>8=B5=A82=>3> ?CG:0 ?@>B>=>2// 725AB8O @0=. !5@8O D878G5A:0O, 2011, B>< 75, ! 11, A.1632.  = 0,277* 60*/8=2 6. S. V. Akulinichev, Yu. K. Gavrilov, & V. M. Skorkin/ A System for Measuring a Low_Intensity Proton Beam// ISSN 1062_8738, Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 11, pp. 1533 1535.  =8/8=1 >:;04K: 1. S.V.Akulinichev, L.V.Kravchuk, V.A.Matveev. Progress and perspectives of the INR Radiological Center Workshop  Physics for health in Europe , CERN, Switzerland, 2010, Book of abstracts p.80   = 45/3= 15. 2. !.. :C;8=8G52, .. 0A8;L52, ... 02@8;>2, .. >:>=F52, .. >:>=F52, ..0751=8:. @83;0H5==K9 ?;5=0@=K9 4>:;04: @>B>==0O ;CG520O CAB0=>2:0 " / . / :=835: III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $LVALS!  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.8-10.   = 45/6= 8. 3. !.. :C;8=8G52, .. 0A8;L52, ..;L8=, .. >:>=F52, .. >:>=F52. >2KH5=85 :0G5AB20 ;CG52>9 B5@0?88 =0 CA:>@8B5;5 !-75. / :=: III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.11.   = 45/5 = 9. 4. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, V.N. Zapolskyi. Tuning of the INR therapeutic proton beam. XXII Russian Particle Accelerator Conference RuPAC-2010, September 2010.   = 45/6=7. 5. S.V.Akulinichev, Novel technologies for hadron radiation therapy, Invited plenary talk at XX International Symposium for High Energy Particle Physics (ISHEPP), Dubna, October 4-9, 2010 (Proceedings).   = 45. 6. V. Skorkin, S. Akulinichev, A. Andreev/ The High-Current Deuteron Accelerator for the Neutron Therapy//RuPAC-2010. Proceedings of RuPAC-2010. (http://accelconf.web.cern.ch/accelconf/)  =30*1.5/3=15 7. S.V. Akulinichev, Yu.K. Gavrilov, Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, V..Simonov, V.M. Skorkin, S.V. Zuev /Measuring System Low- Intensity Proton Beam// LX Intern. Conf. on Nuclear Physics (Nucleus 2010). St.Petersburg, Russia, July 06-09, 2010).  = 6*(1.5-1)8=1 8. // Intern. Symposium on In Situ Nuclear Metrology (INSINUME'2010), 20-23 October 2010 in Dubna. Book of Abstracts, 60. Accepted to Journal of Geophysical Research.  = 6*1.5/3=3 9. kulinichev S.V., Skorkin V.M./Modeling nucleosynthesis during neutron capture//11-th International Gamow Summer School  Astronomy and beyond: Astrophysics, Cosmology and Gravitation, Cosmomicrophysics, Radio-astronomy and Astrobiology (Ukraine, Odessa, Chernomorka, 22-28 August, 2011). 0?@02;. 2  Odessa Astronomical Publications  = 6*1.5/2=4 10. S.V. Akulinichev, M.I. Grachev, V.M. Skorkin /Measuring Beam Loss of the Proton Linac by Detecting Neutron Radiation// XXII International Workshops on Charged Particle AccelerdLVALtators (Alushta, September 22-28, 2011). 0?@02;5=> 2 VANT.  = 6*1.5/3=3 11. S.V. Akulinichev, V.M. Skorkin / Measuring Pulse Neutron Flux at Irradiation Facilities by Activation Method// LXI Intern. Conf. on Nuclear Physics  Nucleus 2011 (Sarov, Russia, October 10-14, 2011). 0?@02;. 2 72. .  = 6*1.5/2=4 12. . . !:>@:8=, !. . :C;8=8G52 .$>B>=59B@>==K9 8AB>G=8: =0 >A=>25 ;8=59=>3> CA:>@8B5;O M;5:B@>=>2 !75// VIII 0F8>=0;L=>9 :>=D5@5=F88 5=B35=>2A:>5, !8=E@>B@>==>5 87;CG5=8O, 59B@>=K 8 -;5:B@>=K 4;O 8AA;54>20=8O =0=>A8AB5< 8 <0B5@80;>2. 0=>-8>-=D>->3=8B82=K5 B5E=>;>388. !-- 2011. (& C@G0B>2A:89 8=AB8BCB, 14 -18 =>O1@O 2011 3.).  = 4*1.5/2=3 13. S.V.Akulinichev and L.V.Kravchuk, Medical application of INR proton linac, IPAC-2011, San-Sebastian (Spain), September 2011, published at JACOW cite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asiliev, V. I. Kostjuchenko, V. G. Khaybullin, S. I. Samarin , A. S. Uglov Proton scattering power of some tissue-equivalent plastics arXiv:1011.4648v1 [physics.med-ph], 21 Nov 2010.   = 4/5 = 1 3. V.N. Vasiliev, V.I. Kostjuchenko, O.B. Riazantsev,V.G. Khaybullin, S.I. Samarin, A.S. Uglov. Tissue equivalence of some phantom materials for proton beams. arXiv:1005.4389v1 [physics.med-ph], 24 May 2010, 8 pages.   = 4/6 = 1 >:;04K 70 2010-2011 3.: 1. !.. :C;8=8G52, .. 0A8;L52, ... 02@8;>2, .. >:>=F52, .. >:>=F52, ..0751=8:. @>B>==0O ;CG520O CAB0=>2:0 " / . / :=:III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.8-10.   = 45/6=8. 2. !.. :C;8=8G52, .. 0A8;L52, ..;L8=, .. >:>=F52, .. >:>=F52. >2KH5=85 :0G5AB20 ;CG52>9 B5@0?88 =0 CA:>@8B5;5 !-75. / :=:III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.11-12. 217.   = 45 /5 = 9 3. ..0A8;L52, ..>:>=F52. A?>;L7>20=85 @048>E@><=>9 ?;5=:8 Gafchromic HD-810 4;O 87<5@5=89 ?@>D8;59 4>7K ?@8 1;87:>D>:CA=>9 @5=B35=>B5@0?88. / :=:III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.215-217.  = 45/2=23. 4. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, V.N. Zapolskyi. Tuning of the INR therapeutic proton beam. XXII Russian Particle Accelerator Conference RuPAC-2010, September 2010.   = 45/6= 7. B>3>:   ..0A8;L520 = 52$LVAL402@8;>2 .@89 @0A=>A;02>28G. 04.10.1951, =A $, !B0BL8: 7. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D. Ilic, A.A. Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS// Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5-1)/8=2. 8. !. . :C;8=8G52, .. . 02@8;>2, & . . !:>@:8=/ C8AB5<0 87<5@5=8O A;01>8=B5=A82=>3> ?CG:0 ?@>B>=>2// 725AB8O @0=. !5@8O D878G5A:0O, 2011, B>< 75, ! 11, A.1632.  = 0,277* 60*/8=2 9. S. V. Akulinichev, Yu. K. Gavrilov, & V. M. Skorkin/ A System for Measuring a Low_Intensity Proton Beam// ISSN 1062_8738, Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 11, pp. 1533 1535.  =8/8=1 >:;04K: 2. !.. :C;8=8G52, .. 0A8;L52, ... 02@8;>2, .. >:>=F52, .. >:>=F52, ..0751=8:. @83;0H5==K9 ?;5=0@=K9 4>:;04: @>B>==0O ;CG520O CAB0=>2:0 " / . / :=835: III 2@0789A:89 :>=3@5AA ?> <548F8=A:>9 D878:5 8 8=65=5@88 "&!/ $  2010": !1>@=8: <0B5@80;>2, .: 2010, B. 2, !.8-10.   = 45/6= 8. 3. S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, V.N. Zapolskyi. Tuning of the INR therapeutic proton beam. XXII Russian Particle Accelerator Conference RuPAC-2010, September 2010.   = 45/6=7. 4. S.V. Akulinichev, Yu.K. Gavrilov, Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, V..Simonov, V.M. Skorkin, S.V. Zuev /Measuring System Low- Intensity Proton Beam// LX Intern. Conf. on Nuclear Physics (Nucleus 2010). St.Petersburg, Russia, July 06-09, 2010).  = 6*(1.5-1)8=1 =48284C0;L=K9   02@8;>20 ... = 21 =45:A F8B8@>20=8O =102LVALOGW!!:>@:8= ;048<8@ 8E09;>28G @>4. 03.08.1953, :. D.-<. =, A=A $, !B0BL8: 10. S.V. Akulinichev, V.N.Aseev, V.N. Vasiliev, Yu.K. Gavrilov, R.D. Ilic, A.A. Kokoncev, D.B. Lazebnik, V.M. Skorkin /The Study of the Therapeutic Proton Beam at INR RAS// Problems of Atomic Science and Technology. 2010. ! 3. Series: Nuclear Physics Investigations (54), p.117-122.  =30*(1.5-1)/8=2 11. S. V. Akulinichev, A.V. Andreev, V. M. Skorkin/THE HIGH-CURRENT DEUTERON ACCELERATOR FOR THE NEUTRON THERAPY// ICFA, Beam Dynamics Newsletter, Ed. in Chief: W.Chou, No. 53, December 2010, p.132-136.  =30*(1.5-1)/3=5 12. Skorkin V., Mastinu P./Investigation of the intermediate neutron capture on unstable nuclides by means of the activation method// http://isinn.jinr.ru/17/contents.html  =4/2=2 13. Yuri M. Yevdokimov, Victor I. Salyanov, Sergey V. Akulinichev, Vladimir M. Skorkin/ Novel Biomaterial for NCT  Rigid Particles of (DNA-Gadolinium) Liquid-Crystalline Dispersions// J Bio. Nano., 2011, 2, 281-292.  =2.626*30/8=10 14. !. . :C;8=8G52, .. . 02@8;>2, & . . !:>@:8=/ C8AB5<0 87<5@5=8O A;01>8=B5=A82=>3> ?CG:0 ?@>B>=>2// 725AB8O @0=. !5@8O D878G5A:0O, 2011, B>< 75, ! 11, A.1632.  = 0,277* 60*/8=2 15. S. V. Akulinichev, Yu. K. Gavrilov, & V. M. Skorkin/ A System for Measuring a Low_Intensity Proton Beam// ISSN 1062_8738, Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 11, pp. 1533 1535.  =8/8=1 >:;04K: 5. V. Skorkin, S. Akulinichev, A. Andreev/ The High-Current Deuteron Accelerator for the Neutron Therapy//RuPAC-2010. Proceedings of RuPAC-2010. (http://accelconf.web.cern.ch/accelconf/)  =30*1.5/3=15 6. S.V. Akulinichev, Yu.K. Gavrilov, Yu.M. Burmistrov, E.S. Konobeevski, M.V. Mordovskoy, V..Simonov, V.M. Skorkin, S.V. Zuev /Measuring System Low- Intensity Proton Beam// LX Intern. Conf. on Nuclear Physics (Nucleus 2010). St.Petersburg, Russia, July 06-09, 2010).  = 6*(1.5-1)8=1 7. // Intern. Symposium ontLVAL In Situ Nuclear Metrology (INSINUME'2010), 20-23 October 2010 in Dubna. Book of Abstracts, 60. Accepted to Journal of Geophysical Research.  = 6*1.5/3=3 8. kulinichev S.V., Skorkin V.M./Modeling nucleosynthesis during neutron capture//11-th International Gamow Summer School  Astronomy and beyond: Astrophysics, Cosmology and Gravitation, Cosmomicrophysics, Radio-astronomy and Astrobiology (Ukraine, Odessa, Chernomorka, 22-28 August, 2011). 0?@02;. 2  Odessa Astronomical Publications  = 6*1.5/2=4 9. S.V. Akulinichev, M.I. Grachev, V.M. Skorkin /Measuring Beam Loss of the Proton Linac by Detecting Neutron Radiation// XXII International Workshops on Charged Particle Accelerators (Alushta, September 22-28, 2011). 0?@02;5=> 2 VANT.  = 6*1.5/3=3 10. S.V. Akulinichev, V.M. Skorkin / Measuring Pulse Neutron Flux at Irradiation Facilities by Activation Method// LXI Intern. Conf. on Nuclear Physics  Nucleus 2011 (Sarov, Russia, October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xtraction of Kaon Formfactors from K^ -> \mu \nu \gamma Decay at ISTRA+ Setup. INR-PREPRINT-1251-2010, May 2010. 10pp. e-Print: arXiv:1005.3517 5.301*30/10 = 15.9 . Phys.Lett.B doi: 10.1016/j.physletb.2010.10.043. Search for Heavy Neutrino in K"">"h(h">) Decay at ISTRA+ Setup. ISTRA+ Collaboration (V.A. Duk (Moscow, INR) et al.). Oct 2011. 14 pp. 4/10 = 0.4 e-Print: arXiv:1110.1610 [hep-ex] Observation of the destructive interference in the radiative kaon decay K- --> mu-nu-gamma. O. Tchikilev et al. . Physics Letters B 695, 59-66, 2011 5.083*30/10= 15.249 Search for the K0(L) ---> pi0 nu anti-nu decay at the INEP U-70 accelerator: The KLOD project. A.S. Kurilin et al. 2010. 6pp. -'/ .7:21-26,2010. 1.015*60/10 = 6.09 C@A ;5:F89 =D>@<0B8:0 2 A5<5AB@0 2*30 >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B. C@A ;5:F89 07K 40==KE 1 A5<5AB@, 3 :C@A, 4>@01>B:0 :C@A0 ;5:F89 >A:>2A:89 ?@81>@>AB@>8B5;L=K9 C=825@A8B5B. 8 C@A ;5:F89 @>3@0<<8@>20=85 =0 O7K:5 2KA>:>3> C@>2=O 2 A5<5AB@0 1 :C@A, #=825@A8B5B C1=0. 4>@01>B:0 :C@A0 ;5:F89 2*8 B>3> 121.64LVALC: OG5A;02 =0B>;L528G @>4.31.12.1980, <=A $-,   70 2010-2011 33 C1;8:0F88: A.S.Kurilin // 2010. 361pp. Search for K0(L)->pi0 nu anti-nu decay at the IHEP U-70 accelerator // Phys.Part.Nucl.Lett. 7: 21-26, 2010.  =8/10=0.8. V.A.Duk et al // Extraction of kaon formfactors from K->mu nu gamma decay at ISTRA+ setup // Phys.Lett.B695:59-66,2011.   = 5.255*30/10 = 15.8. C.Lazzeroni, & V.Duk et al. // Test of flavor universality in K+ -> l+ nu decays // Phys.Lett.B698:105-114,2011.,   = 5.255*30/10 = 15.8. @5?@8=BK: O.G.Tchikilev, & V.A.Duk et al // Observation of the destructive interference in the radiative kaon decay K- --> mu- nu gamma // arXiv:1001.0374,  =4/10=0.4 .A.C: 8 4@.//  7<5@5=85 D>@<D0:B>@>2 2 @0A?045 K->mu nu gamma =0 CAB0=>2:5 !" + // @5?@8=B / 1251/2010,  =4/10=0.4 V.A.Duk et al // Extraction of kaon formfactors from K->mu nu gamma decay at ISTRA+ setup // arXiv:1005.3517,  =4/10=0.4 C.Lazzeroni, & V.Duk et al. // Test of flavor universality in K+ -> l+ nu decays // CERN-PH-EP-2011-004,  =4/10=0.4 V.A.Duk et al // Search for heavy neutrino in K->mu nu_h (nu_h -> nu gamma) decay at ISTRA+ setup // arXiv:1110.1610,  =4/10=0.4 >:;04K: V.A.Duk /  Extraction of kaon formfactors from K->mu nu gamma decay at ISTRA+ setup // QUARKS-2010, >:;04 >?C1;8:>20= 2 B@C40E :>=D5@5=F88;  =4*1.5=6 V.A.Duk /  Search for heavy neutrino in K->mu nu_h (nu_h -> nu gamma) decay at ISTRA+ setup // Baksan-2011.  =4. 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III 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ 59B@>=>- 8 @5=B35=>3@0D8G5A:85 8AA;54>20=8O >1@07>20=8O =0=>G0AB8F 2 AB@C:BC@5 A?;020 40%.. .. !04K:>2, .!. 8B28=, .. C;NB8= , .. ;07:>2, !.. :A5=>2, M-S. Appavou, A. I. Ioffe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rd FRM II User Meeting, October 15th, 2010 Neutron and x-ray study formation of nanoparticles in the alloy structure 40HNYU-one of the hard nonmagnetic material for high pressure cells R. A. Sadykov, M.-S. Appavou , V. S. Litvin, A. V. Gulyutin, V. P. Glazkov, S. N. Aksenov, A. Ioffe. 4. #G0AB85 2 A5@>AA89A:0O =0CG=0O H:>;0 4;O <>;>4568 !>2@5<5==0O =59B@>=>3@0D8O: DC=40<5=B0;L=K5 8 ?@8:;04=K5 8AA;54>20=8O DC=:F8>=0;L=KE 8 =0=>AB@C:BC@8@>20==KE <0B5@80;>2 "  $'!/ #!" +! / " #!", !  !!"/ !.. :A5=>21, . . !04K:>21, .!. ;5<5=BL521,2, ..O?8=3, . . C;:8=4, . . C7=5F>21, -..>?B5;>21 2011 3. A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS E.A. Koptelov1, Yu.V. Ryabov1, A.A. Alekseev1, S.F. Sidorkin1, M.I. Grachev1, V.A. Fedchenko1, R.A. Sadykov1,2, Yu.B. L LVAL ebed1, V.S. Litvin1, S.P. Kuznetsov3, E.S. Clementyev1,4, P.A. Alekseev4, V.A, Trunov5, A.P. Bulkin5, V.A. Ulianov5 And S.N. Axenov1 Journal of Physics: Conference Series 291 (2011) 012012 8/10=0.8 11. ..;5:A552, ..!04K:>2, .!.;5<5=BL52, .!.8B28=, !..:AQ=>2, ...@83>@L52, -..>?B5;>2 -:A?5@8<5=B0;L=K5 A?5:B@K =59B@>=>2 =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 /  (?> @57C;LB0B0< A50=A0  =>O1@L 20103.)   " /  1305/2011 "/ , 2011   = 4/7 = 0.6LVALOGs!2. ;5:A552 =4@59 ;5:A5528G @>4. 9 >:BO1@O 19653. =0CG=K9 A>B@C4=8: !C<<0@=K9   = 6.1+ 1+1+0.4+0.5+0.9+0.5+1+0.5+0.5+0.6 = 13 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=, .., .. !28@8=, "@CD0=>2, .. $C@A>2, .!. (>@8=.  !'  ,  / 244Cm . / / $, 2010, B>< 73,!9, A. 1533 1544   = 0.914*60/9 = 6.1 2. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 .., (>@8= .!.  59B@>==>5 A5G5=85 45;5=8O 8 @57>=0=A=K5 8=B53@0;K 246-248Cm. B><=0O M=5@38O, B.109, 2K?.6, 45:01@L 20103.   = 8/8 = 1 3. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 ..,. (>@8= .!.  0@0<5B@K s-@57>=0=A>2 2 A5G5=8OE 45;5=8O 246 248Cm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ppavou M-S. 3), Ioffe A. 3) 1) >AA8O, =AB8BCB O45@=KE 8AA;54>20=89  2) >AA8O, =AB8BCB D878:8 2KA>:8E 402;5=89  3 )Germany,LVALt! Julich Center for Neutron Science 4) >AA8O, &  C@G0B>2A:89 8=AB8BCB   = 4/8 = 0.5 #AB=K5 4>:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE 6. II 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ ><?;5:A 2708<>4>?>;=ONI8E 8<?C;LA=KE =59B@>==KE 8AB>G=8:>2, =59B@>=>3@0D8G5A:8E 8 @5=B35=>2A:8E CAB0=>2>: 4;O =0=>4803=>AB8:8 =AB8BCB0 O45@=KE 8AA;54>20=89 >AA89A:>9 0:045<88 =0C: >?B5;>2 -..1, O1>2 ...1, ;5:A552. ..1, !84>@:8= !.$.1, @0G52 ..1, $54G5=:> ..1, !04K:>2 ..1,2, 5154L ...1, 8B28= .!.1, C7=5F>2 !..3, ;5<5=BL52 .!.1,4, ;5:A552 ..4,"@C=>2 ..5, C;:8= ..5, #;LO=>2 ..5, :A5=>2 !..1 1=AB8BCB O45@=KE 8AA;54>20=89 , >A:20 2=AB8BCB D878:8 2KA>:8E 402;5=89 , "@>8F: 3$878G5A:89 8=AB8BCB 8<. ..5154520 , >A:20 4 & C@G0B>2A:89 8=AB8BCB, >A:20 55B5@1C@3A:89 8=AB8BCB O45@=>9 D878:8, 0BG8=0   = 6*1.5/16 >:@. 4>10% 6*1.5/10 =0.9 @5?@8=BK 7. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=85 ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 246Cm(n,f)   " /  1248/2010 0@B 2010   = 4/8 = 0.5 8. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2  59B@>==K9 :><?;5:A / . 1. !?5:B@><5B@ =59B@>=>2 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100) @5?@8=B /  1258/2010, ., 2010 !.   = 4/4 = 1 9. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .!.3>@>2, .$.!0<K;8=, ..$C@A>2, .!.(>@8= AA;54>20=85 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / : 246,247,248Cm(n,f) @5?@8=B /  1270/2010 :BO1@L 2010 ! 2010   = 4/8 = 0.5 10. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!.,!0<K;8= .$, $C@A>2 .., (>@8= .!. AA;54>20=85 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / : 243Am(n,f)  " /  1288/2018 LVALH 1 ., 2011   = 4/8 = 0.5 12. ..;5:A552, ..!04K:>2, .!.;5<5=BL52, .!.8B28=, !..:AQ=>2, ...@83>@L52, -..>?B5;>2 -:A?5@8<5=B0;L=K5 A?5:B@K =59B@>=>2 =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 /  (?> @57C;LB0B0< A50=A0  =>O1@L 20103.)   " /  1305/2011 "/ , 2011   = 4/7 = 0.6hLVALOGx3. 5@3<0= ;5:A59 =4@5528G AB0@H89 =0CG=K9 A>B@C4=8: !C<<0@=K9   = 6.1+ 1+1+0.5+1+0.5+0.5 = 10.6 !B0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E 1. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2, .$. !0<K;8=, .., .. !28@8=, "@CD0=>2, .. $C@A>2, .!. (>@8=.  !'  ,  / 244Cm . / / $, 2010, ">< 73,!9, A. 1533 1544   = 0.914*60/9 = 6.1 2. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 .., (>@8= .!.  59B@>==>5 A5G5=85 45;5=8O 8 @57>=0=A=K5 8=B53@0;K 246-248Cm. B><=0O M=5@38O, B.109, 2K?.6, 45:01@L 20103.   = 8/8 = 1 3. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!., !0<K;8= .$, $C@A>2 ..,. (>@8= .!.  0@0<5B@K s-@57>=0=A>2 2 A5G5=8OE 45;5=8O 246 248Cm. B><=0O M=5@38O, B.110, 2K?.1, O=20@L 20113   = 8/8 = 1 @5?@8=BK 4. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .$.!0<K;8=, .."@CD0=>2, ..$C@A>2, .!.(>@8= AA;54>20=85 ?>410@L5@=>3> 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100: 246Cm(n,f)   " /  1248/2010 0@B 2010   = 4/8 = 0.5 5. .. ;5:A552, .. 5@3<0=, .. 5@;52, -.. >?B5;>2  59B@>==K9 :><?;5:A / . 1. !?5:B@><5B@ =59B@>=>2 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 (! 100) @5?@8=B /  1258/2010, ., 2010 !.   = 4/4 = 1 6. ..;5:A552, ..5@3<0=, ..5@;Q2, -..>?B5;>2, .!.3>@>2, .$.!0<K;8=, ..$C@A>2, .!.(>@8= AA;54>20=85 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / : 246,247,248Cm(n,f) @5?@8=B /  1270/2010 :BO1@L 2010 ! 2010   = 4/8 = 0.5 7. ;5:A552 . ., 5@3<0= ., 5@;52 .., >?B5;>2 -.., 3>@>2 .!.,!0<K;8= .$, $C@A>2 .., (>@8= .!. AA;54>20=85 45;5=8O O45@ =0 =59B@>==>< A?5:B@><5B@5 ?> 2@5<5=8 70<54;5=8O 2 A28=F5 !-100 / : 243Am(n,f)   " /  1288/2011 ., 2011   = 4/8 = 0.5LVALOGw!4. >B28=0 ;5:A0=4@ !B5?0=>28G, 19573. @>645=8O, :.D.-<.=, =0CG=K9 A>B@C4=8:. Publications in journals with referee examinations: 1. D.Henzlova, A.S.Botvina, K.-H.Schmidt, V.Henzl, P.Napolitani, and M.V.Ricciardi. Symmetry energy of fragments produced in multifragmentation. Journal of Physics G (Nucl. Part. Phys.), v.37, p.085010, 2010. PRND= 1.770*30/6 = 8.9 2. S.P.Avdeyev, V.A.Karnaukhov, H.Oeschler, V.V.Kirakosyan, P.A.Rukoyatkin, A.Budzanowski, W.Karcz, E.Norbeck, and A.S.Botvina. Multifragmentation in collisions of 4.4Gev-deuterons with gold target. Int. J. Mod. Phys. E19 : 1155-1161, 2010. PRND= 0.695*30/9 = 2.0 3. W.Trautmann, S.Bianchin, A.S.Botvina, A.Le Fevre, Y.Leifels, C.Sfienty, N.Buyukcizmeci, R.Ogul, I.N.Mishustin, M.Chartier, P.Z.Wu, R.C.Lemmon, Q.Li, J.Lukasik, P.Pawlowski, A.Pagano, and P.Russotto. The symmetry energy in nuclear reactions. Int. J. Mod. Phys. E19: 1653-1663, 2010. PRND= 0.605*30/10 = 1.8 4. A.S.Botvina and I.N.Mishustin. Statistical approach for supernova matter. Nucl. Phys. A, v. 843 , p. 98-132 , Amsterdam, 2010. PRND=1.986*30/2 = 29.8 5. I.Pshenichnov, A.Botvina, I.Mishustin, and W.Greiner. Nuclear fragmentation reactions in extended media studied with Geant4 toolkit. NIM B, v. 268, p. 604-615, (Elsevier), 2010. PRND= 1.042*30/4 = 7.8 6. Alexander Botvina, Igor Mishustin, Valery Zagrebaev, Walter Greiner. On possibility of synthesizing superheavy elements in nuclear explosions. Int. J. Mod. Phys. E19: 2063-2075 , 2010. PRND= 0.695*30/4 = 5.2 7. N.Buyukcizmeci, F.Bulut, M.Erdogan, H.Imal, R. Ogul, A.S.Botvina, I.N.Mishustin, W.Trautmann. Investigating the isotopic effects in nuclear fragmentation. Acta Physica Polonica B , v.42, p. 697-700 , 2011. PRND= 0.671*30/8 = 2.5 8. V.A.Karnaukhov, S.P.Avdeyev, H.Oeschler, V.V.Kirakosyan, P.A.Rukoyatkin, A.Budzanowski, W.Karcz, E.Norbeck, anLVALx!d A.S.Botvina. Collective flow in nuclear fragmentation induced by 4.4 Gev deuterons on gold target. Pisma v EChAYa, v.8, No.1 (164), p. 35-40, 2011. Physics of Particles and Nuclei Letters, v. 8, p. 19-22, 2011. PRND= 1.100*60/9 = 7.3 9. R.Ogul, A.S.Botvina, U.Atav, N.Buyukcizmeci, I.N.Mishustin, P.Adrich, T.Aumann, C.O.Bacri, T.Barczyk, R.Bassini, S.Bianchin, C.Boiano, A.Boudard, J.Brzychczyk, A.Chbihi, J.Cibor, B.Czech, M.De Napoli, J.-E.Ducret, H.Emling, J.D.Frankland, M.Hellstrom, D.Henzlova, G.Imme, I.Iori, H.Johansson, K.Kezzar, A.Lafriakh, A.Le Fevre, E.Le Gentil, Y.Leifels, J.Luhning, J.Lukasik, W.G.Lynch, U.Lynen, Z.Majka, M.Mocko, W.F.J.Muller, A.Mykulyak, H.Orth, A.N.Otte, R.Palit, P.Pawlowski, A.Pullia, G.Raciti, E.Rapisarda, H.Sann, C.Schwarz, C.Sfienti, H.Simon, K.Summerer, W.Trautmann, M.B.Tsang, G.Verde, C.Volant, M.Wallace, H.Weick, J.Wiechula, A.Wieloch, B.Zwieglinski. Isospin dependent multifragmentation of relativistic projectiles. Phys. Rev. C , v. 83, p. 024608 (21 pages) , 2011. PRND= 3.416*30/10 = 10.2 10. A.Sanchez Lorente, A.S.Botvina, and J.Pochodzalla. Production of excited double hypernuclei via Fermi breakup of excited strange systems. Phys. Lett. B, v.697, p. 222-228 , 2011. PRND= 5.255*30/3 = 52.6 11. A.S.Botvina, K.K.Gudima, J.Steinheimer, M.Bleicher, I.N.Mishustin. Production of spectator hypermatter in relativistic heavy-ion collisions. Phys. Rev. C , v. 84, p. 064904 (10 pages) , 2011. PRND= 3.416*30/5 = 20.5 (sum only for publications 2010-2011 : PRND= 148.6 ) -------------------------------------------------------------- Talks (Invited talks) at International Conferences 1. N.Buyukcizmeci, A.S.Botvina, I.N.Mishustin, and R.Ogul. Towards the equation of state for dense stellar matter. Talk at Nuclear Physics in Astrophysics IV, 8-12 June 2009, Laboratori Nazionali di Frascati, Frascati, Italy. J. Phys.: Conf. Ser., v. 202, p. 012003 (4LVALy! pages), 2010 PRND= (1.5-1)*6/4 = 0.8 2. J.Pochodzalla, A.Botvina, and A.Sanchez-Lorente. Studies of hyperons and antihyperons in nuclei. Invited talk at the 48 International Winter Meeting on Nuclear Physics in Memoriam of Ileana Iori, 25-29 January 2010, Bormio, Italy. http://pos.sissa.it/archive/conferences/103/033/BORMIO2010_033.pdf PoS BORMIO2010:033, 2010. PRND= 1.5 * 30/3 =15.0 3. A.S. Botvina. Statistical approach for supernova matter and nuclear multifragmentation. Talk (Semi-plenary), International Conference on Nuclear Physics "NUCLEUS 2010" CNP2010): Methods of nuclear physics for femto- and nanotechnologies. July 6-9, 2010, Saint-Petersburg, Russia. Book of abstracts, Saint-Petersburg, 2010, p. 57. http://www.onlinereg.ru/site.php?go=133&page=2211&lang=ENG PRND= 6 = 6.0 4. A. Sanchez Lorente, P. Achenbach, A. Botvina, A. Esser, and J. Pochodzalla. Statistical decay of hyperfragments. Talk at the 49 (XLIX) International Winter Meeting on Nuclear Physics, BORMIO2011, Bormio, Italy, January 24-28, 2011. PoS (Proceedings of Science) BORMIO2011:051,2011. PRND= 1.5 * 6/5 = 1.7 5. W.Trautmann, A.S.Botvina, J.Brzychczyk, N.Buyukcizmeci, I.N.Mishustin, P.Pawlowski, and ALADIN Collaboration. Neutrons from multifragmentation reactions. Invited talk at the 49 (XLIX) International Winter Meeting on Nuclear Physics, BORMIO2011, Bormio, Italy, January 24-28, 2011. PoS (Proceedings of Science) BORMIO2011:018,2011. PRND= 1.5 * 30/10 = 4.5 6. J.Steinheimer, A.S.Botvina, K.K.Gudima, I.N.Mishustin, S.Schramm, M.Bleicher, H.Stoecker. From FAIR to RHIC, hyper clusters and an effective strange EoS for QCD. Talk at the international conference "Strangeness in Quark Matter" , 18-24 September 2011, Cracow, Poland. To be published in Acta Physica Polonica B . PRND= 6/7 = 0.9 7. A.S. Botvina. Production of isotopes as signature of reaction mechanisms.LVAL& Talk at ARIA2011, 2-nd International Workshop on Accelerator Radiation Induced Activation. Ma'ale Hachamisha, Israel, May 15-19, 2011. http://www.aria2011.org/ PRND= 6 = 6.0 8. A.S. Botvina. Production of hyper-nuclei in reactions induced by relativistic light- and heavy-ions. Invited talk at the ECT International Workshop "Strange Hadronic Matter". ETC*, Trento, Italy, September 26-30, 2011. http://www.ectstar.eu/ (see "talks of Strange Hadronic Matter, 2011 : http://www.ectstar.eu/Meetings/ConfsWksAndCollMeetings/ConfWksDocument/ 2011/Talks/Workshop_26_09_2011/talks.htm ) PRND= 30 = 30.0 9. A.S. Botvina. Production of spectator hypermatter in relative istic light- and heavy-ion collisions. Invited talk at the Third International Conference on Nuclear Fragmentation (from basic research to applications) - NUFRA2011. Kemer (Antalya), Turkey, October 2-9, 2011. http://fias.uni-frankfurt.de/nufra2011/ PRND= 30 = 30.0 (sum only conferences 2010-2011 : PRND= 84.9 ) ------------ Scientific-organization work: 1. Co-Chair of NUFRA2011, responsible for Scietific Program. International Conference on Nuclear Fragmentation: From Basic Research to Applications. October 2 - October 9, 2011, Kemer (Antalya), Turkey http://fias.uni-frankfurt.de/nufra2009/ There were presented 3 invited talks from INR RAS: from N.M.Sobolevsky, I.N.Pshenichnov, and A.S.Botvina. PRND = ? 2. Supervision of 1 aspirant  A. Belyanov (INR RAS) PRND= 30/2 = 15 ----------------------- Citations of A.S.Botvina scientific publications: According to ISI Web Knowledge : 3108 --------------------------------------------------------------------- Sum PRND factor (2010-2011): PRND= 248.5LVALOG{!6. ;5<5=BL52 235=89 !B0=8A;02>28G 12.04.1968 :.D.-<.=., A.=.A. !!  ---------------------------------------------------------------------------------------- B>3>2K9   70 2 3>40 (2010-2011) = 220.14   (2010) = 122.10   (2011) = 98.04 !B0BL8 2 70@C156=KE @5D5@8@C5<KE 6C@=0;0E: 1) D. Lamago, E.S. Clementyev, A.S. Ivanov, R. Heid, J.-M. Mignot, A.E. Petrova, P.A. Alekseev, Lattice dynamics in the itinerant helical magnet MnSi, Phys. Rev B 82 (2010) 144307-14311   3.475*30/7 = 14.9 2) A. Yaroslavtsev, A. Menushenkov, R. Chernikov, E. Clementyev, V. Lazukov, Y. Zubavichus, A. Veligzhanin, N. Efremova, A. Gribanov, A. Kuchin, Ce valence in intermetallic compounds by means of XANES spectroscopy, Zeitschrift fr Kristallographie: Vol. 225, No. 11, pp. 482-486 (2010).   1.01*30/10 = 3.03 3) A.V. Rybina, K.S. Nemkovski, P.A. Alekseev, J.-M. Mignot, E.S. Clementyev, M. Johnson, L. Capogna, A.V. Dukhnenko, A.B. Lyashenko, V.B. Filippov, Lattice dynamics in ZrB12 and LuB12: Ab initio calculations and inelastic neutron scattering measurements, Phys. Rev. B 82 (2010) 024302-024307   3.475*30/10 = 10.43 B>3> ?> AB0BLO<   = 28.36 @83;0H5==K5 4>:;04K =0 :>=D5@5=F8OE: 44-O 8<=OO H:>;0 /$ ?> D878:5 :>=45=A8@>20==>3> A>AB>O=8O $!-2010, 092>;0, 9-14 <0@B0 2010 3., ?@83;0H5==K9 4>:;04 (;5:F8O), .!. ;5<5=BL52, :B8=84K 2 D>:CA5 D878:8 A8;L=>:>@5;;8@>20==KE M;5:B@>==KE A8AB5<   20/1 = 20.00 #AB=K5 4>:;04K =0 :>=D5@5=F8OE: 0CG=0O A5AA8O /# $-2010, >A:20, 25 - 31 O=20@O 2010 3., .!. ;5<5=BL52, .. 8@<5;LHB59=, =>65AB25==0O ?@><56CB>G=0O 20;5=B=>ABL 2 ?;CB>=88, .!.;5<5=BL52, ..8@<5;LHB59=   4/2 = 2.00 XXI !>25I0=85 ?> 0AA5O=8N 59B@>=>2 2 AA;54>20=8OE >=45=A8@>20==>3> !>AB>O=8O !-2010, 16-19 =>O1@O, 2010. >A:20, 8=0<8:0 @5H5B:8 8 D07>2K5 ?@52@0I5=8O 2 :>10;LB8B0E, .!. ;5<5=BL52, .. K18=0, .. D8<>2, .. ;5:A552, .. "@>O=GC:, .!. 20=>2, .. !8:>;5=:>   4/7 = 0.57 International SympoLVAL|!sium on Structure-Property Relationships in Solid State Materials, Stuttgart, Germany, 27 June  2 July, 2010, Proc. P 84,  Ce valence in intermetallic compounds by means of XANES spectroscopy , A.A. Yaroslavtsev, A.P. Menushenkov, R.V. Chernikov, E.S. Clementyev, J.V. Zubavichus, A.A. Veligzhanin, N.N. Efremova, A.V. Gribanov, A.G. Kuchin   1.5 6/9 = 1 VIII >=D5@5=F8O !8;L=>:>@5;;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 17 8N=O 2010 3, 8=0<8:0 @5H5B:8 35;8:>840;L=>3> <03=5B8:0 MnSi, .. ;5:A552, .!. 20=>2, .!. ;5<5=BL52, D. Lamago, J.-M. Mignot, A.E. 5B@>20 8 !.. !B8H>2   4/7 = 0.57 13th International conference Ordering in minerals and alloys, 9-15 September 2010, Loo, Russia, Proceedings, p. 62-64, AA;54>20=85 1;8609H53> >:@C65=8O 8>=>2 Pr3+ 2 0<>@D=>< PrNi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nternational conference, Plutonium Futures- The Science 2010, Keystone, Colorado, USA, 19-23 September 2010, Plutonium properties in multiple intermediate valence model, A.V. Mirmelstein, O.V. Kerbel, E.S. Clementyev III 564C=0@>4=K9 D>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, >A:20, 1-3 =>O1@O 2010 3., -;5:B@>==>5 8740=85 =0 CD, AB@. 1-3, 0;5=B=>ABL Ce 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE ?> 40==K< A?5:B@>A:>?88 XANES, .. /@>A;02F52, .. 5=CH5=:>2, .. '5@=8:>2, .!. ;5<5=BL52, .. 07C:>2, /.. C1028GCA, .. 5;8360=8=, .. D@5<>20, .. @810=>2, .. CG8= 7-O C@G0B>2A:0O <>;LVAL}!>4Q6=0O =0CG=0O H:>;0 &  C@G0B>2A:89 8=AB8BCB , >A:20, 22 =>O1@O - 25 =>O1@O 2010 3., L3-XANES A?5:B@>A:>?8O 20;5=B=>-=5AB018;L=>3> Ce 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE A d-<5B0;;0<8, .. /@>A;02F52, .. 5=CH5=:>2, .. '5@=8:>2, .!. ;5<5=BL52, .. 07C:>2, /.. C1028GCA, .. 5;8360=8=, .. D@5<>20, .. @810=>2, .. CG8= III # / $ &/ A M;5<5=B0<8 =0CG=>9 H:>;K 4;O <>;>4KE CG5=KE $C=:F8>=0;L=K5 =0=><0B5@80;K 8 2KA>:>G8ABK5 25I5AB20 4  8 >:BO1@O 2010 3., 3. !C740;L, L3-XANES A?5:B@>A:>?8O 20;5=B=>-=5AB018;L=>3> Ce 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE A d-<5B0;;0<8, .. /@>A;02F52, .. 5=CH5=:>2, .. '5@=8:>2, .!. ;5<5=BL52, .. 07C:>2, /.. C1028GCA, .. 5;8360=8=, .. D@5<>20, .. CG8=, .. @810=>2 XXI !>25I0=85 ?> 0AA5O=8N 59B@>=>2 2 AA;54>20=8OE >=45=A8@>20==>3> !>AB>O=8O !-2010, 16-19 =>O1@O, 2010. >A:20, 59B@>=>3@0D8G5A:0O CAB0=>2:0 2KA>:>3> 402;5=8O 5@:C;5A. !>2@5<5==>5 A>AB>O=85, !.. :A5=>2, .. !04K:>2, .!. ;5<5=BL52, .. O?8=, .. C;:8=, ..C7=5F>2, -.. >?B5;>2 XXI !>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O, !-2010, >A:20, 16-20 =>O1@O 2010 3., @>5:B A?5:B@><5B@0 =5C?@C3>3> @0AA5O=8O =59B@>=>2 !-3 =0 @50:B>@5  -8, .. 5<;O=>2, .!. ;5<5=BL52, .. 0@H8=, ..!048:>2 XXI !>25I0=85 ?> 8A?>;L7>20=8N @0AA5O=8O =59B@>=>2 2 8AA;54>20=8OE :>=45=A8@>20==>3> A>AB>O=8O, !-2010, >A:20, 16-20 =>O1@O 2010 3., @>5:B CAB0=>2>: =5C?@C3>3> @0AA5O=8O =59B@>=>2 8 48D@0:B><5B@0 M?8B5?;>2KE =59B@>=>2 =0 8<?C;LA=>< 8AB>G=8:5 -06 / , .!. >=>=KE8=, .!. ;5<5=BL52, .. !04K:>2, -.. >?B5;>2 VIII >=D5@5=F8O !8;L=>:>@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 17 8N=O 2010 3, !?5:B@K <03=8B=KE 2>71C645=89 2 0<>@D=>< 8 :@8AB0;;8G5A:>< PrNi5, .. ;5:A552, .!. ;5<5=BL52, .. 07C:>2, .. @;>2, .. !048:>2 VIII >=D5@5=F8O !8;L=>:>@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O, "@>8F:, 17 LVAL~!8N=O 2010 3, =><0;L=0O 48=0<8:0 @5H5B:8 LaCoO3, .. K18=0, .. D8<>2, .. ;5:A552, .. "@>O=GC:, .!. 20=>2, .. !8:>;5=:>, .!. ;5<5=BL52 !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, 0A?8@0=B /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)  =30/2=15.00 !>@C:>2>4AB2> 0A?8@0=B>< (..C@F52, 0A?8@0=B ;048<8@A:>3> >AC40@AB25==>3> #=825@A8B0,, D0:C;LB5B $8, :0D54@0 D878:8 8 ?@8:;04=>9 <0B5<0B8:8)  =30/2=15.00 07@01>B:0 =>2>3> =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O $" 59B@>==K5 <5B>4K 8AA;54>20=8O :>=45=A8@>20==KE A@54 ?> =0?@02;5=8N 010900 @8:;04=K5 <0B5<0B8:0 8 D878:0 ($0:C;LB5B @>1;5< $878:8 8 -=5@35B8:8, :0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)   = 30.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 =87:>@07<5@=KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)   = 8.00 ---------------------------------------------------------------------------------------- B>3>2K9   (2010)= 122.10   2011 !B0BL8 2 @5D5@8@C5<KE 6C@=0;0E: 1) . . K18=0, . . D8<>2, . . ;5:A552, . . "@>O=GC:, . !. 20=>2, . . !8:>;5=:>, . !. ;5<5=BL52, AA;54>20=85 48=0<8:8 @5H5B:8 LaCoO3 <5B>4>< =5C?@C3>3> @0AA5O=8O =59B@>=>2, >25@E=>ABL. 5=B35=>2A:85, A8=E@>B@>==K5 8 =59B@>==K5 8AA;54>20=8O, !.12, AB@.16-19.   60*0.28/7 = 2.4 2) /@>A;02F52 .., 5=CH5=:>2 .., '5@=8:>2 .., ;5<5=BL52 .!., 07C:>2 .., C1028GCA /.., 5;8360=8= .., D@5<>20 .., CG8= .., @810=>2 .., 5=B35=>2A:0O L3-XANES-A?5:B@>A:>?8O ?>3;>I5=8O 20;5=B=>-=5AB018;L=>3> F5@8O 2 8=B5@<5B0;;8G5A:8E A>548=5=8OE A 3d-<5B0;;0<8, 5B0;;K, !4, AB@. 44-49   8/10 = 0.80 3) E A Koptelov, Yu V Ryabov, A A Alekseev, S F Sidorkin, M I Grachev, V A Fedchenko, R A Sadykov, Yu B Lebed, V S Litvin, S P Kuznetsov, E S Clementyev, P A Alekseev, V A Trunov, A P Bulkin, V A Ulianov and S N Axenov, A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the LVAL!Institute for Nuclear Research RAS, Journal of Physics Conference Series, V. 291, N. 1, pp. 012012-012017   8/10 = 0.80 B>3> ?> AB0BLO<   = 4.00 @5?@8=BK: -:A?5@8<5=B0;L=K5 A?5:B@K =59B@>=>2 =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 / , @5?@8=B /  1305/2011, .. ;5:A552, .. !04K:>2, .!. ;5<5=BL52, .!. 8B28=, !.. :A5=>2, ... @83>@L52, -.. >?B5;>2   4/7 = 0.57 @83;0H5==K5 4>:;04K =0 :>=D5@5=F8OE: II-0O >;>456=0O H:>;0-:>=D5@5=F8O !>2@5<5==K5 ?@>1;5<K <5B0;;>2545=8O, 8FC=40 2011, =20@=K5 :><?>78B=K5 <0B5@80;K =0 >A=>25 f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ex(Gd,Pr,Nd)1-xNi, .!. ;5<5=BL52, .. ;5:A552, .. 07C:>2, .. /@>A;02F52, .. 5=CH5=:>2, ..@810=>2   1.54.00/6 = 1.00 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5 , A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, 59B@>==K5 8AA;54>20=8O <03=8B=>3> C?>@O4>G5=8O 2 8=B5@<5B0;;840E =0 >A=>25 RNi, .!. ;5<5=BL52, .. ;5:A552, .. 07C:>2, I.Mirebeaua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r0.5Sr0.5CoO3, .. ;5:A552, .. D8<>2, .!. ;5<5=BL52, .. 07C:>2, .. K18=0, .. !8:>;5=:> 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, @>5:B 48D@0:B><5B@0 =0 M?8B5?;>2KE =59B@>=0E =0 =59B@>==>< 8AB>G=8:5 -06 2 / , ..0B285=:>, .!.;5<5=BL52, ..!04K:>2, -..>?B5;>2 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, 5@2K5 M:A?5@8<5=BK =0 =59B@>==>< 48D@0:B><5B@5 2KA>:>3> 402;5=8O 5@:C;5A, !.. :A5=>2, . . !04K:>2, .!. ;5<5=BL52, . . C;:8=, . . ;5:A552, .!.8B28= 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, !?5:B@ <03=8B=KE 2>71C645=89 2 Pr0.5Sr0.5CoO3, .. K18=0, ..D8<>2, ..;5:A552, .!.;5<5=BL52, ..07C:>2, ..!8:>;5=:> 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, 5@A?5:B820 @0728B8O A?5:B@>A:>?88 =0 B5?;>2KE 8 M?8B5?;>2KE =59B@>=0E =0 59B@>==>< :><?;5:A5 / , , .!.>=>=KE8=, .!.;5<5=BL52, ..!04K:>2, ..0B285=:>, ..;5:A552, -..>?B5;>2 8-O 0F8>=0;L=0O :>=D5@5=F8O 5=B35=>2A:>5, A8=E@>B@>==>5 87;CG5=8O, =59B@>=K 8 M;5:B@>=K !--, >A:20 2011, B f-M;5:B@>==>9 =5AB018;L=>AB8 : <03=8B=><C ?>@O4:C: =59B@>==0O A?5:B@>A:>?8O <03=8B=KE 2>71C645=89 2 EuCu2(SixGe1-x)2, .. 07C:>2, .. ;5:A552, .!. 5<:>2A:89, .. @810=>2, .. 5=CH5=:>2, .. /@>A;02F52, .-. 8=L>, .LVAL!. ;5<5=BL52, .. 8:>=>2, . !BN0@B, . N;8 !>@C:>2>4AB2> 0A?8@0=B>< (.. "@C=>2, 0A?8@0=B / )  =30/2=15.00 !>@C:>2>4AB2> 0A?8@0=B>< (../@>A;02F52, 0A?8@0=B /# $, :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)  =30/2=15.00 C:>2>4AB2> A>8A:0B5;5< 720=8O 10:0;02@0 (.. 02K4>20, "-D0:C;LB5B /# $)  =10 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 4;O $" 59B@>==K5 <5B>4K 8AA;54>20=8O :>=45=A8@>20==KE A@54 ?> =0?@02;5=8N 010900 @8:;04=K5 <0B5<0B8:0 8 D878:0 ($0:C;LB5B @>1;5< $878:8 8 -=5@35B8:8, :0D54@0 $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O)   = 8.00 >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 ;5:F89 2 /# $ $878:0 A8;L=>:>@5;;8@>20==KE A8AB5< ($0:C;LB5B ", :0D54@0 D878:8 B25@4>3> B5;0 8 =0=>A8AB5< N70)   = 8.00 --------------------------------------------------------------------------------------- B>3>2K9   (2011)= 98.04LVALOG!7. C7=5F>2 0;5@89 5>=84>28G @>4. 10 >:BO1@O 19483. AB0@H89 =0CG=K9 A>B@C4=8:   (20103.  20113.) !C<<0@=K9   = 0.9+1.33+0.67+2+3+3+1.33=12.23 0AGQB   (20103.  20113.) 2010 3. 1. O1>2 ..., @0G52 .., 0<0=8= .., C7=5F>20 .., C7=5F>2 .., >?B5;>2 -.., 810=>20 .., 8B28= .!., 0BCH:> .., 078= .., !04K:>2 .., !>1>;52A:89 .., $54G5=:> .. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8, $"", 2010, B>< 52, 2K?CA: 5, A.957.   = 61.5/10 = 0.9 2. !..C:>2, ..C7=5F>20, ..C7=5F>2 7<5@5=85 -=5G5B=>9 0A8<<5B@88 ?@>?CA:0=8O 2 @-@57>=0=A5 La  0,734 M., @5?@8=B /  1247/2010, D52@0;L 2010.   = 4/3 = 1.33 3. ..5@;52, ..;8<0:>2, ..C7=5F>20, ..C7=5F>2, .!.>;>38=, .. 078= AA;54>20=85 A?5:B@0 2K;5B0NI8E =59B@>=>2 87 !-100 A ?><>ILN <=>3>?@>2>;>G=>9 ?@>?>@F8>=0;L=>9 :0<5@K 45;5=8O. @5?@8=B /  1263/2010, 8N;L 2010.   = 4/6 = 0.67 2011 3. 4. ..5@;52, ..C7=5F>20, ..C7=5F>2, .!.>;>38=, .. 078= AA;54>20=85 A?5:B@0 2K;5B0NI8E =59B@>=>2 87 !-100 A ?><>ILN <=>3>?@>2>;>G=>9 ?@>?>@F8>=0;L=>9 :0<5@K 45;5=8O. "-, 2011, ! 6, A.5   = 0.16560/5 = 1.98 = 2 5...C7=5F>2, .. 5@;52, .. C7=5F>20. #AB0=>2:0 ' 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2, VIII 0F8>=0;L=0O >=D5@5=F8O !-- 2011 3. 14-18 =>O1@O 2011 3., #AB=K9 4>:;04, >?C1;8:>20==K9 2 "578A0E 4>:;04>2 :>=D5@5=F88,A.503   = 61.5/3 = 3 6... C7=5F>20, ..C7=5F>2, .. 5@;52. A?KB0=8O ?@>B>B8?0 CAB0=>2:8 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2, VIII 0F8>=0;L=0O >=D5@5=F8O !-- 2011 3. 14-18 =>O1@O 2011 3., #AB=K9 4>:;04, >?C1;8:>20==K9 2 "578A0E 4>:;04>2 :>=D5@5=F88, A.504   = 61.5/3 = 3 7. ..C7=5F>2, .. 5@;52, .. C7=5F>20. A?KB0=8O ?@>B>B8?0 CAB0=>2:8 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;5 1@><840 :0;8O (KBr), @5?@8=B /zLVAL , 1299/2011, >:BO1@L 2011, >A:20.   = 4/3 = 1.33bLVALrC7=5F>20 235=8O 0A8;L52=0, @>4. 10 A5=BO1@O 19503. AB0@H89 =0CG=K9 A>B@C4=8:   (20103.  20113.) !C<<0@=K9   = 1.33+0.67+2+3+3+1.33 =11.33 2010 3. 1. !..C:>2, ..C7=5F>20, ..C7=5F>2 7<5@5=85 -=5G5B=>9 0A8<<5B@88 ?@>?CA:0=8O 2 @-@57>=0=A5 La  0,734 M., @5?@8=B /  1247/2010, D52@0;L 2010.   = 4/3 = 1.33 2. ..5@;52, ..;8<0:>2, ..C7=5F>20, ..C7=5F>2, .!.>;>38=, .. 078= AA;54>20=85 A?5:B@0 2K;5B0NI8E =59B@>=>2 87 !-100 A ?><>ILN <=>3>?@>2>;>G=>9 ?@>?>@F8>=0;L=>9 :0<5@K 45;5=8O. @5?@8=B /  1263/2010, 8N;L 2010.   = 4/6 = 0.67 2011 3. 3. ..5@;52, ..C7=5F>20, ..C7=5F>2, .!.>;>38=, .. 078= AA;54>20=85 A?5:B@0 2K;5B0NI8E =59B@>=>2 87 !-100 A ?><>ILN <=>3>?@>2>;>G=>9 ?@>?>@F8>=0;L=>9 :0<5@K 45;5=8O. "-, 2011, ! 6, A.5   = 0.16560/5 = 1.98 = 2 4. ..C7=5F>2, .. 5@;52, .. C7=5F>20. #AB0=>2:0 ' 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2, VIII 0F8>=0;L=0O >=D5@5=F8O !-- 2011 3. 14-18 =>O1@O 2011 3., #AB=K9 4>:;04, >?C1;8:>20==K9 2 "578A0E 4>:;04>2 :>=D5@5=F88, A.503   = 61.5/3 = 3 5. .. C7=5F>20, ..C7=5F>2, .. 5@;52, A?KB0=8O ?@>B>B8?0 CAB0=>2:8 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2, VIII 0F8>=0;L=0O >=D5@5=F8O !-- 2011 3. 14-18 =>O1@O 2011 3., #AB=K9 4>:;04, >?C1;8:>20==K9 2 "578A0E 4>:;04>2 :>=D5@5=F88, A.504   = 61.5/3 = 3 6. ..C7=5F>2, .. 5@;52, .. C7=5F>20 A?KB0=8O ?@>B>B8?0 CAB0=>2:8 4;O 8AA;54>20=8O MDD5:B>2 =5A>E@0=5=8O ?@>AB@0=AB25==>9 G5B=>AB8 2 48D@0:F88 =59B@>=>2 =0 <>=>:@8AB0;;5 1@><840 :0;8O (KBr), @5?@8=B / , 1299/2011, >:BO1@L 2011, >A:20.   = 4/3 = 1.33LVALOG!8. 0BKH520 N4<8;0 8:>;052=0, @>4. 23.10.1945, =.A. .   70 2010-2011 33 = 3.126+27.410+1.333+2.7=34.569 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5D5@8@C5<KE 6C@=0;0E. !C<<0  =3.126 1. V.Chetvertkova, I.Strasik, A.Belousov, H.Iwase, N.Mokhov, E.Mustafin, L.Latysheva, M.Pavlovic, U.Ratzinger, N.Sobolevsky. Activation of aluminum by argon: Experimental study and simulations. Nucl.Instr.Meth. B269(2011)1336-1340.  =1.042*30/10=3.126 !B0BL8 2 @>AA89A:8E @5D5@8@C5<KE 6C@=0;0E. !C<<0  =27.410 1. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . 725AB8O  A5@. $878G5A:0O 74 (2010) 479 482. =3;89A:89 20@80=B: E.S.Konobeevsky, L.N.Latysheva, N.M.Sobolevsky. Computer Simulation of an Extracted Beam for the Neutron Generator of the Institute for Nuclear Research of the Russian Academy of Sciences. Bulletin of the Russian Academy of Sciences: Physics 74 (2010) 443 446.  =0.406*60/3=8.120 2. .!.>=>1552A:89, ..0BKH520, ..!>1>;52A:89, ..;8G. ?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0  430. 725AB8O , A5@. $878G5A:0O 75(2011)485-489. =3;89A:89 20@80=B: E.S.Konobeevsky, L.N.Latysheva, N.M.Sobolevsky, R.D.Ili. Optimizing the Collimator/Shielding Configuration of the NG-430 Neutron Generator. Bulletin of the Russian Academy of Sciences: Physics, 75(2011)449-453.  =0.406*60/4=6.090 3. L.Beskrovnaia, L.Latysheva, M.Paraipan, N.Sobolevsky, and G.Timoshenko. Simulation of Residual Activity in Steel and Copper Targets Induced by 950 MeV/Nucleon Uranium Ions. Phys.Part.Nuc.Lett. (2011) 364 367 (8AL<0 2 -'/).  =1.100*60/5=13.200 @5?@8=BK. !C<<0  =1.333 1. ..!>1>;52A:89, ..0BKH520, -.CAB0D8=. 40?B0F8O ?@>3@0<<K DCHAIN SP 4;O A>2<5AB=>3> 8A?>;L7>20=8O A B@0=A?>@B=K< :>4>< SHIELD. @5?@8=B /  1253/2010, >A:20, 2010.  =4/3=1.333 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =2.7 1. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89, LVAL ..;8G. ?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0 -430. >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2010, !0=:B-5B5@1C@3, 6 9 8N;O 2010 3. !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88, =0?@02;5=> 2 725AB8O  A5@. $878G5A:0O.  =6/4=1.5 2. V.Chetvertkova, E.Mustafin, I.Strasik, L.Latysheva, N.Sobolevskiy. Verification of Monte CarloTransport Codes FLUKA, MARS and SHIELD-A. Talk at the 10th Meeting on Shielding Aspect of Accelerators, Targets and Irradiation Facilities (SATIF-10), 2-4 June 2010, CERN. http://indico.cern.ch/contributionDisplay.py?contribId=23&sessionId=1&confId=62629 #AB=K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88  =6/5=1.2LVAL5154L .;8O >@8A>2=0, 1972 3. @>645=8O, :.D.-<.=, =.A. !! .   2010  2011 3. =10.0 2010 3. >:;04K =0 :>=D5@5=F8OE. 1) #AB=K9 4>:;04 =0 13-9 <564C=0@>4=>9 :>=D5@5=F88 #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E, >AB>2-=0->=C, ?>A. >>, 9-15 A5=BO1@O 2010. -;5:B@>B@0=AB?>@B=K5 8 <03=8B=K5 A2>9AB20 <5B0AB018;L=KE D07 2 A8AB5<5 GaSb-Cr A8=B578@>20==KE ?@8 2KA>:>< 402;5=88. . . 870BC;;8=, !.. >?>20, .. >=4@8=, .. O?8=, .. @06:8=, ... 20=>2, .. @>=8=, ... 5154L, .. !04K:>2. "@C4K :>=D5@5=F88, B.1., AB@. 102-105.  = 6/9*1.5=1 2) #AB=K9 4>:;04 =0 VIII >=D5@5=F88 !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O 17 8N=O 2010 3.,3. "@>8F:, >A:>2A:0O. >1;. $5@@><03=5B87< 2 D070E 2KA>:>3> 402;5=8O Cr(GaSb)2. . . 870BC;;8=1, .. >=4@8=1, !.. >?>201, .. O?8=1, .. @06:8=1, ... 20=>22, .. @>=8=2, ... 5154L3, .. !04K:>23  =4/9=0.4 B>3>  =1.4 2011 3. !B0BL8 1) 2011 J. Phys.: Condens. Matter 23 !44 Electrotransport and magnetic properties of Cr GaSb phases synthesized under high pressure. M V Kondrin1, V R Gizatullin1, S V Popova1, A G Lyapin1, V V Brazhkin1, V Y Ivanov2, A A Pronin2, Y B Lebed3 and R A Sadykov3  =2.332*30/9=7.8 2) 2011 J. Phys.: Conf. Ser. 291 012012 A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS E.A. Koptelov1, Yu.V. Ryabov1, A.A. Alekseev1, S.F. Sidorkin1, M.I. Grachev1, V.A. Fedchenko1, R.A. Sadykov1,2, Yu.B. Lebed1, V.S. Litvin1, S.P. Kuznetsov3, E.S. Clementyev1,4, P.A. Alekseev4, V.A, Trunov5, A.P. Bulkin5, V.A. Ulianov5 and S.N. Axenov  =8/10=0.8 B>3>   =8.6LVALOG!8B28= 0A8;89 !5@35528G, <;04H89 =0CG=K9 A>B@C4=8:   2010 - 2011=27.4 +29,64= 57,04 1. O1>2 ..., @0G52 .., 0<0=8= .., C7=5F>20 .., C7=5F>2 .., >?B5;>2 -.., 810=>20 .., 8B28= .!., 0BCH:> .., 078= .., !04K:>2 .., !>1>;52A:89 .., $54G5=:> .. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8. $878:0 "25@4>3> "5;0. 2010. ". 52. !5 A. 957-961  = 0,721*60/13=3,32 2. S.P. Kuznetsov, I.L.Dubnikova, V.S. Litvin, I.V. Meshkov, A.V. Shelagin, A.I. Udovenko. Determination of Polyolefine Based Composites Nanostructure Parameters by Very Cold Neutrons Scattering. Acta Physica Polonica A. 2010. v. 117, p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o. 2, 2011 c. 247-251  =60*0,406/4=6.09 2) Journal of Physics: Conference Series 2011 Volume 291, 012012 A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS E A Koptelov, Yu V Ryabov, A A Alekseev, S F Sidorkin, M I Grachev, V A Fedchenko, R A Sadykov, Yu B Lebed, V S Litvin, S P Kuznetsov, E S Clementyev, P A Alekseev, V A Trunov, A P Bulkin, V A Ulianov and S N Axenov doi:10.1088/1742-6596/291/1/012012  =8/10=0,8 3) -:A?5@8<5=B0;L=K5 A?5:B@K =59B@>=>2 =59B@>=>3@0D8G5A:8E CAB0=>2>: 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 -06 / , @5?@8=B /  1305/2011, .. ;5:A552, .. !04K:>2, .!. ;5<5=BL52, .!. 8B28=, !.. :A5=>2, ... @83>@L52, -.. >?B5;>2  =4/7 = 0.57 >:;04K: 2)  + !+"/ "  $"" -# $ ""  << ">> / !!/ !" #"#   "  8B28= .!. #!"+ 4>:;04 =0 VIII >AA89A:>9 5653>4=>9 :>=D5@5=F88 <>;>4KE =0CG=KE A>B@C4=8:>2 8 0A?8@0=B>2 "$878:>-E8<8O 8 B5E=>;>38O =5>@30=8G5A:8E <0B5@80;>2". >A:20, =AB8BCB <5B0;;C@388 8 <0B5@80;>2545=8O , 15-18 =>O1@O 20113.  =1,5*4/1=6 (1,5  MB> 70 ?C1;8:0F8N 4>:;040 2 B@C40E :>=D5@5=F88) 2.  + !+"/ "  $"" -# $ ""  << ">> / !!/ !" #"#   "  8B28= .!. !1>@=8: B@C4>2 VIII >AA89A:>9 5653>4=>9 :>=D5@5=F88 <>;>4KE =0CG=KE A>B@C4=8:>2 8 0A?8@0=B>2 "$878:>-E8<8O 8 B5E=>;>38O LVAL =5>@30=8G5A:8E <0B5@80;>2" A. 182-183. 3) AA;54>20=85 AB@C:BC@K A?;020 40%. <5B>4>< =59B@>==>9 48D@0:F88 8 <0;>C3;>2>3> @0AA5O=8O =59B@>=>2 . . !04K:>2, . !. 8B28=, . . C;NB8=, . . ;07:>2, .. ;5:A552, M-S. Appavou, A. Ioffe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emagnetization of terrestrial and extraterrestrial rocks under hydrostatic Natalia S. Bezaevaa, Jerome Gattacceca, Pierre Rochettea, Ravil A. Sadykov, Vladimir I. Trukhin. Physics of the Earth and Planetary Interiors 179 (2010) 7 20. Impact Factor: 1.993 @=4=30E1.993/5=11,958 2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 ... O1>2, .. @0G52, .. 0<0=8=, .. C7=5F>20 ?, .. C7=5F>2, -.. >?B5;>2, .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:> $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5, A.957-960. Impact Factor: 0.721 (2009) @=4=60x 0.721 /13=3,328 3. " + $""   # !" "    "  #,! !"' "  -06 2010 3. . !. 8B28=, . . "@C=>2, . . C;:8=, . . #;LO=>2, . . !>;>259, . . >;E840H28;8, !. . 0;8=8=, . . !04K:>2, -. . >?B5;>2  %!",. "!, !% " +  " + !!/, 2010, ! 11, A. 1 7. Impact Factor: 0.062 (2009) @=4=8 /9=0,89 ------------------------------------------------------------- B>3> ?> AB0BLO< : @=4=11,958+3,328+0,89=16,175 >:;04K =0 >=D5@5=F8OE: 1. #AB=K9 4>:;04 =0 13-9 <564C=0@>4=>9 :>=D5@5=F88 #?>@O4>G5=85 2 <8=5@0;0E 8 A?;020E, >AB>2-=0->=C, ?>A. >>, 9-15 A5=BO1@O 2010. -;5:B@>B@0=AB?>@B=K5 8 <03=8B=K5 A2>9AB20 <5B0AB018;L=KE D07 2 A8AB5<5 GaSb-Cr A8=B578@>20==KE ?@8 2KA>:>< 402;5=88. . . 870BC;;8=, !.. >?>20, .. >=4@8=, .. O?8=, .. @06:8=, ... 20=>2, .. @>=8=, ... 5154L, .. !04K:>2. "@C4K :>=D5@5=F88, B.1., AB@. 102-105.  =6/9*1.5=1 2. #AB=K9 4>:;04 =0 VIII >=D5@5=F88 !8;L=> :>@@5;8@>20==K5 M;5:B@>==K5 A8AB5<K 8 :20=B>2K5 :@8B8G5A:85 O2;5=8O 17 8N=O 2010 3.,3. "@>8F:, >A:>2A:0O. >1;. $5@@><03=5B87< 2 D070E 2KA>:>3> 402;5=8O Cr(GaSb)2. . . 870BC;;8=1, .. >=4@8=1, !.. >?>201, .. O?8=1, .. @06:8=1, ... 20=>22LVAL!, .. @>=8=2, ... 5154L3, .. !04K:>23  =4/9=0.4 3. III 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20, -:A?>F5=B@ 59B@>=>- 8 @5=35=>3@0D8G5A:85 8AA;54>20=8O >1@07>20=8O =0=>G0AB8F 2 AB@C:BC@5 A?;020 40%.. .. !04K:>2, .!. 8B28=, .. C;NB8= , .. ;07:>2, !.. :A5=>2, M-S. Appavou, A. I. Ioffe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nCr2Se4 ?>4 402;5=85< 4> 56:10@., 02B>@K: .. !04K:>2, .. >=G0@5=:> , . 5;;5@ 5.  HASYLAB Workshop for Extreme Conditions Research using a Large Volume Press at PETRA III , 14-15 October 2010, Luneburg, Germany.High pressure cell piston-cylinder and toroid type. Ravil Sadykov 6. 3rd FRM II User Meeting, October 15th, 2010 Neutron and x-ray study formation of nanoparticles in the alloy structure 40HNYU-one of the hard nonmagnetic material for high pressure cells R. A. SaLVAL!dykov, M.-S. Appavou , V. S. Litvin, A. V. Gulyutin, V. P. Glazkov, S. N. Aksenov, A. Ioffe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o. 2, 2011 c. 247-251 Impact Factor: 0.406 (60E0.406)/4=6,09 2) Journal of Physics: Condensed Matter Volume 23 Number 44 Create an alert RSS this journal M V Kondrin et al 2011 J. Phys.: Condens. Matter 23 446001 doi:10.1088/0953-8984/23/44/446001 Electrotransport and magnetic properties of Cr GaSb phases synthesized under high pressure M V Kondrin1, V R Gizatullin1, S V Popova1, A G Lyapin1, V V Brazhkin1, V Y Ivanov2, A A Pronin2, Y B Lebed3 and R A Sadykov3 30E2.332)/9=7,773 3) A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS E.A. Koptelov1, Yu.V. Ryabov1, A.A. Alekseev1, S.F. Sidorkin1, M.I. Grachev1, V.A. Fedchenko1, R.A. Sadykov1,2, Yu.B. Lebed1, V.S. Litvin1, S.P. Kuznetsov3, E.S. Clementyev1,4, P.A. Alekseev4, V.A, Trunov5, A.P. Bulkin5, V.A. Ulianov5 And S.N. Axenov1 Journ LVALal of Physics: Conference Series 291 (2011) 012012 8/10=0.8 4) !! " " ! 40%. " # !!// "  !+ ..," .!. ,% ,! .. ,APPAVOU M-S., IOFFE A A1>@=8: B@C4>2 IV #  $ & <<$ &/   #( "   " >> A. 850-851, >A:20, " . 25-28 >:BO1@O 20113. 5) AA;54>20=85 AB@C:BC@K A?;020 40%. <5B>4>< =59B@>==>9 48D@0:F88 8 <0;>C3;>2>3> @0AA5O=8O =59B@>=>2 . . !04K:>2, . !. 8B28=, . . C;NB8=, . . ;07:>2, .. ;5:A552, M-S. Appavou, A. Ioffe. A1>@=8: B@C4>2 IV #  $ & <<$ &/   #( "   " >>A. 849-850 >A:20, " . 25-28 >:BO1@O 20113. >:;04K: 1) #AB=K9 4>:;04 !! " " ! 40%. " # !!// "  !+ ..," .!., % ,! .., APPAVOU M-S., IOFFE A. !B5=4>2K9 4>:;04 =0 IV #  $ & <<$ &/   #( "   " >>, >A:20, " . 25-28 >:BO1@O 20113. @=4=4x1.5=6 2) #AB=K9 4>:;04 Ravil Sadykov, Nonmagnetic High Pressure Clamp Cells For Neutron Scattering and Magnetic Measurements. 49th EHPRG Conference, Budapest, Hungary, 27 August - 3 September 2011. @=4= 6 !>@C:>2>4AB2> 0A?8@0=B><:  =15 ------------------------------------------------------------------ B>3> ;8G=K9   70 20113.: 6,09+7,773+0.8+6+ 6+15=41,7 0;55 45;8< =0 2:41,7/2=20,8315   A>B@C4=8:>2: 98.04(;5<5=BL52)+ 7,773(5154L)+ 18,88(8B28=)= 124,693 !@54=89   A>B@C4=8:>2 : 124,693/3=41,56 0;55 C<=>605< 41,56*.75=31,17 B>3>2K9  -20113( A CG5B><   A>B@C4=8:>2): 20,8315+ 31,17325=52 B>3>2K9   !04K:>2 . (  2010 3.+  2011 3.)= 76,56+52=128,56|LVAL!5<Q=>2 ;5:A59 ;5:A5528G @>4. 31.07.1960, A.=.A., :. D.-<. =.,   70 2010-2011 33. = 69.12 1. Pui-Wai Ma, S.L. Dudarev, A. A. Semenov and C. H. Woo,  Temperature for a Dynamic Spin Ensemble . - Phys. Rev. E, 2010, Vol. 82, p. 031111-1  031111-6.   = 2.56630/4 = 19.245. 4. @83;0H5==K9 4>:;04 =0 5->9 <564C=0@>4=>9 :>=D5@5=F88 ?> <C;LB8-<0AHB01=><C <>45;8@>20=8N <0B5@80;>2: A.A. Semenov  Stochastic Effects on Microstructure Nucleation under Cascade-damage Irradiation . - Proceedings of 5th International Conference on Multiscale Materials Modeling (MMM 2010), October 4-8, 2010, Freiburg, Germany; Eds. Peter Gumbsch, Erik van der Giessen, Freiburg, Fraunhofer Verlag, 2010, p. 732. ISBN 978-3-8396-0166-2.   = 30. 3. A.A. Semenov and C.H. Woo,  Interfacial energy in phase-field emulation of void nucleation and growth . - J. Nucl. Mater., 2011, Vol. 411, p. 144-149.   = 1.32530/2 = 19.875. B>3>:   = 69.12LVALOG!!84>@:8= !B0=8A;02 $54>@>28G 1952 3.@, :.D-<.=., 2=A  BG5B 2.=.A. !.$.!84>@:8=0 70 2011 3>4. !5<8=0@K !5<8=0@ 2 ."! (MUCATEX Research Coordinative Center on the Problem of Muon Catalyzed Fusion and Energetics Quantum Systems) !.$. !84>@:8=: "@0=A<CB0F8O <8=>@=KE 0:B8=>84>2 2 ?@O<>< ?@>B>==>< ?CG:5.  ? C1;8:0F88 70 2011 4;O @0AG5B0   !.$.!84>@:8=, -..>?B5;>2. 59B@>==K9 :><?;5:A / . @5?@8=B /  1280/2011.   4/2 = 2. >43>B>2;5=0 8 =0?@02;5=0 A>>B25BAB2CNI0O AB0BLO 2 @540:F8N 6C@=0;0 >25@E=>ABL. #,!+ !"' "  /  / !!/ ! +% !  !.$. !84>@:8=, -.. >?B5;>2   60" 0.28/2=8.4 E.A.Koptelov, Yu.V.Ryabov, A.A.Alekseev, S.F.Sidorkin, M.I.Grachev, V.A.Fedchenko, R.A.Sadykov, Yu.B.Lebed, V.S.Litvin, S.P.Kuznetsov, E.A.Clementyev, P.A.Alexseev, V.A.Trunov, A.P.Bulkin, V.A.Ulianov, S.V.Axenov. A complex of complementary pulsed neutron sources, neutron and radiographic nano-diagnostic instruments at the Institute for Nuclear Research RAS. J.Phys.: Conf. Ser. V. 291, N 1 (2011). (http://dx.doi.org/10.1088/1742-6596/291/1/012012)   8/10 =0.8 >:;04 =0 :>=D5@5=F88 GLOBAL 2011 Makuhari, Japan. Proceedings of GLOBAL 2011 Makuhari, Japan, Dec. 11-16, 2011 Paper No. 386820 1 Subcritical Molten Salt Reactor with Fast/Intermediate Spectrum for Minor Actinides Transmutation. Alexey . Degtyarev, Olga S. Feinberg, Fedor I. Karmanov, Oleg E. Kolyaskin, Andrey Yu. Kuznetsov, Andrey A. Myasnikov, Leonid I. Ponomarev, Mikhail B. Seregin, and Stanislav F. Sidorkin.   4" 1.5/9 =0.67 BG5B ."!, 70G8I5==K9 8 CB25@645==K9 2 !". 0AA<>B@5=85 2>7<>6=>AB8 ?@8<5=5=8O 4;O ?5@56830=8O B@0=A?;CB>=852KE M;5<5=B>2 ?>4:@8B8G5A:>3> !  =0 >A=>25 A>;8 LiF-NaF-KF (?> 7040=8N 8 D8=0=A>2>9 ?>445@6:5 >A0B><0).  2-O G0ABL. >B &  .. 53BO@52, .. OA=8:>2, .!.$59=15@3. >B "- (1=8=A:) $.. 0@<0=>2 >B # %" ... C7=5F>2 >B /  !.$. !84>@:8=   - ? - - - - - -FLVALV - - - - - - - - - - - - - --   70 2011 3. - 11.87 - - - - - - - - - - - - - - - - - - - - - - - - - -- - - - C1;8:0F88 70 2010 4;O @0AG5B0   BG5B ."!, 70G8I5==K9 8 CB25@645==K9 2 !". 0AA<>B@5=85 2>7<>6=>AB8 ?@8<5=5=8O 4;O ?5@56830=8O B@0=A?;CB>=852KE M;5<5=B>2 ?>4:@8B8G5A:>3> !  =0 >A=>25 A>;8 LiF-NaF-KF (?> 7040=8N 8 D8=0=A>2>9 ?>445@6:5 >A0B><0). 1-O G0ABL. >B &  .. 53BO@52, .. OA=8:>2, .!.$59=15@3. >B "- (1=8=A:) $.. 0@<0=>2 >B # %" ... C7=5F>2 >B /  !.$. !84>@:8=   - ? @5?@8=B /  1245/2009 45:01@L 2009. !.$.!84>@:8=, -..>?B5;>2, .. >3>2 @54;>65=85 ?> ADS  CAB0=>2:5 =0 >A=>25 ;8=59=>3> CA:>@8B5;O / . K?CI5= 2 2010 3.   70 2010  4/3 = 1.33 >?B5;>2 -.., O1>2 ..., ;5:A552. .., !84>@:8= !.$., @0G52 .., $54G5=:> .., !04K:>2 .., 5154L ..., 8B28= .!., C7=5F>2 !.., ;5<5=BL52 .!., ;5:A552 .., "@C=>2 .., C;:8= .., #;LO=>2 .., :A5=>2 !.. ><?;5:A 2708<>4>?>;=ONI8E 8<?C;LA=KE =59B@>==KE 8AB>G=8:>2, =59B@>=>3@0D8G5A:8E 8 @5=B35=>2A:8E CAB0=>2>: 4;O =0=>4803=>AB8:8 =AB8BCB0 O45@=KE 8AA;54>20=89 >AA89A:>9 0:045<88 =0C:. III 564C=0@>4=K9 $>@C< ?> =0=>B5E=>;>38O< RUSNANOTECH 2010, 1-2 =>O1@O 2010 3>40, >A:20.    0.8 - - - ---------------------------------------------------------------   70 2010 3.  2.13 - - - --------------------------------------------------------------- ": 11.87+2.13=14.0LVALOG!!>1>;52A:89 8:>;09 8E09;>28G, @>4. 06.04.1944, 4.D.-<.=., ?@>D., 702. A5:B. . 8G=K9   70 2010-2011 3>4K: 51.973+35.672+3.133+35.01+15=140.788   ..!>1>;52A:>3> :0: 702. A5:B>@>< = 136.153 (157 CG5B0 >B28=K)   ..!>1>;52A:>3> :0: 702. A5:B>@>< = 176.358 (A CG5B>< >B28=K) 2.1.1. C1;8:0F88 !B0BL8 2 8=>AB@0==KE @5D5@8@C5<KE 6C@=0;0E. !C<<0  =51.973 1. A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, M.I.Panasyuk, N.M.Sobolevsky. Assessment of the Radiation Environment on the Moon. Acta Astronautica 68 (2011) 1440-1447.  =0.609*30/5=3.654 2. A.Luehr, D.C.Hansen, O.Jaekel, N.Sobolevsky, N.Bassler. Analytical expressions for water-to-air stopping-power ratios relevant for accurate dosimetry in particle therapy. Phys.Med.Biol. 56(2011)2515 2533.  =3.057*30/5=18.342 3. V.Chetvertkova, I.Strasik, A.Belousov, H.Iwase, N.Mokhov, E.Mustafin, L.Latysheva, M.Pavlovic, U.Ratzinger, N.Sobolevsky. Activation of aluminum by argon: Experimental study and simulations. Nucl.Instr.Meth. B269(2011)1336-1340.  =1.042*30/10=3.126 4. A.Luehr, D.Hansen, N.Sobolevsky, H.Palmans, S.Rossomme, and N.Bassler. Fluence Correction Factors and Stopping Power Ratios for Clinical Ion Beams. Acta Oncologica 50 (2011) 797-805.  =3.137*30/6=15.685 5. D.Hansen, A.Luehr, R.Herrmann, N.Sobolevsky, N.Bassler. Recent Improvements in the SHIELD- HIT Code. International Journal of Radiation Biology, in press, Manuscript ID: 610863.  =1.861*30/5=11.166 !B0BL8 2 @>AA89A:8E @5D5@8@C5<KE 6C@=0;0E. !C<<0  =35.672 1. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89. ><?LNB5@=>5 <>45;8@>20=85 2K2545==>3> ?CG:0 =59B@>==>3> 35=5@0B>@0 / . 725AB8O  A5@. $878G5A:0O 74 (2010) 479 482. =3;89A:89 20@80=B: E.S.Konobeevsky, L.N.Latysheva, N.M.Sobolevsky. Computer Simulation of an Extracted Beam for the Neutron Generator of the Institute for Nuclear Research of the Russian Academy of Sciences. Bulletin of the Russian Academy of Sciences: Physics 74 (2010) 443 446.  =0.406*60/3=8.120 LVAL! 2. ..5=8A>2, ..C7=5F>2, ..K<<8:, ..0=0AN:, ..!>1>;52A:89.  ?@>1;5<5 @0480F8>==>9 >1AB0=>2:8 =0 C=5. >A<8G5A:85 AA;54>20=8O 48 (2010) 524-531. =3;89A:89 20@80=B: A.N.Denisov, N.V.Kuznetsov, R.A.Nymmik, M.I.Panasyuk, N. M. Sobolevskii. On the Problem of Lunar Radiation Environment. Cosmic Research 48 (2010) 510-517.  =0.325*60/5=3.900 3. ... O1>2, ..@0G52, ..0<0=8=, ..C7=5F>20, ..C7=5F>2, -..>?B5;>2, ..810=>20, .!.8B28=, ..0BCH:>, .. 078=, ..!04K:>2, ..!>1>;52A:89, .. $54G5=:>. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8. $878:0 B25@4>3> B5;0, 52 (2010) 957-960.  =0.727*60/10=4.362 4. .!.>=>1552A:89, ..0BKH520, ..!>1>;52A:89, ..;8G. ?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0  430. 725AB8O , A5@. $878G5A:0O 75(2011)485-489. =3;89A:89 20@80=B: E.S.Konobeevsky, L.N.Latysheva, N.M.Sobolevsky, R.D.Ili. Optimizing the Collimator/Shielding Configuration of the NG-430 Neutron Generator. Bulletin of the Russian Academy of Sciences: Physics, 75(2011)449-453.  =0.406*60/4=6.090 5. L.Beskrovnaia, L.Latysheva, M.Paraipan, N.Sobolevsky, and G.Timoshenko. Simulation of Residual Activity in Steel and Copper Targets Induced by 950 MeV/Nucleon Uranium Ions. Phys.Part.Nuc.Lett. 8 (2011) 364 367 (8AL<0 2 -'/).  =1.100*60/5=13.200 @5?@8=BK. !C<<0  =3.133 1. ..!>1>;52A:89, ..0BKH520, -.CAB0D8=. 40?B0F8O ?@>3@0<<K DCHAIN SP 4;O A>2<5AB=>3> 8A?>;L7>20=8O A B@0=A?>@B=K< :>4>< SHIELD. @5?@8=B /  1253/2010, >A:20, 2010.  =4/3=1.333 2. I.Straak, E.Mustafin, M.Pavlovi , N.Sobolevsky. Simulations of the Activation of the Beam Pipe and Bulky Targets by FLUKA and SHIELD codes. GSI, Darmstadt, 2010. https://www.gsi.de/documents/DOC-2010-Jun-23-1.pdf  =4/4=1 3. A.Luhr, D.C.Hansen, O.Jaekel, N.Sobolevsky, N.Bassler. Analytical expressions for stopping-power ratios relevant for accurate dosimetry in particle therapy. http://arxiv.org/PS_cLVAL!ache/arxiv/pdf/1010/1010.5356v1.pdf  =4/5=0.8 2.1.3. #G0AB85 2 :>=D5@5=F8OE. !C<<0  =35.01 1. .!. >=>1552A:89, .. 0BKH520, .. !>1>;52A:89, ..;8G. ?B8<870F8O :>=D83C@0F88 :>;;8<0B>@0 8 70I8BK =59B@>==>3> 35=5@0B>@0 -430. >:;04 =0 564C=0@>4=>9 :>=D5@5=F88 / -2010, !0=:B-5B5@1C@3, 6 9 8N;O 2010 3. !5:F8>==K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88, =0?@02;5=> 2 725AB8O  A5@. $878G5A:0O.  =6/4=1.5 2. V.Chetvertkova, E.Mustafin, I.Strasik, L.Latysheva, N.Sobolevskiy. Verification of Monte Carlo Transport Codes FLUKA, MARS and SHIELD-A. Talk at the 10th Meeting on Shielding Aspect of Accelerators, Targets and Irradiation Facilities (SATIF-10), 2-4 June 2010, CERN. http://indico.cern.ch/contributionDisplay.py?contribId=23&sessionId=1&confId=62629 #AB=K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88  =6/5=1.2 3. I.Straak, E.Mustafin, N.Sobolevsky, M.Pavlovi , V.Chetvertkova. Activation and "Hands on" Maintenance Criteria for Heavy-Ion Accelerators. Talk at the 10th Meeting on Shielding Aspect of Accelerators, Targets and Irradiation Facilities (SATIF-10), 2-4 June 2010, CERN. http://indico.cern.ch/contributionDisplay.py?contribId=10&sessionId=3&confId=62629 #AB=K9 4>:;04 =0 564C=0@>4=>9 :>=D5@5=F88  =6/5=1.2 4. D.C.Hansen, A.Luhr, R.Herrmann, N.Sobolevsky, N.Bassler. Recent Improvements in SHIELD-HIT. Poster talk at the International workshop in Monte Carlo computational methods in radiation track simulation and applications in physical, biological, and medical sciences (MC2010), Stockholm, 9-12 November 2010. >AB5@ =0 564C=0@>4=>9 :>=D5@5=F88 http://phys.au.dk/uploads/media/MC2010_poster_SHIELD-HIT_David.pdf  =6/5=1.2 5. N.Sobolevsky. Applications of the SHIELD code: from underground physics toward the Moon through ADS, hadron therapy, heavy ion beams, etc. Invited talk at the NUFRA2011 Internationa Conference, Kemer, Turkey, 2-9 October 2011. http://fias.uni-frankfurt.de/nufra2011/talks/Sobolevsky.pdf  =30 2.1.6. C:>2>4AB2> 0A?8@0=B0<8  LVAL* 8 A>8A:0B5;O<8. !C<<0  =15.0 C:>2>4AB2> (A>2<5AB=> A .!.>B28=>9) 0A?8@0=B>< / ?5@2>3> 3>40 >1CG5=8O ..5;O=>2K<, ?> B5<5 0728B85 AB0B8AB8G5A:>3> >?8A0=8O O45@=KE @50:F89 A 2:;NG5=85< M;5:B@><03=8B=KE 2708<>459AB289.  =30/2=15 2.4.   ..!>1>;52A:>3> :0: 702. A5:B>@><  =0.5*140.788+0.75*(140.788+34.569)/2=136.153 #GB5=K   !>1>;52A:>3> 8 0BKH52>9.  =0.5*140.788+0.75*(140.788+34.569+248.500)/3=176.358 #GB5=K   !>1>;52A:>3>, 0BKH52>9 8 >B28=K.LVALOG!;5:A55=:> 8:B>@ ;048<8@>28G, AB.=.A,   70 2010-2011 33. C1;8:0F88: 1. ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. /5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (.// 31 , >A:20, (2010).  =4*1.5/9= 0.7. 2...;5:A55=:>, ..@><CH:8=, ...!B5=L:8=. !@02=8B5;L=K5 87<5@5=8O =075<=KE ?>B>:>2 B5?;>2KE =59B@>=>2 2 ;01>@0B>@8OE  /  8 LNGS(B0;8O). 31, >A:20 (2010).  =4*1.5/3= 2.0. - 4.1. 7 02B>@>2, A<.1599, B.5. 0.86 (-1.14) 3. V.V.Alekseenko, Yu.M.Gavrlyuk, V.V.Kuzminov and Yu.V.Stenkin. Tidal effect in the radon-due neutron flux from the Earth s crust. Journal of Physics: Conference Series 203, (2010), 012045.  =8/4= 2.0. 4. .. ;5:A55=:>, .. @><CH:8=, ... !B5=L:8=. !@02=8B5;L=K5 87<5@5=8O =075<=KE ?>B>:>2 B5?;>2KE =59B@>=>2 2 ;01>@0B>@8OE  /  8 LNGS (B0;8O). 725AB8O , A5@. $87., B. 75, !6, (2011), A. 908-910.  =0.406*60/3= 8.1 5. ... !B5=L:8=, .. ;5:A55=:>, .. >;G5=:>, .. >;G5=:>, .. 60??C52, .#. C46052, .. 8E09;>20, .. !B5?0=>2, .. &O1C:. 5B>4 ?>475<=>3> 04@>==>3> :0;>@8<5B@0 4;O 87CG5=8O A2>9AB2 (. 725AB8O , A5@. $87. (2011), ". 75, !. 3, AA. 400 402.  =0.406*60/9= 2.7. 6. arXiv:1106.2651v1 [astro-ph.IM] Journal reference: Astrophys.J.738:67,2011. (Submitted on 14 Jun 2011). R.Bonino, V.V.Alekseenko, O.Deligny, P.L.Ghia, M.Grigat, A.Letessier-Selvon, H.Lyberis, S.Mollerach, S.Over, E.Roulet. The East-West method: an exposure-independent method to search for large scale anisotropies of cosmic rays.  =0.4/10= 0.4. 7. R.Bonino, V.V.Alekseenko, O.Deligny, P.L.Ghia, M.Grigat, A.Letessier-Selvon, H.Lyberis, S.Mollerach, S.Over, E.Roulet. The East-West method: an exposure-independent method to search for large scale anisotropies of cosmic rays. The Astrophysical Journal Volume 738 Number 1. Published 2011 August 12.  =6.063*30/10= 18.2. 8. V.V. Alekseenko, F. Arneodo8LVALH, G. Bruno, W. Fulgione, D.M. Gromushkin and Yu. V. Stenkin. Dependence on altitude above sea level of thermal neutron concentration in air above surface. Proc. Of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1124.  =6*1.5/6= 1.5. 1 9. Yu.V. Stenkin, V.V. Alekseenko, D.M. Gromushkin, A.A. Petrukhin, E.V. Pletnikov, O.B. Shchegolev, V.I. Stepanov, A.A. Tsyshuk, G.V. Volchenko, V.I. Volchenko and I.I. Yashin. The ProtoPRISMA array for EAS study. Proc. Of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1136.  =6*1.5/10= 0.9. 10. H. Lyberis on behalf of V.V. Alekseenko, , R. Bonino, O. Deligny, P.L. Ghia, M. Grigat, A. Letessier-Selvon, S. Mollerach, S. Over, E. Roulet. The East-West method: an exposure-independent method to search for large scale anisotropies of cosmic rays. Proc. Of 32nd International Cosmic Ray Conference, Beijing (2011), ID: 1145.  =6*1.5/10= 0.9. 11. ..;5:A55=:>, ...02@8;N:, ..C7L<8=>2, !.!. 0B:528G. 57C;LB0BK 87<5@5=89 35;852K< ?@>?>@F8>=0;L=K< AGQBG8:>< !-04 =59B@>==>3> D>=0 =0 >1J5:B0E  / . >A:20, @5?@8=B /  1302/2011, >:BO1@L 2011 3., 14 AB@.  =4/4= 1.0. 12. ..;5:A55=:>, ...02@8;N:, ..C7L<8=>2. A>15==>AB8 E0@0:B5@8AB8: AF8=B8;;OF8>==>3> 45B5:B>@0 B5?;>2KE =59B@>=>2 [ZnS(Ag)+6LiF] 2 @07;8G=KE CA;>28OE 87<5@5=89. >A:20, @5?@8=B /  1303/2011, >:BO1@L 2011 3., 8 AB@.  =4/3= 1.3.   ?> ?C1;8:0F8O< = 39.7. >:;04K: 1. V.V.Alekseenko.  Italian s Earthquakes. Phenomenology and forecast problems . @83;0HQ==K9 4>:;04 =0 5 564C=0@>4=>9 A59A<>;>38G5A:>9 H:>;5  Modern methods of processing and interpretation of seismological data . 4-8 >:BO1@O 2010, ;048:02:07. > A;540< 75<;5B@OA5=8O 06, ?@5;L, 2009, L Aquila, Italy.  = 6.0.   ?> 4>:;040< = 6. B>3>   = 45.7. (-1.14 = 44,56)LVALOG!02@8= ;048<8@ 8:>;0528G @>4. 15.04.1941, G;.-:>@@. , ?@>D5AA>@, 4.D.<.=., 7024CNI89 ;01>@0B>@859 -,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: B.M.Fisher, J.N.Abdurashitov, K.J.Coakley, V.N.Gavrin, D.M.Gilliam, J.S.Nico, A.A.Shikhin, A.K.Thompson, D.F.Vecchia, V.E.Yants, Fast neutron detection with 6Li-loaded liquid scintillator, Nuclear Instruments and Methods in Physics Research A 646 (2011) 126-134. 1.142*30/10= 3.4 D.Frekers, H.Ejiri, H.Akimune, V.N. Gavrin, et al, (33 A>02B>@0) The 71Ga(3He, t) reaction and the low-energy neutrino response, Physics Letters B 706 (2011) 134-138.  =5.255*30/10 = 15.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011 ) !2, 2-14. 0.357*60/9=2.4 ..02@8=, >AA89A:>-0<5@8:0=A:89 30;;85K9 M:A?5@8<5=B SAGE, #A?5E8 D878G5A:8E =0C:, B.181, !9, 3-12. 2.245*60=134.7 D.N.Abdurashitov, V.N. Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin, Response FunAtion of a Fast Neutron Capture-Gated Spectrometer, Instruments and Experimental Techniques, Vol.54, No.5 (2011) 639-643. 0.357*60/5=4.3 @5?@8=BK V.N.Gavrin, V.V.Gorbachev, E.P.Veretenkin, and B.T.Cleveland/ Gallium experiments with artificial neutrino sources as a tool for investigation of transition to sterile states// arXiv:1006.2103v1[nucl-ex] (2010).   = 4/4=1 ..14C@0H8B>2, ..02@8=, ...0;KH:8=, .. 0BCH:>, ..(8E8=, $C=:F8O >B:;8:0 70E20B=>3> 45B5:B>@0 1KAB@KE =59B@>=>2 ?@>AB>9 35><5B@88, ?@8?@8=B /  1275/2010.  = 4/5=0.8 ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<LVAL!5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011.  = 4/10=0.4 ..14C@0H8B>2, ..02@8=, ..0;8E>2, ..(8E8=, AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LiF ?@8 :><=0B=>9 B5<?5@0BC@5, ?@5?@8=B /  1284/2011.  = 4/4=1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: D.N. Abdurashitov, V.N. Gavrin, V.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =6/6= 1*1.5=1.5 V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40.  =6/7=0.8 D.N.Abdurashitov, V.N.Gavrin, A.V.Kalikhov, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikin, and V.E.Yants, Segmented Fast Neutron Spectrometer, the 2nd International Cpnference ISWART-2010, Kharkov, Ukraine, October 2010  =6/7=0.8 D.N.Abdurashitov, S.Belousov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, and A.A.Shikhin, Response Function of a Fast Neutron Capture Gated Spectrometer, BgNS International Conference  Nuclear Power for the People  , November 8, 2011, Bansko, Bulgaria PRND=6/6=1 V.N.Gavrin, Contribution of the Ga experiments for understanding the physics of the Sun and the physics of neutrino, 15th International Baksan School  Particles and Cosmology , Troitsk, Moscow region, May 26  June 2, 2011.  =30 V.N.Gavrin, Sterile neutrino searches with Ga, International Short Baseline Neutrino Workshop, FNAL, ChiAago, 11-16 <0O 2011.  =30 V.N.Gavrin, Contribution of Ga experiments for understanding the physics of the Sun and the physics of neutrino, ThLVALe International Conference  New Trends on High Energy Physics , Alushta, Crimea, Ukraine, September 3-10, 2011.  =30*1.5=45 V.N.Gavrin, Opportunities of SAGE with artificial neutrino source for investigation of active-sterile transitions, 15th International Lomonosov Conference on Elementary Particle Physics, Moscow, 18  24 August 2011.  =30 V.N.Gavrin, Opportunity to investigate active-sterile transitions with a neutrino source in SAGE, Astroparticle Physics, Russian-German Perspectives, /, C1=0, 8-9 45:01@O 2011 3>40  =30 V.N.Gavrin, Cr-51 neutrino source: comments on application, production and possibilities for cooperation, Workshop on Emission Detectors Application and Neutrino Sources, >A:20, $, 20 8N=O  1 8N;O 2011.  =30 =0 @>AA89A:8E :>=D5@5=F8OE ..02@8=, :;04 Ga M:A?5@8<5=B>2 2 ?>=8<0=85 D878:8 !>;=F0 8 D878:8 =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.   = 4 .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.  =4/5=0.8 ":  =367.7   @C:>2>48B5;O=367.70.5+(509/13*0.75)=184 + 29 = 213LVALOG!14C@0H8B>2 6>=@84 0@8<0=>28G. @>4.04.06.1963, :.D.<.=., c.=.A. -,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: B.M.Fisher, J.N.Abdurashitov, K.J.Coakley, V.N.Gavrin, D.M.Gilliam, J.S.Nico, A.A.Shikhin, A.K.Thompson, D.F.Vecchia, V.E.Yants, Fast neutron detection with 6Li-loaded liquid scintillator, Nuclear Instruments and Methods in Physics Research A 646 (2011) 126-134. 1.142*30/10= 3.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011 ) !2, 2-14. 0.357*60/9=2.4 D.N.Abdurashitov, V.N. Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin, Response FunAtion of a Fast Neutron Capture-Gated Spectrometer, Instruments and Experimental Techniques, Vol.54, No.5 (2011) 639-643. 0.357*60/5=4.3 @5?@8=BK ..14C@0H8B>2, ..02@8=/  2>7<>6=>AB8 ?@8<5=5=8O AF8=B8;;OF8>==KE :@8AB0;;>2 LiF 2 M:A?5@8<5=B0E ?> ?>8A:C G0AB8F B5<=>9 <0B5@88, ?@5?@8=B /  1272/2010, >A:20   = 4/2=2 ..14C@0H8B>2, ..02@8=, ...0;KH:8=, .. 0BCH:>, ..(8E8=, $C=:F8O >B:;8:0 70E20B=>3> 45B5:B>@0 1KAB@KE =59B@>=>2 ?@>AB>9 35><5B@88, ?@8?@8=B /  1275/2010.  = 4/5=0.8 ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011.  = 4/10=0.4 ..14C@0H8B>2, ..02@8=, ..0;8E>2, ..(8E8=, AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LiF ?@8 :><=0B=>9 B5<?5@0BC@5, ?@5?@8=B /  1284/2011.  = 4/4=1 >:;04K: 0 <564C=0@>4=KE :>=D5@5=F8OE: D.N. Abdurashitov, V.N. Gavrin, V.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. YaLVALnts / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =6/6= 1*1.5=1.5 D.N.Abdurashitov, V.N.Gavrin, A.V.Kalikhov, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikin, and V.E.Yants, Segmented Fast Neutron Spectrometer, the 2nd International Cpnference ISWART-2010, Kharkov, Ukraine, October 2010  =6/7=0.8 J.N. Abdurashitov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin,  Response of a capture-gated fast neutron spectrometer of simple geometry , XV International Baksan school  Particles and Cosmology , Troitsk, May 26  June 2 2011.  =6/5=1.2 J.N. Abdurashitov, V.N.Gavrin, A.V.Kalikhov, A.A.Shikhin,  Scintillation response of LiF crystals at room temperature , XV International Baksan school  Particles and Cosmology , Troitsk, May 26  June 2011   =6/4=1.5 D.N.Abdurashitov, S.Belousov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, and A.A.Shikhin, Response Function of a Fast Neutron Capture Gated Spectrometer, BgNS International Conference  Nuclear Power for the People  , November 8, 2011, Bansko, Bulgaria   =6/6=1 C:>2>4AB2> 48?;><=8:><: 2010 3>4  0;KH:8= .@89 8E09;>28G, ABC45=B 45-3> :C@A0 D878G5A:>3> D0:C;LB5B0 #  =10 "  =30.3>0fm - 4 ; B I \ cjqx18KRcC=JC,! @?O!OGFFF:?5A,L4@?!OGFFF:?ff&@2^@?8!OGFFF:?3BT @?!OGFFF:?` 'B&4N " @?#!OGFFF:?C+C@?N!OGFFF:?@?::::?C,DJ@?P!OGFFF:?ףyC ,Rp@?|/!OGFFF:?=JB@@?)!OGFFF:?Br @?JJ!OGFFF:?@?::::?1 ~A,~f@? @!FFF:?|@?-!OGFFF:?p'1)B&4N " @?!OGFFF:?u\C *&@?!OGFFF:?9CЄ5N>pIt@?l@!FFF:?Bx`  @? @!FFF:?·BV,L@? @!FFF:?A$t@?@!FFF:?HCCPF!&@? @!FFF:?}AR@~*@? @!FFF:?A Z H  @?!OGFFF:?g@F @?@!FFF:? 33SAF:@?@!FFF:?A t@?$!OGFFF:? @?::::?Zff@R @?!OGFFF:?s@&@? @!FFF:?KffvA@ f@?@!FFF:?Cff&@d^) @? @!FFF:?^ @?::::?=ffAN r @?!OGFFF:?LVAL5@5B5=:8= 235=89 02;>28G, @>4.10.04.1952 3., A.=.A. -,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 @5?@8=BK: V.N.Gavrin, V.V.Gorbachev, E.P.Veretenkin, and B.T.Cleveland/ Gallium experiments with artificial neutrino sources as a tool for investigation of transition to sterile states// arXiv:1006.2103v1[nucl-ex] (2010).   = 4/4=1 >:;04K: 0 <564C=0@>4=KE :>=D5@5=F8OE V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40.  =6/7=0.8 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino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iF, ?@8?@8=B /  1296/2011.  = 4/10=0.4 V.N.Gavrin, V.V.Gorbachev, E.P.Veretenkin, and B.T.Cleveland/ Gallium experiments with artificial neutrino sources as a tool for investigation of transition to sterile states// arXiv:1006.2103v1[nucl-ex] (2010).   = 4/4=1 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations // 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40.  =6/7=0.8 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.  =4/5=0.8 C:>2>4AB2> 48?;><=8:><: @30=>:>2 .. , ABC45=B 5 :C@A0 D878G5A:>3> D0:C;LB5B0 #   = 4/4=10 "  =15.4LVAL1@038<>20 "0BLO=0 8:B>@>2=0 @>4 3.04.1958, =.A. ,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011 ) !2, 2-14. 0.357*60/9=2.4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40.  =6/7=0.8 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino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iF ?@8 :><=0B=>9 B5<?5@0BC@5, ?@5?@8=B /  1284/2011.  = 4/4=1 ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011.  = 4/10=0.4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: V.V.Gorbachev, B.T.Cleveland, V.N.Gavrin, T.V.Ibragimova, A.V.Kalikhov, J.S.Nico, and E.P.Veretenkin, Ga source experiment for detection of short baseline neutrino oscillations// 12th International Conference on Topics in Astroparticle and Underground Physics (TAUP 2011), Munich, Germany, 4-10 A5=BO1@O 2011 3>40.  =6/7=0.8 D.N.Abdurashitov, V.N.Gavrin, A.V.Kalikhov, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikin, and V.E.Yants, Segmented Fast Neutron Spectrometer, the 2nd International Cpnference ISWART-2010, Kharkov, Ukraine, October 2010  =6/7=0.8 =0 @>AA89A:8E :>=D5@5=F8OE .. >@10GQ2, .. 5@5BQ=:8=, .. 02@8=, ".. 1@038<>20, .. 0;8E>2, >8A: >AF8;;OF89 M;5:B@>==KE =59B@8=> =0 :>@>B:>9 1075 2 M:A?5@8<5=B0E SAGE 8 Borexino A 8A:CAAB25==K< 8AB>G=8:>< =59B@8=>, 4>:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289, 21-25 =>O1@O 2011 3.  =4/5=0.8 "  =6.2LVALOG!K>7;>20 .;8O 02;>2=0 @>4.29.12.1959, :.D.<.=., A.=.A. -,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: A. Y. Polyakov, A. V. Markov, M. P. Duhnovsky, M. V. Mezhennyi, A. A. Donskov, S. S. Malakhov, A. V. Govorkov, Yu. P. Kozlova, V. F. Pavlov, N. B. Smirnov, T. G. Yugova, A. I. Belogorokhov, I. A. Belogorokhov, A. K. Ratnikova, Yu. Yu. Fyodorov, O. Yu. Kudryashov, I. A. Leontyev, V. I. Ratushny, S. J. Pearton. GaN epitaxial films grown by hydride vapor phase epitaxy on polycrystalline chemical vapor deposition diamond substrates using surface nanostructuring with TiN or anodic Al oxide. J. Vac. Sci. Technol. B 28(5), Sep/Oct 2010, 1011-1015.  =1.268*30/19=3.8 A. Y. Polyakov, A. V. Markov, M. V. Mezhennyi, A. A. Donskov, S. S. Malakhov, A. V. Govorkov, Yu. P. Kozlova, V. F. Pavlov, N. B. Smirnov, T. G. Yugova, I.-H. Lee, J. Han, Q. Sun, S. J. Pearton. a-plane GaN hydride vapor phase epitaxy on a-plane GaN templates with and without use of TiN intermediate layers. J. Vac. Sci. Technol. B 28(5) Sep/Oct 2010, 1039-1043.  =1,271*30/14=3.8  =1.268*30/14=3.8 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: .. >=A:>2, ..LO:>=>2, ..565==K9, !.!. 0;0E>2, ...>7;>20, .$.02;>2, "...3>20. ;8O=85 >@85=B0F88 ?>4;>6:8 A0?D8@0 =0 >A>15==>AB8 <>@D>;>388 ?>25@E=>AB8 8 AB@C:BC@=>5 A>25@H5=AB2> B>;ABKE A;>52 GaN, 2K@0I5==KE <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88. @8AB0;;>3@0D8O. B. 56, !2, 2011, 294-302.  =0.644*60/7=5.5 . . 5;>3>@>E>2, . . >=A:>2, . . LO:>=>2, .. . >7;>20, !. !. 0;0E>2, . . 565==K9, ". . .3>20, ;8O=85 B5E=>;>38G5A:8E ?0@0<5B@>2 =0 >4=>@>4=>ABL B>;I8=K 8 <>@D>;>38N ?>25@E=>AB8 M?8B0:A80;L=KE A;>52 GaN, ?>;CG5==KE <5B>4>< E;>@84=> 384@84=>9 M?8B0:A88. 72. 2C7>2. 0B5@80;K M;5:B@>==>9 B5E=8:8. ! 1, 2011, 30-36.  =0.245*60/7= 2.1 AB0BL8 2 A1>@=8:0E =0CG=KE AB0B59: ... >7;>20, ".. .3>20. 07@01>B:0 B5E=>;>388 ?>;CG5=8LVAL!O :2078?>4;>65: GaN <5B>4>< E;>@84=>-384@84=>9 M?8B0:A88. !1. AB0B59.  " 80, 2011, 139-143.  =20/2=10 >:;04K: =0 @>AA89A:8E :>=D5@5=F8OE .. >=A:>2, .. 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"578AK 4>:;04>2 8-9 A5@>AA89A:>9 :>=D5@5=F88 " + /, /, ./  !" #"# +    +, 26-28 <0O 2011, !0=:B-5B5@1C@3, 67-68.  =4/7*1.5=0.9 6. .. >=A:>2, ...>7;>20, .. C7N:>20 , !.!. 0;0E>2, .. 565==K9, .$.02;>2, ".. .3>20. !! !" #"#  ! (!" -"!,+% ! GaN, #'+% " % -  -"! ! !, " "#  #$  !/. "578AK 4>:;04>2 8-9 A5@>AA89A:>9 :>=D5@5=F88 " + /, /, ./  !" #"# +    +, 26-28 <0O 2011, !0=:B-5B5@1C@3, 218-219.  =4/7*1.5=0.9 "  =29.2lLVAL|0;KH:8= .@89 8E09;>28G , @>4.22. 07.1987, 0A?8@0=B #. !B065@-8AA;54>20B5;L -,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: D.N.Abdurashitov, V.N. Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin, Response FunAtion of a Fast Neutron Capture-Gated Spectrometer, Instruments and Experimental Techniques, Vol.54, No.5 (2011) 639-643. 0.357*60/5=4.3 @5?@8=BK: ..14C@0H8B>2, ..02@8=, ...0;KH:8=, .. 0BCH:>, ..(8E8=, $C=:F8O >B:;8:0 70E20B=>3> 45B5:B>@0 1KAB@KE =59B@>=>2 ?@>AB>9 35><5B@88, ?@8?@8=B /  1275/2010.  = 4/5=0.8 ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011.  = 4/10=0.4 >:;04K =0 <564C=0@>4=KE :>=D5@5=F8OE: D.N. Abdurashitov, V.N. Gavrin, V.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =6/6= 1*1.5=1.5 D.N.Abdurashitov, S.Belousov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, and A.A.Shikhin, Response Function of a Fast Neutron Capture Gated Spectrometer, BgNS International Conference  Nuclear Power for the People  , November 8, 2011, Bansko, Bulgaria PRND=6/6=1 D.N.Abdurashitov, V.N.Gavrin, A.V.Kalikhov, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikoin, and V.E.Yants, Segmented Fast Neutron Spectrometer, the 2nd International Cpnference ISWART-2010, Kharkov, Ukraine, October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isher, J.N.Abdurashitov, K.J.Coakley, V.N.Gavrin, D.M.Gilliam, J.S.Nico, A.A.Shikhin, A.K.Thompson, D.F.Vecchia, V.E.Yants, Fast neutron detection with 6Li-loaded liquid scintillator, Nuclear Instruments and Methods in Physics Research A 646 (2011) 126-134. 1.142*30/10= 3.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011 ) !2, 2-14. 0.357*60/9=2.4 D.N.Abdurashitov, V.N. Gavrin, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikhin, Response FunAtion of a Fast Neutron Capture-Gated Spectrometer, Instruments and Experimental Techniques, Vol.54, No.5 (2011) 639-643. 0.357*60/5=4.3 ?@5?@8=BK: ..14C@0H8B>2, ..02@8=, ...0;KH:8=, .. 0BCH:>, ..(8E8=, $C=:F8O >B:;8:0 70E20B=>3> 45B5:B>@0 1KAB@KE =59B@>=>2 ?@>AB>9 35><5B@88, ?@8?@8=B /  1275/2010.  = 4/5=0.8 ..14C@0H8B>2, ...02@8;N:, ..02@8=, ..>@10G52, ..070;>2, ..0;8E>2, ..C7L<8=>2, ...0;KH:8=, ..(8E8=, !../:8<5=:>, 0480F8>==K9 D>= :@8AB0;;>2 LiF, ?@8?@8=B /  1296/2011.  = 4/10=0.4 ..14C@0H8B>2, ..02@8=, ..0;8E>2, ..(8E8=, AA;54>20=85 AF8=B8;;OF8>==KE A2>9AB2 :@8AB0;;>2 LiF ?@8 :><=0B=>9 B5<?5@0BC@5, ?@5?@8=B /  1284/2011.  = 4/4=1 .. (8E8=, -;5:B@>=8:0 A8AB5<K @538AB@0F88 30;;89-35@<0=852>3> =59B@8==>3> B5;5A:>?0, ?@5?@8=B /  1285/2011.  =4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: ..Shikhin, Development of the gallium-germanium neutrino telescope counting system for 2-zone source gallium experiment, he 15th International Baksan School  Particles a4LVALDnd Cosmology , Troitsk Moscow region, May 26  June 2, 2011.  =6 J.N. Abdurashitov, V.N. Gavrin, V.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =6/6= 1*1.5=1.5 D.N.Abdurashitov, V.N.Gavrin, A.V.Kalikhov, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikin, and V.E.Yants, Segmented Fast Neutron Spectrometer, the 2nd International Cpnference ISWART-2010, Kharkov, Ukraine, October 2010  =6/7=0.8 D.N.Abdurashitov, S.Belousov, V.N.Gavrin, Yu.M.Malyshkin, V.L.Matushko, and A.A.Shikhin, Response Function of a Fast Neutron Capture Gated Spectrometer, BgNS International Conference  Nuclear Power for the People  , November 8, 2011, Bansko, Bulgaria PRND=6/6=1 "  =25.6LVAL/=F 8:B>@ -4C0@4>28G @>4.12.11.1953, =.A.-,   70 2010-2011 3.3. -:A?5@8<5=B0;L=0O =59B@8==0O 0AB@>D878:0 8 D878:0 :>A<8G5A:8E ;CG59 C1;8:0F88: AB0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: B.M.Fisher, J.N.Abdurashitov, K.J.Coakley, V.N.Gavrin, D.M.Gilliam, J.S.Nico, A.A.Shikhin, A.K.Thompson, D.F.Vecchia, V.E.Yants, Fast neutron detection with 6Li-loaded liquid scintillator, Nuclear Instruments and Methods in Physics Research A 646 (2011) 126-134. 1.142*30/10= 3.4 AB0BL8 2 @5D5@8@C5<KE @>AA89A:8E 6C@=0;0E: ..14C@0H8B>2, ..02@8=, ..>@10G52, "..1@038<>20, ..0;8E>2, ..8@<>2, ..(8E8=, .-./=F, .".;82;5=4, ?@545;5=85 >?B8<0;L=KE ?0@0<5B@>2 307>2>9 A<5A8 ?@>?>@F8>=0;L=KE AG5BG8:>2 2 30;;89-35@<0=852>< =59B@8==>< M:A?5@8<5=B5 SAGE, @81>@K 8 B5E=8:0 M:A?5@8<5=B0 (2011 ) !2, 2-14. 0.357*60/9=2.4 >:;04K: =0 <564C=0@>4=KE :>=D5@5=F8OE: D.N. Abdurashitov, V.N. Gavrin, V.L. Matushko, Yu.M. Malyshkin, A.A. Shikhin, and V.E. Yants / Simulation of Low-Background High Efficiency Capture-Gated Fast Neutron Spectrometer//18th International Seminar on Interaction of Neutrons with Nuclei: "Fundamental Interactions & Neutrons, Nuclear Structure, Ultracold Neutrons, Related Topics", ISINN-18, Dubna, Russia, 2010.  =6/6= 1*1.5=1.5 D.N.Abdurashitov, V.N.Gavrin, A.V.Kalikhov, Yu.M.Malyshkin, V.L.Matushko, A.A.Shikin, and V.E.Yants, Segmented Fast Neutron Spectrometer, the 2nd International Cpnference ISWART-2010, Kharkov, Ukraine, October 2010  =6/7=0.8 "  =8.1LVAL1. @0G52 8E08; 20=>28G, @>4. 13.06.1944 3., 02. B45;>< -:A?5@8<5=B0;L=>3> ><?;5:A0, :.D-<.=. >=D5@5=F88: Grachev M.I., Ponomareva E.V., INR RAS, Moscow, Russia,  Optical design of the proton beam lines for the neutron complex INR RAS and medical application , 2nd International particle accelerator conference IPAC2011, September 2011, San Sebastian, Spain  =1,5*45/2=33,75 Grachev M.I., Fedchenko V.A., Kravchuk L.V., Ponomareva E.V., INR RAS, Moscow, Russia,  Beam absorber for tuning accelerator in the beam layout of the experimental complex , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  =1,5*30/4=11,25 S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, INR RAS, Moscow, Russia, V.N. Zapolsky, IHEP, Protvino, Russia  Tuning of the INR therapeutic proton beam , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino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rachev M.I., Ponomareva E.V., INR RAS, Moscow, Russia,  Optical design of the proton beam lines for the neutron complex INR RAS and medical application , 2nd International particle accelerator conference IPAC2011, September 2011, San Sebastian, Spain  =1,5*45/2=33,75 Grachev M.I., Fedchenko V.A., Kravchuk L.V., Ponomareva E.V, INR RAS, Moscow, Russia,  Beam absorber for tuning accelerator in the beam layout of the experimental complex , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  =1,5*30/4=11,25 S.V. Akulinichev, V.N. Vasiliev, Yu.K. Gavrilov, M.I.Grachev, E.V. Ponomareva, INR RAS, Moscow, Russia, V.N. Zapolsky, IHEP, Protvino, Russia  Tuning of the INR therapeutic proton beam , XXII Russian Particle Accelerators Conference RuPAC-2010, September-Oktober 2010, Protvino  = 1,5*30/6=7,5 C1;8:0F88: @0G52 .., @02GC: .., $54G5=:> ., >=><0@520 .. >2CH:0 ?CG:0, "-, 2 ?5G0B8.  =1.5*45/4=16.875 @0G52 .., @02GC: .., >=><0@520 .. ?B8<870F8O :0=0;0 B@0=A?>@B8@>2:8. 57C;LB0BK. "-, 2 ?5G0B8.  =1.5*45/3=22.5  = 33,75+11,25+7,5+16.875+22.5= 91,88 B>3>:  =91,88>@1C=>2 ;048<8@ C7L<8G, @>4.27.12.1951, =A - !B0BL8: ..!04K:>2 8 4@./  59B@>=>3@0D8G5A:89 :><?;5:A 4;O 8AA;54>20=8O :>=45=A8@>20=-=KE A@54 8 =0=>4803=>AB8:8 =0 1075 8<?C;LA=>3> 8AB>G=8:0 =59B@>=>2 06 / : A>2@5<5==>5 A>AB>O=85 //  >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 , 2 ?5G0B8.  =60*1/10=6 @5?@8=BK / : ..>@1C=>2 /  !>3;0H5=85 > ?>;O@=>ABOE <03=8B>2 M:A?5@8<5=B0;L=>3> :><?;5:A0 /  //, 2 ?5G0B8.  =4 ..>@1C=>2, .!.!5;57=52/  -;5:B@>==K5 A@54AB20 >15A?5G5=8O 157>?0A=>AB8 @01>BK 06 /  //, 2 ?5G0B8.  =4*1/2=2 ..>@1C=>2 /  -;5:B@>B5E=8G5A:0O G0ABL ;>2CH:8 ?@>B>==>3> ?CG:0 =0 83-9 >A8 # /  //, 2 ?5G0B8.  =4  =6+4+2+4=16 B>3>:  =16LVAL(  %07@5B0;8 !5D>28G @>4. 24.08.1965, A=5 "$, 4D<=. NIRDV Khazretali Sefovich, August 24, 1965, Senior Researcher, Theory Department, Doctor of Sciences   70 2010 2011 33. C1;8:0F88: 1) H. Boos, F. Goehmann, A. Kluemper, Kh. S. Nirov, A. . Razumov / "Exercises with the universal R-matrix" // J. Phys. A: Math. Theor. 43 (2010) 415208 (35p), arXiv:1004.5342 [math-ph].   = 1.641*30/5 = 9.846 3) H. Boos, F. Goehmann, A. Kluemper, Kh. S. Nirov, A. . Razumov / "On the universal R-matrix for the Izergin-Korepin model" // J. Phys. A: Math. Theor. 44 (2011) 355202 (25pp), arXiv:1104.5696   = 1.641*30/5 = 9.846 >:;04K: 1) Kh. S. Nirov / "On Integrable Systems and the Universal R-matrix" (invited talk, 30 min.) // International Seminar on High Energy Physics Quarks-2010, Kolomna, June 6-12, 2010;   = 30 2) Kh. S. Nirov / "On the Khoroshkin-Tolstoy Formula for the Universal R-matrix in Quantum Integrable Systems5 5 (invited talk, 45 min.) // International Workshop on Classical and Quantum Integrable Systems (CQIS-2011), Protvino, Moscow Region, Russian Federation, January 24 - 27, 2011;   = 30 3) Kh. S. Nirov / "On Group-Theoretic Background of Classical and Quantum Integrability" (invited talk, 30 min.) // XV-th International School "Particles and Cosmology", May 26 - June 2, 2011, Troitsk, Moscow Region, Russian Federation   = 30 B>3>:   = 110 X. !. 8@>2 Kh. S. Nirov / , >A:20, INR RAS, Moscow, 30 45:01@O 2011 3. December 30, 2011LVAL(B5@= >@8A 235=L528G 1950 3.@., A=A 4>:B>@ D87.-<0B. =0C: (2006) 564C=0@>4=K9 8=45:A F8B8@C5<>AB8 1389 1. Fermi Observations of Blazars: Implications for Gamma-ray Production. Juri Poutanen, Boris E. Stern, . Sep 2011. 10pp. e-Print: arXiv:1109.0946 [astro-ph.CO]  =4/2=2 2. Variation of the gamma-gamma opacity by the He II Lyman continuum constrains the location of the gamma-ray emission region in the blazar 3C 454.3. Boris E. Stern, Juri Poutanen, . May 2011. 5pp. e-Print: arXiv:1105.2762 [astro-ph.HE]  =4/2=2 3. Poutanen, Juri; Stern, Boris, 2010,  GeV Breaks in Blazars as a Result of Gamma-ray Absorption Within the Broad-line Region , The Astrophysical Journal Letters, Volume 717, Issue 2, pp. L118-L121 (2010)  =5,158*30/2=77,37 4. Stern, Boris E.; Poutanen, Juri Variation of the  opacity by the He II Lyman continuum constrains the location of the -ray emission region in the blazar 3C 454.3 Monthly Notices of the Royal Astronomical Society: Letters, Volume 417, Issue 1, pp. L11-L15. )  =4,888*30/2=73,32 "+  =154,69LVALOG!515452 !5@359 @83>@L528G 1. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0 -..>?B5;>20 0480F8>==K5 MDD5:BK 2 B25@4KE B5;0E 8 GB5=85 ;5:F89 ?> :C@AC 2 B5G5=85 >A5==53> A5<5AB@0 2010 3. 2. S.G.Lebedev,  Stripper target lifetime estimations Nucl. Instr. And Meth. A613(2010)442. 3. S.G.Lebedev, L.Y.Sosnin, A.N.Cheltsov,  173Lu and other radioisotopes production possibilities on medium energy linear proton accelerator for their use in radiographic equipment Nucl. Instr. And Meth. A613(2010)477. 4. S.G.Lebedev- Editor,  Unconventional Electromagnetics in Carbonaceous Materials Nova Science Publihers, Inc., ISBN-13: 9781616681746, 2010. 126. S.G.Lebedev  Editor,  Unconventional Electromagnetics in Carbonaceous Materials ebook, Nova Science Publihers, Inc., ISBN-13: 9781616684044, 2010. 5. !..515452, > A;540< C3;5@>4=>9 A25@E?@>2>48<>AB8 7>1@5B0B5;LAB2>, B.% !3, AB@.13, 2010. 6..!.515452, !..515452 07@01>B:0 15A:>=B0:B=KE 46>75DA>=>2A:8E ?5@5:;NG0B5;59  >3@0=8G8B5;59 B>:0 4;O M;5:B@8G5A:8E A5B59 ?@54AB02;5=85 ?@>5:B0 2 ?>;CD8=0;5 :>=:C@A0 =0 A>8A:0=85 2>@K:8=A:>9 ?@5<88 >A:>2A:0O >1;0ABL, Foresta Tropicana Hotel, 25-27 =>O1@O 2010 3. 7. ..=4@552, ..@02GC:, !..515452, 0=>:><?>78B =0 >A=>25 D>=>==KE @57>=0B>@>2 8 A?>A>1 53> ?>;CG5=8O ?0B5=B $ ! 2425793, 20113. 8. !..515452, !! "/ $!!  .'"/- '"/ "  #!" !" !! -"# !!#, 0B5=B $ ! 2420831. 9. E.A.Koptelov, S.G.Lebedev, N.M.Sobolevsky,  Comparative Computer Modeling of Target Performance in Particle Beams and Fusion or Fission environments to be published in Edited Collection  Horizons in World Physics" by Nova Science Publishers, Inc., ISBN-10: 1613240147, ISBN-13: 978-1613240144, 2011. 10. S.G.Lebedev,  The Crystal World Science Journal of Physics, Vol.2011, August 2011. 11.L.V.Kravchuk, S.G.Lebedev,  Phonon Resonators : The Building Blocks of Nanocomposite Adjusting the Electron - Phonon Interaction to be published in Journal of A> LVALN pplied Physics, 2011 12. >@01>B:0 C@A0 ;5:F89 -..>?B5;>20 4;O ABC45=B>2 $" 0480F8>==K5 MDD5:BK 2 B25@4KE B5;0E 8 GB5=85 ;5:F89 ?> :C@AC 2 >A5==5< A5<5AB@5 2011 3. 13. V.G. Andreev, L.V. Kravchuk, S.G. 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Neutron Experimental Techniques, Instrumentation and Radiation Sources, Pleiades Publishing Ltd, 38-42, 2010.  =8/10=0.8 3. ... O1>2, .. @0G52, .. 0<0=8=, .. C7=5F>20, .. C7=5F>2,-.. >?B5;>2, .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:>. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5  =0,727*60/10=4,362 4. ... 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"  " & .-!! " /45@=0O D878:0 3(B>< 75) 2012 3  =0,563*60/10=3,378 3. . . A552, . . >78: 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 ""@>8F: =N-<0AA", ?@5?@8=B /  1287/2011   =4/10=0,4 B>3>2K9   18,67pLVAL04>@>6=K9 !5@359 8:B>@>28G 1970 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C: 1. V.N. Aseev, A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. Likhovid, V.M. Lobashev, A.A. Nozik, V.S. Pantuev, V.I. Parfenov, A.K. Skasyrskaya, F.V. Tkachev, S.V. Zadorozhny,  Upper limit on the electron antineutrino mass from the Troitsk experiment Physical Review D84 112003 (2011)  =4,964*30/10=14,892 2. .. A552, .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, !.. 04>@>6=K9, .. 8E>284, .. >10H52, .. >78:, .! 0=BC52, .. 0@DQ=>2, .. !:0AK@A:0O, $.. ":0G52, "  !!+ -"  ""   "- ! " "/  -! "  " & .-!! " /45@=0O D878:0 3(B>< 75) 2012 3  =0,563*60/10=3,378 3. . . A552, . . >78: 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 ""@>8F: =N-<0AA", ?@5?@8=B /  1287/2011   =4/10=0,4 B>3>2K9   18,67.LVAL@"8B>2 8:8B0 =4@5528G !=A, :0=4840B D87.-<0B. =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. A C:070=85< :>;-2> 02B>@>2. 1. @83;0H5==K9 4>:;04 N.Titov KATRIN Experiment in 2009  Systematic Improvements Proceedings of the 14th Lomonosov Conference on Elementary Particle Physics (ed. A. Studenikin) World Scientific Pub Co Inc. 2010 , ISBN-10:9814329673, p.153-158  =0,671*60 *0,7 / 1 = 28,182 2. The KATRIN sensitivity to the neutrino mass and to right-handed currents in beta decay J. Bonn, K. Eitel, F. Glueck , D. Sevilla-Sanchez, N. Titov, K. Blaum Physics Letters B Volume 703 (2011), Pages 310-312  = 5,255 * 30 / 6 = 26,275 "+   = 54,457!:0AK@A:0O 9=> >=AB0=B8=>2=0 1951 3. @., =A !?8A>: ?C1;8:0F89 !:0AK@A:>9 .. 2010-2011 33.: 1. V.N. Aseev, A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. Likhovid, V.M. Lobashev, A.A. Nozik, V.S. Pantuev, V.I. Parfenov, A.K. Skasyrskaya, F.V. Tkachev, S.V. Zadorozhny,  Upper limit on the electron antineutrino mass from the Troitsk experiment Physical Review D84 112003 (2011)  =4,964*30/10=14,892 2. .. A552, .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, !.. 04>@>6=K9, .. 8E>284, .. >10H52, .. >78:, .! 0=BC52, .. 0@DQ=>2, .. !:0AK@A:0O, $.. ":0G52, "  !!+ -"  ""   "- ! " "/  -! "  " & .-!! " /45@=0O D878:0 3(B>< 75) 2012 3  =0,563*60/10=3,378 3. . 0@0<>=>2, A. !:0AK@A:0O, Floettmann, M Krasilnikov, F Stephan. @>5:B=K5 ?0@0<5B@K CA>25@H5=AB2>20==>3> @57>=0B>@0 4;O '-D>B>8=65:B>@>2, 2010 3. C@=0; >?@>AK 0B><=>9 =0C:8 8 B5E=8:8 (ISSN 1562-6016)  =8/4= 2 4. . . 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Lett. 105, 161801, 2010 7.622*30/10 = 22.87 Observation of a Centrality-Dependent Dijet Asymmetry in Lead-Lead Collisions at p sNN = 2:76 TeV with the ATLAS Detector at the LHC G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Rev. Lett. 105, 252303, 2010 7.622*30/10 = 22.87 Performance of the ATLAS detector using first collision data G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in JHEP 09, 056 2010 6.049*30/10 = 18.06 Measurement of the W -> lnu and Z/gamma* -> ll production cross sections in proton-proton collisions at sqrt(s) = 7 TeV with the ATLAS detector G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in JHEP 12, 060 2010 6.049*30/10 = 18.06 Charged-particle multiplicities in pp interactions at ps = 900 GeV measured with the ATLAS detector at the LHC G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in Phys. Lett. B 688, 21, 2010 5.255*30/10 = 15.76 Readiness of the ATLAS Liquid Argon Calorimeter for LHC Collisions G. Aad ... R. Djilkibaev et al., theLVAL! ATLAS collaboration Published in EPJC 70, 723, 2010 3.248*30/10 = 9.74 Drift Time Measurement in the ATLAS Liquid Argon Electromagnetic Calorimeter using Cosmic Muons G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 755, 2010 3.248*30/10 = 9.74 The ATLAS Inner Detector commissioning and calibration G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 787, 2010 3.248*30/10 = 9.74 The ATLAS Simulation Infrastructure G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 823, 2010 3.248*30/10 = 9.74 Commissioning of the ATLAS Muon Spectrometer with Cosmic Rays G. Aad ... R. Djilkibaev et al., the ATLAS collaboration Published in EPJC 70, 875, 2010 3.248*30/10 = 9.74 Readiness of the ATLAS Tile Calorimeter for LHC collisions G. Aad ... R. 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PHENIX Collaboration Phys.Rev.Lett. 107 (2011) 172301. 2B>@>2 340  =7.622*30*0.1=22.866 24. A.Adare et al., "Measurements of Higher-Order Flow Harmonics in Au+Au Collisions at sqrt(s_NN) = 200 GeV". Phys. Rev. Lett. 107, 252301 (2011) . 2B>@>2 340  =7.622*30*0.1=22.866 25. V.S. Pantuev Empirical estimation the effects of flow on thermal photon angular distribution and spectra in nucleus-nucleus collisions at RHIC and LHC. . 2B>@ 1 May 2011. 4 pp. e-Print: arXiv:1105.4033 [nucl-ex]  =4   ?> ?C1;8:0F8O< = 9*10.248+8*14.892+7*22.866+4=375.43 6. !?8A>: ?0B5=B>2 < LVALL 70 2010 -2011 3.3. 5B. 7. !?8A>: 4>:;04>2 =0 :>=D5@5=F8OE 70 2010 -2011 3.3. A;8 ?@83;0H5==K9 4>:;04  C:070BL. 1. High pT particle production, hard scattering, and correlations. @83;0H5==K9 ?;5=0@=K9 4>:;04 =0 6th International Workshop on high-pT physics at LHC, April 4-7, 2011 Utrecht, the Netherlands.'   ?> 2KABC?;5=8O< = 30 0G8A;5=85 10;;>2 70 @C:>2>4AB2> A>8A:0B5;O<8 CG5=>9 AB5?5=8   70 @C:>2>4AB2> A>8A:0B5;5< = 30 "+   = 435.43LVAL >;C1520 ;5=0 !5@3552=0 !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2009 -2010 3.3. 1. !5G5=85 >1@07>20=8O A>AB02=>3> O4@0 2 pBi - 2708<>459AB288 ?@8 M=5@388 20-100 M. .!. >;C1520, .!. ;L8=>2 /45@=0O D878:0, B. 72, !11, 1897-1900, 2009 3.  =0.539*60/2=16,17 "+   =16,178E>284 8:>;09 =0B>;L528G 0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==KE @01>B 70 2010 -2011 3.3. A C:070=85< :>;-2> 02B>@>2. 1. V.N. Aseev, A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. Likhovid, V.M. Lobashev, A.A. Nozik, V.S. Pantuev, V.I. Parfenov, A.K. Skasyrskaya, F.V. Tkachev, S.V. Zadorozhny,  Upper limit on the electron antineutrino mass from the Troitsk experiment Physical Review D84 112003 (2011)  =4,964*30/10=14,892 2. .. A552, .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, !.. 04>@>6=K9, .. 8E>284, .. >10H52, .. >78:, .! 0=BC52, .. 0@DQ=>2, .. !:0AK@A:0O, $.. ":0G52, "  !!+ -"  ""   "- ! " "/  -! "  " & .-!! " /45@=0O D878:0 3(B>< 75) 2012 3  =0,563*60/10=3,378 B>3>2K9   18,27LVALOG*0@:8= ;5:A0=4@ 20=>28G !B0@H89 =0CG=K9 A>B@C4=8:, :0=4840B =0C: !?8A>: >?C1;8:>20==KE @01>B 70 2010 -2011 3.3. 1. .. 0@:8=, .. '5@:>25F, .. !K@><OB=8:>2. >45;8@>20=85 >?B8<0;L=KE CA;>289 E@0=5=8O B@8B8O, ISSN 1028-978X 5@A?5:B82=K5 <0B5@80;K, A?5F80;L=K9 2K?CA: (8) D52@0;L, 2010, A.387-391.  =6/3=2 2. .. 0@:8=, .. !K@><OB=8:>2. 538AB@0F8O B@8B8O 2 B5@<>O45@=>< @50:B>@5. ISSN 1028-978X 5@A?5:B82=K5 <0B5@80;K, A?5F80;L=K9 2K?CA: (8) D52@0;L, 2010, A.63-68.  =6/2=3 3. .. 0@:8=, .. !K@><OB=8:>2, .. 5;>2. 803=>AB8:0 B@8B8O 2 B5@<>O45@=>< @50:B>@5. $878:0 ?;07<K, ! 5, 2010 3., A. 473-477. 0,584*60/3=11,68 4. .. 0@:8=, .. !K@><OB=8:>2. 5B>4K 70I8BK >B 2=54@5=8O 2 ?5@2CN AB5=:C "/  B@8B8O 8 53> 2KE>40 2 >:@C60NICN A@54C. >:;04 =0 <564C=0@>4=>< A5<8=0@5 ?> "/ , 25=83>@>4, 8N=L, 20103. 4>:;04G8:  . 0@:8=.  =6/2=3 5. .. 0@:8=, .. 82:8A, .. !K@><OB=8:>2, .. @K:8=0, -.. 787>2, .. !5<5=>2. 7<5@5=85 :>=F5=B@0F88 B@8B8O 2 AB5=:5 B5@<>O45@=>3> @50:B>@0 2 ?@>F5AA0E 55 =0AKI5=8O 8 4570:B820F88. >:;04 =0 %IV A5@>AA89A:>9 :>=D5@5=F88 !" +!" "#  + (-14), 3. 25=83>@>4 >A:>2A:>9 >1;., 5-10 8N=O 20113. 4>:;04G8:  . 0@:8=.  =6/6=1 6. .. 0@:8=, .. 82:8A, .. !K@><OB=8:>2, .. @K:8=0, -.. 787>2, .. !5<5=>2. 7<5@5=85 :>=F5=B@0F88 B@8B8O 2 :0<5@5 B5@<>O45@=>3> @50:B>@0 2 ?@>F5AA0E 55 =0AKI5=8O 8 4570:B820F88. @81>@K 8 B5E=8:0 M:A?5@8<5=B0 ("-), !2, 20123.  =0,357*60/6=3,57 7. .. 0@:8=, .. !K@><OB=8:>2. 5B>4K 70I8BK >B 2=54@5=8O 2 ?5@2CN AB5=:C "/  B@8B8O 8 53> 2KE>40 2 >:@C60NICN A@54C. >:;04 =0 A5@>AA89A:>< A5<8=0@5 (A CG0AB85< 8=>AB@0==KE CG5=KE) $'!  "%'! !"+ * !"' "  / " '!%, "%'!% !!  (/ ' /  - " (VNS-4), 15-19 8N=O 2010 3. 3. 25=83>@>4, >A:>2A:>9 >1;.. 4>:;04 -. 0@:8= (1C45B >?C1;8:>20=> 2 ", @0745; B5@<>O45@=K9 A8=B57).  =4/2=2 B>3>2K9  = 26,25*0,5=13,125LVALOG! O1>2 .@89 0A8;L528G >:B>@ D87-<0B =0C: >4 @>645=8O. 1933 0B0 70I8BK 48AA5@B0F88 2007 >;6=>ABL 2=A ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2010-201133 1. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. Int. Seminar ISINN-18, May 25-28, 2010.  Dubna: -JINR.   = 6*1,5/4 = 2.25 2. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Int. Seminar ISINN-18, May 25-28, 2010.  Dubna: -JINR.  = 6*1,5/4 = 1.5 3. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V. Ryabov. Measurement of parameters of pulsed neutron sources RADEX and IN-06 at Moscow Meson Factory. Int. Seminar ISINN-19, May 25-28, 2011.  Dubna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u.V. Ryabov, M.I. Grachev, D.V.Kamanin & ..O.N. Libanova, & ..V.I.Razin, . A Pulsed Neutron Sources on the Proton Beam for the MMF. Neutron Experimental Techniques, Instrumentation and Radiation Sources, Pleiades Publishing Ltd, 38-42, 2010.  =8/10=0.8 8. D.V. Kamanin, Yu.V. Pyatkov, A.A. Alexandrov, I.A. Alexandrova, S.B.Borzakov, M.L. Chelnokov, D. Fam Min, N.A. Kondratyev, Yu.N. Kopach, E.A. Kuznetsova, Ts. Panteleev, Yu.E. Penionzhkevich, Yu.V. Ryabov, A.I. Svirikhin, E.A. Sokol, D.A. Testov, V.E. Zhuchko, A.V. Yeremin NEUTRON BELT FOR COMETA SETUP. Proc. Int. Symposium on Exotic Nuclei (EXON-2009), Sochi, Russia, 28 September-2 October 2009, AIP Conference Proceedings, v.1, p. 178-185, 2010.  =8/10=0,8 9. .. 0BKH520, ... O1>2, .. !>1>;52A:89, ?B8<870F8O :>=AB@C:F88 <8H5=L-70<54;8B5;L 8<?C;LA=>3> =59B@>==>3> 8AB>G=8:0 -!. !-- 2009, >A:20, 2010  =8/3=2,66 10. D.V. Kamanin, Yu.V. Pyatkov, E.A. Kuznetsova, A.A. Alexandrov, I.A. Alexandrova,S.B. Borzakov, M.L. Chelnokov, D.Pham Minh, N. Jacobs, N.A Kondratyev, Yu.N. Kopach,Ts. Panteleev,Yu.E. Penionzhkevich, Yu.V. Ryabov, A.I. Svirikhin, E.A. Sokol, D.A.Testov, V.E.Zhuchko, A.V. Eremin Collinear cluster tri-partition as a neutron source  evaluation of the setup parameters Proc. Int. Symposium on Exotic Nuclei (EXON-2009), AIP Conference Proceedings, v.1, p. 385-392,,2010  =8/10=0.8 11. ... O1>2, .. @0G52, .. 0<0=8=, .. C7=5F>20, .. C7=5F>2,-.. >?B5;>2, .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:>. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5  =0,727*60/10=4,362 12. .!. K;>A>20, ..810=>20, ... O1>2. >71C645=85 2KA>:>A?8=>2KE 87><5@>2 ?@>B>=0<8 A@54=8E M=5@389 =0 $ / . 725AB8O . !5@8O D878G5A:0O !11, 2011  =0,406*60/3=8,12 13. .LVAL.. @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1. 2 6. 725AB8O . !5@8O D878G5A:0O 2011  =0,406*60/5=4,872 14. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. 725AB8O . !5@8O D878G5A:0O !11, 2011  =0,406*60/10=2,436   ?> ?C1;8:0F8O< 34,2 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8?;><=8:  . K;>A>20, $"#  =5 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5. >@01>B:0 :C@A0 59B@>==0O D878:0 $"#  =8 @C30O 7=0G8<0O 8=D>@<0F8O. C:>2>48B5;L ?@>5:B0 =59B@>==>3> 8<?C;LA=>3> 8AB>G=8:0 /  -!. "+   47,2:LVALJ810=>20 ;L30 8:>;052=0 ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2010-2011 3. 1. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3.!0@>2:- $/& -$  =6 /10 =0,6 2. .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:>. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5  =0,727*60/10=4,362 6,231 3. .!. K;>A>20, ..810=>20, ... O1>2. >71C645=85 2KA>:>A?8=>2KE 87><5@>2 ?@>B>=0<8 A@54=8E M=5@389 =0 $ / . 725AB8O . !5@8O D878G5A:0O !11, 2011  =0,406*60/3=8,12 4. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8. 725AB8O . !5@8O D878G5A:0O !11, 2011  =0,406*60/10=2,436 5. Yu.V. Ryabov, M.I. Grachev, D.V.Kamanin & ..O.N. Libanova, & ..V.I.Razin, . A Pulsed Neutron Sources on the Proton Beam for the MMF. Neutron Experimental Techniques, Instrumentation and Radiation Sources, Pleiades Publishing Ltd, 38-42, 2010.  =8/10=0.8 C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. 8?;><=8: 2010 3. . K;>A>20, $"#  =5   = 23,187LVALOG!0<0=8= <8B@89 ;048<8@>28G !?8A>: =0CG=KE @01>B 70 2010-2011 3.3. C1;8:0F88 2 @5F5=78@C5<KE 6C@=0;0E (70@C156=K5): 1. Yu.V.Pyatkov, D.V.Kamanin, W. von Oertzen, A.A.Alexandrov, I.A.Alexandrova, O.V.Falomkina, N.A.Kondratjev, Yu.N.Kopatch, E.A.Kuznetsova, Yu.E.Lavrova, A.N.Tyukavkin, W.Trzaska, V.E.Zhuchko. Collinear cluster tri-partition of 252Cf (sf) and in the 235U(nth, f) reaction. Europhysicsnews. Highlights from Europeans Journals. 2010. V. 41, No. 4. p.14.  =0,757*30/10= 2,271 2. D.V. Kamanin for the FOBOS collaboration. Multi-cluster decays of heavy nuclei. Presented at the 2th SOUTH AFRICA - JINR Symposium "Models and Methods in Few- and Many-Body Systems", Dubna, Russia, 8-10 September 2010.  =6*1,5=9 3. Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopach, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, Yu.N.Voronov, V.E.Zhuchko, E.A.Kuznetsova, Ts.Panteleev, and A. N. Tyukavkin. Collinear Cluster Tripartition Channel in the Reaction 235U(nth, f). Physics of Atomic Nuclei. Vol. 73, No. 8, 2010, p. 1309-1316. From Yadernaya Fizika. Vol. 73, No. 8, 2010, p. 1350-1358.  =0,563*60/10= 3,378 4. Yu.V.Pyatkov, D.V.Kamanin, W. von Oertzen, A.A.Alexandrov, I.A.Alexandrova, O.V.Falomkina, N.A.Kondratjev, Yu.N.Kopatch, E.A.Kuznetsova, Yu.E.Lavrova, A.N.Tyukavkin, W.Trzaska, V.E.Zhuchko. Collinear cluster tri-partition of 252Cf (sf) and in the 235U(nth, f) reaction. Eur. Phys. J. A: Hadrons and Nuclei. 2010. V. 45, No. 1. pp. 29 37.  =2,592*30/10= 7,776 5. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, N.Jacobs, N.A.Kondratyev, Yu.N.Kopach, E.A.Kuznetsova, V.Malaza, Ts.Panteleev, D.Pham Minh, V.E.Zhuchko. Collinear cluster tri-partition of 252Cf (sf)  evidences in neutron gated data. Presented at the 18th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 26-29 May 2010.  =6*1,5/10= 0,9 6. D.V.Kamanin, Yu.V.Pyatkov, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, M.L.Chelnokov, D.Fam Min, N.A.Kondratyev, Yu.N.Kopach, E.A.LVAL!Kuznetsova, Ts.Panteleev, Yu.E.Penionzhkevich, A.I.Svirikhin, E.A.Sokol, D.A.Testov, V.E.Zhuchko, A.V.Yeremin. "Neutron belt" for COMETA setup. Presented at the 18th International Seminar on Interaction of Neutrons with Nuclei, Dubna, Russia, 26-29 May 2010.  =6*1,5/10= 0,9 7. Yu.V.Pyatkov, D.V.Kamanin, A.A.Alexandrov, I.A.Alexandrova, N.A.Kondratyev, E.A.Kuznetsova, N.Jacobs, V.Malaza, D.Pham Minh, A.I.Svirikhin, V.E.Zhuchko, A.V.Yeremin. Presumable scenario of one of the collinear cluster tri-partition modes Presented at the 2nd Workshop on State of the Art in Nuclear Cluster Physics "SOTANCP2", Brussels, Belgium, 25-28 May 2010.  =6*1,5/10= 0,9 8. Yu.V.Pyatkov, D.V.Kamanin, Yu.N.Kopatch, A.Krasznahorkay, A.N.Tyukavkin, A.A.Alexandrov, I.A.Alexandrova, S.B.Borzakov, V.E.Zhuchko, N.A.Kondratiev, E.A.Kuznetsova, Ts.Panteleev. Collinear cluster tri-partition of low excited heavy nuclei  status and prospects of experimental investigations. Proceedings of the International Conference "Nuclear Structure and Related Topics", Dubna, Russia, June 30 - July 4, 2009. Dubna 2010, V. I, p. 150-157.  =6*0,5/10= 0,3 9. D.V.Kamanin, Yu.V.Pyatkov, A.Krasznahorkay, A.A.Alexandrov, I.A.Alexandrova, M.Csatls, L.Csige, J.Gulys, F.Naqvi, N.A.Kondratyev, E.A.Kuznetsova, T.Tornyi, A.N.Tyukavkin, and V.E.Zhuchko. Preliminary results on collinear cluster tripartition in 232Th + d (10 MeV) reaction. 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A C:070=85< :>;-2> 02B>@>2. . 1. . . C9:>2, !. . 0;<K:>2, !. . @<>;052, . . ;852, . . >E0=N:, . . 0BCH:>, . . "0=0=052, . $. OA>54>2. >;CG5=85 0:B8=8O-225 8 @048O 223 ?@8 >1;CG5=88 B>@8O CA:>@5==K<8 ?@>B>=0<8. 048>E8<8O, 2011, !1.  =0,237E60/8=1,778. 2. ... O1>2, ...@83>@L52, ..0<0=8=, ..C7=5F>20, ..0BKH520, ..810=>20, ..0BCH:>, .. 078=, .. !>1>;52A:89, ..%0CAB>2. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 >A=>25 <>48D8F8@>20==>9 ;>2CH:8 ?@>B>==>3> ?CG:0 $ /  8 53> 2>7<>6=>AB8.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3. !0@>2:- $/& -$  =6 /10 =0,6 3. 2. .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:>. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5  =0,727*60/7=6,231 4. ... 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C7=5F>2, -.. >?B5;>2, .. 810=>20, .!. 8B28=, .. 0BCH:>, .. 078=, .. !04K:>2, .. !>1>;52A:89, .. $54G5=:>. <?C;LA=K9 =59B@>==K9 8AB>G=8: =0 ?@>B>==>< ?CG:5 >A:>2A:>9 <57>==>9 D01@8:8 $878:0 B25@4>3> B5;0, 2010, B>< 52, 2K?. 5  =0,727*60/10=4,362 8. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, V.L. Matushko, S.N. Kalmykov, R.A. Aliev, I.G. Tananaev, B.F. Myasoedov. Production of actinium, thorium and radium isotopes from thorium-232 irradiated with protons up to 141 MeV. Radiochim. Acta (in press), 2012. DOI number used for citation: 10.1524/ract.2012.1909  =1,128E30/8=4,23 9. Yu.V. Ryabov, M.I. Grachev, D.V.Kamanin, V.L. Matushko & ..O.N. Libanova, & ..V.I.Razin, A Pulsed Neutron Sources on the Proton Beam for the MMF.Neutron Experimental Techniques, Instrumentation and Radiation Sources, Pleiades Publishing Ltd, 38-42, 2010.  =8/10=0.8 10. D.N. Abdurashitov, V.N. Gavrin,A.V. Kalikhov, Yu.M. Malyshkin, V.L. Matushko and A.A. 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C9:>2. @>872>4AB2> 87>B>?>2 2 / : @50;L=>ABL 8 ?5@A?5:B82K. #$, B. 181, #9, c. 1004-1011, 2011.  =2.245E60=134,7 2. . . 0@010=>2, .. 57@C:>2, .. C@5=F>2, .. C9:>2, !.. 80=>2A:89, .. >@=>CE>2, .. >E0=N:, .. /=>28G. 7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74As, 68Ge, 65Zn 8 60Co ?@8 >1;CG5=88 35@<0=8O  =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 A ?@>B>=0<8 M=5@3859 ?>@O4:0 100 M. /45@=0O D878:0 2010, B. 73, !7, A.1-6.  =0,563E60/8=4,223 3. . . C9:>2, !. . 0;<K:>2, !. . @<>;052, . . ;852, . . >E0=N:, . . 0BCH:>, . . "0=0=052, . $. OA>54>2. >;CG5=85 0:B8=8O-225 8 @048O 223 ?@8 >1;CG5=88 B>@8O CA:>@5==K<8 ?@>B>=0<8. 048>E8<8O, 2011, ". 53. !1. C. 66-72.  =0,237*60/8=1,78 4. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, V.L. Matushko, S.N. Kalmykov, R.A. Aliev, I.G. Tananaev, B.F. Myasoedov. Production of actinium, thorium and radium isotopes from thorium-232 irradiated with protons up to 141 MeV. Radiochim. Acta (in press), 2012. 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Overview of high-energy accelerator production of biomedical radionuclides in Europe. American Nuclear Society Winter Meeting, Las Vegas, Nov. 7-11, 2010. Nuclear progress, p. 54. @83;0H5==K9 4>:;04   =30/3=10 10. .. C9:>2. @>872>4AB2> <548F8=A:8E 87>B>?>2 2 >AA88: @50;L=>ABL 8 ?5@A?5:B82K. A5@>AA89A:0O :>=D5@5=F8O 048>E8<8O  =0C:0 =0AB>OI53> 8 1C4CI53>, >A:20, 13-15 0?@5;O 2011. !1>@=8: B578A>2. >A:20, %8<8G5A:89 D0:C;LB5B # 8<. .. ><>=>A>20, A. 10. @83;0H5==K9 4>:;04  =20 11. !..@<>;052, .. C9:>2, .. 0;<K:>2, ..;852, .. >E0=N:, .. 0BCH:>, .. "0=0=052, .$. OA>54>2. ><18=0F8O @07;8G=KE ?>4E>4>2 : 2K45;5=8N 225Ac 8 223Ra 87 >1;CG5==>3> ?@8@>4=>3> B>@8O. A5@>AA89A:0O :>=D5@5=F8O 048>E8<8O  =0C:0 =0AB>OI53> 8 1C4CI53>, >A:20, 13-15 0?@5;O 2011. !1>@=8: B578A>2. >A:20, %8<8G5A:89 D0:C;LB5B # 8<. .. ><>=>A>20, A. 17-18.   =4*1,5/8=0,75 12. B.L. Zhuikov. Isotope production on intermediate energy protons: status and future. 7th Int. Conf. on Isotopes, Moscow, 4-8 Sept., 2011.   =6 13. S.V. 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K6:>20, ..(BC:>2A:89, ..C9:>2, ..>AB>20, ..09F52, ..(0BLVAL!8:, ..'C40:>2, .!.";>AB0=>20, ..!B0=652A:89, ..%>46815:>20, ...>;>2F>20. 5@2K9 >?KB ?@8<5=5=8O 2 :;8=8:5 AB@>=F89 - @C184852>3> 35=5@0B>@0. >:;04 =0 A5@>AA89A:>9 =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 @048>;>3>2 A <564C=0@>4=K< CG0AB85< 5=B35=>@048>;>38G5A:85 B5E=>;>388 8 @0480F8>==0O <548F8=0 2 ;8:2840F88 <548F8=A:8E ?>A;54AB289 B5E=>35==KE :0B0AB@>D (: 25-;5B8N 020@88 =0 '-!) . >A:20, 15  16 D52@0;O 2011 3>40. http://www.rncrr.ru/novosti/news051010.htm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r/82Rb-35=5@0B>@0 4;O ?>78B@>==>-M<8AA8>==>9 B><>3@0D88. 0B5@80;K =0CG=>-?@0:B8G5A:>9 :>=D5@5=F88 :BC0;L=K5 ?@>1;5<K O45@=>9 <548F8=K, 7-8 45:01@O 2011 3., !0=:B-5B5@1C@3, >AA89A:89 =0CG=K9 F5=B@ @048>;>388 8 E8@C@38G5A:8E B5E=>;>389 8=8AB5@AB20 74@02>>E@0=5=8O 8 A>F80;L=>3> @0728B8O $, A. 23.   =4*1,5/10=0,6 18. .. C48:, ... :8<>2, .!. ;5:A0=4@>2, .. 5;>2, .. C@5=:>2, .!. >1O:8=, .. >20;5=:>, .. !B5E0=>2, !..@<>;052, .. C9:>2, .. >E0=N:. 0;81@>2:0 42CED07=>3> Xe 45B5:B>@0 8 >?@545;5=85 :>MDD8F85=B>2 @5:><18=0F88 A ?><>ILN 83mKr 8 241Am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huikov, S. V. Ermolaev, V. M. Kokhanyuk. Method for producing radiostrontium. U.S. Patent Appln. Serial No. 12/919527, Filed: August 26, 2010   =20/3=6,667 2. ...!5@>?538=, ..C9:>2, !.!@820AB020. ><?>78F8O <0B5@80;0 <8H5=8 4;O ?>;CG5=8O @048>=C:;84>2 8 A?>A>1 55 ?@83>B>2;5=8O (20@80=BK). 0B5=B $ ! 2403639, ?@8>@8B5B 29.08.2008, >?C1;8:>20=> 10.11.2010,  !31.   =20/3=6,667 3. Yu. D. Seropeghin, B. L. Zhuikov, COMPOSITION AND METHODS OF PREPARATION OF TARGET MATERIAL FOR PRODUCING RADIONUCLIDES. United States Patent Application 2010008072, Application Number: 12/424944, Publication Date: 04/01/2010, Filing Date: 04/16/2009 (http://www.freepatentsonline.com/y2010/0080726.html) Application No. US 12/424944 , filed on 16-Apr-2009 (http://ip.com/patapp/US20100080726)   =20/2=10 4. ..C9:>2, ..>=OE8=, ..>E0=N:, !.!@820AB020. 8H5=L 4;O ?>;CG5=8O @048>=C:;84>2 8 A?>A>1 55 873>B>2;5=8O (20@80=BK). 0O2. ?0B. $. ! 2008136585, 12.09.2008. 0B5=B $ ! 2393564, ?@8>@8B5B 12.09.2008, >?C1;8:>20=> 20.03.2010,  ! 18.   =20/4=5 5. B. L. Zhuikov N. A. Konyakhin V. M. Kokhanyuk S. C. Srivastava. TARGETS AND METHODS FOR TARGET PREPARATION FOR RADIONUCLIDE PRODUCTION. US Patent application number (2010): 20100067638 http://www.faqs.org/patents/app/20100067638   =20/4=5 6. !..@<>;052, . .">30520, ..0?H8=0, ..C9:>2, !.!@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb (20@80=BK). 0O2. ?0B. $. ! 2008136586, 12.09.2008. 0B5=B $ ! 2398296, ?@8>@8B5B 12.09.2008, >?C1;8:>20=> 20.08.20~LVAL10,  ! 24.   =20/5=4 7. E. V. Lapshina, B. L. Zhuikov , S. C. Srivastava , S. V. Ermolaev, N. R. Togaeva Methods for chemical recovery of non-carrier-added radioactive tin from irradiated intermetallic Ti-Sb targets. US Patent Application Serial No. 12/425038 (CVI-11). US Patent application number, 2010: 20100064853 http://www.faqs.org/patents/app/20100064853   =20/5=4 8. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. (WO/2010/036145) METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. International Application No.: PCT/RU2009/000462; Publication Date: 01.04.2010; International Filing Date: 09.09.2009; IPC: G21G 1/00 (2006.01).   =20/8=2,5 9. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. USA application 13/120186 , 22 March, 2011.   =20/8=2,5 10. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. Canadian patent application CA 2738308, 22 March, 2011. http://brevets-patents.ic.gc.ca/opic-cipo/cpd/eng/patent/2738308/summary.html?query=METHOD+FOR+PRODUCING+ACTINIUM-225+AND+ISOTOPES+OF+RADIUM+AND+TARGET+FOR+IMPLEMENTING+SAME&start=1&num=50&type=basic_search   =20/8=2,5   ?> ?0B5=B0<: 48,834 B>3>2K9 ;8G=K9  = 230,17+48,834 = 279,004 'C40:>2 ..,=A 2,6 >E0=N: .., =A 36,675 0?H8=0 .., =A 22,245 @<>;052 !.., A=A 41,952 103,472/4=25,868 0AG5B   702. ;01>@0B>@88 = (279,004E0,5)+(25,868 E 0,75) =139,502+19,401=158,903LVALOG!@<>;052 !B0=8A;02 8:B>@>28G 1. >4 @>645=8O. 1967 2. 0B0 70I8BK 48AA5@B0F88 0=4. B5E=. =0C: 1995 3. >;6=>ABL !B.=.A. 1. . . C9:>2, !. . 0;<K:>2, !. . @<>;052, . . ;852, . . >E0=N:, . . 0BCH:>, . . "0=0=052, . $. OA>54>2. >;CG5=85 0:B8=8O-225 8 @048O 223 ?@8 >1;CG5=88 B>@8O CA:>@5==K<8 ?@>B>=0<8. 048>E8<8O, 2011, ". 53. !1. C. 66-72.  =0,237*60/8=1,78 2. S.V. Ermolaev, B.L. Zhuikov, V.M. Kokhanyuk, V.L. Matushko, S.N. Kalmykov, R.A. Aliev, I.G. Tananaev, B.F. Myasoedov. 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Serial No. 12/919527, Filed: August 26, 2010   =20/3=6,667 2. !..@<>;052, . .">30520, ..0?H8=0, ..C9:>2, !.!@820AB020. !?>A>1 2K45;5=8O @048>>;>20 2 A>AB>O=88 157 =>A8B5;O 87 8=B5@<5B0;;840 Ti-Sb (20@80=BK). 0O2. ?0B. $. ! 2008136586, 12.09.2008. 0B5=B $ ! 2398296, ?@8>@8B5B 12.09.2008, >?C1;8:>20=> 20.08.2010,  ! 24.   =20/5=4 3. E. V. Lapshina, B. L. Zhuikov , S. C. Srivastava , S. V. Ermolaev, N. R. Togaeva. Methods for chemical recovery of non-carrier-added radioactive tin from irradiated intermetallic Ti-Sb targets. US Patent Application Serial No. 12/425038 (CVI-11). US Patent application number, 2010: 20100064853 http://www.faqs.org/patents/app/20100064853   =20/5=4 4. B.L. Zhuikov, S. N. Kalmykov, R.A. Aliev, S.V. Ermolaev, V.M. Kokhanyuk, N. A. Koniakhin, I.G. Tananaev, B.F. Myasoedov. (WO/2010/036145) METHOD FOR PRODUCING ACTINIUM-225 AND ISOTOPES OF RADIUM AND TARGET FOR IMPLEMENTING SAME. 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Canadian patent application CA 2738308, 22 March, 2011. http://brevets-patents.ic.gc.ca/opic-cipo/cpd/eng LVAL /patent/2738308/summary.html?query=METHOD+FOR+PRODUCING+ACTINIUM-225+AND+ISOTOPES+OF+RADIUM+AND+TARGET+FOR+IMPLEMENTING+SAME&start=1&num=50&type=basic_search   =20/8=2,5   ?> ?0B5=B0<: 22,167 C:>2>4AB2> 48?;><=8:>< ">F:89 .@89 8:>;0528G, ABC45=B 5-3> :C@A0 %8<8G5A:>3> D0:C;LB5B0 # 8<. ><>=>A>20, 2K?>;=O; 48?;><=CN @01>BC =0 :0D54@5 @048>E8<88 # 8 2 ;01>@0B>@88 @048>87>B>?=>3> :><?;5:A0 / . 0I8B0 48?;><=>9 @01>BK A>AB>O;0AL 1 8N=O 2011.   =10 "+   41,952LVALOG!>E0=N: ;048<8@ 8E09;>28G 1. >4 @>645=8O. 1954 2. 0B0 70I8BK 48AA5@B0F88 --- 3. >;6=>ABL 0CG=K9 A>B@C4=8:   4. !?8A>: >?C1;8:>20==KE @01>B 70 2010 -2011 3.3. 2 @5D5@8@C5<KE 6C@=0;0E A C:070=85< :>;-2> 02B>@>2. 1. . . 0@010=>2, .. 57@C:>2, .. C@5=F>2, .. 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Feb 2011. 6pp. To appear in the proceedings of 20th International BaLVAL!ldin Seminar on High Energy Physics Problems: Relativistic Nuclear Physics and Quantum Chromodynamics (ISHEPP 2010), Dubna, Russia, 4-9 Oct 2010. e-Print: arXiv:1102.1843 [nucl-ex]   =0,4 4) Cross section in deuteron-proton elastic scattering at 1.25 GeV/u. By HADES Collaboration (P.K. Kurilkin et al.) Feb 2011. 6pp. Published in In Proc. of the XX-th International Baldin Seminar on High Energy Physics Problems 'Relativistic Nuclear Physics and Quantum Chromodynamics', JINR, Dubna, Russia, October 4-9,2010 e-Print: arXiv:1102.1610 [nucl-ex]   =0,4 5) Femtoscopy of pp collisions at sqrt{s}=0.9 and 7 TeV at the LHC with two-pion Bose-Einstein correlations. By ALICE Collaboration (K. Aamodt et al.) CERN-PH-EP-2010-083, Jan 2011. 21pp. e-Print: arXiv:1101.3665 [hep-ex]   =0,4 2010 3. 1) Charged-particle multiplicity density at mid-rapidity in central Pb-Pb collisions at sqrt(sNN) = 2.76 TeV. By The ALICE Collaboration (K. Aamodt et al.). Nov 2010 e-Print: arXiv:1011.3916 [nucl-ex]   =0,4 2) Elliptic flow of charged particles in Pb-Pb collisions at 2.76 TeV. By The ALICE Collaboration (K. Aamodt et al.). Nov 2010. 10pp. e-Print: arXiv:1011.3914 [nucl-ex]   =0,4 3) Two-pion Bose-Einstein correlations in pp collisions at sqrt(s)=900 GeV. By ALICE Collaboration (K Aamodt et al.). Jul 2010. 13pp. e-Print: arXiv:1007.0516 [hep-th]   =0,4 4) Hyperon production in Ar+KCl collisions at 1.76A GeV. G. Agakishiev et al. Oct 2010. e-Print: arXiv:1010.1675 [nucl-ex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gakishiev et al. 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Michael Weber et al. (By HADES Collaboration) /Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kin) = 3.5-GeV. // J.Phys.Conf.Ser.316:012007,20, 7 pp {5, 106/7, !?8A>:9}   =8/10=0,8 7. Jerzy Pietraszko et al. (By HADES Collaboration) / Probing properties of nuclear matter with HADES // PoS BORMIO2011:054,2011., 11 pp {5, 106/7, !?8A>:9}   =8/10=0,8 8. G. Agakishiev et al. (By HADES Collaboration) / Hyperon production in Ar+KCl collisions at 1.76A GeV // Eur.Phys.J.A47:21,2011, 8 pp {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 9. Kh.U. Abraamyan et al. / The MPD detector at the NICA heavy-ion collider at JINR // Nucl.Instrum.Meth.A628LVAL!:99-102,2011 {17, 87/91 !?8A>:11}   =1,142*30/10=3,426 10. G. Agakishiev et al. (By HADES Collaboration) / Inclusive dielectron spectra in p+p collisions at 3.5 GeV. // Submitted to Eur.Phys.J.A {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 11. A. Sadovsky, W. Dominik, M. Golubeva, F. Guber, A. Ivashkin, S. Kuleshov, A. Kurepin, V. Marin, O. Petukhov, and D. Roerich // Forward hadron calorimeter for measurements of projectile spectators in the NA61/SHINE experiment 0?@02;5=> 2 /45@=CN $878:C, D52. 2011{5, 10/7}   =0,563*60/10=3,378 12. A.Ivashkin et al. / Hadron calorimeter with MAPD readout in the NA61/SHINE experiment // Submitted to NIM A, Sep. 2011 {5, 23/8, !?8A>:12}   =1,142*30/10=3,426 13. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c // Submitted to Phys.Rev. C, Nov. 2011 {5, 106/7, !?8A>:9}   =3,416*30/10=10,248 14) Two-pion Bose-Einstein correlations in central Pb-Pb collisions at $sqrt(s_NN)$ = 2.76 TeV. (K Aamodt et al.). Published in Phys.Lett.B696:328-337,2011.   =5,255*30/10=15,765 15) Strange particle production in proton-proton collisions at sqrt(s) = 0.9 TeV with ALICE at the LHC. 34pp. (K Aamodt et al.). 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Guber  Assembly and cosmic test of modules for HADES ECAL , HIC for FAIR Workshop on Calorimeter technology for HADES at FAIR, October 14-15, 2010, Goethe-University, Frankfurt, Germany   =6 2) F.Guber  Recent results from CERN T10 test beam with SiPM on ultrafast timing I3HP-FP7 Silicon Multiplier Workshop, 6th - 7th October 2011, GSI, Darmstadt, Germany.   =6 3) F.Guber  PSD status , NA61 Collaboration meeting, CERN, 6-10 June 2011 4) F.Guber  Status of the PSD and A-detector NA61 Collaboration meeting, 10-14 October 2011, Zagreb, Crotia   = 312,075 !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} !?8A>:9 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:10 {>;C1520 .., C15@ $.$., 20H:8= .., 5H5B8= ..} !?8A>:11 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0B2552 .., 5H5B8= .., 052A:0O .., @02GC: ..} !?8A>:12 {A.Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber, A. Hasler, A. Korzenev, S. Kuleshov, A.Kurepin, A. Laszlo, V. Marin, Yu. Musienko, O. Petukhov, D. Rohrich, A. Sadovsky, Z. Sadygov, T. Tolyhi, F. Zerrouk}/Za h  o  v # } * 1 8?^Bahov# ^C@@?*~"OGFFF:? tA@?}"OGFFF:? 0CH @@?{"OGFFF:?33eB:>$@@?@v"FFF:?|A B@@?y"OGFFF:?)A^L@@?w"OGFFF:?Off.Bx@@?@v"FFF:??ffB@@?lt"OGFFF:? ͌=C'r@@?r@s"FFF:?DS,p0d2@?/_"OGFFF:?@?::::?@8P]m@?@FFF:? bCM[O@?::::? 8P]m&@?::::?  8P]mD@?::::? rЄ5N>pI6@?::::? &@@?::::? bCM[@?::::?UЄ5N>pI@?::::?f3}DNDh),(`"M@?/["OGFFF:?NߏBP@?$X"OGFFF:? jC ,>@?U"OGFFF:?`aDP_,17j @?H"OGFFF:? BxP@?!E"OGFFF:?ݤB<b@? B"OGFFF:?B@B@?#?"OGFFF:? 7mC ,>@?&<"OGFFF:?1z0B& :@?D@;"FFF:? )\B: @?@;"FFF:?, bA@?V9"OGFFF:?P qB @?7"OGFFF:? 5^*B&4 T @? @6"FFF:? C2,#R@?2'3"OGFFF:?NrC , >@?>x+"OGFFF:?Q KEl,^3(<@?4"OGFFF:?C'1B Z @?"OGFFF:? B@?b "OGFFF:?[ ˡqC ,>@?"OGFFF:?S C ,q@?,"OGFFF:?[ GC,  @?k "OGFFF:?OBJ@?B"OGFFF:?GjC,l b@?b?"OGFFF:?xBR U@?"OGFFF:?qd{C,d@?[!OGFFF:?>oCp@?xA!OGFFF:?JsCF @?PB!OGFFF:?N C,B @?2]!OGFFF:?LVALOG!>;C1520 0@8=0 >@8A>2=0 >4 @>645=8O.  1950 0B0 70I8BK 48AA5@B0F88  1/A >;6=>ABL  =0CG=K9 A>B@C4=8: 01>@0B>@8O @5;OB828ABA:>9 O45@=>9 D878:8 jB45; M:A?5@8<5=B0;L=>9 D878:8 =45:A F8B8@C5<>AB8 1918 !?8A>: >?C1;8:>20==KE @01>B 70 2010 -2011 3.3. A C:070=85< :>;-20 02B>@>2. 2011 3. 1. G. Agakishiev et al. (By HADES Collaboration) /Baryonic resonances close to the $\bar{K}$ N threshold: The Case of $\Sigma(1385)^+$ in pp collisions.// Submitted to Phys.Rev.C {5, 106/7, !?8A>:9}   =3,416*30/10=10,248 2. G. Agakishiev et al. (By HADES Collaboration) /Dielectron production in Ar+KCl collisions at 1.76A GeV. //Phys.Rev.C84:014902,2011, 11 pp.. {5, 106/7, !?8A>:9   =3,416*30/10=10,248 3. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c // Phys.Rev.C84:034604,2011,27 pp {5, 104/6, !?8A>:8}   =3,416*30/10=10,248 4. A. Rustamov et al. (By HADES Collaboration) /Dilepton production studied with the HADES spectrometer. // Int.J.Mod.Phys.A26:384-389,2011 6pp {5, 106/7, !?8A>:9}   =1*30/10=3 5. G. Agakishiev et al. (By HADES Collaboration) / p p and pi pi intensity interferometry in collisions of Ar + KCl at 1.76A-GeV // Eur.Phys.J.A47:63,2011., 8pp {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 6. Michael Weber et al. (By HADES Collaboration) /Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kin) = 3.5-GeV. // J.Phys.Conf.Ser.316:012007,20, 7 pp {5, 106/7, !?8A>:9} =8/10=0,8 7. Jerzy Pietraszko et al. (By HADES Collaboration) / Probing properties of nuclear matter with HADES // PoS BORMIO2011:054,2011., 11 pp {5, 106/7, !?8A>:9}  =8/10=0,8 8. G. Agakishiev et al. (By HADES Collaboration) / Hyperon production in Ar+KCl collisions at 1.76A GeV // Eur.Phys.J.A47:21,2011, 8 pp {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 9. A.B. Kurepin, N.S. Topilskaya, M.B. Golubeva //Charmonium production in fixed-target experiments with SPS and LHC beaLVAL!ms at CERN // Phys.Atom.Nucl.74:446-452,2011, Yad.Fiz.74:467-473,2011. {5, 3/3}   =0,563*60/3=11,26 10. Kh.U. Abraamyan et al. / The MPD detector at the NICA heavy-ion collider at JINR // .Instrum.Meth.A628:99-102,2011 {17, 87/91 !?8A>:11}   =1,142*30/10=3,426 11. G. Agakishiev et al. (By HADES Collaboration) / Inclusive dielectron spectra in p+p collisions at 3.5 GeV. // Submitted to Eur.Phys.J.A {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 12. A. Sadovsky, W. Dominik, M. Golubeva, F. Guber, A. Ivashkin, S. Kuleshov, A. Kurepin, V. Marin, O. Petukhov, and D. Roerich // Forward hadron calorimeter for measurements of projectile spectators in the NA61/SHINE experiment 0?@02;5=> 2 /45@=CN $878:C, D52. 2011{5, 10/7}   =0,563*60/10=3,378 13. A.Ivashkin et al. / Hadron calorimeter with MAPD readout in the NA61/SHINE experiment // Submitted to NIM A, Sep. 2011 {5, 23/8, !?8A>:12}   =1,142*30/10=3,426 14. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c // Submitted to Phys.Rev. C, Nov. 2011 {5, 106/7, !?8A>:9}   =3,416*30/10=10,248 15. ..C@5?8=, ..5@<5=52, ..>;C1520 / >8A: 0=><0;L=KE 8 M:7>B8G5A:8E O2;5=89 :>A<8G5A:8E ;CG59 2 M:A?5@8<5=B5 CMS =0 CAB0=>2:5 CASTOR =0 >;LH>< 4@>==>< >;;0945@5 // 725AB8O >AA89A:>9 0:045<88 =0C:, A5@8O D878G5A:0O, 2011, K?. 75, !3, AB@.. 428 430 // ISSN 1062_8738, Bulletin of the Russian Academy of Sciences. Physics, 2011, Vol. 75, No. 3, pp. 399 401. Allerton Press, Inc., 2011.   =0,406*60/3=8,12 2010 3. 1. A. Kugler et al. (By HADES Collaboration) / Studying hadron properties in baryonic matter with HADES. // AIP Conf.Proc.1257 (2010), 691-694 {5, 100/7, !?8A>:9}  =0,8 2. G. Agakishiev et al. (By HADES Collaboration) / In-Medium Effects on K$^0$ Mesons in Relativistic Heavy-Ion Collisions. // Phys.Rev.C82 (2010) 044907 {5, 111/7, !?8A>:9}   =3,416*30/10=10,248 3. G. Agakishiev et al. (By HADES CoLVAL!llaboration) / Lambda-p femtoscopy in collisions of Ar+KCl at 1.76 AGeV. // Phys.Rev.C82 (2010) 021901 {5, 106/7, !?8A>:9}  =3,416*30/10=10,248 4. G. Agakishiev et al. (By HADES Collaboration) / Study of elementary reactions with the HADES dielectron spectrometer. // Acta Phys.Polon.B41 (2010) 365-378 {5, 113/8, !?8A>:4}   =0,671*30/10=2,013 5. G. Agakishiev et al. (By HADES Collaboration) / Origin of the low-mass electron pair excess in light nucleus-nucleus collisions. // Phys.Lett.B690 (2010) 118-122 {5, 99/7, !?8A>:9}   =5,255*30/10=15,765 6. N. Abgrall et al. (By NA61/SHINE collaboration) / Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c// Submitted to Phys.ReV. C, Dec.2010 {5, 104/6, !?8A>:8}  =3,416*30/10=10,248   ?> ?C1;8:0F8O< 147,852 @5?@8=BK 1. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c //: arXiv:1112.0150 {17, 106/7, !?8A>:9} 2. G. Agakishiev et al. (By HADES Collaboration) / Inclusive dielectron spectra in p+p collisions at 3.5 GeV. // arXiv:1112.3607 {17, 106/7, !?8A>:9} 3. W. Czyzycki et al. / Electromagnetic Calorimeter for HADES. / arXiv:1109.5550 {17, 20/4, !?8A>:10 4. G. Agakishiev et al. (By HADES Collaboration) / Baryonic resonances close to the $\bar{K}$ N threshold: The Case of $\Sigma(1385)^+$ in pp collisions // arXiv:1109.6806 {17, 106/7, !?8A>:9} 5. G. Agakishiev et al. (By HADES Collaboration) Dielectron production in Ar+KCl collisions at 1.76A GeV. // arXiv:1103.0876 {17, 106/7, !?8A>:9} 6. N Abgrall et al. (By NA61/SHINE Collaboration) /Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c. // CERN-PH-EP-2011-005. Feb 2011. 27 pp., arXiv:1102.0983 {17, 104/6, !?8A>:8} 7. P.K. Kurilkin et al (By HADES Collaboration) / Cross section in deuteron-proton elastic scattering at 1.25 GeV/u. // arXiv:1102.1610 {17, 106/7, !?8A>:9} 8. ALVAL!.K. Kurilkin et al (By HADES Collaboration) / Single and double pion production in np collisions at 1.25 GeV with HADES. // arXiv:1102.1843 {17, 106/7, !?8A>:9} 9. N Abgrall et al. (By NA61/SHINE Collaboration) / Report from the NA61/SHINE experiment at the CERN SPS // CERN-SPSC-2011-035 ; SPSC-SR-091. - 2011. 10. N Abgrall et al. (By NA61/SHINE Collaboration) / Status of the evidence for the onset of deconfinement and the urgent need for primary Ar beams // CERN-SPSC-2011-028 ; SPSC-M-775. - 2011. 11. N Abgrall et al. (By NA61/SHINE Collaboration) / The 2010 test of secondary light ion beams // CERN-SPSC-2011-005 ; SPSC-SR-077. - 2011. 12. G. Agakishiev et al. (By HADES Collaboration) / In-Medium Effects on K$^0$ Mesons in Relativistic Heavy-Ion Collisions. // arXiv:1004.3881 {17, 111/7, !?8A>:9}   =4/10=0,4 13. G. Agakishiev et al. (By HADES Collaboration) / Lambda-p femtoscopy in collisions of Ar+KCl at 1.76 AGeV. // arXiv:1004.2328 {17, 106/7, !?8A>:9}   =4/10=0,4 14. G. Agakishiev et al. (By HADES Collaboration) / Hyperon production in Ar+KCl collisions at 1.76A GeV. // arXiv:1010.1675 {17, 106/7, !?8A>:9}   =4/10=0,4   ?> ?@5?@8=B0< 5,6 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 1. M.Golubeva, A.Ivashkin, Calibration and analysis of the PSD test data NA61/NA49 software/calibration/analysis meeting, Warsaw, February 15 - 19, 2011  =6/2=3 2. M.Golubeva  PSD simulations NA61 Collaboration meeting, CERN, 6-10 June 2011 3. A.Ivashkin, M.Golubeva  PSD calibration and trigger for ion run NA61 Collaboration meeting, 10-14 October 2011, Zagreb, Crotia "+   156,452 !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} !?8A>:9 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:10 {>;C1520 .., C15@ $.$., 20H:8= .., 5H5B8= ..} !?8A>:11 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0B25< LVALL 52 .., 5H5B8= .., 052A:0O .., @02GC: ..} !?8A>:12 {A.Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber, A. Hasler, A. Korzenev, S. Kuleshov, A.Kurepin, A. Laszlo, V. Marin, Yu. Musienko, O. Petukhov, D. Rohrich, A. Sadovsky, Z. Sadygov, T. Tolyhi, F. Zerrouk}LVALOG!20H:8= ;5:A0=4@ 02;>28G 1966 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. 0=4840B D87.- <0B. =0C: A 1999 3. AB0@H89 =0CG=K9 A>B@C4=8: 01>@0B>@88 @5;OB828ABA:>9 O45@=>9 D878:8 B45;0 M:A?5@8<5=B0;L=>9 D878:8 !?8A>: >?C1;8:>20==KE @01>B 70 2010 -2011 3.3. A C:070=85< :>;-20 02B>@>2. 2011 3. 1. G. Agakishiev et al. (By HADES Collaboration) /Baryonic resonances close to the $\bar{K}$ N threshold: The Case of $\Sigma(1385)^+$ in pp collisions.// Submitted to Phys.Rev.C {5, 106/7, !?8A>:9}   =3,416*30/10=10,248 2. G. Agakishiev et al. (By HADES Collaboration) /Dielectron production in Ar+KCl collisions at 1.76A GeV. //Phys.Rev.C84:014902,2011, 11 pp.. {5, 106/7, !?8A>:9   =3,416*30/10=10,248 3. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c // Phys.Rev.C84:034604,2011,27 pp {5, 104/6, !?8A>:8}   =3,416*30/10=10,248 4. A. Rustamov et al. (By HADES Collaboration) /Dilepton production studied with the HADES spectrometer. // Int.J.Mod.Phys.A26:384-389,2011 6pp {5, 106/7, !?8A>:9}   =1*30/10=3 5. G. Agakishiev et al. (By HADES Collaboration) / p p and pi pi intensity interferometry in collisions of Ar + KCl at 1.76A-GeV // Eur.Phys.J.A47:63,2011., 8pp {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 6. Michael Weber et al. (By HADES Collaboration) /Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kin) = 3.5-GeV. // J.Phys.Conf.Ser.316:012007,20, 7 pp {5, 106/7, !?8A>:9}   =8/10=0,8 7. Jerzy Pietraszko et al. (By HADES Collaboration) / Probing properties of nuclear matter with HADES // PoS BORMIO2011:054,2011., 11 pp {5, 106/7, !?8A>:9}   =8/10=0,8 8. G. Agakishiev et al. (By HADES Collaboration) / Hyperon production in Ar+KCl collisions at 1.76A GeV // Eur.Phys.J.A47:21,2011, 8 pp {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 9. Kh.U. Abraamyan et al. / The MPD detector at the NICA heavy-ion collider at JINR // Nucl.Instrum.MetLVAL!h.A628:99-102,2011 {17, 87/91 !?8A>:11}   =1,142*30/10=3,426 10. G. Agakishiev et al. (By HADES Collaboration) / Inclusive dielectron spectra in p+p collisions at 3.5 GeV. // Submitted to Eur.Phys.J.A {5, 106/7, !?8A>:9}   =2,592*30/10=7,776 11. A. Sadovsky, W. Dominik, M. Golubeva, F. Guber, A. Ivashkin, S. Kuleshov, A. Kurepin, V. Marin, O. Petukhov, and D. Roerich // Forward hadron calorimeter for measurements of projectile spectators in the NA61/SHINE experiment 0?@02;5=> 2 /45@=CN $878:C, D52. 2011{5, 10/7}   =0,563*60/10=3,378 12. A.Ivashkin et al. / Hadron calorimeter with MAPD readout in the NA61/SHINE experiment // Submitted to NIM A, Sep. 2011 {5, 23/8, !?8A>:12}   =1,142*30/10=3,426 13. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c // Submitted to Phys.Rev. C, Nov. 2011 {5, 106/7, !?8A>:9}   =3,416*30/10=10,248   70 2011 3. 79,15 2010 3. 1. A. Kugler et al. (By HADES Collaboration) / Studying hadron properties in baryonic matter with HADES. // AIP Conf.Proc.1257 (2010), 691-694 {5, 100/7, !?8A>:9}  =0,8 2. G. Agakishiev et al. (By HADES Collaboration) / In-Medium Effects on K$^0$ Mesons in Relativistic Heavy-Ion Collisions. // Phys.Rev.C82 (2010) 044907 {5, 111/7, !?8A>:9}   =3,416*30/10=10,248 3. G. Agakishiev et al. (By HADES Collaboration) / Lambda-p femtoscopy in collisions of Ar+KCl at 1.76 AGeV. // Phys.Rev.C82 (2010) 021901 {5, 106/7, !?8A>:9}  =3,416*30/10=10,248 4. G. Agakishiev et al. (By HADES Collaboration) / Study of elementary reactions with the HADES dielectron spectrometer. // Acta Phys.Polon.B41 (2010) 365-378 {5, 113/8, !?8A>:4}   =0,671*30/10=2,013 5. G. Agakishiev et al. (By HADES Collaboration) / Origin of the low-mass electron pair excess in light nucleus-nucleus collisions. // Phys.Lett.B690 (2010) 118-122 {5, 99/7, !?8A>:9}   =5,255*30/10=15,765 6. N. Abgrall et al. (By NA61/SHINE collaboration) LVAL!/ Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c// Submitted to Phys.ReV. C, Dec.2010 {5, 104/6, !?8A>:8}   =3,416*30/10=10,248   70 2010 3. 49,322 @5?@8=BK 1. N Abgrall et al. (By NA61/SHINE Collaboration) / Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c //: arXiv:1112.0150 {17, 106/7, !?8A>:9} 2. G. Agakishiev et al. (By HADES Collaboration) / Inclusive dielectron spectra in p+p collisions at 3.5 GeV. // arXiv:1112.3607 {17, 106/7, !?8A>:9} 3. W. Czyzycki et al. / Electromagnetic Calorimeter for HADES. / arXiv:1109.5550 {17, 20/4, !?8A>:10 4. G. Agakishiev et al. (By HADES Collaboration) / Baryonic resonances close to the $\bar{K}$ N threshold: The Case of $\Sigma(1385)^+$ in pp collisions // arXiv:1109.6806 {17, 106/7, !?8A>:9} 5. G. Agakishiev et al. (By HADES Collaboration) Dielectron production in Ar+KCl collisions at 1.76A GeV. // arXiv:1103.0876 {17, 106/7, !?8A>:9} 6. N Abgrall et al. (By NA61/SHINE Collaboration) /Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c. // CERN-PH-EP-2011-005. Feb 2011. 27 pp., arXiv:1102.0983 {17, 104/6, !?8A>:8} 7. P.K. Kurilkin et al (By HADES Collaboration) / Cross section in deuteron-proton elastic scattering at 1.25 GeV/u. // arXiv:1102.1610 {17, 106/7, !?8A>:9} 8. A.K. Kurilkin et al (By HADES Collaboration) / Single and double pion production in np collisions at 1.25 GeV with HADES. // arXiv:1102.1843 {17, 106/7, !?8A>:9} 9. N Abgrall et al. (By NA61/SHINE Collaboration) / Report from the NA61/SHINE experiment at the CERN SPS // CERN-SPSC-2011-035 ; SPSC-SR-091. - 2011. 10. N Abgrall et al. (By NA61/SHINE Collaboration) / Status of the evidence for the onset of deconfinement and the urgent need for primary Ar beams // CERN-SPSC-2011-028 ; SPSC-M-775. - 2011. 11. N Abgrall et al. (By NA61/SHINE Collaboration) / The 2010 test of secondary light ion beams // CERN-SPSC-201LVAL!1-005 ; SPSC-SR-077. - 2011. 12. G. Agakishiev et al. (By HADES Collaboration) / In-Medium Effects on K$^0$ Mesons in Relativistic Heavy-Ion Collisions. // arXiv:1004.3881 {17, 111/7, !?8A>:9}   =4/10=0,4 13. G. Agakishiev et al. (By HADES Collaboration) / Lambda-p femtoscopy in collisions of Ar+KCl at 1.76 AGeV. // arXiv:1004.2328 {17, 106/7, !?8A>:9}   =4/10=0,4 14. G. Agakishiev et al. (By HADES Collaboration) / Hyperon production in Ar+KCl collisions at 1.76A GeV. // arXiv:1010.1675 {17, 106/7, !?8A>:9}   =4/10=0,4   ?> ?@5?@8=B0< 5,6 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 1. M.Golubeva, A.Ivashkin, Calibration and analysis of the PSD test data NA61/NA49 software/calibration/analysis meeting, Warsaw, February 15 - 19, 2011  =6/2=3 2. A.Ivashkin  PSD electronics NA61 Collaboration meeting, CERN, 6-10 June 2011 3. A.Ivashkin "Hadron calorimeter with MAPD readout in the NA61/SHINE experiment , 6th International conference on New Developments of Photodetection, NDIP 2011, 4-8 July, Lyon, France  =6 4. A.Ivashkin, M.Golubeva  PSD calibration and trigger for ion run NA61 Collaboration meeting, 10-14 October 2011, Zagreb, Crotia 5. A.Ivashkin, J.Petukhov  TOF read-out upgrade and results of A-detector beam test with new read-out electronics , NA61 Collaboration meeting, 10-14 October 2011, Zagreb, Crotia   ?> 2KABC?;5=8O< =9 C:>2>4AB2> ABC45=B0<8 725AB=K9 ;5:A0=4@  ABC45=B 4-3> :C@A0 $", ?>43>B>2:0 48?;><0 10:0;02@0  =10 "+  =153,072 !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} !?8A>:9 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:10 {>;C1520 .., C15@ $.$., 20H:8= .., 5H5B8= ..} !?8A>:11 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 0B2552 .., 5H5B8= .., 052A:0O .., @02GC: ..} !?8A>:12 {A.Ivashkin, F. Akhmadov, R. Asfandiyarov, A. LVAL$Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber, A. Hasler, A. Korzenev, S. Kuleshov, A.Kurepin, A. Laszlo, V. Marin, Yu. Musienko, O. Petukhov, D. Rohrich, A. Sadovsky, Z. Sadygov, T. Tolyhi, F. 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C:>2>4AB2> 0A?8@0=B0<8 8 48?;><=8:0<8: 1. $ <8B@89 =4@5528G (0A?8@0=BC@0 /  A 8N=O 2011 3.) (2K?CA:=8: $", 2010 3.) A?5F80;L=>ABL 01.04.01 @81>@K 8 <5B>4K M:A?5@8<5=B0;L=>9 D878:8. 0CG=0O B5<0: 07@01>B:0 G5@5=:>2A:>3> 45B5:B>@0 A :>;LF52K< 87>1@065=85< 4;O 845=B8D8:0F88 @5;OB828ABA:8E G0AB8F   = 30. 2. #'! .@89 ;048<8@>28G (10:0;02@80B, <038AB@0BC@0) ($", $$-, 3@C??0 481).   = 10. 3. ( @A5=89 3>@528G (10:0;02@80B) (ABC45=B 4 :C@A0 $", $$-) "5<0: 7<5@5=85 E0@0:B5@8AB8: 45B5:B>@>2 '5@5=:>20 8 307>2KE M;5:B@>==KE C<=>68B5;59 4;O @538AB@0F88 @5;OB828ABA:8E G0AB8F.   = 10. 57C;LB8@CNI89   70 2010-2011 33. = 350.964LVALOG"">?8;LA:0O 0B0;8O !5@0D8<>2=0 >4 @>645=8O. 23.11.1946 3. 0B0 70I8BK 48AA5@B0F88 1994 3. >;6=>ABL !.=.A. !?8A>: >?C1;8:>20==KE @01>B 70 2009-2010 3.3. A C:070=85< :>;-2> 02B>@>2. 2010-2011 33. 1). ..C@5?8=, .!.">?8;LA:0O, ..>;C1520 >645=85 A>AB>O=89 G0@<>=8O 2 M:A?5@8<5=B0E A D8:A8@>20==>9 <8H5=LN =0 ?CG:0E SPS 8 LHC 2 & 5. /4. $878:0, 74, !3 (2011) 467-473. A.B. 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C:>2>4AB2> 48?;><=8:0<8 8;8 0A?8@0=B0<8. A;8 40, B> $ 0A?8@0=B0 8;8 48?;><=8:0 8 =0720=85 CG. 702545=8O. (5@5E ;5:A0=4@ ;5:A0=4@>28G, $", 3@. 781.   = 10 6. 0CG=>->1@07>20B5;L=K5 8 CG51=K5 :C@AK, @07@01>B0==K5 8;8 ?@>G8B0==K5. #:070BL, 5A;8 :C@A G8B05BAO 2?5@2K5.  @0<:0E :C@A0 ;5:F89 4;O ABC45=B>2 5;OB828ABA:0O O45@=0O D878:0, 2010-2011 33. (..C@5?8=) :C@A -:A?5@8<5=BK NA50, NA60 8 ALICE 2 & 5 8 PHENIX =0 RHIC5 ?> @>645=8N 48<N>==KE ?0@ 8 G0@<>=8O 2 AB>;:=>25=88 @5;OB828ABA:8E O45@ (4>@01>B:0 :064K9 3>4)   =8 LVAL "+   = 66.26LVALOG"H5=8G=>2 3>@L =0B>;L528G 1964 3>40 @>645=8O, :0=4840B D878:>-<0B5<0B8G5A:8E =0C:. "5<0 :0=4840BA:>9 48AA5@B0F88 !B0B8AB8G5A:>5 >?8A0=85 @50:F89 <=>65AB25==>3> <57>=>>1@07>20=8 =0 O4@0E, A?5F80;L=>ABL 01.04.16 - D878:0 O4@0 8 M;5<5=B0@=KE G0AB8F, 70I8B0 ?@>E>48;0 2 48AA5@B0F8>==>< A>25B5 / 2 1998 3>4C. "5<0 4>:B>@A:>9 48AA5@B0F88 -;5:B@><03=8B=K5 2>71C645=8O 8 D@03<5=B0F8O C;LB@0@5;OB828ABA:8E O45@, A?5F80;L=>ABL 01.04.16 - D878:0 O4@0 8 M;5<5=B0@=KE G0AB8F, 70I8B0 ?@>H;0 2 48AA5@B0F8>==>< A>25B5 / , 01 45:01@O 2011 3>40. CB0@H89 =0CG=K9 A>B@C4=8: (A 2004 3>40) B45;0 M:A?5@8<5=B0;L=>9 D878:8 01>@0B>@88 @5;OB828ABA:>9 O45@=>9 D878:8 C1;8:0F88 2 2010-2011 3>40E: !B0BL8 2 @5D5@8@C5<KE 70@C156=KE 6C@=0;0E: 2011 3. 1. K. Aamodt, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. Reshetin et al., ALICE Collaboration, Production of pions, kaons and protons in pp collisions at root s(NN)=900 GeV with ALICE at the LHC, Eur. Phys. J. C, 71 (2001) 1655  =3.248*30/10 = 9.744 2. K. Aamodt, ..., F. Guber, O. Karavichev, T. Karavicheva, E. Karpechev, A. Kurepin, A.N. Kurepin, A. Maevskaya, I. Pshenichnov, A. 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A.Sadovsky,  On-line data quality control , NA61 Collaboration meeting, CERN, 31 May  04 June 2010. 2. A.Sadovsky, G.Stefanek,  Documentation/bookkeeping for calibration , NA61 Collaboration meeting, CERN, 11-14 October 2010. 3. A.Sadovsky, G.Stefanek,  Documentation/bookkeeping for calibration , NA61 Collaboration meeting, CERN, 11-14 October 2010. 4. A.Sadovsky  Reaction plane reconstruction with FW with Au+Au beam test rub Collaboration meeting HADES XXIII, 14-18 October 2011, GSI, Darmstadt. "+   = 122,398 !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!.} !?8A>:9 {>;C1520 .., C1 LVAL 5@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 ..} !?8A>:12 {A.Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber, A. Hasler, A. Korzenev, S. Kuleshov, A.Kurepin, A. Laszlo, V. Marin, Yu. Musienko, O. Petukhov, D. Rohrich, A. Sadovsky, Z. Sadygov, T. Tolyhi, F. Zerrouk}LVALOG"0@028G520 "0BLO=0 L2>2=0 1951 3.@., :0=4840B D87.-<0B. =0C: (1999), A=A !?8A>: >?C1;8:>20==KE @01>B 70 2010-2011 3.3 1 A module for shaping control signals of the T0 detector of the ALICE experiment. Published in Instrum.Exp.Tech.53:688-692,2010, Prib.Tekh.Eksp.5:73-77,2010.  = 0,357 * 60 * 0,11 = 2,37762 2 Midrapidity antiproton-to-proton ratio in pp collisions at $\sqrt{s} = 0.9$ and $7$~TeV measured by the ALICE experiment. By ALICE Collaboration (Authors:: K. Aamodt et al.). Jun 2010. 12pp Published in Phys.Rev.Lett.105:072002,2010.  = 7,622 * 30 * 0,1 = 22,866 3 In-Medium Effects on K$^0$ Mesons in Relativistic Heavy-Ion Collisions. G. Agakishiev et al. Apr 2010. (Published Oct 2010). Published in Phys.Rev.C82:044907,2010.  = 3,416 * 30 * 0,1 = 10,248 4 Charged-particle multiplicity measurement in proton-proton collisions at sqrt(s) = 7 TeV with ALICE at LHC. By ALICE Collaboration (K. Aamodt et al.). 2010. 11pp Published in Eur.Phys.J.C68:345-354,2010  = 3,248 * 30 * 0,1 = 9,744 5 Charged-particle multiplicity measurement in proton-proton collisions at sqrt(s) = 0.9 and 2.36 TeV with ALICE at LHC. By ALICE Collaboration (K. Aamodt et al.). Apr 2010. Published in Eur.Phys.J.C68:89-108,2010.  = 3,248 * 30 * 0,1 = 9,744 6 Lambda-p femtoscopy in collisions of Ar+KCl at 1.76 AGeV. By HADES Collaboration (G. Agakishiev et al.). Apr 2010. 5pp. Published in Phys.Rev.C82:021901,2010.  = 3,416 * 30 * 0,1 = 10,248 7 Alignment of the ALICE Inner Tracking System with cosmic-ray tracks. By ALICE Collaboration (K Aamodt et al.) Jan 2010. 37pp Published in JINST 5:P03003,2010.  = 3,148 * 30 * 0,1 = 9,444 8 Study of elementary reactions with the HADES dielectron spectrometer By HADES Collaboration (G. Agakichiev et al.). Dec 2009. 13pp Published in Acta Phys.Polon.B41:365-378,2010.  = 0,671 * 30 * 0,1 = 2,013 9 Two-pion Bose-ELVAL"instein correlations in pp collisions at "s=900 GeV By ALICE Collaboration (K Aamodt et al.) 2010 Phys. Rev. D 82, 052001 (2010)  = 4,964 * 30 * 0,1 = 14,892 10 Transverse momentum spectra of charged particles in proton proton collisions at "s=900 GeV with ALICE at the LHC By ALICE Collaboration (K Aamodt et al.) 2010 Physics Letters B 693 (2010) 53 68  = 5,255 * 30 * 0,1 = 15,765 11 First proton proton collisions at the LHC as observed with the ALICE detector: measurement of the charged-particle pseudorapidity density at "s=900 GeV By ALICE Collaboration (K Aamodt et al.) 2010 Eur. Phys. J. C (2010) 65: 111-125  = 3,248 * 30 * 0,1 = 9,744 12 Origin of the low-mass electron pair excess in light nucleus-nucleus collisions. By HADES Collaboration (G. Agakishiev et al.). 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Kernphys.) et al.). 2011. 11 pp. Published in PoS BORMIO2011 (2011) 054 Conference: C11-01-24.2  = 8 * 1 * 0,1 = 0,8 17 Inclusive e+ e- pair production in p + p and p + Nb collisions at E(kiLVAL"n) = 3.5-GeV. HADES Collaboration (Michael Weber (Munich, Tech. U.) et al.). 2011. 7 pp. Published in J.Phys.Conf.Ser. 316 (2011) 012007 Prepared for Conference: C11-02-06.2  = 8 * 1 * 0,1 = 0,8 18 Baryonic resonances close to the K N threshold: The Case of (1385) + in pp collisions. G. Agakishiev, A. Balanda, D. Belver, A.V. Belyaev, A. Blanco, M. Boehmer, J.L. Boyard, P. Cabanelas, E. Castro, J.C. Chen et al.. Sep 2011. 12 pp. Published in Submitted to: Phys.Rev.C  = 3,416 * 30 * 0,1 = 10,248 19 Luminosity determination in ALICE with T0 and V0 detectors. ALICE T0 and V0 Collaboration (T. 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Zaets (Serpukhov, IHEP) , N.A. Kuzmin (Dubna, JINR) , Yu.M. Sviridov, A.A. Semak (Serpukhov, IHEP) , S.Ya. Sychkov, E.A. Usenko, A.I. Yukaev (Dubna, JINR) . 2010. 5pp. Published in Instrum.Exp.Tech.53:175-179,2010, Prib.Tekh.Eksp.2:20-24,2010. .   =0,357*60/9=2,38 3) HARP-CDP hadroproduction data: Comparison with FLUKA and GEANT4 simulations. By HARP-CDP Collaboration (A. Bolshakova et al.). CERN-PH-EP-2010-017, 2010. 21pp. Published in Eur.Phys.J.C70:543-553,2010.   =3,248*30/10=9,744 e-Print: arXiv:1006.3429 [hep-ex] 4) Cross-Sections of Large-Angle Hadron Production in Proton- and Pion-Nucleus Interactions V: Lead Nuclei and Beam Momenta from +-3 Gev/c to +-15 Gev/c. By HARP Collaboration (A. Bolshakova et al.). CERN-PH-EP-2009-025, 2010. 67pp. Published in Eur.Phys.J.C66:57-117,2010.   =3,248*30/10=9,744 e-Print: arXiv:0912.0378 [hep-ex] 5) Reply to 'Corrections to the HARP-CDP Analysis of the LSND Neutrino Oscillation Backgrounds' Authors:A. Bolshakova, I. Boyko, G. Chelkov, D. 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(By NA61/SHINE Collaboration) / Measurement of Production Properties of Positively Charged Kaons in Proton-Carbon Interactions at 31 GeV/c //: arXiv:1112.0150 {17, 106/7, !?8A>:9}   = 4/10 = 0.4 2. N Abgrall et al. (By NA61/SHINE Collaboration) /Measurements of Cross Sections and Charged Pion Spectra in Proton-Carbon Interactions at 31 GeV/c. // CERN-PH-EP-2011-005. Feb 2011. 27 pp., arXiv:1102.0983 {17, 104/6, !?8A>:8}   = 4/10 = 0.4 3. N Abgrall et al. (By NA61/SHINE Collaboration) / Report from the NA61/SHINE experiment at the CERN SPS // CERN-SPSC-2011-035 ; SPSC-SR-091. - 2011.   = 4/10 = 0.4 4. N Abgrall et al. (By NA61/SHINE Collaboration) / Status of the evidence for the onset of deconfinement and the urgentLVAL need for primary Ar beams // CERN-SPSC-2011-028 ; SPSC-M-775. - 2011.   = 4/10 = 0.4 5. N Abgrall et al. (By NA61/SHINE Collaboration) / The 2010 test of secondary light ion beams // CERN-SPSC-2011-005 ; SPSC-SR-077. - 2011.   = 4/10 = 0.4   ?> ?@5?@8=B0< 2 KABC?;5=8O =0 <564C=0@>4=KE A>25I0=8OE 8 :>=D5@5=F8OE: 1. O.Petukhov  PSD slow control NA61 Collaboration meeting, CERN, 06-10 June 2011   = 0 2. Hadron calorimeter with MAPD readout in the NA61/SHINE experiment NDIP 2011{A?8A>: 12}   = 6 / 10 *1.5 = 0.9 3. O.Petukhov  PSD slow control and monitoring NA61 Collaboration meeting, CERN, 10-14 October 2011   = 0 4. A.Ivashkin, O.Petukhov, V.Tereschchenko  TOF read-out upgrade and results of A-detector beam test with new read-out electronics NA61 Collaboration meeting, CERN, 10-14 October 2011   = 0 "+  =(27,3+2+0,9)*2=60,4 !?8A>:8 {>;C1520 .., C15@ $.$., 20H:8= .., C@5?8= .., 0B2552 .., !04>2A:89 .!., 5BCE>2 ..} !?8A>:9 {>;C1520 .., C15@ $.$., 20H:8= .., 0@028G520 ".., C@5?8= .., 5H5B8= .., !04>2A:89 .!., "8D;>2 .., 5BCE>2 ..} !?8A>:12 {A.Ivashkin, F. Akhmadov, R. Asfandiyarov, A. Bravar, A. Blondel, W. Dominik, Z. Fodor, M. Gazdzicki, M. Golubeva, F. Guber, A. Hasler, A. Korzenev, S. Kuleshov, A.Kurepin, A. Laszlo, V. Marin, Yu. Musienko, O. Petukhov, D. Roehrich, A. Sadovsky, Z. Sadygov, T. Tolyhi, F. Zerrouk}LVALOG:"@83>@L52 .@89 0A8;L528G c=A -$ >:B>@ D87-<0B =0C:, AB0@H89 =0CG=K9 A>B@C4=8: -$ ?C1;8:>20==K5 =0CG=K5 8 =0CG=>-<5B>48G5A:85 @01>BK 70 2010-201133 1. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov. Investigation of the Sub-threshold Fission Cross-Section for 232Th and 238U. Int. Seminar ISINN-18, May 25-28, 2010.  Dubna: -JINR.   = 6*1,5/4 = 2,25 2. Yu.V. Grigoriev, D.V. Khlustin , Zh.V. Mezentseva , Yu.V. Ryabov Measurements of Neutron Total and Capture Cross Sections on the TOF spectrometers of Moscow Meson Factory. Int. Seminar ISINN-18, May 25-28, 2010.  Dubna: -JINR. .  = 6*1,5/4 = 2,25 3. N.B. Janeva, Yu.V. Grigoriev, N.A. Gundorin,Yu.D. Mareev,Yu.N. Kopatch, N.T. Koyumdjieva, L.B. Pikelner, I.N. Ruskov, V.N. Shvetsov, P.V. Sedyshev, Sh. Zeinalov. Future neutron data activity on the neutron source IREN. Int. Seminar Physics and Nuclear Data NEMEA (Krakov, Polon, October 15-18, 2010).  = 6/10 = 0.6 4. I. Ruskov1,2), Yu.N. Kopatch2), Ts. Panteleev2), V.R. Skoy2), V.N. Shvetsov2), E. Dermendjiev1), N. Janeva1) ,L.B. Pikelner2), Yu.V. Grigoriev3),Zh. V. Mezentseva2), I. Ivanov1) Prompt Gamma Emission in Resonance Neutron Induced Fission of 239Pu. . Int. Seminar Physics and Nuclear Data NEMEA (Krakov, Polon, October 15-18, 2010) (in print). = 6/10 = 0.6 5. Yu. V. Grigoriev, D.V. Khlustin, Zh. V. Mezentseva, I.A. Vasiliev, Yu. V. Ryabov. Measurement of parameters of pulsed neutron sources RADEX and IN-06 at Moscow Meson Factory. Int. Seminar ISINN-19, May 25-28, 2011.  Dubna: -JINR.  = 6*1,5/5 = 1,8 6. ... @83>@L52, .. 0A8;L52, .. 575=F520, .. %;NAB8=, ... O1>2. AA;54>20=85 @57>=0=A=>9 AB@C:BC@K =59B@>==KE A5G5=89 8 A?5:B@><5B@8G5A:8E E0@0:B5@8AB8: =0 8<?C;LA=KE 8AB>G=8:0E =59B@>=>2 -! 8  -1.  B578A0E 4>:;04>2 =0 61 <564C=0@>4=>9 :>=D5@5=F88 / -2011 ?> ?@>1;5<0< O45@=>9 A?5:B@>A:>?88 8 AB@C:BC@5 0B><=>3> O4@0., 10 - 14 >:BO1@O 2011, 3. !0@>2 - $/& -$  ~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o 6, AB@. 975-977.  = (0.539x60) = 32.34 -" +   "+: 1) V.P. Efrosinin. What are the neutrino masses. Dark matter. hep-ph: 1007.3999, 2010   = 4 2) V.P. Efrosinin. Neutrino and CPT Theorem. hep-ph: 1101.3410   = 4 3) V.P. Neutrino  Elementary Particles or Phantoms. Hep-ph: 1112.1948   = 4 B>3> 70 2010-2011 3.3.:  = 44.12>78: ;5:A0=4@ @:04L528G ;04H89 =0CG=K9 A>B@C4=8: !?8A>: >?C1;8:>20==K9 @01>B 70 2010-2011 3.3. 1. V.N. Aseev, A.I. Belesev, A.I. Berlev, E.V. Geraskin, A.A. Golubev, N.A. Likhovid, V.M. Lobashev, A.A. Nozik, V.S. Pantuev, V.I. Parfenov, A.K. Skasyrskaya, F.V. Tkachev, S.V. Zadorozhny,  Upper limit on the electron antineutrino mass from the Troitsk experiment Physical Review D84 112003 (2011)  =4,964*30/10=14,892 2. .. A552, .. 5;5A52, .. 5@;52, .. 5@0A:8=, .. >;C152, !.. 04>@>6=K9, .. 8E>284, .. >10H52, .. >78:, .! 0=BC52, .. 0@DQ=>2, .. !:0AK@A:0O, $.. ":0G52, "  !!+ -"  ""   "- ! " "/  -! "  " & .-!! " /45@=0O D878:0 3(B>< 75) 2012 3  =0,563*60/10=3,378 3. . . A552, . . >78: 8 4@. 7<5@5=85 <0AAK M;5:B@>==>3> 0=B8=59B@8=> 2 15B0-@0A?045 B@8B8O 2 M:A?5@8<5=B5 ""@>8F: =N-<0AA", ?@5?@8=B /  1287/2011   =4/10=0,4 B>3> 18,67 >2KH0NI89 :>MDD8F85=B 2. B>3>2K9   =18,67*2=37,34LVALOG="7<09;>2 ;5:A0=4@ ;53>28G (@>4. 10.09.1984) <=A $-! $- !C<<0@=K9   (70 2010-2011 3.3.) = 237.536   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89 8 4>:;04>2 =0 :>=D5@5=F8OE: 1) A. Izmaylov, S. Aoki, J. Blocki,.. et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. Nucl.Instrum.Meth.A623:382-384, 2010.  =1.142*30/10=3.426 2) A. Izmaylov. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. Talk given at TIPP09 Conference, Tsukuba, 2009.  =0.5*30=15 3) L. Bezrukov, K. Butin, I. Davitashvili,& , A.Izmaylov,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Talk given at the International Workshop on New Photon Detectors PD09, June 24-26 2009, Shinshu Universiy, Matsumoto, Japan.  =0.5*30/10= 1.5 4) L. Bezrukov, K. Butin, I. Davitashvili,& , A.Izmaylov,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. PoS PD09:026, 2010.  =8/10=0.8 5) T.Yano,..A.Izmaylov,.. et al. The Side Muon Range Detector for the T2K experiment. Talk given at the XXIV International Conference on Neutrino Physics and Astrophysics - Athens, Greece,June 14 - 19, 2010,  =6/10= 0.6 6) T.Yano,..A.Izmaylov,..et al . Current status of the Side Muon Range Detector for the T2K experiment. Talk given at the 12th Vienna conference on instrumentation, Feb 15-20, 2010.   = 6/10 = 0.6 7) M. Ziembicki, R. Sulej, S. Aoki, ..., A.Izmaylov,& et al. The SMRD subdetector at the T2K near detector station. Acta Phys.Polon.B41:1579-1584,2010.   = 0.671*30/10 = 2.013 8) M. Ziembicki, R. Sulej, S. Aoki, ..., A.N. Khotjantsev,& et al. 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AA;54>20=85 =59B@8==KE >AF8;;OF89 2 M:A?5@8<5=B5 "2. !B0BCA 8 1;8609H85 ?5@A?5:B82K. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 23 ?> 27 =>O1@O 2009.  =0.5*20/2=5. 22) .. 7<09;>2 8 4@. AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2. /45@=0O D878:0. B.75, 2, 2012.  =0.563*60/9=3.75. B>3> 70 2010-2011 3.3.:  = 118.768*2.0=237.536LVALOG@"%0181C;;8= 0@0B 0@A>28G (@>4. 29.07.1965) A=A $-! $-, :D<= !C<<0@=K9   (70 2010-2011 3.3.) = 126.549   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) A. Izmaylov, S. Aoki, J. Blocki,& , M. Khabibullin,& et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment, NIM A623: 382-384, 2010. 3pp.  =1.142*30/10=3.426 2) M. Ziembicki, S. Aoki, J. Blocki,& , M. Khabibullin,& et al. 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Ziembicki, R. Sulej, S. Aoki, ..., A.Khotjantsev, & et al. The SMRD subdetector at the T2K near detector station. Acta Phys.Polon.B41:1579-1584,2010.   = 0.671*30/10 = 2.013 2. A. Izmaylov, ... , A.Khotjantsev, & et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD)of the T2K experiment. Nucl.Instrum.Meth.A623:382-384,2010.   = 1.142*30/10 = 3.426 3. K. Abe, ... , A.N.Khotjantsev, ... et al. Indication of Electron Neutrino Appearance from an Accelerator-produced Off-axis Muon Neutrino Beam . Phys.Rev.Lett.107:041801,2011.   = 7.622*30/10 = 22.86 4. K. Abe, ... , A.N.Khotjantsev, ... et al. The T2K Experiment . Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment Volume 659, Issue 1, 11 December 2011, Pages 106-135.   = 1.142*30/10 = 3.426 5. V. Volchenko, ... , A. Khotjantsev, ... et al. The features of electronics structure of the multichannel scintillation module for the EMMA experiment. Astrophys. Space Sci. Trans., 7, 171-174, 2011.   = 1.437*30/10 = 4.311 6. A. Vacheret, ... , A.N.Khotjantsev, ... et al. Characterization and Simulation of the Response of Multi Pixel Photon Counters to Low Light Levels. Nucl.Instrum.Meth. A656: 69-83, 2011  =1.142*30/10= 3.426 7. C. Mariani, A. Torneo-Lopez, ..., A.Khotjantsev, ... et al., Measurement of inclusive 0 production in the Charged-Current Interactions of Neutrinos in a 1.3-GeV wide band beam. Phys.Rev. D83 (2011) 054023, 17 pp.  =4.964*30/10= 14.8 8. L. Bezrukov, K. Butin, I. Davitashvili,& , A.Khotjantsev,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. PoS PD09:026, 2010.  =8/10=0.8 9. (09E852 ."., C45=:> ..., %>BO=F52 .. ! "/+% "   !% ",+% . /45@=0O D878:0, 2011, 74, 814-819   = 0.563*60/LVALD"3 = 11.26 10. .. 7<09;>2, ..., .. %>BO=F52, 8 4@. AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2. /45@=0O D878:0. B.75, 2, 2012.  =0.563*60/9=3.75. 11. T.Yano, ..., A.Khotjantsev,.. et al. The Side Muon Range Detector for the T2K experiment. Talk given at the XXIV International Conference on Neutrino Physics and Astrophysics - Athens, Greece, June 14 - 19, 2010.   = 6/10 = 0.6 12. T.Yano, S. Aoki, J. Blocki, ... , A.Khotjantsev, ... et al. Current status of the Side Muon Range Detector for the T2K experiment. Talk given at the 12th Vienna conference on instrumentation, Feb 15-20, 2010.   = 6/10 = 0.6 13. A. Izmaylov, ..., A. Khotjantsev, ... et al. Segmented scintillator with WLS/APD readout for LVND; 11th International Workshop on Next generation Nucleon Decay and Neutrino Detectors Toyama International Conference Center in Toyma, International Conference Centrer in Toyama, Japan December 13-16, 2010.   = 6/8 = 0.75 14. A. Yanin, V. Volchenko, L. Bezrukov,..., O. Mineev, et al., Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment. ArXiv:1101.4489. 5 pp., Jan 2011.   = 4/10 = 0.4 15. K. Abe, ... , A.N.Khotjantsev, ... et al. Measurements of the T2K neutrino beam properties using the INGRID on-axis near detector. arXiv:1111.3119. 32 pp., Nov. 2011.   = 4/10 = 0.4 16. M. Ziembicki, R. Sulej, S. Aoki, ..., A. Khotjantsev, & et al. The SMRD subdetector at the T2K near detector station. Presented at the Cracow Epiphany Conference on Physics in Underground Laboratories and Its Connection with LHC, Cracow, Poland, January 5 8, 2010.   = 30/10 * 1.5 = 4.5 17. L. Bezrukov, K. Butin, I. Davitashvili,& , A.Khotjantsev,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Proceedings of International Workshop on New Photon Detectors (PD 09), Shinshu, Japan, 24-26 Jun 2009. 7pp. Published in PoS PD09 (2010) 026.   = 30/10 * 0.5 = 1.5 B>3> 70LVAL 2010-2011 3.3.:   = 78.822LVALOGF"8=552 ;53 8:B>@>28G @>4. 13.02.1964, A=A $-   70 2010-2011 33 !"",  !" +% $  #+% # %: 1) M.Ziembicki, R. Sulej, S. Aoki,& , O. Mineev et al. The SMRD subdetector at the T2K near detector station. Acta Phys.Polon.B41:1579-1584, 2010.  =0.671*30/10=2.013 2) A. Izmaylov, S. Aoki, J. Blocki,& , O. Mineev et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment. Nucl.Instrum.Meth. A623:382-384, 2010  =1.142*30/10= 3.426 >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>2011>>>>>>>>>>>>>>>>>>>>>>>>>>>> 3) V. Volchenko, G. Volchenko, E. Akhrameev& , O. Mineev et al. The features of electronics structure of the multichannel scintillation module for the EMMA experiment . Astrophys. Space Sci. Trans., 7:171-174, 2011  =1.437*30/10= 4.311 4) O. Mineev, Yu. Kudenko, Yu. Musienko, I. Polyansky and N. Yershov. Scintillator detectors with long WLS fibers and multi-pixel photodiodes. Journal of Instrumentation, Vol.6, Dec. 2011 (P12004)  =1.148*30/5= 6.888 5) K. Abe, N. Abgrall, Y. Ajima,..., O. Mineev et al., Indication of Electron Neutrino Appearance from an Accelerator-produced Off-axis Muon Neutrino Beam. Phys.Rev.Lett. 107 (2011) 20pp.  =7.622*30/10= 22.866 6) A. Vacheret, G. Barker, M. Dziewiecki,..., O. Mineev et al., Characterization and Simulation of the Response of Multi Pixel Photon Counters to Low Light Levels. Nucl.Instrum.Meth. A656: 69-83, 2011  =1.142*30/10= 3.426 7) C. Mariani, A. Torneo-Lopez, J. Alcaraz,..., O. Mineev et al., Measurement of inclusive 0 production in the Charged-Current Interactions of Neutrinos in a 1.3-GeV wide band beam. Phys.Rev. D83 (2011) 054023, 17 pp.  =4.964*30/10= 14.892 8) K. Abe, N. Abgrall, Y. Ajima,..., O. Mineev et al., The T2K Experiment. Nucl.Instrum.Meth. A659: 106-135, 2011  =1.142*30/10= 3.426 prnd=61.248 !"",  !!!% $  #+% # %:  =x*60/10= #LVALG"AB=K9 4>:;04 =0 <564C=0@>4=>9 :>=D5@5=F88: 1. >=D5@5=F8O 2 8>=5 ($@0=F8O): New Developments in Photodetection NDIP2011, July 4-8, 2011. >:;04: Characterization and performance of multi-pixel photon counters in T2K experiment.  =30 -" +   "+  $ &: 1) Y.Takatomi, S. Aoki, J. Blocki,..., O. Mineev et al. The Side Muon Range Detector for the T2K experiment. Talk given at the XXIV International Conference on Neutrino Physics and Astrophysics - Athens, Greece, June 14 - 19, 2010.   = 6/10 = 0.6 2) Y. Takatomi, S. Aoki, J. Blocki, ... , O. Mineev et al. Current status of the Side Muon Range Detector for the T2K experiment. Talk given at the 12th Vienna conference on Instrumentation, Feb 15-20, 2010.   = 6/10 = 0.6 3) A. Izmaylov, ..., O. Mineev et al. 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Alignment of the CMS Muon System with Cosmic-Ray and Beam-Halo Muons , JINST 5:T03020, 2010.   =3.148*30/10=9.444 21) S. Chatrchyan, , ..., Y. Musienko et al.  Precise Mapping of the Magnetic Field in the CMS Barrel Yoke using Cosmic Rays , JINST 5:T03021, 2010.  =3.148*30/10=9.444 22) S. Chatrchyan, , ..., Y. Musienko et al.  Performance and Operation of the CMS Electromagnetic Calorimeter , JINST 5:T03010, 2010.   =3.148*30/10=9.444 23) S. Chatrchyan, , ..., Y. Musienko et al.  Alignment of the CMS Silicon Tracker during Commissioning with Cosmic Rays , JINST 5:T03009, 2010.   =3.148*30/10=9.444 24) P. Adzic, ..., Y. Musienko et al.  Radiation hardLVALK"ness qualification of PbWO4 scintillation crystals for the CMS Electromagnetic Calorimeter , JINST 5: P03010, 2010.   =3.148*30/10=9.444 25) A. Izmaylov, S. Aoki, J. Blocki, J. Brinson, A. Dabrowska, I. Danko, M. Dziewiecki, B. Ellison, L. Golyshkin, R. Gould, T. Hara, B. Hartfiel, J. Holeczek, M. Khabibullin, A. Khotjantsev, D. 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CMS Tracking Performance Results from early LHC Operation , Eur.Phys.J.C70:1165-1192,2010.   =3.248*30/10=9.744 28) V. Khachatryan, & , Y. Musienko et al.  Transverse momentum and pseudorapidity distributions of charged hadrons in pp collisions at $\sqrt(s)$ = 0.9 and 2.36 , JHEP 1002:041, 2010.   =6.049*30/10=18.147 29) V. Andreev, & , Y. Musienko et al.  Performance studies of a full-length prototype for the CASTOR forward calorimeter at the CMS experiment , Eur.Phys.J.C67:601-615,2010,   =3.248*30/10=9.744 30) V. Khachatryan, & , Y. Musienko et al.  Measurement of Bose-Einstein correlations with first CMS data , Phys.Rev.Lett.105:032001,2010.   =7.622*30/10=22.866 31) V. Khachatryan, & , Y. Musienko et al.  Transverse-momentum and pseudorapidity distributions of charged hadronsLVALL" in pp collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.105:022002,2010.   =7.622*30/10=22.866 32) V. Khachatryan, & , Y. Musienko et al.  Measurement of the charge ratio of atmospheric muons with the CMS detector , Phys.Lett.B692:83-104,2010.   =5.255*30/10=15.765 33) V. Khachatryan, & , Y. Musienko et al.  Observation of Long-Range Near-Side Angular Correlations in Proton-Proton Collisions at the LHC , JHEP 1009:091,2010.  =6.049*30/10=18.147 34) V. Khachatryan, & , Y. Musienko et al.  Search for Dijet Resonances in 7 TeV pp Collisions at CMS , Phys.Rev.Lett.105:211801,2010.   =7.622*30/10=22.866 35) V. Khachatryan, & , Y. Musienko et al.  Search for Quark Compositeness with the Dijet Centrality Ratio in pp Collisions at sqrt(s)=7 TeV , Phys.Rev.Lett. 105:262001,2010 .   =7.622*30/10=22.866 36) V. Khachatryan, & , Y. Musienko et al.  First Measurement of the Cross Section for Top-Quark Pair Production in Proton-Proton Collisions at sqrt(s)=7 TeV , Phys.Lett.B695:424-443,2011.   =5.255*30/10=15.765 37) V. Khachatryan, & , Y. Musienko et al.  Prompt and non-prompt J/psi production in pp collisions at sqrt(s) = 7 TeV , Eur.Phys.J.C71:1575,2011.   =3.248*30/10=9.744 38) V. Khachatryan, & , Y. Musienko et al.  Charged particle multiplicities in pp interactions at sqrt(s) = 0.9, 2.36, and 7 TeV , JHEP 1101:079,2011.   =6.049*30/10=18.147 39) V. Khachatryan, & , Y. Musienko et al.  Search for Stopped Gluinos in pp collisions at sqrt s = 7 TeV , Phys.Rev.Lett.106:011801,2011.   =7.622*30/10=22.866 40) V. Khachatryan, & , Y. Musienko et al.  Measurement of the Isolated Prompt Photon Production Cross Section in $pp$ Collisions at $\sqrt{s} = 7$~TeV , Phys.Rev.Lett.106:082001,2011.   =7.622*30/10=22.866 41) V. Khachatryan, & , Y. Musienko et al.  Measurements of Inclusive W and Z Cross Sections in pp Collisions at sqrt(s)=7 TeV , JHEP 1101:080,2011.  =6.049*30/10=18.147 42) V. Khachatryan, & , Y. Musienko et al.  Search for Microscopic Black Hole Signatures LVALM"at the Large Hadron Collider , Phys.Lett.B697:434-453,2011.   =7.622*30/10=22.866 43) V. Khachatryan, & , Y. Musienko et al.  Search for Pair Production of First-Generation Scalar Leptoquarks in pp Collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.106:201802,2011.   =7.622*30/10=22.866 44) V. Khachatryan, & , Y. Musienko et al.  Search for Pair Production of Second-Generation Scalar Leptoquarks in pp Collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.106:201803,2011.   =7.622*30/10=22.866 45) V. Khachatryan, & , Y. Musienko et al.  Measurement of the Inclusive Upsilon production cross section in pp collisions at sqrt(s)=7 TeV , Phys.Rev.D83:112004,2011.   = 4.964 *30/10=14.892 46) V. Khachatryan, & , Y. Musienko et al.  Search for a heavy gauge boson W' in the final state with an electron and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV , Phys.Lett.B698:21-39,2011.   =7.622*30/10=22.866 47) V. Khachatryan, & , Y. Musienko et al.  Measurement of the $B^+$ Production Cross Section in pp Collisions at $\sqrt{s} = 7$~TeV , Phys.Rev.Lett.106:112001,2011.  =7.622*30/10=22.866 48) V. Khachatryan, & , Y. Musienko et al.  Search for Supersymmetry in pp Collisions at 7 TeV in Events with Jets and Missing Transverse Energy , Phys.Lett.B698:196-218,2011.   =7.622*30/10=22.866 49) V. Khachatryan, & , Y. Musienko et al.  Search for Heavy Stable Charged Particles in pp collisions at sqrt(s)=7 TeV , JHEP 1103:024,2011.   =6.049*30/10=18.147 50) V. Khachatryan, & , Y. Musienko et al.  Inclusive b-hadron production cross section with muons in pp collisions at sqrt(s) = 7 TeV , JHEP 1103:090,2011.  =6.049*30/10=18.147 51) V. Khachatryan, & , Y. Musienko et al.  Measurement of Bose-Einstein Correlations in pp Collisions at sqrt(s)=0.9 and 7 TeV , JHEP 1105:029,2011.   =6.049*30/10=18.147 52) V. Khachatryan, & , Y. Musienko et al.  Dijet Azimuthal Decorrelations in $pp$ Collisions at $\sqrt{s} = 7$~TeV , Phys.Rev.Lett.106:122003,2011.  =7.622*30/10=22LVALN".866 53) V. Khachatryan, & , Y. Musienko et al.  First Measurement of Hadronic Event Shapes in pp Collisions at sqrt(s)=7 TeV , Phys.Lett.B699:48-67,2011.  =7.622*30/10=22.866 54) S. Chatrchyan, & , Y. Musienko et al.  Observation and studies of jet quenching in PbPb collisions at nucleon-nucleon center-of-mass energy = 2.76 TeV , Phys.Rev.C84:024906,2011.   = 3.416*30/10=10.248 55) V. Khachatryan, & , Y. Musienko et al.  Measurement of Dijet Angular Distributions and Search for Quark Compositeness in pp Collisions at $sqrt{s} = 7$ TeV , Phys.Rev.Lett.106:201804,2011.   =7.622*30/10=22.866 56) V. Khachatryan, & , Y. Musienko et al.  Measurement of B anti-B Angular Correlations based on Secondary Vertex Reconstruction at sqrt(s)=7 TeV , JHEP 1103:136,2011.  =6.049*30/10=18.147 57) V. Khachatryan, & , Y. Musienko et al.  Strange Particle Production in pp Collisions at sqrt(s) = 0.9 and 7 TeV , JHEP 1105:064,2011.   =6.049*30/10=18.147 58) S. Chatrchyan, & , Y. Musienko et al.  Search for a Heavy Bottom-like Quark in $pp$ Collisions at $\sqrt{s} = 7$ TeV , Phys.Lett.B701:204-223,2011.  =7.622*30/10=22.866 59) S. Chatrchyan, & , Y. Musienko et al.  Measurement of W+W- Production and Search for the Higgs Boson in pp Collisions at sqrt(s) = 7 TeV , Phys.Lett.B699:25-47,2011.  =7.622*30/10=22.866 60) S. Chatrchyan, & , Y. Musienko et al.  Study of Z boson production in PbPb collisions at nucleon-nucleon centre of mass energy = 2.76 TeV , Phys.Rev.Lett.106:212301,2011.   =7.622*30/10=22.866 61) S. Chatrchyan, & , Y. Musienko et al.  Search for a $W^\prime$ boson decaying to a muon and a neutrino in $pp$ collisions at $\sqrt{s} = 7$ TeV , Phys.Lett.B701:160-179,2011.   =7.622*30/10=22.866 62) S. Chatrchyan, & , Y. Musienko et al.  Search for Supersymmetry in $pp$ Collisions at $\sqrt{s} = 7$ TeV in Events with Two Photons and Missing Transverse Energy , Phys.Rev.Lett.106:211802,2011.   =7.622*30/10=22.866 63) S. Chatrchyan, & , Y. Musienko et al.  Search fLVALO"or Resonances in the Dilepton Mass Distribution in $pp$ Collisions at $\sqrt(s) = 7$ TeV , JHEP 1105:093,2011.  =6.049*30/10=18.147 64) S. Chatrchyan, & , Y. Musienko et al.  Search for Physics Beyond the Standard Model in Opposite-Sign Dilepton Events at $\sqrt{s} = 7$ TeV , JHEP 1106:026,2011.  =6.049*30/10=18.147 65) S. Chatrchyan& , Y. Musienko et al.  Measurement of the lepton charge asymmetry in inclusive $W$ production in pp collisions at $\sqrt{s} = 7$ TeV , JHEP 1104:050,2011.   =6.049*30/10=18.147 66) S. Chatrchyan, & , Y. Musienko et al.  Search for Large Extra Dimensions in the Diphoton Final State at the Large Hadron Collider , JHEP 1105:085,2011.  =6.049*30/10=18.147 67) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Inclusive Z Cross Section via Decays to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV , JHEP 1108:117,2011.   =6.049*30/10=18.147 68) V. Khachatryan, & , Y. Musienko et al.  Search for Neutral MSSM Higgs Bosons Decaying to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV , Phys.Rev.Lett.106:231801,2011.   =7.622*30/10=22.866 69) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the differential dijet production cross section in proton-proton collisions at sqrt(s)=7 TeV , Phys.Lett.B700:187-206,2011.   =7.622*30/10=22.866 70) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the B0 production cross section in pp Collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.106:252001,2011.  =7.622*30/10=22.866 71) S. Chatrchyan, & , Y. Musienko et al.  Search for new physics with same-sign isolated dilepton events with jets and missing transverse energy at the LHC , JHEP 1106:077,2011.   =6.049*30/10=18.147 72) S. Chatrchyan, & , Y. Musienko et al.  Charged particle transverse momentum spectra in pp collisions at sqrt(s) = 0.9 and 7 TeV , JHEP 1108:086,2011.  =6.049*30/10=18.147 73) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Polarization of W Bosons with Large Transverse Momenta in W+Jets Events at tLVALP"he LHC , Phys.Rev.Lett.107:021802,2011.   =7.622*30/10=22.866 74) S. Chatrchyan, & , Y. Musienko et al.  Long-range and short-range dihadron angular correlations in central Pb Pb collisions at s(NN)**(1/2) = 2.76-TeV , JHEP 1107:076,2011.   =6.049*30/10=18.147 75) S. Chatrchyan, & , Y. Musienko et al.  Measurement of $W\gamma$ and $Z\gamma$ production in $pp$ collisions at $\sqrt{s} = 7$ TeV , Phys.Lett.B701:535-555,2011.   =7.622*30/10=22.866 76) S. Chatrchyan, & , Y. Musienko et al.  Search for supersymmetry in events with a lepton, a photon, and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV , JHEP 1106:093,2011.   =6.049*30/10=18.147 77) S. Chatrchyan, & , Y. Musienko et al.  Indications of suppression of excited $\Upsilon$ states in PbPb collisions at $\sqrt{S_{NN}}$ = 2.76 TeV , Phys.Rev.Lett.107:052302,2011.   =7.622*30/10=22.866 78) S. Chatrchyan, & , Y. Musienko et al.  Search for First Generation Scalar Leptoquarks in the evjj channel in pp collisions at sqrt(s) = 7 TeV , Phys.Lett.B703:246-266,2011.   =7.622*30/10=22.866 79) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the t t-bar production cross section and the top quark mass in the dilepton channel in pp collisions at sqrt(s) =7 TeV , JHEP 1107:049,2011.   =6.049*30/10=18.147 80) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Inclusive Jet Cross Section in pp Collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.107:132001,2011.  =7.622*30/10=22.866 81) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Ratio of the 3-jet to 2-jet Cross Sections in pp Collisions at sqrt(s) = 7 TeV , Phys.Lett.B702:336-354,2011.  =7.622*30/10=22.866 82) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Top-antitop Production Cross Section in pp Collisions at sqrt(s)=7 TeV using the Kinematic Properties of Events with Leptons and Jets , Eur.Phys.J.C71:1721,2011.   = 3.416*30/10=10.248 83) S. Chatrchyan, & , Y. Musienko et al.  Search for Physics Beyond theLVALQ" Standard Model Using Multilepton Signatures in pp Collisions at sqrt(s)=7 TeV , Phys.Lett.B704:411-433,2011.   =7.622*30/10=22.866 84) S. Chatrchyan, & , Y. Musienko et al.  Search for Same-Sign Top-Quark Pair Production at sqrt(s) = 7 TeV and Limits on Flavour Changing Neutral Currents in the Top Sector , JHEP 1108:005,2011.   =6.049*30/10=18.147 85) S. Chatrchyan, & , Y. Musienko et al.  Search for Light Resonances Decaying into Pairs of Muons as a Signal of New Physics , JHEP 1107:098,2011.  =6.049*30/10=18.147 86) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the t-channel single top quark production cross section in pp collisions at sqrt(s) = 7 TeV , Phys.Rev.Lett.107:091802,2011.   =7.622*30/10=22.866 87) S. Chatrchyan, & , Y. Musienko et al.  Search for Supersymmetry in Events with b Jets and Missing Transverse Momentum at the LHC , JHEP 1107:113,2011.  =6.049*30/10=18.147 88) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Strange B Meson Production Cross Section with J/Psi phi Decays in pp Collisions at sqrt(s) = 7 TeV , Phys.Rev.D84:052008,2011.   = 4.964 *30/10=14.892 89) S. Chatrchyan, & , Y. Musienko et al.  Search for New Physics with Jets and Missing Transverse Momentum in pp collisions at sqrt(s) = 7 TeV , JHEP 1108:155,2011.  =6.049*30/10=18.147 90) S. Chatrchyan, & , Y. Musienko et al.  Search for New Physics with a Mono-Jet and Missing Transverse Energy in pp Collisions at sqrt(s) = 7 TeV . Phys.Rev.Lett.107:201804,2011.   =7.622*30/10=22.866 91) S. Chatrchyan, & , Y. Musienko et al.  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Search for B(s) and B to dimuon decays in pp collisions at 7 TeV , Phys.Rev.Lett.107:191802,2011.  =7.622*30/10=22.866 102) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Drell-Yan Cross Section in pp Collisions at sqrt(s) = 7 TeV , JHEP 1110:007,2011.   =6.049*30/10=18.147 103) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the Differential Cross Section for Isolated Prompt Photon Production in pp Collisions at 7 TeV , Phys.Rev.D84:052011,2011.   = 4.964 *30/10=14.892 104) S. Chatrchyan, & , Y. Musienko et al.  Measurement of the t $\bar{t} PLVALS"roduction Cross Section in pp Collisions at 7 TeV in Lepton + Jets Events Using b-quark Jet Identification , Phys.Rev.D84:092004,2011.   = 4.964 *30/10=14.892 105) S. Chatrchyan, & , Y. Musienko et al.  Search for Supersymmetry at the LHC in Events with Jets and Missing Transverse Energy , Phys.Rev.Lett.107: 221804,2011.  =7.622*30/10=22.866 106) S. Chatrchyan, & , Y. Musienko et al.  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Progress on SiPM with bulk quenching resistors , 6th International Conference "New Developments in Photodetection", 4-8 July 2011, Lyon, France.  =6/10=0.6 7) Yu. Musienko et. al.  Hadron calorimeter with MAPD readout in the NA61/SHINE experiment , 6th International Conference "New Developments in Photodetection", 4-8 July 2011, Lyon, France.   =6/10=0.6 8) Yu. Musienko  Development of new photosensors for the CMS HCAL Upgrade , 15th Annual RDMS CMS Collaboration Conference, May 22 - 28, 2011, Alushta (Crimea), Ukraine (plenary talk).   =6 9) Yu. Musienko  New photosensors for the CMS HCAL Upgrade , International workshop "LHC on March", 16-18 November 2011, IHEP, Protvino, Russia (plenary talk).   =6. !C<<0@=K9   = 1907.043LVALOGV"(09E852 @BC@ "038@>28G (@>4. 03.11.1984) <=A $-! $- !C<<0@=K9   (70 2010-2011 3.3.) = 234.672   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89 8 4>:;04>2 =0 :>=D5@5=F8OE: 1) A. Izmaylov, S. Aoki, J. Blocki, A. Shaykhiev.. et al. 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Talk given at the 12th Vienna conference on instrumentation, Feb 15-20, 2010.   = 6/10 = 0.6 6) M. Ziembicki, R. Sulej, S. Aoki, ..., A.Shaykhiev,& et al. The SMRD subdetector at the T2K near detector station. Acta Phys.Polon.B41:1579-1584,2010.   = 0.671*30/10 = 2.013 7) M. Ziembicki, R. Sulej, S. Aoki, ..., A.Shaykhiev,& et al. The SMRD subdetector at the T2K near detector station. Presented at the Cracow Epiphany Conference on Physics in Underground Laboratories and Its Connection with LHC, Cracow, Poland, January 5 8, 2010.  =1.5*30/10 = 4.5 8) >:;04 =0 53-9 =0CG=>9 :>=D5@5=F88 $", A5:F8O  $C=40<5=B0;L=K5 2708<>459AB28O 8 :>A<>;>38O , =0 B5<C  >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2 >;3>?@C4=K9, 24 =>O1@O 20103.   = 4*1.5=6 9) >8A: BO65;KE =59B@8=> 2 @0A?040LVALW"E ?>;>68B5;L=KE :0>=>2. (09E852 ."., 24 =>O1@O 20103., "@C4K 53-9 =0CG=>9 :>=D5@5=F88 $", G0ABL VIII @>1;5<K A>2@5<5==>9 D878:8, 158  161, >A:20  >;3>?@C4=K9 20103.   = 4 10) A. Izmaylov, A.Shaykhiev.. et al. Segmented scintillator with WLS/APD readout for LVND; Talk given at the 11th International Workshop on Next generation Nucleon Decay and Neutrino Detectors Toyama International Conference Center in Toyma, International Conference Centrer in Toyama, Japan December 13-16, 2010.   = 6/8 = 0.75 11) >:;04 =0 <564C=0@>4=>9 :>=D5@5=F88  QUARKS-2010 =0 B5<C  Search for heavy neutrino in rare kaon decays , >;><=0, >AA8O, 6  12 8N=O 2010.  =30 12) V.Volchenko, ... , A.Shaykhiev, ... et al. The features of electronics structure of the multichannel scintillation module for the EMMA experiment. Astrophys. Space Sci. Trans., 7, 171-174, 2011.   = 1.437*30/10 = 4.311 13) A. Vacheret, ... , A.Shaikhiev, ... et al. Characterization and Simulation of the Response of Multi Pixel Photon Counters to Low Light Levels. Nucl.Instrum.Meth. A656: 69-83, 2011  =1.142*30/10= 3.426 14) A. Yanin, V. Volchenko, A.Shaykhiev ... et al., Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment. ArXiv:1101.4489. 5 pp., Jan 2011.   = 4/10 = 0.4 15) A.Shaikhiev. Search for heavy neutrino in rare kaon decays. Talk given at 15th Lomonosov Conference, August 2011.   = 30 16) A.(09E852, >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $ , "$878:0 DC=40<5=B0;L=KE 2708<>459AB289", =0 B5<C  >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2 , 23 - 27 =>O1@O 2009 3., "-$.  =0.5*20=10 17) .(09E852 8 4@. >8A: BO65;KE =59B@8=> 2 @0A?040E ?>;>68B5;L=KE :0>=>2. /45@=0O D878:0, B.74 !5, AB@.814  819, 2011.  =0.563*60/3=11.26 18) .. 7<09;>2 8 4@. AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2. /45@=0O D878:0. B.75, 2, 2012.  =0.563*60/9=3.75. B>3> 70 2010-2011 3.3.:  = 117.336*2.0LVAL=234.672LVALOGY"@H>2 8:>;09 8:B>@>28G (@>4. 03.01.1978) =A $-! $-, :.D.-<.=. !C<<0@=K9   (70 2010-2011 3.3.) = 82.781   A:;04K205BAO 87 =865?5@5G8A;5==KE ?C1;8:0F89: !"",  !" +% $  #+% # %: 1) A. Izmaylov , S. Aoki, J. Blocki, & , N.Yershov, & et al. Scintillator counters with WLS fiber/MPPC readout for the side muon range detector (SMRD) of the T2K experiment . Nucl. Instrum. and Meth. A 623:382 384, 2010.  =1.142*30/10=3.951 2) M. Ziembickig, R. Suleji, S. Aoki, & , N.Yershov, & et al. THE SMRD SUBDETECTOR AT THE T2K NEAR DETECTOR STATION. ACTA PHYSICA POLONICA B, Vol. 41, No 7, 2010.  =0.671*30/10 =1.944 3) L. Bezrukov, K. Butin, I. Davitashvili,& , N. Yershov,& et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Published in PoS PD09:026,2010, e-Print: arXiv:0909.1451 [physics.ins-det].  =8/10=0.8 4) V. Volchenko, G. Volchenko, E. Akhrameev& , N. Yershov,& et al. The features of electronics structure of the multichannel scintillation module for the EMMA experiment . Astrophys. Space Sci. Trans., 7:171-174, 2011.  =1.404*30/10= 4.212 5) O. Mineev, Yu Kudenko, Yu Musienko, I Polyansky and N Yershov. Scintillator detectors with long WLS fibers and multi-pixel photodiodes. Journal of Instrumentation, Vol.6, Dec. 2011 (P12004).  =1.148*30/5= 6.888 6) A. Vacheret, G. Barker, M. Dziewiecki,..., N. Yershov,& et al., Characterization and Simulation of the Response of Multi Pixel Photon Counters to Low Light Levels. Nucl.Instrum.Meth. A656: 69-83, 2011.  =1.142*30/10= 3.426 7) C. Mariani, A. Torneo-Lopez, J. Alcaraz,..., N. Yershov,& et al., Measurement of inclusive 0 production in the Charged-Current Interactions of Neutrinos in a 1.3-GeV wide band beam. Phys.Rev. D83 (2011) 054023, 17 pp.  =4.964*30/10= 14.892 8) K. Abe, ... , N.Yershov, ... et al. 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AA;54>20=85 =59B@8==KE >AF8;;OF89 2 M:A?5@8<5=B5 "2. !B0BCA 8 1;8609H85 ?5@A?5:B82K. >:;04 =0 =0CG=>9 A5AA88-:>=D5@5=F88 A5:F88 /$ $  $878:0 DC=40<5=B0;L=KE 2708<>459AB289 23 ?> 27 =>O1@O 2009. Web http://matras.itep.ru/npd2k09/ ,  =0.5*20/2= 5. 12) T. Yano, S. Aoki, J. Blocki, & , N.Yershov,& et al. Side Muon Range Detector for the T2K experiment. THE 12TH VIENNA CONFERENCE ON INSRUMENTATION., Web http://vci.hephy.at/2010/ ,  =6/10=0.6 13) M. Ziembicki, R. Sulej, S. Aoki, & , N.Yershov, & et al. THE SMRD SUBDETECTOR AT THE T2K NEAR DETECTOR STATION. Cracow Epiphany Conference on Physics in Underground Laboratories and Its Connection with LHC, Cracow, Poland, January 5 8, 2010. Web http://epiphany.ifj.edu.pl/epiphany.2010/,  =1.5*30/10=4.5 14) T. Yano, S. Aoki, J. Blocki, & , N. Yershov, & et al. The Side Muon Range Detector for the T2K experiment. XXIV International Conference on Neutrino Physics and Astrophysics - Athens, Greece, June 14 - 19, 2010, Web www.neutrino2010.gr ,  =6/10=0.6 15) A.Izmaylov, S. Aoki, J. Blocki, & , N. Yershov, & et al. Segmented scintillator with WLS/APD readout for LVND. 11th International Workshop on Next generation Nucleon Decay and Neutrino Detectors Toyama International Conferenc LVAL* e Center in Toyama, Japan December 13 - 16, 2010, Web http://www-sk.icrr.u-tokyo.ac.jp/NNN10,  =6/10=0.6 16) L. Bezrukov, K. Butin, I. Davitashvili,& , N. Yershov, & et al. Geiger mode APD's for the underground cosmic ray experiment EMMA. Proceedings of International Workshop on New Photon Detectors (PD 09), Shinshu, Japan, 24-26 Jun 2009. 7pp. Published in PoS PD09 (2010) 026.  =(30/10)*0.5= 1.5 17) A. Yanin, V. Volchenko, L. Bezrukov,..., N. Yershov, & et al., Multichannel Data Acquisition System for Scintillation Detectors of the Emma Experiment. 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The features of electronics structure of the multichannel scintillation module for the EMMA experiment . Astrophys. Space Sci. Trans., 7:171-174, 2011  =1.437*30/10= 4.311 10. O. Mineev, Yu. Kudenko, Yu. Musienko, I. Polyansky and N. YershLVAL]"ov. Scintillator detectors with long WLS fibers and multi-pixel photodiodes. Journal of Instrumentation, Vol.6, Dec. 2011 (P12004)  =1.148*30/5= 6.888 11. .. 7<09;>2& ...C45=:> 8 4@. AA;54>20=85 =59B@8==KE >AF8;;OF89 2 CA:>@8B5;L=>< M:A?5@8<5=B5 A 4;8==>9 107>9 "2. /45@=0O D878:0. B.75, 2, 2012.  =0.563*60/9=3.75. 12. C. Mariani, A. Torneo-Lopez, J. Alcaraz,..., O. Mineev et al., Measurement of inclusive 0 production in the Charged-Current Interactions of Neutrinos in a 1.3-GeV wide band beam. Phys.Rev. D83 (2011) 054023, 17 pp.  =4.964*30/10= 14.892 13. K. Abe, N. Abgrall, Y. Ajima,..., O. Mineev et al., The T2K Experiment. Nucl.Instrum.Meth. 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Yu.Kudenko, Scintillator detectors with G-M APD s, invited talk at Neutrino Workshop, CERN, March 2010.  = 30. 4. Yu.Kudenko, Scintillator detectors R&D, invited talk at NEU2012, CERN, September 2010.  = 30. 5. A.Izmaylov et al. Scintillator detectors for large volume neutrino detectors, talk at NNN2010, 14-17LVAL^" December, 2010, Toyama, Japan/  =6/8 = 0.75. 6. ...C45=:>, -:A?5@8<5=B "2: ?5@2K5 @57C;LB0BK, 4>:;04 =0 N18;599=>9 A5AA88 $ , >A:20 2010.  = 20. 7. Yu.Kudenko, Scintillator detector for underground cosmic ray experiments, 12th Vienna Conference on Instrumentation (VCI 2010), Vienna, Austria, 15-20 Feb, 2010.  =3 8. M.Ziembicki...Yu.Kudenko et al, The SMRD subdetector at the near detector sttaion, Talk at Krakov Epiphany Conference, january 5-1- 2010, Poland.   = 30/10 = 3 9. T.Yano.... Yu.Kudenko et al., Current status of the Side Muon Range Detector for the T2K experiment. Talk given at the 12th Vienna conference on instrumentation, Feb 15-20, 2010.   = 6/10 = 0.6 10. .%0181C;;8=, ..C45=:>, AA;54>20=8O =59B@8==KE >AF8;;OF89 =0 CA:>@8B5;OE, '5@5=:>2A:85 GB5=8O, >A:20 12 0?@5;O 2011.  = 20E1.5/2=15 11. Yu.Kudenko, T2K experiment: latest results, A5AA8O A5:F88 O45@=>9 D878:8 $ , >A:20, 21-25 =>O1@O 2011.  = 20. 12. ...C45=:>, 59B@8==K5 >AF8;;OF88 =0 CA:>@8B5;OE, 0:A0=A:0O H:>;0 ?> =59B@8==>9 D878:5 8 0AB@>D878:5 , >A:>2A:0O >1;, 26 <0O  2 8N=O 2011.  = 20. 13. ...C45=:>, 59B@8==K5 >AF8;;OF88, 5:F88 =0 8<=59 (:>;5 "-$, >A:20, 14-18 D52@0;O 2011.  = 20. 14. Yu.Kudenko, Scintillator detector R&D, talk at NEU12, Paris, France, 10-12 may 2011.  = 30. >@01>B:0 =0CG=>->1@07>20B5;L=>3> :C@A0:  =8 C:>2>4AB2> A>8A:0B5;O<8, 70I8B82H8<8 :0=4840BA:85 48AA5@B0F88: C:>2>4AB2> 0A?8@0=B0<8: .7<09;>2, .(09E852 - 2-3-9 3>4 , .>;O=A:89- 1 3>4 0A?8@0=BC@K  2010 3.  =30*3 = 90 .7<09;>2, .(09E852 - 3-9 3>4 , .>;O=A:89- 2 3>4 0A?8@0=BC@K  2011 3.  =30*3 = 90 C:>2>4AB2> ABC45=B0<8: .CB8=, ..8=307>20, .C48=, .(:5@8=, .>;>48=, .8:05;O=, .>;5=:>  2010.   =10*7 = 70 .CB8=, .C48=, .(:5@8=, .>;>48=, .0@?8:>2, /.(CAB@>2  2011.   =10*6 = 60 !C<<0@=K9 8=48284C0;L=K9   = 1015.8   @C:>2>48BLVAL5;O = 827.5LVALOG`"" #,"" #' /",!" A>B@C4=8:>2 01>@0B>@88 <>45;8@>20=8O D878G5A:8E ?@>F5AA>2 !B0BL8: 1. Chatrchyan S. et al. (CMS Collaboration). Measurement of energy flow at large pseudorapidities in pp collisions at sqrt(s) = 0.9 and 7 TeV // JHEP 1111: 148, 2011.   = 6,049*30/10 = 18,15 2. Chatrchyan S. et al. (CMS Collaboration). Measurement of the weak mixing angle with the Drell-Yan process in proton-proton collisions at the LHC // Phys.Rev.D84: 112002, 2011.   = 4,964*30/10 = 14,89 3. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Drell-Yan Cross Section in pp Collisions at sqrt(s) = 7 TeV // JHEP 1110: 007, 2011.   = 6,049*30/10 = 18,15 4. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Differential Cross Section for Isolated Prompt Photon Production in pp Collisions at 7 TeV // Phys.Rev.D84: 052011, 2011.   = 4,964*30/10 = 14,89 5. Chatrchyan S. et al. (CMS Collaboration). Measurement of the t $\bar{t} Production Cross Section in pp Collisions at 7 TeV in Lepton + Jets Events Using b-quark Jet Identification // Phys.Rev.D84: 092004, 2011.   = 4,964*30/10 = 14,89 6. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Underlying Event Activity at the LHC with $\sqrt{s}= 7$ TeV and Comparison with $\sqrt{s} = 0.9$ TeV // JHEP 1109: 109, 2011.   = 6,049*30/10 = 18,15 7. Chatrchyan S. et al. (CMS Collaboration). A search for excited leptons in pp Collisions at sqrt(s) = 7 TeV // Phys.Lett.B704: 143-162, 2011.   = 5,255*30/10 = 15,77 8. Chatrchyan S. et al. (CMS Collaboration). Search for supersymmetry in pp collisions at sqrt(s)=7 TeV in events with a single lepton, jets, and missing transverse momentum // JHEP 1108: 156, 2011.   = 6,049*30/10 = 18,15 9. Chatrchyan S. et al. (CMS Collaboration). Search for Three-Jet Resonances in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 107: 101801, 2011.   = 7,622*30/10 = 22,87 10. Chatrchyan S. et al. (CMS Collaboration). Determination of Jet Energy Calibration LVALa"and Transverse Momentum Resolution in CMS // JINST 6: P11002, 2011.   = 3,148*30/10 = 9,44 11. Chatrchyan S. et al. (CMS Collaboration). Search for Resonances in the Dijet Mass Spectrum from 7 TeV pp Collisions at CMS // Phys.Lett.B704: 123-142, 2011.   = 5,255*30/10 = 15,77 12. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Inclusive W and Z Production Cross Sections in p p Collisions at sqrt(s) = 7 TeV with the CMS experiment // JHEP 1110: 132, 2011.   = 6,049*30/10 = 18,15 13. Chatrchyan S. et al. (CMS Collaboration). Dependence on pseudorapidity and centrality of charged hadron production in PbPb collisions at a nucleon-nucleon centre-of-mass energy of 2.76 TeV // JHEP 1108: 141, 2011.   = 6,049*30/10 = 18,15 14. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Inclusive Jet Cross Section in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 107: 132001, 2011.   = 7,622*30/10 = 22,87 15. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Ratio of the 3-jet to 2-jet Cross Sections in pp Collisions at sqrt(s) = 7 TeV // Phys.Lett.B702: 336-354, 2011.   = 5,255*30/10 = 15,77 16. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Top-antitop Production Cross Section in pp Collisions at sqrt(s)=7 TeV using the Kinematic Properties of Events with Leptons and Jets // Eur.Phys.J.C71: 1721, 2011.   = 3,248*30/10 = 9,74 17. Chatrchyan S. et al. (CMS Collaboration). Search for Physics Beyond the Standard Model Using Multilepton Signatures in pp Collisions at sqrt(s)=7 TeV // Phys.Lett.B704: 411-433, 2011.   = 5,255*30/10 = 15,77 18. Chatrchyan S. et al. (CMS Collaboration). Search for Same-Sign Top-Quark Pair Production at sqrt(s) = 7 TeV and Limits on Flavour Changing Neutral Currents in the Top Sector // JHEP 1108: 005, 2011.   = 6,049*30/10 = 18,15 19. Chatrchyan S. et al. (CMS Collaboration). Search for Light Resonances Decaying into Pairs of Muons as a Signal of New Physics // JHEP 1107: 098, 2011.   = 6,049*30/10 = 18,LVALb"15 20. Chatrchyan S. et al. (CMS Collaboration). Measurement of the t-channel single top quark production cross section in pp collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 107: 091802, 2011.   = 7,622*30/10 = 22,87 21. Chatrchyan S. et al. (CMS Collaboration). Search for Supersymmetry in Events with b Jets and Missing Transverse Momentum at the LHC // JHEP 1107: 113, 2011.   = 6,049*30/10 = 18,15 22. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Strange B Meson Production Cross Section with J/Psi phi Decays in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.D84: 052008, 2011.   = 4,964*30/10 = 14,89 23. Chatrchyan S. et al. (CMS Collaboration). Search for New Physics with Jets and Missing Transverse Momentum in pp collisions at sqrt(s) = 7 TeV // JHEP 1108: 155, 2011.   = 6,049*30/10 = 18,15 24. Chatrchyan S. et al. (CMS Collaboration). Search for New Physics with a Mono-Jet and Missing Transverse Energy in $pp$ Collisions at $\sqrt{s} = 7$ TeV // Phys.Rev.Lett. 107: 201804, 2011.   = 7,622*30/10 = 22,87 25. Chatrchyan S. et al. (CMS Collaboration). Missing transverse energy performance of the CMS detector // JINST 6: P09001, 2011.   = 3,148*30/10 = 9,44 26. Chatrchyan S. et al. (CMS Collaboration). Long-range and short-range dihadron angular correlations in central Pb Pb collisions at s(NN)**(1/2) = 2.76-TeV // JHEP 1107: 076, 2011.   = 6,049*30/10 = 18,15 27. Chatrchyan S. et al. (CMS Collaboration). Measurement of $W\gamma$ and $Z\gamma$ production in $pp$ collisions at $\sqrt{s} = 7$ TeV // Phys.Lett.B701: 535-555, 2011.   = 5,255*30/10 = 15,77 28. Chatrchyan S. et al. (CMS Collaboration). Search for supersymmetry in events with a lepton, a photon, and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV // JHEP 1106: 093, 2011.   = 6,049*30/10 = 18,15 29. Chatrchyan S. et al. (CMS Collaboration). Indications of suppression of excited $\Upsilon$ states in PbPb collisions at $\sqrt{S_{NN}}$ = 2.76 TeV // Phys.Rev.Lett. 107: 052302, 2LVALc"011.   = 7,622*30/10 = 22,87 30. Chatrchyan S. et al. (CMS Collaboration). Search for First Generation Scalar Leptoquarks in the evjj channel in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B703: 246-266, 2011.   = 5,255*30/10 = 15,77 31. Chatrchyan S. et al. (CMS Collaboration). Measurement of the t t-bar production cross section and the top quark mass in the dilepton channel in pp collisions at sqrt(s) =7 TeV // JHEP 1107: 049, 2011.   = 6,049*30/10 = 18,15 32. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Inclusive Z Cross Section via Decays to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV // JHEP 1108: 117, 2011.   = 6,049*30/10 = 18,15 33. Chatrchyan S. et al. (CMS Collaboration). Search for Neutral MSSM Higgs Bosons Decaying to Tau Pairs in $pp$ Collisions at $\sqrt{s}=7$ TeV // Phys.Rev.Lett. 106: 231801, 2011.   = 7,622*30/10 = 22,87 34. Chatrchyan S. et al. (CMS Collaboration). Measurement of the differential dijet production cross section in proton-proton collisions at sqrt(s)=7 TeV // Phys.Lett.B700: 187-206, 2011.   = 5,255*30/10 = 15,77 35. Chatrchyan S. et al. (CMS Collaboration). Measurement of the B0 production cross section in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 106: 252001, 2011.   = 7,622*30/10 = 22,87 36. Chatrchyan S. et al. (CMS Collaboration). Search for new physics with same-sign isolated dilepton events with jets and missing transverse energy at the LHC // JHEP 1106: 077, 2011.   = 6,049*30/10 = 18,15 37. Chatrchyan S. et al. (CMS Collaboration). Charged particle transverse momentum spectra in pp collisions at sqrt(s) = 0.9 and 7 TeV // JHEP 1108: 086, 2011.   = 6,049*30/10 = 18,15 38. Chatrchyan S. et al. (CMS Collaboration). Measurement of the Polarization of W Bosons with Large Transverse Momenta in W+Jets Events at the LHC // Phys.Rev.Lett. 107: 021802, 2011.   = 7,622*30/10 = 22,87 39. Chatrchyan S. et al. (CMS Collaboration). Search for a $W^\prime$ boson decaying to a muon and a neutrino in $pp$ cLVALd"ollisions at $\sqrt{s} = 7$ TeV // Phys.Lett.B701: 160-179, 2011.   = 5,255*30/10 = 15,77 40. Chatrchyan S. et al. (CMS Collaboration). Search for Supersymmetry in $pp$ Collisions at $\sqrt{s} = 7$ TeV in Events with Two Photons and Missing Transverse Energy // Phys.Rev.Lett. 106: 211802, 2011.   = 7,622*30/10 = 22,87 41. Chatrchyan S. et al. (CMS Collaboration). Search for Resonances in the Dilepton Mass Distribution in $pp$ Collisions at $\sqrt(s) = 7$ TeV // JHEP 1105: 093, 2011.   = 6,049*30/10 = 18,15 42. Chatrchyan S. et al. (CMS Collaboration). Search for Physics Beyond the Standard Model in Opposite-Sign Dilepton Events at $\sqrt{s} = 7$ TeV // JHEP 1106: 026, 2011.   = 6,049*30/10 = 18,15 43. Chatrchyan S. et al. (CMS Collaboration). Measurement of the lepton charge asymmetry in inclusive $W$ production in pp collisions at $\sqrt{s} = 7$ TeV // JHEP 1104: 050, 2011.   = 6,049*30/10 = 18,15 44. Chatrchyan S. et al. (CMS Collaboration). Search for Large Extra Dimensions in the Diphoton Final State at the Large Hadron Collider // JHEP 1105: 085, 2011.   = 6,049*30/10 = 18,15 45. Khachatryan V. et al. (CMS Collaboration). First Measurement of Hadronic Event Shapes in pp Collisions at sqrt(s)=7 TeV // Phys.Lett.B699: 48-67, 2011.   = 5,255*30/10 = 15,77 46. Chatrchyan S. et al. (CMS Collaboration). Observation and studies of jet quenching in PbPb collisions at nucleon-nucleon center-of-mass energy = 2.76 TeV // Phys.Rev.C84: 024906, 2011.   = 3,416*30/10 = 10,25 47. Khachatryan V. et al. (CMS Collaboration). Measurement of Dijet Angular Distributions and Search for Quark Compositeness in pp Collisions at $sqrt{s} = 7$ TeV // Phys.Rev.Lett. 106: 201804, 2011.   = 7,622*30/10 = 22,87 48. Khachatryan V. et al. (CMS Collaboration). Measurement of B anti-B Angular Correlations based on Secondary Vertex Reconstruction at sqrt(s)=7 TeV // JHEP 1103: 136, 2011.   = 6,049*30/10 = 18,15 49. Khachatryan V. et al. (CMS Collaboration). Strange Particle Production in pp CLVALe"ollisions at sqrt(s) = 0.9 and 7 TeV // JHEP 1105: 064, 2011.   = 6,049*30/10 = 18,15 50. Chatrchyan S. et al. (CMS Collaboration). Search for a Heavy Bottom-like Quark in $pp$ Collisions at $\sqrt{s} = 7$ TeV // Phys.Lett.B701: 204-223, 2011.   = 5,255*30/10 = 15,77 51. Chatrchyan S. et al. (CMS Collaboration). Measurement of W+W- Production and Search for the Higgs Boson in pp Collisions at sqrt(s) = 7 TeV // Phys.Lett.B699: 25-47, 2011.   = 5,255*30/10 = 15,77 52. Chatrchyan S. et al. (CMS Collaboration). Study of Z boson production in PbPb collisions at nucleon-nucleon centre of mass energy = 2.76 TeV // Phys.Rev.Lett. 106: 212301, 2011.   = 7,622*30/10 = 22,87 53. Khachatryan V. et al. (CMS Collaboration). Measurement of the $B^+$ Production Cross Section in pp Collisions at $\sqrt{s} = 7$~TeV // Phys.Rev.Lett. 106: 112001, 2011.   = 7,622*30/10 = 22,87 54. Khachatryan V. et al. (CMS Collaboration). Search for Supersymmetry in pp Collisions at 7 TeV in Events with Jets and Missing Transverse Energy // Phys.Lett.B698: 196-218, 2011.   = 5,255*30/10 = 15,77 55. Khachatryan V. et al. (CMS Collaboration). Search for Heavy Stable Charged Particles in pp collisions at sqrt(s)=7 TeV // JHEP 1103: 024, 2011.   = 6,049*30/10 = 18,15 56. Khachatryan V. et al. (CMS Collaboration). Inclusive b-hadron production cross section with muons in pp collisions at sqrt(s) = 7 TeV // JHEP 1103: 090, 2011.   = 6,049*30/10 = 18,15 57. Khachatryan V. et al. (CMS Collaboration). Measurement of Bose-Einstein Correlations in pp Collisions at sqrt(s)=0.9 and 7 TeV // JHEP 1105: 029, 2011.   = 6,049*30/10 = 18,15 58. Khachatryan V. et al. (CMS Collaboration). Dijet Azimuthal Decorrelations in $pp$ Collisions at $\sqrt{s} = 7$~TeV // Phys.Rev.Lett. 106: 122003, 2011.   = 7,622*30/10 = 22,87 59. Khachatryan V. et al. (CMS Collaboration). Measurement of the Isolated Prompt Photon Production Cross Section in $pp$ Collisions at $\sqrt{s} = 7$~TeV // Phys.Rev.Lett. 106: 082001, 2011.   = 7LVALf",622*30/10 = 22,87 60. Khachatryan V. et al. (CMS Collaboration). Measurements of Inclusive W and Z Cross Sections in pp Collisions at sqrt(s)=7 TeV // JHEP 1101: 080, 2011.   = 6,049*30/10 = 18,15 61. Khachatryan V. et al. (CMS Collaboration). Search for Microscopic Black Hole Signatures at the Large Hadron Collider // Phys.Lett.B697: 434-453, 2011.   = 5,255*30/10 = 15,77 62. Khachatryan V. et al. (CMS Collaboration). Search for Pair Production of First-Generation Scalar Leptoquarks in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 106: 201802, 2011.   = 7,622*30/10 = 22,87 63. Khachatryan V. et al. (CMS Collaboration). Search for Pair Production of Second-Generation Scalar Leptoquarks in pp Collisions at sqrt(s) = 7 TeV // Phys.Rev.Lett. 106: 201803, 2011.   = 7,622*30/10 = 22,87 64. Khachatryan V. et al. (CMS Collaboration). Measurement of the Inclusive Upsilon production cross section in pp collisions at sqrt(s)=7 TeV // Phys.Rev.D83: 112004, 2011.   = 4,964*30/10 = 14,89 65. Khachatryan V. et al. (CMS Collaboration). Search for a heavy gauge boson W' in the final state with an electron and large missing transverse energy in pp collisions at sqrt(s) = 7 TeV // Phys.Lett.B698: 21-39, 2011.   = 5,255*30/10 = 15,77 66. Khachatryan V. et al. (CMS Collaboration). Prompt and non-prompt J/psi production in pp collisions at sqrt(s) = 7 TeV // Eur.Phys.J.C71: 1575, 2011.   = 3,248*30/10 = 9,74 67. Khachatryan V. et al. (CMS Collaboration). Charged particle multiplicities in pp interactions at sqrt(s) = 0.9, 2.36, and 7 TeV // JHEP 1101: 079, 2011.   = 6,049*30/10 = 18,15 68. Khachatryan V. et al. 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CMS Tracking Performance Results from early LHC Operation // Eur.Phys.J.C70: 1165-1192, 2010.   = 3,248*30/10 = 9,74 79. Chatrchyan S. et al. (CMS Collaboration). Alignment of the CMS Muon System with Cosmic-Ray and Beam-Halo Muons // JINST 5: T03020, 2010.   = 3,148*30/10 = 9,44 80. Chatrchyan S. et al. (CMS Collaboration). Time Reconstruction and Performance of the CMS Electromagnetic Calorimeter // JINST 5: T03011,LVALh" 2010.   = 3,148*30/10 = 9,44 81. Chatrchyan S. et al. (CMS Collaboration). Performance Study of the CMS Barrel Resistive Plate Chambers with Cosmic Rays // JINST 5: T03017, 2010.   = 3,148*30/10 = 9,44 82. Chatrchyan S. et al. (CMS Collaboration). Aligning the CMS Muon Chambers with the Muon Alignment System during an Extended Cosmic Ray Run // JINST 5: T03019, 2010.   = 3,148*30/10 = 9,44 83. Chatrchyan S. et al. (CMS Collaboration). CMS Data Processing Workflows during an Extended Cosmic Ray Run // JINST 5: T03006, 2010.   = 3,148*30/10 = 9,44 84. Chatrchyan S. et al. (CMS Collaboration). Commissioning of the CMS Experiment and the Cosmic Run at Four Tesla // JINST 5: T03001, 2010.   = 3,148*30/10 = 9,44 85. Chatrchyan S. et al. (CMS Collaboration). Performance of the CMS Drift Tube Chambers with Cosmic Rays // JINST 5: T03015, 2010.   = 3,148*30/10 = 9,44 86. Chatrchyan S. et al. (CMS Collaboration). Performance of CMS Hadron Calorimeter Timing and Synchronization using Test Beam, Cosmic Ray, and LHC Beam Data // JINST 5: T03013, 2010.   = 3,148*30/10 = 9,44 87. Chatrchyan S. et al. (CMS Collaboration). Identification and Filtering of Uncharacteristic Noise in the CMS Hadron Calorimeter // JINST 5: T03014, 2010.   = 3,148*30/10 = 9,44 88. Chatrchyan S. et al. (CMS Collaboration). Commissioning of the CMS High-Level Trigger with Cosmic Rays // JINST 5: T03005, 2010.   = 3,148*30/10 = 9,44 89. Chatrchyan S. et al. (CMS Collaboration). 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C82 (2010) 055501 e-Print: arXiv:1006.1595 [nucl-th] <?0:B D0:B>@ 6C@=0;0 3.477* 30 => 104.31 + 4 (e-Print) = 108.31 2. Neutrino neutral-current elastic scattering on 12C. A.V. Butkevich (Moscow, INR), D. Perevalov (Fermilab). Jun 2011. 23 pp. Published in Phys.Rev. C84 (2011) 015501 e-Print: arXiv:1106.0976 [hep-ph] <?0:B D0:B>@ 6C@=0;0 3.416* 30 => 102.48 + 4 (e-Print) = 106.48/2=51.24 >:;04K =0 <564C=0@>4=KE :>D5@5=F8OE A.V. Butkevich Long baseline neutrino experiments and quasi-elastic neutrino scattering off nucleus XV International Baksan school Particlea and Cosmology, Troitsk, May 26  June 2, 2011   30 B>3>:   = 189.55LVALOGu"0@010=>2 3>@L ><0=>28G, 26.11.1939, A=A -,   70 2010-2011 33 1. . .0@010=>2, .. 57@C:>2, .. 0=8;>2. !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, .. /=>28G  $878:>-E8<8G5A:>5 8AA;54>20=85 ;8=59=>3> 0;:8; 15=7>;0 (0) :0: 107>2>3> :><?>=5=B0 4;O A>740=8O AF8=B8;;OF8>==KE =59B@8==KE 45B5:B>@>2" C@=0; ?@8:;04=>9 E8<88,84, ! 3, AB@. 385-391 (2011)  =0,34*60/8=2,55 2. . . 0@010=>2, .. 0=8;>2, ..!. @K;>2, ...&820475, . 8;>2, . !0;L=8:>20, .. 57@C:>2, ./.>28:>20, .. Q<8=0, .. /=>28G, . 0BB04>@8, 8 0:@8, . !0;2>, . 0==8   2>7<>6=>AB8 3;C1>:>9 >G8AB:8 =5>48<0 >B A;54>2 B>@8O 8 C@0=0 684:>AB=>9 M:AB@0:F859 048>E8<8O B.53, ! 3, AB@. 229-236 (2011).  =0,537*60/10=3,22 3. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M / / $, 2010, B>< 73,!7, A. 1144 1149.  =0,491*60/8=3,7 4. . . 0@010=>2, . . 57@C:>2, !. . 80=>2A:89, . . >@=>CE>2  !5G5=8O >1@07>20=8O 68Ge ?>4 459AB285< ?@>B>=>2 A M=5@3859 100 M =0 35@<0=852KE <8H5=OE 5AB5AB25==>3> 8 >1>30I5==>3> A>AB020 8 D>= 2 M:A?5@8<5=B0E ?> ?>8A:C 20-@0A?040 76Ge  / / $, 2010, B>< 73,!11, A. 1860 1864  =0,491*60/4=7,4 5. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 6. V. N. Soifer, V. A. Goryachev, D. V. Andreev, I. R. Barabanov, A. P. Borisov, Yu. N. Zhukov, and E. A. Yanovich ,  Methodology of the Experimental Study of the State of Spent Nuclear Fuel on the Bottom of Arctic Seas Oceanology, 2010, Vol. 50, No. 4, pp. 600 612  =0,43x60/7=3,7 7. h LVALx . . 0A8;L52, !. . C1A0=4>@6852, . . C1A0=4>@6852, . . >;5IC:, . . . (091>=>2, P. Grabmayr, J. Jochum, Ch. Sailer, . . 0@010=>2, . . 5@5A=8:>20  7<5@5=85 A25B>2>3> 2KE>40 AF8=B8;;OF8>==>3> A25G5=8O :@8AB0;;0 !0>4 "-, ! 6, 2010 24-29  =0,314*60/7=2,7 8. I R Barabanov, L B Bezrukov, C M Cattadori, N A Danilov, A di Vacri, Yu S Krilov, L Ioannucci, E A Yanovich, M Aglietta, A Bonardi, GBruno, W Fulgione, E Kemp, A S Malguin, A Porta and M Selvi  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection . Journal of instrumentation 2010, 5, P04001  =2,1*30/6=10,5 C:>2>4AB2> 0A?8@0=B>< 20103  =30   = 68,7LVAL*;5:A552 235=89 8:>;0528G, 254.=.A., 1940 3. @>645=8O, >B45; - 1. ">7<>6=>5 >1JOA=5=85 :>@@5;OF89 <564C A>1KB8O<8 ?>475<=KE 45B5:B>@>2, 70@538AB@8@>20==KE 2 ?5@8>4 2A?KH:8 SN 1987A." . ;5:A552 -"$, 2010, B>< 137, 2K?.2, AB@. 250-258   = 0.946*60 = 56,7 2." Experimental test of the stability of the half-life of alpha-active Po-214 nuclei." E.N.Alexeyev, Yu.M. Gavrilyuk, A.M. Gangapshev, A.M. Gezhaev, V.V. Kazalov, V.V. Kuzminov, S.I. Panasenko, S.S. Ratkevich, S.P. Yakimenko. "@C4K <564C=0@>4=>9 H:>;K "'0AB8FK 8 >A<>;>38O" 3. >A:20, 2011 3., 2 ?5G0B8.   =6/9 = 0,6 8B>3> 56,7 + 0,6 = 57,3C@5=F>2 0;5@89 20=>28G, 30.09.1941, =A, -,   70 2010-2011 33 1. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M / / $, 2010, B>< 73,!7, A. 1144 1149.  =0,491*60/8=3,7 . . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, !. . 80=>2A:89, . . >@=>CE>2  !5G5=8O >1@07>20=8O 68Ge ?>4 459AB285< ?@>B>=>2 A M=5@3859 100 M =0 35@<0=852KE <8H5=OE 5AB5AB25==>3> 8 >1>30I5==>3> A>AB020 8 D>= 2 M:A?5@8<5=B0E ?> ?>8A:C 20-@0A?040 76Ge  / / $, 2010, B>< 73,!11, A. 1860 1864  =0,491*60/4=7,4 3. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 C:>2>4AB2> 0A?8@0=B>< 2010 3  =30 B>3> 43,6LVALOGx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di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 6. . .0@010=>2, ./ >28:>20, ..0=8;>2, !..CF52, ..>@30;N:, ..!8=52, ../=>28G 84:85 >@30=8G5A:85 AF8=B8;;OB>@K =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0), ?@5?@8=B /  1246/2010, D52@0;L 2010.  =4/7=0,6 7. . .0@010=>2, ./ >28:>20, ..0=8;>2, !..CF52, ..>@30;N:, ..KA>20, ..!8=52, ../=>28G  :0: 107>2K9 @0AB2>@8B5;L 4;O A>740=8O 684:8E AF8=B8;;OB>@>2 1>;LH>3> >1J5<0 (!@02=8B5;L=K9 0=0;LVAL87 >B5G5AB25==>3> 0 (8@8H8) 8 0 (Petrelab-550-Q,0=040), ?@5?@8=B /  1279/2011, 0?@5;L 2011.  =4/8=0,5 B>3> 10,6LVALOGz"/=>28G 235=89 ;5:A0=4@>28G, 21.10.1949, =A. -,   70 2010-2011 33 1. . .0@010=>2, .. 57@C:>2, .. 0=8;>2. !.. CF52, .. >@30;N:, ./. >28:>20, .. !8=52, .. /=>28G  $878:>-E8<8G5A:>5 8AA;54>20=85 ;8=59=>3> 0;:8; 15=7>;0 (0) :0: 107>2>3> :><?>=5=B0 4;O A>740=8O AF8=B8;;OF8>==KE =59B@8==KE 45B5:B>@>2" C@=0; ?@8:;04=>9 E8<88,84, ! 3, AB@. 385-391 (2011)  =0,34*60/8=2,55 2. . . 0@010=>2, .. 0=8;>2, ..!. @K;>2, ...&820475, . 8;>2, . !0;L=8:>20, .. 57@C:>2, ./.>28:>20, .. Q<8=0, .. /=>28G, . 0BB04>@8, 8 0:@8, . !0;2>, . 0==8   2>7<>6=>AB8 3;C1>:>9 >G8AB:8 =5>48<0 >B A;54>2 B>@8O 8 C@0=0 684:>AB=>9 M:AB@0:F859 048>E8<8O B.53, ! 3, AB@. 229-236 (2011).  =0,537*60/10=3,22 3. ..C1A0=4>@6852, ..57@C:>2, ..C1A0=4>@6852, ..>;5IC:, . . 0@010=>2, ./.>28:>20, /=>28G .  AA;54>20=85 :8=5B8:8 A25G5=8O 684:8E AF8=B8;;OB>@>2 =0 >A=>25 ;8=59=>3> 0;:8;15=7>;0 (LAB) 8 ?A524>:C<>;0 (PC) @5?@8=B/ - 1309/2011.  =4/7=0,56 4. . .0@010=>2, .. 57@C:>2, .. 0=8;>2, .. >@30;N:, .. KA>20, ./. >28:>20, .. !8=52, .. /=>28G  5B5:B>@ A 684:8< >@30=8G5A:8< AF8=B8;;OB>@>< =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0) 4;O @538AB@0F88 A;01KE =59B@8==KE ?>B>:>2 @5?@8=B /  1286/2011  =4/8=0,5 5. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . C9:>2, !. . 80=>2A:89, . . >@=>CE>2, . . >E0=N:, . . /=>28G  7<5@5=85 A5G5=89 >1@07>20=8O 87>B>?>2 74AS, 68GE, 65ZN 8 60CO ?@8 >1;CG5=88 35@<0=8O =0BC@0;L=>3> 8 >1>30I5==>3> 87>B>?=>3> A>AB020 ?@>B>=0<8 A M=5@3859 100 M / / $, 2010, B>< 73,!7, A. 1144 1149.  =0,491*60/8=3,7 6. . . 0@010=>2, . . 57@C:>2, . . C@5=F>2, . . 0=8;>2, . di Vacri, C. Cattadori, .. !. @K;>2, . /. >28:>20, N. Ferrari , . . /=>28G  ! )   '! !&"/"  / !" & " !'+% "  "- ! 4, N;L-23CAB 2010, !. 50-56  =0,314*60/7=2,7 7. V. N. Soifer, V. A. Goryachev, D. V. Andreev, I. R. BarabaLVAL(nov, A. P. Borisov, Yu. N. Zhukov, and E. A. Yanovich ,  Methodology of the Experimental Study of the State of Spent Nuclear Fuel on the Bottom of Arctic Seas Oceanology, 2010, Vol. 50, No. 4, pp. 600 612  =0,43x60/7=3,7 8.I R Barabanov, L B Bezrukov, C M Cattadori, N A Danilov, A di Vacri, Yu S Krilov, L Ioannucci, E A Yanovich, M Aglietta, A Bonardi, GBruno, W Fulgione, E Kemp, A S Malguin, A Porta and M Selvi.  Performance and stability of a 2.4 ton Gd organic liquid scintillator target for antineutrino detection . Journal of instrumentation 2010, 5, P04001  =2,1*30/6=10,5 9.. .0@010=>2, ./ >28:>20, ..0=8;>2, !..CF52, ..>@30;N:, ..!8=52, ../=>28G 84:85 >@30=8G5A:85 AF8=B8;;OB>@K =0 >A=>25 0 (;8=59=>3> 0;:8;15=7>;0), ?@5?@8=B /  1246/2010,  =4/7=0,6 10.. .0@010=>2, ./ >28:>20, ..0=8;>2, !..CF52, ..>@30;N:, ..KA>20, ..!8=52, ../=>28G  :0: 107>2K9 @0AB2>@8B5;L 4;O A>740=8O 684:8E AF8=B8;;OB>@>2 1>;LH>3> >1J5<0 (!@02=8B5;L=K9 0=0;87 >B5G5AB25==>3> 0 (8@8H8) 8 0 (Petrelab-550-Q,0=040), ?@5?@8=B /  1279/2011,  =4/8=0,5 B>3> 28,5LVALOG|"2011 3>4 C1;8:0F88: 2.1.1. 1) =B8?8= .., 5@=>2 ..!., =0F0:0=>20 .. / >:070B5;LAB2> >1>1I5==>9 B5>@5<K %0030 2 ?@>AB@0=AB25 ?@>872>;L=>9 @07<5@=>AB8, // #, !5@8O 3, B>< 4 (2011) 27-32;  = 60*1.291/3=25.82 2) Chaichian M., Mnatsakanova M.N., Nishijima K., Tureanu A., Vernov Yu.S./ Towards an axiomatic formulation of noncommutative quantum field theory, // J. Math. Phys., 52:3, 032303 (2011),  = 30*1.192/5=7.152. 3) Mnatsakanova M.N., Salynskiy G., Vernov Yu. S./ "Analytical vectors and a new criterion of regularity for representation of canonical commutation relations algebra", hep-th 1102.2417;  = 4/3=1.33. 4) Antipin K.V., Vernov Yu.S., Mnatsakanova M.N.,, "Haag's theorem in S O (1, k) invariant quantum field theory", hep-th 1102.1195  = 4/3=1.33. >:;04K: 2.1.3. 1. Mnatsakanova M.N., Vernov Yu.S ./ Irreducibility of the set of field operators in NC QFT, // XV International Conference on Symmetry Methods in Physics" (SYMPHYS-XV) in memory of Professor Alexei Norairovich Sissakian, Dubna, Russia, July 12 - 16, 2011 and Yerevan, Armenia, July 25-29, 2011, ?@83;0H5==K9,  =30/2=15. 2. Mnatsakanova M.N., Vernov Yu.S ./ Haag's Theorem in Noncommutative Quantum Field Theory, // XV International Conference on Symmetry Methods in Physics" (SYMPHYS-XV) in memory of Professor Alexei Norairovich Sissakian, Dubna, Russia, July 12 - 16, 2011 and Yerevan, Armenia, July 25-29, 2011, ?@83;0H5==K9,  =30/3=10. 2.1.4. >@01>B:0 42CE =0CG=>->1@07>20B5;L=KE :C@A>2: "5>@8O :0;81@>2>G=KE ?>;59 8 20=B>20O E@><>48=0<8:0, 2:;NG0NI0O 22545=85 =>2>3> 0:BC0;L=>3> <0B5@80;0. C@AK G8B0NBAO =0 D878G5A:>< D0:C;LB5B5 # ABC45=B0< ?OB>3> :C@A0 2 ?5@2>< 8 2> 2B>@>< A5<5AB@0E. 192 G0A0.  =16. 2.1.6. C:>2>4AB2> 0A?8@0=B>< :0D54@K :20=B>2>9 B5>@88 8 D878:8 2KA>:8E M=5@389 D878G5A:>3> D0:C;LB5B0 # 2011 3>4: =B8?8=K< >=AB0=B8=>< ;048A;02>28G5<, 2B>@>9 3>4 >1CG5=8O,  =30. C:>2>4AB2> A>8A:0B5;5< CG5=>9 AB5?5=8 :0=4840B0 D878:>-<0B5<0B8G5A:8E =0C: !0;K=A:LVAL8< !5@355< 5==048528G5<, A>B@C4=8:>< $-,  =30. B>3>:  =136.63 B>3> 70 2010-2011 33:  =264.38,LVALOG<0?@02;ON A2545=8O ?>  : 1-0O ?C1;8:0F8O: B>@>3> 8N;O 2010 3>40 2 # <=>9 157 A>02B>@>2 1K; A45;0= CAB=K9 4>:;04 =0 :>=D5@5=F88 "International Conference "Modern Problems of Gravitation, Cosmology and Relativistic Astrophysics" June 27-July 3, 2010, PFUR, Moscow, Russia". 0720=85 4>:;040: ";8O=85 D;C:BC0F89 <>I=>AB8 >?B8G5A:>9 =0:0G:8 =0 GC2AB28B5;L=>ABL 45B5:B>@0  " 8AL<5==K9 B5:AB 4>:;040 =0 MB>9 :>=D5@5=F88 ("RUDN-10") >?C1;8:>20= 2 6C@=0;5 >AA89A:>3> 3@028B0F8>==>3> >1I5AB20 "GRAVITATION & COSMOLOGY". @54AB02;ON AAK;:C: V. A. Krysanov // Influence of the Optical Pumping Power Fluctuations on the OGRAN Detector Sensitivity // Gravitation and Cosmology, 2011, Vol. 17, No. 1, pp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hysical Interpretations of Relativity Theory, Monday 4 July  Thursday 7 July 2011 (PIRT-2011) 0720=85 4>:;040 (A>3;0A=> =0CG=>9 ?@>3@0<<5): (Krysanov V.A.)  The sensitivities of laser determination of small distances . 2B>@A:>5 =0720=85 =0 @CAA:>< O7K:5: 'C2AB28B5;L=>ABL ;075@=KE 87<5@8B5;59 <0;KE :>;510=89 0CG=0O ?@>3@0<<0 =0E>48BAO =0 A09B5: http://www.space-lab.ru/PIRT_2011.php?lang=eng#programm_sci "@C4K MB>9 :>=D5@5=F88 =5 2KH;8 87 B8?>3@0D88.  2007 3>4C 70 4>:;04 =0 B0:>9 :>=D5@5=F88 <=5 1K;> =0G8A;5=> 6 10;;>2. B>3> ?@54?>;030N 8+6+1,3 = 15,3 10;;>2 @8;030N B5:ABK ! C2065=85<, A>B@C4=8: .@KA0=>2LVALOGMaxim Libanov, Sergey Mironov, Valery Rubakov Non-Gaussianity of scalar perturbations generated by conformal mechanisms Phys.Rev.D 84, 083502 (2011), arXiv:1105.6230 1/3*30*4.964=49.64 Maxim Libanov, Sergey Mironov, Valery Rubakov Properties of scalar perturbations generated by conformal scalar field Prog.Theor.Phys. Supplement No. 190, 2011, arXiv:1012.5737 1/3*30*1.017=10.17 Andrey Mironov, Sergey Mironov, Alexey Morozov, Andrey Morozov, CFT exercises for the needs of AGT, Teor.Mat.Fiz. 165 (2010) 503-542, Theor.Math.Phys. 165 (2010) 1662-1698, arXiv:0908.2064 1/4*60*0.748=11.22 Andrey Mironov, Sergey Mironov, Alexey Morozov, Andrey Morozov, Linearized Lorentz-Violating Gravity and Discriminant Locus in the Moduli Space of Mass Terms, J.Phys.A43:055402,2010, arXiv:0910.5245 1/4*30*1.641=12.2075 Andrey Mironov, Sergey Mironov, Alexey Morozov, Andrey Morozov, Resolving Puzzles of Massive Gravity with and without violation of Lorentz symmetry, Class. Quant.Grav.27:125005, 2010, arXiv:0910.5243 1/4*30*3.099=23.2425 Sergey Mironov, Mikhail Osipov, Sabir Ramazanov Standard Model in adS slice with UV-localized Higgs field, Int.J.Mod.Phys.A25 (2010) 3641-3660, arXiv:1003.5483 1/3*30*1.000=10 IX H:>;0 "$ "-$ ?> B5>@5B8G5A:>9 8 <0B5<0B8G5A:>9 D878:5- !520AB>?>;L 2010 >:;04 ;351@0 8@0A>@> 8 W3 ;351@0 4 3th Workshop on Geometric Methods in Theoretical Physics, SISSA  Trieste-2010 Massive gravity, violation of Lorentz symmetry 6 International School for Subnuclear Physics- Erice 2010 CFT exercises for the needs of AGT 6 Synthesis of integrabilities in the context of gauge/string duality- Moscow 2010 Conformal blocks and AGT 4 International School for Subnuclear Physics- Erice 2011 Conformal inflation 6 4th Workshop on Geometric Methods in Theoretical Physics, SISSA  Trieste-2011 Non-Gaussianity in a model with conformal scalar 6 =148.58*1.5=222.87% ~Q" $        ! 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